Single-Channel Soldering Station (Without Tools)
This version of the i-CON 1V is only the station - it does not include handpieces and does not have the interface option.
The Ersa i-CON 1V is a professional soldering station for industrial users. It always supplies the required energy for a wide range of soldering tasks - quickly and precisely. The precise temperature control ensures a short heat-up phase and accurate re-heating during soldering. The right soldering tip is available for every application and ensures an optimum heat transfer from the heating element to the solder joint - whether on the 01005 chip or wide chisel-type tips for high-mass applications. The consistent operating concept allows the user to concentrate on the soldering task. Parameter setting is simple due to intuitive one-touch operation and tool-free tip exchange.
The i-CON 1V can be operated with the i-TOOL soldering iron and the CHIP TOOL VARIO desoldering tweezers. Alternatively, it is possible to connect other Ersa soldering tools.
For the connection of a solder fume extraction unit or a heating plate, the i-CON 1V is available with a corresponding interface. These devices are then controlled centrally via the soldering station. The protection of the application and the soldering station are ensured by a fuse concept and complete ESD capability. The stations are already prepared for future functions: firmware updates can be uploaded quickly and easily via a micro-SD card.
Several versions available
Ersa offers several versions of the i-CON 1V.
It is available with either the i-TOOL soldering iron or CHIP-TOOL VARIO tweezer and with or without the interface option. It is also possible to purchase the station by itself, without handpieces.
Please click here to view a chart that provides an overview of what is included with each system.
i-CON 1V applications
The i-CON 1V is suitable for all SMT and PTH soldering tasks in electronic production, rework and R&D. The attachable tools allow very flexible usage of the station depending on the current demands.