Suitable For: Electrodes With A Width Of 1.6 To 4 Mm
Energy Consumption: 11.5 Kva
Nominal Welding Current: 400 A
Nominal Cycle: 60%
Working Voltage: 230 V
Protection Class: F
Insulation Class: Ip21s
Weight: 6.5 Kg
This Device Uses Two Welding Methods:
Igbt Welding (Insulated-Gate Bipolar Transistor)
The Igbt (Insulated Gate Bipolar Transistor) Technology Means That The Current Is Regulated With A Semiconductor.
This Semiconductor Is Able To Switch The Current On And Off Very Quickly In A Pulsating Manner (Pwm), So That The Current Intensity Can Be “Metered”, As It Were.
This Technique Also Makes Quick Adjustments Of The Amperage Possible During Welding.
During The Welding Process, The Current Can Be Adjusted Based On Measurements In Such A Way That The Welding Process Continues To Run Smoothly.
Mma Welding
Mma Welding Is A Welding Method In Which The Filler Metal Rod In The Electrode Holder Serves As The Welding Electrode.
The Arc Burns Between The Rod And The Workpiece.
The Difference With Other Welding Methods Is That The Filler Rod That Serves As The Welding Electrode In Mma Welding Becomes Increasingly Shorter During The Welding Process.
With Tig And Mig/Mag Welding, The Length Of The Electrode Remains Constant.
Therefore, The Distance From The Welding Torch To The Workpiece Must Always Remain Constant.
However, With Mma Welding, The Electrode Holder Must Always Be Moved Towards The Workpiece To Keep The Distance Between The Electrode And The Weld Pool Constant. This Is A Special Challenge In Mma Welding.
Perfect Stability Of The Welding Arc And Very Good Penetration.
Instant Arc Ignition Thanks To The High No-Load Voltage.
Insensitive To The Length Of The Welding Arc Or Variations In The Mains Voltage, For Example Due To The Use Of A Generator.