The torque limiter market comprises products that are used to limit the mechanical torque in rotating mechanical equipment to avoid damages from overloading. Torque limiter are commonly used in applications where excessive torque can damage equipment such as gear reducers, conveyors, mixers, centrifuges, presses, and robotics. They help protect against shock loads, overloading and stall conditions by slipping or releasing at a predetermined torque setting. Common torque limiting technologies include friction discs, mechanical springs, hydraulic components, and electronically controlled limiting.

 What are Torque Limiter?

Torque limiter are mechanical devices designed to protect machinery from excessive Torque Limiter or rotational force. They act as a safeguard against overloads, jams, and sudden changes in load, preventing damage to equipment and ensuring smooth operation. Torque limiter come in various configurations, including friction-style, ball-detent, and shear-pin designs, each tailored to specific applications and torque requirements.

Functions and Working Principles

The primary function of a torque limiter is to disconnect the driveline or disengage the power transmission when the preset torque limit is exceeded. This action prevents damage to expensive components such as gears, shafts, and bearings, as well as minimizing downtime and maintenance costs. Torque limiter operate on different principles depending on their design. Friction-style torque limiter utilize adjustable friction surfaces to limit torque, while shear-pin types rely on a sacrificial pin that breaks under excessive torque, interrupting power transmission.

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