What to do if Panasonic Welding System shows secondary over-current error?
If you are getting a secondary over-current error on your Panasonic Welding System, it is likely due to a short-circuit in the secondary circuit. Turn the welding gun switch OFF and remove the cause of the over current.
What causes a primary over-voltage error on a Panasonic YD-500FD2?
If your Panasonic Welding System displays a primary over-voltage error, it means the input voltage is too high (exceeds AC 437V). After input voltage returns within the allowable range, then turn power switch back ON again.
Why am I getting a primary under-voltage error on my Panasonic Welding System?
A primary under-voltage error on your Panasonic Welding System indicates that the input voltage is too low (lower than AC 304V) or there is a phase failure in the input power source. After input voltage returns within the allowable range, then turn power switch back ON again.
How to fix wire feeder over-current error on Panasonic YD-500FD2 Welding System?
A wire feeder over-current error on your Panasonic Welding System typically means the wire feeding route is blocked, causing an overload of the motor. Clean the wire feeding route (contact tip, wire feeding liner, and wire feeding roller etc.).
What causes the emergency stop error on Panasonic YD-500FD2 Welding System?
The emergency stop error on your Panasonic Welding System is triggered by the connection of external equipment emergency stop on the output terminal block. Turn the power switch OFF, refer to the list below and remove the cause, and then turn the power switch ON again.
How to troubleshoot Arc Start error on Panasonic Welding System?
An Arc Start error on your Panasonic Welding System means that neither an arc is generated nor no-load voltage is detected when the torch switch is turned on. Switch off power source switch, remove the cause of the arc ignition error.
What does current detection error mean on Panasonic YD-500FD2?
A current detection error on your Panasonic Welding System means output current or voltage is detected when the power switch is turned on. Turn the power switch OFF and then check the followings to remove the cause(s). This product is defective. Check if the current or voltage is applied to the secondary side of this product from an external device.
What to do for RAM error on Panasonic YD-500FD2 Welding System?
If your Panasonic Welding System shows a RAM error, it indicates an abnormal RAM. Restart the power source and confirm the data of F. Adj menu. If data disappears, please set again.
Why does my Panasonic YD-500FD2 show welding gun switch error?
A welding gun switch error on your Panasonic Welding System indicates that the torch switch was turned on before turning on the power switch. Turn the welding gun switch or inching wire feeding button OFF.
What to do if Panasonic Welding System has wire adhesion error?
If your Panasonic Welding System shows a wire adhesion error, it means that when the Product works with special purpose machine or robot, wire adhesion at the end of welding. Switch off power source switch and cut the welding wire.
Explains hazardous conditions and damages classified into three levels and symbols to observe.
Presents detailed technical specifications for the YD-350FD2 and YD-500FD2 models.
Illustrates the duty cycle percentages for YD-350FD2 and YD-500FD2 models at different currents.
Specifies environmental conditions and location requirements for safe product installation.
Explains how to connect the base metal and torch output cables to the welding machine.
Allows fine adjustment of various welding parameters.
Details fine adjustment settings for parameters like slow down, pre-flow, and burn-back.
Specifies daily checks for the welding machine, cables, and other devices.
Explains how errors are displayed on the panel and provides a table of error codes and remedies.
Lists common welding errors without error codes and their probable causes and checks.
General| Model | YD-500FD2 |
|---|---|
| Category | Welding System |
| Input Power Supply | 50/60 Hz |
| Rated Output Current | 500A |
| Rated Output Voltage | 39V |
| Welding Method | MIG/MAG |
| Duty Cycle | 60% |
| Duty Cycle at 500A | 60% |
| Output Current Range | 50A-500A |
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