YZU Series Three-Phase Asynchronous Vibration Motor

YZU Series Three-Phase Asynchronous Vibrating Motor is a general-purpose excitation source that integrates power supply and excitation source. It is widely used in various vibration machinery.

YZU Series Three-Phase Asynchronous Vibrating Motor is a general-purpose excitation source that integrates power supply and excitation source. It is widely used in various vibration machinery.

**Product Features:**
This series of vibrating motors exhibits multiple outstanding performance characteristics:
– Optimal coordination between excitation force and power, delivering high vibration force with lightweight and compact design while maintaining low mechanical noise.
– Strong resistance-type vibration design ensures stable amplitude.
– Broad vibration frequency range with large-scale adjustment via speed variation.
– Minimal impact from power supply fluctuations, ensuring stable excitation force.
– Directional adjustment of excitation force possible through installation configuration.
– Continuous adjustment of excitation force and amplitude by simply modifying the angle of eccentric blocks.
– Low maintenance requirements with periodic bearing servicing.

**Technical Specifications:**
– Rated Power Range: 0.12-25kW
– Poles: 2-6 poles
– Rated Voltage: 380V (also available: 415V, 440V, 460V, 660V)
– Power Frequency: 50Hz (also available: 60Hz)
– Protection Class: IP54-IP55
– Insulation Class: B or F
– Working Mode: S1

**Applications:**
As a universal power source for vibration machinery, the YZU series is widely used in industries such as coal, metallurgy, mining, power, grain, chemical, casting, cement, and ports. It is suitable for equipment including vibrating screening machines, vibrating feeding machines, vibrating conveyors, vibrating sand breakers, vibrating ore discharge machines, and silo anti-clogging devices.

**Operating Conditions:**
The motor operates reliably in environments with temperatures ranging from -20°C to +40°C and altitudes below 1000m. Its fully enclosed structure design enables stable performance in non-explosion-proof dusty conditions