Software Downloads

FuelCell® for Windows

The FuelCell® software is designed to control or monitor virtually all of the parameters of an operating PEM type fuel cell or stack and perform a wide variety of experiments. It is technology independent and may also be used with DMFC, PAFC, MCFC or SOFC type fuel cells. FuelCell® software is the most popular software in use worldwide for fuel cell R&D.

FuelView software now available for download!  FuelView is a powerful utility for analyzing, graphing, and comparing data collected from FuelCell®.  Basic modeling functions are also included.
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MultiStat® for Windows

MultiStat® is a powerful new software package designed to unlock the potential of the Solartron 1455 FRA and 1470E potentiostat system. With impressive features including the Data ExplorerTM file manager, a SDI (single document interface) format, and the proven flexible Experiment Editor, MultiStat® defines the new standard in software for multichannel / multisample operation.
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CorrWare® and CorrView for Windows

CorrWare performs traditional electrochemical measurements including Open Circuit, Potentiostatic and Dynamic Scans and Square Waves. CorrView included for analysis and plotting. Supports potentiostats from Solartron Analytical, EG&G and AMEL. License required.
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ZPlot·Lab for Windows

The new ZPlot•Lab™ software is designed for support of the Solartron ModuLab system. ZView and CorrView are included for data analysis and presentation. The ZPlot•Lab™ software interface is specifically designed for simultaneous use of multiple potentiostat/galvanostats. 
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ZPlot® and Zview for Windows

Zplot performs Electrochemical Impedance Spectroscopy measurements. Includes powerful ZVIEW software for modeling and analysis. Requires Solartron FRA and supports potentiostats from Solartron Analytical, EG&G, and AMEL. License required.
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MMA Multichannel Microelectrode Analyzer

The MMA software for use with the model 900/910 MMA provides a graphical interface for data acquisition and real-time display of multiple microelectrode currents and/or potentials as a function of spatial position.  A model 900A/B or 910A/B MMA is required.
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