Why does my Fimer TM 236 Welding System display a network error?
A network error on your Fimer Welding System can occur due to: 1) Failure of one mains power supply phase. To resolve this, check the connection to the power supply and ensure the fuses are intact. 2) Mains overvoltage or undervoltage. To fix this, check that the mains voltage is in the range of 360Vrms to 440Vrms.
What to do if my Fimer TM 236 machine switches off and the display is off?
If your Fimer Welding System switches off and the display is off, it is likely due to a lack of tension on the supply grid. To fix this, refresh the power supply tension.
Why is my Fimer Welding System producing a porous welding seam?
A porous welding seam on your Fimer Welding System can be caused by a few things: * Incorrect distance or inclination of the torch. The distance between the electrode and the piece should be approximately equal to the diameter of the electrode core. For basic electrodes, follow the rule L=diam. X 0.5, and ensure the inclination isn't too steep. * Hydrogen presence due to humidity in the electrode coatings or improper electrode storage. Replace the electrodes and store them according to the manufacturer's instructions. * Welding arc that is too long. Maintain the correct distance between the electrode and the workpiece.
What to do if my Fimer Welding System shows [display:antisticking]?
If your Fimer Welding System displays 'antisticking', it means the electrode is in contact with the mass during MMA welding. Remove the electrode from the workpiece to resolve this.
Why is there no fusion when using my Fimer TM 236?
No fusion with your Fimer Welding System can occur due to several reasons: 1. Incorrect electrical parameters: Use the correct parameters and reduce the welding speed. 2. Welding speed too high: Reduce the speed. 3. Erroneous preparation of the patches: Prepare the joint correctly, opening the angle of the caulker. 4. Erroneous welding position: Correct the welding position.
General| Brand | Fimer |
|---|---|
| Model | TM 236 |
| Category | Welding System |
| Language | English |
Identifies and explains the main components and parts of the welding machine.
Highlights crucial safety precautions for operating the welding equipment and its environment.
Details safety guidelines concerning the proper use, maintenance, and potential hazards of the welding apparatus.
Specifies necessary protective gear and measures for the welder's safety during operation.
Details critical safety guidelines concerning electrical connections, grounding, and protection.
Troubleshooting steps for issues related to the inability to initiate the welding arc.
Explains the MIG/MAG welding process, including 2-stroke and 4-stroke modes with ramps.
Explains the functions of the graphic display, control buttons, and key interface elements.
Identifies components like wire spool support, wire feeder motor, tension regulator, and gas valve.
Explains the different MIG welding modes: 2-stroke and 4-stroke with ramps for optimal weld results.
Guides the user through selecting specific MIG-MAG welding procedures like manual, synergic, and pulsed arc.
Allows selection of MIG-MAG welding procedures like manual, synergic, and pulsed arc.
Guides selection of wire diameter, procedure, and wire type for optimal welding results.
Details procedures for connecting MIG torch, traditional torch, and push-pull torch.
Explains how to connect the gas cylinder, regulator, and set up the MIG welding process.
Guides the user in selecting the welding method: MMA, MIG-MAG, or TIG.
Allows selection of manual MMA welding mode and access to the welding screen.
Details how to adjust welding parameters such as arc force, hot start, and remote control.
Explains the TIG welding process, including 2-stroke and 4-stroke modes with ramps for controlled welding.
Guides the user in selecting the TIG welding procedure, including Lift-Arc.
Details the adjustable parameters for TIG welding, such as arc length, current, and gas settings.
Troubleshooting steps for issues related to the inability to initiate the welding arc.
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