To Next PageTo Next PageWhat to do if my Lincoln Electric 350MP Welding System shows error 39?
Error 39 in your Lincoln Electric Welding System is possibly caused by noise or a signal level issue. Make sure that the machine is properly grounded. If the problem continues, contact an authorized Lincoln Field Service Shop.
What to do if my Lincoln Electric 350MP shows error 47?
Error 47 in your Lincoln Electric Welding System is possibly caused by noise or a signal level right at the trip threshold. If the problem persists, contact an authorized Shop.
What to do if Lincoln Electric Welding System shows error 44?
If your Lincoln Electric Welding System displays error 44, check the machine ground.
What to do if Lincoln Electric 350MP Welding System shows error 81?
If your Lincoln Electric Welding System displays error 81: * Verify that the motor armature is not binding. * Verify that the wire spool is not binding.
What to do if Lincoln Electric 350MP shows error 82?
If your Lincoln Electric Welding System displays error 82: * Verify that the wire can move freely in the cable. * Verify that the spool brake is not set too tight.
General| Duty Cycle | 60% at 350 A |
|---|---|
| Input Phase | 1/3 |
| Rated Output | 350 A |
| Output Range | 30-350 A |
| Processes | MIG, Stick, DC TIG |
| Wire Feed Speed | 50 - 700 ipm |
| Wire Size Range | 0.023 - 0.045 in |
California Proposition 65 warnings regarding engine exhaust and product emissions.
General hazards associated with arc welding, including injury and death risks.
Safety guidelines for operating and maintaining engine-powered equipment.
Potential dangers and precautions regarding electric and magnetic fields (EMF).
Critical safety measures to prevent severe electrical shock or electrocution.
Protection needed from arc rays to prevent burns to eyes and skin.
Risks associated with welding fumes and gases and proper ventilation.
Precautions to prevent fire and explosion from welding sparks.
Safety procedures for handling compressed gas cylinders to prevent explosions.
Safety guidelines for the installation and operation of electrically powered equipment.
Detailed technical specifications for the POWER MIG® 350MP welder.
Connecting input power, grounding, and electrical connection diagrams.
Procedure for installing the GMAW gun and cable assembly.
Instructions for connecting and setting up the shielding gas supply.
Steps for connecting and installing an air-cooled TIG torch.
Operational safety precautions and definitions of welding modes.
Overview of the POWER MIG® 350MP features and capabilities.
Description of the multi-process panel, meters, and control knobs.
Procedure for setting up the welder for specific welding applications.
Detailed explanation of multi-process panel functions like Preflow, Postflow, Run-In.
Adjusting Arc Control, Crater, Burnback, and Spot weld parameters.
Procedures for wire drive roll, loading, feeding, and troubleshooting.
Details on Pulse Welding (GMAW-P), Pulse-On-Pulse (GMAW-PP), Power Mode, and TIG.
Available drive roll kits for different wire sizes and types.
Kit for push feeding aluminum wire with the standard feeder.
Adapter for mounting 22-30 lb Readi-Reels onto the spindle.
Kit for stable mounting of two gas cylinders side-by-side.
Available Magnum GMAW gun and cable assemblies.
Instructions for operating the K1692-2 Spool Gun.
Guidelines for making welds with a push-pull torch installed.
Essential safety precautions to follow during maintenance procedures.
Routine cleaning and general maintenance tasks for the welder.
Inspection and maintenance of drive rolls and guide plates.
Procedure for installing contact tips and gas nozzles.
Steps for cleaning the gun cable liner to prevent feeding issues.
Procedure for removing and replacing the gun liner.
Explanation of the three-step troubleshooting process.
Troubleshooting common problems with machine power and weld output.
Resolving issues related to arc quality, weld bead appearance, and wetting.
Diagnosing and fixing issues with wire feeding and drive rolls.
Troubleshooting no gas flow or incorrect gas flow during welding.
Interpreting fault codes and understanding display messages.
Specific troubleshooting steps for push-pull wire feeding issues.
Procedures for adjusting stall factor and resetting the machine.
Electrical wiring diagrams for the POWER MIG® 350MP.
Physical dimensions and layout of the POWER MIG® 350MP.
