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Electro-Magnetic Permanent Lifting/ Holding Device

Supplier : Permanent Magnets Limited

Key Features of Electro-Magnetic Permanent Lifting/ Holding Device
  • Remains in "Hold" condition even if electrical power supply fails during operation.
  • Electromagnet becomes demagnetized when the electrical power supply to it fails which results in releasing of the lifted component immediately.
  • In case of EPM, only one electrical pulse for power supply needs to be given to the magnet for `Hold` or `Release` operation and therefore electrical energy consumptions is very negligible.
  • Electromagnet requires continuous electrical supply and therefore electrical energy consumption will be on higher side thereby increasing the running cost.
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Product Profile of Electro-Magnetic Permanent Lifting/ Holding Device
Electro-Magnetic Permanent Lifting/ Holding Device is a fail-safe type of magnet because once it is magnetized for holding / lifting, it cannot be demagnetized unless a reverse pulse of current is passed through the magnet. The Lifting/ Holding Device is provided with a magnetizer in a panel board. Permanent Magnets Limited, an ISO-9001 certified company manufactures Electro-Magnetic Permanent Lifting/ Holding Device.

Permanent Magnets Limited offers a wide range of magnetic assemblies and systems like magnetic equipments, industrial rollers, adjustable clamps and industrial magnets. The Electro-Magnetic Permanent Lifting/ Holding Device is equipped with operating push buttons on the panel board for hold and release.

Key Features of Electro-Magnetic Permanent Lifting/ Holding Device
  • Remains in "Hold" condition even if electrical power supply fails during operation.
  • Electromagnet becomes demagnetized when the electrical power supply to it fails which results in releasing of the lifted component immediately.
  • In case of EPM, only one electrical pulse for power supply needs to be given to the magnet for `Hold` or `Release` operation and therefore electrical energy consumptions is very negligible.
  • Electromagnet requires continuous electrical supply and therefore electrical energy consumption will be on higher side thereby increasing the running cost.
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