To Next PageTo Next PageWhat to do if my Lincoln Electric CLASSIC 300 D PERKINS has no auxiliary power?
If your Lincoln Electric Welding System has no auxiliary power, check the following: * Reset any open circuit breakers. * Check and reset the GFCI, using the “GFCI Testing and Resetting Procedure”. * Inspect the connections to the auxiliary receptacles.
Why does my Lincoln Electric CLASSIC 300 D PERKINS Welding System engine stop during operation?
The engine of your Lincoln Electric Welding System might stop during operation for several reasons. The Engine Protection light turns on due to: * Engine Overheat: Possible causes include a lack of coolant, a loose or damaged fan belt, a clogged radiator or cooling water passage, or a faulty thermostat. Also, check for overloading. * Loss of Engine Oil Pressure: This could be due to insufficient oil, a faulty oil pressure switch, oil leakage, a clogged oil filter, or using the wrong grade of oil. A faulty Idler/Engine Protection Printed Circuit Board can also be the cause.
Why won't my Lincoln Electric CLASSIC 300 D PERKINS engine start?
Your Lincoln Electric Welding System engine may not start due to: * Lack of fuel. * Air in the fuel system. * Clogged fuel filter. * Irregular or faulty fuel supply (injector pump trouble). * Glow plug not heated. * Clogged air cleaner. * No compression. * Engine protection light is ON.
General| Engine | Perkins |
|---|---|
| Duty Cycle | 100% |
| Output Current Range | 40-300A |
| Output Voltage Range | 20 - 32 V |
| Fuel Type | Diesel |
| Type | Engine Driven |
| Rated Output | 300 A |
Emphasizes user's role in safe operation and highlights reading the manual.
Essential safety guidelines for operating engine-powered equipment.
Warnings and procedures to prevent electric shock.
Measures to prevent fire and explosion from welding sparks and materials.
Details on the Perkins diesel engine, including displacement and capacities.
Output ratings for welding and auxiliary power generation.
Lists and describes major design elements and components.
Critical warnings before operating the equipment.
Guidelines for placement, ventilation, and grounding for safe operation.
Step-by-step guide for starting the Perkins diesel engine.
How to adjust welding current for desired arc characteristics.
Critical safety warnings before performing maintenance.
Schedule of maintenance items for the engine based on hours/months.
Essential safety warnings for troubleshooting procedures.
Troubleshooting for inconsistent output and lack of current generation.
Guide for diagnosing why the engine doesn't return to low idle.
Diagnosing engine speed issues when the arc is struck.
Steps to diagnose and resolve engine starting and turning problems.
Diagnosing engine shutdown due to overheating or low oil pressure.
