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Archtorchology

X5W

Designed for heavy-duty, high-demand applications.

500A CO2 @ 100% Duty Cycle
450A Mixed Gas M21 @ 100% Duty Cycle
Shielding Gas Flow Rate: 16-22 l/min
Volume Flow Rate: Fume Nozzle 66 m3

X5W – Liquid-Cooled High Performance Mig Fume Torch

Designed for heavy-duty, high-demand applications, it ensures high-efficiency fume
capture at the generation point, minimizing airborne contaminants.

Make Work Life Easier

Massive Gains in Productivity!

Arc Wear Parts are more efficient and last longer!

  • Contact tips last up to 6 times longer
  • Nozzles last up to 3 times longer
  • Tip adaptors last up to 5 times longer

Technical Specification

Cooling Method Air-Cooled Max. Load
Rating: CO2 500A 20.0KW
Rating: Mixed Gas M21 450A 17.1KW
Duty Cycle 100%
Wire Size 0.9-1.6mm
Volume Flow Rate: Fume Nozzle 52 m3h
Volume Rate: Connector 66 m3h
Pressure Drop 10 kPa
Shielding Gas Flow Rate 16-22 l/min
Efficiency 93%
Minimum Liquid Flow Rate 1.5 l/min
Minimum Liquid Inlet Pressure 2.5 Bar
Maximum Liquid Inlet Pressure 5.0 Bar
Maximum Liquid Inlet Temperature 50oC
Operating Temperature Range -10..+40oC

Downloads

Arc X Fume Series

Product Catalogue

Download
Arc X Fume Series

Set-Up Guide

Download
View all downloads

Key Elements

Light and Manoevrable

Optimized weight distribution for enhanced balance and reduced strain

Unobstructed Visibility

Specially engineered low-profile nozzle geometry

Simplified Maintenance

Easy disassembly and cleaning

Flexible Cable Sets

Improvements in welder comfort and reductions in welder fatigue

Key Benefits

  •  A lightweight cable and hose system combined with a knuckle joint and support eliminates the feeling of ‘dragging’ the cable.
  • Extraction channels are designed for minimal weight and bulk.

Key Benefits

  • Nozzles enable effective extraction from any angle without obstructing the view or access.

Key Benefits

  • Easy disassembly and cleaning
  • Easily remove and clean whilst sucking fume deposits away using the fume extraction unit

Key Benefits

  • New cable structures for improved flexibility and weight reduction
  • Specified and constructed to last over 1 million flexes in life cycle testing

Core Technologies

SIC Technology

Accumulated spatter breaks free when the nozzle is released

BI-Flow2 Technology

Lighter and cooler torches with increased power to weight performace ratios

Spatter Isolation Chamber

Spatter created by the arc is held within a unique chamber that collects the molten metal droplets

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

Nozzle, tip adaptor and contat tips are all force cooled.

In The Box

Standard Set-up

Spanner

Safety Guide

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