What to do if the cooler, hoses, or pump are damaged on my Thermal Arc POWERMASTER 320SP Welding System?
If you observe cooler, hoses, or pump damage in your Thermal Arc Welding System, and it's due to frozen systems from low coolant concentration, contact the nearest service facility.
Why does my Thermal Arc Welding System have irregular wire feeding or wire welds to the contact tip?
If you're experiencing irregular wire feeding or wire welds to the contact tip on your Thermal Arc Welding System, it could be because the wire electrode is tight at the spool, so check and change if necessary. Also, there might be a burr at the wire beginning, so cut the burr from the end of the wire.
Why does my Thermal Arc POWERMASTER 320SP Welding System show a thermal overload?
If your Thermal Arc Welding System shows a thermal overload, it means the thermal sensor of the power unit has measured a temperature that is too high. Allow the machine to cool down in standby mode.
Why does my Thermal Arc POWERMASTER 320SP produce stainless steel welds with a dark burnt finish?
If your stainless steel weld has a dark burnt finish when using the Thermal Arc Welding System, the arc length control (58) may have been adjusted too high. Reduce the arc length control (58) to correct this.
What to do if my Thermal Arc POWERMASTER 320SP Welding System has no program?
If your Thermal Arc Welding System has no program, it means there are no welding parameters available for the selected material-wire-gas combination. Select another material-wire-gas combination.
Why does my Thermal Arc POWERMASTER 320SP Welding System unit keep switching off?
If the Thermal Arc Welding System unit switches off, it could be due to an overloaded duty cycle. Allow the machine to cool down. It may also be caused by poor cooling of internal unit parts, so check the air inlet and outlet.
Why am I not getting enough shielded gas from my Thermal Arc POWERMASTER 320SP Welding System?
If you're not getting enough shielded gas from your Thermal Arc Welding System, it could be due to several reasons. The gas cylinder might be empty; replace it. The torch could be defective; check and replace it if necessary. The gas regulator might be dirty or defective; check and replace it. Lastly, the valve of the gas cylinder could be defective; replace the gas cylinder.
What causes a 'no program (DSP)' error on my Thermal Arc Welding System?
If your Thermal Arc Welding System has no program (DSP), it means an invalid material-wire-gas combination was selected, or the welding programs are faulty or not available. Select another material-wire-gas combination or transfer welding programs to the machine again.
What to do if my Thermal Arc Welding System has a remote-control connection problem?
If your Thermal Arc Welding System is showing a remote-control connection issue, it's likely due to a short circuit between the remote control cables. Check the remote control and the wiring of the remote control socket.
What triggers overload protection in a Thermal Arc POWERMASTER 320SP Welding System?
If your Thermal Arc Welding System activates overload protection, it could be a safety shutdown to protect electrical components or the temperature sensor is disconnected. Allow the machine to cool down in standby and check the temperature sensor.
Hazards associated with electric shock, arc rays, noise, and fumes during welding.
Lists key safety standards and recommended practices for welding and cutting.
Detailed diagram and labels for major components of the welding machines.
Overview of standard hardware and software features and benefits across the PowerMaster SP series.
General safety precautions to be followed before operating the machine.
A simplified, three-step process for setting up and performing GMAW (MIG) welding.
A guide to diagnosing and resolving common system issues and symptoms.
A guide to diagnosing and resolving issues related to specific welding processes.
Explanation of error codes displayed by the machine and their corresponding causes and remedies.
General| Input Frequency | 50/60 Hz |
|---|---|
| Duty Cycle | 60% |
| Efficiency | 85% |
| Power Factor | 0.93 |
| Protection Class | IP23 |
| Input Voltage | 208/230/460 V |
| Input Phase | 3 |
| Rated Output | 320A |
| Duty Cycle (Rated Output) | 60% |
| Open Circuit Voltage | 70 V |
| Dimensions | 12 x 20 in |
| Welding Processes | TIG |
| Output Current Range | 5 - 320A |
| Weight | 84 lbs (38 kg) |
To Next Page
