Vibratory Motor
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VL Series Vibration Motors: Powerful Vibration Performance

VL Series Vibration Motor

VL series vibration motor, power 1.0~2.2KW, 2, 4 poles, excitation force 13~35KN, a total of 10 specifications. This series of vibration motors are mainly suitable for non-ferrous metal mines and other industries.
  • Description

The VL series vibration motors are a range of specialized electric motors designed for generating controlled vibrations in various industrial applications. These motors are known for their reliability, durability, and efficiency, making them suitable for integration into equipment such as vibrating screens, feeders, conveyors, compactors, and sieves.

The VL series vibration motor is installed on the vibrating machine, with a unique slender rod as the structure, and the excitation force is transmitted through the base of the machine base. Therefore, compared with the prior art, it has the following main advantages:

1. The motor is a high-frequency motor with small motor amplitude, high efficiency, lower temperature rise of the stator winding, and stronger motor adaptability.

2. Since the base is made of nodular cast iron, the body has high strength and good mechanical properties.

3. Since the base is a long cylindrical structure (similar to a slender rod structure), the distance between the excitation force action point (the distance of the foot hole) is relatively wide, especially for places that require a wide distance to transmit the excitation force Be applicable.

4. Special bearings for vibration motors with large load-bearing capacity and long service life are used, and special greases for vibration motors with high temperature resistance, anti-extrusion and anti-oxidation are used to ensure good lubrication of the bearings under vibration and ensure the longevity of the equipment. extend.

5. As the main structure reaches IP54 protection level and the insulation level is raised to F level, the motor has a wider application range and more reliable operation.

6. Unique and reasonable support structure and process design, especially the use of vibrating bearing, make the working conditions of the bearing be fundamentally improved, the force distribution is optimized, the lubrication is more sufficient, the working temperature rise is lower, and the service life is longer.

VL Series Vibration Motor Working Principles

Electric Excitation: VL Series Vibration Motors operate based on electromagnetic excitation principles. When an electric current flows through the motor windings, it generates a magnetic field that interacts with the rotor, causing it to rotate.

Eccentric Weight: Each motor in the VL Series is equipped with an eccentric weight mounted on the rotor shaft. As the rotor rotates, the eccentric weight generates centrifugal force, leading to vibration.

Vibration Generation: The vibration produced by the eccentric weight is transmitted to the equipment or machinery connected to the motor, causing it to vibrate. The vibration parameters (intensity, frequency, and amplitude) can be adjusted to meet specific application needs.

Control: VL Series motors can be controlled manually or through automated systems such as variable frequency drives (VFDs) or programmable logic controllers (PLCs), offering precise control over vibration characteristics.

VL Series Vibration Motor Applications

Material Handling: VL Series Vibration Motors are commonly used in material handling equipment such as vibrating screens, feeders, and conveyors to facilitate the transportation, sorting, and processing of bulk materials.

Screening and Sizing: They find applications in vibrating sieves and screens for separating particles based on size, shape, or density in industries such as pharmaceuticals, chemicals, and food processing.

Compaction: VL motors are utilized in compactors and vibratory compacting equipment to densify soil, asphalt, concrete, and other materials in construction, road building, and landscaping projects.

Foundry and Metalworking: These motors are used in foundry shakeouts and metalworking equipment to remove sand, debris, and burrs from castings, forgings, and machined parts.

Testing and Calibration: They are employed in testing equipment, instruments, and calibration devices that require controlled vibrations for performance testing, analysis, and quality assurance purposes.

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