Why is the arc instable on my GYS Welding System?
An instable arc in your GYS Welding System may be due to several factors: * A default with the tungsten electrode. Use a tungsten electrode with the adequate size. * Ensure you are using a well-prepared tungsten electrode. * Too high of a gas flow rate. Reduce the gas flow rate.
What to do if my GYS Gysmi E200 FV tungsten electrode gets oxidised?
If the tungsten electrode of your GYS Welding System is getting oxidised, it could be due to: * The welding zone. Protect the welding zone against air flows. * A default coming from post-gas or the gas has been stopped prematurely. Check and tighten all gas connections and wait until the electrode cools down before stopping the gas.
What to do if my GYS Gysmi E200 FV Welding System electrode melts?
If the electrode is melting in your GYS Welding System, it is likely due to a polarity error. Check that the earth clamp is really connected to +.
What to do if I feel a tingling sensation from my GYS Welding System?
If you feel a tingling sensation when touching your GYS Welding System, the welding unit is not correctly connected to the earth. Check the plug and the earth of your electrical network.
What to do if my GYS Gysmi E200 FV Welding System display indicates .?
If your GYS Welding System's display indicates . upon startup, the voltage is not within the range of 230V +/- 15%. Have the electrical installation checked.
How to fix GYS Gysmi E200 FV when it doesn't deliver current and the yellow indicator is on?
If the GYS Welding System doesn't deliver current and the yellow thermal defect indicator is on, it means the thermal protection has activated. Allow approximately 2 minutes for cooling. The indicator lamp should then turn off.
Why does my GYS Gysmi E200 FV Welding System have an instable arc?
An unstable arc in your GYS Welding System can be due to several factors: 1. A faulty tungsten electrode: Use a tungsten electrode with the correct size. 2. Improperly prepared tungsten electrode: Ensure the tungsten electrode is well prepared. 3. Excessive gas flow rate: Reduce the gas flow rate.
What to do if the tungsten electrode gets oxidised in GYS Gysmi E200 FV?
Oxidation of the tungsten electrode in your GYS Welding System can occur due to: 1. Airflow in the welding zone: Protect the welding zone from air currents. 2. Issues with post-gas or premature gas shut-off: Verify and tighten all gas connections, and allow the electrode to cool down before stopping the gas flow.
What to do if GYS Gysmi E200 FV Welding System display is on but there is no current?
If your GYS Welding System's display is on but no current is delivered, the earth clamp or electrode holder cable might not be properly connected. Check all connections to ensure they are secure.
Why does the electrode melt when using GYS Gysmi E200 FV Welding System?
If the electrode melts while using the GYS Welding System, it could be due to a polarity error. Ensure that the earth clamp is connected to the positive (+).
General| Input Voltage | 230 V |
|---|---|
| Input Frequency | 50/60 Hz |
| Output Current Range | 10 - 200 A |
| Duty Cycle | 60% at 200 A |
| Efficiency | 85% |
| Insulation Class | H |
| Protection Class | IP23 |
| Electrode diameter | 1.6 - 4.0 mm |
| Technology | Inverter |
| Welding process | MMA/TIG |
Describes the digital display screen on the welding unit.
Shows the status of the MMA (Manual Metal Arc) welding mode.
Shows the status of the TIG (Tungsten Inert Gas) welding mode.
Adjusts welding current or other operational parameters.
Used to confirm settings or select operational modes.
Alerts the user when the unit is overheating.
Powers the welding unit on or puts it into standby mode.
Details power requirements, flexible voltage system, and initial device activation.
Explains MMA welding functions like Hot Start, Arc Force, and Anti-Sticking.
Outlines the steps for performing TIG Lift welding with protective gas.
Configures the gradual decline of welding current to prevent cracks.
Provides guidance on electrode selection, grinding, and flow rates.
Describes overheat protection and operational limits at different temperatures.
Instructions for routine servicing, cleaning, and checking electrical connections.
Tips for proper usage, electrode handling, and air circulation.
Essential precautions for arc welding risks like rays, shocks, fire, and fumes.
Guidelines for reducing electromagnetic interference during operation.
Lists common anomalies, their causes, and remedies for MMA-TIG and TIG modes.
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