KEE-140-6 Industrial Vibrating Motor (6-Pole)

With a straightforward setup and minimal moving parts, the KEE-140-6 Vibration Motor keeps maintenance requirements low. Its balanced rotary electric design significantly reduces downtime, while the high-force output ensures optimal material flow and reduced bottlenecks in processing lines. Fine-tune the vibration amplitude to match the specific needs of different bulk materials—achieving efficient throughput without excess energy consumption.

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• Dust-Tight Enclosure (IP55): Shields the internal assembly from contaminants, reducing the risk of malfunction.
• Heavy-Duty Construction: Helps withstand shock, vibration, and extreme conditions, aligning with common industrial standards.
• Thermal Stability: Designed for continuous use at maximum force, reducing the risk of overheating.
• Ergonomic Controls: Adjustable weights and accessible lubrication points simplify operator interactions, enhancing overall safety.

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1. Secure Mounting: Ensure a sturdy foundation—like a steel plate or reinforced support—to handle high vibratory forces.
2. Check Power Compatibility: Confirm the correct voltage supply (e.g., 230/460 V) and phase requirements before wiring.
3. Align Eccentric Weights: Follow the manufacturer’s manual for weight positioning to achieve the desired force level.
4. Maintain Proper Clearance: Leave enough space around the motor for cooling airflow and routine inspections.
5. Scheduled Greasing: Use Shell Alvania Grease #3 at recommended intervals to prolong bearing life and maintain performance.

Thanks to its versatile design, the KEE-140-6 easily fits into:

• Feeders and Conveyors: Improves material flow, reducing blockages or bridging.
• Screening Equipment: Ensures efficient separation by providing uniform vibration across the screening surface.
• Bins and Hoppers: Prevents clumping or buildup of bulk solids.
• Vibratory Tables: Delivers consistent compaction or settling of materials, essential for packaging and mold forming.

The KEE-140-6 Vibratory Motor features:

• Periodic Greasing: Bearings are designed for periodic lubrication to minimize friction and wear.
• Sturdy Housing: Heavy-duty cast components withstand shock loads and resist corrosion.
• Efficient Heat Dissipation: Proper venting and material selection help manage heat for extended operation at peak performance.
• Extended Service Life: With routine inspections and timely lubrication, expect long-lasting, reliable output.