Introduction to Electromagnetic Bin Vibrator

• Electrical Energy Conversion
  When powered on, the vibrator receives an electric current, which activates an electromagnetic coil inside the unit.
• Magnetic Field Generation
  The electric current passing through the coil creates a magnetic field, attracting a vibrating armature or plate within the system.
• Rapid Vibrations are Produced
  The repeated attraction and release of the armature cause continuous, high-frequency vibrations. These vibrations are transferred to the mounting surface (such as a hopper or bin wall), which helps in dislodging stuck materials and improving material flow.
• Material Flow is Restored
  The vibrations shake the bin or hopper, reducing material compaction and allowing the contents to flow freely toward the outlet. The process stops when the power is turned off.

Advantages of Electromagnetic Bin Vibrators

• Instant Start/Stop Operation
• Precise Vibration Control
• Energy Efficient
• Low Maintenance
• Silent & Smooth Operation