Optibelt RED POWER 3 High Performance Wedge Belts, BLUE POWER High Performance Wedge Belts, SK High Performance Wedge Belts, VB Classic V-Belts, KB Kraftbands, SUPER X-POWER M=S Raw Edge, Moulded Cogged, SUPER E-POWER M=S Raw Edge, Moulded Cogged Technical Manual

OPTiBelT
in
a cl
n .
D Pu
Bu l
sh leY
es s
Technical Manual
V-BelT DriVes
Technical Manual
V-Belt Drives
This technical manual contains all
­important technical information and
­methods for the design and calculation
of drives with OPTIBELT V-belts and
­V-grooved pulleys for industrial
­applications.
Our Application Technology experts offer
you free support service regarding the
application of our products and also help
solve your drive problems. Especially
regarding large volumne you should make
use of this service.
We offer you the optimum solution using
state-of-the-art programmes, the CAP drive
calculation software.
© Arntz OPTIBELT Group, Germany 1
OPTiBelT WOrlDWiDe
europe
canada
usa
Mexico
africa
Brazil
2
© ArnTz OPTIBELT GrOuP, GErmAny
www.optibelt.com
china
india
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The Philippines
Vietnam
singapore
indonesia
australia
opTIBeLT GMBH
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opTIBeLT ÖSTerreICH GMBH
www.optibelt.at
opTIBeLT (uK) LTD.
www.optibelt.co.uk
opTIBeLT poLSKA Sp. Z o.o.
www.optibelt.pl
opTIBeLT NeDerLAND B.V.
www.optibelt.nl
ooo „opTIBeLT
power TrANSMISSIoN”
www.optibelt.ru
opTIBeLT FINLAND oY
www.optibelt.fi
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opTIBeLT SKANDINAVISKA AB
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opTIBeLT CorporATIoN
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© ArnTz OPTIBELT GrOuP, GErmAny
3
TABLE OF CONTENTS
Product Description
Drive Belts
optibelt RED POWER 3 High Performance Wedge Belts ............................... 6
optibelt BLUE POWER High Performance Wedge Belts ................................. 7
optibelt SK High Performance Wedge Belts ............................................ 8-9
optibelt VB Classic V-Belts ...................................................................... 10
optibelt KB Kraftbands ..................................................................... 11-14
optibelt SUPER X-POWER M=S – Raw Edge, Moulded Cogged ............ 15-16
optibelt SUPER E-POWER M=S – Raw Edge, Moulded Cogged ............ 17-18
optibelt SUPER TX M =S V-Belts – Raw Edge, Moulded Cogged .................. 19
optibelt VARIO POWER Variable Speed Belts –
Raw Edge, Moulded Cogged/Double Cogged ......................................... 20
optibelt DK Double-Sided V-Belts ............................................................. 21
Standard Properties ............................................................................... 22
Special Constructions............................................................................. 23
Standard Range
Drive Belts
optibelt RED POWER 3 High Performance Wedge Belts,
Profiles SPZ, SPA, SPB, SPC, 3V/9N, 5V/15N, 8V/25N .................... 24-25
optibelt BLUE POWER High Performance Wedge Belts,
Profiles SPB, SPC, 8V/25N .................................................................... 26
optibelt SK High Performance Wedge Belts,
Profiles SPZ, SPA, SPB, SPC, 3V/9N, 5V/15N, 8V/25N .................... 27-28
optibelt VB Classic V-Belts,
Profiles 5, Y/6, 8, Z/10, A/13, B/17, 20, C/22, 25, D/32, E/40 ..... 29-33
optibelt RED POWER 3 Kraftbands,
Profiles SPB, SPC, 3V/9J, 5V/15J, 8V/25J ........................................ 34-35
optibelt BLUE POWER Kraftbands,
Profile SPB, SPC, 5V/15J, 8V/25J .................................................... 36-37
optibelt KB Kraftbands, Profiles SPZ, SPA, SPB, SPC, 3V/9J, 5V/15J, 8V/25J
optibelt SUPER KBX-POWER Kraftbands, Profiles 3VX/9JX, 5VX/15JX
optibelt KB Kraftbands, Profiles A/HA, B/HB, C/HC, D/HD ................ 38-41
optibelt SUPER X-POWER M=S,
Profiles XPZ, XPA, XPB, XPC, 3VX/9NX, 5VX/15NX ................................. 42
optibelt SUPER E-POWER M =S V-Belts,
Profiles XPZ, XPA, XPB, XPC, 3VX/9NX, 5VX/15NX ................................. 43
optibelt SUPER TX M=S V-Belts,
Profiles ZX/X10, AX/X13, BX/X17, CX/X22 ........................................... 44
optibelt VARIO POWER Variable Speed Belts ..................................... 45-46
optibelt DK Double-Sided V-Belts,
Profiles AA/HAA, BB/HBB, CC/HCC, DD/HDD, 22 x 22, 25 x 22 ........... 47
Product Description
Metal
optibelt KS V-Grooved Pulleys, optibelt TB Taper Bushes ............................. 48
Standard Range
Metal
optibelt KS V-Grooved Pulleys for Wedge Belts
and for Classic V-Belts ..................................................................... 51-52
optibelt KS V-Grooved Pulleys, Types ....................................................... 49
optibelt KS V-Grooved Pulleys, Standards – Design Criteria – Types ............. 50
optibelt KS V-Grooved Pulleys USA Standard for Wedge Belts .................... 53
optibelt KS V-Grooved Pulleys for Kraftbands ...................................... 54-55
optibelt Deep Grooved Pulleys ............................................................... 56
optibelt KS V-Grooved Pulleys for Taper Bushes ................................... 57-65
optibelt KS V-Grooved Pulleys for Cylindrical Bores ............................. 66-71
optibelt TB Taper Bushes ......................................................................... 72
4 © Arntz OPTIBELT Group, Germany
TABLE OF CONTENTS
DRIVE CALCULATION
Manual Calculation .......................................................................... 73-84
Formulas and Calculation Example ..................................................... 85-87
Calculation with optibelt CAP ................................................................. 88
POWER RATINGS
optibelt RED POWER 3 ..................................................................... 89-93
optibelt BLUE POWER ....................................................................... 94-97
optibelt SK .................................................................................... 98-102
optibelt VB .................................................................................. 103-113
optibelt SUPER X-POWER M=S ...................................................... 114-117
optibelt SUPER E-POWER M=S ...................................................... 118-121
optibelt SUPER TX M=S ................................................................. 122-125
SPECIAL DRIVES
V-Flat Drives ................................................................................ 126-128
Tension/Guide Idlers .................................................................... 129-131
Twist Drives ................................................................................. 132-134
Drive Elements with Aramid Structures ............................................ 135-136
DESIGN SUPPORT
Belt Tension for OPTIBELT V-Belts and Kraftbands .............................. 137-141
Calculating the Axial Load/Shaft Load ................................................... 142
Technical Tools ............................................................................. 143-147
Installation, Maintenance and Storage ............................................ 149-153
Properties .................................................................................... 154-157
Problem – Causes – Remedies ........................................................ 158-159
Length Measurement Conditions and Conversion Factors,
Length Tolerances ......................................................................... 160-164
Conversion Factors ....................................................................... 165-166
CONVEYOR BELTS
Product Description .............................................................................. 167
Design Guidelines ............................................................................... 168
optibelt KB Kraftbands with Patterned Top Surface ................................... 168
optibelt PKR Endless V-Belts and
optibelt KB Kraftbands with Patterned Top Surface ................................... 169
optimat PKR Open-Ended V-Belts DIN 2216 with Patterned Top Surface ..... 170
optibelt RR Round Belts, optibelt KK Plastic V-Belts and
optibelt KK Plastic V-Belts with Patterned Top Surface/Pointed Roof Profile .171
ANNEX
Overview of Standards ........................................................................ 172
Data Sheet for Calculation/Checking of Drives ................................ 173-174
Data Sheet for Calculation/Checking of Conveyor Systems ............... 175-176
© Arntz OPTIBELT Group, Germany 5
PrODucT DescriPTiOn
optibelt reD POWer 3 high PerFOrMance WeDge BelTs
structure
optibelt rED POWEr 3 wedge belts:
Transverse fibre
compound made of
polychloroprene
Polyester tension cord/
maintenance-free
Core with transversely
aligned
fibre layer
application areas
optibelt rED POWEr 3 wedge belts were especially
developed for mechanical engineering. The application
areas include compressors, pumps, presses, fans and other
heavy duty drives.
standardisation/Dimensions
optibelt rED POWEr 3 wedge belts in the profiles SPz, SPA,
SPB, SPC, 3V/9n, 5V/15n and 8V/25n are standardised
according to DIn 7753 Part 1, ISO 4184 and rmA/mPTA.
Abrasion resistant
cover fabric
The tension cord consists of a special polyester cord. Due to
the special processing of the tension cord the optibelt rED
POWEr 3 wedge belt is very low-stretch and maintenancefree, so that re-tensioning is not necessary.
The transverse fibre mixture on top of and under the tension
cord guarantees a high dynamic load of the belt and
ensures great flexibility. The cover fabric is highly flexible
and abrasion-proof.
Properties
The optibelt rED POWEr 3 is maintenance-free due to the
high quality components and the special production method.
The production processes are continuously monitored using
state-of-the-art static and dynamic testing devices. The
optibelt rED POWEr 3 is suitable for the application in
drives with idler pulleys due to its special construction.
The rED POWEr 3 has the following properties:
• maintenance-free
• Powerful
• Cost-effective
• S=C plus usable in sets
• Environmentally friendly
• Electrically conductive according to ISO 1813
• Oil-resistant
• Heat-resistant
• Dust-protected as standard
On request with acceptance test certificate according to
En 1020 “3.1.B“.
V-Belt tensioning
For the initial installation of optibelt rED POWEr 3 V-belts,
the same methods are used as for standard OPTIBELT
V-belts. The tension values are to be calculated on the same
basis or to be taken from the table on page 138. Once
correctly tensioned optibelt rED POWEr 3 V-belts need no
re-tensioning.
Table 1
Profile
sPZ
sPa
sPB
sPc
Belt top width
bo
≈
9.7
12.7 16.3
22
Datum width
bd
≈
8.5
11
14
19
Belt height
h
≈
8
10
13
18
recommended minimum
dd min
63
90
140 224
datum pulley diameter
Weight per meter
≈ 0.074 0.123 0.195 0.377
(kg/m)
Flex rate (s-1)
fB max≈
100
Belt speed (m/s)
vmax ≈
55*
*v > 55 m/s. Please consult our Application Engineering Department.
Table 2
Profile
3V/9n
5V/15n
8V/25n
Datum width
bo
≈
9
15
25
Belt height
h
≈
8
13
23
recommended minimum
outside pulley diameter
da min
67
151
315
Weight per meter (kg/m)
≈ 0.074 0.195 0.575
Flex rate (s-1)
fB max ≈
100
Belt speed (m/s)
vmax ≈
55*
*v > 55 m/s. Please consult our Application Engineering Department.
6
© ArnTz OPTIBELT GrOuP, GErmAny
PrODucT DescriPTiOn
optibelt Blue POWer high PerFOrMance WeDge BelTs
structure/Properties
optibelt BLuE POWEr wedge belts:
Transverse fibre
mixture made of
polychloroprene
standardisation/Dimensions
optibelt BLuE POWEr wedge belts in the profiles SPz, SPA,
SPB, SPC, 3V/9n, 5V/15n and 8V/25n are standardised
according to DIn 7753 Part 1, ISO 4184 and rmA/mPTA.
Aramid tension cord/
maintenance-free
Core with transversely
aligned
fibre layer
Abrasion-resistant
cover fabric
The aramid tension cord has extremely low-stretch compared
to common materials such as polyester. The breaking
strength is almost twice as high with the same cord diameter. nevertheless, the fibre is extremely flexible. The high
quality specially prepared aramid tension cord is embedded
in a rubber compound. It is supported by the top and
bottom structures. These consist of a polychloroprene rubber
compound with tranverse fibres. The abrasion-proof cover
fabric is coated with a special rubber compound and covers
the whole belt. The V-belt is electrically conductive according to ISO 1813
optibelt BLuE POWEr belts are mainly used when
• highest power transmission levels are required
• there are limited design dimensions
• there is only little installation and tensioning space
• high temperature influences occur
This way, a much better performance is guaranteed e. g.
with the same number of belts. Even the operation of once
critical drives is now largely free of risk. Higher load limits
are now safety zones. Thus optibelt BLuE POWEr belts are
mainly implemented in heavily loaded drives:
Table 3
Profile
sPB
sPc
Belt top width
bo
≈
16.3
22
Datum width
bd
≈
14
19
Belt height
h
≈
13
18
Distance
hd
≈
3.5
4.8
180
280
0.206
0.389
recommended minimum
dd min
datum pulley diameter
Weight per meter (kg/m)
≈
Flex rate (s-1)
fB max ≈
100
Belt speed (m/s)
vmax ≈
50*
*v > 50 m/s. Please consult our Application Engineering Department.
Table 4
Profile
5V/15n
8V/25n
• in critical drives in mechanical engineering
• in special machines
Datum width
bo
≈
15
25
• in agricultural machinery
Belt height
h
≈
13
23
application
recommended minimum
da min
outside pulley diameter
191
315
0.204
0.603
Attention: When retro-fitting existing drives please let
OPTIBELT check the tension. As part of this description not
all criteria can be dealt with. Please consult our Application
Engineering Department.
Weight per meter (kg/m)
≈
Flex rate (s-1)
fB max ≈
100
Belt speed (m/s)
vmax ≈
50*
*v > 50 m/s. Please consult our Application Engineering Department.
© ArnTz OPTIBELT GrOuP, GErmAny
7
PrODucT DescriPTiOn
optibelt sK high PerFOrMance WeDge BelTs
Din 7753 ParT 1 / isO 4184
applications
optibelt SK wedge belts in the profiles SPz, SPA, SPB and
SPC were specially developed for all industrial applications
from lightly loaded drives, such as those for pumps, up to
heavily loaded mills and even stone crusher drives.
structure
optibelt SK wedge belts consist of:
Filler rubber
Tension cord
rubber core
Cover fabric
The polyester tension cord is standard for all profiles and
cross sections, with cord constructions matching the requirements of each profile. The cord is specially impregnated and
then embedded in a special rubber compound homogenously bonding with the base and the core.
Due to special processing, the optibelt SK wedge belt is
extremely low-stretch. Thus we were able to reduce our
recommendation values for minimum axial distance significantly – even dropping below the DIn/ISO requirements.
The fabric cover is treated with a wear-resistant rubber
compound. This makes the belt resistant to oil, hot and cold
temperatures and to the effects of dust.
standardisation/Dimensions
optibelt SK wedge belts SPz, SPA, SPB and SPC comply
with the standards of DIn 7753 and ISO 4184.
The ISO standards specify the datum width as a basis for
the standardisation of V-belts and grooves.
The staggering of the datum lengths is implemented according to DIn 7753 Part 1 corresponding to the standard
number sequence r 40. In exceptional cases also corresponding to standard number sequence r 20.
For many years, our product range has comprised serial
production datum lengths of standard number sequence
r 40 and beyond.
note: Electrically conductive according to ISO 1813.
Properties
The use of the best materials and the most advanced
production methods result in this high performance drive
element, the optibelt SK wedge belt. The production processes are continuously monitored using state-of-the-art static
and dynamic testing devices.
optibelt SK high power wedge belts exceed classic V-belts
according to DIn 2215 thanks to the following characteristics:
• Substantially lower width compared to classic V-belt
drives that have the same power rating (height to width
ratio of approximately 1:1.2). Due to the available space
gained by this, the costs for a complete drive with
optibelt SK high performance wedge belts are lower than
a design with DIn 2215 V-belts.
• Bigger friction surface lowers the centrifugal force and
permits belt speeds of up to 42 m/sec.
• much more elastic, therefore bigger flex rate allowed.
• Little deformation of the belt cross-section when running in
grooves, therefore balanced pressure on the belt edges.
These characteristics allow for a significantly better performance than V-belts DIn 2212 with approximately the same
top widths. Therefore, we recommend equipping all new
drives with optibelt SK wedge belts.
Table 5
Profile
sPZ
sPa
sPB
Belt top width
bo
≈
9.7
Datum width
bd
≈
8.5
11
14
19
Belt height
h
≈
8
10
13
18
63
90
140
224
recommended minimum
datum pulley diameter
Weight per meter
(kg/m)
dd min
12.7 16.3
© ArnTz OPTIBELT GrOuP, GErmAny
22
≈ 0.074 0.123 0.195 0.377
Flex rate (s-1)
fB max≈
100
Belt speed (m/s)
vmax ≈
42*
*v > 42 m/s. Please consult our Application Engineering Department.
8
sPc
PrODucT DescriPTiOn
optibelt sK WeDge BelTs
usa sTanDarD rMa/MPTa
structure/Properties
optibelt SK wedge belts according to uSA standard
rmA/mPTA have the same structure and properties as
wedge belts according to DIn 7753 Part 1.
Filler rubber
Polyester tension cord
Table 6
Profile
3V/9n
5V/15n
8V/25n
Belt top width
bo
≈
9
15
25
Belt height
h
≈
8
13
23
recommended minimum
pulley outside diameter
da min
67
151
315
Belt weight (kg/m)
≈ 0.074 0.195 0.575
rubber core
Cover fabric
Flex rate (s-1)
fB max ≈
100
Belt speed (m/s)
vmax ≈
55*
*> 55 m/s. Please contact our Application Engineering Department.
standardisation/Dimensions
The three wedge belt profiles standardised in the uSA are
3V/9n, 5V/15n and 8V/25n. The cross section dimensions of these belts and the according length only partially
conform to the profiles and lengths of the wedge belts
DIn 7753 Part 1.
The profile 3V/9n roughly corresponds to SPz; and
5V/15n to profile SPB. There is no comparable DIn/ISO
wedge belt profile for 8V/25n. It is possible to use belts in
profile 3V/9n and 5V/15n in SPz-z/10 or SPB-B/17
pulleys, respectively; but the use of SPz or SPB belts in
rmA/mPTA standard pulleys is not generally recommended.
The top width of the American pulley grooves is smaller than
that of the corresponding DIn/ ISO pulleys. This can cause
wear on the upper edges of SPz and SPB belts and can
lead to premature failure.
Due to its cross section, the optibelt SK wedge belt in SPB
profile is also suitable for 5V/15n pulleys.
note: Electrically conductive according to ISO 1813.
The belt length designation refers to the effective outside
length.
Example:
Inch designation
3V 750
3V = profile 3/8“
top width
750 = outside length
in inches : 10
(1 inch = 25.4 mm)
Outside length in mm:
La
La
metric designation
9n 1905
9
≈ 9 mm
top width
n
= designation for
single V-belt
1905 = effective outside
length
750 · 25.4
10
= 1905 mm
=
applications
The use of optibelt SK wedge belt drives in profiles 3V/9n
and 5V/15n is recommended for machines exported to
countries such as the uSA and Canada where these belt
profiles are standardised and predominantly used.
Profile 8V/25n is primarily employed in very heavy duty
drives such as mills or stone crushers. As these wedge belts
transmit very high levels of power, they can sometimes form
a more compact drive than the SPC profile.
For this reason, the 8V/25n profile has continued to be
used in Europe for such applications. A further advantage is
the fact that single wedge belts can be replaced by kraftbands, without changing the pulley geometry, in case
unexpected belt vibration problems develop.
Drive calculation
Drive calculations follow the procedures described in this
manual. The power value of the SPz applies for drives with
the 3V/9n profile. The value of the SPB profile applies for
5V/15n. The datum diameters of the SPz and SPB wedge
belts have to be the same as the external diameters of the
3V/9n and 5V/15n. Slight mathematical differences in the
rotational frequency and transmission have no practical
influence. Slight differences in the theoretical drive speed
and the speed ratio are not significant in practice.
© ArnTz OPTIBELT GrOuP, GErmAny
9
PrODucT DescriPTiOn
optibelt VB classic V-BelTs
Din 2215 / isO 4184
structure/Properties
optibelt VB classic V-belts are manufactured using the same
production processes as those for optibelt SK high performance wedge belts.
Filler rubber
Polyester tension cord
rubber core
For these applications special belt constructions and calculation methods are required which are not included in this
manual. In these cases we ask you to give us the according
drive data.
standardisation/Dimensions
optibelt VB classic V-belts in the profiles y/6, z/10, A/13,
B/17, C/22, D/32 and E/40 are standardised according
to DIn 2215 and ISO 4184.
Further, non-standardised ISO profiles 5, 8, 20 and 25 are
available. These profiles should however not be used due to
reasons of exchangeability and rationalisation.
the iSo standard 4184 specifies the datum length
for measuring the belt length. The former belt
designation of the inside length li is replaced by
the datum length ld. For the conversion factors
from pitch to inside length, please see page 161.
Cover fabric
The components used are perfectly suited to the power
ratings Pn. These values are far above those given by
DIn 2218. Thus the operational safety in existing drives is
increased and overloading is avoided.
• optibelt VB classic V-belts have a height-width ratio of
1:1.6.
• The maximum belt speed vmax = 30 m/s should not be
exceeded.
• The allowed flexibility rate is far below that of wedge
belts. It is fB max = 80 s-1.
note: Electrically conductive according to ISO 1813.
application areas
optibelt VB classic V-belts are mainly employed as
replacement parts for industrial drives. For new drives, the
use of high performance wedge belts is almost always
recommended due to reasons of space and cost. However,
special drives such as V-flat drives can often only be
operated with classic V-belts. In special constructions,
optibelt VB classic V-belts tackle difficult drives in the
gardening sector and in agricultural machinery.
Table 7
Din 2215
(5)
6
(8)
10
13
17
(20)
22
(25)
32
40
isO 4184
–
Y
–
Z
a
B
–
c
–
D
e
Belt top width
bo
5
6
8
10
13
17
20
22
25
32
40
Datum width
bd
4.2
5.3
6.7
8.5
11
14
17
19
21
27
32
Belt height
h
3
4
5
6
8
11
12.5
14
16
20
25
recommended minimum pulley
outside diameter
dd min
20
28
40
50
75
125
160
200
250
355
500
Profile
Belt weight (kg/m)
Flex rate
(s-1)
Belt speed (m/s)
10
© ArnTz OPTIBELT GrOuP, GErmAny
≈
≈
≈ 0.018 0.026 0.042 0.064 0.109 0.190 0.266 0.324 0.420 0.690 0.958
fB max ≈
80
≈
30
vmax
PrODucT DescriPTiOn
optibelt KB KraFTBanDs
Product characteristics
optibelt KB kraftbands are characterised by the following
properties:
• High level of uniform power transmission
• Favourable running behaviour especially regarding
vibration
• Excellent flexibility
• High centre distances with small pulley datum diameters
• V-flat drives
• Vertical drives
• Clutched drives and conveyance drives
standardisation/Dimensions
KB wedge belts
optibelt KB kraftbands with high power wedge belts are
manufactured in SPz, SPA, SPB, SPC profiles as well as in
3V/9J, 5V/15J, 8V/25J in compliance with international
conventions.
SPz, SPA, SPB and SPC kraftbands can be used with
V-grooved pulleys according to DIn 2211 and ISO 4183.
3V/9J, 5V/15J, 8V/25J kraftbands can be used with
V-grooved pulleys according to ISO 5290 and uSA standard rmA/mPTA IP 22.
KB classic V-belts
optibelt KB kraftbands with classic V-belts are manufactured
in AJ/HA, BJ/HB, CJ/HC, DJ/HD profiles in compliance
with international conventions.
The ISO 5291 standard and the rmA/mPTA IP 20 uSA
standard are applied to kraftbands in machine construction.
The ASAE S211. … uSA standard is applied to kraftbands
used in agricultural machine construction.
note: Electrically conductive according to ISO 1813.
optibelt KB kraftbands consist of individual V-belts that are
connected to one another via a top surface. Depending on
the application the kraftbands will be fitted with two, three,
four or five ribs.
On special request, kraftbands can also be delivered with
more than five ribs.
When using multiple kraftbands per drive, combinations of
sets are required.
Order example
The drive is to be equipped with a 5V 1600/15J 4064
kraftband with 18 ribs.
Kraftbands: Installation combination with 5/4/4/5 ribs
The order is as follows:
A KB set, consisting of:
2 pieces optibelt KB kraftbands 4-5V 1600/15J 4064 and
2 pieces optibelt KB kraftbands 5-5V 1600/15J 4064
4 or 5 = quantity of ribs
5V/15J = profile
1600 = belt number or 160 inch belt length
4064 = outside length in mm
© ArnTz OPTIBELT GrOuP, GErmAny
11
PrODucT DescriPTiOn
optibelt KB KraFTBanDs
Product design
The optibelt KB kraftbands are used in the most varied
constructions according to the technical requirements and
applications.
Wrapped kraftbands
1
2
3
4
5
Profiles
3V/9J; 5V/15J; 8V/25J;
SPz; SPA; SPB; SPC;
A/HA; B/HB; C/HC; D/HD
Dimensions
1200 mm to 12,000 mm
standard range
application areas:
OPTIBELT wrapped KB kraftbands are primarily used in
mechanical engineering and agricultural machines.
1 Top surface
2 rubber coating
3 Polyester tension cord
4 Base compound
5 Cover fabric
reD POWer 3 high performance kraftbands –
wrapped
1
2
3
4
5
6
1 Top surface
2 Tranverse polychloroprene fibre compound
3 Polyester tension cord, maintenance-free
4 Tranverse polychloroprene fibre compound
5 Base compound
6 Abrasion-resistant cover fabric
12
© ArnTz OPTIBELT GrOuP, GErmAny
Profiles
3V/9J; 5V/15J; 8V/25J;
SPB; SPC
Dimensions
1200 to 12,000 mm
standard range
application areas
This compact drive element is primarily used for special
problem solutions in mechanical engineering and commercial vehicle construction.
We recommend the use of optibelt KB rED POWEr 3 for
maintenance-free drives and for the use with back bend
tension idlers.
PrODucT DescriPTiOn
optibelt KB KraFTBanDs
high performance kraftbands – raw edge
suPer KBX-POWer
1
2
3
4
5
6
1 Top surface
2 upper belt structure
Profiles
3VX/9JX; 5VX/15JX;
XPB
XPz; XPA on request
Dimensions
1270 mm to 3556 mm
standard range
application areas
The use of SuPEr KBX-POWEr kraftbands is recommended
when dealing with compact drive solutions with high power
requirements, small pulley datum diameters and for many
more special applications in mechanical engineering and
vehicle construction.
3 Polyester tension cord, low maintenance
4 Embedding compound
5 Belt base
6 moulded cogs
Kraftbands with aramid cord –
wrapped and raw edge
1
2
3
4
5
6
1 Top surface
2 upper belt structure
3 Aramid tension cord, low maintenance
Profiles
3V/9J; 5V/15J; 8V/25J;
SPB; SPC; 5VX/15JX;
A/HA; B/HB; C/HC
Dimensions
1270 mm up to 12,000 mm wrapped kraftbands
1270 mm up to 3556 mm raw edge kraftbands
standard range
application areas
The advantages of the optibelt KB kraftbands with aramid
tension cords become obvious when dealing with heavy
loaded drives in mechanical engineering and in the agricultural machine industry. These kraftbands provide the highest
possible level of reliability wherever high temperature
impacts and low adjustment ranges are present.
4 Embedding compound
5 Belt base
6 moulded cogs
© ArnTz OPTIBELT GrOuP, GErmAny
13
PrODucT DescriPTiOn
optibelt KB KraFTBanDs
Kraftbands with top coatings
1
2
3
4
5
1
2
3
4
5
PKr top surface
rubber coating
Polyester tension cord
rubber core
Cover fabric
Kraftband
with PKr 0 coating
Kraftband
with PKr 1 coating
Kraftband
with PKr 2 coating
Kraftband
with PKr 3 coating
application areas
When dealing with conveyance applications, the
optibelt KB kraftbands can be provided with an additional
coating.
With patterned top surfaces, these kraftbands are suitable
for the conveyance of containers, heavy cargo and for
diverse transport and shipment equipment.
Further details see chapter “Conveyor elements“.
Drive calculation
Drives with optibelt KB kraftbands in mechanical engineering have to be designed according to the stated drive
calculation example found on pages 85 to 87 in this
manual as well as according to the power values for the
according products and profiles.
14
© ArnTz OPTIBELT GrOuP, GErmAny
special power and tension values apply for
OPTiBelT kraftbands with aramid constructions.
agricultural machine drives will be dimensioned
according to special calculation methods.
Therefore we request the submission of the
technical data.
PrODucT DescriPTiOn
optibelt suPer X-POWer M=s
raW eDge, MOulDeD cOggeD – Din/isO, rMa/MPTa
advantages
SuPEr X-POWEr m=S wedge belts are perfectly suited for
applications with
• extremely small pulley diameters
• high rotational speeds
• high and low ambient temperatures
SuPEr X-POWEr m=S wedge belts offer
• high power transmission
• extremely low stretch
• improved maintenance intervals – low maintenance
• optimised running characteristics – smooth running
• excellent heat and oil resistance
• m=S, for set matching
• electrically conductive according to ISO 1813
The special tension cord and the optimum tooth shape allow
for higher dynamic power transmissions, improved bending
stress and a higher temperature resistance.
optibelt suPer X-POWer M=s
Drive ratios i = 1:12 are possible with optibelt SuPEr
X-POWEr.
multi-stage drives can be eliminated.
optibelt SuPEr X-POWEr m=S wedge belts in profiles XPz,
XPA, XPB, XPC, 3VX/9nX and 5VX/15nX, offer the best
technical and economic solutions due to their harmonised
premium materials.
As high power transmission is possible, even with small
pulley diameters and high engine speed, weight and space
can be reduced thus also substantially reducing costs.
structure/Properties
optibelt SuPEr X-POWEr m=S consist of:
application areas
Machines:
Cover fabric
Low-stretch polyester
tension cord
Cr embedding
compound
Cr compound with
traverse fibre compound
Machine tools:
–
–
–
–
–
–
–
compressors
fans
compactors
pumps
wood working machines
high performance saws
special machines
– lathes and drilling machines
– grinding machines
optibelt SuPEr X-POWEr m=S V-belts are recommended for
mechanical engineering applications wherever wrapped
V-belts are likely to reach their performance limits.
moulded cogs
1. The special polyester tension cord of SuPEr X-POWEr
m=S is extremely low-stretch and allows for maintenancefree drives.
The number of re-tensioning processes is reduced and the
drive becomes less expensive in the long term.
2. The structure of the cover fabric supports the tension cord
and this is how the SuPEr X-POWEr m=S achieves its high
level of flexibility.
3. The belt base structure consists of a high performance
chloroprene compound, reinforced with a traverse fibre
compound.
© ArnTz OPTIBELT GrOuP, GErmAny
15
Product Description
optibelt suPer X-Power m=s
raw edge, moulded cogged – din/iso, Rma/MPTA
Nominal power per V-belt PN [kW]
45
Table 8
Profile
40
XPB
Super X-POWER M=S
35
30
25
XPB
SUPER TX M=S
15
Meter
weight
bd
h≈
[kg/m] ≈
9.7
8.5
8
0.065
12.7
11.0
10
0.105
XPB
16.3
14.0
13
0.183
XPC
22.0
19.0
18
0.340
9.0
—
8
0.065
15.0
—
13
0.183
V-grooved pulleys
optibelt SUPER X-POWER M=S are used with pulleys
according to DIN 2211, DIN 2217, ISO 4183 and
RMA/MPTA. Considerably smaller minimum pulley datum
diameters are allowed.
5
1000
2000
Speed n
3000
4000
5000
Table 9
Recommended minimum pulley diameter [mm]
wedge belt
[min-1]
Profile
Belt tension / Static shaft load
Belt tension and static shaft load are calculated in the same
way as for wrapped belts. When dealing with the same
geometric ratios, the shaft load does not exceed that of
wrapped belts although the quantity of the belts is often less.
Therefore, only the individual V-belt requires higher tension
than wrapped belts.
The precise edges of the optibelt SUPER X-POWER M=S
V-belt ensure uniform seating in the pulley grooves, resulting
in smoother running.
Drive calculation
Drive design using optibelt SUPER X-POWER M=S belts
should be carried out according to the examples given on
pages 85 to 87. The higher power ratings given in the
relevant tables, apply. These are based on a theoretical
laboratory running time of 25,000 hours.
Standardisation/Dimensions
The cross sections and dimensions of optibelt SUPER
X-POWER M=S V-belts are in accordance with DIN 7753
Part 1, DIN 2215, ISO 4184 and RMA/MPTA.
The basis for the length measurement is the datum length (Ld)
to DIN/ISO.
16 Belt
height
XPA
5VX/15NX
10
0
Datum
width
XPZ
3VX/9NX
20
Top
belt
width
bo ≈
© Arntz OPTIBELT Group, Germany
XPZ
Raw edge,
moulded cogged
56
Profile
SPZ
Wrapped
63
XPA
71
SPA
90
XPB
112
SPB
140
XPC
180
SPC
224
3VX/9NX
5VX/15NX
56
112
3V/9N
5V/15N
67
151
PrODucT DescriPTiOn
M
ePD
optibelt suPer e-POWer M=s
raW eDge, MOulDeD cOggeD – Din/isO, rMa/MPTa
advantages
SuPEr E-POWEr m=S wedge belts are perfectly suited for
complex applications which require the highest capacities
under the most severe conditions such as with
• extremely small pulley diameters
• high rotational speeds
• high and low ambient temperatures
SuPEr E-POWEr m=S wedge belts offer
• high power transmission, up to 20 % better performance
• extremely high capacity and extremely low stretch
• optimised extremely smooth running characteristics
• optimised operational life and operating times
• improved maintenance intervals and low service expenditures (low maintenance)
• excellent temperature resistance from –50 °C to +120 °C
• m=S, for set matching
• electrically conductive according to ISO 1813 and
compatible with ATEX
optibelt suPer e-POWer M=s
The use of the SuPEr E-POWEr m=S by OPTIBELT allows
for high power transmissions even with small pulley
diameters and high engine speed. Thus, weight and space
can be reduced, also additionally reducing costs.
application areas
Machines:
structure/Properties
optibelt SuPEr E-POWEr m=S consist of:
–
–
–
–
–
–
–
compressors
fans
compactors
pumps
wood working machines
high performance saws
special machines
Cover fabric
Machine tools:
Low-stretch polyester
tension cord
In mechanical engineering, wrapped V-belts are often
employed in fringe areas and might wear out soon. In order
to prevent downtimes, we recommend using optibelt SuPEr
E-POWEr m=S.
EPDm embedding
compound
EPDm compound with
traverse fibre compound
– lathes and drilling machines
– grinding machines
wer
uest
- p o o n re q
e
r
e
e
Sup vailabl
a
moulded cogs
1. The highly modular polyester tension cord of the SuPEr
E-POWEr m=S is very low-stretch and thus allows for a low
maintenance drive. The number of re-tensionings is reduced;
the drive is more cost-effective in the long term.
2. The structure of the cover fabric supports the tension cord
and this is how the SuPEr E-POWEr m=S achieves its high
level of flexibility.
3. The belt base structure consists of a high performance
EPDm compound, reinforced with a traverse fibre compound. The special tension cord and the optimised rubber
compound allow for a higher power transmission level, less
flexing stress and better heat dissipation.
© ArnTz OPTIBELT GrOuP, GErmAny
17
er
est
P o w n re q u
E
er
eo
Sup vailabl
a
Product Description
optibelt suPer E-Power m=s
raw edge, moulded cogged – din/iso, Rma/MPTA
Drive calculation
Drive design using optibelt SUPER E-POWER M=S belts
should be carried out according to the examples given on
pages 85 to 87. The higher power ratings given in the
relevant tables, apply. These are based on a theoretical
laboratory running time of 25,000 hours.
50
XPB
Super E-POWER M=S
Nominal power per V-belt PN [kW]
45
40
35
Standardisation/Dimensions
The cross sections and dimensions of optibelt SUPER
E-POWER M=S V-belts are in accordance with DIN 7753
Part 1, DIN 2215, ISO 4184 and RMA/MPTA.
The basis for the length measurement is the datum length (Ld)
to DIN/ISO.
30
25
XPB
Super X-POWER M=S
20
Table 10
15
Profile
10
5
0
1000
2000
Speed n
3000
4000
5000
[min-1]
Test results
optibelt SUPER E-POWER M=S exhibit a considerably
improved tension retention when compared to the common
raw edge, moulded cogged construction.
Comparison test: Tension retention [N],
Power P = 13.0 kW, n1 = 4700 min-1
600
500
400
optibelt Super X-POWER M=S
300
200
100
1.01
18 6
24
Life [h]
© Arntz OPTIBELT Group, Germany
48
0
72
Belt
height
Meter
weight
bd
h≈
[kg/m] ≈
9.7
8.5
8
0.065
XPA
12.7
11.0
10
0.105
XPB
16.3
14.0
13
0.183
XPC
22.0
19.0
18
0.340
5VX/15NX
9.0
—
8
0.065
15.0
—
13
0.183
V-grooved pulleys
optibelt SUPER E-POWER M=S are used with pulleys to
DIN 2211, DIN 2217, ISO 4183 and RMA/MPTA.
­Considerably smaller minimum pulley datum diameters are
allowed.
Table 11
Recommended minimum pulley diameter [mm]
wedge belt
Profile
Raw edge,
moulded cogged
Profile
Wrapped
XPZ
56
SPZ
63
XPA
71
SPA
90
XPB
112
SPB
140
XPC
180
SPC
224
3VX/9NX
Span tension [N]
optibelt Super E-POWER M=S
Datum
width
XPZ
3VX/9NX
Belt tension / Static shaft load
Belt tension and static shaft load are calculated the same
way as for wrapped belts. When dealing with the same
geometric ratios, the shaft load does not exceed that of
wrapped belts although the quantity of the belts is often less.
Therefore, only the individual V-belt requires higher tension
than wrapped belts.
The precise edges of the optibelt SUPER E-POWER M=S
V-belt ensure uniform seating in the pulley grooves, resulting
in smoother running.
Top
belt
width
bo ≈
5VX/15NX
56
112
3V/9N
5V/15N
67
151
PrODucT DescriPTiOn
optibelt suPer TX M=s V-BelTs
raW eDge, MOulDeD cOggeD – Din/isO, rMa/MPTa
The advantages of optibelt SuPEr TX m=S V-belts can best
be seen when dealing with
• extremely small pulley diameters
• high rotational speeds
• extremely high power requirements
• higher ambient temperatures
In these cases the use of wrapped V-belts is uneconomic and
not recommended.
optibelt SuPEr TX m=S allows for drive ratios i = 1:12.
multi-stage drives can be eliminated.
optibelt SuPEr TX m=S V-belts in profiles zX/X10, AX/X13,
BX/X17 and CX/X22 offer the best technical and economic
solutions under these conditions due to their high quality
perfectly harmonised materials.
structure/Properties
optibelt SuPEr TX m=S consist of:
Cover fabric
Polyester tension cord
Embedding compound
Belt base
moulded cogs
The belt base consists of a polychloroprene rubber compound with traverse fibres which support the tension cord.
This results in
• significant flexing rate
• extreme traverse stability
• significantly improved wear resistance and
slip resistance
• electrically conductive according to DIn 1813
• low stretch
The specially prepared tension cord is embedded in a
special compound. Even with high dynamic loads a perfect
adhesion between all components is assured. The fabric
layers of the upper structure support the tension cord. The
fibre-reinforced substructure combined with the OPTIBELT tension cord and the moulded cogs allows for a higher dynamic power transmission. The moulded cogs decrease the
flexing resistance, resulting in an excellent flexing rate. Thus,
much smaller pulleys can be used compared to common
wrapped V-belts.
Due to the use of high quality polychloroprene rubber
compounds, the optibelt SuPEr TX m=S has a higher oil
and heat-resistance than wrapped V-belts.
As high power transmission is possible, even with small
pulley diameters and high engine speed, weight and space
can be reduced thus also substantially reducing costs.
Drive calculation
Drive design using optibelt SuPEr E-POWEr m=S belts
should be carried out according to the examples given on
pages 85 to 87. The higher power ratings given in the
relevant tables, apply. These are based on a theoretical
laboratory running time of 25,000 hours.
V-grooved pulleys
optibelt SuPEr TX m=S are used with pulleys to DIn 2211,
DIn 2217, ISO 4183 and rmA/mPTA. Considerably
smaller minimum pulley datum diameters are allowed.
Table 12
recommended minimum pulley diameter [mm]
V-belts
Profile
ZX/X10
raw edge,
moulded cogged
40
Profile
Wrapped
Z/10
50
aX/X13
63
a/13
71
BX/X17
90
B/17
112
cX/X22
140
c/22
180
Profile
ZX/X10
Top
belt
width
bo ≈
10
Datum
width
Belt
height
meter
weight
bd
h≈
[kg/m] ≈
8.5
6
0.062
aX/X13
13
11
8
0.099
BX/X17
17
14
11
0.165
cX/X22
22
19
14
0.276
© ArnTz OPTIBELT GrOuP, GErmAny
19
PrODucT DescriPTiOn
optibelt VariO POWer VariaBle sPeeD BelTs
raW eDge, MOulDeD cOggeD / DOuBle-cOggeD – Din 7719 / isO 1604
optibelt VariO POWer variable speed belts –
raw edge, moulded cogged
optibelt VariO POWer variable speed belts –
raw edge, double-cogged
Increasing demands on variable speed belts due to the
continuous increase of power transmission levels initiated
the development of the raw edge, moulded cogged variable
speed belts.
The base compound consists of a polychloroprene rubber
compound with traverse fibres. The high quality and extremely low-stretch polyester or aramid tension cord is
embedded in a rubber compound. It is effectively supported
by an upper and substructure. The special characteristics of
the raw edge, moulded cogged variable speed belt are:
• high power transmission
• excellent flexibility in running direction
• high traverse stability
• exceptionally smooth running
• wear and slip resistance
• long operational life
• electrically conductive according to ISO 1813
Further increases in demand on the performance of drive
elements and the trend towards designing ever smaller,
space saving drive units, led to the development of the
double-cogged, raw edge optibelt VArIO POWEr variable
speed belt.
Double-cogged OPTIBELT variable speed belts allow for the
smallest pulley diameters, even below standard recommendations. The double-cogged design improves heat emission,
thereby significantly reducing the belt running temperature.
The production methods and the structure of the belt have
been derived from the raw edge VArIO POWEr variable
speed belt. Depending upon the application and application
range, this belt can also be equipped with layers of special
cross-cord material in the base compound. The belt is doublecogged, with the depth and spacing of the cogs matching
with the specific belt profile. The polyester or aramid tension
cord ensures ideal power transmission, increased service
life, and extremely low-stretch characteristics.
The features of the VArIO POWEr variable speed belt can
be summarised as follows:
• extremely high acceptance of axial loads
• high flexibility and flexing rate
• better heat emission
• use with small pulley diameters
• high running smoothness with high belt speeds
• long operational life
• electrically conductive according to ISO 1813
Profiles
Belt widths of up to 100 mm
Belt heights of 5-25 mm
Dimensions
Lengths up to 5000 mm
Standardised dimensions to BS/DIn/ISO and uSA standard
rmA/mPTA
application areas
Industrial machinery:
Variable speed drives:
Printing machinery:
Gearboxes:
Agricultural machinery:
Textile machinery:
machine tools:
Automotive technology:
special drives
compact units
multi-colour offset drives
variable diameter pulley sets
thresher drum drives
winding machinery
lathes
snowmobile drives
Profiles
Belt widths of 20-85 mm
Belt heights of 10-30 mm
Dimensions
Length ranges from 600-3500 mm
Profiles and dimensions following DIn/ISO and uSA
standard rmA/mPTA
optibelt Vs variable speed belts – wrapped
The optibelt VS is the first generation of variable speed belts. Its structure complies with the standard constructions of
wrapped, classic V-belts or wedge belts.
Profiles and dimensions: on request
20
© ArnTz OPTIBELT GrOuP, GErmAny
PrODucT DescriPTiOn
optibelt DK DOuBle-siDeD V-BelTs
structure
A cross section of the optibelt DK double-sided V-belt reveals
a hexagon made up of two congruent trapeziums. The
neutral axis containing the tension cord is exactly half way
up the belt profile. optibelt DK double-sided V-belts comprise:
This applies to the profiles HAA, HBB, HCC and HDD, in
accordance with the uSA standard ASAE S 211. ...,
thereby ensuring an international interchange.
The reference/nominal length of the optibelt DK doublesided V-belt is measured on the effective/outside diameter
of the measuring pulley. This length equates to the middle
length of the belt.
Conversion factors are as follows:
Profile AA/HAA reference length ≈ centre length – 4 mm
Profile BB/HBB reference length ≈ centre length – 8 mm
Profile CC/HCC reference length ≈ centre length + 3 mm
Profile DD/HDD reference length = centre length.
Experience has shown that in practical use/ordering these
conversion factors can be ignored.
note: Electrically conductive according to ISO 1813.
rubber core
Tension cord
rubber core
V-grooved pulleys
no special pulleys are required for optibelt DK double-sided
V-belts. Pulleys conforming to ISO 4183, DIn 2211,
DIn 2217 and ASAE S 211. ... are suitable.
Profile AA/HAA in grooved pulleys for profile A/13-SPA
Profile BB/HBB in grooved pulleys for profile B/17-SPB
Profile CC/HCC in grooved pulleys for profile C/22-SPC
Profile DD/HDD in grooved pulleys for profile D/32
Cover fabric
Properties/application areas
The tension cord positioned at the centre of the belt gives
the optibelt DK double-sided V-belts extreme flexibility and
low-stretch properties. Thus, the belt is particularly suitable
for flexing in different directions in the same plane. optibelt
DK double-sided V-belts are used when several pulleys are
arranged in one plane and the direction of one or more of
the driven pulleys has to be changed without crossing the
belts. Due to the position of the tension cord in the neutral
axis and the special shape of the double-sided V-belt, the
tension cord is not subjected to any force other than tension
unlike standard V-belts bent around an outside idler. The
optibelt DK double-sided V-belt comes up to typical serpentine arrangements. Special constructions with different top
surfaces are possible. mainly, double-sided V-belts are used
in agricultural machinery but also in mechanical engineering.
Special profiles
For special applications, we also supply double-sided
V-belts in profiles 22 x 22 and 25 x 22. These are not
standardised.
Drive calculation
Drive calculations for optibelt DK double-sided V-belts differ
from those given in this manual for two pulley drives. multi
pulley calculations are so complicated that they cannot be
presented here.
reference lengths, rotational speeds, transmission ratios and
belt speeds are determined by the reference/outside pulley
diameters.
Our Application Engineering Dapartment will be pleased to
assist you in the design of drives using optibelt DK doublesided V-belts.
standardisation
The cross dimensions of the optibelt DK double-sided V-belts
comply with DIn 7722 and ISO 5289.
Table 13
Profile
DIn/ISO designation
Designation
haa
hBB
hcc
hDD
aa
BB
cc
DD
—
—
22 x 22 25 x 22
Belt width
b
≈
13
17
22
32
22
25
Belt height
h
≈
10
13
17
25
22
22
80
125
224
355
280
280
recommended minimum
pulley diameter
Belt weight [kg/m]
Belt speed [m/s]
da min
≈ 0.150 0.250 0.440 0.935 0.511 0.625
vmax ≈
30
© ArnTz OPTIBELT GrOuP, GErmAny
21
sTanDarD PrOPerTies
according to the respective requirements, all
OPTiBelT V-belts are manufactured using carefully
selected basic materials and continuously up
dated technical procedures.
regular routine checks during production, elaborate laboratory tests and careful testing of the
raw materials used guarantees a consistently
high level of quality that can be expected from
every OPTiBelT drive element.
reliability and long service life are considered the
most important criteria.
Oil resistance
The limited oil resistance prevents the
damaging effects of mineral oils and
greases, as long as these substances
are not in permanent contact with the timing belt and/or are
not present in large quantities. Animal and vegetable fats
as well as water-soluble cooling and cutting oils result in a
reduction of the service life. For higher concentrations, we
recommend the use of our SuPEr X-POWEr m=S or the
special design “05“, respectively.
heat resistance
s=c plus “setconstant“
This stands for wrapped V-belts that
can be used in a set without measuring.
and here are the advantages:
saves energy, efficiency of up to 97 %
consistent power transmission
incorporates the world famous S=C plus tolerances:
always at nominal length
extremely low-stretch
longer service life
set code numbers are not required
reduces vibrations with resultant smooth running
requires only minimal adjustment space
reduces self-heating, thus ageing resistant
longer maintenance intervals
simple storage
significant cost reductions
Example of S=C plus length tolerances for a high
performance wedge belt with 5000 mm datum length:
s=c plus
Standard V-belts allow ambient
temperatures of up to +70° C. Temperatures exceeding this range lead to
premature ageing and hardening of V-belts. In such cases,
we recommend the use of our special constructions
rED POWEr 3 or SuPEr E-POWEr or SuPEr X-POWEr.
For details see page 23.
Dust protection
Dust enormously reduces the service
life of V-belts. Wear-resistant fabric
covers make OPTIBELT V-belts resistant
to dust. This is demonstrated by their continuous application
in cement factories, mills, in the stone processing industries,
and in the mining industry.
M=s “Matched sets”
optibelt SuPEr E-POWEr m=S,
optibelt X-POWEr m=S and optibelt
SuPEr TX m=S are raw edge, moulded cogged V-belts that can be used in sets without measuring. Due to special production processes the narrowest
tolerances can be achieved so that V-belts of a given
nominal length can be combined without further measurement. The precise edging of the belt results in smooth
running. The even power transmission of all belts ensures
a high efficiency and saves energy.
Set code numbers are not necessary, there is no set
bundling. As a consequence, storage and costs can be
reduced.
22
© ArnTz OPTIBELT GrOuP, GErmAny
The dimension (A) is the tolerance allowed according to DIn
of an individual V-belt with a length of 5000 mm. If you
want to install sets for multi-groove drives, the individual
elements in a set should not deviate more than 6 mm (B).
The tolerance of the optibelt S=C plus V-belt is considerably
lower than those allowed according to the standard.
S=C plus tolerances are always at nominal length.
sPecial cOnsTrucTiOns
Mining industry
optibelt SK wedge belts and optibelt VB classic V-belts can
be used in underground mining as well as in areas above
ground that are exposed to explosion and fire risks. For
these areas, different national and international testing
specifications and standards apply. OPTIBELT “mining Belts“
comply with all requirement of “DIn 22100-7“
smooth running selected V-belts
Drives that require a smooth running – that is variations of
shaft centre distances – such as lathes and grinders, and are
supposed to guarantee a vibration free operation, should be
equipped with OPTIBELT V-belts with “selected smooth
running“. Fluctuations in the shaft centre distance are
electronically measured on testing machines. The measurements comply with the OPTIBELT standards or the conditions
agreed upon with our customers.
These OPTIBELT V-belts in special constructions have different tension cord types and structures with a variety of rubber
compounds, different fabric qualities and a differing number
of fabric covers and top surfaces.
All special constructions and intermediate lengths must be
ordered in sets or in multiples thereof.
As part of this description not all criteria can be dealt with.
For further information please contact our Application
Engineering Department.
service life
extra heat-resistant V-belts
The service life of standard OPTIBELT V-belts can be
massively reduced due to the effects of temperature.
In case of ambient temperatures that constantly vary
between +70 °C and 90 °C we recommend rED POWEr 3,
SuPEr E-POWEr m=S, SuPEr X-POWEr m=S or SuPEr TX
m=S belts. Special rubber compounds largely prevent
premature ageing and brittleness. In borderline cases, trials
are recommended, as individual drive parameters such as
belt speed and pulley diameter may influence the operational life.
The diagram below illustrates the great impact of ambient
temperature on the operational life of belts. It also presents
the optimised operational life of special constructions in
high temperature ranges compared to standard constructions. However, you cannot expect the same service life as
under normal conditions.
applications with other special constructions
For special applications e.g. in general mechanical engineering, agricultural machinery and horticulture, further
special constructions are also available in intermediate sizes
for
• special drives with tension, back bend and guide idlers
• clutching drives
• shock loads
• extreme operating conditions
heat-resistant
belts
standard construction
ambient temperature [°c]
© ArnTz OPTIBELT GrOuP, GErmAny
23
Standard Range
optibelt RED POWER 3 High Performance Wedge Belts
DIN 7753 Part 1 / ISO 4184
≈18
≈8
≈10
≈13
≈12.7
≈9.7
≈ 22
≈16.3
SPZSPASPBSPC
Profile SPZ
Profile SPA
Profile SPB
Profile SPC
Datum length ISO
[mm] Ld
Datum length ISO
[mm] Ld
Datum length ISO
[mm] Ld
Datum length ISO
[mm] Ld
1202
1212
1237
1250
1262
1587
1600
1612
1637
1662
2137
2187
2240
2287
2360
1207
1232
1250
1257
1282
1700
1707
1732
1757
1782
2282
2300
2307
2332
2360
3082
3150
3182
3282
3350
1250
1320
1400
1500
1600
2000
2120
2240
2360
2500
1287
1312
1320
1337
1362
1687
1700
1737
1762
1787
2500
2650
2800
3000
3150
1307
1320
1332
1357
1382
1800
1807
1832
1857
1882
2382
2432
2482
2500
2532
3382
3550
3750
4000
1700
1800
1900
2000
2120
2650
2800
3000
3150
3350
1387
1400
1412
1437
1462
1800
1837
1862
1887
1900
3350
3550
1400
1407
1432
1457
1482
1900
1907
1932
1957
1982
2582
2607
2632
2650
2682
2240
2360
2500
2650
2800
3550
3750
4000
4250
4500
1487
1500
1512
1537
1562
1937
1987
2000
2037
2120
1500
1507
1532
1557
1582
2000
2032
2057
2082
2120
2732
2782
2800
2832
2847
3000
3150
3350
3550
3750
4750
5000
5300
5600
6000
1600
1607
1632
1657
1682
2132
2182
2207
2232
2240
2882
2932
2982
3000
3032
4000
4250
4500
4750
5000
6300
6700
7100
7500
8000
5300
5600
6000
6300
6700
8500
9000
9500
100000
7100
7500
8000
Maximum production length: 4000 mm
Maximum production length: 4000 mm
Non-standard length ranges on request
Non-standard length ranges on request
Weight: ≈ 0.074 kg/m
Weight: ≈ 0.123 kg/m
Maximum
production length:
12 500 mm
Maximum
production length:
12 500 mm
Non-standard length
ranges on request
Non-standard length
ranges on request
Weight: ≈ 0.195 kg/m
Weight: ≈ 0.377 kg/m
Datum length Ld ≙ Pitch length Lw/Lp
Lengths in bold type are in S=C plus (SetConstant).
24 © Arntz OPTIBELT Group, Germany
Standard Range
optibelt RED POWER 3 High Performance Wedge Belts
USA Standard RMA/MPTA
≈ 25
≈ 15
≈8
≈ 13
≈ 23
≈9
3V/9N
5V/15N
8V/25N
Profile 3V/9N
Profile 5V/15N
Profile 8V/25N
Belt designation
Belt designation
Belt designation
Profile,
length code
Profile,
outside length,
La [mm)
Profile,
length code
Profile,
outside length,
La [mm)
Profile,
length code
Profile,
outside length,
La [mm)
3V
3V
3V
3V
3V
475
500
530
560
600
9N 1206
9N 1270
9N 1346
9N 1422
9N 1524
5V
5V
5V
5V
5V
530
560
600
630
670
15N 1346
15N 1422
15N 1524
15N 1600
15N 1702
8V 1000
8V 1120
8V 1180
8V 1250
8V 1320
25N
25N
25N
25N
25N
2540
2845
2997
3175
3353
3V
3V
3V
3V
3V
630
670
710
750
800
9N 1600
9N 1702
9N 1803
9N 1905
9N 2032
5V
5V
5V
5V
5V
710
750
800
850
900
15N 1803
15N 1905
15N 2032
15N 2159
15N 2286
8V 1400
8V 1500
8V 1600
8V 1700
8V 1800
25N
25N
25N
25N
25N
3556
3810
4064
4318
4572
3V 850
3V 900
3V 950
3V 1000
3V 1060
9N 2159
9N 2286
9N 2413
9N 2540
9N 2692
5V 950
5V 1000
5V 1060
5V 1120
5V 1180
15N 2413
15N 2540
15N 2692
15N 2845
15N 2997
8V 1900
8V 2000
8V 2120
8V 2240
8V 2360
25N
25N
25N
25N
25N
4826
5080
5385
5690
5994
3V 1120
3V 1180
3V 1250
3V 1320
3V 1400
9N 2845
9N 2997
9N 3175
9N 3353
9N 3556
5V 1250
5V 1320
5V 1400
5V 1500
5V 1600
15N 3175
15N 3353
15N 3556
15N 3810
15N 4064
8V 2500
8V 2650
8V 2800
8V 3000
8V 3150
25N
25N
25N
25N
25N
6350
6731
7112
7620
8001
5V 1700
5V 1800
5V 1900
5V 2000
5V 2120
15N 4318
15N 4572
15N 4826
15N 5080
15N 5385
8V 3350
8V 3550
8V 3750
8V 4000
8V 4250
25N 8509
25N 9017
25N 9525
25N 10160
25N 10795
5V 2240
5V 2360
5V 2500
5V 2650
5V 2800
15N 5690
15N 5994
15N 6350
15N 6731
15N 7112
8V 4500
8V 4750
25N 11430
25N 12065
5V 3000
5V 3150
15N 7620
15N 8001
Maximum production length: 4000 mm La
Maximum production length: 12 500 mm La
Maximum production length: 12 500 mm La
Non-standard length ranges on request
Non-standard length ranges on request
Non-standard length ranges on request
Weight: ≈ 0.074 kg/m
Weight: ≈ 0.195 kg/m
Weight: ≈ 0.575 kg/m
Lengths in bold type are in S=C plus (SetConstant).
© Arntz OPTIBELT Group, Germany 25
Standard Range
optibelt BLUE POWER High Performance Wedge Belts
≈ 25
≈13
≈18
≈ 16.3
SPB
SPC
8V/25N
DIN 7753 Part 1 / ISO 4184 / BS 3790
Profile SPB
Profile SPC
Datum length ISO
Ld [mm]
Datum length ISO
Ld [mm]
USA Standard RMA / MPTA
Profile 8V/25N
Belt designation
Profile,
length code
Profile,
outside length,
La [mm)
1500
1600
1700
1800
1900
4750
5000
5300
5600
6000
2000
2120
2240
2360
2500
6300
6700
7100
7500
8000
8V
8V
8V
8V
8V
1600
1700
1800
1900
2000
25N
25N
25N
25N
25N
4064
4318
4572
4826
5080
2000
2120
2240
2360
2500
6300
6700
7100
7500
8000
2650
2800
3000
3150
3350
8500
9000
8V
8V
8V
8V
8V
2120
2240
2360
2500
2650
25N
25N
25N
25N
25N
5385
5690
5994
6350
6731
8V
8V
8V
8V
8V
2800
3000
3150
3350
3550
25N
25N
25N
25N
25N
7112
7620
8001
8509
9017
2650
2800
3000
3150
3350
3550
3750
4000
4250
4500
3550
3750
4000
4250
4500
4750
5000
5300
5600
6000
Maximum production length: 18 000 mm
Minimum order quantity:
1500 mm – 1800 mm =
25 pieces
Over 1800 mm =
23 pieces
Weight: ≈ 0.206 kg/m
26 ≈ 23
≈ 22
© Arntz OPTIBELT Group, Germany
Maximum production length: 18 000 mm
Minimum order quantity:
from 2000 mm =
16 pieces
Maximum production length: 18 000 mm La
Minimum order quantity:
from 4064 mm La =
14 pieces
Weight: ≈ 0.389 kg/m
Weight: ≈ 0.603 kg/m
Standard Range
optibelt SK High Performance Wedge Belts
DIN 7753 Part 1 / ISO 4184
≈ 18
≈13
≈8
≈10
≈9.7
≈ 22
≈16.3
≈12.7
SPZSPASPBSPC
487
512
562
587
612
630
637
662
670
687
710
722
737
750
762
772
787
800
812
825
837
850
862
875
887
900
912
925
937
950
962
987
1000
1012
1024
1037
Profile SPZ
Profile SPA
Profile SPB
Profile SPC
Datum length ISO
Ld [mm]
Datum length ISO
Ld [mm]
Datum length ISO
Ld [mm]
Datum length
ISO
Ld [mm]
1047
1060
1077
1087
1112
1120
1137
1162
1180
1187
1202
1212
1237
1250
1262
1287
1312
1320
1337
1347
1362
1387
1400
1412
1437
1462
1487
1500
1512
1537
1562
1587
1600
1612
1637
1650
1662
1687
1700
1737
1762
1787
1800
1812
1837
1850
1862
1887
1900
1937
1987
2000
2037
2120
2137
2150•
2187
2240
2287
2360
2500
2540•
2650
2690•
2800
2840•
3000
3150
3350
3550
Maximum production length: 4 500 mm Ld
Minimum order quantity:
Over 1800 mm =
20 pieces for non-standard length ranges
60 pieces for special constructions
Weight: ≈ 0.074 kg/m
Datum length Ld ≙ Pitch length Lw/Lp
732
757
782
800
807
832
850
857
882
900
907
932
950
957
982
1000
1007
1032
1060
1082
1107
1120
1132
1157
1180
1207
1232
1250
1257
1272
1282
1307
1320
1332
1357
1382
1400
1407
1432
1457
1482
1500
1507
1532
1557
1582
1600
1607
1632
1657
1682
1700
1707
1732
1757
1782
1800
1807
1832
1857
1882
1900
1907
1932
1957
1982
2000
2032
2057
2082
2120
2132
2182
2207
2232
2240
2282
2300
2307
2332
2360
2382
2432
2482
2500
2532
2582
2607
2632
2650
2682
2732
2782
2800
2832
2847
2882
2932
2982
3000
3032
3082
3150
3182
3282
Maximum production length: 4 500 mm Ld
Minimum order quantity:
Over 1800 mm =
31 pieces for non-standard length ranges
93 pieces for special constructions
Weight: ≈ 0.123 kg/m
3350
3382
3550
3750
4000
4250
4500
1250
1320
1400
1450
1500
1600
1700
1750
1800
1850
1900
2000
2020•
2060
2120
2150•
2180
2240
2280•
2360
2391
2400•
2500
2650
2680•
2800
2840•
2850
2900
3000
3150
3250
3350
3450
3550
3650
3750
3800•
4000
4050•
4250
4300•
4500
4560•
4750
4820•
5000
5070•
5300
5600
6000
6300
6700
7100
7500
8000
Maximum production length:
18 000 mm Ld
Minimum order quantity:
Over 1800 mm =
25 pieces for non-standard length
ranges
75 pieces for special constructions
Weight: ≈ 0.195 kg/m
2000
2120
2240
2360
2500
2650
2800
3000
3150
3350
3550
3750
4000
4250
4500
4750
5000
5300
5600
6000
6300
6700
7100
7500
8000
8500
9000
9500
10000
10600
11200
12500
Maximum production
length: 21 000 mm Ld
Minimum order quantity:
Over 2000 mm =
16 pieces for nonstandard length ranges
48 pieces for special
constructions
Weight: ≈ 0.377 kg/m
• Non stock items
Lengths in bold type are in S=C plus (SetConstant).
© Arntz OPTIBELT Group, Germany 27
Standard Range
optibelt SK High Performance Wedge Belts
USA Standard RMA/MPTA
≈ 25
≈ 15
3V/9N
≈ 23
≈8
≈ 13
≈9
5V/15N
8V/25N
Profile 3V/9N
Profile 5V/15N
Profile 8V/25N
Belt designation
Belt designation
Belt designation
Profile,
length code
Profile,
outside length,
La [mm)
Profile,
length code
Profile,
outside length,
La [mm)
Profile,
length code
Profile,
outside length,
La [mm)
3V
3V
3V
3V
3V
250 265 280 300 315 9N
9N
9N
9N
9N
635
673
711
762
800
5V
5V
5V
5V
5V
530 560 600 630 670 15N 1346
15N 1422
15N 1524
15N 1600
15N 1702
8V 1000 8V 1120 8V 1180 8V 1250 8V 1320 25N
25N
25N
25N
25N
2540
2845
2997
3175
3353
3V
3V
3V
3V
3V
335 355 375 400 425 9N 851
9N 902
9N 952
9N 1016
9N 1079
5V
5V
5V
5V
5V
710 750 800 850 900 15N 1803
15N 1905
15N 2032
15N 2159
15N 2286
8V 1400 8V 1500 8V 1600 8V 1700 8V 1800 25N
25N
25N
25N
25N
3556
3810
4064
4318
4572
3V
3V
3V
3V
3V
450 475 500 530 560 9N 1143
9N 1206
9N 1270
9N 1346
9N 1422
5V 950 5V 1000 5V 1060 5V 1120 5V 1180 15N 2413
15N 2540
15N 2692
15N 2845
15N 2997
8V 1900 8V 2000 8V 2120 8V 2240 8V 2360 25N
25N
25N
25N
25N
4826
5080
5385
5690
5994
3V
3V
3V
3V
3V
600 630 670 710 750 9N 1524
9N 1600
9N 1702
9N 1803
9N 1905
5V 1250 5V 1320 5V 1400 5V 1500 5V 1600 15N 3175
15N 3353
15N 3556
15N 3810
15N 4064
8V 2500 8V 2650 8V 2800 8V 3000 8V 3150 25N
25N
25N
25N
25N
6350
6731
7112
7620
8001
3V 800 3V 850 3V 900 3V 950 3V 1000 9N 2032
9N 2159
9N 2286
9N 2413
9N 2540
5V 1700 5V 1800 5V 1900 5V 2000 5V 2120 15N 4318
15N 4572
15N 4826
15N 5080
15N 5385
8V 3350 8V 3550 8V 3750 8V 4000 8V 4250 25N 8509
25N 9017
25N 9525
25N 10160
25N 10795
3V 1060 3V 1120 3V 1180 3V 1250 3V 1320 9N 2692
9N 2845
9N 2997
9N 3175
9N 3353
5V 2240 5V 2360 5V 2500 5V 2650 5V 2800 15N 5690
15N 5994
15N 6350
15N 6731
15N 7112
8V 4500 8V 4750 8V 5000 25N 11430
25N 12065
25N 12700
3V 1400 9N 3556
5V 3000 5V 3150 5V 3350 5V 3550 15N 7620
15N 8001
15N 8509
15N 9017
Maximum production length: 4 500 mm La
Minimum order quantity:
Over 1800 mm La =
20 pieces for non-standard length ranges
60 pieces for special constructions
Maximum production length: 18 000 mm La
Minimum order quantity:
Over 1800 mm La =
25 pieces for non-standard length ranges
75 pieces for special constructions
Weight: ≈ 0.074 kg/m
Weight: ≈ 0.195 kg/m
Maximum standard production length:
21 000 mm La
Over 18 000 to 21 000 mm on request
Minimum order quantity:
Over 2540 mm La =
11 pieces for non-standard length ranges
33 pieces for special constructions
Weight: ≈ 0.575 kg/m
Lengths in bold type are in S=C plus (SetConstant).
28 © Arntz OPTIBELT Group, Germany
Standard Range
optibelt VB CLASSIC V-BELTS
DIN 2215 / ISO 4184
Profile 5*
≈6
≈5
≈4
≈3
≈ 10
≈8
≈6
≈5
5 Y/6 8Z/10
Profile Y/6*
Profile 8
Profile Z/10
Inside
Datum
length ISO length
Li [mm]
Ld [mm]
Datum
Inside
length ISO length
Ld [mm] Li [mm]
Datum
Inside
length ISO length
Ld [mm] Li [mm]
Datum
Inside
Belt no. length ISO length
Ld [mm]
Li [mm]
Datum
Inside
Belt no. length ISO length
Ld [mm]
Li [mm]
Datum
Inside
Belt no. length ISO length
Ld [mm]
Li [mm]
200
239
270
290
310
190
229
260
280
300
295
315
350
415
440
280
300
335
400
425
335∗ 315∗
375∗ 355∗
420∗ 400∗
445∗ 425∗
470∗ 450∗
Z 11
312∗ 290∗
Z 121/2 337∗315∗
Z 14 397∗375∗
Z 15 422∗400∗
Z 16 447∗425∗
Z 381/2 997 975
Z 39 1022 1000
Z 40 1038 1016
Z 401/21052 1030
Z 41 1063 1041
Z 68
Z 69
Z 70
Z 71
Z 73
325
332
345
385
435
315
322
335
375
425
465
515
555
615
865
450
500
540
600
850
495∗ 475∗
510∗ 490∗
550∗ 530∗
580∗ 560∗
595∗ 575∗
Z 17 472∗450∗
Z 18 497∗475∗
Z 19 502∗480∗
Z 193/4 522∗500∗
Z 20 537∗515∗
Z 411/21072 1050
Z 42 1082 1060
Z 43 1102 1080
Z 431/41122 1100
Z 44 1142 1120
Z 75 1922 1900
Z 78 1997 1975
Z 79 2022 2000
Z 831/22142 2120
Z 88 2262 2240
485
510
540
564
610
475
500
530
554
600
620∗ 600∗
650∗ 630∗
690∗ 670∗
720∗ 700∗
730∗ 710∗
Z 201/2 547∗525∗
Z 21 552∗530∗
Z 211/4 562∗540∗
Z 22 582∗560∗
Z 23 597
575
Z 45 1172 1150
Z 46 1187 1165
Z 461/21202 1180
Z 47 1216 1194
Z 48 1237 1215
Z 93
Z 98
770∗ 750∗
795∗ 775∗
820∗ 800∗
845 825
870 850
Z 24 622
Z 25 652
Z 26 672
Z 27 692
Z 271/2 722
600
630
650
670
700
Z 481/21247 1225
Z 49 1272 1250
Z 50 1292 1270
Z 51 1317 1295
Z 52 1342 1320
895 875
920 900
970 950
1020 1000
1040 1020
Z 28 732
Z 281/2 747
Z 29 752
Z 291/2 772
Z 30
787
710
725
730
750
765
Z 53
Z 54
Z 55
Z 56
Z 57
1368
1393
1422
1444
1472
1346
1371
1400
1422
1450
1070
1095
1140
1220
1270
Z 31 797
Z 311/2 822
Z 32 842
Z 33 847
Z 331/2 872
775
800
820
825
850
Z 58
Z 59
Z 60
Z 61
Z 62
1497
1522
1546
1572
1597
1475
1500
1524
1550
1575
Z 34
887
Z 35 897
Z 36 922
Z 37 947
Z 38 972
865
875
900
925
950
Z 63
Z 64
Z 65
Z 66
Z 67
1622
1648
1673
1697
1722
1600
1626
1651
1675
1700
Further sizes
on request
Weight:
≈ 0.018 kg/m
Further sizes
on request
Weight:
≈ 0.026 kg/m
1050
1075
1120
1200
1250
Weight:
≈ 0.042 kg/m
1747
1772
1797
1822
1872
1725
1750
1775
1800
1850
2382 2360
2522 2500
Maximum production length: 4 500 mm
Minimum order quantity:
Over 1800 mm =
20 pieces for non-standard length ranges
60 pieces for special constructions
Weight: ≈ 0.064 kg/m
Datum length Ld ≙ Pitch length Lw/Lp ∗ Raw edge, moulded cogged V-belts Further sizes on request
Lengths in bold type are in S=C plus (SetConstant).
© Arntz OPTIBELT Group, Germany 29
Standard Range
optibelt VB CLASSIC V-BELTS
DIN 2215 / ISO 4184
≈8
≈ 13
A/13
Profile A/13
Belt no.
Datum length
ISO
Ld [mm]
Inside
length
Li [mm]
Belt no.
Datum length
ISO
Ld [mm]
Inside
length
Li [mm]
Belt no.
Datum length
ISO
Ld [mm]
Inside
length
Li [mm]
Belt no.
Datum length
ISO
Ld [mm]
Inside
length
Li [mm]
407
457
480
508
535
A 41
1071
A 411/21080
A 42
1090
A 421/21105
A 43
1130
1041
1050
1060
1075
1100
A
A
A
A
A
69
70
71
72
73
1780
1805
1830
1855
1884
1750
1775
1800
1825
1854
A 105
A 107
A 108
A 110
A 112
2697
2755
2773
2830
2875
2667
2725
2743
2800
2845
A 22
590
A 23
605
A 231/2630
A 24
640
A 25
660
560
575
600
610
630
A 431/21135
A 44
1150
A 45
1173
A 451/21180
A 46
1198
1105
1120
1143
1150
1168
A
A
A
A
A
74
75
76
77
78
1910
1930
1960
1986
2010
1880
1900
1930
1956
1980
A 114
A 116
A 118
A 120
A 124
2926
2976
3030
3078
3180
2896
2946
3000
3048
3150
A 26
680
A 261/2700
A 27
716
A 271/2730
A 28
740
650
670
686
700
710
A 461/21210 1180
A 47
1230
1200
A 471/21245 1215
A 48
1250
1220
A 481/21255 1225
A
A
A
A
A
79
80
81
82
83
2030
2062
2090
2113
2130
2000
2032
2060
2083
2100
A 128
A 132
A 136
A 140
A 144
3280
3380
3484
3580
3688
3250
3350
3454
3550
3658
A 29
760
A 291/2780
A 30
797
A 31
805
A 311/2830
730
750
767
775
800
A 49
A 50
A 51
A 52
A 53
1280
1300
1330
1350
1380
1250
1270
1300
1320
1350
A
A
A
A
A
831/22150
84
2164
841/22180
85
2190
861/22230
2120
2134
2150
2160
2200
A 148
A 158
A 167
A 187
A 197
3780
4030
4280
4780
5030
3750
4000
4250
4750
5000
A 32
843
A 321/2855
A 33
871
A 34
880
A 341/2905
813
825
841
850
875
A 54
A 55
A 56
A 57
A 58
1405
1430
1452
1480
1505
1375
1400
1422
1450
1475
A
A
A
A
A
87
88
89
90
91
2240
2270
2291
2316
2341
2210
2240
2261
2286
2311
A 35
919
A 351/2930
A 36
944
A 37
955
A 371/2980
889
900
914
925
950
A 59
A 60
A 61
A 62
A 63
1530
1555
1580
1605
1630
1500
1525
1550
1575
1600
A
A
A
A
A
92
93
94
95
96
2367
2390
2418
2443
2468
2337
2360
2388
2413
2438
965
975
1000
1016
1030
A 64
A 65
A 66
A 67
A 68
1655
1680
1706
1730
1755
1625
1650
1676
1700
1725
A 97
A 98
A 100
A 102
A 104
2494
2530
2570
2621
2680
2464
2500
2540
2591
2650
A 16
A 18
A 19
A 20
A 21
437
487
510
538
565
A 38
995
A 381/21005
A 39
1030
A 40
1046
A 401/21060
Maximum production length: 10 000 mm Li
Minimum order quantity:
Over 1800 mm =
31 pieces for non-standard length ranges
93 pieces for special constructions
Weight: ≈ 0.109 kg/m
Datum length Ld ≙ Pitch length Lw/Lp Further sizes on request
Lengths in bold type are in S=C plus (SetConstant).
30 © Arntz OPTIBELT Group, Germany
Standard Range
optibelt VB CLASSIC V-BELTS
DIN 2215 / ISO 4184
≈ 11
≈ 17
B/17
Profile B/17
Belt no.
Datum length
ISO
Ld [mm]
Inside
length
Li [mm]
B 23
610
570
B 24
655
615
B 25
670
630
B 26
690
650
B 261/2710 670
B 27
726
686
B 28
750
710
B 29
765
725
B 30
790
750
B 31
815
775
B 32
840
800
B 321/2865 825
B 33
876
836
B 34
890
850
B 341/2915 875
B 35
929
889
B 36
940
900
B 37
965
925
1
B 37 /2990 950
B 38
1005
965
B 381/21015 975
B 39
1040
1000
B 40
1056
1016
B 401/21070 1030
B 41
1080
1040
B 411/21090 1050
B 42
1100
1060
B 421/21115 1075
B 43
1130
1090
B 431/41140 1100
B 44
1160
1120
B 45
1190
1150
B 451/21203 1163
B 46
1215
1175
B 461/21220 1180
B 47
1240
1200
B 48
1255
1215
1
B 48 /21265 1225
B 49
1290
1250
B 50
1315
1275
Belt no.
Datum length
ISO
Ld [mm]
Inside
length
Li [mm]
B 51
1340
1300
B 52
1360
1320
B 521/21375 1335
B 53
1390
1350
B 531/21400 1360
B 54
1412
1372
B 55
1440
1400
B 56
1462
1422
B 57
1490
1450
B 58
1513
1473
B 59
1540
1500
B 60
1565
1525
B 61
1590
1550
B 62
1615
1575
B 63
1640
1600
B 64
1665
1625
B 65
1690
1650
B 66
1716
1676
B 67
1740
1700
B 68
1765
1725
B 69
1790
1750
B 691/21801 1761
B 70
1815
1775
B 71
1840
1800
B 72
1869
1829
B 73
1890
1850
B 74
1920
1880
B 75
1940
1900
B 76
1970
1930
B 77
1990
1950
B 78
2021
1981
B 79
2040
2000
B 80
2072
2032
B 81
2100
2060
B 82
2123
2083
B 83
2140
2100
B 831/22160 2120
B 84
2174
2134
B 85
2200
2160
B 86
2240
2200
Belt no.
Datum length
ISO
Ld [mm]
B 87
2250
B 88
2280
B 89
2301
B 90
2326
B 91
2340
B 92
2377
B 93
2400
B 94
2428
B 941/22440
B 95
2453
B 96
2478
B 961/22490
B 97
2505
B 98
2540
B 99
2555
B 100
2580
B 101
2605
B 102
2640
B 103
2656
B 104
2690
B 105
2707
B 106
2740
B 107
2758
B 108
2790
B 110
2840
B 112
2885
B 114
2940
B 115
2961
B 116
2990
B 118
3040
B 120
3088
B 122
3139
B 124
3190
B 126
3240
B 128
3290
B 130
3342
B 132
3390
B 134
3444
B 136
3490
B 138
3545
Inside
length
Li [mm]
2210
2240
2261
2286
2300
2337
2360
2388
2400
2413
2438
2450
2465
2500
2515
2540
2565
2600
2616
2650
2667
2700
2718
2750
2800
2845
2900
2921
2950
3000
3048
3099
3150
3200
3250
3302
3350
3404
3450
3505
Belt no.
Datum length
ISO
Ld [mm]
Inside
length
Li [mm]
B 140
B 142
B 144
B 146
B 148
B 150
B 151
B 152
B 154
B 155
B 156
B 158
B 160
B 162
B 165
B 167
B 173
B 175
B 177
B 180
B 187
B 195
B 197
B 208
B 210
B 220
B 236
B 240
B 248
B 264
B 276
B 280
3590
3640
3698
3740
3790
3850
3890
3901
3952
3990
4002
4040
4104
4155
4240
4290
4434
4490
4540
4612
4790
4993
5040
5340
5374
5640
6040
6136
6340
6740
7040
7140
3550
3600
3658
3700
3750
3810
3850
3861
3912
3950
3962
4000
4064
4115
4200
4250
4394
4450
4500
4572
4750
4953
5000
5300
5334
5600
6000
6096
6300
6700
7000
7100
Maximum production length: 21 000 mm Li
Minimum order quantity:
Over 1800 mm =
21 pieces for non-standard length ranges
63 pieces for special constructions
Weight: ≈ 0.196 kg/m
Datum length Ld ≙ Pitch length Lw/Lp Further sizes on request
Lengths in bold type are in S=C plus (SetConstant).
© Arntz OPTIBELT Group, Germany 31
Standard Range
optibelt VB CLASSIC V-BELTS
DIN 2215 / ISO 4184
≈ 22
≈ 14
≈ 12.5
≈ 20
20C/22
Profile 20
Profile C/22
Datum length
Inside length
ISO
Li [mm]
Ld [mm]
950
1050
1170
1230
1300
1370
1450
1550
1650
1750
1850
1950
2050
2170
2290
2410
2550
2700
2850
3050
3200
3400
3600
3800
4050
4550
5050
6050
900
1000
1120
1180
1250
1320
1400
1500
1600
1700
1800
1900
2000
2120
2240
2360
2500
2650
2800
3000
3150
3350
3550
3750
4000
4500
5000
6000
Maximum production length:
10 000 mm Li
Minimum order quantity:
Over 1800 mm =
18 pieces for non-standard
   length ranges
54 pieces for special
   constructions
Weight: ≈ 0.266 kg/m
Belt no.
Datum length
Inside length
ISO
Li [mm]
Ld [mm]
C 43
1148
C 47
1258
C 48
1273
C 49
1308
C 51
1353
C 52
1378
C 53
1408
C 54
1433
C 55
1458
C 56
1483
C 57
1508
C 58
1533
C 59
1558
C 60
1582
C 61
1608
C 62
1632
C 63
1658
C 65
1708
C 66
1734
C 67
1758
C 68
1785
C 69
1808
C 70
1836
C 71
1858
C 72
1887
C 73
1912
C 74
1938
C 75
1958
C 76
1988
C 77
2014
C 78
2039
C 79
2058
C 80
2090
C 81
2118
C 82
2141
C 83
2166
C 831/22178
1090
1200
1215
1250
1295
1320
1350
1375
1400
1425
1450
1475
1500
1524
1550
1574
1600
1650
1676
1700
1727
1750
1778
1800
1829
1854
1880
1900
1930
1956
1981
2000
2032
2060
2083
2108
2120
Belt no.
Datum length
Inside length
ISO
Li [mm]
Ld [mm]
C 84
2192
C 85
2217
C 86
2242
C 87
2268
C 88
2298
C 89
2319
C 90
2344
C 92
2395
C 93
2418
C 94
2446
C 95
2471
C 96
2496
C 961/22508
C 97
2522
C 98
2558
C 99
2583
C 100
2598
C 101
2618
C 102
2649
C 104
2700
C 105
2725
C 106
2750
C 108
2808
C 110
2858
C 112
2903
C 114
2954
C 115
2979
C 116
3008
C 117
3023
C 118
3058
C 120
3106
C 122
3157
C 124
3208
C 126
3258
C 128
3308
C 130
3360
C 132
3408
2134
2159
2184
2210
2240
2261
2286
2337
2360
2388
2413
2438
2450
2464
2500
2525
2540
2560
2591
2642
2667
2692
2750
2800
2845
2896
2921
2950
2965
3000
3048
3099
3150
3200
3250
3302
3350
Belt no.
C 134
C 136
C 138
C 140
C 142
C 144
C 146
C 148
C 150
C 158
C 162
C 166
C 167
C 168
C 170
C 173
C 175
C 177
C 180
C 187
C 190
C 195
C 197
C 208
C 210
C 220
C 225
C 236
C 240
C 248
C 264
C 270
C 280
C 295
C 300
C 315
Datum length
Inside length
ISO
Li [mm]
Ld [mm]
3462
3508
3563
3608
3665
3716
3758
3808
3868
4058
4158
4274
4308
4325
4376
4452
4503
4558
4630
4808
4884
5011
5058
5358
5392
5658
5773
6058
6154
6358
6758
6916
7158
7558
7678
8058
3404
3450
3505
3550
3607
3658
3700
3750
3810
4000
4100
4216
4250
4267
4318
4394
4445
4500
4572
4750
4826
4953
5000
5300
5334
5600
5715
6000
6096
6300
6700
6858
7100
7500
7620
8000
Maximum standard production length: 21 000 mm Li
Over 18 000 to 21 000 mm on request
Minimum order quantity:
Over 1800 mm =
16 pieces for non-standard length ranges
48 pieces for special constructions
Weight: ≈ 0.324 kg/m
Datum length Ld ≙ Pitch length Lw/Lp Further sizes on request
Lengths in bold type are in S=C plus (SetConstant).
32 © Arntz OPTIBELT Group, Germany
Standard Range
optibelt VB CLASSIC V-BELTS
DIN 2215 / ISO 4184
D/32E/40
Profile 25
1460
1560
1660
1760
1860
1960
2060
2180
2300
2420
2560
2710
2760
2860
3060
3210
3410
3610
3810
4060
4310
4560
4810
5060
5360
5660
6060
6360
6760
7160
7560
8060
8560
9060
Profile D/32
Inside length
Li [mm]
1400
1500
1600
1700
1800
1900
2000
2120
2240
2360
2500
2650
2700
2800
3000
3150
3350
3550
3750
4000
4250
4500
4750
5000
5300
5600
6000
6300
6700
7100
7500
8000
8500
9000
Maximum standard production length:
21 000 mm Li
Over 18 000 to 21 000 mm on request
Minimum order quantity:
Over 1800 mm =
14 pieces for non-standard length ranges
42 pieces for certain special constructions
Weight: ≈ 0.420 kg/m
≈ 25
≈ 20
≈ 16
25
Datum length ISO
Ld [mm]
≈ 40
≈ 32
≈ 25
Belt no.
D 79
D 98
D 104
D 110
D 118
D 120
D 124
D 128
D 132
D 135
D 136
D 140
D 144
D 148
D 154
D 158
D 162
D 167
D 173
D 177
D 180
D 187
D 195
D 197
D 208
D 210
D 220
D 225
D 236
D 240
D 248
D 264
D 270
D 280
D 295
D 300
D 315
D 330
D 335
D 354
D 374
D 394
D 441
Datum length ISO
Ld [mm]
2075
2575
2725
2875
3075
3123
3225
3326
3425
3500
3529
3625
3733
3825
4000
4075
4190
4325
4469
4575
4647
4825
5028
5075
5375
5409
5675
5790
6075
6171
6375
6775
6933
7175
7575
7695
8075
8457
8575
9075
9575
10075
11275
Profile E/40
Inside length
Li [mm]
2000
2500
2650
2800
3000
3048
3150
3251
3350
3425
3454
3550
3658
3750
3925
4000
4115
4250
4394
4500
4572
4750
4953
5000
5300
5334
5600
5715
6000
6096
6300
6700
6858
7100
7500
7620
8000
8382
8500
9000
9500
10000
11200
Maximum standard production length: 21 000 mm Li
Over 18 000 to 21 000 mm on request
Minimum order quantity:
Over 2000 mm =
11 pieces for non-standard length ranges
33 pieces for certain special constructions
Weight: ≈ 0.668 kg/m
Belt no.
E 118
E 158
E 197
E 220
E 236
E 248
E 280
E 295
E 315
E 354
E 394
E 441
E 492
Datum length ISO
Ld [mm]
3080
4080
5080
5680
6080
6380
7180
7580
8080
9080
10080
11280
12580
Inside length
Li [mm]
3000
4000
5000
5600
6000
6300
7100
7500
8000
9000
10000
11200
12500
Maximum production length: 21 000 mm Li
Minimum order quantity:
Over 3000 mm =
7 pieces for non-standard length ranges
21 pieces for certain special constructions
Weight: ≈ 0.958 kg/m
Datum length Ld ≙ Pitch length Lw/Lp Further sizes on request
Lengths in bold type are in S=C plus (SetConstant).
© Arntz OPTIBELT Group, Germany 33
sTanDarD range
optibelt reD POWer 3 KraFTBanDs
WiTh high PerFOrMance WeDge BelTs Din/isO
bo
h
Profile
sPB
sPc
bo ≈ [mm]
16.5
22.0
h ≈ [mm]
15.6
22.6
Profile SPB
Profile SPC
Datum length ISo
Ld [mm]
Datum length ISo
Ld [mm]
2000
2120
2240
2360
2500
3000
3150
3350
3550
3750
2650
2800
3000
3150
3350
4000
4250
4500
4750
5000
3550
3750
4000
4250
4500
5300
5600
6000
6300
6700
4750
5000
5300
5600
6000
7100
7500
8000
8500
9000
6300
6700
7100
7500
8000
9500
10000
maximum production length: 10 000 mm Ld
maximum production length: 10 000 mm Ld
non-standard length ranges on request
non-standard length ranges on request
Weight:
per rib ≈ 0.261 kg/m
Weight:
per rib ≈ 0.555 kg/m
Datum length Ld ≙ Pitch length Lw/Lp
34
© ArnTz OPTIBELT GrOuP, GErmAny
Further sizes on request
Standard Range
optibelt RED POWER 3 KRAFTBANDS
WITH HIGH PERFORMANCE WEDGE BELTS RMA/MPTA
bo
Profile
h
3V/9J
5V/15J 8V/25J
bo ≈ [mm]
9.0
15.0
25.0
h ≈ [mm]
9.9
15.1
25.5
Profile 3V/9J
Profile 5V/15J
Profile 8V/25J
Belt designation
Belt designation
Belt designation
Profile,
length code
Profile,
outside length,
La [mm)
Profile,
length code
Profile,
outside length,
La [mm)
Profile,
length code
Profile,
outside length,
La [mm)
3V
3V
3V
3V
3V
500
530
560
600
630
9J 1270
9J 1346
9J 1422
9J 1524
9J 1600
5V
5V
5V
5V
5V
560
600
630
670
710
15J 1422
15J 1524
15J 1600
15J 1702
15J 1803
8V 1000
8V 1060
8V 1120
8V 1180
8V 1250
25J
25J
25J
25J
25J
2540
2692
2845
2997
3175
3V
3V
3V
3V
3V
670
710
750
800
850
9J 1702
9J 1803
9J 1905
9J 2032
9J 2159
5V
5V
5V
5V
5V
750
800
850
900
950
15J 1905
15J 2032
15J 2159
15J 2286
15J 2413
8V 1320
8V 1400
8V 1500
8V 1600
8V 1700
25J
25J
25J
25J
25J
3353
3556
3810
4064
4318
3V 900
3V 950
3V 1000
3V 1060
3V 1120
9J 2286
9J 2413
9J 2540
9J 2692
9J 2845
5V 1000
5V 1060
5V 1120
5V 1180
5V 1250
15J 2540
15J 2692
15J 2845
15J 2997
15J 3175
8V 1800
8V 1900
8V 2000
8V 2120
8V 2240
25J
25J
25J
25J
25J
4572
4826
5080
5385
5690
3V 1180
3V 1250
3V 1320
3V 1400
9J 2997
9J 3175
9J 3353
9J 3556
5V 1320
5V 1400
5V 1500
5V 1600
5V 1700
15J 3353
15J 3556
15J 3810
15J 4064
15J 4318
8V 2360
8V 2500
8V 2650
8V 2800
8V 3000
25J
25J
25J
25J
25J
5994
6350
6731
7112
7620
5V 1800
5V 1900
5V 2000
5V 2120
5V 2240
15J 4572
15J 4826
15J 5080
15J 5385
15J 5690
8V 3150
8V 3350
8V 3550
8V 3750
8V 4000
25J 8001
25J 8509
25J 9017
25J 9525
25J 10160
5V 2360
5V 2500
5V 2650
5V 2800
5V 3000
15J 5994
15J 6350
15J 6731
15J 7112
15J 7620
8V 4250
8V 4500
8V 4750
25J 10795
25J 11430
25J 12065
5V 3150
15J 8001
Maximum production length: 4000 mm La
Maximum production length: 10 000 mm La
Maximum production length: 18 000 mm La
Non-standard length ranges on request
Non-standard length ranges on request
Non-standard length ranges on request
Weight:
per rib ≈ 0.122 kg/m
Weight:
per rib ≈ 0.252 kg/m
Weight:
per rib ≈ 0.693 kg/m
Further sizes on request
© Arntz OPTIBELT Group, Germany 35
Standard Range
optibelt BLUE POWER KRAFTBANDS
WITH HIGH PERFORMANCE WEDGE BELTS
DIN 7753 PART 1 / ISO 4184
bo
h
Profile
SPB
SPC
bo ≈ [mm]
16.5
22.0
h ≈ [mm]
15.6
22.6
Profile SPB
Profile SPC
Datum length ISO
Ld [mm]
Datum length ISO
Ld [mm]
2000
2120
2240
2360
2500
3000
3150
3350
3550
3750
2650
2800
3000
3150
3350
4000
4250
4500
4750
5000
3550
3750
4000
4250
4500
5300
5600
6000
6300
6700
4750
5000
5300
5600
6000
7100
7500
8000
8500
9000
6300
6700
7100
7500
8000
9500
10000
Maximum production length: 10 000 mm Ld
Non-standard length ranges from 2000 mm Ld
Minimum order quantity:
from 2000 mm Ld
4 pieces with 5 ribs or
5 pieces with 4 ribs or
7 pieces with 3 ribs or
11 pieces with 2 ribs
or a multiple thereof
Weight: per rib ≈ 0.283 kg/m
Maximum production length: 10 000 mm Ld
Non-standard length ranges from 3000 mm Ld
Minimum order quantity:
3 pieces with 5 ribs or
4 pieces with 4 ribs or
5 pieces with 3 ribs or
8 pieces with 2 ribs
or a multiple thereof
Weight: per rib ≈ 0.567 kg/m
Datum length Ld ≙ Pitch length Lw/Lp Further sizes on request
36 © Arntz OPTIBELT Group, Germany
Standard Range
optibelt BLUE POWER KRAFTBANDS
WITH HIGH PERFORMANCE WEDGE BELTS
USA Standard RMA/MPTA
bo
Profile
h
Profile 5V/15J
bo ≈ [mm]
15.0
25.0
h ≈ [mm]
15.1
25.5
Profile 8V/25J
Belt designation
Profile,
length code
5V/15J 8V/25J
Belt designation
Profile,
outside length,
La [mm)
Profile,
length code
Profile,
outside length,
La [mm)
5V
5V
5V
5V
5V
800
850
900
950
1000
15J
15J
15J
15J
15J
2032
2159
2286
2413
2540
8V
8V
8V
8V
8V
1000
1060
1120
1180
1250
25J
25J
25J
25J
25J
2540
2692
2845
2997
3175
5V
5V
5V
5V
5V
1060
1120
1180
1250
1320
15J
15J
15J
15J
15J
2692
2845
2997
3175
3353
8V
8V
8V
8V
8V
1320
1400
1500
1600
1700
25J
25J
25J
25J
25J
3353
3556
3810
4064
4318
5V
5V
5V
5V
5V
1400
1500
1600
1700
1800
15J
15J
15J
15J
15J
3556
3810
4064
4318
4572
8V
8V
8V
8V
8V
1800
1900
2000
2120
2240
25J
25J
25J
25J
25J
4572
4826
5080
5385
5690
5V
5V
5V
5V
5V
1900
2000
2120
2240
2360
15J
15J
15J
15J
15J
4826
5080
5385
5690
5994
8V
8V
8V
8V
8V
2360
2500
2650
2800
3000
25J
25J
25J
25J
25J
5994
6350
6731
7112
7620
5V
5V
5V
5V
5V
2500
2650
2800
3000
3150
15J
15J
15J
15J
15J
6350
6731
7112
7620
8001
8V
8V
8V
8V
8V
3150
3350
3550
3750
4000
25J
25J
25J
25J
25J
8001
8509
9017
9525
10160
8V 4250
8V 4500
8V 4750
25J 10795
25J 11430
25J 12065
Maximum production length: 18 000 mm Ld
Non-standard length ranges from 2032 mm Ld
Minimum order quantity:
6 pieces with 5 ribs or
7 pieces with 4 ribs or
10 pieces with 3 ribs or
15 pieces with 2 ribs
or a multiple thereof
Maximum production length: 18 000 mm Ld
Non-standard length ranges from 2540 mm Ld
Minimum order quantity:
3 pieces with 5 ribs or
3 pieces with 4 ribs or
5 pieces with 3 ribs or
7 pieces with 2 ribs
or a multiple thereof
Weight: per rib ≈ 0.253 kg/m
Weight: per rib ≈ 0.738 kg/m
Further sizes on request
© Arntz OPTIBELT Group, Germany 37
Standard Range
optibelt KB KRAFTBANDS WITH WEDGE BELTS
DIN/ISO
bo
Profile
h
SPZ
SPA
SPB
SPC
bo ≈ [mm]
9.7
12.7
16.5
22.0
h ≈ [mm]
10.5
12.5
15.6
22.6
Profile SPZ
Profile SPA
Profile SPB
Profile SPC
Datum length ISO
Ld [mm]
Datum length ISO
Ld [mm]
Datum length ISO
Ld [mm]
Datum length ISO
Ld [mm]
1250
1400
1500
1600
1700
1250
1400
1500
1600
1700
2000
2120
2240
2360
2500
3000
3150
3350
3550
3750
1800
1900
2000
2120
2240
1800
1900
2000
2120
2240
2650
2800
3000
3150
3350
4000
4250
4500
4750
5000
2360
2500
2650
2800
3000
2360
2500
2650
2800
3000
3550
3750
4000
4250
4500
5300
5600
6000
6300
6700
3150
3350
3550
3150
3350
3550
3750
4000
4750
5000
5300
5600
6000
7100
7500
8000
8500
9000
4250
4500
6300
6700
7100
7500
8000
9500
10000
10600
11200
11800
12500
Maximum production length:
4500 mm Ld
Non-standard length ranges from 1800 mm Ld
Minimum order quantity for
special length ranges:
8 pieces with 5 ribs or
10 pieces with 4 ribs or
14 pieces with 3 ribs or
21 pieces with 2 ribs
or a multiple thereof
Weight: per rib ≈ 0.120 kg/m
Minimum order quantity for design with
aramid tension cord on request
Maximum production length:
4500 mm Ld
Non-standard length ranges from 1800 mm Ld
Minimum order quantity for
all length ranges:
6 pieces with 5 ribs or
8 pieces with 4 ribs or
11 pieces with 3 ribs or
16 pieces with 2 ribs
or a multiple thereof
Weight: per rib ≈ 0.166 kg/m
Minimum order quantity for design with
aramid tension cord on request
Maximum production length:
10 000 mm Ld
Non-standard length ranges from 2000 mm Ld
Minimum order quantity for
special length ranges:
4 pieces with 5 ribs or
5 pieces with 4 ribs or
7 pieces with 3 ribs or
11 pieces with 2 ribs
or a multiple thereof
Weight: per rib ≈ 0.261 kg/m
Minimum order quantity for design with
aramid tension cord on request
Maximum production length:
12 500 mm Ld
Non-standard length ranges from 3000 mm Ld
Minimum order quantity for
all length ranges:
3 pieces with 5 ribs or
4 pieces with 4 ribs or
5 pieces with 3 ribs or
8 pieces with 2 ribs
or a multiple thereof
Weight: per rib ≈ 0.555 kg/m
Minimum order quantity for design with
aramid tension cord on request
Datum length Ld ≙ Pitch length Lw/Lp Further sizes on request
38 © Arntz OPTIBELT Group, Germany
Standard Range
optibelt KB KRAFTBANDS WITH WEDGE BELTS
RMA/MPTA
bo
Profile
h
3V/9J
5V/15J 8V/25J
bo ≈ [mm]
9.0
15.0
25.0
h ≈ [mm]
9.9
15.1
25.5
Profile 3V/9J
Profile 5V/15J
Profile 8V/25J
Belt designation
Belt designation
Belt designation
Profile,
length code
Profile,
outside length,
La [mm)
Profile,
length code
Profile,
outside length,
La [mm)
Profile,
length code
Profile,
outside length,
La [mm)
3V
3V
3V
3V
3V
500
530
560
600
630
9J 1270
9J 1346
9J 1422
9J 1524
9J 1600
5V
5V
5V
5V
5V
560
600
630
670
710
15J 1422
15J 1524
15J 1600
15J 1702
15J 1803
8V 1000
8V 1060
8V 1120
8V 1180
8V 1250
25J
25J
25J
25J
25J
2540
2692
2845
2997
3175
3V
3V
3V
3V
3V
670
710
750
800
850
9J 1702
9J 1803
9J 1905
9J 2032
9J 2159
5V
5V
5V
5V
5V
750
800
850
900
950
15J 1905
15J 2032
15J 2159
15J 2286
15J 2413
8V 1320
8V 1400
8V 1500
8V 1600
8V 1700
25J
25J
25J
25J
25J
3353
3556
3810
4064
4318
3V 900
3V 950
3V 1000
3V 1060
3V 1120
9J 2286
9J 2413
9J 2540
9J 2692
9J 2845
5V 1000
5V 1060
5V 1120
5V 1180
5V 1250
15J 2540
15J 2692
15J 2845
15J 2997
15J 3175
8V 1800
8V 1900
8V 2000
8V 2120
8V 2240
25J
25J
25J
25J
25J
4572
4826
5080
5385
5690
3V 1180
3V 1250
3V 1320
3V 1400
9J 2997
9J 3175
9J 3353
9J 3556
5V 1320
5V 1400
5V 1500
5V 1600
5V 1700
15J 3353
15J 3556
15J 3810
15J 4064
15J 4318
8V 2360
8V 2500
8V 2650
8V 2800
8V 3000
25J
25J
25J
25J
25J
5994
6350
6731
7112
7620
5V 1800
5V 1900
5V 2000
5V 2120
5V 2240
15J 4572
15J 4826
15J 5080
15J 5385
15J 5690
8V 3150
8V 3350
8V 3550
8V 3750
8V 4000
25J 8001
25J 8509
25J 9017
25J 9525
25J 10160
5V 2360
5V 2500
5V 2650
5V 2800
5V 3000
15J 5994
15J 6350
15J 6731
15J 7112
15J 7620
8V 4250
8V 4500
8V 4750
25J 10795
25J 11430
25J 12065
5V 3150
5V 3350
5V 3550
15J 8001
15J 8509
15J 9017
Maximum production length: 4250 mm La
Non-standard length ranges from 1800 mm La
Minimum order quantity
for special length ranges:
9 pieces with 5 ribs or
12 pieces with 4 ribs or
16 pieces with 3 ribs or
24 pieces with 2 ribs
or a multiple thereof
Weight: per rib ≈ 0.102 kg/m
Minimum order quantity for design with
aramid tension cord on request
Maximum production length: 10 000 mm La
Non-standard length ranges from 1800 mm La
Minimum order quantity
for special length ranges:
6 pieces with 5 ribs or
7 pieces with 4 ribs or
10 pieces with 3 ribs or
15 pieces with 2 ribs
or a multiple thereof
Weight: per rib ≈ 0.252 kg/m
Minimum order quantity for design with
aramid tension cord on request
Maximum standard production length: 15 000 mm La
Over 15 000 to 18 000 mm on request
Non-standard length ranges from 2540 mm La
Minimum order quantity
for all sizes:
2 pieces with 5 ribs or
2 pieces with 4 ribs or
3 pieces with 3 ribs
or a multiple thereof
Weight: per rib ≈ 0.693 kg/m
Minimum order quantity for design with
aramid tension cord on request
Further sizes on request
© Arntz OPTIBELT Group, Germany 39
Standard RANGE
optibelt Super KBX-POWER Kraftbands –
raw edge, moulded cogged
USA Standard RMA/MPTA
Profile
bo
h
3VX/9JX
5VX/15JX
bo ≈ [mm]
9.0
15.0
h ≈ [mm]
9.9
15.1
Profile 3VX/9JX
Profile 5VX/15JX
Belt designation
Belt designation
Profile,
outside length,
La [mm)
Profile,
length code
Profile,
length code
Profile,
outside length,
La [mm)
3VX
3VX
3VX
3VX
3VX
500
530
560
600
630
9JX 1270
9JX 1346
9JX 1422
9JX 1524
9JX 1600
5VX
5VX
5VX
5VX
5VX
500
530
560
600
630
15JX 1270
15JX 1346
15JX 1422
15JX 1524
15JX 1600
3VX
3VX
3VX
3VX
3VX
670
710
750
800
850
9JX 1702
9JX 1803
9JX 1905
9JX 2032
9JX 2159
5VX
5VX
5VX
5VX
5VX
670
710
750
800
850
15JX 1702
15JX 1803
15JX 1905
15JX 2032
15JX 2159
3VX 900
3VX 950
3VX 1000
3VX 1060
3VX 1120
9JX 2286
9JX 2413
9JX 2540
9JX 2692
9JX 2845
5VX 900
5VX 950
5VX 1000
5VX 1060
5VX 1120
15JX 2286
15JX 2413
15JX 2540
15JX 2692
15JX 2845
3VX 1180
3VX 1250
3VX 1320
3VX 1400
9JX 2997
9JX 3175
9JX 3353
9JX 3556
5VX 1180
5VX 1250
5VX 1320
5VX 1400
15JX 2997
15JX 3175
15JX 3353
15JX 3556
Kraftbands in profiles XPZ, XPA, XPB, AX/HAX and BX/HBX available on request.
Weight: per rib ≈ 0.117 kg/m
Further sizes on request
40 © Arntz OPTIBELT Group, Germany
Weight: per rib ≈ 0.241 kg/m
Standard RANGE
optibelt KB kraftbands with CLASSIC v-belts
DIN/ISO, ASAE
Profile
bo
h
A/HA
B/HB
C/HC
D/HD
E*
bo ≈ [mm]
13.0
17.0
22.0
32.0
40.0
h ≈ [mm]
9.9
13.0
16.2
22.4
25.0
* available on request
Profile A/HA
Profile B/HB
(Profile A)
Inside length
Belt no.
(Profile B)
(Profile HA)
Inside length
Outside
length
Li [mm]
Belt no.
Li [mm]
La [mm]
Profile C/HC
(Profile B)
Inside length
(Profile HB)
Outside
length
La [mm]
Belt no.
Li [mm]
(Profile HB)
Outside
length
La [mm]
(Profile C)
Inside length
Belt no.
(Profile HC)
Outside
length
Li [mm]
La [mm]
Profile D/HD
(Profile D)
Inside length
Belt no.
Li [mm]
(Profile HD)
Outside
length
La [mm]
47
51
56
57
59
1200
1300
1422
1450
1500
1236
1336
1458
1486
1536
47
51
55
59
61
1200
1300
1400
1500
1550
1262
1362
1462
1562
1612
146
148
158
167
177
3700
3750
4000
4250
4500
3762
3812
4062
4312
4562
90
98
108
120
128
2286
2500
2750
3048
3250
2361
2575
2825
3123
3325
98
110
120
128
144
2500
2800
3048
3250
3658
2611
2911
3159
3361
3769
64
67
71
75
79
1625
1700
1800
1900
2000
1661
1736
1836
1936
2036
63
64
67
71
73
1600
1625
1700
1800
1850
1662
1687
1762
1862
1912
187
197
208
220
4750
5000
5300
5600
4812
5062
5362
5662
140
146
151
167
177
3550
3700
3850
4250
4500
3625
3775
3925
4325
4575
158
162
173
180
195
4000
4115
4394
4572
4953
4111
4226
4505
4683
5064
88
98
100
104
112
2240
2500
2540
2650
2845
2276
2536
2576
2686
2881
75
79
83
88
91
1900
2000
2100
2240
2300
1962
2062
2162
2302
2362
187
197
208
220
236
4750
5000
5300
5600
6000
4825
5075
5375
5675
6075
210
225
240
255
270
5334
5715
6096
6477
6858
5445
5826
6207
6588
6969
120
128
144
158
167
3048
3250
3658
4000
4250
3084
3286
3694
4036
4286
941/22400
98 2500
102 2600
106 2700
112 2845
2462
2562
2662
2762
2907
248 6300 6375 285
300
315
330
345
7239
7620
8000
8382
8763
7350
7731
8111
8493
8874
187 4750 4786 118
120
128
132
140
3000
3048
3250
3350
3550
360 9144 9255
390 990610017
420 1066810779
450 1143011541
480 1220012311
3062
3110
3312
3412
3612
540
600
660
700
Maximum production length:
10 000 mm Li
Non-standard length ranges
from 1800 mm
Minimum order quantity
for special length ranges from:
1200 to 2000 mm
6 pieces with 5 ribs or
8 pieces with 4 ribs or
10 pieces with 3 ribs or
16 pieces with 2 ribs
or a multiple thereof
2001 to 8000 mm
6 pieces with 5 ribs or
8 pieces with 4 ribs or
11 pieces with 3 ribs or
16 pieces with 2 ribs
or a multiple thereof
Weight: per rib ≈ 0.163 kg/m
Minimum order quantity for
design with aramid tension cord
on request
Maximum production length:
18 000 mm Li
Non-standard length ranges
from 1800 mm
Minimum order quantity
for special length ranges from:
5 pieces with 5 ribs or
6 pieces with 4 ribs or
9 pieces with 3 ribs or
13 pieces with 2 ribs
or a multiple thereof
Weight: per rib ≈ 0.266 kg/m
Minimum order quantity for design with
aramid tension cord on request
Maximum production length:
18 000 mm Li
Non-standard length ranges
from 2286 mm
Minimum order quantity
for special length ranges from:
2286 to 10 000 mm
4 pieces with 5 ribs or
5 pieces with 4 ribs or
6 pieces with 3 ribs or
10 pieces with 2 ribs
or a multiple thereof
10 001 to 12 000 mm
3 pieces with 5 ribs or
4 pieces with 4 ribs or
5 pieces with 3 ribs or
8 pieces with 2 ribs
or a multiple thereof
Weight: per rib ≈ 0.447 kg/m
Minimum order quantity for
design with aramid tension cord
on request
1371613827
1524015351
1676416875
1778017891
Maximum production length:
18 000 mm Li
Non-standard length ranges
from 2500 mm
Minimum order quantity
for all sizes:
2 pieces with 5 ribs or
2 pieces with 4 ribs or
3 pieces with 3 ribs or
5 pieces with 2 ribs
or a multiple thereof
Weight: per rib ≈ 0.798 kg/m
Minimum order quantity for
design with aramid tension cord
on request
Further sizes on request
© Arntz OPTIBELT Group, Germany 41
Standard RANGE
optibelt Super X-POWER M=S wedge belts –
raw edge, moulded cogged
DIN 7753 PART 1 / ISO 4184 and RMA/MPTA
≈ 22
≈ 16.3
XPZ
XPA
XPB
≈8
XPC
Profile XPZ
Profile XPA Profile XPB Profile XPC
Datum length ISO
Ld [mm]
Datum length ISO Datum length ISO Datum length ISO
Ld [mm]
Ld [mm]
Ld [mm]
≈ 13
≈9
≈ 18
≈8
≈ 10
≈ 9.7
≈ 15
≈ 13
≈ 12.7
3VX/9NX
5VX/15NX
Profile 3VX/9NX
Profile 5VX/15NX
Belt designation
Belt designation
Profile,
length code
Profile,
outside length,
La [mm)
Profile,
length code
Profile,
outside length,
La [mm)
587
612
630
637
662
1112
1120
1137
1162
1180
1900
1950
2000
2120
2150
707
732
757
782
800
1432
1450
1457
1482
1500
1250
1320
1400
1500
1600
2000
2120
2240
2360
2500
3VX
3VX
3VX
3VX
3VX
250
265
280
300
315
9NX
9NX
9NX
9NX
9NX
635
673
711
762
800
5VX
5VX
5VX
5VX
5VX
500
530
560
600
630
15NX 1270
15NX 1346
15NX 1422
15NX 1524
15NX 1600
670
687
710
730
737
1187
1202
1212
1237
1250
2240
2360
2500
2540
2650
807
832
850
857
882
1507
1532
1557
1582
1600
1700
1750
1800
1850
1900
2650
2800
3000
3150
3350
3VX
3VX
3VX
3VX
3VX
335
355
375
400
425
9NX 851
9NX 902
9NX 952
9NX 1016
9NX 1079
5VX
5VX
5VX
5VX
5VX
670
710
750
800
850
15NX 1702
15NX 1803
15NX 1905
15NX 2032
15NX 2159
750
762
772
787
800
1262
1287
1312
1320
1337
2690
2800
2840
3000
3150
900
907
932
950
957
1607
1632
1650
1682
1700
2000
2020
2120
2150
2240
3550
3VX
3VX
3VX
3VX
3VX
450
475
500
530
560
9NX 1143
9NX 1206
9NX 1270
9NX 1346
9NX 1422
5VX 900
5VX 950
5VX 1000
5VX 1060
5VX 1120
15NX 2286
15NX 2413
15NX 2540
15NX 2692
15NX 2845
812
825
837
850
862
1362 3350
1387 3550
1400
1412
1437
982
1000
1007
1030
1060
1732
1750
1757
1782
1800
2280
2360
2400
2500
2650
3VX
3VX
3VX
3VX
3VX
600
630
670
710
750
9NX 1524
9NX 1600
9NX 1702
9NX 1803
9NX 1905
5VX 1180
5VX 1250
5VX 1320
5VX 1400
15NX 2997
15NX 3175
15NX 3353
15NX 3556
875
887
900
912
925
1462
1487
1500
1512
1537
1082
1107
1120
1132
1157
1832
1850
1882
1900
1932
2680
2800
2840
3000
3150
3VX 800
3VX 850
3VX 900
3VX 950
3VX 1000
9NX 2032
9NX 2159
9NX 2286
9NX 2413
9NX 2540
937
950
962
987
1000
1562
1587
1600
1612
1662
1180
1207
1232
1250
1257
1950
1982
2000
2120
2240
3350
3550
3VX 1060
3VX 1120
3VX 1180
3VX 1250
3VX 1320
9NX 2692
9NX 2845
9NX 2997
9NX 3175
9NX 3353
1012
1037
1060
1077
1087
1700
1750
1762
1800
1850
1272
1282
1307
1320
1332
2360
2500
2650
2800
3000
3VX 1400
9NX 3556
1357
1382
1400
3150
3350
3550
Weight:
≈ 0.065 kg/m
Weight:
≈ 0.096 kg/m
Weight:
≈ 0.183 kg/m
Datum length Ld ≙ Pitch length Lw/Lp Further sizes on request
42 © Arntz OPTIBELT Group, Germany
Weight:
≈ 0.340 kg/m
Weight:
≈ 0.065 kg/m
Weight:
≈ 0.183 kg/m
er
est
P o w n re q u
E
er
eo
Sup vailabl
a
Standard RANGE
optibelt Super E-POWER M=S wedge belts –
raw edge, moulded cogged
DIN 7753 PART 1 / ISO 4184 and RMA/MPTA
≈ 22
≈ 16.3
XPZ
XPA
XPB
≈8
XPC
Profile XPZ
Profile XPA Profile XPB Profile XPC
Datum length ISO
Ld [mm]
Datum length ISO Datum length ISO Datum length ISO
Ld [mm]
Ld [mm]
Ld [mm]
≈ 13
≈9
≈ 18
≈8
≈ 10
≈ 9.7
≈ 15
≈ 13
≈ 12.7
3VX/9NX
5VX/15NX
Profile 3VX/9NX
Profile 5VX/15NX
Belt designation
Belt designation
Profile,
length code
Profile,
outside length,
La [mm)
Profile,
length code
Profile,
outside length,
La [mm)
587
612
630
637
662
1112
1120
1137
1162
1180
1900
1950
2000
2120
2150
707
732
757
782
800
1432
1450
1457
1482
1500
1250
1320
1400
1500
1600
2000
2120
2240
2360
2500
3VX
3VX
3VX
3VX
3VX
250
265
280
300
315
9NX
9NX
9NX
9NX
9NX
635
673
711
762
800
5VX
5VX
5VX
5VX
5VX
500
530
560
600
630
15NX 1270
15NX 1346
15NX 1422
15NX 1524
15NX 1600
670
687
710
730
737
1187
1202
1212
1237
1250
2240
2360
2500
2540
2650
807
832
850
857
882
1507
1532
1557
1582
1600
1700
1750
1800
1850
1900
2650
2800
3000
3150
3350
3VX
3VX
3VX
3VX
3VX
335
355
375
400
425
9NX 851
9NX 902
9NX 952
9NX 1016
9NX 1079
5VX
5VX
5VX
5VX
5VX
670
710
750
800
850
15NX 1702
15NX 1803
15NX 1905
15NX 2032
15NX 2159
750
762
772
787
800
1262
1287
1312
1320
1337
2690
2800
2840
3000
3150
900
907
932
950
957
1607
1632
1650
1682
1700
2000
2020
2120
2150
2240
3550
3VX
3VX
3VX
3VX
3VX
450
475
500
530
560
9NX 1143
9NX 1206
9NX 1270
9NX 1346
9NX 1422
5VX 900
5VX 950
5VX 1000
5VX 1060
5VX 1120
15NX 2286
15NX 2413
15NX 2540
15NX 2692
15NX 2845
812
825
837
850
862
1362 3350
1387 3550
1400
1412
1437
982
1000
1007
1030
1060
1732
1750
1757
1782
1800
2280
2360
2400
2500
2650
3VX
3VX
3VX
3VX
3VX
600
630
670
710
750
9NX 1524
9NX 1600
9NX 1702
9NX 1803
9NX 1905
5VX 1180
5VX 1250
5VX 1320
5VX 1400
15NX 2997
15NX 3175
15NX 3353
15NX 3556
875
887
900
912
925
1462
1487
1500
1512
1537
1082
1107
1120
1132
1157
1832
1850
1882
1900
1932
2680
2800
2840
3000
3150
3VX 800
3VX 850
3VX 900
3VX 950
3VX 1000
9NX 2032
9NX 2159
9NX 2286
9NX 2413
9NX 2540
937
950
962
987
1000
1562
1587
1600
1612
1662
1180
1207
1232
1250
1257
1950
1982
2000
2120
2240
3350
3550
3VX 1060
3VX 1120
3VX 1180
3VX 1250
3VX 1320
9NX 2692
9NX 2845
9NX 2997
9NX 3175
9NX 3353
1012
1037
1060
1077
1087
1700
1750
1762
1800
1850
1272
1282
1307
1320
1332
2360
2500
2650
2800
3000
3VX 1400
9NX 3556
1357
1382
1400
3150
3350
3550
Weight:
≈ 0.062 kg/m
Weight:
≈ 0.091 kg/m
Weight:
≈ 0.174 kg/m
Weight:
≈ 0.323 kg/m
Weight:
≈ 0.062 kg/m
Weight:
≈ 0.147 kg/m
Datum length Ld ≙ Pitch length Lw/Lp Further sizes on request
© Arntz OPTIBELT Group, Germany 43
Standard RANGE
optibelt SUPER TX M=S V-belts –
raw edge, moulded cogged
DIN 2215 / ISO 4184
Datum
length ISO
Ld [mm]
Datum
length ISO
Ld [mm]
ZX 23
ZX 24
ZX 25
ZX 26
ZX 27
597
622
652
672
692
AX 23
605
AX 231/2630
AX 24
640
AX 25
660
AX 261/2700
AX
AX
AX
AX
AX
ZX 28
732
ZX 29
752
ZX 291/2772
ZX 311/2822
ZX 32
842
AX 27
AX 28
AX 29
AX 30
AX 31
716
740
760
797
805
ZX 33
847
ZX 331/2872
ZX 35
897
ZX 36
922
ZX 37
947
AX 32
843
AX 33
871
AX 34
880
AX 35
919
AX 351/2930
ZX 38
ZX 40
ZX 42
ZX 461/2
ZX 52
ZX 55
ZX 59
BX/X17CX/X22
Profile AX/X13
Belt no.
Belt no.
Belt no.
Profile BX/X17
Datum
length ISO
Ld [mm]
Belt no.
Datum
length ISO
Ld [mm]
Belt no.
BX 79
BX 88
BX 93
BX 98
BX 103
2040
2280
2400
2540
2656•
CX 59
CX 62
CX 67
CX 68
CX 71
1558•
1632•
1758•
1785•
1858•
BX 104
BX 110
BX 118
BX 124
BX 132
2690•
2840•
3040•
3190•
3390•
CX 75
CX 79
CX 81
CX 85
CX 88
1958•
2058•
2118•
2217•
2298•
CX 90
CX 93
CX 96
CX 98
CX 110
2344•
2418•
2496•
2558•
2858•
CX 118
CX 124
CX 132
3058•
3208•
3408•
BX
BX
BX
BX
BX
AX 75
AX 79
AX 88
AX 93
AX 98
1930
2030
2270
2390
2530•
BX 30
BX 31
BX 32
BX 33
BX 34
790
815
840
876
890
AX 104
AX 110
AX 118
AX 124
AX 132
2680•
2830•
3030•
3180•
3380•
BX 341/2915
BX 35
929
BX 36
940
BX 37
965
BX 38
1005
AX 36
944
AX 37
955
AX 371/2980
AX 38
995
AX 39
1030
BX 39
BX 40
BX 41
BX 42
BX 43
1422• AX 40
1046
1522• AX 411/21080
AX 42
1090
AX 43
1130
AX 44
1150
BX 44
1160
BX 45
1190
BX 451/21203
BX 46
1215
BX 461/21220
AX 451/21180
AX 46
1198
AX 47
1230
AX 48
1250
AX 49
1280
BX 47
BX 48
BX 49
BX 50
BX 51
1240
1255
1290
1315
1340
AX 50
AX 51
AX 52
AX 53
AX 54
1300
1330
1350
1380
1405
BX 52
BX 53
BX 54
BX 55
BX 57
1360
1390
1412
1440
1490
AX 55
AX 56
AX 57
AX 58
AX 59
1430
1452
1480
1505
1530
BX 58
BX 59
BX 61
BX 62
BX 63
1513
1540
1590
1615
1640
Weight: ≈ 0.099 kg/m
Weight: ≈ 0.165 kg/m
Datum length Ld ≙ Pitch length Lw/Lp Further sizes on request • Non stock items
© Arntz OPTIBELT Group, Germany
Datum
length ISO
Ld [mm]
1058•
1148•
1308•
1378•
1458•
610
670
690
750
765
1040
1056
1080
1100
1130
Belt no.
CX 39
CX 43
CX 49
CX 52
CX 55
BX 23
BX 25
BX 26
BX 28
BX 29
972
1038•
1082•
1202•
1342•
Datum
length ISO
Ld [mm]
62
63
67
70
71
Profile CX/X22
1740
1790
1840
1890
1940
1605
1630
1730
1805
1830
Weight: ≈ 0.062 kg/m
44 ≈ 14
≈ 11
≈8
≈6
ZX/X10AX/X13
Profile ZX/X10
≈ 22
≈ 17
≈ 13
≈ 10
67
69
71
73
75
Weight: ≈ 0.276 kg/m
Standard RANGE
optibelt VARIO POWER VARIABLE SPEED BELTS –
raw edge, moulded cogged
DIN 7719 / ISO 1604
ISO
Profile/
designation
inside length
(datum length) Ld
Li [mm]
ISO
Profile/
designation
inside length
(datum length) Ld
Li [mm]
ISO
Profile/
designation
inside length
(datum length) Ld
Li [mm]
ISO
Profile/
designation
inside length
(datum length) Ld
Li [mm]
ISO
Profile/
designation
inside length
(datum length) Ld
Li [mm]
13 x 5
468
500
17 x 5
426
W 16 450
476
W 16 500
536
W 16 560
570
W 16 600
606
W 16 630
776
W 16 800
26 x 8
655
672
710
750
762
800
862
962
1082
32 x 10
750
790
820
850
900
950
1000
1073
1120
1180
1200
1353
37 x 10
660
800
850
900
950
1000
1020
1060
1120
1180
1250
1320
1400
1500
1600
1700
1800
47 x 13
1000
1060
1120
1180
1250
1320
1400
1500
1600
1700
1800
70 x 18
1600
1700
1800
1900
2000
2240
2500
21 x 6
530
600
610
675
770
870
970
1220
22 x 8
485
525
565
650
700
750
800
850
900
950
1000
1060
1185
W 20 560
W 20 630
W 20 640
W 20 710
W 20 800
W 20 900
W 20 1000
W 20 1250
28 x 8
600
650
700
750
800
850
900
950
1000
1060
1120
1180
1250
1320
1400
1500
30 x 10
650
665
700
800
850
875
900
950
1000
1035
1120
1200
1340
1500
1600
W 25 690
W 25 710
W 25 750
W 25 790
W 25 800
W 25 840
W 25 900
W 25 1000
W 25 1120
41 x 13
925
1000
1040
1060
1120
1180
1190
1250
1340
1440
1600
1740
1940
W 31,5 800
W 31,5 840
W 31,5 870
W 31,5 900
W 31,5 950
W 31,5 1000
W 31,5 1050
W 31,5 1120
W 31,5 1170
W 31,5 1230
W 31,5 1250
W 31,5 1400
52 x 16
1180
1250
1325
1400
1525
1600
1725
1925
2165
2240
W
W
W
W
W
W
W
W
W
W
50
50
50
50
50
50
50
50
50
50
1250
1320
1400
1480
1600
1680
1800
2000
2240
2320
55 x 16
1400
1500
1600
1700
1800
W 40 990
W 40 1060
W 40 1100
W 40 1120
W 40 1180
W 40 1240
W 40 1250
W 40 1310
W 40 1400
W 40 1500
W 40 1660
W 40 1800
W 40 2000
65 x 20
1706
1906
W 63 1800
W 63 2000
Standard production data
Belt length up to 5000 mm Li
Belt top width up to 100 mm
Belt height 5 to 25 mm
24° angle for profile 13 x 5; 17 x 5
30° angle for profile 52 x 16; 55 x 16; 65 x 20 and 70 x 18
27° angle for all other profiles. Sizes according to USA standard RMA/MPTA as well as variable speed
belts with angles from 22° to 42° can be produced on request. Minimum order quantities are required.
Tolerances
Length tolerance± 1 % of the belt nominal length
Angle tolerance ± 1.5° of the nominal angle
Height tolerance≤ 8 mm
= ± 0.8 mm
> 8 to 20 mm = ± 1.0 mm
> 20 mm
= ± 1.5 mm
Width tolerance± 0.75 mm
Further sizes as well as double-cogged variable speed belts on request
© Arntz OPTIBELT Group, Germany 45
STANDARD RANGE
optibelt VARIO POWER VARIABLE SPEED BELTS –
raw edge, moulded cogged
USA Standard RMA/MPTA
RMA/MPTA designation
RMA/MPTA designation
RMA/MPTA designation
RMA/MPTA designation
1422 V 235•
1422 V 240•
1422 V 270•
1422 V 290•
1422 V 300•
1922 V 751•
1922 V 756•
2530 V 934•
2530 V 990•
1926 V 250•
1926 V 275•
1926 V 290•
1926 V 407•
1926 V 415•
2830 V 337•
2830 V 363•
2830 V 366•
2830 V 367•
2830 V 393•
3230 V 630•
3230 V 670•
3230 V 710•
3230 V 723•
3230 V 750•
1926 V 427•
2830 V 396•
2830 V 422•
1422 V 330•
1422 V 340•
1422 V 360•
1422 V 400•
1422 V 420•
1422 V 440•
1422 V 460•
1422 V 470•
1422 V 480•
1422 V 540•
2230 V 266•
2230 V 273•
2230 V 275•
2230 V 326•
2230 V 375•
1422 V 600•
1422 V 660•
2322 V 329•
2322 V 347•
2322 V 364•
2322 V 396•
2322 V 421•
1430 V 215•
1922 V 277•
1922 V 282•
1922 V 298•
1922 V 321•
1922 V 332•
2322 V 434•
2322 V 441•
2322 V 461•
2322 V 481•
2322 V 486•
1922 V 338•
1922 V 363•
1922 V 381•
1922 V 386•
1922 V 403•
2322 V 521•
2322 V 541•
2322 V 601•
2322 V 661•
2322 V 681•
1922 V 426•
1922 V 443•
1922 V 454•
1922 V 460•
1922 V 484•
2322 V 701•
2322 V 801•
2426 V 353•
2426 V 363•
1922 V 526•
1922 V 544•
1922 V 604•
1922 V 630•
1922 V 646•
2530 V 500•
2530 V 530•
2530 V 560•
2530 V 600•
2530 V 630•
1922 V 666•
1922 V 686•
1922 V 706•
1922 V 721•
1922 V 726•
2530 V 670•
2530 V 710•
2530 V 750•
2530 V 790•
2530 V 800•
2926 V 471•
2926 V 486•
2926 V 521•
2926 V 546•
2926 V 574•
2926 V 586•
2926 V 606•
2926 V 616•
2926 V 636•
2926 V 646•
2926 V 666•
2926 V 686•
2926 V 726•
2926 V 750•
2926 V 776•
2926 V 786•
3226 V 392•
3226 V 400•
3226 V 433•
3226 V 450•
3226 V 505•
3226 V 545•
3226 V 585•
3226 V 603•
3226 V 650•
3226 V 663•
3226 V 723•
3226 V 783•
3226 V 843•
3230 V 419•
3230 V 528•
3230 V 560•
3230 V 585•
3230 V 600•
3230 V 800•
3230 V 850•
3432 V 450•
3432 V 456•
3432 V 480•
3432 V 528•
3432 V 534•
4036 V 541•
4036 V 574•
4430 V 530•
4430 V 548•
4430 V 555•
4430 V 560•
4430 V 570•
4430 V 578•
4430 V 600•
4430 V 610•
4430 V 630•
4430 V 652•
4430 V 660•
4430 V 670•
4430 V 690•
4430 V 700•
4430 V 710•
4430 V 730•
4430 V 750•
4430 V 790•
4430 V 800•
4430 V 850•
4436 V 525•
4436 V 551•
4436 V 561•
4436 V 576•
4436 V 646•
4436 V 750•
Explanation (e.g. 1422 V 235)
14 = top width 14/16“
22 = angle
V
= variable speed
235 = pitch length in 1/10“
• Non-stock item – Minimum order quantity on request. Further sizes as well as double-cogged variable speed belts on request.
46 © Arntz OPTIBELT Group, Germany
STANDARD RANGE
optibelt DK DOUBLE-SIDED V-BELTS
DIN/ISO, ASAE
≈ 32
BB/HBBCC/HCC
Profile AA/HAA
Reference
length [mm]
DD/HDD
Profile BB/HBB
Reference
length [mm]
Belt no.
Belt no.
Reference
length [mm]
22 x 22
Profile CC/HCC
Belt no.
Reference
length [mm]
Belt no.
2000
2032
2370
2500
2650
77
78
91
96
102
1980
2180
2300
2370
2500
75
83
88
90
95
4040
4200
4470
4500
4750
156
162
173
174
184
2280
2500
2800
3200
3310
86
94
106
122
126
2667
2800
3300
3920
103
108
128
152
2540
2600
2650
2740
2800
97
99
101
105
107
5000
5639
194
221
3765
4000
4216
4300
4500
144
153
162
165
173
2850
2920
3000
3030
3150
109
112
115
116
121
5000
5300
5340
5750
193
204
206
224
3250
3280
3325
3390
3450
125
126
128
131
133
3500
3550
3730
3750
4010
135
137
144
145
155
Weight: ≈ 0.150 kg/m
Weight: ≈ 0.250 kg/m
Non-standard length ranges and special constructions:
Profile
Profile
Profile
Profile
Profile
Profile
AA/HAA
BB/HBB
CC/HCC
DD/HDD
22 x 22
25 x 22
1350 to   6 000 mm
1350 to 12 700 mm
1600 to 19 500 mm
on request
on request
on request
Minimum order quantity for
special constructions on request
≈ 22
≈ 22
≈ 17
≈ 13
≈ 10
AA/HAA
≈ 25
≈ 17
≈ 13
≈ 25
≈ 22
≈ 22
25 x 22
Profile DD/HDD
Reference
length [mm]
Belt no.
on request
Weight: ≈ 0.935 kg/m
Profile 22 x 22
5180
5220
5850
6270
Weight: ≈ 0.511 kg/m
Profile 25 x 22
on request
Weight: ≈ 0.440 kg/m
Weight: ≈ 0.625 kg/m
Conversion factors from the belt number to the reference length:
Profile AA/HAA – Belt no. x 25.4 = mm + 53 mm
Profile BB/HBB – (up to belt no. 210)
Belt no. x 25.4 = mm + 74 mm
(over belt no. 210)
Belt no. x 25.4 = mm + 36 mm
Profile CC/HCC – (up to belt no. 210)
Belt no. x 25.4 = mm + 107 mm
(over belt no. 210)
Belt no. x 25.4 = mm + 56 mm
Profile DD/HDD – (up to belt no. 210)
Belt no. x 25.4 = mm + 132 mm
(over belt no. 210)
Belt no. x 25.4 = mm + 69 mm
© Arntz OPTIBELT Group, Germany 47
PrODucT DescriPTiOn
optibelt Ks V-grOOVeD PulleYs – optibelt TB TaPer-Bushes
optibelt Ks V-grooved pulleys
optibelt KS V-grooved pulleys are available with pilot bore
and for taper bushes in all common belt profiles.
48
© ArnTz OPTIBELT GrOuP, GErmAny
optibelt TB taper bushes
optibelt TB taper bushes are used for easy installations of
pulleys on shafts with or without keyway.
PRODUCT DESCRIPTION
optibelt KS V-grooved Pulleys, TYPES
Type 1
Type 2
Type 7
Type 3
Type 8
Type 9
Type 4
Type 5
Type 10
Type 6
Type 11
We reserve the right to technical modifications.
Balancing
V-grooved pulleys are statically balanced in accordance
with the guidelines in VDI 2060, as standard:
Quality level G 16; for dia. dd > at n =1500 rpm; for dia.
dd > 400 mm at v = 30 m/s.
The pulleys are balanced without keys on smooth balancing
spindles. Machines whose runners are balanced with a
keyway in the shaft end should be ordered as follows:
“Balanced with pilot bore and empty keyway on smooth
balancing spindles without key.“
Balancing in one plane to quality level G 6.3 on request.
We recommend balancing in two planes according to
quality level G 6.3, or finer when v > 30 m/s or the ratio of
datum diameter to face width dd : b2 is < 4 at v > 20 m/s.
In such cases, the operational speed of the pulley must be
given.
Special pulleys and customised pulleys on request
© Arntz OPTIBELT Group, Germany 49
PrODucT DescriPTiOn
optibelt Ks V-grOOVeD PulleYs – sTanDarDs – Design criTeria – TYPes
solid pulley
Plate pulley
spoked pulley
An essential component in V-belt drive systems is the V-belt
pulley, or in short V-pulley. They are primarily manufactured
from cast iron En-GJL-200-DIn En 1561 and are available
with a pilot hole, pre-fabricated hole or with a clamping
bush system. The DIn standard as well as the most important national pulley standards of all industrial nations are
based upon the ISO 4183 standard “Grooved Pulleys for
Classic V-Belts and Wedge Belts”.
V-belt pulleys with grooves for wedge belts according to
DIn 7753 Part 1 are also suitable for classic V-belts with
the same datum width bd according to DIn 2215. These are
known as dual duty pulleys.
• Balancing in two planes (dynamically), quality level
Q 6.3 becomes necessary if:
1. v > 30 m/s or
2. the ratio of datum diameter to pulley face width
dd : b2 < 4 at v > 20 m/s.
example
Deep grooved pulleys
Deep grooved pulleys are employed for special drive
situations such as
• the use of guide idlers,
• twist drives or
• drives subject to severe vibration.
Belt
Profile
Top width
Datum width
Belt height/
groove depth
SPz
Grooved pulleys
z/10
SPz – z/10
bo ≈ 9.7 bo ≈ 10
b1 ≈ 9.7
bd = 8.5
bd = 8.5
h≈8
h≈6
tmin = 11
note: The timely replacement of pulleys damaged by
corrosion or erosion prevents premature failure of the belts.
Furthermore, it is important to prevent the belt basis from
direct contact with the groove basis as this can quickly lead
to damage and premature failure (exception: special drives
such as V-flat drives).
The increased groove top width “b1“ and depth “t“ of deep
grooved pulleys improves the running characteristics of the
belt, particularly when entering the groove. Turning over
and running out of the belt are prevented.
Deep grooved pulleys are not suitable for the use
with kraftbands.
When selecting a pulley, the following criteria should be
taken into account:
• use standard pulley diameters.
If design considerations make this impossible, a standard
diameter should, as a minimum requirement, be selected
for the largest pulley in the drive.
• Do not select a pulley smaller than the recommended size
to ensure a longer operational life and overall drive
efficiency.
• If manufacturing your own pulleys, the overall shape and
processing must conform to the relevant standards.
• Grooved pulleys are generally balanced in one plane
(statically) to quality level Q 16 as in VDI 2060.
50
© ArnTz OPTIBELT GrOuP, GErmAny
sTanDarD range
optibelt Ks V-grOOVeD PulleYs Din 2211 sheeT 1 FOr WeDge BelTs anD
Din 2217 sheeT 1 FOr classic V-BelTs
y
x =
rz 25
y =
rz 100
x
y
y
rounded edges
Table 14
ISO designation
–
Y*
–
Z*
A*
B*
–
C*
–
D
e
DIn 2215
5
6
8
10
13
17
20
22
25
32
40
DIn 7753 Part 1
and ISO
–
–
–
SpZ*
SpA*
SpB*
–
SpC*
–
–
–
bd
4.2
5.3
6.7
8.5
11.0
14.0
17.0
19.0
21.0
27.0
32.0
b1≈
5.0
6.3
8.0
9.7
12.7
16.3
20.0
22.0
25.0
32.0
40.0
c
1.3
1.6
2.0
2.0
2.8
3.5
5.1
4.8
6.3
8.1
12.0
10 ±
0.3
7±
0.6
12 ±
0.3
8±
0.6
15 ±
0.3
10 ±
0.6
19 ±
0.4
23 ±
0.4
25.5 ± 0.5
29 ±
0.5
37 ±
0.6
44.5 ± 0.7
V-belt profile
wedge belt
profile
e
6 ± 0.3 8 ± 0.3
f
5 ± 0.5 6 ± 0.5
t
Endless V-belts
Open-ended V-belts DIN 2216
V-belts
dd min
Wedge belts
18 + 0.6
22 + 0.6 28 + 0.6 33 + 0.6
0 24 + 0.6
0
0
0
9 + 0.6 11 + 0.6 14 + 0.6 18 + 0.6
0
0
0
0 21 + 0.6
0 26 + 0.6 33 + 0.6 38 + 0.6
0
0
0
0
7 + 0.6
0
20
28
40
50
71
112
160
180
250
355
500
–
–
–
63
90
140
–
224
–
–
–
–
–
–
–
–
–
–
–
–
–
–
Face width b2 for
number of grooves z
b2 = (z – 1) e + 2 f
∗
–
–
36° ± 1° 36° ± 1° 36° ± 1°
dd > 50 dd > 63 dd > 75
1
2
3
4
5
6
7
8
9
10
11
12
29 ± 2.0
6 + 0.6
0
32° ± 1° 32° ± 1° 32° ± 1°
dd ≤ 50 dd ≤ 63 dd ≤ 75
α
12.5 ± 0.8 15 ± 0.8 17 ± 1.0 19 ± 1.0 24 ± 2.0
–
–
–
10.0
16.0
22.0
28.0
34.0
40.0
12.0
20.0
28.0
36.0
44.0
52.0
60.0
14.0
24.0
34.0
44.0
54.0
64.0
74.0
84.0
34° ± 1° 34° ± 1° 34° ± 1° 34° ± 1° 34° ± 1° 34° ± 1°
dd ≤ 80 dd ≤ 118 dd ≤ 190 dd ≤ 250 dd ≤ 315 dd ≤ 355
–
–
–
–
–
–
36° ± 30‘ 36° ± 30‘
dd ≤ 500 dd ≤ 630
38° ± 1° 38° ± 1° 38° ± 1° 38° ± 1° 38° ± 30‘ 38° ± 30‘ 38° ± 30‘ 38° ± 30‘
dd > 80 dd > 118 dd > 190 dd > 250 dd > 315 dd > 355 dd > 500 dd > 630
16.0
28.0
40.0
52.0
64.0
76.0
88.0
100.0
112.0
(values in mm)
20.0
35.0
50.0
65.0
80.0
95.0
110.0
125.0
140.0
155.0
25.0
44.0
63.0
82.0
101.0
120.0
139.0
158.0
177.0
196.0
215.0
30.0
53.0
76.0
99.0
122.0
145.0
168.0
191.0
214.0
237.0
260.0
283.0
34.0
59.5
85.0
110.5
136.0
161.5
187.0
212.5
238.0
263.5
289.0
314.5
38.0
67.0
96.0
125.0
154.0
183.0
212.0
241.0
270.0
299.0
328.0
357.0
48.0
85.0
122.0
159.0
196.0
233.0
270.0
307.0
344.0
381.0
418.0
455.0
58.0
102.5
147.0
191.5
236.0
280.5
325.0
369.5
414.0
458.5
503.0
547.5
These V-grooved pulleys are also suitable for SuPEr TX m=S V-belts, SuPEr E-POWEr m=S and SuPEr X-POWEr m=S.
© ArnTz OPTIBELT GrOuP, GErmAny
51
Standard RANGE
optibelt KS V-grooved Pulleys din 2211 Sheet 1 fOr WEDGE BELTS And
din 2217 Sheet 1 FOR CLASSIC V-Belts
Table 15
ISO designation
–
Y
–
Z
A
B
–
C
–
D
E
DIN 2215
5
6
8
10
13
17
20
22
25
32
40
DIN 7753 Part 1
and ISO 4184
–
–
–
SPZ
SPA
SPB
–
SPC
–
–
–
V-belt profile
Wedge belt
profile
Datum
diameter
dd
min.
Radial
and
axial
run-out
max. tolerance
20.0  
20.0  
20.4
22.0  
22.0  
22.4
25.0  
25.0  
25.4
28.0 
28.0  
28.0  
28.4
31.5 
31.5  
31.5  
32.0
35.5 
35.5  
35.5  
36.1
■
40.0 40.0 40  40•  
40.0  
40.6
■
45.0 45.0 45   45•
  
45.0  
45.7
■
50.0 50.0 50  50•
  
50.0  
50.8
■
56.0 56.0 56  56•
  
56.0  
56.9
0.2
■
63.0 63.0 63 63  63•
  
6
3.0  
64.0
■
 
67   67•
  
67.0  
68.0
■
71.0 71.0 71 71  71•
  
7
1.0  
72.1
■
 
75   75•
  
75.0  
76.1
■
80.0 80.0 80 80  80•
  
80.0  
81.3
■
 
85   85•
  
85.0  
86.3
■
 90.0 90 90 
90   90•
  90.0  91.4
■
 
95   95   95•
  95.0  96.4
■
100.0 100 100 100   100•
 
100.0 
101.6
■
106106
  106•
106.0 
107.6
■
112.0 112 112 112   112•
 
112.0 
113.8
■
118118
  118•
 
118.0 
119.9
■
125.0 125 125125
  125•
 
125.0 
127.0
■
132132
  132•
 
132.0 
134.1
0.3
140 140140140  140• 140.0 142.2
150 150150 150• 150.0 152.4
160 160 160160 160 160• 160.0 162.6
170 170170 
170.0 
172.7
■
180 180 180180 180 180•
 180.0 182.9
■
190190190  190•
 190.0 193.0
■
Datum diameter dd
200 200 200200 200 200•
 200.0 203.2
■
212212212   212•
 212.0 215.4
224 224224 224 224 224.0 227.6
225
225225 225.0 228.6
236
236236 236.0 239.8
250 250250 250 250  250 250.0 254.0
265265 265.0 269.0
280280280 280 280  280 280.0 284.5
300 300
300300 300.0 304.8
315315315 315 315  315 315.0 320.0
335335 335.0 340.0
355355355 355 355 355 355 355.0 360.7
375375 375.0 380.7
400400400 400 400 400 400 400.0 406.4
425425 425.0 431.4
0.4
0.5
450450450 450 450 450 450 450.0 457.2
475 475.0 482.2
500500500 500 500  500 500 500 500.0 508.0
560560560 560 560 560 560 560 560.0 569.0
630630630 630 630  630 630 630 630.0 640.1
0.6
710 710 710
800
800
900
900
1000 
1000  0.8
 710 710  710 710 710 710.0 721.4
 800 800  800 800 800 800.0 812.8
 900 900 900 900 900 900.0 914.4
1000 1000  100010001000 1000.0 1016.0
1120
1120 
1120
1120
1120
1120.0
1137.9
1250
1250  125012501250 1250.0 1270.0
1.0
1400
1400 
1400
1400
1400
1400.0
1422.4
1600
1600 
1600
1600
1600
1600.0
1625.6
1800
1800 
1800
1800
1800
1800.0
1828.8
1.2
2000
2000 
2000
2000
2000
2000.0
2032.0
Allowed deviation of the datum
diameters of the grooves in
relation to one another [mm]
0.3
0.4
0.6
—
For further details see standard DIN 2211 Page 1 and DIN 2217 Page 1. These V-grooved pulleys are also suitable optibelt SUPER TX and SUPER X-POWER
M=S V-belts. Preferred datum diameters in bold type.  Only for classic V-belts, raw edge • For optibelt SUPER X-POWER M=S wedge belts
52 © Arntz OPTIBELT Group, Germany
sTanDarD range
optibelt Ks V-grOOVeD PulleYs usa sTanDarD rMa/MPTa
FOr WeDge BelTs
y
x =
rz 25
y =
rz 100
x
y
y
rounded edges
Table 16
Belt profile uSA Standard rmA/mPTA
3V/9N
5V/15N
8V/25N
b1
8.89 ± 0.13
15.24 ± 0.13
25.40 ± 0.13
e
10.30 ± 0.40
17.50 ± 0.40
28.60 ± 0.40
f
+ 2.00
9.00 – 1.00
+ 3.00
13.00 – 1.00
+ 6.00
19.00 – 2.00
tmin
8.6
15.0
25.1
da min
67
151
315
36° ± 25‘
da 63 to 90
38° ± 25’
da > 90 to 150
—
—
38° ± 25’
da 140 to 255
—
—
38° ± 25’
315 to 405
40° ± 25’
da > 150 to 305
42° ± 25’
da > 305
40° ± 25’
da > 255 to 405
42° ± 25’
da > 405
40° ± 25’
da > 405 to 570
42° ± 25
da > 570
1
18.0
26.0
38.0
2
28.3
43.5
66.6
3
38.6
61.0
95.2
4
48.9
78.5
123.8
5
59.2
96.0
152.4
6
69.5
113.5
181.0
7
79.8
131.0
209.6
8
90.1
148.5
238.2
9
100.4
166.0
266.8
10
110.7
183.5
295.4
11
121.0
201.0
324.0
12
131.3
218.5
352.6
α
Face width b2 for number of grooves z:
b2 = (z – 1) e + 2 f
(values in mm)
For drives with several grooves the total of all deviations from the nominal value e for all groove distances of a pulley ± 0.8 mm must not be exceeded. For
further details see uSA standard rmA/mPTA.
note
The allowed variations of V-grooved pulleys according to uSA standard rmA/mPTA deviate only slightly from the values contained in ISO 5290 “Grooved
pulleys for joint narrow V-belts (Kraftbands)”. Therefore, optibelt KB kraftbands can be used in V-grooved pulleys manufactured according to both standards.
These V-grooved pulleys are also suitable for optibelt SuPEr X-POWEr m=S V-belts.
© ArnTz OPTIBELT GrOuP, GErmAny
53
sTanDarD range
optibelt Ks V-grOOVeD PulleYs FOr KraFTBanDs
c
y
x =
rz 25
y =
rz 100
x
rounded edges
y
y
Table 17: V-grooved pulleys for kraftbands with wedge belts ISo 5290
b1
≈
Profile
da
α°
± 30’
3V/9J
67 to 90
> 90 to 150
> 150 to 300
> 300
36
38
40
42
8.9
0.20
0.30
8.9
10.3
± 0.25
± 0.5
9
5V/15J
180 to 250
> 250 to 400
> 400
38
40
42
15.2
0.25
0.40
15.2
17.5
± 0.25
± 0.5
13
191
(5VX) 140
8V/25J
315 to 400
> 400 to 560
> 560
38
40
42
25.4
0.30
0.50
25.4
28.6
± 0.40
± 0.8
19
355
δ h1max δ h2max
tmin
Tol e1) Σ Tol e2)
e
fmin
da min
84
(3VX) 63
da
b1
δh2
The international standard ISO 5290 specifies pulley groove
dimensions for belt profiles 3V/9J, 5V/15J, 8V/25J.
The groove top width “b1“ is used as the basic reference
dimension for standardisation of the grooves and joint
V-belts. The pulley groove and joint V-belts are considered
as a single unit in the standard ISO 5290.
The values δ h1 and δ h2 were chosen to ensure that
1. the top cover of the joint belt has no contact with the
outside pulley diameter, in order to prevent the separation of the top cover.
2. the ribs are nevertheless still deep enough inside the
pulley in order to ensure an optimum power transmission.
δh1
For further details please see standard ISO 5290.
1) Tolerance for the centre distance e of two adjacent grooves.
2) The sum of all deviations from the nominal dimension “e“ for all groove distances of a pulley must not exceed the given tolerance.
b1 = effective width
da = effective outside diameter
The groove faces must be straight at least to a level
of da – 2 δ h2.
Table 18: V-grooved pulleys for kraftbands with wedge belts profiles SPZ, SPA, SPB and SPC according to DIN 2211/ ISO 4183
Profile
dd
α°
± 30’
b1
≈
c
tmin
e
Tol e1)
Σ Tol e2)
fmin
dd min
sPZ
71 to 80
> 80
34
38
9.7
2.0
11
12.0
± 0.3
± 0.6
8.0
sPa
100 to 118
> 118
34
38
12.7
2.8
14
15.0
± 0.3
± 0.6
10.0
112
(XPA) 90
sPB
160 to 190
> 190
34
38
16.3
3.5
18
19.0
± 0.4
± 0.8
12.5
180
(XPB) 140
sPc
250 to 315
> 315
34
38
22.0
4.8
24
25.5
± 0.4
± 0.8
17.0
250
54
© ArnTz OPTIBELT GrOuP, GErmAny
80
STANDARD RANGE
optibelt KS V-grooved Pulleys for Kraftbands
Table 19: V-grooved pulleys for kraftbands with classic V-belts ISO 5291/ASAE S211.5
Profile
da
α°
± 30’
b1
≈
AJ/HA
  80 to 125
> 125
34
38
13.0
0.20
BJ/HB
130 to 195
> 195
34
38
16.5
CJ/HC
210 to 325
> 325
34
38
DJ/HD
370 to 490
> 490
36
38
c
tmin
e
0.35
1.5
12.0
15.88
± 0.3
0.25
0.40
2.0
14.0
19.05
22.4
0.30
0.45
3.0
19.0
32.8
0.30
0.55
4.5
26.0
δ h1max δ h2max
Tol e1) Σ Tol e2)
fmin
dd min
± 0.6
  9.0
 80
± 0.4
± 0.8
11.5
130
25.40
± 0.5
± 1.0
16.0
210
36.53
± 0.6
± 1.2
23.0
370
1) Tolerance for the centre distance e of two adjacent grooves.
2) The sum of all deviations from the nominal dimension “e“ for all groove distances of a pulley must not exceed the given tolerance.
Table 20: Pulley width ranges for kraftbands
Profile
Number
of grooves
3V/9J 5V/15J 8V/25J
SPZ
SPA
SPB
SPC
AJ/HA
BJ/HB
CJ/HC
DJ/HD
Face width b2 for number of grooves z b2 = (z – 1) e + 2 f
2 28.30 43.50  66.60 28.00 35.00 44.00  59.50 33.88 42.05  57.40  82.53
3 38.60 61.00  95.20 40.00 50.00 63.00  85.00 49.76 61.10  82.80 119.06
4 48.90 78.50 123.80 52.00 65.00 82.00 110.50 65.64 80.15 108.20 155.59
5 59.20 96.00 152.40 64.00 80.00 101.00 136.00 81.52 99.20 133.60 192.12
6 69.50 113.50 181.00 76.00 95.00 120.00 161.50 97.40 118.25 159.00 228.65
7 79.80 131.00 209.60 88.00 110.00 139.00 187.00 113.28 137.30 184.40 265.18
8 90.10 148.50 238.20 100.00 125.00 158.00 212.50 129.16 156.35 209.80 301.71
9
100.40 166.00 
266.80112.00 140.00 177.00 
238.00145.04 175.40 
235.20 
338.24
10
110.70 183.50 
295.40124.00 155.00 196.00 
263.50160.92 194.45 
260.60 
374.77
11
121.00 201.00 
324.00136.00 170.00 215.00 
289.00176.80 213.50 
286.00 
401.30
12
131.30 218.50 
352.60148.00 185.00 234.00 
314.50192.68 232.55 
311.40 
447.83
13
141.60 236.00 
381.20160.00 200.00 253.00 
340.00208.56 251.60 
336.80 
484.36
14
151.90 253.50 
409.80172.00 215.00 272.00 
365.50224.44 270.65 
362.20 
520.89
15
162.20 271.00 
438.40184.00 230.00 291.00 
391.00240.32 289.70 
387.60 
557.42
16
172.50 288.50 
467.00196.00 245.00 310.00 
416.50256.20 308.75 
413.00 
593.95
17
182.80 306.00 
495.60208.00 260.00 329.00 
442.00272.08 327.80 
438.40 
630.48
18
193.10 323.50 
524.20220.00 275.00 348.00 
467.50287.96 346.85 
463.80 
667.01
19
203.40 341.00 
552.80232.00 290.00 367.00 
493.00303.84 365.90 
489.20 
703.54
20
213.70 358.50 
581.40244.00 305.00 386.00 
518.50319.72 384.95 
514.60 
740.07
21
224.00 376.00 
610.00256.00 320.00 405.00 
544.00335.60 404.00 
540.00 
776.60
22
234.30 393.50 
638.60268.00 335.00 424.00 
569.50351.48 423.05 
565.40 
813.13
23
244.60 411.00 
667.20280.00 350.00 443.00 
595.00367.36 442.10 
590.80 
849.66
24
254.90 428.50 
695.80292.00 365.00 462.00 
620.50383.24 461.15 
616.20 
886.19
25
265.20 446.00 
724.40304.00 380.00 481.00 
646.00399.12 480.20 
641.60 
922.72
26
275.50 463.50 
753.00316.00 395.00 500.00 
671.50415.00 499.25 
667.00 
959.25
27
285.80 481.00 
781.60328.00 410.00 519.00 
697.00430.88 518.30 
692.40 
995.78
28
296.10 498.50 
810.20340.00 425.00 538.00 
722.50446.76 537.35 
717.801032.31
29
306.40 516.00 
838.80352.00 440.00 557.00 
748.00462.64 556.40 
743.201068.84
30
316.70 533.50 
867.40364.00 455.00 576.00 
773.50478.52 575.45 
768.601105.37
31
327.00 551.00 
896.00376.00 470.00 595.00 
799.00494.40 594.50 
794.001141.90
32
337.30 568.50 
924.60388.00 485.00 614.00 
824.50510.28 613.55 
819.401178.43
33
347.60 586.00 
953.20400.00 500.00 633.00 
850.00526.16 632.60 
844.801214.96
34
357.90 603.50 
981.80412.00 515.00 652.00 
875.50542.04 651.65 
870.201251.49
35
368.20 621.001010.40424.00 530.00 671.00 
901.00557.92 670.70 
895.601288.02
36
378.50 638.501039.00436.00 545.00 690.00 
926.50573.80 689.75 
921.001324.55
37
388.80 656.001067.60448.00 560.00 709.00 
952.00589.68 708.80 
946.401361.08
38
399.10 673.501096.20460.00 575.00 728.00 
977.50605.56 727.85 
971.801397.61
39
409.40 691.001124.80472.00 590.00 747.001003.00621.44 746.90 
997.201434.14
40
419.70 708.501153.40484.00 605.00 766.001028.50637.32 765.951022.601470.67
For KB sets please note the systematical classification.
© Arntz OPTIBELT Group, Germany 55
sTanDarD range
OPTiBelT DeeP grOOVeD PulleYs
y
x =
rz 25
y =
rz 100
x
y
y
rounded edges
Table 21
Profile DIn 7753 Part 1/ISO
sPZ
sPa
sPB
sPc
Suitable for V-belts DIn 2215 and 2216
10
13
17
22
bd
8.5
11.0
14.0
19.0
11.0
15.0
18.9
26.3
11.3
15.4
19.5
27.3
4.0
6.5
8.0
12.0
b1 ≈
c
e
14 ± 0.3
18 ± 0.3
23.0 ± 0.4
31 ± 0.5
f
8 ± 0.6
10 ± 0.6
12.5 ± 0.8
17 ± 1.0
tmin
13
18
22.5
31.5
α
34° ± 1°
dd 63 to 80
34° ± 1°
dd 90 to 118
34° ± 1°
dd 140 to 190
34° ± 30‘
dd 224 to 315
38° ± 1°
dd > 80
38° ± 1°
dd >118
38° ± 1°
dd > 190
38° ± 30‘
dd > 315
34° ± 1°
dd 50 to 80
34° ± 1°
dd 71 to 118
34° ± 1°
dd 112 to 190
34° ± 30‘
dd 180 to 315
38° ± 1°
dd > 80
38° ± 1°
dd >118
38° ± 1°
dd > 190
38° ± 30‘
dd > 315
1
16
20
25
34
2
30
38
48
65
3
44
56
71
96
4
58
74
94
127
5
72
92
117
158
6
86
110
140
189
7
100
128
163
220
8
114
146
186
251
α
Face width b2 for number of grooves z:
b2 = (z – 1) e + 2 f
9
128
164
209
282
10
142
182
232
313
11
160
200
255
344
12
174
218
278
375
Please note the respective minimum pulley diameters.
attention: Kraftbands are not suitable for deep grooved pulleys.
56
© ArnTz OPTIBELT GrOuP, GErmAny
STANDARD RANGE
optibelt KS V-grooved Pulleys for TAPER BUSHES –
GROOVE ACCORDING TO DIN 2211
Profile SPZ/Z/10
Datum
diameter
dd
[mm]
Number
of grooves
Weight
without bushes
[≈ kg]
Design
Datum
diameter
dd
[mm]
Taper bush
50▲◆1
2
●
●
11 11 0.3
0.4
1008
1008
56▲◆1
2
●
●
11 11 0.4
0.5
1008
1108
60▲◆■1
2
●
●
80.21008
11 0.6
1108
63
1
2
3
●
●
●
80.21108
60.31108
6
0.4
1108
67
1
2
3
●
●
●
80.31108
6
0.4
1108
60.51108
71
1
2
3
●
●
●
80.31108
6
0.4
1108
60.61108
75
1
2
3
●
●
●
8
0.4
1108
6
0.4
1210
60.51210
80
1
2
3
4
●
●
●
●
80.51210
60.61210
60.71210
60.81210
85
1
2
3
4
5
●
●
●
●
●
80.61210
60.51610
60.61610
6
0.9
1610
61.01610
90
1
2
3
4
5
●
●
●
●
●
80.71210
60.71610
60.81610
61.01610
61.21610
95
1
2
3
4
5
●
●
●
●
●
80.71210
60.81610
6
0.9
1610
61.11610
61.31610
Design
Weight
without bushes
[≈ kg]
Taper bush
1061
●
8
0.9
1610
2
●
61.11610
3
●
61.31610
4
●
61.31610
5
●
61.52012
6*
●
61.62012
1121
●
81.01610
2
●
61.31610
3
●
61.32012
4
●
61.52012
5
●
61.82012
6*
●
6
1.9
2012
1181
●
8
0.9
1610
2
●
61.31610
3
●
61.62012
4
●
61.82012
5
●
61.82012
6*
●
62.02517
1251
●
81.01610
2
●
6
1.4
1610
3
●
21.82012
4
●
22.22012
5
●
62.32012
6*
●
62.52517
1321
●
81.11610
2
●
61.51610
3
●
22.32012
4
●
22.52012
5
●
62.72517
6*
●
6
2.9
2517
140
1
●
81.21610
2
●
21.71610
3
●
22.62012
4
●
2
2.9
2012
5
●
23.22517
6*
●
23.52517
8*
●
4
4.0
2517
1501
●
81.21610
2
●
82.02012
3
●
23.12012
4
●
23.72517
5
●
2
4.0
2517
6*
●
2
4.4
2517
8*
●
4
5.1
2517
1001
●
80.81210
2
●
6
0.9
1610
3
●
61.11610
4
●
61.11610
5
●
61.32012
6*
●
6
1.4
2012
▲
Number
of grooves
for profile 10 ◆ for profile ZX/X10 ■ for profile XPZ
Number of grooves z
Face width b2 [mm]
1
2
3
4
5
6
8
16
28
40
52
64
76
100
Taper bush
1008
1108
1210
1610
2012
2517
Bore d2 [mm] from ... to ...
10-25
10-28
11-32
14-42
14-50
16-60
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Material: EN-GJL-200 (GG 20)
DIN EN 1561
* Non stock items
Bore diameter d2 see page 72
© Arntz OPTIBELT Group, Germany 57
STANDARD RANGE
optibelt KS V-grooved Pulleys for TAPER BUSHES –
GROOVE ACCORDING TO DIN 2211
Profile SPZ/Z/10
Datum
diameter
dd
[mm]
Taper bush
Datum
diameter
dd
[mm]
1601
●
 8 1.3
2
●
 8 2.5
3
●
 2 3.6
4
●
  2  4.4
5
●
  2  4.8
6*
●
 2 5.2
8*
●
  4  5.6
1610
2012
2012
2517
2517
2517
2517
280
1
2
3
4
5
6*
8*
x  7  2.9
x  7  4.0
x  7  5.3
x
10  6.4
x
10  7.1
x
10 7.8
x
1010.8
2012
2012
2517
2517
2517
2517
3020
1701
●
 8 1.5
2
●
 8 2.5
3
O
  9  4.2
4
●
 2 5.3
5
●
  2  5.9
6*
●
 2 6.5
1610
2012
2012
2517
2517
2517
315
1
2
3
4
5
6*
x  7 
x  7 
x  7 
x
10 
x
10 
x
10 
2012
2012
2517
2517
2517
2517
1801
● 8 1.6
2
● 8 2.5
3
O  9  4.8
4
O
  9  6.1
5
O
  9  6.3
6*
O
  9  6.8
8*
●
  4  7.1
1610
2012
2012
2517
2517
2517
3020
355
1
2
3
4
5
6*
8*
x  7  3.5
x  7  5.1
x  7  7.3
x
10  8.9
x
10
10.0
x
1010.7
x
1016.0
2012
2012
2517
2517
2517
2517
3030
190
1
2
3
4
5
6*
●
 8 1.8
●
 8 2.6
O  9  4.9
O  9  5.3
O  9  6.3
O
  9  6.9
1610
2012
2012
2517
2517
2517
2001
● 8 2.3
2
● 8 2.8
3
O  9  3.5
4
O  9  4.7
5
O  9  5.5
6*
O
  9  6.1
8*
●
  4  9.3
2012
2012
2012
2517
2517
2517
3020
400
1
2
3
4
5
6*
8*
x  7  6.0
x  7  6.3
x  7  8.0
x
10
10.1
x
10
11.7
x
10
14.5
x
1018.2
2012
2517
2517
2517
3020
3020
3030
224
1
O 
2
O 
3
O 
4
O 
5
O 
6*
O
 
8*
●
 
2012
2012
2012
2517
2517
2517
3020
450
1
2
3
4
5
6*
8*
x  7  6.1
x  7  8.2
x  7  9.8
x
10
11.8
x
10
13.9
x
10
16.9
x
10
24.0
2517
2517
2517
3020
3020
3030
3535
500
2
3
4
5
6*
x  7  9.1
x  7
11.4
x
10
14.3
x
10
17.6
x
10
19.9
2517
2517
3020
3020
3020
630
3
4
5
6*
x  7
x
10
x
10
x
 7
2517
3020
3020
3535
Number
of grooves
250
1
2
3
4
5
6
8*
Number of grooves z
Face width b2 [mm]
Weight
without bushes
[≈ kg]
Design
5  2.5
5  3.2
9  3.9
9  5.2
9  6.0
9  6.6
4
11.8
x  7  2.8
x  7  3.5
x
10  4.3
x
10  5.7
x
10  7.0
x
10  7.0
x
1010.5
2012
2012
2012
2517
2517
2517
3020
Number
of grooves
1
2
3
4
5
6
8
16
28
40
52
64
76
100
Taper bush
1610
2012
2517
3020
3030
3535
Bore d2 [mm] from ... to ...
14-42
14-50
16-60
25-75
35-75
35-90
58 © Arntz OPTIBELT Group, Germany
Design
Weight
without bushes
[≈ kg]
Taper bush
3.1
4.2
6.1
7.6
8.6
9.3
15.9
20.0
22.7
33.6
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Material: EN-GJL-200 (GG 20)
DIN EN 1561
* Non stock items
Bore diameter d2 see page 72
STANDARD RANGE
optibelt KS V-grooved Pulleys for TAPER BUSHES –
GROOVE ACCORDING TO DIN 2211
Profile SPA/A/13
Datum
diameter
dd
[mm]
▲
Number
of grooves
Design
Weight
without bushes
[≈ kg]
Datum
diameter
dd
[mm]
Taper bush
63◆1
2
●
●
110.6 1108
110.8 1108
67◆1
2
●
●
80.3 1108
60.5 1108
71▲◆■1
2
3
●
●
●
80.3 1108
60.5 1108
60.7 1108
75▲◆■1
2
3
●
●
●
8
0.4
1108
60.6 1108
60.8 1108
80▲◆■1
2
3
●
●
●
80.5 1210
60.6 1210
6
0.9
1210
85▲◆■1
2
3
●
●
●
80.6 1210
60.7 1210
61.0 1210
90
1
2
3
4
●
●
●
●
80.7
60.7
61.0
61.2
1210
1610
1610
1615
95
1
2
3
4
●
●
●
●
80.8
6
0.9
61.1
6
1.4
1210
1610
1610
1615
1001
2
3
4
5
●
●
●
●
●
80.8
6
0.9
21.2
21.7
6
1.9
1610
1610
1610
1610
1610
1061
2
3
4
5
●
●
●
●
●
8
0.9
61.1
2
1.4
62.0
62.0
1610
1610
1610
2012
2012
1121
2
3
4
5
●
●
●
●
●
81.0
61.2
61.3
6
1.9
62.1
1610
1610
2012
2012
2012
for profile 13 ◆ for profile AX/X13 ■ for profile XPA
Number of grooves z
Face width b2 [mm]
Number
of grooves
Design
Weight
without bushes
[≈ kg]
Taper bush
1181
2
3
4
5
●
●
●
●
●
81.21610
6
1.4
1610
21.82012
22.02012
2
2.4
2012
1251
2
3
4
5
●
●
●
●
●
8
1.4
1610
21.71610
22.02012
22.52012
22.72012
1321
2
3
4
5
●
●
●
●
●
81.61610
21.82012
22.32012
22.62517
2
2.9
2517
140
1
2
3
4
5
●
●
●
●
●
81.81610
22.02012
22.82517
23.12517
2
3.4
2517
1501
2
3
4
5
●
●
●
●
●
8
1.4
1610
2
2.4
2012
23.52517
23.82517
2
4.2
2517
1601
2
3
4
5
O
●
●
●
●
5
1.9
1610
2
2.9
2012
2
3.9
2517
2
4.4
2517
25.12517
1701
2
3
4
5
O
●
●
●
●
52.01610
23.12012
2
4.6
2517
25.52517
2
5.9
3020
180
1
2
3
4
5
O
O
●
●
●
5
2.1
1610
9
3.4
2012
25.12517
2
5.9
2517
26.23020
190
1
2
3
4
5
O
O
●
●
●
52.31610
9
3.8
2012
2
5.4
2517
26.82517
2
7.4
3020
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Material: EN-GJL-200 (GG 20)
DIN EN 1561
1
2
3
4
5
20
35
50
65
80
Taper bush
1108
1210
1610
1615
2012
2517
3020
Bore d2 [mm] from ... to ...
10-28
11-32
14-42
14-42
14-50
16-60
25-75
Bore diameter d2 see page 72
© Arntz OPTIBELT Group, Germany 59
STANDARD RANGE
optibelt KS V-grooved Pulleys for TAPER BUSHES –
GROOVE ACCORDING TO DIN 2211
Profile SPA/A/13
Datum
diameter
dd
[mm]
Number
of grooves
Design
Weight
without bushes
[≈ kg]
Taper bush
Datum
diameter
dd
[mm]
Number
of grooves
2.6
4.1
4.9
7.4
8.4
2012
2517
2517
3020
3020
450
1
2
3
4
5
x
x
x
x
x
7 7.0
7
10.3
7
14.1
10
15.5
7
24.3
2012
2517
3020
3020
3535
7 8.0
7
11.6
7
16.0
10
18.2
7
27.3
2517
2517
3020
3020
3535
Taper bush
200
1
2
3
4
5
O
O
O
●
●
5
5
9
2
4
212
1
2
3
4
5
O
O
O
●
●
5
2.7
5
4.3
9
5.2
27.3
28.2
2012
2517
2517
3020
3020
500
1
2
3
4
5
x
x
x
x
x
224
1
2
3
4
5
x
O
O
●
●
7
2.7
5
4.4
9
5.5
2
7.4
28.3
2012
2517
2517
3020
3020
560
1
2
3
4
5
x
x
x
x
x
7
7
7
7
7
11.6
15.5
17.8
26.7
30.4
2517
3020
3020
3535
3535
236
1
2
3
4
5
x
O
O
●
●
7
2.8
5
4.6
9
5.7
27.8
28.7
2012
2517
2517
3020
3020
630
1
2
3
4
5
x
x
x
x
x
7
7
7
7
7
10.1
16.0
22.0
30.8
33.7
2517
3020
3020
3535
3535
250
1
2
3
4
5
x
x
O
O
O
7
7
9
9
9
2.9
4.8
5.9
8.0
9.0
2012
2517
2517
3020
3020
280
1
2
3
4
5
x
x
O
O
O
7
7
9
9
5
3.3
5.4
6.7
8.8
15.5 2012
2517
2517
3020
3535
315
1
2
3
4
5
x
x
O
O
O
7
7
5
9
5
3.6
6.0
8.3
9.7
17.0 2012
2517
3020
3020
3535
355
1
2
3
4
5
x
x
x
x
x
7 4.2
7 6.7
7 9.2
10
11.0
7
18.6
2012
2517
3020
3020
3535
400
1
2
3
4
5
x
x
x
x
x
7 4.9
7 8.1
7
11.0
10
12.8
7
21.0
2012
2517
3020
3020
3535
1
2
3
4
5
Face width b2 [mm]
20
35
50
65
80
Taper bush
2012
2517
3020
3535
Bore d2 [mm] from ... to ...
14-50
16-60
25-75
35-90
Number of grooves z
60 Weight
without bushes
[≈ kg]
Design
© Arntz OPTIBELT Group, Germany
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Material: EN-GJL-200 (GG 20)
DIN EN 1561
Bore diameter d2 see page 72
STANDARD RANGE
optibelt KS V-grooved Pulleys for TAPER BUSHES –
GROOVE ACCORDING TO DIN 2211
Profile SPB/B/17
Datum
diameter
dd
[mm]
▲
Number
of grooves
Weight
without bushes
[≈ kg]
Design
Taper bush
100◆1
2
3
●
●
●
1
0.9
1610
61.21610
61.71610
112▲◆■1
2
3
●
●
●
11.11610
61.51610
62.01610
118▲◆■1
2
3
●
●
●
11.31610
61.71610
62.31610
125▲◆■1
2
3
4
5
●
●
●
●
●
11.51610
2
1.9
2012
2
2.4
2012
4
3.0
2012
63.52012
132▲1
2
3
4
5
●
●
●
●
●
11.81610
22.22012
22.82012
4
3.4
2012
4
3.7
2012
140
1
2
3
4
5
6
●
●
●
●
●
●
12.31610
22.72012
23.32012
23.72517
2
4.5
2517
4
4.6
2517
1501
2
3
4
5
6
●
●
●
●
●
●
12.71610
23.12012
2
3.9
2517
2
4.4
2517
4
5.2
2517
4
5.6
2517
1601
2
3
4
5
6
●
●
●
●
●
●
12.51610
2
2.9
2012
2
4.2
2517
4
4.9
2517
4
6.0
2517
4
5.4
3020
1701
2
3
4
5
6
8
●
●
●
●
●
●
●
1
2.9
1610
23.32012
2
4.9
2517
4
5.7
2517
4
6.1
3020
4
6.5
3020
4
8.0
3020
Datum
diameter
dd
[mm]
Number
of grooves
Design
Weight
without bushes
[≈ kg]
Taper bush
1801
2
3
4
5
6
8
●
●
●
●
●
●
●
1
4.1
8
4.5
25.5
4
6.9
4
7.1
4
7.7
4
9.5
1610
2517
2517
2517
3020
3020
3020
190
1
2
3
4
5
6
8
●
●
●
●
●
●
●
8
4.6
85.0
26.3
4
7.6
4
8.1
4
9.2
4
11.2 2012
2517
2517
2517
3020
3020
3030
2001
●8 5.0
2
●
8
5.4
3
●
26.5
4
●
28.8
5
●
2
9.1
6
●
4
10.3 8
●
4
13.5 2012
2517
2517
3020
3020
3020
3535
2121
●
8
4.2
2
●
8
4.9
3
●2 6.0
4
●
2
9.8
5
●
2
11.0 6
●
4
14.3 8
●
4
16.6 2012
2517
2517
3020
3020
3535
3535
224
1
●
8
4.7
2
●8 5.3
3
●2 6.3
4
●
2
11.3 5
●
2
12.7 6
●
4
17.0 8
●
4
19.3 10 
●
4
21.8 2012
2517
2517
3020
3020
3535
3535
3535
2361
●8 5.0
2
●8 5.5
3
x
10 7.0
4
x
10 14.5 5
●
6
16.9 6
●
4
20.0 8
●
4
22.3 10 ●
4
25.3 2012
2517
2517
3020
3535
3535
3535
3535
for profile 17 ◆ for profile BX/X17 ■ for profile XPB
Number of grooves z
Face width b2 [mm]
1
2
3
4
5
6
8
10
25
44
63
82
101
120
158
196
Taper bush
1610
2012
2517
3020
3030
3535
Bore d2 [mm] from ... to ...
14-42
14-50
16-60
25-75
35-75
35-90
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Material: EN-GJL-200 (GG 20)
DIN EN 1561
Bore diameter d2 see page 72
© Arntz OPTIBELT Group, Germany 61
STANDARD RANGE
optibelt KS V-grooved Pulleys for TAPER BUSHES –
GROOVE ACCORDING TO DIN 2211
Profile SPB/B/17
Datum
diameter
dd
[mm]
Number
of grooves
Weight
without bushes
[≈ kg]
Design
Taper bush
2501
●
8
5.4
2
x
7
5.5
3
●2 7.7
4
●
2
19.6 5
●
2
21.7 6
●
4
23.3 8
●
4
27.5 10 ●
4
29.3 2012
2517
3020
3020
3535
3535
3535
3535
2652
●7 6.2
3
O
9
8.0
4
O
9
9.5
6
O
9
16.7 8
O
9
24.0 2517
3020
3020
3525
3525
280
1
2
3
4
5
6
8
10 x
x
x
O
O
O
O
O
7
7
10 9
9
9
9
9
6.1
6.8
8.6
10.1 17.8 19.6 26.7 30.5 2012
2517
3020
3020
3535
3535
3535
3535
300
2
3
4
5
6
8
x
x
O
O
O
O
7
10 9
9
9
9
7.3
9.2
14.3 18.2 21.9 26.2 2517
3020
3020
3535
3535
3535
315
1
2
3
4
5
6
8
10 x
x
x
O
O
O
O
O
7
7
10 5
9
9
9
9
7.2
7.8
9.6
17.1 18.8 23.0 26.0 31.5 2012
2517
3020
3535
3535
3535
3535
3535
335
2
3
4
5
6
8
10*
x
x
x
x
x
x
x
7
10 7
10 10 10 10 7.8
10.5
18.3
19.5
22.0
28.2
36.0
2517
3020
3535
3535
3535
3535
4040
Number of grooves z
Face width b2 [mm]
Datum
diameter
dd
[mm]
Number
of grooves
355
2
3
4
5
6
8
10*
x
x
x
x
O
x
x
7 8.7
10 10.8
7
18.6
10 20.8
9
22.8
10 27.0
10 38.0
3020
3020
3535
3535
3535
3535
4040
375
2
3
4
6
8
x
x
x
x
x
7 9.5
10 11.5
10 16.5
10 25.0
10 28.0
3020
3020
3525
3535
4040
400
2
3
4
5
6
8
10*
x
x
x
x
x
x
x
7
7
7
10 10 10 10 10.0
18.3
20.5
23.4
25.1
36.5
41.0
3020
3535
3535
3535
3535
4040
4040
425
2
3
4
6
8
x
x
x
x
x
7
7
10 10 10 11.5
18.0
19.5
25.1
52.5
3020
3535
3535
4040
4545
450
2
3
4
5
6
8
10*
x
x
x
x
x
x
x
7
7
7
10 10 10 10 12.1
21.9
24.5
27.3
35.5
40.9
53.5
3020
3535
3535
3535
4040
4040
4545
500
2
3
4
5
6
8
10*
x
x
x
x
x
x
x
7
7
7
10 10 10 10 13.2
23.1
26.6
29.9
38.9
45.5
61.0
3020
3535
3535
3535
4040
4040
4545
560
2
3
4
5
6
8
10*
x
x
x
x
x
x
x
7
7
7
7
10 10 10 16.5
25.9
29.0
35.3
43.1
49.0
55.7
3030
3535
3535
4040
4040
4545
4545
1
2
3
4
5
6
8
10
25
44
63
82
101
120
158
196
Taper bush
2012
2517
3020
3030
3535
Bore d2 [mm] from ... to ...
14-50
16-60
25-75
35-75
35-90 40-100 55-110
62 © Arntz OPTIBELT Group, Germany
4040
4545
Design
Weight
without bushes
[≈ kg]
Taper bush
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Material: EN-GJL-200 (GG 20)
DIN EN 1561
* Non stock items
Bore diameter d2 see page 72
STANDARD RANGE
optibelt KS V-grooved Pulleys for TAPER BUSHES –
GROOVE ACCORDING TO DIN 2211
Profile SPB/B/17
Datum
diameter
dd
[mm]
Number
of grooves
Design
Weight
without bushes
[≈ kg]
Taper bush
630
2
3
4
5
6
8
10*
x
x
x
x
x
x
x
7
7
7
7
10 10 10 18.5
28.9
33.3
43.1
49.2
62.0
72.0
3020
3535
3535
4040
4040
4545
4545
710
3
4
5
6
8
10* x
x
x
x
x
x
7
7
7
10 10 10 33.2
39.1
50.2
62.3
71.0
80.0
3535
3535
4040
4545
4545
4545
800
3
4
5
6
8
10* x
x
x
x
x
x
7
7
7
10 10 10 36.7
48.8
56.1
71.4
90.9
102.0 3535
4040
4040
4545
4545
4545
900
3
4
5
6
8
10* x
x
x
x
x
x
7
7
7
10 10 10 46.8
60.0
74.8
81.5
110.0 126.0 3535
4040
4545
4545
4545
5050
1000
3
4
5
6
8
10* x
x
x
x
x
x
7
7
7
10 10 10 56.5
66.5
80.5
90.0
132.0 147.0 4040
4040
4545
4545
5050
5050
Number of grooves z
Face width b2 [mm]
Datum
diameter
dd
[mm]
Number
of grooves
2
3
4
5
6
8
10
44
63
82
101
120
158
196
Taper bush
3020
3030
3535
4040
4545
5050
Bore d2 [mm] from ... to ...
25-75
35-75
35-90
40-100
55-110
70-125
Design
Weight
without bushes
[≈ kg]
Taper bush
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Material: EN-GJL-200 (GG 20)
DIN EN 1561
* Non stock items
Bore diameter d2 see page 72
© Arntz OPTIBELT Group, Germany 63
STANDARD RANGE
optibelt KS V-grooved Pulleys for TAPER BUSHES –
GROOVE ACCORDING TO DIN 2211
Profile SPC/C/22
Datum
diameter
dd
[mm]
Number
of grooves
200▲◆■3
4
5
6
▲
Design
Weight
without bushes
[≈ kg]
Taper bush
4 9.0
4
10.5
4
14.0
4
17.0
2517
3020
3535
3535
212▲◆■3 ●
4
●
5
●
6
●
4
4
4
4
10.0
12.5
15.0
18.0
3020
3020
3535
3535
224
2
3
4
5
6
8
●
●
●
●
●
●
4 8.1
4
11.0
4
14.0
4
16.2
4
19.0
4
24.9
3020
3020
3535
3535
3535
3535
2363
4
5
6
8
●
●
●
●
●
4
4
4
4
4
12.0
17.2
19.1
20.8
25.5
3020
3535
3535
3535
3535
2502
●
3
●
4
●
5
●
6
●
8
●
10*
●
4 9.8
4
14.5
4
20.7
4
22.8
4
26.0
4
29.7
4
34.0
3020
3020
3535
3535
3535
3535
4040
2653
4
5
6
8
821.23535
9
24.0
3535
9
26.2
3535
9
29.0
3535
9
33.3
3535
●
●
●
●
●
O
O
O
O
2803
●
4
O
5
O
6
O
8
O
10*
O
8
9
9
9
9
9
24.0
29.0
31.0
33.8
37.5
45.0
3535
3535
3535
3535
3535
4040
300
3
4
5
6
8
10*
5
9
9
9
4
9
21.0
25.0
28.5
29.0
46.5
53.5
3535
3535
3535
3535
4040
4545
for profile 22 ◆ for
O
O
O
O
●
O
profile CX/X22 ■
Datum
diameter
dd
[mm]
Number
of grooves
5
9
9
9
4
9
21.6
24.6
29.0
31.4
50.0
58.0
3535
3535
3535
3535
4040
4545
335
3
4
5
6
8
O
O
O
O
O
5
9
9
9
9
22.5
26.5
30.0
35.0
58.0
3535
3535
3535
3535
4040
355
3
4
5
6
8
10*
O
O
O
O
O
O
5
9
9
9
9
9
22.9
28.3
32.5
36.0
67.5
121.0 3535
3535
3535
3535
4040
4545
375
3
4
5
6
8
O
O
O
O
O
5
9
9
9
9
23.8
30.0
33.0
45.5
68.0
3535
3535
3535
4040
4545
400
3
4
5
6
8
10*
x
x
x
O
O
O
7
10 10 9
9
9
24.1
28.0
34.0
48.0
65.0
88.0
3535
3535
3535
4040
4545
5050
425
3
4
5
6
8
x
x
O
O
O
7
10 9
9
9
26.0
31.0
45.0
58.0
74.0
3535
3535
4040
4545
4545
450
3
4
5
6
8
10*
x
x
x
O
O
O
7
10 10 9
9
9
28.6
33.5
45.0
61.1
78.7
101.0 3535
3535
4040
4545
5050
5050
475
3
4
5
6
8
x
x
x
O
O
7
10 10 9
9
40.0
47.0
47.2
62.8
81.5
3535
3535
4040
4545
5050
for profile XPC
5
6
8
10
85
110.5
136
161.5
212.5
263.5
Taper bush
2517
3020
3535
4040
4545
5050
Bore d2 [mm] from ... to ...
16-60
25-75
35-90
40-100
55-110
70-125
64 © Arntz OPTIBELT Group, Germany
Taper bush
O
O
O
O
●
O
4
Face width b2 [mm]
Weight
without bushes
[≈ kg]
315
3
4
5
6
8
10*
3
Number of grooves z
Design
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Material: EN-GJL-200 (GG 20)
DIN EN 1561
* Non stock items
Bore diameter d2 see page 72
STANDARD RANGE
optibelt KS V-grooved Pulleys for TAPER BUSHES –
GROOVE ACCORDING TO DIN 2211
Profile SPC/C/22
Datum
diameter
dd
[mm]
Number
of grooves
500
3
4
5
6
8
10*
x
x
x
x
O
O
560
3
4
5
6
8
10*
630
Weight
without bushes
[≈ kg]
Taper bush
7
10 10 10 9
9
30.9
39.0
48.7
60.2
87.4
127.0 3535
3535
4040
4545
5050
5050
x
x
x
x
x
O
7
10 10 10 10 9
36.0
50.0
63.0
77.0
94.0
115.0 3535
4040
4545
5050
5050
5050
3
4
5
6
8
10*
x
x
x
x
x
O
7
7
10 10 10 9
48.5
61.0
77.0
86.0
105.5 130.0 4040
4545
5050
5050
5050
5050
710
3
4
5
6
8
10*
x
x
x
x
x
O
7
7
10 10 10 9
— — — — — — 4040
4545
5050
5050
5050
5050
800
3
4
5
6
8
10*
x
x
x
x
x
O
7
7
10 10 10 9
— — — — — — 4545
5050
5050
5050
5050
5050
1000
5
6
8
10*
x
x
x
O
10 10 10 9
— — — — 5050
5050
5050
5050
1250
5
6
8
10*
x
x
x
O
10 10 10 9
— — — — 5050
5050
5050
5050
Number of grooves z
Face width b2 [mm]
Design
Datum
diameter
dd
[mm]
Number
of grooves
3
4
5
6
8
10
85
110,5
136
161,5
212,5
263,5
Taper bush
3535
4040
4545
5050
Bore d2 [mm] from ... to ...
35-90
40-100
55-110
70-125
Design
Weight
without bushes
[≈ kg]
Taper bush
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Material: EN-GJL-200 (GG 20)
DIN EN 1561
* Non stock items
Bore diameter d2 see page 72
© Arntz OPTIBELT Group, Germany 65
STANDARD RANGE
optibelt KS V-grooved Pulleys for Cylindrical BORES –
GROOVE ACCORDING TO DIN 2211
Profile SPZ/Z/10
Number
of grooves
Design
Weight
[≈ kg]
Finished
bore
dmax
[mm]
Hub
length
l
[mm]
Datum
diameter
dd
[mm]
Number
of grooves
Design
Weight
[≈ kg]
Finished
bore
dmax
[mm]
Hub
length
l
[mm]
1
2
3
O
O
O
0.23
0.30
0.40
16
16
16
24
35
35
132
1
2
3
O
O
O
0.81
1.30
1.62
30
38
40
24
35
40
50▲◆1
2
3
O
O
O
0.30
0.40
0.50
20
20
20
24
35
40
140
1
2
3
O
O
O
0.92
1.40
1.69
28
38
38
24
38
40
56▲◆■1
2
3
O
O
O
0.32
0.45
0.65
20
25
25
24
35
40
150
1
2
3
x
O
O
1.05
1.50
1.85
28
38
38
24
38
40
63
1
2
3
O
O
O
0.34
25
24
0.6025 35
0.85
25
40
160
1
2
3
x
x
x
1.22
1.60
2.40
32
38
42
30
38
40
71
1
2
3
O
O
O
0.34
25
24
0.6225 35
1.00
30
40
170
1
2
3
x
x
x
1.66
1.85
3.00
40
40
42
30
38
40
75
1
2
3
O
O
O
0.35
0.64
1.05
24
35
40
180
1
2
3
x
x
x
2.10
3.05
3.50
32
38
42
30
38
40
80
1
2
3
O
O
O
0.35
25
24
0.6530 35
1.1038 35
190
1
2
3
x
x
x
2.25
2.35
4.00
35
35
35
30
38
40
85
1
2
3
O
O
O
0.30
25
24
0.7030 35
1.1038 35
200
1
2
3
x
x
x
2.40
2.85
4.45
32
38
42
38
38
40
90
1
2
3
O
O
O
0.38
25
24
0.7530 35
1.1538 38
212
1
2
3
x
x
x
2.60
3.40
5.00
35
35
38
30
38
40
95
1
2
3
O
O
O
0.40
0.83
1.20
24
35
38
225
1
2
3
x
x
x
2.80
4.00
5.30
32
38
42
38
38
40
1001
2
3
O
O
O
0.48
28
24
0.90
30
35
1.2538 38
250
1
2
3
x
x
x
3.30
4.80
6.00
32
38
42
38
38
40
106
1
2
3
O
O
O
0.50
0.96
1.32
24
35
38
280
1
2
3
x
x
x
3.85
5.20
7.00
35
42
48
34
38
40
1121
2
3
O
O
O
0.54
28
24
1.0030 35
1.40
38
38
315
1
2
3
x
x
x
4.35
6.80
8.25
35
42
48
34
38
40
118
1
2
3
O
O
O
0.60
1.10
1.47
28
38
38
24
35
38
355
1
2
3
x
x
x
4.60
8.00
10.00
35
42
48
34
40
45
125
1
2
3
O
O
O
0.70
1.20
1.55
28
30
38
24
35
40
Datum
diameter
dd
[mm]
45▲◆
▲
24
24
28
28
28
38
30
28
38
for profile Z/10 ◆ for profile ZX/X10 ■ for profile XPZ
Number of grooves z
Face width b2 [mm]
66 1
2
3
16
28
40
© Arntz OPTIBELT Group, Germany
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Hub position: flush one-sided
Material: EN-GJL-200 (GG 20) – DIN EN 1561
STANDARD RANGE
optibelt KS V-grooved Pulleys for Cylindrical BORES –
GROOVE ACCORDING TO DIN 2211
Profile SPA/A/13
Design
Weight
[≈ kg]
Finished
bore
dmax
[mm]
Hub
length
l
[mm]
50
1
2
3
O
O
O
0.34
0.48
0.55
18
18
18
34
49
47
56
1
2
3
O
O
O
0.42
0.62
0.74
20
20
20
34
49
47
63◆1
2
3
4
5
O
O
O
O
O
0.52
25
0.77
25
0.85
25
1.2325
1.48
25
34
49
47
60
70
71▲◆■1
2
3
4
5
O
O
O
O
O
0.50
0.89
0.96
1.47
1.83
25
28
32
32
32
34
49
42
60
70
1
75▲◆■
2
3
4
5
O
O
O
O
O
0.53
1.02
1.08
1.76
1.92
24
24
24
24
28
34
49
42
60
82
80▲◆■1
2
3
4
5
O
O
O
O
O
0.56
1.04
1.19
1.89
2.00
28
32
38
38
38
34
49
42
60
55
1
85▲◆■
2
3
4
5
O
O
O
O
O
0.64
1.20
1.40
1.98
2.20
24
28
28
28
32
34
49
42
53
55
90
1
2
3
4
5
O
O
O
O
O
0.88
1.47
1.62
2.22
2.51
28
32
38
42
42
34
49
42
53
67
95
1
2
3
4
5
O
O
O
O
O
0.76
1.57
1.89
2.47
2.75
28
28
28
32
35
34
49
42
53
67
1001
2
3
4
5
O
O
O
O
O
0.84
1.36
1.98
2.72
3.10
28
32
38
42
42
34
49
52
53
60
Datum
diameter
dd
[mm]
▲
Number
of grooves
Datum
diameter
dd
[mm]
Design
Weight
[≈ kg]
Finished
bore
dmax
[mm]
Hub
length
l
[mm]
106
1
2
3
4 
5
O
O
O
O
O
0.88
1.65
2.20
3.24
3.85
28
28
32
32
35
34
49
42
53
60
112
1
2
3
4 
5
O
O
O
O
O
1.09
1.75
2.38
3.37
3.95
28
38
38
42
42
34
49
42
53
60
118
1
2
3
4 
5
O
O
O
O
O
1.10
1.80
2.42
3.42
4.10
32
38
42
42
48
34
49
42
53
65
125
1
2
3
4 
5
O
O
O
O
O
1.38
1.90
2.55
3.49
4.40
32
38
42
42
48
34
49
42
53
65
132
1
2
3
4 
5
O
O
O
O
O
1.45
2.20
2.58
3.58
4.75
32
38
42
42
48
34
49
42
53
65
140
1
2
3
4 
5
O
O
O
O
O
1.52
2.33
2.63
3.65
4.95
32
38
42
42
48
34
49
42
53
65
150
1
2
3
4 
5
x
x
O
O
O
1.60
2.59
2.95
4.04
5.15
38
38
42
42
48
36
49
42
53
65
160
1
2
3
4 
5
x
x
x
O
O
1.75
2.40
2.80
3.62
5.45
38
38
42
48
48
36
49
42
60
70
170
1
2
3
4 
5
x
x
x
x
x
2.00
2.90
3.20
4.20
5.80
35
35
35
35
38
36
49
42
60
70
Number
of grooves
for profile A/13 ◆ for profile AX/X13 ■ for profile XPA
Number of grooves z
Face width b2 [mm]
 dd + 4 mm
1
2
3
4
5
20
35
50
67
82
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Hub position: flush one-sided
Material: EN-GJL-200 (GG 20) – DIN EN 1561
© Arntz OPTIBELT Group, Germany 67
STANDARD RANGE
optibelt KS V-grooved Pulleys for Cylindrical BORES –
GROOVE ACCORDING TO DIN 2211
Profile SPA/A/13
Design
Weight
[≈ kg]
Finished
bore
dmax
[mm]
Hub
length
l
[mm]
Design
Weight
[≈ kg]
Finished
bore
dmax
[mm]
Hub
length
l
[mm]
180
1
2
3
4
5
x
x
x
x
x
2.02
3.15
3.60
4.65
6.13
38
42
42
48
48
36
49
42
60
70
315
1
2
3
4 
5
x
x
x
x
x
4.78
6.60
8.75
11.80
12.50
48
48
55
55
60
44
53
47
60
70
190
1
2
3
4
5
x
x
x
x
x
2.02
3.20
4.00
5.24
6.31
38
42
42
48
48
36
49
42
60
70
355
1
2
3
4 
5
x
x
x
x
x
5.50
7.70
9.55
11.80
12.85
48
55
55
55
60
44
53
47
60
70
200
1
2
3
4
5
x
x
x
x
x
2.40
2.85
4.21
4.95
6.45
38
42
48
55
60
36
49
42
60
70
400
1 
2
3
4 
5
x
x
x
x
x
6.85
8.80
10.95
12.40
15.90
50
55
60
60
60
50
53
47
67
82
212
1
2
3
4
5
x
x
x
x
x
2.70
3.40
4.40
5.68
6.85
40
42
42
42
42
36
49
42
60
70
450
1 
2
3
4 
5
x
x
x
x
x
7.50
9.40
12.15
14.20
18.30
55
55
60
65
65
50
53
47
67
82
225
1
2
3
4
5
x
x
x
x
x
2.75
3.87
4.60
6.50
7.25
40
42
42
42
42
36
49
42
60
70
5001
2
3
4 
5
x
x
x
x
x
10.50
10.70
13.45
16.25
22.80
55
55
60
65
65
50
55
60
67
82
236
1
2
3
4
5
x
x
x
x
x
3.30
4.10
4.90
6.20
7.50
38
42
48
55
55
36
49
42
60
70
5601
2
3
4 
5
x
x
x
x
x
14.00
13.10
15.60
19.40
24.50
55
55
60
65
65
60
60
74
67
82
250
1
2
3
4
5
x
x
x
x
x
3.40
4.32
5.30
7.00
7.85
42
48
48
55
60
36
49
42
60
70
280
1
2
3
4
5
x
x
x
x
x
3.90
5.35
6.50
8.52
9.90
42
48
48
55
60
44
53
47
60
70
300
1
2
3
4
5
x
x
x
x
x
4.25
5.90
7.50
9.82
11.30
48
48
55
55
60
44
53
47
60
70
Datum
diameter
dd
[mm]
Number
of grooves
Datum
diameter
dd
[mm]
Number
of grooves
 dd + 4 mm
Number of grooves z
Face width b2 [mm]
68  dd + 4 mm
1
2
3
4
5
20
35
50
67
82
© Arntz OPTIBELT Group, Germany
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Hub position: flush one-sided
Material: EN-GJL-200 (GG 20) – DIN EN 1561
STANDARD RANGE
optibelt KS V-grooved Pulleys for Cylindrical BORES –
GROOVE ACCORDING TO DIN 2211
Profile SPB/B/17
Datum
diameter
dd
[mm]
▲
Number
of grooves
Design
Weight
[≈ kg]
Hub
length
l
[mm]
Finished
bore
dmax
[mm]
56
1
2
3
O
O
O
0.61
20
41
1.0020 60
1.00
22
62
63
1
2
3
O
O
O
0.76
20
41
1.2020 60
1.20
22
62
71
1
2
3
O
O
O
0.79
22
41
1.3122 60
1.6022 55
75
1
2
3
O
O
O
0.82
25
41
1.42
25
60
1.8525 62
80
1
2
3
5
O
O
O
O
1.03
28
1.6528
2.05
28
2.7328
41
60
70
80
85
1
2
3
4
5
O
O
O
O
O
1.10
30
1.7030
2.1530
2.7030
3.0030
41
60
55
70
75
90◆1
2
3
4
5
O
O
O
O
O
1.17
32
1.8038
2.3038
3.0538
3.3038
41
60
55
70
75
95◆1
2
3
4
5
O
O
O
O
O
1.25
35
2.0038
2.5038
2.90
38
3.6038
41
60
67
70
75
100◆1
2
3
4
5
6
O
O
O
O
O
O
1.32
32
41
2.1138 60
2.8538 55
3.8138 70
4.45
38
75
5.20
38
124
1
106◆
2
3
4
5
6
O
O
O
O
O
O
1.45
2.00
3.00
4.30
5.10
6.00
28
28
30
30
32
32
41
60
55
70
75
124
Datum
diameter
dd
[mm]
Number
of grooves
Face width b2 [mm]
Weight
[≈ kg]
Finished
bore
dmax
[mm]
Hub
length
l
[mm]
112▲◆■1
2
3
4 
5
6
O
O
O
O
O
O
1.53
32
2.3538
3.1038
4.75
42
5.61
42
6.15
42
41
60
55
67
75
85
118▲◆■1
2
3
4 
5
6
O
O
O
O
O
O
1.57
2.43
3.20
6.20
7.20
6.60
41
60
55
70
75
85
125▲◆■1
2
3
4 
5
6
O
O
O
O
O
O
1.66
32
2.5538
3.28
42
4.74
42
8.60
42
8.00
48
41
60
55
70
75
85
1
132▲◆■
2
3
4 
5
6
O
O
O
O
O
O
1.88
2.63
3.49
6.30
9.40
8.50
30
30
42
42
42
42
41
60
55
70
75
85
140
1
2
3
4 
5
6
O
O
O
O
O
O
2.10
2.90
3.90
6.92
7.58
11.40
32
38
42
42
48
48
41
60
55
70
75
85
150
1
2
3
4 
5
6
O
O
O
O
O
O
2.43
3.24
4.28
6.76
8.43
12.10
32
38
42
42
48
48
43
48
60
70
75
85
160
1
2
3
4 
5
6
x
x
x
O
O
O
2.50
38
3.32
42
4.60
48
7.01
48
9.35
48
12.8555
43
48
60
70
75
85
170
1
2
3
4 
5
6
x
x
x
O
O
O
2.85
3.44
4.89
7.20
8.90
13.10
43
48
60
70
75
85
for profile B/17 ◆ for profile BX/X17 ■ for profile XPB
Number of grooves z
Design
32
38
42
42
42
42
42
42
42
48
48
48
 dd + 5.5 mm
1
2
3
4
5
6
25
44
63
86
105
124
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Hub position: flush one-sided
Material: EN-GJL-200 (GG 20) – DIN EN 1561
© Arntz OPTIBELT Group, Germany 69
STANDARD RANGE
optibelt KS V-grooved Pulleys for Cylindrical BORES –
GROOVE ACCORDING TO DIN 2211
Profile SPB/B/17
Datum
diameter
dd
[mm]
Number
of grooves
Design
Weight
[≈ kg]
Finished
bore
dmax
[mm]
Hub
length
l
[mm]
Datum
diameter
dd
[mm]
Number
of grooves
Design
Weight
[≈ kg]
Finished
bore
dmax
[mm]
Hub
length
l
[mm]
180
1
2
3
4
5
6
x
x
x
x
O
O
3.10
38
3.90
42
5.28
48
7.42
48
9.05
55
10.8060
43
48
60
70
75
85
315
1
2
3
4 
5
6
x
x
x
x
x
x
6.40
8.22
12.90
13.00
17.60
20.60
48 49
55 55
55 67
60 80
65 80
75 90
190
1
2
3
4
5
6
x
x
x
x
O
O
3.19
4.22
5.49
7.69
9.22
11.95
42
42
42
48
50
55
43
48
60
70
75
85
355
1
2
3
4 
5
6
x
x
x
x
x
x
7.00
9.70
13.40
18.25
18.75
19.75
48 49
55 55
55 67
60 80
65 75
75 90
200
1
2
3
4
5
6
x
x
x
x
O
O
3.40
4.45
5.85
7.98
9.50
12.20
38
42
48
50
55
60
43
48
60
60
80
90
400
1 
2
3
4 
5
6
x
x
x
x
x
x
8.46
10.00
14.30
18.50
22.50
28.00
50 49
55 55
60 67
65 80
70 85
75 90
212
1
2
3
4
5
6
x
x
x
x
x
O
3.75
4.66
6.15
7.70
10.30
13.51
42
42
48
50
50
55
43
48
60
70
80
90
450
1 
2
3
4 
5
6
x
x
x
x
x
x
9.86
10.87
15.05
20.50
26.00
28.90
50 55
55 55
60 67
65 80
70 80
75 90
224
1
2
3
4
5
6
x
x
x
x
O
O
4.00
5.40
6.90
8.64
11.72
14.75
42
42
48
55
50
55
43
48
60
70
90
90
5001
2
3
4 
5
6
x
x
x
x
x
x
10.70
13.70
15.20
21.30
30.00
33.80
50 55
60 59
65 67
70 80
75 80
80 90
250
1
2
3
4
5
6
x
x
x
x
x
x
4.20
6.10
8.60
9.70
13.20
17.00
42
48
55
60
65
65
43
55
60
70
80
90
5602
3
4 
5
6
x
x
x
x
x
15.00
24.20
26.20
34.40
39.00
60 55
65 67
70 80
75 80
80 90
280
1
2
3
4
5
6
x
x
x
x
x
x
5.70
7.04
9.67
11.52
15.50
18.00
48
48
55
60
65
65
49
55
60
70
80
90
6302
3
4 
5
6
x
x
x
x
x
20.20
27.00
30.80
37.20
44.00
60 80
65 80
75 86
80 90
90
100
300
1
2
3
4
5
6
x
x
x
x
x
x
5.90
7.50
10.50
12.40
15.40
18.25
48
48
55
60
65
70
49
55
67
80
80
90
 dd + 5.5 mm
Number of grooves z
Face width b2 [mm]
70 1
2
3
4
5
6
25
44
63
86
105
124
© Arntz OPTIBELT Group, Germany
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Hub position: flush one-sided
Material: EN-GJL-200 (GG 20) – DIN EN 1561
STANDARD RANGE
optibelt KS V-grooved Pulleys for Cylindrical BORES –
GROOVE ACCORDING TO DIN 2211
Profile SPC/C/22
Datum
diameter
dd
[mm]
▲
Finished
bore
dmax
[mm]
Hub
length
l
[mm]
Number
of grooves
Design
Weight
[≈ kg]
180▲◆■
1
2
3
4
5
6
O
O
O
O
O
O
4.20
7.20
10.40
10.50
18.00
23.70
40 54
50 64
55 90
55 95
60
100
65
115
200▲◆■
1
2
3
4
5
6
O
O
O
O
O
O
4.80
7.80
10.60
11.20
15.40
27.00
40 54
50 64
55 90
60 95
65
100
70
125
225
1
2
3
4
5
6
x
x
x
x
x
x
5.50
7.80
10.60
13.10
16.70
35.00
48 54
52 64
52 90
55 95
60
100
60
115
250
1
2
3
4
5
6
x
x
x
x
x
x
7.30
8.80
11.10
15.30
19.00
23.70
52 54
52 64
65 90
70 95
75
100
60
115
280
1
2
3
4
5
x
x
x
x
x
8.70
10.90
15.60
17.50
20.50
52 54
55 64
70 90
75 95
75
100
315
1
2
3
4
5
6
x
x
x
x
x
x
9.10
13.00
17.10
20.00
24.70
31.20
52 54
55 74
70 90
75 95
80
100
85
115
335
2
3
4
5
6
x
x
x
x
x
14.00
18.30
22.40
28.30
34.40
55 74
55 90
60 95
65
100
75
115
355
2
3
4
5
6
x
x
x
x
x
15.20
19.20
25.80
32.00
36.20
60 74
70 90
70 95
75
100
75
115
400
3
4
5
x
x
x
20.60
28.00
32.00
70 90
70
105
75
100
for profile C/22 Number of grooves z
Face width b2 [mm]
◆ for
profile CX/X22 ■ for
Datum
diameter
dd
[mm]
Finished
bore
dmax
[mm]
Hub
length
l
[mm]
Number
of grooves
Design
Weight
[≈ kg]
450
2
3
4
5
6
x
x
x
x
x
21.10
26.30
31.10
42.20
48.50
70 80
75 90
75
105
80
110
80
120
500
3
4
5
6
x
x
x
x
28.40
34.10
48.20
52.50
75 90
75
105
80
110
80
120
560
3
4
5
6
x
x
x
x
31.10
39.00
54.10
61.50
75 90
75
105
85
110
85
120
630
3
4
5
6
x
x
x
x
38.50
48.10
62.20
73.20
80 90
80
105
85
110
85
120
profile XPC
1
2
3
4
5
6
38
64
90
116
142
168
● Solid pulley
O Plate pulley (with or without holes)
✕ Spoked pulley
Hub position: flush one-sided
Material: EN-GJL-200 (GG 20) – DIN EN 1561
© Arntz OPTIBELT Group, Germany 71
STANDARD RANGE
optibelt TB Taper bushes
Taper bushes with metrical bore, groove according to DIN 6885 Part 1
Taper bush
Material: EN-GJL-200 – DIN EN 1561
1008 1108 1210 1215 1310 1610 1615 2012 2517 3020 3030 3525 3535 4040 4545 5050
10 10 11 11 14 14 14 14 16 25 35 35 35
40 55 70
11 11 12 12 16 16 16 16 18 28 38 38 38
42 60 75
12 12 14 14 18 18 18 18 19 30 40 40 40
45 65 80
14 14 16 16 19 19 19 19 20 32 42 42 42
48 70 85
16 16 18 18 20 20 20 20 22 35 45 45 45
50 75 90
18 18 19 19 22 22 22 22 24 38 48 48 48
55 80 95
19 19 20 20 24 24 24 24 25 40 50 50 50
60 85 100
20 20 22 22 25 25 25 25 28 42 55 55 55
65 90 105
22 22 24 24 28 28 28 28 30 45 60 60 60
70 95 110
75 100 115
24 24 25 25 30 30 30 30 32 48 65 65 65
25
252828323232323550707070 80
105
120
3030353535353855757575 85
110
125
28
32 32 38 38 38 40 60 80 80
90
40 40 40 42 65 85 85
95
42 42 42 45 70 90 90 100
45 48 75
48 50
50
55
60
Bore
diameter d2
[mm]
Hexagonal socket screw
[inch]
Tightening torque [Nm]
1/ x 1/ 1/ x 1/ 3/ x 5/ 3/ x 5/ 3/ x 5/ 3/ x 5/ 3/ x 5/ 7/ x 7/ 1/ x 1 5/ x 11/ 5/ x 11/ 1/ x 11/ 1/ x 11/ 5/ x 13/ 3/ x 2 7/ x 21/
4
2
4
2
8
8 8
8 8
8 8
8 8
8 16
8
2
8
4 8
4 2
2 2
2 8
4
4
8
4
5.7
5.7
20
20
20
20
20
31
49
92
92
115
115
172
195
275
Bush length [mm]
22.3 22.3 25.4 38.1 25.4 25.4 38.1 31.8 44.5 50.8 76.2 63.5 88.9 101.6 114.3 127.0
Weight for d2 min [≈ kg]
0.12 0.16 0.28 0.39 0.32 0.41 0.60 0.75 1.06 2.50 3.75 3.90 5.13 7.68 12.70 15.17
From 3525: Cylinder head screw with hexagonal socket 
This is a shallow keyway bore.
Shallow keyways for taper bushes
Bore diameter
d2 [mm]
Groove width
b [mm]
Groove depth
t2 [mm]
Bore diameter
d2 [mm]
Groove width
b [mm]
Groove depth
t2 [mm]
24
25
8
8
2.0
1.3
28
42
8
12
2.0
2.2
Taper bushes with imperial bores, groove according to British Standard BS 46 Part 1
Material: EN-GJL-200 – DIN EN 1561
Taper bush
1008 1108 1210 1215 1310 1610 1615 2012 2517 3020 3030 3525 3535 4040 4545 5050
Bore
diameter d2
[inch]
Hexagonal socket screw
[inch]
Tightening torque [Nm]
5/8* 1/2*
1/2
1/2
5/8* 3/4
3/8* 3/8* 1/2
11/4 11/4 11/2 11/2 13/4*21/4*
1
1
5
3
5
5
5
3
7
/2
/2
/8
/4
/8*
/8
/8
/4
/8 13/8 13/8 15/8 15/8 17/8*23/8*
5/8
3/4
7/8
3/4*
3/4
3/4
7/8
5/8
111/2 11/2 13/4 13/4 2*21/2*
3/4
7/8
7/8*
7/8
7/8*
3/4
1
1
11/815/8 15/8 17/8 17/821/8*23/4*
7/8
7/8
111/8 1* 1 111/8 11/4 13/4* 13/4*2 2 21/4*27/8*
1 111/8 11/4 11/8 11/8 11/8 11/4 13/8 17/8 17/821/821/8 23/8* 3*
11/8* 11/4
11/4 11/4 11/4 13/8 11/22 221/421/421/2* 31/4*
13/8 13/8 13/8 11/2 15/8 21/8* 21/8*23/823/825/8* 33/8*
11/2 11/2 15/8 13/421/421/421/221/223/4* 31/2*
15/8 15/8* 13/4 17/823/823/825/825/827/8* 33/4*
17/8221/221/223/423/4 3*
4*
2
21/825/8 25/8*27/827/8 31/8*41/4*
21/423/4 23/4* 3 331/4*41/2*
23/827/827/8 31/8 31/8 33/8*
21/2
3 331/4 31/4 31/2*
33/8 33/8 33/4*
31/2 31/2 4*
3*
31/4*
31/2*
33/4*
4*
41/4*
41/2*
43/4*
5*
1/ x 1/ 1/ x 1/ 3/ x 5/ 3/ x 5/ 3/ x 5/ 3/ x 5/ 3/ x 5/ 7/ x 7/ 1/ x 1 5/ x 11/ 5/ x 11/ 1/ x 11/ 1/ x 11/ 5/ x 13/ 3/ x 2 7/ x 21/
4
2
4
2
8
8 8
8 8
8 8
8 8
8 16
8
2
8
4 8
4 2
2 2
2 8
4
4
8
4
5.7
5.7
20
20
20
20
20
31
49
92
92
115
115
172
195
275
Bush length [mm]
22.3 22.3 25.4 38.1 25.4 25.4 38.1 31.8 44.5 50.8 76.2 63.5 88.9 101.6 114.3 127.0
Weight for d2 min [≈ kg]
0.12 0.16 0.28 0.39 0.32 0.41 0.60 0.75 1.06 2.50 3.75 3.90 5.13 7.68 12.70 15.17
From 3525: Cylinder head screw with hexagonal socket * Non stock item  This is a shallow keyway bore.
72 © Arntz OPTIBELT Group, Germany
DriVe calculaTiOn
eXPlanaTiOn OF sYMBOls
a
= drive centre distance provisional
anom = drive centre distance calculated
with a standard belt length
[mm]
[mm]
bd
= datum width
b1
= top width
c1
= arc of contact correction factor
c2
= service factor
c3
= belt length factor
c4
= number of idlers factor
ddg
= datum diameter of large pulley
(DIn 2211 Sheet 1, Table 2)
[mm]
= datum diameter of small pulley
(DIn 2211 Sheet 1, Table 2)
[mm]
ddk
Lith
= calculated inside belt length
[mm]
LdSt
= standard belt datum length
[mm]
Ldth
= calculated belt datum length
ng
= speed of the larger pulley
[min-1]
[mm]
nk
= speed of the smaller pulley
[min-1]
n1
= speed of the driver pulley
[min-1]
n2
= speed of the driven pulley
[min-1]
P
= motor or normal running power
[kW*]
PB
= design power
[kW*]
Pn
= nominal power rating per belt
[kW*]
Sa
= minimum static shaft loading
T
= minimum static tension per belt
= belt speed
[m/s]
[n]
[n]
dd1
= datum diameter of the driver pulley
[mm]
v
dd2
= datum diameter of the driven pulley
[mm]
x
E
= belt deflection per 100 mm span length
[mm]
= minimum allowance above centre
distance anom for belt stretch and wear
[mm]
Ea
= belt deflection for a given span length
[mm]
y
f
= load used to set belt tension
[n]
= minimum allowance below centre
distance anom for easy belt fitting
[mm]
fB
= flex rate
[s-1]
z
= number of belts
i
= drive ratio
k
= constant for calculating centrifugal force in belt set
L
= span length
[mm]
LiSt
= standard inside belt length
[mm]
α
β
= angle of belt drive = 90° – β
2
= arc of contact on small pulley
[°]
[°]
* 1 kW = 1 knm/s
The terms pitch diameter (dw), pitch length (Lw) and pitch circumference (uw) used previously have been changed
to datum diameter (dd), datum length (Ld) and datum circumference (ud) in order to bring them into line with current
standard terminology.
© ArnTz OPTIBELT GrOuP, GErmAny
73
DRIVE CALCULATION
OPTIBELT Nominal Power Rating PN –
Arc of Contact Correction Factor c1
The OPTIBELT nominal power ratings PN in tables 32 to 68
are based upon an internationally accepted basic formula
and a theoretical belt life of 25,000 hours under ideal
conditions. This formula contains material constants that take
into account the quality of the raw materials used and make
allowances for production methods. Due to the special qualities of OPTIBELT V-belts, other material constants than those
given in DIN have been taken into account. As a result, the
nominal OPTIBELT power ratings PN significantly exceed the
ratings given, for wedge belts according to DIN 7753
Part 2 and for classic V-belts according to DIN 2218, for
the same theoretical belt life. The nominal power ratings PN
are based on the smallest loaded pulley in the drive system.
The belt power rating value PN is calculated taking into
account
• the datum diameter of the smaller pulley ddk
• the speed of the smaller pulley nk
• the drive ratio i
• an assumed arc of contact at the smaller pulley of
β = 180°
• a reference belt length for the specific belt profile
In order to account for the actual drive data, based on the
arc of contact and the belt lengths employed, correction
factors for the arc of contact c1 and length c3 have been
introduced. If required, drive calculations can be provided
for any theoretical belt life.
Intermediate values for nominal power rating, arc of contact
and length correction factors can be found via linear
interpolation.
74 © Arntz OPTIBELT Group, Germany
The factor c1 corrects the power rating PN, when the arc of
contact is smaller than 180°, as the PN value is calculated
on the arc of contact β = 180° on the smaller pulley.
Table 22
ddg – ddk
anom
β≈
c1
0  
0.05
0.10
0.15
0.20
180°
177°
174°
171°
168°
1.00
1.00
1.00
1.00
0.99
0.25
0.30
0.35
0.40
0.45
165°
162°
160°
156°
153°
0.99
0.99
0.99
0.99
0.98
0.50
0.55
0.60
0.65
0.70
150°
147°
144°
141°
139°
0.98
0.98
0.98
0.97
0.97
0.75
0.80
0.85
0.90
0.95
136°
133°
130°
126°
123°
0.97
0.96
0.96
0.96
0.95
1.00
1.05
1.10
1.15
1.20
119°
115°
112°
109°
106°
0.94
0.94
0.93
0.93
0.92
1.25
1.30
1.35
1.40
1.45
103°
100°
96°
92°
88°
0.91
0.91
0.90
0.88
0.87
1.50
1.55
1.60
84°
80°
77°
0.86
0.84
0.83
DRIVE CALCULATION
LOAD FACTOR c2
The service factor c2 takes account of the daily operating
time and of the type of driver and driven machine. It applies
exclusively to two-pulley drives. Other arrangements such as
drives with tension and guide idlers have not been taken into
consideration. Pages 129-131 provide the relevant basic
design guidelines for drives with more than two pulleys.
Adverse operating conditions (e.g. aggressive dust, particularly high ambient temperatures or the effects of various
substances) have not been taken into account. As it is
practically impossible to cover every conceivable combination of driver/driven machine/operating conditions in a
summary that complies with the relevant standards, the
service factors are approximate values.
In special cases, e.g. increased starting torque (direct on-line
starting of fans), in drives with frequent starts and stops, in
systems subject to exceptional shock loads, or when significant masses are to be accelerated or braked, the service
factor must be increased.
Empirical value:
With a starting torque > 1.8 this figure is to be divided by
1.5 in order to calculate the minimum load factor c2.
Example: Starting torque MA = 3.0; c2 selected 2.0.
Please consult our Applications Engineering Department for
the solution of special problems.
Table 23
Examples for Drive Machines
Examples for
Work Machines
AC motors and three-phase induction
machines with a normal starting torque
(up to 1.8 times nominal torque), e. g.
synchronous motors and single-phase
motors with a starting-aid phase, threephase squirrel cage motors with direct
start, star-delta connection or slip ring
starters; direct-current shunt-wound motors, combustion engines and turbines
n > 600 rpm
AC motors and three-phase induction
machines with high starting torque
(over 1.8 times nominal torque), e. g.
single-phase motors with high starting
torque; direct-current series-wound motors with series connection and compound; combustion engines and turbines n < 600 rpm
Load factor c2
for daily operating time (hours)
over
over 16
up to 10
10 to 16
Load factor c2
for daily operating time (hours)
over
over 16
up to 10
10 to 16
Light drives
Centrifugal pumps and compressors,
belt conveyors (light weight materials),
fans and pumps up to 7.5 kW.
1.1
1.1
1.2
1.1
1.2
1.3
Medium drives
Plate cutters, presses, chain and belt
conveyors (heavy materials), vibrating
screens, generators and exciters,
bakery machinery, machine tools
(lathes and grinders), laundry machines, printing machinery, fans and
pumps over 7.5 kW.
1.1
1.2
1.3
1.2
1.3
1.4
Heavy drives
Crushing plants, piston compressors,
heavy-duty conveyors, directional throw
conveyors, push conveyors (screw, plate
belts, bucket and shovel conveyors),
lifts, briquette presses, textile machinery, paper machinery, piston pumps,
excavator pumps, log frame saws,
hammer mills.
1.2
1.3
1.4
1.4
1.5
1.6
Very heavy drives
Heavy-duty mills, stone crushers,
calenders, mixers, winches, cranes,
excavators, heavy-duty wood working
machinery.
1.3
1.4
1.5
1.5
1.6
1.8
© Arntz OPTIBELT Group, Germany 75
DRIVE CALCULATION
Length factor c3 for OPTIBELT Wedge belts and kraftbands
The length factor c3 takes into account the flex rate of the
belt based on the reference length for the particular belt
profile.
Table 24
Profile SPZ, XPZ
Datum length
[mm]
c3
Profile SPA, XPA
Datum length
[mm]
This results in the following relationships:
belt length > reference length
c3 > 1.0
belt length = reference length
c3 = 1.0
belt length < reference length
c3 < 1.0
Profile SPB, XPB
Profile SPC, XPC
c3
Datum length
[mm]
c3
Datum length
[mm]
c3
630
670
710
750
800
0.83
0.84
0.85
0.86
0.87
800
850
900
950
1000
0.81
0.82
0.83
0.84
0.85
1250
1320
1400
1500
1600
0.83
0.84
0.85
0.86
0.87
2000
2120
2240
2360
2500
0.85
0.86
0.86
0.87
0.88
850
900
950
1000
1060
0.88
0 89
0.90
0.91
0.92
1060
1120
1180
1250
1320
0.86
0.86
0.87
0.88
0.89
1700
1800
1900
2000
2120
0.88
0.89
0.90
0.91
0.92
2650
2800
3000
3150
3350
0.89
0.90
0.91
0.91
0.92
1120
1180
1250
1320
1400
0.93
0.94
0.95
0.96
0.98
1400
1500
1600
1700
1800
0.90
0.91
0.92
0.93
0.94
2240
2360
2500
2650
2800
0.93
0.93
0.94
0.95
0.96
3550
3750
4000
4250
4500
0.93
0.94
0.95
0 96
0.97
1500
1600
1700
1800
1900
0.99
1.00
1.01
1.02
1.03
1900
2000
2120
2240
2360
0.95
0.96
0.97
0.98
0.99
3000
3150
3350
3550
3750
0.97
0.98
0.99
1.00
1.01
4750
5000
5300
5600
6000
0.98
0.98
0.99
1.00
1.01
2000
2120
2240
2360
2500
1.04
1.05
1.06
1.07
1.08
2500
2650
2800
3000
3150
1.00
1.01
1.02
1.03
1.04
4000
4250
4500
4700
5000
1.02
1.03
1.04
1.04
1.05
6300
6700
7100
7500
8000
1.02
1.03
1.04
1.04
1.05
2650
2800
3000
3150
3350
1.09
1.10
1.11
1.12
1.13
3350
3550
3750
4000
4250
1.05
1.06
1.07
1.08
1.09
5300
5600
6000
6300
6700
1.06
1.07
1.08
1.09
1.10
8500
9000
9500
10000
10600
1.06
1.07
1.08
1.09
1.09
3550
3750
4000
4250
4500
1.15
1.16
1.17
1.18
1.19
4500
4750
5000
5300
5600
1.10
1.11
1.12
1.13
1.14
7100
7500
8000
8500
9000
1.11
1.12
1.13
1.14
1.15
11200
11800
12500
13200
14000
1.10
1.11
1.12
1.13
1.14
6000
1.15
9500
10000
1.16
1.17
15000
1.15
76 © Arntz OPTIBELT Group, Germany
DRIVE CALCULATION
Length factor c3 for OPTIBELT Wedge belts and kraftbands
Table 25
Profile 3V/9N, 3VX/9NX
3V/9J, 3VX/9JX
Belt
designation
Outside length
[mm]
Profile 5V/15N, 5VX/15NX
5V/15J, 5VX/15JX
Belt
designation
c3
Outside length
[mm]
Profile 8V/25N
8V/25J
Belt
designation
c3
Outside length
[mm]
c3
3V 265
3V 280
3V 300
3V 315
3V 335
673
711
762
800
851
0.84
0.85
0.86
0.87
0.88
5V 500
5V 530
5V 560
5V 600
5V 630
1270
1346
1422
1524
1600
0.84
0.85
0.85
0.87
0.87
8V 1000
8V 1060
8V 1120
8V 1180
8V 1250
2540
2692
2845
2997
3175
0.87
0.87
0 88
0.89
0.90
3V 355
3V 375
3V 400
3V 425
3V 450
902
952
1016
1079
1143
0.90
0.91
0.92
0.93
0.94
5V 670
5V 710
5V 750
5V 800
5V 850
1702
1803
1905
2032
2159
0.88
0.89
0.90
0.91
0.92
8V 1320
8V 1400
8V 1500
8V 1600
8V 1700
3353
3556
3810
4064
4318
0.91
0.92
0.93
0.93
0.94
3V 475
3V 500
3V 530
3V 560
3V 600
1206
1270
1346
1422
1524
0.95
0.96
0.97
0.98
0.99
5V 900
5V 950
5V 1000
5V 1060
5V 1120
2286
2413
2540
2692
2845
0.93
0.94
0.95
0.96
0.96
8V 1800
8V 1900
8V 2000
8V 2120
8V 2240
4572
4826
5080
5385
5690
0.95
0.96
0.97
0.98
0.98
3V 630
3V 670
3V 710
3V 750
3V 800
1600
1702
1803
1905
2032
1.00
1.01
1.02
1.03
1.04
5V 1180
5V 1250
5V 1320
5V 1400
5V 1500
2997
3175
3353
3556
3810
0.97
0.98
0.99
1.00
1.01
8V 2360
8V 2500
8V 2650
8V 2800
8V 3000
5994
6350
6731
7112
7620
0.99
1.00
1.01
1.02
1.03
3V 850
3V 900
3V 950
3V 1000
3V 1060
2159
2286
2413
2540
2692
1.05
1.07
1.07
1.08
1.09
5V 1600
5V 1700
5V 1800
5V 1900
5V 2000
4064
4318
4572
4826
5080
1.02
1.03
1.04
1.05
1.06
8V 3150
8V 3350
8V 3550
8V 3750
8V 4000
8001
8509
9017
9525
10160
1.03
1.04
1.05
1.06
1.07
3V 1120
3V 1180
3V 1250
3V 1320
3V 1400
2845
2997
3175
3353
3556
1.11
1.11
1.13
1.14
1.15
5V 2120
5V 2240
5V 2360
5V 2500
5V 2650
5385
5690
5994
6350
6731
1.07
1.07
1.08
1.09
1.10
8V 4250
8V 4500
8V 4750
8V 5000
8V 5300
10795
11430
12065
12700
13462
1.08
1.09
1.09
1.10
1.11
3V 1500
3V 1600
3V 1700
3V 1800
3V 1900
3810
4064
4318
4572
4826
1.16
1.17
1.18
1.19
1.20
5V 2800
5V 3000
5V 3150
5V 3350
5V 3550
7112
7620
8001
8509
9017
1.11
1.12
1.13
1.14
1.15
8V 5600
8V 6000
8V 6300
14224
15240
16002
1.12
1.13
1.13
3V 2000
5080
1.21
5V 3750
5V 4000
9525
10160
1.16
1.17
© Arntz OPTIBELT Group, Germany 77
DRIVE CALCULATION
Length factor c3 for OPTIBELT Wedge belts and kraftbands
Table 26
Profile 5*
Datum
length
[mm]
c3
172
202
248
277
292
312
327
334
347
364
387
418
437
487
512
524
542
566
612
0.87
0.91
0.95
0.97
0.99
1.00
1.01
1.01
1.02
1.03
1.05
1.06
1.07
1.10
1.11
1.11
1.12
1.13
1.15
Profile Y/6*
Datum
length
[mm]
c3
280
295
315
330
350
370
390
415
440
465
490
515
555
615
725
765
865
0.97
0.99
1.00
1.01
1.02
1.04
1.05
1.06
1 07
1.09
1.10
1.11
1.13
1.15
1.19
1.20
1.23
Profile 8
Datum
length
[mm]
299*0.86
334*0.88
374*0.91
419*0.93
444*0.94
469*0.95
494*0.97
549*0.99
579*1.00
594*1.01
619*1.01
649*1.02
689*1.04
729*1.05
769*1.06
819*1.08
869 1.09
894 1.10
919 1.10
969 1.11
1019 1.13
1139 1.15
1269 1.18
1339 1.19
1419 1.20
1519 1.22
Profile C/22, CX/X22
1458
1558
1658
1858
1958
2058
2178
2298
2418
2558
2708
2858
3058
3208
3608
3808
4058
4308
4558
4808
0.80
0.81
0.83
0.85
0.86
0.87
0.88
0.89
0.90
0.92
0.93
0.94
0.95
0.96
0.99
1.00
1.01
1.03
1.04
1.05
5058
5358
5658
6058
6358
6758
7158
7558
8058
9058
10058
1.06
1.07
1.09
1.10
1.11
1.13
1.14
1.15
1.17
1.19
1.22
c3
Profile
Profile
Profile
Z/10, ZX/X10 A/13, AX/X13 B/17, BX/X17
Datum
length
[mm]
c3
422*0.86
447*0.87
472*0.88
497*0.89
522*0.90
552*0.92
582*0.93
622 0.94
652 0.95
692 0.96
732 0.98
822 1.00
847 1.01
887 1.02
922 1.02
947 1.03
997 1.04
1022 1.05
1082 1.06
1142 1.07
1172 1.08
1202 1.08
1272 1.10
1342 1.11
1422 1.12
1522 1.14
1622 1.15
Datum
length
[mm]
660 0.80
740 0.82
780 0.83
830 0.85
880 0.86
930 0.87
980 0.88
1030 0.89
1090 0.90
1150 0.91
1210 0.92
1280 0.94
1350 0.95
1430 0.96
1530 0.97
1630 0.99
1730 1.00
1830 1.01
1930 1.02
2030 1.03
2150 1.05
2270 1.06
2390 1.07
2530 1.08
2680 1.10
2830 1.11
3030 1.12
3180 1.14
3380 1.15
3780 1.17
4030 1.19
4530 1.22
5030 1.24
Profile 25
1311
1461
1561
1661
1761
1861
1961
2061
2181
2301
2421
2561
2711
2861
3061
3211
3411
3611
3811
4061
0.75
0.77
0.78
0.79
0.80
0.81
0.82
0.83
0.85
0.86
0.87
0.88
0.89
0.90
0.92
0.93
0.94
0.95
0.96
0.98
4311
4561
4811
5061
5361
5661
6061
6361
6761
7161
7561
8061
9061
10061
11261
12561
c3
Datum
length
[mm]
c3
900 0.81
990 0.83
1040 0.84
1100 0.85
1140 0.85
1220 0.87
1290 0.88
1360 0.89
1440 0.90
1540 0.92
1640 0.93
1740 0.94
1840 0.95
1940 0.97
2040 0.98
2160 0.99
2280 1.00
2400 1.01
2590 1.03
2690 1.04
2840 1.05
3040 1.06
3190 1.07
3390 1.09
3590 1.10
3790 1.11
4040 1.13
4290 1.14
4540 1.15
4790 1.17
5040 1.18
5340 1.19
5640 1.20
6040 1.22
6340 1.23
Profile D/32
0.99
1.00
1.01
1.02
1.04
1.05
1.06
1.07
1.09
1.10
1.11
1.13
1.15
1.18
1.20
1.23
3225
3425
3625
3825
4075
4325
4575
4825
5075
5375
5675
6075
6375
6775
7175
7575
8075
8575
9075
9575
0.86
0.87
0.88
0.89
0.91
0.92
0.93
0.94
0.95
0.96
0.98
0.99
1.00
1.01
1.03
1.04
1.05
1.06
1.08
1.09
10075
10675
11275
11875
12575
13275
14075
15075
16075
Profile 20
Datum
length
[mm]
c3
948 0.75
998 0.76
1048 0.77
1168 0.79
1228 0.80
1298 0.81
1368 0.82
1448 0.83
1548 0.85
1648 0.86
1848 0.88
2048 0.91
2168 0.92
2298 0.93
2408 0.94
2548 0.95
2698 0.96
2848 0.98
3048 0.99
3198 1.00
3398 1.01
3598 1.03
3798 1.04
4048 1.05
4298 1.06
4548 1.08
4798 1.09
5048 1.10
5348 1.11
5648 1.13
6048 1.14
6348 1.15
7148 1.18
8048 1.21
Profile E/40
1.10
1.11
1.13
1.14
1.15
1.16
1.18
1.19
1.21
4830 0.92
5080 0.93
5380 0.94
5680 0.95
6080 0.96
6380 0.97
6780 0.99
7180 1.00
7580 1.01
8080 1.03
8580 1.04
9080 1.05
9580 1.06
10080 1.07
10680 1.09
11280 1.10
11880 1.11
12580 1.12
13280 1.14
14080 1.15
15080 1.17
16080 1.18
*Raw edge, moulded cogged V-belts
78 © Arntz OPTIBELT Group, Germany
DRIVE CALCULATION
Guidelines for Selecting the Suitable Profiles for V-belts and
Kraftbands
By using the following diagrams, the most suitable belt
profiles as far as efficiency and size are concerned, can be
selected for a specific application. The most efficient power
transmission and economy is achieved by selecting as large
a pulley diameter as possible for the profile in question. The
limits to be observed are the maximum allowed circumferential speed, namely for
high performance wedge beltsvmax = 55 m/s*;
for classic V-belts
vmax = 30 m/s.
If the circumferential speed is outside this recommendation,
please contact our Application Engineering Department.
Experience has shown that minimum pulley diameters should
be avoided. These drives require a larger number of belts
with wider pulleys and are therefore more expensive.
In borderline cases we recommend using the next smaller
profile belt for the same pulley diameter, as the smaller
profile will often save both cost and space. A further
recommended solution is the use of the raw edge optibelt
SUPER X-POWER M=S V-belts.
Furthermore, we recommend evaluating if the intersection
point in the selection diagram is in the limit values of two
profiles.
Comparing space requirement and costs, the high
­performance wedge belt is usually far superior to classic
V-belts in almost all industrial drives. For this reason,
new constructions use high performance wedge belts almost
­exclusively. Only in special cases, for replacement parts, or
for V-flat drives or special cases where the application of
classic V-belts is o
­ bligatory.
Speed of the small pulley nk [rpm]
Diagram 1: optibelt VB classic V-belts DIN 2215
Design power PB = P · c2 [kW]
* v > 42 m/sec. Please consult our Application Engineering Department.
© Arntz OPTIBELT Group, Germany 79
DRIVE CALCULATION
Guidelines for Selecting the Suitable Profiles for V-belts and
Kraftbands
m
m
0
10
m
m
to
dk
m
m
m
0
dk
d
dk
to
63
d
d
dk
to
to
40
25
0
0
m
m
m
m
m
0
25
to
dk
d
d
dk
to
d
dk
18
0
to
m
m
18
0
d
Speed of the small pulley nk [rpm]
Diagram 2: optibelt SK high performance wedge belts DIN 7753 Part 1
Design power PB = P · c2 [kW]
Speed of the small pulley nk [rpm]
Diagram 3: optibelt SK high performance wedge belts USA standard RMA/MPTA
Design power PB = P · c2 [kW]
80 © Arntz OPTIBELT Group, Germany
DRIVE CALCULATION
Guidelines for Selecting the Suitable Profiles for V-belts and
Kraftbands
Speed of the small pulley nk [rpm]
Diagram 4: optibelt SUPER X-POWER M=S wedge belts
s
d dk
bi
0
10
mm
s
d dk
bi
0
18
mm
s
d dk
bi
0
18
mm
s
d dk
bi
0
25
mm
d dk
b
is
0
25
mm
s
d dk
bi
0
40
mm
Design power PB = P · c2 [kW]
Speed of the small pulley nk [rpm]
Diagram 5: optibelt SUPER TX M=S V-belts
Design power PB = P · c2 [kW]
© Arntz OPTIBELT Group, Germany 81
DRIVE CALCULATION
Minimum Allowance x/y for Adjusting Centre Distance anom
Table 27: optibelt SK wedge belts
Datum length
[mm]
Minimum
allowance x [mm] –
for tensioning
Minimum allowance y [mm] – for easy fitting
SPZ, XPZ
SPA, XPA
SPB, XPB
SPC, XPC
487
≤670
10
10
10
—
—
>670
≤ 1 000
15
15
15
—
—
> 1 000 ≤ 1 250
20
15
15
—
—
> 1 250 ≤
1 800
25
202020—
> 1 800 ≤
2 240
25
20202025
> 2 240 ≤
3 000
35
20202030
> 3 000 ≤
4 000
45
20202030
> 4 000 ≤
5 000
55
20202530
> 5 000 ≤
6 300
70
25253035
> 6 300 ≤
8 000
85
25253540
> 8 000 ≤
10 000
110
30303545
> 10 000 ≤ 12 500
135
—
—
35
45
> 12 500 ≤ 15 000
150
—
—
45
55
> 15 000 ≤ 18 000
190
—
—
45
55
Table 28: optibelt SK wedge belts
Datum length
Outside length
[mm]
Minimum
allowance x [mm] –
for tensioning
Minimum allowance y [mm] – for easy fitting
3V/9N,
3VX/9NX
5V/15N,
5VX/15NX
8V/25N
>265
≤400 > 673
≤ 1 016
15
15
—
—
>400
≤ 475
> 1 016 ≤ 1 206
20
15
—
—
>475
≤ 710
> 1 206 ≤ 1 803
25
20
20
—
>710
≤ 850
> 1 803 ≤ 2 159
25
20
20
—
>850
≤ 1 180
> 2 159 ≤
2 997
35202040
> 1 180 ≤ 1 600
> 2 997 ≤
4 064
45202040
> 1 600 ≤ 2 000
> 4 064 ≤
5 080
55202540
> 2 000 ≤ 2 500
> 5 080 ≤ 6 350
70
—
30
45
> 2 500 ≤ 3 150
> 6 350 ≤ 8 001
85
—
35
45
> 3 150 ≤ 4 000
> 8 001 ≤ 10 160
110
—
35
50
> 4 000 ≤ 5 000
> 10 160 ≤ 12 700
135
—
35
50
> 5 000 ≤ 6 000
> 12 700 ≤ 15 240
150
—
45
60
> 6 000 ≤ 7 100
> 15 240 ≤ 18 034
190
—
45
60
82 © Arntz OPTIBELT Group, Germany
DriVe calculaTiOn
MiNiMuM AllowANCE X/Y foR ADJuStiNg CENtRE DiStANCE anom
Table 29: optibelt VB classic V-belts
Datum length
[mm]
Minimum
allowance x [mm] –
for tensioning
Minimum allowance y [mm] – for easy fitting
5
Y/6
8
Z/10, A/13, B/17,
ZX/X10 AX/X13 BX/X17
20
C/22,
CX/X22
25
D/32
e/40
≤
200
5
10
—
—
—
—
—
—
—
—
—
—
>
200 ≤
250
5
10
10
—
—
—
—
—
—
—
—
—
>
250 ≤
315
5
10
10
10
10
—
—
—
—
—
—
—
>
315 ≤
670
10
—
—
10
10
10
10
—
—
—
—
—
>
670 ≤ 1 000
15
—
—
10
15
15
15
—
—
—
—
—
> 1 000 ≤ 1 250
20
—
—
15
15
15
15
20
20
—
—
—
> 1 250 ≤ 1 800
25
—
—
15
20
20
20
20
25
25
—
—
> 1 800 ≤ 2 240
25
—
—
20
20
20
20
25
25
30
35
—
> 2 240 ≤ 3 000
35
—
—
—
20
20
20
25
30
30
35
40
> 3 000 ≤ 4 000
45
—
—
—
20
20
20
25
30
30
35
40
> 4 000 ≤ 5 000
55
—
—
—
20
20
20
30
30
30
35
40
> 5 000 ≤ 6 300
70
—
—
—
—
20
25
35
35
35
40
45
> 6 300 ≤ 8 000
85
—
—
—
—
20
25
40
40
40
45
50
> 8 000 ≤ 10 000
110
—
—
—
—
25
25
40
45
45
45
50
> 10 000 ≤ 12 500
135
—
—
—
—
—
30
40
45
45
50
55
> 12 500 ≤ 15 000
150
—
—
—
—
—
40
50
55
55
60
65
> 15 000 ≤ 18 000
190
—
—
—
—
—
40
50
55
55
60
65
© ArnTz OPTIBELT GrOuP, GErmAny
83
DRIVE CALCULATION
Minimum Allowance x/y for Adjusting Centre Distance anom
Table 30: optibelt KB kraftbands with wedge belts
Datum length
[mm]
Outside length
[mm]
Minimum
allowance x [mm] –
for tensioning
Minimum allowance y [mm] – for easy fitting
SPZ, 3V/9J
SPA, SPB,
5V/15J
8V/25J
SPC
475
≤ 710 1 206 ≤ 1 803
25
35
40
—
—
>710
≤ 850
> 1 803 ≤ 2 159
25
35
40
—
—
>850
≤ 1 180
> 2 159 ≤
2 99735
354080—
> 1 180 ≤ 1 600
> 2 997 ≤
4 06445
35408080
> 1 600 ≤ 2 000
> 4 064 ≤
5 08055
40458585
> 2 000 ≤ 2 500
> 5 080 ≤
6 35070
45508585
> 2 500 ≤ 3 150
> 6 350 ≤
8 00185
50559595
> 3 150 ≤ 4 000
> 8 001 ≤
10 160
110
50559595
> 4 000 ≤ 5 000
> 10 160 ≤
12 700
135
—609595
> 5 000 ≤ 6 000
> 12 700 ≤ 15 240
150
—
70
105 105
> 6 000 ≤ 7 100
> 15 240 ≤ 18 034
190
—
85
120 120
Note: For kraftbands in profiles SPZ, SPA, SPB and SPC please take into account the datum lengths.
For raw edge kraftbands the same x/y values apply.
Table 31: optibelt KB kraftbands with classic V-belts
Length
[mm]
Minimum
allowance x [mm] –
for tensioning
Minimum allowance y [mm] – for easy fitting
A/HA
B/HB
C/HC
D/HD
1 200 ≤ 1 800
25
30
35
—
—
> 1 800 ≤ 2 240
25
30
35
—
—
> 2 240 ≤
3 000
35
303550 85
> 3 000 ≤
4 000
45
303550 85
> 4 000 ≤
5 000
55
304055 90
> 5 000 ≤
6 300
70
354560 90
> 6 300 ≤
8 000
85
455565100
> 8 000 ≤
10 000
110
455565100
> 10 000 ≤
12 500
135
506075100
> 12 500 ≤
15 000
150
607085110
> 15 000 ≤
18 000
190
708595125
84 © Arntz OPTIBELT Group, Germany
DRIVE CALCULATION
Formulas and calculation example
Drive machine
Operating conditions
Driven machine
3-phase motor
P = 132 kW
n1= 1485 rpm
Star delta start
Starting torque MA = 0.65 MN
Daily operation: approx. 18 hours
Number of starts: one per day
Operating conditions:
normal room temperature, no exposure
to oil, water or dust
Drive centre distance: between
1300 and 1500 mm, variable
Pulley diameter: dd1 ≤ 300 mm
Fan
P = 132 kW
n2 = 825 ± 15 rpm
Start-up: under load
Type of loading: continuous
Note: The calculation takes into account the standard specified according to ISO for datum diameter dd
(formerly pitch diameter dw) and datum length Ld (formerly pitch length Lw).
Calculation example
Formulas
Load factor
c2 from table 23, page 75
c2 = 1.3
Design power
PB = P · c2
PB = 132 · 1.3 = 171.6 kW
Selection of belt profile
from diagram 2, page 80
Speed ratio
n1 dd2
i = =
n2 dd1
SPB
1485
i = = 1.8
825
Datum diameter of the grooved pulley
dd1 selected from table 15, page 52
dd1 = 280 mm selected
dd2 = dd1 · i
dd2 = 280 mm · 1.8 = 504
dd1 =
dd2
i
dd2 = 500 mm selected from table 15, page 52
© Arntz OPTIBELT Group, Germany 85
DRIVE CALCULATION
Formulas and calculation example
Calculation example
Formulas
Verification of driven unit speed
ivorh
=
n2 vorh =
500
= 1.79
280
1485
= 830 min-1
n2 vorh=
1.79
dd2
ivorh =
dd1
n1
ivorh
required:
825 ± 15 rpm
(requirement met)
Drive centre distance (preliminary choice)
recommended: a > 0.7 (ddg + ddk)
a < 2
a = 1400 mm selected
(ddg + ddk)
Datum length of the V-belt
Ldth ≈ 2 a + 1.57 (ddg + ddk) +
2202
Ldth ≈ 2 · 1400 + 1.57 · 780 + ≈ 4033 mm
4 · 1400
(ddg – ddk)2
4a
actual:
next standard length selected from page 27
Ldth = 2 a · sin
β
2
+
π
2
(ddg + ddk) +
α·π
180°
(ddg – ddk)
LdSt = 4000 mm
Centre distance
Calculated from LdSt and Ldth
LdSt – Ldth
(if LdSt > Ldth) anom ≈ a +
2
Ldth – LdSt
(if LdSt < Ldth) anom ≈ a –
2
4033 – 4000
anom ≈ 1400 – ≈ 1383.5 mm
2
actual:
anom
π
LdSt – (ddg + ddk)
2
= +
4
[
]
π
2
2
LdSt – 2 (ddg + ddk) – (ddg – ddk)
8
4
Minimum allowance x/y for adjusting centre distance anom
x ≥ 45 mm / y ≥ 20 mm
x/y from table 28, page 82
Speed and flex rate of belt
v =
fb=
86 ddk · nk
19100
2 · 1000 · v
LdSt
(vmax ≈ 55 m/s)
v =
(fB max ≈ 100 s-1)
fb=
© Arntz OPTIBELT Group, Germany
280 · 1485
19100
= 21.76 m/s
2 · 1000 · 21.76
4000
= 10.88 s-1
DRIVE CALCULATION
Formulas and calculation example
Calculation example
Formulas
Arc of contact and correction factor
ddg – ddk
anom
β° approximate and c1 from table 22, page 74
ddg – ddk
β
actual: cos =
2 anom
2
500 – 280
1383.5
β ≈ 170°
c1= 1.0
= 0.16
}
linearly interpolated
Length factor
c3 = 1.02
c3 from table 24, page 76
Nominal power per belt
{
ddk = 280 mm
i = 1.79
PN for
nk = 1485 min-1
profile SPB
from table 43, page 100
PN = 20.63 + 1.24 = 21.87 kW
Number of belts
z=
P · c2
132 · 1.3
z =
= 7.69
21.87 · 1.0 · 1.02
PN · c1 · c3
suggested:
8 optibelt SK wedge belts SPB 4000 Ld S=C plus
Profile SPB:
Minimum static tension per belt
(multiply by factor 1.3 at initial installation)
T ≈
500 · (2.04 – c1) · PB
c1 · z · v
+ k · v2
k from diagram 8, page 138
Minimum static shaft load
(multiply by factor 1.3 at initial installation)
β
Sa ≈ 2 T · sin · z
2
T ≈
500 · (2.04 – 1.0) · 171.6
1.0 · 8 · 21.76
initial installation:
T = 593 N · 1.3 = 771 N
+ 0.19 · 473.5 ≈ 593 N
Sa ≈ 2 · 593 · 0.9962 · 8 ≈ 9452 N
initial installation:
Sa = 9452 N · 1.3 = 12288 N
Belt deflection
Ea ≈ E · L
100
E from diagram 8, page 138
β
L = anom · sin
2
2.7 · 1378
≈ 37 mm
Ea ≈ 100
E ≈ 2.7 mm
L = 1383.5 · 0.9962 = 1378 mm
© Arntz OPTIBELT Group, Germany 87
DriVe calculaTiOn
optibelt caP
The drive requires:
– 8 piece(s) optibelt SK wedge belts SPC 6300 Ld S=C plus
–
–
–
–
optibelt
optibelt
optibelt
optibelt
KS V-grooved pulley for taper bushes TB SPC 400-8
TB taper bush 4545 (bore diameter 55-110 mm)
KS V-grooved pulleys for taper bushes TB SPC 800-8
TB taper bush 5050 (bore diameter 70-125 mm)
Deviations/notes
Type of driver unit
Type of driven unit
Calculation power
Drive power
Torque at driver pulley
Driver speed
effective driven speed
Datum diameter pulley 1
Datum diameter pulley 2
Datum length
Actual centres
Actual drive ratio
Adjustment required for belt installation
Adjustment required for belt tensioning
:
:
PB:
p:
M:
n1:
n 2:
dd1:
dd2:
L d:
a:
i:
y:
x:
electric motor
fans > 7.5 kw
364.00 kW
260.00 kw
1399 Nm
1775 1/min
888 1/min
400.00 mm
800.00 mm
6300 mm
2198.40 mm
2.00
35.00 mm
70.00 mm
Actual load factor
Belt speed
Flex rate
nominal power per belt
Arc of contact factor
Belt length factor
Arc of contact on small pulley
Pulley face width
Span length
c 2:
v:
f B:
P N:
c 1:
c 3:
β:
b 2:
<:
Calculated number of belts
Weight of drive
zth:
6.94
276.87 kg
Sast:
Sast:
Sadyn:
23653 N
18195 N
10283 N
Static shaft load at initial installation
Static shaft load at re-tensioning
Dynamic shaft load
1.61
37.17
11.80
51.84
0.99
1.02
169.60
212.50
2189.30
Tensioning methods
for raised c2 = 1.40
1. OPTIKRIK II + III
2. Belt deflection with tension gauge
3. Length addition per 1000 mm belt length
4. OPTIBELT frequency tension tester
m/s
1/s
kW
–1 1/min
–1.60 mm
0.1 %
Dynamic balancing required
°
mm
mm
for raised c2 = 1.40
Initial installation
new belts
operating tension
existing belts
static tension per V-belt:
1484 N
1142 N
test load:
125 N
125 N
deflection:
41 mm
51 mm
:
5.7 mm
4.3 mm
frequency:
14.3 1/s
12.6 1/s
regarding liability concerning this drive design we refer to our Terms and Conditions.
88
© ArnTz OPTIBELT GrOuP, GErmAny
POWER RATINGS
optibelt RED POWER 3 ProfilE SPZ, 3V/9N, 3V/9J
Nominal Power Rating PN [kW] for β = 180° and Ld = 1600 mm
Pulleys
v [m/s]
Table 32
Statically balanced
5
O
10
O
15
O
20
O
25
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
63
71
80
85
90
95
100
112
125
132
140
150
160
180
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
200 to to to
1.051.261.57
700 0.720.961.221.371.511.661.802.142.502.702.923.193.474.024.56
950 0.921.241.581.781.972.162.352.803.293.543.844.204.565.285.99
1450 1.301.762.272.562.833.123.404.064.755.145.566.086.607.638.63
2850 2.163.003.944.444.945.445.937.088.288.929.61
10.46
11.29
12.84
14.26
100 0.130.180.220.240.260.290.310.370.430.460.490.540.590.670.77
200 0.250.320.410.460.490.540.590.700.800.860.941.021.101.281.45
300 0.360.460.580.650.710.780.841.001.161.251.361.491.611.862.11
400 0.460.590.740.830.921.011.091.301.511.631.761.932.092.422.75
500 0.540.720.911.021.121.221.331.581.851.992.162.362.562.963.36
600 0.640.841.071.191.321.441.561.862.182.352.542.783.023.493.96
700 0.720.961.221.371.511.661.802.142.502.702.923.193.474.024.56
800 0.801.071.371.541.691.862.022.402.823.043.293.603.914.525.14
900 0.891.191.511.691.882.062.242.663.133.373.664.014.345.035.70
1000 0.961.301.661.862.062.262.462.933.433.714.024.394.785.526.26
1100 1.041.401.802.022.232.462.683.193.744.034.374.795.206.016.80
1200 1.121.501.932.172.412.652.883.444.034.364.725.165.606.487.34
1300 1.191.612.082.332.582.833.083.684.334.675.055.536.016.957.86
1400 1.261.722.212.482.753.023.293.944.624.985.395.906.417.408.38
1500 1.331.812.342.632.923.203.494.184.905.285.726.266.807.858.88
1600 1.401.912.472.773.083.383.704.425.175.586.056.627.198.299.36
1700 1.482.002.592.933.243.563.894.645.455.886.376.977.568.719.84
1800 1.542.102.723.063.413.744.084.875.726.176.687.317.939.13
10.30
1900 1.612.202.843.203.563.914.275.105.996.466.987.648.299.54
10.75
2000 1.672.282.963.353.724.094.455.336.256.747.307.978.649.94
11.18
2100 1.732.383.083.483.864.264.645.546.507.027.588.298.99
10.32
11.60
2200 1.792.463.203.614.024.424.825.766.767.287.888.609.32
10.69
12.01
2300 1.852.563.323.744.164.584.995.987.017.558.168.929.65
11.06
12.40
2400 1.912.643.443.884.314.745.176.187.257.818.449.229.97
11.41
12.77
2500 1.972.723.554.014.454.915.346.387.498.068.719.50
10.27
11.75
13.13
2600 2.032.813.664.134.605.065.526.597.728.328.989.79
10.58
12.08
13.48
2700 2.092.883.774.264.745.215.686.797.948.569.24
10.07
10.87
12.40
13.80
2800 2.142.963.884.384.875.365.846.988.178.809.49
10.33
11.15
12.70
14.11
2900 2.203.053.984.505.005.516.017.188.399.029.73
10.60
11.42
12.98
14.40
3000 2.243.124.094.625.145.656.177.368.609.259.97
10.85
11.69
13.26
14.68
3100 2.293.194.194.735.275.806.327.548.819.47
10.20
11.09
11.94
13.52
14.93
3200 2.343.284.304.855.405.946.477.729.019.68
10.43
11.33
12.18
13.76
15.17
3300 2.393.354.394.965.526.076.627.909.209.89
10.64
11.56
12.42
14.00
15.37
3400 2.443.424.495.065.646.206.778.069.40
10.09
10.86
11.77
12.64
14.22
15.58
3500 2.483.484.585.175.766.346.908.229.59
10.28
11.05
11.98
12.84
14.41
15.74
3600 2.533.554.675.285.886.477.048.399.77
10.48
11.26
12.18
13.04
14.60
15.90
3700 2.583.624.765.395.996.597.188.549.94
10.66
11.44
12.36
13.22
14.77
16.03
3800 2.62 3.68 4.85 5.48 6.11 6.72 7.31 8.6910.1010.8211.6212.5413.4014.9216.14
3900 2.66 3.76 4.94 5.58 6.22 6.84 7.44 8.8410.2710.9911.7812.7113.5715.0616.22
4000 2.70 3.82 5.03 5.68 6.32 6.95 7.56 8.9910.4211.1511.9412.8613.7215.1816.28
4100 2.75 3.88 5.11 5.77 6.42 7.07 7.69 9.1210.5711.3012.1013.0113.8515.2816.32
4200 2.78 3.94 5.18 5.87 6.53 7.18 7.80 9.2510.7211.4512.2413.1513.9815.3616.33
4300 2.82 4.00 5.27 5.95 6.62 7.28 7.92 9.3810.8511.5812.3713.2714.0915.4216.32
4400 2.86 4.04 5.34 6.04 6.72 7.38 8.03 9.5010.9811.7112.4913.3914.1815.4716.28
4500 2.89 4.10 5.41 6.12 6.82 7.49 8.14 9.6211.1011.8312.6113.4914.2715.4916.21
4600 2.93 4.15 5.50 6.20 6.90 7.58 8.24 9.7311.2111.9412.7113.5814.3415.4916.13
4700 2.96 4.21 5.56 6.29 7.00 7.68 8.34 9.8411.3212.0512.8013.6614.4015.4816.01
4800 2.99 4.26 5.63 6.36 7.08 7.76 8.44 9.9511.4212.1412.8913.7314.4415.4415.86
4900 3.02 4.31 5.70 6.43 7.15 7.85 8.5310.0411.5112.2312.9713.7914.4615.3815.68
5000 3.05 4.36 5.76 6.50 7.24 7.93 8.6210.1411.6012.3013.0313.8214.4715.3115.48
5100 3.08 4.40 5.82 6.58 7.31 8.02 8.7010.2211.6812.3713.0913.8514.4715.2215.25
5200 3.11 4.44 5.88 6.64 7.38 8.09 8.7710.3011.7512.4313.1313.8714.4515.1014.99
5300 3.13 4.49 5.94 6.71 7.45 8.16 8.8610.3711.8112.4813.1613.8714.4114.95
5400 3.16 4.52 5.99 6.77 7.51 8.23 8.9210.4411.8712.5313.1913.8614.3614.78
5500 3.18 4.56 6.04 6.83 7.57 8.29 8.9910.5011.9212.5613.2013.8414.2914.59
5600 3.20 4.60 6.10 6.88 7.63 8.36 9.0510.5611.9512.5813.2013.8014.2114.39
5800 3.24 4.67 6.18 6.98 7.74 8.47 9.1610.6612.0012.6013.1613.6813.9813.88
6000 3.28 4.73 6.26 7.07 7.84 8.57 9.2510.7312.0112.5813.0813.5013.69
6200 3.30 4.79 6.34 7.15 7.92 8.64 9.3210.7612.0012.5012.9513.2713.33
6400 3.32 4.82 6.40 7.21 7.98 8.70 9.3810.7911.9412.4012.7612.9712.89
6600 3.344.876.467.268.038.759.41
10.78
11.86
12.24
12.53
12.61
6800 3.354.906.497.318.068.779.43
10.74
11.72
12.05
12.24
12.18
7000 3.364.926.527.338.098.789.42
10.67
11.54
11.81
11.89
11.69
vmax ≤ 55 m/s
7200 3.364.936.547.348.098.779.40
10.57
11.34
11.51
11.50
7400 3.354.936.547.348.088.759.34
10.44
11.09
11.17
11.03
7600 3.344.936.547.338.058.709.26
10.28
10.79
10.78
v > 42 m/s.
7800 3.324.926.527.308.008.639.17
10.09
10.45
10.33
Please consult our
8000 3.304.916.497.267.948.549.059.86
10.06
Application Engineering
8200 3.264.876.447.207.868.448.909.619.64
Department.
8400 3.234.846.387.137.768.308.749.329.16
0.010.060.090.11
0.010.090.120.15
0.020.130.190.23
0.040.260.370.46
0.000.010.010.02
0.000.020.030.03
0.000.030.040.05
0.010.040.050.06
0.010.050.070.08
0.010.060.080.10
0.010.060.090.11
0.010.070.110.13
0.010.080.120.15
0.010.090.130.16
0.020.100.140.18
0.020.110.160.19
0.020.120.170.21
0.020.130.180.23
0.020.140.200.24
0.020.150.210.26
0.020.160.220.27
0.030.170.240.29
0.030.180.250.31
0.030.190.260.32
0.030.190.280.34
0.030.200.290.35
0.030.210.300.37
0.030.220.320.39
0.040.230.330.40
0.040.240.340.42
0.040.250.350.44
0.040.260.370.45
0.040.270.380.47
0.040.280.390.48
0.040.290.410.50
0.050.300.420.52
0.050.310.430.53
0.050.310.450.55
0.050.320.460.56
0.050.330.470.58
0.050.340.490.60
0.05 0.35 0.50 0.61
0.06 0.36 0.51 0.63
0.06 0.37 0.53 0.64
0.06 0.38 0.54 0.66
0.06 0.39 0.55 0.68
0.06 0.40 0.57 0.69
0.06 0.41 0.58 0.71
0.06 0.42 0.59 0.73
0.07 0.43 0.60 0.74
0.07 0.44 0.62 0.76
0.07 0.44 0.63 0.77
0.07 0.45 0.64 0.79
0.07 0.46 0.66 0.81
0.07 0.47 0.67 0.82
0.07 0.48 0.68 0.84
0.08 0.49 0.70 0.85
0.08 0.50 0.71 0.87
0.08 0.51 0.72 0.89
0.08 0.52 0.74 0.90
0.08 0.54 0.76 0.93
0.09 0.56 0.79 0.97
0.09 0.57 0.81 1.00
0.09 0.59 0.84 1.03
0.090.610.871.06
0.100.630.891.10
0.100.650.921.13
0.100.670.951.16
0.110.690.971.19
0.110.701.001.22
0.110.721.031.26
0.110.741.051.29
0.120.761.081.32
0.120.781.101.35
RED POWER 3
30 O
35
O
40
O
Dynamically balanced (for details see DIN 2211)
v [m/s]
Pulleys
Note: Pulley diameters shown are outside diameters for sections 3V/9N, 3V/9J.
© Arntz OPTIBELT Group, Germany 89
POWER RATINGS
optibelt RED POWER 3 ProfilE SPA
Nominal Power Rating PN [kW] for β = 180° and Ld = 2500 mm
Pulleys
v [m/s]
Table 33
5
O
Statically balanced
10
O
15
O
20
O
25
O
30
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
90
95
100
112
125
132
140
150
160
180
200
250
280
700 1.611.852.082.643.243.563.944.394.845.746.647.698.82
10.10
11.59 0.020.150.210.26
950 2.062.382.693.434.224.665.145.746.347.528.69
10.08
11.56
13.24
15.14 0.030.200.290.36
1450 2.883.343.794.886.056.677.388.269.13
10.84
12.52
14.50
16.57
18.90
21.52 0.050.310.440.54
2850 4.69 5.53 6.35 8.2910.3611.4412.6514.1515.6018.4021.0223.9526.8229.7032.41 0.09 0.61 0.87 1.07
100 0.310.350.380.480.580.620.680.770.840.981.131.311.491.701.96 0.000.020.030.04
200 0.560.640.710.891.071.181.281.431.571.852.142.472.823.243.71 0.010.040.060.07
300 0.790.901.011.261.541.681.852.062.272.683.083.584.094.695.39 0.010.060.090.11
400 1.011.151.301.631.982.172.402.662.943.484.014.645.336.107.00 0.010.090.120.15
500 1.221.391.561.982.412.652.923.253.594.254.915.686.527.488.57 0.020.110.150.19
600 1.421.621.822.322.833.123.433.834.225.005.776.707.688.81
10.10 0.020.130.180.22
700 1.611.852.082.643.243.563.944.394.845.746.647.698.82
10.10
11.59 0.020.150.210.26
800 1.802.062.332.963.654.014.424.935.456.477.468.669.94
11.38
13.04 0.030.170.240.30
900 1.972.272.573.284.034.444.905.476.057.188.299.61
11.02
12.62
14.46 0.030.190.270.34
1000 2.152.472.813.584.424.865.386.006.627.879.10
10.54
12.08
13.84
15.83 0.030.220.310.37
1100 2.322.683.043.884.795.285.836.527.208.549.88
11.45
13.13
15.01
17.17 0.040.240.340.41
1200 2.482.873.254.185.165.696.297.037.769.22
10.66
12.35
14.14
16.16
18.47 0.040.260.370.45
1300 2.643.063.484.465.526.086.737.528.329.88
11.41
13.22
15.13
17.29
19.72 0.040.280.400.49
1400 2.803.243.684.755.886.487.168.028.86
10.52
12.16
14.08
16.10
18.37
20.93 0.050.300.430.52
1500 2.953.433.905.036.236.867.608.509.40
11.16
12.88
14.90
17.04
19.43
22.08 0.050.320.460.56
1600 3.113.604.105.296.587.258.028.989.91
11.77
13.60
15.72
17.95
20.45
23.21 0.050.340.490.60
1700 3.25 3.78 4.31 5.57 6.91 7.62 8.44 9.4310.4312.3814.2916.5118.8421.4324.29 0.06 0.37 0.52 0.64
1800 3.40 3.95 4.51 5.83 7.24 7.99 8.84 9.9010.9312.9714.9617.2919.7022.3725.30 0.06 0.39 0.55 0.67
1900 3.53 4.12 4.70 6.08 7.56 8.35 9.2410.3411.4213.5615.6418.0420.5323.2826.27 0.06 0.41 0.58 0.71
2000 3.67 4.28 4.90 6.34 7.88 8.70 9.6410.7811.9214.1216.2718.7721.3424.1427.18 0.07 0.43 0.61 0.75
2100 3.80 4.44 5.08 6.59 8.20 9.0510.0211.2112.3814.6916.9119.4622.1224.9728.03 0.07 0.45 0.64 0.79
2200 3.92 4.60 5.26 6.83 8.51 9.4010.3911.6312.8515.2317.5220.1522.8525.7528.84 0.07 0.47 0.67 0.82
2300 4.06 4.75 5.44 7.07 8.81 9.7210.7612.0513.3115.7618.1120.8123.5626.5029.57 0.08 0.50 0.70 0.86
2400 4.18 4.90 5.62 7.31 9.1010.0611.1212.4413.7416.2718.6821.4424.2327.1930.24 0.08 0.52 0.73 0.90
2500 4.30 5.04 5.78 7.54 9.3810.3711.4812.8414.1716.7619.2422.0424.8827.8330.84 0.08 0.54 0.76 0.94
2600 4.42 5.18 5.95 7.75 9.6710.6811.8213.2214.5917.2419.7822.6225.4828.4331.38 0.09 0.56 0.79 0.97
2700 4.52 5.33 6.11 7.98 9.9510.9912.1713.6015.0017.7120.2923.1726.0428.9831.85 0.09 0.58 0.82 1.01
2800 4.64 5.46 6.28 8.2010.2211.2912.4913.9715.4118.1720.7823.7026.5729.4732.24 0.09 0.60 0.86 1.05
2900 4.75 5.59 6.43 8.4010.4911.5812.8214.3215.7918.6121.2624.2027.0629.9232.57 0.10 0.62 0.89 1.09
3000 4.85 5.72 6.58 8.6010.7411.8713.1314.6616.1619.0321.7124.6627.5230.3032.81 0.10 0.65 0.92 1.12
3100 4.96 5.84 6.73 8.8110.9912.1413.4315.0016.5219.4422.1425.1027.9230.6232.96 0.10 0.67 0.95 1.16
3200 5.05 5.96 6.88 9.0011.2312.4113.7315.3216.8719.8222.5525.5128.2830.9033.05 0.11 0.69 0.98 1.20
3300 5.15 6.08 7.01 9.1911.4712.6714.0015.6417.2120.2022.9325.8828.6131.1233.05 0.11 0.71 1.01 1.24
3400 5.24 6.20 7.15 9.3711.7012.9214.2815.9417.5320.5423.2926.2228.9031.26 0.11 0.73 1.04 1.27
3500 5.33 6.31 7.28 9.5511.9313.1614.5616.2217.8420.8823.6326.5329.1231.34 0.12 0.75 1.07 1.31
3600 5.41 6.42 7.40 9.7212.1413.4014.8116.5118.1421.1923.9426.8129.3231.37 0.12 0.77 1.10 1.35
3700 5.50 6.52 7.52 9.8912.3513.6315.0616.7818.4221.4924.2327.0429.4531.33 0.12 0.80 1.13 1.39
3800 5.58 6.62 7.6410.0612.5513.8615.3017.0318.7021.7724.4927.2429.54 0.13 0.82 1.16 1.42
3900 5.65 6.72 7.7610.2112.7414.0615.5317.2818.9522.0224.7227.4129.58 0.13 0.84 1.19 1.46
4000 5.72 6.80 7.8710.3612.9414.2715.7417.5119.1922.2624.9227.5429.57 0.13 0.86 1.22 1.50
4100 5.80 6.90 7.9810.5113.1214.4615.9517.7419.4222.4825.1027.6229.51 0.14 0.88 1.25 1.54
4200 5.86 6.98 8.0910.6413.2814.6516.1517.9419.6222.6725.2627.6829.39 0.14 0.90 1.28 1.57
4300 5.93 7.07 8.1810.7813.4514.8216.3318.1319.8222.8525.3827.70 0.14 0.93 1.31 1.61
4400 5.99 7.14 8.2710.9113.6114.9916.5118.3119.9923.0025.4827.66 0.15 0.95 1.34 1.65
4500 6.04 7.21 8.3611.0313.7515.1616.6818.4820.1623.1425.5427.59 0.15 0.97 1.37 1.69
4600 6.08 7.28 8.4511.1513.9015.3016.8418.6420.3023.2325.5627.48 0.15 0.99 1.41 1.72
4700 6.14 7.34 8.5311.2614.0315.4316.9718.7820.4423.3225.56 0.16 1.01 1.44 1.76
4800 6.18 7.40 8.6011.3514.1515.5617.1018.9020.5623.3925.54 0.16 1.03 1.47 1.80
4900 6.23 7.46 8.6811.4514.2715.6817.2219.0120.6523.4225.46 0.16 1.05 1.50 1.84
5000 6.26 7.51 8.7411.5414.3615.7917.3319.1020.7223.4425.37 0.17 1.08 1.53 1.87
5100 6.30 7.56 8.8011.6314.4615.8917.4219.1920.7823.4225.24 0.17 1.10 1.56 1.91
5200 6.32 7.61 8.8611.7014.5615.9717.5119.2620.8323.3825.08 0.17 1.12 1.59 1.95
5300 6.35 7.64 8.9011.7714.6316.0617.5819.3120.8623.32 0.18 1.14 1.62 1.99
5400 6.37 7.68 8.9511.8314.7016.1217.6319.3420.8623.23 0.18 1.16 1.65 2.02
5500 6.40 7.70 8.9911.8914.7616.1817.6819.3720.8423.11 0.18 1.18 1.68 2.06
5600 6.41 7.74 9.0211.9414.8116.2217.7119.3820.8222.97 0.19 1.21 1.71 2.10
5700 6.42 7.75 9.0511.9814.8416.2517.7219.3720.7622.80 0.19 1.23 1.74 2.13
5800 6.42 7.78 9.0712.0114.8816.2717.7219.3320.6922.60 0.19 1.25 1.77 2.17
5900 6.43 7.79 9.1012.0514.9016.2817.7219.3020.60 0.20 1.27 1.80 2.21
6000 6.43 7.79 9.1112.0614.9016.2817.7019.2420.50 0.20 1.29 1.83 2.25
6100 6.42 7.79 9.1212.0714.9016.2617.6519.1520.35 0.20 1.31 1.86 2.28
6200 6.41 7.79 9.1212.0814.8916.2417.6019.0620.21 0.21 1.33 1.89 2.32
6300 6.40 7.79 9.1212.0714.8816.2017.5318.9420.03
0.21 1.36 1.92 2.36
vmax ≤ 55 m/s
6400 6.37 7.78 9.1112.0614.8416.1517.4618.8019.84 0.21 1.38 1.96 2.40
6500 6.36 7.75 9.1012.0514.8116.0817.3618.6619.61 0.22 1.40 1.99 2.43
6600
6.32
7.73
9.07
12.01
14.75
16.01
17.24
18.49
0.22
1.42
2.02
2.47
v > 42 m/s.
6700
6.30
7.70
9.05
11.98
14.69
15.91
17.12
18.30
0.22
1.44
2.05
2.51
Please consult our
6800
6.26
7.67
9.01
11.94
14.60
15.82
16.98
18.10
0.23
1.46
2.08
2.55
Application Engineering
6900
6.22
7.63
8.98
11.88
14.52
15.70
16.82
17.87
0.23
1.49
2.11
2.58
Department.
7000
6.17
7.58
8.93
11.82
14.42
15.56
16.64
17.63
0.23
1.51
2.14
2.62
RED POWER 3
35 O
40
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
90 224
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
315 to to to
1.051.261.57
© Arntz OPTIBELT Group, Germany
Pulleys
POWER RATINGS
optibelt RED POWER 3 ProfilE SPB, 5V/15N, 5V/15J
Nominal Power Rating PN [kW] for β = 180° and Ld = 3550 mm
Pulleys
v [m/s]
Table 34
Statically balanced
5
O
10
O
15
O
20
O
25
O
30
O
35
O
40
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
140
150
160
180
200
224
250
280
315
335
355
375
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
400 to to to
1.051.261.57
700 4.82 5.57 6.32 7.80 9.2811.0212.8915.0217.4818.8820.2621.6223.33 0.050.330.470.58
950 6.23 7.22 8.2110.1812.1114.4116.8619.6622.8624.6626.4528.2130.38 0.070.450.640.78
1450 8.8010.2611.7014.5417.3520.6524.1628.0932.5435.0237.4339.7942.65 0.110.690.971.20
2850 14.5317.0519.5424.3528.9334.1239.3444.7650.2452.9355.26 0.211.351.922.35
100 0.891.011.131.371.611.902.212.562.963.203.433.663.950.01
0.05
0.07
0.08
200 1.631.872.102.573.023.584.164.845.626.066.506.957.490.01
0.09
0.13
0.16
300 2.332.683.013.684.365.166.027.018.148.789.43
10.07
10.870.02
0.14
0.20
0.25
400 2.993.433.884.765.646.687.819.10
10.57
11.42
12.25
13.09
14.120.03
0.19
0.27
0.33
500 3.62 4.16 4.72 5.81 6.89 8.17 9.5511.1212.9413.9715.0016.0217.28 0.040.240.340.41
600 4.22 4.88 5.53 6.82 8.09 9.6111.2413.1015.2416.4617.6618.8620.35 0.040.280.400.49
700 4.82 5.57 6.32 7.80 9.2811.0212.8915.0217.4818.8820.2621.6223.33 0.050.330.470.58
800 5.40 6.24 7.09 8.7610.4312.4014.5116.9119.6821.2422.7924.3226.22 0.060.380.540.66
900 5.95 6.90 7.84 9.7111.5613.7416.0918.7621.8223.5325.2526.9329.02 0.070.430.610.74
1000 6.50 7.54 8.5810.6312.6615.0617.6320.5623.8925.7827.6229.4631.72 0.070.470.670.82
1100 7.03 8.17 9.3011.5313.7416.3619.1422.3125.9227.9529.9431.9134.33 0.080.520.740.91
1200 7.55 8.7810.0012.4214.8017.6220.6224.0127.8930.0532.1834.2736.84 0.090.570.810.99
1300 8.06 9.3810.6913.2815.8418.8522.0625.6829.8032.0934.3436.5539.25 0.100.620.871.07
1400 8.56 9.9711.3614.1416.8520.0623.4727.3031.6434.0636.4238.7441.54 0.100.660.941.15
1500 9.0510.5412.0214.9617.8421.2424.8428.8733.4335.9538.4240.8243.73 0.110.711.011.24
1600 9.5211.1012.6715.7718.8222.3926.1730.4135.1637.7840.3342.8045.79 0.120.761.081.32
1700 9.9811.6513.3116.5719.7623.5227.4731.8836.8239.5242.1444.6947.74 0.120.811.141.40
1800 10.4312.1913.9217.3420.6924.6128.7333.3138.4041.1843.8746.4549.54 0.130.851.211.48
1900 10.8712.7114.5318.1121.6025.6729.9534.6839.9142.7745.4948.1251.22 0.140.901.281.57
2000 11.3013.2215.1218.8422.4826.7031.1336.0041.3644.2647.0249.6652.74 0.150.951.341.65
2100 11.7213.7315.7019.5623.3327.7132.2637.2642.7245.6648.4451.0654.12 0.150.991.411.73
2200 12.1314.2116.2620.2724.1628.6833.3638.4744.0246.9749.7452.3655.36 0.161.041.481.81
2300 12.5314.6916.8020.9524.9729.6034.4039.6145.2248.1750.9453.5156.41 0.171.091.551.90
2400 12.9215.1417.3421.6125.7530.5235.4140.7046.3349.2852.0154.5257.31 0.181.141.611.98
2500 13.3015.5917.8622.2626.5131.3836.3741.7247.3650.2852.9755.3958.04 0.181.181.682.06
2600 13.6716.0318.3522.8827.2332.2137.2742.6748.3151.1853.7856.1158.60 0.191.231.752.14
2700 14.0216.4518.8423.4827.9433.0038.1443.5649.1551.9754.4856.68 0.201.281.822.23
2800 14.3616.8619.3124.0628.6133.7638.9444.3849.9152.6355.0357.08 0.211.331.882.31
2900 14.6917.2619.7624.6229.2434.4839.7145.1350.5653.1855.45 0.211.371.952.39
3000 15.0117.6320.2025.1529.8635.1540.4045.8051.1153.62 0.221.422.022.47
3100 15.3118.0020.6225.6730.4435.7841.0546.4051.5553.92 0.231.472.082.56
3200 15.6118.3521.0226.1631.0036.3841.6546.9251.89 0.231.522.152.64
3300 15.8918.6821.4126.6331.5236.9442.1847.3652.10 0.241.562.222.72
3400 16.1619.0121.7827.0732.0237.4442.6647.72 0.251.612.292.80
3500 16.4219.3222.1327.4932.4737.9143.0748.00 0.261.662.352.89
3600 16.6719.6122.4627.8932.9038.3343.4348.18 0.261.712.422.97
3700 16.9019.8822.7828.2533.2938.7043.7248.29 0.271.752.493.05
3800 17.1120.1523.0828.6033.6539.0243.93 0.281.802.553.13
3900 17.3220.3923.3528.9133.9639.3044.09 0.291.852.623.21
4000 17.5120.6223.6029.2034.2539.5344.17 0.291.892.693.30
4100 17.6920.8223.8429.4634.5039.7044.20 0.301.942.763.38
4200 17.8421.0224.0629.6934.7039.8244.15 0.311.992.823.46
4300
18.00
21.19
24.25
29.89
34.87
39.89
0.32
2.04
2.89
3.54
4400
18.13
21.35
24.42
30.07
35.00
39.90
0.32
2.08
2.96
3.63
4500
18.24
21.49
24.58
30.22
35.10
39.86
0.33
2.13
3.03
3.71
4600
18.35
21.61
24.71
30.34
35.15
39.77
0.34
2.18
3.09
3.79
4700
18.43
21.72
24.82
30.42
35.16
0.34
2.23
3.16
3.87
4800
18.50
21.80
24.90
30.47
35.12
0.35
2.27
3.23
3.96
4900
18.56
21.86
24.96
30.49
35.05
0.36
2.32
3.29
4.04
5000
18.60
21.91
25.01
30.48
34.93
0.37
2.37
3.36
4.12
5100
18.62
21.94
25.02
30.43
34.76
0.37
2.42
3.43
4.20
5200
18.64
21.95
25.01
30.36
34.56
0.38
2.46
3.50
4.29
5300
18.62
21.94
24.98
30.24
0.39
2.51
3.56
4.37
5400
18.60
21.90
24.92
30.10
0.40
2.56
3.63
4.45
5500
18.55
21.84
24.84
29.92
0.40
2.61
3.70
4.53
RED POWER 3
vmax ≤ 55 m/s
v > 42 m/s.
Please consult our
Application Engineering
Department.
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
Note: Pulley diameters shown are outside diameters for sections 5V/15N, 5V/15J.
© Arntz OPTIBELT Group, Germany 91
POWER RATINGS
optibelt RED POWER 3 ProfilE SPC
Nominal Power Rating PN [kW] for β = 180° and Ld = 5600 mm
Pulleys
v [m/s]
Table 35
5
O
Statically balanced
10
O
15
O
20
O
25
O
30
O
35
O
40
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
224
250
280
315
335
355
375
400
450
500
560
630
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
710 to to to
1.051.261.57
700 13.3116.6120.3824.7127.1729.5932.0034.9940.8746.6353.3861.0169.38 0.140.901.281.57
950 17.0821.4126.3331.9735.1438.2841.3845.1952.6659.8668.1677.3387.06 0.191.221.732.13
1450 23.6829.8336.7644.5748.9053.1457.2662.2871.7780.5189.9099.23
107.51 0.291.862.653.25
2850
34.84
43.91
53.33
62.76
67.33
71.27
0.57
3.67
5.20
6.38
50 1.341.621.962.332.542.762.963.233.764.284.915.636.440.01
0.06
0.09
0.11
100 2.483.023.654.374.785.185.596.117.128.119.30
10.68
12.240.02
0.13
0.18
0.22
150 3.554.345.266.316.907.508.108.83
10.31
11.76
13.50
15.52
17.780.04
0.26
0.37
0.45
200 4.56 5.60 6.79 8.17 8.95 9.7310.5111.4713.3915.3017.5720.1823.15 0.060.390.550.67
250 5.53 6.82 8.28 9.9810.9411.9012.8514.0516.4018.7421.5324.7328.36 0.070.450.640.78
300 6.48 8.00 9.7311.7512.8914.0215.1616.5619.3422.1025.3829.1733.43 0.080.510.730.90
350 7.40 9.1611.1613.4814.7816.0917.4019.0122.2225.3929.1633.5038.38 0.090.580.821.01
400 8.3010.2812.5415.1716.6418.1219.6021.4225.0428.6232.8637.7343.20 0.100.640.911.12
450 9.1811.3913.9116.8218.4820.1221.7623.7827.8031.7836.4841.8747.90 0.110.711.001.23
500 10.0312.4715.2518.4620.2722.0823.8826.1130.5334.8740.0145.9052.46 0.120.771.101.34
550 10.8713.5416.5620.0622.0424.0125.9728.3933.1937.9143.4849.8456.90 0.130.841.191.45
600 11.7014.5817.8621.6423.7725.9028.0130.6435.8040.8846.8653.6661.21 0.140.901.281.57
650 12.5215.6019.1323.1825.4927.7730.0232.8338.3643.7950.1657.3865.38 0.150.961.371.68
700 13.3116.6120.3824.7127.1729.5932.0034.9940.8746.6353.3861.0169.38 0.161.031.461.79
750 14.0917.6021.6026.2128.8131.3933.9537.1243.3349.4256.5164.5173.25 0.171.091.551.90
800 14.8618.5822.8127.6830.4333.1635.8639.1945.7452.1359.5667.9076.96 0.181.161.642.01
850 15.6119.5424.0129.1432.0334.9037.7341.2348.1154.7862.5271.1680.50 0.191.221.732.13
900 16.3620.4825.1830.5633.6036.6039.5843.2450.4057.3665.3974.3083.87 0.201.291.832.24
950 17.0821.4126.3331.9735.1438.2841.3845.1952.6659.8668.1677.3387.06 0.211.351.922.35
1000 17.8022.3227.4633.3536.6539.9143.1447.1154.8462.2970.8480.2090.00 0.221.412.012.46
1050 18.4923.2228.5734.6938.1441.5244.8748.9856.9864.6673.4082.9492.88 0.231.482.102.57
1100 19.1924.1029.6636.0239.5943.1046.5650.8159.0566.9275.8685.5495.48 0.241.542.192.69
1150 19.8724.9730.7437.3241.0044.6448.2252.6061.0769.1378.2387.9897.88 0.251.612.282.80
1200 20.5325.8131.7938.6042.4146.1449.8254.3263.0171.2480.4790.28
100.08 0.261.672.372.91
1250 21.1826.6532.8339.8543.7647.6251.4056.0264.9073.2782.6192.41
102.04 0.271.742.463.02
1300 21.8327.4733.8441.0645.1049.0652.9357.6666.7275.2384.6294.37
103.78 0.281.802.563.13
1350 22.4528.2734.8442.2646.4050.4554.4259.2468.4777.0886.5196.17
105.26 0.291.862.653.25
1400 23.0629.0635.8143.4347.6651.8255.8660.7970.1678.8488.2797.79
106.51 0.301.932.743.36
1450 23.6829.8336.7644.5748.9053.1457.2662.2871.7780.5189.9099.23
107.51 0.311.992.833.47
1500 24.2630.5937.6845.6850.1054.4258.6263.7173.3182.0891.40
100.49 0.322.062.923.58
1550 24.8431.3238.5946.7651.2855.6759.9465.1074.7783.5492.77
101.54 0.332.123.013.69
1600 25.4032.0539.4847.8152.4056.8761.2066.4276.1684.9294.00
102.41 0.342.193.103.80
1650 25.9632.7540.3448.8453.5158.0362.4267.6977.4786.1895.06
103.08 0.352.253.193.92
1700 26.5033.4341.1849.8254.5659.1663.5968.9078.7187.3496.00 0.362.313.294.03
1750 27.0134.1042.0050.7855.6060.2464.7270.0679.8588.3896.77 0.372.383.384.14
1800 27.5334.7642.7951.7156.5861.2765.7871.1580.9289.3297.39 0.382.443.474.25
1850 28.0235.4043.5652.6157.5362.2766.7972.1781.9090.1397.85 0.392.513.564.36
1900 28.5136.0144.3053.4758.4463.2067.7673.1482.7990.83 0.402.573.654.48
1950 28.9836.6145.0254.3059.3264.1068.6874.0483.5891.40 0.412.643.744.59
2000 29.4437.1945.7355.0960.1464.9669.5374.8884.2991.85 0.422.703.834.70
2050 29.8837.7546.3955.8660.9465.7670.3275.6584.9092.17 0.432.773.924.81
2100 30.3038.2947.0456.5861.6866.5271.0676.3485.4392.38 0.442.834.024.92
2150 30.7238.8147.6657.2662.3967.2171.7576.9785.85 0.452.894.115.04
2200 31.1239.3148.2557.9263.0567.8772.3777.5386.16 0.462.964.205.15
2250 31.5039.7948.8258.5463.6668.4772.9478.0186.38 0.473.024.295.26
2300 31.8640.2649.3659.1164.2469.0273.4478.4386.50 0.483.094.385.37
2350 32.2140.7049.8759.6564.7669.5273.8778.76 0.493.154.475.48
2400 32.5441.1250.3560.1465.2469.9574.2479.02 0.503.224.565.60
2450 32.8741.5250.8060.6165.6870.3374.5679.20 0.513.284.665.71
2500 33.1741.8951.2361.0266.0670.6674.8079.30 0.523.344.755.82
2550 33.4642.2551.6161.4066.4070.9374.9879.32 0.533.414.845.93
2600 33.7342.5951.9861.7466.6871.1475.0879.26 0.543.474.936.04
2650 33.9842.9052.3162.0366.9171.2975.12 0.553.545.026.16
2700 34.2243.1952.6262.2867.1071.3875.08 0.563.605.116.27
2750 34.4443.4552.8862.4867.2471.4074.98 0.573.675.206.38
2800 34.6443.6953.1262.6467.3171.3674.80 0.583.735.296.49
2850
34.84
43.91
53.33
62.76
67.33
71.27
0.59
3.79
5.39
6.60
2900
35.00
44.10
53.51
62.83
67.30
71.11
0.60
3.86
5.48
6.71
2950
35.15
44.28
53.64
62.86
67.21
70.88
0.61
3.92
5.57
6.83
3000
35.28
44.42
53.75
62.83
67.07
0.62
3.99
5.66
6.94
3050
35.40
44.54
53.82
62.76
66.88
0.63
4.05
5.75
7.05
3100
35.50
44.64
53.86
62.64
66.61
0.64
4.12
5.84
7.16
3150
35.57
44.70
53.86
62.46
0.65
4.18
5.93
7.27
vmax ≤ 55 m/s
3200
35.63
44.75
53.82
62.24
0.66
4.24
6.02
7.39
3250
35.66
44.77
53.75
61.97
0.67
4.31
6.12
7.50
3300
35.68
44.76
53.64
61.66
0.68
4.37
6.21
7.61
v > 42 m/s.
3350
35.68
44.72
53.50
0.69
4.44
6.30
7.72
Please consult our
3400
35.65
44.65
53.32
0.70
4.50
6.39
7.83
Application Engineering
3450
35.62
44.57
53.10
Department.
3500
35.56
44.45
52.84
RED POWER 3
v [m/s]
Dynamically balanced (for details see DIN 2211)
92 © Arntz OPTIBELT Group, Germany
Pulleys
POWER RATINGS
optibelt RED POWER 3 ProfilE 8V/25N, 8V/25J
Nominal Power Rating PN [kW] for β = 180° and 8V 2500/6350 mm La
Pulleys
v [m/s]
Table 36
Statically balanced
5
O
10
O
15
O
20
O
25
O
30
O
35
O
Outside diameter of small pulley dak [mm]
nk
[min-1]
335
355
375
425
450
475
500
530
560
600
630
710
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
800 to to to
1.051.261.57
700 33.8537.5741.2650.2754.6759.0063.2668.2873.1879.5484.1795.89
107.94 0.281.832.603.18
950 42.7247.4152.0163.1268.4573.6378.6584.4489.9996.97
101.89
113.58
124.01 0.382.483.524.32
1450 55.3461.1566.6879.3084.9090.0194.5899.36
103.31
107.21
109.06 0.593.795.386.60
50 3.363.704.034.855.275.686.086.567.067.708.189.46
10.880.02
0.13
0.19
0.23
100 6.28 6.91 7.55 9.12 9.9110.6911.4712.4113.3314.5715.4917.9420.66 0.040.260.370.45
150 9.00 9.9410.8613.1814.3215.4616.6017.9519.3121.1122.4526.0029.95 0.060.390.560.68
200 11.6212.8314.0417.0618.5520.0421.5323.3025.0727.4029.1533.7638.88 0.080.520.740.91
250 14.1415.6417.1220.8222.6624.4826.3028.4830.6433.4935.6241.2447.47 0.100.650.931.14
300 16.5718.3520.1124.4826.6428.8030.9433.4936.0239.3841.8848.4755.73 0.120.781.111.36
350 18.9520.9923.0028.0330.5232.9935.4438.3641.2745.1047.9555.4363.65 0.140.911.301.59
400 21.2523.5625.8431.4934.2837.0639.8243.0946.3450.6353.8162.1271.22 0.161.051.481.82
450 23.5026.0528.5834.8537.9441.0244.0647.6851.2555.9759.4568.5478.42 0.181.181.672.05
500 25.6828.4931.2638.1241.5144.8648.1752.1255.9961.1064.8774.6885.22 0.201.311.862.27
550 27.8230.8533.8841.3044.9648.5852.1556.3960.5866.0570.0780.4891.61 0.221.442.042.50
600 29.8833.1636.4144.3948.3152.1856.0060.5264.9770.7675.0285.9897.54 0.241.572.232.73
650 31.9035.4038.8747.3851.5555.6659.7164.4969.1775.2879.7391.12
103.00 0.261.702.412.96
700 33.8537.5741.2650.2754.6759.0063.2668.2873.1879.5484.1795.89
107.94 0.281.832.603.18
750 35.7539.6843.5653.0557.6762.2266.6771.8976.9983.5788.33
100.28
112.34 0.301.962.783.41
800 37.5841.7245.7955.7460.5665.2969.9175.3280.5887.3492.20
104.27
116.20 0.322.092.973.64
850 39.3643.6947.9558.3163.3268.2273.0078.5683.9590.8395.75
107.83
119.44 0.342.223.153.87
900 41.0845.5950.0360.7765.9571.0075.9181.6187.1094.0498.99
110.94
122.05 0.362.353.344.09
950 42.7247.4152.0163.1268.4573.6378.6584.4489.9996.97
101.89
113.58
124.01 0.382.483.524.32
1000 44.3049.1653.9265.3570.8176.0981.1987.0692.6399.59
104.45
115.72
125.27 0.402.613.714.55
1050 45.8350.8355.7367.4573.0278.3883.5489.4595.02
101.89
106.63
117.35
125.80 0.422.743.904.78
1100 47.2852.4357.4469.4275.0880.5285.7091.6097.12
103.86
108.43
118.44
125.57 0.442.884.085.00
1150 48.6653.9459.0871.2776.9982.4687.6593.5298.94
105.48
109.84
118.97 0.463.014.275.23
1200 49.9755.3760.6072.9778.7484.2289.3995.17
100.46
106.74
110.83
118.92 0.493.144.455.46
1250 51.1956.7062.0374.5480.3385.7990.9096.56
101.69
107.64
111.40
118.26 0.513.274.645.69
1300 52.3657.9663.3675.9681.7487.1692.1897.69
102.60
108.14
111.52 0.533.404.825.91
1350 53.4459.1164.5877.2382.9888.3293.2498.54
103.18
108.24
111.17 0.553.535.016.14
1400 54.4360.1865.6978.3584.0489.2794.0399.10
103.42 0.573.665.196.37
1450 55.3461.1566.6879.3084.9090.0194.5899.36
103.31 0.593.795.386.60
1500 56.1862.0267.5780.0985.5890.5294.8899.31
102.84 0.613.925.576.82
1550 56.9362.7868.3480.7186.0690.7994.91 0.634.055.757.05
1600 57.5863.4668.9881.1786.3490.8494.64 0.654.185.947.28
1650 58.1564.0169.4981.4486.4090.6494.12 0.674.316.127.51
1700 58.6264.4669.8981.5486.2690.1893.29 0.694.446.317.73
1750 58.9964.8070.1581.4385.8889.4792.16 0.714.576.497.96
1800
59.28
65.02
70.27
81.14
85.28
0.73
4.70
6.68
8.19
1850
59.45
65.12
70.26
80.66
84.46
0.75
4.84
6.86
8.42
1900
59.53
65.10
70.10
79.98
83.39
0.77
4.97
7.05
8.64
1950
59.51
64.96
69.82
79.08
82.08
0.79
5.10
7.23
8.87
2000
59.36
64.69
69.37
77.98
80.52
0.81
5.23
7.42
9.10
2050
59.12
64.30
68.77
0.83
5.36
7.61
9.33
2100
58.78
63.77
68.03
0.85
5.49
7.79
9.55
2150
58.31
63.11
67.12
0.87
5.62
7.98
9.78
2200
57.72
62.32
66.05
0.89
5.75
8.16
10.01
2250
57.01
61.38
64.82
0.91
5.88
8.35
10.23
RED POWER 3
vmax ≤ 55 m/s
v > 42 m/s.
Please consult our
Application Engineering
Department.
40
O
v [m/s]
Dynamically balanced (for details see USA standard RMA/MPTA)
Pulleys
© Arntz OPTIBELT Group, Germany 93
POWER RATINGS
optibelt BLUE POWER ProfilE SPB
Nominal Power Rating PN [kW] for β = 180° and Lw = 3550 mm
Pulleys
v [m/s]
Table 37
Pitch diameter of small pulley dwk [mm]
nk
[min-1]
180
190
200
212
224
236
250
280
315
355
375
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
400
1.051.261.57
700 8.72 9.9311.1212.5413.9715.3917.0420.5424.5729.0931.3334.09 0.09
0.60
0.85
1.04
95011.4813.0814.6616.5518.4220.2922.4627.0132.2138.0040.8144.25 0.13
0.81
1.16
1.42
145016.4618.7621.0323.7226.3628.9831.9638.1645.0152.2655.6459.61 0.19
1.24
1.76
2.16
285024.7428.0731.2334.7938.0741.0644.1749.3552.57 0.00 0.00 0.00 0.38
2.44
3.47
4.25
5
O
10
O
15
O
20
O
Dynamically balanced
25
O
30
O
35
O
40
O
45
O
50
O
1001.401.581.761.972.202.412.673.213.844.564.915.360.01
0.09
0.12
0.15
2002.703.053.423.854.274.705.196.267.508.929.62
10.500.03
0.17
0.24
0.30
3003.964.495.035.666.296.937.679.24
11.07
13.16
14.20
15.480.04
0.26
0.36
0.45
400 5.19 5.89 6.59 7.43 8.27 9.1110.0812.1714.5717.3018.6820.36 0.05
0.34
0.49
0.60
500 6.38 7.27 8.13 9.1710.2111.2412.4515.0217.9921.3523.0325.10 0.07
0.43
0.61
0.75
600 7.57 8.61 9.6310.8812.1113.3414.7717.8121.3225.2827.2429.68 0.08
0.51
0.73
0.89
700 8.72 9.9311.1212.5413.9715.3917.0420.5424.5729.0931.3334.09 0.09
0.60
0.85
1.04
800 9.8411.2012.5614.1815.7917.3919.2523.1827.7132.7735.2538.32 0.11
0.69
0.97
1.19
90010.9512.4613.9715.7617.5619.3321.3925.7630.7436.2939.0042.32 0.12
0.77
1.09
1.34
100012.0113.6915.3417.3219.2821.2423.4928.2433.6639.6542.5646.10 0.13
0.86
1.22
1.49
110013.0614.8816.6718.8320.9623.0725.5130.6336.4442.8145.8949.63 0.15
0.94
1.34
1.64
120014.0716.0317.9820.2922.5824.8427.4532.9339.0945.7949.0052.86 0.16
1.03
1.46
1.79
130015.0517.1519.2421.7024.1426.5429.3235.1141.5848.5551.8655.82 0.17
1.11
1.58
1.94
140016.0018.2320.4423.0625.6328.1831.1137.1743.9051.0954.4558.44 0.19
1.20
1.70
2.09
150016.9119.2821.6024.3627.0829.7532.8039.1246.0653.3756.7660.70 0.20
1.28
1.82
2.24
160017.7920.2722.7125.6128.4331.2234.4040.9448.0355.4058.7462.59 0.21
1.37
1.95
2.39
170018.6221.2123.7726.7829.7432.6235.9042.6250.3457.1560.4264.11 0.23
1.46
2.07
2.53
180019.4222.1224.7727.9030.9533.9237.3044.1451.3958.6061.7465.20 0.24
1.54
2.19
2.68
190020.1622.9625.7228.9432.0935.1438.5845.5152.7559.7562.7165.84 0.25
1.63
2.31
2.83
200020.8723.7626.6029.9233.1436.2539.7546.7353.8760.5863.2866.02 0.26
1.71
2.43
2.98
210021.5324.5027.4130.8134.0937.2540.8047.7754.7561.0563.4665.73 0.28
1.80
2.55
3.13
220022.1325.1928.1731.6334.9638.1641.7248.6455.3861.1763.2164.90 0.29
1.88
2.67
3.28
230022.6925.8228.8532.3735.7338.9542.5049.3155.7660.9162.5263.56 0.30
1.97
2.80
3.43
240023.2026.3829.4633.0136.4039.6243.1549.8055.8560.2761.3861.66 0.32
2.06
2.92
3.58
250023.6526.8830.0033.5736.9740.1743.6450.0855.6659.2159.7559.16 0.33
2.14
3.04
3.73
260024.0427.3130.4534.0537.4240.6043.9950.1555.1759.14 0.34
2.23
3.16
3.88
270024.3627.6630.8334.4137.7740.8844.1849.9954.3658.69 0.36
2.31
3.28
4.02
280024.6327.9631.1234.6938.0041.0344.2349.6353.24 0.37
2.40
3.40
4.17
290024.8428.1731.3234.8638.1141.0544.0949.0151.80 0.38
2.48
3.53
4.32
300024.9828.3131.4434.9238.0940.9243.7848.1749.99 0.40
2.57
3.65
4.47
310025.0528.3631.4634.8737.9440.6443.2947.91 0.41
2.66
3.77
4.62
320025.0528.3431.3934.7237.6640.1942.6247.42 0.42
2.74
3.89
4.77
330024.9828.2231.2234.4437.2439.5941.7647.13 0.44
2.83
4.01
4.92
340024.8428.0330.9434.0336.6838.8440.7046.70 0.45
2.91
4.13
5.07
350024.6127.7530.5633.5235.9737.9039.44 0.46
3.00
4.26
5.22
360024.3027.3730.0932.8735.1137.7839.42 0.48
3.08
4.38
5.37
370023.9326.8929.4832.0934.1037.2638.74 0.49
3.17
4.50
5.52
380023.4626.3228.7831.1832.9336.7338.06 0.50
3.26
4.62
5.66
3900
22.92
25.65
27.96
30.13
31.60
36.21
0.52
3.34
4.74
5.81
4000
22.27
24.88
27.01
28.92
30.10
35.68
0.53
3.43
4.86
5.96
4100
21.56
24.00
25.94
28.62
30.16
35.16
0.54
3.51
4.99
6.11
4200
20.73
23.02
24.75
27.83
29.29
0.56
3.60
5.11
6.26
4300
19.82
21.92
23.44
27.05
28.43
0.57
3.68
5.23
6.41
4400
18.82
20.72
21.99
26.26
0.58
3.77
5.35
6.56
4500
17.71
19.39
20.41
25.48
0.60
3.85
5.47
6.71
4600
17.22
18.63
19.66
0.61
3.94
5.59
6.86
4700
16.40
17.59
18.47
0.62
4.02
5.71
7.01
4800
15.58
16.55
0.64
4.11
5.84
7.15
4900
14.76
15.51
0.65
4.20
5.96
7.30
5000
13.93
14.46
0.66
4.28
6.08
7.45
5100
13.11
0.68
4.37
6.20
7.60
5200
12.29
0.69
4.45
6.32
7.75
5300
11.47
0.70
4.54
6.44
7.90
BLUE POWER
v > 50 m/s.
Please consult our
Application Engineering
Department.
v [m/s]
Dynamically balanced (DIN 2211)
Pulleys
Lw = Ld
94 © Arntz OPTIBELT Group, Germany
POWER RATINGS
optibelt BLUE POWER ProfilE SPC
Nominal Power Rating PN [kW] for β = 180° and Lw = 5600 mm
Pulleys
v [m/s]
Table 38
Pitch diameter of small pulley dwk [mm]
nk
[min-1]
280
300
315
335
355
375
400
450
500
560
630
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
700
1.051.261.57
70023.9028.1331.2835.4639.6143.7248.8358.8826.7380.1993.10
107.16 0.26
1.68
2.38
2.92
95031.1236.6540.7546.1951.5356.8363.3275.9888.10
101.89
116.82
132.16 0.35
2.27
3.23
3.96
145043.0650.6756.2563.5270.5677.3685.54
100.66
113.99
127.37
138.96
146.27 0.54
3.47
4.93
6.04
2850
49.11
1.06
6.82
9.68
11.87
502.022.342.592.933.253.583.994.825.636.627.769.060.02
0.12
0.17
0.21
1003.894.545.035.686.336.997.789.41
11.02
12.95
15.19
17.740.04
0.24
0.34
0.42
150 5.71 6.68 7.41 8.37 9.3410.3011.5113.9016.3019.1522.4726.25 0.06
0.36
0.51
0.62
200 7.49 8.78 9.7411.0212.2913.5715.1518.3321.4825.2629.6234.61 0.07
0.48
0.68
0.83
250 9.2510.8412.0313.6215.2016.7918.7622.6826.5931.2636.6742.80 0.09
0.60
0.85
1.04
30010.9812.8714.2916.1818.0719.9522.3026.9831.6337.1743.5850.83 0.11
0.72
1.02
1.25
5 35012.6714.8816.5218.7220.9023.0925.8031.2136.5842.9850.3658.69
0.13
0.84
1.19
1.46
40014.3516.8618.7321.2123.7026.1829.2635.3841.4548.6856.9966.35 0.15
0.96
1.36
1.67
45016.0018.8020.9023.6726.4629.2232.6639.4946.2654.2663.4873.79 0.17
1.08
1.53
1.87
50017.6320.7223.0326.1129.1832.2136.0143.5350.9559.7469.7981.00 0.19
1.20
1.70
2.08
55019.2422.6125.1428.5031.8535.1739.3047.4955.5565.0775.9287.98 0.20
1.32
1.87
2.29
60020.8224.4927.2230.8634.4838.0842.5551.3760.0670.2781.8694.67 0.22
1.44
2.04
2.50
65022.3726.3229.2633.1837.0640.9245.7255.1764.4475.3187.60
101.07 0.24
1.56
2.21
2.71
10 70023.9028.2931.2835.4639.6143.7248.8358.8868.7380.1993.10
107.16 0.26
1.68
2.38
2.92
75025.4029.8933.2537.6942.1046.4751.8862.5172.8784.9198.38
112.91 0.28
1.80
2.55
3.12
80026.8731.6435.1839.8944.5349.1554.8566.0476.8989.46
103.40
118.31 0.30
1.91
2.72
3.33
85028.3233.3537.0942.0346.9351.7757.7569.4580.7893.80
108.16
123.33 0.31
2.03
2.89
3.54
90029.7435.0138.9544.1349.2754.3360.5872.7784.5297.96
112.63
127.96 0.33
2.15
3.06
3.75
95031.1236.6540.7546.1951.5356.8363.3275.9888.10
101.89
116.82
132.16 0.35
2.27
3.23
3.96
100032.4838.2542.5348.1753.7559.2565.9879.0691.53
105.60
120.68
135.93 0.37
2.39
3.40
4.17
15 105033.8039.8044.2550.1255.9061.5968.5682.0394.79
109.09
124.22
139.22 0.39
2.51
3.57
4.37
110035.0841.3345.9552.0157.9963.8571.0584.8797.87
112.34
127.41
142.03 0.41
2.63
3.74
4.58
115036.3442.8047.5753.8460.0066.0573.4387.57
100.79
115.33
130.26
144.34 0.43
2.75
3.91
4.79
120037.5644.2349.1555.6261.9668.1775.7190.13
103.50
118.06
132.73
146.12 0.44
2.87
4.08
5.00
125038.7445.6150.6857.3363.8370.1877.9092.54
106.02
120.51
134.82
147.34 0.46
2.99
4.25
5.21
130039.8746.9652.1658.9865.6372.1179.9894.81
108.35
122.68
136.50
147.99 0.48
3.11
4.42
5.42
135040.9848.2453.5860.5667.3573.9681.9496.92
110.45
124.56
137.76
148.04 0.50
3.23
4.59
5.62
20 140042.0449.4854.9562.0868.9975.7183.8098.87
112.34
126.13
138.59
147.48 0.52
3.35
4.76
5.83
145043.0650.6756.2563.5270.5677.3685.54
100.66
113.99
127.37
138.96
146.27 0.54
3.47
4.93
6.04
150044.0351.8157.5064.8872.0378.9287.15
102.27
115.42
128.30
138.88
144.41 0.56
3.59
5.10
6.25
155044.9552.8958.6766.1873.4080.3688.63
103.71
116.61
128.88 0.57
3.71
5.27
6.46
160045.8553.9159.7967.4074.7081.7089.99
104.96
117.53
129.12 0.59
3.83
5.44
6.67
165046.6854.8860.8468.5375.8982.9291.22
106.02
118.20
129.00 0.61
3.95
5.61
6.87
170047.4655.7961.8269.5877.0084.0492.32
106.89
118.62
128.49 0.63
4.07
5.78
7.08
25 175048.2056.6362.7370.5577.9985.0493.25
107.56
118.75
127.62 0.65
4.19
5.95
7.29
180048.8957.4163.5771.4478.8985.9294.05
108.02
118.61 0.67
4.31
6.12
7.50
185049.5258.1464.3372.2479.6986.6794.71
108.28
118.17 0.68
4.43
6.29
7.71
190050.1158.7965.0372.9480.3787.3095.20
108.30
117.45 0.70
4.55
6.46
7.91
195050.8459.3765.6373.5680.9587.7995.55
108.12
116.41 0.72
4.67
6.63
8.12
200051.1059.8966.1674.0681.4188.1695.73
107.70
115.07 0.74
4.79
6.80
8.33
30 205051.5160.3466.6174.4881.7688.4095.75
107.44 0.76
4.91
6.97
8.54
210051.8660.7266.9874.8081.9888.4895.59
107.14 0.78
5.03
7.13
8.75
215052.1561.0167.2675.0382.0888.4295.27
106.84 0.80
5.15
7.30
8.96
220052.3761.2467.4575.1282.0788.2394.77 0.81
5.27
7.47
9.16
225052.5461.3967.5675.1481.9387.8894.08 0.83
5.39
7.64
9.37
230052.6461.4667.5875.0381.6587.8593.84 0.85
5.51
7.81
9.58
235052.6761.4567.4974.8281.2487.7793.43 0.87
5.62
7.98
9.79
35 240052.6461.3567.3174.4880.7087.6493.01 0.89
5.74
8.15
10.00
2450
52.54
61.17
67.05
74.03
80.02
87.51
0.91
5.86
8.32
10.21
2500
52.37
60.90
66.67
73.47
79.20
87.38
0.93
5.98
8.49
10.41
2550
52.12
60.55
66.21
73.33
78.88
87.25
0.94
6.10
8.66
10.62
2600
51.81
60.12
65.63
73.00
78.34
0.96
6.22
8.83
10.83
2650
51.42
59.58
64.95
72.66
77.79
0.98
6.34
9.00
11.04
2700
50.96
58.95
64.16
72.33
77.25
1.00
6.46
9.17
11.25
40 2750
50.43
58.24
63.27
72.00
76.70
1.02
6.58
9.34
11.46
2800
49.81
58.11
63.06
71.67
76.16
1.04
6.70
9.51
11.66
2850
49.11
57.67
62.48
71.33
75.61
1.06
6.82
9.68
11.88
2900
48.33
57.23
61.90
71.00
75.07
1.07
6.94
9.85
12.08
2950
47.47
56.79
61.33
1.09
7.06
10.02
12.29
3000
46.54
56.34
60.75
1.09
7.06
10.02
12.29
3050
46.54
55.90
60.17
1.13
7.27
10.32
12.60
45 3100
45.96
55.46
1.14
7.39
10.49
12.79
3150
45.38
55.01
1.16
7.50
10.65
12.98
3200
44.80
54.57
1.18
7.62
10.82
13.17
3250
44.22
1.20
7.74
10.99
13.37
v > 50 m/s.
3300
43.63
1.22
7.85
11.15
13.56
Please consult our
3350
43.05
1.23
7.97
11.32
13.75
3400
42.47
1.25
8.09
11.49
13.94
Application Engineering
3450
41.89
1.27
8.21
11.65
14.13
Department.
50
O
O
BLUE POWER
Dynamically balanced
O
O
O
O
O
O
O
O
v [m/s]
Dynamically balanced (DIN 2211)
Pulleys
Lw = Ld
© Arntz OPTIBELT Group, Germany 95
POWER RATINGS
optibelt BLUE POWER ProfilE 5V
Nominal Power Rating PN [kW] for β = 180° and Lw = 3550 mm
Pulleys
v [m/s]
Table 39
Pitch diameter of small pulley dwk [mm]
nk
[min-1]
180
190
200
212
224
236
250
280
315
355
375
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
400
1.051.261.57
700 8.72 9.9311.1212.5413.9715.3917.0420.5424.5729.0931.3334.09 0.09
0.60
0.85
1.04
95011.4813.0814.6616.5518.4220.2922.4627.0132.2138.0040.8144.25 0.13
0.81
1.16
1.42
145016.4618.7621.0323.7226.3628.9831.9638.1645.0152.2655.6459.61 0.19
1.24
1.76
2.16
285024.7428.0731.2334.7938.0741.0644.1749.3552.57 0.00 0.00 0.00 0.38
2.44
3.47
4.25
5
O
10
O
15
O
20
O
Dynamically balanced
25
O
30
O
35
O
40
O
45
O
50
O
1001.401.581.761.972.202.412.673.213.844.564.915.360.01
0.09
0.12
0.15
2002.703.053.423.854.274.705.196.267.508.929.62
10.500.03
0.17
0.24
0.30
3003.964.495.035.666.296.937.679.24
11.07
13.16
14.20
15.480.04
0.26
0.36
0.45
400 5.19 5.89 6.59 7.43 8.27 9.1110.0812.1714.5717.3018.6820.36 0.05
0.34
0.49
0.60
500 6.38 7.27 8.13 9.1710.2111.2412.4515.0217.9921.3523.0325.10 0.07
0.43
0.61
0.75
600 7.57 8.61 9.6310.8812.1113.3414.7717.8121.3225.2827.2429.68 0.08
0.51
0.73
0.89
700 8.72 9.9311.1212.5413.9715.3917.0420.5424.5729.0931.3334.09 0.09
0.60
0.85
1.04
800 9.8411.2012.5614.1815.7917.3919.2523.1827.7132.7735.2538.32 0.11
0.69
0.97
1.19
90010.9512.4613.9715.7617.5619.3321.3925.7630.7436.2939.0042.32 0.12
0.77
1.09
1.34
100012.0113.6915.3417.3219.2821.2423.4928.2433.6639.6542.5646.10 0.13
0.86
1.22
1.49
110013.0614.8816.6718.8320.9623.0725.5130.6336.4442.8145.8949.63 0.15
0.94
1.34
1.64
120014.0716.0317.9820.2922.5824.8427.4532.9339.0945.7949.0052.86 0.16
1.03
1.46
1.79
130015.0517.1519.2421.7024.1426.5429.3235.1141.5848.5551.8655.82 0.17
1.11
1.58
1.94
140016.0018.2320.4423.0625.6328.1831.1137.1743.9051.0954.4558.44 0.19
1.20
1.70
2.09
150016.9119.2821.6024.3627.0829.7532.8039.1246.0653.3756.7660.70 0.20
1.28
1.82
2.24
160017.7920.2722.7125.6128.4331.2234.4040.9448.0355.4058.7462.59 0.21
1.37
1.95
2.39
170018.6221.2123.7726.7829.7432.6235.9042.6250.3457.1560.4264.11 0.23
1.46
2.07
2.53
180019.4222.1224.7727.9030.9533.9237.3044.1451.3958.6061.7465.20 0.24
1.54
2.19
2.68
190020.1622.9625.7228.9432.0935.1438.5845.5152.7559.7562.7165.84 0.25
1.63
2.31
2.83
200020.8723.7626.6029.9233.1436.2539.7546.7353.8760.5863.2866.02 0.26
1.71
2.43
2.98
210021.5324.5027.4130.8134.0937.2540.8047.7754.7561.0563.4665.73 0.28
1.80
2.55
3.13
220022.1325.1928.1731.6334.9638.1641.7248.6455.3861.1763.2164.90 0.29
1.88
2.67
3.28
230022.6925.8228.8532.3735.7338.9542.5049.3155.7660.9162.5263.56 0.30
1.97
2.80
3.43
240023.2026.3829.4633.0136.4039.6243.1549.8055.8560.2761.3861.66 0.32
2.06
2.92
3.58
250023.6526.8830.0033.5736.9740.1743.6450.0855.6659.2159.7559.16 0.33
2.14
3.04
3.73
260024.0427.3130.4534.0537.4240.6043.9950.1555.1759.14 0.34
2.23
3.16
3.88
270024.3627.6630.8334.4137.7740.8844.1849.9954.3658.69 0.36
2.31
3.28
4.02
280024.6327.9631.1234.6938.0041.0344.2349.6353.24 0.37
2.40
3.40
4.17
290024.8428.1731.3234.8638.1141.0544.0949.0151.80 0.38
2.48
3.53
4.32
300024.9828.3131.4434.9238.0940.9243.7848.1749.99 0.40
2.57
3.65
4.47
310025.0528.3631.4634.8737.9440.6443.2947.91 0.41
2.66
3.77
4.62
320025.0528.3431.3934.7237.6640.1942.6247.42 0.42
2.74
3.89
4.77
330024.9828.2231.2234.4437.2439.5941.7647.13 0.44
2.83
4.01
4.92
340024.8428.0330.9434.0336.6838.8440.7046.70 0.45
2.91
4.13
5.07
350024.6127.7530.5633.5235.9737.9039.44 0.46
3.00
4.26
5.22
360024.3027.3730.0932.8735.1137.7839.42 0.48
3.08
4.38
5.37
370023.9326.8929.4832.0934.1037.2638.74 0.49
3.17
4.50
5.52
380023.4626.3228.7831.1832.9336.7338.06 0.50
3.26
4.62
5.66
3900
22.92
25.65
27.96
30.13
31.60
36.21
0.52
3.34
4.74
5.81
4000
22.27
24.88
27.01
28.92
30.10
35.68
0.53
3.43
4.86
5.96
4100
21.56
24.00
25.94
28.62
30.16
35.16
0.54
3.51
4.99
6.11
4200
20.73
23.02
24.75
27.83
29.29
0.56
3.60
5.11
6.26
4300
19.82
21.92
23.44
27.05
28.43
0.57
3.68
5.23
6.41
4400
18.82
20.72
21.99
26.26
0.58
3.77
5.35
6.56
4500
17.71
19.39
20.41
25.48
0.60
3.85
5.47
6.71
4600
17.22
18.63
19.66
0.61
3.94
5.59
6.86
4700
16.40
17.59
18.47
0.62
4.02
5.71
7.01
4800
15.58
16.55
0.64
4.11
5.84
7.15
4900
14.76
15.51
0.65
4.20
5.96
7.30
5000
13.93
14.46
0.66
4.28
6.08
7.45
5100
13.11
0.68
4.37
6.20
7.60
5200
12.29
0.69
4.45
6.32
7.75
5300
11.47
0.70
4.54
6.44
7.90
BLUE POWER
v > 50 m/s.
Please consult our
Application Engineering
Department.
v [m/s]
Dynamically balanced (DIN 2211)
Pulleys
Lw = Ld
96 © Arntz OPTIBELT Group, Germany
POWER RATINGS
optibelt BLUE POWER ProfilE 8V
Nominal Power Rating PN [kW] for β = 180° and 8V 2500/6350 mm Lw
Pulleys
v [m/s]
Table 40
Outside diameter of small pulley dak [mm]
nk
[min-1]
355
375
400
425
450
475
500
530
560
600
630
710
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
800
1.051.261.57
700 39.1445.4253.1960.8768.4976.0183.4492.23
100.88
112.20
120.48
141.79
164.21 0.533.414.835.93
950 49.80 57.85 67.75 77.46 86.98 96.29105.39116.03126.31139.48148.90172.07194.33 0.71 4.62 6.56 8.04
1450 63.83 74.19 86.60 98.39109.54119.98129.70140.34149.81160.51167.01 1.09 7.0510.0112.28
5
O
10
O
15
O
Dynamically balanced
20
O
25
O
30
O
35
O
40
O
45
O
50
O
50 3.433.934.565.185.816.447.067.808.559.55
10.29
12.26
14.490.04
0.24
0.35
0.42
100 6.61 7.59 8.8210.0511.2812.5013.7315.2016.6718.6220.0823.9728.32 0.080.490.690.85
150 9.6611.1312.9614.7816.6018.4220.2422.4324.6027.4829.6535.4141.83 0.110.731.041.27
200 12.6414.5917.0119.4221.8324.2326.6329.5032.3736.1839.0346.5955.05 0.150.971.381.69
250 15.5717.9820.9723.9726.9529.9332.9036.4640.0044.7048.2357.5567.96 0.191.221.732.12
300 18.4221.2924.8628.4231.9835.5239.0543.2747.4753.0657.2368.2680.53 0.231.462.072.54
350 21.2224.5428.6932.8036.9241.0145.0849.9754.8161.2566.0478.7192.74 0.261.702.422.96
400 23.9727.7332.4237.1041.7546.3851.0056.5061.9869.2374.6388.84
104.52 0.301.952.763.39
450 26.6630.8636.0941.3146.4951.6556.7862.9068.9877.0182.9898.66
115.86 0.342.193.113.81
500 29.2933.9239.6945.4351.1356.8062.4369.1375.7884.5691.07
108.12
126.70 0.382.433.454.23
550 31.8536.9043.2049.4555.6561.8167.9375.1982.3991.8898.90
117.19
137.00 0.412.683.804.66
600 34.3439.8246.6253.3760.0666.7073.2681.0788.7998.92
106.41
125.85
146.72 0.452.924.145.08
650 36.7842.6649.9557.1864.3471.4378.4486.7694.96
105.71
113.62
134.06
155.81 0.493.164.495.50
700 39.1445.4253.1960.8768.4976.0183.4492.23
100.88
112.20
120.48
141.79
164.21 0.533.414.835.93
750 41.4448.0956.3264.4672.4980.4388.2497.48
106.55
118.36
126.98
149.00
171.88 0.563.655.186.35
800 43.65 50.67 59.35 67.91 76.36 84.67 92.86102.51111.94124.18133.10155.67178.77 0.60 3.89 5.52 6.77
850 45.79 53.18 62.27 71.23 80.07 88.75 97.26107.28117.04129.67138.81161.76184.84 0.64 4.13 5.87 7.20
900 47.84 55.55 65.07 74.42 83.61 92.61101.44111.79121.84134.76144.09167.24190.05 0.68 4.38 6.21 7.62
950 49.80 57.85 67.75 77.46 86.98 96.29105.39116.03126.31139.48148.90172.07194.33 0.71 4.62 6.56 8.04
1000 51.67 60.03 70.29 80.35 90.17 99.76109.10119.98130.45143.77153.26176.22197.65 0.75 4.86 6.90 8.47
1050 53.45 62.10 72.72 83.08 93.18103.01112.56123.62134.23147.63157.09179.66199.95 0.79 5.11 7.25 8.89
1100 55.13 64.06 75.00 85.64 96.00106.04115.75126.97137.65151.05160.41182.35201.18 0.83 5.35 7.60 9.31
1150 56.71 65.91 77.13 88.03 98.60108.82118.66129.96140.67153.99163.18184.25201.29 0.87 5.59 7.94 9.74
1200 58.18 67.63 79.11 90.24101.01111.36121.30132.64143.30156.42165.40185.35200.24 0.90 5.84 8.2910.16
1250 59.56 69.22 80.95 92.27103.18113.64123.62134.95145.50158.35166.99185.60197.99 0.94 6.08 8.6310.58
1300 60.80 70.67 82.61 94.12105.14115.65125.64136.88147.28159.74167.99185.28 0.98 6.32 8.9811.01
1350 61.94 71.99 84.13 95.75106.85117.39127.33138.43148.60160.58168.34185.10 1.02 6.57 9.3211.43
1400 62.94 73.16 85.46 97.19108.32118.83128.69139.59149.45160.85168.01 1.05 6.81 9.6711.85
1450 63.83 74.19 86.60 98.39109.54119.98129.70140.34149.81160.51167.01 1.09 7.0510.0112.28
1500 64.58 75.05 87.57 99.40110.49120.82130.35140.66149.67159.56165.28 1.13 7.3010.3612.70
1550 65.20 75.77 88.34100.16111.17121.35130.63140.55149.53159.52 1.17 7.5410.7013.12
1600 65.69 76.33 88.93100.70111.59121.55130.54139.97149.39159.18 1.20 7.7811.0513.55
1650 66.02 76.72 89.31100.98111.71121.41130.05138.92149.25 1.24 8.0311.3913.97
1700 66.22 76.93 89.47101.02111.54120.93129.16137.41149.11 1.28 8.2711.7414.39
1750 66.26 76.97 89.43100.81111.06120.09127.86135.39 1.32 8.5112.0814.82
1800 66.16 76.83 89.17100.34110.26118.87127.58134.59 1.35 8.7612.4315.24
1850
65.90
76.50
88.68
99.60
109.16
117.29
126.88
1.39
9.00
12.77
15.66
1900
65.46
75.98
87.96
98.56
107.72
115.32
126.19
1.43
9.24
13.12
16.09
1950
64.86
75.26
87.00
97.26
105.94
112.95
125.50
1.47
9.49
13.46
16.51
2000
64.11
74.35
85.81
95.65
103.81
110.17
1.50
9.73
13.81
16.93
2050
63.15
73.22
84.35
95.46
103.84
109.36
1.54
9.97
14.16
17.36
2100
62.03
71.89
82.64
94.57
102.72
1.58
10.22
14.50
17.78
2150
60.73
70.35
80.67
93.67
101.59
1.62
10.46
14.85
18.20
2200
59.25
68.57
78.44
92.78
1.66
10.70
15.15
18.62
2250
59.25
68.57
78.44
91.89
1.69
10.95
15.54
19.05
2300
58.12
67.23
76.39
1.73
11.19
15.87
19.47
2350
57.19
66.12
74.88
1.77
11.43
16.22
19.89
2400
56.27
65.02
73.37
1.81
11.68
16.56
20.32
2450
55.34
63.92
1.84
11.92
16.90
20.74
2500
54.41
62.81
1.88
12.16
17.25
21.16
2550
53.49
61.71
1.92
12.41
17.59
21.59
2600
52.56
1.96
12.65
17.94
22.01
2650
51.63
2.00
12.89
18.28
22.43
2700
50.71
2.03
13.14
18.62
22.85
BLUE POWER
v > 50 m/s.
Please consult our
Application Engineering
Department.
v [m/s]
Dynamically balanced (USA standard RMA/MPTA)
Pulleys
Lw = Ld
© Arntz OPTIBELT Group, Germany 97
POWER RATINGS
optibelt SK ProfilE SPZ, 3V/9N, 3V/9J
Nominal Power Rating PN [kW] for β = 180° and Ld = 1600 mm
Pulleys
v [m/s]
Table 41
Statically balanced
5
O
10
O
15
O
20
O
25
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
63
71
80
85
90
95
100
112
125
132
140
150
160
180
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
200 to to to
1.051.261.57
700 0.500.680.881.001.111.221.331.601.882.032.202.422.633.053.47 0.010.060.090.11
950 0.630.871.141.291.441.591.742.082.462.662.893.173.454.004.54 0.010.090.120.15
1450 0.871.231.621.842.062.272.493.003.543.834.164.564.965.756.51 0.020.130.190.23
2850 1.382.032.743.133.523.904.275.156.076.557.087.728.349.50
10.55 0.040.260.370.46
100 0.100.130.160.180.200.220.240.280.330.350.380.420.450.520.59 0.000.010.010.02
200 0.180.240.300.340.370.410.440.520.610.660.710.780.850.981.12 0.000.020.030.03
300 0.250.330.430.480.530.580.630.750.880.951.031.131.231.421.62 0.000.030.040.05
400 0.320.430.550.620.680.750.810.971.141.231.341.471.591.852.10 0.010.040.050.06
500 0.380.510.660.750.830.910.991.191.391.511.631.791.952.262.57 0.010.050.070.08
600 0.440.600.780.870.971.071.161.391.641.771.922.112.292.663.02 0.010.060.080.10
700 0.500.680.881.001.111.221.331.601.882.032.202.422.633.053.47 0.010.060.090.11
800 0.550.760.991.121.241.371.501.792.122.292.482.722.963.443.91 0.010.070.110.13
900 0.610.841.091.241.381.521.661.992.352.542.753.023.293.814.33 0.010.080.120.15
1000 0.660.911.191.351.511.661.812.182.572.783.023.313.614.184.75 0.010.090.130.16
1100 0.710.981.291.461.631.801.972.372.793.023.283.603.924.545.16 0.020.100.140.18
1200 0.761.061.391.571.761.942.122.553.013.263.543.884.224.905.56 0.020.110.160.19
1300 0.801.121.481.681.882.072.272.733.233.493.794.164.525.245.95 0.020.120.170.21
1400 0.851.191.581.792.002.212.422.913.443.724.044.434.825.586.32 0.020.130.180.23
1500 0.891.261.671.892.122.342.563.083.643.944.284.695.115.916.69 0.020.140.200.24
1600 0.931.321.762.002.232.472.703.263.854.164.524.955.396.237.05 0.020.150.210.26
1700 0.981.391.852.102.352.592.843.424.054.384.755.215.666.557.40 0.020.160.220.27
1800 1.021.451.932.202.462.722.983.594.244.594.985.465.936.857.74 0.030.170.240.29
1900 1.061.512.022.292.572.843.113.754.434.805.205.706.197.158.07 0.030.180.250.31
2000 1.101.572.102.392.682.963.243.914.625.005.425.946.457.448.38 0.030.190.260.32
2100 1.131.632.182.482.783.083.374.074.815.205.646.176.707.728.68 0.030.190.280.34
2200 1.171.692.262.582.893.203.504.224.995.395.846.406.947.998.98 0.030.200.290.35
2300 1.201.742.342.672.993.313.634.385.175.586.056.627.188.259.26 0.030.210.300.37
2400 1.241.802.422.753.093.423.754.525.345.776.256.847.418.509.52 0.030.220.320.39
2500 1.271.852.492.843.193.533.874.675.515.956.447.047.638.749.77 0.040.230.330.40
2600 1.311.902.572.933.283.643.994.815.676.126.637.257.848.97
10.01 0.040.240.340.42
2700 1.341.962.643.013.383.744.104.955.836.306.817.448.059.19
10.24 0.040.250.350.44
2800 1.372.012.713.093.473.854.225.085.996.466.997.638.259.40
10.45 0.040.260.370.45
2900 1.402.052.783.173.563.954.335.226.146.637.167.818.449.60
10.64 0.040.270.380.47
3000 1.432.102.853.253.654.054.435.346.296.787.337.998.629.79
10.82 0.040.280.390.48
3100 1.452.152.913.333.744.144.545.476.436.937.498.168.799.96
10.99 0.040.290.410.50
3200 1.482.192.983.403.824.244.645.596.577.087.648.328.95
10.12
11.14 0.050.300.420.52
3300 1.512.243.043.483.914.334.745.716.717.227.798.479.11
10.28
11.27 0.050.310.430.53
3400 1.532.283.103.553.994.424.845.836.847.367.938.619.26
10.41
11.39 0.050.310.450.55
3500 1.562.323.163.624.064.504.945.946.967.498.078.759.39
10.54
11.48 0.050.320.460.56
3600 1.582.363.223.684.144.595.036.047.087.618.208.889.52
10.65
11.56 0.050.330.470.58
3700 1.602.403.283.754.224.675.126.157.207.738.329.009.64
10.75
11.62 0.050.340.490.60
3800 1.622.443.333.814.294.755.206.257.317.858.439.129.75
10.83
11.67 0.050.350.500.61
3900 1.642.483.393.884.364.835.296.357.417.958.549.229.85
10.90
11.69 0.060.360.510.63
4000 1.662.513.443.944.434.905.376.447.518.068.649.329.93
10.96
11.70 0.060.370.530.64
4100 1.682.553.494.004.494.975.456.537.618.158.739.41
10.01
11.00
11.68 0.060.380.540.66
4200 1.702.583.544.054.555.045.526.617.708.248.829.48
10.08
11.03
11.64 0.060.390.550.68
4300 1.722.613.584.114.625.115.596.697.788.328.909.55
10.13
11.04
11.59 0.060.400.570.69
4400 1.732.643.634.164.675.185.666.777.868.408.979.61
10.17
11.03
11.51 0.060.410.580.71
4500 1.752.673.674.214.735.245.736.847.938.479.039.66
10.21
11.01
11.41 0.060.420.590.73
4600 1.762.703.714.264.785.305.796.918.008.539.099.70
10.23
10.97 0.070.430.600.74
4700 1.772.733.754.304.845.355.856.978.068.599.139.73
10.24
10.92 0.070.440.620.76
4800 1.782.753.794.354.885.405.917.038.118.639.179.76
10.23
10.85 0.070.440.630.77
4900 1.802.783.834.394.935.455.967.088.168.689.209.77
10.22
10.76 0.070.450.640.79
5000 1.812.803.864.434.975.506.017.138.208.719.229.77
10.19
10.65 0.070.460.660.81
5100 1.812.823.894.475.025.556.057.188.248.749.249.75
10.15 0.070.470.670.82
5200 1.822.843.934.505.055.596.107.228.278.769.249.73
10.09 0.070.480.680.84
5300 1.832.863.954.535.095.636.147.268.298.779.239.70
10.03 0.080.490.700.85
5400 1.832.873.984.565.125.666.177.298.318.779.229.669.95 0.080.500.710.87
5500 1.842.894.014.595.165.696.207.318.328.779.209.60 0.080.510.720.89
5600 1.842.904.034.625.185.726.237.338.328.759.169.53 0.080.520.740.90
5800 1.842.934.074.665.235.776.287.368.308.719.079.37 0.080.540.760.93
6000 1.842.944.104.705.275.806.317.368.268.628.93 0.090.560.790.97
6200 1.842.964.124.725.295.826.327.358.198.518.76 0.090.570.811.00
6400 1.832.964.134.745.305.836.327.318.088.358.54 0.090.590.841.03
6600 1.812.964.144.745.305.826.307.257.94 0.090.610.871.06
6800 1.792.954.144.745.295.806.267.167.78 0.100.630.891.10
7000 1.772.944.124.725.275.766.217.057.58 0.100.650.921.13
7200 1.742.914.104.695.235.716.146.927.34 0.100.670.951.16
7400 1.702.894.074.655.185.646.056.76 0.110.690.971.19
7600 1.662.854.024.605.115.565.946.58 0.110.701.001.22
v > 42 m/s.
7800 1.622.813.974.535.035.465.826.37
0.110.721.031.26
Please consult our
8000 1.572.763.914.464.945.345.676.13
0.110.741.051.29
Application
Engineering
8200
1.51
2.70
3.83
4.37
4.83
5.21
5.50
0.12
0.76
1.08
1.32
Department.
8400
1.45
2.63
3.75
4.27
4.70
5.05
5.32
0.12
0.78
1.10
1.35
SK
30
35
O
O
40
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
Note: Pulley diameters shown are outside diameters for sections 3V/9N, 3V/9J.
98 © Arntz OPTIBELT Group, Germany
POWER RATINGS
optibelt SK ProfilE SPA
Nominal Power Rating PN [kW] for β = 180° and Ld = 2500 mm
Pulleys
v [m/s]
Table 42
5
O
Statically balanced
10
O
15
O
20
O
25
O
30
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
90
100
112
118
125
132
140
150
160
180
200
224
250
280
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
315 to to to
1.051.261.57
700 1.171.551.992.212.472.723.013.373.734.445.145.976.857.869.01 0.020.150.210.26
950 1.491.982.572.863.203.533.914.394.865.786.707.788.92
10.21
11.68 0.030.200.290.36
1450 2.042.763.624.044.535.025.576.256.928.249.52
11.02
12.58
14.30
16.18 0.050.310.440.54
2850 3.14 4.40 5.88 6.60 7.43 8.23 9.1310.2111.2513.2114.9716.8118.4319.7820.57 0.09 0.61 0.87 1.07
100 0.230.300.370.400.450.490.540.600.650.770.891.031.181.351.55 0.000.020.030.04
200 0.420.540.680.750.830.911.001.111.221.451.671.942.222.552.92 0.010.040.060.07
300 0.590.760.961.071.181.301.431.601.762.092.412.803.213.684.23 0.010.060.090.11
400 0.750.971.241.371.521.671.852.062.282.703.123.634.164.785.49 0.010.090.120.15
500 0.901.171.501.661.852.032.252.512.773.303.814.435.095.846.70 0.020.110.150.19
600 1.041.361.751.942.162.382.632.953.263.874.485.215.986.867.88 0.020.130.180.22
700 1.171.551.992.212.472.723.013.373.734.445.145.976.857.869.01 0.020.150.210.26
800 1.301.722.232.472.763.053.383.784.194.995.776.717.708.82
10.11 0.030.170.240.30
900 1.431.902.452.733.053.373.744.194.645.526.397.438.529.76
11.17 0.030.190.270.34
1000 1.552.062.682.983.343.694.094.585.076.047.008.129.32
10.66
12.18 0.030.220.310.37
1100 1.662.232.903.233.614.004.434.975.506.557.598.80
10.09
11.53
13.15 0.040.240.340.41
1200 1.772.383.113.473.884.304.765.345.927.058.169.46
10.84
12.37
14.08 0.040.260.370.45
1300 1.882.543.313.704.154.595.095.716.337.548.72
10.10
11.55
13.17
14.96 0.040.280.400.49
1400 1.992.693.523.934.404.875.416.076.728.019.26
10.72
12.25
13.93
15.79 0.050.300.430.52
1500 2.092.833.714.154.655.155.726.427.118.479.79
11.32
12.91
14.66
16.56 0.050.320.460.56
1600 2.192.973.914.374.905.436.026.767.498.91
10.29
11.89
13.54
15.34
17.29 0.050.340.490.60
1700 2.283.114.094.585.145.696.327.097.869.34
10.78
12.44
14.14
15.99
17.95 0.060.370.520.64
1800 2.373.244.274.785.375.956.617.428.219.76
11.25
12.97
14.71
16.59
18.56 0.060.390.550.67
1900 2.463.374.454.985.606.206.897.738.56
10.17
11.71
13.47
15.25
17.14
19.10 0.060.410.580.71
2000 2.543.504.625.185.826.457.168.038.89
10.55
12.14
13.94
15.75
17.65
19.57 0.070.430.610.75
2100 2.623.624.795.376.036.697.428.339.22
10.93
12.56
14.39
16.22
18.11
19.98 0.070.450.640.79
2200 2.703.744.955.556.246.927.688.619.53
11.29
12.95
14.81
16.65
18.52
20.32 0.070.470.670.82
2300 2.783.855.115.736.447.147.938.899.83
11.63
13.32
15.20
17.04
18.87
20.58 0.080.500.700.86
2400 2.85 3.96 5.26 5.90 6.63 7.36 8.17 9.1510.1211.9513.6715.5717.3919.1720.77 0.08 0.52 0.73 0.90
2500 2.92 4.07 5.41 6.07 6.82 7.56 8.39 9.4110.3912.2614.0015.9017.7019.4120.87 0.08 0.54 0.76 0.94
2600 2.99 4.17 5.55 6.23 7.00 7.76 8.62 9.6510.6512.5614.3116.2017.9619.6020.90 0.09 0.56 0.79 0.97
2700 3.05 4.27 5.69 6.38 7.18 7.96 8.83 9.8810.9012.8314.5916.4718.1919.7220.83 0.09 0.58 0.82 1.01
2800 3.11 4.36 5.82 6.53 7.34 8.14 9.0310.1111.1413.0914.8516.7018.3619.7820.68 0.09 0.60 0.86 1.05
2900 3.16 4.45 5.94 6.67 7.50 8.32 9.2210.3211.3613.3215.0816.9018.4919.7720.44 0.10 0.62 0.89 1.09
3000 3.22 4.53 6.06 6.81 7.66 8.49 9.4110.5111.5713.5415.2917.0718.5719.70 0.10 0.65 0.92 1.12
3100 3.26 4.61 6.18 6.94 7.80 8.64 9.5810.7011.7713.7415.4717.2018.60 0.10 0.67 0.95 1.16
3200 3.31 4.69 6.29 7.06 7.94 8.80 9.7410.8711.9513.9215.6217.2918.58 0.11 0.69 0.98 1.20
3300 3.35 4.76 6.39 7.18 8.07 8.94 9.8911.0312.1114.0715.7517.3418.51 0.11 0.71 1.01 1.24
3400 3.39 4.83 6.49 7.29 8.19 9.0710.0311.1812.2614.2115.8417.3518.38 0.11 0.73 1.04 1.27
3500 3.43 4.89 6.58 7.39 8.31 9.1910.1711.3212.4014.3215.9117.3318.20 0.12 0.75 1.07 1.31
3600 3.46 4.95 6.66 7.48 8.41 9.3110.2811.4412.5214.4215.9517.26 0.12 0.77 1.10 1.35
3700 3.49 5.01 6.74 7.57 8.51 9.4110.3911.5512.6214.4815.9517.15 0.12 0.80 1.13 1.39
3800 3.51 5.06 6.81 7.65 8.60 9.5010.4911.6412.7014.5315.9316.99 0.13 0.82 1.16 1.42
3900 3.53 5.10 6.88 7.73 8.68 9.5910.5711.7212.7714.5515.8716.79 0.13 0.84 1.19 1.46
4000 3.55 5.14 6.94 7.79 8.75 9.6610.6511.7912.8214.5515.7816.54 0.13 0.86 1.22 1.50
4100 3.57 5.17 6.99 7.85 8.81 9.7310.7111.8412.8514.5215.66 0.14 0.88 1.25 1.54
4200 3.58 5.20 7.04 7.90 8.87 9.7810.7611.8712.8714.4715.50 0.14 0.90 1.28 1.57
4300 3.58 5.23 7.08 7.95 8.91 9.8210.7911.8912.8614.3915.30 0.14 0.93 1.31 1.61
4400 3.58 5.25 7.11 7.98 8.95 9.8510.8111.9012.8414.2815.07 0.15 0.95 1.34 1.65
4500 3.58 5.26 7.13 8.01 8.97 9.8710.8211.8812.8014.1514.80 0.15 0.97 1.37 1.69
4600 3.585.277.158.038.999.88
10.82
11.86
12.73
13.99 0.150.991.411.72
4700 3.575.277.168.048.999.88
10.80
11.81
12.65
13.80 0.161.011.441.76
4800 3.555.277.168.048.999.86
10.77
11.75
12.55
13.58 0.161.031.471.80
4900 3.535.267.168.038.979.84
10.72
11.67
12.43
13.33 0.161.051.501.84
5000 3.515.257.158.018.959.80
10.66
11.57
12.28
13.05 0.171.081.531.87
5100
3.48
5.23
7.13
7.99
8.91
9.74
10.58
11.45
12.11
0.17
1.10
1.56
1.91
5200
3.45
5.21
7.10
7.95
8.86
9.68
10.49
11.32
11.92
0.17
1.12
1.59
1.95
5300
3.42
5.18
7.06
7.91
8.80
9.60
10.39
11.17
11.71
0.18
1.14
1.62
1.99
5400
3.38
5.14
7.02
7.85
8.73
9.51
10.27
11.00
11.48
0.18
1.16
1.65
2.02
5500
3.33
5.10
6.96
7.79
8.65
9.41
10.13
10.81
11.22
0.18
1.18
1.68
2.06
5600
3.28
5.05
6.90
7.71
8.56
9.29
9.97
10.60
0.19
1.21
1.71
2.10
5700
3.23
4.99
6.83
7.63
8.45
9.16
9.80
10.37
0.19
1.23
1.74
2.13
5800
3.17
4.93
6.75
7.54
8.34
9.01
9.62
10.12
0.19
1.25
1.77
2.17
5900 3.114.866.667.438.218.859.429.84 0.201.271.802.21
6000 3.044.796.577.328.078.689.209.55 0.201.291.832.25
6100
2.96
4.70
6.46
7.19
7.92
8.49
8.96
0.20
1.31
1.86
2.28
6200
2.89
4.62
6.34
7.06
7.75
8.29
8.70
0.21
1.33
1.89
2.32
6300
2.80
4.52
6.22
6.91
7.57
8.07
8.43
0.21
1.36
1.92
2.36
6400
2.71
4.42
6.09
6.75
7.38
7.84
8.14
0.21
1.38
1.96
2.40
6500
2.62
4.31
5.94
6.58
7.17
7.59
7.83
0.22
1.40
1.99
2.43
6600
2.52
4.19
5.79
6.40
6.95
0.22
1.42
2.02
2.47
v > 42 m/s.
6700
2.42
4.07
5.62
6.21
6.72
0.22
1.44
2.05
2.51
Please consult our
6800
2.31
3.94
5.45
6.01
6.48
0.23
1.46
2.08
2.55
Application Engineering
6900
2.19
3.80
5.27
5.79
6.22
0.23
1.49
2.11
2.58
Department.
7000
2.07
3.66
5.07
5.56
5.94
0.23
1.51
2.14
2.62
SK
35 O
40
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
© Arntz OPTIBELT Group, Germany 99
POWER RATINGS
optibelt SK ProfilE SPB, 5V/15N, 5V/15J
Nominal Power Rating PN [kW] for β = 180° and Ld = 3550 mm
Pulleys
v [m/s]
Table 43
Statically balanced
5
O
10
O
15
O
20
O
25
O
30
O
35
O
40
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
140
150
160
180
190
200
212
224
236
250
280
315
355
375
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
400 to to to
1.051.261.57
700 3.464.044.625.776.346.917.598.268.929.70
11.33
13.21
15.30
16.33
17.59 0.050.330.470.58
950 4.42 5.19 5.95 7.46 8.20 8.94 9.8210.6911.5612.5614.6617.0419.6720.9422.50 0.07 0.45 0.64 0.78
1450 6.09 7.20 8.2910.4411.4912.5313.7614.9616.1517.5020.3023.3626.5928.0829.83 0.11 0.69 0.97 1.20
2850 9.0710.8312.5315.7117.1818.5720.1321.5722.8724.2126.4027.68 0.21 1.35 1.92 2.35
100 0.660.760.851.041.141.231.351.461.571.701.982.302.662.843.07 0.010.050.070.08
200 1.211.391.571.942.122.302.512.732.943.193.724.335.025.365.79 0.010.090.130.16
300 1.711.972.242.773.033.293.613.924.234.595.366.247.257.748.36 0.020.140.200.25
400 2.172.522.873.563.914.254.665.065.475.946.938.089.38
10.03
10.82 0.030.190.270.33
500 2.623.053.484.324.755.165.666.166.667.238.459.85
11.43
12.22
13.18 0.040.240.340.41
600 3.053.554.065.065.566.056.647.237.818.489.92
11.56
13.41
14.32
15.44 0.040.280.400.49
700 3.464.044.625.776.346.917.598.268.929.70
11.33
13.21
15.30
16.33
17.59 0.050.330.470.58
800 3.85 4.51 5.17 6.46 7.10 7.74 8.50 9.2610.0010.8712.7014.7917.1118.2519.64 0.06 0.38 0.54 0.66
900 4.23 4.96 5.69 7.13 7.84 8.55 9.3910.2211.0512.0014.0216.3018.8420.0721.57 0.07 0.43 0.61 0.74
1000 4.60 5.40 6.20 7.78 8.56 9.3310.2511.1612.0613.1015.2817.7520.4721.7923.39 0.07 0.47 0.67 0.82
1100 4.95 5.83 6.69 8.41 9.2510.0911.0812.0613.0314.1516.5019.1322.0123.4025.07 0.08 0.52 0.74 0.91
1200 5.29 6.24 7.17 9.01 9.9210.8211.8812.9313.9715.1617.6520.4423.4624.8926.62 0.09 0.57 0.81 0.99
1300 5.62 6.63 7.63 9.6010.5711.5212.6513.7714.8716.1318.7621.6724.7926.2628.02 0.10 0.62 0.87 1.07
1400 5.94 7.01 8.0810.1611.1912.2013.4014.5715.7317.0619.8022.8226.0227.5129.27 0.10 0.66 0.94 1.15
1500 6.24 7.38 8.5110.7111.7912.8514.1115.3416.5517.9320.7823.8827.1228.6230.35 0.11 0.71 1.01 1.24
1600 6.54 7.73 8.9211.2312.3613.4814.7916.0717.3318.7621.6924.8628.1129.5831.26 0.12 0.76 1.08 1.32
1700 6.82 8.07 9.3111.7312.9114.0715.4416.7718.0719.5422.5425.7428.9630.3931.99 0.12 0.81 1.14 1.40
1800 7.08 8.40 9.6912.2113.4414.6416.0517.4218.7620.2723.3126.5229.6831.0432.53 0.13 0.85 1.21 1.48
1900 7.34 8.7110.0512.6713.9315.1816.6318.0419.4020.9424.0227.2030.2531.5332.86 0.14 0.90 1.28 1.57
2000 7.58 9.0010.3913.1014.4115.6817.1718.6120.0021.5624.6427.7730.6831.8432.99 0.15 0.95 1.34 1.65
2100 7.81 9.2810.7213.5114.8516.1517.6719.1420.5522.1125.1928.2430.9431.9632.89 0.15 0.99 1.41 1.73
2200 8.02 9.5411.0313.8915.2616.5918.1419.6221.0422.6125.6528.5831.0531.9032.57 0.16 1.04 1.48 1.81
2300 8.22 9.7911.3114.2415.6417.0018.5720.0621.4823.0526.0328.8130.9831.63 0.17 1.09 1.55 1.90
2400 8.4110.0211.5814.5716.0017.3718.9520.4521.8723.4126.3128.9130.7431.16 0.18 1.14 1.61 1.98
2500 8.5810.2311.8314.8816.3217.7019.2920.7922.2023.7226.5028.8830.31 0.18 1.18 1.68 2.06
2600 8.7410.4212.0615.1516.6118.0019.5921.0822.4723.9526.6028.71 0.19 1.23 1.75 2.14
2700 8.8810.6012.2615.3916.8618.2619.8421.3122.6724.1126.6028.41 0.20 1.28 1.82 2.23
2800 9.0110.7612.4515.6117.0818.4820.0521.5022.8224.1926.4927.96 0.21 1.33 1.88 2.31
2900 9.1210.9012.6115.7917.2718.6620.2021.6222.9024.2026.2827.36 0.21 1.37 1.95 2.39
3000 9.2211.0212.7515.9517.4218.7920.3121.6922.9124.1325.96 0.22 1.42 2.02 2.47
3100 9.3011.1212.8616.0717.5318.8820.3721.7022.8523.98 0.23 1.47 2.08 2.56
3200 9.3611.2112.9616.1617.6018.9320.3821.6422.7223.74 0.23 1.52 2.15 2.64
3300 9.4111.2713.0216.2117.6318.9320.3321.5322.5223.42 0.24 1.56 2.22 2.72
3400 9.4411.3113.0716.2317.6318.8920.2221.3522.2523.01 0.25 1.61 2.29 2.80
3500 9.4511.3313.0816.2217.5818.8020.0621.1021.9022.51 0.26 1.66 2.35 2.89
3600 9.4511.3313.0816.1717.4918.6619.8420.78 0.26 1.71 2.42 2.97
3700 9.4211.3013.0416.0817.3618.4719.5720.40 0.27 1.75 2.49 3.05
3800 9.3811.2512.9815.9517.1818.2219.2319.94 0.28 1.80 2.55 3.13
3900 9.3111.1812.8915.7816.9517.9318.8319.41 0.29 1.85 2.62 3.21
4000 9.2311.0912.7715.5816.6817.5818.3618.81 0.29 1.89 2.69 3.30
4100
9.13
10.97
12.62
15.33
16.36
17.17
0.30
1.94
2.76
3.38
4200
9.01
10.82
12.44
15.04
16.00
16.71
0.31
1.99
2.82
3.46
4300
8.86
10.65
12.23
14.71
15.58
16.19
0.32
2.04
2.89
3.54
4400
8.70
10.46
11.99
14.33
15.11
15.62
0.32
2.08
2.96
3.63
4500
8.51
10.24
11.72
13.92
14.60
14.98
0.33
2.13
3.03
3.71
4600
8.30
9.99
11.42
13.45
0.34
2.18
3.09
3.79
4700
8.07
9.72
11.08
12.94
0.34
2.23
3.16
3.87
4800
7.82
9.41
10.72
12.38
0.35
2.27
3.23
3.96
4900
7.54
9.08
10.31
11.78
0.36
2.32
3.29
4.04
5000
7.24
8.72
9.87
11.13
0.37
2.37
3.36
4.12
5100
6.92
8.33
9.40
0.37
2.42
3.43
4.20
5200
6.57
7.91
8.89
0.38
2.46
3.50
4.29
5300
6.19
7.46
8.34
0.39
2.51
3.56
4.37
5400
5.79
6.98
7.76
0.40
2.56
3.63
4.45
5500
5.37
6.47
7.14
0.40
2.61
3.70
4.53
SK
v > 42 m/s.
Please consult our
Application Engineering
Department.
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
Note: Pulley diameters shown are outside diameters for sections 5V/15N, 5V/15J.
100 © Arntz OPTIBELT Group, Germany
POWER RATINGS
optibelt SK ProfilE SPC
Nominal Power Rating PN [kW] for β = 180° and Ld = 5600 mm
Pulleys
v [m/s]
Table 44
5
O
Statically balanced
10
O
15
O
20
O
25
O
30
O
35
O
40
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
224
250
280
300
315
335
355
375
400
450
500
560
630
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
710 to to to
1.051.261.57
700 10.4613.1116.1318.1119.5821.5223.4425.3427.6832.2436.6441.7047.2853.19 0.14 0.90 1.28 1.57
950 13.2716.7120.5823.1124.9727.4229.8232.1835.0540.5545.7051.3857.2762.91 0.19 1.22 1.73 2.13
1450 17.7922.4827.6430.9233.3036.3539.2642.0245.2550.9455.5159.3661.37 0.29 1.86 2.65 3.25
2850
20.63
25.52
29.58
31.27
31.96
0.57
3.67
5.20
6.38
50 1.081.311.581.751.892.062.232.412.623.053.483.994.585.25 0.010.060.090.11
100 1.992.442.943.283.533.874.204.534.955.776.587.568.689.95 0.020.130.180.22
200 3.644.495.466.116.597.227.868.499.28
10.84
12.38
14.22
16.34
18.73 0.040.260.370.45
300 5.16 6.40 7.81 8.75 9.4410.3711.2912.2113.3415.6017.8320.4723.5026.90 0.06 0.39 0.55 0.67
350 5.89 7.31 8.9410.0110.8211.8812.9413.9915.3017.8820.4423.4526.9030.77 0.07 0.45 0.64 0.78
400 6.59 8.2010.0411.2512.1613.3614.5515.7317.2120.1122.9726.3530.2034.48 0.08 0.51 0.73 0.90
450 7.28 9.0711.1112.4613.4714.8016.1217.4419.0722.2825.4429.1533.3738.04 0.09 0.58 0.82 1.01
500 7.95 9.9112.1613.6414.7516.2117.6619.1020.8824.3927.8331.8636.4241.44 0.10 0.64 0.91 1.12
550 8.6010.7413.1914.8016.0017.5919.1620.7222.6526.4430.1534.4839.3444.66 0.11 0.71 1.00 1.23
600 9.2311.5514.1915.9317.2218.9320.6222.3024.3728.4432.3936.9942.1347.70 0.12 0.77 1.10 1.34
650 9.8512.3415.1717.0318.4220.2422.0523.8426.0530.3734.5639.4044.7850.55 0.13 0.84 1.19 1.45
700 10.4613.1116.1318.1119.5821.5223.4425.3427.6832.2436.6441.7047.2853.19 0.14 0.90 1.28 1.57
750 11.0513.8717.0619.1620.7222.7724.8026.8029.2634.0438.6443.8949.6255.61 0.15 0.96 1.37 1.68
800 11.6314.6017.9820.1921.8323.9926.1128.2130.7835.7740.5445.9551.8057.81 0.16 1.03 1.46 1.79
850 12.1915.3218.8721.1922.9125.1727.3929.5832.2637.4442.3647.8953.8059.77 0.17 1.09 1.55 1.90
900 12.7416.0219.7422.1623.9626.3128.6330.9033.6839.0344.0849.7155.6361.47 0.18 1.16 1.64 2.01
950 13.2716.7120.5823.1124.9727.4229.8232.1835.0540.5545.7051.3857.2762.91 0.19 1.22 1.73 2.13
1000 13.7917.3721.4024.0325.9628.5030.9833.4136.3641.9947.2152.9258.7164.08 0.20 1.29 1.83 2.24
1050 14.3018.0222.2024.9126.9229.5332.0934.5837.6143.3448.6254.3059.9464.95 0.21 1.35 1.92 2.35
1100 14.7918.6422.9725.7727.8430.5333.1635.7138.8044.6249.9255.5460.9665.53 0.22 1.41 2.01 2.46
1150 15.2619.2523.7226.6128.7331.4934.1836.7839.9345.8151.1056.6161.7665.79 0.23 1.48 2.10 2.57
1200 15.7219.8424.4427.4129.5832.4135.1537.8040.9946.9052.1657.5262.3365.72 0.24 1.54 2.19 2.69
1250 16.1720.4125.1328.1730.4033.2836.0738.7641.9847.9153.1058.2562.6565.31 0.25 1.61 2.28 2.80
1300 16.6020.9625.8028.9131.1834.1236.9539.6742.9148.8253.9058.8162.73 0.26 1.67 2.37 2.91
1350 17.0121.4926.4429.6231.9334.9137.7740.5243.7749.6354.5859.1962.55 0.27 1.74 2.46 3.02
1400 17.4121.9927.0630.2932.6335.6538.5441.3044.5550.3455.1259.3762.10 0.28 1.80 2.56 3.13
1450 17.7922.4827.6430.9233.3036.3539.2642.0245.2550.9455.5159.3661.37 0.29 1.86 2.65 3.25
1500 18.1622.9428.2031.5333.9337.0039.9242.6845.8851.4455.7659.15 0.30 1.93 2.74 3.36
1550 18.5123.3928.7232.0934.5237.6140.5343.2746.4351.8355.86 0.31 1.99 2.83 3.47
1600 18.8423.8129.2232.6235.0638.1641.0743.7946.9052.1055.81 0.32 2.06 2.92 3.58
1650 19.1624.2029.6833.1135.5638.6641.5644.2447.2952.2555.59 0.33 2.12 3.01 3.69
1700 19.4524.5830.1133.5636.0239.1141.9844.6247.5852.2855.21 0.34 2.19 3.10 3.80
1750 19.7324.9230.5133.9836.4339.5142.3544.9347.7952.1954.67 0.35 2.25 3.19 3.92
1800 19.9925.2530.8834.3536.8039.8542.6445.1647.9151.97 0.36 2.31 3.29 4.03
1850 20.2425.5531.2134.6837.1240.1442.8745.3247.9451.62 0.37 2.38 3.38 4.14
1900 20.4625.8231.5134.9737.3940.3743.0445.3947.8751.14 0.38 2.44 3.47 4.25
1950 20.6626.0731.7735.2237.6140.5443.1345.3947.7050.52 0.39 2.51 3.56 4.36
2000 20.8526.2931.9935.4237.7940.6543.1645.3047.4449.76 0.40 2.57 3.65 4.48
2050 21.0126.4932.1835.5837.9140.6943.1145.1347.07 0.41 2.64 3.74 4.59
2100 21.1626.6632.3435.6937.9740.6842.9944.8746.60 0.42 2.70 3.83 4.70
2150 21.2826.7932.4535.7637.9940.6042.7944.5246.02 0.43 2.77 3.92 4.81
2200 21.3826.9132.5235.7837.9540.4642.5144.0845.33 0.44 2.83 4.02 4.92
2250 21.4626.9932.5635.7537.8540.2542.1643.5544.53 0.45 2.89 4.11 5.04
2300
21.52
27.04
32.55
35.67
37.70
39.97
41.73
0.46
2.96
4.20
5.15
2350
21.56
27.06
32.50
35.54
37.49
39.63
41.21
0.47
3.02
4.29
5.26
2400
21.57
27.05
32.41
35.36
37.22
39.21
40.61
0.48
3.09
4.38
5.37
2450
21.57
27.02
32.28
35.13
36.89
38.72
39.93
0.49
3.15
4.47
5.48
2500
21.53
26.94
32.10
34.84
36.50
38.16
39.16
0.50
3.22
4.56
5.60
2550
21.48
26.84
31.88
34.50
36.05
0.51
3.28
4.66
5.71
2600
21.40
26.71
31.62
34.10
35.53
0.52
3.34
4.75
5.82
2650
21.30
26.54
31.30
33.65
34.95
0.53
3.41
4.84
5.93
2700
21.17
26.33
30.94
33.14
34.30
0.54
3.47
4.93
6.04
2750
21.02
26.10
30.54
32.58
33.59
0.55
3.54
5.02
6.16
2800
20.84
25.83
30.08
0.56
3.60
5.11
6.27
2850
20.63
25.52
29.58
0.57
3.67
5.20
6.38
2900
20.40
25.18
29.03
0.58
3.73
5.29
6.49
2950
20.14
24.80
28.42
0.59
3.79
5.39
6.60
3000
19.86
24.38
27.77
0.60
3.86
5.48
6.71
3050
19.55
23.93
27.06
0.61
3.92
5.57
6.83
3100
19.21
23.43
26.30
0.62
3.99
5.66
6.94
3150
18.84
22.90
25.49
0.63
4.05
5.75
7.05
3200
18.44
22.33
24.62
0.64
4.12
5.84
7.16
3250
18.02
21.72
23.69
0.65
4.18
5.93
7.27
3300
17.56
21.07
0.66
4.24
6.02
7.39
3350
17.08
20.38
0.67
4.31
6.12
7.50
3400
16.56
19.65
0.68
4.37
6.21
7.61
v > 42 m/s.
3450
16.02
18.87
0.69
4.44
6.30
7.72
Please consult our
3500
15.44
18.05
0.70
4.50
6.39
7.83
Application Engineering
Department.
SK
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
© Arntz OPTIBELT Group, Germany 101
POWER RATINGS
optibelt SK ProfilE 8V/25N, 8V/25J
Nominal Power Rating PN [kW] for β = 180° and 8V 2500/6350 mm La
Pulleys
v [m/s]
Table 45
5
O
Statically balanced
10
O
15
O
20
O
25
O
30
O
35
O
Outside diameter of small pulley dak [mm]
nk
[min-1]
335
355
375
425
450
475
500
530
560
600
630
710
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
800 to to to
1.051.261.57
700 25.6728.6131.5238.6242.0845.4948.8252.7456.5761.5165.0974.1083.23 0.281.832.603.18
950 32.0935.7739.3748.0352.1756.1760.0364.4768.6873.9577.6286.1393.33 0.382.483.524.32
1450 40.4744.9049.1058.5162.6066.2569.4472.6375.1077.1877.79 5.386.60
50 2.632.893.163.824.154.484.805.195.586.106.487.518.650.02
0.13
0.19
0.23
100 4.875.385.897.157.788.419.039.78
10.52
11.51
12.24
14.19
16.370.04
0.26
0.37
0.45
150 6.97 7.71 8.4610.3011.2212.1313.0314.1215.2016.6317.7020.5323.68 0.060.390.560.68
200 8.97 9.9410.9113.3114.5115.6916.8818.2919.6921.5622.9426.6130.68 0.080.520.740.91
250 10.8912.0813.2716.2217.6819.1420.5922.3124.0326.3028.0032.4637.40 0.100.650.931.14
300 12.7414.1515.5619.0420.7622.4724.1826.2128.2230.8932.8738.0943.84 0.120.781.111.36
350 14.5416.1617.7821.7723.7425.7127.6629.9832.2835.3237.5743.4949.98 0.140.911.301.59
400 16.2818.1119.9324.4226.6428.8431.0233.6236.1939.5842.1048.6655.82 0.161.051.481.82
450 17.9720.0022.0126.9929.4431.8734.2837.1439.9743.6946.4453.5961.33 0.181.181.672.05
500 19.6121.8324.0429.4832.1634.8137.4340.5443.6047.6250.5958.2766.50 0.201.311.862.27
550 21.2023.6126.0031.8934.7837.6440.4643.8047.0851.3854.5462.6771.30 0.221.442.042.50
600 22.7425.3327.9034.2237.3140.3643.3746.9250.4154.9558.2866.7975.70 0.241.572.232.73
650 24.2327.0029.7436.4639.7542.9846.1649.9153.5758.3361.8070.6179.69 0.261.702.412.96
700 25.6728.6131.5238.6242.0845.4948.8252.7456.5761.5165.0974.1083.23 0.281.832.603.18
750 27.0630.1633.2340.6944.3247.8751.3555.4259.3864.4668.1377.2686.31 0.301.962.783.41
800 28.4031.6634.8742.6746.4550.1453.7457.9462.0167.2070.9280.0688.88 0.322.092.973.64
850 29.6833.0936.4444.5648.4752.2855.9960.3064.4469.7073.4482.4990.92 0.342.223.153.87
900 30.9134.4637.9446.3450.3854.2958.0962.4766.6771.9575.6784.5292.42 0.362.353.344.09
950 32.0935.7739.3748.0352.1756.1760.0364.4768.6873.9577.6286.1393.33 0.382.483.524.32
1000 33.2137.0140.7249.6153.8457.9061.8166.2770.4875.6879.2587.3193.63 0.402.613.714.55
1050 34.2738.1842.0051.0955.3859.4963.4267.8772.0477.1280.5688.0493.28 0.422.743.904.78
1100 35.2739.2943.1952.4556.7960.9364.8569.2773.3678.2881.5388.3092.28 0.442.884.085.00
1150 36.2140.3244.3053.6958.0662.2066.1170.4674.4479.1382.1688.0690.56 0.463.014.275.23
1200 37.0941.2845.3354.8259.2063.3267.1771.4275.2579.6682.4287.3188.14 0.493.144.455.46
1250 37.9042.1646.2755.8260.1964.2768.0472.1675.8079.8782.3186.03 0.513.274.645.69
1300 38.6542.9747.1256.6961.0365.0468.7172.6576.0679.7481.80 0.533.404.825.91
1350 39.3343.7047.8857.4461.7165.6369.1772.9076.0479.2580.89 0.553.535.016.14
1400 39.9344.3448.5458.0462.2466.0469.4272.9075.7279.56 0.573.665.196.37
1450 40.4744.9049.1058.5162.6066.2569.4472.6375.1077.79 0.593.795.386.60
1500 40.9345.3749.5658.8462.8066.2769.24 0.613.925.576.82
1550 41.3145.7549.9159.0162.8166.0868.80 0.634.055.757.05
1600 41.6246.0450.1659.0462.6565.6968.11 0.654.185.947.28
1650 41.8546.2450.3058.9062.3165.0867.18 0.674.316.127.51
1700 41.9946.3450.3358.6161.7764.2565.99 0.694.446.317.73
1750 42.0546.3550.2458.1561.0563.1964.54 0.714.576.497.96
1800
42.03
46.25
50.04
57.52
60.12
0.73
4.70
6.68
8.19
1850
41.92
46.05
49.71
56.72
58.98
0.75
4.84
6.86
8.42
1900
41.72
45.74
49.26
55.74
57.64
0.77
4.97
7.05
8.64
1950
41.42
45.32
48.69
54.58
56.08
0.79
5.10
7.23
8.87
2000
41.04
44.79
47.98
53.23
54.31
0.81
5.23
7.42
9.10
2050
40.55
44.15
47.14
0.83
5.36
7.61
9.33
2100
39.97
43.40
46.16
0.85
5.49
7.79
9.55
2150
39.29
42.52
45.05
0.87
5.62
7.98
9.78
2200
38.50
41.53
43.79
0.89
5.75
8.16
10.01
2250
37.62
40.41
42.40
0.91
5.88
8.35
10.23
SK
v > 42 m/s.
Please consult our
Application Engineering
Department.
40
O
v [m/s]
Dynamically balanced (for details see USA standard RMA/MPTA)
102 © Arntz OPTIBELT Group, Germany
Pulleys
POWER RATINGS
optibelt VB ProfilE 5 – Raw Edge, Moulded Cogged
Nominal Power Rating PN [kW] for β = 180° and Ld = 312 mm
Pulleys
Statically balanced
v [m/s]
Table 46
2
O
5
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
700
950
1450
2850
200
300
400
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000
16
18
20
22.4
25
28
31.5
33.5
40
45
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27 > 1.57
to to to
1.051.261.57
0.020.020.030.030.040.040.050.060.070.080.000
0.001
0.002
0.003
0.020.030.040.040.050.060.070.070.090.100.000
0.002
0.002
0.004
0.030.040.050.060.070.080.100.110.130.150.001
0.002
0.004
0.005
0.060.070.090.110.130.150.180.190.240.280.001
0.005
0.007
0.011
0.010.010.010.010.010.020.020.020.020.030.000
0.000
0.000
0.001
0.010.010.010.020.020.020.020.030.030.040.000
0.001
0.001
0.001
0.010.010.020.020.020.030.030.030.040.050.000
0.001
0.001
0.001
0.010.020.020.020.030.030.040.040.050.060.000
0.001
0.001
0.002
0.020.020.020.030.030.040.050.050.060.070.000
0.001
0.001
0.002
0.020.020.030.030.040.040.050.060.070.080.000
0.001
0.002
0.003
0.020.030.030.040.040.050.060.060.080.090.000
0.001
0.002
0.003
0.020.030.030.040.050.060.060.070.090.100.000
0.002
0.002
0.003
0.030.030.040.040.050.060.070.080.100.110.000
0.002
0.002
0.004
0.030.030.040.050.060.070.080.080.100.120.000
0.002
0.003
0.004
0.030.040.040.050.060.070.080.090.110.130.001
0.002
0.003
0.004
0.030.040.050.060.070.080.090.100.120.140.001
0.002
0.003
0.005
0.030.040.050.060.070.080.100.100.130.150.001
0.002
0.003
0.005
0.030.040.050.060.070.090.100.110.140.160.001
0.003
0.004
0.006
0.040.050.060.070.080.090.110.120.140.170.001
0.003
0.004
0.006
0.040.050.060.070.080.100.110.120.150.180.001
0.003
0.004
0.006
0.040.050.060.070.090.100.120.130.160.180.001
0.003
0.004
0.007
0.040.050.060.080.090.110.120.130.170.190.001
0.003
0.005
0.007
0.040.060.070.080.090.110.130.140.180.200.001
0.003
0.005
0.007
0.050.060.070.080.100.120.140.150.180.210.001
0.004
0.005
0.008
0.050.060.070.090.100.120.140.150.190.220.001
0.004
0.005
0.008
0.050.060.070.090.110.130.150.160.200.230.001
0.004
0.006
0.009
0.050.060.080.090.110.130.150.170.210.240.001
0.004
0.006
0.009
0.050.070.080.100.110.130.160.170.210.250.001
0.004
0.006
0.009
0.050.070.080.100.120.140.160.180.220.250.001
0.004
0.006
0.010
0.060.070.090.100.120.140.170.180.230.260.001
0.005
0.007
0.010
0.060.070.090.110.130.150.170.190.240.270.001
0.005
0.007
0.010
0.060.070.090.110.130.150.180.190.240.280.001
0.005
0.007
0.011
0.060.080.090.110.130.160.190.200.250.290.001
0.005
0.007
0.011
0.060.080.100.120.140.160.190.210.260.300.001
0.005
0.007
0.012
0.060.080.100.120.140.170.200.210.270.310.001
0.005
0.008
0.012
0.060.080.100.120.140.170.200.220.270.310.001
0.006
0.008
0.012
0.070.080.100.130.150.180.210.220.280.320.002
0.006
0.008
0.013
0.070.090.110.130.150.180.210.230.290.330.002
0.006
0.008
0.013
0.070.090.110.130.160.180.220.240.290.340.002
0.006
0.009
0.013
0.070.090.110.130.160.190.220.240.300.350.002
0.006
0.009
0.014
0.070.090.110.140.160.190.230.250.310.360.002
0.006
0.009
0.014
0.070.090.120.140.170.200.230.250.320.360.002
0.007
0.009
0.015
0.070.100.120.140.170.200.240.260.320.370.002
0.007
0.010
0.015
0.080.100.120.150.170.210.240.260.330.380.002
0.007
0.010
0.015
0.080.100.120.150.180.210.250.270.340.390.002
0.007
0.010
0.016
0.080.100.130.150.180.210.250.270.340.400.002
0.007
0.010
0.016
0.080.100.130.160.180.220.260.280.350.400.002
0.007
0.011
0.016
0.080.110.130.160.190.220.260.280.360.410.002
0.008
0.011
0.017
0.080.110.130.160.190.230.270.290.360.420.002
0.008
0.011
0.017
0.080.110.130.160.200.230.270.300.370.430.002
0.008
0.011
0.018
0.090.110.140.170.200.240.280.300.380.440.002
0.008
0.012
0.018
0.090.110.140.170.200.240.280.310.380.440.002
0.008
0.012
0.018
0.090.120.140.170.210.240.290.310.390.450.002
0.008
0.012
0.019
0.090.120.140.180.210.250.290.320.400.460.002
0.009
0.012
0.019
0.090.120.150.180.210.250.300.320.400.470.002
0.009
0.013
0.019
0.090.120.150.180.220.260.300.330.410.470.002
0.009
0.013
0.020
0.090.120.150.180.220.260.310.330.420.480.002
0.009
0.013
0.020
0.100.120.150.190.220.260.310.340.420.490.002
0.009
0.013
0.021
0.100.130.160.190.230.270.320.340.430.500.002
0.009
0.014
0.021
0.100.130.160.190.230.270.320.350.440.500.003
0.010
0.014
0.021
0.100.130.160.190.230.280.330.350.440.510.003
0.010
0.014
0.022
0.100.130.160.200.240.280.330.360.450.520.003
0.010
0.014
0.022
0.100.130.160.200.240.280.340.360.460.530.003
0.010
0.015
0.022
VB
10
O
Statically balanced
v [m/s]
Pulleys
© Arntz OPTIBELT Group, Germany 103
POWER RATINGS
optibelt VB ProfilE Y/6 – Raw Edge, Moulded Cogged
Nominal Power Rating PN [kW] for β = 180° and Ld = 315 mm
Pulleys
v [m/s]
Table 47
Statically balanced
2
O
5
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
700
950
1450
2850
200
300
400
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000
20
22.4
25
28
31.5
35.5
45
50
56
0.030.030.040.050.060.080.090.110.120.140.001
0.003
0.005
0.008
0.030.040.050.070.080.100.120.140.160.180.001
0.005
0.007
0.011
0.050.060.080.100.120.150.170.200.240.270.002
0.007
0.010
0.016
0.080.110.140.180.220.270.320.380.430.500.004
0.014
0.020
0.032
0.010.010.010.020.020.020.030.030.040.040.000
0.001
0.001
0.002
0.010.020.020.020.030.030.040.050.060.060.000
0.001
0.002
0.003
0.020.020.030.030.040.050.050.060.070.080.001
0.002
0.003
0.004
0.020.020.030.040.050.060.070.080.090.100.001
0.002
0.004
0.006
0.020.030.040.040.050.070.080.090.100.120.001
0.003
0.004
0.007
0.030.030.040.050.060.080.090.110.120.140.001
0.003
0.005
0.008
0.030.040.050.060.070.080.100.120.140.160.001
0.004
0.006
0.009
0.030.040.050.060.080.090.110.130.150.180.001
0.004
0.006
0.010
0.030.040.060.070.090.100.120.150.170.190.001
0.005
0.007
0.011
0.040.050.060.080.090.110.140.160.180.210.001
0.005
0.008
0.012
0.040.050.070.080.100.120.150.170.200.230.002
0.006
0.009
0.013
0.040.060.070.090.110.130.160.190.210.250.002
0.006
0.009
0.014
0.040.060.080.090.120.140.170.200.230.260.002
0.007
0.010
0.016
0.050.060.080.100.120.150.180.210.240.280.002
0.007
0.011
0.017
0.050.070.090.110.130.160.190.220.260.300.002
0.008
0.011
0.018
0.050.070.090.110.140.170.200.240.270.310.002
0.008
0.012
0.019
0.050.070.090.120.150.180.210.250.290.330.002
0.009
0.013
0.020
0.060.080.100.120.150.190.220.260.300.350.003
0.009
0.014
0.021
0.060.080.100.130.160.190.230.270.320.360.003
0.010
0.014
0.022
0.060.080.110.140.170.200.240.290.330.380.003
0.010
0.015
0.023
0.060.090.110.140.170.210.250.300.340.400.003
0.011
0.016
0.024
0.070.090.120.150.180.220.260.310.360.410.003
0.011
0.016
0.026
0.070.090.120.150.190.230.270.320.370.430.003
0.012
0.017
0.027
0.070.100.130.160.190.240.280.330.380.440.003
0.012
0.018
0.028
0.070.100.130.160.200.240.290.350.400.460.003
0.013
0.019
0.029
0.080.100.130.170.210.250.300.360.410.480.004
0.013
0.019
0.030
0.080.110.140.170.220.260.310.370.430.490.004
0.014
0.020
0.031
0.080.110.140.180.220.270.320.380.440.510.004
0.014
0.021
0.032
0.080.110.150.180.230.280.330.390.450.520.004
0.015
0.021
0.033
0.090.120.150.190.240.290.340.400.470.540.004
0.015
0.022
0.034
0.090.120.160.200.240.290.350.420.480.550.004
0.016
0.023
0.036
0.090.120.160.200.250.300.360.430.490.570.004
0.016
0.024
0.037
0.090.130.160.210.250.310.370.440.500.580.004
0.017
0.024
0.038
0.090.130.170.210.260.320.380.450.520.600.005
0.017
0.025
0.039
0.100.130.170.220.270.330.390.460.530.610.005
0.018
0.026
0.040
0.100.140.180.220.270.330.400.470.540.620.005
0.018
0.026
0.041
0.100.140.180.230.280.340.410.480.550.640.005
0.019
0.027
0.042
0.100.140.180.230.290.350.420.490.570.650.005
0.019
0.028
0.043
0.100.140.190.240.290.360.430.500.580.670.005
0.020
0.029
0.044
0.110.150.190.240.300.360.440.510.590.680.005
0.020
0.029
0.045
0.110.150.190.250.310.370.440.520.600.690.006
0.021
0.030
0.047
0.110.150.200.250.310.380.450.540.610.710.006
0.021
0.031
0.048
0.110.160.200.260.320.390.460.550.630.720.006
0.022
0.031
0.049
0.110.160.210.260.320.390.470.560.640.730.006
0.022
0.032
0.050
0.120.160.210.270.330.400.480.570.650.750.006
0.023
0.033
0.051
0.120.160.210.270.340.410.490.580.660.760.006
0.023
0.034
0.052
0.120.170.220.280.340.420.500.590.670.770.006
0.024
0.034
0.053
0.120.170.220.280.350.420.510.600.680.790.006
0.024
0.035
0.054
0.120.170.220.280.350.430.510.610.700.800.007
0.025
0.036
0.055
0.120.170.230.290.360.440.520.620.710.810.007
0.025
0.037
0.057
0.130.180.230.290.360.440.530.630.720.820.007
0.026
0.037
0.058
0.130.180.240.300.370.450.540.640.730.840.007
0.026
0.038
0.059
0.130.180.240.300.380.460.550.650.740.850.007
0.027
0.039
0.060
0.130.190.240.310.380.470.560.650.750.860.007
0.027
0.039
0.061
0.130.190.250.310.390.470.560.660.760.870.007
0.028
0.040
0.062
0.140.190.250.320.390.480.570.670.770.880.008
0.028
0.041
0.063
0.140.190.250.320.400.490.580.680.780.890.008
0.029
0.042
0.064
0.140.200.260.330.400.490.590.690.790.900.008
0.029
0.042
0.065
0.140.200.260.330.410.500.600.700.800.910.008
0.030
0.043
0.067
VB
10
O
Statically balanced
104 40
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27 > 1.57
to to to
1.051.261.57
© Arntz OPTIBELT Group, Germany
15
O
v [m/s]
Pulleys
POWER RATINGS
optibelt VB ProfilE 8
Nominal Power Rating PN [kW] for β = 180° and Ld = 579 mm
Statically balanced
2
O
5
O
10
O
[min-1]
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
1.051.261.57
Datum diameter of small pulley ddk [mm]
nk
35
40
45
50
56
63
71
80
90
700 0.120.150.180.210.250.290.340.390.45
950 0.150.190.230.270.320.370.430.500.57
1450 0.190.250.310.370.430.510.590.690.79
2850 0.280.380.480.570.690.810.951.111.27
100 0.030.030.040.040.050.060.070.080.09
200 0.050.060.070.080.090.110.120.140.16
300 0.060.080.090.110.130.150.170.200.23
400 0.080.100.120.140.160.190.220.250.28
500 0.090.120.140.160.190.220.260.300.34
600 0.110.130.160.190.220.260.300.350.40
700 0.120.150.180.210.250.290.340.390.45
800 0.130.170.200.240.280.320.380.430.50
900 0.140.180.220.260.300.350.410.480.55
1000 0.150.190.240.280.330.380.450.520.59
1100 0.160.210.250.300.350.410.480.560.64
1200 0.170.220.270.320.380.440.510.590.68
1300 0.180.230.290.340.400.470.550.630.72
1400 0.190.240.300.360.420.490.580.670.77
1500 0.200.260.320.370.440.520.610.700.81
1600 0.200.270.330.390.460.550.640.740.85
1700 0.210.280.340.410.480.570.670.770.88
1800 0.220.290.360.420.500.590.690.800.92
1900 0.220.300.370.440.520.620.720.840.96
2000 0.230.310.380.460.540.640.750.870.99
2100 0.240.320.400.470.560.660.770.901.03
2200 0.240.330.410.490.580.680.800.931.06
2300 0.250.340.420.500.600.700.830.961.10
2400 0.250.340.430.510.610.730.850.981.13
2500 0.260.350.440.530.630.750.871.011.16
2600 0.270.360.450.540.650.770.901.041.19
2700 0.270.370.460.560.660.790.921.071.22
2800 0.270.380.470.570.680.800.941.091.25
2900 0.280.380.480.580.690.820.961.121.28
3000 0.280.390.490.590.710.840.991.141.31
3100 0.290.400.500.600.720.861.011.171.34
3200 0.290.400.510.620.740.881.031.191.36
3300 0.300.410.520.630.750.891.051.211.39
3400 0.300.420.530.640.770.911.071.241.41
3500 0.300.420.540.650.780.931.091.261.44
3600 0.310.430.550.660.790.941.101.281.46
3700 0.310.430.550.670.810.961.121.301.49
3800 0.310.440.560.680.820.971.141.321.51
3900 0.310.440.570.690.830.991.161.341.53
4000 0.320.450.580.700.841.001.171.361.55
4100 0.320.450.580.710.851.021.191.381.57
4200 0.320.460.590.720.861.031.211.401.59
4300 0.320.460.600.730.881.041.221.411.61
4400 0.330.470.600.730.891.061.241.431.63
4500 0.330.470.610.740.901.071.251.451.65
4600 0.330.480.620.750.911.081.271.461.66
4700 0.330.480.620.760.921.091.281.481.68
4800 0.330.480.630.770.931.101.291.491.69
4900 0.330.490.630.770.941.111.311.511.71
5000 0.340.490.640.780.941.131.321.521.72
5100 0.340.490.640.790.951.141.331.531.74
5200 0.340.500.650.790.961.151.341.551.75
5300 0.340.500.650.800.971.161.351.561.76
5400 0.340.500.660.810.981.171.361.571.77
5500 0.340.510.660.810.991.171.381.581.78
5600 0.340.510.670.820.991.181.381.591.79
5700 0.340.510.670.831.001.191.391.601.80
5800 0.340.510.680.831.011.201.401.611.81
5900 0.340.510.680.841.011.211.411.621.82
6000 0.340.520.680.841.021.221.421.631.82
6200 0.340.520.690.851.031.231.431.641.83
6400 0.340.520.690.861.041.241.451.651.84
6600 0.340.520.700.871.051.251.461.661.84
6800 0.340.530.700.871.061.261.471.671.84
7000 0.340.530.710.881.071.271.481.671.84
7200 0.330.530.710.881.071.281.481.671.84
7400 0.330.530.710.891.081.281.481.671.83
7600 0.330.530.720.891.081.291.491.671.81
7800 0.320.530.720.891.091.291.491.661.80
8000 0.320.520.720.891.091.291.481.651.78
VB
v > 30 m/s. Please consult our Application
Engineering Department.
Pulleys
v [m/s]
Table 48
15
O
20
O
25
O
30
O
0.00
0.01
0.01
0.01
0.00
0.01
0.02
0.02
0.00
0.02
0.03
0.03
0.01
0.03
0.05
0.06
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.01
0.01
0.00
0.00
0.01
0.01
0.00
0.01
0.01
0.01
0.00
0.01
0.01
0.01
0.00
0.01
0.01
0.01
0.00
0.01
0.01
0.02
0.00
0.01
0.02
0.02
0.00
0.01
0.02
0.02
0.00
0.01
0.02
0.02
0.00
0.01
0.02
0.02
0.00
0.02
0.02
0.03
0.00
0.02
0.03
0.03
0.00
0.02
0.03
0.03
0.00
0.02
0.03
0.03
0.00
0.02
0.03
0.04
0.00
0.02
0.03
0.04
0.00
0.02
0.04
0.04
0.00
0.02
0.04
0.04
0.00
0.02
0.04
0.04
0.01
0.03
0.04
0.05
0.01
0.03
0.04
0.05
0.01
0.03
0.04
0.05
0.01
0.03
0.05
0.05
0.01
0.03
0.05
0.05
0.01
0.03
0.05
0.06
0.01
0.03
0.05
0.06
0.01
0.03
0.05
0.06
0.01
0.03
0.06
0.06
0.01
0.04
0.06
0.06
0.01
0.04
0.06
0.07
0.01
0.04
0.06
0.07
0.01
0.04
0.06
0.07
0.01
0.04
0.06
0.07
0.01
0.04
0.07
0.07
0.01
0.04
0.07
0.08
0.01
0.04
0.07
0.08
0.01
0.05
0.07
0.08
0.01
0.05
0.07
0.08
0.01
0.05
0.08
0.09
0.01
0.05
0.08
0.09
0.01
0.05
0.08
0.09
0.01
0.05
0.08
0.09
0.01
0.05
0.08
0.09
0.01
0.05
0.09
0.10
0.01
0.05
0.09
0.10
0.01
0.06
0.09
0.10
0.01
0.06
0.09
0.10
0.01
0.06
0.09
0.10
0.01
0.06
0.09
0.11
0.01
0.06
0.10
0.11
0.01
0.06
0.10
0.11
0.01
0.06
0.10
0.11
0.01
0.06
0.10
0.11
0.01
0.06
0.10
0.12
0.01
0.07
0.11
0.12
0.01
0.07
0.11
0.12
0.01
0.07
0.11
0.12
0.01
0.07
0.11
0.12
0.01
0.07
0.11
0.13
0.01
0.07
0.12
0.13
0.02
0.08
0.12
0.14
0.02
0.08
0.13
0.14
0.02
0.08
0.13
0.15
0.02
0.08
0.13
0.15
0.02
0.09
0.14
0.15
0.02
0.09
0.14
0.16
0.02
0.09
0.14
0.16
0.02
0.09
0.15
0.17
v [m/s]
Dynamically balanced
Pulleys
© Arntz OPTIBELT Group, Germany 105
POWER RATINGS
optibelt VB ProfilE Z/10
Nominal Power Rating PN [kW] for β = 180° and Ld = 822 mm
2
O
Statically balanced
5
O
10
O
15
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
45
50
56
63
71
80
90
100
112
VB
20
O
25
O
30
O
© Arntz OPTIBELT Group, Germany
0.00
0.02
0.03
0.03
0.00
0.02
0.04
0.04
0.01
0.03
0.06
0.06
0.01
0.07
0.11
0.12
0.00
0.00
0.00
0.00
0.00
0.00
0.01
0.01
0.00
0.01
0.01
0.01
0.00
0.01
0.02
0.02
0.00
0.01
0.02
0.02
0.00
0.01
0.02
0.03
0.00
0.02
0.03
0.03
0.00
0.02
0.03
0.03
0.00
0.02
0.03
0.04
0.00
0.02
0.04
0.04
0.01
0.03
0.04
0.05
0.01
0.03
0.05
0.05
0.01
0.03
0.05
0.06
0.01
0.03
0.05
0.06
0.01
0.04
0.06
0.06
0.01
0.04
0.06
0.07
0.01
0.04
0.07
0.07
0.01
0.04
0.07
0.08
0.01
0.05
0.07
0.08
0.01
0.05
0.08
0.09
0.01
0.05
0.08
0.09
0.01
0.05
0.08
0.10
0.01
0.06
0.09
0.10
0.01
0.06
0.09
0.10
0.01
0.06
0.10
0.11
0.01
0.06
0.10
0.11
0.01
0.06
0.10
0.12
0.01
0.07
0.11
0.12
0.01
0.07
0.11
0.13
0.01
0.07
0.12
0.13
0.01
0.07
0.12
0.13
0.02
0.08
0.12
0.14
0.02
0.08
0.13
0.14
0.02
0.08
0.13
0.15
0.02
0.08
0.13
0.15
0.02
0.09
0.14
0.16
0.02
0.09
0.14
0.16
0.02
0.09
0.15
0.16
0.02
0.09
0.15
0.17
0.02
0.10
0.15
0.17
0.02
0.10
0.16
0.18
0.02
0.10
0.16
0.18
0.02
0.10
0.17
0.19
0.02
0.11
0.17
0.19
0.02
0.11
0.17
0.19
0.02
0.11
0.18
0.20
0.02
0.11
0.18
0.20
0.02
0.12
0.18
0.21
0.02
0.12
0.19
0.21
0.02
0.12
0.19
0.22
0.02
0.12
0.20
0.22
0.03
0.13
0.20
0.23
0.03
0.13
0.20
0.23
0.03
0.13
0.21
0.23
0.03
0.13
0.21
0.24
0.03
0.13
0.22
0.24
0.03
0.14
0.22
0.25
0.03
0.14
0.23
0.26
0.03
0.15
0.24
0.27
0.03
0.15
0.25
0.28
0.03
0.16
0.25
0.29
0.03
0.16
0.26
0.29
0.03
0.17
0.27
0.30
0.03
0.17
0.28
0.31
0.04
0.18
0.28
0.32
0.04
0.18
0.29
0.33
0.04
0.19
0.30
0.34
0.04
0.19
0.31
0.35
0.04
0.20
0.32
0.35
0.04
0.20
0.32
0.36
v [m/s]
Dynamically balanced (for details see DIN 2211)
106 Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
1.051.261.57
700 0.180.220.280.340.420.500.590.670.77
950 0.220.280.350.440.530.640.750.861.00
1450 0.290.380.480.600.740.891.061.221.40
2850 0.420.580.770.981.221.471.752.022.33
100 0.040.050.060.070.080.100.110.130.15
200 0.070.080.100.120.150.170.200.230.27
300 0.090.120.140.170.210.250.290.330.38
400 0.120.150.180.220.260.310.370.420.48
500 0.140.170.210.260.320.380.440.510.58
600 0.160.200.250.300.370.440.510.590.68
700 0.180.220.280.340.420.500.590.670.77
800 0.190.250.310.380.460.550.650.750.87
900 0.210.270.340.420.510.610.720.830.95
1000 0.230.290.370.450.550.660.780.901.04
1100 0.240.310.390.490.600.720.850.971.12
1200 0.250.330.420.520.640.770.911.051.21
1300 0.270.350.450.560.680.820.971.111.29
1400 0.280.370.470.590.720.871.031.181.37
1500 0.290.390.490.620.760.911.081.251.44
1600 0.310.400.520.650.800.961.141.311.52
1700 0.320.420.540.680.841.011.191.381.59
1800 0.330.440.560.710.871.051.251.441.66
1900 0.340.450.590.740.911.101.301.501.73
2000 0.350.470.610.770.941.141.351.561.80
2100 0.360.480.630.790.981.181.401.621.87
2200 0.370.500.650.821.011.221.451.681.94
2300 0.380.510.670.851.051.261.501.732.00
2400 0.390.520.690.871.081.301.551.792.06
2500 0.390.540.700.901.111.341.601.842.12
2600 0.400.550.720.921.141.381.641.892.18
2700 0.410.560.740.941.171.421.691.942.24
2800 0.420.570.760.971.201.461.731.992.30
2900 0.420.590.770.991.231.491.772.042.35
3000 0.430.600.791.011.261.531.812.092.41
3100 0.440.610.811.031.291.561.852.142.46
3200 0.440.620.821.061.311.591.892.182.51
3300 0.450.630.841.081.341.631.932.222.56
3400 0.460.640.851.101.371.661.972.272.60
3500 0.460.650.871.121.391.692.012.312.65
3600 0.470.660.881.141.421.722.042.352.69
3700 0.470.670.901.151.441.752.082.392.74
3800 0.480.680.911.171.461.782.112.422.78
3900 0.480.680.921.191.491.812.142.462.81
4000 0.480.690.931.211.511.832.172.492.85
4100 0.490.700.951.221.531.862.202.532.89
4200 0.490.710.961.241.551.892.232.562.92
4300 0.490.710.971.261.571.912.262.592.95
4400 0.500.720.981.271.591.932.292.622.98
4500 0.500.730.991.291.611.962.322.653.01
4600 0.500.731.001.301.631.982.342.673.04
4700 0.500.741.011.321.652.002.372.703.06
4800 0.510.741.021.331.672.022.392.723.08
4900 0.510.751.031.341.682.042.412.753.10
5000 0.510.751.041.351.702.062.432.773.12
5100 0.510.761.051.371.712.082.452.793.14
5200 0.510.761.051.381.732.102.472.803.15
5300 0.510.771.061.391.742.112.492.823.16
5400 0.510.771.071.401.762.132.502.833.17
5500 0.510.771.081.411.772.142.522.853.18
5600 0.510.781.081.421.782.162.532.863.19
5800 0.510.781.091.441.802.182.562.883.19
6000 0.510.791.101.451.822.202.572.893.19
6200 0.510.791.111.471.842.222.592.903.18
6400 0.500.791.121.481.852.232.602.893.15
6600 0.500.791.121.491.862.242.602.883.12
6800 0.490.791.131.491.872.252.602.873.08
7000 0.490.791.131.501.882.252.592.853.03
7200 0.480.781.131.501.882.252.582.822.97
7400 0.470.781.131.501.882.242.562.782.90
7600 0.460.771.121.501.882.232.53
7800 0.450.771.121.491.872.222.50
8000 0.440.761.111.491.862.202.47
8200 0.420.751.111.481.852.17
8400 0.410.741.101.471.832.15
v > 30 m/s. Please consult our Application
Engineering Department.
Pulleys
v [m/s]
Table 49
Pulleys
POWER RATINGS
optibelt VB ProfilE A/13
Nominal Power Rating PN [kW] for β = 180° and Ld = 1730 mm
Pulleys
v [m/s]
Table 50
2
O
5
O
Statically balanced
10
O
15
O
20
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
71
80
90
95
100
106
112
118
125
132
140
150
160
180
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
1.051.261.57
700 0.520.740.971.091.211.351.481.621.781.942.122.342.562.99 0.020.080.120.14
950 0.630.921.231.381.531.711.892.072.282.492.723.013.293.85 0.020.100.160.18
1450 0.811.221.671.892.112.372.622.883.173.463.794.194.595.36 0.030.160.250.28
2850 1.041.752.512.883.253.674.094.504.965.415.906.487.038.03 0.060.310.490.55
100 0.120.160.200.220.240.260.290.310.340.370.400.440.480.55 0.000.010.020.02
200 0.210.280.360.390.430.480.520.570.620.670.730.800.871.02 0.000.020.030.04
300 0.290.390.500.550.610.670.740.800.880.951.031.141.241.45 0.010.030.050.06
400 0.350.480.630.700.770.850.941.021.121.211.321.461.591.86 0.010.040.070.08
500 0.410.570.750.840.921.021.131.231.351.461.601.761.932.25 0.010.050.090.10
600 0.470.660.860.971.071.191.311.431.571.711.862.062.252.63 0.010.060.100.12
700 0.520.740.971.091.211.351.481.621.781.942.122.342.562.99 0.020.080.120.14
800 0.570.811.081.211.341.501.651.811.992.162.362.612.863.34 0.020.090.140.16
900 0.610.881.181.321.471.641.821.992.182.382.602.883.153.69 0.020.100.160.18
1000 0.650.951.271.441.591.781.972.162.382.592.833.133.434.01 0.020.110.170.19
1100 0.691.011.371.541.711.922.132.332.562.793.063.383.704.33 0.020.120.190.21
1200 0.731.081.461.641.832.052.272.492.742.993.283.623.974.64 0.030.130.210.23
1300 0.761.141.541.741.942.182.422.652.923.193.493.864.224.94 0.030.140.220.25
1400 0.791.191.631.842.052.302.552.803.093.373.694.084.475.22 0.030.150.240.27
1500 0.821.241.711.932.162.422.692.953.253.553.894.304.715.50 0.030.160.260.29
1600 0.851.301.782.022.262.542.823.103.413.734.084.514.945.76 0.030.170.280.31
1700 0.881.341.862.112.362.652.953.233.573.904.264.725.166.02 0.040.180.290.33
1800 0.901.391.932.192.452.763.073.373.724.064.444.915.376.26 0.040.190.310.35
1900 0.921.442.002.272.542.873.193.503.864.224.625.105.586.49 0.040.210.330.37
2000 0.941.482.062.352.632.973.303.624.004.374.785.285.776.71 0.040.220.350.39
2100 0.961.522.122.422.723.063.413.754.134.514.945.465.966.91 0.050.230.360.41
2200 0.971.552.182.492.803.163.513.864.264.655.095.626.137.10 0.050.240.380.43
2300 0.991.592.242.562.883.253.613.974.384.795.235.786.307.28 0.050.250.400.45
2400 1.001.622.302.632.953.333.714.084.504.915.375.936.467.45 0.050.260.420.47
2500 1.011.662.352.693.023.423.804.184.615.035.506.066.607.60 0.050.270.430.49
2600 1.021.682.402.753.093.503.894.284.725.155.626.206.747.74 0.060.280.450.51
2700 1.031.712.452.803.163.573.984.374.825.265.746.326.867.87 0.060.290.470.53
2800 1.041.742.492.863.223.644.054.464.925.365.856.436.987.98 0.060.300.480.54
2900 1.041.762.532.913.283.714.134.545.015.455.956.537.088.07 0.060.310.500.56
3000 1.041.782.572.953.333.774.204.625.095.546.046.637.188.15 0.060.320.520.58
3100 1.041.802.613.003.383.834.274.695.175.626.126.717.268.21 0.070.340.540.60
3200 1.041.812.643.043.433.884.334.755.245.706.206.797.338.26 0.070.350.550.62
3300 1.041.832.673.083.473.934.384.825.305.766.276.857.388.29 0.070.360.570.64
3400 1.041.842.703.113.513.984.434.875.365.826.326.907.438.30 0.070.370.590.66
3500 1.031.852.723.143.554.024.484.925.415.876.376.957.468.30 0.080.380.610.68
3600 1.021.862.743.173.584.064.524.965.455.926.416.987.48 0.080.390.620.70
3700 1.011.862.763.193.614.094.565.005.495.956.447.007.48 0.080.400.640.72
3800 1.001.872.783.213.644.124.595.035.525.986.477.017.47 0.080.410.660.74
3900 0.991.872.793.233.664.154.625.065.556.006.487.017.45 0.080.420.670.76
4000 0.981.872.803.243.674.174.645.085.576.016.486.997.42 0.090.430.690.78
4100 0.961.862.813.253.694.184.655.095.586.026.476.977.37 0.090.440.710.80
4200 0.941.862.813.263.704.194.665.105.586.016.466.93 0.090.450.730.82
4300 0.921.852.813.263.704.204.665.105.576.006.436.88 0.090.460.740.84
4400 0.901.842.813.263.704.204.665.105.565.986.396.82 0.100.480.760.86
4500 0.881.822.803.263.704.194.665.085.545.946.346.74 0.100.490.780.88
4600 0.851.812.793.253.694.184.645.075.515.90 0.100.500.800.89
4700 0.831.792.783.243.684.174.625.045.475.85 0.100.510.810.91
4800 0.801.772.763.223.664.154.605.015.435.79 0.100.520.830.93
4900 0.771.752.743.203.644.124.574.975.385.72 0.110.530.850.95
5000 0.731.722.723.183.614.094.534.925.315.64 0.110.540.870.97
5100 0.701.692.693.153.584.064.484.86 0.110.550.880.99
5200 0.661.662.663.123.554.014.434.80 0.110.560.901.01
5300 0.621.632.633.083.513.974.384.73 0.110.570.921.03
5400 0.581.592.593.043.463.914.314.66 0.120.580.931.05
5500 0.541.552.553.003.413.864.244.57 0.120.590.951.07
5600
0.50
1.51
2.51
2.95
3.36
3.79
0.12
0.61
0.97
1.09
5700
0.45
1.47
2.46
2.90
3.30
3.72
0.12
0.62
0.99
1.11
5800
0.40
1.42
2.41
2.84
3.23
3.64
0.13
0.63
1.00
1.13
5900
0.35
1.37
2.35
2.78
3.16
3.56
0.13
0.64
1.02
1.15
6000
0.30
1.32
2.29
2.71
3.09
3.47
0.13
0.65
1.04
1.17
VB
v > 30 m/s.
Please consult our
Application Engineering
Department.
25
O
30
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
© Arntz OPTIBELT Group, Germany 107
POWER RATINGS
optibelt VB ProfilE B/17
Nominal Power Rating PN [kW] for β = 180° and Ld = 2280 mm
Pulleys
v [m/s]
Table 51
5
O
Statically balanced
10
O
15
O
20
O
25
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
112
125
132
140
150
160
170
180
190
200
212
224
236
250
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
280 to to to
1.051.261.57
700 1.491.962.212.502.853.203.553.894.244.584.985.385.786.237.19 0.030.170.270.30
950 1.832.452.773.153.614.064.514.965.405.836.356.867.367.949.14 0.050.230.370.41
1450 2.373.253.724.244.895.526.146.757.357.948.639.319.96
10.70
12.20 0.070.350.560.63
2850 2.994.375.085.876.807.678.499.249.93
10.56
11.22
11.78
12.24
12.62
12.90 0.140.691.101.24
100 0.330.410.460.510.570.630.690.750.810.870.941.011.081.171.34 0.000.020.040.04
200 0.580.730.810.911.021.141.251.371.481.591.731.861.992.152.47 0.010.050.080.09
300 0.791.011.131.271.431.601.771.932.092.252.452.642.833.053.52 0.010.070.120.13
400 0.991.271.431.601.822.032.252.462.672.883.133.373.623.914.51 0.020.100.150.17
500 1.171.521.701.922.182.442.702.963.223.473.774.074.374.725.45 0.020.120.190.22
600 1.331.741.962.212.522.833.133.443.744.034.394.745.095.496.34 0.030.140.230.26
700 1.491.962.212.502.853.203.553.894.244.584.985.385.786.237.19 0.030.170.270.30
800 1.632.162.442.773.163.563.954.334.725.095.555.996.436.948.00 0.040.190.310.35
900 1.772.352.673.023.463.904.334.755.175.596.096.577.067.618.77 0.040.220.350.39
1000 1.892.542.883.273.754.224.695.165.616.076.607.137.658.259.50 0.050.240.390.43
1100 2.012.713.083.504.024.535.045.546.036.527.107.668.228.86
10.18 0.050.270.420.48
1200 2.122.883.283.734.284.835.375.916.446.957.578.178.769.43
10.82 0.060.290.460.52
1300 2.233.033.463.944.535.125.696.266.827.378.018.649.269.97
11.41 0.060.310.500.56
1400 2.333.183.634.144.775.396.006.597.187.768.439.099.74
10.47
11.95 0.070.340.540.61
1500 2.423.323.804.335.005.656.286.917.528.128.839.51
10.18
10.93
12.44 0.070.360.580.65
1600 2.503.453.954.525.215.896.567.217.858.479.209.90
10.58
11.35
12.88 0.080.390.620.69
1700 2.583.574.104.695.416.126.817.498.158.799.54
10.26
10.95
11.73
13.26 0.080.410.660.74
1800 2.653.694.244.855.606.347.057.758.439.099.85
10.58
11.29
12.07
13.59 0.090.430.700.78
1900 2.723.794.365.005.786.547.277.998.699.36
10.14
10.88
11.58
12.36
13.85 0.090.460.730.82
2000 2.773.894.485.145.946.727.488.218.929.61
10.39
11.14
11.84
12.61
14.06 0.100.480.770.87
2100 2.823.984.595.276.096.907.678.429.149.83
10.62
11.36
12.06
12.81
14.19 0.100.510.810.91
2200 2.874.064.695.396.237.057.848.609.33
10.02
10.81
11.55
12.23
12.96
14.26 0.110.530.850.96
2300 2.914.144.785.496.367.197.998.769.49
10.19
10.97
11.70
12.36
13.06
14.26 0.110.560.891.00
2400 2.944.204.865.596.477.328.138.909.63
10.32
11.10
11.81
12.45
13.11
14.19 0.120.580.931.04
2500 2.964.254.935.676.577.438.249.029.75
10.43
11.19
11.88
12.49
13.10
14.04 0.120.600.971.09
2600 2.984.304.985.746.657.528.349.119.83
10.51
11.25
11.90
12.48 0.130.631.001.13
2700 2.994.345.035.806.727.598.419.189.90
10.55
11.27
11.89
12.42 0.130.651.041.17
2800 2.994.365.075.856.777.658.479.239.93
10.57
11.25
11.83
12.31 0.140.681.081.22
2900 2.984.385.105.886.817.698.509.259.93
10.55
11.19
11.73
12.15 0.140.701.121.26
3000 2.974.395.115.906.847.718.519.259.91
10.49
11.09
11.58
11.93 0.140.721.161.30
3100 2.954.395.125.916.847.718.509.229.85
10.41 0.150.751.201.35
3200 2.924.375.115.906.837.698.479.169.77
10.28 0.150.771.241.39
3300 2.894.355.095.886.817.658.419.089.65
10.12 0.160.801.271.43
3400 2.854.325.065.856.777.598.338.969.509.92 0.160.821.311.48
3500 2.804.275.015.806.717.528.228.829.319.68 0.170.841.351.52
3600
2.74
4.22
4.96
5.74
6.63
7.41
8.09
0.17
0.87
1.39
1.56
3700
2.67
4.15
4.89
5.66
6.53
7.29
7.93
0.18
0.89
1.43
1.61
3800
2.59
4.08
4.80
5.57
6.42
7.15
7.75
0.18
0.92
1.47
1.65
3900
2.51
3.99
4.71
5.46
6.29
6.98
7.54
0.19
0.94
1.51
1.69
4000
2.42
3.89
4.60
5.34
6.13
6.79
7.31
0.19
0.97
1.55
1.74
4100
2.31
3.78
4.48
5.19
5.96
0.20
0.99
1.58
1.78
4200
2.20
3.65
4.34
5.04
5.77
0.20
1.01
1.62
1.82
4300
2.08
3.52
4.19
4.86
5.56
0.21
1.04
1.66
1.87
4400
1.95
3.37
4.02
4.67
5.32
0.21
1.06
1.70
1.91
4500
1.82
3.21
3.84
4.46
5.07
0.22
1.09
1.74
1.95
4600
1.67
3.03
3.65
0.22
1.11
1.78
2.00
4700
1.51
2.85
3.44
0.23
1.13
1.82
2.04
4800
1.34
2.65
3.21
0.23
1.16
1.85
2.08
4900
1.16
2.43
2.97
0.24
1.18
1.89
2.13
5000
0.97
2.20
2.71
0.24
1.21
1.93
2.17
VB
v > 30 m/s.
Please consult our
Application Engineering
Department.
30
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
108 © Arntz OPTIBELT Group, Germany
Pulleys
POWER RATINGS
optibelt VB ProfilE C/22
Nominal Power Rating PN [kW] for β = 180° and Ld = 3808 mm
Pulleys
v [m/s]
Table 52
5
O
Statically balanced
10
O
15
O
20
O
25
O
30
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
180
200
212
224
236
250
265
280
300
315
335
355
375
400
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
450 to to to
1.051.261.57
700 4.51 5.66 6.35 7.02 7.69 8.47 9.2810.0911.1611.9412.9814.0015.0016.2218.58 0.08 0.40 0.63 0.71
950 5.60 7.08 7.95 8.81 9.6710.6411.6712.6914.0114.9816.2417.4718.6620.1022.79 0.11 0.54 0.86 0.97
1450 7.23 9.2410.4211.5612.6713.9315.2416.4918.0819.2020.6221.9323.1324.4626.56 0.16 0.82 1.31 1.48
2850 7.54 9.8110.9411.9112.6913.3713.7913.8813.4712.74 0.32 1.61 2.58 2.90
50 0.530.640.700.760.830.900.981.061.161.241.341.441.541.671.92 0.010.030.050.05
100 0.951.161.281.391.511.651.801.952.142.282.482.672.863.093.56 0.010.060.090.10
150 1.341.631.801.972.152.352.562.773.053.263.543.814.094.435.10 0.020.080.140.15
200 1.692.072.302.522.753.003.283.553.924.194.554.915.265.706.57 0.020.110.180.20
250 2.032.492.773.043.323.633.974.314.755.085.525.956.396.927.98 0.030.140.230.25
300 2.352.903.223.543.874.244.645.035.555.946.456.977.478.109.34 0.030.170.270.31
350 2.663.283.664.034.404.825.285.736.336.777.367.948.529.24
10.66 0.040.200.320.36
400 2.953.664.084.494.915.395.906.417.087.588.248.899.54
10.34
11.92 0.050.230.360.41
450 3.234.024.484.955.415.946.517.077.818.369.099.81
10.53
11.41
13.14 0.050.250.410.46
500 3.514.374.885.395.896.477.097.718.529.129.92
10.70
11.48
12.44
14.32 0.060.280.450.51
550 3.774.715.265.816.366.997.678.339.219.86
10.72
11.57
12.41
13.44
15.46 0.060.310.500.56
600 4.035.045.636.236.827.508.228.949.88
10.58
11.50
12.41
13.30
14.40
16.55 0.070.340.540.61
650 4.27 5.36 6.00 6.63 7.26 7.99 8.76 9.5210.5311.2712.2513.2114.1615.3317.59 0.07 0.37 0.59 0.66
700 4.51 5.66 6.35 7.02 7.69 8.47 9.2810.0911.1611.9412.9814.0015.0016.2218.58 0.08 0.40 0.63 0.71
750 4.74 5.97 6.69 7.40 8.11 8.93 9.7910.6511.7712.6013.6814.7515.8017.0719.53 0.08 0.42 0.68 0.76
800 4.97 6.26 7.02 7.77 8.52 9.3810.2911.1812.3613.2314.3615.4716.5617.8920.42 0.09 0.45 0.72 0.81
850 5.18 6.54 7.34 8.13 8.91 9.8110.7611.7012.9313.8315.0116.1717.3018.6721.27 0.10 0.48 0.77 0.87
900 5.39 6.81 7.65 8.48 9.2910.2411.2312.2013.4814.4215.6416.8318.0019.4022.05 0.10 0.51 0.81 0.92
950 5.60 7.08 7.95 8.81 9.6710.6411.6712.6914.0114.9816.2417.4718.6620.1022.79 0.11 0.54 0.86 0.97
1000 5.79 7.33 8.24 9.1410.0211.0412.1113.1514.5215.5216.8118.0719.2920.7523.46 0.11 0.57 0.91 1.02
1050 5.98 7.58 8.52 9.4510.3711.4212.5213.6015.0116.0317.3618.6419.8821.3624.07 0.12 0.59 0.95 1.07
1100 6.16 7.82 8.80 9.7610.7011.7912.9214.0315.4716.5217.8719.1820.4321.9224.62 0.12 0.62 1.00 1.12
1150 6.33 8.05 9.0610.0511.0212.1413.3014.4415.9116.9818.3619.6820.9422.4325.11 0.13 0.65 1.04 1.17
1200 6.50 8.27 9.3110.3311.3312.4713.6714.8316.3417.4218.8220.1521.4222.9025.53 0.14 0.68 1.09 1.22
1250 6.66 8.48 9.5510.6011.6312.8014.0215.2116.7317.8319.2420.5821.8523.3225.88 0.14 0.71 1.13 1.27
1300 6.81 8.69 9.7810.8611.9113.1014.3515.5617.1118.2219.6420.9822.2323.6926.17 0.15 0.74 1.18 1.32
1350 6.96 8.8810.0011.1012.1813.4014.6615.8917.4618.5820.0021.3322.5824.0026.37 0.15 0.76 1.22 1.37
1400 7.09 9.0710.2211.3412.4313.6714.9616.2017.7818.9120.3321.6522.8724.2626.51 0.16 0.79 1.27 1.42
1450 7.23 9.2410.4211.5612.6713.9315.2416.4918.0819.2020.6221.9323.1324.4626.56 0.16 0.82 1.31 1.48
1500 7.35 9.4110.6011.7712.9014.1815.5016.7618.3519.4720.8822.1623.3324.6126.54 0.17 0.85 1.36 1.53
1550 7.46 9.5710.7811.9713.1114.4115.7317.0018.6019.7121.1022.3623.4824.7026.43 0.18 0.88 1.40 1.58
1600 7.57 9.7110.9512.1513.3114.6215.9517.2318.8119.9221.2822.5123.5924.7226.24 0.18 0.91 1.45 1.63
1650 7.67 9.8511.1112.3213.4914.8116.1517.4219.0020.1021.4322.6123.6424.6925.96 0.19 0.93 1.49 1.68
1700 7.77 9.9811.2512.4813.6614.9916.3317.6019.1720.2421.5422.6723.6424.5925.59 0.19 0.96 1.54 1.73
1750 7.8510.1011.3812.6213.8215.1416.4917.7519.3020.3521.6122.6923.5824.4225.13 0.20 0.99 1.58 1.78
1800 7.9310.2011.5012.7513.9515.2816.6317.8819.4020.4321.6422.65 0.20 1.02 1.63 1.83
1850 8.0010.3011.6112.8714.0715.4116.7417.9819.4720.4721.6222.57 0.21 1.05 1.67 1.88
1900 8.0610.3911.7112.9714.1815.5116.8318.0619.5120.4721.5722.44 0.22 1.07 1.72 1.93
1950 8.1210.4611.7913.0614.2715.5916.9018.1019.5220.4421.4722.25 0.22 1.10 1.77 1.98
2000 8.1610.5311.8713.1414.3415.6516.9518.1319.5020.3721.3222.02 0.23 1.13 1.81 2.04
2050 8.2010.5811.9213.2014.4015.7016.9718.1219.44 0.23 1.16 1.86 2.09
2100 8.2310.6311.9713.2414.4315.7216.9718.0919.35 0.24 1.19 1.90 2.14
2150 8.2510.6612.0013.2714.4515.7216.9518.0319.23 0.24 1.22 1.95 2.19
2200 8.2610.6812.0213.2814.4515.7116.9017.9419.07 0.25 1.24 1.99 2.24
2250 8.2610.6912.0313.2814.4415.6716.8317.8218.87 0.25 1.27 2.04 2.29
2300
8.25
10.68
12.02
13.26
14.40
15.60
16.73
0.26
1.30
2.08
2.34
2350
8.24
10.67
12.00
13.23
14.35
15.52
16.60
0.27
1.33
2.13
2.39
2400
8.21
10.64
11.96
13.17
14.27
15.41
16.45
0.27
1.36
2.17
2.44
2450
8.18
10.60
11.91
13.10
14.18
15.28
16.26
0.28
1.39
2.22
2.49
2500
8.13
10.55
11.84
13.02
14.07
15.13
16.06
0.28
1.41
2.26
2.54
2550
8.08
10.48
11.76
12.91
13.94
0.29
1.44
2.31
2.60
2600
8.01
10.40
11.66
12.79
13.78
0.29
1.47
2.35
2.65
2650
7.94
10.31
11.55
12.65
13.61
0.30
1.50
2.40
2.70
2700
7.86
10.20
11.42
12.49
13.41
0.31
1.53
2.44
2.75
2750
7.76
10.08
11.28
12.32
13.19
0.31
1.56
2.49
2.80
2800
7.66
9.95
11.12
12.12
0.32
1.58
2.53
2.85
2850
7.54
9.81
10.94
11.91
0.32
1.61
2.58
2.90
2900
7.42
9.64
10.75
11.67
0.33
1.64
2.63
2.95
2950
7.28
9.47
10.54
11.42
0.33
1.67
2.67
3.00
3000
7.14
9.28
10.31
11.15
0.34
1.70
2.72
3.05
v > 55 m/s.
Please consult our
3050
6.98
9.08
0.35
1.73
2.76
3.10
3100
6.81
8.86
0.35
1.75
2.81
3.15
Application Engineering
3150
6.63
8.62
0.36
1.78
2.85
3.21
Department.
3200
6.44
8.37
0.36
1.81
2.90
3.26
3250
6.24
8.11
0.37
1.84
2.94
3.31
VB
v > 30 m/s.
Please consult our
Application Engineering
Department.
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
© Arntz OPTIBELT Group, Germany 109
POWER RATINGS
optibelt VB ProfilE 20
Nominal Power Rating PN [kW] for β = 180° and Ld = 3198 mm
Pulleys
v [m/s]
Table 53
Datum diameter of small pulley ddk [mm]
nk
[min-1]
140
160
180
200
236
250
280
315
355
700 2.623.334.024.705.495.886.327.258.309.44 0.04
0.18
0.29
0.32
950 3.214.114.995.836.827.307.848.97
10.21
11.53 0.05
0.24
0.39
0.44
1450 4.085.306.467.568.809.38
10.03
11.32
12.61
13.81 0.07
0.37
0.59
0.67
2850 4.646.117.298.168.758.858.797.995.78 0.15
0.73
1.17
1.31
50 0.340.410.480.550.630.680.720.830.941.08 0.00
0.01
0.02
0.02
100 0.600.730.860.991.151.221.311.501.711.96 0.01
0.03
0.04
0.05
150 0.821.021.201.391.611.721.842.112.422.76 0.01
0.04
0.06
0.07
200 1.041.281.521.762.042.182.342.683.073.51 0.01
0.05
0.08
0.09
250 1.231.531.822.112.452.622.823.233.704.23 0.01
0.06
0.10
0.12
300 1.421.762.112.442.843.043.273.754.294.91 0.02
0.08
0.12
0.14
350 1.591.992.382.763.223.443.704.244.875.56 0.02
0.09
0.14
0.16
400 1.762.202.643.073.583.834.114.725.416.19 0.02
0.10
0.16
0.18
450 1.922.412.893.373.924.204.515.185.946.79 0.02
0.12
0.18
0.21
500 2.072.613.133.654.264.564.905.636.457.36 0.03
0.13
0.21
0.23
550 2.222.803.373.934.584.905.286.066.947.92 0.03
0.14
0.23
0.25
600 2.362.983.594.194.905.245.646.477.418.45 0.03
0.15
0.25
0.28
650 2.493.163.814.455.205.565.996.877.868.96 0.03
0.17
0.27
0.30
700 2.623.334.024.705.495.886.327.258.309.44 0.04
0.18
0.29
0.32
5 750 2.753.504.234.945.786.186.657.638.729.91 0.04
0.19
0.31
0.35
800 2.873.664.435.186.056.486.977.989.12
10.35 0.04
0.21
0.33
0.37
850 2.993.814.625.406.326.767.278.339.50
10.77 0.04
0.22
0.35
0.39
900 3.103.964.815.626.577.037.568.669.87
11.16 0.05
0.23
0.37
0.42
950 3.214.114.995.836.827.307.848.97
10.21
11.53 0.05
0.24
0.39
0.44
1000 3.314.255.166.047.067.558.119.27
10.54
11.88 0.05
0.26
0.41
0.46
1050 3.414.395.336.247.297.798.379.56
10.85
12.20 0.05
0.27
0.43
0.48
1100 3.514.525.496.437.518.038.629.83
11.14
12.50 0.06
0.28
0.45
0.51
1150 3.604.645.656.617.728.258.86
10.09
11.41
12.77 0.06
0.29
0.47
0.53
1200 3.694.765.806.797.928.479.08
10.33
11.66
13.01 0.06
0.31
0.49
0.55
1250 3.784.885.946.968.118.679.30
10.56
11.90
13.23 0.06
0.32
0.51
0.58
1300 3.864.996.087.128.308.869.50
10.77
12.11
13.42 0.07
0.33
0.53
0.60
1350 3.945.106.217.278.479.059.69
10.97
12.30
13.58 0.07
0.35
0.55
0.62
10 1400 4.015.206.347.428.649.229.87
11.15
12.47
13.71 0.07
0.36
0.57
0.65
1450 4.085.306.467.568.809.38
10.03
11.32
12.61
13.81 0.07
0.37
0.59
0.67
1500 4.155.406.587.698.949.53
10.18
11.46
12.74
13.88 0.08
0.38
0.62
0.69
1550 4.225.496.697.829.089.67
10.33
11.60
12.84
13.92 0.08
0.40
0.64
0.71
1600 4.285.576.797.949.219.80
10.45
11.71
12.92
13.93 0.08
0.41
0.66
0.74
1650 4.345.656.898.059.339.92
10.57
11.81
12.97
13.90 0.08
0.42
0.68
0.76
1700 4.39 5.73 6.98 8.15 9.4310.0210.6711.8913.0013.84
0.09
0.44
0.70
0.78
1750 4.44 5.80 7.07 8.24 9.5310.1210.7611.9513.0113.75
0.09
0.45
0.72
0.81
1800 4.49 5.87 7.15 8.33 9.6210.2010.8311.9912.9913.62
0.09
0.46
0.74
0.83
1850 4.53 5.93 7.22 8.41 9.6910.2710.8912.0212.9413.46
0.09
0.47
0.76
0.85
1900 4.57 5.98 7.29 8.48 9.7610.3310.9412.0212.8713.26
0.10
0.49
0.78
0.88
1950 4.61 6.04 7.35 8.55 9.8110.3810.9712.0112.7713.02
0.10
0.50
0.80
0.90
2000 4.64 6.08 7.41 8.60 9.8610.4110.9911.9712.6512.74
0.10
0.51
0.82
0.92
2050 4.67 6.13 7.45 8.65 9.8910.4310.9911.9212.49
0.11
0.53
0.84
0.95
15 2100 4.70 6.16 7.50 8.69 9.9110.4410.9811.8412.31
0.11
0.54
0.86
0.97
2150 4.72 6.20 7.53 8.71 9.9210.4310.9511.7512.10
0.11
0.55
0.88
0.99
2200 4.74 6.22 7.56 8.74 9.9210.4110.9111.6311.86
0.11
0.56
0.90
1.01
2250 4.75 6.25 7.58 8.75 9.9110.3810.8511.4911.59
0.12
0.58
0.92
1.04
2300 4.766.277.608.759.88
10.34
10.77
11.33 0.12
0.59
0.94
1.06
2350 4.776.287.618.759.84
10.28
10.68
11.14 0.12
0.60
0.96
1.08
2400 4.776.297.618.739.79
10.20
10.57
10.94 0.12
0.62
0.98
1.11
2450 4.776.297.608.719.73
10.11
10.44
10.71 0.13
0.63
1.01
1.13
2500 4.776.287.598.679.66
10.01
10.30
10.45 0.13
0.64
1.03
1.15
2550 4.766.287.578.639.579.89 0.13
0.65
1.05
1.18
2600 4.756.267.548.589.479.76 0.13
0.67
1.07
1.20
2650 4.746.247.518.519.359.61 0.14
0.68
1.09
1.22
2700 4.726.227.478.449.229.44 0.14
0.69
1.11
1.25
20 2750 4.696.197.428.369.089.26 0.14
0.71
1.13
1.27
2800
4.67
6.15
7.36
8.27
8.92
0.14
0.72
1.15
1.29
2850
4.64
6.11
7.29
8.16
8.75
0.15
0.73
1.17
1.31
2900
4.60
6.06
7.22
8.05
8.57
0.15
0.74
1.19
1.34
2950
4.56
6.01
7.14
7.93
8.37
0.15
0.76
1.21
1.36
3000
4.52
5.95
7.05
7.79
8.16
0.15
0.77
1.23
1.38
VB
O
Statically balanced
224
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
1.051.261.57
O
O
O
v > 30 m/s.
Please consult our
Application Engineering
Department.
25
O
30
O
v [m/s]
Dynamically balanced
110 © Arntz OPTIBELT Group, Germany
Pulleys
POWER RATINGS
optibelt VB ProfilE 25
Nominal Power Rating PN [kW] for β = 180° and Ld = 4561 mm
Pulleys
v [m/s]
Table 54
5
O
Statically balanced
10
O
15
O
20
O
25
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
224
236
250
280
315
355
400
450
500
560
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
1.051.261.57
700 5.68 6.47 7.38 9.2811.4513.8416.4319.1621.7424.62
0.12
0.61
0.97
1.09
950 6.86 7.86 9.0011.3814.0316.9019.9122.9425.6328.37
0.16
0.82
1.32
1.48
1450 8.15 9.4310.8813.7816.8119.7722.40
0.25
1.26
2.01
2.26
2850
0.49
2.47
3.95
4.44
50 0.710.780.871.051.261.501.762.062.352.69 0.01
0.04
0.07
0.08
100 1.261.401.561.912.312.763.263.814.355.00 0.02
0.09
0.14
0.16
150 1.761.962.202.693.273.924.645.446.227.15 0.03
0.13
0.21
0.23
200 2.222.482.793.434.185.025.966.987.999.19 0.03
0.17
0.28
0.31
250 2.652.973.344.135.046.077.218.469.69
11.14 0.04
0.22
0.35
0.39
300 3.063.433.874.805.877.088.419.87
11.30
12.99 0.05
0.26
0.42
0.47
350 3.443.884.385.446.678.059.57
11.23
12.86
14.76 0.06
0.30
0.49
0.55
400 3.814.304.866.067.438.98
10.68
12.53
14.34
16.45 0.07
0.35
0.55
0.62
450 4.164.705.336.658.179.87
11.75
13.78
15.75
18.05 0.08
0.39
0.62
0.70
500 4.49 5.09 5.77 7.22 8.8810.7412.7714.9717.1019.56
0.09
0.43
0.69
0.78
550 4.81 5.45 6.20 7.77 9.5611.5613.7516.1118.3720.97
0.10
0.48
0.76
0.86
600 5.12 5.81 6.61 8.2910.2212.3614.6917.1819.5722.29
0.10
0.52
0.83
0.94
650 5.41 6.15 7.00 8.8010.8513.1215.5818.2020.7023.51
0.11
0.56
0.90
1.01
700 5.68 6.47 7.38 9.2811.4513.8416.4319.1621.7424.62
0.12
0.61
0.97
1.09
750 5.95 6.78 7.73 9.7512.0214.5317.2220.0522.7025.61
0.13
0.65
1.04
1.17
800 6.20 7.07 8.0810.1912.5715.1817.9720.8823.5726.49
0.14
0.69
1.11
1.25
850 6.43 7.35 8.4010.6113.0915.7918.6721.6424.3527.25
0.15
0.74
1.18
1.33
900 6.65 7.61 8.7111.0013.5716.3719.3122.3325.0427.88
0.16
0.78
1.25
1.40
950 6.86 7.86 9.0011.3814.0316.9019.9122.9425.6328.37
0.16
0.82
1.32
1.48
1000 7.06 8.09 9.2711.7314.4617.4020.4423.4826.1228.72
0.17
0.87
1.39
1.56
1050 7.24 8.30 9.5212.0614.8617.8520.9223.9326.5028.93
0.18
0.91
1.46
1.64
1100 7.40 8.50 9.7612.3615.2218.2621.3324.3126.7728.99
0.19
0.95
1.53
1.72
1150 7.55 8.69 9.9812.6415.5618.6221.6924.6026.9228.88
0.20
1.00
1.60
1.79
1200 7.69 8.8510.1812.9015.8618.9321.9824.8026.9628.62
0.21
1.04
1.66
1.87
1250 7.81 9.0010.3613.1316.1219.2022.2024.9026.8728.18
0.22
1.08
1.73
1.95
1300 7.92 9.1410.5213.3316.3519.4222.3624.92
0.23
1.13
1.80
2.03
1350 8.02 9.2510.6613.5116.5419.5922.4524.83
0.23
1.17
1.87
2.10
1400 8.09 9.3510.7813.6616.6919.7122.4624.65
0.24
1.21
1.94
2.18
1450 8.15 9.4310.8813.7816.8119.7722.4024.36
0.25
1.26
2.01
2.26
1500 8.20 9.5010.9613.8716.8919.7822.2623.96
0.26
1.30
2.08
2.34
1550 8.23 9.5411.0113.9316.9219.73
0.27
1.34
2.15
2.42
1600 8.24 9.5711.0513.9716.9219.63
0.28
1.39
2.22
2.49
1650 8.24 9.5711.0613.9716.8719.46
0.29
1.43
2.29
2.57
1700 8.22 9.5611.0413.9416.7819.24
0.29
1.47
2.36
2.65
1750 8.18 9.5211.0113.8816.6418.95
0.30
1.52
2.43
2.73
1800
8.12
9.47
10.95
13.79
16.46
0.31
1.56
2.50
2.81
1850
8.04
9.39
10.87
13.66
16.23
0.32
1.60
2.57
2.88
1900
7.95
9.29
10.76
13.50
15.95
0.33
1.65
2.64
2.96
1950
7.84
9.17
10.62
13.30
15.63
0.34
1.69
2.70
3.04
2000
7.70
9.03
10.46
13.07
15.25
0.35
1.73
2.77
3.12
2050
7.55
8.87
10.27
12.80
0.36
1.78
2.84
3.20
2100
7.38
8.68
10.06
12.49
0.36
1.82
2.91
3.27
2150
7.19
8.47
9.82
12.15
0.37
1.86
2.98
3.35
2200
6.97
8.23
9.55
11.76
0.38
1.91
3.05
3.43
2250
6.74
7.97
9.25
11.34
0.39
1.95
3.12
3.51
2300
6.48
7.69
8.92
0.40
1.99
3.19
3.59
2350
6.21
7.38
8.56
0.41
2.04
3.26
3.66
2400
5.91
7.04
8.17
0.42
2.08
3.33
3.74
2450
5.58
6.68
7.75
0.42
2.12
3.40
3.82
2500
5.24
6.29
7.30
0.43
2.17
3.47
3.90
VB
v > 30 m/s.
Please consult our
Application Engineering
Department.
30
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
© Arntz OPTIBELT Group, Germany 111
POWER RATINGS
optibelt VB ProfilE D/32
Nominal Power Rating PN [kW] for β = 180° and Ld = 6375 mm
Pulleys
v [m/s]
Table 55
Statically balanced
5
O
10
O
15
O
20
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
315
355
375
400
425
450
500
560
630
670
710
750
800
700 15.3019.1721.0523.3625.6227.8232.0536.8241.9144.5947.0849.3851.9856.17 0.23 1.14 1.82 2.05
950 18.5023.2025.4528.1530.7533.2337.8042.5947.1249.1650.7751.9352.7151.90 0.31 1.54 2.47 2.78
1450 21.4326.5628.8131.3133.4535.2237.5438.0135.03 0.47 2.36 3.77 4.24
20 0.800.961.041.141.241.341.541.782.052.212.362.512.713.080.010.030.050.06
40 1.461.771.932.122.312.502.873.323.844.134.424.715.075.790.010.060.100.12
60 2.082.532.753.033.313.584.134.775.525.956.376.797.318.340.020.100.160.18
80 2.663.253.543.904.264.615.326.177.147.698.248.789.46
10.800.030.130.210.23
100 3.223.944.294.745.185.616.487.518.709.38
10.05
10.71
11.54
13.180.030.160.260.29
120 3.764.615.035.556.076.587.618.82
10.23
11.02
11.81
12.59
13.56
15.490.040.190.310.35
140 4.285.265.746.346.947.538.71
10.10
11.71
12.62
13.52
14.42
15.53
17.730.050.230.360.41
160 4.795.896.437.117.788.459.78
11.35
13.16
14.19
15.20
16.21
17.46
19.930.050.260.420.47
180 5.296.517.117.878.619.36
10.83
12.57
14.58
15.72
16.84
17.96
19.34
22.060.060.290.470.53
200 5.77 7.11 7.78 8.61 9.4310.2411.8613.7715.9717.2218.4519.6721.1824.15 0.06 0.32 0.52 0.58
220 6.24 7.71 8.43 9.3310.2211.1112.8714.9517.3418.6920.0221.3422.9726.18 0.07 0.36 0.57 0.64
240 6.70 8.29 9.0710.0411.0111.9713.8616.1018.6820.1221.5622.9824.7328.16 0.08 0.39 0.62 0.70
260 7.16 8.86 9.7010.7411.7812.8014.8417.2419.9921.5323.0624.5826.4430.09 0.08 0.42 0.68 0.76
280 7.60 9.4210.3111.4312.5313.6315.7918.3521.2722.9124.5426.1428.1131.96 0.09 0.45 0.73 0.82
300 8.04 9.9710.9212.1013.2714.4416.7319.4422.5324.2725.9827.6729.7433.78 0.10 0.49 0.78 0.88
320 8.4710.5111.5112.7714.0015.2317.6620.5123.7725.5927.3929.1631.3335.55 0.10 0.52 0.83 0.94
340 8.8911.0412.1013.4214.7216.0118.5621.5624.9726.8828.7630.6132.8737.26 0.11 0.55 0.88 0.99
360 9.3011.5612.6814.0615.4316.7819.4622.5926.1628.1530.1032.0234.3738.90 0.12 0.58 0.94 1.05
380 9.7112.0713.2414.6916.1217.5420.3323.6027.3129.3831.4133.4035.8340.49 0.12 0.62 0.99 1.11
400 10.1112.5813.8015.3116.8018.2821.1924.5928.4430.5932.6834.7437.2442.02 0.13 0.65 1.04 1.17
420 10.5013.0814.3515.9217.4719.0122.0325.5629.5531.7633.9236.0338.6043.48 0.14 0.68 1.09 1.23
440 10.8813.5614.8916.5218.1319.7322.8626.5130.6232.9035.1237.2939.9144.88 0.14 0.71 1.14 1.29
460 11.2614.0415.4117.1118.7820.4323.6727.4431.6734.0136.2938.5041.1846.21 0.15 0.75 1.20 1.34
480 11.6314.5215.9317.6919.4221.1224.4628.3432.6935.0937.4139.6742.3947.47 0.16 0.78 1.25 1.40
500 12.0014.9816.4518.2520.0421.8025.2429.2333.6936.1338.5040.8043.5548.66 0.16 0.81 1.30 1.46
520 12.3615.4416.9518.8120.6522.4626.0030.0934.6537.1439.5541.8844.6649.78 0.17 0.84 1.35 1.52
540 12.7115.8817.4419.3621.2523.1126.7430.9335.5838.1240.5642.9145.7150.82 0.18 0.88 1.40 1.58
560 13.0616.3217.9219.9021.8423.7527.4731.7536.4939.0641.5343.9046.7151.78 0.18 0.91 1.46 1.64
580 13.4016.7518.4020.4222.4224.3728.1832.5537.3639.9642.4644.8447.6452.67 0.19 0.94 1.51 1.69
600 13.7317.1818.8620.9422.9824.9828.8733.3238.2040.8343.3445.7348.5253.47 0.19 0.97 1.56 1.75
620 14.0617.5919.3221.4523.5325.5829.5434.0739.0141.6644.1846.5649.3454.19 0.20 1.01 1.61 1.81
640 14.3818.0019.7721.9424.0726.1630.2034.7939.7942.4544.9847.3550.1054.82 0.21 1.04 1.66 1.87
660 14.6918.4020.2022.4324.6026.7330.8335.4940.5343.2045.7248.0850.7955.36 0.21 1.07 1.72 1.93
680 15.0018.7920.6322.9025.1127.2831.4536.1741.2443.9246.4348.7651.4255.81 0.22 1.10 1.77 1.99
700 15.3019.1721.0523.3625.6227.8232.0536.8241.9144.5947.0849.3851.9856.17 0.23 1.14 1.82 2.05
720 15.5919.5421.4623.8126.1128.3432.6337.4442.5545.2247.6849.9552.4756.44 0.23 1.17 1.87 2.10
740 15.8819.9021.8624.2526.5828.8533.1938.0443.1645.8048.2450.4552.8956.61 0.24 1.20 1.92 2.16
760 16.1620.2622.2524.6827.0429.3433.7338.6143.7246.3548.7450.9053.2456.67 0.25 1.23 1.98 2.22
780 16.4420.6122.6325.1027.4929.8234.2539.1544.2546.8449.1951.2953.5256.64 0.25 1.27 2.03 2.28
800 16.7120.9523.0025.5027.9330.2834.7539.6644.7447.3049.5951.6153.7356.50 0.26 1.30 2.08 2.34
820 16.9721.2823.3625.9028.3530.7335.2340.1545.1947.7049.9451.87 0.27 1.33 2.13 2.40
840 17.2221.6023.7126.2828.7631.1635.6840.6145.6048.0650.2252.07 0.27 1.36 2.18 2.45
860 17.4721.9124.0526.6529.1631.5736.1241.0445.9748.3850.4652.20 0.28 1.40 2.24 2.51
880 17.7122.2124.3827.0029.5431.9736.5341.4446.3048.6450.6352.26 0.29 1.43 2.29 2.57
900 17.9522.5124.7027.3529.9032.3536.9241.8146.5948.8550.7452.25 0.29 1.46 2.34 2.63
920 18.1822.7925.0027.6830.2532.7137.2942.1446.8449.01 0.30 1.49 2.39 2.69
940 18.4023.0725.3028.0030.5933.0637.6442.4547.0449.12 0.31 1.53 2.44 2.75
960 18.6123.3325.5928.3130.9133.3937.9642.7247.1949.18 0.31 1.56 2.50 2.81
980 18.8223.5925.8628.6031.2133.7038.2642.9747.3149.18 0.32 1.59 2.55 2.86
1000 19.0223.8326.1328.8831.5033.9938.5343.1847.3749.13 0.32 1.62 2.60 2.92
1020 19.2124.0726.3829.1531.7834.2638.7843.3547.39 0.33 1.66 2.65 2.98
1040 19.3924.3026.6229.4032.0434.5239.0143.4947.36 0.34 1.69 2.70 3.04
1060 19.5724.5126.8529.6432.2834.7639.2143.6047.29 0.34 1.72 2.76 3.10
1080 19.7424.7227.0729.8732.5034.9739.3843.6747.16 0.35 1.75 2.81 3.16
1100 19.9024.9227.2730.0832.7135.1739.5343.7146.99 0.36 1.79 2.86 3.21
1120 20.0625.1027.4730.2832.9135.3539.6643.71 0.36 1.82 2.91 3.27
1140 20.2025.2827.6530.4633.0835.5139.7543.67 0.37 1.85 2.96 3.33
1160 20.3425.4427.8230.6333.2435.6539.8243.60 0.38 1.88 3.02 3.39
1180 20.4725.5927.9830.7833.3835.7739.8643.49 0.38 1.92 3.07 3.45
1200 20.6025.7428.1230.9233.5035.8639.8743.34 0.39 1.95 3.12 3.51
1220
20.71
25.87
28.25
31.04
33.61
35.94
39.86
0.40
1.98
3.17
3.56
1240
20.82
25.99
28.37
31.15
33.69
35.99
39.82
0.40
2.01
3.22
3.62
1260
20.92
26.10
28.48
31.24
33.76
36.03
39.74
0.41
2.05
3.28
3.68
1280
21.01
26.20
28.57
31.32
33.81
36.04
39.64
0.42
2.08
3.33
3.74
1300
21.09
26.28
28.65
31.38
33.84
36.03
39.51
0.42
2.11
3.38
3.80
1320
21.16
26.36
28.72
31.43
33.86
36.00
0.43
2.14
3.43
3.86
1340
21.23
26.42
28.77
31.45
33.85
35.94
0.44
2.18
3.48
3.92
v > 30 m/s.
1360
21.29
26.47
28.81
31.47
33.82
35.86
0.44
2.21
3.53
3.97
Please consult our
1380
21.34
26.51
28.83
31.46
33.78
35.76
0.45
2.24
3.59
4.03
Application Engineering
1400
21.37
26.54
28.84
31.44
33.71
35.64
0.45
2.27
3.64
4.09
Department.
VB
25
O
30
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
112 900
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
1.051.261.57
© Arntz OPTIBELT Group, Germany
Pulleys
POWER RATINGS
optibelt VB ProfilE E/40
Nominal Power Rating PN [kW] for β = 180° and Ld = 7180 mm
Pulleys
v [m/s]
Table 56
5
O
Statically balanced
10
O
15
O
20
O
25
O
30
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
450
500
560
630
670
710
750
800
850
900
950
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
1000 to to to
1.051.261.57
70026.4431.7037.5743.7847.0049.9752.6855.6758.2160.2761.8362.87 0.381.923.073.45
95029.7835.3040.9546.0748.2349.8050.7551.0050.1748.2045.02 0.522.604.164.68
1450
24.24
26.19
25.31
19.38
0.79
3.97
6.35
7.14
201.471.722.022.372.572.762.963.203.443.683.924.160.01
0.05
0.09
0.10
402.703.173.744.404.775.145.515.976.426.887.337.780.02
0.11
0.18
0.20
603.834.525.346.296.837.377.908.579.229.88
10.53
11.180.03
0.16
0.26
0.30
80 4.90 5.80 6.87 8.10 8.80 9.5010.1911.0511.9012.7513.6014.43 0.040.220.350.39
100 5.92 7.03 8.34 9.8510.7011.5512.4013.4414.4915.5216.5517.57 0.050.270.440.49
120 6.91 8.21 9.7611.5312.5413.5414.5315.7716.9918.2019.4120.60 0.070.330.530.59
140 7.87 9.3611.1313.1714.3315.4716.6118.0219.4220.8022.1823.54 0.080.380.610.69
160 8.8010.4812.4714.7716.0617.3518.6320.2121.7823.3324.8726.39 0.090.440.700.79
180 9.7011.5713.7816.3217.7619.1820.5922.3424.0725.7927.4829.16 0.100.490.790.89
20010.5812.6315.0517.8419.4120.9722.5124.4226.3028.1730.0131.83 0.110.550.880.98
22011.4313.6616.2919.3221.0222.7124.3726.4428.4730.4832.4734.42 0.120.600.961.08
24012.2714.6717.5120.7622.5924.4026.1928.4030.5832.7334.8436.93 0.130.661.051.18
26013.0815.6618.6922.1724.1226.0527.9630.3132.6234.9037.1439.34 0.140.711.141.28
28013.8816.6219.8523.5425.6227.6629.6832.1634.6037.0039.3541.66 0.150.771.231.38
30014.6617.5620.9824.8827.0729.2331.3533.9636.5239.0241.4843.88 0.160.821.311.48
32015.4218.4822.0926.1928.4930.7532.9735.7038.3740.9743.5246.01 0.180.881.401.58
34016.1619.3823.1627.4629.8632.2234.5437.3840.1542.8545.4848.03 0.190.931.491.67
36016.8820.2624.2128.7031.2033.6536.0639.0041.8644.6447.3449.95 0.200.991.581.77
38017.5921.1125.2329.9032.4935.0437.5240.5543.5046.3549.1051.76 0.211.041.661.87
40018.2821.9426.2331.0633.7536.3738.9342.0545.0647.9750.7753.47 0.221.091.751.97
42018.9522.7627.1932.1934.9637.6640.2943.4846.5549.5152.3455.05 0.231.151.842.07
44019.6023.5428.1333.2936.1338.9041.5944.8447.9750.9653.8156.52 0.241.201.932.17
46020.2424.3129.0434.3437.2640.0942.8346.1449.3052.3155.1757.86 0.251.262.022.27
48020.8625.0629.9235.3638.3441.2344.0247.3750.5553.5756.4259.08 0.261.312.102.36
50021.4625.7830.7836.3339.3742.3145.1448.5251.7254.7357.5560.16 0.271.372.192.46
52022.0426.4831.6037.2740.3643.3446.2049.6052.8055.7958.5761.11 0.281.422.282.56
54022.6127.1632.3938.1741.3144.3247.2050.6053.7956.7559.4661.92 0.301.482.372.66
56023.1527.8133.1539.0342.2045.2448.1351.5354.6957.6060.2362.59 0.311.532.452.76
58023.6828.4433.8839.8443.0446.1048.9952.3855.5058.3360.8763.11 0.321.592.542.86
60024.1929.0434.5840.6143.8446.9049.7953.1456.2158.9661.3963.48 0.331.642.632.95
62024.6829.6335.2441.3444.5847.6450.5153.8356.8159.4661.76 0.341.702.723.05
64025.1530.1835.8842.0245.2748.3251.1754.4257.3259.8562.00 0.351.752.803.15
66025.6030.7136.4742.6545.9048.9451.7554.9357.7260.1262.09 0.361.812.893.25
68026.0331.2237.0443.2446.4849.4952.2555.3458.0260.2662.04 0.371.862.983.35
70026.4431.7037.5743.7847.0049.9752.6855.6758.2160.2761.83 0.381.923.073.45
72026.8432.1538.0644.2747.4750.3953.0255.90 0.391.973.153.55
74027.2132.5738.5244.7147.8750.7353.2956.03 0.412.033.243.64
76027.5632.9738.9445.1048.2251.0153.4756.06 0.422.083.333.74
78027.8933.3439.3245.4448.5051.2153.5755.99 0.432.143.423.84
80028.1933.6839.6645.7348.7251.3453.5955.82 0.442.193.503.94
820
28.48
34.00
39.97
45.96
48.87
51.40
0.45
2.24
3.59
4.04
840
28.74
34.28
40.23
46.13
48.96
51.38
0.46
2.30
3.68
4.14
860
28.98
34.54
40.46
46.25
48.99
51.27
0.47
2.35
3.77
4.24
880
29.20
34.76
40.64
46.32
48.94
51.09
0.48
2.41
3.86
4.33
900
29.39
34.95
40.78
46.32
48.83
50.83
0.49
2.46
3.94
4.43
920
29.57
35.11
40.88
46.27
0.50
2.52
4.03
4.53
940
29.71
35.24
40.94
46.15
0.51
2.57
4.12
4.63
960
29.84
35.34
40.95
45.98
0.53
2.63
4.21
4.73
980
29.93
35.41
40.91
45.74
0.54
2.68
4.29
4.83
1000
30.01
35.44
40.83
45.43
0.55
2.74
4.38
4.92
1020
30.06
35.44
40.71
45.07
0.56
2.79
4.47
5.02
1040
30.08
35.40
40.53
44.63
0.57
2.85
4.56
5.12
1060
30.07
35.33
40.31
44.13
0.58
2.90
4.64
5.22
1080
30.04
35.22
40.04
43.56
0.59
2.96
4.73
5.32
1100
29.99
35.08
39.72
42.93
0.60
3.01
4.82
5.42
1120
29.90
34.90
39.35
0.61
3.07
4.91
5.52
1140
29.79
34.68
38.93
0.62
3.12
4.99
5.61
1160
29.65
34.43
38.46
0.64
3.18
5.08
5.71
1180
29.48
34.14
37.93
0.65
3.23
5.17
5.81
1200
29.29
33.81
37.36
0.66
3.28
5.26
5.91
1220
29.06
33.44
0.67
3.34
5.34
6.01
1240
28.80
33.03
0.68
3.39
5.43
6.11
1260
28.52
32.58
0.69
3.45
5.52
6.21
1280
28.20
32.09
0.70
3.50
5.61
6.30
1300
27.86
31.55
0.71
3.56
5.70
6.40
VB
v > 30 m/s.
Please consult our
Application Engineering
Department.
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
© Arntz OPTIBELT Group, Germany 113
POWER RATINGS
optibelt Super X-POWER M=S ProfilE XPZ, 3VX, 9JX
Nominal Power Rating PN [kW] for β = 180° and Ld = 1600 mm
Pulleys
v [m/s]
Table 57
Statically balanced
5
O
10
O
15
O
20
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
56
60
63
71
80
85
90
95
100
112
125
140
160
180
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
200 to to to
1.051.261.57
700 0.720.840.921.141.391.531.801.942.262.422.613.003.514.024.53
950 0.921.071.181.481.801.982.342.522.943.153.393.914.585.255.90
1450 1.271.491.652.082.562.833.353.604.224.524.875.616.587.528.44
2850 2.072.462.763.544.394.865.786.247.307.828.429.67
11.26
12.77
14.17
100 0.140.160.180.220.260.280.330.350.410.430.460.530.620.710.80
200 0.260.300.320.390.470.520.610.650.750.800.860.991.161.321.49
300 0.360.420.460.560.670.740.870.931.081.151.241.421.661.902.14
400 0.460.530.580.710.860.951.111.191.391.481.601.832.152.462.76
500 0.550.640.700.861.051.151.351.451.691.811.942.232.622.993.37
600 0.640.740.811.011.221.341.581.701.982.122.282.623.073.513.95
700 0.720.840.921.141.391.531.801.942.262.422.613.003.514.024.53
800 0.800.931.031.281.561.722.022.182.542.722.933.373.954.525.08
900 0.881.021.131.411.721.902.242.412.813.013.243.734.375.015.63
1000 0.961.111.231.541.882.072.452.633.083.293.554.094.795.486.17
1100 1.031.201.331.662.042.242.652.863.343.573.854.435.205.956.69
1200 1.101.281.421.792.192.412.863.073.593.854.154.785.606.417.21
1300 1.171.371.521.912.342.583.053.293.844.124.445.116.006.867.71
1400 1.241.451.612.032.492.743.253.504.094.394.735.456.387.308.20
1500 1.301.531.702.142.632.913.443.714.344.655.015.776.777.748.69
1600 1.371.611.782.252.783.063.633.914.584.915.296.097.148.169.16
1700 1.431.681.872.372.923.223.824.114.825.165.566.417.518.589.62
1800 1.491.761.952.483.063.374.004.315.055.415.836.727.878.99
10.07
1900 1.551.832.042.593.193.534.184.515.285.666.107.028.229.39
10.52
2000 1.611.902.122.693.333.674.364.705.515.906.367.328.579.78
10.95
2100 1.671.972.202.803.463.824.544.895.736.146.627.628.91
10.16
11.37
2200 1.722.042.282.903.593.974.715.085.956.386.877.919.25
10.54
11.78
2300 1.782.112.363.003.724.114.885.266.176.617.128.199.58
10.91
12.18
2400 1.832.182.433.103.844.255.055.456.386.847.378.479.90
11.26
12.57
2500 1.892.242.513.203.974.395.225.636.597.067.618.75
10.22
11.61
12.94
2600 1.942.312.583.304.094.535.385.806.807.297.859.02
10.52
11.95
13.31
2700 1.992.372.653.394.214.665.545.987.007.508.089.29
10.83
12.29
13.66
2800 2.042.432.723.494.334.805.706.157.207.728.319.55
11.12
12.61
14.01
2900 2.092.492.793.584.454.935.866.327.407.938.549.80
11.41
12.92
14.34
3000 2.142.552.863.674.575.066.026.497.608.148.76
10.05
11.69
13.22
14.65
3100 2.192.612.933.764.685.186.176.657.798.348.98
10.29
11.96
13.52
14.96
3200 2.232.673.003.854.805.316.326.817.978.549.19
10.53
12.23
13.80
15.25
3300 2.282.733.063.944.915.436.476.978.168.749.40
10.77
12.49
14.08
15.53
3400 2.322.793.134.035.025.566.617.138.348.939.60
11.00
12.74
14.34
15.79
3500 2.372.843.194.115.135.686.767.288.529.129.81
11.22
12.98
14.59
16.04
3600 2.412.903.254.205.235.806.907.448.709.31
10.00
11.44
13.22
14.83
16.28
3700 2.452.953.324.285.345.917.047.598.879.49
10.20
11.65
13.44
15.07
16.50
3800 2.503.003.384.365.446.037.177.739.049.67
10.38
11.85
13.66
15.29
16.71
3900 2.543.053.444.445.546.147.317.889.209.84
10.57
12.05
13.87
15.50
16.90
4000 2.583.103.494.525.646.257.448.029.36
10.01
10.75
12.25
14.08
15.69
17.08
4100 2.613.153.554.605.746.367.578.169.52
10.18
10.92
12.44
14.27
15.88
17.24
4200 2.653.203.614.675.846.477.708.299.67
10.34
11.09
12.62
14.46
16.05
17.39
4300 2.693.253.664.755.936.577.828.439.83
10.50
11.26
12.79
14.63
16.22
17.52
4400 2.733.303.724.826.036.687.948.569.97
10.65
11.42
12.96
14.80
16.37
17.63
4500 2.76 3.34 3.77 4.89 6.12 6.78 8.06 8.6810.1210.8011.5813.1314.9616.5017.73
4600 2.80 3.39 3.82 4.97 6.21 6.88 8.18 8.8110.2610.9511.7313.2815.1116.6317.81
4700 2.83 3.43 3.87 5.03 6.30 6.98 8.30 8.9310.4011.0911.8713.4315.2516.7417.87
4800 2.86 3.47 3.93 5.10 6.38 7.07 8.41 9.0510.5311.2312.0213.5815.3816.8417.92
4900 2.90 3.52 3.97 5.17 6.47 7.17 8.52 9.1710.6611.3612.1513.7115.5016.9217.94
5000 2.93 3.56 4.02 5.24 6.55 7.26 8.63 9.2810.7811.4912.2813.8415.6117.0017.95
5100 2.96 3.60 4.07 5.30 6.63 7.35 8.73 9.3910.9011.6212.4113.9715.7217.0517.94
5200 2.99 3.64 4.12 5.36 6.71 7.44 8.83 9.5011.0211.7412.5314.0815.8117.1017.91
5300 3.023.684.165.436.797.538.939.61
11.14
11.85
12.65
14.19
15.89
17.13
5400 3.053.714.215.496.877.619.039.71
11.25
11.96
12.76
14.30
15.96
17.14
5500 3.073.754.255.556.947.699.129.81
11.35
12.07
12.87
14.39
16.02
17.14
5600 3.103.794.295.607.027.779.229.90
11.45
12.17
12.97
14.48
16.07
17.13
5800 3.15 3.86 4.37 5.72 7.16 7.93 9.3910.0911.6412.3613.1514.6316.1417.06
6000 3.20 3.92 4.45 5.82 7.29 8.07 9.5610.2611.8212.5313.3114.7516.16
6200 3.24 3.98 4.52 5.92 7.42 8.21 9.7110.4211.9812.6913.4514.8416.13
6400 3.29 4.04 4.59 6.02 7.54 8.34 9.8510.5612.1212.8213.5614.9016.06
6600 3.334.094.666.117.658.469.98
10.69
12.24
12.93
13.65
14.92
6800 3.36 4.14 4.72 6.20 7.76 8.5710.1010.8112.3413.0113.7214.91
7000 3.39 4.19 4.77 6.27 7.85 8.6810.2110.9112.4313.0813.7614.87
vmax ≤ 55 m/s
7200 3.42 4.23 4.83 6.35 7.94 8.7710.3011.0012.4913.1313.7714.79
7400 3.45 4.27 4.87 6.41 8.02 8.8610.3911.0812.5413.1513.7614.67
7600 3.47 4.31 4.92 6.48 8.10 8.9310.4611.1412.5613.1513.72
v > 42 m/s.
7800 3.49 4.34 4.96 6.53 8.16 9.0010.5111.1912.5713.1213.65
Please consult our
8000 3.50 4.36 4.99 6.58 8.22 9.0510.5611.2212.5513.0813.56
Application Engineering
8200 3.51 4.39 5.02 6.62 8.26 9.1010.5911.2312.5213.0013.43
Department.
8400 3.52 4.40 5.04 6.66 8.30 9.1310.6011.2312.4612.9013.28
0.010.060.080.10
0.010.080.110.13
0.020.120.160.20
0.040.230.320.40
0.000.010.010.01
0.000.020.020.03
0.000.020.030.04
0.000.030.050.06
0.010.040.060.07
0.010.050.070.08
0.010.060.080.10
0.010.060.090.11
0.010.070.100.13
0.010.080.110.14
0.010.090.120.15
0.010.100.140.17
0.020.100.150.18
0.020.110.160.19
0.020.120.170.21
0.020.130.180.22
0.020.140.190.24
0.020.140.200.25
0.020.150.220.26
0.020.160.230.28
0.030.170.240.29
0.030.180.250.31
0.030.180.260.32
0.030.190.270.33
0.030.200.280.35
0.030.210.300.36
0.030.220.310.38
0.030.220.320.39
0.040.230.330.40
0.040.240.340.42
0.040.250.350.43
0.040.260.360.45
0.040.260.370.46
0.040.270.390.47
0.040.280.400.49
0.040.290.410.50
0.050.300.420.52
0.050.300.430.53
0.050.310.440.54
0.050.320.450.56
0.050.330.470.57
0.050.340.480.58
0.050.340.490.60
0.050.350.500.61
0.06 0.36 0.51 0.63
0.06 0.37 0.52 0.64
0.06 0.38 0.53 0.65
0.06 0.38 0.54 0.67
0.06 0.39 0.56 0.68
0.06 0.40 0.57 0.70
0.06 0.41 0.58 0.71
0.06 0.42 0.59 0.72
0.070.420.600.74
0.070.430.610.75
0.070.440.620.77
0.070.450.640.78
0.07 0.46 0.66 0.81
0.07 0.48 0.68 0.84
0.08 0.50 0.70 0.86
0.08 0.51 0.73 0.89
0.080.530.750.92
0.08 0.54 0.77 0.95
0.09 0.56 0.79 0.97
0.09 0.58 0.82 1.00
0.09 0.59 0.84 1.03
0.09 0.61 0.86 1.06
0.10 0.62 0.89 1.09
0.10 0.64 0.91 1.11
0.10 0.66 0.93 1.14
0.10 0.67 0.95 1.17
SUPER X-power
M=S
25
O
30 O
35
O
40
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
Note: Pulley diameters shown are outside diameters for section 3VX.
114 © Arntz OPTIBELT Group, Germany
POWER RATINGS
optibelt Super X-POWER M=S ProfilE XPA
Nominal Power Rating PN [kW] for β = 180° and Ld = 2500 mm
Pulleys
v [m/s]
Table 58
Statically balanced
5
O
10
O
15
O
20
O
25
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
71
80
85
95
100
112
118
125
140
160
180
200
224
250
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
280 to to to
1.051.261.57
7001.121.551.782.252.483.043.313.634.325.226.117.008.059.18
10.46
9501.432.002.312.943.243.984.354.775.686.878.059.22
10.60
12.08
13.76
14502.012.843.314.224.685.776.316.938.26
10.00
11.71
13.39
15.37
17.46
19.81
2850 3.31 4.85 5.70 7.37 8.2010.1511.1112.2114.5217.4920.3122.9825.9628.8831.84
1000.220.280.320.400.430.520.570.620.730.871.021.161.331.521.73
2000.390.520.600.740.810.981.071.171.381.661.942.212.542.893.30
3000.550.750.851.061.171.421.541.692.002.412.813.223.704.214.81
4000.700.961.101.371.511.842.002.192.603.133.674.194.825.506.27
5000.851.161.331.671.842.252.452.683.183.844.505.155.926.757.70
6000.991.361.561.962.162.652.883.163.754.545.316.086.997.979.09
7001.121.551.782.252.483.043.313.634.325.226.117.008.059.18
10.46
8001.251.732.002.532.793.423.734.094.875.896.907.909.08
10.35
11.80
9001.371.912.212.803.093.804.144.555.416.557.678.78
10.10
11.51
13.11
10001.502.092.423.073.394.174.555.005.947.208.439.65
11.10
12.64
14.39
11001.612.262.623.333.694.534.955.446.477.839.18
10.51
12.08
13.75
15.65
12001.732.432.823.593.984.895.345.876.998.469.92
11.35
13.04
14.84
16.87
13001.842.603.023.854.265.245.736.307.509.09
10.64
12.18
13.99
15.91
18.07
14001.952.763.214.104.545.596.126.728.019.70
11.36
12.99
14.92
16.95
19.23
15002.062.923.404.354.825.946.497.148.50
10.30
12.06
13.79
15.82
17.97
20.37
16002.163.083.594.595.096.286.877.559.00
10.89
12.75
14.58
16.71
18.96
21.47
17002.273.243.774.835.366.617.237.959.48
11.48
13.43
15.34
17.58
19.93
22.53
18002.373.393.955.075.636.947.608.359.96
12.05
14.10
16.10
18.43
20.87
23.56
1900 2.47 3.54 4.13 5.31 5.89 7.27 7.96 8.7510.4312.6214.7516.8419.2621.7824.55
2000 2.56 3.69 4.31 5.54 6.15 7.59 8.31 9.1410.8913.1715.4017.5620.0622.6625.50
2100 2.66 3.83 4.48 5.77 6.40 7.91 8.66 9.5211.3413.7216.0318.2620.8523.5226.42
2200 2.75 3.98 4.65 5.99 6.65 8.22 9.00 9.9011.7914.2616.6418.9521.6124.3427.29
2300 2.84 4.12 4.82 6.21 6.90 8.53 9.3410.2712.2314.7817.2519.6222.3525.1328.12
2400 2.93 4.26 4.99 6.43 7.14 8.84 9.6710.6412.6715.3017.8420.2823.0625.8928.90
2500 3.02 4.39 5.15 6.64 7.38 9.1410.0011.0013.0915.8118.4120.9123.7526.6229.64
2600 3.10 4.53 5.31 6.86 7.62 9.4310.3211.3513.5116.3018.9721.5324.4127.3130.33
2700 3.19 4.66 5.47 7.07 7.85 9.7210.6411.7013.9216.7919.5222.1225.0527.9730.97
2800 3.27 4.79 5.62 7.27 8.0810.0110.9512.0414.3317.2620.0522.7025.6628.5931.56
2900 3.35 4.92 5.78 7.47 8.3110.2911.2612.3814.7217.7220.5723.2526.2429.1732.10
3000 3.43 5.04 5.93 7.67 8.5310.5611.5612.7115.1118.1721.0723.7926.8029.7132.59
3100 3.50 5.16 6.07 7.87 8.7510.8411.8613.0315.4918.6121.5524.3027.3230.2133.02
3200 3.58 5.28 6.22 8.06 8.9711.1012.1513.3515.8619.0422.0224.8027.8230.6833.39
3300 3.65 5.40 6.36 8.25 9.1811.3612.4313.6616.2219.4522.4725.2628.2831.1033.71
3400 3.72 5.52 6.50 8.43 9.3811.6212.7113.9716.5719.8522.9125.7128.7131.4733.96
3500 3.79 5.63 6.64 8.62 9.5911.8712.9914.2616.9120.2423.3226.1329.1131.8034.16
3600 3.86 5.74 6.77 8.79 9.7912.1213.2614.5617.2520.6223.7226.5329.4732.0934.29
3700 3.92 5.85 6.90 8.97 9.9812.3613.5214.8417.5720.9824.1026.9029.8132.3334.35
3800 3.99 5.96 7.03 9.1410.1712.6013.7715.1217.8921.3324.4627.2530.1032.52
3900 4.05 6.06 7.16 9.3110.3612.8314.0215.3918.1921.6724.8127.5830.3632.66
4000 4.11 6.16 7.28 9.4710.5513.0514.2715.6518.4921.9925.1327.8730.5932.75
4100 4.17 6.26 7.40 9.6310.7313.2714.5015.9118.7822.3025.4328.1430.7732.79
4200 4.22 6.36 7.52 9.7910.9013.4814.7316.1519.0522.5925.7128.3830.9232.78
4300 4.28 6.45 7.63 9.9411.0713.6914.9616.3919.3222.8725.9728.5931.03
4400 4.33 6.54 7.7510.0911.2413.9015.1816.6319.5723.1326.2128.7831.10
4500 4.38 6.63 7.8610.2411.4014.0915.3916.8519.8223.3826.4328.9331.13
4600 4.43 6.72 7.9610.3811.5614.2815.5917.0720.0523.6126.6329.0631.12
4700 4.48 6.80 8.0610.5211.7114.4715.7917.2820.2723.8226.8029.15
4800 4.52 6.88 8.1710.6511.8614.6515.9817.4820.4924.0226.9529.22
4900 4.56 6.96 8.2610.7812.0114.8216.1617.6720.6924.2027.0829.25
5000 4.60 7.04 8.3610.9112.1414.9916.3417.8520.8724.3627.1829.25
5100 4.64 7.11 8.4511.0312.2815.1416.5118.0321.0524.5127.2629.21
5200 4.68 7.18 8.5411.1512.4115.3016.6718.2021.2124.6427.3129.15
5300 4.72 7.25 8.6211.2612.5415.4416.8218.3521.3724.7527.34
5400 4.75 7.32 8.7011.3712.6615.5816.9718.5021.5124.8527.35
5500 4.78 7.38 8.7811.4812.7715.7217.1018.6421.6324.9227.32
5600 4.81 7.44 8.8611.5812.8815.8417.2318.7721.7524.9827.27
5700 4.84 7.50 8.9311.6712.9915.9617.3518.8921.8525.0227.20
5800 4.86 7.55 9.0011.7713.0916.0817.4719.0021.9425.0327.10
5900 4.88 7.60 9.0611.8513.1816.1817.5719.1022.0125.03
6000 4.90 7.65 9.1211.9313.2716.2817.6719.1922.0725.01
6100 4.92 7.70 9.1812.0113.3616.3717.7619.2722.1224.97
6200 4.94 7.74 9.2412.0913.4316.4517.8419.3522.1524.90
6300 4.95 7.78 9.2912.1513.5116.5317.9119.4122.1724.82
vmax ≤ 55 m/s
6400 4.96 7.82 9.3412.2213.5816.6017.9719.4622.1724.72
6500 4.97 7.85 9.3812.2813.6416.6618.0219.5022.1624.59
6600 4.98 7.88 9.4212.3313.6916.7118.0719.5322.14
v > 42 m/s.
6700 4.98 7.91 9.4612.3813.7416.7518.1019.5422.10
Please consult our
6800 4.99 7.93 9.4912.4213.7916.7918.1319.5522.04
Application Engineering
6900 4.99 7.95 9.5212.4613.8316.8218.1519.5521.97
Department.
7000 4.99 7.97 9.5512.4913.8616.8418.1519.5321.89
0.020.130.190.23
0.030.180.260.31
0.040.270.390.48
0.08 0.54 0.77 0.94
0.000.020.030.03
0.010.040.050.07
0.010.060.080.10
0.010.080.110.13
0.010.090.130.16
0.020.110.160.20
0.020.130.190.23
0.020.150.220.26
0.030.170.240.30
0.030.190.270.33
0.030.210.300.36
0.040.230.320.40
0.040.250.350.43
0.040.270.380.46
0.040.280.400.49
0.050.300.430.53
0.050.320.460.56
0.050.340.480.59
0.06 0.36 0.51 0.63
0.06 0.38 0.54 0.66
0.06 0.40 0.56 0.69
0.06 0.42 0.59 0.73
0.07 0.44 0.62 0.76
0.07 0.45 0.65 0.79
0.07 0.47 0.67 0.82
0.08 0.49 0.70 0.86
0.08 0.51 0.73 0.89
0.08 0.53 0.75 0.92
0.08 0.55 0.78 0.96
0.09 0.57 0.81 0.99
0.09 0.59 0.83 1.02
0.09 0.61 0.86 1.05
0.10 0.63 0.89 1.09
0.10 0.64 0.91 1.12
0.10 0.66 0.94 1.15
0.11 0.68 0.97 1.19
0.11 0.70 0.99 1.22
0.11 0.72 1.02 1.25
0.11 0.74 1.05 1.29
0.12 0.76 1.08 1.32
0.12 0.78 1.10 1.35
0.12 0.80 1.13 1.38
0.13 0.81 1.16 1.42
0.13 0.83 1.18 1.45
0.13 0.85 1.21 1.48
0.13 0.87 1.24 1.52
0.14 0.89 1.26 1.55
0.14 0.91 1.29 1.58
0.14 0.93 1.32 1.62
0.15 0.95 1.34 1.65
0.15 0.97 1.37 1.68
0.15 0.98 1.40 1.71
0.16 1.00 1.42 1.75
0.16 1.02 1.45 1.78
0.16 1.04 1.48 1.81
0.16 1.06 1.51 1.85
0.17 1.08 1.53 1.88
0.17 1.10 1.56 1.91
0.17 1.12 1.59 1.94
0.18 1.14 1.61 1.98
0.18 1.16 1.64 2.01
0.18 1.17 1.67 2.04
0.18 1.19 1.69 2.08
0.19 1.21 1.72 2.11
0.19 1.23 1.75 2.14
0.19 1.25 1.77 2.18
0.20 1.27 1.80 2.21
0.20 1.29 1.83 2.24
0.20 1.31 1.86 2.27
0.21 1.33 1.88 2.31
SUPER X-power
M=S
30 O
35 O
40
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
© Arntz OPTIBELT Group, Germany 115
POWER RATINGS
optibelt Super X-POWER M=S ProfilE XPB, 5VX, 15JX
Nominal Power Rating PN [kW] for β = 180° and Ld = 3550 mm
Pulleys
v [m/s]
Table 59
5
O
Statically balanced
10
O
15
O
20
O
25
O
30
O
35
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
112
118
125
140
150
160
180
200
224
250
280
315
400
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
1.051.261.57
7003.323.764.275.366.096.818.269.69
11.40
13.24
15.34
17.77
23.56 0.04
0.29
0.41
0.50
950 4.38 4.97 5.66 7.12 8.09 9.0610.9812.8915.1617.5920.3623.5431.02 0.060.390.550.68
1450 6.41 7.29 8.3110.4911.9213.3516.1818.9622.2525.7329.6534.0744.02 0.090.590.841.03
285011.3612.9614.8018.6721.1823.6428.4032.9037.9442.9247.9752.80 0.181.171.652.03
1000.550.610.690.860.971.081.301.521.782.072.392.773.69 0.01
0.04
0.06
0.07
2001.041.171.331.651.872.092.522.953.464.024.655.407.19 0.01
0.08
0.12
0.14
3001.521.711.942.422.743.063.704.345.105.926.867.9610.6 0.02
0.12
0.17
0.21
4001.982.242.543.173.604.024.875.716.717.799.03
10.48
13.94 0.03
0.16
0.23
0.28
5002.432.753.123.924.444.976.017.058.299.63
11.17
12.95
17.22 0.03
0.20
0.29
0.36
6002.883.263.704.645.275.907.148.389.86
11.45
13.27
15.38
20.42 0.04
0.25
0.35
0.43
7003.323.764.275.366.096.818.269.69
11.40
13.24
15.34
17.77
23.56 0.04
0.29
0.41
0.50
8003.754.254.836.076.907.729.36
10.98
12.92 15
17.37
20.11
26.61 0.05
0.33
0.46
0.57
900 4.17 4.73 5.39 6.78 7.70 8.6210.4412.2614.4216.7319.3722.4129.57 0.060.370.520.64
1000 4.59 5.21 5.93 7.47 8.49 9.5011.5213.5215.8918.4421.3424.6632.45 0.060.410.580.71
1100 5.01 5.69 6.47 8.15 9.2710.3812.5814.7617.3520.1223.2626.8535.22 0.070.450.640.78
1200 5.42 6.15 7.01 8.8310.0411.2413.6215.9818.7821.7625.1428.9937.88 0.080.490.700.85
1300 5.82 6.61 7.54 9.5010.8012.0914.6617.1920.1923.3826.9831.0740.43 0.080.530.750.93
1400 6.22 7.07 8.0610.1611.5512.9315.6718.3821.5724.9628.7733.0942.86 0.090.570.811.00
1500 6.61 7.52 8.5710.8112.2913.7616.6719.5422.92 26.530.5235.0345.15 0.090.610.871.07
1600 7.00 7.96 9.0811.4513.0214.5817.6620.6924.2528.0132.2136.9147.31 0.100.650.931.14
1700 7.38 8.40 9.5812.0913.7415.3918.6321.8125.5429.4733.8538.7249.32 0.110.700.991.21
1800 7.76 8.8310.0712.7114.4516.1819.5822.9126.81 30.935.4340.4451.17 0.110.741.051.28
1900 8.13 9.2510.5613.3315.1516.9620.5223.9928.0532.2836.9642.0852.85 0.120.781.101.35
2000 8.49 9.6711.0413.9415.8417.7321.4325.0529.2533.6238.4243.6454.37 0.130.821.161.42
2100 8.8510.0811.5114.5316.5218.4822.3326.0830.4234.9239.82 45.155.70 0.130.861.221.50
2200 9.2110.4911.9815.1217.1819.2223.2127.0831.5536.1641.1546.4756.84 0.140.901.281.57
2300 9.5610.8912.4315.6917.8319.9424.0728.0632.6537.3542.4147.7557.79 0.150.941.341.64
2400 9.9011.2812.8816.2618.4720.6524.9029.0033.7038.49 43.648.9258.53 0.150.981.391.71
250010.2311.6713.3216.8219.1021.3525.7229.9234.7239.5844.7149.9859.05 0.161.021.451.78
260010.5612.0413.7617.3619.7122.0226.5130.8135.7040.6145.7450.9359.35 0.161.061.511.85
270010.8912.4214.1817.8920.3122.6827.2831.6736.6341.58 46.751.77 0.171.101.571.92
280011.2112.7814.5918.4120.9023.3328.0332.5037.5242.4947.5752.49 0.181.151.631.99
290011.5213.1315.0018.9221.4723.9628.7533.2938.3643.3448.3553.09 0.181.191.682.06
300011.8213.4815.4019.4222.0224.5629.4534.0539.1644.1249.0453.56 0.191.231.742.14
310012.1213.8215.7919.9022.5625.1530.1234.7839.9144.8449.6453.89 0.201.271.802.21
320012.4114.1516.1720.3723.0825.7230.7735.4740.6045.4950.1454.09 0.201.311.862.28
330012.6914.4816.5320.8323.5926.2831.3936.1241.2546.0650.5454.16 0.211.351.922.35
340012.9614.7916.8921.2724.0826.8131.9836.7341.8546.5750.85 0.221.391.972.42
350013.2315.1017.2421.7024.5627.3232.5437.3142.39 4751.04 0.221.432.032.49
360013.4915.4017.5822.1125.0127.8133.0737.8542.8747.3551.13 0.231.472.092.56
370013.7415.6817.9122.5125.4528.2833.5738.3443.3047.6251.11 0.231.512.152.63
380013.9915.9618.2222.9025.8728.7234.0438.7943.6647.81 0.241.552.212.71
390014.2216.2318.5323.2626.2729.1534.4839.2043.9747.92 0.251.602.262.78
400014.4516.4918.8223.6226.6529.5534.8939.5744.2247.95 0.251.642.322.85
410014.6716.7419.1023.9627.0129.9235.2639.8844.4047.88 0.261.682.382.92
420014.8816.9819.3724.2827.3630.2835.6040.1644.5247.73 0.271.722.442.99
430015.0817.2119.6324.5827.6830.6035.9040.3844.57 0.271.762.503.06
440015.2717.4319.8824.8727.9830.9136.1740.5644.56 0.281.802.563.13
450015.4517.6420.1125.1428.2631.1836.4040.6944.47 0.281.842.613.20
460015.6217.8320.3325.3928.5231.4436.6040.7744.32 0.291.882.673.28
470015.7918.0220.5425.6228.7531.6636.7540.79 0.301.922.733.35
480015.9418.1920.7325.8428.9631.8636.8740.76 0.301.962.793.42
490016.0818.3620.9126.0329.1532.0236.9540.68 0.312.002.853.49
500016.2218.5121.0826.2129.3232.1636.9940.55 0.322.052.903.56
510016.3418.6521.2326.3729.4632.2836.9940.36 0.322.092.963.63
520016.4518.7721.3726.5029.5832.3636.9440.11 0.332.133.023.70
530016.5618.8921.4926.6229.6732.4136.86 0.342.173.083.77
540016.6518.9921.6026.7229.7432.4336.73 0.342.213.143.84
550016.7319.0821.6926.7929.7832.4236.55 0.352.253.193.92
560016.8019.1521.7726.8429.8032.3836.33 0.352.293.253.99
570016.8519.2221.8326.8829.7932.3036.07 0.362.333.314.06
580016.9019.2721.8826.8929.7532.2035.76 0.372.373.374.13
5900
16.93
19.30
21.91
26.87
29.68
32.06
0.37
2.41
3.43
4.20
6000
16.96
19.32
21.92
26.84
29.59
31.88
0.38
2.45
3.48
4.27
SUPER X-power
M=S
vmax ≤ 55 m/s
v > 42 m/s.
Please consult our
Application Engineering
Department.
40
O
Dynamically balanced (for details see DIN 2211)
v [m/s]
Pulleys
Note: Pulley diameters shown are outside diameters for section 5VX.
116 © Arntz OPTIBELT Group, Germany
POWER RATINGS
optibelt Super X-POWER M=S ProfilE XPC
Nominal Power Rating PN [kW] for β = 180° and Ld = 3550 mm
Pulleys
v [m/s]
Table 60
[min-1]
180
200
224
250
280
315
400
450
500
560
630
710
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
1.051.261.57
700 10.7912.8415.2917.9320.9424.4332.7437.5142.1847.6553.8260.57 0.080.490.700.85
950 14.4017.1420.3923.8827.8632.4243.1649.2055.0161.6668.9176.46 0.100.670.951.16
1450 21.2725.2729.9834.9840.6046.9161.0668.4775.1181.9488.1792.72 0.161.021.441.77
2850
37.09
43.48
50.58
57.52
64.43
70.83
0.31
2.00
2.84
3.48
50 0.851.011.191.401.631.902.562.943.333.794.324.93 0.01
0.04
0.05
0.06
100 1.661.972.342.743.203.745.035.796.557.458.519.71 0.01
0.07
0.10
0.12
150 2.462.923.474.064.745.547.478.599.72
11.06
12.62
14.40 0.02
0.11
0.15
0.18
200 3.243.854.585.376.277.339.87
11.37
12.85
14.63
16.69
19.03 0.02
0.14
0.20
0.24
250 4.02 4.78 5.68 6.66 7.79 9.1012.2614.1115.9518.1520.7023.59 0.030.180.250.31
300 4.79 5.70 6.78 7.95 9.2910.8614.6316.8319.0221.6324.6628.08 0.030.210.300.37
350 5.56 6.61 7.87 9.2210.7912.6016.9719.5222.0525.0728.5632.49 0.040.250.350.43
400 6.32 7.52 8.9510.4912.2714.3319.2922.1825.0528.4632.3936.82 0.040.280.400.49
450 7.08 8.4210.0211.7513.7416.0521.5924.8228.0131.8036.1741.06 0.050.320.450.55
5 500 7.83 9.3111.0913.0015.2017.7523.8727.4230.9435.0939.8645.20 0.050.350.500.61
550 8.5810.2012.1514.2516.6519.4426.1330.0033.8238.3343.4949.23 0.060.390.550.67
600 9.3211.0913.2015.4818.0921.1228.3632.5436.6541.5047.0253.14 0.070.420.600.73
650 10.0611.9714.2516.7119.5222.7830.5635.0439.4444.6150.4756.92 0.070.460.650.79
700 10.7912.8415.2917.9320.9424.4332.7437.5142.1847.6553.8260.57 0.080.490.700.85
750 11.5213.7116.3319.1422.3526.0634.8839.9344.8750.6257.0764.08 0.080.530.750.92
800 12.2514.5817.3520.3423.7527.6837.0042.3247.4953.5160.2167.43 0.090.560.800.98
850 12.9715.4418.3721.5325.1329.2839.0944.6650.0656.3163.2470.61 0.090.600.851.04
900 13.6916.2919.3922.7126.5030.8641.1446.9552.5759.0366.1473.63 0.100.630.901.10
950 14.4017.1420.3923.8827.8632.4243.1649.2055.0161.6668.9176.46 0.100.670.951.16
1000 15.1117.9821.3925.0429.2033.9745.1451.3957.3964.1971.5579.11 0.110.701.001.22
10 1050 15.8118.8122.3826.1930.5335.5047.0853.5359.6966.6374.0581.55 0.110.741.051.28
1100 16.5119.6423.3627.3331.8537.0048.9855.6261.9168.9676.4183.78 0.120.771.101.34
1150 17.2120.4724.3328.4633.1438.4950.8557.6564.0671.1878.6085.79 0.120.811.151.40
1200 17.9021.2825.3029.5834.4339.9552.6659.6266.1273.2880.6487.58 0.130.841.201.47
1250 18.5822.0926.2530.6935.7041.3954.4461.5268.1075.2782.5189.12 0.140.881.251.53
1300 19.2622.9027.2031.7836.9542.8156.1763.3670.0077.1384.2090.42 0.140.911.291.59
1350 19.9423.7028.1432.8638.1844.2057.8565.1471.8078.8785.7191.46 0.150.951.341.65
1400 20.6124.4929.0733.9339.4045.5759.4866.8473.5080.4787.0492.23 0.150.981.391.71
1450 21.2725.2729.9834.9840.6046.9161.0668.4775.1181.9488.1792.72 0.161.021.441.77
1500 21.9326.0430.8936.0241.7848.2362.5970.0376.6183.2689.10 0.161.051.491.83
15
1550 22.5826.8131.7937.0542.9349.5264.0671.5178.0284.4489.82 0.171.091.541.89
1600 23.2327.5732.6838.0644.0750.7865.4872.9179.3185.4790.33 0.171.121.591.95
1650 23.8728.3233.5539.0645.1952.0166.8474.2380.4986.3490.62 0.181.161.642.02
1700 24.5029.0734.4240.0446.2953.2268.1475.4681.5687.05 0.181.191.692.08
1750 25.1329.8035.2741.0147.3754.3969.3876.6182.5087.60 0.191.231.742.14
1800 25.7530.5336.1141.9648.4255.5370.5577.6783.3387.97 0.201.261.792.20
1850 26.3731.2536.9442.9049.4556.6471.6678.6484.0388.17 0.201.301.842.26
1900 26.9831.9637.7643.8150.4657.7272.7179.5284.61 0.211.331.892.32
1950 27.5832.6638.5744.7151.4558.7673.6980.2985.05 0.211.371.942.38
2000 28.1733.3539.3645.6052.4159.7774.5980.9785.36 0.221.401.992.44
2050 28.7634.0340.1446.4653.3460.7475.4381.5585.53 0.221.442.042.50
2100 29.3434.7040.9047.3154.2561.6876.1982.0385.55 0.231.472.092.56
20 2150 29.9135.3641.6648.1455.1362.5876.8882.40 0.231.512.142.63
2200 30.4836.0242.3948.9555.9963.4477.4982.66 0.241.542.192.69
2250 31.0436.6643.1249.7356.8264.2678.0382.81 0.241.582.242.75
2300 31.5937.2943.8350.5057.6265.0578.4882.84 0.251.612.292.81
2350 32.1337.9144.5251.2558.3965.7978.85 0.261.652.342.87
2400 32.6738.5245.2051.9859.1466.4979.14 0.261.682.392.93
2450 33.1939.1245.8652.6859.8567.1579.35 0.271.722.442.99
2500 33.7139.7046.5153.3760.5367.7779.46 0.271.752.493.05
2550 34.2240.2847.1454.0361.1968.3579.49 0.281.792.543.11
2600 34.7240.8447.7654.6761.8168.8879.43 0.281.822.593.18
25 2650
35.21
41.39
48.36
55.29
62.40
69.36
0.29
1.86
2.64
3.24
2700
35.70
41.93
48.94
55.88
62.96
69.80
0.29
1.89
2.69
3.30
2750
36.17
42.46
49.51
56.45
63.48
70.19
0.30
1.93
2.74
3.36
2800
36.63
42.98
50.05
57.00
63.97
70.54
0.30
1.96
2.79
3.42
2850
37.09
43.48
50.58
57.52
64.43
70.83
0.31
2.00
2.84
3.48
2900
37.54
43.97
51.10
58.02
64.85
71.08
0.31
2.04
2.89
3.54
2950
37.97
44.44
51.59
58.49
65.23
71.27
0.32
2.07
2.94
3.60
3000
38.40
44.91
52.06
58.93
65.58
71.42
0.33
2.11
2.99
3.66
3050
38.81
45.35
52.52
59.35
65.90
71.51
0.33
2.14
3.04
3.72
3100
39.22
45.79
52.96
59.74
66.17
71.55
0.34
2.18
3.09
3.79
30 3150
39.62
46.21
53.37
60.11
66.41
71.54
0.34
2.21
3.14
3.85
vmax ≤ 55 m/s
3200
40.00
46.62
53.77
60.45
66.61
71.47
0.35
2.25
3.19
3.91
3250
40.38
47.01
54.15
60.76
66.77
71.35
0.35
2.28
3.24
3.97
3300
40.74
47.39
54.50
61.04
66.89
71.17
0.36
2.32
3.29
4.03
v > 42 m/s.
3350
41.09
47.75
54.84
61.29
66.97
0.36
2.35
3.34
4.09
Please consult our
3400
41.43
48.10
55.15
61.52
67.01
0.37
2.39
3.39
4.15
Application Engineering
3450
41.77
48.43
55.45
61.71
67.01
0.37
2.42
3.44
4.21
Department.
3500
42.08
48.75
55.72
61.87
66.97
0.38
2.46
3.49
4.27
O
O
Statically balanced
Datum diameter of small pulley ddk [mm]
nk
SUPER X-power
M=S
O
O
O
O
35
O
40
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
© Arntz OPTIBELT Group, Germany 117
POWER RATINGS
optibelt Super E-POWER M=S ProfilE XPZ, 3VX, 9JX
Nominal Power Rating PN [kW] for β = 180° and Ld = 1600 mm
Pulleys
v [m/s]
Table 61
Statically balanced
5
O
10
O
15
O
20
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
56
60
63
71
80
85
90
95
100
112
125
140
160
180
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
200 to to to
1.051.261.57
700 0.861.011.101.371.671.842.162.332.712.903.133.604.214.825.44
950 1.101.281.421.782.162.382.813.023.533.784.074.695.506.307.08
1450 1.521.791.982.503.073.404.024.325.065.425.846.737.909.02
10.13
2850 2.482.953.314.255.275.836.947.498.769.38
10.10
11.60
13.51
15.32
17.00
100 0.170.190.220.260.310.340.400.420.490.520.550.640.740.850.96
200 0.310.360.380.470.560.620.730.780.900.961.031.191.391.581.79
300 0.430.500.550.670.800.891.041.121.301.381.491.701.992.282.57
400 0.550.640.700.851.031.141.331.431.671.781.922.202.582.953.31
500 0.660.770.841.031.261.381.621.742.032.172.332.683.143.594.04
600 0.770.890.971.211.461.611.902.042.382.542.743.143.684.214.74
700 0.861.011.101.371.671.842.162.332.712.903.133.604.214.825.44
800 0.961.121.241.541.872.062.422.623.053.263.524.044.745.426.10
900 1.061.221.361.692.062.282.692.893.373.613.894.485.246.016.76
1000 1.151.331.481.852.262.482.943.163.703.954.264.915.756.587.40
1100 1.241.441.601.992.452.693.183.434.014.284.625.326.247.148.03
1200 1.321.541.702.152.632.893.433.684.314.624.985.746.727.698.65
1300 1.401.641.822.292.813.103.663.954.614.945.336.137.208.239.25
1400 1.491.741.932.442.993.293.904.204.915.275.686.547.668.769.84
1500 1.561.842.042.573.163.494.134.455.215.586.016.928.129.29
10.43
1600 1.641.932.142.703.343.674.364.695.505.896.357.318.579.79
10.99
1700 1.722.022.242.843.503.864.584.935.786.196.677.699.01
10.30
11.54
1800 1.792.112.342.983.674.044.805.176.066.497.008.069.44
10.79
12.08
1900 1.862.202.453.113.834.245.025.416.346.797.328.429.86
11.27
12.62
2000 1.932.282.543.234.004.405.235.646.617.087.638.78
10.28
11.74
13.14
2100 2.002.362.643.364.154.585.455.876.887.377.949.14
10.69
12.19
13.64
2200 2.062.452.743.484.314.765.656.107.147.668.249.49
11.10
12.65
14.14
2300 2.142.532.833.604.464.935.866.317.407.938.549.83
11.50
13.09
14.62
2400 2.202.622.923.724.615.106.066.547.668.218.84
10.16
11.88
13.51
15.08
2500 2.272.693.013.844.765.276.266.767.918.479.13
10.50
12.26
13.93
15.53
2600 2.332.773.103.964.915.446.466.968.168.759.42
10.82
12.62
14.34
15.97
2700 2.392.843.184.075.055.596.657.188.409.009.70
11.15
13.00
14.75
16.39
2800 2.452.923.264.195.205.766.847.388.649.269.97
11.46
13.34
15.13
16.81
2900 2.512.993.354.305.345.927.037.588.889.52
10.25
11.76
13.69
15.50
17.21
3000 2.573.063.434.405.486.077.227.799.129.77
10.51
12.06
14.03
15.86
17.58
3100 2.633.133.524.515.626.227.407.989.35
10.01
10.78
12.35
14.35
16.22
17.95
3200 2.683.203.604.625.766.377.588.179.56
10.25
11.03
12.64
14.68
16.56
18.30
3300 2.743.283.674.735.896.527.768.369.79
10.49
11.28
12.92
14.99
16.90
18.64
3400 2.78 3.35 3.76 4.84 6.02 6.67 7.93 8.5610.0110.7211.5213.2015.2917.2118.95
3500 2.84 3.41 3.83 4.93 6.16 6.82 8.11 8.7410.2210.9411.7713.4615.5817.5119.25
3600 2.89 3.48 3.90 5.04 6.28 6.96 8.28 8.9310.4411.1712.0013.7315.8617.8019.54
3700 2.94 3.54 3.98 5.14 6.41 7.09 8.45 9.1110.6411.3912.2413.9816.1318.0819.80
3800 3.00 3.60 4.06 5.23 6.53 7.24 8.60 9.2810.8511.6012.4614.2216.3918.3520.05
3900 3.05 3.66 4.13 5.33 6.65 7.37 8.77 9.4611.0411.8112.6814.4616.6418.6020.28
4000 3.10 3.72 4.19 5.42 6.77 7.50 8.93 9.6211.2312.0112.9014.7016.9018.8320.50
4100 3.13 3.78 4.26 5.52 6.89 7.63 9.08 9.7911.4212.2213.1014.9317.1219.0620.69
4200 3.18 3.84 4.33 5.60 7.01 7.76 9.24 9.9511.6012.4113.3115.1417.3519.2620.87
4300 3.23 3.90 4.39 5.70 7.12 7.88 9.3810.1211.8012.6013.5115.3517.5619.4621.02
4400 3.28 3.96 4.46 5.78 7.24 8.02 9.5310.2711.9612.7813.7015.5517.7619.6421.16
4500 3.31 4.01 4.52 5.87 7.34 8.14 9.6710.4212.1412.9613.9015.7617.9519.8021.28
4600 3.36 4.07 4.58 5.96 7.45 8.26 9.8210.5712.3113.1414.0815.9418.1319.9621.37
4700 3.40 4.12 4.64 6.04 7.56 8.38 9.9610.7212.4813.3114.2416.1218.3020.0921.44
4800 3.43 4.16 4.72 6.12 7.66 8.4810.0910.8612.6413.4814.4216.3018.4620.2121.50
4900 3.48 4.22 4.76 6.20 7.76 8.6010.2211.0012.7913.6314.5816.4518.6020.3021.53
5000 3.52 4.27 4.82 6.29 7.86 8.7110.3611.1412.9413.7914.7416.6118.7320.4021.54
5100 3.55 4.32 4.88 6.36 7.96 8.8210.4811.2713.0813.9414.8916.7618.8620.4621.53
5200 3.59 4.37 4.94 6.43 8.05 8.9310.6011.4013.2214.0915.0416.9018.9720.5221.49
5300 3.62 4.42 4.99 6.52 8.15 9.0410.7211.5313.3714.2215.1817.0319.0720.56
5400 3.66 4.45 5.05 6.59 8.24 9.1310.8411.6513.5014.3515.3117.1619.1520.57
5500 3.68 4.50 5.10 6.66 8.33 9.2310.9411.7713.6214.4815.4417.2719.2220.57
5600 3.72 4.55 5.15 6.72 8.42 9.3211.0611.8813.7414.6015.5617.3819.2820.56
5800 3.78 4.63 5.24 6.86 8.59 9.5211.2712.1113.9714.8315.7817.5619.3720.47
6000 3.84 4.70 5.34 6.98 8.75 9.6811.4712.3114.1815.0415.9717.7019.39
6200 3.89 4.78 5.42 7.10 8.90 9.8511.6512.5014.3815.2316.1417.8119.36
6400 3.95 4.85 5.51 7.22 9.0510.0111.8212.6714.5415.3816.2717.8819.27
6600 4.00 4.91 5.59 7.33 9.1810.1511.9812.8314.6915.5216.3817.90
6800 4.03 4.97 5.66 7.44 9.3110.2812.1212.9714.8115.6116.4617.89
vmax ≤ 55 m/s
7000 4.07 5.03 5.72 7.52 9.4210.4212.2513.0914.9215.7016.5117.84
7200 4.10 5.08 5.80 7.62 9.5310.5212.3613.2014.9915.7616.5217.75
7400 4.14 5.12 5.84 7.69 9.6210.6312.4713.3015.0515.7816.5117.60
7600 4.16 5.17 5.90 7.78 9.7210.7212.5513.3715.0715.7816.46
v > 42 m/s.
7800 4.19 5.21 5.95 7.84 9.7910.8012.6113.4315.0815.7416.38
Please consult our
8000 4.20 5.23 5.99 7.90 9.8610.8612.6713.4615.0615.7016.27
Application Engineering
8200 4.21 5.27 6.02 7.94 9.9110.9212.7113.4815.0215.6016.12
Department.
8400 4.22 5.28 6.05 7.99 9.9610.9612.7213.4814.9515.4815.94
0.010.060.080.10
0.010.080.110.13
0.020.120.160.20
0.040.230.320.40
0.000.010.010.01
0.000.020.020.03
0.000.020.030.04
0.000.030.050.06
0.010.040.060.07
0.010.050.070.08
0.010.060.080.10
0.010.060.090.11
0.010.070.100.13
0.010.080.110.14
0.010.090.120.15
0.010.100.140.17
0.020.100.150.18
0.020.110.160.19
0.020.120.170.21
0.020.130.180.22
0.020.140.190.24
0.020.140.200.25
0.020.150.220.26
0.020.160.230.28
0.030.170.240.29
0.030.180.250.31
0.030.180.260.32
0.030.190.270.33
0.030.200.280.35
0.030.210.300.36
0.030.220.310.38
0.030.220.320.39
0.040.230.330.40
0.040.240.340.42
0.040.250.350.43
0.040.260.360.45
0.040.260.370.46
0.04 0.27 0.39 0.47
0.04 0.28 0.40 0.49
0.04 0.29 0.41 0.50
0.05 0.30 0.42 0.52
0.05 0.30 0.43 0.53
0.05 0.31 0.44 0.54
0.05 0.32 0.45 0.56
0.05 0.33 0.47 0.57
0.05 0.34 0.48 0.58
0.05 0.34 0.49 0.60
0.05 0.35 0.50 0.61
0.06 0.36 0.51 0.63
0.06 0.37 0.52 0.64
0.06 0.38 0.53 0.65
0.06 0.38 0.54 0.67
0.06 0.39 0.56 0.68
0.06 0.40 0.57 0.70
0.06 0.41 0.58 0.71
0.06 0.42 0.59 0.72
0.07 0.42 0.60 0.74
0.07 0.43 0.61 0.75
0.07 0.44 0.62 0.77
0.07 0.45 0.64 0.78
0.07 0.46 0.66 0.81
0.07 0.48 0.68 0.84
0.08 0.50 0.70 0.86
0.08 0.51 0.73 0.89
0.08 0.53 0.75 0.92
0.08 0.54 0.77 0.95
0.09 0.56 0.79 0.97
0.09 0.58 0.82 1.00
0.09 0.59 0.84 1.03
0.09 0.61 0.86 1.06
0.10 0.62 0.89 1.09
0.10 0.64 0.91 1.11
0.10 0.66 0.93 1.14
0.10 0.67 0.95 1.17
SUPER E-POWER
M=S
25
O
30 O
35
O
40
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
Note: Pulley diameters shown are outside diameters for section 3VX.
118 © Arntz OPTIBELT Group, Germany
POWER RATINGS
optibelt Super E-POWER M=S ProfilE XPA
Nominal Power Rating PN [kW] for β = 180° and Ld = 2500 mm
Pulleys
v [m/s]
Table 62
Statically balanced
5
O
10
O
15
O
20
O
25
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
71
80
85
95
100
112
118
125
140
160
180
200
224
250
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
280 to to to
1.051.261.57
7001.341.862.142.702.983.653.974.365.186.267.338.409.66
11.02
12.55
9501.722.402.773.533.894.785.225.726.828.249.66
11.06
12.72
14.50
16.51
14502.413.413.975.065.626.927.578.329.91
12.00
14.05
16.07
18.44
20.95
23.77
2850 3.97 5.82 6.84 8.84 9.8412.1813.3314.6517.4220.9924.3727.5831.1534.6638.21
1000.260.340.380.480.520.620.680.740.881.041.221.391.601.822.08
2000.470.620.720.890.971.181.281.401.661.992.332.653.053.473.96
3000.660.901.021.271.401.701.852.032.402.893.373.864.445.055.77
4000.841.151.321.641.812.212.402.633.123.764.405.035.786.607.52
5001.021.391.602.002.212.702.943.223.824.615.406.187.108.109.24
6001.191.631.872.352.593.183.463.794.505.456.377.308.399.56
10.91
7001.341.862.142.702.983.653.974.365.186.267.338.409.66
11.02
12.55
8001.502.082.403.043.354.104.484.915.847.078.289.48
10.90
12.42
14.16
9001.642.292.653.363.714.564.975.466.497.869.20
10.54
12.12
13.81
15.73
10001.802.512.903.684.075.005.466.007.138.64
10.12
11.58
13.32
15.17
17.27
11001.932.713.144.004.435.445.946.537.769.40
11.02
12.61
14.50
16.50
18.78
12002.082.923.384.314.785.876.417.048.39
10.15
11.90
13.62
15.65
17.81
20.24
13002.213.123.624.625.116.296.887.569.00
10.91
12.77
14.62
16.79
19.09
21.68
14002.343.313.854.925.456.717.348.069.61
11.64
13.63
15.59
17.90
20.34
23.08
1500 2.47 3.50 4.08 5.22 5.78 7.13 7.79 8.5710.2012.3614.4716.5518.9821.5624.44
1600 2.59 3.70 4.31 5.51 6.11 7.54 8.24 9.0610.8013.0715.3017.5020.0522.7525.76
1700 2.72 3.89 4.52 5.80 6.43 7.93 8.68 9.5411.3813.7816.1218.4121.1023.9227.04
1800 2.84 4.07 4.74 6.08 6.76 8.33 9.1210.0211.9514.4616.9219.3222.1225.0428.27
1900 2.96 4.25 4.96 6.37 7.07 8.72 9.5510.5012.5215.1417.7020.2123.1126.1429.46
2000 3.07 4.43 5.17 6.65 7.38 9.11 9.9710.9713.0715.8018.4821.0724.0727.1930.60
2100 3.19 4.60 5.38 6.92 7.68 9.4910.3911.4213.6116.4619.2421.9125.0228.2231.70
2200 3.30 4.78 5.58 7.19 7.98 9.8610.8011.8814.1517.1119.9722.7425.9329.2132.75
2300 3.41 4.94 5.78 7.45 8.2810.2411.2112.3214.6817.7420.7023.5426.8230.1633.74
2400 3.52 5.11 5.99 7.72 8.5710.6111.6012.7715.2018.3621.4124.3427.6731.0734.68
2500 3.62 5.27 6.18 7.97 8.8610.9712.0013.2015.7118.9722.0925.0928.5031.9435.57
2600 3.72 5.44 6.37 8.23 9.1411.3212.3813.6216.2119.5622.7625.8429.2932.7736.40
2700 3.83 5.59 6.56 8.48 9.4211.6612.7714.0416.7020.1523.4226.5430.0633.5637.16
2800 3.92 5.75 6.74 8.72 9.7012.0113.1414.4517.2020.7124.0627.2430.7934.3137.87
2900 4.02 5.90 6.94 8.96 9.9712.3513.5114.8617.6621.2624.6827.9031.4935.0038.52
3000 4.12 6.05 7.12 9.2010.2412.6713.8715.2518.1321.8025.2828.5532.1635.6539.11
3100 4.20 6.19 7.28 9.4410.5013.0114.2315.6418.5922.3325.8629.1632.7836.2539.62
3200 4.30 6.34 7.46 9.6710.7613.3214.5816.0219.0322.8526.4229.7633.3836.8240.07
3300 4.38 6.48 7.63 9.9011.0213.6314.9216.3919.4623.3426.9630.3133.9437.3240.45
3400 4.46 6.62 7.8010.1211.2613.9415.2516.7619.8823.8227.4930.8534.4537.7640.75
3500 4.55 6.76 7.9710.3411.5114.2415.5917.1120.2924.2927.9831.3634.9338.1640.99
3600 4.63 6.89 8.1210.5511.7514.5415.9117.4720.7024.7428.4631.8435.3638.5141.15
3700 4.70 7.02 8.2810.7611.9814.8316.2217.8121.0825.1828.9232.2835.7738.8041.22
3800 4.79 7.15 8.4410.9712.2015.1216.5218.1421.4725.6029.3532.7036.1239.02
3900 4.86 7.27 8.5911.1712.4315.4016.8218.4721.8326.0029.7733.1036.4339.19
4000 4.93 7.39 8.7411.3612.6615.6617.1218.7822.1926.3930.1633.4436.7139.30
4100 5.00 7.51 8.8811.5612.8815.9217.4019.0922.5426.7630.5233.7736.9239.35
4200 5.06 7.63 9.0211.7513.0816.1817.6819.3822.8627.1130.8534.0637.1039.34
4300 5.14 7.74 9.1611.9313.2816.4317.9519.6723.1827.4431.1634.3137.24
4400 5.20 7.85 9.3012.1113.4916.6818.2219.9623.4827.7631.4534.5437.32
4500 5.26 7.96 9.4312.2913.6816.9118.4720.2223.7828.0631.7234.7237.36
4600 5.32 8.06 9.5512.4613.8717.1418.7120.4824.0628.3331.9634.8737.34
4700 5.38 8.16 9.6712.6214.0517.3618.9520.7424.3228.5832.1634.98
4800 5.42 8.26 9.8012.7814.2317.5819.1820.9824.5928.8232.3435.06
4900 5.47 8.35 9.9112.9414.4117.7819.3921.2024.8329.0432.5035.10
5000 5.52 8.4510.0313.0914.5717.9919.6121.4225.0429.2332.6235.10
5100 5.57 8.5310.1413.2414.7418.1719.8121.6425.2629.4132.7135.05
5200 5.62 8.6210.2513.3814.8918.3620.0021.8425.4529.5732.7734.98
5300 5.66 8.7010.3413.5115.0518.5320.1822.0225.6429.7032.81
5400 5.70 8.7810.4413.6415.1918.7020.3622.2025.8129.8232.82
5500 5.74 8.8610.5413.7815.3218.8620.5222.3725.9629.9032.78
5600 5.77 8.9310.6313.9015.4619.0120.6822.5226.1029.9832.72
5700 5.81 9.0010.7214.0015.5919.1520.8222.6726.2230.0232.64
5800 5.83 9.0610.8014.1215.7119.3020.9622.8026.3330.0432.52
5900 5.86 9.1210.8714.2215.8219.4221.0822.9226.4130.04
6000 5.88 9.1810.9414.3215.9219.5421.2023.0326.4830.01
6100 5.90 9.2411.0214.4116.0319.6421.3123.1226.5429.96
6200 5.93 9.2911.0914.5116.1219.7421.4123.2226.5829.88
6300 5.94 9.3411.1514.5816.2119.8421.4923.2926.6029.78
vmax ≤ 55 m/s
6400 5.95 9.3811.2114.6616.3019.9221.5623.3526.6029.66
6500 5.96 9.4211.2614.7416.3719.9921.6223.4026.5929.51
6600 5.98 9.4611.3014.8016.4320.0521.6823.4426.57
v > 42 m/s.
6700 5.98 9.4911.3514.8616.4920.1021.7223.4526.52
Please consult our
6800 5.99 9.5211.3914.9016.5520.1521.7623.4626.45
Application Engineering
6900 5.99 9.5411.4214.9516.6020.1821.7823.4626.36
Department.
7000 5.99 9.5611.4614.9916.6320.2121.7823.4426.27
0.020.130.190.23
0.030.180.260.31
0.040.270.390.48
0.08 0.54 0.77 0.94
0.000.020.030.03
0.010.040.050.07
0.010.060.080.10
0.010.080.110.13
0.010.090.130.16
0.020.110.160.20
0.020.130.190.23
0.020.150.220.26
0.030.170.240.30
0.030.190.270.33
0.030.210.300.36
0.040.230.320.40
0.040.250.350.43
0.040.270.380.46
0.04 0.28 0.40 0.49
0.05 0.30 0.43 0.53
0.05 0.32 0.46 0.56
0.05 0.34 0.48 0.59
0.06 0.36 0.51 0.63
0.06 0.38 0.54 0.66
0.06 0.40 0.56 0.69
0.06 0.42 0.59 0.73
0.07 0.44 0.62 0.76
0.07 0.45 0.65 0.79
0.07 0.47 0.67 0.82
0.08 0.49 0.70 0.86
0.08 0.51 0.73 0.89
0.08 0.53 0.75 0.92
0.08 0.55 0.78 0.96
0.09 0.57 0.81 0.99
0.09 0.59 0.83 1.02
0.09 0.61 0.86 1.05
0.10 0.63 0.89 1.09
0.10 0.64 0.91 1.12
0.10 0.66 0.94 1.15
0.11 0.68 0.97 1.19
0.11 0.70 0.99 1.22
0.11 0.72 1.02 1.25
0.11 0.74 1.05 1.29
0.12 0.76 1.08 1.32
0.12 0.78 1.10 1.35
0.12 0.80 1.13 1.38
0.13 0.81 1.16 1.42
0.13 0.83 1.18 1.45
0.13 0.85 1.21 1.48
0.13 0.87 1.24 1.52
0.14 0.89 1.26 1.55
0.14 0.91 1.29 1.58
0.14 0.93 1.32 1.62
0.15 0.95 1.34 1.65
0.15 0.97 1.37 1.68
0.15 0.98 1.40 1.71
0.16 1.00 1.42 1.75
0.16 1.02 1.45 1.78
0.16 1.04 1.48 1.81
0.16 1.06 1.51 1.85
0.17 1.08 1.53 1.88
0.17 1.10 1.56 1.91
0.17 1.12 1.59 1.94
0.18 1.14 1.61 1.98
0.18 1.16 1.64 2.01
0.18 1.17 1.67 2.04
0.18 1.19 1.69 2.08
0.19 1.21 1.72 2.11
0.19 1.23 1.75 2.14
0.19 1.25 1.77 2.18
0.20 1.27 1.80 2.21
0.20 1.29 1.83 2.24
0.20 1.31 1.86 2.27
0.21 1.33 1.88 2.31
SUPER E-POWER
M=S
30 O
35 O
40
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
© Arntz OPTIBELT Group, Germany 119
POWER RATINGS
optibelt Super E-POWER M=S ProfilE XPB, 5VX, 15JX
Nominal Power Rating PN [kW] for β = 180° and Ld = 3550 mm
Pulleys
v [m/s]
Table 63
5
O
Statically balanced
10
O
15
O
20
O
25
O
30
O
35
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
112
118
125
140
150
160
180
200
224
250
280
315
400
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
1.051.261.57
700 3.98 4.51 5.12 6.43 7.31 8.17 9.9111.6313.6815.8918.4121.3228.27 0.040.290.410.50
950 5.26 5.96 6.79 8.54 9.7110.8713.1815.4718.1921.1124.4328.2537.22 0.060.390.550.68
1450 7.69 8.75 9.9712.5914.3016.0219.4222.7526.7030.8835.5840.8852.82 0.090.590.841.03
285013.6315.5517.7622.4025.4228.3734.0839.4845.5351.5057.5663.36 0.181.171.652.03
1000.660.730.831.031.161.301.561.822.142.482.873.324.43 0.01
0.04
0.06
0.07
2001.251.401.601.982.242.513.023.544.154.825.586.488.63 0.01
0.08
0.12
0.14
3001.822.052.332.903.293.674.445.216.127.108.239.55
12.72 0.02
0.12
0.17
0.21
4002.382.693.053.804.324.825.846.858.059.35
10.84
12.58
16.73 0.03
0.16
0.23
0.28
5002.923.303.744.705.335.967.218.469.95
11.56
13.40
15.54
20.66 0.03
0.20
0.29
0.36
600 3.46 3.91 4.44 5.57 6.32 7.08 8.5710.0611.8313.7415.9218.4624.50 0.040.250.350.43
700 3.98 4.51 5.12 6.43 7.31 8.17 9.9111.6313.6815.8918.4121.3228.27 0.040.290.410.50
800 4.50 5.10 5.80 7.28 8.28 9.2611.2313.1815.5018.0020.8424.1331.93 0.050.330.460.57
900 5.00 5.68 6.47 8.14 9.2410.3412.5314.7117.3020.0823.2426.8935.48 0.060.370.520.64
1000 5.51 6.25 7.12 8.9610.1911.4013.8216.2219.0722.1325.6129.5938.94 0.060.410.580.71
1100 6.01 6.83 7.76 9.7811.1212.4615.1017.7120.8224.1427.9132.2242.26 0.070.450.640.78
1200 6.50 7.38 8.4110.6012.0513.4916.3419.1822.5426.1130.1734.7945.46 0.080.490.700.85
1300 6.98 7.93 9.0511.4012.9614.5117.5920.6324.2328.0632.3837.2848.52 0.080.530.750.93
1400 7.46 8.48 9.6712.1913.8615.5218.8022.0625.8829.9534.5239.7151.43 0.090.570.811.00
1500 7.93 9.0210.2812.9714.7516.5120.0023.4527.5031.8036.6242.0454.18 0.090.610.871.07
1600 8.40 9.5510.9013.7415.6217.5021.1924.8329.1033.6138.6544.2956.77 0.100.650.931.14
1700 8.8610.0811.5014.5116.4918.4722.3626.1730.6535.3640.6246.4659.18 0.110.700.991.21
1800 9.3110.6012.0815.2517.3419.4223.5027.4932.1737.0842.5248.5361.40 0.110.741.051.28
1900 9.7611.1012.6716.0018.1820.3524.6228.7933.6638.7444.3550.5063.42 0.120.781.101.35
200010.1911.6013.2516.7319.0121.2825.7230.0635.1040.3446.1052.3765.24 0.130.821.161.42
210010.6212.1013.8117.4419.8222.1826.8031.3036.5041.9047.7854.1266.84 0.130.861.221.50
220011.0512.5914.3818.1420.6223.0627.8532.5037.8643.3949.3855.7668.21 0.140.901.281.57
230011.4713.0714.9218.8321.4023.9328.8833.6739.1844.8250.8957.3069.35 0.150.941.341.64
240011.8813.5415.4619.5122.1624.7829.8834.8040.4446.1952.3258.7070.24 0.150.981.391.71
250012.2814.0015.9820.1822.9225.6230.8635.9041.6647.5053.6559.9870.86 0.161.021.451.78
260012.6714.4516.5120.8323.6526.4231.8136.9742.8448.7354.8961.1271.22 0.161.061.511.85
270013.0714.9017.0221.4724.3727.2232.7438.0043.9649.9056.0462.12 0.171.101.571.92
280013.4515.3417.5122.0925.0828.0033.6439.0045.0250.9957.0862.99 0.181.151.631.99
290013.8215.7618.0022.7025.7628.7534.5039.9546.0352.0158.0263.71 0.181.191.682.06
300014.1816.1818.4823.3026.4229.4735.3440.8646.9952.9458.8564.27 0.191.231.742.14
310014.5416.5818.9523.8827.0730.1836.1441.7447.8953.8159.5764.67 0.201.271.802.21
320014.8916.9819.4024.4427.7030.8636.9242.5648.7254.5960.1764.91 0.201.311.862.28
330015.2317.3819.8425.0028.3131.5437.6743.3449.5055.2760.6564.99 0.211.351.922.35
340015.5517.7520.2725.5228.9032.1738.3844.0850.2255.8861.02 0.221.391.972.42
350015.8818.1220.6926.0429.4732.7839.0544.7750.8756.4061.25 0.221.432.032.49
360016.1918.4821.1026.5330.0133.3739.6845.4251.4456.8261.36 0.231.472.092.56
370016.4918.8221.4927.0130.5433.9440.2846.0151.9657.1461.33 0.231.512.152.63
380016.7919.1521.8627.4831.0434.4640.8546.5552.3957.37 0.241.552.212.71
390017.0619.4822.2427.9131.5234.9841.3847.0452.7657.50 0.251.602.262.78
400017.3419.7922.5828.3431.9835.4641.8747.4853.0657.54 0.251.642.322.85
410017.6020.0922.9228.7532.4135.9042.3147.8653.2857.46 0.261.682.382.92
420017.8620.3823.2429.1432.8336.3442.7248.1953.4257.28 0.271.722.442.99
430018.1020.6523.5629.5033.2236.7243.0848.4653.48 0.271.762.503.06
440018.3220.9223.8629.8433.5837.0943.4048.6753.47 0.281.802.563.13
450018.5421.1724.1330.1733.9137.4243.6848.8353.36 0.281.842.613.20
460018.7421.4024.4030.4734.2237.7343.9248.9253.18 0.291.882.673.28
470018.9521.6224.6530.7434.5037.9944.1048.95 0.301.922.733.35
480019.1321.8324.8831.0134.7538.2344.2448.91 0.301.962.793.42
490019.3022.0325.0931.2434.9838.4244.3448.82 0.312.002.853.49
500019.4622.2125.3031.4535.1838.5944.3948.66 0.322.052.903.56
510019.6122.3825.4831.6435.3538.7444.3948.43 0.322.092.963.63
520019.7422.5225.6431.8035.5038.8344.3348.13 0.332.133.023.70
530019.8722.6725.7931.9435.6038.8944.23 0.342.173.083.77
540019.9822.7925.9232.0635.6938.9244.08 0.342.213.143.84
550020.0822.9026.0332.1535.7438.9043.86 0.352.253.193.92
560020.1622.9826.1232.2135.7638.8643.60 0.352.293.253.99
570020.2223.0626.2032.2635.7538.7643.28 0.362.333.314.06
580020.2823.1226.2632.2735.7038.6442.91 0.372.373.374.13
5900
20.32
23.16
26.29
32.24
35.62
38.47
0.37
2.41
3.43
4.20
6000
20.35
23.18
26.30
32.21
35.51
38.26
0.38
2.45
3.48
4.27
SUPER E-POWER
M=S
vmax ≤ 55 m/s
v > 42 m/s.
Please consult our
Application Engineering
Department.
40
O
Dynamically balanced (for details see DIN 2211)
v [m/s]
Pulleys
Note: Pulley diameters shown are outside diameters for section 5VX.
120 © Arntz OPTIBELT Group, Germany
POWER RATINGS
optibelt Super E-POWER M=S ProfilE XPC
Nominal Power Rating PN [kW] for β = 180° and Ld = 3550 mm
Pulleys
v [m/s]
Table 64
[min-1]
180
200
224
250
280
315
400
450
500
560
630
710
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
1.051.261.57
700 12.9515.4118.3521.5225.1329.3239.2945.0150.6257.1864.5872.68 0.080.490.700.85
950 17.2820.5724.4728.6633.4338.9051.7959.0466.0173.9982.6991.75 0.100.670.951.16
1450 25.5230.3235.9841.9848.7256.2973.2782.1690.1398.33
105.80
111.26 0.161.021.441.77
2850
44.51
52.18
60.70
69.02
77.32
85.00
0.31
2.00
2.84
3.48
50 1.021.211.431.681.962.283.073.534.004.555.185.92 0.01
0.04
0.05
0.06
100 1.992.362.813.293.844.496.046.957.868.94
10.21
11.65 0.01
0.07
0.10
0.12
150 2.953.504.164.875.696.658.96
10.31
11.66
13.27
15.14
17.28 0.02
0.11
0.15
0.18
200 3.89 4.62 5.50 6.44 7.52 8.8011.8413.6415.4217.5620.0322.84 0.020.140.200.24
250 4.82 5.74 6.82 7.99 9.3510.9214.7116.9319.1421.7824.8428.31 0.030.180.250.31
300 5.75 6.84 8.14 9.5411.1513.0317.5620.2022.8225.9629.5933.70 0.030.210.300.37
350 6.67 7.93 9.4411.0612.9515.1220.3623.4226.4630.0834.2738.99 0.040.250.350.43
400 7.58 9.0210.7412.5914.7217.2023.1526.6230.0634.1538.8744.18 0.040.280.400.49
450 8.5010.1012.0214.1016.4919.2625.9129.7833.6138.1643.4049.27 0.050.320.450.55
500 9.4011.1713.3115.6018.2421.3028.6432.9037.1342.1147.8354.24 0.050.350.500.61
5
550 10.3012.2414.5817.1019.9823.3331.3636.0040.5846.0052.1959.08 0.060.390.550.67
600 11.1813.3115.8418.5821.7125.3434.0339.0543.9849.8056.4263.77 0.070.420.600.73
650 12.0714.3617.1020.0523.4227.3436.6742.0547.3353.5360.5668.30 0.070.460.650.79
700 12.9515.4118.3521.5225.1329.3239.2945.0150.6257.1864.5872.68 0.080.490.700.85
750 13.8216.4519.6022.9726.8231.2741.8647.9253.8460.7468.4876.90 0.080.530.750.92
800 14.7017.5020.8224.4128.5033.2244.4050.7856.9964.2172.2580.92 0.090.560.800.98
850 15.5618.5322.0425.8430.1635.1446.9153.5960.0767.5775.8984.73 0.090.600.851.04
900 16.4319.5523.2727.2531.8037.0349.3756.3463.0870.8479.3788.36 0.100.630.901.10
950 17.2820.5724.4728.6633.4338.9051.7959.0466.0173.9982.6991.75 0.100.670.951.16
1000 18.1321.5825.6730.0535.0440.7654.1761.6768.8777.0385.8694.93 0.110.701.001.22
10 1050 18.9722.5726.8631.4336.6442.6056.5064.2471.6379.9688.8697.86 0.110.741.051.28
1100 19.8123.5728.0332.8038.2244.4058.7866.7474.2982.7591.69
100.54 0.120.771.101.34
1150 20.6524.5629.2034.1539.7746.1961.0269.1876.8785.4294.32
102.95 0.120.811.151.40
1200 21.4825.5430.3635.5041.3247.9463.1971.5479.3487.9496.77
105.10 0.130.841.201.47
1250 22.3026.5131.5036.8342.8449.6765.3373.8281.7290.3299.01
106.94 0.140.881.251.53
1300 23.1127.4832.6438.1444.3451.3767.4076.0384.0092.56
101.04
108.50 0.140.911.291.59
1350 23.9328.4433.7739.4345.8253.0469.4278.1786.1694.64
102.85
109.75 0.150.951.341.65
1400 24.7329.3934.8840.7247.2854.6871.3880.2188.2096.56
104.45
110.68 0.150.981.391.71
1450 25.5230.3235.9841.9848.7256.2973.2782.1690.1398.33
105.80
111.26 0.161.021.441.77
1500 26.3231.2537.0743.2250.1457.8875.1184.0491.9399.91
106.92 0.161.051.491.83
15 1550 27.1032.1738.1544.4651.5259.4276.8785.8193.62101.33107.78 0.171.091.541.89
1600 27.8833.0839.2245.6752.8860.9478.5887.4995.17
102.56
108.40 0.171.121.591.95
1650 28.6433.9840.2646.8754.2362.4180.2189.0896.59
103.61
108.74 0.181.161.642.02
1700 29.4034.8841.3048.0555.5563.8681.7790.5597.87
104.46 0.181.191.692.08
1750 30.1635.7642.3249.2156.8465.2783.2691.9399.00
105.12 0.191.231.742.14
1800 30.9036.6443.3350.3558.1066.6484.6693.20
100.00
105.56 0.201.261.792.20
1850 31.6437.5044.3351.4859.3467.9785.9994.37
100.84
105.80 0.201.301.842.26
1900 32.3838.3545.3152.5760.5569.2687.2595.42
101.53 0.211.331.892.32
1950 33.1039.1946.2853.6561.7470.5188.4396.35
102.06 0.211.371.942.38
2000 33.8040.0247.2354.7262.8971.7289.5197.16
102.43 0.221.401.992.44
2050 34.5140.8448.1755.7564.0172.8990.5297.86
102.64 0.221.442.042.50
2100 35.2141.6449.0856.7765.1074.0291.4398.44
102.66 0.231.472.092.56
20 2150 35.8942.4349.9957.7766.1675.1092.2698.88 0.231.512.142.63
2200 36.5843.2250.8758.7467.1976.1392.9999.19 0.241.542.192.69
2250 37.2543.9951.7459.6868.1877.1193.6499.37 0.241.582.242.75
2300 37.9144.7552.6060.6069.1478.0694.1899.41 0.251.612.292.81
2350 38.5645.4953.4261.5070.0778.9594.62 0.261.652.342.87
2400 39.2046.2254.2462.3870.9779.7994.97 0.261.682.392.93
2450 39.8346.9455.0363.2271.8280.5895.22 0.271.722.442.99
2500 40.4547.6455.8164.0472.6481.3295.35 0.271.752.493.05
2550 41.0648.3456.5764.8473.4382.0295.39 0.281.792.543.11
2600 41.6649.0157.3165.6074.1782.6695.32 0.281.822.593.18
25 2650
42.25
49.67
58.03
66.35
74.88
83.23
0.29
1.86
2.64
3.24
2700
42.84
50.32
58.73
67.06
75.55
83.76
0.29
1.89
2.69
3.30
2750
43.40
50.95
59.41
67.74
76.18
84.23
0.30
1.93
2.74
3.36
2800
43.96
51.58
60.06
68.40
76.76
84.65
0.30
1.96
2.79
3.42
2850
44.51
52.18
60.70
69.02
77.32
85.00
0.31
2.00
2.84
3.48
2900
45.05
52.76
61.32
69.62
77.82
85.30
0.31
2.04
2.89
3.54
2950
45.56
53.33
61.91
70.19
78.28
85.52
0.32
2.07
2.94
3.60
3000
46.08
53.89
62.47
70.72
78.70
85.70
0.33
2.11
2.99
3.66
3050
46.57
54.42
63.02
71.22
79.08
85.81
0.33
2.14
3.04
3.72
3100
47.06
54.95
63.55
71.69
79.40
85.86
0.34
2.18
3.09
3.79
30 3150
47.54
55.45
64.04
72.13
79.69
85.85
0.34
2.21
3.14
3.85
vmax ≤ 55 m/s
3200
48.00
55.94
64.52
72.54
79.93
85.76
0.35
2.25
3.19
3.91
3250
48.46
56.41
64.98
72.91
80.12
85.62
0.35
2.28
3.24
3.97
3300
48.89
56.87
65.40
73.25
80.27
85.40
0.36
2.32
3.29
4.03
v > 42 m/s.
3350
49.31
57.30
65.81
73.55
80.36
0.36
2.35
3.34
4.09
Please consult our
3400
49.72
57.72
66.18
73.82
80.41
0.37
2.39
3.39
4.15
Application Engineering
3450
50.12
58.12
66.54
74.05
80.41
0.37
2.42
3.44
4.21
Department.
3500
50.50
58.50
66.86
74.24
80.36
0.38
2.46
3.49
4.27
O
O
Statically balanced
Datum diameter of small pulley ddk [mm]
nk
SUPER E-POWER
M=S
O
O
O
O
35
O
40
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
© Arntz OPTIBELT Group, Germany 121
POWER RATINGS
optibelt SUPER TX M=S ProfilE ZX/X10
Nominal Power Rating PN [kW] for β = 180° and Ld = 822 mm
Pulleys
v [m/s]
Table 65
2
O
Statically balanced
5
O
10
O
15
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
40
700
950
1450
2850
100
200
300
400
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000
5100
5200
5300
5400
5500
5600
5800
6000
6200
6400
6600
6800
7000
7200
7400
7600
7800
8000
8200
8400
45
50
56
63
71
80
90
100
112
0.220.270.320.370.440.510.590.670.760.85
0.270.340.400.470.550.640.740.850.961.09
0.360.450.540.640.750.881.021.181.321.50
0.540.690.841.011.201.411.641.882.122.39
0.050.060.070.080.090.100.120.140.150.17
0.090.100.120.140.160.190.210.240.270.31
0.120.140.160.190.220.260.300.340.380.43
0.150.180.210.240.280.330.380.430.480.54
0.170.210.250.290.340.390.450.510.580.65
0.200.240.280.330.390.450.520.600.670.76
0.220.270.320.370.440.510.590.670.760.85
0.240.300.350.410.480.560.650.750.840.95
0.260.320.380.450.530.620.710.820.921.04
0.280.350.410.490.570.670.770.891.001.13
0.300.370.440.520.620.720.830.951.071.21
0.320.400.470.560.660.770.891.021.151.30
0.340.420.500.590.700.810.941.081.221.38
0.360.440.520.620.740.861.001.141.291.46
0.370.460.550.650.770.901.051.201.361.53
0.390.480.580.690.810.951.101.261.421.61
0.400.500.600.710.850.991.151.321.491.68
0.420.520.620.740.881.031.201.381.551.75
0.430.540.650.770.911.071.241.431.611.82
0.440.560.670.800.951.111.291.481.671.89
0.460.570.690.830.981.151.341.531.731.95
0.470.590.710.851.011.191.381.591.782.01
0.480.610.730.881.041.221.421.631.842.08
0.490.620.750.901.071.261.461.681.892.14
0.500.640.770.931.101.291.501.731.952.19
0.510.650.790.951.131.331.541.782.002.25
0.520.670.810.971.161.361.581.822.052.31
0.530.680.830.991.181.391.621.862.092.36
0.540.700.841.021.211.431.661.912.142.41
0.550.710.861.041.241.461.701.952.192.46
0.560.720.881.061.261.491.731.992.232.51
0.570.740.891.081.291.521.772.032.282.56
0.580.750.911.101.311.551.802.072.322.60
0.590.760.931.121.341.571.832.102.362.65
0.600.770.941.141.361.601.862.142.402.69
0.600.780.951.161.381.631.892.172.442.73
0.610.790.971.171.401.661.932.212.472.77
0.620.800.981.191.431.681.952.242.512.81
0.620.811.001.211.451.711.982.272.542.84
0.630.821.011.231.471.732.012.302.582.88
0.640.831.021.241.491.752.042.332.612.91
0.640.841.031.261.511.782.072.362.642.94
0.650.851.051.271.531.802.092.392.672.97
0.650.861.061.291.541.822.122.422.703.00
0.660.871.071.301.561.842.142.442.723.02
0.660.871.081.321.581.862.162.472.753.05
0.670.881.091.331.601.882.182.492.773.07
0.670.891.101.341.611.902.212.522.803.09
0.680.901.111.361.631.922.232.542.823.11
0.680.901.121.371.641.942.252.562.843.13
0.680.911.131.381.661.962.272.582.863.14
0.690.921.141.391.671.972.282.602.873.16
0.690.921.151.401.691.992.302.612.893.17
0.690.931.151.411.702.002.322.632.913.18
0.690.931.161.421.712.022.332.652.923.19
0.700.941.171.431.722.032.352.662.933.20
0.700.951.181.451.752.062.382.692.953.21
0.700.961.201.471.772.082.402.712.973.21
0.710.961.211.491.792.102.422.722.973.20
0.710.971.221.501.812.122.442.742.983.18
0.710.981.231.511.822.142.452.742.973.16
0.710.981.241.521.832.152.462.752.963.13
0.710.981.241.531.842.162.472.742.953.09
0.710.981.251.541.852.172.472.742.933.04
0.700.991.251.551.862.172.472.732.902.99
0.700.991.251.551.862.182.472.71
v > 30 m/s.
0.700.991.261.551.872.182.462.69
Please consult our
0.690.981.261.561.872.172.452.66
Application Engineering
0.680.981.251.561.872.172.43
0.680.981.251.551.862.162.41
Department.
0.00
0.02
0.03
0.04
0.01
0.02
0.04
0.05
0.01
0.04
0.05
0.08
0.02
0.07
0.11
0.16
0.00
0.00
0.00
0.01
0.00
0.01
0.01
0.01
0.00
0.01
0.01
0.02
0.00
0.01
0.01
0.02
0.00
0.01
0.02
0.03
0.00
0.02
0.02
0.03
0.00
0.02
0.03
0.04
0.01
0.02
0.03
0.05
0.01
0.02
0.03
0.05
0.01
0.03
0.04
0.06
0.01
0.03
0.04
0.06
0.01
0.03
0.04
0.07
0.01
0.03
0.05
0.07
0.01
0.04
0.05
0.08
0.01
0.04
0.06
0.09
0.01
0.04
0.06
0.09
0.01
0.04
0.06
0.10
0.01
0.05
0.07
0.10
0.01
0.05
0.07
0.11
0.01
0.05
0.07
0.11
0.01
0.05
0.08
0.12
0.01
0.06
0.08
0.13
0.02
0.06
0.08
0.13
0.02
0.06
0.09
0.14
0.02
0.06
0.09
0.14
0.02
0.07
0.10
0.15
0.02
0.07
0.10
0.15
0.02
0.07
0.10
0.16
0.02
0.07
0.11
0.17
0.02
0.08
0.11
0.17
0.02
0.08
0.11
0.18
0.02
0.08
0.12
0.18
0.02
0.08
0.12
0.19
0.02
0.09
0.13
0.19
0.02
0.09
0.13
0.20
0.02
0.09
0.13
0.21
0.03
0.09
0.14
0.21
0.03
0.10
0.14
0.22
0.03
0.10
0.14
0.22
0.03
0.10
0.15
0.23
0.03
0.10
0.15
0.23
0.03
0.11
0.15
0.24
0.03
0.11
0.16
0.25
0.03
0.11
0.16
0.25
0.03
0.12
0.17
0.26
0.03
0.12
0.17
0.26
0.03
0.12
0.17
0.27
0.03
0.12
0.18
0.27
0.03
0.13
0.18
0.28
0.03
0.13
0.18
0.29
0.03
0.13
0.19
0.29
0.04
0.13
0.19
0.30
0.04
0.14
0.20
0.30
0.04
0.14
0.20
0.31
0.04
0.14
0.20
0.31
0.04
0.14
0.21
0.32
0.04
0.15
0.21
0.33
0.04
0.15
0.22
0.34
0.04
0.16
0.23
0.35
0.04
0.16
0.24
0.37
0.04
0.17
0.24
0.38
0.05
0.17
0.25
0.39
0.05
0.18
0.26
0.40
0.05
0.18
0.27
0.41
0.05
0.19
0.27
0.42
0.05
0.19
0.28
0.43
0.05
0.20
0.29
0.45
0.05
0.20
0.30
0.46
0.06
0.21
0.30
0.47
0.06
0.21
0.31
0.48
SUPER TX M=S
20
O
25
O
30
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
122 Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
1.051.261.57
© Arntz OPTIBELT Group, Germany
Pulleys
POWER RATINGS
optibelt SUPER TX M=S ProfilE AX/X13
Nominal Power Rating PN [kW] for β = 180° and Ld = 1730 mm
Pulleys
v [m/s]
Table 66
2
O
Statically balanced
5
O
10
O
15
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
63
71
80
90
95
100
106
112
118
125
132
140
150
160
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
180 to to to
1.051.261.57
700 0.670.861.071.291.401.511.641.771.902.042.192.352.562.763.150.020.080.120.18
950 0.821.061.331.611.761.902.062.232.392.582.762.973.233.493.980.030.110.160.24
1450 1.051.391.762.162.362.562.793.023.253.513.764.054.404.745.410.040.170.240.37
2850 1.391.962.583.233.553.864.234.584.925.315.686.096.577.037.840.090.330.470.73
100 0.160.190.230.280.300.320.340.370.390.420.450.480.520.560.630.000.010.020.03
200 0.270.340.410.490.520.560.610.650.700.750.800.860.931.001.140.010.020.030.05
300 0.370.460.560.670.730.780.840.910.971.041.111.201.301.401.590.010.030.050.08
400 0.460.570.700.840.910.981.061.141.221.321.411.511.641.772.020.010.050.070.10
500 0.540.680.831.001.081.171.271.361.461.571.681.811.962.112.410.020.060.080.13
600 0.610.770.951.151.251.341.461.571.681.811.942.092.272.442.790.020.070.100.15
700 0.670.861.071.291.401.511.641.771.902.042.192.352.562.763.150.020.080.120.18
800 0.740.941.171.421.551.671.811.962.102.262.432.612.843.063.500.020.090.130.21
900 0.791.021.281.551.691.821.982.142.302.482.652.863.103.353.820.030.100.150.23
1000 0.851.101.371.671.821.972.142.312.482.682.873.093.363.624.140.030.110.170.26
1100 0.901.171.471.791.952.112.302.482.662.883.083.323.613.894.440.030.130.180.28
1200 0.941.231.561.902.072.242.442.642.843.063.293.543.844.154.730.040.140.200.31
1300 0.991.301.642.012.192.372.592.803.013.253.483.754.074.395.010.040.150.220.33
1400 1.031.361.722.112.312.502.722.953.173.423.673.954.294.635.280.040.160.230.36
1500 1.071.421.802.212.422.622.863.093.323.593.854.144.504.865.530.050.170.250.38
1600 1.101.471.872.312.522.742.993.233.473.754.034.334.715.075.780.050.180.260.41
1700 1.141.521.952.402.632.853.113.373.623.914.194.514.905.286.010.050.200.280.44
1800 1.171.572.012.492.732.963.233.503.764.064.364.695.095.486.230.050.210.300.46
1900 1.201.622.082.582.823.063.343.623.894.214.514.855.275.676.440.060.220.310.49
2000 1.231.662.142.662.913.163.453.744.024.354.665.015.445.866.640.060.230.330.51
2100 1.251.712.202.743.003.263.563.864.154.484.805.175.606.036.830.060.240.350.54
2200 1.281.752.262.813.083.353.663.974.274.614.945.315.766.197.000.070.250.360.56
2300 1.301.782.322.893.163.443.764.074.384.735.075.455.916.357.160.070.260.380.59
2400 1.321.822.372.963.243.523.854.184.494.855.205.586.056.497.310.070.280.400.62
2500 1.341.852.423.023.323.603.944.274.594.965.325.716.186.637.450.080.290.410.64
2600 1.351.892.473.093.393.684.034.374.695.075.435.836.306.757.580.080.300.430.67
2700 1.371.922.513.153.463.764.114.454.795.175.535.946.426.877.690.080.310.450.69
2800 1.381.942.553.213.523.834.194.544.885.265.636.046.526.987.790.090.320.460.72
2900 1.391.972.603.263.583.904.264.624.965.355.736.146.627.077.880.090.330.480.74
3000 1.402.002.633.313.643.964.334.695.045.445.826.236.717.167.950.090.340.500.77
3100 1.412.022.673.363.704.024.404.775.125.525.906.316.797.248.010.090.360.510.80
3200 1.422.042.703.413.754.084.464.835.195.595.976.386.867.308.060.100.370.530.82
3300 1.432.062.743.453.804.134.524.895.255.666.046.456.937.368.090.100.380.550.85
3400 1.432.072.763.493.844.184.574.955.315.726.106.516.987.418.110.100.390.560.87
3500 1.432.092.793.533.884.234.625.005.375.776.156.567.037.448.110.110.400.580.90
3600 1.442.102.823.573.924.274.675.055.425.826.206.617.067.470.110.410.600.92
3700 1.442.112.843.603.964.314.715.105.465.876.246.647.097.480.110.420.610.95
3800 1.432.122.863.633.994.344.755.145.505.906.286.677.117.480.120.440.630.98
3900 1.432.132.883.654.024.384.785.175.535.936.306.697.117.470.120.450.651.00
4000 1.432.142.893.684.054.404.815.205.565.966.326.707.117.450.120.460.661.03
4100 1.422.142.913.704.074.434.845.225.595.986.346.707.100.120.470.681.05
4200 1.422.142.923.724.094.454.865.245.605.996.346.707.070.130.480.701.08
4300 1.412.152.933.734.114.474.885.265.616.006.346.687.040.130.490.711.10
4400 1.402.142.933.744.124.484.895.275.626.006.336.667.000.130.510.731.13
4500 1.392.142.943.754.134.494.905.275.625.996.316.636.940.140.520.741.15
4600 1.372.142.943.764.144.494.905.275.615.976.290.140.530.761.18
4700 1.362.132.943.764.144.504.905.275.605.956.250.140.540.781.21
4800 1.342.122.943.764.144.494.895.265.595.926.210.150.550.791.23
4900 1.332.112.933.764.134.494.885.245.565.896.160.150.560.811.26
5000 1.312.102.923.754.134.484.875.225.535.856.110.150.570.831.28
5100 1.292.092.913.744.114.464.855.195.500.160.590.841.31
5200 1.272.072.903.734.104.454.825.165.460.160.600.861.33
5300 1.252.052.893.714.084.424.795.125.410.160.610.881.36
5400 1.222.042.873.694.064.404.765.085.350.160.620.891.39
5500 1.202.012.853.674.034.374.725.035.290.170.630.911.41
5600 1.171.992.833.644.004.334.680.170.640.931.44
5700 1.141.972.803.613.974.294.630.170.650.941.46
5800 1.111.942.783.583.934.254.580.180.670.961.49
5900 1.081.912.753.553.894.204.520.180.680.981.51
6000 1.051.882.723.513.854.154.450.180.690.991.54
SUPER TX M=S
v > 30 m/s.
Please consult our
Application Engineering
Department.
20 O
25
O
30
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
© Arntz OPTIBELT Group, Germany 123
POWER RATINGS
optibelt SUPER TX M=S ProfilE BX/X17
Nominal Power Rating PN [kW] for β = 180° and Ld = 2280 mm
Pulleys
v [m/s]
Table 67
5
O
Statically balanced
10
O
15
O
20
O
nk
Datum diameter of small pulley ddk [mm]
[min-1]
90 100 106 112 118 125 132 140 160 180 190 200 212 224 250 280
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
to to to
1.051.261.57
700 1.702.012.202.382.562.772.983.213.794.354.634.905.235.556.226.98 0.030.120.180.28
950 2.122.522.762.993.233.493.764.064.795.515.866.206.617.017.858.78 0.040.170.240.37
1450 2.823.393.724.054.374.755.115.536.537.497.958.408.949.45
10.52
11.66 0.070.260.370.57
2850 4.165.065.596.106.607.167.708.309.67
10.86
11.39
11.87
12.39
12.82
13.51
13.82 0.130.500.721.12
100 0.370.420.460.490.530.570.610.650.760.870.930.981.041.111.241.40 0.000.020.030.04
200 0.640.750.820.880.941.011.091.171.371.571.671.761.881.992.242.52 0.010.040.050.08
300 0.891.041.131.221.311.411.521.631.922.202.342.472.632.803.143.53 0.010.050.080.12
400 1.111.311.421.541.651.781.912.062.432.782.963.133.343.543.984.47 0.020.070.100.16
500 1.321.561.701.831.972.132.292.472.903.333.543.754.004.244.775.36 0.020.090.130.20
600 1.511.791.952.112.272.462.642.853.363.854.104.344.634.915.516.19 0.030.110.150.24
700 1.702.012.202.382.562.772.983.213.794.354.634.905.235.556.226.98 0.030.120.180.28
800 1.872.222.432.632.843.073.303.564.204.835.145.445.806.156.907.73 0.040.140.200.32
900 2.042.422.652.873.103.363.613.904.605.295.625.956.346.737.548.44 0.040.160.230.35
1000 2.192.612.863.113.353.633.914.224.985.726.096.446.867.288.159.12 0.050.180.250.39
1100 2.352.803.073.333.593.894.194.535.356.146.536.917.367.808.739.75 0.050.190.280.43
1200 2.492.983.263.553.834.154.474.835.706.556.967.367.848.319.28
10.34 0.060.210.310.47
1300 2.633.153.453.754.054.394.735.116.046.947.377.808.298.789.80
10.90 0.060.230.330.51
1400 2.763.313.633.954.274.634.995.396.377.317.768.218.739.23
10.29
11.42 0.070.250.360.55
1500 2.893.473.814.144.484.865.235.666.687.668.148.609.149.66
10.74
11.90 0.070.260.380.59
1600 3.013.623.984.334.685.085.475.916.988.008.498.979.53
10.07
11.17
12.33 0.070.280.410.63
1700 3.133.764.144.514.875.295.706.167.278.328.839.329.89
10.44
11.56
12.73 0.080.300.430.67
1800 3.243.904.304.685.065.495.926.407.558.639.159.65
10.24
10.80
11.92
13.08 0.080.320.460.71
1900 3.354.044.454.855.245.696.136.627.818.929.459.97
10.56
11.12
12.25
13.38 0.090.330.480.75
2000 3.454.174.595.005.415.886.336.848.069.209.74
10.26
10.86
11.42
12.54
13.64 0.090.350.510.79
2100 3.554.294.735.165.586.066.537.058.309.46
10.01
10.53
11.13
11.69
12.80
13.86 0.100.370.530.83
2200 3.644.414.865.305.736.236.717.258.529.70
10.25
10.78
11.38
11.94
13.02
14.02 0.100.390.560.87
2300 3.734.534.995.445.896.396.897.448.749.93
10.48
11.01
11.61
12.16
13.20
14.14 0.110.410.580.91
2400 3.824.635.115.586.036.557.067.628.94
10.14
10.69
11.22
11.81
12.35
13.35
14.20 0.110.420.610.95
2500 3.904.745.235.706.176.707.217.789.12
10.33
10.88
11.40
11.98
12.51
13.46
14.21 0.120.440.640.99
2600 3.984.845.345.836.306.847.377.949.30
10.51
11.06
11.57
12.13
12.64
13.52 0.120.460.661.02
2700 4.054.935.445.946.436.987.518.099.46
10.66
11.21
11.71
12.25
12.73
13.55 0.130.480.691.06
2800 4.125.025.546.056.547.107.648.239.60
10.80
11.34
11.82
12.35
12.80
13.53 0.130.490.711.10
2900 4.195.115.646.156.657.227.778.369.73
10.92
11.44
11.92
12.42
12.84
13.47 0.140.510.741.14
3000 4.255.195.736.256.767.337.888.489.85
11.03
11.53
11.99
12.45
12.84
13.37 0.140.530.761.18
3100 4.315.265.816.346.867.437.998.599.96
11.11
11.60
12.03 0.150.550.791.22
3200 4.365.335.896.436.957.538.098.69
10.05
11.17
11.64
12.05 0.150.560.811.26
3300 4.415.395.966.507.037.628.188.78
10.13
11.22
11.66
12.04 0.150.580.841.30
3400 4.465.456.036.587.117.708.268.86
10.19
11.24
11.66
12.00 0.160.600.861.34
3500 4.505.516.096.647.177.778.338.93
10.23
11.24
11.63
11.94 0.160.620.891.38
3600 4.545.566.146.707.247.838.398.98
10.26
11.23 0.170.630.921.42
3700 4.575.606.196.757.297.888.449.03
10.28
11.19 0.170.650.941.46
3800 4.605.646.246.807.347.938.489.06
10.28
11.13 0.180.670.971.50
3900 4.635.686.276.847.387.968.519.08
10.26
11.05 0.180.690.991.54
4000 4.655.716.316.877.417.998.539.09
10.23
10.94 0.190.711.021.58
4100 4.675.736.336.907.438.018.549.09
10.18 0.190.721.041.62
4200 4.685.756.356.927.458.028.559.08
10.11 0.200.741.071.65
4300 4.695.776.376.937.468.028.549.06
10.02 0.200.761.091.69
4400 4.705.786.386.947.468.028.529.029.92 0.210.781.121.73
4500 4.705.786.386.937.458.008.498.979.80 0.210.791.141.77
4600
4.70
5.78
6.37
6.93
7.44
7.97
8.45
0.22
0.81
1.17
1.81
4700
4.69
5.77
6.36
6.91
7.41
7.94
8.39
0.22
0.83
1.19
1.85
4800
4.68
5.76
6.35
6.89
7.38
7.89
8.33
0.22
0.85
1.22
1.89
4900
4.66
5.74
6.32
6.86
7.34
7.84
8.26
0.23
0.86
1.25
1.93
5000
4.64
5.72
6.29
6.82
7.29
7.77
8.17
0.23
0.88
1.27
1.97
SUPER TX M=S
v > 30 m/s.
Please consult our
Application Engineering
Department.
25
O
30
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
124 © Arntz OPTIBELT Group, Germany
Pulleys
POWER RATINGS
optibelt SUPER TX M=S ProfilE CX/X22
Nominal Power Rating PN [kW] for β = 180° and Ld = 3808 mm
Pulleys
v [m/s]
Table 68
Statically balanced
5
O
10
O
15
O
20
O
25
O
Datum diameter of small pulley ddk [mm]
nk
[min-1]
140
150
160
180
200
224
250
280
315
335
355
400
450
500
Additional power [kW]
per belt for speed ratio i
1.01 1.06 1.27> 1.57
630 to to to
1.051.261.57
700 4.815.295.766.697.598.659.77
11.03
12.45
13.24
14.02
15.70
17.48
19.17
23.070.060.230.330.52
950 6.07 6.68 7.28 8.46 9.6110.9412.3413.8915.6216.5817.5019.4621.4723.2826.99 0.08 0.32 0.45 0.70
1450 8.23 9.07 9.8911.4913.0114.7616.5418.4420.4721.5222.5024.3925.9927.0026.57 0.13 0.48 0.69 1.07
2850 12.1613.3414.4516.4518.1419.7320.8821.3920.80 0.25 0.95 1.36 2.11
50 0.540.590.640.740.830.941.061.201.351.441.531.721.942.152.690.000.020.020.04
100 0.981.071.161.341.511.721.942.192.472.632.793.153.543.934.900.010.030.050.07
150 1.381.511.641.892.142.432.743.093.503.733.964.465.015.566.930.010.050.070.11
200 1.761.922.082.412.723.103.503.954.474.765.065.706.407.098.830.020.070.100.15
250 2.112.312.512.903.283.744.224.775.405.756.106.887.728.55
10.620.020.080.120.19
300 2.452.692.923.373.824.354.915.556.296.707.108.008.989.94
12.330.030.100.140.22
350 2.783.053.313.834.344.945.596.317.147.618.079.09
10.19
11.27
13.950.030.120.170.26
400 3.103.393.694.274.845.526.237.057.978.499.00
10.14
11.36
12.55
15.490.040.130.190.30
450 3.403.734.064.705.336.086.867.768.779.349.91
11.15
12.48
13.78
16.960.040.150.220.33
500 3.704.064.425.125.816.627.488.459.55
10.17
10.78
12.12
13.56
14.95
18.340.040.170.240.37
550 3.994.384.765.526.277.158.079.12
10.31
10.97
11.63
13.07
14.60
16.08
19.650.050.180.260.41
600 4.274.695.105.926.727.668.659.77
11.04
11.75
12.45
13.98
15.60
17.16
20.870.050.200.290.44
650 4.554.995.446.317.168.169.22
10.41
11.76
12.51
13.25
14.86
16.56
18.19
22.020.060.220.310.48
700 4.815.295.766.697.598.659.77
11.03
12.45
13.24
14.02
15.70
17.48
19.17
23.070.060.230.330.52
750 5.08 5.58 6.08 7.06 8.01 9.1310.3111.6413.1313.9514.7616.5218.3620.1024.04 0.07 0.25 0.36 0.56
800 5.33 5.86 6.39 7.42 8.42 9.6010.8412.2213.7814.6415.4817.3019.2020.9724.93 0.07 0.27 0.38 0.59
850 5.58 6.14 6.69 7.77 8.8310.0611.3512.8014.4115.3116.1818.0620.0021.8025.71 0.07 0.28 0.41 0.63
900 5.83 6.42 6.99 8.12 9.2210.5011.8513.3515.0315.9516.8518.7820.7622.5726.40 0.08 0.30 0.43 0.67
950 6.07 6.68 7.28 8.46 9.6110.9412.3413.8915.6216.5817.5019.4621.4723.2826.99 0.08 0.32 0.45 0.70
1000 6.31 6.94 7.57 8.79 9.9811.3712.8214.4216.2017.1718.1220.1222.1423.9427.48 0.09 0.33 0.48 0.74
1050 6.54 7.20 7.85 9.1210.3511.7813.2814.9316.7617.7518.7120.7422.7624.5327.86 0.09 0.35 0.50 0.78
1100 6.77 7.45 8.12 9.4410.7112.1913.7315.4217.2918.3119.2821.3223.3425.0728.13 0.10 0.36 0.53 0.82
1150 6.99 7.70 8.39 9.7511.0612.5914.1715.9017.8118.8419.8221.8723.8725.5528.28 0.10 0.38 0.55 0.85
1200 7.21 7.94 8.6610.0611.4112.9714.5916.3718.3019.3520.3422.3924.3525.9628.31 0.11 0.40 0.57 0.89
1250 7.42 8.17 8.9110.3511.7513.3515.0116.8118.7819.8320.8322.8724.7826.3128.23 0.11 0.41 0.60 0.93
1300 7.63 8.40 9.1710.6512.0713.7215.4117.2519.2320.2921.2923.3125.16 0.11 0.43 0.62 0.96
1350 7.83 8.63 9.4110.9312.3914.0715.8017.6619.6720.7321.7223.7125.49 0.12 0.45 0.65 1.00
1400 8.04 8.85 9.6611.2112.7114.4216.1718.0620.0821.1422.1224.0725.77 0.12 0.46 0.67 1.04
1450 8.23 9.07 9.8911.4913.0114.7616.5418.4420.4721.5222.5024.3925.99 0.13 0.48 0.69 1.07
1500 8.43 9.2810.1211.7513.3115.0816.8918.8120.8321.8822.8424.6726.15 0.13 0.50 0.72 1.11
1550 8.61 9.4910.3512.0113.6015.4017.2219.1621.1822.2123.1524.91 0.14 0.51 0.74 1.15
1600 8.80 9.7010.5712.2713.8815.7117.5519.4921.5022.5223.4325.11 0.14 0.53 0.77 1.19
1650 8.98 9.9010.7912.5114.1516.0017.8619.8121.8022.8023.6825.27 0.15 0.55 0.79 1.22
1700 9.1610.0911.0012.7614.4216.2918.1620.1122.0723.0523.9025.37 0.15 0.56 0.81 1.26
1750 9.3310.2811.2112.9914.6816.5618.4420.3822.3323.2724.0925.44 0.15 0.58 0.84 1.30
1800 9.5010.4711.4113.2214.9216.8318.7120.6522.5523.46 0.16 0.60 0.86 1.33
1850 9.6710.6511.6113.4415.1617.0818.9720.8922.7523.63 0.16 0.61 0.88 1.37
1900 9.8310.8311.8013.6615.4017.3319.2121.1122.9323.76 0.17 0.63 0.91 1.41
1950 9.9911.0011.9913.8715.6217.5619.4421.3223.0823.86 0.17 0.65 0.93 1.45
2000 10.1411.1712.1714.0715.8417.7819.6621.5023.2023.93 0.18 0.66 0.96 1.48
2050 10.2911.3312.3414.2616.0417.9919.8621.6723.30 0.18 0.68 0.98 1.52
2100 10.4411.4912.5214.4516.2418.1920.0421.8123.37 0.18 0.70 1.00 1.56
2150 10.5811.6512.6814.6416.4318.3820.2121.9423.41 0.19 0.71 1.03 1.59
2200 10.7211.8012.8414.8116.6218.5620.3622.0523.42 0.19 0.73 1.05 1.63
2250 10.8511.9513.0014.9816.7918.7220.5022.1323.40 0.20 0.75 1.08 1.67
2300 10.9812.0913.1515.1416.9518.8720.6322.19 0.20 0.76 1.10 1.70
2350 11.1112.2213.2915.3017.1119.0120.7322.23 0.21 0.78 1.12 1.74
2400 11.2312.3613.4315.4417.2519.1420.8222.25 0.21 0.80 1.15 1.78
2450 11.3512.4813.5715.5817.3919.2620.9022.25 0.22 0.81 1.17 1.82
2500 11.4712.6113.7015.7217.5219.3620.9622.23 0.22 0.83 1.20 1.85
2550
11.58
12.73
13.82
15.84
17.63
19.45
21.00
0.22
0.85
1.22
1.89
2600
11.68
12.84
13.94
15.96
17.74
19.53
21.02
0.23
0.86
1.24
1.93
2650
11.79
12.95
14.05
16.08
17.84
19.60
21.03
0.23
0.88
1.27
1.96
2700
11.89
13.05
14.16
16.18
17.93
19.65
21.02
0.24
0.90
1.29
2.00
2750
11.98
13.15
14.26
16.28
18.01
19.69
20.99
0.24
0.91
1.32
2.04
2800
12.07
13.25
14.36
16.37
18.08
19.72
0.25
0.93
1.34
2.08
2850
12.16
13.34
14.45
16.45
18.14
19.73
0.25
0.95
1.36
2.11
2900
12.24
13.42
14.53
16.52
18.19
19.73
0.26
0.96
1.39
2.15
2950
12.32
13.50
14.61
16.59
18.23
19.72
0.26
0.98
1.41
2.19
3000
12.39
13.58
14.68
16.65
18.26
19.69
0.26
0.99
1.43
2.22
3050
12.46
13.65
14.75
16.70
18.27
0.27
1.01
1.46
2.26
3100
12.53
13.71
14.81
16.74
18.28
0.27
1.03
1.48
2.30
3150
12.59
13.77
14.87
16.77
18.28
0.28
1.04
1.51
2.33
3200
12.65
13.83
14.92
16.80
18.26
0.28
1.06
1.53
2.37
3250
12.70
13.88
14.96
16.82
18.24
0.29
1.08
1.55
2.41
3300
12.75
13.92
15.00
16.83
0.29
1.09
1.58
2.45
v
>
30
m/s.
3350
12.79
13.96
15.03
16.83
0.29
1.11
1.60
2.48
Please consult our
3400
12.83
14.00
15.05
16.82
0.30
1.13
1.63
2.52
Application
Engineering
3450
12.87
14.03
15.07
16.81
0.30
1.14
1.65
2.56
Department.
3500
12.90
14.05
15.08
16.78
0.31
1.16
1.67
2.59
SUPER TX M=S
30
O
v [m/s]
Dynamically balanced (for details see DIN 2211)
Pulleys
© Arntz OPTIBELT Group, Germany 125
sPecial DriVes
V-FlaT DriVes
The V-flat drive comprises one grooved pulley and one flat
pulley. This type of gear can, under certain conditions, be
used for drives with intermittent loading or with large
moments of inertia. As flywheels or flat pulleys are often
126
© ArnTz OPTIBELT GrOuP, GErmAny
already present, the costs of the drive can be reduced.
When changing over a flat belt drive to a V-flat drive, it will
usually be economical to continue to use the flat pulley.
a
b
bu
b2
Da
Dz
=
=
=
=
=
=
da
dd
Fl
f
=
=
=
=
h
i
Lath
Ldth
pf
P
Sn
α
kf
=
=
=
=
=
=
=
=
=
drive centre distance
[mm]
face width of the flat pulley
[mm]
bottom width of the belt
[mm]
face width of the grooved pulley
[mm]
outside diameter of the flat pulley
[mm]
correction factor for determination
of the theoretical diameter
[mm]
outside diameter of the grooved pulley
[mm]
datum diameter of the grooved pulley
[mm]
contact area of V-belt and flat pulley
[cm2]
correction factor for calculating the face
width of the flat pulley
[mm]
height of crown per 100 mm pulley face width [mm]
speed ratio
calculated outside length of the kraftband
[mm]
calculated datum length of the V-belt
[mm]
specific surface pressure
[n/cm2]
power to be transmitted by the belt drive
[kW]
circumferential force
[n]
arc of contact on the flat pulley = 360° – β
(°)
factor
datum length Ld ≙ pitch length Lw
Special Drives
V-Flat Drives
Calculating V-flat drives
The calculation of V-flat drives is based on the same method as presented on pages 85 to 87. In order to ensure
reliability and efficiency, the V-flat belt drive must meet the
following requirements:
• The small pulley must always be V-grooved.
• When using single belts, only classic V-belts in profiles
Z/10, A/13, B/17, C/22, D/32, E/40 must be used.
• Wedge belts must never be used as their narrow base
and larger relative height tends to make them turn and
twist.
• All optibelt KB kraftbands – both with wedge belts and
classic V-belts – are particularly suitable for this type of
drive due to their single belt characteristic. Turning over
even under extreme shock load conditions is prevented.
• A V-flat drive is particularly economic when
Da – dd
kf = is between 0.5 and 1.15
a
The optimum drive dimensioning is achieved when
kf = 0.85. If the factor kf is outside the recommended
range, it is more economical to design a standard V-belt
drive.
• The following recommendations result from these
­requirements:
Speed
ratio
Centre
distance
kf factor
Classic V-belts
Kraftbands
Da + DZ
i = ≥3
dd
Da + DZ
i = ≥3
da
azul ≥ Da
azul ≥ Da
Da – dd
a = 0.85
Da – da
a = 0.85
Da – dd
kf = a
Da – da
kf = a
0.5 ≤ kfzul ≤ 1.15
• When calculating the number of belts and the belt
tension, it should be noted that a special arc of contact
factor c1 must be used as shown in the following table.
Table 69: Arc of contact factor c1 (only for V-flat drives)
kf =
Da – dd
a
β=
c1
0   
180°
0.07
176°
0.15
170°
0.22
167°
0.29
163°
0.35
163°
0.40
156°
0.45
153°
0.50
150°
0.57
146°
0.64
143°
0.70
140°
0.75
137°
0.80
134°
0.85
130°
0.92
125°
1.00
120°
1.07
115°
1.15
110°
1.21
106°
1.30
100°
1.36 96°
1.45 90°
0.75
0.76
0.77
0.79
0.79
0.79
0.81
0.81
0.82
0.83
0.84
0.85
0.85
0.86
0.86
0.84
0.82
0.80
0.78
0.77
0.73
0.72
0.70
• For classic V-belts, the length is calculated using the
datum length Ld, and for kraftbands using the outside
length La. Therefore, the correction factor Dz must be
added to the outside diameter of the flat pulley in order
to approximate the theoretical design diameter.
Correction factor DZ for determination of the
theoretical design diameter
Classic V-belts
Profile
Z/10
A/13
B/17
C/22
D/32
E/40
DZ
mm
7
10
13
18
23
25
Kraftbands
A/ B/ C/ D/
3V/ 5V/ 8V/
SPZ SPA SPB SPC
Profile
HA HB HC HD
9J 15J 25J
DZ
mm
13 23 41 12 15 19 26 12 20 24 35
Calculation of the datum length
for Classic V-belts
Ldth ≈ 2a + 1.57 (dd + Da + DZ) +
(Da + DZ – dd)2
4a
Calculation of the outside length for kraftbands
Lath ≈ 2a + 1.57 (da + Da + DZ) +
(Da + DZ – da)2
4a
Length conversion factors are given on pages 161/162.
Datum length Ld ≙ pitch length Lw
© Arntz OPTIBELT Group, Germany 127
sPecial DriVes
V-FlaT DriVes
• The flat pulley should be shaped cylindrically. With
existing flat pulleys that are re-used for the V-flat belt
drive, the height of the crown should be checked.
The following conditions must be met:
Maximum crown height
hmax = 1 mm per 100 mm pulley face width
h=
Da – da
2
(h < hmax)
In addition, the pulley face width must be calculated or
checked as shown in the following example:
Given/Calculated:
V-grooved pulley
6 grooves
Profile
B/17
Drive centre distance a 850 mm
Solution:
b = b2 + f
b =120 + 35 = 155 mm
b2 for classic V-belts, page 51, table 14.
b2 for kraftbands, page 55, table 20
f from table 70.
Selected standard flat pulley according to DIn 111 with
crown width b = 160 mm
Table 70: Additional factor f for determining the crown width of the flat pulley
Z/10, sPZ,
A/13/HA, 3V/9J
a
f
SPB, 5V/15J
a
f
c/22/hc, sPc
a
f
D/32/HD, 8V/25J
a
f
e/40
a
f
< 500
20
< 750
25
< 1000
30
< 1250
40
< 1750
45
500-750
25
750-1000
35
1000-1250
40
1250-1750
50
1750-2250
60
> 750
30
> 1000
40
> 1250
50
> 1750
65
> 2250
75
Calculation of the specific surface pressure on the flat pulley
calculation of the effective belt tension sn [n]
Sn =
P · 1000
v
Area of belt contact on flat pulley Fl [cm2]
Fl =
Da · π · α · bu · z
36 000
Surface pressure on flat pulley pf [n/cm2]*
pf =
Sn
Fl
recommended surface pressure pf [n/cm2]*
pf ≤ 4 n/cm2*
* 10 n/cm2 = 1 Bar = 105 Pascal
Formula:
Calculation of the static belt tension for V-flat
belt drives T [n]
T=
128
500 · (2.25 – c1) · PB
+ k · v2
c1 · z · v
© ArnTz OPTIBELT GrOuP, GErmAny
in addition to the calculation method on pages
85 to 87 the static belt tension for V-flat drives
must be calculated according to the formulae
given here.
Special Drives
Tension/Guide idlers
Idlers are grooved or flat pulleys that do not transmit any
power in a drive system. Due to the fact that additional
flexing stress is created in the belt, it is recommended that
idlers are only used sparingly under the following conditions
if possible:
•w
ith fixed drive centres in order to produce the required
tension and to take up the maximum possible belt stretch
and wear,
•a
s an idler pulley when dealing with extremely long free
belt spans that are subject to twisting,
•a
s outside idlers where the arc of contact on one of the
loaded pulleys is too low. Their inclusion increases the arc
of contact and often reduces excessive slip or eliminates
the need to increase the number of belts,
Idler configuration
In principle, idlers can be used as inside or outside idlers
depending on the drive situation.
Unless design requirements call for an outside idler, the
inside idler is usually more advantageous. Its diameter can
be kept smaller than that of the outside idler.
Depending on the belt type, inside idlers can either be
grooved or flat pulleys.
Table 71: Profile dimensions
VFlat
grooved
pulley
pulley
Belt type
High performance wedge belts
DIN 7753 Part 1
SPZ; SPA; SPB; SPC
•
• to guide belts past obstructions,
High performance wedge belts
USA standard RMA/MPTA
3V/9N; 5V/15N; 8V/25N
•
•a
s pneumatically, hydraulically or spring loaded idlers to
maintain a constant tension,
Classic V-belts DIN 2215
Z/10; A/13; B/17; 20; C/22; 25;
D/32; E/40
•
•
Kraftbands with high performance
wedge belts
3V/9J; 5V/15J; 8V/25J; SPA; SPZ; SPB; SPC
•
•
Kraftbands
with classic V-belts
A/HA; B/HB; C/HC; D/HD
•
•
•a
s idler pulleys and guide idlers on drives where pulleys
are not all on the same plane such as quarter turn drives,
•a
s clutching idlers with which the driven pulley can be
engaged or disengaged. Complex clutches are no longer
required. Because of their single belt characteristics,
optibelt KB kraftbands are particularly suited for these
applications.
If, for the reasons listed above, it is absolutely essential to
employ idlers, the following criteria should be considered
when designing the drive:
• idler configuration
• position of the idler in the belt span
• idler diameter
• idler design
•a
djustment allowance of the idler for installation and
initial and subsequent tensioning of the belt
• correction of the power rating PN
For raw edge V-belts and kraftbands the same requirements
as given in table 71 apply.
Inside idlers reduce the arc of contact on the loaded pulleys
and with it the arc of contact correction factor c1. When
calculating the number of belts, the arc of contact correction
factor should be selected for the position of the idler at the
point of maximum belt stretch (see table 73, page 131).
Outside idlers generally have to be flat pulleys as they
are running on the back of the belt. They increase the arc of
contact. Care must be taken to ensure that the maximum
possible belt stretch is taken up and that contact with the
opposite span is prevented. The reverse bending caused by
outside idlers will lead to a reduction of the belt service life.
Special V-belt constructions on request.
© Arntz OPTIBELT Group, Germany 129
sPecial DriVes
TensiOn/guiDe iDlers
Position of the idler in the belt span
Theoretical power transmission formulas and actual practice
have shown that idlers should, wherever possible, be placed
in the slack side of the drive. The tension idler force can be
reduced very significantly then. A spring loaded idler must
not be employed in a reversing drive as the slack and tight
sides of the drive are constantly changing.
Our Application Engineering Department will be pleased
to assist you when spring loaded idlers present special
problems.
Fig. 3
flat pulley
sla
tight side
Fig. 1
slack side
ck
sid
e
as far as possible
On drives with long belt spans, grooved pulleys are the
preferred choice for inside idlers because with flat pulleys
transverse vibrations and belt turnover can occur.
Minimum diameter for inside idlers
Inside idler > smallest loaded pulley in the drive system
Minimum diameter for outside idlers
tight side
Outside idler > 1.35 x smallest loaded pulley in the drive
system
Exceptions:
Grooved pulleys can be used as inside idlers anywhere on
the slack side. Where possible, however, the arc of contact
should be the same on both pulleys when the idler reaches
its end position, i.e. belt stretch is at its maximum.
Fig. 2
sla
ck
e
sid
tight side
Flat pulleys, whether used as inside or outside idlers, are to
be placed as far as possible away from the grooved pulley
on to which the belt runs next. Any alignment errors between the idler and the pulley and the resultant sideways
movement of the belt on the pulley are thus avoided.
130
© ArnTz OPTIBELT GrOuP, GErmAny
Profile
Diameter
of the smallest pulley
in the drive
[mm]
minimum diameter
of the outside idler
[mm]
Z/10
56- 63
90
a/13
71- 90
125
sPZ, 3V/9n
63- 90
125
sPa
90-112
150
The belt service life is significantly reduced if the minimum
recommended idler diameter is less than the recommended
size. The use of an OPTIBELT special construction can
significantly improve service life.
idler design
Grooved pulleys which are used as idlers can usually have
standard groove dimensions. On drives with too severe
vibration and long drive centre distances, it is recommended
that deep grooved pulleys are used.
Flat pulleys should, if possible, be cylindrical and not
crowned. Flanged pulleys are recommended as belt guides.
The edges formed by the contact surface and pulley flange
should be sharp. round edges encourage the belt to run on
the flanges causing it to turn over.
sPecial DriVes
TensiOn/guiDe iDlers
b = face width/contact surface
[mm]
number of belts
The use of idlers increases the bending stress in the belts.
To avoid a reduction in belt service life, the idler correction
factor c4 must also be included in the calculation. This
correction factor takes into account the number of idlers that
are larger than the minimum diameter.
b2 = face width of the grooved pulley
[mm]
Table 72
m = additional value
[mm]
The face width or the contact surface between the two
flanges is calculated as follows:
b = b2 + m
Profile
additional value m [mm]
15
20
25
30
35
40
45
SPz, 3V/9n, z/10
SPA, A/13
SPB, 5V/15n, B/17
SPC, C/22
8V/25n
D/32
E/40
This also applies to raw edge V-belts
Drive calculation
Calculating the length and determining the number of belts
is basically the same as for 2-pulley drives. Certain details
are, however, to be noted:
number of idlers
c4
0
1
2
3
1.00
0.91
0.86
0.81
The nominal power rating Pn per belt is, as before, based
on the smallest loaded pulley.
Calculation of the arc of contact correction factor c1 must be
based on the smallest contact angle of the loaded pulley
which occurs when the belt is stretched to its maximum limit.
Table 73: Arc of contact correction factor c1
β=
c1
β=
c1
75°
80°
85°
90°
95°
0.82
0.84
0.86
0.88
0.90
175°
180°
185°
190°
195°
1.00
1.00
1.00
1.00
1.01
100°
105°
110°
115°
120°
0.91
0.92
0.93
0.94
0.95
200°
205°
210°
215°
220°
1.01
1.01
1.01
1.01
1.01
125°
130°
135°
140°
145°
0.96
0.96
0.97
0.97
0.98
225°
230°
240°
250°
1.01
1.01
1.02
1.02
150°
155°
160°
165°
170°
0.98
0.99
0.99
0.99
1.00
1. Calculate the belt length over two pulleys using the
formula: see notes on standards page 172.
Ldth ≈ 2a + 1.57 (ddg + ddk) +
(ddg – ddk)2
4a
2. As the belt has to be fitted without force with fixed centre
distances, the double adjustment y must be added to the
belt length Ldth (see pages 82/83).
Ld = Ldth + 2 y
3. The next largest standard length LdSt should then be
selected. A check should be made, usually on the
drawing, to determine whether the belt can be
adequately tensioned with the idler in the outermost
position. In this idler position, both the standard length
LdSt and the double adjustment x must be taken up
(see pages 82/83).
Ld for idler end position = LdSt + 2 x
Fig. 4
after maximum
belt stretch
Tension idler position
with standard
belt length
The following formula for determining the number of belts is
obtained using the idler correction factor c4:
z=
P · c2
Pn · c1 · c3 · c4
fixed drive
centre distance
© ArnTz OPTIBELT GrOuP, GErmAny
131
sPecial DriVes
TWisT DriVes
Drives with crossing belt spans are often simply termed twist
drives. These can be drives where the shafts are not parallel, whose pulleys and idlers are not all arranged on one
plane, or drives with two parallel but counter rotating shafts.
Because of the twisting of the belt, this type of drive requires
a certain degree of lateral bending flexibility. Due to the
cross section of V-belts, flat belts are better suited for this
application. In most cases twist drives use single V-belts, but
drives using belt sets are also possible. The crossing of the
belt spans and the non-aligned entry of the belt into the
pulley leads to a reduction of the belt service life. The entry
and exit angle between the belt and the pulley plane should
not be more than 5°.
quarter twist drive
The term quarter twist drive is used to describe systems
where the shafts are at an angle of 90° to each other.
The ratio i or 1 : i of quarter twist drives should not
exceed 2.5.
quarter twist drive – ratio i or 1 : i < 2.5
quarter twist drive – ratio i or 1 : i > 2.5
132
© ArnTz OPTIBELT GrOuP, GErmAny
The required inclination of the shafts and the pulleys relative
to each other and the belt entry and exit angles should be
confirmed by practical tests. In addition, certain critical
drives may have a considerably improved safety factor if
special constructions by OPTIBELT are used. The most
important types of twist drives and the according design
guidelines are illustrated below.
Where this is not possible, a two stage drive should be
employed, in which one stage is a standard V-belt drive.
sPecial DriVes
TWisT DriVes
Design guidelines for quarter twist drives
Plan view
Horizontal shaft
Vertical shaft
y1
Side view
Tight side S1
Horizontal shaft
1.
4. The direction of rotation must be arranged so that the
tight side S1 is at the bottom.
amin = 5.5 (ddg + b2)
2. The drive must be aligned in such a way that a straight
line drawn through the centre of the vertical shaft runs
through the centre of the face b2 of the pulley on the
horizontal shaft (plan view). The horizontal shaft must be
at right angles to this straight line.
3. The horizontal centre line of the pulley on the horizontal
shaft must be above and at a distance y1 from the centre
line of the pulley on the vertical shaft (side view). The
distance y1 changes with the centre distance “a“.
Table 74
Drive centre
distance a
[mm]
y1 [mm]
classic
V-belts
y1 [mm]
Wedge
belts
>
>
>
>
1200
1500
2000
2500
3000
≤
≤
≤
≤
≤
1500
2000
2500
3000
3500
5
8
12
17
25
–
5
8
10
15
>
>
>
>
>
3500
4000
4500
5000
5500
≤
≤
≤
≤
≤
4000
4500
5000
5500
6000
35
45
55
65
80
25
30
40
45
55
100
65
> 6000
Vertical shaft
5. Deep grooved pulleys should be specified if possible for
single belt drives. This ensures an improved entry and
exit of the belt, thus preventing turnover.
6. never specify deep grooved pulleys when using kraftbands. Kraftband pulleys should always be used. We
recommend, in any case, consulting our Application
Engineering Department.
7. When calculating the number of belts, the examples
given on pages 85 to 87 should be followed. An arc of
contact correction factor c1 = 1 must always be used.
8. The static belt tension “T“ should be calculated using the
formula on page 128.
9. The drive or work machine must be adjustable so that the
belt can be fitted without force, the necessary tension can
be applied and the belt stretch and wear can be taken
up during its service life.
© ArnTz OPTIBELT GrOuP, GErmAny
133
sPecial DriVes
TWisT DriVes
eighth twist drives
Eighth twist drives are seldom necessary. The shafts in this
drive system are at an angle of 45° to each other.
Design guidelines
1.
amin = 4 (ddg + b2)
2. Otherwise the design guidelines for quarter twist drives
are applicable.
Drives with 180° twist
The driver and the driven shafts are, as with conventional
drives, parallel to each other. The belt is twisted 180° so
th
n leng
um spa
Design guidelines
1. In order to enable a perfect running of the belts in the
pulley grooves, the belt span length must not be less than
the minimum given in the following table.
Tabelle 75
Profile
Minimum span length
lmin
[mm]
SPz, 3V/9n
SPA
SPB, 5V/15n
SPC
8V/25n
A/13
B/17
C/22
D/32
E/40
134
© ArnTz OPTIBELT GrOuP, GErmAny
350
400
450
600
700
460
560
720
940
1150
L min
2. If possible, the crossover point of both belt spans should
be arranged in the centre of the drive. The rubbing of the
belt spans against each other is at a minimum at this
point. In order to avoid contact completely, it is recommended that a guide pulley is placed in the slack side S2
near the crossover point.
3. Length calculation
L ≈ 2a + 1.57 (dg + dk) +
(dg + dk)2
4a
4. Otherwise, the design guidelines as described in points
4 to 9 for quarter twist drives apply.
▲
minim
that both spans cross. A change in direction is thus
achieved at very little cost.
these values also apply for raw edge belts
sPecial DriVes
DriVe eleMenTs WiTh araMiD sTrucTures
Aramid is an organic polyamide fibre that is manufactured
in a complex chemical process. It may be used wherever
maximum stress resistance and reliability are required. The
processing of this fibre requires the highest level of experience and know-how as well as sophisticated testing facilities. Aramid is used as the tension cord material for highly
loaded V-belts and kraftbands.
structure and properties
Compared to materials commonly used for tension cords
e.g. polyesters, aramid stands out due to its extremely
low-stretch properties.
Its tensile strength is twice as high as that of a standard fibre
in the same thickness.
Tensile
strength
[cn/tex]
Polyester
Aramid
cn = Centi-newton
Stretching
at break
[%]
Tension at
2 % [cn/tex]
81
14
15
190
4
73
Thread weight: 1 tex = 1 g/1000 m
Despite its extreme strength, this fibre is remarkably flexible
and has sufficient elasticity to absorb shock loads or
vibration.
These properties, which are of special importance for V-belts
and kraftbands, result in huge improvements in comparison
to conventional constructions.
OPTIBELT V-belts in aramid cord structure comprise:
Fibre reinforced rubber
compound
Aramid tension cord
Embedding compound
applications
The advantages of OPTIBELT V-belts and kraftbands with
aramid tension cords are best applicable where
•
•
•
•
high power transmission is required
there is only small installation space
there is little adjustment range
high temperature influences occur
Thus, with the same number of belts and unchanged drive
parameters, significantly higher power levels can be
transmitted without reducing the service life of the belts.
Even drive constructions that have previously had to be
classified as critical may now be considered risk free. From
now on, load limits apply as safety buffer zones; minimal
belt stretch results in virtually maintenance-free running.
For these reasons OPTIBELT V-belts and kraftbands with
aramid tension cord are to be found on drives with exceptional loading requirements –
•
•
•
•
on
on
on
on
critical drives in industrial applications
special machines
agricultural machinery
horticultural machinery
attention: With two-pulley drives, particular requirements
are placed on the shafts and bearings. It is recommended to
use spring-loaded idlers (inside/outside idlers) with aramid
V-belts / aramid kraftbands.
A discussion of all the relevant criteria would be beyond the
scope of this manual. We therefore recommend contacting
our Application Engineering Department to discuss your
special requirements.
Belt surface
Aramid tension cord
Embedding compound
Base compound
Fibre reinforced rubber base
compound
Fabric cover
The high quality, specially processed aramid tension cord is
embedded in a special rubber compound. The upper and
substructure are thus supported effectively. These consist of
a fibre reinforced polychloroprene rubber compound. The
cover fabric is treated with a rubber compound on both
sides and covers the whole belt.
moulded cogs
Special applications can also be designed with raw edge
V-belts and kraftbands employing aramid tension cords.
Drive calculation
calculation should follow the example given on
pages 85 to 87.
Please ask for the higher power ratings.
© ArnTz OPTIBELT GrOuP, GErmAny
135
SPECIAL DRIVES
DRIVE ELEMENTS WITH ARAMID STRUCTURES
Diagram 6
Diagram 7
Time-stretch diagram dimensions SPB 2000 Ld
Power rating diagram belt size 8V 2000 Ld
130
Datum diameter of the small pulley dak = 450 mm
60
50
40
30
20
10
0
0
1
2
3
4
5
6
7
8
Addition in centre distance x [mm]
X
Free drive centre
distance
d1/d2= 180 mm
n1= 1750 min-1
Brake load P = 15 kW
1600 N
The time-dependant increase in operational stretch (centre distance
increase) with three drive constructions will be documented here.
Polyester belts require further re-tensioning (see “Design support“).
Profile
d
co
r
id
60
ly
Po
40
es
t
er
r
co
d
20
0
0
9 10 11 12 13 14
Test arrangement centre distance increase [mm]
80
m
70
100
ra
80
120
A
90
Speed ratio i > 1.57
Nominal power rating per belt PN [kW]
100
RED POWER 3
Aramid tension cord
Operating time [minutes]
110
Polyester tension cord
120
0
25
0
50
0
75
0
0
10
0
5
12
0
0
15
0
5
17
Speed n [rpm]
This diagram shows the significantly higher power rating of the OPTIBELT
V-belts with aramid cord in direct comparison to polyester cord belts.
Sections/Lengths
Raw edge and wrapped OPTIBELT V-belts and kraftbands
are available with aramid to DIN/ISO and USA standard
RMA/MPTA.
Lengths and minimum order quantities on request.
Special information:
Aramid belts are to be ordered in sets.
V-belts/kraftbands are to be ordered in sets.
Length
Range
V-belts
SPZ
≥ 1000 Lw
≤ 3550 Lw
SPA
≥ 1000 Lw
≤ 4500 Lw
SPB
≥ 1250 Lw
≤ 8000 Lw
SPC
≥ 2000 Lw
≤ 12500 Lw
≥ 3V 400 / 9N 1016 La
≤ 3V 1400 / 9N 3556 La
5V/15N
≥ 5V 500 / 15N 1270 La
≤ 5V 3550 / 15N 9017 La
8V/25N
≥ 8V 1000 / 25N 2540 La
≤ 8V 5000 / 25N 12700 La
≥ 3V 500 / 9J 1270 La
≤ 3V 1400 / 9J 3556 La
5V/15J
≥ 5V 500 / 15J 1270 La
≤ 5V 3550 / 15J 9017 La
8V/25J
≥ 8V 1000 / 25J 2540 La
≤ 8V 4750 / 25J 12065 La
3V/9N
Kraftbands
3V/9J
Further profiles and length ranges as well as minimum order quantities on request.
Datum length Ld ≙ pitch length Lw; outside length = La
136 © Arntz OPTIBELT Group, Germany
00
20
As per the
OPTIBELT standard
range
Design suPPOrT
BelT TensiOn FOr OPTiBelT V-BelTs
For proper power transmission and for achieving an
acceptable belt service life, the correct belt tension is of the
utmost importance.
Too low or too high belt tension will lead to the premature
failure of the belts. Over tensioning often leads to bearing
failure on the driver or the driven machine. Experience has
shown that unscientific belt tensioning methods, such as the
“thumb pressure method”, are not suitable for applying the
optimum tension to the drive for maximum efficiency. It is
therefore recommended that for each drive the required
static belt tension “T” is calculated using the formulas by
OPTIBELT. This tension is the lowest possible required by
a drive to transmit the highest power level from the drive,
taking account of the normal amount of slip.
Once the belt has been fitted and the initial tension has
been applied, it should be checked using a OPTIBELT
tension gauge.
The belt should be monitored regularly during the first hours
of operation. Experience has shown that the first re-tensioning should be carried out after approximately 30 minutes to
four hours operating under full load. In doing so, the initial
stretch is absorbed.
After approximately 24 hours of operation, it is often
recommended to check the drive and re-tension the belts
if necessary, particularly when not continuously run under
full load. The time between checks can be significantly
increased then. Also see our installation and maintenance
advice on pages 150 to 151.
Too high or too low tension of the drive will be avoided if
the belt tension is calculated, set and checked using one of
the following methods.
i. Checking the belt tension by span deflection
This method provides an indirect measurement of the
calculated or actual static belt tension. It is applicable for
belt sections SPz, SPA, SPB, SPC,
3V/9n, 5V/15n, z/10, A/13, B/17, 20, C/22, 25,
D/32, XPz, XPA, XPB, XPC, 3VX, 5VX, zX/X10,
AX/X13, BX/X17, CX/X22.
E = belt deflection per 100 mm span length
[mm]
Ea = belt deflection for a given span length
[mm]
f = load used to set belt tension
[n]
k = constant for calculation of centrifugal force
L = drive span length
[mm]
Sa = minimum static shaft load
[n]
T = minimum static tension per belt
[n]
Span
3. Calculate the belt deflection for a given span length Ea
for the actual drive span length L.
Ea ≈
E·L
100
L = anom · sin
ii. checking the belt tension
via speed measurement
This method checks belt tension using the theoretical slip.
The speed of the driver and driven pulleys are measured
first in an unloaded condition and then under load.
S = slip
n1L = driver pulley speed,
no load
n2L = driven pulley speed,
no load
n1B = driver pulley speed,
under load
n2B = driven pulley speed,
under load
T≈
c1 · z · v
+k·
During new installation, the drive is to be tensioned
with 1.3 T.
[%]
[rpm]
[rpm]
[rpm]
[rpm]
Formula for calculating the slip:
S = (1 –
v2
2
Apply test load “f“ (taken from diagrams 8 to 11 for the
appropriate belt profile) to the centre of, and perpendicular to, the span as illustrated above. measure the deflection and if necessary adjust the centres until the correct
belt tension is achieved.
1. Calculation of the static belt tension using the following formula:
500 · (2.02 – c1) · PB
β
n1L/n2L
n1B/n2B
) · 100
At the rated loading, the slip should not exceed 1 %. The
belt service life is considerably shortened due to incorrectly low tension or overloading with a slip of over 2 %.
2. Determine the belt deflection per 100 mm span length E
from the belt tension/deflection diagrams 8 to 11.
© ArnTz OPTIBELT GrOuP, GErmAny
137
DESIGN SUPPORT
BELT TENSION FOR OPTIBELT V-BELTS
Diagram 8: Belt tension characteristics for optibelt SK high performance wedge belts DIN 7753 Part 1
Deflection per 100 mm span length E [mm]
Profile
SPZ, 3V/9N
SPA
SPB, 5V/15N
SPC
k
f [N]
0.07
25
0.1250
0.19
75
0.37125
Minimum static belt tension per belt T [N]
Diagram 9: Belt tension characteristics for optibelt VB classic V-belts DIN 2215
Deflection per 100 mm span length E [mm]
Profile
Z/10
A/13
B/17
20
C/22
25
D/32
Minimum static belt tension per belt T [N]
138 © Arntz OPTIBELT Group, Germany
k
f [N]
0.0615
0.1125
0.2050
0.2775
0.33100
0.42125
0.67150
DESIGN SUPPORT
BELT TENSION FOR OPTIBELT V-BELTS
Diagram 10: Belt tension characteristics for optibelt X-POWER M=S wedge belts – raw edged, moulded cogged
Deflection per 100 mm span length E [mm]
Profile
XPZ, 3VX
XPA
XPB, 5VX
XPC
k
f [N]
0,06
25
0,1150
0,18
75
0,34125
Minimum static belt tension per belt T [N]
Diagram 11: Belt tension characteristics for optibelt SUPER TX M=S V-belts DIN 2215
Deflection per 100 mm span length E [mm]
Profile
k
f [N]
ZX/X100,06 15
AX/X130,10 25
BX/X170,17 50
CX/X22 0,28100
Minimum static belt tension per belt T [N]
© Arntz OPTIBELT Group, Germany 139
DESIGN SUPPORT
BELT TENSION FOR OPTIBELT V-BELTS
AND optibelt KB KRAFTBANDS
III.Belt tensioning via
”length addition value” method
It has become evident that span deflection methods are
not ideal for checking the tension of kraftbands of all
profiles, and of individual belts. The following, very
simple method for the setting and checking of belt tension
is therefore recommended:
Example:
PB= 1136 kW
c1= 0.97
v = 25.91 m/s
Drive arrangement with one set comprising:
2 optibelt KB kraftbands 4-8V 3750/25J 9525 La
2 optibelt KB kraftbands 5-8V 3750/25J 9525 La
1.Calculation of the static belt tension “T“:
T≈
500 · (2.02 – c1) · PB
c1 · z · v
+ k · v2
T≈
500 · (2.02 – 0.97) · 1136
0.97 · 18 · 25.91
+ 0.69 · 25.912 = 1782 N
2.Measure the setting length “M“ of the kraftband or the
single belt, on the top surface of the kraftband or on the
belt top surface when not tensioned. However the belt
can be measured when fitted to the drive, provided that it
is completely without tension.
3.Procedure
a) Install the kraftband or the single belt on the pulleys.
Provisionally tighten the belt in order to seat it into the
pulley grooves.
b) Next, completely slacken the kraftband or the single belt.
c) Mark two lines on the top of the belt, with distance
“M“. The lines must be marked on the free span
length, not where the belt is on the pulley, (“M“ should
ideally be 1000 mm minimum or a multiple of it).
Important: The longer the measured profile, the more
accurate the tension setting will be.
4.Calculate the length additional value “A“ using the formula:
A=
„M“ selected 4000 mm
M·R
1000
A=
4000 · 5.4
1000
= 21.6 mm
R = Dehnungsfaktor aus Tabelle 76, Seite 141
5.Tighten the kraftband or the single belt until the length
calculated under point 4 is reached. The drive is now
correctly tensioned.
6.If the drive has to be re-tensioned, the belts have to be
slackened first so that they can be re-measured completely free of tension. After that, the procedure described in
paragraphs 3 to 5 applies.
140 © Arntz OPTIBELT Group, Germany
Tighten the kraftband until the length additional value is
reached. This will set the correct tension.
At initial installation, the static belt tension must
be multiplied by 1.3.
DESIGN SUPPORT
BELT TENSION FOR OPTIBELT V-BELTS AND optibelt KB KRAFTBANDS
Table 76: Length addition per 1000 mm belt length
Profile
Kraftband
3V/9J 5V/15J 8V/25J
SPZ
SPA
SPB
SPC
A/HA
B/HB
C/HC
D/HD
Single belt
3V/9N 5V/15N 8V/25N
SPZ
SPA
SPB
SPC
A/13
B/17
C/22
D/32
[mm]
[mm]
[mm]
[mm]
[mm]
[mm]
[mm]
[mm]
0.8
1.2
1.6
2.1
2.6
0.8
1.2
1.6
2.1
2.6
0.8
1.0
1.3
1.6
1.9
0.8
1.0
1.3
1.6
1.9
0.8
3.0
3.5
4.0
4.5
4.9
3.0
3.5
4.0
4.5
4.9
2.2
2.5
2.8
3.0
3.3
2.2
2.5
2.8
3.0
3.3
0.9
1.1
1.2
1.4
1.5
5.3
6.4
7.6
8.7
10.0
3.6
4.2
4.7
5.3
5.8
3.6
4.2
4.7
5.3
5.8
1.6
1.8
2.0
2.2
2.5
1.6
1.8
2.1
2.3
2.5
2.7
3.0
3.2
3.5
4.2
2.7
2.9
3.1
3.4
3.8
4.8
5.3
4.2
4.7
5.1
5.5
Minimum static belt tension per rib/single belt T [N]
[mm]
50
75
100
125
150
175
200
225
250
275
300
350
400
450
500
5.3
6.4
7.6
8.7
10.0
550
600
650
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
[mm]
[mm]
1.3
1.7
2.0
2.4
2.7
1.3
1.7
2.0
2.4
2.7
3.1
3.4
3.8
4.1
4.8
3.1
3.4
3.8
4.1
4.8
2.0
2.2
2.4
2.8
5.5
6.2
6.9
7.6
8.3
2.9
3.3
5.5
6.2
6.9
7.6
8.3
3.3
3.7
4.1
4.5
5.0
9.0
9.7
10.4
11.1
11.8
3.7
4.1
4.6
5.0
5.5
9.0
9.7
10.4
11.1
11.8
5.4
5.8
6.3
6.8
7.3
2.9
3.3
3.6
3.9
4.2
4.5
4.8
5.1
5.5
5.8
7.8
8.3
8.8
9.3
9.8
6.0
6.5
7.0
7.5
8.0
1900
2000
2100
2200
2300
2.0
2.2
2.4
2.7
8.6
9.6
10.6
11.7
12.8
2400
2500
2600
2700
2800
13.5
14.2
14.9
15.6
16.3
2900
3000
3100
3200
3300
Factor k for kraftbands
0.12
0.25
0.69
0.12
0.16
0.25
0.55
0.16
0.27
0.45
0.85
Factor k for single belts
0.07
0.19
0.57
0.07
0.12
0.19
0.37
0.11
0.20
0.33
0.67
Intermediate values may be determined by linear interpolation.
The values only apply to drives with V-grooved pulleys.
Values for V-flat drives on request.
© Arntz OPTIBELT Group, Germany 141
Design suPPOrT
calculaTing The aXial lOaD/shaFT lOaD
unDer DYnaMic cOnDiTiOns
using drives that have electric motors as drive machines
and are/or will be designed according to DIn 2211 Part 3,
ensures that the dynamic stress that occurs can be absorbed
by the appropriate shafts and bearings of the motor.
As often occurs, drives with
• electric motors out with the DIn standards for the determined dependencies of pulley diameter and power,
• combustion engines,
• turbines as well as,
• heavy duty drives such as stone crushers, calenders or
heavily loaded mills
than the dynamic bearing load must be calculated. This is
the load on both shaft and bearing on the driver and driven
unit.
Precise calculation of the “Dynamic axial load“ prevents
unnecessary costs due to
Dynamic tension on the tight side during belt
operation
1020 · PB
S1 ≈
c1 · v
Dynamic tension of the slack side during belt
operation
1000 · (1.02 – c1) · PB
S2 ≈
c1 · v
• premature failure of the bearing,
• breaking of the shaft,
• over dimensioned bearings and shafts.
In the case of 2-pulley drives, the driver and driven shafts
and the bearings are subjected to the same dynamic axial
force, but in opposite directions. When idlers are employed,
the magnitude and the direction of the axial force are
almost always different on each pulley. If the magnitude and
direction of the dynamic axial force is to be determined, a
graphical solution, using a vector diagram for the dynamic
forces in the tight side S1 and the slack side S2, is recommended.
If only the magnitude of the dynamic axial force has to be
determined, this can be achieved using the formula for
“Sa dyn“. Both procedures will be illustrated in the following
example. Data from the calculation examples given on
pages 85 to 87
PB = 171.6 kW
c1 = 1.00
v = 21.76 m/s
β = 170°
S1 ≈
S2 ≈
1020 ·171.6
1.0 · 21.76
≈ 8044 n
1000 · (1.02 – 1.0) · 171.6
1.0 · 21.76
≈ 158 n
a) graphical solution
B) solution using the formula sa dyn
axial load under dynamic conditions
Sa dyn ≈
142
S12 + S22 – 2 S1 · S2 · cos β
© ArnTz OPTIBELT GrOuP, GErmAny
Sa dyn ≈
80442 + 1582 – 2 · 8044 · 158 · 0.9848 ≈ 8200 n
DESIGN SUPPORT
Technical tools
Frequency tension tester optibelt TT mini S
The optibelt TT MINI S frequency tension tester is
used for checking the tension of drive belts via
frequency measurement.
This newly designed measuring device offers universal application options for drives in machine construction, the
automotive industry and various other applications due to its
compact design.
Even difficult to reach spots can be tackled with the
TT mini S.
The tension values of V-belts, ribbed belts and timing belts
can easily and quickly be checked.
Furthermore, the TT mini S offers:
• value display in Hertz [HZ]
• large measuring range from 10 to 600 Hz
• simple and repeatable measuring
• small, compact design (mobile phone size)
• automatic switch off
• factory calibration and CE approval
After switching on the device, it is ready for immediate
measurement. The mounted and tensioned belt is made to
vibrate by finger pressure or by hitting it with something.
The measuring head has to be held above the belt to
function, the TT MINI S starts the measurement and displays
the result in Hertz [Hz]. The state, colour and type of the belt
do not influence the measurement, since the measurement is
based on an acoustic signal.
Belt tension calculation
Formula: T = 4 · k · L2 · f2
T ≙ belt tension [N]
k ≙ meter weight [kg/m]
L ≙ belt length [m]
f ≙ frequency [Hz]
TECHNICAL DATA
Display:
LCD, two-line display
Measuring range:
10 to 600 Hz
Measuring accuracy:
10-400 Hz +/– 1 %
> 400 Hz +/– 2 %
Solution:
10-99.9 Hz 0.1 Hz
> 100 Hz 1 Hz
Sensor:
acoustic, with electronic background
noise reduction
Power supply:
batteries, 2 x Micro (AAA cells)
Power consumption:
max. 12 mA
Operating time:
> 48 hours non-stop operation
(depending on the battery quality),
automatic switch off after 5 minutes
Dimensions:
110 mm x 50 mm x 25 mm
Weight:
≤ 100 g
Tested:
CE approval
Factory calibration
Accessories:
batteries, bag
© Arntz OPTIBELT Group, Germany 143
Design suPPOrT
Technical TOOls
FrequencY TensiOn TesTer optibelt TT OPTical
The optibelt TT OPTical frequency tension tester is
used for checking the tension of drive belts via
frequency measurement.
This newly designed measuring device offers universal
application options for drives in machine construction, the
automotive industry and various other applications due to
its compact design.
The tension values of V-belts, ribbed belts and timing belts
can easily and quickly be checked.
Furthermore, the TT OPTical
offers the following advantages:
• easy handling
• measuring range 5 Hz to 500 Hz
• compact design
• highest reliability
• high measuring accuracy
• no influence due to background noise
• factory calibrated
• CE approved
After switching on, the device is instantly ready for measuring. The pre-tensioned belt is set into vibration by impulse
with finger or any other object. The measuring detector has
to be placed over the belt. TT OPTICAL starts measuring and
the result is displayed in Hertz [Hz].
The structure, colour and type of drive belt has no influence
on the measurement, as an optical measuring method is
used.
Technical DaTa
Display:
LCD, two-line display
Measuring range:
50 to 500 Hz
Measuring accuracy:
< 10 Hz = 0.5 Hz
> 10 Hz = 1.0 Hz
sensor:
optical, with sensor
Power supply:
9 V block battery
Operating time/switch off automatic:
> 48 hours non-stop operation
(depending on the battery quality),
automatic switch off after 2 minutes
Dimensions:
170 mm x 45 mm x 30 mm
Weight:
≤ 100 g
Tested:
CE approval, roHS,
factory calibration
accessories:
battery
144
© ArnTz OPTIBELT GrOuP, GErmAny
Design suPPOrT
Technical TOOls
optibelt OPTiKriK TensiOn gauges
This gauge offers a simple method
of belt tensioning.
It helps e. g. mechanics during the maintenance of belt
drives when technical data is not known and the optimum
tension therefore cannot be calculated. This method requires
only knowledge of the diameter of the small pulley and the
belt profile. The OPTIBELT tension gauge is used to directly
read the belt tension. By reducing or increasing the belt
tension the desired value is achieved.
For different tensioning values, OPTIKrIK 0, I, II, III with
corresponding measurement ranges are available.
rubber finger loop
indicator arm
pressure surface
pocket clip
belt
pressure spring
instructions for use
1. The gauge is placed in the middle between the two
pulleys on the back of the belt, in the case of sets of belts
ideally on the belt in the middle. (Before doing so, please
press the indicator completely into the gauge body.)
2. Place the gauge loosely on the belt to be measured and
slowly press a finger onto the pressure surface.
3. Try not to touch the gauge with more than one finger
during the measuring process.
4. When you feel or hear a definite “click”, immediately
release the pressure, the indicator arm stays in the
measured position.
5. Carefully lift the gauge without moving the indicator arm.
read the belt tension (see diagram). read the measurement at the exact point where the top of the indicator
arm crosses the scale.
6. reduce or increase the belt tension according to the
measurement result until it is within the desired tension
level.
© ArnTz OPTIBELT GrOuP, GErmAny
145
DESIGN SUPPORT
BELT TENSION FOR WRAPPED OPTIBELT V-BELTS
Profile
Diameter
of the
small pulley
[mm]
Static belt tension
[N]
RED POWER 3
Standard
(wrapped)
Initial
Operation
Initial
Initial
after
installation installation
installation
existing
new V-belts
running in
V-belts
SPZ;
3V/9N
≤ 71
> 71≤ 90
> 90≤125
>125*
250
300
400
200
250
300
200
250
350
150
200
250
SPA
≤100
>100≤140
>140≤200
>200*
400
500
600
300
400
450
350
400
500
250
300
400
SPB;
5V/15N
≤160
>160≤224
>224≤355
>355*
700
850
1000
550
650
800
650
700
900
≤355
>355≤560
>560*
1400
1600
1900
1100
1200
1500
SPC
Z/10
> 50≤ 71
> 71≤100
> 100*
–
–
A/13
≤ 80
> 80≤100
>100≤132
>132*
B/17
≤125
>125 ≤160
>160 ≤200
>200*
C/22
≤200
>200≤250
>250≤355
>355*
–
–
D/32
≤355
>355*
–
–
–
–
–
8V
–
Diameter
of the
small pulley
Operation
Initial
after
installation
new V-belts running in
—
—
—
—
—
—
500
550
700
≤ 180
> 180 ≤ 236
> 236 ≤ 400
> 400*
780
1100
1500
600
850
1100
1000
1400
1800
800
1100
1400
≤ 280
> 280 ≤ 375
> 375 ≤ 700
> 700*
1600
2500
3100
1200
1900
2400
120
140
90
110
—
—
—
150
200
300
110
150
250
—
—
—
300
400
500
250
300
400
—
—
—
700
800
900
500
600
700
—
—
—
1000
1200
750
900
—
—
—
Check of belt tension via length addition value
* Tension values for these pulleys must be calculated.
Tension gauges:
Optikrik 0Measuring
Optikrik IMeasuring
Optikrik IIMeasuring
Optikrik IIIMeasuring
146 BLUE POWER
range: 70
range: 150
range: 500
range:1300
© Arntz OPTIBELT Group, Germany
-
  150
  600
1400
3100
N
N
N
N
The tension values (static belt tension) are reference values,
if no exact drive data is available. These values are given for
maximum power transmission (per belt).
Calculation basis
Wedge belts
Classic V-belts
speed v = 5 to 42 m/s
speed v = 5 to 30 m/s
DESIGN SUPPORT
BELT TENSION FOR RAW EDGE OPTIBELT V-BELTS
Profile
Static belt tension
[N]
Diameter of the small
pulley
SUPER X-POWER M=S
SUPER E-POWER M=S
SUPER TX M=S
Initial
installation
[mm]
Operation
after running in
XPZ; 3VX/9NX
≤ 71
> 71≤ 90
> 90≤125
>125*
250
300
400
200
250
300
XPA
≤100
>100≤140
>140≤200
>200*
400
500
600
300
400
450
XPB; 5VX/15NX
≤160
>160≤224
>224≤355
>355*
700
850
1000
550
650
800
XPC
≤250
>250≤355
>355≤560
>560*
1400
1600
1900
1100
1200
1500
ZX/X10
≤ 50
> 50≤ 71
> 71≤100
> 100*
120
140
160
90
110
130
AX/X13
≤ 80
> 80≤100
>100≤132
>132*
200
250
400
150
200
300
BX/X17
≤125
>125 ≤160
>160 ≤200
>200*
450
500
600
350
400
450
CX/X22
≤200
>200≤250
>250≤355
>355*
800
900
1000
600
700
800
DX/X32
≤355
>355*
1000
1200
750
900
* Tension values for these pulleys must be calculated.
Tension gauges:
Optikrik 0
Measuring
Optikrik I
Measuring
Optikrik II
Measuring
Optikrik III
Measuring
range: 70
range: 150
range: 500
range:1300
-
  150
  600
1400
3100
N
N
N
N
The tension values (static belt tension) are reference values,
if no exact drive data is available. These values are given
for maximum power transmission (per belt).
Calculation basis
Wedge belts
Classic V-belts
speed v = 5 bis 42 m/s
speed v = 5 bis 30 m/s
© Arntz OPTIBELT Group, Germany 147
148 © Arntz OPTIBELT Group, Germany
DESIGN SUPPORT
Installation and maintenance support
00
20 000
B
2 000 0
SP PB
2 00
S PB
2
S PB
S
K
-S SK
K
lt
e lt- -S K
b
ti ibe elt t-S
l
p t
b
e
o p ti
o p tib
o p
o
© Arntz OPTIBELT Group, Germany 149
DESIGN SUPPORT
Installation and maintenance support
Safety: B
efore starting any maintenance work, it is extremely important that any machine
components are in a safe position which cannot be changed during maintenance
work. In addition, safety recommendations of the manufacturer are to be strictly
­observed.
optibelt KS V-Grooved Pulley with Taper Bush
The V-grooved pulleys are to be
checked for damage and correct dimensions before installation.
Installation
1.All shiny surfaces like bore and tapered surface
of the taper bush as well as the tapered bore of
the pulley have to be cleaned and degreased.
Insert taper bush in hub and align all connecting
bores. Half tapped holes have to face half plain
bores.
2.Stud screws (TB 1008-3030) and/or cap head
screws (TB 3525-5050) should be slightly
greased and screwed in. Do not yet tighten the
screws.
3.Clean and degrease the shaft. Push pulley with
taper bush to the desired position on the shaft.
See alignment of the V-grooved pulley.
4.When using a key, it has to be inserted in the
hub of the shaft first. Between key and bore hub
there needs to be a certain tolerance.
5.With a socket wrench according to DIN 911
stud screws and/or cap head screws have to
be tightened equally using the tightening torque
stated in the table.
6.After a short operating time (0.5 to 1 hour)
check tightening torque of the screws and correct if necessary.
7.In order to prevent the entering of foreign substances, fill empty connection bores with grease.
Taper Bushes, Screw Tightening Torque
Dimension
WrenchNumber
size
of screws
TB
TB
TB
TB
TB
TB
TB
TB
TB
1008,
1210,
2012
2517
3020,
3525,
4040
4545
5050
1108
1215, 1310, 1610, 1615
3030
3535
3
5
6
6
8
10
12
14
14
2
2
2
2
2
3
3
3
3
Tightening
torque
[Nm]
5.7
20.0
31.0
49.0
92.0
115.0
172.0
195.0
275.0
Horizontal Alignment of Shafts
Motor and drive shafts are to be aligned using a spirit level, if necessary.
Note!
Maximum shaft deviation 0.5°
Vertical Alignment of the V-Grooved Pulleys
The alignment of the V-grooved pulleys is checked before and after tightening
the taper bushes with an alignment rail.
Note
Check whether the face widths of the V-grooved pulleys have the same sizes.
A possible deviation of the face width has to be taken into account. With a
symmetrical face set-up, the distance of the parallel, to the smaller face is half
the deviation.
150 © Arntz OPTIBELT Group, Germany
Design suPPOrT
insTallaTiOn anD MainTenance suPPOrT
iniTial insTallaTiOn
Always install the V-belts without force. Installations using screw drivers,
crowbars etc. cause external and internal damage to the belt. V-belts installed
under force might only run for several days. A proper installation of the belt
saves time and money.
If the installation space is too small, the V-grooved pulleys with belts should be
slid onto the shafts.
BelT TensiOn
use belt tensioning values according to OPTIBELT recommendations. Set the
belt tension with parallel motor and machine shafts. Operate the belt for some
rotations and check the belt tension again. In our experience, belt tension
should be checked again after an operating time of about 0.5 to 4 hours and
then be corrected, if necessary.
For further information about belt tensioning see page 143/144.
* OPTiKriK
allOWeD shaFT DeViaTiOn
After applying the initial installation tension,
the distances X1, X2 between the two pulleys
dd1, dd2 and the alignment rail on axis level
should be measured, alternatively with the
optibelt LASEr POInTEr. The maximum
allowed values for the distance X from the
table should not be exceeded, depending
on the diameter dd. Depending on the pulley
diameter, the intermediate values for X
should be interpolated.
Pulley
diameter
dd1, dd2
112
224
450
630
900
1100
1400
1600
mm
mm
mm
mm
mm
mm
mm
mm
Maximum
allowed deviation
X 1, X 2
0.5
1.0
2.0
3.0
4.0
5.0
6.0
7.0
mm
mm
mm
mm
mm
mm
mm
mm
DriVe checKing
We recommend checking the drive regularly, e.g. after each 3 to 6 months.
V-grooved pulleys are to be checked for wear and consistency. use the
OPTIBELT profile and V-groove gauge tools.
When changing V-grooved pulleys with taper bushes (see fig. on page 152)
the following aspects have to be observed:
1. Loosen all screws. unscrew out one or two screws depending on the bush size, grease them and
screw them into the set bores.
2. Tighten the screw or screws equally until the bush releases from the hub and the pulley can be
moved freely on the shaft.
3. remove the pulley with the bush from the shaft.
** Profile and V-groove gauge
© ArnTz OPTIBELT GrOuP, GErmAny
151
Design suPPOrT
insTallaTiOn anD MainTenance suPPOrT
V-grOOVeD PulleYs WiTh TaPer Bushes
installation
Dimension
TB 1008-3030
Dimension
TB 3525-5050
removal
Dimension
TB 1008-3030
152
© ArnTz OPTIBELT GrOuP, GErmAny
Dimension
TB 3525-5050
DESIGN SUPPORT
Storage
•General note
Properly stored V-belts retain their properties for many
years (see also DIN 7716). However, when stored under
adverse conditions or handled incorrectly, the physical
properties of most rubber products will be impaired. This
can be the consequence for example of the effects of
oxygen, ozone, extreme temperatures, light, moisture or
solvents.
•Storage area
The storage area should be dry and dust free. V-belts must
not be stored close to chemicals, solvents, fuels, lubricants
and acids etc.
•Temperature
V-belts should be stored at temperatures between +15 °C
and +25 °C. Lower temperatures usually have no negative
effect on the V-belts. However, since belts become very
stiff at low temperatures, they should be warmed to
approximately +20 °C before installation to avoid
breaking and cracking.
Radiators and supply pipes should be screened. V-belts
should be stored at least 1 m away from heat sources.
•Light
V-belts should be protected against light, especially direct
sunlight and strong artificial light with high ultra-violet
radiation (ozone formation) such as naked fluorescent
tubes. Illumination using conventional bulbs is recommended.
•Moisture
Damp storage areas are unsuitable. Care must be taken
to ensure that condensation does not develop. The most
favourable relative air humidity is below 65 %.
•Proper storage
Because stress can promote both permanent deformation
and cracking, care must be taken to ensure that V-belts
are stored without stress i.e. without tension, compression
or any other form of pressure.
If V-belts have to be stored horizontally and stacked on
top of each other, it is recommended that the stack height
does not exceed 300 mm in order to avoid permanent
deformation. If, in order to save space, V-belts are hung,
the diameter of the cylinder on which the belts rest should
be at least ten times the height of the belt profile.
optibelt S=C plus, optibelt SUPER E-POWER M=S,
optibelt SUPER X-POWER M=S and optibelt
SUPER TX M=S belts do not need to be stored in
sets as they can be used in sets without measuring.
•Cleaning
Dirty V-belts can be cleaned using a 1:10 mixture of
glycerine and methyl spirits or with brake cleaner. Petrol,
benzene, turpentine and the like should not be used. In
addition, sharp objects, wire brushes, emery paper etc.
must be avoided under all circumstances, as these can
cause damage to the belt.
•Ozone
In order to counteract the harmful effects of ozone,
storages should not contain any appliances that generate
ozone, e.g. fluorescent lights, mercury vapour lamps or
high voltage electrical equipment. Combustion gases and
vapours which could lead to the formation of ozone by
photo-chemical processes must be avoided or eliminated.
© Arntz OPTIBELT Group, Germany 153
DESIGN SUPPORT
PROPERTIES
RED POWER 3 /
KB RED POWER 3
high performance
wedge belts/­
kraftbands
BLUE POWER /
KB BLUE POWER
high performance
wedge belts/­
kraftbands
Super X-POWER M=S /
KBX /
SUPER TX M=S
raw edge, moulded
cogged V-belts
yes
yes1)
yes
Special
design
Mining industry approval
excellent
Standard
design
S=C plus SetConstant1)
M=S Matched Sets2)
good
Permanent
stretch
Smooth running
Electrically conductive
–30
+90
Special design
–40
+70
Oil
resistance
Standard
design
Special
design XHR
SK / SK KB
high performance
wedge belts/­
kraftbands
Temperature resistance from … to …
[°C]
Standard
design
This table is intended to
simplify the selection of
the suitable OPTIBELT
drive element according
to the specific drive
conditions. Detailed
information is given in the
according chapters of this
manual.
medium/
good
low
very
low
–30
+100
good
yes
yes1)
good
very
low
–30
+90
good
yes
yes2)
good
very
low
–50
+120
limited
yes
good
very
low
MARATHON 1,
MARATHON 2 M=S
automotive V-belts
–30
+90
good
yes
yes2)
good
very
low
VB
classic V-belts
–40
+70
yes
yes1)
medium/
good
low
DK
double-sided V-belts
–35
+85
good
yes
medium
low
SUPER VX /
VARIO POWER
variable speed belts
–30
+90
good
yes
excellent
very
low
RB
ribbed belts
–30
+90
good
• PJ
PK, PL
special
constructions
excellent
low
Super E-POWER M=S
–30
+90
–30
+120
limited
excellent
yes
very
low
• after testing/examination
154 © Arntz OPTIBELT Group, Germany
DESIGN SUPPORT
PROPERTIES
Standard
construction
Special
construction
Maintenance
good
low
no
up to
limited
1 : 10
good
low
≤ 55*
up to
97 %
good
low
no
up to
1 : 10
good
maintenancefree
Fans, pumps, mixers, mills, special machines, lathes
and drilling machines, grinding machines
depends
on profile
≤ 55*
up to
97 %
good
low
no
up to
limited
1 : 12
Super
X-POWER:
good
low
maintenance
Fans, pumps, mixers, mills, special machines, lathes
and drilling machines, grinding machines
≤ 55*
up to
97 %
good
low
no
up to
limited
1 : 12
low
maintenance
Fans, pumps, mixers, mills, special machines, lathes
and drilling machines, grinding machines
≤ 42
up to
97 %
good
low
no
up to
limited
1 : 12
low
maintenance
Motor vehicles, generators, water pumps, fans
≤ 30
up to
97 %
good
low
no
up to
limited
1 : 12
good
low
Pumps, presses, crushers, disk saws, box column
drilling machines, plane machines, concrete mixers,
compactors, lawn mowers, aerators, baling presses,
shredders
≤ 30
up to
95 %
good
low
no
up to
1:5
good
low
Special drives with changing rotary directions,
weaving looms, sweepers, harvesters
depends
on profile
≤ 42
up to
95 %
good
low
no
limited
low
Special drives, compact units, snow mobile drives,
multi-colour offset printing machines, variable speed
pulley sets, threshing drum drives, winding machines,
lathes
depends
on profile
≤ 60
up to
96 %
good
very
low
no
good
low
Offset machines, washing machines, milling
machines, electric floor polishers, auxiliaries, main
spindle drives
Recommended
max. speed ratio
Synchronous
up to
97 %
Efficiency
≤ 42
Recommended
max. belt speed
m/s
Vibration tendency
Main application areas
For some application areas and applications different belt types are suitable. The
suitable belt is then determined individually for each case.
Behaviour under
shock loading
Suitable for
outside
idlers
up to
1 : 12
for 2
variable
speed
pulleys
up to
1 : 35
excellent
good
Compressors, mixers, rotary print machines,
extruders, screw compressors, weaving machines,
axial fans, rotary pumps
* v > 42 m/s. Please contact our Application Engineering Department.
© Arntz OPTIBELT Group, Germany 155
DESIGN SUPPORT
PROPERTIES
Standard
design
Electrically conductive
Smooth running
Permanent stretch
Oil
resistance
Special
design XHR
Temperature resistance
from … to …
[°C]
Standard
design
This table is intended to
simplify the selection of
the suitable OPTIBELT
drive e
­ lement according
to the specific drive
conditions. Detailed
information is given in the
according chapters of this
manual.
OMEGA, OMEGA HP
+ OMEGA HL
timing belts
–30
+100
–30
+140
limited
yes•
medium/good
none
ZR
timing belts
–30
+100
–30
+140
limited
yes
medium
none
ALPHA
polyurethane
timing belts
–30
+80
good
no
medium
none
RR
round belts
–10
+80
good
no
medium
high
KK
V-belting
–10
+80
good
no
medium
high
Optimat OE
open-ended V-belts,
DIN 2216, punched
–20
+70
limited
no
medium
high
PKR
endless timing belts
with patterned top
surface
–30
+70
limited
yes
medium
low
–20
+110
limited
no
excellent
low
Optimax HF
endless high
perform­ance flat
belts
• partly after testing/examination
156 © Arntz OPTIBELT Group, Germany
DESIGN SUPPORT
depends
on profile
≤ 80
Maintenance
Special
design
Standard
design
Suitable
for
outside idlers
Recommended
max. ­conversion
Synchronous running
Vibration behaviour
Behaviour with
shock loads
Efficiency
Recommended
max. belt speed
m/s
PROPERTIES
Main application areas
For some application areas and applications different belt types are suitable. The
suitable belt is then determined individually for each case.
maintenancefree
Textile machines, spinning machines, weaving
machines, printing machines, paper machines,
woodworking machines, machine tools, linear units,
roller conveyors, ski systems, packaging machines,
gate and door openers, lifting devices, mixers,
extruders, compressors
good
maintenancefree
Copying machines, household appliances, swivel
arm robots, gripper drives, belt grinders, camshaft
drives, brush drives, clocks, X-Ray devices,
enveloping machines, cameras, plotters, slot
machines, main machines and feeders, feed drives,
material feed, printers
good
good
maintenancefree
Cameras, plotters, printers, slot machines, main
machines and feeders, feed drives, material feed,
test conveyance, flight models
up to
1 : 10
good
good
frequent
retensioning
Special machinery
no
up to
1 : 10
good
good
frequent
retensioning
Packaging machines, conveyor units, enamelling
lines, accumulating conveyor, for difficult installation
conditions
good medium
no
up to
limited
1 : 10
frequent
retensioning
Where installation conditions are difficult
good
low
no
up to
limited
1 : 10
good
very
low
no
up to
1 : 12
up to
98 %
depends
sensitive
on
speed
depends
on profile
≤ 80
up to
98 %
depends
sensitive
on
speed
yes
up to
1 : 10
good
depends
on profile
≤ 80
up to
98 %
sensitive
depends
on
speed
yes
up to
1 : 10
≤ 20
up to
95 %
good
low
no
≤ 20
up to
95 %
good
low
≤ 20
up to
90 %
depends
on profile
≤ 20
up to
95 %
≤ 70
up to
95 %
yes
up to
1 : 10
good
excellent
good
good
low
Conveyor units in the wood industry, in concrete
factories, in the agricultural industry, ceramic
industry, glass industry, at airports, in seaports and
inland ports
low
Water turbines, emergency power generators, saw
gates, hackers, screw compressors, roller drives,
transmission drives, conical drives, cross cutters, floor
cleaners, multi-drives, crushers, close belts, hammer
mills
© Arntz OPTIBELT Group, Germany 157
DESIGN SUPPORT
Problem – Causes – remedies
Problem
Belt failure shortly after
­installation (belt snaps)
Breaks and cracks in the base
of the belt (brittleness)
Severe belt vibration
Belts cannot be re-tensioned
Causes
Remedies
Forced installation, causing damage to
the tension cord
Follow installation instructions for easy
installation
Entry of foreign objects during
­operation
Fit protective guard
Drive undersized, not enough belts
Check drive design and determine
new dimensions
Drive jammed
Remove cause
Outside idler pulley in use that does
not comply with the positioning and
sizes recommended by us
Observe OPTIBELT recommendations,
e.g. increase the diameter; replace
with an inside idler on the slack side
of the drive; use optibelt RED
­POWER 3 or an OPTIBELT special
design
Pulley diameter too small
Re-design using recommended
­minimum pulley diameters; use an
OPTIBELT special design, or
­optibelt SUPER X-POWER M=S,
optibelt SUPER TX M=S
Excessive heat
Remove or screen heat source; improve
ventilation; use optibelt SUPER
­X-POWER M=S, optibelt SUPER TX M=S
or V-belt with aramid cord construction
Excessive cold
Warm the belt before operation;
use OPTIBELT special design
(­extra cold resistant)
Excessive belt slip
Re-tension drive according to
­installation instructions; check drive
design and re-design if necessary
Contamination by chemicals
Protect drive from contamination
source; use OPTIBELT special design
Drive under dimensioned
Check drive design and modify
if necessary
Centre distance significantly longer
than recommended
Shorten centre distance; use an inside
idler in the drive slack side; re-design
using optibelt KB kraftbands
High shock load
Use optibelt KB kraftbands; use an
inside idler in the drive slack side;
use an OPTIBELT special construction
Belt tension too low
Correct tension
Unbalanced V-pulleys
Balance pulleys
Insufficient allowance for centre
distance in drive design
Modify drive to allow for the OPTIBELT
recommended adjustment
Excessive stretch caused by
­inadequate performance
Carry out drive calculation and
re-design
Incorrect belt length
Use shorter belts
Should other problems occur, please contact our Application Engineering Department. They will require comprehensive technical details in order to provide you
with solutions.
158 © Arntz OPTIBELT Group, Germany
DESIGN SUPPORT
Problem – Causes – Remedies
Problem
Belts turning over
Causes
Poor drive alignment
Incorrect belt/pulley groove profile
Excessive wear in pulley grooves
Excessive vibration
Belt tension too low
Foreign matter in the pulley grooves
Excessive wear on belt edges
Starting torque too high
Incorrect pulley groove angle
Excessive pulley groove wear
Incorrect belt/pulley groove profile
Poor pulley alignment
Pulley diameter below recommended
minimum
Belt tension too low
Belt rubbing against or catching on
protruding parts
Remedies
Realign pulleys
Match belt and pulley groove profile
Renew pulleys
Use an inside idler on drive slack side;
use optibelt KB kraftbands
Re-tension drive
Remove foreign matter and screen
drive
Check drive design and re-design
Re-machine or replace pulleys
Replace pulleys
Match belt and pulley groove profile
Realign pulleys
Increase pulley diameter (re-design
drive); use OPTIBELT special constructions, optibelt SUPER X-POWER M=S
or optibelt SUPER TX M=S
Check tension and re-tension
Remove protruding parts; re-position
drive
Excessive running noise
Poor pulley alignment
Belt tension too low
Drive overloaded
Realign pulleys
Check tension and re-tension
Check drive design and re-design
if necessary
Belt swelling or softening
and sticky
Contamination by oil, grease,
­chemicals
Protect drive from contamination
source; use optibelt SUPER X-POWER
M=S or optibelt SUPER TX M=S or
OPTIBELT special design 05;
clean pulley grooves with petrol,
alcohol or brake cleaner before
installation of new belts
Uneven belt stretch
Worn or badly manufactured pulley
grooves
Used belts mixed with new belts on the
drive
Belts from different manufacturers used
on same drive
Replace pulleys
Replace with a completely new set of
belts
Belt sets must comprise belts from one
manufacturer only – optibelt S=C plus,
optibelt SUPER TX M=S,
optibelt SUPER X-POWER M=S
Should other problems occur, please contact our Application Engineering Department. They will require comprehensive technical details in order to provide you
with solutions.
© Arntz OPTIBELT Group, Germany 159
Design suPPOrT
lengTh TOlerances anD cOnVersiOn FacTOrs
Belt length measurement
The belt is placed over two identically sized measuring
pulleys of the groove design shown in the following drawings. The dimensions are given in the tables 77 to 83 on
pages 161/162.
Measuring pulley for wedge belts DIN 7753 part 1 and
classic V-belts DIN 2215
By moving to the adjustable pulley the force Q is applied on
the belt. Before measuring the drive centre distance a, the
belt should be rotated three times under load. This ensures
that the belt is well seated in the pulley, an essential
pre-condition for the accuracy of the resulting measurement.
The length is obtained by adding the diameter of the pulley
to twice the drive centre distance a.
Ld = 2 a + ud
Measuring pulley for wedge belts
uSA standard rMA/MpTA
La = 2 a + ua
Length conversion factors are given in the tables on pages
161/162 and 165/166.
Arrangement for measuring belt length
Measuring pulley for kraftbands
Measuring pulley for double-sided V-belts
Force Q [n]
160
© ArnTz OPTIBELT GrOuP, GErmAny
DESIGN SUPPORT
LENGTH MEASUREMENT CONDITIONS AND CONVERSION FACTORS
Table 77: o
ptibelt SK high performance wedge belts
optibelt SUPER X-POWER M=S wedge belts – raw edge, moulded cogged
optibelt SUPER E-POWER M=S high performance wedge belts – raw edge, moulded cogged
Measuring pulleys and force according to DIN 7753 Part 1 and ISO 4183
Profile
Datum
Datum
circumfer- diameter
ence
Ud
dd
= dd · π
± 0.05
Outside
diameter
Datum
width
Groove
angle
Groove
depth
da
± 0.05
bd
α°
± 10’
tmin
Q [N]
Inside length
Measuring Outside length
force
La [mm]
Li [mm]
SPZ; XPZ
300
95.49
100
8.50
36
11
360
La ≈ Ld + 13
La ≈ Li + 51
Li ≈ Ld – 38
Li ≈ La – 51
SPA; XPA
450
143.24
149
11.00
36
14
560
La ≈ Ld + 18
La ≈ Li + 63
Li ≈ Ld – 45
Li ≈ La – 63
SPB; XPB
600
190.99
198
14.00
36
18
900
La ≈ Ld + 22
La ≈ Li + 82
Li ≈ Ld – 60
Li ≈ La – 82
SPC; XPC
1000
318.31
328
19.00
36
24
1500
La ≈ Ld + 30
La ≈ Li + 113
Li ≈ Ld – 83
Li ≈ La – 113
Table 78: o
ptibelt SK high performance wedge belts
optibelt SUPER X-POWER M=S wedge belts – raw edge, moulded cogged
optibelt SUPER E-POWER M=S high performance wedge belts – raw edge, moulded cogged
Measuring pulleys and force according to USA standard RMA/MPTA
Outside
circumference
Ua
= da · π
Outside
diameter
Groove
angle
Groove
depth
Measuring
force
Inside length
da
± 0.13
Upper
groove
width
b1
± 0.13
α°
± 15’
tmin
Q [N]
Li [mm]
3V/9N; 3VX/9NX
300
95.50
8.90
38
9.00
445
Li ≈ La – 42
5V/15N; 5VX/15NX
600
191.00
15.24
38
15.00
1000
Li ≈ La – 71
8V/25N
1000
318.30
25.40
38
25.50
2225
Li ≈ La – 120
Profile
Table 79: o
ptibelt VB classic V-belts
optibelt SUPER TX M=S classic V-belts – raw edge, moulded cogged
Measuring pulleys and force according to DIN 2215 und ISO 4183
Profile
Datum
Datum
circumfer- diameter
ence
Ud
dd
= dd · π
± 0.05
Outside
diameter
Datum
width
Groove
angle
Groove
depth
da
± 0.05
bd
α°
± 10’
tmin
Q [N]
Datum length
Measuring Outside length
force
La [mm]
Ld [mm]
5
70
22.28
24.88
4.20
32
5
30
La ≈ Li + 19
La ≈ Ld + 8
Ld ≈ Li + 11
Ld ≈ La – 8
Y/6
90
28.65
31.85
5.30
32
6
40
La ≈ Li + 25
La ≈ Ld + 10
Ld ≈ Li + 15
Ld ≈ La – 10
8
140
44.56
48.56
6.70
32
8
80
La ≈ Li + 31
La ≈ Ld + 12
Ld ≈ Li + 19
Ld ≈ La – 12
Z/10; ZX/X10
180
57.30
62.30
8.50
34
10
110
La ≈ Li + 38
La ≈ Ld + 16
Ld ≈ Li + 22
Ld ≈ La – 16
A/13; AX/X13
300
95.50
102.10
11.00
34
12
200
La ≈ Li + 50
La ≈ Ld + 20
Ld ≈ Li + 30
Ld ≈ La – 20
B/17; BX/X17
400
127.32
135.72
14.00
34
15
300
La ≈ Li + 69
La ≈ Ld + 29
Ld ≈ Li + 40
Ld ≈ La – 29
20
520
165.52
175.12
17.00
34
18
750
La ≈ Li + 79
La ≈ Ld + 31
Ld ≈ Li + 50
Ld ≈ La – 31
C/22; CX/X22
700
222.82
234.22
19.00
34
20
750
La ≈ Li + 88
La ≈ Ld + 30
Ld ≈ Li + 58
Ld ≈ La – 30
25
800
254.65
267.25
21.00
34
22
750
La ≈ Li + 100
La ≈ Ld + 39
Ld ≈ Li + 60
Ld ≈ La – 39
D/32
1000
318.31
334.52
27.00
36
28
1400
La ≈ Li + 126
La ≈ Ld + 51
Ld ≈ Li + 75
Ld ≈ La – 51
E/40
1800
572.96
596.96
32.00
36
36
1800
La ≈ Li + 157
La ≈ Ld + 77
Ld ≈ Li + 80
Ld ≈ La – 77
© Arntz OPTIBELT Group, Germany 161
DESIGN SUPPORT
LENGTH MEASUREMENT CONDITIONS AND CONVERSION FACTORS
Table 80: o
ptibelt KB kraftbands with high performance wedge belts
Measuring pulleys and force
Profile
Outside
Outside
circumfer- diameter
ence
Ua
da
= da · π
± 0.13
Upper
groove
width
b1
± 0.13
Groove
angle
Groove
depth
Groove
pitch
Tolerance
Σ Tol.
Force
per rib
Inside length
α°
± 15’
tmin
e
e1)
e2)
Q [N]
Li [mm]
3V/9J
300
95.50
8.90
38
9.00
10.30
± 0.25
± 0.5
445
Li ≈ La – 42
5V/15J
600
191.00
15.20
38
15.00
17.50
± 0.25
± 0.5
1000
Li ≈ La – 71
8V/25J
1000
318.30
25.40
38
25.50
28.60
± 0.40
± 0.8
2225
Li ≈ La – 120
Table 81: o
ptibelt KB kraftbands
Measuring pulleys and force
Profile
Datum
Datum Outside Datum
circum- diameter diameter width
ference
Ud
dd
bd
da
= dd · π ± 0.13
± 0.13
Groove
angle
Groove
depth
Groove
pitch
Tolerance
Σ Tol.
Force
per rib
Datum length
α°
± 15’
tmin
e
e1)
e2)
Q [N]
Ld [mm]
SPZ
300
95.49
100.00
8.50
36
11.00
12.00
± 0.30
± 0.5
360
Ld ≈ La – 13
SPA
450
143.24
149.00
11.00
36
14.00
15.00
± 0.30
± 0.5
560
Ld ≈ La – 18
SPB
600
190.99
198.00
14.00
36
18.00
19.00
± 0.40
± 0.8
900
Ld ≈ La – 22
SPC
1000
318.31
328.00
19.00
36
24.00
25.50
± 0.40
± 0.8
1500
Ld ≈ La – 30
Table 82: o
ptibelt KB kraftbands with classic V-belts
Measuring pulleys and force
Profile
Outside
Outside
circumfer- diameter
ence
Ua
da
= da · π
± 0.13
Upper
groove
width
b1
± 0.13
Groove
angle
Groove
depth
Groove
pitch
Tolerance
Σ Tol.
Force
per rib
Inside length
α°
± 15’
tmin
e
e1)
e2)
Q [N]
Li [mm]
A/HA
254
80.85
12.45
32
12.50
15.88
± 0.38
± 0.8
300
Li ≈ La – 36
B/HB
381
121.28
16.00
32
14.50
19.05
± 0.38
± 0.8
450
Li ≈ La – 62
C/HC
635
202.13
22.33
34
20.00
25.40
± 0.38
± 0.8
850
Li ≈ La – 75
D/HD
889
282.96
31.98
34
28.00
36.53
± 0.38
± 0.8
1000
Li ≈ La – 111
1) Tolerance for the medium distance e between two adjacent grooves
2) Sum of all deviations from the nominal size e for all groove distances on one pulley must not exceed the given values.
Table 83: o
ptibelt DK double-sided V-belts
Measuring pulleys and force according to ISO 5289
Outside
­circumference
Ua = da · π
Outside
diameter
da
Upper
groove width
b1
Groove angle
Groove depth
Measuring force
α° ± 20’
tmin
Q [N]
AA/HAA
300
95.49
12.60
34
8
300
BB/HBB
400
127.32
16.20
34
10
450
CC/HCC
600
190.99
22.30
34
14
850
DD/HDD
900
286.48
32.00
34
20
1400
22 x 22
600
190.99
22.30
34
14
750
25 x 22
942
300.00
25.00
34
22
1200
Profile
162 © Arntz OPTIBELT Group, Germany
DESIGN SUPPORT
LENGTH TOLERANCES
Table 84: Endless wedge belts DIN 7753 Part 1
Length tolerance [mm]
Allowed deviation
of the datum lengths
Profile
Datum length [mm]
OPTIBELT
DIN 7753
wrapped
SPZ/XPZ
SPA/XPA
SPB/XPB
SPC/XPC
>
630 ≤
900
>
900 ≤ 1 250
> 1 250 ≤ 2 000
> 2 000 ≤ 3 150
> 3 150 ≤ 5 000*
> 5 000 ≤ 8 000
> 8 000 ≤ 10 000
> 10 000 ≤ 12 500
DIN
DIN
±2
±2
±2
±4
±6
±8
±
±
±
±
±
±
±
±
6 to ±
9
9 to ± 12
12 to ± 20
20 to ± 32
32 to ± 50
50 to ± 80
80 to ± 100
100 to ± 125
Set tolerances [mm]
Allowed deviation between
datum lengths Ld of the belts in one
and the same set on
multi-grooved belt drives
OPTIBELT
DIN 7753/ISO 4184
wrapped
raw edge
wrapped
raw edge
2
2
±2
±2
±2
±4
±6
±8
2
4
6
6
10*
2
2
2
4
6
10
16
2
4
6
6
10*
Table 85: Classic V-belts DIN 2215
Length tolerance [mm]
Allowed deviation
of the datum lengths
Profile
Datum length [mm]
OPTIBELT
DIN 2215
wrapped
5
Y/6
8
Z/10; ZX/X10
A/13; AX/X13
B/17; BX/X17
20
C/22; CX/X22
25
D/32
E/40
≤
>
250 ≤
>
315 ≤
>
400 ≤
>
500 ≤
>
630 ≤
>
800 ≤
>
900 ≤
> 1 250 ≤
> 1 600 ≤
> 2 000 ≤
> 2 500 ≤
> 3 150 ≤
> 4 000 ≤
> 5 000 ≤
> 6 300 ≤
> 8 000 ≤
> 10 000 ≤
> 12 500 ≤
> 15 000 ≤
250
315
400
500
630
800
900
1 250
1 600
2 000
2 500
3 150
4 000*
5 000
6 300
8 000
10 000
12 500
15 000
20 000
DIN
DIN
DIN
DIN
DIN
DIN
DIN
DIN
±2
±2
±2
±2
±2
±2
±4
±4
±6
±8
DIN
DIN
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
8/–
9/–
10/–
11/–
13/–
15/–
17/–
19/–
23/–
27/–
31/–
37/–
44/–
52/–
63/–
77/–
93/–
112/–
140/–
170/–
4
4
5
6
6
7
8
10
11
13
16
18
22
26
32
38
46
56
70
85
Set tolerances [mm]
Allowed deviation between
datum lengths Ld of the belts in one
and the same set on
multi-grooved belt drives
OPTIBELT
DIN 2215 / ISO 4184
wrapped
raw edge
2
2
2
2
2
2
2
4
±2
±2
±2
±2
±2
±2
±4
±4
±6
±8
DIN
DIN
2
2
2
4
4
4
6
8
8*
wrapped
raw edge
2
2
2
2
2
2
2
4
4
4
8
8
12
12
20
20
32
32
48
48
2
2
2
2
2
2
2
4
4
4
8
8
12*
* Maximum production length for raw edge V-belts ≤ 3550 mm
optibelt S=C plus and optibelt M=S V-belts can be used in sets without measuring.
© Arntz OPTIBELT Group, Germany 163
DESIGN SUPPORT
LENGTH TOLERANCES
Table 86: Endless wedge belts USA standard RMA/MPTA
Profile
3V/9N
3VX/9NX
5V/15N
5VX/15NX
8V/25N
Length tolerance [mm]
Set tolerance [mm]
Allowed deviation from Allowed deviation between the outside
lengths La of the belts in one and the
outside lengths
same set on multi-grooved belt drives
Outside length Replace complete belt
Replace complete belt sets!
[mm]
sets!
OPTIBELT
OPTIBELT
Length
designation
265
530
560
600
800
1 000
1 120
1 500
2 000
2 500
3 150
4 000
4 250
4 750
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
500
673
1 346
1 422
1 524
2 032
2 540
2 845
3 810
5 080
6 350
8 001
10 160
10 795
12 065
800
1 000
1 060
1 400
1 900
2 360
3 000
3 750
4 500
5 000
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
1 270
2 032
2 540
2 692
3 556
4 826
5 994
7 620
9 525
11 430
12 700
wrapped
RMA/MPTA
wrapped
acc. RMA/MPTA
± 8
± 10
± 10
± 10
± 13
± 15
± 15
± 20
± 20
± 20
± 25
± 25
± 30
± 30
4
± 2
± 2
± 2
± 2
± 2
± 2
± 2
± 4
± 4
± 6
± 8
± 8
± 12
± 2
± 2
± 2
± 2
± 2
± 2
± 2
± 4
± 4
± 6
± 8
± 8
± 12
raw edge
RMA/MPTA
4
4
6
6
6
6
10*
4
4
6
6
6
6
10
10
10
16
16
16
16
24
Table 87: Double-sided V-belts
Profile
AA/HAA
BB/HBB
CC/HCC
DD/HDD
22 x 22
25 x 22
Reference length [mm]
Length tolerance [mm]
Allowed deviation of the
reference lengths
Set tolerance [mm]
Allowed deviation
between the reference
length of the doublesided V-belts in one and
the same set on multigrooved belt drives
+ 8/– 16
+ 9/– 18
+ 11/– 22
+ 13/– 26
+ 15/– 30
+ 18/– 36
+ 22/– 44
+ 26/– 52
+ 32/– 64
+ 39/– 78
4
4
5
6.3
8
10
12.5
16
20
25
1 250 < 1 320
1 320 < 1 700
1 700 < 2 120
2 120 < 2 650
2 650 < 3 350
3 350 < 4 250
4 250 < 5 300
5 300 < 6 700
6 700 < 8 500
8 500 < 10 000
Table 88: Kraftbands with high performance wedge belts and classic V-belts
Profile
3V/9J; 3VX/9JX
5V/15J; 5VX/15JX
8V/25J
SPZ; SPA; SPB; SPC
A/HA
B/HB
C/HC
D/HD
Length and set tolerances
USA standard RMA/MPTA
DIN/ISO
DIN/ASAE
* Maximum production length for raw edge V-belts ≤ 3550 mm
164 © Arntz OPTIBELT Group, Germany
Tables
Conversion Factors
optibelt SK high performance wedge belts DIN 7753 Part 1
Profile
Cross-section
bxh≈
Bottom
belt
width
bu ≈
Belt length
Nominal
width
Nominal Outside length Pitch length
bd
La
Ld
length
SPZ
9.7 x 8
4.2
8.5
SPA
12.7 x 10
5.8
11.0
SPB
16.3 x 13
7.3
14.0
SPC
22.0 x 18
9.6
19.0
Nominal
length
Ld
La ≈ Ld
La ≈ Li
La ≈ Ld
La ≈ Li
La ≈ Ld
La ≈ Li
La ≈ Ld
La ≈ Li
+
+
+
+
+
+
+
+
13
51
18
63
22
82
30
113
Inside length
Li
Li
Li
Li
Li
Li
Li
Li
Li
—
—
—
—
≈
≈
≈
≈
≈
≈
≈
≈
Ld
La
Ld
La
Ld
La
Ld
La
–
–
–
–
–
–
–
–
38
51
45
63
60
82
83
113
Recommended
minimum
pulley diameter
[mm]
Nominal
diameter
dd
Meter
weight
(≈ kg/m)
63
0.074
90
0.123
140
0.195
224
0.377
67
0.074
151
0.195
optibelt SK high performance wedge belts USA standard RMA/MPTA
3V/9N
5V/15N
9.0 x 8
15.0 x 13
4.2
7.3
—
—
—
Outside
length
La
—
Ld ≈ La – 4∗
Li ≈ La – 42
Ld ≈ La – 11∗
Li ≈ La – 71
Outside
diameter
da
25.0 x 23
9.6
—
—
—
Li ≈ La – 120
315
0.575
8V/25N
∗ The conversion factor Ld to La is used when a profile according to DIN 7753 Part 1 is to be replaced by the corresponding profile according to RMA/MPTA.
optibelt SUPER X-POWER M=S wedge belts – raw edge, moulded cogged – DIN 7753 Part 1
optibelt SUPER E-POWER M=S high performance wedge belts – raw edge, moulded cogged – DIN 7753 Part 1
XPZ
9.7 x 8
4.2
8.5
XPA
12.7 x 10
5.8
11.0
XPB
16.3 x 13
7.3
14.0
XPC
22.0 x 18
9.6
19.0
La ≈ Ld + 13
La ≈ Li + 51
Nominal
length
Ld
La
La
La
La
La
La
≈
≈
≈
≈
≈
≈
Ld
Li
Ld
Li
Ld
Li
+
+
+
+
+
+
—
18
63
22
82
30
113
—
—
—
Li ≈ Ld – 38
Li ≈ La – 51
Li ≈ Ld
Li ≈ La
Li ≈ Ld
Li ≈ La
Li ≈ Ld
Li ≈ La
–
–
–
–
–
–
45
63
60
82
83
113
Nominal
diameter
dd
56
0.065
71
0.111
112
0.183
180
0.340
optibelt SUPER X-POWER M=S wedge belts – raw edge, moulded cogged – USA standard RMA/MPTA
optibelt SUPER E-POWER M=S high performance wedge belts – raw edge, moulded cogged – USA standard RMA/MPTA
3VX/9NX
9.0 x 8
4.2
—
Outside
length
La
—
Ld ≈ La – 4∗
Li ≈ La – 42
Outside
diameter
da
56
0.065
15.0 x 13
7.3
—
—
Li ≈ La – 71
112
0.183
Ld ≈ La – 11∗
5VX/15NX
∗ The conversion factor Ld to La is used when a profile according to DIN 7753 Part 1 is to be replaced by the corresponding profile according to RMA/MPTA.
optibelt SUPER TX M=S V-belts – raw edge, moulded cogged
ZX/X10
10.0 x 6
5.9
La ≈ Li + 38
La ≈ Ld + 16
8.5
AX/X13
13.0 x 8
7.5
11.0
BX/X17
17.0 x 11
9.4
14.0
CX/X22
22.0 x 14
12.3
19.0
Nominal
length
Ld
optibelt VB classic V-belts DIN 2215
5
5.0 x 3
2.8
4.2
Y/6
6.0 x 4
3.3
5.3
8
8.0 x 5
4.5
6.7
Z/10
10.0 x 6
5.9
8.5
A/13
13.0 x 8
7.5
11.0
B/17
17.0 x 11
9.4
14.0
11.4
17.0
20
20.0 x 12.5
C/22
22.0 x 14
12.3
19.0
25
25.0 x 16
14.0
21.0
D/32
32.0 x 20
18.2
27.0
E/40
40.0 x 25
22.8
32.0
Nominal
length
Ld
La ≈ Li + 50
La ≈ Ld + 20
La ≈ Li + 69
La ≈ Ld + 29
La ≈ Li + 88
La ≈ Ld + 30
La ≈ Li
La ≈ Ld
La ≈ Li
La ≈ Ld
La ≈ Li
La ≈ Ld
La ≈ Li
La ≈ Ld
La ≈ Li
La ≈ Ld
La ≈ Li
La ≈ Ld
La ≈ Li
La ≈ Ld
La ≈ Li
La ≈ Ld
La ≈ Li
La ≈ Ld
La ≈ Li
La ≈ Ld
La ≈ Li
La ≈ Ld
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
19
8
25
10
31
12
38
16
50
20
69
29
79
31
88
30
100
39
126
51
157
77
—
—
—
—
Ld ≈ Li + 11
Ld ≈ La – 8
Ld ≈ Li + 15
Ld ≈ La – 10
Ld ≈ Li + 19
Ld ≈ La – 12
Ld ≈ Li + 22
Ld ≈ La – 16
Ld ≈ Li + 30
Ld ≈ La – 20
Ld ≈ Li + 40
Ld ≈ La – 29
Ld ≈ Li + 50
Ld ≈ La – 31
Ld ≈ Li + 58
Ld ≈ La – 30
Ld ≈ Li + 60
Ld ≈ La – 39
Ld ≈ Li + 75
Ld ≈ La – 51
Ld ≈ Li + 80
Ld ≈ La – 77
Li ≈ Ld – 22
Li ≈ La – 38
40
0.062
63
0.099
90
0.165
140
0.276
—
20
0.018
—
28
0.026
—
40
0.042
—
50
0.064
71
0.109
112
0.196
160
0.266
—
180
0.324
—
250
0.420
—
355
0.668
—
500
0.958
Li ≈ Ld
Li ≈ La
Li ≈ Ld
Li ≈ La
Li ≈ Ld
Li ≈ La
—
—
—
– 30
– 50
– 40
– 69
– 58
– 88
Nominal
diameter
dd
Nominal
diameter
dd
© Arntz OPTIBELT Group, Germany 165
Tables
Conversion Factors
optibelt KB kraftbands with wedge belts to ISO 5290/USA standard RMA/MPTA
Height
h≈
Bottom
belt width
bu ≈
of the
single belt
3V/9J
9.9
4.2
5V/15J
15.1
7.3
8V/25J
25.5
9.6
Profile
Belt length
Nominal
length
Outside length
La
Datum length
Ld
Inside length
Li
—
—
Li ≈ La – 42
—
—
Li ≈ La – 71
—
—
Li ≈ La – 120
Outside
length
La
Recommended
minimum pulley
diameter
[mm]
Outside
diameter
da
Meter
weight
per rib
(≈ kg/m)
84
0.122
191
0.252
355
0.693
80
0.120
112
0.166
optibelt KB kraftbands with high performance wedge belts
SPZ
10.5
5.4
SPA
12.5
7.0
SPB
15.6
8.8
SPC
22.6
9.3
Datum
length
Ld
La ≈ Ld + 13
—
—
La ≈ Ld + 18
—
—
La ≈ Ld + 22
—
—
180
0.261
La ≈ Ld + 24
—
—
250
0.555
La ≈ Li + 36
Ld ≈ Li + 30
—
80
0.163
La ≈ Li + 62
Ld ≈ Li + 40
—
125
0.266
La ≈ Li + 75
Ld ≈ Li + 58
—
200
0.447
La ≈ Li + 111
Ld ≈ Li + 75
—
355
0.798
80
0.163
125
0.266
200
0.447
355
0.798
Datum
diameter
dd
optibelt KB kraftbands with classic V-belts
A
9.9
B
13.0
9.4
C
16.2
12.3
D
22.4
18.2
7.5
Datum
length
Ld
Datum
diameter
dd
optibelt KB kraftbands according to USA standard ASAE S 211. …
HA
9.9
HB
13.0
9.4
HC
16.2
12.3
HD
22.4
18.2
7.5
—
Outside
length
La
—
Li ≈ La – 36
—
—
Li ≈ La – 62
—
—
Li ≈ La – 75
—
—
Li ≈ La – 111
Outside
diameter
da
The width of the kraftband is dependent upon the number of ribs.
optibelt DK double-sided V-belts to DIN 7722/ISO 5289
Cross-section
bxh≈
Bottom
belt
width
bu ≈
AA/HAA
13 x 10
—
BB/HBB
17 x 13
—
CC/HCC
22 x 17
—
DD/HDD
32 x 25
—
Profile
Nominal
length
Recommended
minimum
pulley diameter
[mm]
Belt length
Reference length ≈ centre length – 4
Reference
length
Reference length ≈ centre length – 8
Reference length ≈ centre length + 3
Outside
diameter
da
Reference length = centre length
Meter
weight
(≈ kg/m)
80
0.150
125
0.250
224
0.440
355
0.935
280
0.511
280
0.625
optibelt DK double-sided V-belts – special profiles
22 x 22
22 x 22
—
25 x 22
25 x 22
—
Reference
length
Reference length = centre length
Reference length = centre length
Outside
diameter
da
optibelt MARATHON 1/MARATHON 2 M=S automotive V-belts
Profile
Cross-section
bxh≈
Bottom
belt
width
bu ≈
Nominal
width Nominal
bd
length
AVX 10/9.5
10
x 8
4.9
8.5
AVX 13/12.5
13
x 10
5.8
11.0
15A
16.6 x 10.4
9.2
—
17A
18.2 x 10.8
10.6
—
20A
21.4 x 12.4
12.6
—
166 © Arntz OPTIBELT Group, Germany
Outside
length
La
Belt length
v
Ld
Inside length
Li
Ld ≈ La – 18
Li ≈ La – 51
Recommended
minimum
pulley diameter
[mm]
Meter
weight
(≈ kg/m)
Ld ≈ La – 18
Li ≈ La – 63
According to agreement
and check with
automotive industry
Ld ≈ La – 0
Li ≈ La – 65
76
0.139
Ld ≈ La – 10
Li ≈ La – 68
76
0.157
Ld ≈ La – 20
Li ≈ La – 78
89
0.236
0.076
0.118
cOnVeYOr eleMenTs
PrODucT DescriPTiOn
OPTIBELT has developed a series of conveyor elements for
the economical conveyance of goods in a varied range of
applications.
• optibelt PKr endless V-belts DIn 2215 with patterned
top surfaces
• optibelt PKr endless V-belts DIn 2215 with light coloured fabric cover and patterned top
surfaces within the standard belt height
• optibelt KB kraftbands with patterned top surfaces
• optimat PKr open-ended V-belts DIn 2216 with
patterned top surfaces
• optimat FK
open-ended conveyor belts, punched
• optimax HF high performance flat belts
construction/quality
OPTIBELT conveyor elements consist of the basic belt and
the top surface. These parts are specially connected via
vulcanisation. The variety of applications required constructions with numerous patterns available in different qualities.
Both pattern and surface quality should be adapted to the
individual application.
Table 89
Type/
Colour
Temperature Hardness
resistance (Shore A)
(°C)
Oil
resistance
Loss of
colour
SBr-nr/light
–40 to + 70
≈
55*/65**
no
no
Cr/black
–25 to +100
≈ 65
limited
yes
Cr/black is available as standard. We would be pleased to
inform you about the production of the other constructions.
SBr = Styrene-Butadiene-rubber
nr = natural rubber
Cr = Chloroprene rubber
* ≈ 55 for top surfaces above the standard height
** ≈ 65 for top surfaces within the standard height
applications
Here are just a few examples of the wide range of applications in which OPTIBELT conveyor belts are used successfully.
For the conveyance of:
• doors, cupboard parts, veneer and plastic panels in the
woodworking industry
• body parts and sharp-edged sheet metal in the automotive
industry
• cardboard and boxes in the packaging industry
• roof tiles, concrete slabs and block paving stones
• flat glass
• postal items
• bowling balls on bowling lanes
In addition to the conveyance options, these belts are also
used for
• labelling and sealing of tins and jars in the canning
industry
• lifting, chopping and sorting of beet, potatoes, salad, cauliflower, Brussels sprouts and other vegetables in the
agricultural industry
Due to their single belt characteristics and high surface
load, OPTIBELT kraftbands with patterned top surfaces are
especially suitable in conveyor systems and lifting platforms
for:
• the conveyance of cargo containers
• loading and clearing of airplanes and railway wagons
• stowing and unloading of ship cargos
optibelt KB with top surface
Properties
Special surfaced belts are used instead of expensive
conventional type conveyor belts. They run individually, or
in sets arranged adjacent to each other, transporting goods
horizontally, or inclined up or down. Vertical conveying is
also possible if the belts are arranged top surface to top
surface, gripping the goods between them.
© ArnTz OPTIBELT GrOuP, GErmAny
167
cOnVeYOr eleMenTs
Design guiDelines
Drive and guide pulleys
The drive and guide pulleys should be V-grooved pulleys.
The minimum diameters should be selected according to the
standard recommendations for V-belts and kraftbands. See
the chapter on V-grooved pulleys.
Due to the relatively low transporting speed (experience has
shown that it is usually less than 1m/s) and the resulting low
flex rate, pulley diameters can be reduced to approximately
10 % below the recommended minimum. With greater
reduction, there is danger that the top surface separates
from the V-belt base.
The driver pulley should be arranged at the discharge end
of the conveyor so that the goods are pulled along.
The diameter and the number of support idlers required
depend on the length of the conveying span and the weight
and size of the goods to be conveyed.
Supporting tracks, generally made of plastic, are either flat
or with a key seat to improve guidance of the conveyor belt.
As with the support idlers, the grooves must have an
adequate width.
adjustment of the drive centre distance allowances
The tables on pages 82 to 84 show the drive centre distance allowances for special purpose conveyor belts and
kraftbands.
Tensioning options
An adequate belt tension is essential to
the reliable operation of the conveyor
system. Tension is applied by adjusting
the drive centre distance or, when the
centres are fixed, by tension idlers.
support idlers/tracks
In most cases, support idlers or tracks are
required to prevent the belt from sagging under
load.
Support idlers may be flat faced or V-grooved
pulleys. The dimensions of the pulley grooves
should support the base of the conveyor belt in
the base of the groove so only one edge can run
on the groove flank, and thus cannot get stuck in
the groove.
When idlers are employed, they should
be arranged inside the belt if possible,
as otherwise the alternating flexing of
the belt will reduce its service life.
optibelt KB KraFTBanDs WiTh PaTTerneD TOP surFace
PKr 2
Top surface height
standard
maximum
[mm]
[mm]
Pattern type
Pitch
PKr 3
[mm]
Groove
width
[mm]
Type/Colour
Temperature
resistance
[°C]
Hardness
(Shore A)
Oil
resistance
Loss of
colour
PKr 0
3
5
—
—
sBr-nr/light
–40 to + 70
≈ 55
no
no
PKr 1
3
5
10
—
cr/black
–25 to +100
≈ 65
limited
yes
PKr 2
3
5
—
—
PKr 3
5
—
—
3.7
SBr = Styrene-Butadiene-rubber
nr = natural rubber
Cr = Chloroprene rubber
Table 90
Profile
Kraftband height
Cross-sectional
without top
dimensions of the belt
[mm]
surface [mm]
Length
designation
Length
[mm]
maximum
production length
[mm]
PKr 0
PKr 1
PKr 2
PKr 3
500 ≤ 1 400
500 ≤ 3 550
1 000 ≤ 4 750
—
1 400 ≤ 3 556 La
1 400 ≤ 9 017 La
2 540 ≤ 12 065 La
2 400 ≤ 6 000 Ld
1 400 ≤ 5 000 Li
2 850 ≤ 8 000 Li
1 400 ≤ 7 100 Li
2 286 ≤ 7 100 Li
4 250
10 000
15 000
6 000
8 000
on request
10 000
12 000
•
•
•
•
•
—
•
•
•
•
•
•
•
—
•
•
•
•
•
•
•
—
•
•
—
—
—
—
—
•
—
—
3V/9J
5V/15J
8V/25J
sPB
9
15
25
16.3
x
x
x
x
8
13
23
13
9.9
15.1
25.5
15.6
a/ha
13
x 8
9.9
—
B/hB
c/hc
17
22
x 11
x 14
13.0
16.2
—
—
La = outside length; Li = inside length; Ld = datum length
168
© ArnTz OPTIBELT GrOuP, GErmAny
Pattern type
Product range: see pages 38/39. minimum order quantities: on request.
CONVEYOR ELEMENTS
optibelt PKR endless V-belts and
optibelt KB Kraftbands with patterned top surface
PKR 0
PKR 1
PKR 2
Table 91
Table 92
Pattern types
Top surface height
standard
maximum
[mm]
[mm]
Pitch
Groove
width
[mm]
[mm]
PKR 0
3
5
—
—
PKR 1
3
5
10
—
PKR 2
3
5
—
—
PKR 5
5
—
13
—
Temperature
resistance
[°C]
Type/Colour
SBR-NR/light
–40 to + 70 ≈ 55*/65**
Oil
resistance
Loss of
colour
no
no
Table 94
Top surfaces 3 or 5 mm
above the standard height
Top surfaces above the standard height
A/13
Hardness
(Shore A)
CR/black
–25 to +100
≈ 65
limited
yes
SBR= Styrene-Butadiene-Rubber
NR = Natural Rubber
* ≈ 55 for top surfaces above the standard height
CR = Chloroprene Rubber ** ≈ 65 for top surfaces within the standard height
Table 93
Profile
PKR 5
Standard
height
[mm]
Minimum order quantities for V-belts
with patterned top surface
PKR 0; PKR 1; PKR 2; PKR 5
Pattern Type
Standard
insight length range
[mm]
PKR 0 PKR 1 PKR 2 PKR 5
non-standfor standard forard
length
range
ranges
(as listed on
(sizes
not
included
pages 30 to 33)
in this manual)
Top surfaces within the standard height
Pattern Type
Standard
insight length range
[mm]
Minimum
quanPKR 0 PKR 2 tity
8.0 1 200 ≤ 5 0001)
•
•
•
—
18 pieces
31 pieces
3 550 ≤ 10 0001)
•
•
10
B/17 11.0
1 200 ≤ 2 0001)
2 001 ≤ 7 1001)
•
•
•
•
•
•
—
—
15 pieces
15 pieces
50 pieces
42 pieces
2 850 ≤ 21 0001)
•
•
10
20
12.5
1 850 ≤ 2 0002)
2 001 ≤ 8 0002)
•
•
•
•
•
•
—
—
13 pieces
13 pieces
21 pieces
36 pieces
3 550 ≤ 21 0001)
•
•
8
C/22 14.0
1 850 ≤ 2 0002)
2 001 ≤ 10 0002)
•
•
•
•
•
•
—
—
12 pieces
12 pieces
57 pieces
48 pieces
3 550 ≤ 21 0001)
•
•
8
25
16.0
1 850 ≤ 2 0002)
2 001 ≤ 10 0002)
•
•
•
•
•
•
—
—
11 pieces
11 pieces
51 pieces
42 pieces
2 850 ≤ 21 0001)
•
•
8
D/32 20.0
2 850 ≤ 125002)
2 850 ≤ 12 5002)
•
—
•
—
•
—
—
•3
9 pieces
8 pieces
22 pieces
8 pieces
2 850 ≤ 21 0001)
•
•
6
E/40 25.0
—
—
—
—
—
on request
on request
4 000 ≤ 21 0001)
•
•
5
1) Maximum production length on request
3) Only available in CR/black
2) Maximum production length 21,000 mm
Profile Z/10 on request
When ordering please give the overall height of the V-belt
including top surface. For this purpose, you need the
designation of the profile described as follows:
Profile B/17 – top surface within the standard height= 17 x 11
Profile B/17 – with additional 3 mm top surface
= 17 x 14
Profile B/17 – with additional 5 mm top surface
= 17 x 16
© Arntz OPTIBELT Group, Germany 169
CONVEYOR ELEMENTS
optimat PKR open-ended V-belts DIN 2216 with patterned top surface
PKR 0
PKR 1
PKR 2
Table 95
Profile
PKR 0
CR/red-brown
PKR 0
SBR-NR/light
PKR 1
PKR 2
S
P
S
P
S
P
S
P
Z/10
•
•
—
—
—
—
—
—
A/13
•
•
•
•
•
•
•
•
B/17
•
•
•
•
•
•
•
•
C/22
•
•
•
•
•
•
•
•
25
•
•
•
•
•
•
•
•
D/32
•
•
•
•
•
•
—
—
S = standard; P = polyester
Table 96
Pattern types
PKR 0
Table 97
Top surface height
max.
[mm]
[mm]
2
3
—
3
PKR 1
25; D/32
5
170 3
Temperature
resistance
[°C]
Hardness
(Shore A)
Oil
resistance
Loss of
colour
CR/red brown
–25 to +100
≈ 50
limited
no
SBR-NR/light
–40 to + 70
≈ 45
no
no
Type/Colour
standard
[mm]
PKR 1
A/13;
B/17;
C/22
PKR 2
Pitch
10
PKR 0
PKR 1 and PKR 2
3
5
—
© Arntz OPTIBELT Group, Germany
10
—
NR/red brown
–40 to + 70
≈ 48
no
no
SBR-NR/light
–40 to + 70
≈ 45
no
no
CR/red brown
–25 to +100
≈ 50
limited
no
CR/black
–25 to +100
≈ 68
limited
yes
CONVEYOR ELEMENTS
optibelt RR Round belts, optibelt KK Plastic belts
Profile
Width x Height
[mm]
Roll length
[m]
Diameter
[mm]
Roll length
[m]
Weight
[≈ kg/m]
8
Z/10
A/13
B/17
C/22
8 x 5
10 x 6
13 x 8
17 x 11
22 x 14
50
50
50
50
25
 2
 3
 4
 5
 6
 7
 8
10
12
15
200
200
200
200
100
100
100
100
 50
 50
0.004
0.009
0.016
0.024
0.035
0.048
0.064
0.096
0.132
0.211
optibelt RR round belts and optibelt KK plastic V-belts are especially
suitable as conveyor elements in the food industry, ceramic industry, and
for applications in contact with oil and chemicals.
They can also be used as drive elements for specific capacity ranges.
OPTIBELT supplies different qualities that can be easily distinguished due
to their different colours.
Minimum lengths for endless connection:
Round belts:
200 mm
V-belts:
Profile Z/10 to A/13: 300 mm
Profile B/17:
500 mm
Profile C/22:
700 mm
optibelt KK Plastic belts with Patterned top surface
(white, 92 Shore A)
Plastic belts with pointed roof profile
Supergrip
Profile
8
Z/10
A/13
B/17
C/22
Linatex
Width x Height
[mm]
 8
10
13
17
22
x
x
x
x
x
 5
 6
 8
11
14
HV-2-Laminate
Roll length
[m]
50
50
50
50
25
Form 1
Form 2
Form
Profile
Roll length
[m]
1
2
1
2
1
2
A/13
A/13
B/17
B/17
C/22
C/22
25
25
25
25
25
25
© Arntz OPTIBELT Group, Germany 171
Design Support
Attachments
Overview of Standards
Federal Republic of Germany
DIN 109 Sheet 1 – Drive Elements; Circumferential Speeds
DIN 109 Sheet 2 – Drive Elements; Centre Distances for V-Belt Drives
DIN 111
– Pulleys for Flat Transmission Belts; Dimensions, Nominal
Torque
DIN 111 Sheet 2 – Pulleys for Flat Transmission Belts; Classification for
Electrical Machines
DIN 2211 Sheet 1– Grooved Pulleys for Narrow V-Belts; Dimensions,
Materials
DIN 2211 Sheet 2– Grooved Pulleys for Narrow V-Belts; Inspections of
Grooves
DIN 2211 Sheet 3– Grooved Pulleys for Narrow V-Belts; Classification for
Electrical Machines
DIN 2215
– Endless V-Belts, Classical Profiles; Minimum Datum
Diameter of the Pulleys, Internal and Datum Belt Length
DIN 2216
– Open-Ended V-Belts; Dimensions
DIN 2217 Sheet 1– V-Belt Pulleys for Classical Profiles; Dimensions,
Materials
DIN 2217 Sheet 2– V-Belt Pulleys for Classical Profiles; Inspections of
Grooves
DIN 2218
– Endless V-Belts, Classical Profiles for Mechanical
Engineering; Calculation of Drives, Performance Data
DIN 7716
–Rubber Products; Requirements for Storage, Cleaning
and Maintenance
DIN 7719 Part 1 – Endless Wide V-Belts for Industrial Speed Changers;
Belts and Groove Profiles for Corresponding Pulleys
DIN 7719 Part 2 – Endless Wide V-Belts for Industrial Speed Changers;
Measurement of Centre Distance Variations
DIN 7721 Part 1 – Synchronous Belt Drives, Metric Pitch; Synchronous Belts
DIN 7721 Part 2 – Synchronous Belt Drives, Metric Pitch; Tooth Space
Profile of Synchronous Pulleys
DIN 7722
– Endless Hexagonal Belts for Agricultural Machines and
Groove Profiles of Corresponding Pulleys
DlN 7753 Part 1 – Endless Narrow V-Belts for Mechanical Engineering;
Dimensions
DIN 7753 Part 2 – Endless Narrow V-Belts for Mechanical Engineering;
Drive Calculation, Performance Data
DIN 7753 Part 3 – Endless Narrow V-Belts for the Automotive Industry;
Dimensions
DIN 7753 Part 4 – Endless Narrow V-Belts for the Automotive Industry;
Fatigue Testing
DIN 7867
– V-Ribbed Belts and Pulleys
DIN/ISO 5290 – Grooved Pulleys for Joined Narrow V-Belts; Groove
Profiles: 9J; 15J; 20J; 25J
DIN/ISO 5294 – Synchronous Belt Drives; Pulleys DIN/ISO 5296–
Synchronous Belt Drives; Belts
DIN 22100-7
– Articles from Synthetics for Use in Underground Mines,
Paragraph 5.4 V-Belts
DIN EN 60695-11-10
– Fire Hazard Testing
ISO
ISO 22
ISO
ISO
ISO
ISO
63
99
100
155
ISO 254
ISO 255
ISO 1081
ISO 1604
ISO 1813
ISO 2230
ISO 2790
172 –lnternational Organisation
for Standardisation
– Widths of Flat Transmission Belts and Corresponding
Pulleys
– Flat Belt Drives; Lengths
– Diameter of the Belt Pulleys for Flat Belts
– Bulging Height of the Belt Pulleys for Flat Belts
– Belt Pulleys; Limiting Values for Adjustment of Centre
Distances
– Quality, Finish and Balance of Belt Pulleys
– Pulleys for Classical V-Belts and Narrow V-Belts;
Geometric Testing of Grooves
– Vocabulary from V-Belts, V-Ribbed Belts and Pulleys
– Endless Speed Changer Belts and Pulleys
for Mechanical Engineering
– Electrical Conductibility of V-Belts, Kraftbands, V-Ribbed
Belts, Wide V-Belts, Double Profile V-Belts
– Please Consult DIN 7716
–Narrow V-Belt Drives for the Automotive Industry;
Dimensions
© Arntz OPTIBELT Group, Germany
ISO 3410
– Endless Speed Changer Belts and Pulleys for Agricultural
Machinery
ISO 4183
– Grooved Pulleys for Classical V-Belts and Narrow V-Belts
ISO 4184
– Classical V-Belts and Narrow V-Belts; Lengths
ISO 5256
– Synchronous Belt Drives; Belt Tooth Pitch Code Part 1
MXL; XL; L; H; XH; XXH; Part 2 MXL; XXL Metric
Dimension
ISO 5287
–Narrow V-Belts for the Automotive Industry; Fatigue
Testing
ISO 5288
– Vocabulary from Timing Belt Drives
ISO 5289
– Endless Double Profile V-Belts and Pulleys for Agricultural
Machinery
ISO 5290
– Grooved Pulleys for Joined Narrow V-Belts;
Profiles: 9J; 15J; 20J; 25J
ISO 5291
– Grooved Pulleys for Joined Classical V-Belts;
Profiles: AJ; BJ; CJ; DJ
ISO 5292
– Industrial V-Belt Drives; Calculations of the Performance
Data and Centre Distance
ISO 5294
– Synchronous Belt Drives; Pulleys – “Inch Pitch”
ISO 5295
– Timing Belts; Calculations of the Performance Data and
Centre Distance – “Inch Pitch”
ISO 5296
– Synchronous Belt Drives; Belts – “Inch Pitch”
ISO 8370-1
– Dynamic Test to Determine Pitch Zone Location with
V-Belts
ISO 8370-2
– Dynamic Test to Determine Pitch Zone Location with
V-Ribbed Belts
ISO/DIS 8419 – Belt Drives, Joined Narrow V-Belts; Lengths in Effective
System; 9N/J, 15N/J, 25N/J
ISO 9010
– Synchronous Belt Drives – Automotive Belts
ISO 9011
– Synchronous Belt Drives – Automotive Pulleys
ISO 9563
– Antistatic Endless Synchronous Belts; Electrical
Conductibility; Characteristics and Testing Method
ISO 9980
– Belt Drives; V-Belt Pulleys;
Geometric Inspection of Grooves
ISO 9981
– Belt Drives – Pulleys and V-Ribbed Belts for the
Automotive Industry; PK Profile
ISO 9982
– Belt Drives; Pulleys and V-Ribbed Belts for Industrial
Requirements; Geometric Data PH, PJ, PK, PL and PM
ISO 11749
– Belt Drives – V-Ribbed Belts for the Automotive Industry,
Fatigue Testing
ISO 12046
– Synchronous Belt Drives, Automotive Belts; Physical
Characteristics
ISO/CD 13050 – Synchronous Belt Drives, Curvilinear Timing Belts
ISO/CD 17396 – Synchronous Belt Drives; Metric Pitch, Profiles T and AT
USA
RMA/MPTA IP-20 – Classical V-Belts and Sheaves
(A; B; C; D; Cross Sections)
RMA/MPTA IP-21 – Double (Hexagonal) Belts
(AA; BB; CC; DD Cross Sections)
RMA/MPTA IP-22 –Narrow Multiple V-Belts
(3V; 5V; and 8V Cross Sections)
RMA/MPTA IP-23 – Single V-Belts
(2L; 3L; 4L; and 5L Cross Sections)
RMA/MPTA IP-24 – Synchronous Belts
(MXL; XL; L; H; XH; and XXH Belt Profiles)
RMA/MPTA IP-25 – Variable Speed V-Belts (12 Cross Sections)
RMA/MPTA IP-26 – V-Ribbed Belts
(PH; PJ; PK; PL; and PM Cross Sections)
RMA/MPTA IP-27 – Curvilinear Toothed Synchronous Belts
(8M – 14M Pitches)
ASAE S 211. ... – V-Belt Drives for Agricultural Machines
SAE J636b
– V-Belts and Pulleys
SAE J637
– Automotive V-Belt Drives
Data Sheet
for the Calculation/Checking of drives
.
.
Company
OPTIBELT GmbH
Corveyer Allee 15
37671 Höxter
Germany
T + 49 (0) 52 71 - 6 21
F + 49 (0) 52 71 - 97 62 00
[email protected]
www.optibelt.com
(stamp)
Fitted with:
For test
New drive
For initial production
For series production
Usage_____________ belts/year
Number
Existing drive
Driven Machine
Prime Mover
Type
SizeManufacturer
(e.g. electric motor, diesel engine 3 cyl.)
Size of starting torque
_______________________________
Type
_________________________________________
loaded
unloaded
Operational hours per day________________________________ hours
Nature of load:
constant
pulsating
Number of starts______________ per hour
per day
shock
Rational reverses______________ per minute
per hour
Method of starting
(e.g. star delta)
____________________________
(e.g. lathe, compressor)
Start:
(e.g. MA = 1.8 MN)
__________________________________
*Power:
P normal________________________________________kW
Rating:
P normal__________________________________ kW
P maximum______________________________________kW
P maximum________________________________ kW
or maximum torque________________ Nm at n1 ______________r.p.m.
or maximum torque________________ Nm at n2 ______________r.p.m.
*Speed n1 ______________________________________________r.p.m.
Speed
Position of shafts:
n2 min ___________________________________r.p.m.
horizontal
vertical
angled
<)______________________ °
n2 ______________________________________r.p.m.
n2 max ___________________________________r.p.m.
Maximum allowable shaft loading Sa max _______________________ N
Maximum allowable shaft loading Sa max ______________________ N
*Datum or outside diameter of pulley:
Datum or outside diameter of pulley:
dd1
_________________ mmda1
__________________ mm
dd2
_________________ mmda2
___________________mm
dd1 min _________________ mmda1 min __________________ mm
dd2 min _________________ mmda2 min ___________________mm
dd1 max_________________ mmda1 max__________________ mm
dd2 max_________________ mmda2 max___________________mm
Pulley face width b2 max ____________________________________ mm
Pulley face width b2 max _____________________________________mm
Speed ratio
i ___________________ imin ____________ imax __________________
•Centre distance
a ________________ mmamin _________ mmamax ______________ mm_
Tension/guide pulleys:
inside
in drive slack side
outside
in drive tight side
dd __________________ mm V-pulley
movable
da __________________ mm flat pulley
fixed
Operating Conditions: Ambient temperature
_______
________________________________ °C minimum
(e.g. spring loaded)
________________________________ °C maximum
Exposure tooil
(e.g. oil mist, droplets)
water
(e.g. spray)
____________________________
* required
acid
(type, concentration, temperature)
• optional
dust
(type)
___________________________________
_____________________
_______________________________________
Special conditions: Where the drive is subjected to unusual conditions, e.g. inside or outside idler ­pulleys,
3- or multi-pulley drives, as well as drives with reverse rotational direction, drawings
are required. Please use the back of this data sheet for sketches.
© Arntz OPTIBELT Group, Germany 173
Details about the drive:
174
© ArnTz OPTIBELT GrOuP, GErmAny
Data Sheet
for the Calculation/Checking of CONVEYOR SYSTEMS
.
.
Company
OPTIBELT GmbH
Corveyer Allee 15
37671 Höxter
Germany
T + 49 (0) 52 71 - 6 21
F + 49 (0) 52 71 - 97 62 00
[email protected]
www.optibelt.com
(stamp)
For one off use
New drive
For series production
Fitted with:
Number
Existing drive
Section/Length
Top surface Manufacturer
Usage___________ belts/year
Prime Mover
Type
(e.g. geared motor)
___________________________________________
Size of starting torque
Method of starting
Flat pulleys
ball
plain
____________________________
Number_______________________________________________ pieces
__________________________________
dd _____________________ mmda _______________________mm
(e.g. MA = 1.8 MN)
(e.g. star delta)
Supporting pulleys V-pulleys
Bearings
Start
under load
Spacing t______________________________________________ pieces
unloaded
Support rails
flat
V-grooved
Operational hours per day
__________ ________________________
Number of starts______________ per hour
hours
Material
(e.g. steel, plastic)
_________________________________________
per day
Power:
P normal_________________________________________kW
P maximum_______________________________________kW
Conveyed Material
or maximum torque________________ Nm at n1 ______________r.p.m.
Type
Rotational speed n1 ______________________________________r.p.m.
Condition of the corners
Rotational speed n2 ______________________________________r.p.m.
sharp
Conveying speed
min.___________________________ m/min
Conditions of the contact surface
max.__________________________ m/min
smooth
Continuously variable
(e.g. concrete slabs)
___________________________________________
round
rough
yes
Conveyed
horizontally
vertically
no
inclined
<)_____________________ °
Maximum allowable shaft loading Sa max _______________________ N
downwards
upwards
Datum or outside diameter of the driver pulley:
Dimensions l x b x h [mm]____________x____________x____________
dd1
Motion
_________________ mmda1
___________________mm
dd1 min _________________ mmda1 min ___________________mm
continuous
cycled
collected
dd1 max_________________ mmda1 max___________________mm
Datum or outside diameter of the guide pulleys:
dd2
_________________ mmda2
___________________mm
Operating Conditions
dd2 min _________________ mmda2 min ___________________mm
Ambient temperature _____________________________ °C minimum dd2 max_________________ mmda2 max___________________mm
_____________________________°C maximum
Speed ratio i_______________ imin _____________ imax _____________
Exposure tooil
(e.g. oil mist)
Position of shafts:
(e.g. spray)
horizontal
vertical
water
_____________________________
______________________________
angled
<)______________________ °
acid
(type, concentration, temperature) _________________
Overall width of the system_________________________________ mm
dust
(type) __________________________________
Drive centre distance a_______ mm amin ______ mm amax _____ mm
In the open air
Allowance for tensioning no
Tension/guide pulleys:
–___________ mm +____________mm
yes
inside
outside
The back of this data sheet is provided for sketches of the drive arrangedd ______________________ mm da ______________________ mm
ment. Please include the dimensions of all the pulleys and idlers used
in the proposed design.
© Arntz OPTIBELT Group, Germany 175
Details about the conveyor system:
Owner of any and all copyrights and intellectual property rights as well as other rights of use and exploitation:
Arntz Optibelt Group, Höxter/Germany. Any use, exploitation, reproduction, and any transfer to third parties by any means shall require the prior written
approval of the Arntz Optibelt Group, Höxter/Germany.
Print: 414773/0313Hux
176 © Arntz OPTIBELT Group, Germany
opTIBeLT GmbH
37671 Höxter
T +49 (0) 52 71- 6 21
F +49 (0) 52 71- 97 62 00
GErmAny
e info @ optibelt.com
Corveyer Allee 15
www.optibelt.com
">