Vibrating Motor 7.5kw
Vibrating Motor 7.5kw
Vibrating Motor 7.5kw
Vibrating Motor 7.5kw
Vibrating Motor 7.5kw
Vibrating Motor 7.5kw
Vibrating Motor 7.5kw

Vibrating Motor 7.5kw

Favorable price, fast delivery, timely service-- ANG is your reliable supplier of an electric motor which is high efficiency, low noise, low temperature rise, long service life, etc.

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Product Introduction

Differences Between Single-Phase and Three-Phase Vibration Motors

Comparison Dimension	Single-Phase Vibration Motor	Three-Phase Vibration Motor
Power Supply	Single-phase 220V power supply, consisting of one live wire and one neutral wire.	Three-phase 380V power supply, consisting of three live wires and one neutral wire, with a 120-degree phase difference between live wires.
Operating Principle	Single-phase current generates a pulsating magnetic field, requiring a capacitor for phase shifting to form an elliptical rotating magnetic field to drive the rotor.	Three-phase current generates a circular rotating magnetic field, directly driving the rotor to rotate.
Starting Method	Requires capacitor assistance for starting, with relatively low starting torque.	Self-starting, with high starting torque and a smooth starting process.
Operational Stability	The rotating magnetic field is discontinuous, resulting in vibration and noise, with significant torque fluctuations.	The rotating magnetic field is continuous, ensuring stable operation, low noise and vibration, and balanced torque.
Rated Power	Typically has lower power, ranging from a few hundred watts to a few kilowatts.	Typically has higher power, ranging from a few kilowatts to hundreds of kilowatts.
Application Scenarios	Suitable for low-power, low-starting-torque devices, such as household appliances (electric fans, washing machines) and small machinery.	Suitable for high-power, high-starting-torque devices, such as industrial machinery (vibrating screens, vibrating conveyors) and large production lines.
Efficiency & Energy Consumption	Lower efficiency and higher energy consumption due to the need for auxiliary devices for starting and operation.	Higher efficiency and lower energy consumption by directly utilizing the alternating magnetic field generated by the three-phase power supply to drive the motor.
Control Performance	Weak control performance, typically controlling speed and direction through starting circuits, requiring external devices for precise control.	Strong control performance, allowing precise control of speed, torque, and power by varying input voltage, current, and frequency.
Structure & Size	Relatively simple structure and smaller size, facilitating easy installation and use.	Compact design with high power density per unit volume, but relatively larger in size.