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Inverters TIG <strong>welding</strong> devices digital<br />

Qualität Made<br />

in Germany<br />

PRO-TIG AC/DC – next generation TIG <strong>welding</strong> system.<br />

350 Amperes at 100% duty cycle – liquid-cooling integrated.<br />

The PRO-TIG AC/DC combined premium <strong>welding</strong><br />

equipment <strong>technology</strong> with best-in-class<br />

user-friendliness. The unique combination<br />

of the Dual-Power inverter with the precise,<br />

digital <strong>welding</strong> process control offers perfect<br />

<strong>welding</strong> properties. Includes integrated torch<br />

liquid cooling as a factory standard.<br />

100% duty cycle for all devices<br />

Maximum user-friendliness thanks to easy and<br />

safe handling<br />

XXClear-cut self-explanatory handling: easy and<br />

fast operation of the PRO-TIG is no problem,<br />

even when wearing gloves!<br />

Perfectly stable arc<br />

XXFast and precise <strong>welding</strong> process control: the<br />

arc is kept stable in any position. Innovative<br />

ignition management guarantees reliable<br />

ignition.<br />

High frequency pulse up to 3000 Hz<br />

XXHigh-frequency pulse operation in a<br />

frequency range above 2000 Hz ensures<br />

a precise, focused arc with a high output<br />

density. This ensures reliable and uniform<br />

penetration while at the same time reducing<br />

the heat impact zone. The higher arc<br />

pressure naturally supports faster <strong>welding</strong><br />

speeds. The virtually unavoidable gap<br />

fluctuations between the torch and the weld<br />

pool in manual <strong>welding</strong> thus have virtually no<br />

influence on the <strong>welding</strong> results.<br />

Intelligent ignition management<br />

XXThanks to advanced processor control, the<br />

optimum ignition energy setting is chosen as<br />

a function of the selected <strong>welding</strong> current for<br />

both HF and Lift-Arc ignition. This quickly and<br />

easily produces a stable arc - independently<br />

of the tungsten electrode you are using - and<br />

is gentle on both the workpiece and the<br />

electrode.<br />

TIG AC <strong>welding</strong><br />

XXThe AC arc remains smooth and stable even<br />

with critical and highly oxidised material<br />

surfaces. The quiet and appealing arc noise,<br />

is well below the legally required limit.<br />

Dual Wave Aluminium <strong>welding</strong> method<br />

XXThis custom mode is a combination of AC<br />

and DC <strong>welding</strong>. While <strong>welding</strong> the processor<br />

control automatically switches between<br />

0.2 seconds of DC and then 0.3 seconds of<br />

AC <strong>welding</strong> current. The selected values for<br />

<strong>welding</strong> current I1 or I2, the frequency and<br />

balance are taken into consideration, just<br />

like in DC- or AC-only <strong>welding</strong>. The Dual-Wave<br />

method means improved manageability<br />

of the weld pool and is used for <strong>welding</strong><br />

difficult workpieces (out-of-position<br />

<strong>welding</strong>), when <strong>welding</strong> workpieces of<br />

different thicknesses and when processing<br />

thin sheet aluminium and aluminium alloys.<br />

AC Balance control<br />

XXAC Balance control controls the heat in the<br />

tungsten electrode. The arc can be focused<br />

based on the heat input, e.g., in <strong>welding</strong> thin<br />

sheets or for welded-on edges. Reducing<br />

the heat input also reduces the wear on the<br />

electrode.<br />

Automatic frequency control<br />

XXThe frequency is automatically adapted to<br />

match the current level in AC <strong>welding</strong>. The<br />

AC arc is focused at low <strong>welding</strong> currents.<br />

This ensures reliable root coverage, e.g.,<br />

for fillet welds on thin sheets. The wear on<br />

the tungsten electrode is reduced at higher<br />

currents. The results are a long service<br />

life, and best-in-class economic efficiency.<br />

Automatic frequency control offers benefits,<br />

especially if you work with a remote control<br />

foot pedal. Additionally, the AC frequency<br />

can be manually configured in the range of<br />

30 - 300 Hz.<br />

Generator capability<br />

XXMore flexibility in mobile applications<br />

ELSA.PRO system<br />

XXThe proven ELSA (Electronic Stabilized Arc)<br />

<strong>technology</strong> was enhanced for PRO-TIG. this<br />

highly dynamic digital <strong>welding</strong> process,<br />

with its unique precision and precise<br />

reproducibility, ensures excellent <strong>welding</strong><br />

properties even for melt pools with large<br />

surfaces.<br />

Electrode <strong>welding</strong><br />

XXThe PRO-TIG is also a full-fledged electrode<br />

<strong>welding</strong> device. In addition to the <strong>welding</strong><br />

current, hot start and arc force are freely<br />

configurable. The electrode polarity is<br />

selectable on the device (no need to unplug<br />

and plug the <strong>welding</strong> and workpiece cables).<br />

Of course, the PRO-TIG has the tried and<br />

trusted anti-stick function which prevents<br />

the stick electrode sticking and burning out.<br />

Optimised energy efficiency<br />

XXThe Dual-Power inverter has a uniquely<br />

effective mode of operation. Thanks<br />

to intelligent energy management, in<br />

combination with the use of innovative<br />

components, almost all of the supplied<br />

power is converted into an arc. As energy<br />

costs continue to rise, the PRO-TIG also<br />

contributes to your economic success in<br />

terms of energy consumption.<br />

Method<br />

XXTIG<br />

XXElectrode <strong>welding</strong><br />

XXRemotely controllable/programmable<br />

Sheet thicknesses<br />

XXfrom 0.3 mm<br />

Base materials<br />

XXNon alloy and low alloy materials<br />

XXHigh alloy materials<br />

XXStainless steels<br />

XXConstruction steels<br />

XXCrNi steels ferritic/austenitic<br />

XXDuplex steels<br />

XXAluminium<br />

XXNickel-based materials<br />

XXMagnesium materials<br />

XXCopper materials<br />

XXSpecial materials<br />

Typical applications<br />

XXPlant, container, machine, steel<br />

construction<br />

XXChemical plant construction<br />

XXAutomobile industry and automotive<br />

supplies<br />

XXPlant and pipeline construction<br />

XXConstruction site and mobile use<br />

··<br />

200 kHz Dual-Power inverter<br />

up to 350 A at<br />

100% duty cycle<br />

Plug&Play<br />

XXPRO-TIG works with a smart CAN networked<br />

multiprocessor architecture. All components<br />

are automatically detected and configured by<br />

the PRO-TIG. For the user this means: Plug &<br />

Play – just plug in and start!<br />

Integrated torch liquid-cooling<br />

XXTorch cooling with a cooling performance of<br />

1500 W it is also activated by plug and play.<br />

Percent of fugal pump is requirements-driven<br />

(Auto/On/Off). Once the torch's schooling is<br />

sufficient, the liquid cooling system switches<br />

to standby (torch temperature monitoring).<br />

This reduces energy consumption and noise<br />

emission. A flow monitor is also integrated.<br />

66<br />

Integrated 1500 W liquid cooling device with temperature monitoring, standby function, and plug and<br />

play for optimum communication between the cooling device and the PRO-TIG AC/DC.

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