Puls 2009 en

Puls 2009 en
SUCCESS WITH
INNOVATION AND QUALITY
QUALITY
INNOVATION
NNOVATI
NNOVATIO
PULS is the only organisation solely focused on the design and manufacturing of DIN-Rail power supplies for industrial applications. This allows Bernhard Erdl and his experienced team to develop premium pioneered products.
Smallest sizes, industry leading efficiencies, easy integration in machines and systems, comprehensive datasheets, excellent overload behaviour, are only some of the strong features which make us the leader in technology for DIN-rail power supplies.
The success story with PULS DIN-rail power supplies started with the SilverLine units, which were launched over 12 years ago.
This great success has continued with the MiniLine and DIMENSION units. The versatile utilizations in various fields of application
of our power supplies as well as the international honours such as the Frost & Sullivan Technology Leadership Award confirm
that PULS is on the right track.
PULS R&D departments are located in Germany. The high quality of the units is ensured by the company’s own factories in the
Czech Republic and China.
If you cannot find a standard unit for your needs in the current range of PULS products, then please contact our subsidiary company MGV. MGV has been a member of the PULS Group since 2004 and the MGV team will be happy to help with customised
solutions.
www.pulspower.com
3
CONTENT
OUR STRONG POINTS
CONTENT
1 Product Overview................................................................................... 6-9
Small
Powerful
Easy
PULS power supplies are at the forefront of the market with the smallest
and most powerful units for their size.
The dimensions are as much as 50%
smaller than other standard products
which enables significant space reductions in control cabinets and machines.
Be creative and take advantage of
these new possibilities.
Large power reserves support the starting of heavy loads such as DC-motors
or capacitive loads. With PULS, power
supplies no longer have to be oversized
to accommodate short-term peak loads
of dynamic current demands.
All signals and control elements are
straightforward, self explanatory and
easily accessible. The patented DIN-rail
system and spring clamp terminals do
not require tools and make the installation effortless.
Depending on the series, PULS guarantees BonusPower® of 50% or a Power
Boost up to 25%. For the Dimension C-Series this extra current can
be handled continuously for ambient
temperatures below 45°C. With these
power reserves, the user does not need
to oversize but simply chooses a unit
which meets the operating requirements. In some cases, a smaller unit
can be selected saving both money and
space.
Wide range or auto-select input voltages avoid user errors. The wide operating
temperature range and the extraordinary EMI immunity enables trouble free
operation, even under harsh conditions.
Until now, the efficiency of our units
has been unrivalled due to minimal
losses and our state-of-the-art technology. This basic requirement is essential
to achieve small size without compromising in quality or reliability. We also
guarantee high MTBF and long life
expectancy figures as well as offering
three year warranty.
2 New Products .....................................................................................10-11
Power Supplies .....................................................................12-21
3 1-Phase
24V Output Voltage .....................................................................12-17
Additional Output Voltages ........................................................18-21
Power Supplies .....................................................................23-27
4 3-Phase
24V Output Voltage .....................................................................23-25
Additional Output Voltages ........................................................26-27
With an extensive approval package,
universal input voltages and worldwide
support, choosing PULS power supplies
is made easy around the globe.
Converter ................................................................................29-31
5 DC/DC
Input Voltage 88-375Vdc and 360-900Vdc ...................................... 29
Input Voltage 12Vdc, 24Vdc, 48Vdc ............................................30-31
6 Power Supplies for AS-Interface
®
Systems .......................................32-33
7 DC UPS’s, Battery Modules and Buffer Modules..............................34-39
8 Redundancy and Diode Modules......................................................40-41
9 Standards and Approvals ..................................................................42-45
Notes ..................................................................................47-51
10 Technical
Protection of 24V Branches with Circuit Breakers .......................... 47
Time
The small footprint enables large space reductions allowing you to be creative and take advantage of new possibilities.
www.pulspower.com
Generous power reserves for loads with dynamic
current demands. In many cases, you can rely on
the next smaller unit which can save you money.
For a secure connection:
Vibration proof quick-connect spring-clamp
terminals, no tools required.
Power Supplies for DeviceNet® Systems .......................................... 47
Characteristics of Semi-Regulated Power Supplies ......................... 48
Mains Voltages Worldwide............................................................... 48
Conformal Coated Power Supplies .................................................. 49
Series Connections of Outputs ......................................................... 49
Parallel Connections of Outputs ...................................................... 50
Mounting Accessories ....................................................................... 51
Using only Two Legs of the Three Phase System ............................ 51
5
1
Product Overview
OUR PRODUCT FAMILIES
DIMENSION
DIMENSION offers you everything - from basic units
with only essential functions to premium products for
more demanding applications. Other DIMENSION units
offer semi-regulation, buffer modules, DC-UPS’s and
a larger assortment of accessories. Thanks to the wide
variety of options, you only pay for the features you
need.
C
The classic power supply family for general
applications which has been proven over a
million times. Will be gradually augmented
by the DIMENSION series.
Single or three-phase-input
Redundant power supplies
AS-Interface® power supplies
-
MiniLine
The MiniLine series covers the lower power requirements in the range from 15W to 100W. The units in their rugged
plastic housing are highly efficient, compact, can be installed in seconds and are extremely reliable. Apart from the standard 24V-power supplies, many other output voltages are also available.
Single phase or 400/480V input
Output voltages from 5V to 56V
Robust plastic housing
Quick-connect spring-clamp terminals
Wide temperature range from -10°C to +60°C
Diode module for redundancy
1-Phase
Supplies
3-Phase
Supplies
DC/DC
Converter
DC-UPS
Buffermodules
Redundancy and
Diode Modules
MiniLine
15-100W
90-100W
–
–
–
10A
SilverLine
60-240W
120-960W
40W
–
24V
2.5-40A
C-Series
80-240W
96-240W
92-120W
–
–
–
Q-Series
80-960W
480-960W
480W
–
–
–
X-Series
–
960W
–
–
–
–
U-Series
–
–
–
10A
24V, 48V
–
Y-Series
–
–
–
–
–
20A
DIMENSION
www.pulspower.com
For users looking for highly reliable power supplies
in a compact housing which are easy to use. Focusing only on the essentials achieves significant price
advantages.
20% Power reserves
Low inrush current surge
Large screw connection terminals
Q Series:
Premium Class Power Supplies
Suitable when you need state-of-the-art technology
and flexibility for demanding tasks. With outstanding efficiencies, 50% BonusPower® and many
other features, this series is the “Best in Class”.
50% Power Reserves
AC and DC wide-range input
Low inrush current surge
DC-OK relay contact (except QS3)
Excellent power factor
Active power factor correction (PFC)
Active filter against input transients
Quick-connect spring-clamp terminals
Extensive approval package
X
-Series:
Semi-regulated 3-Phase Power Supplies
For motors and other power-hungry loads. Small size,
maximum efficiency, low price are the benefits with
only minor compromises in output voltage regulation
precision and buffer time.
25% Power reserves
No inrush current surge
Efficiencies up to 96%
Y
-Series:
Diode- and Redundancy Modules
For building redundant power supply systems or to
isolate sensitive circuits.
Redundancy modules with alarm contacts
Diode modules without alarm contacts
U Series:
-
Bridging of Power Outages
Back-up systems: for minutes with a DC-UPS needing only one 12V-battery or for seconds with our
battery-free buffer module. This improves safety
and prevents downtime, loss of data and long
restart sequences.
-Series:
Power Supplies and DC/DC Converters
Z
-Series:
Mounting Accessories
For installation in low profile cabinets or for panel
installations where no DIN-rail is available.
7
1
Product Overview
Product Overview
Preferential Products
Power Supplies for the 3-Phase System
12V
24V
1-Phase Power Supplies
5V
12V
±12V
24V
30V
36V
48V
www.pulspower.com
Page
Output
Input
3A
ML15.051
18
5-5.5V
AC 100-240V
5A
1.3A
2.5A
4.2A
7.5A
15A
1.5A
0.63A
1.3A
2.1A
2.1A
2.1A
2.1A
2.5A
2.5A
3A
3.3A
3.4A
3.8A
3.9A
4.2A
4.2A
5A
5A
5A
5A
5A
5A
5A
5A
8A
10A
10A
10A
10A
10A
10A
10A
10A
10A
20A
20A
20A
40A
8A
13.3A
1.05A
2.1A
5A
5A
10A
ML30.101
18
18
18
18
19
19
19
12
12
12
12
12
12
12
12
14
14
14
14
14
15
15
15
15
15
15
15
15
15
15
16
16
16
16
16
16
17
17
17
17
17
17
17
17
20
20
20
20
20
21
21
5-5.5V
12-15V
10-12V
12-15V
12-15V
12-15V
±12-15V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24V
24V
24-28V
24-28V
24-28V
24V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24V
24V
24-24.5V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24V
24-28V
24-28V
24-28V
24-28V
28-32V
36-42V
48-56V
48-56V
48-52V
48-56V
48-55V
AC 100-240V
AC 100-240V
AC 100-240V
AC 100-240V
AC 115/230V
AC 100-240V
AC 100-240V
AC 100-240V
AC 100-240V
AC 100-240V
AC 100-240V
AC 100-240V
AC 100-240V
AC 115/230V
AC 115/230V
AC 115/230V
AC 100-240V
AC 100-240V
AC 100-240V
AC 115/230V
AC 115/230V
AC 115/230V
AC 115/230V
AC 115/230V
AC 115/230V
AC 100-120V
AC 200-240V
AC 100-240V
AC 115/230V
AC 115/230V
AC 100-240V
AC 115/230V
AC 115/230V
AC 115/230V
AC 100-120V
AC 200-240V
AC 100-240V
AC 100-240V
AC 115/230V
AC 115/230V
AC 100-240V
AC 100-240V
AC 200-240V
AC 200-240V
AC 100-240V
AC 100-240V
AC 100-240V
AC 115/230V
AC 115/230V
AC 100-240V
AC 100-240V
ML15.121
ML30.102
ML50.102
ML100.102
QS10.121
ML30.106
ML15.241
ML30.100
ML50.100
ML50.109
ML50.101
ML50.111
SL2.100
SLR2.100
ML70.100
CS3.241
QS3.241
QS5.DNET
ML95.100
ML100.100
ML100.109
CS5.241
CS5.241-C1
CS5.241-S1
CS5.243
CS5.244
QS5.241
SL5.100
SLR5.100
QS10.DNET
CS10.241
CS10.241-S1
CS10.242
CS10.243
CS10.244
QS10.241
QS10.241-C1
SL10.100
SLR10.100
QS20.241
QS20.241-C1
QS20.244
QS40.244
QS10.301
QS20.361
ML50.105
ML100.105
CS10.481
QS10.481
QS20.481
Special Features
very low output noise
dual-output voltage
36V
conformal coated
optimized for parallel use
with screw terminals
48V
for redundant applications
72V
®
DeviceNet approved
NEC Class 2
8A
3.75A
4.2A
5A
5A
10A
10A
10A
20A
20A
20A
40A
40A
40A
40A
13.3A
26.6A
26.6A
5A
10A
20A
20A
20A
13.3A
13.3A
Page
Output
Input
26
23
23
23
23
24
24
24
24
24
24
24
25
25
25
26
26
26
26
26
27
27
27
27
27
12-15V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
24-28V
36-42V
36V
36V
48-56V
48-55V
48-55V
48V
48V
72V
72V
2AC 380-480V
2AC 380-480V
2AC 380-480V
2AC 380-480V
3AC 400-500V
3AC 380-480V
3AC 400-500V
3AC 400-500V
3AC 380-480V
3AC 380-480V
3AC 400-500V
3AC 380-480V
3AC 400-500V
3AC 400V
3AC 480V
3AC 380-480V
3AC 400V
3AC 480V
3AC 380-480V
3AC 380-480V
3AC 380-480V
3AC 400V
3AC 480V
3AC 400V
3AC 480V
SLA3.100
SLA4.100
SLA8.100
SLA8.300
SLAD4.100
32
32
32
32
32
30.6V
30.6V
30.6V
30.6V
30.6V
SLD2.100
CD5.121
CD5.241-L1
CD5.243
CD5.241
CD5.241-S1
CD5.242
QTD20.241
30
30
30
30
30
31
31
29
5-5.5V
12-15V
24V
24-28V
24-28V
24-28V
24-28V
24-28V
40
40
40
40
40
10-60V, 2x5A
10-60V, 2x10A
24-60V, 2x10A
24-28V, 1x40A
24-28V, 2x30A
dual-input diode decoupling module
dual-input diode decoupling module
dual-input redundancy module
single-input redundancy module
dual-input redundancy module
34
34
35
34
37
37
38
38
38
24V, 10A
24V, 10A
24V, 10A
24V, 10A
12V, 7Ah
12V, 26Ah
24V, 20A
24V, 20A
48V, 20A
DC-UPS control unit for ext. Batteries 3.9-40Ah
DC-UPS control unit for ext. Batteries 17-130Ah
DC-UPS with additional 12V Output
DC-UPS with integrated 5Ah Battery
Battery Module for DC-UPS
Battery Module for DC-UPS
Capacitor Buffer Module, typ. 310ms at 20A
Capacitor Buffer Module, typ. 310ms at 20A
Capacitor Buffer Module, typ. 150ms at 20A
CT5.121
ML90.200
ML100.200
CT5.241
SL5.300
CT10.241
SL10.300
SL10.309
QT20.241
QT20.241-C1
SL20.310
QT40.241
SL40.301
XT40.241
XT40.242
QT20.361
XT40.361
XT40.362
CT10.481
QT20.481
QT40.481
XT40.481
XT40.482
XT40.721
XT40.722
Special Features
conformal coated
conformal coated
with signal contacts
semi-regulated
semi-regulated
semi-regulated
semi-regulated
semi-regulated
semi-regulated
semi-regulated
semi-regulated
AS-Interface® Power Supplies
30.6V
conformal coated
conformal coated
spring-clamp terminals
2.8A
4A
8A
8A
4A
AC 115/230V
AC 115/230V with ground-fault monitor
AC 115/230V
3AC 400-500V
DC 24V
DC/DC converter
DC/DC Converter
5V
12V
24V
for redundant applications
DeviceNet® approved
spring-clamp terminals
with PFC inductor
8A
8A
3.8A
4A
5A
5A
5A
20A
DC 24V
DC 24V
DC 24V
DC 12V
DC 24V
DC 24V
DC 48V
DC 600V
NEC Class 2
with signal contacts
for intermediate DC-bus
Redundancy and Diode Modules
conformal coated
for redundant applications
conformal coated
MLY02.100
YR2.DIODE
YRM2.DIODE
SLR01
SLR02
DC-UPS and Buffer Modules
UB10.241
UB10.242
UB10.245
UBC10.241
UZK12.071
UZK12.261
SLV20.200
UF20.241
UF20.481
9
SLAD4.100
DC/DC Converter for AS-Interface®
Aside from AS-Interface® power supplies for 1- and 3-phase systems, a
4A DC/DC converter is now available.
This converter is simply powered from
the 24V-bus and avoids hazardous
power line voltages on systems and
machines. The SLAD4.100 provides
the AS-Interface® voltage of 30.6V
and already incorporates the required
data decoupling circuit.
See page 32.
NEW
NEW PRODUCTS 2009
Input
DC 24V
Output
AS-i 30.6V, 4A
WxHxD
40x124x102mm
UBC10.241
DC-UPS with integrated battery
The UBC10 has the required single
battery included and is a compact addition to our DC-UPS line. This saves
space, minimises wiring effort and
avoids wiring errors during installation.
Perfect for cabinets and panels which
do not get warmer than +40°C.
See page 34.
Battery
Inside
Input
DC 24V
Output
24V, 10A (15A)
Battery
12V, 5Ah included
Buffer Time
WxHxD
typ. 6 minutes
123x124x119mm
ML15
Excellent cost/performance ratio:
MiniLine with 15 Watt
For low-power requirements, three
new units have been added to the
MiniLine family.
With a width of only 22.5mm,
three different output voltages are
now available.
See pages 12 and 18.
UB10.245
Input
Output
+24V
+24V
+12V
www.pulspower.com
lspower com
24V DC-UPS with an
additional 12V output
For applications requiring supply voltages of 12V and 24V, a very simpleto-use dual output unit has been
designed. With just one DC-UPS and
one single battery, both output voltages can be provided during normal
operation and in the event of power
failures.
See page 35.
2
New Products
Input
Output
AC 100-240V
5V, 12-15V or 24-28V
Temperature
-10°C to +60°C
WxHxD
22,5x75x91mm
Input
Output
Total Power
WxHxD
DC 24V
24V, 10A and 12V, 5A
max. 240W
49x124x119mm
Two new power supplies
for 3-phase-systems
Two new DIMENSION power supplies
extend the choice of available units
for 3-phase systems in the lower
power range. With a width of only
40mm for the 120W and 62mm for
the 240W power supply, these two
units are extremely small compared
to the current market standard.
See pages 23 and 24.
960W DIMENSION
1- and 3-phase power supplies
All the winning features of the QSeries are now also available in 40A
versions. The DIMENSION 3-phase
units only require 110mm and the
1-phase unit 125mm space on the
DIN-rail. These dimensions set a
new benchmark in DIN-rail space
requirements.
See pages 17, 25 and 27.
Versatile 120W
DC/DC Converter
A whole new series of DC/DC
converters for the DIN-rail is now
available in the DIMENSION series. All DC/DC converters have a
galvanically isolated output and are
specified with full output power in
the temperature range from –25°C
to +60°C.
See pages 30 and 31.
CT5, CT10
Input
CT5: 2AC 380-480V
CT10: 3AC 380-480V
Output
24-28V or 48-56V
WxHxD
CT5: 40x124x117mm
CT10: 62x124x117mm
CT5: 40mm
CT10: 62mm
QS40, QT40
Input
QS: AC 200-240V
QT: 3AC 380-480V
Output
24-28V or 48-55V
WxHxD
QS: 125x124x117mm
QT: 110x124x117mm
QS40: 125mm
QT40: 110mm
CD5
Input
Output
CD5.121
18-32.4V
12-15V, 96W
CD5.241
18-32.4V
24-28V, 120W
CD5.242
36-60V
24-28V, 120W
CD5.243
8.4-16.2V
24-28V, 96W
CD5.241-S1*
18-32.4V
24-28V, 120W
CD5.241-L1**
14-32.4V
24-28V, 92W
* Spring-clamp terminals, DC-OK and Input-Low-signal
** NEC-Class-2 approved
11
3
1-Phase
Power Supplies
24V
15W - 60W
24V Power Supplies
for 1-Phase-Systems
PULS offers the largest product range of 24V DIN-rail power supplies. The various features and output powers
of the individual units allow for optimal selection for a wide range of applications and requirements. Choose a
suitable power supply from the three product families MiniLine, SilverLine and Dimension.
1-Phase Power Supplies
Output: 24V
15W
0.63A
30W
1.3A
2.1A
50W
2.1A
2.5A
60W
2.5A
MiniLine
24-28V
0.63-0.54A
–
15W
–
–
MiniLine
24-28V
1.3-1.1A
–
30W
–
–
MiniLine
24-28V
2.1-1.8A
–
50W
–
–
MiniLine
24-28V
2.1-1.8A
–
50W
–
–
SilverLine
24V
2.5A
–
60W
–
–
SilverLine
24V
2.5A
–
60W
–
–
24.5V
50mVpp
Hiccup-mode
AC 100-240V
-15%/+10%
24.5V
50mVpp
cont. current
AC 100-240V
-15%/+10%
24.5V
50mVpp
cont. current
AC 100-240V
-15%/+10%
24.0V
50mVpp
cont. current
AC 100-240V
-15%/+10%
max.
0.3A
–
0.6A
–
1.0A
–
1.0A
–
24.5V
25mVpp
cont. current
AC 100-120V/
200-240V #)
-15%/+10%
1.3/0.7A
–
24.0V
30mVpp
cont. current
AC 100-120V/
200-240V #)
-15%/+10%
1.3/0.7A
–
no
no
no
no
no
no
typ.
typ.
0.51/0.44
47/196ms
0.61/0.53
46/200ms
0.56/0.52
40/180ms
0.56/0.52
40/180ms
0.6/0.51
53/54ms
0.6/0.51
53/54ms
NTC
NTC
NTC
NTC
NTC
NTC
typ.
typ.
13A; 0.1A2s
26A; 0.4A2s
17A; 0.3A2s
35A; 1.1A2s
17A; 0.4A2s
35A; 1.5A2s
17A; 0.4A2s
35A; 1.5A2s
15A; 1.1A2s
28A; 1.6A2s
15A; 1.1A2s
28A; 1.6A2s
External Input Circuit Breaker 4) min.
DC Input Voltage
nom.
B-6A; C-3A
DC 110-300V T)
-20%/+25%
86.1/85.1%
2.5/2.7W
4369 kh
-10°C to +70°C
0.4W/°C
22.5x75x91mm
screw terminals
130g
no
yes M)
yes
–
–
B-10A; C-6A
B-10A; C-6A
B-10A; C-6A
B-10A; C-6A
DC 110-300V S) T) DC 110-300V S) T) DC 110-300V S) T) DC 200-300V S) T)
-20%/+25%
-20%/+25%
-20%/+25%
-20%/+25%
87.0/87.5%
88.4/89.0%
88.4/89.0%
87.8/89.1%
4.5/4.3W
6.6/6.2W
6.6/6.2W
8.3/7.3W
3603 kh
2613 kh
2613 kh
2575 kh
-10°C to +70°C
-10°C to +70°C
-10°C to +70°C
-10°C to +70°C
0.8W/°C
1.3W/°C
1.3W/°C
1.5W/°C
45x75x91mm
45x75x91mm
45x75x91mm 49x124x102mm
spring terminals spring terminals spring terminals*) screw terminals
230g
240g
240g
460g
no
yes O)
yes O)
no
yes M)
yes M)
yes
yes M)
yes
yes
yes
yes
included
included
included
SLZ02
–
–
–
–
Optimized for
parallel use
B-10A; C-6A
DC 200-300V S) T)
-20%/+25%
86.1/87.2%
9.7/8.8W
2301 kh
-10°C to +70°C
1.5W/°C
49x124x102mm
plug connectors
470g
yes P)
yes
yes
SLZ02
–
Redundant unit,
decoupling diode
Family
Output Voltage
Output Current
Output Current
Output Power
Output Power
Power Reserves
continuous
short-term
continuous
short-term
Factory Setting 1)
Ripple & Noise Voltage 2)
Overload Behaviour
AC Input Voltage
Input Current 3)
Harmonic Correction 8)
nom.
nom.
nom.
min.
typ.
max.
nom.
EN 61000-3-2 (PFC Norm)
Power Factor 120/230Vac 1)
Hold-Up Time 120/230Vac 1)
Input Inrush Current Limiter
Input Inrush Current 120Vac 5)
Input Inrush Current 230Vac 5)
Efficiency 120/230Vac 1)
typ.
Power Losses 120/230Vac 1)
typ.
MTBF 6)
typ.
Operational Temperature Range min.
Derating +60°C to +70°C
min.
Dimensions WxHxD 7)
nom.
Connection Terminals
Weight
max.
DC-OK-Signal
Parallel Use
Series Connection 9)
Bracket for Wall/Panel Mounting
Bracket for Side Mounting
Special Features
Order Number
ML15.241
ML30.100
ML50.100
ML50.101
ML50.109*)
ML50.111*)
SL2.100
SLR2.100
*) ML50.109 with conformal coated PC-board, ML50.111 with screw terminals (plug connector,) depth 98mm, #) Manual-select by slide-switch
Fold out the back page to find the appropriate footnotes.
Information regarding standards and approvals can be found on pages 42 to 44.
Visit www.pulspower.com for detailed datasheets.
www.pulspower.com
13
DIMENSION C-Series
100120V
DIMENSION Q-Series
DIMENSION C-Series
3
DIMENSION Q-Series
Output Voltage
Output Power
200240V
1-Phase
Power Supplies
24V
72W - 120W
150%
CS5.241
CS10.241
24V
BonusPower
Power
Boost
100%
CS5.244
CS10.244
CS5.243
CS10.243
4 Sec.
Save money:
For specific regions, use the optionally available units with only a 120V or 230V input.
1-Phase Power Supplies
Output: 24V
100% 120%
Time
BonusPower®:
150% Output power available up to 4 seconds
for dynamic loads.
Output
Power
Power Boost:
20% Extra output current for dynamic loads,
continuous operation is available up to +45°C.
The DC-OK relay contact monitors the
actual output voltage generated from the
power supply. Perfect for redundant use.
3.0A
72-82W
3.3A
3.4A
3.8A
91-100W
3.95A
4.2A
5A
5A
5A
5A
5A
MiniLine
24-28V
DIMENSION-C
24-28V
DIMENSION-Q
24-28V
DIMENSION-Q
24-28V
MiniLine
24-28V
MiniLine
24-28V
DIMENSION-C
24-28V
DIMENSION-C
24-28V
DIMENSION-C
24-28V
DIMENSION-Q
24-28V
SilverLine
24V
SilverLine
24V
3-2.6A
–
72W
–
–
3.3-2.7A
–
80W
–
–
3.8A
(5.7A after turn-on)
91.2W
–
–
3.95-3.4A
–
95W
–
–
4.2-3.6A
–
100W
–
–
24.5V
50mVpp
continuous current
AC 100-120V/
200-240V #)
-15%/+10%
1.6/0.8A
–
fulfilled
24.1V
50mVpp
continuous current
AC 100-240V
±10%
3.4-3A
5-4.5A K)
82W
120W K)
+50%
BonusPower® K)
24.1V
50mVpp
continuous current
AC 100-240V
±15%
24.1V
50mVpp
continuous current
AC 100-240V
-15% / +10%
5-4.3A
6-5.1A L)
120W
144W L)
+20%
Power Boost L)
24.1V
50mVpp
continuous current
AC 200-240V
±10%
5-4.5A
7.5-6.7A K)
120W
180W K)
+50%
BonusPower® K)
24.1V
50mVpp
continuous current
AC 100-240V
-15% / +10%
1.8A
yes
fulfilled
1.1A
active
fulfilled
24.5V
50mVpp
cont. current
AC 100-120V/
200-240V ◊)
-15%/+10%
2.1/1.0A
–
fulfilled
5-4.3A
6-5.1A L) B)
120W
144W L) B)
+20%
Power Boost L) B)
24.1V
50mVpp
continuous current
AC 100-120V
±10%
1.6A
–
fulfilled
24.5V
50mVpp
continuous current
AC 100-120V/
200-240V ◊)
-15%/+10%
2.0/0.95A
–
fulfilled
5-4.3A
6-5.1A L) B)
120W
144W L) B)
+20%
Power Boost L) B)
24.1V
50mVpp
continuous current
AC 100-120V/
200-240V ◊)
±10%
2.6/1.4A
–
not fulfilled
2.6A
–
not fulfilled
1.4A
–
fulfilled
1.4A
active
fulfilled
5A
6A G)
120W
144W G)
+20%
Power Boost G)
24.5V
50mVpp
continuous current
AC 100-120V/
200-240V #)
-15%/+10%
2.6/1.4A
–
fulfilled
5A
6A G)
120W
144W G)
+20%
Power Boost G)
24.0V
30mVpp
continuous current
AC 100-120V/
200-240V #)
-15%/+10%
2.6/1.4A
–
fulfilled
typ.
typ.
0.63/0.54
47/48ms
0.61/0.56
30/128ms
0.53/0.47
41/174ms
0.98/0.9
44/85ms
0.62/0.55
41/46ms
0.62/0.55
38/44ms
0.56/0.47
80/78ms
0.59/–
80ms/–
–/0.5
–/78ms
0.99/0.91
34/65ms
0.56/0.49
57/58ms
0.56/0.49
57/58ms
NTC
NTC
active
active
NTC
NTC
active
NTC
NTC
active
NTC
NTC
Input Inrush Current 120Vac 5)
Input Inrush Current 230Vac 5)
External Input Circuit Breaker 4)
DC Input Voltage
typ.
typ.
min.
nom.
5A; 2A2s
10A; 2A2s
B-6A; C-6A
DC 110-300V T)
-20%/+25%
88.7/90.0%
10.4/9.1W
1451 kh
-25°C to +70°C
2W/°C
32x124x102mm
spring terminals
440g
no
yes
yes
ZM1.WALL
ZM11.SIDE
9A; 0.5A2s
11A; 0.5A2s
B-6A; C-3A
DC 110-300V T)
-20%/+20%
91.4/92.0%
8.6/7.9W
831 kh
-25°C to +70°C
2W/°C
40x124x117mm
spring terminals
620g
yes P)
no
no
ZM1.WALL
ZM12.SIDE
NEC-Class-2
DeviceNet®
22A; 0.4A2s
37A; 1.4A2s
B-10A; C-6A
DC 260-300V S) T)
-15%/+25%
88.5/90.0%
11.6/9.9W
1551 kh
-10°C to +70°C
2W/°C
72.5x75x103mm
spring terminals
360g
no
no
no
–
–
NEC-Class-2
22A; 0.4A2s
37A; 1.4A2s
B-10A; C-6A
DC 260-300V S) T)
-15%/+25%
88.5/90.0%
13.0/11.1W
1551 kh
-10°C to +70°C
2.5W/°C
72.5x75x103mm
spring terminals
360g
no
yes N)
yes
–
–
45A; 3A2s
–
B-16A; C-10A
–
typ.
typ.
typ.
min.
min.
nom.
23A; 0.5A2s
45A; 1.7A2s
B-10A; C-6A
DC 110-300V T)
-20%/+25%
88.0/89.8%
11.1/9.1W
2243 kh
-25°C to +70°C
1.8W/°C
32x124x102mm
screw terminals
430g
no
no J)
yes
ZM1.WALL
ZM11.SIDE
3A; 1A2s
3A; 1A2s
B-10A; C-6A
–
Efficiency 120/230Vac 1)
Power Losses 120/230Vac 1)
MTBF 6)
Operational Temperature Range
Derating +60°C to +70°C
Dimensions WxHxD 7)
Connection Terminals
Weight
DC-OK-Signal
Parallel Use
Series Connection 9)
Bracket for Wall/Panel Mounting
Bracket for Side Mounting
Special Features
26A; 1.1A2s
30A; 0.9A2s
B-10A; C-6A
DC 260-300V S) T)
-15%/+25%
90.6/91.5%
7.5/6.7W
2038 kh
-10°C to +70°C
1.8W/°C
45x75x91mm
spring terminals
260g
no
yes M)
yes
included
–
89.4/90.2%
14.5/13.2W
869 kh
-25°C to +70°C
3W/°C
32x124x117mm
screw terminals
500g
no
no J)
yes
ZM1.WALL
ZM11.SIDE
90.0%/–
13.5W/–
740 kh
-10°C to +70°C
3W/°C
32x124x117mm
screw terminals
500g
no
no J)
yes
ZM1.WALL
ZM11.SIDE
120V Version
–
30A; 1A2s
B-16A; C-10A
DC 250-300V S) T)
-15%/+25%
–/90.2%
–/13.2W
940 kh
-10°C to +70°C
3W/°C
32x124x117mm
screw terminals
500g
no
no J)
yes
ZM1.WALL
ZM11.SIDE
230V Version
9A; 0.5A2s
11A; 0.5A2s
B-6A; C-3A
DC 110-300V T)
-20%/+20%
91.6/92.7%
11.0/9.4W
831 kh
-25°C to +70°C
3W/°C
40x124x117mm
spring terminals
620g
yes P)
yes
yes
ZM1.WALL
ZM12.SIDE
16A; 1.6A2s
18A; 1.1A2s
B-10A; C-6A
DC 250-300V S) T)
-15%/+25%
88.7/89.3%
15.3/14.4W
2109 kh
-10°C to +70°C
3W/°C
64x124x102mm
screw terminals
620g
no
yes M)
yes
SLZ02
–
16A; 1.6A2s
18A; 1.1A2s
B-10A; C-6A
DC 250-300V S) T)
-15%/+25%
87.7/88.3%
16.8/15.9W
1785 kh
-10°C to +70°C
3W/°C
64x124x102mm
plug connectors
620g
yes P)
yes
yes
SLZ02
–
Redundant unit with
decoupling diode
ML70.100
CS3.241
QS3.241
QS5.DNET
ML95.100
ML100.100
CS5.241
CS5.243
CS5.244
QS5.241
SL5.100
SLR5.100
ML100.109*)
CS5.241-C1*)
CS5.241-S1*)
Family
Output Voltage
Output Current
Output Current
Output Power
Output Power
Power Reserves
nom.
continuous
short-term
continuous
short-term
Factory Setting 1)
Ripple & Noise Voltage 2)
Overload Behaviour
AC Input Voltage
Input Current 3)
Harmonic Correction 8)
EN 61000-3-2 (PFC Norm)
Power Factor 120/230Vac 1)
Hold-Up Time 120/230Vac 1)
nom.
nom.
min.
typ.
max.
nom.
max.
Input Inrush Current Limiter
Order Number
max.
120W
5A
*) ML100.109 and CS5.241-C1 with conformal coated PC-board, CS5.241-S1 with spring-clamp terminals, #) Manual-select by slide-switch, ◊) Auto-select input
Fold out the back page to find the appropriate footnotes.
Information regarding standards and approvals can be found on pages 42 to 44.
Visit www.pulspower.com for detailed datasheets.
www.pulspower.com
15
DIMENSION Q-Series
DIMENSION, SilverLine, MiniLine
3
1-Phase
Power Supplies
24V
196W - 960W
DIMENSION Q-Series
DIMENSION, SilverLine, MiniLine
For a secure connection:
Vibration proof quick-connect spring-clamp
terminals. No tools required.
Need different mounting orientations?
The maximum allowed output current for
safe operation can be found in the datasheet.
VDE 0160 Pulse
Efficiency @ 230Vac, typ.
95%
92%
Input Voltage
91%
Vpeak
(a) QS40.244
(b) QS20.241
(c) QS10.241
89%
25%
50%
75%
Output
90%
88%
2,3x
Vpeak
c
Power
Supply
b
93%
Input
a
94%
100%
Output Current
The premium class efficiency means that significantly less heat is produced. The service life of
all components in the cabinet is extended.
1-Phase Power Supplies
Output: 24V
Family
Output Voltage
Output Current
Output Current
Output Power
Output Power
Power Reserves
continuous
short-term
continuous
short-term
Factory Setting 1)
Ripple & Noise Voltage 2)
Overload Behaviour
AC Input Voltage
Input Current 3)
Harmonic Correction 8)
EN 61000-3-2 (PFC Norm)
All power supplies are protected against high
energy input transients.
196W
8A
nom.
nom.
nom.
min.
typ.
max.
nom.
DIMENSION-Q
24-24.5V
8A
(12A after turn-on)
196W
–
–
24.1V
50mVpp
continuous current
AC 100-240V
±15%
10A
10A
10A
10A
10A
20A
960W
40A
DIMENSION-C
24-28V
10-8.6A
12-10.3A L)
240W
288W L)
+20%
Power Boost L)
24.1V
50mVpp
continuous current
AC 100-120V/
200-240V ◊)
±10%
DIMENSION-C
24-28V
10-8.6A
12-10.3A G)
240W
288W G)
+20%
Power Boost G)
24.1V
50mVpp
continuous current
AC 100-120V/
200-240V ◊)
±10%
DIMENSION-C
24-28V
10-8.6A
12-10.3A L)
240W
288W L)
+20%
Power Boost L)
24.1V
50mVpp
continuous current
AC 100-120V
±10%
DIMENSION-C
24-28V
10-8.6A
12-10.3A L)
240W
288W L)
+20%
Power Boost L)
24.1V
50mVpp
continuous current
AC 200-240V
±10%
DIMENSION-Q
24-28V
10-9A
15-13.5A K)
240W
360W K)
50%
BonusPower® K)
24.1V
50mVpp
continuous current
AC 100-240V
±15%
SilverLine
24-28V
10-8.6A
12-10.3A G)
240W
288W G)
20%
Power Boost G)
24.5V
30mVpp
continuous current
AC 100-120V/
210-240V #)
-15%/+10%
SilverLine
24V
10A
12A G)
240W
288W G)
+20%
Power Boost G)
24.0V
30mVpp
continuous current
AC 100-120V/
210-240V #)
-15%/+10%
DIMENSION-Q
24-28V
20-17A
30-26A K)
480W
720W K)
+50%
BonusPower® K)
24.1V
100mVpp
Hiccup-mode
AC 100-240V
±15%
DIMENSION-Q
24-28V
20-17A
30-26A K)
480W
720W K)
+50%
BonusPower® K)
24.1V
100mVpp
Hiccup-mode
AC 200-240V
±15%
DIMENSION-Q
24-28V
40-34.3A
60-51.4A K)
960W
1440W K)
+50%
BonusPower® K)
24.1V
100mVpp
Hiccup-mode
AC 200-240V
-15%/+10%
10A
240W
10A
240W
480W
20A
max.
2.3A
active
fulfilled
5.0/2.7A
–
not fulfilled
5.0/2.4A
PFC inductor
fulfilled
5.0A
–
not fulfilled
2.4A
–
not fulfilled
2.8A
active
fulfilled
6.0A/2.8A
–
not fulfilled
6.0A/2.8A
–
not fulfilled
5.4A
active
fulfilled
4.8A
–
not fulfilled
5.4A
active
fulfilled
typ.
typ.
0.98/0.92
33/34ms
0.59/0.51
46/47ms
0.59/0.57
46/42ms
0.57/–
46ms/–
–/0.52
–/42ms
0.98/0.92
27/28ms
0.56/0.5
61/60ms
0.56/0.5
61/60ms
0.95/0.9
32/51ms
–/0.5
–/46ms
–/0.9
–/32ms
active
active
active
NTC
NTC
active
NTC
NTC
active
passiv R)
active
Input Inrush Current 120Vac 5)
Input Inrush Current 230Vac 5)
External Input Circuit Breaker 4)
DC Input Voltage
typ.
typ.
min.
nom.
3A; 1A2s
3A; 1A2s
B-10A; C-6A
–
3A; 1A2s
3A; 1A2s
B-10A; C-6A
–
85A; 8.5A2s
–
B-16A; C-10A
–
Efficiency 120/230Vac 1)
Power Losses 120/230Vac 1)
MTBF 6)
Operational Temperature Range
Derating +60°C to +70°C
Dimensions WxHxD 7)
Connection Terminals
Weight
DC-OK-Signal
Parallel Use
Series Connection 9)
Bracket for Wall/Panel Mounting
Bracket for Side Mounting
Special Features
typ.
typ.
typ.
min.
min.
nom.
4A; 0.6A2s
7A; 0.6A2s
B-6A; C-4A
DC 110-300V T)
-20%/+25%
92.3/92.7%
16.0/15.1W
621 kh
-25°C to +70°C
5W/°C
60x124x117mm
spring terminals
900g
yes P)
yes
no
ZM1.WALL
ZM13.SIDE
DeviceNet®
approved
91.0/91.6%
23.7/22.0W
821 kh
-25°C to +70°C
6W/°C
60x124x117mm
screw terminals
700g
no
no J)
yes
ZM1.WALL
ZM13.SIDE
91.0/91.2%
23.7/23.2W
810 kh
-25°C to +70°C
6W/°C
60x124x117mm
screw terminals
800g
no
no J)
yes
ZM1.WALL
ZM13.SIDE
with
PFC inductor
91.3%/–
23.4W/–
710 kh
0°C to +70°C
6W/°C
60x124x117mm
screw terminals
700g
no
no J)
yes
ZM1.WALL
ZM13.SIDE
120V Version
–
48A; 3A2s
B-16A; C-10A
DC 250-300V S) T)
-15%/+25%
–/91.3%
–/23.4W
910 kh
0°C to +70°C
6W/°C
60x124x117mm
screw terminals
700g
no
no J)
yes
ZM1.WALL
ZM13.SIDE
230V Version
4A; 0.6A2s
7A; 0.6A2s
B-6A; C-4A
DC 110-300V T)
-20%/+25%
92.3/93.0%
20.0/18.1W
581 kh
-25°C to +70°C
6W/°C
60x124x117mm
spring terminals
900g
yes P)
yes
yes
ZM1.WALL
ZM13.SIDE
45A; 6.8A2s
51A; 4.2A2s
B-10A; C-6A
DC 280-300V S) T)
-15%/+25%
89.1/90.0%
30.0/27.2W
2024 kh
0°C to +70°C
6W/°C
120x124x102mm
screw terminals
980g
no
yes M)
no
–
–
45A; 6.8A2s
51A; 4.2A2s
B-10A; C-6A
DC 280-300V S) T)
-15%/+25%
87.7/88.5%
33.7/31.2W
1843 kh
0°C to +70°C
6W/°C
120x124x102mm
plug connectors
980g
yes P)
yes
no
–
–
Redundant unit with
decoupling diode
9A; 5A2s
7A; 5A2s
B-10A; C-6A
DC 110-300V T)
-20%/+25%
92.4/93.9%
39.6/31.4W
469 kh
-25°C to +70°C
12W/°C
82x124x127mm
spring terminals
1200g
yes P)
yes
yes
ZM1.WALL
ZM15.SIDE
–
40A; 4A2s
B-10A; C-10A
DC 250-300V S) T) U
-15%/+25%
–/94.5%
–/28.3W
577 kh
-25°C to +70°C
12W/°C
70x124x127mm
spring terminals
880g
yes P)
yes
yes
ZM1.WALL
–
–
14A; 4A2s
B-10A; C-8A
DC 210-300V S) T) U)
-15%/+25%
–/94.6%
–/54.8W
> 500 kh
-25°C to +70°C
24W/°C
125x124x127mm
screw terminals
1800g
yes P)
yes N)
yes
ZM2.WALL
–
with
shut-down input
CS10.241
CS10.242
CS10.243
CS10.244
QS10.241
SL10.100
SLR10.100
QS20.241
QS20.244
QS40.244
Power Factor 120/230Vac 1)
Hold-Up Time 120/230Vac 1)
Input Inrush Current Limiter
Order Number
max.
QS10.DNET
CS10.241-S1*)
QS10.241-C1*)
QS20.241-C1*)
*) QS10.241-C1, QS20.241-C1 with conformal coated PC-board, CS10.241-S1 with spring-clamp terminals, #) Manual-select by slide-switch, ◊) Auto-select input
Fold out the back page to find the appropriate footnotes.
Information regarding standards and approvals can be found on pages 42 to 44.
Visit www.pulspower.com for detailed datasheets.
www.pulspower.com
17
3
1-Phase
Power Supplies
5V - 15V
Output
1-Phase Power Supplies
with Output Voltages Other Than 24V
Versatile applications:
Apart from standard 24V units of the MiniLine and DIMENSION family, other output voltages are also available. Typical applications
include the supply of motors, drive systems, laser diodes, radio modems, building access control systems, ticket printers or simply
the charging of batteries. Typical areas of application for these units are in the facility control, the chemical industry, measurement
equipment as well as in many other areas.
1-Phase Power Supplies
Output: 5-15V
5A
10-12V
2.5A
1.3A
12-15V
4.2A
7.5A
MiniLine
5-5.5V
3A
–
15W
–
–
MiniLine
5-5.5V
5A
–
25W
–
–
MiniLine
10-12V
3-2.5A
–
30W
–
–
MiniLine
12-15V
1.3-1A
–
15W
–
–
MiniLine
12-15V
4.2-3.3A
–
50W
–
–
MiniLine
12-15V
7.5-6A
–
90W
–
–
5.1V
50mVpp
Hiccup-mode
AC 100-240V
-15%/+10%
5.1V
50mVpp
continuous current
AC 100-240V
-15%/+10%
12.0V #)
10mVpp
continuous current
AC 100-240V
-15%/+10%
12.0V
75mVpp
Hiccup-mode
AC 100-240V
-15%/+10%
15.0V #)
50mVpp
continuous current
AC 100-240V
-15%/+10%
max.
0.3A
–
no
0.5A
–
no
0.6A
–
no
0.3A
–
no
1.0A
–
no
12.0V
50mVpp
conti. current
AC 100-120V/
200-240V ◊)
-15%/+10%
1.9/0.9A
–
fulfilled
typ.
typ.
0.51/0.44
45/186ms
0.61/0.53
52/230ms
0.61/0.53
46/200ms
0.51/0.44
46/191ms
0.56/0.52
40/180ms
0.62/0.55
41/46ms
NTC
NTC
NTC
NTC
NTC
NTC
active
NTC
typ.
13A; 0.1A2s
17A; 0.3A2s
17A; 0.3A2s
13A; 0.1A2s
17A; 0.4A2s
22A; 0.4A2s
4A; 0.6A2s
17A; 0.4A2s
Input Inrush Current 230Vac 5)
External Input Circuit Breaker 4)
DC Input Voltage
typ.
min.
nom.
Efficiency 120/230Vac 1)
Power Losses 120/230Vac 1)
MTBF 6)
Operational Temperature Range
Derating +60°C to +70°C
Dimensions WxHxD 7)
Connection Terminals
Weight
DC-OK-Signal
Parallel Use
Series Connection 9)
Bracket for Wall/Panel Mounting
Bracket for Side Mounting
Special Features
typ.
typ.
typ.
min.
min.
nom.
26A; 0.4A2s
B-6A; C-3A
DC 110-300V T)
-20%/+25%
76.8/77.2%
4.6/4.5W
2686 kh
-10°C to +70°C
0.4W/°C
22.5x75x91mm
screw terminals
130g
no
yes M)
yes
–
–
35A; 1.1A2s
B-10A; C-6A
DC 110-300V S) T)
-20%/+25%
79.0/80.0%
6.6/6.3W
1963 kh
-10°C to +70°C
0.8W/°C
45x75x91mm
spring terminals
240g
no
yes M)
yes
included
–
35A; 1.1A2s
B-10A; C-6A
DC 110-300V S) T)
-20%/+25%
82.6/84.0%
6.3/5.7W
2507 kh
-10°C to +70°C
0.8W/°C
45x75x91mm
spring terminals
250g
no
yes M)
yes
included
–
very low
Ripple&Noise
26A; 0.4A2s
B-6A; C-3A
DC 110-300V T)
-20%/+25%
83.0/82.5%
3.2/3.2W
3811 kh
-10°C to +70°C
0.4W/°C
22.5x75x91mm
screw terminals
130g
no
yes M)
yes
–
–
35A; 1.5A2s
B-10A; C-6A
DC 110-300V S) T)
-20%/+25%
87.5/90.0%
7.1/5.6W
2365 kh
-10°C to +70°C
1.3W/°C
45x75x91mm
spring terminals
260g
no
yes M)
no
included
–
37A; 1.4A2s
B-10A; C-6A
DC 260-300V S) T)
-15%/+25%
87.7/88.5%
12.6/11.7W
1310 kh
-10°C to +70°C
2.5W/°C
72.5x75x103mm
spring terminals
360g
no
yes N)
no
–
–
7A; 0.6A2s
B-6A; C-4A
DC 110-300V T)
-20%/+25%
91.5/91.8%
16.7/16.1W
631 kh
-25°C to +70°C
6W/°C
60x124x117mm
spring terminals
930g
yes P)
yes
yes
ZM1.WALL
ZM13.SIDE
35A; 1.5A2s
B-10A; C-6A
DC 110-300V S) T)
-20%/+25%
84.0/86.0%
6.9/5.9W
3010 kh
-10°C to +70°C
1W/°C
45x75x91mm
spring terminals
240g
no
no
no
included
–
Dual output with
common ground
ML15.051
ML30.101
ML30.102
ML15.121
ML50.102
ML100.102
QS10.121
ML30.106
Family
Output Voltage
Output Current
Output Current
Output Power
Output Power
Power Reserves
continuous
short-term
continuous
short-term
Factory Setting 1)
Ripple & Noise Voltage 2)
Overload Behaviour
AC Input Voltage
Input Current 3)
Harmonic Correction 8)
EN 61000-3-2 (PFC Norm)
Power Factor 120/230Vac 1)
Hold-Up Time 120/230Vac 1)
5V
3A
nom.
nom.
nom.
min.
typ.
max.
nom.
Input Inrush Current Limiter
Input Inrush Current 120Vac 5)
Order Number
max.
12-15V
15A
±12-15V
1.5A
DIMENSION-Q
12-15V
15-13.5A
22.5-20.3A K)
180W
270W K)
+50%
BonusPower® K)
12.0V
50mVpp
continuous current
AC 100-240V
±15%
MiniLine
±12-15V
2x1.5A
–
36W
–
–
±15.0V #)
50mVpp
continuous current
AC 100-240V
-15%/+10%
2.2A
active
fulfilled
0.7A
–
no
0.98/0.92
32/32ms
0.61/0.53
54/236ms
+12V
GND
with
jumper
ML30.102 12V
ML30.106 ±15V
ML50.102 15V
without
jumper
10V
±12V
12V
Easy adjustment of the output
voltage with the help of a
jumper.
-12V
ML30.106
Two output voltages in one
device.
◊) Auto-select input, #) A missing or detached jumper adjusts the units to 10V (ML30.102), ±12V (ML30.106) or 12V (ML50.102)
Fold out the back page to find the appropriate footnotes.
Information regarding standards and approvals can be found on pages 42 to 44.
Visit www.pulspower.com for detailed datasheets.
www.pulspower.com
19
3
1-Phase
Power Supplies
30V - 56V
Output
Parallel and series connection of power supplies:
In case you cannot find what you need among the listed products, many units can be connected in series or in parallel. A
series connection is allowed up to a total output voltage of 150Vdc on most of the power supplies. If higher output currents
are needed, power supplies can be connected in parallel. More information can be found in the chapter “Technical Notes”
on pages 50 and 51.
1-Phase Power Supplies
Output: 30-56V
30V
8A
36V
13.3A
1.05A
2.1A
5A
DIMENSION-Q
28-32V
8.6-7.5A
12.8-11.3A K)
240W
360W K)
+50%
BonusPower® K)
30.0V
50mVpp
continuous current
AC 100-240V
±15%
DIMENSION-Q
36-42V
13.3-11.4A
20-17.1A K)
480W
720W K)
+50%
BonusPower® K)
36.0V
100mVpp
Hiccup-mode
AC 100-240V
±15%
MiniLine
48-56V
1.05-0.9A
–
50W
–
–
MiniLine
48-56V
2.1-1.8A
–
100W
–
–
48.0V
50mVpp
continuous current
AC 100-240V
-15% / +10%
48.0V
50mVpp
continuous current
AC 100-120V/
200-240V ◊)
-15%/+10%
DIMENSION-C
48-52V
5-4.6A
6-5.5A L)
240W
288W L)
+20%
Power Boost L)
48.0V
100mVpp
continuous current
AC 100-120V/
200-240V ◊)
±10%
DIMENSION-Q
48-56V
5-4.3A
7.5-6.5A K)
240W
360W K)
+50%
BonusPower® K)
48.0V
100mVpp
cont. current
AC 100-240V
±15%
DIMENSION-Q
48-55V
10-8.7A
15-13A K)
480W
720W K)
+50%
BonusPower® K)
48.0V
100mVpp
Hiccup-mode
AC 100-240V
±15%
max.
2.8A
active
fulfilled
5.4A
active
fulfilled
1.0A
–
no
2.1/1.0A
–
fulfilled
5.0/2.7A
–
not fulfilled
2.8A
active
fulfilled
5.4A
active
fulfilled
typ.
typ.
0.98/0.92
22/23ms
0.95/0.9
32/51ms
0.56/0.52
40/180ms
0.62/0.55
38/44ms
0.59/0.51
46/47ms
0.98/0.92
27/28ms
0.95/0.9
32/51ms
active
active
NTC
NTC
active
active
active
typ.
4A; 0.6A2s
9A; 5A2s
17A; 0.4A2s
22A; 0.4A2s
3A; 1A2s
4A; 0.6A2s
9A; 5A2s
Input Inrush Current 230Vac 5)
External Input Circuit Breaker 4)
DC Input Voltage
typ.
min.
nom.
typ.
typ.
typ.
min.
min.
nom.
7A; 5A2s
B-10A; C-6A
DC 110-300V T)
-20%/+25%
92.5/94.0%
38.9/30.6W
469 kh
-25°C to +70°C
12W/°C
82x124x127mm
spring terminals
1200g
yes P)
yes
yes
ZM1.WALL
ZM15.SIDE
35A; 1.5A2s
B-10A; C-6A
DC 110-300V S) T)
-20%/+25%
88.9/90.3%
6.2/5.4W
1970 kh
-10°C to +70°C
1.3W/°C
45x75x91mm
spring terminals
240g
no
yes
yes
included
–
37A; 1.4A2s
B-10A; C-6A
DC 260-300V S) T)
-15%/+25%
90.4/91.8%
10.6/8.9W
1671 kh
-10°C to +70°C
2.5W/°C
72.5x75x103mm
spring terminals
360g
no
yes N)
yes
–
–
3A; 1A2s
B-6A; C-4A
–
Efficiency 120/230Vac 1)
Power Losses 120/230Vac 1)
MTBF 6)
Operational Temperature Range
Derating +60°C to +70°C
Dimensions WxHxD 7)
Connection Terminals
Weight
DC-OK-Signal
Parallel Use
Series Connection 9)
Bracket for Wall/Panel Mounting
Bracket for Side Mounting
Special Features
7A; 0.6A2s
B-6A; C-4A
DC 110-300V T)
-20%/+25%
92.3/93.0%
20.0/18.1W
571 kh
-25°C to +70°C
6W/°C
60x124x117mm
spring terminals
900g
yes P)
yes
yes
ZM1.WALL
ZM13.SIDE
91.0/91.6%
23.7/22.0W
835 kh
-25°C to +70°C
6W/°C
60x124x117mm
screw terminals
700g
no
no J)
yes
ZM1.WALL
ZM13.SIDE
7A; 0.6A2s
B-6A; C-4A
DC 110-300V T)
-20%/+25%
91.2/92.0%
23.2/20.9W
606 kh
-25°C to +70°C
6W/°C
60x124x117mm
spring terminals
900g
yes P)
yes
yes
ZM1.WALL
ZM13.SIDE
7A; 5A2s
B-10A; C-6A
DC 110-300V T)
-20%/+25%
92.8/94.3%
37.2/29.0W
469 kh
-25°C to +70°C
12W/°C
82x124x127mm
spring terminals
1200g
yes P)
yes
yes
ZM1.WALL
ZM15.SIDE
QS10.301
QS20.361
ML50.105
ML100.105
CS10.481
QS10.481
QS20.481
Family
Output Voltage
Output Current
Output Current
Output Power
Output Power
Power Reserves
continuous
short-term
continuous
short-term
Factory Setting 1)
Ripple & Noise Voltage 2)
Overload Behaviour
AC Input Voltage
Input Current 3)
Harmonic Correction 8)
EN 61000-3-2 (PFC Norm)
Power Factor 120/230Vac 1)
Hold-Up Time 120/230Vac 1)
nom.
nom.
nom.
min.
typ.
max.
nom.
Input Inrush Current Limiter
Input Inrush Current 120Vac 5)
Order Number
max.
48V
48V
5A
10A
◊) Auto-select input
Fold out the back page to find the appropriate footnotes.
Information regarding standards and approvals can be found on pages 42 to 44.
Visit www.pulspower.com for detailed datasheets.
www.pulspower.com
21
4
3-Phase
Power Supplies
24V
90W - 120W
24V Power Supplies
For 3-Phase Systems
Designed for the harsh industrial environment:
Industrial three-phase systems present a special challenge when designing power supplies. High energy
transients and superimposed disturbances on the input lines require special input filters and protection
circuits. PULS units are equipped with special active and passive filters.
3-Phase Power Supplies
Output: 24V
3.75A
90-100W
4.2A
MiniLine
24-28V
3.75-3.2A
–
90W
–
–
MiniLine
24-28V
4.2-3.6A
–
100W
–
–
24.5V
50mVpp
continuous current
2AC 380-480V
±15%
100% A)
0.5A
–
fulfilled
typ.
typ.
0.60/0.55
52/93ms
NTC
NTC
active
NTC
Input Inrush Current 400Vac 5)
Input Inrush Current 480Vac 5)
External Input Circuit Breaker 4)
DC Input Voltage
typ.
typ.
min.
nom.
Efficiency 400/480Vac 1)
Power Losses 400/480Vac 1)
MTBF 6)
Operational Temperature Range
Derating +60°C to +70°C
Dimensions WxHxD 7)
Connection Terminals
Weight
DC-OK-Signal
Parallel Use
Serial Use 9)
Bracket for Wall/Panel Mounting
Bracket for Side Mounting
Special Features
typ.
typ.
typ.
min.
min.
nom.
30A; 0.7A2s
36A; 1A2s
B-10A; C-6A
DC 600V S) T) U)
-25%/+35%
89.5/89.0%
10.5/11.1W
1594 kh
-10°C to +70°C
2W/°C
72.5x75x103mm
spring terminals
360g
no
no
no
–
–
1-Ph 400/480V input.
NEC-Class-2
30A; 0.7A2s
36A; 1A2s
B-10A; C-6A
DC 600V S) T) U)
-25%/+35%
89.5/89.0%
11.7/12.3W
1594 kh
-10°C to +70°C
2.5W/°C
72.5x75x103mm
spring terminals
360g
no
yes M)
yes
–
–
1-Ph 400/480V input
4A; 0.5A2s
4A; 0.5A2s
B-6A; C-4A
DC 600V S) T) U)
-25%/+30%
90.4/90.0%
12.7/13.3W
> 500 kh
-25°C to +70°C
3W/°C
40x124x117mm
screw terminals
500g
no
yes M)
yes
ZM1.WALL
ZM12.SIDE
1-Ph 400/480V input
16A; 1.1A2s
19A; 1.3A2s
B-10A; C-6A
DC 600V S) T) U)
-25%/+35%
88.8/88.9%
15.1/15.0W
1798 kh
-10°C to +70°C
3W/°C
73x124x117mm
screw terminals
730g
no
yes M)
no
SLZ02
–
ML90.200
ML100.200
CT5.241
SL5.300
Family
Output Voltage
Output Current
Output Current
Output Power
Output Power
Power Reserves
continuous
short-term
continuous
short-term
Factory Setting 1)
Ripple & Noise Voltage 2)
Overload Behaviour
AC Input Voltage
2-Phase-Operation
Input Current 3)
Harmonic Correction 8)
EN 61000-3-2 (PFC Norm)
Power Factor 400/480Vac 1)
Hold-Up Time 400/480Vac 1)
nom.
nom.
nom.
min.
typ.
max.
nom.
max.
Input Inrush Current Limiter
Order Number
max.
5A
120W
5A
24.5V
50mVpp
continuous current
2AC 380-480V
±15%
100% A)
0.6A
–
fulfilled
DIMENSION-C
24-28V
5-4.3A
6-5.2A L)
120W
144W L)
+20%
Power Boost L)
24.1V
50mVpp
continuous current
2AC 380-480V
-15%/+20%
100% A)
0.75A
PFC inductor
fulfilled
SilverLine
24-28V
5-4.3A
6-5.2A G)
120W
144W G)
+20%
Power Boost G)
24.5V
25mVpp
continuous current
3AC 400-500V
±15%
100% A)
0.4A
PFC inductor
fulfilled
0.60/0.55
48/85ms
0.45/0.43
27/48ms
0.52/0.49
30/45ms
Fold out the back page to find the appropriate footnotes.
Information regarding standards and approvals can be found on pages 42 to 44.
Visit www.pulspower.com for detailed datasheets.
www.pulspower.com
23
4
3-Phase
Power Supplies
24V
240W - 960W
Highest efficiencies care for the environment and save money at the same time
There is no doubt that the best contribution we can make to actively protect
the environment and climate is to avoid unnecessary energy consumption and
to use resources responsibly. Advanced technologies employed by PULS in the
design of power supply units allow the construction of highly efficient devices
with reduced levels of loss and wasted heat. PULS consistently utilises, develops
and evolves these technologies and passes the benefits onto their customers.
The environment is protected while the reduced energy and system costs often
allow substantial financial savings.
Please refer to our “Saving Energy“ brochure for facts and figures.
3-Phase Power Supplies
Output: 24V
Family
Output Voltage
Output Current
Output Current
Output Power
Output Power
Power Reserves
continuous
short-term
continuous
short-term
nom.
nom.
nom.
min.
Factory Setting 1)
Ripple & Noise Voltage 2)
Overload Behaviour
typ.
max.
AC Input Voltage
nom.
2-Phase-Operation
Input Current 3)
Harmonic Correction 8)
EN 61000-3-2 (PFC Norm)
max.
Power Factor 400/480Vac 1)
Hold-Up Time 400/480Vac 1)
typ.
typ.
Input Inrush Current Limiter
5)
Input Inrush Current 400Vac
Input Inrush Current 480Vac 5)
External Input Circuit Breaker 4)
DC Input Voltage
typ.
typ.
min.
nom.
Efficiency 400/480Vac 1)
Power Losses 400/480Vac 1)
MTBF 6)
Operational Temperature Range
Derating +60°C to +70°C
Dimensions WxHxD 7)
Connection Terminals
Weight
DC-OK-Signal
Parallel Use
Series Connection 9)
Bracket for Wall/Panel Mounting
Bracket for Side Mounting
Special Features
typ.
typ.
typ.
min.
min.
nom.
Order Number
max.
10A
240W
10A
DIMENSION-C
24-28V
10-8.6A
12-10.3A L)
240W
288W L)
+20%
Power Boost L)
24.1V
50mVpp
continuous current
SilverLine
24-28V
10-8.6A
12-10.3A G)
240W
288W G)
+20%
Power Boost G)
24.5V
30mVpp
selectable C)
3AC 380-480V
-15%/+20%
100% A)
0.7A
PFC inductor
fulfilled
Efficiency @ 3x400Vac, typ.
96%
95%
a
94%
b
93%
c
92%
(a) QT40.241
(b) QT20.241
(c) CT10.241
91%
90%
89%
25%
50%
75%
100%
Output Current
20A
480W
20A
40A
DIMENSION-Q
24-28V
20-17.5A
30-26A K)
480W
720W K)
+50%
BonusPower® K)
24.1V
100mVpp
continuous current
SilverLine
24-28V
20-17.1A
25-21.5A G)
480W
600W G)
+25%
Power Boost G)
24.5V
30mVpp
selectable C)
DIMENSION-Q
24-28V
40-34.3A
60-51.5A K)
960W
1440W K)
+50%
BonusPower® K)
24.1V
100mVpp
continuous current
SilverLine
24-28V
40-34.3A
45-38.6A G)
960W
1080W G)
+12.5%
Power Boost G)
24.0V
50mVpp
continuous current
3AC 400-500V
±15%
100% A)
0.8A
PFC inductor
fulfilled
3AC 380-480V
±15%
75% A)
0.9A
active
fulfilled
3AC 400-500V
±15%
75% A)
1.7A
PFC inductor
fulfilled
3AC 380-480V
-15%/+20%
50% A)
1.8A
active
fulfilled
3AC 400-500V
±15%
60% A)
3A
PFC inductor
fulfilled
0.53/0.52
34/54ms
0.5/0.47
34/55ms
0.94/0.95
22/22ms
0.55/0.52
13/23ms
0.88/0.90
25/25ms
0.55/0.52
16/30ms
0.93/–
3ms F) /–
–/0.93
–/3ms F)
active
passive R)
active
passive R)
active
active
active E)
active E)
2
4A; 0.5A s
4A; 0.5A2s
B-6A; C-4A
DC 600V S) T) U)
-25%/+30%
92.8/92.9%
18.6/18.3W
975 kh
-25°C to +70°C
6W/°C
62x124x117mm
screw terminals
750g
no
yes N)
yes
ZM1.WALL
ZM13.SIDE
CT10.241
2
15A; 0.3A s
15A; 0.4A2s
B-10A; C-4A
DC 600V S) T) U)
-25%/+35%
91.9/92.1%
24.2/23.7W
1362 kh
0°C to +70°C
6W/°C
89x124x117mm
screw terminals
980g
no
yes N)
yes
SLZ02
–
2
2
2
960W
40A
2
40A
40A
DIMENSION-X
24V ±2% ‡)
40A
50A H)
960W
1200W H)
+25%
BonusPower® H)
24.1V
1500mVpp
Fuse-mode D)
DIMENSION-X
24V ±2% ‡)
40A
50A H)
960W
1200W H)
+25%
BonusPower® H)
24.1V
1500mVpp
Fuse-mode D)
3AC 400V
±15%
0% A)
1.65A
active
fulfilled
2
3AC 480V
±15%
0% A)
1.4A
active
fulfilled
3A; 1A s
3A; 1A2s
B-6A; C-3A
DC 600V S) T) U)
-25%/+30%
95.0/94.8%
25.3/26.6W
501 kh
-25°C to +70°C
12W/°C
65x124x127mm
spring terminals
870g
yes P)
yes
yes
ZM1.WALL
ZM14.SIDE
6A; 1A s
6A; 1A2s
B-10A; C-6A
DC 600V S) T) U)
-25%/+35%
92.2/92.2%
41.3/41.3W
1120 kh
0°C to +70°C
12W/°C
150x124x121mm
screw terminals
1800g
no
yes N)
yes
SLZ02
–
4.5A; 1.5A s
4.5A; 1.5A2s
B-6A; C-6A
DC 600V S) T) U)
-25%/+35%
95.3/95.2%
47.3/48.4W
375 kh
-25°C to +70°C
24W/°C
110x124x127mm
screw terminals
1500g
yes P)
yes N)
yes
ZM2.WALL
–
with
shut-down input
23A; 3A s
27A; 3A2s
B-10A; C-6A
DC 600V S) T) U)
-25%/+35%
92.6/92.8%
77.4/74.5W
844 kh
0°C to +70°C
24W/°C
275x124x117mm
screw terminals
3300g
yes O)
yes N)
yes
SLZ02
–
with
signal-port
2A; 5A s
–
B-6A; C-3A
DC 540V S) T) U)
±15%
95.5%/–
45.2W/–
543 kh
-25°C bis +70°C
24W/°C
96x124x157mm
screw terminals
1400g
no
no
yes
ZM1.XT40
ZM1.XT40
semi-regulated
power supply ◊)
–
2A; 5A2s
B-6A; C-3A
DC 650V S) T) U)
±15%
–/95.5%
–/45.2W
561 kh
-25°C to +70°C
24W/°C
96x124x157mm
screw terminals
1400g
no
no
yes
ZM1.XT40
ZM1.XT40
semi-regulated
power supply ◊)
SL10.300
QT20.241
SL20.310
QT40.241
SL40.301
XT40.241
XT40.242
SL10.309*)
QT20.241-C1*)
*) with conformal coated PC-board. ◊) a functional description of semi-regulated power supplies can be found on page 48.
‡) not adjustable and for output currents > 5% of the nominal current. Below 5%, a slightly higher output voltage is possible.
Fold out the back page to find the appropriate footnotes.
Information regarding standards and approvals can be found on pages 42 to 44.
Visit www.pulspower.com for detailed datasheets.
www.pulspower.com
25
4
3-Phase
Power Supplies
12V, 36V - 72V
Output
3-Phase Power Supplies
with Output Voltages
Other Than 24V
Drive systems especially benefit from higher supply voltages and achieve better
dynamic performance. Large electrolytic output capacitors help in acceleration and
absorbing back-fed power in motor applications.
3-Phase Power Supplies
Output: 12V, 36-72V
13.3A
36V
26.6A
26.6A
48V
5A
10A
12.0V
100mVpp
continuous current
2AC 380-480V
-15%/+20%
100% A)
DIMENSION-Q
36-42V
13.3-11.4A
20-17.1A K)
480W
720W K)
+50%
BonusPower® K)
36.0V
100mVpp
continuous current
3AC 380-480V
±15%
75% A)
DIMENSION-X
36V ±2% ‡)
26.3A
33.3A H)
960W
1200W H)
+25%
BonusPower® H)
36.0V
2000mVpp
Fuse-mode D)
3AC 400V
±15%
0% A)
DIMENSION-X
36V ±2% ‡)
26.3A
33.3A H)
960W
1200W H)
+25%
BonusPower® H)
36.0V
2000mVpp
Fuse-mode D)
3AC 480V
±15%
0% A)
DIMENSION-C
48-56V
5-4.3A
6-5.2A L)
240W
288W L)
+20%
Power Boost L)
48.0V
100mVpp
continuous current
3AC 380-480V
-15%/+20%
100% A)
DIMENSION-Q
48-55V
10-8.7A
15-13A K)
480W
720W K)
+50%
BonusPower® K)
48.0V
100mVpp
cont. current
3AC 380-480V
±15%
75% A)
max.
0.64A
PFC inductor
fulfilled
0.9A
active
fulfilled
1.65A
active
fulfilled
1.4A
active
fulfilled
0.7A
PFC inductor
fulfilled
typ.
typ.
0.44/0.42
33/58ms
0.94/0.95
22/22ms
0.93/–
3ms F) /–
–/0.93
–/3ms F)
0.53/0.52
34/54ms
active
active
active E)
active E)
active
active
typ.
4A; 0.5A2s
3A; 1A2s
2A; 5A2s
–
4A; 0.5A2s
3A; 1A2s
Input Inrush Current 480Vac 5)
External Input Circuit Breaker 4)
DC Input Voltage
typ.
min.
nom.
Efficiency 400/480Vac 1)
Power Losses 400/480Vac 1)
MTBF 6)
Operational Temperature Range
Derating +60°C to +70°C
Dimensions WxHxD 7)
Connection Terminals
Weight
DC-OK-Signal
Parallel Use
Series Connection 9)
Bracket for Wall/Panel Mounting
Bracket for Side Mounting
Special Features
typ.
typ.
typ.
min.
min.
nom.
4A; 0.5A2s
B-6A; C-4A
DC 600V S) T) U)
-25%/+30%
86.7/86.4%
14.7/15.1W
> 500 kh
-25°C to +70°C
2.5W/°C
40x124x117mm
screw terminals
500g
no
yes M)
yes
ZM1.WALL
ZM12.SIDE
1-Ph 400/480V input
3A; 1A2s
B-6A; C-3A
DC 600V S) T) U)
-25%/+30%
94.8/94.6%
26.3/27.4W
492 kh
-25°C to +70°C
12W/°C
65x124x127mm
spring terminals
870g
yes P)
yes
yes
ZM1.WALL
ZM14.SIDE
–
B-6A; C-3A
DC 540V S) T) U)
±15%
95.5%/–
45.2W/–
565 kh
-25°C to +70°C
24W/°C
96x124x157mm
screw terminals
1400g
no
no
yes
ZM1.XT40
ZM1.XT40
semi-regulated
power supply ◊)
2A; 5A2s
B-6A; C-3A
DC 650V S) T) U)
±15%
–/95.5%
–/45.2W
534 kh
-25°C to +70°C
24W/°C
96x124x157mm
screw terminals
1400g
no
no
yes
ZM1.XT40
ZM1.XT40
semi-regulated
power supply ◊)
4A; 0.5A2s
B-6A; C-4A
DC 600V S) T) U)
-25%/+35%
92.8/92.9%
18.6/18.3W
975 kh
-25°C to +70°C
6W/°C
62x124x117mm
screw terminals
750g
no
yes N)
yes
ZM1.WALL
ZM13.SIDE
3A; 1A2s
B-6A; C-3A
DC 600V S) T) U)
-25%/+30%
95.4/95.0%
23.1/25.3W
531 kh
-25°C to +70°C
12W/°C
65x124x127mm
spring terminals
870g
yes P)
yes
yes
ZM1.WALL
ZM14.SIDE
CT5.121
QT20.361
XT40.361
XT40.362
CT10.481
QT20.481
Family
Output Voltage
Output Current
Output Current
Output Power
Output Power
Power Reserves
continuous
short-term
continuous
short-term
Factory Setting 1)
Ripple & Noise Voltage 2)
Overload Behaviour
AC Input Voltage
12V
8A
nom.
nom.
nom.
min.
typ.
max.
nom.
2-Phase-Operation
Input Current 3)
Harmonic Correction 8)
EN 61000-3-2 (PFC Norm)
Power Factor 400/480Vac 1)
Hold-Up Time 400/480Vac 1)
Input Inrush Current Limiter
Input Inrush Current 400Vac 5)
Order Number
max.
DIMENSION-C
12-15V
8-6.4A
–
96W
–
–
48V
20A
20A
20A
13.3A
72V
13.3A
DIMENSION-Q
48-54V
20-17.1A
30-26.2A K)
960W
1440W K)
+50%
BonusPower® K)
48.0V
100mVpp
continuous current
3AC 380-480V
-15%/+20%
50% A)
DIMENSION-X
48V ±2% ‡)
20A
25A H)
960W
1200W H)
+25%
BonusPower® H)
48.0V
2500mVpp
Fuse-mode D)
3AC 400V
±15%
0% A)
DIMENSION-X
48V ±2% ‡)
20A
25A H)
960W
1200W H)
+25%
BonusPower® H)
48.0V
2500mVpp
Fuse-mode D)
3AC 480V
±15%
0% A)
DIMENSION-X
72V ±2% ‡)
13.3A
16.7A H)
960W
1200W H)
+25%
BonusPower® H)
72.0V
3000mVpp
Fuse-mode D)
3AC 400V
±15%
0% A)
DIMENSION-X
72V ±2% ‡)
13.3A
16.7A H)
960W
1200W H)
+25%
BonusPower® H)
72.0V
3000mVpp
Fuse-mode D)
3AC 480V
±15%
0% A)
0.9A
active
fulfilled
1.8A
active
fulfilled
1.65A
active
fulfilled
1.4A
active
fulfilled
1.65A
active
fulfilled
1.4A
active
fulfilled
0.94/0.95
22/22ms
0.88/0.90
25/25ms
0.93/–
3ms F) /–
–/0.93
–/3ms F)
0.93/–
3ms F) /–
–/0.93
–/3ms F)
active
active E)
active E)
active E)
active E)
4.5A; 1.5A2s
2A; 5A2s
–
2A; 5A2s
–
4.5A; 1.5A2s
B-6A; C-6A
DC 600V S) T) U)
-25%/+35%
95.4/95.2%
46.3/48.4W
395 kh
-25°C to +70°C
24W/°C
110x124x127mm
screw terminals
1500g
yes P)
yes N)
yes
ZM2.WALL
–
with
shut-down input
–
B-6A; C-3A
DC 540V S) T) U)
±15%
96.0%/–
40.0W/–
540 kh
-25°C to +70°C
24W/°C
96x124x157mm
screw terminals
1400g
no
no
yes
ZM1.XT40
ZM1.XT40
semi-regulated
power supply ◊)
2A; 5A2s
B-6A; C-3A
DC 650V S) T) U)
±15%
–/96.0%
–/40.0W
554 kh
-25°C to +70°C
24W/°C
96x124x157mm
screw terminals
1400g
no
no
yes
ZM1.XT40
ZM1.XT40
semi-regulated
power supply ◊)
–
B-6A; C-3A
DC 540V S) T) U)
±15%
95.5%/–
45.2W/–
595 kh
-25°C to +70°C
24W/°C
96x124x157mm
screw terminals
1400g
no
no
yes
ZM1.XT40
ZM1.XT40
semi-regulated
power supply ◊)
2A; 5A2s
B-6A; C-3A
DC 650V S) T) U)
±15%
–/95.5%
–/45.2W
578 kh
-25°C to +70°C
24W/°C
96x124x157mm
screw terminals
1400g
no
no
yes
ZM1.XT40
ZM1.XT40
semi-regulated
power supply ◊)
QT40.481
XT40.481
XT40.482
XT40.721
XT40.722
◊) a functional description of semi-regulated power supplies can be found on page 48.
‡) not adjustable and for output currents > 5% of the nominal current. Below 5%, a slightly higher output voltage is possible.
Fold out the back page to find the appropriate footnotes.
Information regarding standards and approvals can be found on pages 42 to 44. Visit www.pulspower.com for detailed datasheets.
www.pulspower.com
27
5
DC/DC
Converter
Input: 85-840Vdc
Output: 24V
DC/DC Converters
For 120V, 220V and
600V DC-Bus Voltages
Such DC voltages are common in drive systems, in
mobile applications, inductive power transfer systems or
systems which are supplied from 120V or 220V back-up
batteries.
DC/DC Converter
Input DC 600V
24V 20A
Family
Output Voltage
Output Current
Output Current
Output Power
Output Power
Power Reserves
continuous
short-term
continuous
short-term
Factory Setting 1)
Ripple & Noise Voltage 2)
Overload Behaviour
Input
Input Voltage Range
Input Current 3)
Hold-Up Time 1)
nom.
nom.
nom.
min.
typ.
max.
nom.
max.
typ.
Input Inrush Current Limiter
Input Inrush Current 5)
Efficiency 1)
Power Losses 1)
MTBF 6)
Operational Temperature Range
Derating +60°C to +70°C
Dimensions WxHxD 7)
Connection Terminals
Weight
Input / Output Isolation
DC-OK-Signal
Input-Low Signal
Parallel Use
Series Connection 9)
Bracket for Wall/Panel Mounting
Bracket for Side Mounting
Special Features
Order Number
DIMENSION-Q
24-28V
20-17.5A
25-21.4A K)
480W
600W K)
+25%
BonusPower® K)
24.1V
100mVpp
continuous current
DC 600V
480-840Vdc
360-960Vdc *)
1.0A
22ms
active
typ.
typ.
typ.
typ.
min.
min.
nom.
max.
negligible
94.5%
25.2W
446 kh
-25°C to +70°C
12W/°C
65x124x127mm
spring terminals
890g
yes
yes P)
no
yes
yes
ZM1.WALL
ZM14.SIDE
QTD20.241
Input: 85Vdc, 120Vdc, 220Vdc:
Many AC-power supplies can also be powered from this DC
voltage. For example: all Dimension QS-series units can be
powered from a DC voltage between 88V and 375Vdc. Further information
Output
88can be found in
375Vdc
the individual
Battery
QSSeries
product tables
in this cataInput
logue.
Input: 600Vdc
The QTD20.241 is a 24V-power-supply which is specially
designed for the 600V intermediate-DC-bus of drive systems
and frequency converters. Connecting the power supply of the
24V control voltage to the intermediate-DC-bus and not to the
AC mains offers the following advantage. In case of a mains
outage, the motor acts as a generator and keeps the DC-bus
voltage alive until the motor stops spinning. The voltage that
supplies the controls and brakes is ensured as long as the motor is spinning. Intermediate busses are usually not filtered. The
frequency converters in a drive system, the cables to the motor
and the motor itself generate high common mode noises
which appear on the DC terminals where the power supply is
supposed to be connected. This high EMI noise requires power
supplies with a rugged input stage. Regular AC-power supplies
can malfunction or be damaged in such cases.
The QTD20 incorporates hardened input filters which can
cope with these
+
problems. AddiL1
f
Motor
tionally, the QTD20 L2
L3
PE
is equipped with
two input fuses
QTD20
which are rated for
+
+ PLC,
- Breakes
600Vdc. The unit is
PE
PE
24Vdc
also UL Listed.
*) See datasheet for details
Fold out the back page to find the appropriate footnotes.
Infos regarding standards and approvals can be found on pages 42 to 44.
Visit www.pulspower.com for detailed datasheets.
www.pulspower.com
29
5
DC/DC
Converter
Input: 8-60Vdc
Output: 5-24V
Galvanic Isolation
Output Voltage
24V
Input
+
-
22V
20V
a
18V
Housing
b
(a) Load current 3A
(b) Load current 5A
12V
10V
Wire length: 20m
Cable length: 10m
40m
20m
60m
30m
80m
40m
CD5:
QTD20:
SLD2:
100m
50m
CD5.241-S1
Signal outputs report a discharged battery or a
fault in the output voltage of the unit.
Typical voltage drop on a 0.75mm² (AWG 18)
wire: The DC/DC converter can “refresh” the
voltage at the end of long cable runs.
DC/DC Converter
12V Input
24V 4A
Family
Output Voltage
Output Current
Output Current
Output Power
Output Power
Power Reserves
continuous
short-term
continuous
short-term
Factory Setting 1)
Ripple & Noise Voltage 2)
Overload Behaviour
Input
Input Voltage Range
Input Current 3)
Hold-Up Time 1)
Order Number
+
-
A
1500Vac
2500Vac
1500Vac
C
B
1500Vac
3000Vac
2000Vac
DC/DC Converters for the
12V, 24V and 48V DC-Bus
C
500Vac
500Vac
500Vac
The field of applications for these units is very wide: stabilised control
voltages in battery powered applications, in mobile applications
such as ships, fork-lifts, trucks, for galvanic isolation to avoid earth
(ground) loops or to restore the 24V control voltage at the end of
long cable runs to compensate for voltage drops.
High galvanic isolation between input and
output.
5V 8A
12V 8A
SilverLine
5-5.5V
8A
–
40W
–
–
DIMENSION-C
12-15V
8-6.4A
9.6-7.7A L)
96W
116W L)
+20%
Power Boost L)
12.0V
75mVpp
continuous current
DC 24V
18-32.4Vdc
14-35Vdc *)
5.6A
7ms
24V Input
24V 3.8A
24V 5A
DIMENSION-C
23-28V
5-4.3A
6-5.1A L)
120W
144W L)
+20%
Power Boost L)
24.1V
50mVpp
continuous current
DC 24V
18-32.4Vdc
14-35Vdc *)
7A
6ms
DIMENSION-C
23-28V
5-4.3A
6-5.1A L)
120W
144W L)
+20%
Power Boost L)
24.1V
50mVpp
continuous current
DC 24V
18-32.4Vdc
14-35Vdc *)
7A
6ms
48V Input
24V 5A
5.1V
50mVpp
continuous current
DC 24V
18-36Vdc
max.
typ.
12A
3ms
2.9A
12ms
active
active
active
active
active
active
active
typ.
typ.
typ.
typ.
min.
min.
nom.
negligible
86.4%
15.1W
1100 kh
-25°C to +70°C
2.5W/°C
32x124x102mm
screw terminals
435g
yes
no
no
yes M)
yes
ZM1.WALL
ZM11.SIDE
5A; 1.5A2s
82.0%
8.8W
1785 kh
0°C to +70°C
1.5W/°C
49x124x102mm
screw terminals
470g
yes
no
no
yes
no
SLZ02
–
negligible
88.2%
12.8W
1161 kh
-25°C to +70°C
2.5W/°C
32x124x102mm
screw terminals
425g
yes
no
no
yes M)
yes
ZM1.WALL
ZM11.SIDE
negligible
90.5%
9.7W
1178 kh
-25°C to +70°C
0W/°C
32x124x102mm
spring terminals
425g
yes
no
no
no
no
ZM1.WALL
ZM11.SIDE
NEC-Class-2
negligible
90.3%
12.9W
1178 kh
-25°C to +70°C
3W/°C
32x124x102mm
screw terminals
425g
yes
no
no
yes M)
yes
ZM1.WALL
ZM11.SIDE
negligible
90.3%
12.9W
1048 kh
-25°C to +70°C
3W/°C
32x124x102mm
spring terminals
450g
yes
yes P)
yes P)
yes M)
yes
ZM1.WALL
ZM11.SIDE
Optimised for
mobile or battery
powered applications
negligible
90.3%
12.9W
951 kh
-25°C to +70°C
3W/°C
32x124x102mm
screw terminals
425g
yes
no
no
yes M)
yes
ZM1.WALL
ZM11.SIDE
CD5.243
SLD2.100
CD5.121
CD5.241-L1
CD5.241
CD5.241-S1
CD5.242
nom.
min.
typ.
max.
nom.
max.
DIMENSION-C
24V
3.8A
–
92W
–
–
24V 5A
DIMENSION-C
24-28V
4-3.4A
4.8-4.1A L)
96W
116W L)
+20%
Power Boost L)
24.1V
50mVpp
continuous current
DC 12V
8.4-16.2Vdc
nom.
nom.
Input Inrush Current Limiter
Input Inrush Current 5)
Efficiency 1)
Power Losses 1)
MTBF 6)
Operational Temperature Range
Derating +60°C to +70°C
Dimensions WxHxD 7)
Connection Terminals
Weight
Input / Output Isolation
DC-OK-Signal
Input-Low Signal
Parallel Use
Series Connection 9)
Bracket for Wall/Panel Mounting
Bracket for Side Mounting
Special Features
Output
A
16V
14V
B
24.1V
50mVpp
continuous current
DC 24V
14-32.4Vdc
14-35Vdc *)
5.5A
7ms
DIMENSION-C
23-28V
5-4.3A
6-5.1A L)
120W
144W L)
+20%
Power Boost L)
24.1V
50mVpp
continuous current
DC 48V
36-60Vdc
3.5A
6ms
*) See datasheet for details.
Fold out the back page to find the appropriate footnotes.
Information regarding standards and approvals can be found on pages 42 to 44.
Visit www.pulspower.com for detailed datasheets.
www.pulspower.com
31
6
AS-Interface®
Power Supplies
85-240W
30.6V
AS-Interface®
Power Supplies and DC/DC Converter
The AS-Interface® field bus system is a network technology where power and data are provided by the same
single two-conductor wire. Therefore, special power supplies with an output voltage of 30.6V and an integrated
data-decoupling circuit are required which prevents the modulated signal voltage on the AS-Interface® bus from
being corrupted. The outputs of these power supplies are inductive and are not suitable for other purpose.
SLA3.100
AS-Interface® Power Supplies
SLA4.100
30.6V 8A
DC/DC
30.6V 4A
SilverLine
30.6V
±3%
8A
240W
50mVpp
Fuse-mode
SilverLine
30.6V
±3%
8A
240W
50mVpp
Fuse-mode
SilverLine
30.6V
±3%
4A
120W
50mVpp
continuous current
AC 100-120/
200-240V #)
-15%/+10%
2.7A/1.3A
AC 100-120/
200-240V #)
-15%/+10%
6.0A/2.8A
3AC 400-500V
±15%
0.8A
DC 24V
18-32.4Vdc
14-35Vdc *)
7A
–
fulfilled
–
fulfilled
–
not fulfilled
PFC inductor
fulfilled
–
not applicable
typ.
typ.
0.58/0.53
55/58ms
0.58/0.53
56/60ms
0.53/0.48
26/28ms
0.5/0.47
30/50ms
–
6ms
NTC
NTC
active
NTC
active
Input Inrush Current 120 or 400Vac 5)
Input Inrush Current 230 or 480Vac 5)
External Input Circuit Breaker 4)
DC Input Voltage
typ.
typ.
min.
nom.
Efficiency ◊)
Power Losses ◊)
MTBF 6)
Operational Temperature Range
Derating +60°C to +70°C
Dimensions WxHxD 7)
Connection Terminals
Weight
Ground-Fault Monitor
IR- Addressing Mode
Parallel Use
typ.
typ.
typ.
min.
min.
nom.
18A; 1.4A2s
32A; 1.6A2s
B-10A; C-6A
DC 270-300V S) T)
-15%/+25%
89.5/90.5%
10.5/9.1W
1942 kh
-10°C to +70°C
2W/°C
49x124x102mm
screw terminals
500g
no
yes
no
45A; 3.7A2s
50A; 2.5A2s
B-10A; C-6A
DC 280-300V S) T)
-15%/+25%
89.0/90.0%
10.0/13.5W
1222 kh
-10°C to +70°C
3W/°C
73x124x102mm
screw terminals
650g
yes
yes
no
14A; 1.5A2s
26A; 1.5A2s
B-10A; C-6A
DC 270-300V S) T)
-15%/+25%
91.0/92.0%
23.7/21.2W
869 kh
-10°C to +70°C
6W/°C
91x124x102mm
screw terminals
890g
no
yes
no
45A; 1.4A2s
54A; 2.3A2s
B-10A; C-4A
DC 600V S) T) U)
-25%/+35%
91.5/91.6%
22.5/22.0W
1220 kh
-10°C to +70°C
6W/°C
129x124x117mm
screw terminals
1160g
no
yes
no
negligible
negligible
–
18-32.4Vdc
14-35Vdc *)
90.5%
12.7W
1247 kh
-25°C to +70°C
3W/°C
40x124x102mm
screw terminals
500g
no
no
no
no
SLZ02
–
no
SLZ02
–
Ground-fault
monitor included
no
SLZ02
–
no
SLZ02
–
no
ZM1.WALL
ZM12.SIDE
SLA3.100
SLA4.100
SLA8.100
SLA8.300
SLAD4.100
Input Voltage
Input Current 3)
nom.
nom.
nom.
max.
nom.
max.
Harmonic Correction 8)
EN 61000-3-2 (PFC Norm)
◊)
Power Factor
Hold-Up Time ◊)
Input Inrush Current Limiter
Series Connection 9)
Bracket for Wall/Panel Mounting
Bracket for Side Mounting
Special Features
Order Number
max.
30.6V 2.8A
SilverLine
30.6V
±3%
2.8A
85W
50mVpp
continuous current
SilverLine
30.6V
±3%
4A
120W
50mVpp
continuous current
AC 100-120/
200-240V #)
-15%/+10%
2.0A/0.9A
SLA8.300
3-Phase
30.6V 8A
Family
Output Voltage
Tolerance
Output Current
Output Power
Ripple & Noise Voltage 2)
Overload Behaviour
1-Phase
30.6V 4A
SLA8.100
*) See datasheet for details. ◊) Valid for 120/230Vac, 400/480Vac or 24Vdc (depending on the unit) and nominal load,
Fold out the back page to find the appropriate footnotes.
Information regarding standards and approvals can be found on pages 42 to 44.
Visit www.pulspower.com for detailed datasheets.
www.pulspower.com
Protection:
To protect the relatively thin AS-Interface®-cable the 8A units are equipped with an electronic fuse which
switches off the output in an overload situation. The output of the 4A power supply has an integrated ground
fault monitor included which reports unsafe communication. The 2.8A unit fulfills the NEC Class 2 requirement
which is important for applications within the USA.
AS-i
Power Supply
AC
Ground-fault
Monitor
Output
Current
AS-i +
AS-i +
Shield
Shield
AS-i -
AS-i -
2 to 5s
Overload
Shut-down
8A
AS-i
DC
Groundfault
warning
Reset
Button
SLA4.100
with groundfault monitor
for early failure
recognition.
Fast addressing of slaves:
The “IR addressing mode” is selectable via a
jumper and interrupts the data communication on
the yellow AS-Interface®-cable. During this process,
the slaves are still supplied with voltage and can be
programmed locally with the infrared interface. This
saves a lot of time during installation and service
work.
Easy commissioning:
Supports addressing
via infrared programing device.
Overload
Indicator
FUSE-Mode:
All 8A units are
equipped with
an electronic fuse
which switches off
the output in an
overload situation.
DC/DC converter:
Brand new: The 4A DC/DC converter for the AS-Interface® system, which can be supplied from the regular
24V-bus voltage. This means that hazardous power
line voltages can be avoided on
machines. Furthermore, large
voltage drops on long cable runs
can be restored. This converter
provides the required AS-Interface® voltage and has a datadecoupling circuit included.
SLAD4.100
DC/DC converter with 24V input
voltage for decentralized applications.
#) Manual-select by slide-switch
33
7
DC-UPS’s and
Battery Modules
24V
240W
DC-UPS’s
A DC-UPS (DC- Uninterruptable Power Supply) is a supplementary device for regulated power supplies and can bridge voltage
interruptions on 24V-busses. The energy storage element is one external or integrated VRLA battery. The unique feature of the
PULS DC-UPS is the “1-Battery-Concept”, which achieves the longest service life for batteries. For the individual demands of different applications, several DC-UPS controller units are available. PLC’s or industrial PC’s only require buffering for a few minutes.
Therefore, the UBC10.241 or UB10.241 in combination with small batteries provide an optimal solution. Security systems and
remote applications often require buffer times of up to 72 hours. For these purposes, the UB10.242 can be used with batteries up
to 130Ah. A DC-UPS with an integrated
24V
buffered
12V output is also available.
Buffer-Mode Trehshold Level
24V
+
-
+- +- +-
+ -
+
-
+
DC-UPS
Buffered
Loads
12V-Battery
VT min. 22.3V
VT typ. 22.5V
VT max. 22.8V
b
21V
UB10.241
UB10
241
DC-UPS controller for
external batteries
-
24V 12V 24V
IN BAT OUT
24V Power
Supply
a
VT
22V
24V
not buffered
Typical wiring scheme
of a DC-UPS
(a) Output
(b) Input
23V
Unbuffered
Loads
The output voltage is
approx. 100mV lower
as VT during buffering
20V
Output Voltage in Buffer-Mode
24.5V
(a) max.
(b) typ.
(c) min.
24.0V
23.5V
DC-UPS’s
Family
Input Voltage Range
Internal Battery
24V 10A
DIMENSION-U
22.5-30V
External Battery
24V 10A & 12V 5A
23.0V
24V 10A
External Battery
24V 10A
DIMENSION-U
22.5-30V
DIMENSION-U
22.5-30V
DIMENSION-U
22.5-30V
21.5V
Normal-mode
nom.
Output Current
Normal-mode
Output Power
Normal-mode
Overload Behaviour Normal-mode
nom.
nom.
15A
360W
continuous current
15A
360W
continuous current
15A
360W
continuous current
24V Output:
same as input #)
15A ◊)
360W ◊)
cont. current
Output Voltage
same as input voltage
#)
same as input voltage
#)
same as input voltage
#)
12V Output:
12V±1%
5A
60W
cont. current
Buffer-mode
Buffer-mode
continuous
nom.
nom.
22.5V ‡)
10A
22.5V ‡)
10A
22.5V ‡)
10A
22.5V ‡)
10A ◊)
12V ±1%
5A
Buffer-mode
< 5s
nom.
15A
15A
15A
15A ◊)
5A
Output Power
Buffer-mode continuous
min.
Overload Behaviour Buffer-mode
Battery
Allowed Battery Size
Charging Current into 12V Battery
typ.
Temperature Tracking of the End-of-Charge Voltage
Charging Time
typ.
Buffer Time
5Ah Battery
Load 24V 10A
min./typ.
7Ah Battery
Load 24V 10A
Min./typ.
26Ah Battery Load 24V 10A
min./typ.
100Ah Battery Load 24V 10A
min./typ.
100Ah Battery Load 24V 0.5A
min./typ.
MTBF 6)
typ.
Operational Temperature Range
min.
Derating
min.
nom.
Dimensions WxHxD 7)
Weight
max.
Parallel Use
Bracket for Wall/Panel Mounting
Bracket for Side Mounting
240W
Shut-down after 5s
intern: 1x 12V
approx. 5Ah (90x70x106mm)
1.5A
automatic
3h
4 Minutes 54s / 6 Minutes 15s ‡)
–
–
–
–
886 kh (battery excluded)
0°C to +40°C
–
123x124x119mm
2850g
no
ZM1.UBC10
–
240W
240W
Shut-down after 5s
Shut-down after 5s
extern: 1x 12V
extern: 1x 12V
≥3.9Ah; ≤40Ah ∏)
≥17Ah; ≤130Ah
1.5A
3.0A
manual
manual / automatic
5h / 17h (7Ah / 26Ah)
9h / 34h (26Ah / 100Ah)
4 Minutes 54s / 6 Minutes 15s ‡)
–
5 Minutes 42s / 6 Minutes 45s ‡)
–
39 Minutes / 55 Minutes ‡)
39 Minutes / 55 Minutes ‡)
– 3h 5 Minutes / 4h 7 Minutes ‡)
–
62h / 82h ‡)
886 kh
886 kh
-25°C to +70°C
-25°C to +50°C
> 60°C: 0.25A/°C
–
49x124x117mm
49x124x117mm
530g
545g
no
no
ZM1.WALL
ZM1.WALL
–
–
240W ◊)
Shut-down > 5s
Output Voltage
Output Current
Order Number
UBC10.241
UB10.241
UBC10.241-N1*)
*) UBC10.241-N1 battery not included #) minus the input to output voltage drop, see curves on the right page.
∏) 40Ah are valid for units with a serial number higher than 5357527. Earlier units can be used with batteries up to 27Ah.
‡) see curves on the right page and on page 37 ◊) Lower when 12V-output is loaded. See datasheet for details.
Fold out the back page to find the appropriate footnotes.
Information regarding standards and approvals can be found on pages 42 to 44.
Visit www.pulspower.com for detailed datasheets.
www.pulspower.com
UB10.242
60W
cont. current
extern: 1x 12V
≥3.9Ah; ≤40Ah ∏)
1.5A
manual
5h / 17h (7Ah / 26Ah)
4 Minutes 45s / 6 Minutes ‡)
5 Minutes 30s / 6 Minutes 30s ‡)
37 Minutes / 53 Minutes ‡)
–
–
788 kh
-25°C to +70°C
> 50°C: 0.25A/°C
49x124x117mm
650g
no
ZM1.WALL
–
UB10.245
a
22.5V
b
22.0V
21.0V
0
c
3A
6A
9A
15A
12A
Output Current
Input to Output Voltage Drop, typ.
0.4V
0.3V
UBC10.241
UBC10
241
DC-UPS with integrated battery
0.2V
0.1V
DC-UPS advantages:
• Requires only one 12V-battery to buffer
24V circuits
• Easy battery replacement, no matched
batteries required
• Stabilised output voltage in buffer mode
• No dips of the DC-voltage during transition from normal to buffer mode
• Superior battery management for longest
battery service life
• Output is decoupled from the input to
seperate load circuits into buffered and
non buffered sections
• Electronically overload protected
• Reverse polarity protection for battery
input
• Extensive and smart diagnostics and
monitoring functions
• “Replace Battery“ signal included
• Selectable buffer time limiter
0
0
3A
6A
9A
15A
12A
Output Current
Input Current
18A Charging-Mode, max.
(a) UB10.242
(b) UB10.241/5, UBC10.241
Normal-Mode
(c) All units, typ.
15A
12A
9A
6A
a
0
b
c
3A
0
3A
6A
9A
15A
12A
Output Current
Losses, typ.
20W
(a) Buffer-Mode
(b) Charging-Mode*)
15W (c) Normal-Mode
*)
10W
approx. 2.5W higher
for the UB10.242
a
b
c
5W
0
0
2A
4A
6A
8A
10A
Output Current
35
7
DC-UPSs and
Battery Modules
24V
240W
Battery Service Life and the PULS “1-Battery-Concept“
Boosting the 12V to a 24V level is very beneficial. The end-of-charge-voltage can be precisely
set to the battery needs and the overcharging that can occur with a series connected batteries can be eliminated. Battery replacement is also easy since it is not necessary to find matched
batteries. To achieve the longest battery service life, the DC-UPS can be set to the expected
battery temperature which optimises the end-of-charge-voltage. It is recommended to place the
batteries in cool locations and not inside hot cabinets. The UBC10.241 and the UB10.242 units
also have a temperature sensor included which automatically adjusts the end-of-charge-voltage
according to the ambient temperature.
Batteries and Battery Modules
All battery modules use maintenance-free VRLA (Valve-Regulated Lead-Acid) batteries. Battery modules are available with or without
batteries included. Batteries which are not in use, age much slower when they are fully charged. Therefore, PULS recharges all
batteries before delivery, saving the user from having to do so. Storage of up to 9 months is possible without any further recharging. A user can purchase batteries from different suppliers. In this case check the allowed battery sizes, the maximum charging and
discharging currents and ensure to incorporate a fuse (close to the battery) between the battery and the controller unit. Optionally,
even car batteries can be used but the performance can deviate slightly compared to VRLA batteries.
Battery monitoring
Thanks to the “1-battery-concept,” defective batteries can be detected much earlier and safer
than if two batteries are used in series. Various battery and wiring tests periodically monitor the
battery quality and report if the battery becomes defective.
Buffer time limiter extends battery life
Buffer only as long as you really need to. Each discharge of the battery reduces the number of discharging cycles. Therefore, the DC-UPS is equipped with a
buffer time limiter, which prevents the battery from
being discharged too much. The limitation can be
selected with a rotary switch or be activated through
the inhibit input.
UB10.241
Self explanatory user interface
Many parameters are fixed or automatically adjusted. This avoids accidental misuse or
unwanted manipulation of the unit.
UZK12.071
UZK12.261
Battery Capacity
b
a
80%
c
Depth of discharge:
(a) 100%
(b) 50%
(c) 30%
60%
40%
20%
0
200
400
600
800
1000 1200
Number of Discharging Cycles
Battery Voltage
Battery Size
DIN-Rail Mounting
Wall / Panel Mounting
Dimensions WxHxD
Weight
Operational Temp. Range
Battery Service Life **)
Battery Replacement for
Protection features
A comprehensive protection package is built into the DC-UPS to detect reverse polarities, incorrect battery voltage or high temperatures and avoids deep-discharging of the
battery. The output is electronically protected against overload and short-circuit.
12V
5Ah
–
–
70x106x90mm
2000g
0 to +40°C
3-5 Years
UBC10.241
12V
7Ah
–
–
151x95x65mm
2700g
0 to +40°C
3-5 Years
UZK12.071
12V
26Ah
–
–
166x125x175mm
9300g
0 to +40°C
10-12 Years
UZK12.261
UZK12.071
UZK12.261
UZB12.051
UZB12.071
UZB12.261
UZO12.07*)
UZO12.26*)
*) Module without battery included
**) According to EUROBAT guideline; Replacement intervals are temperature dependent, also see information on left page.
3 Years
2 Years
Buffer Current
1 Year
Buffer Current
10A
20°C 25°C
30°C 35°C
Reduced lifetime when the end-of-charge
voltage is set too high (over-charging)
100%
10A
(a) UB10.241+
7Ah Battery
(b) UBC10.241
8A
40°C 45°C 50°C
Ambient Temperature
Achievable
Buffer
Times:
6A
a
4A
4A
b
2A
0
UB10.241/242+
26Ah Battery
8A
6A
2A
0
10 15 20 25 30 35 40 45 50
5
0
0
50
100
150
200
250
300
Buffer Time (minutes), 20°C, typ.
Buffer Time (minutes), 20°C, typ.
75%
50%
Buffer Current
25%
10A
0
8A
0V
0.2V
0.4V
0.6V
Over-charging of a 12V-Battery
Buffer Current
2,0A
a
0.8V
Battery service life according to EUROBAT
The EUROBAT guideline may tempt you not to replace the batteries soon enough. The service life of batteries according to
the EUROBAT guideline is valid for 20°C, exact end-of-charge voltage and without any discharging cycles. The EUROBAT number
should be modified by taking the stress factors of the real application into consideration. For example, the battery life is halved when
the temperature is 10°C warmer and 100 cycles are applied.
www.pulspower.com
Battery Replacements
12V
26Ah
no
yes
214x179x158mm
9920g
0 to +40°C
10-12 Years
–
Order Number
Typ. Lifetime of a 3-5 Years Battery
UZB12.261
12V
7Ah
yes
yes
155x124x112mm
3200g
0 to +40°C
3-5 Years
–
4 Years
Diagnostic and monitoring functions
The green LED shows if the DC-UPS is in charging or in buffer mode. The yellow LED
helps troubleshooting if something does not work as expected and the red LED reports
if an immediate action is required (e.g. missing fuse or wiring error in the battery path).
Several relay contacts are available for remote monitoring of the unit.
• Ready contact: reports correct input voltage, correct wiring and that the battery is
more than about 85% charged.
• Buffering contact: DC-UPS is in buffer mode
• Replace Battery contact: reports that the battery needs to be replaced due to an
unexpected battery failure or defective wiring in the battery path.
UZB12.071
Battery Modules
120%
100%
UZB12.051
6A
UB10.242+
(a) 65Ah Battery
(b) 100Ah Battery
b
1,0A
4A
a
b
0,5A
2A
0
UB10.242+
(a) 65Ah Battery
(b) 100Ah Battery
1,5A
0
5
10
15
20
25
30
Buffer Time (hours), 20°C, typ.
0
30
40
50
60
70
80
90
Buffer Time (hours), 20°C, typ.
37
Charging
DC
Storage
Discharging
Capacitor
Buffer Modules
Buffer modules are supplementary devices for 24Vdc or 48Vdc
regulated power supplies. They deliver power to bridge failures of
the DC voltage supply or extend the hold-up time after loss of the
AC power.
Service-free electrolytic capacitors are used for storing the energy.
This allows the use even at temperatures up to 70°C. A required
periodic replacement of lead-acid-batteries is not necessary for
these capacitors.
24V (48V)
Buffered
+
-
Power
Supply
+
+
-
Buffer
Module
-
Buffer
Module
+
Family
Input Voltage Range
Input Current
Stand-by-mode
Charging-mode
Buffer-mode Transition Threshold
Output Voltage in Buffer-mode
Buffer Current
Buffer Time
Power Losses in Stand-by-mode
Charging Time
MTBF 6)
Operational Temperature Range
Derating +60°C to +70°C
Dimensions WxHxD 7)
Connection Terminals
Weight
Control Input
Output Signals
Parallel Use for Extended Current or Buffer Time
Bracket for Wall/Panel Mounting
Bracket for Side Mounting
Storage element
Order Number
nom.
typ.
max.
nom.
nom.
min.
typ.
typ.
24V
24V 20A 310ms
48V
48V 20A 150ms
DIMENSION-U
24-28.8V
80mA
600mA
selectable: 22.5V fixed or
variable by a voltage drop of 1V
= threshold voltage for buffering
20A
200ms at 20A
310ms at 20A
1.9W
DIMENSION-U
48-56V
40mA
500mA
selectable: 45V fixed or
variable by a voltage drop of 2V
= threshold voltage for buffering
20A
100ms at 20A
150ms at 20A
1.9W
typ.
18s
21s
typ.
min.
min.
nom.
2327 kh
-25°C to +70°C
–
64x124x102mm
spring terminals *)
740g
2348 kh
-25°C to +70°C
–
64x124x102mm
spring terminals
740g
Inhibit
Ready, Active (Buffering)
yes
UF20: ZM1.WALL
UF20: ZM14.SIDE
built-in
electrolytic capacitors
Inhibit
Ready, Active (Buffering)
yes
ZM1.WALL
ZM14.SIDE
built-in
electrolytic capacitors
UF20.241
UF20.481
max.
SLV20.200*)
*) Unit in SilverLine look with power port (screw terminals) located on the bottom of the unit.
Fold out the back page to find the appropriate footnotes.
Information regarding standards and approvals can be found on pages 42 to 44.
Visit www.pulspower.com for detailed datasheets.
www.pulspower.com
AC
Statistically, 80%
of all mains
failures last less
than 200ms.
DC
Buffer
Module
The status LED
reports if the
unit is in ready,
charging or in
buffer mode.
-
Buffered
Loads
Typical wiring scheme of a buffer module.
Multiple units can be used in parallel to increase the buffer current or to
extend the buffer time.
Capacitor
Buffer Modules
7
Capacitor
Buffer Modules
24V
and 48V
The stored energy
of the electrolytic
capacitors is released slowly into
the load when
there is a loss on
the DC-bus.
Signal outputs
and “Inhibit”
input.
Buffer module advantages:
• Energy storage with electrolytic capacitors
• No service needed for the entire life span
• Can be used up to +70°C
• Stabilised output voltage in buffer mode
• No dips of the DC voltage during transition
from normal to buffer mode
• Multiple units can be used in parallel to
gain a longer buffer time or to increase the
buffer current
• Selectable back-up behaviour: Buffering
starts below a fixed voltage or by voltage
decrease of a certain number of volts.
• LED and transistor outputs to report the
status of the unit.
• “Inhibit“ input to disable buffering
UF20.241
Suitable power supplies:
All 24V or 48V power supplies >15W are
suitable to extend the hold-up time after loss
of the AC-power or to deliver extra current to
support peak load demands.
Do not use the following power supplies in
combination with buffer modules for bridging short mains outages:
CD5, CS5, CS10, QS20, QS40 and SL40
Buffer Current
20A
16A
UF20.241
12A
8A
4A
0
UF20.481
0
0.5s
1.0s
1.5s
2.0s
2.5s
3.0s
Buffer Time
39
8
Redundancy and
Diode Modules
10-60V
5-40A
Redundant
Power Supply Systems
Redundancy Modules
Family
Nominal Voltage
Number of Inputs
Number of Outputs
Input Current
1+1 Mode
N+1 Mode
Output Current
Voltage Drop
Power Losses
Diode Modules
2x 5A
2x 10A
The reliability and availability of the DC voltage can be increased by using redundant systems. To achieve redundancy,
one extra power supply must be installed in order to supply the required current in case one unit in the system fails.
Each individual standard power supply must be isolated from the others with a diode or redundancy module. Redundant power supplies are also available which already have the decoupling diodes included.
Redundancy Modules
2x 10A
2x 30A
1x 40A
nom.
nom.
MiniLine
10-60Vdc
2
1
2x 8A
2x 5A
DIMENSION-Y
10-60Vdc
2
1
2x 12.5A
2x 10A
DIMENSION-Y
24-60Vdc
2
1
2x 12.5A
2x 10A
SilverLine
24-28Vdc
2
1
2x 30A
2x 15A
SilverLine
24-28Vdc
1
1
40A
40A
Single Use
nom.
10A
20A
20A
30A
40A
Nominal
Overload
Input to Output
No Load
Nominal Load
nom.
max.
typ.
typ.
typ.
typ.
min.
min.
nom.
10A
16A
0.9V
0W
9W at 10A
85 Mio. h
-40°C to +70°C
0.25A/°C
45x75x91mm
spring terminals
140g
no
20A
25A
0.85V
0W
17W at 20A
47 Mio. h
-25°C to +70°C
0.5A/°C
32x124x102mm
spring terminals
290g
no
20A
25A
0.85V
1W
18W at 20A
9.1 Mio. h
-25°C to +70°C
0.5A/°C
32x124x117mm
screw terminals
350g
21.5V
no
no
included
–
no
no
ZM1.WALL
ZM11.SIDE
no
2 Relay contacts
ZM1.WALL
ZM11.SIDE
30A
64A*)
0.5V
1.6W
13.2W at 30A
4.7 Mio. h
-10°C to +70°C
0.7A/°C
48x124x102mm
screw terminals
640g
adjustable
between 16 & 27V
30.7V ±5%
2 Relay contacts
SLZ02
–
40A
54A
0.5V
1.1W
19.2W at 40A
5.2 Mio. h
-10°C to +70°C
1A/°C
48x124x117mm
screw terminals
650g
adjustable
between 16 & 27V
30.7V ±5%
Relay contact
SLZ02
–
MLY02.100
YR2.DIODE
YRM2.DIODE
SLR02
SLR01
MTBF 6)
Operational Temperature Range
Derating +60°C to +70°C
Dimensions WxHxD 7)
Connection Terminals
Weight
Under-Voltage Monitor
nom.
max.
Over-Voltage Monitor
Alarm Signals
Bracket for Wall/Panel Mounting
Bracket for Side Mounting
Order Number
*) Above 30A, both output terminals must be used.
Fold out the back page to find the appropriate footnotes.
Information regarding standards and approvals can be found on pages 42 to 44. Visit www.pulspower.com for detailed datasheets.
N+1-Redundancy
Single Use
I Load < I Power Supply
I Load < (N-1) x I Power Supply
N = Number of Power Supplies
(Redundant applications)
I Load < I Power Supply
Power Supply
AC
DC
AC
DC
AC
DC
AC
DC
AC
DC
AC
DC
AC
DC
AC
DC
Input 1
+
+
-
-
Output
Housing
+
Input 2
Monitoring
Input 2
DC-OK 2
MLY02.100
YR2.DIODE YRM2.DIODE
SLR01
SLR02
IN2
IN1
IN2
IN1
IN2
IN1
IN2
AC
DC
IN1
Failure
Monitor
Diode modules
Diode modules only contain decoupling diodes and are the
optimal solution to use in redundant systems, when the power
supply itself is already equipped with a DC-OK signal contact.
Redundancy modules
Redundancy modules contain decoupling diodes as well as a
monitoring circuit. LEDs and relay contacts signal when the
input voltage of the module is not in range due to a power
supply failure. This allows remote monitoring.
Load
www.pulspower.com
Load
OUT
OUT
Load
OUT
+ -+ IN1 IN2
+ 24V 10A
+ 24V 10A
Standard
Power
Supply
Standard
Power
Supply
L N PE
L N PE
Circuit
Breaker
IN1 IN2
YRM2.DIODE
Output
+ -
Circuit
Breaker
L
N
PE
10A
Load
Wiring scheme of a 10A redundant system with the
redundancy module YRM2.DIODE
All power supplies, even those which are not specified for parallel use in the product tables in this catalogue, can be used to
build 1+1-redundancy applications. Please note that this is not
valid for N+1 redundancy applications.
Failure
Monitor
10A
Load
+ 24V 10A DC-OK
+ 24V 10A DC-OK
Redundant
Power Supply
SLR10.100
Redundant
Power Supply
SLR10.100
DC
IN2
IN1
Redundancy or Diode Module
OUT
Alarm
Contact
Input 2
Alarmcontact 2
Functional diagram YRM2.DIODE
Redundant power supplies
IN1
Alarm
Contact
Input 1
Alarmcontact 1
Parallel use of power supplies
1+1-Redundancy
AC
Monitoring
Input 1
DC-OK 1
OUT
IN2
Redundant power supplies have decoupling diodes. A DC-OK
signal contact and plug-connectors are also included.
OUT
Load
SLR2.100
SLR5.100
SLR10.100
1-Phase 24V, 2.5A
1-Phase 24V, 5A
1-Phase 24V, 10A
Page 13
Page 15
Page 17
L N PE
Circuit
Breaker
L N PE
Circuit
Breaker
L
N
PE
Wiring scheme of a 10A redundant system with two
redundant power supplies SLR10.100
41
9
www.pulspower.com
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QS10.DNET
QS20.241
QS20.241-C1
QS20.244
QS20.361
QS20.481
QS40.244
QT20.241
QT20.241-C1
QT20.361
QT20.481
QT40.241
QT40.481
QTD20.241
SL2.100
SL5.100
SL5.300
SL10.100
SL10.300
SL10.309
SL20.310
SL40.301
SLA3.100
SLA4.100
SLA8.100
SLA8.300
SLAD4.100
SLD2.100
SLR01
SLR02
SLR2.100
SLR5.100
SLR10.100
SLV20.200
UB10.241
UB10.242
UB10.245
UBC10.241
UF20.241
UF20.481
XT40.241
XT40.242
XT40.361
XT40.362
XT40.481
XT40.482
XT40.721
XT40.722
YR2.DIODE
YRM2.DIODE
EN 55011 / EN 55022 Class B
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EN 55011 / EN 55022 Class B
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EN 61000-6-3 (EMC-Emission)
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EN 61000-6-2 (EMC-Immunity)
n.a.
n.a.
n.a.
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n.a.
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EN 61000-6-1 (EMC-Immunity)
n.a.
n.a.
n.a.
n.a.
n.a.
n.a.
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EN 61000-3-3 (Flicker)
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GL Germanischer Lloyd
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CB-Scheme IEC 60601
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EN 60079-15 (ATEX)
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UL 60950-1
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CSA 22.2 No 107.1-01
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UL 508 (Canada)
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UL 508 (U.S.A.)
CD5.121
CD5.241
CD5.241-L1
CD5.241-S1
CD5.242
CD5.243
CS3.241
CS5.241
CS5.241-C1
CS5.241-S1
CS5.243
CS5.244
CS10.241
CS10.241-S1
CS10.242
CS10.243
CS10.244
CS10.481
CT5.121
CT5.241
CT10.241
CT10.481
ML15.051
ML15.121
ML15.241
ML30.100
ML30.101
ML30.102
ML30.106
ML50.100
ML50.101
ML50.102
ML50.105
ML50.109
ML50.111
ML70.100
ML90.200
ML95.100
ML100.100
ML100.102
ML100.105
ML100.109
ML100.200
MLY02.100
QS3.241
QS5.241
QS5.DNET
QS10.121
QS10.241
QS10.241-C1
QS10.301
QS10.481
CE
Standards and Approvals
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–
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n.a.
n.a.
•
–
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–
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n.a.
n.a.
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n.a.
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n.a.
n.a.
n.a.
n.a.
•
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n.a.
n.a.
n.a.
n.a.
n.a.
n.a.
n.a.
•
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n.a.
n.a.
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n.a.
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•
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n.a.
n.a.
n.a.
n.a.
n.a.
n.a.
•
•
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•
•
•
•
•
n.a.
n.a.
•
•
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IECEE
CB SCHEME
GL
Germanischer
Lloyd, Marine
China Compulsory
Certification
Power Quality
Star
AS-Interface®
ATEX
n.a.: not applicable
Approvals may be pending on new products. Please contact PULS for additional information.
43
9
Standards and Approvals
SEMI F47
SEMI (Semiconductor Equipment and Materials International) is an organisation supporting the semiconductor industry worldwide. The SEMI F47 specification defines levels of input voltage sags with which
a semiconductor tool must operate without interruption. For example, power supplies must be able to
tolerate an input voltage drop of 50% of the nominal voltage for at least 200ms. Such voltage drops can
occur when large loads start or during mains voltage switching. Compatibility with these requirements is
also important for other industries. Only power supplies with state-of-the-art technologies fulfill the SEMI
F47 requirements. Many PULS units are approved according to this standard and bear the “F47 Power
Quality Star” approval mark.
Safety Standards
IEC 61203 / EN 50178
EN 50272-2
IEC/EN 60204-1
IEC/EN/UL 60950-1
IEC/EN/UL 60601-1
IEC/EN 61204
IEC/EN 61800-5
IEC/EN 61131-2
EN 61558-2-17
EN 60079-15
Class I Div 2 (HazLoc)
CSA 22.2 No. 107
UL 508
UL 1310
UL 1604
UL 61010
Electronic equipment in power installations
Safety requirements for secondary batteries and battery installations Part 2: stationary batteries
Safety of electrical equipment of machines
Safety of information technology equipment
Safety of medical equipment
Low-voltage power supply devices, DC-output
Adjustable speed electrical power drive systems - Part 5: Safety
Programmable controllers - Part 2: Equipment requirements and tests
Safety of power transformers for switch-mode power supplies
Electrical apparatus for explosive gas atmospheres (ATEX) Part 15: Construction, test and marking of type of protection “n” electrical apparatus
Approval for the use in Class I Division 2 Groups A, B, C, D hazardous locations.
Certification according to UL 1604 or ANSI/ISA–12.12.01
Canadian standard: CSA C22.2 No 107.1-01 Rectifying equipment, commercial and
industrial power supplies
Industrial control equipment
Class 2 power units
Electrical equipment for use in Class I and II, Division 2 and Class III hazardous locations.
Standard for safety; electrical equipment for measurement, control, and laboratory use
EMC Standards
IEC/EN 61000-3-2
IEC/EN 61000-3-3
IEC/EN 61000-6-1
IEC/EN 61000-6-2
IEC/EN 61000-6-3
IEC/EN 61000-6-4
IEC/EN 61204-3
IEC/EN 61800-3
EN 55011
EN 55022
EN 55024
EN 50081-1
EN 50081-2
EN 50082-1
EN 50082-2
FCC Part 15
www.pulspower.com
Class 2
< 100W
< 8A
RoHS
2002/95/EC
Strom
Spannung
EMC, Limits for harmonic current emission (“PFC-Norm“)
EMC, Limitation of voltage changes, voltage fluctuations and flicker
EMC, Generic immunity standard for residential and commercial environment
EMC, Generic immunity standard for industrial environment
EMC, Generic emission standard for residential and commercial environment
EMC, Generic emission standard for industrial environment
Low-voltage power supply devices, DC-output - Part 3: electromagnetic compatibility
Adjustable speed electrical power drive systems - Part 3: EMC requirements and specific
test methods
Industrial, scientific and medical (I.S.M.) radio frequency equipment –
Radio disturbance characteristics
Information technology equipment (I.T.E.) radio frequency equipment –
Radio disturbance characteristic
Information technology equipment - Immunity characteristics - Limits and methods
of measurement; replaced by EN 61000-6-1
Emission standard for residential and commercial environment; replaced by EN 61000-6-3
Emission standard for industrial environment; replaced by EN 61000-6-4
Immunity standard for residential and commercial environment; replaced by EN 61000-6-1
Immunity standard for industrial environment; replaced by EN 61000-6-2
Federal Communications Commission; EMC requirements for radio frequency devices
NEC Class 2
The NEC (National Electrical Code) is a North American standard which is regarded as the guideline for all
electrical installations in the USA. NEC Class 2 defines voltage, current and power limits which are considered to be safe from a fire ignition standpoint and provide an acceptable protection against electric shock.
An NEC Class 2 circuit has reduced requirements regarding wiring methods, insulation, wire size and overcurrent protection. Furthermore, the approval process of the end-application is much easier. NEC Class
2 circuits need to be powered from a listed NEC Class 2 power supply which ensures, that the output
current is always below 8A and the output power is always below 100VA. These limits need to be fulfilled
even under overload or during fault conditions of the unit. Extensive tests and approvals are necessary.
RoHS
Restriction of the usage of hazardous substances
The European directive 2002/95/EC limits the maximum impurity levels of homogeneous materials such as
lead, mercury, cadmium, chrome 6+, polybrominated flame retardants PBB and PBDE for the use in electrical and electronic equipment. RoHS is the abbreviation for “Restriction of the use of certain hazardous
substances in electrical and electronic equipment”. All items in this catalog conform to this standard.
“PFC-Norm“ EN 61000-3-2
Line current harmonic content.
Typically, the input current waveform is not sinusoidal due to the periodical peak charging of the input capacitor. In industrial environments, complying with EN 61000-3-2 is only necessary under special conditions. Complying to this standard can have some technical drawbacks, such as lower efficiency as well as
some commercial aspects such as higher purchasing costs. Frequently, the user does not profit from fulfilling this standard, therefore, it is important to know whether it is mandatory to meet this standard for a
specific application.
The EN 61000-3-2 is not mandatory when:
• the harmonic requirements are included in a product standard which applies to the end-product;
• the input power of the power supply is below 75W. The measurement of the harmonic input current
allows averaging of the total load cycle including all breaks;
• the input power of the power supply is above 1000W;
• the power supply is connected to a mains below 220V;
• the power supply is used outside the European Union;
• the power supply is connected to a mains supply with its own transformer.
Such mains supplies are considered to be non-public.
Where individual self-contained items are installed in a rack or a case (e.g. power supplies, drive system)
as an assembled piece of equipment, they are regarded to be individually connected to the mains. Alternatively, it is also permitted to assess the whole rack.
This short interpretation allows a rough guide for machine designers and system integrators. It is not comprehensive and does not replace studying the standard or an in-depth analysis of the individual application.
45
10
Technical Notes
Protection of 24V Branches with Circuit Breakers
Maximum wire length:
3...
2...
1...
Click
Standard miniature circuit breakers
(MCB’s or UL1077 circuit breakers)
are without doubt, one of the most
efficient and economical ways to
open circuits to faulty branches.
MCB’s are designed to protect wires
and circuits. If the ampere value and
the characteristics of the MCB are
adapted to the wire size used, the wiring is considered to be thermally safe
regardless of whether the MCB opens or not.
To avoid voltage dips and under-voltage situations in adjacent 24V branches
which are supplied by the same source, a fast (magnetic) tripping of the MCB
is desired. A quick shutdown within 10ms is necessary corresponding roughly
to the ride-through time of PLC’s. This requires power supplies with high
current reserves and large output capacitors. Furthermore, the impedance of
the faulty branch must be sufficiently small in order for the current to actually
flow. The best current reserve in the power supply does not help if Ohm’s law
does not permit current flow. The table on the right shows typical test results
of four frequently used power supplies. The test results reveal the max. wire
length for a magnetic tripping depending on the wire cross section. If the
use of a MCB does not bring the desired effect, an electronic circuit breaker
should be used.
Power Supply
+
AC
Load
Circuit
Breaker
+
Wire Length
DC
Test setup for tripping behaviour of circuit breakers.
Don’t forget that the distance
to the load (=cable length)
is usually half the total wire
length (+ and - wire)!
Short-circuit
Switch
0.75mm2
1.0mm2
1.5mm2
2.5mm2
30m
25m
16m
7m
3m
2m
18m
6m
46m
33m
21m
11m
4m
3m
26m
10m
78m
50m
37m
16m
7m
5m
47m
16m
26m
21m
14m
6m
2m
2m
18m
5m
37m
30m
20m
9m
4m
3m
26m
9m
68m
51m
38m
16m
5,5m
4m
42m
11m
35m
29m
19m
10m
7m
3m
27m
11m
62m
54m
31m
15m
10m
5m
38m
14m
82m
72m
51m
26m
16m
7m
57m
23m
33m
29m
17m
6m
3m
1m
21m
4m
44m
39m
27m
8m
4m
2m
33m
6m
70m
58m
47m
13m
5m
3m
56m
11m
QS10.241 1-Phase 24V, 10A
Circuit
Breaker
C-2A
C-3A
C-4A
C-6A
C-8A
C-10A
B-6A
B-10A
20m
17m
11m
5m
2m
1m
13m
4m
CS10.241 1-Phase 24V, 10A
Circuit
Breaker
C-2A
C-3A
C-4A
C-6A
C-8A
C-10A
B-6A
B-10A
21m
15m
10m
4m
1m
1m
13m
4m
QS20.241 1-Phase 24V, 20A
Circuit
Breaker
C-2A
C-3A
C-4A
C-6A
C-8A
C-10A
B-6A
B-10A
26m
23m
15m
7m
5m
2m
19m
7m
QT20.241 3-Phase 24V, 20A
Circuit
Breaker
C-2A
C-3A
C-4A
C-6A
C-8A
C-10A
B-6A
B-10A
24m
21m
13m
3m
1m
0,5m
18m
3m
Power Supplies for DeviceNet® Systems
DeviceNet® is an open field bus which is used worldwide. This field bus is powered by two wires of a multi-core network cable.
PULS supports the DeviceNet® system with two special power supplies. These two units are tested and approved according to the
DeviceNet® Specification.
QS5.DNET 24V, 3.8A NEC-Class-2 power supply Page 14
QS10.DNET 24V, 8A
NEC-Class-1 power supply Page 16
The special features of DeviceNet® power supplies:
• The nominal and overload currents are sized for the ratings of DeviceNet® cables.
• Large capacitors within the DeviceNet® network can be charged in the required time.
• After turn-on, the output voltage increases according to the DeviceNet® timing specification.
• The output voltage is adapted for the required DeviceNet® level.
• Our DeviceNet® power supplies are approved by the Open DeviceNet® Vendor Association
(ODVA) and carry the approval mark “DeviceNet® Conformance Tested“.
www.pulspower.com
47
10
Technical Notes
Characteristics of Semi-Regulated Power Supplies
Power supplies in the PULS Dimension X-Series have a new
and innovative concept for generating a DC voltage from a
three-phase input voltage. Principal applications of the X-Series
include supplies to motors, valves and other load circuits with
a high power consumption, where an accurate output voltage
regulation (standard on switch mode power supplies) is not
required.
What does semi-regulated mean?
Transformer power supplies are normally unregulated. When
the input voltage varies, the output voltage follows this change
proportionally. Similar voltage fluctuations also occur when the
load current changes. This is precisely where the semi-regulated
concept used in the X-Series comes in. This series offers a stabilised output voltage in the core range of the input voltage (360
to 440Vac or 432 to 528Vac). The output voltage only starts
to change proportionally with the input voltage if the input is
outside of this core range. The minimum load requirement for
a stabilised output is only 5% of the nominal load.
Output Voltage, typ.
28V
Available semi-regulated power supplies:
XT40.241
3x400Vac
24V, 40A
Page 25
XT40.242
3x480Vac
24V, 40A
Page 25
XT40.361
3x400Vac
36V, 26.6A Page 26
XT40.362
3x480Vac
36V, 26.6A Page 26
XT40.481
3x400Vac
48V, 20A
Page 27
XT40.482
3x480Vac
48V, 20A
Page 27
XT40.721
3x400Vac
72V, 13.3A Page 27
XT40.722
3x480Vac
72V, 13.3A Page 27
24V
b
Bonus
Power
350%
Output Current
IEC 60038*)
Europe
USA
Canada
Japan
•
China
India
Taiwan
Russia
South America
Africa
Dip coating process
•
•
•
•
•
•
•
•
•
•
•
•
•
•
*) IEC 60038: Norm regarding IEC standard voltages
www.pulspower.com
600V
•
•
•
575V
•
Typical field applications are:
• Paper mills and paper processing industry which must be immune against all kinds of dust and electrostatic discharge.
• Railroads and construction machines with continuous vibrations and rapid temperature changes.
• Farms, where fumes (barns, silos, etc.) are present and resistance to insects is required.
• In protected outdoor areas, where moisture and condensation is occasionally present.
• Systems which are cooled with fans, resulting in extreme dust deposits.
• Subtropical regions with long lasting high humidity along with high ambient temperatures.
• Lighting, advertising displays and score boards which are located in protected outdoor areas.
Series Connection of Outputs
440V
•
XT40: Easy diagnostic:
The yellow LED reports overload,
too low/high input voltage or a
loss of a phase.
277V / 480V
Mains Voltages Worldwide
XT40: Weighing just 1.4 kg, the
device provides 960 watts of
continuous output power.
240V / 415V
XT40: Large power reserves for
dynamic consumers.
A unit which has shut-down can
be restarted with the reset button.
230V / 400V
XT40: Output voltage versus input
voltage and load current
100% 125% 200%
220V / 380V
480Vac
576Vac
127V / 220V
440
528
XT40
120/ 240V
400
480
1.4kg
100V / 200V
(a) Output Power = 0W
(b) Output Power > 48W
120V / 208V
24V
360
432
In environments where dust, contaminants, occasional high humidity, vibration or thermal
shock can be expected, devices with conformal coated PC boards are recommended. A
significantly higher operational safety level can be achieved by avoiding short circuits and
corrosion of conductors and solder joints.
The protective coating is made with an acrylic varnish and the coating process is a dip
method. Areas which are not allowed to be coated are protected by a mask (e.g. terminal
blocks, fuses, potentiometers). The coating itself has no impact on the electrical performance of the power supply.
Above a certain order quantity, nearly all PULS power supplies can be equipped with conformal coating. Please contact your local PULS representative if you do not find the desired
unit in the list below.
Available power supplies with conformal coated PC board:
ML50.109
1-Ph-Input
24V, 2.1A
Page 13
ML10.109
1-Ph-Input
24V, 4.2A
Page 15
CS5.241-C1
1-Ph-Input
24V, 5A
Page 15
QS10.241-C1
1-Ph-Input
24V, 10A
Page 17
QS20.241-C1
1-Ph-Input
24V, 20A
Page 17
SL10.309
3-Ph-Input
24V, 10A
Page 24
QT20.241-C1
3-Ph-Input
24V, 20A
Page 24
Shut-down after:
15s 5s
0,1s
a
26V
20V
400V: 320
480V: 384
Exploit potential cost savings
The advantages of the X-Series over its competitors include its
lower purchase price, and smaller enclosures allowing further
savings on the total system cost. In addition transport and installation costs are significantly reduced, energy costs are lower
and the cooling and ventilation requirements are reduced.
These are all factors that have not been available in this form
until now.
Output Voltage vs. Output Current
30V
22V
Conformal Coated Power Supplies
•
50, 60Hz
50Hz
60Hz
60Hz
50, 60Hz
50 Hz
50Hz
60Hz
50Hz
60Hz
50Hz
Many power supplies are allowed to be connected together in series to achieve higher
Power Supply A
output voltages. Check the relevant product tables in this catalogue to see if a unit
AC
+
is suitable for series connection or not.
DC
Please follow these instructions for series operation:
+
Power Supply B
• Use only power supplies of the same type.
Load
AC
+
• It is possible to connect as many units in series as needed, providing the sum of the
output voltages dose not exceed 150Vdc.
DC • Voltages with a potential above 60Vdc are not SELV and can be dangerous.
Series connection of outputs to achieve
Such voltages must be installed with suitable protection from touching.
higher output voltages
• Note that leakage current, EMI, inrush current and harmonics will increase
when using multiple power supplies.
• Avoid installing power supplies on top of each other and keep the recommended lateral installation clearances.
49
10
Technical Notes
Parallel Use for Higher Output Power
Mounting Accessories
Parallel use to increase the output power
The paralleling of outputs for higher power needs is not permitted for all power supplies. Information as to which units are
suitable for this purpose can be found in this catalogue in the
relevant product tables. Only power supplies which are equipped
with features to avoid a permanent overloading of one individual unit are suitable. Furthermore, the power supply is not
allowed to enter into a “sleep mode” if a voltage is applied to
the output terminals (which is automatically the case when units
are connected in parallel). This could cause unexpected voltage
dips when the load changes from a low level to a high level.
No DIN-rail available? Is the cabinet too shallow?
Various mounting brackets are available for a direct wall or panel mounting of DIMENSION and SilverLine units. The mounting
brackets ZM11.SIDE through to ZM15.SIDE are used to mount DIMENSION power supplies and other DIMENSION modules sideways to reduce the installation depth. All ordering numbers can be found in this catalogue in the product tables.
Why are special product features necessary?
The unit with the higher output voltage will draw as much current as it can deliver. When it then switches from the voltageregulation-mode to current-regulation-mode, the voltage reduces and the remaining current will be delivered by the second
unit. The first unit can be permanently overloaded when there
are no measures to prevent this this.
Since many power supplies offer extra current (PowerBoost), a
thermal shut-down could occur. Exact adjustment of the output
voltage only helps at first, when putting the system into operation.
However, after a period of time the voltages will drift (aging and
thermal effects) and current sharing will no longer takes place.
Parallel use for 1+1 redundant systems or
to deliver short term peak currents
For these purposes, there is no risk of a thermal overloading of
one unit. All power supplies, even those which are not specified for parallel use in the product tables, can be used to build
1+1 redundant systems or to deliver short term peak current to
the load when the average current is smaller than the current
of one power supply. Please note that this is not valid for N+1
redundancy applications.
Power Supply A
AC
DC
AC
DC
26.0V
25.5V
+
+
Instructions for using power supplies in parallel:
• Use only power supplies of the same family.
• It is possible to connect as many units in parallel as needed.
A fuse (or diode) on the output is only required if more than
three units are connected in parallel. This avoids that a defective unit can become a load for the functional units.
• Note that leakage current, EMI, inrush current and harmonics will increase when using multiple power supplies.
• Avoid installing power supplies on top of each other and
keep the recommended lateral installation clearances.
Output Voltage
+
-
Power Supply B
Features of PULS power supplies to avoid
overloading of one individual unit.
• BonusPower®:
The BonusPower® feature includes a power manager which
actively limits the duration in which the power supply can
deliver more than the nominal current. Since the power supply is designed for this current, there is no risk to the unit.
• Passive current balancing:
The passive current balancing feature can be activated by
setting the single/parallel-use jumper into “parallel use”.
This feature is available on many units and results in a “soft”
output characteristic. The output voltage at no load is approximately 5% higher compared to full load. This allows
the load current to be distributed equally between the individual units even when the output voltage is not adjusted to
the exactly same value.
• Active current balancing:
The active current balancing feature requires a current share
bus on the power supply. This feature is only available on
the SL40.301 unit. The current share signal terminal of all
units must be linked together. An internal electronic circuit
ensures exact current balancing.
Load
Output Voltage vs. Output Current
(a) Parallel Use
(b) Single Use
25.0V
a
24.5V
b
Bonus
Power
24.0V
24.0V
-
after 4s
23.5V
100%
23.0V
-
0%
25%
50%
75%
100%
150%
Output Current
Output Current
Parallel connection of outputs to
achieve higher output power
www.pulspower.com
Jumper to select between “single
use” and “parallel use”. Parallel
use enables a current sharing
between power supplies.
Parallel use: The output voltage
at no load is approximately 5%
higher compared to full load. The
load current is distributed equally
between the individual units.
The BonusPower® will be automatically reduced to the nominal
output power after 4s. This avoids
a permanent overloading of one
of the paralleled units.
ZM1.WALL
Designed for direct panel or wall
mounting of DIMENSION units
SLZ02
Designed for direct panel or wall
mounting of SilverLine units
SLZ10 ... SLZ14
Mounting bracket for the S7-300 rail
Bracket: Width of unit:
SLZ10
up to 40mm
SLZ11
41 to 51mm
SLZ12
52 to 66mm
m
SLZ13
67 to 90mm
mm
m
SLZ14
91 to 121mm
ZM11.SIDE ... ZM15.SIDE
Designed for sideways mounting
of DIMENSION units. Can be used
with or without DIN-rail
ZM1.XT40
Mounting bracket for panel, wall or
sideways mounting of the XT40 unit
Using Only Two Legs of the Three-Phase System
There is no problem if one phase
fails. All three-phase power sup3-Phase
Power
plies are protected against a loss
L3
L2
Supply
of one phase. External protection
L1 L2 L3 PE
circuits such as motor protectors
are not required. Many units are
allowed to run permanently on
only two legs. For high-power units, a reduction of the output
power or the maximum ambient temperature is required when
the unit is permanently used on only two legs. Exceeding these
limits results in a thermal shut-down. The product tables of the
individual units describe the maximum output power as a percentage to which a unit can be loaded when used on only two
L1
Output
legs. This percentage
is valid for the entire
input voltage and temperature range. More
details can be found in
the datasheet.
Allowed Output Current for 2-Phase Operation
30A
c
25A
20A
a
15A
10A
5A
b
(a) 2x 460 to 552Vac
(b) 2x 340 to 460Vac
(c) short-term for typ. 4s
-25°C
0°C
20°C
40°C
60°C 70°C
Please note: An operaAmbient Temperature
tion on only two legs
Allowed output power for 2-phase
slightly increases the
operation (example: QT20.241)
losses. The lifetime expectancy and the MTBF figures are minimally reduced. Furthermore, the input current will be approximately 1.8-times higher.
51
FOOTNOTES
1)
2)
3)
4)
5)
6)
7)
8)
9)
At nominal input voltage and nominal output load
50 Ohm measurement, bandwidth 20MHz
At nominal load and the lower end of the input voltage range
The given value describe the minimum required value of an external
circuit breaker. If an external circuit breaker is required or not, can be
found in the datasheet.
Peak value and inrush energy at an ambient of 40°C and cold start
According to SN 29500 (IEC 61709) and 230Vac (or 3x400Vac or nominal DC-voltage), nominal load and 40°C ambient temperature
Depth without DIN-rail, dimensions without plug-connector
Harmonic correction describes whether the input current waveform is
electronically corrected (active) or smoothed with an inductor (passive)
in order to reduce the amount of harmonic current. EN 61000-3-2 does
not necessarily require a corrected unit.
Valid only for the same units up to a total voltage of 150Vdc.
A) The values given describe as a percentage of the maximum output
power to which the unit can be loaded when one phase fails. The value
is valid for the entire input voltage and temperature range. More details
can be found in the datasheet and on page 51.
B) The unit can respond with a thermal shut-down when continuously loaded
with >120W and operated with a mains voltage of 100V or below.
C) Selectable between continuous current and FUSE Mode® (shut-down).
D) During overload, unit shuts down after the following time periods:
- 15s for output currents between 100 and 125%
- 5s for output currents between 125 and 200%
- 100ms for output currents > 200%
To restart, press the reset button or cycle the input power.
E) No inrush current surge thanks to capacitor-free input stage.
F) After turn-off, the output voltage decreases continuously.
E.g.: after 3ms and full load, 80% of the nominal output voltage is available.
G) Do not use the short term current / power longer than a duty cycle of
10% and/or not longer than 1 minute every 10 minutes.
H) Once the short term power is exceeded, the power supply responds with
a time-delayed shut-down.
J) The power supply should not be used in parallel in order to increase the
output power. However, units can be paralleled for building 1+1 redundancy systems or to deliver short-term peak currents to the load when the
average current is smaller than the current of one power supply.
K) BonusPower® operates for typ. 4s. After this, the output power will automatically be reduced to the continuous output power level.
L) The short-term power is continuously allowed up to an ambient of 45°C.
Do not use the short term power longer than a duty cycle of 10% and /
or not longer than 1 minute every 10 minutes above 45°C.
M) No passive current share. One or more units can be permanently overloaded, which shortens the lifetime expectancy and MTBF. The overloaded
unit can respond with thermal shut-down at temperatures above 45°C.
N) Set unit into parallel mode by changing the jumper position. The
regulation of the output voltage is then load dependent. The output
voltage at no load is approximately 5% higher compared to full load.
This enables a current share between paralleled units.
O) Open collector transistor output, 30mA max.
P) Relay contact: 60Vdc 0.3A; 30Vdc 1A; 30Vac 0.5A
R) Resistor with automatic bypass
S) Additional tests might be necessary when the complete system has to
be approved according to UL 508 or UL60950-1.
T) A supply from the intermediate DC-bus of a frequency converter is not
recommended and can cause a malfunction or damage the unit.
U) Use appropriate external fuses in the + and – line which are suitable for
the DC-voltage (e.g. KLKD from Littelfuse).
52
PULS GERMANY
PULS LOCAL OFFICES
PULS PARTNER
HEADQUARTERS
Austria
PULS Österreich
Bernreit 26
A-3163 Rohrbach
Tel. +43 27 64 32 13
Fax +43 27 64 32 66
Australia
Control Logic Pty. Ltd.
Tel. +61 7 3623 1212
Norway
OEM Automatic AS
Tel. +47 32 2105-05
sales@control-logic.com.au
www.control-logic.com.au
post@oem.no
www.oem.no
otto.schreiner@puls-power.at
www.pulspower.at
Belgium
Elipse nv
Tel. +32 3 354 5180
Poland
OEM Automatic Sp. z o.o.
Tel. +48 22 86327-22
China
PULS Trading Co., Ltd
Room 1608
No. 1 Suhua Road
215021 Suzhou
P.R. China
Tel +86 512 62881820
Fax +86 512 62881806
info@elipse.eu
www.elipse.eu
info@pl.oem.se
www.oemautomatic.com.pl
Czech Republic
EIG OEM Automatic
Tel. +420 241 484 940
Portugal
Electrónica Olfer, S.L.
Tel. +351 91 7308 252
info@oem-automatic.cz
www.oem-automatic.cz
portugal@olfer.com
www.olfer.com
Denmark
OEM Automatic A/S
Tel. +45 70 270527
Singapore
Futron Electronics PTE LTD.
Tel. +65 6250 2456
info@dk.oem.se
www.oem-automatic.dk
futron@singnet.com.sg
www.futronelectronics.com.sg
Estonia
OEM Automatic OU
Tel. +372 655 0871
Slovakia
OEM Automatic, s.r.o.
Tel. +421 911 122 009
info.ee@oem.fi
www.oem.ee
info@oem-automatic.sk
www.oem.sk
Finland / Baltic States
OEM Finland Oy
Tel. +358 207 499 499
Slovenia
Robotina d.o.o.
Tel. +386 5 68920-20
info@oem.fi
www.oem.fi
info@robotina.si
www.robotina.si
Iceland
Samey
Tel. +354 51052-00
South Africa
Current Automation
Tel. +27 11 462-4253
sala@samey.is
www.samey.is
ca@switches.co.za
www.rectifier.co.za
Italy
Piero Bersanini S.p.A.
Tel. +39 02 268531
Spain
Electrónica Olfer, S.L.
Tel. +34 91 4840850
sales@puls.co.uk
www.pulspower.co.uk
commerciale@pierobersanini.com
www.pierobersanini.com
info@olfer.com
www.olfer.com
USA & North America
PULS L.P.
2560 Foxfield Road,
Suite 280
St. Charles, IL 60174
Tel. +1 630 587 9780
Fax +1 630 587 9735
Luxemburg
Elipse nv
Tel. +32 3 354 5180
Sweden
OEM Automatic AB
Tel. +46 75 242 41 00
info@elipse.eu
www.elipse.eu
info@aut.oem.se
www.oemautomatic.se
Netherlands
Elipse nv
Tel. 0800-3547738
Turkey
Otes Elektronik Ltd. Sti.
Tel. +90 216 337 7056
info@elipse.eu
www.elipse.eu
info@otes.com.tr
www.otes.com.tr
PULS GmbH
Arabellastrasse 15
81925 Munich
Tel. +49 89 9278-0
Fax +49 89 9278-299
contact-muc@pulspower.de
www.pulspower.de
Your partner for
customized solutions:
MGV Stromversorgungen GmbH
Member of the PULS group
Tel. +49 89 678090-0
info@mgv.de
www.mgv.de
contact-sales-suzhou@pulspower.com
www.pulspower.cn
France
PULS SARL
3 rue du Jubin, Batiment 1
F-69570 Dardilly
Tel. +33 478 66 89 41
Fax +33 478 35 27 92
puls@pulspower.fr
www.pulspower.fr
Switzerland
PULS Electronic GmbH
Lindenrain 2
CH-5108 Oberflachs
Tel. +41 56 450 18 10
Fax +41 56 450 18 11
info@puls-power.ch
www.pulspower.ch
UK United Kingdom
PULS UK Ltd
Unit 10 Ampthill Business Park
Ampthill
Bedfordshire, MK45 2QW
Tel. +44 845 130 1080
Fax +44 845 130 1081
The information presented in this catalogue is believed to be
accurate and reliable and may change without notice.
All parameters are specified at the nominal input voltage, nominal
output current, 25°C ambient and after a 5 minutes run-in time
unless otherwise noted.
Products 2009-2010-EN-1 MP-300.001.16-10 A(1)
Design by
www.yellobee.de
info@puls-us.com
www.pulspower.us
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