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General| Welding Process | TIG, MMA |
|---|---|
| Input Current | 16 A |
| Welding Current Range (TIG) | 5 - 300 A |
| Duty Cycle | 60% at 300 A |
| Output Current Range | 5 - 300 A |
Safety and installation requirements for electrical connections.
Mandatory protective clothing for welder safety.
Precautions against burns and airborne particles.
Importance of safety masks and goggles.
Preventing fires from welding sparks and flammable gases.
Safe handling and storage of gas cylinders.
High risk of explosion in tanks with flammable materials.
Managing interference with sensitive electronic equipment.
Proper disposal of equipment at end of life.
Explains the symbols and terms on the machine's specifications plate.
Machine's protective measures for safe operation.
Details the smart ventilation system and its maintenance.
Explains operating cycle, overheating alarms, and reset procedures.
Describes the optional VRD feature for increased safety.
Instructions for safely moving the welding unit.
Identifies and labels all components of the welding machine.
Table providing recommended cable sections for welding current.
Steps for connecting earth clamp, TIG torch, gas, and power.
Detailed explanation of each numbered control on the front panel.
Explains the display and indicators for parameters and faults.
How to navigate and adjust parameters on the settings chart.
How to select MMA, TIG, and polarity.
Explains low and high-frequency pulse modes.
Describes the 2-trigger operation sequence.
Describes the 4-trigger operation sequence.
How HF ignition works and its benefits.
Step-by-step guide for Lift Arc ignition.
How to set AC parameters and use AUTO mode.
How to load saved welding programs.
How to save current welding parameters to memory.
Explains Hot-start, Arc-force, and Anti-stick features.
How to use the Full Power Point feature.
Using dual amperage levels in TIG.
Electrode sharpening and recommended parameters for TIG DC.
Chart for electrode, nozzle, and gas flow for TIG AC.
Using MIX polarity for aluminum.
Explains Frequency, Balance, Offset, TDC, TAC settings.
Explains trapezoidal, square, and sinusoidal waveforms.
Explains the function of various menu codes like Fnp, End, dEF, ini, rEL, CFr, oPt.
Enables viewing welding status on the configuration chart.
Shows reference or actual amperage reading.
Enables remote control for MMA mode.
Amperage reduction via arc height in MMA.
Enables pilot arc ignition in TIG mode.
Displays average welding voltage at end of bead.
Defines main/secondary buttons for 2-button torches.
Selects main/secondary button type (NO/NC).
Selects pedal accessory type (NO/NC).
Inverts min/max positions of remote potentiometer.
Compensates voltage reading based on torch length.
Compensates voltage reading based on cable section.
Compensates voltage reading based on earth lead length/section.
Min/max amperage settings in remote MMA mode.
Adjusts sensitivity of arc-force mode for electrodes.
Preheating amperage for TIG and LIFT TIG AC ignition.
Current pulse settings for TIG DC and AC ignition.
Bi-Level feature setting for pulsed arc TIG.
Coolant circulation time and operation mode settings.
Amperage percentage in DC for TIG MIX mode.
Waveform settings for negative/positive half cycles in TIG AC.
Tasks for weekly machine inspection and cleaning.
Tasks for quarterly machine inspection and cleaning.
Complete inspection as per EN-60974 standard.
Instructions for connecting remote control units.
Anomaly in the supply voltage.
Failure in the main inverter stage.
Calibration error in the welding current transducer.
Calibration error in welding voltage transducer.
Communication failure (power unit/control panel).
Communication failure (power unit/remote computer).
Communication and interface system errors.
Calibration errors in temperature readings.
Various interface and software errors.
Excess temperature alarms in main, output power stages.
Excess of temperature at the auxiliary stage.
Voltage anomalies (peaks, low, unstable).
Overconsumption alarm.
Cooling unit alarms (overtemp, no flow).
Detected lack of shielding gas connection.
Cooling unit flow transducer reading incorrect.
Cooler unit not found.
Troubleshooting steps for a non-functional front panel.
Troubleshooting steps for error indicators.
Troubleshooting for incorrect welding current.
Troubleshooting steps for non-functional remote controls.
Troubleshooting steps for lack of shielding gas.
Troubleshooting MMA arc start issues.
Troubleshooting TIG arc start issues.
Causes and solutions for excessive tungsten consumption.
Interpreting and resolving TIG electrode symbol flashing.
Troubleshooting issues with the pulsed arc function.
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