PRODUCTS
2/4-pole single-phase vibration motor

2/4-pole single-phase vibration motor

Single-phase vibration motor is a special type of motor powered by single-phase AC power supply, <br> Its main feature is that through the internal eccentric block design, centrifugal force is generated when the motor is rotating, so as to realize the vibration effect.<br> This kind of motor is widely used in mining, metallurgy, coal, electric power, construction, chemical industry, casting, light industry, food and other industries.

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2 poles series vibration motor

2 poles series vibration motor

2-pole vibration motor is a kind of motor with high rotational speed, which has the advantages of simple structure, smooth operation, good vibration effect, etc. With the features of high rotational speed and low amplitude, it is widely used in the industrial fields that need high-frequency dewatering, high-frequency vibration and compacting, cleaning of silo wall and chute, and other special crafts.

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4 poles series vibration motor

4 poles series vibration motor

The 4-pole vibration motor is a kind of motor based on the interaction of Lorentz force and magnetic field, which generates a magnetic field in the stator coil through electric current and interacts with the magnetic field generated by the magnet on the rotor, thus driving the rotor to rotate. These motors are usually characterized by low speed and high torque and are suitable for applications requiring low speed and high torque, such as mixing equipment, abrasives and tablet presses.

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6 poles series vibration motor

6 poles series vibration motor

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Single phase/three-phase vibration motor

Single phase/three-phase vibration motor

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DC vibration motor

DC vibration motor

DC vibration motor is a kind of special motor that utilizes electromagnetic principle to generate vibration force, which is widely used in many fields such as industry, automobile, medical treatment and etc. Its working principle is based on the alternating electric potential induced in the armature coil. Its working principle is based on the alternating electromotive force generated by induction in the armature coil, which is converted into direct current electromotive force through the role of commutator and brushes.

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