China stainless steel quick Mould Coupling characteristics

Load characteristics of China stainless steel quick Mould Coupling
Between the power machine and the working machine, through several different forms or specifications of the coupling will connect the main and driven end, forming the shafting transmission system, the mechanical characteristics of the power machine and the working machine (mechanical parameters T, P and the relationship between the corresponding motion parameters w, t) has a significant impact on the whole transmission shafting. Due to the different working principle and structure of the power machine, will make the transmission system including the coupling to bear the load is very different, so there is a serious impact load and long-term fluctuation load, should choose the coupling with damping function, in order to reduce the peak load and torsional vibration and adjust the natural frequency of the system, prevent resonance purpose.
Working speed of China stainless steel quick Mould Coupling
The size of the coupling working speed is directly related to the centrifugal force of the coupling parts and the size of the deformation of the elastic components, too large speed will lead to the increase of wear, lubrication deterioration, loose connection. The speed range required for coupling is determined by calculation according to the allowable linear speed and maximum outer edge size of different material strength of coupling. The allowable speed range of different materials, varieties and specifications of the coupling is different. The coupling with high balance accuracy should be selected when running at high speed, such as metal diaphragm coupling, gear coupling, etc., but not the flexible coupling of non-metallic elastic components, because non-metallic elastic components will produce large non-working deformation at high speed.
Transmission accuracy of China stainless steel quick Mould Coupling
For precision transmission and servo transmission, it is required that the two shafts connected to the coupling should rotate synchronously in any case. Rigid coupling or metal diaphragm coupling should be selected. The transmission accuracy of most flexible coupling is lower than that of rigid coupling.