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MIG-350DP-W/MIG-500DP-W
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MIG-350DP-W/MIG-500DP-W

● Description

Full-bridge inverter soft switch control technology, double IGBT modules,and quick recovery diode module
Undervoltage, overvoltage, overcurrent,overheat Protection
Doubel Pulse / Single Pulse / MMA
Separated wire feeder
Programme storage/load
Adopting multiple insulation materials to protect PCB and main circuit
    TECHNICAL TADA
    KG Model
    MIG-350DP-W
    MIG-500DP-W
    Input Volt
    3PH 380V
    3PH 380V
    Rated Input Capacity
    15.5KVA
    28KVA
    Real output Amper
    350A
    500A
    Inverting Frequency
    20KHz
    20KHz
    OCV
    65V
    78V
    Duty Cycle (40%)
    60%
    60%
    Wire Diameter
    0.8-1.2mm
    0.8-1.6mm
    Efficiency
    80%
    80%
    Protection Class
    IP21S
    IP21S
    input power cable diameter suggestion
    ≥4mm² ≥6mm²
    output welding cable diameter suggestion
    35mm²
    50mm²
    LxWxH
    1040*580*1480mm
    1040*580*1480mm
    Net Weight
    93KG
    103KG

    The MIG-350DP-W/500DP-W welding machine is a multi-functional welding equipment. It adopts full-bridge inverter soft-switching control technology, dual IGBT modules, and fast recovery diode modules, and is suitable for products that weld low-carbon steel, stainless steel, and aluminum alloys, etc. Its unique welding techniques, such as pulse and dual-pulse modes, can improve welding quality and production efficiency, especially in solving complex production problems with remarkable effects. The dual-pulse welding mode can make the weld seam reach the level of argon arc welding, which is due to the precise control of the heat in the welding metal. The pulse process is particularly suitable for welding stainless steel and aluminum alloys. In the semi-automatic welding mode (MIG/MAG), you can save the set welding parameter settings and reuse them when necessary. This optimizes the working time of welders. The device is equipped with wheels for mobility and a cart with a reserved space for gas tank placement, enhancing its mobility. It has a detachable wire feeding device and a water tank.

    overload-protection OVERLOAD PROTECTION
    Undervoltage, overvoltage, overcurrent Protection
    overheat-protection OVERHEAT PROTECTION
    OVERHEAT PROTECTION
    pulse-function PULSE MODE
    The PULSE mode simplifies the welding process by ensuring high levels of joint reliability. Unlike short circuit welding, pulse welding does not produce spatter and prevents adhesion. The quality and convenience of the pulse process enable inexperienced welders to weld welds of different complexities.
    double-pulse DOUBLE PULSE MODE
    Using the double pulse method, the wire feeding speed during the welding process changes according to the set parameters. The DOUBLE PULSE mode is highly suitable for welding stainless steel and aluminum (also due to the rapid cleaning effect of the edge switching), especially for thin plates. In these thin plates, TIG quality can be achieved at a higher production rate. In the DOUBLE PULSE mode, the pulse current and pause current can be adjusted to further control the appearance of the weld seam and reduce the heat affected zone. The welding in the DOUBLE PULSE mode simplifies the welding process for aluminum and its alloys as well as stainless steel, ensuring a high level of connection reliability
    memory-function SAVE PROGRAMS
    The existence of storage units enables you to save the settings of the welding parameters, frequently repeated tasks, and replay them when necessary, thereby significantly reducing the setup time of the equipment.
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    ​​Env.Specs​​

     

     

    未命名的设计 (15)

    Operates -10°C to 40°C, store/transport -25°C to 55°C. Place dry ventilated. Input 220V/380V/480V 50Hz, voltage tolerance ±10% or ±20%. Generator requires 1.5x rated power and compensating coil.

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    Advantages

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    Smart Fan​​ ​/ Spatter Control ​/ Welding Modes / Auto Settings / Thickness Input / Pulse Modes​​ ​​/ 10 Presets​​ /Separated wire feeder

     

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    KeyFeatures

    未命名的设计 (19)

    Full-bridge inverter soft switch control technology, double IGBT modules,and quick recovery diode module MIG/MMA welding. Supports CO2/MAG/MIG gases for mild/stainless steel. Solid

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    SystemSpecs​​

     

     

    未命名的设计 (17)

     

     

    60% duty cycle: max working ratio per 10min. Overuse causes overheating. CV output for gas welding, CC for manual welding.

     

     

    01020304