What to do if Fault LED [8] is constantly lit on Würth WIG 180 DC Welding System?
If the Fault LED [8] on your Würth Welding System is constantly lit, it means the CDF (Continuous Duty Factor) has been exceeded, and the machine is overheating. Leave the machine switched on and allow it to cool down.
Why is there no welding current on my Würth Welding System when the Mains LED [10] is on?
If the Mains LED [10] lights up but there's no welding current in your Würth Welding System, check the following: * Ensure the ground cable is properly connected and not defective. Replace it if necessary. * Verify that the electrode holder or welding torch is correctly connected and not defective. Replace if needed.
What to do if Mains LED [10] lights up and Fault LED [8] flashes on Würth WIG 180 DC?
If the Mains LED [10] lights up and the Fault LED [8] flashes on your Würth Welding System, it indicates a system error. Turn off the machine, wait for the Mains LED [10] to go out, and then turn the machine back on. If the fault persists, there is no solution.
Why are Mains LED [10] and Fault LED [8] lighting up on my Würth Welding System?
If both the Mains LED [10] and Fault LED [8] are lit on your Würth Welding System, it could be due to: * A defective mains fuse: Replace the fuse. * A missing neutral conductor or mains phase: Check the mains cable/mains extension cable.
General safety instructions and obligations for operators and companies.
Explains symbols used in the manual for clarity and quick understanding.
Defines hazard levels (DANGER, WARNING, CAUTION, Attention) and their implications.
Describes the structure and meaning of safety warnings within the document.
Covers safe practices in the work area and electrical connections.
Rules for operator qualifications, age, and attentiveness.
Broad safety advice for operation, maintenance, and environments.
Defines the machine's purpose, materials, and operating environment limits.
Information on overload protection, cooling, and cyclic duration factor.
Details on noise emission and required compliance checks.
Conformance to EMC standards and potential interference issues.
Identification of main physical components and connections.
Comprehensive list of device specifications and parameters.
Guidelines for moving and setting up the welding machine.
Step-by-step setup for immediate welding readiness.
Procedures for connecting workpiece leads and initial power-on precautions.
Explanation of LEDs, buttons, and rotary controls on the panel.
Details on 2-cycle and 4-cycle modes for TIG welding.
Functionality for saving, recalling, and managing welding jobs.
Steps for electrode welding, including polarity and arc striking.
Instructions for pulse welding and TIG welding preparation.
How to connect the TIG torch, workpiece lead, and gas cylinder.
Managing jobs and accessing advanced welding parameters.
Adjusting gas flow and recommended settings for welding.
Guidance on preparing the tungsten electrode tip for optimal welding.
Explains fault codes and their potential causes.
Solutions for common problems during the welding process.
How to use special functions and maintain the device.
Information on spare parts, environmental disposal, and warranty.
Statement of compliance with relevant EU directives and standards.
General| Input Voltage | 230 V |
|---|---|
| Input Frequency | 50/60 Hz |
| Output Current Range | 10 - 180 A |
| Duty Cycle | 60 % at 180 A |
| Cooling Method | Air-cooled |
| Protection Class | IP21 |
| Insulation Class | F |
| Welding Method | TIG (GTAW) |
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