Why is my ASKAYNAK SUPERMIG 355 overheating?
If the ASKAYNAK Welding System machine or cable is overheating, or the “+” and/or “–” socket is overheating, it could be due to several reasons. You might be using an unsuitable torch, in which case you should use a higher power torch. Alternatively, the welding cables may be too thin, so replace them with suitable cables. Also, check if the sockets are loose and tighten them.
What to do if the torch doesn't work on my ASKAYNAK SUPERMIG 355?
If the torch does not work when the torch switch is pressed on your ASKAYNAK Welding System, the torch switch might be broken, and you should change it. A loose connection in the cable could also be the cause, so contact the cable to resolve this.
Why is the fan not turning in my ASKAYNAK SUPERMIG 355 Welding System?
If the fan in your ASKAYNAK Welding System is not turning or turning slowly, it could be due to a phase loss in the input power. Check and ensure you have normal input power.
How to fix wire feeding issues in ASKAYNAK SUPERMIG 355 Welding System?
If the function is OK, but there's no wire feeding in your ASKAYNAK Welding System, ensure the cable connection is properly connected. If it's not the connection, contact technical service.
What to do if the protection LED is on in ASKAYNAK SUPERMIG 355 Welding System?
If the Protection LED is “On” on your ASKAYNAK Welding System, it could be because the machine is overheated. Wait until the temperature comes down and the light is “Off”.
Information about the manufacturer, product, brand, and model.
Lists the EU directives and harmonised standards the product complies with.
Provides additional notes on conformity and signatory details.
Details on clothing and gear to protect welders from hazards.
Guidelines for managing noise and maintaining a safe work environment.
Information on preventing burns from hot materials and dangers of electric shock.
Precautions regarding hazardous gases, fumes, and compressed gas cylinders.
Measures to prevent fires and explosions caused by welding sparks and materials.
Guidelines for safe use of electrical components and proper grounding.
Additional safety precautions and information on residual risks.
Recommendations for installing and using the welding machine for EMC.
Factors to consider when assessing the area for electromagnetic compatibility.
Strategies to mitigate electromagnetic interference, including shielding and bonding.
Essential safety and operational guidelines before starting the machine.
Requirements for the environment where the machine is operated.
Explanation of duty cycle and the machine's thermal protection mechanism.
Details on the required electrical power input for the machine.
Technical data for the welding machine's power source.
Technical data for the wire feeder and the complete welding machine set.
Step-by-step guide for connecting the machine to the power supply.
Instructions for connecting shielding gas and the welding torch.
Guidance on connecting the main power source to the wire feeder.
Steps for installing the wire spool and feeding wire into the feeder.
How to adjust the pressure force for wire drive rollers.
Explanation of welding torch operation modes and wire feed speed adjustment.
Features for testing wire feeder and gas flow, and soft start function.
Settings for burnback control, pre-gas, and post-gas flow times.
Details on arc force, inductance, starting, and ending current settings.
Options for selecting shielding gas and wire diameter.
List and description of parameter setting functions on the wire feeder.
Identification and explanation of buttons and displays on the wire feeder front panel.
How to select and configure welding modes (MMAW, GMAW, Syn-GMAW).
Instructions for saving and recalling welding parameter memories.
Lists and identifies functions located on the front panel.
Lists and identifies functions located on the rear panel.
Visual layout of the front panel with numbered components.
Visual layout of the rear panel with numbered components.
Recommended daily checks and cleaning for the welding machine.
Guidelines for monthly, quarterly, and yearly maintenance tasks.
Identifies problems, possible reasons, and solutions for machine malfunctions.
Causes and solutions for porosity and lack of fusion in weld beads.
Addresses common welding bead defects like insufficient penetration and undercut.
Tips for economical energy use and shutting down the machine.
Procedures for retiring and disposing of the welding machine.
Guidance on unpacking, transporting, and storing the machine.
Specifies the environmental conditions necessary for machine operation.
Lists accessories included with and available for the machine.
Electrical schematic for the display PCB and wire feeder.
Electrical schematic for the motor drive PCB and related components.
Schematic for the power source's EMC and control PCBs.
Schematic for the power and output PCBs of the welding machine.
Illustrated breakdown of the power source components.
List of part numbers, descriptions, and quantities for the power source.
Illustrated breakdown of the power module components.
List of part numbers and descriptions for the power module.
Illustrated breakdown of the wire feeder components.
List of part numbers, descriptions, and quantities for the wire feeder.
Illustrated breakdown of the cart components.
List of part numbers and descriptions for the cart.
Information about the wire feeder display membrane part.
Details on the front panel label for the power source.
Details on the rear panel label for the power source.
Technical specifications and parameters on the wire feeder nameplate.
Labels related to warranty information and model identification.
Displays general warnings and safety instructions for the equipment.
Technical data and specifications listed on the power source nameplate.
Technical data and specifications listed on the wire feeder nameplate.
General| Brand | ASKAYNAK |
|---|---|
| Model | SUPERMIG 355 |
| Category | Welding System |
| Language | English |
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