The ultimate high performance
Upgrade your ZENNIUM X potentiostat to CIMPS X system (ZENNIUM X + PP212 + accessories) for characterizing your photoelectrochemical, photocatalytic or photovoltaic systems.
The CIMPS system is a powerful tool for the investigation of photoelectrochemical / photovoltaic systems. The system can carry out standard electrochemical techniques and special photoelectrochemical techniques like IMPS/IMVS, CLV and etc. A robust feedback loop ensures constant and reproducible intensity of light illumination during the photoelectrochemical measurements.
CIMPS-QE/IPCE is an extended CIMPS system with the capability to measure quantum efficiency (QE) or incident photon to current efficiency (IPCE). During IPCE measurements, a special indicator is also provided which indicates if the measurement parameters are optimal for the IPCE measurement or not.
Extend your ZENNIUM X potentiostat with power potentiostats of the PP2X2 series for power applications up to 200 W. The XPOT2 adds bi-potentiostat functionality to ZENNIUM X potentiostat e.g., for RRDE setup.
The external power potentiostat PP212 is used for medium power applications (up to 200 W) or in CIMPS system for controlling the light source. The PP212 is designed for currents up to ±10 A and voltage up to ±20 V.
The external power potentiostat PP222 is used for medium power applications (up to 200 W). The PP222 is designed for currents up to ±20 A and voltage up to ±10 V.
The external power potentiostat PP242 is used for medium power applications (up to 200 W). The PP242 is designed for high current measurement up to ±40 A and voltage up to ±5 V.
Extend your ZENNIUM X potentiostat with our dynamic electronic loads (EL300/EL1000) for high power applications. Measurements with current up to 680 A can be carried out for stack with voltages of up to 100 V. Sine excitation of up to 1 kW can realize precise EIS measurements on large fuel cell, electrolyzer and battery system.
Equip your ZENNIUM X potentiostat with dedicated accessories for your required experiments like high impedance measurements (up to GΩ), low impedance measurements (down to µΩ) or high voltage measurements (up to 100 V) etc.
The HiZ-Probe is used to optimize measurements on high impedance test objects (Impedance > 1 GΩ) or extremely low currents. The HiZ-Probe measures currents directly next to the sample and amplifies the signal to overcome electrostatic noise. Typical applications are investigations on passive layers, oxides, nitrides, dielectric films, ceramic substrates, low conductive electrolytes, lacquers, coatings, and microelectrodes etc. inside a faraday cage.
The LoZ-Cable (length = 2 m) is specially designed for low impedance measurements like for batteries and fuel cells. The symmetric geometry of the cables significantly reduces the influence of mutual induction.
The FRA-Probe enables the ZENNIUM series potentiostats to interface and modulate third-party devices. It adds an additional dimension for EIS measurements on e.g., high power devices like automotive size single fuel cell measurements or large fuel cells stacks.
The compliance voltage booster CVB120 is used for high voltage applications in the field of corrosion. The CVB120 provides a compliance voltage of ±120 V and a control voltage of ±100 V (max. output power 9 W). The CVB120 is used as an extension of the ZENNIUM series potentiostats and can carry out all measurements which are possible with the ZENNIUM main potentiostat.
The functionality of the ZENNIUM X potentiostat can be extended with addon cards. With the addon cards additional analog and digital in- & output singals can be processed; power ranges can be optimized and extended.
The EPC42 is the link between the ZENNIUM potentiostat and the power and auxiliary potentiostats or electronic loads. One EPC42 card can address up to four PP/EL/XPOT devices sequentially. Up to four EPC42 cards can be installed in a ZENNIUM X and ZENNIUM PRO potentiostat. In total, a ZENNIUM series potentiostat can be simultaneously connected with up to 16 external PPs/ELs, which can be controlled sequentially.
A PAD4 card provides four additional voltage sense channels. The PAD4 card is primarily used for battery and fuel cell applications where impedance spectra or cyclic voltammograms for each cell can be recorded synchronous in a single measurement. The ZENNIUM X can be upgraded with up to four PAD4 cards which enables it to measure up to 17 impedance spectra in a single measurement.
Zahner TEMP-U enables the temperature measurements by direct connection of two thermocouples. Two additional voltage input channels are available and provide the opportunity to record additional variables during the electrochemical measurement. For example, the voltage channels can be configured with a pH electrode or a pressure chamber to record the pH value or chamber pressure during the measurement.
The RMUX16 card allows to simultaneously connect up to 16 individual cells to the potentiostat. Up to four RMUX16 cards can be installed in a ZENNIUM series potentiostat which allows simultaneous connection to up to 64 electrochemical cells. The measurements on all connected cells are carried out sequentially. The RMUX16 card is an ideal addition for routine and screening measurements on small samples.
Multiplexer simultaneously connects multiple test objects i.e., cells, with the ZENNIUM X potentiostat and allows sequential measurements on the connected cells. The automatic sequential measurements on several cells lead to significant increase in productivity and aid in automating the measurement rountines.
The PMUX-S power multiplexer is used to simultaneously contact the ZENNIUM series potentiostat with up to 16 individual cells. The measurements are carried out sequentially. For medium power applications, our power potentiostats can also be connected. The PMUX-S can be used for cell currents up to ±5 A.
ZENNIUM X potentiostat can be controlled remotely and can be involved in a Python, C++ or Labview test stand.
Zahner provides its own Python GitHub repository which describes the incorporation of ZENNIUM potentiostat and its extensions in the Python lab environment.
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