Why air current cannot be regulated on Scheppach PLC40 Welding System?
If the air current cannot be regulated on your Scheppach Welding System: * Replace the compressed air hose, if it is damaged or faulty. * Valve/manometer fails.
What to do if warning lamp switches on in Scheppach PLC40 Welding System?
If the warning lamp illuminates on your Scheppach Welding System, it could be due to overheating protection being activated. Allow the device to cool down. Alternatively, the input voltage may be too high; ensure the input voltage matches the specifications on the type plate.
What to do if arc stops during cutting with Scheppach Welding System?
If the arc stops during cutting with your Scheppach Welding System, it could be due to several reasons. First, the cutting speed might be too low, so try increasing it. Second, ensure the plasma burner is at the recommended height. Third, worn plasma burner components can cause this issue, so inspect and replace them if necessary. Finally, check that the workpiece is properly connected to the grounding cable.
What to do if plasma burner 8 is not ready for operation in Scheppach PLC40 Welding System?
If the plasma burner 8 is not ready for operation on your Scheppach Welding System, ensure the current switch is in the “on” position. Also, check the air supply to ensure it is not restricted. Finally, verify that the workpiece is connected to the ground terminal.
What to do if slag formation on interfaces when using Scheppach Welding System?
If you notice slag formation on interfaces while using your Scheppach Welding System, it may be because the tool or material is generating excessive heat; allow the material to cool down before continuing. The cutting speed might also be too low or high; adjust it, along with the current, to minimize slag. Lastly, inspect the plasma burner components for wear and replace them if needed.
What to do if Scheppach PLC40 has insufficient penetration?
If your Scheppach Welding System isn't achieving sufficient penetration, try slowing down the working speed. Also, ensure the burner sleeve is straight by adjusting its inclination. If the metal is too thick, multiple cycles might be necessary. Lastly, check the plasma burner components for wear and replace them as needed.
Warning to read operating instructions to reduce risks.
Warning about fatal electric shock from electrode.
Warning about health hazard from welding smoke.
Warning about EMF interference with pacemakers.
Warning about fire/explosion risk from welding sparks.
Warning about eye/skin damage from arc rays.
Warning against using device outdoors or in rain.
Symbol indicates sections concerning safety.
Guidelines for the intended and proper use of the plasma cutter.
General warnings and instructions for safe operation.
Guidelines for child safety and user age requirements.
Requirement for qualified electricians for repairs and maintenance.
Detailed warnings and precautions regarding electric shock hazards.
Warning about EMF impact on medical implants and consulting physicians.
Step-by-step guide for initial setup and operation of the plasma cutter.
Causes and risks of damaged electrical connection cables and inspection advice.
General| Control type | Rotary |
|---|---|
| Easy to read | Yes |
| Product color | Black |
| Built-in display | No |
| Cutting thickness (max) | 12 mm |
| Input current | 40 A |
Weight and Dimensions| Depth | 430 mm |
|---|---|
| Width | 280 mm |
| Height | 310 mm |
| Weight | 8650 g |
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