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Micro GAP 50DC
Micro GAP 50 DC is ideal for welding applications that require precision, high-quality layer quality and low dilution; in particular when fully automatic welding is impractical or inapplicable due to low numbers or the diversity of the tasks.
Why Micro GAP 50 DC?
Micro GAP 50 DC stands for plasma welding with transferred electric arc (PTA technique). The CAP procedure is ideally suitable for jointing and coating work. Through the constriction of the electric arc by means of a cooled anode, a plasma beam with a very high energy density is created. The transferred plasma arc melts the surface of the work piece, which is flushed with inert gas, very quickly in localized areas. The energy input and the supply of welding filler material in powder or wire form are decoupled; there are thereby many options for influencing the heat input to the work piece and the mixing with the base material.
Application
Micro GAP 50 DC is ideal for welding applications that require precision, high-quality layer quality and low dilution; in particular when fully automatic welding is impractical or inapplicable due to low numbers or the diversity of the tasks. Micro GAP 50 DC is designed for manual and semiautomatic welding tasks in which frequent parameter changes are required. All the settings are displayed on the LCD display in plain text, and up to 100 memory locations are available for storing the welding parameters. The extremely powerful inverter delivers 15 A at a 100% duty cycle, which is also sufficient for micro-plasma welding.
Micro GAP 50 DC Specification?
Micro GAP 50 DC is ideal for welding applications that require precision, high-quality layer quality and low dilution; in particular when fully automatic welding is impractical or inapplicable due to low numbers or the diversity of the tasks.
Why Micro GAP 50 DC?
Micro GAP 50 DC stands for plasma welding with transferred electric arc (PTA technique). The CAP procedure is ideally suitable for jointing and coating work. Through the constriction of the electric arc by means of a cooled anode, a plasma beam with a very high energy density is created. The transferred plasma arc melts the surface of the work piece, which is flushed with inert gas, very quickly in localized areas. The energy input and the supply of welding filler material in powder or wire form are decoupled; there are thereby many options for influencing the heat input to the work piece and the mixing with the base material.
Application
Micro GAP 50 DC is ideal for welding applications that require precision, high-quality layer quality and low dilution; in particular when fully automatic welding is impractical or inapplicable due to low numbers or the diversity of the tasks. Micro GAP 50 DC is designed for manual and semiautomatic welding tasks in which frequent parameter changes are required. All the settings are displayed on the LCD display in plain text, and up to 100 memory locations are available for storing the welding parameters. The extremely powerful inverter delivers 15 A at a 100% duty cycle, which is also sufficient for micro-plasma welding.
Micro GAP 50 DC Specification?
| Micro GAP 50 DC | ESC: 757806 |
| Mains voltage: | 3x 400V±15% |
| Mains frequency: | 50/60 Hz |
| Mains fuse: | max. 16 A |
| Max. power consumption: | 3.5 kVA |
| RMS value of the largest main current: | 9.6 A |
| Cosphi: | 0.99 |
| Protection class: | IP 23 |
| No-load voltage pilot inverter: | 85V DC |
| No-load voltage main current inverter: | 100V DC |
| Max. welding current (100% ED): | 33 A |
| Max. welding current (60% ED): | 40 A |
| Max. pilot current (100% ED): | 5 A |
| Adjustment range for plasma welding/ TIG welding / spot welding: | 0.5 ÷ 50 A |
| Adjustment range of the pilot current: | 0.5 ÷ 50 A |
| Dimensions (L x B x H): | 655 x 310 x 605 mm |
| Weight: | 46.5 kg |
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