Electromagnetic clutches and brakes, as the name implies, are devices that use the electromagnetic force generated by the excitation coil current to manipulate the engagement elements to mechanically connect and disconnect, for braking and holding. According to its working method, it can be divided into excitation type and non-excitation type. The excitation type is a clutch and brake that operates while energizing the coil. The non-excitation type is to separate the coil when it is energized. A brake that is braked by a spring force when the power is turned off. The products of electromagnetic clutches and brakes can be divided into excitation type clutch brakes, non-excitation type brakes, electromagnetic tooth clutches, brake motors, electromagnetic clutches and brake power supply devices. In particular, the exciter clutches and brakes can be combined into various component products according to the magnitude and function of the transmission torque, so that the user can select the most suitable product according to the purpose. Excitation clutch and brake this is suitable for general industrial machinery clutch and brake. The design is reasonable and can achieve outstanding performance. 

In addition to the 101, CS models (clutch) and 111 (brake) with the same basic design of the clutch and brake, the integral structure with the coupling member (different adjustment clearance) can greatly reduce the assembly time such as clearance adjustment. CSZ model (clutch), BSZ model (brake).

Excitation clutch This is a clutch suitable for general industrial machinery. All the performances of the clutches with reasonable design, torque characteristics and responsiveness are excellent and durable. The Model 101 is flange mounted and the CS model is bearing mounted. Both models can be combined with three different mounting armature components to suit the installation conditions.

Clutch torque 5N.m～320N.m

Operating temperature range -10oC to +40oC

Backlash 0

Backlash 0

Click on the electromagnetic clutch and brake Products link below： 

http://www.tianjidg.com/list_35.html

http://www.tianjidg.com/list_34.html