Electromagnetic brakes are an ideal automated technology control component in industrialization

The external caliper electromagnetic brake utilizes the electromagnetic effect to complete the braking system's braking. Electromagnetic brakes are an ideal automation technology control element in industrialization. In mechanical transmission systems, they mainly serve to transmit and control power motion. They possess characteristics such as compact structure, convenient use, sensitive response, long service life, reliable application, and easy long-distance control.

　　External caliper type Electromagnetic brake A brake that uses electromagnetic effects to achieve braking. Electromagnetic brakes are ideal automated technology control components in industrialization, mainly playing a role in transmission and power control movement in mechanical transmission systems. They feature compact structure, ease of use, quick response, long service life, reliable application, and easy long-distance control.

       

　　In an external caliper type electromagnetic brake, the motor stator and rotor assembly shaft are secured using the "mutual matching" of the motor stator nominal diameter or flange diameter. Because the nominal diameter specification is consistent with the nominal size of the ball bearing outer diameter, the rolling bearing can be directly used for secure mounting. The radial H specification is set. Regarding the spatial relationship between the motor stator and rotor, the H specification in the diagram should be set as the standard value. When using rolling bearings for secure mounting, spring sheets are used, and the H specification can be determined when encountering the steel nail port, making it very convenient and simple.

　　Electromagnetic brakes, also known as electromagnetic brakes, mainly come in two types: one is a dry single-plate electromagnetic brake, which mainly includes plug-in braking and power-off braking; the other is a magnetic powder electromagnetic brake. The difference is that the plate-type electromagnetic brake cannot adjust the torque, while the magnetic powder electromagnetic brake can adjust the torque.

　　Dry plate-type electromagnetic brakes are mostly used in: waste paper balers, food machinery, woodworking machinery, robotic arms, screen printing machines, automatic doors and windows, etc.

　　Magnetic powder brakes are mostly used in: printing equipment, winding and unwinding equipment, packaging equipment, etc.

　　Operating environment and precautions for electromagnetic brakes:

　　1. Cannot be used in the presence of water or oil. If water or oil is spilled, a protective cover must be installed for isolation.

　　2. Debris and excessive dust cannot enter the brake, as this can cause the brake to jam and make abnormal noises.

　　3. Dry plate type Electromagnetic brake The operating temperature should not be less than -10℃~+60℃, and for magnetic powder type, it is -40℃~+60℃. The surface temperature of the single-plate brake should not exceed 80℃, and the surface temperature of the magnetic powder type should not exceed 80℃ (Note: After plugging in and using, do not forcefully touch the brake surface, as the equipment will heat up during operation. Be careful of burns. If the ambient temperature is very high, it can be used if no smoke is produced; if it is extremely high, contact the manufacturer to determine the situation).

　　4. Pay attention to the wiring voltage during use, and select the appropriate voltage according to the model. Be sure not to connect the wires incorrectly.

　　5. Do not use a hammer to forcefully strike during assembly, as there are electromagnetic coils and other components inside, which may be damaged by forceful striking.