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torque limiting coupling

Application industries of hydraulic couplings

In the context of mechanical engineering,constant or controlled filling fluid couplings (also known as hydrocoupling、fluid drive coupling、fluid coupling) are used in a variety of industrial settings where a smooth and controlled transfer of power is required. Here are some key working environments where hydrocouplings are commonly employed:

Mining Industry: Fluid drive couplings are utilized in mining equipment such as conveyors, crushers, and mining excavators to provide a smooth start-up and controlled acceleration of heavy machinery, optimizing performance and reducing wear and tear.

Material Handling and Processing: In material handling applications such as bulk handling conveyors and cranes, fluid couplings play a crucial role in controlling the start and stop operation, preventing shock loads, and minimizing equipment stress.

Power Generation: Fluid drive couplings are used in power generation applications, particularly in hydroelectric power plants, to transmit power from the turbine to the generator, ensuring a smooth and controlled power transfer to maintain system stability.

Petrochemical Industry: Equipment such as fans and pumps in refineries and petrochemical plants utilize hydrocouplings for soft start and load damping, reducing the impact on the connected machinery.

Marine and Offshore Applications: Fluid couplings are employed in the marine industry for marine propulsion systems, providing smooth and controlled torque transfer in ship propulsion systems, reducing stress on the gearbox and engine.

Automotive Testing: In automotive industries, fluid couplings are integral to engine dynamometers and chassis dynamometers, which test vehicle engines and drivetrains, providing controlled and adjustable torque loads during simulations.

Fluid couplings are designed to match the performance requirements in a wide range of industrial applications, offering adjustable slip characteristics, overload protection, and dampening of torsional vibrations, making them ideal for various working environments across different sectors.