ERSA VARIO2 MK2, ESD 2-channel soldering and hot air station with vacuum, without tools

Description

ERSA i-CON VARIO 2 MK2 electronic station with vacuum pump

ERSA i-CON VARIO 2 MK2 electronic station. Multi-channel soldering and desoldering station. 200W, 230V, antistatic, air volume 2-20l/min., with integrated vacuum pump for ERSA X-Tool.
The i-CON VARIO 2 MK2 multi-channel soldering and desoldering station provides the professional soldering user with two simultaneously usable soldering tools. In parallel with the new, ergonomic hot air clamp i-Tool AIR S (200 W), a further soldering tool for classic soldering or the new
Chip Tool Vario (80 W) desoldering tweezers.
are further Ersa soldering tools. The compact, ESD-safe supply unit offers the same simple and clear operability as usual in the i-CON family. Interfaces to Ersa solder fume extraction units and preheating plates are just as much a matter of course as the simple and safe configuration of the station via a microSD memory card, as with the larger i-CON VARIO 4 MK2.
The current firmware versions can be viewed and downloaded at any time from http://www.ersa.de/vario
.

i-Tool-AIR S
Ergonomically handy, powerful! This is how the i-tool AIR S can be aptly described. The slim, lightweight handpiece carries a 200 W heating cartridge, allowing fatigue-free work on a wide range of SMD components. The hot air volume can be easily adjusted directly on the handpiece; the respective air volume (2 to 20 l/min) can be clearly seen on the display of an i-CON VARIO 2 or 4. The air volume can be precisely adjusted even when soldering the smallest chip resistors. Various nozzles can be used to optimally heat the components. A motion sensor activates the i-Tool AIR S when it is removed from the holder, and an IR sensor in the handpiece allows it to be switched on and off without a button.
-Tool-AIR S

X-Tool
The X-Tool is a powerful 120 W high-performance desoldering iron that has been specially developed for the most difficult desoldering jobs of conventional components on high-mass PCBs. The unique heat storage concept guarantees short dwell times and the temperature monitoring ensures fast re-heating

– energy consumption in standby approx. 25W