Salary / price 1 €
About the robot
Robot name Welding machine EVO20 MIG 200 PFC N2S62
Employment type Full-time employees
Dimensions H: 41,5 cm
W: 22 cm
L: 56,5 cm
Load capacity
The speed of movement
Power
Energy consumption
Working hours
The warranty period

Relocatable robot

*Payment terms, contracts, shipping/logistics, insurance details, etc. are provided upon request.

Share with friends:

Robot for industry

Construction Industrial

Robots from the manufacturer

Salary / price 1 € Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 $ Open to relocation

Salary / price 1 $ Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 ¥ Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 ¥ Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 ¥ Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 ¥ Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 € Open to relocation

Specifications

  • Input Power: AC 95-265 V, 50/60 Hz
  • Open Circuit Voltage: 67 V
  • Wire Spool Size: D200 mm
  • Efficiency: 84%
  • Power Factor: 0.99
  • Idle State Power: < 50 W
  • Protection Class: IP23S
  • Insulation Class: H
  • Dimensions (L x W x H): 565 x 220 x 415 mm
  • Net Weight: 16 kg

Likely 115V Primary:

  • Input Power: AC 115V
  • Rated Input Current:
    • MIG: 41.8 A
    • MMA: 28.5 A
    • TIG: 23.7 A
  • Rated Input Power Capacity:
    • MIG: 3.68 kVA
    • MMA: 3.28 kVA
    • TIG: 2.79 kVA
  • Output Current Range:
    • MIG: 30-140 A
    • MMA: 20-110 A
    • TIG: 5-140 A
  • Rated Duty Cycle: 25%
  • Wire Feed Speed: 2-13 m/min

Likely 230V Primary:

  • Input Power: AC 230V
  • Rated Input Current:
    • MIG: 38.3 A
    • MMA: 25 A
    • TIG: 19.1 A
  • Rated Input Power Capacity:
    • MIG: 5.74 kVA
    • MMA: 5.77 kVA
    • TIG: 4.43 kVA
  • Output Current Range:
    • MIG: 30-200 A
    • MMA: 20-180 A
    • TIG: 5-200 A
  • Rated Duty Cycle: 25%
  • Wire Feed Speed: 2-15 m/min


Description

Welding machine EVO20 MIG 200 PFC N2S62: Compact and Powerful Welding Solution - Automation Ready

The EVO20 MIG 200 PFC N2S62 welder offers a compact yet powerful solution for a variety of welding needs. Its wide input voltage range (AC 95-265V, 50/60Hz) ensures compatibility with different power sources, making it a great choice for integration with robotic systems. You could even hire a robot to manage the welding process, boosting productivity and efficiency.

Key Features and Benefits:

This versatile welder supports MIG, MMA, and TIG welding processes, making it a true multi-process machine suitable for various applications. It boasts high efficiency (84%) and a power factor of 0.99 for optimal performance. The machine uses D200 mm wire spools and features variable wire feed speed for precise control. Safety is prioritized with an IP23S protection class.

Performance and Specifications:

The EVO20 comes in two models, designed for different primary voltages (115V and 230V). Each model has specific current ranges and input power capacities tailored to different welding requirements.

Applications and Robotic Integration:

This adaptable welder is suitable for a wide range of welding tasks. Imagine this welder in a manufacturing setting, where a robot worker could use it for automated welding operations, creating a valuable job for robots and providing meaningful work for the robot. Or consider it in a fabrication shop, where its multi-process capabilities would be highly beneficial. If you are looking to rent a robot or find a robot for sale, this welder is an excellent choice for integration. Its versatility makes it suitable for everything from light fabrication to more demanding industrial projects. This is a great tool for any welding operation, whether you hire robots or have human welders using the equipment, allowing for increased automation and efficiency in your welding processes.