Skip to content
Archtorchology

M65WFC

Specifically designed for self-shielded and dual-shielded flux-core wires.

590A CO2 @ 100% Duty Cycle
1600W Cooler
570A Mixed Gas M21 @ 100% Duty Cycle
1600W Cooler
Wire Size 1.2-2.4mm flux-cored wires

M65WFC – Liquid-Cooled High Performance Mig Welding Torch

Specifically designed for self-shielded and dual-shielded flux-core wires, this product is built to perform in demanding, high-heat environments.

Suitable for larger wire sizes, the 22° neck is better for feeding both stiff and soft wires.

A retrofit heat shield is available for high reflected heat applications.

Make Work Life Easier

Massive Gains in Productivity!

Arc Wear Parts are more efficient and last longer!

  • Swan necks run up to 35% cooler
  • 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

Cooler Rating Max.A Pulse Max. Load
Liquid-Cooled
Rating: CO2 1600W 590A 26KW
1200W 560A 24KW
1000W 530A 22KW
Rating: Mixed Gas M21 1600W 570A 420A 24KW
1200W 530A 380A 22KW
1000W 500A 360A 19.5KW
Duty Cycle 100% 100%
Wire Size Filler Wires Fe-MC, MC 1.2-2.4mm
Filler Wires Ss-MC, MC 1.2-2.4mm
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 M Series

Product Catalogue

Download
Arc M Liquid-Cooled High Performance Series

Set-Up Guide

Download
View all downloads

Key Elements

Wear Parts

Superior performance wear parts have pushed the performance levels way beyond currently accepted norms

Swan Necks

Cooler running torches with increased power to weight performance ratios

Handle Sets

Modular Handle Sets with plug and play control options

Liners

From drive roll to contact tip every small detail that affects soft wire welding has been considered

Cable Sets

Clever material selection combines flexibility, durability and performance

Key Benefits

  • Large area tapered face on contact tips improves current transfer.
  • Insulator ‘snap fits’ onto the tip adaptor.
  • A 360° turn on the nozzle ring forces the nozzle forward and breaks off accumulated spatter.
  • All wear parts are laser marked for ease of identification.

Key Benefits

  • Double circuit conductor and nozzle seat cooling
  • Overmoulded body armour for improved insulation and impact strength
  • Neck ridges provide ‘finger grip’ under the welders glove

Key Benefits

  • Utilizes air gap technology, isolating radiated heat for cooler running handles
  • Minimized handle to torch body interface isolates conducted heat
  • 22° neck and pistol handle for difficult to feed wires
  • Large surface area soft grips

Key Benefits

  • Soft wire liners for aluminium, aluminium alloy and copper alloy wires
  • Combi-liners for heavy duty aluminium welding, stainless steel, stainless steel metal core and flux core wires
  • Steel liners for steel wire, steel metal core and flux core wires
  • Optional stainless steel liners for high deposition stainless wire applications

Key Benefits

  • Power cables utilize superior grade copper conductors for added protection against poor water quality and contaminants
  • Specified and constructed to last over 1 million flexes in life cycle testing
  • Modular designed housing allows multiple exit options

Core Technologies

Bi-Flow2 Technology

Lighter and cooler running torches with increased power to weight performance ratios

NRS Technology

Trouble free fitting and removal of the nozzle with a highly efficient transfer of heat between the base of the nozzle and the dual circuit chamber

SIC Technology

Accumulated spatter breaks free when the nozzle is released

OSW Technology

From drive roll to contact tip every small detail that affects soft wire welding has been considered

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

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

Nozzle Retention System
NRS Technology combines a Liquid-Cooled nozzle seat and a push-on nozzle with a threaded retention system.

The design solutions force cool the nozzle, aid spatter removal and increase front-end wear parts durability.

Spatter Isolation Chamber

A uniquely designed spatter “well” accumulates molten metal particles safely and works in conjunction with the nozzle retention system for trouble free removal of the nozzle and spatter ring.

Optimized for Soft Wire Welding

Technical design solutions have resulted in a more efficient delivery of the filler metal from the machine to the torch head.

  • Smooth transfer of the filler metal from the drive rolls to the tip
  • Improved laminar gas and reduced downtime from ‘post weld clean up’

In The Box

Standard Set-up

Safety Information

Wear Parts Spanner

<--- scroll --->