Why does the electrode holder become very hot on my Jasic TIG200?
If your Jasic Welding System's electrode holder gets very hot, it's likely because the holder's rated current is less than the actual current it's handling. The solution is to replace it with an electrode holder that has a higher rated current capacity.
What to do if Jasic Welding System shows over current LED?
If your Jasic Welding System shows a no-load voltage of “0” and the over current LED is on, it indicates an over current issue or damage to the power components. Try restarting the machine. If the problem continues, it's recommended to contact the service center of your distributor.
What to do if Jasic TIG200 shows under voltage LED?
If your Jasic Welding System is showing a no-load voltage of “0” and the under voltage LED is illuminated, it could be due to low mains voltage or auxiliary power failure. Welding can be resumed once the mains voltage returns to the appropriate level. If the auxiliary power has failed, replace the faulty circuit board.
What to do if Jasic Welding System shows overheating LED?
If your Jasic Welding System shows a no-load voltage of “0” and the overheating LED is on, it means the overheating protection is active. The system should recover automatically once the welding machine has cooled down.
Why no arc can be started on Jasic TIG200 Welding System?
If you're having trouble starting an arc with your Jasic Welding System, make sure that the mains power supply cable is properly connected. Also, check for and resolve any phase failure issues in the mains power supply.
How to fix difficult arc ignition on Jasic TIG200 Welding System?
If you're finding it difficult to ignite the arc on your Jasic Welding System, it might be because the arc ignition current is too low, or the arc starting time is too short. Try increasing the arc ignition current or extending the arc starting time.
What to do if electrode sticking on Jasic TIG200 Welding System?
If the electrode is sticking during welding with your Jasic Welding System, the arc force current might be too low. Try increasing the arc force current.
General| Frequency | 50/60 Hz |
|---|---|
| Protection Class | IP21S |
| Insulation Class | F |
| Duty Cycle | 60% |
| Welding Type | TIG, MMA |
| Rated Output Current | 200A |
General safety norms for arc welding and plasma cutting machines.
Covers hazards from arc rays, fire, hot material, and noise.
Addresses magnetic field risks and hazards from moving parts.
Important warnings on location, lifting, input connection, and operating conditions.
Details and diagrams of the front and rear panel interfaces and connectors.
Steps and safety warnings for connecting the welder to the power supply.
Procedure for connecting the MMA electrode holder and earth clamp.
Procedure for connecting the TIG welding torch, earth cable, and gas cylinder.
Instructions for connecting an optional wired handheld remote controller.
Steps for installing an optional wireless receiver module.
Overview of the digital panel and its main components for TIG200/TIG200PFC.
Explains TIG parameters, their displays, and related indicators.
Parameter/error displays, protective indicators, and welding mode selection.
Arc start modes, remote control, Smart gas, and parameter adjustment knob.
VRD indicator, MMA parameter selection, and TIG operation modes.
Instructions for wireless and wired remote controller operation.
Specifics of the digital panel for TIG200P/TIG200P PFC models.
Standby, voltage protection, factory reset, barcode display, VRD function.
Detailed instructions for performing MMA welding.
How to select manual welding mode and adjust current, hot start, and arc force.
Procedure for safely turning off the welder after MMA welding.
Guide to performing welding operations using the DC TIG mode.
How to set various parameters for DC TIG welding.
Steps for performing DC TIG welding, including gas adjustment and parameter setting.
Guide to performing welding operations using the DC Pulse TIG mode.
Steps for performing DC Pulse TIG welding and turning off the power.
Procedures for daily, monthly, and yearly maintenance of the power supply.
Maintenance procedures and troubleshooting for the welding torch.
Analysis of common problems and their solutions for MMA and TIG welding.
Explains error codes, their possible causes, and corresponding countermeasures.
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