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Introduction Of Working Environment Of Hydraulic Coupling
Oct 20, 2017

The coupler is typically installed between the three-phase asynchronous motor and the working machine, which can change the output speed of the working chamber (between the impeller and the turbine) and the filling amount (the machine's work) under the same conditions as the motor input speed Speed stepless speed regulation) process. Soft and smooth, stable output speed, reliable power transmission, widely used in fans, pumps, belt conveyor conditions.

The input portion of the rotary assembly is supported on the housing by means of a simple beam structure with a simple support beam structure supported at one end on the input assembly and the other end supported on the housing. The hydrodynamic coupling between the pump and the turbine is balanced by the axial load of the bearing, which is not an external output axial force and should not bear the external shaft load. The hydraulic pump and the turbine runner have a certain number of uniform radial straight blades The

When the motor is driven by the input shaft of the hydraulic coupling, the rotating pump wheel and the oil of the pump wheel are driven by the centrifugal force to drive the blade from the outer edge of the pump wheel. A high pressure high speed liquid flows to the turbine blade. The turbine follows the pump in the same direction Rotate in the turbine oil from the inside of the internal pressure reducer flow, then flow into the pump wheel. In this cycle, the mechanical energy of the motor is converted into the kinetic energy and potential energy of the oil. The steam turbine will convert the kinetic energy and potential energy of the oil into the mechanical energy of the output shaft, thus realizing the flexible transmission of energy.