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Fronius TransTig 4000 Job MV

Fronius TransTig 4000 Job MV.jpg

  • 400 A output

  • Multivoltage

  • Cold wire control and automated use

  • Welds low-alloy and high-alloy steels and non-ferrous metals

The TransTig 4000 is a TIG-DC power source, and has an output of 400 A. It is extremely easy to use, practically self-explanatory in operation, very robust, powerful and completely digitised. The power source can be used in many different fields: chemical, container, machine and plant construction, pipeline construction, automotive and tracked vehicle manufacturing, aerospace industry and shipbuilding, as well as by all types of installation, maintenance and repair companies.
The TransTig 4000 Job MV is ideal for use on construction sites, but also in manufacturing - materials: low and high-alloy steels and non-ferrous metals. The Job version enables cold wire control, as well as automated use and robotic welding. The Multivoltage version switches between the different mains voltages automatically. 

3 - 400 A

45 % d.c. at 400 A,100 % d.c. at 300 A

42 kg / 92.59 lb

3 x 200 - 240 V, 3 x 380 - 460 V

Process

TIG

Base metals

  • Aluminium

  • CrNi

  • Special metals

  • Steel

Fields of use

  • Aerospace industry

  • Automobile and component supply industry

  • Chemical plant construction

  • Industrial plants, pipeline construction, assembly companies

  • Maintenance and repair

  • Metal and gantry construction, fitting shops and forges

  • Plant, container and machine construction, steel engineering

  • Rail vehicle construction

  • Robotic welding

Overview

 

  • Automatic gas post-flow time (welding current-dependent)
    The ideal post-flow time is calculated automatically so that electrode and weld pool do not oxidise

  • Generator-compatible
    for mobile use, including construction sites

  • Job mode
    Once perfected, machine settings can be saved and called up at any time.

  • Multivoltage
    guarantees worldwide usability, as it can be switched over to the various mains voltages

  • Non-contact ignition (HF)
    For perfect arc ignition with high-voltage pulse, even for very long hosepacks

  • Touchdown ignition
    For ignition with no high-voltage pulses in sensitive applications

Equipment features

 

General

Operating modes

  • 2-step mode, 4-step mode

  • Special 4-step mode

  • Spot welding

Displays

  • Final (i.e. "end") current

  • Hold function Automatically saves the actual values when welding finishes

  • Job number

  • Mains voltage monitor

  • Operating mode

  • Overtemperature

  • Sequence status

  • Service codes

  • Welding current (actual value)

  • Welding voltage (actual value)

Settabel Parameters

  • Downslope

  • Dynamic

  • Electrode diameter

  • Falling characteristic

  • Final (i.e. "end") current

  • Gas post-flow time

  • Gas pre-flow time

  • Hot start

  • Spot-welding time

  • Start arc current

  • Stepless welding power

  • TAC (tacking acc. to program)

  • TIG pulse

  • UpSlope

Options

General

  • Cold wire control

  • Current flow signal

  • Flow watchdog for torch cooling

  • Keylock switch

  • Robot interface, analog

  • Robot interface, digital

Process

Process

  • TIG DC

Base materials

Recommended ground materials

  • Aluminium

  • CrNi

  • Special metals

  • Steel

Application area/sector

Recommended areas of use

  • Aerospace industry

  • Automobile and component supply industry

  • Chemical plant construction

  • Industrial plants, pipeline construction, assembly companies

  • Maintenance and repair

  • Metal and gantry construction, fitting shops and forges

  • Plant, container and machine construction, steel engineering

  • Rail vehicle construction

  • Robotic welding

 

 

 

 

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