IDEAL BW PRAK M200 saldatrice inverter MIG/MAG/MMA 30-200A 5,2kW

In a busy metal fabrication shop, the IDEAL BW PRAK M200 handles daily welding tasks with ease. This 3-in-1 inverter welder supports MIG/MAG and MMA processes, delivering up to 200A for solid welds on steel, stainless, and aluminum. Its IGBT technology ensures stable arc performance, while the digital LED display keeps settings precise. The compact unit fits on a workbench or cart, and the 2-roll wire feeder accepts 5 kg spools for extended runs.

Key specifications

• Welding processes: MIG/MAG, MMA (Stick)
• Technology: IGBT Inverter
• Input voltage: 230V AC, single phase, 50/60 Hz
• Max input power: 5.2 kW
• MIG/MAG current range: 30–200A
• MMA current range: 20–180A
• Duty cycle: 60% at 200A (MIG/MAG), 60% at 180A (MMA)
• Wire diameter: 0.6–1.0 mm steel/stainless, 0.8–1.0 mm aluminum
• Wire spool: max 5 kg (D200)
• Wire feeder: 2-roll
• Open circuit voltage: 56V
• Protection class: IP21S, insulation class F
• Cooling: fan cooled
• Display: digital LED (current/voltage)
• Additional features: anti-stick, hot start, arc force

Why choose it

The BW PRAK M200 combines three welding functions in one portable package, reducing the need for multiple machines. Its IGBT inverter delivers consistent output with high efficiency, and the 60% duty cycle at full power supports longer welding sessions. The digital display and adjustable arc controls (hot start, arc force, anti-stick) make it suitable for both beginners and experienced welders. The robust build and IP21S rating ensure reliable performance in workshop environments.

Ideal use cases

• Automotive body repair and restoration
• General fabrication and metalworking
• Maintenance and repair of agricultural equipment
• Light industrial production and prototyping
• DIY projects and home workshops

Good to know

The welder operates on a standard 230V single-phase supply, making it compatible with most residential and commercial outlets. It accepts both solid and flux-cored wires, and the 2-roll feeder ensures smooth wire feeding. The fan cooling system prevents overheating during continuous use. For optimal performance, use a dedicated circuit and follow the manufacturer's guidelines for electrode and wire selection.