LX (XL) series star elastic coupling

        

XL type star elastic coupling (JB/T 10466-2004)
　　●The scope of application and performance characteristics of the XL star elastic coupling High elastic coupling, pump sleeve coupling, LX (XL) star elastic coupling
　　 The polyurethane elastomer of the coupling is limited by the convex claw block, which can avoid the internal deformation caused by impact and the external deformation caused by centrifugal force; the large concave surface of the convex claw makes the surface pressure on the involute tooth very small . Even if the upper is overloaded, the teeth will not wear or deform. This coupling is made of engineering plastics as an elastic element. It is suitable for connecting two coaxial transmission shafts. It has compensating for the relative deviation of the two shafts, cushioning, shock absorption, and wear resistance. It is suitable for general occasions and transmits torque 20- 35000.NM, working temperature -35-+80 degrees Celsius and interchangeable with German ROTEX coupling.

The scope of application and performance characteristics of the star elastic double flange coupling (JB/T 10466-2004)

　　 This coupling is made of engineering plastics as an elastic element. It is suitable for connecting two coaxial transmission shafts. It has compensating for the relative deviation of the two shafts, cushioning, shock absorption, and wear resistance. It is suitable for general occasions and transmits torque 20- 35000.NM, working temperature -35-+80 degrees Celsius and interchangeable with German ROTEX coupling.The polyurethane plastic of the star-shaped elastic coupling is an elastic element, which has the advantages of cushioning, shock absorption, wear resistance, convenient disassembly and assembly, and the working temperature is -35~+80 degrees.It can be interchanged with West German ROTEX coupling.The polyurethane elastomer is limited by the convex claw block, which can avoid internal deformation caused by impact and external deformation caused by centrifugal force; the large concave surface of the convex claw makes the surface pressure on the involute tooth very small, even if the tooth is overloaded, The teeth will not wear or deform.