- The MIG method requires the wire to have a special coating (flux) otherwise it needs to be connected to an external gas cylinder (e.g. argon, CO2).
- The MAG method creates welds with gas flow, making it ideal for indoor welding.
- It has an output current of up to 165A which requires more time to melt thicker wires and more passes on thicker welds.
Vector manufacturer's inverter MIG welding machine, where the inverter technology enhances the performance and durability of the machine and contributes to reducing its weight.
Features & Characteristics
- The MIG method requires the wire to have a special coating (flux) otherwise it needs to be connected to an external gas cylinder (e.g. argon, CO2).
- The MAG method creates welds with gas flow, making it ideal for indoor welding.
- It has an output current of up to 165A which requires more time to melt thicker wires and more passes on thicker welds.
Dimensions
- Type
- MAG, MIG
- Welding Current (max)
- 165 A
- Maximum Wire Diameter
- 1 mm
Additional Features
- Inverter
- Yes
- IGBT
- No
- VRD
- No
- with Voltage Stabilizer
- No
- for Generator with AVR
- No
Features
- Hot Start
- No
- Anti Stick
- No
- Arc Force
- No
- 2T Operation
- No
- 4T Mode
- No
- Spot Function
- No
- Pulsed
- No
Important information
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.