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Master T 405 DC G AU
MST405DCGAU
A professional DC TIG welder delivers 400 A from a 3-phase 400 V power supply. Suitable for generator use. VRD is locked on, meaning this model is specifically for the Australian market.
Master T 405 DC G AU — Technical data
| Description | Value |
|---|---|
| Mains connection voltage | 380...460 V ±10 % |
| Mains connection phases | 3~50/60 Hz |
| Mains connection cable type | 4G, H07RN-F |
| Mains connection cable size | 2.5 mm² |
| Maximum supply current [I1max] | 23 ... 19 A |
| Effective supply current [I1eff] | 16 ... 14 A |
| Rated maximum input power [S1max] | 15 kVA |
| Mains fuse | 16 A |
| No-load voltage, MMA/TIG [U0] | 70 ... 95 V |
| Idle power | 16 W |
| Output, duty cycle % at rated max. current, TIG | 30 % |
| Output at +40 °C, rated max current, TIG | 400 A |
| Output at +40 °C, 60% TIG | 320 A |
| Output at +40 °C, 100% TIG | 280 A |
| Output, duty cycle % at rated max. current, MMA | 40 % |
| Output at +40 °C, rated max current, MMA | 350 A |
| Output at +40 °C, 60% MMA | 320 A |
| Output at +40 °C, 100% MMA | 270 A |
| Output range, TIG | 5 A / 1 V ... 400 A / 41 V |
| Output range, MMA | 10 A / 10 V ... 350 A / 42 V |
| Power factor at rated maximum current [λ] | 0.91 |
| Efficiency at rated maximum current [η] | 89 % |
| EMC class | A |
| Minimum short-circuit power of supply network [Ssc] | 2 MVA |
| Stick electrode diameter | 1.6 ... 7 mm |
| Voltage supply for cooling unit | 380...460 V |
| Welding connection type | R1/4 |
| Wired communication type | Analog, Kemppi Remote-Bus |
| Wireless communication type | Bluetooth |
| Transmitter frequency and power | 2400...2483.5 MHz, 10 dBm |
| Operating temperature | -20 ... 40 °C |
| Storage temperature | -40 ... 60 °C |
| Recommended minimum generator power [Sgen] | 20 kVA |
| Degree of protection (fully installed) | IP23 |
| External dimensions, length | 544 mm |
| External dimensions, width | 205 mm |
| External dimensions, height | 443 mm |
| Weight without accessories | 23.6 kg |
| Standards | IEC 60974-1,-3,-10, IEC 61000-3-12, AS 60974.1-2020 |
