TIG Welding

TIG welding equipment supports fabricators, maintenance teams, welding professionals, and training environments performing TIG welding tasks. This category includes an air-cooled TIG torch accessory for touch-start DC TIG welding as well as AC/DC TIG welders with adjustable controls, broad output ranges, and options that also support stick welding.

Product Display:
Helpful Buying Guide

Choose TIG welding equipment for your process and power needs

Start by deciding whether you need a TIG torch accessory for a compatible welder or an AC/DC TIG power source. Then compare available input power, output range, process capability, torch controls, and setup features for the welding work at hand.

Visual Guide

Popular examples in this category

Use Cases

Match the equipment to the welding task

An air-cooled torch is intended for touch-start DC TIG welding with compatible inverter MIG/stick welders. AC/DC TIG welders provide options for TIG work involving mild steel and aluminum, while one model also supports stick welding.

How to Choose

Compare power, output, and process controls

Check the electrical service available where the machine will be used, then compare output range and AC/DC capability. For recurring work, consider procedure memory; for torch-based adjustment, consider an Amptrol-equipped torch.

Applications

Plan for fabrication, maintenance, or training work

The AC/DC TIG welders are described for fabricators, maintenance teams, welding professionals, and training environments. One 230A model is identified for demanding work, including aluminum up to 1/4 in.

Additional Information

Review connection and operating details

The air-cooled torch uses a DINSE-style connector and a torch-mounted gas valve, with shielding gas connected directly to a separate bottle regulator. Available welder features include pulse and low-frequency functions, IntelliStart control, and fan-as-needed cooling.

5-220AOutput range

The 220A AC/DC TIG package provides output from 5A to 220A.

230AMaximum output

The AC/DC TIG and stick welder provides up to 230A output.

120-460VInput range

The 230A model automatically adjusts across this 50/60 Hz input range.

9Stored procedures

The 230A model stores up to nine welding procedures.

Comparison Guide

Compare the TIG welding options

Use this overview to identify the product type and features that align with your welding setup.

Selection factorAir-Cooled TIG Torch with Gas ValveAC/DC TIG Welders
Primary roleAccessory for touch-start DC TIG weldingInverter-based power sources for TIG welding
Connection and gas handlingDINSE-style connector, torch-mounted gas valve, and direct regulator connectionOne package includes a 12.5-foot Amptrol torch with amperage control and arc-start switch
Power and process optionsDesigned for specified compatible inverter MIG/stick weldersAC/DC operation; available 120/230V or automatic 120-460V input; one model also supports stick welding
Notable controlsGas-flow control at the torch bodyPulse and low-frequency functions, procedure memory, IntelliStart, and fan-as-needed cooling, depending on model
Planning Guide

Plan the right fit before choosing

Choose the equipment type

Select a torch accessory or a TIG power source

Choose the air-cooled TIG torch when using a compatible inverter MIG/stick welder for touch-start DC TIG welding. Choose an AC/DC TIG welder when the job calls for an inverter-based power source with AC and DC operation.

  • The torch provides weld-output connection and torch-mounted shielding-gas control.
  • The 220A package operates at 120V or 230V and has a 5-220A output range.
  • The 230A model supports TIG and stick welding from one power source.
Compare controls and setup

Focus on the controls that fit the work

Available features vary by machine. One package places amperage control and an arc-start switch at a 12.5-foot Amptrol torch. Another model stores welding settings for recurring jobs and adjusts start behavior for thinner or thicker materials.

  • Pulse and low-frequency functions add TIG process-control options.
  • Procedure memory stores up to nine welding procedures.
  • IntelliStart provides softer starts for thinner materials and hotter starts for thicker materials.
Confirm power and material needs

Align input power and output with the job

Input options differ between the welders. The 220A package uses 120V or 230V input, while the 230A model automatically adjusts to 120-460V, 50/60 Hz, single- or three-phase power. Both AC/DC options support mild steel and aluminum applications.

  • The 220A package starts at 5A and reaches 220A.
  • The 230A model provides output for demanding work.
  • The 230A model is described for aluminum up to 1/4 in.
FAQ

Common questions before buying

What is the air-cooled TIG torch designed for?

It is an accessory for touch-start DC TIG welding with compatible inverter MIG/stick welders.

How is shielding gas controlled on the air-cooled torch?

The torch has a torch-mounted gas valve and connects shielding gas directly to a separate bottle regulator.

What input power does the 220A AC/DC TIG package use?

It operates with either 120V or 230V power.

Can the 230A AC/DC model perform stick welding?

Yes. It supports both TIG and stick welding from one inverter-based power source.

Helpful Buying Guide

Choose TIG welding equipment for your process and power needs

Start by deciding whether you need a TIG torch accessory for a compatible welder or an AC/DC TIG power source. Then compare available input power, output range, process capability, torch controls, and setup features for the welding work at hand.

Visual Guide

Popular examples in this category

Use Cases

Match the equipment to the welding task

An air-cooled torch is intended for touch-start DC TIG welding with compatible inverter MIG/stick welders. AC/DC TIG welders provide options for TIG work involving mild steel and aluminum, while one model also supports stick welding.

How to Choose

Compare power, output, and process controls

Check the electrical service available where the machine will be used, then compare output range and AC/DC capability. For recurring work, consider procedure memory; for torch-based adjustment, consider an Amptrol-equipped torch.

Applications

Plan for fabrication, maintenance, or training work

The AC/DC TIG welders are described for fabricators, maintenance teams, welding professionals, and training environments. One 230A model is identified for demanding work, including aluminum up to 1/4 in.

Additional Information

Review connection and operating details

The air-cooled torch uses a DINSE-style connector and a torch-mounted gas valve, with shielding gas connected directly to a separate bottle regulator. Available welder features include pulse and low-frequency functions, IntelliStart control, and fan-as-needed cooling.

5-220AOutput range

The 220A AC/DC TIG package provides output from 5A to 220A.

230AMaximum output

The AC/DC TIG and stick welder provides up to 230A output.

120-460VInput range

The 230A model automatically adjusts across this 50/60 Hz input range.

9Stored procedures

The 230A model stores up to nine welding procedures.

Comparison Guide

Compare the TIG welding options

Use this overview to identify the product type and features that align with your welding setup.

Selection factorAir-Cooled TIG Torch with Gas ValveAC/DC TIG Welders
Primary roleAccessory for touch-start DC TIG weldingInverter-based power sources for TIG welding
Connection and gas handlingDINSE-style connector, torch-mounted gas valve, and direct regulator connectionOne package includes a 12.5-foot Amptrol torch with amperage control and arc-start switch
Power and process optionsDesigned for specified compatible inverter MIG/stick weldersAC/DC operation; available 120/230V or automatic 120-460V input; one model also supports stick welding
Notable controlsGas-flow control at the torch bodyPulse and low-frequency functions, procedure memory, IntelliStart, and fan-as-needed cooling, depending on model
Planning Guide

Plan the right fit before choosing

Choose the equipment type

Select a torch accessory or a TIG power source

Choose the air-cooled TIG torch when using a compatible inverter MIG/stick welder for touch-start DC TIG welding. Choose an AC/DC TIG welder when the job calls for an inverter-based power source with AC and DC operation.

  • The torch provides weld-output connection and torch-mounted shielding-gas control.
  • The 220A package operates at 120V or 230V and has a 5-220A output range.
  • The 230A model supports TIG and stick welding from one power source.
Compare controls and setup

Focus on the controls that fit the work

Available features vary by machine. One package places amperage control and an arc-start switch at a 12.5-foot Amptrol torch. Another model stores welding settings for recurring jobs and adjusts start behavior for thinner or thicker materials.

  • Pulse and low-frequency functions add TIG process-control options.
  • Procedure memory stores up to nine welding procedures.
  • IntelliStart provides softer starts for thinner materials and hotter starts for thicker materials.
Confirm power and material needs

Align input power and output with the job

Input options differ between the welders. The 220A package uses 120V or 230V input, while the 230A model automatically adjusts to 120-460V, 50/60 Hz, single- or three-phase power. Both AC/DC options support mild steel and aluminum applications.

  • The 220A package starts at 5A and reaches 220A.
  • The 230A model provides output for demanding work.
  • The 230A model is described for aluminum up to 1/4 in.
FAQ

Common questions before buying

What is the air-cooled TIG torch designed for?

It is an accessory for touch-start DC TIG welding with compatible inverter MIG/stick welders.

How is shielding gas controlled on the air-cooled torch?

The torch has a torch-mounted gas valve and connects shielding gas directly to a separate bottle regulator.

What input power does the 220A AC/DC TIG package use?

It operates with either 120V or 230V power.

Can the 230A AC/DC model perform stick welding?

Yes. It supports both TIG and stick welding from one inverter-based power source.