MagicWave 3000
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- 300 A output
- welds low-alloy and high-alloy steels and non-ferrous metals
The MagicWave 3000 is a fully digitally controlled TIG-AC/DC power source with Active Wave technology and is distinguished by an almost soundless yet highly stable arc. With an output of 300A it is both lightweight and robust, as well as being self-explanatory in its mode of operation. The power source is ideal for mobile use in chemical, container, machine and plant engineering, in fitting and installation companies, metal construction, maintenance and repair as well as pipeline construction.
Its robust construction makes the MagicWave 3000 absolutely compatible for the construction site. It can be used to weld all low- and high-alloyed steels, aluminium and its alloys, as well as non-ferrous metals.
3 – 300 A
35 % d.c. at 300 A, 100 % d.c. at 190 A
28,1 kg / 61.95 lb
3 x 400 V
Process
TIG
Base metals
- Aluminium
- CrNi
- Special metals
- Steel
Fields of use
- Aerospace industry
- Chemical plant construction
- Industrial plants, pipeline construction, assembly companies
- Plant, container and machine construction, steel engineering
- Shipbuilding / offshore
Overview
-
Automatic gas post-flow time (welding current-dependent)
The ideal post-flow time is calculated automatically so that electrode and weld pool do not oxidise -
Automatic tungsten balling
Brings enormous time savings - simply clamp the sharpened electrode, pre-select cap diameter, the arc automatically forms the correct cap size -
Digital welding process control
For one-off precision in the welding process, exact reproducibility and outstanding weld properties -
Generator-compatible
for mobile use, including construction sites -
Non-contact ignition (HF)
For perfect arc ignition with high-voltage pulse, even for very long hosepacks -
Reversed polarity ignition
Improves the ignition of the TIG direct current arc -
Touchdown ignition
For ignition with no high-voltage pulses in sensitive applications
Technical Data
| Mains voltage 50 - 60 Hz | 3 x 400 V |
| Mains voltage tolerance | +/- 15 % |
| Mains fuse protection (slow) 3 x 400 V | 16 A |
| Primary cont. power 3 x 400 V - 100 % d.c. | 5,5 kVA |
| Cos phi 1 | 0,99 |
| Welding current three-phase TIG | 3 - 300 |
| Welding current three-phase MMA | 10 - 300 A |
| Welding current single-phase TIG | 3 - 220 A |
| Welding current single-phase MMA | 10 - 180 A |
| Welding current at 10 min / 40 °C (104 °F) | 35 % d.c. at 300 A 100 % d.c. at 190 A |
| Open-circuit voltage | 89 V |
| Standardised working voltage TIG | 10,1 - 22,0 V |
| Standardised working voltage MMA | 20,4 - 32,0 V |
| Ignition voltage (Up)* | 10 kV |
| Type of cooling / insulation class | AF / B |
| Dimensions l/w/h (mm) | 560/250/435 |
| Dimensions l/w/h (inches) | 22.0/9.8/17.1 |
| Weight | 28,1 kg |
| Weight | 61.82 lb. |
| Marks of conformity | CE |
| Protection | IP 23 |
Equipment features
General
General- Anti-stick function
- Automatic cooling unit shutdown
- Automatic gas post-flow time (welding current-dependent)
- Automatic tungsten balling
- Carrying strap
- Cellulose-compatible
- Continuous welding current adjustment using welding torch
- Digital welding process control
- Earth fault monitor
- Energy-saving inverter technology
- Expansion using modules
- free parameter selection on the welding torch
- Gas test function
- Generator-compatible
- Hot start
- Microprocessor controlled
- Non-contact ignition (HF)
- Operating hours counter
- Overtemperature protection
- Polarity switching
- Remote control facility
- Reversed polarity ignition
- "S" mark, CE mark as standard
- Soft start
- Temperature-controlled fan
- Touchdown ignition
- AC/DC
- 2-step mode, 4-step mode
- Final (i.e. "end") current
- Hold function
- Mains voltage monitor
- Operating mode
- Overtemperature
- Parameters
- Sequence status
- Service codes
- Start arc current
- Welding current (actual value)
- Welding voltage (actual value)
- AC balance
- AC frequency
- AC waveform
- Downslope
- Electrode diameter
- Falling characteristic
- Gas post-flow time
- Gas pre-flow time
- Hot start
- Spot-welding time
- Start arc current
- Stepless welding power
- TAC (tacking acc. to program)
- UpSlope
Options
General- Current flow signal
- Flow watchdog for torch cooling
- Keylock switch
Process
- TIG AC/DC
- TIG DC
Base materials
- Aluminium
- CrNi
- Special metals
- Steel
Application area/sector
- Aerospace industry
- Chemical plant construction
- Industrial plants, pipeline construction, assembly companies
- Plant, container and machine construction, steel engineering
- Shipbuilding / offshore
Technology
The AC-arc is expected to be stable and soft. Active Wave can fulfill these demands perfectly. A DSP (digital signal processor) controls the AC current curve and therefore offers best process stability and 100% reproducibility, even with large melt pools. By the way, the AC-arc ist never loud - the sound level is below the values allowed by law all the time.