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Fit the IM6/Zennium electrochemical workstation to your application. Control external potentiostats, capture additional physical properties or enhance your system to a true parallel impedance analyzer. The IM6 and the ZENNIUM are based on a modular concept which allows a quick and easy expansion with additional hardware and software. Simply plug in an addon card into an empty expansion slot of the IM6 or ZENNIUM. The Thales software will automatically detect the card and enable corresponding functions.

TR8M

Transient recorder with 8 MSample up to 20 MHz. With the TR8M you can record fast pulses and transients. Together with the Pluse Probe and an external potentiostat or electronic load you can perform high current interrupt (HCI) measurements.

RMux

The RMux addon card allows to connect up to 16 electrochemical cells to the IM6/Zennium potentiostat simultaneously.

RMux4

The RMux4 addon card allows to connect up to 4 different electrochemical cells to the IM6/Zennium potentiostat simultaneously.

MIO

The MIO addon card provides 4 analog outputs with an voltage range of ±10 V, 4 digital inputs and 4 isolated digital outputs

PMux

The power cell multiplexer PMux can be used with the IM6/Zennium potentiostat as well as with an external potentiostat from the EL-Series, PP-Series and XPot. It can manage a cell current up to ±5 A.

EPC42

The EPC42 is a controller module for external potentiostats. Each EPC42 is able to address up to 4 PP/EL/XPot devices. Up to four EPC42 cards can be installed in an IM6 or a ZENNIUM system. In total, an IM6 and a ZENNIUM is able to control up to 16 external PPs/XPots

PAD4

The Zahner PAD4 is a 4-channel add-on card for Zahner Electrochemical Workstations. It introduces four additional parallel sampled signal inputs for cell voltage and impedance in fuel cell stacks and battery packs, with a common current.

Temp/U

TEMP-U enables the measurement of temperature by direct connection of two different thermocouples. Two additional electrochemical potential measurements can be done by connecting auxiliary electrodes to the medium level inputs.