YOX Series Hydraulic Coupling for Torque Transmission

Structure of Hydraulic Coupling :

YOX standard type Hydraulic Coupling consists of pump wheel, shell, rear auxiliary cavity, active joint, driven joint and elastic block as the active part, in which the elastic block is a flexible element to compensate for the non-concentricity of installation, and the turbine and turbine shaft form the driven part, which generally prolongs the work. The machine time is 10-22 seconds.

A Hydraulic Coupling is a sealing mechanism containing two annular discs. The driving wheel is called the pump wheel, the driven wheel is called the turbine, and both the pump wheel and the turbine are called the working wheel. In the annular casing of the impeller, many vanes are arranged radially. After the pump impeller and the turbine are assembled, an annular cavity is formed, which is filled with working oil. The pump wheel is usually driven by an internal combustion engine or a motor to rotate, which drives the working oil to perform a relatively complex centripetal force movement. The high-speed flowing oil impacts the turbine blades under the action of Coriolis force, and transmits kinetic energy to the turbine, so that the turbine and the pump wheel rotate in the same direction. The oil flows from the blade edge of the turbine back to the pump impeller, forming a circulating circuit, and its flow path is like an end-to-end annular spiral.

Specification of Hydraulic Coupling :