The cam splitter is also known as the cam indexer and the intermittent splitter in engineering. It is a high-precision rotary device, and under the current requirements of automation, the cam indexer is particularly important. Can the cam splitter be reversed, you should first look at the internal structure of the splitter.
The force structure of the splitter is a cam mechanism formed by the camshaft and the splitter force shaft installed together without gaps, and rotates to do the cutting posture under the effect of the motor, and the curved camshaft rib position used for the effect of the splitter is composed of two structures of stationary and cutting, in other words, in the case of the rotation of the input force shaft of the camshaft splitter 360 degrees, a complete mechanical equipment posture is completed, and according to the appearance design, it can be seen that the two directions of the input camshaft can be rotated, from pushing to stationary, Or from stationary to push in 2 directions can be carried out, this is to say, the structure of the separator input camshaft is determined, the input shaft is able to rotate in 2 directions, in the specific application, the driver source of the input shaft comes from the motor, therefore, only need to change the key direction of the motor switching power supply, then, is able to complete the positive and negative rotation of the splitter input force shaft.
For the structure of the load rate CNC punch, the load rate organization is made by the cylindrical roller bearing on the load rate CNC punch press, and the rib body of the splitter force camshaft makes the gear transmission posture, and then completes the intermittent output, then, from the structure, it can also be seen that the annular sorting needle roller on the load rate CNC punch has no starting and ending points, then, this can be judged, the rotation direction of the input shaft of the camshaft splitter is not other harmful to the rotation direction of the load rate CNC punch, therefore, From the structural features of the primary rotating component of the camshaft splitter, the camshaft splitter is completely capable of completing forward and reverse rotation.
In the specific application, the specific situation of changing the rotation direction of the camshaft splitter is very rare, that is, from the structure of the splitter, it is possible to complete the forward and reverse rotation, then, in the application of repeated change of direction is not possible, this also has to be discussed from the performance indicators of mechanical equipment, all gear transmission must be through a running-in time to achieve a satisfactory physical performance, long-term single-direction rotation, after the main parameters of mechanical equipment are stable, if the direction of rotation is changed again, It will go through a run-in time to achieve reasonable characteristics, just like the engine, it cannot be flipped, even if the steering is not the car engine flip, but only by the worm gear organization of the transmission.