Why Cebora Welding System has porosity in the welding seam?
Porosity in the welding seam of your Cebora Welding System can occur due to: * Insufficient shielding gas. Increase gas delivery to resolve this. * Excess oxidation of the edges to be welded. To fix this, thoroughly clean the edges with a metal brush. * A gas nozzle partially or completely clogged by spatter. Clean or replace the nozzle, being careful not to clog the gas outlets.
What to do if Cebora EVO 160 M has welding with a lot of metal spatter?
If your Cebora Welding System produces a lot of metal spatter during welding, it could be due to: improper adjustment of welding parameters. To solve this, select the correct parameters using the welding-voltage switch and the wire-speed adjustment potentiometer; or insufficient grounding, so check grounding connections.
How to fix limited current on Cebora EVO 160 M?
If your Cebora Welding System is supplying limited current, it might be due to several reasons: * A blown line fuse. Replace the line fuse. * Burnt out diode or diodes. Replace them. * A burnt out electronic board. Replace it. * Loosened torch or earth connections, or any other electrical power connections. Tighten all connections. * A voltage adjustment switch with a loose contact. Replace the switch.
What to do if Cebora EVO 160 M wire jams?
If the wire jams or entangles between the drive rolls and the torch infeed wire guide on your Cebora Welding System, consider the following: * The contact tip may have the wrong diameter. Replace it. * The drive roll groove may be misaligned. Realign it. * The liner may be obstructed or clogged. Remove and clean it. * The drive roll may have too large a groove. Replace the drive roll.
Why Cebora EVO 160 M has no wire feed?
If your Cebora Welding System has no wire feed or irregular wire feed, it could be caused by: * An obstructed or clogged liner. Remove and clean the liner. * A wire holding roller not completely tightened. Tighten the roller all the way. * A clogged contact tip. Replace the contact tip.
General| Input Voltage | 230 V |
|---|---|
| Output Current Range | 10 - 160A |
| Welding Current Range | 10 - 160A |
| Duty Cycle | 60 % |
| Protection Class | IP21 |
| No-Load Voltage | 60 V |
| Insulation Class | F |
To Next Page