Why is there no output from my LOTOS Welding System?
The absence of output from your LOTOS Welding System may be due to overcurrent protection being activated or a machine failure. Try lowering the input voltage to resolve overcurrent protection issues. If the problem persists, maintenance at a manufacturer or service center is required.
How to fix decreased output current on my LOTOS Welding System?
A decrease in output current from your LOTOS Welding System can stem from a low input voltage or a thin input line. Try increasing the input voltage. If that doesn't work, thicken the power line.
Why is high frequency arc not generated on my LOTOS Welding System?
If the high frequency arc cannot be generated on your LOTOS Welding System, it could be due to a faulty switch, incorrect airflow selection, or a failing high frequency arc generator. To resolve this, you can: * Replace the switch. * Replace the electrode. * Replace the high frequency arc generator.
What to do if the warning light is on my LOTOS Welding System?
If the warning light is illuminated on your LOTOS Welding System, it indicates either overheating or overcurrent. For overheating, allow the system to cool down before resuming operation. For overcurrent, try lowering the input voltage or consider replacing the machine.
How to fix a LOTOS Welding System fan that stopped working?
If the fan on your LOTOS Welding System stops working, there are several potential causes: * The fan power cord might be disconnected. Reconnect the power cord. * The enclosure might be blocking the fan, causing deformations. Reform the enclosure. * The fan itself may have failed. Replace the fan.
General| Input Voltage | 110/220V |
|---|---|
| Input Frequency | 50/60 Hz |
| Output Current Range (TIG) | 10-200 A |
| Insulation Class | F |
| Protection Class | IP21S |
| TIG Welding Capability | Yes |
| Stick Welding Capability | Yes |
| Hot Start | Yes |
| Arc Force | Yes |
| Welding Type | TIG, MMA, Plasma |
| Duty Cycle | 60% |
Discusses risks of EMF fields from plasma cutting and necessary precautions.
Details hazards of electric shock and essential safety measures for prevention.
Explains dangers of arc rays and protective measures for eyes and skin.
Covers health hazards from fumes/gases and ventilation requirements.
Addresses fire/explosion risks from cutting sparks and associated precautions.
Details safety procedures for handling compressed gas cylinders to prevent damage.
Lists common issues like fan stops, no output, and provides recommended actions.
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