Würges katalog

Würges katalog
Vibration Motors
Contents
Page
NEW
1.
vibration Motors, listed according to speed, power and construction type.
3
2.
vibration Motors, in standard execution.
4 – 18
3.
vibration Motors, for flange mounting.
19 – 20
4.
vibration Motors, for restrictedspace.
5.
vibration Motors, for 2 power stages, 2 MV system.
6.
Frequency converter, request for quoutations and recommendations
for operation in connection with vibration motors.
24
7.
magnetic motors, for dosing tanks.
25
8.
vibration Motors, explosion-proof, EEx e II, standard execution.
26 – 27
9.
vibration Motors, D.C. or A.C.
28 – 29
10.
vibration Motors, for the construction industry 200 Hz.
30 – 31
11.
Oscillating Converters for Linear Oscillations.
33 – 34
12.
Page for your notes.
21
22 – 23
35
The right of performing technical changes which serve the progress will be reserved.
WÜRGES Vibrationstechnik GmbH · Daimlerstraße 9 · D- 86356 Neusäß / Augsburg
Tel. 08 21 / 46 30 81 · Fax 08 21 / 46 30 84 · e-Mail: info@wuerges.de · Internet: www.wuerges.de
Vibration Motors listed according to Power, Speed and construction type
NEW
1500
NEW
NEW
0,40
1,50
6,15
6,10
0,08
0,40
1,00
1,85
2,80
3,70
6,00
6,10
8,40
420
535
600
750
1050
1260
1650
2500
3200
4300
6100
12
22
33
44
71
110
143
220
220
375
525
980
1450
2500
5000
5000
8,40
10,70
12,00
15,00
21,00
25,00
32,00
50,00
65,00
86,00
123,00
1,00
1,85
2,80
3,70
6,00
9,00
11,50
17,80
18,00
30,00
42,00
78,00
115,00
200,00
397,00
397,00
HF 1/4
HF 6/4
HF 15/4
HF 6/8
HV 0,1/2
HV 0,4/2
HV 1/2
HV 2/2
HV 2/2-2
HV 2/2-4
HV 2/2-6
HV 6/2
HV 6/2-8
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
*
*
8/2
*
8/2-11
12/2 *
15/2
15/2-20 *
15/2-25
30/2 *
55/2 *
65/2
85/2
85/2-120
1/4
2/4
2/4-2 *
2/4-4
2/4-6 *
2/4-9 *
6/4-11
6/4-18 *
12/4-18
12/4-30
12/4-42 *
30/4-75
55/4-120
65/4-200
85/4-300
85/4-400
Line
30
1
31
1
32
1
31
2
4
1
5
1
6
1
7
1
7+8
1
7+8+9 3/2/1
7+8+9 4/3/2
10+11 1
10
2
12
1
12
2
13
1
14
1
14
2
14
3
15
1
16
1
17
1
18
1
18
2
6
2
7
5
7
6
7
7
7
8
7+9 9/3
10
3
10+11 4/2
13
2
13
3
13
4
15
2
16
2
17
2
18
3
18
4
Synchrone
Speed
min.-1
1000
750
3000
1500
3000
1500
3000
3000
1500
Centrif. Working- Model
force
moment
daN (kp) cm kg
34
98
233
430
640
1100
1650
2200
19
55
131
245
362
6,10
17,80
42,00
78,00
115,00
200,00
300,00
397,00
6,10
17,80
42,00
78,00
115,00
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
HV
6/6
6/6-18
12/6-42
30/6-75
55/6-120
65/6-200
65/6-300
85/6-400
6/8
6/8-18
12/8-42
30/8-75
55/8-120
625 200,00 HV 65/8-200
930 300,00 HV 65/8-300
1250 397,00 HV 85/8-400
600 12,00 HV 12/2 o.F.
220 18,00 HV 12/4-18 o.F.
375 30,00 HV 12/4-30 o.F.
525 42,00 HV 12/4-42 o.F.
600 12,00 VFL 12/2
220 18,00 VFL 12/4-18
375 30,00 VFL 12/4-30
525 42,00 VFL 12/4-42
4300 86,00 Supermat
88 1,85 HVE 2/2
132 2,80 HVE 2/2-2
176 3,70 HVE 2/2-4
286 6,00 HVE 2/2-6
600 12,00 HVE 9/2
22
33
44
71
110
220
375
1,85
2,80
3,70
6,00
9,00
18,00
30,00
6000
5000
3300
Electromagnetic Vibrator
Accessories
Oscillating Converter
A.C. Vibration Motor
D.C. Vibration Motor
Page Line
HVE 2/4
HVE 2/4-2
HVE 2/4-4
HVE 2/4-6
HVE 2/4-9
HVE 9/4-18
HVE 9/4-30
MR 1
HV 6 W
HV 6 GL
SR 2 – SR 55
10
10
13
15
16
17
17
17
10
10
13
15
16
50 or 60 Hz
3000
3000
76
305
1200
305
4
20
50
88
132
176
286
305
420
Page
200 Hz
6000
Centrif. Working- Model
force
moment
daN (kp) cm kg
50 or 60 Hz
Synchrone
Speed
min.-1
=
* Available with 2 MV balance system:
Two vibrations forces with equal speed in one unit without the need of assembly. See Page 22 + 23
3
5
6
5
3
3
3 NEW
4 NEW
5
7
8
6
4
4
17 5 NEW
17 6 NEW
18 6
21 1
21 2
21 3
21 4
20 1
20 2
20 3
20 4
19 1-3
26 1
26 2
26 3
26 4
27 1
26 5
26 6
26 7
26 8
26 9
27 2
27 3
25 1+2
28 1
29 1+2
33 1-4
HV 0,1
Monophase A.C. Vibration Motor
A very small compact unit, requiring minimum space. No adjustment of the centrifugal force. With the admitted current input this vibrator can be run continously. The sturdy case is manufactured from aluminium chill casting.
It is not lacquered.
3 ft. connection cable 3 x 0,75 mm2, ø 7mm, ÖLFLEX®-540P
Protection class IP 65 · Insulant class E
Admitted voltages: 200 – 240 vs. 50 cps.
200 – 254 vs. 60 cps.
Line
1
Model
Synchron. Centrif. WorkingSpeed
force
moment
HV 0,1/2
min-1
daN
cm kg
3000
4
0,08
Changing of the
centrifugal force
Standard voltage
50 – 60 Hz
Nominal
current
Power
input
V
A
W
0,11
25
cannot be changed
øs
1~
230
g
k
b
p
h
c
a
Model
HV 0,1/2
4
f
e
Bores for fastening
mm
a
b
øs
Base measurements
mm
c
e
f
30
8
70
6
42
82
outside measurements
mm
h
g
p
32,5
63
64
Mass
kg
k
83
0,97
HV 0,4
Threephase Vibration Motor
The sturdy housing is manufactured from aluminium chill casting. The amply dimensioned bearings 629 ZZ C3 are lubricated for life. The centrifugal force can
be changed stepwise by taking off the eccentric weights. The vibrator can be run
continuously with all the eccentric weights mounted, under consideration of the
admissible power consumption.
Standard voltage 400 vs. · 50 cps. or 230 vs. · 50 cps. Other voltages are available.
The motor has no commutable poles. For operation with a 230vs.-A.C. power
supply source an operating capacitor of 2µF can be delivered.
Type of protection IP 65 ·Insulant class F
Line
1
Model
Synchron. Centrif.
speed
force
HV 0,4/2
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
3000
20
0,4
–
øs
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
0,1
50
stepwise
4
3~
400
g
k
b
p
h
c
e
a
Bores for fastening1
mm
a
b
øs
Model
HV 0,4/2
{
60
78
85
83
6
6
f
Base measurements
mm
c
e
f
}
12
90
100
Outside measurements
mm
h
g
p
54,5
67
88
22
Mass
kg
k
132
1 All mentioned fastening holes are provided in the unit.
5
1,9
HV 1
Threephase Vibration Motor
The sturdy housing is manufactured from aluminium chill casting. The amply dimensioned bearings 6302 2Z C4 are lubricated for life. The centrifugal force can
be changed stepwise by taking off the eccentric weights. The vibrator can be run
continuously with all the eccentric weights mounted, under consideration of the
admissible power consumption.
Standard voltage 230/400vs.· 50cps. Other voltages are available.
For operation with a 230vs.-A.C. power supply source an operating capacitor of
4µF can be delivered.
Type of protection IP 65 · Insulant class F
Line
Model
Synchron. Centrif.
speed
force
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
stepwise
1
HV 1/2
3000
50
1
–
5
3~
230/400
0,30/0,17
95
2
HV 1/4
1500
12,5
1
–
5
3~
230/400
0,23/0,13
60
øs
g
k
b
p
h
c
e
a
Bores for fastening1
mm
a
b
øs
Model
{
HV 1/2
HV 1/4
60
65
100
85
9,5
9,5
}
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
25
25
70
70
85
85
1 All mentioned fastening holes are provided in the unit.
6
f
120
120
80
80
110
110
Mass
kg
k
170
170
3,6
3,6
HV 2
Lochbild 65 x 140
Threephase Vibration Motor
The sturdy housing is manufactured from aluminium chill casting. The amply dimensioned bearings 6302 2Z C4 are lubricated for life. The centrifugal force can
be changed stepwise by taking off the eccentric weights. The vibrator can be run
continuously with all the eccentric weights mounted, under consideration of the
admissible power consumption.
Standard voltage 230/400 vs.· 50cps. Other voltages available.
* These bipolar units are also available as extra executions of 1~230 vs., 50 cps.
A.C. For this, an operating capacitor of 7µF can be delivered.
All HV 2 rotary current units can be delivered also in protection class EEx e II T3.
(See page 26). Type of protection IP 65 · Insulant class F
Line
Model
Synchron. Centrif.
speed
force
1
HV 2/2*
2
3
4
5
6
7
8
9
HV 2/2-2*
HV 2/2-4*
HV 2/2-6*
HV 2/4
HV 2/4-2
HV 2/4-4
HV 2/4-6
HV 2/4-9
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
3000
3000
3000
3000
1500
1500
1500
1500
1500
88
132
176
286
22
33
44
71,5
110
1,85
2,8
3,7
6
1,85
2,8
3,7
6
9
–
–
–
–
–
–
–
–
–
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
0,49/0,29
0,49/0,29
0,49/0,29
0,49/0,29
0,57/0,33
0,57/0,33
0,57/0,33
0,57/0,33
0,57/0,33
160
160
160
160
140
140
140
140
140
stepwise
4
6
8
13
4
6
8
13
20
3
3
3
3
3
3
3
3
3
~
~
~
~
~
~
~
~
~
230/400
230/400
230/400
230/400
230/400
230/400
230/400
230/400
230/400
k
b
p
c
h
e
a
Bores for fastening1
mm
a
b
øs
Model
HV
2/•
2/•-2
2/•-4
2/•-6
2/4-9
{
65
80
140
110
13
11
115
135
124
135
115
110
11
11
11
}
f
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
Mass
kg
25
25
157
157
162
162
80
80
96
96
128
128
189
201
5,2
5,5
25
25
25
157
157
157
162
162
162
80
80
80
96
96
96
128
128
128
215
250
283
6,0
6,7
7,7
k
1 All mentioned fastening holes are provided in the unit.
7
HV 2 BC
Vario fastening hole BC 90 x 125
Threephase Vibration Motor
The sturdy housing is manufactured from aluminium chill casting. The amply dimensioned bearings 6302 2Z C4 are lubricated for life. The centrifugal force can
be changed stepwise by taking off the eccentric weights. The vibrator can be run
continuously with all the eccentric weights mounted, under consideration of the
admissible power consumption.
Standard voltage 230/400vs.· 50cps. Other voltages are available.
The units are also available for extra executions of 1~230 vs. · 50 cps. A.C.
For this, an operating capacitor of 7µF can be delivered.
Type of protection IP 65 · Insulant class F
Line
Model
Synchron. Centrif.
speed
force
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
stepwise
1
HV 2/2-2BC
3000
132
2,8
–
6
3~
230/400
0,49/0,29
160
2
3
HV 2/2-4BC
HV 2/2-6BC
3000
3000
176
286
3,7
6
–
–
8
13
3~
3~
230/400
230/400
0,49/0,29
0,49/0,29
160
160
øs
g
k
b
p
c
h
e
a
Bores for fastening1
mm
a
b
øs
Model
HV
2/2-4 BC
2/2-6 BC
{
65
90
140
125
13
13
115
135
11
}
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
25
135
162
80
96
128
215
6,0
25
135
162
80
96
128
250
6,7
1 All mentioned fastening holes are provided in the unit.
8
f
Mass
kg
k
HV 2 B2
Vario fastening hole B2 78 x 140
Threephase Vibration Motor
The sturdy housing is manufactured from aluminium chill casting. The amply dimensioned bearings 6302 2Z C4 are lubricated for life. The centrifugal force can
be changed stepwise by taking off the eccentric weights. The vibrator can be run
continuously with all the eccentric weights mounted, under consideration of the
admissible power consumption.
Standard voltage 230/400vs.· 50cps. Other voltages are available.
*These units are also available for extra executions of 1~230 vs. · 50 cps. A.C.
For this, an operating capacitor of 7µF can be delivered.
Type of protection IP 65 · Insulant class F
Line
Model
Synchron. Centrif.
speed
force
1
HV 2/2-4B2*
2
3
HV 2/2-6B2*
HV 2/4-9B2
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
3000
3000
1500
176
286
110
3,7
6
9
–
–
–
øs
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
0,49/0,29
0,49/0,29
0,57/0,33
160
160
140
stepwise
8
13
20
3~
3~
3~
230/400
230/400
230/400
g
k
b
p
h
c
e
a
Model
f
Bores for fastening
mm
a
b
øs
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
2/2-4 B2
2/2-6 B2
78
78
140
140
11
11
25
25
100
100
162
162
80
80
96
96
128
128
215
250
5,9
6,6
2/4-9 B2
78
140
11
25
100
162
80
96
128
283
7,6
HV
Mass
kg
k
9
HV 6 D
Vario fastening hole 65 x 140
Threephase Vibration Motor
The sturdy housing is manufactured from aluminium chill casting. The amply dimensioned bearings 6303 2Z C4 are lubricated for life. The centrifugal force can
be changed by means of mountable eccentric weights. The vibrator can be run
continuously with all the eccentric weights mounted, under consideration of the
admissible power input. ( *exeption: type HV 6/2-8 with 40 % connection time)
Standard voltage 230/400vs.· 50cps. Other voltages are available.
Type HV 6/2 (Line 1) is also available as special-made execution for 1~ 230vs. ·
50cps. A.C. with reduced centrifugal force of 70 %. For this, an operating capacitor of 10µF can be delivered.
Type of protection IP 65 · Insulant class F
Line
1
2
3
4
5
6
7
8
Model
Synchron. Centrif.
speed
force
HV 6/2
HV 6/2-8*
HV 6/4-11
HV 6/4-18
HV 6/6
HV 6/6-18
HV 6/8
HV 6/8-18
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
3000
3000
1500
1500
1000
1000
750
750
305
420
143
220
34
98
19
55
6,1
8,4
11,5
17,8
6,1
17,8
6,1
17,8
–
–
–
–
–
–
–
–
øs
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
0,99/0,57
1,2/0,7
0,75/0,43
0,75/0,43
0,78/0,45
0,78/0,45
0,54/0,31
0,54/0,31
300
350
190
190
150
150
120
120
stepwise
8
11
15
23
8
23
8
23
3
3
3
3
3
3
3
3
~
~
~
~
~
~
~
~
230/400
230/400
230/400
230/400
230/400
230/400
230/400
230/400
g
k
p
b
h
c
a
e
Bores for fastening1
mm
a
b
øs
Model
HV 6/2
HV 6/2-8
HV 6/4-11
HV 6/4-18
HV 6/•
HV 6/•-18
{
65
80
(115
135
124
140
110
135
115
110
13
11
11)
11
11
}
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
25
25
25
25
25
25
86
86
86
86
86
86
157
157
157
157
157
157
1 All mentioned fastening holes are provided in the unit.
10
f
162
162
162
162
162
162
114
114
114
114
114
114
144
144
144
144
144
144
Mass
kg
k
230
270
270
320
230
320
7,5
8,7
9,0
11,0
8,0
11,5
HV 6 H
Vario fastening hole H 80 x 175
Threephase Vibration Motor
The sturdy housing is manufactured from aluminium chill casting. The amply dimensioned bearings 6303 2Z C4 are lubricated for life. The centrifugal force can
be changed stepwise by taking off the eccentric weights. The vibrator can be run
continuously with all the eccentric weights mounted, under consideration of the
admissible power consumption.
Standard voltage 230/400vs.· 50cps. Other voltages are available.
Type of protection IP 65 · Insulant class F
Line
1
2
Model
Synchron. Centrif.
speed
force
HV 6/2 H
HV 6/4-18 H
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
3000
1500
305
220
6,1
17,8
–
–
øs
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
0,99/0,57
0,75/0,43
300
190
stepwise
8
23
3~
3~
230/400
230/400
g
k
b
p
h
c
e
a
Model
HV
6/2 H
6/4-18 H
f
Bores for fastening
mm
a
b
øs
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
80
80
25
25
86
86
175
175
13
13
115
115
205
205
114
114
144
144
Mass
kg
k
230
320
11
7,5
11,0
HV 8
Threephase Vibration Motors
The extremely sturdy housing is manufactured from highly resistant, heat treated
aluminium chill casting. The bearings NJ 2304 C4 which are lubricated with special grease, i.e. UNIREX N3, make sure an impeccable function and long life. The
centrifugal force can be changed by means of mountable eccentric weights. The
vibrator can be run continuously with all the eccentric weights mounted, under
consideration of the admissible power input.
* An exeption is type HV 8/2-11. This unit is a special execution and should be
used only with storage bins for facilitating the delivery.
Mounted bearings: 6303 2Z C4 are lubricated for life.
Standard voltage 230/400vs.· 50cps. Other voltages are available.
Type of protection IP 65 · Insulant class F
Line
Model
Synchron. Centrif.
speed
force
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
stepwise
1
HV 8/2
3000
420
8,4
–
11
3~
230/400
1,65/0,95
540
2
HV 8/2-11*
3000
535
10,7
–
14
3~
230/400
1,65/0,95
540
øs
k
g
b
p
h
e
a
Model
Bores for fastening
mm
a
b
øs
HV 8/2
HV 8/2-11
12
c
100
100
180
180
18
18
f
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
35
35
65
65
130
130
210
210
165
165
124
124
Mass
kg
k
288
275
12,0
11,5
HV 12
Threephase Vibration Motors
The extremely sturdy housing is manufactured from highly resistant, heat treated aluminium chill casting. The amply dimensioned bearings 6305 2Z C4 are lubricated for life. The centrifugal force can be changed by means of mountable eccentric
weights. The vibrator can be run continuously with all the eccentric weights
mounted, under consideration of the admissible power input.
Standard voltage 230/400vs.· 50cps. Other voltages are available.
Type of protection IP 65 · Insulant class F
1) These units are also available as protection type EEx e II T4. See page 27.
2) These units are also available in extremely narrow construktion. See page 21.
In addition, these units are also available for flange fastening. See page 20.
Line
Model
HV 12/21,2
1
2
3
4
5
6
Synchron. Centrif.
speed
force
12/4-181,2
HV
HV 12/4-301,2
HV 12/4-422
HV 12/6-42
HV 12/8-42
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
3000
1500
1500
1500
1000
750
600
220
375
525
223
131
12
18
30
42
42
42
–
–
–
–
–
–
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
2,16/1,25
1,43/0,83
1,43/0,83
1,43/0,83
1,12/0,65
1,0/0,6
650
450
450
450
300
250
stepwise
8
12
20
15
15
15
3
3
3
3
3
3
~
~
~
~
~
~
230/400
230/400
230/400
230/400
230/400
230/400
k
g
b
p
h
e
a
Model
HV
c
Bores for fastening
mm
a
b
øs
f
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
Mass
kg
k
12/2
12/4-18
100
100
180
180
18
18
40
40
140
140
215
215
70
70
175
175
138
138
303
303
15
15,5
12/4-30
12/•-42
100
100
180
180
18
18
40
50
140
140
215
215
70
80
175
186
138
159
350
330
18,8
21
13
HV 15
Threephase Vibration Motors
The extremely sturdy housing is manufactured from highly resistant, heat treated
aluminium chill casting. The bearings NJ 2305 E C4 which are lubricated with
special grease, make sure impeccable operation for a long time. The centrifugal
force can be changed stepwise by taking off the eccentric weights. The vibrator
can be run continuously under consideration of the admissible power input..
Standard voltage 230/400vs.· 50cps. Other voltages are available.
Type of protection IP 65 · Insulant class F
Line
Model
Synchron. Centrif.
speed
force
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
stepwise
1
HV 15/2
3000
750
15
–
10
3~
230/400
2,16/1,25
650
2
3
HV 15/2-20
HV 15/2-25
3000
3000
1050
1260
21
25
–
–
14
10
3~
3~
230/400
230/400
2,7/1,55
2,7/1,55
900
900
øs
k
g
b
p
h
e
a
Model
c
Bores for fastening
mm
a
b
øs
f
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
Mass
kg
k
HV 15/2
HV 15/2-20
100
100
180
180
18
18
40
40
140
140
215
215
70
70
175
175
138
138
303
350
16,3
18
HV 15/2-25
100
180
18
50
140
215
80
186
159
330
19
14
HV 30
Threephase Vibration Motors
The extremely sturdy housing is manufactured from highly resistant, heat treated
aluminium chill casting. The bearings NJ 2206 C4 which are lubricated with special grease, make sure impeccable operation for a long time. The centrifugal
force of the bipolar vibrator can be regulated stepwise by means of mountable
eccentric weights. The other vibrator types are infinitely variable. Under consideration of the admissible power absorption the vibrator can be run continuously.
Standard voltage 230/400vs.· 50cps. Other voltages are available.
Type of protection IP 65 · Insulant class F
Line
*
Model
Synchron. Centrif.
speed
force
Working
moment
min-1
daN
cm kg
1
HV 30/2
3000
1650
32
2
3
4
HV 30/4-75
HV 30/6-75*
HV 30/8-75*
1500
1000
750
980
430
245
78
78
78
Changing of the
centrifugal force
inf. vari.
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
stepwise
–
2
2
2
14
3~
230/400
2,9/1,7
1000
–
–
–
3~
3~
3~
230/400
230/400
230/400
2,5/1,43
2,1/1,2
1,65/0,95
800
550
370
Used bearings: 6305 2Z C4 lubricated for life.
øs
k
g
p
b
h
e
a
Model
HV
30/2
30/•-75
c
Bores for fastening
mm
a
b
øs
100
100
200
200
18
18
f
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
50
50
82
82
140
140
235
235
195
195
161
161
Mass
kg
k
330
430
15
22,5
31
HV 55
Threephase Vibration Motors
The extremely sturdy housing is manufactured from highly resistant, heat treated
aluminium chill casting. The bearings NJ 407 M C4 which are lubricated with
special grease, make sure impeccable operation for a long time. The centrifugal
force of the bipolar vibrator can be regulated stepwise by means of mountable
eccentric weights. The other vibrator types are infinitely variable. Under consideration of the admissible power absorption the vibrator can be run continuously.
Standard voltage 230/400vs.· 50cps. Other voltages are available.
Type of protection IP 65 · Insulant class F
Line
1
2
3
4
Model
Synchron. Centrif.
speed
force
HV 55/2
HV 55/4-120
HV 55/6-120
HV 55/8-120
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
3000
1500
3000
750
2500
1450
640
362
50
115
115
115
–
Nominal
current
Power
input
V
A
W
6,6/3,8
3,1/1,8
2,4/1,4
2,1/1,2
2100
950
690
500
stepwise
12
2
2
2
øs
Standard voltage
50 cps.
–
–
–
3
3
3
3
~
~
~
~
230/400
230/400
230/400
230/400
k
g
p
b
h
e
a
Model
Bores for fastening
mm
a
b
øs
HV
c
f
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
Mass
kg
k
55/2
120
250
22
55
170
300
110
205
240
370
43
55/•-120
120
250
22
55
170
300
110
205
240
430
54
16
HV 65
Threephase Vibration Motors
The centrifugal force is transmitted to the equipment to be vibrated directly
through the extremely sturdy shields covering the bearings and forming the base
of the vibrator. The motor housing is manufactured from highly resistant, heat
treated aluminium chill casting. The special bearings NJ 407 C4 or TMB 6407 C4
which are lubricated with special grease, make sure impeccable operation for a
long time. The centifugal force is infinitely variable. Under consideration of the
admissible power absorption the vibrator can be run continuously.
The measurements of the fastening holes are indentical to those of the HV 55
vibrators.
Standard voltage 230/400vs.· 50cps. Other voltages are available.
Type of protection IP 65 · Insulant class F
Line
Model
HV 65/2*
1
2
3
4
5
6
Synchron. Centrif.
speed
force
HV
HV
HV
HV
HV
65/4-200
65/6-200
65/6-300
65/8-200
65/8-300
Working
moment
min-1
daN
cm kg
3000
1500
1000
1000
750
750
3200
2500
1100
1650
625
930
65
200
200
300
200
300
Changing of the
centrifugal force
inf. vari.
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
6,6/3,8
4,7/2,7
3,1/1,8
3,1/1,8
2,1/1,2
2,1/1,2
2100
1400
850
850
500
500
stepwise
2
2
2
2
2
2
–
–
–
–
–
–
3
3
3
3
3
3
~
~
~
~
~
~
230/400
230/400
230/400
230/400
230/400
230/400
* Fitted with bearings of the typeNJ 407 M C4.
øs
g
k
b
p
h
e
a
Model
HV
65/2
65/•-200
65/•-300
c
Bores for fastening
mm
a
b
øs
120
120
120
250
250
250
22
22
22
f
Base measurements
mm
c
e
f
55
55
55
200
200
200
300
300
300
Outside measurements
mm
h
g
p
145
145
145
280
280
280
285
285
285
Mass
kg
k
368
368
468
17
?
?
80
HV 85
Threephase Vibration Motors
The extremely sturdy housing is manufactured from highly resistant, heat treated
aluminium chill casting. The bearings NJ 407 C4 which are lubricated with special grease, make sure impeccable operation for a long time. The centrifugal force
is infinitely variable. Under consideration of the admissible power absorption the
vibrator can be run continuously.
* Exeption: type HV 85/2-120 with 40 % connection time.
Standard voltage 230/400vs.· 50cps. Other voltages are available.
Type of protection IP 65 · Insulant class F
Line
1
2
3
4
5
6
Model
Synchron. Centrif.
speed
force
HV 85/2
HV 85/2-120*
HV 85/4-300
HV 85/4-400
HV 85/6-400
HV 85/8-400
Working
moment
min-1
daN
cm kg
3000
3000
1500
1500
1000
750
4300
6100
3700
5000
2200
1250
86
123
300
397
397
397
Changing of the
centrifugal force
inf. vari.
Nominal
current
Power
input
V
A
W
12,0/6,9
12,0/6,9
6,4/3,7
6,4/3,7
5,5/3,2
3,8/2,2
4200
4200
2000
2000
1500
950
stepwise
2
2
2
2
2
2
øs
Standard voltage
50 cps.
–
–
–
–
–
–
3
3
3
3
3
3
~
~
~
~
~
~
230/400
230/400
230/400
230/400
230/400
230/400
k
g
p
b
h
HV
f
e
a
Model
c
Bores for fastening
mm
a
b
øs
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
Mass
kg
k
85/2
100
300
27
70
175
350
150
280
300
385
75
85/2-120
85/•-300
85/4-400
85/•-400
100
100
100
100
300
300
300
300
27
27
27
27
70
70
70
70
175
175
175
175
350
350
350
350
150
150
150
150
280
280
280
280
300
300
300
300
385
475
485
475
80
85
100
95
18
Supermat
Flange mounting
Threephase Vibration Motor
This unit is used as mountable vibration motor in the most various machines.
It is mounted between two holding flanges. The mounting position may be as
desired. Tumbling vibration motors are admitted also.
The flyweights can be adapted as required for the existing application in view of
adjustability and torque. They are not included in the delivery. The delivery of
such equipment is optional.
!
The openly exposed flyweights must be enclosed by the client. In case
of non-obsevation of this instruction, risk of accidents is impending.
Required protective covers for the assembly of the mounting flanges can
be delivered.
The individually manufactured bearings NJ 409 are lubricated with special grease and provides for long-time operation. Grease can be refilled into these bearings through outside grease nipples.
When allowing for the power input the motors can work continuously. As a means of protection for exessive heating
up, cold conductors are provided also in the standard execution..
Standard voltage 400vs. · 50cps. Other voltages are available.
Protection class IP X4 · Insulant class F
Terminal box IP 65
Line
1
2
3
Model
Synchron. Centrif.
speed
force
Supermat
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
82
86
129
–
3000
4050
4300
6100
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
8,0
4800
stepwise
1
2
2
–
–
3
~
400
h
d
f
c
e
15°
øb
s
6x
M 10
20 deep
6 x 60°
g
k
a
The figures show the flyweight according to line 1.
Model
Bores for fastening and flange measurements
øa
Supermat
202
øb
k6
166
linear measurements
Mass
kg
s
øc
ød
e
f
g
h
k
M10
230
280
155
257
71,5
304
400
19
50
VFL 12
Flange mounting
Threephase Vibration Motor
These units are used as central drive in round screens and slide grinding
systems ect.
The centrifugal flywheels can be displaced with respect to each other by 90°
resp. 180°. In this manner a rotary and tumbling movement can be generated.
The extremely sturdy housing is manufactured from highly resistant, heat treated
aluminium chill casting. The amply dimensioned bearings 629 ZZ C3 are lubricated for life. The centrifugal force can be changed by means of mountable eccentric weights. The vibrator can be run continuously with all the eccentric weights
mounted, under consideration of the admissible power input.
Standard voltage 230/400vs.· 50cps. Other voltages are available.
Type of protection IP 65 · Insulant class F
Line
Model
1
2
3
4
Synchron. Centrif.
speed
force
VFL 12/2
VFL 12/4-18
VFL 12/4-30
VFL 12/4-42
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
3000
1500
1500
1500
600
220
375
525
12
18
30
42
–
–
–
–
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
2,3/1,33
1,43/0,83
1,43/0,83
1,43/0,83
650
450
450
450
stepwise
8
12
20
15
3
3
3
3
~
~
~
~
230/400
230/400
230/400
230/400
k
øs
b
e
øa
f
c
Model
h
d
Befestigungs- und Flanschmaße
VFL
øa
12/2
12/4-18
12/4-30
12/4-42
260
260
260
260
20
g
øb
h6
290
290
290
290
Längenmaße
Mass
kg
øs
c
ød
e
f
g
h
k
13
13
13
13
15
15
15
15
225
225
225
225
135
135
135
135
154
154
177,5
167,5
76,5
76,5
100,5
81,5
150
150
150
150
303
303
350
330
17,2
17,7
21,0
23,2
HV 12 o.F.
without pedestal
Threephase Vibration Motor
Narrow construction without pedestal
These units had been devised where only little space is available, su as exist for
assembly in ests of two in conveying channels. These units are mounted from
the lower side through threaded bores.
The sturdy housing is manufactured from aluminium chill casting. The amply dimensioned bearings 6305 2Z C4 are lubricated for life. The centrifugal force can
be changed stepwise by taking off the eccentric weights. The vibrator can be run
continuously with all the eccentric weights mounted, under consideration of the
admissible power consumption.
Standard voltage 230/400vs. · 50cps. Other voltages are available.
Type of protection IP 65 · Insulant class F
Line
1
2
3
3
Model
Synchron. Centrif.
speed
force
HV 12/2 o.F.
HV 12/4-18 o.F.
HV 12/4-30 o.F.
HV 12/4-42 o.F.
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
3000
1500
1500
1500
600
220
375
255
12
18
30
42
–
–
–
–
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
2,3/1,33
1,43/0,83
1,43/0,83
1,43/0,83
650
450
450
450
stepwise
8
12
20
15
3
3
3
3
~
~
~
~
230/400
230/400
230/400
230/400
k
g
p
b
h
c
a
Model
HV
e
Bores for fastening
mm
a
b
M
f
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
Mass
kg
k
12/2 o.F.
12/4-18 o.F.
100
100
100
100
M16
M16
30
30
140
140
132
132
80
80
135
135
190
190
303
303
15,0
15,5
12/4-30 o.F.
12/4-42 o.F.
100
100
100
100
M16
M16
30
30
140
140
132
132
80
80
135
135
190
190
350
330
18,8
21
21
2MV
Unbalance System
THE PROBLEM
Vibrating of
variable masses with
steady centrifugal forces and
vibration with
unchanged speed
Mass
THE SOLUTION
2MV- UNBALANCE SYSTEMS
2 x Masses
Patent No. 4 225 564
Without external influence, 2 MV vibration motors can
generate two vibration strengths of constant speed, due
to the stury mechanism.
two units, running in adverse direction with respect to
each other. Here the mirror image location of the motors
in pairs must be observed.
This happens quite easily by changing the sense of revolution with a pole reversing switch or little additional
application of force with an electric control unit. Here, it
is possible to change over directly from right-hand travel
to left-hand travel.
Even the speed control by means of a frequency converter can become possible under reservation. But here, it
must be renounced on smooth running of the motors.
With left-hand travel the maximum values are existing.
With right-hand travel we have the reduced vibration
values.
In addition, directed vibrations can be generated with
the 2 MV unbalance system in the known manner with
power
left-hand travel
max.
motor
pole
The 2 MV unbalance system can be mounted also in
already available units by using 2 MV spares. See the
22
Thus, for instance, it is possible to work with 3000 vibrations a minute, with left-hand revolution, whereas with
right-hand revolution and small torque, working is possible with 6000 revolutions a minute.
Other interesting remarks concerning the speed control
are given on page 24.
L O R
reversing swith
right-hand travel
min.
corresponding commission numbers. The application is
limeted to units with 3000 and 5000 revolutions.
2MV
Unbalance System
2MV-Vibration Motors
Model 2 MV 2/2-6
Speed
Type
min-1
3000
1500
Centrif. Force2)
(daN)
min. max.
Torque2)
(cmkg)
min.
max.
Other technical
Data are given
on page / line 1)
2MV-Unbalance Number of unspares
balance flywheels
com. no.
on each side 2)
2MV 2/2-2
2MV 2/2-6
2MV 8/2
2MV 12/2
2MV 15/2-20
2MV 30/2
66
132
190
300
525
825
132
264
380
600
1050
1650
1,4
2,8
3,8
6
10,5
16
2,8
5,6
7,6
12
21
32
page 7 / line 2
page 7 / line 4
page 12 / line 1
page 13 / line 1
page 14 / line 2
page 15 / line 1
93155
93170
93300
93350
93410
93510
3
6
5
4
7
7
+
+
+
+
+
+
3
6
5
4
7
7
2MV 55/2
2MV 2/4-2
2MV 2/4-6
2MV 2/4-9
2MV 6/4-18
2MV 12/4-42
1250
16,5
33
55
105
245
2500
33
66
110
210
490
25
1,4
2,8
4,5
8,5
19,5
50
2,8
5,6
9
17,0
39
page 16 / line 1
page 7 / line 6
page 7 / line 8
page 7 / line 9
page 10 / line 4
page 13 / line 4
93550
93155
93170
95175
95264
95380
6
3
6
10
11
7
+
+
+
+
+
+
6 flywheels
3 flywheels
6 flywheels
10 flywheels
11 flywheels
7 flywheels
1) 2 MV units have unequal measures and power as the
corresponding HV units.
e.g. 2MV 2/2-2 = HV 2/2-2
flywheels
flywheels
flywheels
flywheels
flywheels
flywheels
2) Intermediate values are adjustable by using spacer
wheels.
Normal voltage 230/400vs · 50cps.
Other voltages are available.
23
Frequency
Converter
Speed Control For Threephase Vibration Motor
Many operation processes with integrated vibration
engineering function much better with an exactly adapted vibration frequency than only with standard speeds
of 750, 1000, 1500 or 3000 rps. Using frequency converters, this can be actulized nowadays quite easily. But, for
this purpose, in most cases also an efficient control unit
is necessary, which is exactly adapted to the requirements. In accordance with the reqirements, these can be
manufactured as hand-operated solutions as well as
radio-controlled automatic systems.
frequency converter
PC
vibration motors
75 Hz
interface for
scanning measured
values
stepping switching
system
radio remote-control
automatic timer
vibration motor
sensor
Offer For Delivery
Along with the vibrations motors, WÜRGES can offer in
exclusive responsibility for the proper function required,
components, individually adapted turnkey circuits for the
control from one supplier. You need not look for suppliers for converters and manufacters of control units.
Important Hints
When selecting the required converter, it is necessary to
allow for the power input of the vibrator. The power
input can be found in the data sheet for the motor. Since
vibration motors are equipment with a harder starting
torque, WÜRGES recommend to select frequency converters with 1.8 – 2-fold power output in kVA referred to
the motor input in kWs.
e.g. vibration motor HV 15/2-20;
power input 0,9 kW;
required frequency converter
ca.1.6 – 1.8 kVA.
24
Rotary current vibration motors can be controled under
reservation with conventional frequency converters.
!
The speed reduction implies no problem. In case
of speed increase in exess of the value indicated
on the machine plate, danger of breakeage and
accidents is impending by excessive centrifugal force.
The control force is increased square with respect to the
speed increase.
For this reason, we suggest to you that you enquire with
us for hte tolerable maximum final speed of the motor
concerned
MR-1
Electromagnetic Vibrators
The use of electromagnetic vibrators as eccentric weight vibrators is to be recommended in many fields of application, e.g. for filling, weighing, and batching
equipment, as the circuit breaker avoids that filling product will follow after the
disconnection. Our electromagnetic weight vibrators provide for directional vibrators without adopting any further measures.
Advantage: No rotating parts · free from wear · no maintenance ·
exclusion of twophase operation.
MR
GMR
For 6000 vibrations a minute with
50cps. frequency of the power line.
Voltage commutable to 230 or 400vs.
These electromagnetic vibrators for 3000
vibrations a minute must be operated only
with connected rectifier.
Type of protection IP 65 · Insulant class B
Line
1
2
Model
MR 1
GMR 1
Vibrations
Standard voltage
min-1
50 vs.
V
6000
3000
2~
–
2~
230/400
230/400
øs
Nominal
current
Power
input
A
VA
0,64/0,37
0,64/0,37
140
140
g
k
p
b
c
a
Model
MR 1
GMR 1
f
e
Bores for fastening
mm
a
b
øs
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
65
65
13
13
–
–
85
85
9,5
9,5
185
185
105
105
56
56
123
123
Mass
kg
k
176
176
25
3,5
3,5
HVE 2
Vario fastening hole 65 x 140
Threephase Vibration Motors
Explosion-proof
The sturdy housing is manufactured from aluminium chill casting. The amply dimensioned bearings 6305 2Z C4 are lubricated for life. The centrifugal force can
be changed stepwise by taking off the eccentric weights. The vibrator can be run
continuously with all the eccentric weights mounted, under consideration of the
admissible power consumption. Including 2 m of power cabel NSSHöU-J 4 x
1,52, ø 13,5mm.
Standard voltage 400vs · 50cps. Other voltages available.
These units have no commutable poles.
Type of protection IP 65 · EEx e II T3 · Insulant class B, suitable for two zones 1,
2, 10, 11. According to the VDE 0165 (VDE = assosiation of German electricians)
Line
1
2
3
4
5
6
7
8
9
Model
Synchron. Centrif.
speed
force
HVE 2/2
HVE 2/2-2
HVE 2/2-4
HVE 2/2-6
HVE 2/4
HVE 2/4-2
HVE 2/4-4
HVE 2/4-6
HVE 2/4-9
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
3000
3000
3000
3000
1500
1500
1500
1500
1500
88
132
176
286
22
33
44
71,5
110
1,85
2,8
3,7
6
1,85
2,8
3,7
6
9
–
–
–
–
–
–
–
–
–
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
0,34
0,34
0,34
0,34
0,29
0,29
0,29
0,29
0,29
200
200
200
200
120
120
120
120
120
stepwise
4
6
8
13
4
6
8
13
20
3
3
3
3
3
3
3
3
3
~
~
~
~
~
~
~
~
~
400
400
400
400
400
400
400
400
400
k
g
b
p
h
c
e
a
Bores for fastening1
mm
a
b
øs
Model
HVE
2/•
2/•-2
2/•-4
2/•-6
2/4-9
{
65
80
115
135
124
140
110
135
115
110
13
11
11
11
11
}
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
25
25
25
25
25
80
80
80
80
80
157
157
157
157
157
1 All mentioned fastening holes are provided in the unit.
26
f
162
162
162
162
162
96
96
96
96
96
128
128
128
128
128
Mass
kg
k
189
201
215
250
283
5,6
5,9
6,4
7,1
8,1
HVE 9
Threephase Vibration Motors
Explosion-proof
The sturdy housing is manufactured from aluminium chill casting. The amply dimensioned bearings 6305 2Z C4 are lubricated for life. The centrifugal force can
be changed stepwise by taking off the eccentric weights. The vibrator can be run
continuously with all the eccentric weights mounted, under consideration of the
admissible power consumption.
Standard voltage 400vs · 50cps. Other voltages available.
These units have no commutable poles.
Type of protection IP 65 · EEx e II T4 · Insulant class F, suitable for two zones
1, 2, 10, 11. According to the VDE 0165 (VDE = assosiation of German electricians)
Line
Model
Synchron. Centrif.
speed
force
min-1
daN
Working
moment
cm kg
Changing of the
centrifugal force
inf. vari.
Standard voltage
50 cps.
Nominal
current
Power
input
V
A
W
stepwise
1
HVE 9/2
3000
600
12
–
8
3~
400
0,69
420
2
3
HVE 9/4-18
HVE 9/4-30
1500
1500
220
375
18
30
–
–
12
20
3~
3~
400
400
0,86
0,86
450
450
øs
g
k
p
b
h
e
a
Model
HVE
9/2
9/4-18
9/4-30
c
Bores for fastening
mm
a
b
øs
100
100
100
180
180
180
18
18
18
f
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
40
40
40
70
70
70
140
140
140
215
215
215
135
135
135
189
189
189
Mass
kg
k
303
303
350
27
16,7
17,3
20,5
HV 6 W
Monophase A.C. Vibraton Motor
A.C. vibrators are used in locations, where no threephase current is available.
They are most suitable for table vibrators and the like, as they can work with up
to 5000 rpm. without frequency converter. The speed can be regulated down to
approximately 2000rpm.
The housing of these vibrators is manufactured from aluminium chill casting.
The centrifugal force can be changed stepwise by mountable eccentric weights.
Standard voltage 230vs. · 50–60cps.
Type of protection IP 65 · Insulant class B
Line
1
Model
Synchron. Centrif.
speed
force
HV 6 W
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
5000
240
1,85
–
øs
stepwise
4
Voltage
50 – 60 cps.
1~
V
Nominal
current
Power
input
A
W
1 x 230
1
230
g
k
p
b
h
c
a
e
Bores for fastening1
mm
a
b
øs
Model
HV 6 W
65
80
(115
135
124
{
140
110
135
115
110
13
11
11)
11
11
}
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
25
86
157
1 All mentioned fastening holes are provided in the unit.
28
f
162
114
144
Mass
kg
k
240
6,3
HV 6 GL
D.C. Vibration Motor
D.C. vibrators are used for machines and equipment which work with internal
combustion engines.
Power supply will be effected with 12 or 24 volts by means of the battery.
The housing of these vibrators is manufactured from aluminium chill casting.
The centrifugal force can be changed stepwise by mountable eccentric weights.
Type of protection IP 65 · Insulant class B
Line
Model
Synchron. Centrif.
speed
force
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
stepwise
Voltage
D.C.
Nominal
current
Power
input
V
A
W
1
HV 6 GL-12
3300
140
2,35
–
5
= 12
10
120
2
HV 6 GL-24
3300
140
2,35
–
5
= 24
7
168
øs
g
k
p
b
h
c
a
Bores for fastening1
mm
a
b
øs
Model
HV 6 GL
e
{
65
80
(115
135
124
140
110
135
115
110
13
11
11)
11
11
}
f
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
25
86
157
162
114
144
Mass
kg
k
240
1 All mentioned fastening holes are provided in the unit.
29
7,2
200 Hz
HF 1
External Vibrators Of High Frequency
External vibrators of high frequency can be run only with high frequency of 200cps.
These vibrators are prevailingly used in the construction industry for concrete compaction with moulds and formwork.
The sturdy housing is manufactured from aluminium chill casting. The amply dimensioned bearings 6305 2Z C4 are lubricated for life. The centrifugal force can
be changed in four steps by taking off the eccentric weights. The vibrator can be
run continuously with all the eccentric weights mounted, under consideration of
the admissible power input consumption.
The winding is completely sealed. Due to this, there is a quick dissipation of heat,
which almost excludes burning out.
Type of protection IP 65 · Insulant class F
Standard voltages 250vs.,48vs. or 42vs only for 200cps.
Other voltages available.
Line
Model
1
Synchron. Centrif.
speed
force
HF 1/4
Working
moment
min-1
daN
cm kg
6000
100
0,5
Changing of the
centrifugal force
inf. vari.
Nominal current
200 cps. 3~
42 vs.
250 vs.
A
A
stepwise
–
3
5,0
Power
input
VA
0,85
365
k
b
p
h
c
e
a
Bores for fastening1
mm
a
b
øs
Model
HF 1/4
{
60
100
9,5
65
85
9,5
}
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
25
70
85
1 All mentioned fastening holes are provided in the unit.
30
f
120
80
110
Mass
kg
k
170
3,6
200 Hz
HF 6
External Vibrators Of High Frequency
External vibrators of high frequency can be run only with high frequency of 200cps.
These vibrators are prevailingly used in the construction industry for concrete compaction with moulds and formwork.
The sturdy housing is manufactured from aluminium chill casting. The amply dimensioned bearings 6303 2Z C4 are lubricated for life. The centrifugal force can
be changed stepwise by taking off the eccentric weights. The vibrator can be run
continuously with all the eccentric weights mounted, under consideration of the
admissible power input consumption.
Type of protection IP 65 · Insulant class F
Standard voltages 250vs.,48vs. or 42vs only for 200cps.
Other voltages available.
Line
1
2
Model
Synchron. Centrif.
speed
force
HF 6/4
HF 6/8
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
6000
3000
305
305
1,5
6,1
–
–
øs
Nominal current
200 cps. 3~
42 vs.
250 vs.
A
A
stepwise
2
8
6,5
9,5
Power
input
VA
1,1
1,6
475
690
g
k
p
b
h
c
a
Bores for fastening1
mm
a
b
øs
Model
HF 6/4
HF 6/8
e
{
65
80
(115
124
135
140
110
135
110
115
13
11
11)
11
11
}
f
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
25
25
86
86
157
157
162
162
114
114
144
144
Mass
kg
k
270
270
1 All mentioned fastening holes are provided in the unit.
31
7,4
7,6
HF 15
External Vibrators Of High Frequency
External vibrators of high frequency can be run only with high frequency of 200cps.
These vibrators are prevailingly used in the construction industry for concrete compaction with moulds and formwork.
The sturdy housing is manufactured from aluminium chill casting. The amply dimensioned bearings NJ 2305 E M C4 are lubricated for life. The centrifugal force
can be changed in four steps by taking off the eccentric weights. The vibrator can
be run continuously with all the eccentric weights mounted, under consideration
of the admissible power consumption.
The winding is completely seald. Due to this, there is a quick dissipation of heat,
which almost excludes burning out.
Type of protection IP 65 · Insulant class F
Standard voltages 250vs.,48vs. or 42vs only for 200cps.
Other voltages available.
Line
1
Model
Synchron. Centrif.
speed
force
HF 15/4
Working
moment
Changing of the
centrifugal force
min-1
daN
cm kg
inf. vari.
6000
1200
6,15
–
Nominal current
200 cps. 3~
42 vs.
250 vs.
A
A
stepwise
5
16,5
Power
input
VA
2,8
1200
p
b
h
a
Model
e
Bores for fastening
mm
a
b
øs
HF 15/4
32
c
100
180
18
f
Base measurements
mm
c
e
f
Outside measurements
mm
h
g
p
40
70
140
215
135
180
Mass
kg
k
302
16,1
Oscillating
Converter
Oscillating Converters for Linear Oscillations
The Problem:
Aligned oscillations are necessary for a
number of vibratory processes. They
are usually generated by two vibration
motors mounted in parallel and rotating opposite one another. Under certain circumstances, the synchronisation
of the two motors does not always function properly. The oscillating system
has to be able to oscillate on at least two axes freely in the start-up phase.
However, in such things as restricted guidance, this is not the case.
Our Cost-effective Solution:
Our alternative is oscillating converters in connection with standard vibration motors. Both devices are simply screwed together
with one another. They function
in a similar fashion to oscillating
vibrators, but with the advantage
of a wide variety of detailed
power stages to choose from.
The Expensive Solution:
You can easily correct the problem
with a oscillating vibrator that unites
the power of two motors working
in the opposite direction. Since they
are special constructions, oscillating
vibrators are relatively expensive
and only broken down roughly in
their power stages. They are not a
part of our scope of supply.
Line
Model
Vibration Motors that match the Oscillating Converters
1
2
3
4
SR – 2
SR – 15
SR – 30
SR – 55
HV
HV
HV
HV
Mass (kg)
2, HVE 2, HV 6 D, HV 6 GL, HV 6 W und HF 6
8, HVE 9, HV 12, HV 15, und HF15
30
55, HV 65
3,15
6,9
7,25
28,0
The screws for
fastening the
motor are a part
of the scope of
delivery.
i
b
a
øs
c
b/B
h
C
øS
B
A
e
a/A
Model
mounting dimensions for
the vibration motor in mm
a
b
øs
c
f
g
fastening dimensions for
the oscillating converter in mm
A
B
øS
C
exterior dimensions for the
oscillating converter in mm
e
f
g
i
h
SR – 2
65
140
13
6
65
140
13
10
120
163
8
135
73
SR – 15
SR – 30
SR – 55
100
100
120
180
200
250
18
18
M20
6
6
20
100
100
160
180
180
160
18
18
18
15
15
15
135
135
280
215
215
195
38
38
40
195
195
360
112
122
165
33
Oscillating
Converter
Operating Instructions for Oscillating Converters
1. Safety Information
5. Instructions for Mounting
These operating instructions have to be read and understood by every person in the operator’s company who is
entrusted with the task of installing, starting up, servicing
and repairing vibration motors with oscillating converters.
First of all, the vibration motor has to be screwed together
with the oscillating converter. Please use the screws included for this (item 7) and fasten them with the appropriate torque (refer to the operating instructions for vibration
motors, the section on mounting information).
Now the motor and oscillating converter can be built onto
the utility device.
The corresponding operating instructions of the vibration
motor used together with the oscillating converter has to
also be consulted for a better understanding of these operating instructions.
2. Intended Use
Oscillating converters are only designed for use in vibration technology as connecting links between vibration
motors and utility devices. All use going beyond this shall
be deemed as non-intended use.
3. Structure
4
1
6
7
8
Transportsicherung
vor Inbetriebnahme entfernen
2
1.
2.
3.
4.
5.
6.
7.
8.
3
5
upper part for fitting the motor
lower part for fastening the utility device
the torsion sleeve
bearings
the shaft with the tension screws or nuts
the cable screwed connections
the screws for fastening the vibration motor
the transportation securing device
The upper part is lodged soft bending in the torsion sleeve opposite the lower part towards the side. It is connected vertically with the lower part free of backlash above
the ball bearing and shaft.
The mounting position as in Figure 2 with a vertical motor
is preferable because the torsion sleeve is under less load.
The fastening surface for the oscillating converter has to
be flat and stiff to bending so that the lower part cannot
deformed. Use quality class 8.8 fastening screws and quality class 6 nuts, secure them with split washers and tighten them with the same torsion as earlier when fastening
the motor.
6. Information on the Electrical Connection
Connect the cable in accordance with the operating
instructions for the motor and always use the heavy rubber hose line NSSHÖU-J as stated. The cable should be
put through the cable screwed connections on the lower
part again in a tight arch to avoid damaging natural oscillations.
7. Instructions for First Start Up
!
The upper part of the oscillating converter was rigidly
fixed onto the lower part with a transportation securing
screw at the factory. Therefore, you should always remove this screw before starting up as stated on the glued on
sign. Check the connecting line for impermissible resonating oscillation and chafe marks during operation and
change the cable’s position if necessary.
4. How It Functions
The circular oscillation of the vibration motor is transmitted almost linearly through the converter to the utility
device. Only the oscillations occurring horizontally to the
motor fastening surface are passed onto the lower part.
The transverse oscillation is run out from the upper part.
34
8. Storage and Transportation
The transportation securing device may be temporarily remounted during transportation. However, you should also
make reference to this hazard point action in your own
operating instructions in accordance with Point 7.
Notes
35
WÜRGES
Vibrationstechnik GmbH
D - 86356 Neusäß / Augsburg
Daimlerstraße 9
Telefon 08 21 / 46 30 81
Telefax 08 21 / 46 30 84
e-Mail: info@wuerges.de
Internet: www.wuerges.de
04/00
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