Threading Machine Troubleshooting: Ultimate Guide

Every machine has a chance of troubleshooting despite the fact of how efficiently it is designed. Threading machines are mainly crucial for construction works and such. These heavy-duty machines can work for hours and cut pipes and other materials. Machine owners ensure the appliances and repairs when it breaks down. But sometimes, little troubleshooting can cease the total work procedure like Ridgid Mexico. A little knowledge about the threading machines can save you time, money and help to beat the deadline in such situations.

Threading Machine Troubleshooting

Oil Flow

If the threading machine suddenly stops the oil flow, then there can be some common problems. Like the oil tank can be full of cutting oil or metal chips, the pump may not work correctly, or the filter and supporting tray may not be clean. So, remove the covering of the oil tank, detach from the main body and clean the metal chips with Ridgid. Then fill the oil tanker up eighty percent with engine oil. Never fill the tank full to prevent oil spillage. Oil spillage can cause severe accidents in the factory, and remaining metal cut chips and their sharp edges can cause infections.

If the machine works slower than usual, then it may be because of higher or lower voltage. Or the cord being too long or too thin can be another reason for the problem. In such cases, check the electrical wiring and make sure the proper voltage is in use. Try to use AWG14 wiring, and the shorter, the better.

The worst situation is when the motor does not even start. Try to find out the reason behind it. Check the power cord and make sure the carbon brushes are not worn out totally.

Abnormal Threading

Everything goes in vain if the threadings are not particular in size and shape. So, make sure at first that the pipes you’re cutting are not deformed and the cutting oil is not contaminated. It may happen if the dies are not worn out and the cutting angle is not set correctly. So, discard the deformed pipes. Then open and clean the oil tank and fill it with new, fresh oil. Replacing dies is a must in such situations, by removing the block from fixing the pin and turning the cam plates. Insert the dice into the die head until the ball position engages in the V notch. Set the adjusting block according to your desired size. If you want to make larger threads, then rotate the cam plate counter-clockwise, and in case you need the smaller cables, then turn the cam plates in a clock-wise manner. Then tighten the bolt and run a test threading to see the results.

No Threads At all?

What happens when the machines stop making threads at all. It may indicate the dice size is not correct, the number of the die head and the die does not match, and the die head’s size adjustment is not accurate. Then check the dice size charts and adjust accordingly.

To prevent any troubleshooting, you need a vivid knowledge about the machines’ whereabouts and the way all the types of machinery work. Please scroll below to know the primary machinery outlook of the threading devices.

Part Of a Threading Machine

The threading machines are composed of a front chunk, rear chunk, handle, grip, pipe cutter, die head, reamer, hand carriage wheel, chip, and switch. Every part has a different function, and almost every part is openable and replaceable.  In case you want all the details to be sustainable, then rely on a brand like ridgid.

Conclusion

Threading machine troubleshooting can be the worker’s tip. But in case, after doing all the procedures mentioned above, the machine does not work well, then it’s better to consult the mechanics.