What causes arc or short circuit between contact tip and gas nozzle in LORCH M 2080 Welding System?
An arc or short circuit between the contact tip and gas nozzle in your LORCH Welding System can be caused by spatter build-up inside the gas nozzle. Remove it with special pliers.
What causes higher wire wear out at wire-feeding unit of LORCH M 2080 Welding System?
Higher wire wear out at the wire-feeding unit of your LORCH Welding System can occur if the wire rolls do not fit the wire diameter. Install the correct wire rolls. It can also be caused by incorrect contact pressure at wire feeding; adjust as described in the manual.
What to do if there is not sufficient shielded gas in my LORCH M 2080 Welding System?
If there is not sufficient shielded gas in your LORCH Welding System, it could be due to: * Wrong adjusted quantity of shielded gas: Adjust it correctly as described in the manual. * Dirty pressure reducer: Check the valve. * Torch, gas hose blocked or not airtight: Check and replace if necessary. * Shielded gas being blown away by draught: Avoid draught.
What to do if mains control lamp 40 does not light on LORCH Welding System?
If the mains control lamp 40 does not light on your LORCH Welding System, it means that a phase is missing in the mains. Check the machine at another socket and check mains and fuses.
What to do if the fan of my LORCH M 2080 is not working?
If the fan of your LORCH Welding System is not functioning, it indicates a missing phase in the mains. Check the machine at another socket and check the mains and fuses.
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 |
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