Wave OS (Welding Advanced Visual Environment) technology applied to Telwin inverter welders leads to higher levels of welding performances through increased productivity and efficiency, better quality and reduction of welding costs.
Microprocessor controlled, multiprocess MIG-MAG (continuous and pulse), FLUX/BRAZING/MMA/TIG DC-Lift inverter welding machine.
The WAVE OS system makes welding operations: customisable to suit customer-specific requirements; traceable and analysable, by saving data via USB; simplified, thanks to SYNERGIC adjustment of parameters.
Maximum operational flexibility for use in a wide variety of application sectors, from maintenance to installation and interventions at body shops.
It is possible to operate on different welded materials (steel, stainless steel, aluminium), brazed materials (galvanised and zinc-plated sheet metal) with specific welding processes having low thermal transfer, ROOT-MIG and ATC, and specific processes for aluminium and brazed materials AB PULSE and AB PoP.
The intelligent and automatic control of the arc, instant by instant, will maintain high levels of welding in all working conditions, with different materials and/or gases.
Complete with VRD device.
Supplied with various stored welding programmes, it offers the possibility also to store, trace and export more customised programmes.
Complete with MIG-MAG torch, cable and earth clamp.
|Model||Elecromig 330 Wave (816061)|
|Main voltage||400V | 50/60Hz | 3 Phase|
|Current range||20 – 300 A|
|Max current||270 A – 20%|
|Current at 60%||205 A|
|Max no load voltage||63 V|
|Max absorbed current||15 A|
|Absorbed current at 60%||10 A|
|Max absorbed power||9 kW|
|Absorbed power at 60%||6.5 kW|
|Main fuse||16 A|
|Power factor (cosphi)||0.9|
|Usable electrodes in DC||1.6 – 6 mm|
|Steel welding wire diameter||0.6 – 1.2 mm|
|INOX welding wire diameter||0.8 – 1.2 mm|
|Aluminum welding wire diameter||0.8 – 1.2 mm|
|Flux cored welding wirediameter||0.8 – 1.2 mm|
|Brazing wire diameter||0.8 – 1.2 mm|
|Dimensions||86.5 x 39 x 91.5 cm|