TiPTiG Orbital System

Orbital System

The TiPTiG welding automation for all butt seam and fillet welds on the pipe in forced positions and with guide rail also for longitudinal seam applications.

TiPTiG Orbital System

Suitable for HW / HD technology

Process description

The TiPTiG wire feeder sytem provides a linear, steady forward movement of the wire electrode. Simultaniously, this movement is superimposed by a second forward/backward motion.

The result is a kinmatic energy, providing a dynamic and process-stable weld puddle. A second power source provides an resistance-preheated wire electrode, while touching the weld puddle.

TiPTiG Orbital System
TiPTiG Orbital System

Components of the orbital system

  • TiPTiG Orbital Control Cabinet with Beckhoff PLC
  • TiPTiG Touch Panel 12", 2 GB Flash
  • TiPTiG Tractor complete with stroke extension +-30 mm, y-axis
  • TiPTiG Tractor hot wire feeder
  • TiPTiG Tractor hot wire modul
  • TiPTiG Interconnecting cable modul to feeder 1,4 m
  • TiPTiG Orbital TIG 500iDC
  • TiPTiG Alumnium profil box complete with wheels and rings for fork lift
  • TiPTiG Interconnecting cable TIG 500iDC / 3,0 m
  • TiPTiG Torch 410-S "A", water cooled
  • TiPTiG Tractor torch interconnecting cable 4,0 m
  • TiPTiG Spare box torch 400-S "A" large
  • TiPTiG Tractor remote control box, 5,0 m cable
Application range

Application range

  • TIG AC for Cold Wire applications, TIG DC for Hot Wire apllication, pipe butt welds in forced positions and longitudinal fillet-or butt welds

Materials for Hot Wire applications

Low-, medium- and high alloyed steel, Duplex, Superduplex, Copper and Titanium, Stellite, highly heat resistent materials P5,24,91,92

Application advantages

Application advantages

  • HDMT technology
  • universal automation for all butt weld applications
  • compact size
  • easy-to-use control unit for all parameters
  • active interference while welding with remote control
  • welding parameter memory
  • AVC, AEA, OSC control
  • welding with combined parameters
  • easy processing of all materials
  • deposition rate up to 5,5 kg/h
  • lowest energy per unit
  • environmental friendly, no spatter, low emission, no arc noise
  • narrow gap welding technologies possible
  • smaller aperture angles, less weld preparation time= less welding time