Telwin Technomig 210 Dual Synergic
Multi-process wire welder

Telwin Technomig 210 Dual Synergic - Professional Multiprocess Welder

The Telwin Technomig 210 Dual Synergic is an inverter continuous wire welder with microprocessor control ; in addition to MIG-MAG wire welding, the welder can also be used for MMA, TIG DC-Lift welding and for welding with FLUX and BRAZING modes .

The flexibility of use and the different welded materials ( steel, stainless steel, aluminium ) or brazed ( galvanized sheet metal ) confirm Technomig Dual Synergic as an excellent solution in a wide variety of fields of application, from maintenance, to installation, to car body .

Telwin Technomig 210 Dual Synergic uses the synergic mode to simplify operations. This system allows simple adjustment, setting just one parameter, thanks to the synergistic curves stored for the different types of processing. A true One Touch adjustment which is further simplified by the convenient LCD display.

The intelligent and automatic control of the arc , moment by moment, will maintain high performance in all working conditions, with different materials and/or gases. It is also possible to manually intervene on the length of the arc : this adjustment will allow you to modify the shape of the welding bead based on the welder's style .

Reduced weight and maximum compactness also ensures easy transportability to all intervention sites, both indoors and outdoors.

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POSSIBLE WELDING TYPES

• MMA : also called coated electrode welding, is certainly the most widespread welding method within non-professional environments or in processes that do not require particular quality and production performance. This type of welding machine is simpler to use even if it gives less precise results from an aesthetic point of view compared to other types of welding.
• TIG : requires low voltage and therefore absorbs little, becoming more economical and aesthetically the most beautiful of all welding techniques. In fact, TIG welding has a so-called coin shape due to the circular shapes it produces and is more resistant, therefore it is usually used on visible elements and on processes that require precision.
• MIG : in MIG welding the electrode is made up of a metal wire which is also used as filler material and the unwinding of the spool occurs semi-automatically.
• MAG : also semi-automatic, the gas used is carbon dioxide and is mainly used for welding common steels. MIG welding guarantees a higher level of precision, more refined results and is preferred for large thicknesses while MAG is cheaper and allows you to also weld copper, aluminum and magnesium.
• BRAZING : this is an assembly operation which is obtained by melting a filler metal (for example silver or tin based alloys) without melting the base metal. Brazing therefore allows you to keep the edges of the joint intact.
• FLUX : this is Cored Wire Welding and is a process in which the heat necessary to carry out the welding is provided by an electric arc maintained between the piece to be welded and the wire electrode. The welding area is constantly fed, thanks to a special torch, with the filler material.
  Characteristic is the absence of the gas cylinder in the welding circuit together with the use of animated wire electrodes.

Characteristics

• polarity change for GAS MIG-MAG/BRAZING welding
• 25 synergistic curves prepared
• visualization on LCD display of voltage, current, welding speed
• adjustments:
  • wire rise ramp
  • electronic reactance
  • final wire burn time (burn back)
  • post gas
• 2/4 time operation selection
• spot
• thermostatic protection
• overvoltage protection
• undervoltage protection
• overcurrent protection
• usable with motor generator (+/- 15%)

Standard equipment

• Cable
• Toledo 250 Mass Clamp
• 3m Mig torch