Tubular Electromagnet MK-P34/9, Rare Earth Neodymium Permanent Electromagnet, Industrial Round Electric Magnet, Tubular magnetic chuck holding electromagnet with permanent magnet
Tubular Electromagnet Feature:
Part No.: MK-P34/9
Input Voltage: 24V DC Default (6V 12v 24V Options, please remark in your order )
Power Consumption: 6W
Holding Force: 8kg/80N
Material: Metal
Color: Silvery
Diameter: 34 mm
Center Diameter: 12 mm
Height: 9 mm
Lead LenGth: 250 mm
Thread Size: M5
Powerful and compact
Smooth and flat surface
Low power consumption and reliable Applications: Assembly line, sorting machine, mechanical arm
In the rated voltage range can be used to mediate the voltage to mediate the suction, but can not exceed the rated voltage.
Electromagnet in working condition electromagnetic conversion would produce a certain amount of heat, electricity more frequently the higher temperature, which is a normal phenomenon.
Part No.: MK-P34/9
Input Voltage: 24V DC Default (6V 12v 24V Options, please remark in your order )
Power Consumption: 6W
Holding Force: 8kg/80N
Material: Metal
Color: Silvery
Diameter: 34 mm
Center Diameter: 12 mm
Height: 9 mm
Lead LenGth: 250 mm
Thread Size: M5
Powerful and compact
Smooth and flat surface
Low power consumption and reliable Applications: Assembly line, sorting machine, mechanical arm
In the rated voltage range can be used to mediate the voltage to mediate the suction, but can not exceed the rated voltage.
Electromagnet in working condition electromagnetic conversion would produce a certain amount of heat, electricity more frequently the higher temperature, which is a normal phenomenon.
Electromagnets design principles & targets
Customizing an electromagnet according to customer’s requirements can be targeted by or required as a result off:
Power / holding force – including heat affects study.
Force over gap – a gap between electromagnet and ferromagnetic work pieces
Effect on work surfaces
Heat & environmental requirements – electromagnets generate heat (Ohmic heating because of the resistance of the windings). Different designs can control heat and improve performance.
Special sizes to fit customer’s application
Magnetic field requirements: precise magnetic field, special magnetic curve.
Materials
Customizing an electromagnet according to customer’s requirements can be targeted by or required as a result off:
Power / holding force – including heat affects study.
Force over gap – a gap between electromagnet and ferromagnetic work pieces
Effect on work surfaces
Heat & environmental requirements – electromagnets generate heat (Ohmic heating because of the resistance of the windings). Different designs can control heat and improve performance.
Special sizes to fit customer’s application
Magnetic field requirements: precise magnetic field, special magnetic curve.
Materials
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