Product Name :
Magnetic couplingPacking :
Standard export magnetic coupling packageWorking Temp. :
<280 DegreeRotational Speed(rpm) :
customizedMaterial Requirement :
Stainless steel + MagnetMotor Power :
cutsomizedRated Torque :
customizedPressure Requirement :
customized
A magnetic coupling is a non-contact mechanical device used to connect two shafts and achieve rotational transmission. It utilizes the interaction of magnetic fields to transmit torque and motion through magnetic force, without the need for traditional mechanical connections such as gears, couplings, etc. Magnetic couplings typically consist of an external rotor and an internal rotor, with the external rotor connected to one shaft and the internal rotor connected to another shaft. When the external rotor rotates, the internal rotor also follows the rotation, thereby achieving rotational transmission between shafts.
Magnetic couplings can control torque transmission by adjusting the magnetic field strength and the number of magnetic poles of external or internal rotors, as well as the current level in the electromagnetic coil. This adjustability enables magnetic couplings to adapt to different working conditions and requirements.
The magnetic transmission coupling is a non-contact coupling, which generally consists of two magnets inside and outside. The two magnets are separated by an isolation cover in the middle, the inner magnet is connected to the driven component, and the outer magnet is connected to the power component.
Advantages of magnetic couplings 1.Non contact transmission: Magnetic couplings use the interaction of magnetic fields to transmit torque without the need for direct contact with the shaft, avoiding wear and friction losses in traditional couplings. 2.Efficient energy transmission: Magnetic couplings have high transmission efficiency, and due to no friction loss, energy conversion is more efficient, reducing energy waste. 3.Adjustable: By adjusting the magnetic field strength and current magnitude, precise torque control can be achieved to meet different working conditions and requirements. 4.No lubrication required: Due to the lack of direct contact with the parts, the magnetic coupling does not require the use of lubricants, reducing maintenance and upkeep work.
We specialize in the development and production of various magnetic coupling and we can custom it based on the information you offered.
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