Why is my LORCH M 2080 Welding System machine switching off?
The LORCH Welding System machine might be switching off due to the duty cycle being overloaded, which is indicated by control lamp 39. Allow the machine to cool down. Another cause could be insufficient cooling of machine parts, so check the air inlet and outlet.
What to do if there is less welding performance in my LORCH Welding System?
If your LORCH Welding System exhibits less welding performance, it could be due to several reasons: * A missing phase: Check the machine at another socket and inspect the mains and fuses. * Poor ground connection: Ensure the best possible contact between the ground clamp and the workpiece. * Ground cable not properly plugged in: Fasten the ground cable by turning the plug to the right. * Defective torch: Repair or replace the torch. * Defective main rectifier: Check and replace the main rectifier, if required.
What to do if my LORCH M 2080 Welding System has irregular or no wire feeding?
If your LORCH Welding System is experiencing irregular or no wire feeding, consider the following: 1. Incorrect contact pressure at the wire-feed rolls: Adjust it as described in the manual. 2. Torch defect: Check and replace if necessary. 3. Missing or dirty brass pipe in the central connection: Install or clean the brass pipe. 4. Poor quality of welding wire: Check and replace if necessary. 5. Rust formation on the welding wire: Check and replace if necessary. 6. Dirty torch liner: Disconnect the torch, unscrew the contact tip, and clean the liner with compressed air. 7. Dejected torch liner: Check and replace if necessary. 8. Motor brake adjusted too strongly: Adjust as described in the manual. 9. Defective main rectifier: Check and replace if required.
Why is there no shielded gas coming from my LORCH Welding System?
If there is no shielded gas in your LORCH Welding System, the possible causes are: * The gas cylinder is empty: Replace it. * Defective torch: Check and replace it. * Pressure reducer is dirty or defective: Check and replace it. * Valve of gas cylinder defective: Replace the gas cylinder.
What to do if my LORCH M 2080 Welding System's torch button doesn't work?
If there is no function when the torch button is pressed on your LORCH Welding System, the issue might be: * The nut of the torch hose is not tight: Tighten it. * No connection of the control cable in the torch hose: Check and change if necessary. * Overload of the machine and thermal protection is active (control lamp 39 indicates overload): Allow the machine to cool down at no load.
Why is my LORCH M 2080's shielding gas not switching off?
If the shielding gas in your LORCH Welding System is not switching off, it could be because the valve of the gas cylinder is dirty or does not close. Remove the torch and pressure reducer and clean it with compressed air.
Why is the plug of ground cable hot in my LORCH M 2080?
If the plug of the ground cable is hot on your LORCH Welding System, check that the plug was tightened by turning it to the right.
What causes an unstable arc in my LORCH Welding System?
An unstable arc in your LORCH Welding System can be caused by a contact tip with the wrong diameter or a worn-out contact tip. Change the contact tip.
How to fix irregular wire feeding in LORCH M 2080 Welding System?
Irregular wire feeding or wire welds to the contact tip in your LORCH Welding System can occur if the wire electrode is tight at the spool. Check and change it if necessary. It can also happen if there is a burr at the wire beginning, so cut the wire beginning again.
Why is my LORCH Welding System's torch too hot?
If the torch of your LORCH Welding System is too hot, check if the contact tip is tight.
Instructions for safely transporting the welding equipment, including lifting and securing.
Specifies the intended use of the unit for welding steel, aluminum, and brazing.
Details electronic overload protection and proper stepswitch usage.
States the sound level of the unit is below 70 db(A) under standard load.
Product conforms to EMC standards; outlines potential disturbances in residential areas.
Connect the torch plug to the central socket on the machine.
Plug the unit into the mains socket, ensuring correct fusing.
Mount the wire coil on the pick-up and adjust the brake.
Insert the wire electrode through the gas nozzle and central connection.
Connect the ground cable to the machine's ground connection and workpiece.
Fasten the ground clamp securely near the welding location for good contact.
Overview of the main operating panel controls for welding.
How to switch on the unit and select the mains voltage range.
Select welding modes like 2-stroke, 4-stroke, or spot welding.
Adjust welding voltage for precise tuning based on material.
Fine-tune the wire feed speed for optimal welding.
Adjust the duration for spot welding operations.
Warning light indicating unit overload, requiring cooling.
Explains the fundamental process of MIG/MAG welding.
Details different arc types like short circuit, transitional, long, and spray arcs.
Outlines working ranges for MAG welding based on wire diameter and gas.
Describes the msg-soldering process and its similarity to welding.
Explains how arc length affects penetration, bead width, and spattering.
Details the effect of torch-to-workpiece distance on electrode extension.
General| Duty Cycle at 160 A | 100% |
|---|---|
| Duty Cycle at 200 A | 60% |
| Mains Voltage | 230 V |
| Mains Frequency | 50/60 Hz |
| Protection Class | IP23 |
| Insulation Class | F |
| Rated Welding Current at 40°C | 200 A |
| Type | MIG/MAG |
| Power Supply | Single Phase |
| Welding Processes | MIG/MAG, MMA, TIG |
To Next Page