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Product code: 89040
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Our 60mm electromagnet with a 65kg breakaway cap uses DC power and is built by wrapping many coils of wire around a ferromagnetic core. When electricity flows through a conductor an electromagnet is created with the magnetic field around the conductor.
Click here for this product's technical specifications.
The Stubby Electromagnet will operate over a range of voltages and is effective between 2 and 32 Volts D.C. Typical applications include automation, sheet handling, welding jigs, fire doors and air-conditioning smoke shutters. This Electromagnet is suitable for continuous duty up to 32 Volts. Some current drop will occur at higher voltages and temperatures. The most significant factors affecting the performance of the magnet will be the thickness of the steel being lifted and the surface condition of the steel.
No FAQ available
Our 60mm electromagnet with a 65kg breakaway cap uses DC power and is built by wrapping many coils of wire around a ferromagnetic core. When electricity flows through a conductor an electromagnet is created with the magnetic field around the conductor.
Click here for this product's technical specifications.
The Stubby Electromagnet will operate over a range of voltages and is effective between 2 and 32 Volts D.C. Typical applications include automation, sheet handling, welding jigs, fire doors and air-conditioning smoke shutters. This Electromagnet is suitable for continuous duty up to 32 Volts. Some current drop will occur at higher voltages and temperatures. The most significant factors affecting the performance of the magnet will be the thickness of the steel being lifted and the surface condition of the steel.
No FAQ available
The Pull Force listed for each magnet is based on lifting 10mm thick steel from a horizontal surface. Magnets on a vertical surface (of 10mm thick steel) are generally able to hold around only 30% of the pull force listed in the product description. This is due to the effects of gravity and the lack of friction between the surface and the shiny magnet. Read More