Why is there spatter when using my Migatronic MIGMAN 385?
Spatter can occur if the wire feed is too fast for the voltage setting. Adjust the wire feed speed to resolve this. Also, a worn-out contact tip can cause spatter. Replace the contact tip to fix this.
How to fix the wire feed if it has stopped on my Migatronic MIGMAN 385 Welding System?
If the wire feed has stopped, several factors could be at play. First, check that the inlet nozzle and the wire are aligned correctly, and adjust if necessary. Next, ensure the wire comes off the reel evenly, as a reel that is too taut can cause issues. Inspect the inlet tube or contact tip for wear or blockages and replace if needed. Also, verify that you are using clean, high-quality welding wire. Finally, make sure the pressure roller is tightened properly.
What to do if the wire keeps sticking in the contact tip of my Migatronic MIGMAN 385 Welding System?
If the wire keeps sticking, start by cutting off, pulling out, and replacing any damaged wire. Additionally, a worn-out contact tip can cause this issue, so consider replacing it.
Why does my Migatronic MIGMAN 385 Welding System produce a porous weld?
A porous weld can result from a blocked contact tip; clear the blockage to resolve this. Another cause could be a leak in the gas hose, drawing in air that mixes with the shielding gas. Repair any leaks in the gas hose.
General| Input Voltage | 3 x 400 V |
|---|---|
| Mains Frequency | 50/60 Hz |
| Duty Cycle at 40°C (MIG/MAG) | 60% at 385 A |
| Duty Cycle at 40°C (TIG) | 60% at 385 A |
| Duty Cycle at 40°C (MMA) | 60% at 385 A |
| Open Circuit Voltage | 70 V |
| Enclosure Class | IP23 |
| Standards | EN 60974-1, EN 60974-10 |
| Rated Output at 40°C | 385 A |
| Protection Class | F |
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