Vibration Motor YZO Series Three-Phase Asynchronous Vibration Motor Feeder

The following is an introduction to the YZO series three-phase asynchronous vibrating motor feeder:

Working Principle

The YZO series three-phase asynchronous vibrating motor feeder mainly consists of components such as the YZO series vibrating motor and the feeding trough. Among these, the YZO series vibrating motor is an excitation source that integrates the power source and the vibration source into one unit. Vibration motors are equipped with adjustable eccentric blocks at both ends of the rotor shaft. When the motor is powered and running, the shaft and eccentric blocks rotate at high speed, generating centrifugal force, which in turn produces the excitation force. The excitation force is transmitted through the motor to the feeding trough, causing the trough to vibrate. This vibration propels the material forward by throwing it up and moving it along the trough, achieving the purpose of feeding. 

Features

Simple structure: The YZO series vibrating motor itself has a simple structure. When combined with components like the feeding trough, the overall structure remains uncomplicated, making installation and maintenance relatively convenient.

Adjustable excitation force: By adjusting the angle of the eccentric blocks, the excitation force can be steplessly adjusted, allowing precise control of the feeding volume and speed according to different feeding requirements.

Stable operation: Utilizing a three-phase asynchronous motor as the power source, it operates smoothly and reliably with stable vibration frequency, ensuring continuous and uniform feeding.

Wide range of applications: Its fully enclosed structure makes it suitable for various dusty environments without explosion-proof requirements, and it can reliably operate even in harsh conditions such as humidity. It is widely used in industries like power, building materials, coal, mining, metallurgy, and chemical engineering.

Low energy consumption: With high utilization of excitation force and low energy consumption, it meets feeding requirements while reducing energy usage and saving costs.

Low noise: Vibration is generated through smooth rotation, resulting in low noise levels, which helps improve the working environment.

Selection Points

Rated power: Based on factors such as the feeder's load, feeding volume requirements, and conveying distance, select a YZO vibrating motor with an appropriate rated power to ensure the motor can provide sufficient power to drive the feeder.

Excitation force: Determine the required excitation force based on the size of the feeding trough, material characteristics (such as particle size, density, flowability), and feeding speed requirements. Choose a YZO motor capable of providing the corresponding excitation force.

Vibration frequency and amplitude: Different materials and feeding processes require specific vibration frequencies and amplitudes. Select the appropriate combination based on actual conditions to achieve optimal feeding results.

Installation method:

The YZO series vibrating motor offers various installation methods, such as horizontal and vertical. Choose the suitable installation method based on the feeder's structure and available space to ensure the motor is securely installed and operates safely.

Maintenance Regularly inspect the motor's appearance: Check for any damage, cracks, or deformation on the motor housing. Ensure the motor's terminal box is well-sealed and the wiring is secure.

Check the eccentric blocks: Regularly inspect whether the fixing bolts of the eccentric blocks are loose and if the angle of the eccentric blocks has changed. If there is any looseness or change, adjust and tighten them promptly.

Check the bearings: Regularly inspect the lubrication condition of the bearings, replenish or replace the grease in a timely manner, and check for bearing wear. If severe wear is found, replace the bearings promptly.

Clean the motor surface: Regularly clean dust and debris from the motor surface to maintain good heat dissipation and prevent overheating caused by excessive dust accumulation.

Check the power lines: Regularly inspect the insulation condition of the power lines for any leakage or short circuits to ensure the motor's power supply is safe.