Troubleshooting Methods of Tube Cutting Machine
I. Wide application of tube cutting machine
Tube cutting machine has been widely used in all walks of life, and the application field is more and more wide. Many people see that others use plasma cutting machine to improve the processing efficiency and earn much more money, so they also want to change from the traditional processing mode to numerical control processing mode, but they suffer from the little knowledge about plasma. In daily production, understanding the phenomenon of pipe cutting machine faults as well as the causes of the faults and knowing how to solve them are problems that have to be paid attention to for manufacturers.
II. Troubleshooting methods of tube cutting machine
1. The tube cutting machine can not be ignited normally
The main reason for this phenomenon is that the gas concentration is too high, the gas concentration is not appropriate, and the normal ignition can not be realized, especially when gas, propane and other gases are used. At this time, it is necessary to adjust the "adjustment knob" to change the gas concentration.
2. The spark plug does not ignite when the tube cutting machine is ignited
There should be an electric spark between the spark plug and the igniter when the tube cutting machine is ignited. You can see and hear the obvious spark discharge sound. If the spark plug does not ignite, you should firstly check whether the ignition indicator on the main control panel is on for one or two seconds when operating the "fire test" key to confirm the main control panel.
3. Whether the ignition control is correct
Whether there is carbon collection on the spark plug will also cause the spark plug to fail to ignite, so the carbon collection needs to be removed. Secondly, check the high-voltage package connected with the spark plug, their interconnections and connecting plugs, and apply DC 3V voltage ( which is equal to two ordinary batteries) to the input end of the high-voltage package. Spark discharge should be generated between the two output lines of the high-voltage package (the distance between the two lines is 2-10 mm), otherwise the high-voltage package is damaged.
