阪神电机 阪神振动马达 说明书

V
2
VIBRATION MOTOR
CATAL. No. GUIDE
0045
5
23
2 = 2 POLE 4 = 4 POLE 6 = 6 POLE 8 = 8 POLE
A : SINGLE-PHASE VOLTAGE 12 = 110 / 220V
S : 3-PHASE VOLTAGE 23 = 220 / 380V, 24 = 220 / 440V
VIBRATION MOTOR
GEAR MOTOR
WORM GEAR SPEED REDUCER SPIRAL GEAR BOX VARIABLE SPEED DRIVER VIBRATION MOTOR TORQUE MOTOR PRESSURE BLOWER MAGNETIC CLUTCH & BRAKE
capacity. 3.Dislodging dust and partialities into collectors to control air pollution. 4.Non-destructive vibration testing machines used in the computer and electronics
One vibration motor is installed on the lower end of the mechanism such that the installation angle enables the production of circular movement for sifting and conveyance functions, wherein the different functions are based on the adjusted angle.
industries. 5.Vibrating poured concrete forms such as those used for tunnel walls, enclosures,
The two vibration motors are individually installed on the upper end of the mechanism, and inside is a multi-layer sieve net structure that functions at high efficiency according to granularity specifications.
71.5%
40.5%
90°
45°
12.5% 0°
1. 2. 3. 4.3000
Indications of instalment and adjusting:
1.After adjusting the vibration force, the adjustment screw must be firmly tightened to prevent the hazardous ejection of the vibrating blades. The double-edged vibrating blades should be fully adjusted to ensure the usable service life.
VIBRATION MOTOR
2 POLE
Dimension
mm
Model
V2-0025 V2-0045 V2-0075 V2-0090 V2-0180 V2-0250 V2-0370 V2-0750 V2-1100 V2-1500 V2-2200 V2-3700
(kg) HP Vibration power
E3
The specifications are subject to change by the manufacturer without prior notice.
OTHER
GEAR MOTOR
MAGNETIC CLUTCH & BRAKE PRESSURE BLOWER TORQUE MOTOR VIBRATION MOTOR VARIABLE SPEED DRIVER SPIRAL GEAR BOX WORM GEAR SPEED REDUCER
90
180 135
46
150
90
180 135
46
180 123 230 170
50
220 180 270 220
70
220 180 270 220
70
220 180 270 220
70
260 140 330 240
70
260 140 330 240
70
KLHd
kg
30
140
75
7
1.5
40
170
140
6.PCB
2 POLE Mechanical vibration applications: 1.Preventing coagulation in materials storage bins and feeder conveyance pipes
used by manufacturers. 2.Settling powder and other fine granular material in containers to maximise load
Fixed fan blades
Adjusted fan blades
Adjusted fan blades screw
100 110 120
OTHER
Fixed fan blades
Detail map of blades
E1
The specifications are subject to change by the manufacturer without prior notice.
Vibrating motor
The base
OTHER
Mechanism in need vibrating
The specifications are subject to change by the manufacturer without prior notice.
E2
GEAR MOTOR
VIBRATION MOTOR
INSTALLS THE WAY
General Plan
Vibration Percentage
100%
An outer shape with vibrating Blades at its two-lateral sides
Blade angle
180°
93% 135°
2.During normal use. Be sure that the frame leg anchor screws and the protruding extension cord are properly secured.
3.When selecting a mounting base for the motor, the strength of the mounting base must be adequate enough to prevent damaging the vibrator mechanism.
WORM GEAR SPEED REDUCER SPIRAL GEAR BOX VARIABLE SPEED DRIVER VIBRATION MOTOR TORQUE MOTOR PRESSURE BLOWER MAGNETIC CLUTCH & BRAKE
Mechanical Type
VIBRATION MOTOR
4.Under normal usage conditions, maintenance should be conducted once every 3,000 hours of operation.
Detailed Installation Drawingห้องสมุดไป่ตู้
Using directions: It applying especially for funnel with good effectiveness. We also design specially items for fitting the places as needed.
Adjusted fan blades
GEAR MOTOR
MAGNETIC CLUTCH & BRAKE PRESSURE BLOWER TORQUE MOTOR VIBRATION MOTOR VARIABLE SPEED DRIVER SPIRAL GEAR BOX WORM GEAR SPEED REDUCER
Utilizing a verlical-type vibration motor enables the sievent to produce a three-cycle movement that is quite effective for sifting powder of fine and ultra-fine granularity and furthermore, without clogging the sieve net: can also be utilized in wet-type sieve sifters.
RATIO 5=50HZ 6=60HZ
HORSEPOWER
0025=1/32HP 0180=1/4 HP 1100=1-1/2HP 7500=10HP
0045=1/16HP 0250= 1/3 HP 1500= 2HP
075=1/10HP 0370= 1/2HP 2200=3HP
0090=1/8HP 0750= 1 HP 5500=7-1/2HP
APPLICATION EXAMPLE
Motor installation angle and vibration direction
Vibrating Direction Description of Application Structure
The two vibration motors are installed respectively on the left and right side of straight-line vibration in the same direction. By varying the installation angles of the vibration motors different projection angles can be achieved to meet the operating requirements of the machine platform.
The vibrations produced by the vibration motor depends on the particular model installed frequency variance is utilized to change the outputted vibration intensity and amplitude. This model is most appropriate for use in the food and chemical industries.
V =VIBRATION MOTOR VIBRATION MOTOR
Amplitude of vibration adjusting:
• • The angle between adjusting blade and steady blade is changeable
to fit the vibration energy as showed in map.
E
F
MN
J
1/32 1/16 1/10 1/8 1/4 1/3 1/2
1 1-1/2
2 3 5
30 50 80 100 260 360 600 1000 1600 2000 3000 5000
92
33
110
60
23
100
60
125
90
30
130
50
160 100
40
130
50
160 100
40
150
11
3.5
36
210
170
11
12
36
210
170
11
13
40
268
190
14
18
40
268
190
14
20
55
330
200
14
25
80
370
230
18
38
80
370 230
118
39
80
370
230
18
40
90
442
280
28
75
90
442
280
28
83
L
H
K
4-d
F
N
J E M
2 POLE
1. 2. 3. 4. 5.