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|Welding current / Duty cycle [10min/40°C]||210A / 40%|
|Welding current / Duty cycle [10min/40°C]||185A / 60%|
|Welding current / Duty cycle [10min/40°C]||160A / 100%|
|Operating voltage||10,1V - 18,4V|
|Open-circuit voltage||35 V|
|Dimension / b||160 mm|
|Dimension / l||435 mm|
|Degree of protection||IP23|
The digital resonant intelligence reacts optimally to voltage fluctuations, thus ensuring an absolutely stable arc.
The vast majority of our devices come with a reusable dust/dirt filter fitted that ensures the power components inside the devices remain free of dirt.
With the help of a watertight, lockable connector on the back of the power source, the mains cable or mains plug can be changed quickly and easily depending on the place of use.
The function carrier is the central element in the design of the power source. It keeps all the components in place. Like the housing, it is made of durable plastic and tested for mechanical loads that far exceed the standard. The carrier provides for the ultimate in durability, while at the same time maintaining a low weight.
The universal connection for system components, such as welding torches with special functions (Up/Down, potentiometers) or remote controls, gives the user cross-product advantages.
to set the most important welding parameters on the function curve
to check the gas flow and purge the hosepack after a long period of downtime
for welding processes, 2-step, 4-step, and electrode mode
or 2-step, 4-step, and special 4-step mode
remote control mode, electrode overload, CEL mode, Trigger Mode Off, HF, TAC, pulse and spot welding mode
The 400 V protective circuit prevents damage when the device is connected to a power supply that is too high.
After a defined period of time, the power module switches off and enters standby mode. This mode reduces energy consumption considerably!
The Power Factor Correction ensures sinusoidal current consumption, making effective use of the available power – only as much power is drawn from the mains as necessary. In addition to energy savings, this results in longer grid leads, improved generator compatibility, and higher welding currents – without tripping the circuit breaker.
Thanks to an improved power module design and Power Factor Correction technology, the TransTig 170/210 uses up to 40% less input power than comparable competitor devices – with the same output power.