| Customization: | Available |
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| Transport Package: | Imported Cardboard Box |
| Trademark: | pulu |
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| Electromagnetic brakes play a vital role in the operation of machinery, which causes components to stop or slow down by applying braking torque. The determination of braking torque depends on the type of machinery and the requirements of the work, and is the core basis for the design and selection of brakes. The friction material in the brake, the brake part, has a direct impact on the braking effect. These materials need to maintain a stable coefficient of friction and good wear resistance at high temperatures and rapid temperature rises. The working principle of the electromagnetic brake is that the excitation coil generates a magnetic field after being energized, attracts the armature through the magnetic yoke, and then realizes the braking function through the connector. There are many types of electromagnetic brakes, such as dry monolithic, dry multi-disc and wet multi-disc, etc., and their braking methods are also divided into energized braking and power-off braking. It is actually a device that connects the active side with the passive side, and can be flexibly combined, detached or braked according to the requirements. It is also known as an electromagnetic clutch or brake due to its use of electromagnetic force to work, and has significant advantages such as fast response and simple structure. |
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