What is a magnetic coupling?
A coupling is a mechanical component designed to connect a driving shaft and a driven shaft, typically transmitting torque through physical contact.
In contrast, magnetic couplings utilize magnetic forces to transmit torque without physical contact, offering unique advantages not achievable with conventional contact-type couplings.
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Key Advantages of Magnetic Couplings
Conventional contact-type couplings are available in various designs, each with its own characteristics. In contrast, magnetic couplings transmit torque without physical contact, offering the following unique advantages over conventional contact-type couplings:
Extremely low noise and vibration :
Contributes to improved machine quietness, extended service life, and enhanced energy efficiency.
No wear and minimal particle generation :
Suitable for use in clean environments such as cleanrooms, while also extending component life.
Capability to transmit torque through a physical barrier :
Enables complete physical separation between the driving and driven environments.
No heat generation from mechanical contact :
Ideal for applications where heat must be minimized.
No lubrication required :
Improves maintenance efficiency and simplifies machine design.
Built-in torque limiting functionality :
Automatically slips when excessive torque is applied, enhancing system safety.
Easy installation and removal :
Non-contact structure allows for simple assembly and disassembly.
