MigMatic® 320i MIG/MAG Welding Machine
Miller® MigMatic® 320i synergic MIG/MAG system featuring a heavy duty drive mechanism capable of consistent and precise wire feeding regardless of your choice of wire. The machine is quick to set up and the graphical user interface makes it easy to achieve those perfect weld parameters with very limited training required. The MigMatic® 320i is the perfect work shop tool and ideal for both solid and flux core wires.
Features:
- Trigger program switch: Re-call up to 4 preset programs from the torch trigger (any standard MIG torch) for increased productivity on complex objects.
- Miller robustness: Tested and approved for heavy duty welding under the toughest conditions. Miller goes to extreme measures to ensure trouble free welding in any environment.
- Heavy duty wire drive mechanism: The 4-roll drive system will ensure trouble free wire feeding.
- Energy efficient: The energy saving Fan-On-Demand™ power source cooling system operates only when needed, reducing noise and the amount of contaminants pulled though the machine.
- Full synergic MIG/MAG with presets Synergic lines for all common wire/gas combinations with presets of start/stop parameters for optimal welds.
- Ease of use and versatility: Large intuitive LCD panel for quick and precise setting of advanced weld parameters.
- MigMatic® Compact Series: https://www.youtube.com/watch?v=vC8egPAGYGU
- MigMatic® Compact Series: Watch the video in French, Swedish, German or Polish. More languages coming soon!
Title: MigMatic 320i
Industries Interests: General fabrication
Car repair
Training schools
Agricultural equipment
Repair and maintenance
Weldable Metals: Thin to thick,
All materials,
0,8-1.2 mm solid,
Cored wires
Input Voltage: 400 V
Input Phase: 3 phases
Input Hz: 50/60 Hz
Amperage Range: 15 A – 320 A
Max. Output Amperage: 350 A
Rated Output: 320 A, 30 V at 35% duty cycle
Max Open Circuit Voltage: 70 VDC
Net Width: 470 mm
Net Height: 830 mm
Net Length: 1070 mm
Net Weight: 57 kg
Warranty: 3 Years Miller’s True Blue Warranty
