40kgs Electromagnetic Holding Magnets 40*26mm, Holding Solenoid with Permanent Magnet, Small Mini Electro Holding Magnets, Round Solenoid Lifting Electromagnet for Industrial, Circular Electric Lifting Electro Strong Magnet, Electronically Switchable Permanent Magnets, Hold Electromagnets / standard Electromagnets / Solenoid Electromagnet China Supplier
40kgs Electromagnetic Holding Magnets 40*26mm Feature:
Power on to hold, power off to release
– Size: D40 x 26mm
– Power: 24VDC , 1.4W
– Holding force 40KGS
– Duty cycle: 100%
– Different models are available, holding force: 1kgs – 200kgs.
– Application: electronic machine, package machines, mechanical hands.
Product name | electromagnet lock | Insulation Class | B |
Model | MPP-4026 | Service Life | 500 Thousand |
Voltage | DC 24V | Lead time | 5 days if have stock |
Power | 5.6W | Sample Order | Acceptable |
Holding Force | >40kgs | MOQ | 1 pc |
Duty Cycle | 100% | Warranty | 1 Year |
Lead Wire | 250mm | Port of Loading | Ningbo, Zhejiang |
When activated provides a clamping, locking or holding mechanismEnergize To Hold ElectromagnetHolding solenoids with power supply 24 VDC. These types of solenoids are used in manipulators, locking systems, etc. Magnetic force is generated by permanent magnet inside – when power supply is swithced off. After switching the power supply on (right polarity is required), the electromagnet releases the load. The electromagnets have high holding force and can be combined to multiple systems. These types are suitable for applications where high safety level is required against power failure.
Electromagnetic holding magnets:
The ferromagnetic part is held in place on the holding magnet’s attraction surface when power is supplied to the coil. When the holding magnet is not powered, the electromagnetic force is removed and the ferromagnetic part is released. 24V DC 20N Round Holding Solenoid with Permanent Magnet 15*15mm
Electro-permanent holding magnets with integrated permanent magnet:
A ferromagnetic part is held in place on the holding magnet thanks to a permanent magnet that is integrated in the holding magnet and continues to hold the part when no current is applied.
The magnetic field created when the coil is powered is opposite to that of the permanent magnet and cancels out its action. This releases the ferromagnetic part located on the attraction surface.
The force induced by the permanent magnet is present again when the supply voltage is interrupted, thus attracting the ferromagnetic part.
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