JSD type single flange connection type coupling
The main structure of the JSD type single flange coupling coupling is composed of two half couplings, two half outer covers, two sealing rings and serpentine springs. It is embedded in the teeth of the two coupling halves by a serpentine spring. The torque is transmitted in the groove, and the coupling uses a serpentine spring sheet to be embedded in the tooth groove of the two half couplings to realize the link between the driving shaft and the driven shaft.During operation, the driven end is driven by the axial force of the active end tooth facing the snake spring to transmit torque, which largely avoids the occurrence of resonance, and the elastic variable generated by the reed when transmitting torque , So that the mechanical system can obtain a better damping effect, with an average damping rate of more than 36%.
Features of JSD type single flange coupling:
1. JSD type single-flange coupling transmission, convenient disassembly and assembly: less parts, small size, light weight, serpentine springs are generally composed of 2 or 3 pieces and more than 3 pieces, making disassembly, assembly and maintenance more than others The coupling is particularly convenient.
2. JSD type single flange connection type coupling is suitable for impact coal crushers, rock crushers, reciprocating cranks, mines, heavy machinery, reducers, etc.
3. JSD type single flange connection type coupling is suitable for connecting two coaxial lines with medium and high power transmission shafts. It has the ability to compensate the relative deviation of the two shafts and to reduce vibration and buffer performance. The working temperature is -30℃. ~+150℃, transfer nominal torque 45~800000N.m.The shaft drive of various other machinery and equipment can be applied wherever a motor is connected to the staff, the motor is connected to the reduction box, or the shaft is connected to the shaft.
Hebei JSD type single flange connection type coupling Hebei JSD type single flange connection type coupling
