Fronius TPS 270i C Pulsed Inverter MIG - Air Cooled
Machine Only
£5,950.00
Sale price
£5,950.00
Regular price
£0.00
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Fronius TPS 270i C Pulsed Inverter MIG - Air Cooled
£5,950.00
Sale price
£5,950.00
Regular price
£0.00
Shipping calculated at checkout.
The Fronius TPS 270i C Pulsed Inverter MIG-Air Cooled is a high-performance, digitally controlled MIG/MAG welding system engineered for professional fabrication environments. Designed for precision pulsed welding applications, the Fronius TPS 270i C Pulsed Inverter MIG-Air Cooled delivers consistent arc quality across a range of materials and thicknesses, making it a trusted solution for workshops and production facilities demanding reliable, repeatable results.
Key Features
- Advanced digital inverter technology
- Pulsed MIG/MAG welding capability
- Air-cooled torch configuration
- Compact, workshop-ready design
- Synergic welding program library
- Compatible with Fronius system peripherals
Technical Support
Everything we sell is supported by our factory trained engineers at our premesis in Manchester or nationwide through our mobile service engineers.
Delivery + Returns
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Technical Features
- Synergic pulsed MIG welding programs automatically optimise parameters for consistent, highquality results.
- The digital inverter platform ensures stable arc performance across varying material thicknesses and positions.
- An intuitive colour touchscreen interface allows fast, precise parameter adjustment with minimal operator training.
- SpeedNet connectivity enables seamless integration with Fronius WeldCube documentation and monitoring software.
- Compact, lightweight construction makes the unit easy to reposition within a workshop or production environment.
- Aircooled design eliminates the need for a separate cooling unit, reducing setup time and total cost.
Specification
Supply Voltage
3-phase 400V - 50/60 Hz
Welding Current Range
3 - 270A
Duty Cycle at 270A
40% at 40°C
Duty Cycle at 220A
60% at 40°C
Wire Diameter Range
0.6 - 1.2 mm
Open Circuit Voltage
70V
Protection Class
IP 23
Dimensions (L x W x H)
706 x 300 x 510 mm
Weight
29 kg
Cooling Type
Air Cooled
FAQs
What materials and wire types is the Fronius TPS 270i C compatible with for pulsed MIG welding?
The Fronius TPS 270i C is compatible with mild steel, stainless steel, and aluminium, supporting wire diameters between 0.6 mm and 1.2 mm. Its extensive library of synergic welding programs covers a wide range of filler wire classifications and shielding gas combinations. This makes it a highly versatile choice for fabrication shops working across multiple material types.
Is the Fronius TPS 270i C suitable for welding thin sheet metal without causing warping or burn-through?
Yes, the pulsed MIG process used by the TPS 270i C significantly reduces heat input compared to standard MIG welding, making it well suited to thin sheet metal applications. The controlled pulse cycle delivers precise energy to the weld pool, minimising distortion and reducing the risk of burn-through. This capability makes it a preferred choice for automotive, HVAC, and light fabrication work.
Does the Fronius TPS 270i C require a water-cooled torch, or does it work with a standard air-cooled MIG torch?
The TPS 270i C is specifically configured for use with an air-cooled MIG torch, eliminating the need for a water cooling unit or additional cooling infrastructure. This simplifies the overall welding setup and reduces ongoing maintenance requirements. It is designed to work with Fronius-compatible air-cooled torches rated appropriately for its 270A output capacity.
Can the Fronius TPS 270i C be connected to welding data management software for production monitoring?
Yes, the TPS 270i C features SpeedNet connectivity which allows it to interface directly with Fronius WeldCube, a comprehensive welding data management and documentation platform. This enables operators and quality managers to record, analyse, and report on weld parameters for traceability and process optimisation. The integration is straightforward and supports both single-unit and networked multi-machine production environments.
MIG Welding Information
