Analysis of pneumatic tool fault diagnosis methods-广东威莱仕科技有限公司

Analysis of pneumatic tool fault diagnosis methods

Pneumatic tools, used for all kinds of metal sheets, pipes, plastic spout and other manufacturing industry shear, pressure break, because a number of wood can be broken by a single side, which can save labor, reduce costs, improve the speed of operation, and thus improve the rational consumption of pneumatic tool system in the operation process


In order to prevent the occurrence of problems, it is necessary to understand how to find problems, assume disposal and prevention. The following introduces you to several kinds of pneumatic tool problems to find and deal with:
1, according to the pneumatic tool system diagram to find the problem of pneumatic tools.
When looking for the disposal problem according to the pneumatic tool system diagram, the key method is to "grasp both ends", that is, firmly grasp the power source of the pneumatic tool pump and the actuator components of the pneumatic tool cylinder and the pneumatic tool motor, and then "connect the middle", that is, from the power source to the actuator components
The pipe and control parts are connected to the requirements. When "grasping both ends", it is necessary to analyze whether the problem is generated in the air tool motor. In addition to the need to focus on analyzing whether the problem is generated on the connected air tool component, special attention and disposal are also required
It is clear which controls are used to transfer the system from one work situation to another.
2, use cause-and-effect diagram to find the problem of the pneumatic tool system.
Causal diagram is also called fishbone diagram, using this graphical analysis method to stop the analysis of the problem of the pneumatic tool system, you can quickly find the primary and secondary elements of the problem, you can accumulate the experience of cleaning up the problem. Cause-effect diagram profiling in this way can be used to put maintenance management and query
The problem is closely linked, so it is used very widely.
Summary: The above two are universal