To Next PageTo Next PageWhat to do if Panasonic Portable Generator shows a secondary over-current error?
If you're experiencing a secondary over-current error with your Panasonic Portable Generator, it's likely due to a short-circuit or over-current in the secondary circuit. To resolve this, turn the welding gun switch OFF and identify and eliminate the cause of the over-current.
Why does my Panasonic Portable Generator show a temperature rise error, and how to fix it?
If your Panasonic Portable Generator shows a temperature rise error, it indicates that the temperature inside the welding power source has increased. To address this, keep the input power in a no-load state and allow the unit to cool down. The error code should automatically disappear once the power source is cooled. Also, be sure to check for and eliminate any causes of overheating.
What causes a primary over-voltage error on a Panasonic Portable Generator?
A primary over-voltage error on your Panasonic Portable Generator means the input voltage is exceeding the allowable range (higher than AC 437V). Once the input voltage returns to within the acceptable range, turn the power switch back ON.
What should I do if my Panasonic Portable Generator displays a primary under-voltage error?
A primary under-voltage error on your Panasonic Portable Generator indicates that the input voltage is lower than the allowable range (lower than AC 304V), or there's a phase failure in the input power source. Once the input voltage returns to the allowable range, turn the power switch back ON.
How to fix a wire feeder over-current error on a Panasonic Portable Generator?
If your Panasonic Portable Generator is showing a wire feeder over-current error, it's likely that the wire feeding route is blocked, causing an overload of the motor. To fix this, clean the wire feeding route, including the contact tip, wire feeding liner, and wire feeding roller.
What to do if Panasonic Portable Generator has an Arc Start error?
If your Panasonic Portable Generator is showing an Arc Start error, it means that neither an arc is generated nor no-load voltage is detected when the torch switch is turned on. To solve this, switch off the power source switch and remove the cause of the arc ignition error.
Why does my Panasonic Portable Generator show an emergency stop error?
The emergency stop error on your Panasonic Portable Generator is triggered by the connection of external equipment's emergency stop to the output terminal block. Turn the power switch OFF, identify and remove the cause of the emergency stop activation, and then turn the power switch ON again.
What does current detection error mean on a Panasonic Portable Generator?
A current detection error on your Panasonic Portable Generator means that output current or voltage is detected when the power switch is turned on. Turn the power switch OFF and then check the unit to find and eliminate the cause(s).
What does welding gun switch error mean on a Panasonic Portable Generator?
A welding gun switch error on your Panasonic Portable Generator means the torch switch was turned on before turning on the power switch. Turn the welding gun switch or inching wire feeding button OFF.
What does motor encoder error mean for Panasonic Portable Generator?
A motor encoder error on your Panasonic Portable Generator indicates abnormal encoder feedback. To address this, switch off the power source switch to eliminate any arc abnormal ignition factors.
Cautions and safety levels defined by symbols for proper operation.
Essential safety guidelines for operating the welding equipment.
Overview of adjustable functions and parameters for fine-tuning welding.
Details on fine-tuning parameters like slow down, pre-flow, and burnback times.
Further explanation of F. ADJ parameters, including arc control and pulse control.
Parameters for arc ignition energy, voltage, and time compensation.
Parameters for dual-pulse frequency, duty ratio, and low pulse voltage.
Settings for crater repeat, linkage percentages, and switch control.
Functions for saving, recalling, and managing welding parameters.
Options for NO CRATER, CRATER, INI.&CRATER, and ARC SPOT welding modes.
Testing and calibrating welding current based on wire extension.
Standard welding operation without initial or crater fill.
Operation to create a crater fill at the end of a weld.
Operation combining initial welding, main welding, and crater fill.
Repeating the crater welding sequence multiple times.
Performing spot welds by controlling arc duration.
Routine checks for the welding machine, cables, and other devices.
Specific inspection points for the machine's front, rear, and overall appearance.
Inspection points for grounding wires and other connected cables.
Importance of regular checks for maintaining performance and safety.
Detailed guide for periodic inspections including dust removal and overall checks.
How the machine indicates errors and a table of common error codes.
Detailed explanations and remedies for specific error codes (Err 001-030).
General| Brand | Panasonic |
|---|---|
| Model | YD-350GL4 |
| Category | Portable Generator |
| Language | English |
