How to fix no gas flow in TIG mode on CIGWELD 170Oi?
If there is no gas flow in TIG mode, the cause may be: * Damaged gas hose (replace or repair it). * Impurities in the gas passage (disconnect the gas hose and blow out impurities). * Turned off gas regulator (turn on the regulator). * Empty gas cylinder (replace the gas cylinder).
What to do if welding arc cannot be established on CIGWELD 170Oi Welding System?
If the welding arc cannot be established, check for: * Poor or no work lead contact. Clean the work clamp area to ensure good electrical contact. * Faulty or disconnected trigger switch. Connect or repair the trigger switch.
How to troubleshoot CIGWELD Welding System not welding when the torch trigger is depressed?
If the mains supply voltage is ON, the Amps Display is illuminated, but the unit will not commence welding when the torch trigger switch is depressed, then: * Set the power source to the correct mode of operation with the process selection switch. * Repair or replace the torch trigger switch/lead if it's faulty.
Why does gas flow continue after releasing the torch trigger on my CIGWELD 170Oi Welding System?
If the gas flow continues after the torch trigger switch has been released (TIG mode), it could be due to: * A gas valve jammed open because of impurities in the gas or gas line. Have an accredited CIGWELD service provider repair or replace the gas valve. * Post flow being active in TIG modes. Reduce the post flow time.
General| Input Voltage | 240V |
|---|---|
| Output Current Range | 30-170 Amps |
| Duty Cycle | 20% @ 170A |
| Protection Class | IP21S |
| Input Phase | Single Phase |
| Wire Feed Speed Range | 2-15 m/min |
| Wire Diameter Range | 0.6-1.0 mm |
| Process | MIG |
| Welding Process | MIG |
Details potential hazards associated with arc welding, including electric shock.
Lists key industry safety standards and regulations for welding.
States the manufacturer's compliance with relevant directives and standards.
Highlights specific hazards and precautions during equipment servicing.
Discusses electromagnetic fields (EMF) and their potential effects and mitigation.
Provides guidance on how to effectively read and use the manual.
Explains how to identify the welding unit and record its details.
Instructs on checking received equipment for completeness and damage.
Illustrates common symbols used on the equipment and in the manual.
Details the features and capabilities of the Transtig 170Pi welding inverter.
Outlines the user's responsibilities for safe operation and maintenance.
Provides instructions and safety precautions for moving the welding unit.
Lists the components included with the Transtig 170Pi welding unit.
Explains the concept of duty cycle and provides a chart for the Transtig 170Pi.
Lists the technical specifications of the Transtig 170Pi welding power source.
Describes suitable environmental conditions for operating the welding unit.
Provides guidelines for selecting an appropriate location for the welder.
Emphasizes the importance of adequate ventilation for safe operation.
Specifies the required mains supply voltage and connection requirements.
Details precautions for electromagnetic compatibility, especially in domestic settings.
Overview of the power source's front panel controls, indicators, and features.
Describes the positive terminal for welding output connections.
Describes the negative terminal for welding output connections.
Details the 8-pin socket for connecting remote control devices.
Specifies the connection point for the TIG torch shielding gas.
Explains the function of the trigger mode control for 2T and 4T operation.
Describes how to select the desired welding mode (GTAW, MMAW).
Explains the thermal overload indicator and its function.
Details the connection for supplying shielding gas.
Describes the function of the main power ON/OFF switch.
Explains the fan's on-demand feature for cooling efficiency.
Provides instructions for safe and correct operation of the shielding gas regulator.
Guides through the procedure for setting up the machine for TIG welding.
Details the optional foot control accessory for welding current adjustment.
Guides through the procedure for setting up the machine for MMAW welding.
Explains the principles behind inverter technology used in the power supply.
Provides a table of common faults, their causes, and remedies.
Lists common power source faults and potential causes and solutions.
Explains how to perform a factory reset to resolve parameter mis-adjustments.
Guides on troubleshooting steps requiring internal inspection and tools.
Lists recommended test equipment and tools for diagnostics.
Provides guidance on visual inspection of internal components for faults.
Instructions for measuring DC bus voltage on the main inverter PCB.
Procedure for preliminary checks on the main inverter PCB components.
Steps to check the main input rectifier for proper function.
Instructions for measuring DC bus voltage with the power applied.
Details various PCB connectors and their pin functions.
Pin function details for the DY1 header on the Inverter PCB.
Pin function details for the FJ/QF header on the Inverter PCB.
Pin function details for the RX header on the Inverter PCB.
Pin function details for the JC header on the Inverter PCB.
Pin function details for the HF220V header on the Inverter PCB.
Pin function details for the GUNIN header on the Inverter PCB.
Pin function details for the GUNOUT header on the Inverter PCB.
Details the connectors and pin functions for the Display PCB.
Details the connectors and pin functions for the Control PCB.
Pin function details for the MB header on the Control PCB.
Pin function details for the PFC header on the Control PCB.
Pin function details for the OT1 header on the Control PCB.
Pin function details for the OT2 header on the Control PCB.
Pin function details for the HF header on the Control PCB.
Pin function details for the IFB header on the Control PCB.
Pin function details for the DRIVE header on the Inverter PCB.
Pin function details for the SOURCE header on the Inverter PCB.
Details the connectors and pin functions for the HF PCB.
Configuration settings for DIP switch SW1 on the Control PCB.
Procedures for calibrating output volts and amps, and remote control.
Explanation of the main circuit board's functionality and components.
Essential safety warnings and precautions before disassembling the unit.
Step-by-step instructions for removing the outer cover panel.
Procedure for safely removing the front panel assembly.
Instructions for removing the display printed circuit board.
Steps for disconnecting and removing the control PCB.
Procedure for safely removing the rear panel.
Instructions for removing the power switch and input cord.
Steps for disconnecting and removing the HF PCB.
Procedure for removing the base panel.
Instructions for reassembling the base panel.
Steps for reattaching the rear panel assembly.
Procedure for reinstalling the front panel assembly.
Instructions for reconnecting and securing the control PCB.
Steps for reinstalling the outer cover panel.
Lists essential spare parts for the power source unit.
Details spare parts specifically for the TIG Torch model W4014604.
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