T3WFX

With a smaller footprint than a WP17 and more power than a WP18, with a flexi neck.

400A DC @ 100% Duty Cycle

280A AC @ 100% Duty Cycle

Electrode Size: 1.0-4.0mm / 0.04”- 5/32”

T3WFX – Liquid-Cooled High Performance Flexi-Tig Welding Torch

Suitable for the majority of industrial applications and material types.
Arc High performance Flex Body Torches have been rigorously tested* with over 50 flexes (with no reduction in duty cycle) – double the life of conventional flexible TIG torch bodies!

Try it today!

T3W

Increased Productivity – Double the Life of a Standard Liquid-Cooled body

Arc Wear Parts Last Longer!

Flex Bodies will last 2 times longer
Ceramics will last 5 times longer
Back Caps will last 10 times longer
Gas Lens Bodies will last 20 times longer
Collet Bodies will last 10 times longer

*like for like laboratory tested continuously at 45°

Technical Specification

Cooling Method	Liquid-Cooled
Length	4m	8m
Rating: DC 1200W	400A	400A
Rating: AC 1200W	280A	2580A
Duty Cycle:	100%	60%
Electrode Size:	1.0-4.0mm / 0.04″-5/32″
Minimum Liquid Flow Rate	1.5 l/min
Minimum Liquid Inlet Pressure	3.0 Bar
Maximum Liquid Inlet Pressure	5.0 Bar
Maximum Liquid Inlet Temperature	50^oC

Downloads

Arc T Series

Product Catalogue

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Arc T Series

Set-Up Guide EN/DA/DE/FR/IT/NL

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Arc T Series

Set-Up Guide EN/ES/PL/PT/RU/SV/CH

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Key Elements

Wear Parts

Every component delivers superior performance for increased Arc time and lower overall production costs

Torch Bodies and Back Caps

Step change performance levels achieved with the development of revolutionary cooling and heat zone isolation techniques

Handle Sets

Fits seamlessly into the hand. 'Plug and play' switch options for machine control functionality and Point of Sale configuration

Cable Systems

Clever material selection combines flexibility, durability and performance

Key Benefits

Push-on / easy grip ceramics
One piece collet/collet body – no twisting
Heat Zone Isolator ensures 100% ceramic and electrode alignment
Optional large gas lens for increased gas envelope

Key Benefits

Cooler running torch bodies at elevated power levels
Cooler running components increase wear parts life expectancy
Advanced material selection and component design enhances flex neck life expectancy
Superior grade phenolics for maximum thermal resistance and improved durability of back caps
Liquid-Cooled Flex Life > 50 Flexes – Double the life of a standard Liquid-Cooled flex body

Key Benefits

Utilizes air gap technology for cooling running handles
Hard and soft material elements for an effortless grip
Fully interchangeable ‘plug and play’ modules with analogue and digital control options
Infinite adjustment of welding parameters from the torch handle
Optional integrated handle readout displays all welding and machine parameters in “real time”

Key Benefits

Rapid fit and modular rear end systems ensure point of use reconfiguration of power input, water/gas hose and control lead terminations
Superior grade rubbers ensure cable termination integrity and hose package longevity – (Lab tested to over 1 million flexes)
Front end leather cover and knuckle joint combine for a really supple cable at the welders wrist.

Core Technologies

Bi-Flow Technology

Higher powered performance from a much smaller footprint

Force Cooling Technology

The cooler running collet assembly maximizes conductivity and extends consumable life

HZI Technology

Cooler running torches with increased power to weight performance ratios

TRS Technology

Quick and easy extension of the electrode without the removal of any other wear parts

Increased Capacity Liquid Cooling Systems

Re-engineered high-capacity cooling chambers remove excessive heat at source.

Gas Stream Cooling

A highly effective series of passages and wells force cools the collet.

The cooler running collet assembly maximizes conductivity and extends consumable life.

Heat Zone Isolation Technology

Transferred heat from the ceramic cup is isolated by a unique external barrier.

Conducted heat is isolated using large air pockets within the torch body structure resulting in cooler running torches with increased power to weight performance ratios.