What should I do if there are no fault lights ON, and no arc in the torch of my ESAB Cutmaster 60 Welding System?
If there are no fault lights ON, and no arc in the torch of your ESAB Welding System, return to an authorized service center for repair.
Why is the GAS LED OFF and FAULT and MIN pressure indicators flashing on my ESAB Welding System?
If the GAS LED is OFF and the FAULT and MIN pressure indicators are flashing on your ESAB Welding System, it could be due to several reasons: * The gas supply might not be connected. Ensure the gas supply is properly connected to the unit. * The gas supply may not be turned ON. Make sure to turn the gas supply ON. * The gas supply pressure could be too low. Set the air supply inlet pressure to the unit to 120 psi. * The AIR PRESSURE CONTROL regulator might be set too low. Adjust the regulator to set the air pressure.
What to do if FAULT and 75 PSI indicators are flashing on my ESAB Cutmaster 60?
If the FAULT and 75 PSI indicators are flashing on your ESAB Welding System, it could be due to: * The start signal being active when the ON/OFF switch is turned to the ON position. The start can be active if the hand torch switch or hand pendant switch is held closed, or if the CNC START signal is active low. Release the START signal source. * A problem in the torch and leads switch circuit. In this case, consider replacing the torch and leads.
Why A/C Indicator does not light when ON / OFF Switch is ON in ESAB Cutmaster 60?
If the ON/OFF switch is ON but the A/C indicator doesn't light on your ESAB Welding System, here's what might be happening: 1. The primary power disconnect might be in the OFF position. Turn the primary power disconnect switch to the ON position. 2. The primary fuses/breakers could be blown or tripped. Have a qualified person check the primary fuses/breakers and connect the unit to a known good primary power receptacle. 3. The unit's internal fuse might be blown. Replace the fuse. If it blows again, it may need professional attention.
What causes FAULT and 80 PSI indicators to flash with cycling gas flow on ESAB Welding System?
If the FAULT and 80 PSI indicators are flashing and the gas flow is cycling ON and OFF on your ESAB Welding System, consider the following: * The torch shield cup might be loose. Tighten the shield cup by hand, but do not overtighten it. * The torch tip, electrode, or starter cartridge could be missing. Turn OFF the power supply, remove the shield cup, and install any missing parts. * The torch start cartridge might be stuck. Turn OFF the power supply, bleed down the system pressure, remove the shield cup, tip, and start cartridge. Check the start cartridge lower end fitting for free movement. Replace it if it does not move freely.
Why are FAULT and 65 PSI indicators flashing on my ESAB Welding System?
If the Fault indicator and the 65 PSI indicator are flashing on your ESAB Welding System, it could be due to: * Improper input voltage. Check for proper primary input voltage. * A primary input voltage problem. Have a qualified person check the primary voltage to ensure it meets the unit requirements.
General| Output Current Range | 20-60 A |
|---|---|
| Rated Output Current | 60 A |
| Protection Class | IP23 |
| Duty Cycle | 60% @ 60A |
| Recommended Cut Capacity | 20mm (3/4 inch) |
| Gas Supply | Compressed air |
| No Load Voltage | 265 V |
General safety guidelines and recommendations for operating the equipment.
Instructions on how to navigate and use the manual effectively.
Details on identifying the unit's model, serial number, and part numbers.
Procedures for checking received equipment for completeness and damage.
Details the manual's coverage of SL60/Manual and SL100/Mechanized Plasma Cutting Torches.
Explains the basic design and function of plasma torches and gas flow.
Provides technical specifications for torch configurations, leads, and parts.
Instructions for identifying and inspecting equipment after receiving it.
Details on safe lifting procedures and options for the power supply unit.
Guidance on connecting the primary input power, including voltage and wiring requirements.
Procedure for connecting the torch to the power supply unit.
Instructions for mounting and aligning the mechanical torch for cutting.
Description of the power supply's front panel controls and indicators for operation.
Guidance on selecting appropriate torch parts for different cutting operations.
Factors influencing cut quality and characteristics of a good cut.
Lists US and Foreign patents covering plasma cutting torch parts.
Routine maintenance tasks for the power supply unit, categorized by frequency.
Procedures for cleaning and lubricating torch components for optimal performance.
Overview of the parts list breakdown and arrangement.
Guidelines for ordering replacement parts, including necessary information.
Details on what is included with a replacement power supply unit.
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