Telwin ADVANCE 227 XT MV/PFC VRD + ALUMINUM CASE - Inverter Welder 200A

The **Telwin ADVANCE 227 XT** is a 200 A DC inverter MMA and TIG-LIFT welder, featuring the most advanced technologies to ensure professional performance under any power condition. The **MV/PFC (Multi-Voltage/Power Factor Correction)** system allows it to operate on variable voltage (100V÷240V) and consume up to 30% less energy than standard welders of similar power. It includes the **VRD** safety device, Ø 50 mm quick connectors, and comes complete with MMA welding accessories and a robust **aluminum carrying case**.

Technological and Functional Features

• Universal Power (MV/PFC): Operates on any single-phase power supply from **100 V to 240 V** with up to 30% reduced power consumption.
• Processes: MMA (Stick Electrode) and DC TIG (Lift Arc) with LCD display.
• Safety: Equipped with the **VRD (Voltage Reduction Device)**.
• Extreme Portability: Supplied with an **aluminum case** and solid metal handle; compact and easily transportable.
• Reliability: Usable with extension cords up to **250m** and is generator compatible.
• Electrodes: Handles rutile, basic, stainless steel, cast iron, etc., electrodes with diameters up to **4 mm**.
• Advanced Arc Control: Features Arc Force, Hot Start, and Anti-stick devices.

Technical Specifications

• CODE: 816249
• Single-Phase Mains Voltage: 100-120 V / 200-240 V
• Mains Frequency: 50 / 60 Hz
• DC Current Regulation Range: 10 - 120(150) A (100V) / 10 - 200 A (240V)
• Max Current DC EN60974-1: 120 @ 30%(150 @ 30%) A (100V) / 200 @ 30% A (240V)
• Max No-Load Voltage: 81 V
• Max Absorbed Power: 3.1(2.4) kW (100V) / 5.2(3.6) kW (240V)
• Minimum Motogenerator Power: 5 kW (100V) / 8 kW (240V)
• Power Factor (cosphi): 0.98
• Electrode Diameter in DC: 1.6 - 4 mm
• Protection Grade: IP23
• Dimensions (LxWxH): 37.5 x 50 x 22 cm (14.8 x 19.7 x 8.7 inches - Includes Case)

Note: Values relate to the power supply voltage (100-120V / 200-240V). Values in parentheses in the technical specifications indicate currents or absorbed power under specific voltage or load conditions.