VB-32154-W Vibration Motor
VB-32154-W Vibration Motor General specification:
| Model Type | VB |
| Phase | 3 phase |
| Vibratory Force | 32 KN |
| Rated Power | 1.5 KW |
| Speed | 1450 RPM |
| Installation dimension | 260*180 MM |
| Rated Voltage | 220/380V/400V/660V |
| Duty | Continuous S1 |
| Frequency | 50/60 HZ |
| Protection Class | IP54/IP55 |
| Insulation Class | B/F/H |
How is Amplitude Generated?
For the common eccentric weight (rotating mass) vibration motor, the amplitude A is primarily determined by the following relationship:
A ≈ (M × e) / m
Where:
M: Total mass of the eccentric weights (kg)
e: Eccentricity (m) - the distance from the center of mass of the weights to the axis of rotation.
m: Total vibrating mass of the system, including the machine structure, material load, and the motor itself (kg).
A: Resulting Amplitude (m)
This is the principle of amplitude adjustment:
Adjusting the Eccentric Weights: By changing the relative angle between the two adjustable eccentric weights on the motor shaft, you change the effective M × e (the centrifugal force moment or exciting force). When the weights are aligned, force is maximal, leading to maximum amplitude. When offset, forces partially cancel, reducing amplitude.
Effect of Vibrating Mass: The material load (m) on the machine directly affects amplitude. Amplitude is highest when empty and decreases under load. Design and setup must account for this.




















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