MIG Welding Machine PATON™ ProMIG–630–WK–15–4

The digital inverter MIG Welding Machine PATON™ ProMIG-630-WK-15-4, featuring a dedicated trolley and cooling system, combines versatility with high energy efficiency for professional applications. It supports multiple welding methods: SMAW (stick electrode), GMAW (MIG/MAG), FCAW (with or without shielding gas), and GTAW LIFT (TIG). With an adjustable current range of 18 to 630 A, welding parameters can be precisely tailored to various tasks, whether in the workshop or on the construction site. The ProMIG-630-W-15-4 model is compatible with both water-cooled and air-cooled torches, handling coated electrodes (1.6–8.0 mm), welding wires (0.6–1.6 mm), and tungsten electrodes (1.0–5.0 mm), making it ideal for serial production and heavy-duty steel construction welding.

Its robust 4-roller wire feeder with a full-power drive, compatible with wire spools of 5, 15, and 18 kg, ensures stable and precise wire feeding, including soft aluminium wire. Equipped with wheels for easier movement, it can also be connected to a communication cable up to 30 metres long, providing excellent flexibility in large work areas such as industrial halls or building sites. Simple polarity switching (DCEP/DCEN) allows for quick adaptation to different welding methods, while the EURO connector facilitates swift torch changes. The modular design enhances both comfort and operator safety. Engineered for operation under varied field conditions, this machine performs seamlessly with generators and long extension cables, offering full power output and reliability even in the most demanding environments.

Liquid cooling systems like the PATON Cooler 7 are crucial in welding processes requiring high currents (above 300 A). They provide effective cooling of key torch components – the handle, torch head, and power cable – in accordance with the equipment’s design. In addition, the machine is designed to function optimally with generators and extended cables, guaranteeing consistent performance and dependability in challenging conditions.

Advanced Features for Exceptional Performance:

1. IGBT Technology: Utilizes modern transistors to minimize electromagnetic interference and power loss, enhancing efficiency and reliability.
2. Thermal Protection: Monitors and stabilizes temperature to prevent overheating, ensuring prolonged component lifespan and operational safety.
3. Voltage Stabilization: Eliminates voltage fluctuations for consistent weld regulation and operational stability, even on extended cables or generator power.
4. Simple Polarity Reversal: Effortlessly switch between polarities for adaptable welding processes, optimizing performance for different materials.
5. Separate Feeder: Allows welding with the power source alone, enhancing portability and flexibility for MMA and TIG methods.
6. Unique Design & Fan Stop: Extends component lifespan and increases durability with adaptive fan speed system, conserving energy and reducing noise.
7. Voltage Ramp Control: Ensures smooth transition to welding mode, reducing spatter and maintaining high weld quality.
8. MIG/MAG Brazing & Inductance Function: Adjusts current ramp-up for optimal welding, reducing spatter and ensuring precise welding process control.
9. Voltage Reduction System (VRD): Quickly reduces voltage after welding for added safety, minimizing the risk of electrical hazards.
10. Wired Remote Control: Enables remote adjustment of welding parameters, ideal for hard-to-reach or hazardous welding scenarios.
11. TIG DC Pulse: Allows precise control over heat during welding, reducing distortions in thin or delicate materials.
12. MMA Pulse: Optimizes metal deposition rate and penetration control, reducing defects like porosity and cracking for cleaner welds.
13. Adjustable Parameters: Customize hot start and arc force settings for optimal arc initiation, stability, and penetration.
14. Store & Identify Welding Programs: Conveniently save and access up to 16 welding programs for versatility in various welding tasks.
15. Compact & Lightweight: Designed for efficiency in limited access areas, offering portability without compromising performance.