Electromechanical Vibrating Feeder

Electromechanical Vibrating Feeder is a high frequency reciprocating machine for transporting material from storage to processing or between processed at a controlled rate flow. Electromechanical Vibrating Feeder can be used to handle hot, damp, lumps, dusty or abrasive materials for proportioning and blending, packaging, mixing, weighing, sprinkling, screening, scalping, crushing, washing, drying, heating, cooling, etc.
Features

• Stable vibrating
  
• Reliable operation, long usage life
  
• Simple structure
  
• Adjustable excitation force
  
• Equipped with vibration motors
  
• Lightweight
  
• Convenient to install and maintain
  
• Enclosed type can prevent dust pollution (optional)
  
• Stable and convenient control of flow
  
• Meant for effective and gentle dosing and feeding processes
  
• Designed for continuous operation - no regular inspection or lubrication is necessary equal to negligible maintenance.
  
• Vibrating motor as excitation source


• Low noise
  
• Low power consumption
• Good adjusting performance and without material splash
  
• Open or closed design - standard or tailor-made to suit your job
  
• Low-power electric motor
  
• Driven by conventional asynchronous motor
  
• Optional Controller for varying the material flow rate
  
• Integrated chute work options are available for both electromechanical and electromagnetic vibratory feeders.

Construction

• Vibratory Feeder : Vibrating Feeder can be supplied with base mounted over hanging or combined single motor drive or with twin dual or Dual twin motor drive or with multiple drives to serve as vibrating conveyors. These feeders are having a tray mounted on the drive units. This drive unit is located beneath the tray
• Vibratory Motors : Vibratory Motors used in Vibro feeders are totally enclosed 3 phase, squirrel cage induction motors with adjustable, eccentric weights mounted at the both the end of the shaft to set up vibrations during rotation. The design of shaft and the selection of bearing has been carefully done to withstand heavy radial loads. Two identical motors mounted parallel to each other on a right and left, which is free to move in all directions, will produce linear vibrations. When connected for contra-rotation so know this principle is adopted for handling large bulky material in large feeders

Working
This vibrator motor stator frame is fabricated in steel or cost in spheroid graphitic iron and the windings/connections are properly reinforced to with stand the heavy vibrating forces. Vibrator motors can be adopted for conveyors and feeders for handling large quantities of materials is moved by linear force along with conveyor. Usually vibrator motors are fixed at an angle between 30o to 45o to the plane of the conveyor. This gives the system both upward and forward motion and horizontal vibrations to the tray which ensures a free, smooth, uniform and volumetric flow to the material that is fully variable.
Heavy-Duty Vibrating Feeders are available in a variety of trough size and shapes as per IS:8723 -1978. The vibratory tray is heavily fabricated duly stiffened with angles wear resistance plate can also be provided in the tray for varying abrasive materials. Tray can be made to suit individual's requirement. This can be made dust tight too.
Benefits

• Ruggedly constructed & Long- Life service.
  
• High reliability & Very steady operation.
  
• Low-power electric motor.
  
• High vibrating stroke.
  
• Minimal maintenance & no safety cables required.
  
• Bolts directly to hopper outlet flange.
  
• Reduced installation and startup costs.
  
• Rapid and smooth starting and stopping.
  
• Safe and stable vibratory feeder operation.
  
• Driven by conventional asynchronous motor.
  
• Optional Controller for varying the material flow rate.
  
• Ensures proper feeder and chutework clearances.
  
• Single package - including vibratory feeder, chutework and supports.
  
• Integrated chutework options are available for both electromechanical and electromagnetic vibratory feeders