What to do if shielding gas is not flowing in my Daihen Welding System?
If the shielding gas isn't flowing in your Daihen Welding System, first, make sure the gas cylinder valve is open. If it is open, the gas cylinder pressure may be too low; in that case, replace the gas cylinder. Also, verify that the external input settings (internal functions F29 to F32) are correct.
Why the power LED switch does not light on my Daihen OTC Welbee M350L Welding System?
If the power LED switch on your Daihen Welding System doesn't light up when you turn the power switch on, it's likely that the primary power source isn't being supplied. Ensure the primary power source is connected and provides the correct input voltage (208/230/460±10 %).
What to do if temperature warning LED lights on Daihen Welding System?
If the "Temperature WARNING" LED lights up and an error code appears when you turn on your Daihen Welding System, the temperature protection circuit has probably been activated. Leave the power on so the cooling fan can run for at least 10 minutes, then turn the power off. After doing this, clean any dust inside the welding power source.
How to fix a tripped power switch on my Daihen OTC Welbee M350L?
If the power switch of your Daihen Welding System has tripped, this indicates a leak in the welding power source. Do not turn the power switch back on. Contact your dealer for assistance.
General| Output Current Range | 30-350 A |
|---|---|
| Rated Output Current | 350 A |
| Duty Cycle | 60% |
| Insulation Class | F |
| Wire Feed Speed Range | 1.0-25.0 m/min |
| Wire Diameter Range | 0.8-1.6 mm |
| Protection Class | IP21 |
| Welding Processes | MIG/MAG |
Explains safety symbols and their meanings for hazard identification.
Details general safety precautions for operating the welding power source.
Lists relevant safety standards and regulations for welding equipment.
Details technical specifications, dimensions, and duty cycles of the welding power source.
Outlines standard and optional equipment included with the welding power source.
Identifies and labels the components on the front and rear panels of the unit.
Lists necessary equipment for power supply, ventilation, and installation.
Specifies the recommended environmental conditions for installing the welding power source.
Provides guidelines for safely transporting the welding power source.
Details essential safety precautions before connecting and grounding the equipment.
Explains the step-by-step process for connecting all necessary cables and components.
Covers the critical steps for proper grounding and connecting the primary power supply.
Describes how to connect the power source to robots and automatic machines.
Details the procedure for wiring voltage detection cables for accurate feedback.
Outlines crucial safety precautions to be taken during welding operations.
Lists essential checks to perform before initiating the welding process.
Explains how to properly power on the unit and supply shield gas.
Describes the procedure for feeding the welding wire for setup and adjustment.
Covers checking and setting welding parameters, including error prevention.
Details the steps for starting, performing, and ending a welding operation.
Provides an overview of settable parameters and functions for welding.
Details the displays and keys on the welding power source operation panel.
Explains basic welding conditions and useful functions for operation.
Outlines the step-by-step process for setting welding parameters.
Covers registering, reading, and deleting welding conditions from memory.
Details on setting welding mode, parameters, and crater/spot settings.
Explains customization of internal functions for optimal welding performance.
Describes the functions and operation of the optional analog remote controller.
Explains the password protection function for welding conditions.
Enables management of welding results through various control parameters.
Covers backing up and importing welding data via USB flash drive.
Resets welding conditions and internal functions to their default settings.
Provides instructions on how to check the installed software version.
Details essential safety precautions before performing maintenance or inspection.
Lists daily checks to ensure proper operation and safety of the equipment.
Outlines periodic inspection tasks to be performed every three to six months.
Identifies parts that require periodic replacement due to wear or aging.
Explains procedures for insulation testing, requiring dealer involvement.
Provides guidance on identifying and resolving error codes displayed on the operation panel.
Lists common problems, their causes, and corrective actions beyond error codes.
Lists all available parts with their part numbers and specifications for ordering.
Contains schematic diagrams and parts layout drawings of the welding power source.
Provides guidance and examples for setting appropriate welding conditions.
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