Description
Our industrial vibration motors are specially designed for vibrating screens, feeders, and material processing equipment. Featuring adjustable excitation force (20–40,000 kg) and multi-pole options, they deliver stable, continuous vibration to meet the requirements of screening, grading, dewatering, and conveying processes across mining, chemical, food, and construction industries.
Built with high-strength cast housings, premium bearings, and IP65/IP66 protection, these motors withstand harsh working conditions while minimizing downtime. F-class insulation, and global voltage compatibility make them ideal for export markets. Low maintenance, long service life, and factory customization ensure they perfectly match your vibrating screen’s performance needs.
Vibration Motor Maintenance Tips (for Vibrating Screeners, vibrating feeders)
- Regular Bolt Inspection & TighteningCheck and fasten all mounting bolts regularly. Loose screws under continuous vibration will cause motor damage, abnormal noise and safety risks.
- Periodic Bearing LubricationRefill high-temperature resistant grease on schedule. Avoid overfilling; proper lubrication reduces bearing wear, extends service life and keeps stable running performance.
- Keep Clean for Heat DissipationClean dust, material residue and dirt from the motor surface and fan cover at all times. Good heat ventilation prevents overheating, insulation aging and motor burnout.
- Check Seals & Cable Protection DailyInspect waterproof/dustproof seals, junction box and power cables frequently. Prevent water, dust and moisture from entering the motor interior, especially for harsh industrial environments.
- Ensure Balanced Eccentric BlocksConfirm both-side eccentric blocks stay at the same angle and tightly locked. Unbalanced excitation force leads to vibrating screen deviation, motor overload and heavy vibration failure.
- Prohibit Abnormal OperationNever run the motor with phase loss, over excitation force or frequent start-stop. Match the correct voltage and working load according to the rated parameters.
