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1
Vibrator Motor
VIBRATOR MOTOR
Vibrator Motor is the machine which generates powerful centrifugal force vibration by rotation of eccentric weights attached in the rotor axis both ends. The value of these centrifugal forces can be changed by adjustment of the eccentric weights while the motors are at standstill condition. When used as a single unit, they impact circular vibrations. If linear vibrations are needed, two vibrators running in the opposite direction should be used.
FEATURES
Rugged construction for tough environment.
Motor winding is vaccum impregnated.
Totally dust proof air cooled design can operate in dusty environments. Complies with IP55 specification.
F-Class winding: Impervious to dust, moisture and vibrations.
Terminal box connector sealed with layer of resin to prevent damage due to vibrations.
Vibrations force is adjustable from zero to maximum by adjusting position of unbalance weights provided on both sides of the motor shaft.
Drive shaft made from sized alloy steel to withstand stress at high speeds.
Body made from high grade C.I.casting.
Maintenance free sealed imported pre-lubricated heavy ball bearings.
Amplitued of vibration can be controlled.Noise free performance.
Thermal overload protection: Thermistor 140º C or other temperatures are available for all vibrator motors on request.
Permanent and well legible setting marking of the unbalance weights.
Multiple eye bolts for higher range vibrators
APPLICATION
• Vibrating table
• Vibrating Grizzly Feeders
• Hoppers
• Silos
• Seed cleaners
• Vibrating conveyors
2
INDUSTRIAL VIBRATORS
• Vibrating separators & Vibrating screens
• Vibratory compaction & Test table
• Bin activators, bin discharging
• Vibrating feeders
• Knock-out grates
INSTALLATION GUIDELINES
Requirements of the place of installationVibrator motor should be installed on flat surface; else local forces may develop breakage of legs.
Use quality bolts and quality self-locking nuts. Tighten only with a torque wrench.
Retighten bolts after 15 minutes of operation time. Check bolts and nuts frequently until retightening is no longer possible.
Vibrating force on both ends of the motor shaft should be adjusted equally otherwise the operation will be erratic.
Vibration-stiff
Caution: If unsuitable screws and nuts are used or the screws and nuts not properly tightened, the vibrator motor may become loose and cause serious damage. Please note the most of the failures and faults are caused by incorrect or loose screwed connection.
Smooth through borehole+ Screw+ Flat Washer+ Nut and counternut
Tapped threaded borehole+Screw+Flat Washer
3
C
R M
OT
OR
S P
VT
LT
D,
Ref
CR
M/Q
C/P
No:
1, N
anja
ppa
Gou
nder
Str
eet,
Rev
1
The
rkku
Tho
ttam
, lin
ganu
r (p
o),
Coi
mba
tore
- 41
MO
DE
LM
OD
EL
SPE
ED
IN
PO
WE
R I
NH
PW
OR
KIN
G M
OM
EN
TC
EN
TR
IFU
GA
L
415V
230V
RP
M K
W(K
gcm
)F
OR
CE
(N)
415V
230V
415V
230V
FV
M
18/3
00.
180.
254.
118
860.
4_
11_
FV
M
35/3
00.
180.
257.
735
140.
4_
12_
FV
M
40/3
0F
VM
S40
/30
3000
0.37
0.5
8.6
3924
13.
617
.617
.1
FV
M
42/3
0R
PM
0.37
0.5
9.3
4252
1_
18.4
_
FV
M
76/3
0F
VM
S76
/30
0.75
116
.876
382
625
26.8
FV
M
112/
30F
VM
S11
2/30
1.5
224
.811
282
3.2
11.2
40.3
42
FV
M
255/
302.
23
5625
482
4.5
_51
.6_
FV
M
382/
303.
75
8038
259
7.5
_54
_
FV
M
18/1
50.
180.
2516
.218
490.
6_
14_
FV
M
28/1
50.
180.
2524
.427
740.
6_
14.5
_
FV
M
42/1
5F
VM
S42
/15
0.37
0.5
37.2
4230
1.1
3.9
2323
.5
1500
0.37
0.5
49.6
5641
1.1
_23
.4_
Dat
e1.
11.2
017
CU
RR
EN
T I
N A
MP
SM
OT
OR
WE
IGH
T(K
g)
V
IBR
AT
OR
MO
TO
R P
ER
FO
RM
AN
CE
CH
AR
T
1500
0.37
0.5
49.6
5641
1.1
_23
.4_
FV
M
96/1
5F
VM
S96
/15
RP
M0.
751
84.1
9555
2.2
6.8
3736
.5
FV
M 1
30/1
50.
751
114.
913
052
2.2
_38
_
FV
M 2
76/1
527
232672
3425.1
1.1
FV
M 1
91/1
5F
VM
S19
1/15
1.5
216
819
119
3.3
1261
60
FV
M 3
21/1
51.
52
282
3218
13.
4_
75_
FV
M 2
20/1
52.
23
194
2209
84.
6
FV
M 3
80/1
52.
23
334
3798
24.
9_
_
FV
M 5
40/1
53.
75
474
5386
57.
9_
_
FV
M 5
0/10
0.37
0.5
100
5040
1.4
__
553.2
36611132
157.0
000101/611
M
VF F
VM
143
/10
RP
M0.
751
283
1430
22.
3_
56_
FV
M 1
80/1
00.
751
357
1801
62.
4_
61_
FV
M 2
40/1
01.
52
476
2403
24
__
FV
M 3
06/1
02.
23
608
3069
35.
5_
_
FV
M
56/1
5
PERF
ORM
ANC
E D
ATA
OF
THE
THRE
E PH
ASE
& S
ING
LE P
HAS
E VI
BRAT
OR
4
(A)
(B)
DIM
EN
TIO
NA
L S
PE
CIF
ICA
TIO
NM
OD
EL
415
VM
OD
EL
230
VSP
EE
D I
N
RP
MP
OW
ER
IN
K
WH
PD
RA
WIN
GC
MA
B
GH
OL
ES
DE
FH
LN
811021
3681
051131
401
00109
06072
A52.0
81.003/81
M
VF
811021
3681
051131
401
00109
06072
A52.0
81.003/53
M
VF F
VM
4
0/30
FV
M S
40/3
00.
370.
5A
325
9090
120
124
155
180
3271
120
140
FV
M
42/
3030
00 R
PM
0.37
0.5
A32
590
9012
012
415
518
032
7112
014
0
FV
M
76/
30F
VM
S76
/30
0.75
1A
352
100
105
160
134
215
200
3280
152
157
FV
M
112
/30
FV
M S
112/
301.
52
A39
210
012
020
017
425
023
046
92
192
178
CR
M T
255/
302.
23
A41
013
012
020
017
425
025
046
100
192
208802
291001
64052
0524
71002
021031
014A
32.2
03/552
MV
F
013053
08114
543233
462
552551
041036
B5
7.303/283
M
VF
751021
1723
002551
431
02109
08082
A52.0
81.051/81
M
VF
751021
1723
002551
431
02109
08082
A52.0
81.051/82
M
VF F
VM
4
2/15
FV
M S
42/1
50.
370.
5A
422
140
105
160
134
215
230
3280
152
178 871
25108
23032
5124
31061
501041
224A
5.073.0
51/65
MV
F FV
M
96/
15F
VM
S96
/15
1500
RP
M0.
751
A51
216
012
020
017
425
025
046
9219
220
8 802291
2964
052052
471
002021
061215
A1
57.051/031
M
VF
802632
03164
032052
47 1
091021
021774
B5.1
1.151/672
M
VF F
VM
1
91/1
5F
VM
S19
1/15
1.5
2A
612
210
120
200
174
250
250
469
219
220
8 802632
03164
032052
471
091021
021774
B2
5.151/123
M
VF
802632
03164
032052
471
091021
021774
B3
2.251/022
M
VF
462803
74163
892203
45.32
552551
041885
B3
2.251/083
M
VF
013053
08114
543233
462
082081
041036
B5
7.351/045
M
VF
871251
0823
002512
431
061501
061215
A5.0
73.001/05
M
VF
802632
03164
032052
471
091021
021774
B1
57.001/611
M
VF F
VM
1
43/1
010
00 R
PM
0.75
1B
477
120
120
190
174
250
230
4613
023
620
8 802632
03164
032052
471
091021
021774
B1
57.001/081
M
VF
462803
74163
892203
45.32
552551
041885
B2
5.101/042
M
VF
013053
08114
543233
462
552551
041036
B3
2.201/603
M
VF
VIBRATOR MOTOR DIMENSIONAL CHART
(A)
(B)
DIM
EN
TIO
NA
L S
PE
CIF
ICA
TIO
NM
OD
EL
415
VM
OD
EL
230
VSP
EE
D I
N
RP
MP
OW
ER
IN
K
WH
PD
RA
WIN
GC
MA
B
GH
OL
ES
DE
FH
LN
811021
3681
051131
401
00109
06072
A52.0
81.003/81
M
VF
811021
3681
051131
401
00109
06072
A52.0
81.003/53
M
VF F
VM
4
0/30
FV
M S
40/3
00.
370.
5A
325
9090
120
124
155
180
3271
120
140
FV
M
42/
3030
00 R
PM
0.37
0.5
A32
590
9012
012
415
518
032
7112
014
0
FV
M
76/
30F
VM
S76
/30
0.75
1A
352
100
105
160
134
215
200
3280
152
157
FV
M
112
/30
FV
M S
112/
301.
52
A39
210
012
020
017
425
023
046
92
192
178
CR
M T
255/
302.
23
A41
013
012
020
017
425
025
046
100
192
208802
291001
64052
0524
71002
021031
014A
32.2
03/552
MV
F
013053
08114
543233
462
552551
041036
B5
7.303/283
M
VF
751021
1723
002551
431
02109
08082
A52.0
81.051/81
M
VF
751021
1723
002551
431
02109
08082
A52.0
81.051/82
M
VF F
VM
4
2/15
FV
M S
42/1
50.
370.
5A
422
140
105
160
134
215
230
3280
152
178 871
25108
23032
5124
31061
501041
224A
5.073.0
51/65
MV
F FV
M
96/
15F
VM
S96
/15
1500
RP
M0.
751
A51
216
012
020
017
425
025
046
9219
220
8 802291
2964
052052
471
002021
061215
A1
57.051/031
M
VF
802632
03164
032052
47 1
091021
021774
B5.1
1.151/672
M
VF F
VM
1
91/1
5F
VM
S19
1/15
1.5
2A
612
210
120
200
174
250
250
469
219
220
8 802632
03164
032052
471
091021
021774
B2
5.151/123
M
VF
802632
03164
032052
471
091021
021774
B3
2.251/022
M
VF
462803
74163
892203
45.32
552551
041885
B3
2.251/083
M
VF
013053
08114
543233
462
082081
041036
B5
7.351/045
M
VF
871251
0823
002512
431
061501
061215
A5.0
73.001/05
M
VF
802632
03164
032052
471
091021
021774
B1
57.001/611
M
VF F
VM
1
43/1
010
00 R
PM
0.75
1B
477
120
120
190
174
250
230
4613
023
620
8 802632
03164
032052
471
091021
021774
B1
57.001/081
M
VF
462803
74163
892203
45.32
552551
041885
B2
5.101/042
M
VF
013053
08114
543233
462
552551
041036
B3
2.201/603
M
VF
(A)
(B)
DIM
EN
TIO
NA
L S
PE
CIF
ICA
TIO
NM
OD
EL
415
VM
OD
EL
230
VSP
EE
D I
N
RP
MP
OW
ER
IN
K
WH
PD
RA
WIN
GC
MA
B
GH
OL
ES
DE
FH
LN
811021
3681
051131
401
00109
06072
A52.0
81.003/81
M
VF
811021
3681
051131
401
00109
06072
A52.0
81.003/53
M
VF F
VM
4
0/30
FV
M S
40/3
00.
370.
5A
325
9090
120
124
155
180
3271
120
140
FV
M
42/
3030
00 R
PM
0.37
0.5
A32
590
9012
012
415
518
032
7112
014
0
FV
M
76/
30F
VM
S76
/30
0.75
1A
352
100
105
160
134
215
200
3280
152
157
FV
M
112
/30
FV
M S
112/
301.
52
A39
210
012
020
017
425
023
046
92
192
178
CR
M T
255/
302.
23
A41
013
012
020
017
425
025
046
100
192
208802
291001
64052
0524
71002
021031
014A
32.2
03/552
MV
F
013053
08114
543233
462
552551
041036
B5
7.303/283
M
VF
751021
1723
002551
431
02109
08082
A52.0
81.051/81
M
VF
751021
1723
002551
431
02109
08082
A52.0
81.051/82
M
VF F
VM
4
2/15
FV
M S
42/1
50.
370.
5A
422
140
105
160
134
215
230
3280
152
178 871
25108
23032
5124
31061
501041
224A
5.073.0
51/65
MV
F FV
M
96/
15F
VM
S96
/15
1500
RP
M0.
751
A51
216
012
020
017
425
025
046
9219
220
8 802291
2964
052052
471
002021
061215
A1
57.051/031
M
VF
802632
03164
032052
47 1
091021
021774
B5.1
1.151/672
M
VF F
VM
1
91/1
5F
VM
S19
1/15
1.5
2A
612
210
120
200
174
250
250
469
219
220
8 802632
03164
032052
471
091021
021774
B2
5.151/123
M
VF
802632
03164
032052
471
091021
021774
B3
2.251/022
M
VF
462803
74163
892203
45.32
552551
041885
B3
2.251/083
M
VF
013053
08114
543233
462
082081
041036
B5
7.351/045
M
VF
871251
0823
002512
431
061501
061215
A5.0
73.001/05
M
VF
802632
03164
032052
471
091021
021774
B1
57.001/611
M
VF F
VM
1
43/1
010
00 R
PM
0.75
1B
477
120
120
190
174
250
230
4613
023
620
8 802632
03164
032052
471
091021
021774
B1
57.001/081
M
VF
462803
74163
892203
45.32
552551
041885
B2
5.101/042
M
VF
013053
08114
543233
462
552551
041036
B3
2.201/603
M
VF
5
(A) (B)
DIMENTIONAL SPECIFICATIONMODEL 415V MODEL 230V SPEED IN
RPMPOWER IN
KWHP DRAWING C M A B G HOLES D E F H L N
81102136810511314010010906072A52.081.003/81 MVF
81102136810511314010010906072A52.081.003/53 MVF
FVM 40/30 FVM S40/30 0.37 0.5 A 325 90 90 120 12 4 155 180 32 71 120 140
FVM 42/30 3000 RPM 0.37 0.5 A 325 90 90 120 12 4 155 180 32 71 120 140
FVM 76/30 FVM S76/30 0.75 1 A 352 100 105 160 13 4 215 200 32 80 152 157
FVM 112/30 FVM S112/30 1.5 2 A 392 100 120 200 17 4 250 230 46 9 2 192 178
CRM T255/30 2.2 3 A 410 130 120 200 17 4 250 250 46 100 192 20880229100164052052471002021031014A32.203/552 MVF
01305308114543233462552551041036B57.303/283 MVF
75102117230025514310210908082A52.081.051/81 MVF
75102117230025514310210908082A52.081.051/82 MVF
FVM 42/15 FVM S42/15 0.37 0.5 A 422 140 105 160 13 4 215 230 32 80 152 178
8712510823032512431061501041224A5.073.051/65 MVF
FVM 96/15 FVM S96/15 1500 RPM 0.75 1 A 512 160 120 200 17 4 25 0 250 46 92 192 208
8022912964052052471002021061215A157.051/031 MVF
80263203164032052471091021021774B5.11.151/672 MVF
FVM 191/15 FVM S191/15 1.5 2 A 612 210 120 200 17 4 250 250 46 9 2 192 208
80263203164032052471091021021774B25.151/123 MVF
80263203164032052471091021021774B32.251/022 MVF
4628037416389220345.32552551041885B32.251/083 MVF
01305308114543233462082081041036B57.351/045 MVF
8712510823002512431061501061215A5.073.001/05 MVF
80263203164032052471091021021774B157.001/611 MVF
FVM 143/10 1000 RPM 0.75 1 B 477 120 120 190 17 4 250 230 46 130 236 208
80263203164032052471091021021774B157.001/081 MVF
4628037416389220345.32552551041885B25.101/042 MVF
01305308114543233462552551041036B32.201/603 MVF
Vibrator Motor
(A) (B)
DIMENTIONAL SPECIFICATIONMODEL 415V MODEL 230V SPEED IN
RPMPOWER IN
KWHP DRAWING C M A B G HOLES D E F H L N
81102136810511314010010906072A52.081.003/81 MVF
81102136810511314010010906072A52.081.003/53 MVF
FVM 40/30 FVM S40/30 0.37 0.5 A 325 90 90 120 12 4 155 180 32 71 120 140
FVM 42/30 3000 RPM 0.37 0.5 A 325 90 90 120 12 4 155 180 32 71 120 140
FVM 76/30 FVM S76/30 0.75 1 A 352 100 105 160 13 4 215 200 32 80 152 157
FVM 112/30 FVM S112/30 1.5 2 A 392 100 120 200 17 4 250 230 46 9 2 192 178
CRM T255/30 2.2 3 A 410 130 120 200 17 4 250 250 46 100 192 20880229100164052052471002021031014A32.203/552 MVF
01305308114543233462552551041036B57.303/283 MVF
75102117230025514310210908082A52.081.051/81 MVF
75102117230025514310210908082A52.081.051/82 MVF
FVM 42/15 FVM S42/15 0.37 0.5 A 422 140 105 160 13 4 215 230 32 80 152 178
8712510823032512431061501041224A5.073.051/65 MVF
FVM 96/15 FVM S96/15 1500 RPM 0.75 1 A 512 160 120 200 17 4 25 0 250 46 92 192 208
8022912964052052471002021061215A157.051/031 MVF
80263203164032052471091021021774B5.11.151/672 MVF
FVM 191/15 FVM S191/15 1.5 2 A 612 210 120 200 17 4 250 250 46 9 2 192 208
80263203164032052471091021021774B25.151/123 MVF
80263203164032052471091021021774B32.251/022 MVF
4628037416389220345.32552551041885B32.251/083 MVF
01305308114543233462082081041036B57.351/045 MVF
8712510823002512431061501061215A5.073.001/05 MVF
80263203164032052471091021021774B157.001/611 MVF
FVM 143/10 1000 RPM 0.75 1 B 477 120 120 190 17 4 250 230 46 130 236 208
80263203164032052471091021021774B157.001/081 MVF
4628037416389220345.32552551041885B25.101/042 MVF
01305308114543233462552551041036B32.201/603 MVF
DRAWING - A DRAWING - B
Vibration Force is adjusted simply by modifying the percentage of the unbalanced weight on the rotor shaft, desired force can be set by loosening the bolt of the outer eccentric weight on both sides and realigning the adjustable weight.
1. Adjustable Eccentric Weights - TYPE - A
2. Adjustable Eccentric Weights - TYPE - B
Rotate the eccentric weights following the design on the plate. From the thicker tip towards the thin trip
The fissure (slipt) in eccentric weight should be treated as the base line for degree of adjustment
Note : Adjustment should be made on both sides and also the setting percentage should be same on both sides.
Rotate the Eccentric weights in the opposite direction to the cable gland
3. Tips to correctly Adjust the Eccentric Weights
6
INDUSTRIAL VIBRATORS
Vibrator Motor Position Selection For Hopper / Silos
• Do not attach the motor directly to the hopper. Instead, weld a base plate to the hopper and bolt the motor to the base plate.
• Make sure the motor’s protective circuits, including the ground wire are completely installed and operational.
7
8
Vibrator Motor
SAFETY NOTES
The Vibrator motor shall be started only, if mounted for the defined use with the corresponding machine and all protection devices.
Attention: In case of handling or work with the vibrator motor the centrifugal weights of the vibrator motor may rotate unexpectedly. Risk of injuryOverall protection of persons is insured only if the vibrator motors are closed completely.
The motor is not allowed to be used without protective cover of the centrifugal weights.The electrical connection of the vibrator
Warning : • Do not grease new motors before installation.• Our Vibrator Motors with roller bearings leave the factory filled with right quantity
of grease while those with rubber sealed ball bearing do not need any lubrication
motor must be protected appropriately.
A damage insulation of the connection cable and missing covering of the terminal box may result in danger to life due to electrical shock. Eliminate such defects immediately.
Carryout any maintenance or setting work on the vibrator motor only with the motor at standstill.
Prior to the beginning of such work make sure that it is not possible to switch on the vibrator motor by error or unauthorized person.
Pashamailaram Plot No. 11 & 12, Phase IV, APIIC, IDA. Pashamailaram 502 307, Patancheru Mandal, Medak Dist (TS) Tel : 08455 - 224501. Email: [email protected]
Factory Address:
Mar
-18/
1K
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