800-232-4359 847-593-2060
Items: 0 |
Shopping Cart

All Orders Ship From Chicago!
Shipping as Normal. No Delays!
  • Live Chat
  • Orders received before
    3:30 p.m. cst: same-day shipping

Power Supply, BPS1

Power Supply, BPS1 photo
Part # Size H x W x D Watts Input VAC Output VDC Specs Price Quantity
BPS1-0300VP-110 8x5x5 300 120 110 Variable Download $680.00 Add
BPS1-0150VP-110 8x5x5 150 120 110 Variable Download $625.00 Add
BPS1-0300-110 8x5x5 300 120 110 Download $460.00 Add
BPS1-0100VP-12 8x5x5 100 120 12 Variable Download $785.00 Add
BPS1-0150-110 8x5x5 150 120 110 Download $435.00 Add
BPS1-0100-12 8x5x5 100 120 12 Download $640.00 Add
BPS1-0030VP-12 8x5x5 30 120 12 Variable Download $645.00 Add
BPS1-0030-12 8x5x5 30 120 12 Download $480.00 Add
BPS1-0015VP-12 8x5x5 15 120 12 Variable Download $615.00 Add
BPS1-0015-12 8x5x5 15 120 12 Download $450.00 Add
Login to submit a product review

BuyMagnets.com BPS1 Manual Power Supplies feature a 3-position manual control switch for on-off-release, an indicator light, 6’ input cord with plug, 3’ output cord, and a splash-resistant enclosure. Electromagnets must be able to release ferrous objects as readily as they attract and hold them. Release is the function of the Power Supply – not the magnet. Power Supplies render a reverse current that ensures positive release of even those alloy steels that retain induced magnetism extremely well. All Bunting® Power Supplies are designed to provide D.C. power for industrial electromagnets. Note: Total wattage of all magnets powered by a single Bunting Power Supply must not exceed the wattage rating of the Power Supply. For example; you can use five 3-watt magnets with a 15-watt Power Supply.

Click Here to view and download the Power Supply, BPS1 User Manual.

  • All Measurements are in inches (unless otherwise noted)
  • Direction of Magnetization (DOM) is through the thickness unless noted
  • Unless otherwise specified, magnets will be furnished in magnetized condition
  • Holding forces are approximate. These are average values obtained under laboratory conditions. Size, shape, and material of the test piece may affect actual pull forces