Function: MMA/MIG/SPEED MIG/2T 4T
Input voltage: 380V±15% 3Phase
Rated output: 400A/17.2KVA / 500A/24KVA
Output range: 30-400A/30-500A OCV:80V
Wire diameter: 0.8/1.0/1.2/1.6
Weight/size (length * width * height): 53kg/700-640-310mm
KEY FEATURES
-Artificial intelligence chip control
Built-in welding expert database, automatic matching of expert data, automatic intelligent parameter combination, Full-Digital control system and Full-digital wire feeding control system, to achieve precise control of the welding process and stability with arc length.
-Bigger Depth of Molten Pool
Through precise adjustment of the waveform and control algorithm, the compressed arc obtains a high-strength jet arc, with a short arc, finer droplets, high arc pressure and large welding penetration, which can solve the problem of small penetration of Normal Gas Shielded high current fillet welds, root melting and other issues.
-Robot and welding machine interface
Software upgrade interface increased the MIG500DR more versatile which allow future upgrade for the technology.
-The Four "R", Enhancing productivity
Newly improved welding efficiency with large melting depth rate.
a). Reduced the groove angle when welding medium and thick plates.
b). Reduced the number of welding layers.
c). Reduced the cost of welding materials.
d). Reduced welding time.
Rated input voltage: 380V±15% 3Phase
Rated input current: 30-400A / 30-500A
Rated output capacity (KVA): 17.2KVA / 24.0KVA
Wire Feeding Speed Range(m/min): 1.5-20
Wire diameter: 0.8/1.0/1.2/1.6
Output no-load voltage (V): 80V
Rated load succession rate: 100%@400A / 100%@500A
Power factor (COS φ): 0.93
Efficency (η): 85%
The intelligent "MIG400/500DR" adopts advanced network technology to realize remote tracking and monitoring of the welding process by the dispatch center, or upgrade the software version according to customer requirements to reduce maintenance costs and improve work efficiency.
The connection between the welding power source and the robotic arm is the trend of future development. It can be widely used in vehicles, shipbuilding, steel structure and other industries, greatly improving work efficiency. It has a robot communication interface and can be perfectly connected with robots.