Description
Fronius TPS/i Series is one of the most state-of-the-art welding systems in the Fronius catalogue. With a power capacity of up to 600 A, it meets the highest demands for steel, stainless steel, and aluminium applications.
Fronius TPS/i is available with gas or water cooling in the 320i C, 400, 500, and 600 A power categories.
TPS/i Highlights
- Touch display with a customizable screen in over 30 languages- The innovative touch display enables all welding parameters to be set quickly and easily. The menu navigation is available in over 30 languages and features an intuitive user interface.
- Support from stabilisers – Penetration and arc length stabilisers deliver high weld quality
- Maximum flexibility through expandability with software packages (Welding Packages) – Thanks to its modular structure with customised software packages, the TPS/i can be easily adapted to suit individual welding requirements.
- Future-proof welding – user-oriented, continuous development of application software, welding torches, and other components, the TPS/i adapts effortlessly to all welding challenges.
Fronius Welding packages — The ultimate in flexibility
- Standard –Â The Standard package includes the dip transfer arc and the spray arc. Easy to use and suitable across the entire performance spectrum of unalloyed, low- and high-alloy materials.
- Pulse – The Pulse package from Fronius facilitates pulsed arc welding. This guarantees low levels of spattering as well as a variable working range (light gage to thick gage sheets).
- LSC (Low Spatter Control) – LSC is a MIG/MAG welding process with high arc stability and reduced spattering in the dip transfer arc. In addition, the penetration stabiliser enables constant penetration in the spray arc, regardless of any possible stick-out change.
- PMC (Pulse Multi Control)Â – PMC is a modified pulsed arc used in MIG/MAG welding. It utilises penetration and arc length stabilisers to guarantee both higher weld seam quality and faster welding speeds.
- CMT (Cold Metal Transfer) – This highly specific type of droplet detachment minimises the heat input. The reversing wire electrode movement also reduces the level of spattering.

Contact us for pricing options – sales@escco.co.uk 01432 346190
