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Inductive Self-Contained Vacuum Hopper Loaders

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The Shini USA  Inductive Self-Contained Vacuum Hopper Loaders are designed with a blower style motor and reverse motor cleaning function.  This rugged  hopper loader is for more robust operations and features a no material/alarm buzzer, stainless steel hopper, cloth mesh filter and reverse motor cleaning. The Inductive Self-Contained Hopper Loaders also offer easy-to-use controls, with fully programmable functions. The detachable handheld control allows the operator the convenience of remote operation.

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Having first-rate, top-of-the-line equipment is essential to remaining a competitive business and anything less can drastically affect your bottom line. Our inductive self-contained vacuum hopper loaders are operator and facility friendly with sound-proof enclosure, No material alarm buzzer and reverse motor cleaning.

Inductive Self-Contained Vacuum Hopper Loaders Series feature:

  • Inductive motor
  • Microswitch Level Switch
  • No material alarm buzzer
  • Motor reverse
  • Sound-proof enclosure to reduce noise
  • Run time indicator
  • Stainless steel interior
  • Quick release hinged lid
  • View port on discharge
  • No internal protrusions
  • Reverse stopper flap
  • Microprocessor control
  • Easy push button control
  • Easy-to-read display
  • Removable control panel for handheld remote operation
  • A pendant which may be extended up to 50′ by using standard CAT5 cable
  • Fully programmable interface with functions for
    • Filter cleaning time and frequency
    • Load time
    • Delay time
    • Maintenance scheduling
    • Controls optional SPV proportional valve
      • Variable load sequences
      • Visual alarms
      • Items included: – One (1) 10′ hose – Two (2) adjustable clamps, – One (1) stainless steel wand

Our inductive self-contained vacuum hopper loaders  minimize dust and contamination in the air, providing a healthier and cleaner work environment. With lower material costs, these systems save you money and are more energy efficient.