What to do if my Parkside Welding System has no function?
If your Parkside Welding System isn't functioning, it could be due to an incorrect mains connection. Check the mains fuse, or have a technician inspect the mains supply. Alternatively, the overload protection might have activated; in this case, allow the appliance to cool down.
Why is there no welding current in my Parkside Welding System, but the wire feed is working?
If your Parkside Welding System has no welding current despite the wire feed working, the cable assembly or earth cable might be defective. Check the cable assembly and earth cable.
How to fix irregular wire feed on a Parkside Welding System?
An irregular wire feed on your Parkside Welding System can occur if there isn't enough pressure on the feed roll. Increase the pressure to resolve this. Also, check if the wire is correctly placed in the groove of the feed roll, ensure the groove isn't too big, and that the wire feed roll isn't worn. Replace the wire roll if the wire is poorly wound or crossed.
What to do if the welding current is too low on my Parkside Welding System?
If the welding current is too low on your Parkside Welding System, it could be due to bad earth contact. Check the earth clamp and cable, as well as the cable assembly.
Why is the torch getting too hot on my Parkside Welding System?
If the torch on your Parkside Welding System is getting too hot, the flow nozzle might be loose or too large. Try tightening or replacing the flow nozzle.
Specifies the approved applications and restrictions for the flux-core welder.
Outlines potential hazards and injuries that may still occur during operation.
Lists and numbers the main components and functions of the appliance.
Details all items included in the product packaging upon delivery.
Explains the technical specifications and symbols found on the appliance's rating plate.
Provides fundamental safety rules and warnings for operating the appliance.
Details specific safety precautions related to electrocution, injury, fire, and electromagnetic fields.
Offers additional safety advice for welding fumes, sparks, arcs, and electromagnetic fields.
Warns about the dangers of electric shock and how to prevent them.
Addresses specific safety considerations for working in confined or hot environments.
Highlights risks associated with inadequate ventilation and the production of fumes.
Specifies the essential protective gear required for safe welding operations.
Details measures to protect against UV radiation, heat, and burns from welding.
Warns about burns from welding sparks and provides preventive guidelines.
Advises on safety precautions when removing slag after welding.
Identifies materials that can be ignited by sparks and how to prevent fires.
Warns about explosion risks in certain environments and operational practices.
Explains the electromagnetic compatibility classification of the appliance.
Provides instructions for assembling the welding mask and preparing the wire feed.
Details the cleaning and maintenance procedures for the wire feed system.
Outlines how to protect, clean, and maintain the torch and cable assembly.
Describes the necessary cleaning and maintenance for the welder unit itself.
General| Welding current I2 | 33 A |
|---|---|
| Protection class | IP21S |
| Mains voltage | 230 V |
| Input voltage | 230 V |
| Input frequency | 50 Hz |
| Weight | 14.5 kg |
| Electrode diameter | Not applicable |
| Duty cycle | 20% |
| Welding wire diameter | 0.6 - 0.9 mm |
To Next Page