What does service message E09/E10 mean on Fronius Welding System?
Service message E09 or E10 on your Fronius Welding System indicates that the impedance load is too high on the power source output. Use the power source correctly for welding.
What to do if Fronius Welding System has no welding current?
If your Fronius Welding System has no welding current, there might be a few reasons. First, check the plug connections to ensure there isn't a break in the welding cable connection. Second, make sure you have a good earth connection to the workpiece. Finally, inspect the welding torch or electrode holder for breaks in the power cable; if there's a break, replace the welding torch or electrode holder.
Why Fronius Welding System has poor weld properties and severe spattering?
Poor weld properties and severe spattering with your Fronius Welding System can occur due to several reasons. Check if the electrode polarity is correct, referring to the manufacturer's instructions to reverse it if necessary. Ensure you have a solid grounding connection by fastening earthing clamps directly to the workpiece. Also, verify that your set-up parameters are ideal for the selected welding process by choosing the best setting in the set-up menu.
What to do if Fronius Welding System has no welding current and overtemperature indicator is lit?
If your Fronius Welding System shows no welding current and the overtemperature indicator is lit, several factors could be at play. First, ensure you're keeping within the duty cycle to avoid overloading the device. If the thermostatic automatic circuit breaker has tripped, wait for the power source to automatically come back on after the cooling phase. Check for sufficient cooling air intake and clean the air filter if it's dirty. If these steps don't resolve the issue, try turning the device off and on again; if the error persists, it might indicate a power module error, and you should contact after-sales service. If the fan in the power source is faulty, contact after-sales service.
How to fix overtemperature on Fronius Welding System?
If your Fronius Welding System is overheating, the device may be too hot. Check and reduce the ambient temperature, and allow the device to cool down.
How to improve poor ignition properties during MMA welding with Fronius Welding System?
To improve poor ignition properties during MMA welding with your Fronius Welding System, first, ensure that you've selected the correct welding process, such as "MMA welding" or "MMA welding with Cel electrode". If the electrode is sticking during ignition, increase the starting current using the HotStart function. Conversely, if the electrode is consumed too quickly or generating a lot of spatter, reduce the starting current using the SoftStart function.
Why is the tungsten electrode melting on my Fronius Welding System?
If the tungsten electrode is melting on your Fronius Welding System, it could be due to incorrect tungsten electrode polarity; connect the TIG welding torch to the (-) current socket. Another possible cause is incorrect or no shielding gas; use inert shielding gas (argon).
What to do if arc breaks during welding with Fronius Welding System?
If the arc breaks during welding with your Fronius Welding System, it may be due to the electrode voltage being too high; if possible, use an alternative electrode or a more powerful power source. Alternatively, the break voltage (Uco) may be set too low; increase the break voltage (Uco) in the Setup menu.
Why does rod electrode tend to stick on Fronius Welding System?
If the rod electrode tends to stick on your Fronius Welding System during MMA welding, the value of the arc-force dynamic parameter may be set too low. Increase the value of the arc-force dynamic parameter.
General| Welding Current Range | 10-150 A |
|---|---|
| Mains Voltage | 230 V |
| Protection Class | IP23 |
| Electrode Diameter | 1.5 - 4.0 mm |
| Mains Frequency | 50/60 Hz |
| Insulation Class | F |
| Efficiency | 85% |
| Welding Processes | MMA |
Provides introductory information and essential safety guidelines for manual procedures.
Lists all necessary tools, measuring equipment, and auxiliary materials for professional servicing.
Guides users to systematically locate and rectify faults using LED checklists and measuring points.
Details the process for replacing various components within the device.
Outlines the mandatory safety inspection procedures for the device.
Contains supplementary information such as spare parts lists and circuit diagrams.
To Next Page