FlexP0012 - BioLogic
Designed for electrolyzer/fuel cell characterizations, the FlexP0012 booster offers maximum current of -200/+195 A for a single unit extendable to 800/780 A. De
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Optimize Your Electrochemical Research with BioLogic’s FlexP0012
Engineered with precision for electrolyzer and fuel cell characterizations, the BioLogic FlexP0012 stands out as a foundational tool for cutting-edge energy research and development. Offering an impressive continuous maximum current range of -200/+195 A for a single unit, which can be expanded up to -800/780 A through parallel connection of four units, the FlexP0012 facilitates comprehensive studies on a wide variety of electrochemical cells including high-capacity Redox Flow Batteries (RFB) and large single cells.
Not just limited to DC measurements, the FlexP0012 breaks new ground with its capability to perform Electrochemical Impedance Spectroscopy (EIS) measurements up to 10 kHz, making it a versatile instrument for dynamic electrochemical analysis. Thanks to its modular design, upgrading the instrument’s configuration to meet evolving research demands is effortlessly seamless, eliminating the need for factory returns with its plug and play booster modules.
Incorporating BioLogic’s celebrated EC-Lab® interface, the FlexP0012 ensures an intuitive and efficient research experience. The software’s automatic detection of new configurations simplifies transitions after upgrades, maintaining the focus on innovation. With its proven performance in critical applications, as detailed in application note AN#63 for Proton Exchange Membrane Water Electrolyzers (PEMWE), the FlexP0012 stands as a paragon of potentiostat flexibility and power.
Technical Specifications
- Up to 11.9 V
- Up to -200 A / +195 A
- Up to -800 A / +780 A with 4 units connected
- EIS: up to 10 kHz
- Individual Element measurement within a pack
Documents & Downloads
Frequently Asked Questions
What makes the FlexP0012 different from other electrochemical research instruments?
Can the FlexP0012 conduct measurements on Redox Flow Batteries (RFB)?
How can I upgrade the FlexP0012 to meet my evolving research needs?
Which software does the FlexP0012 use, and how does it enhance the research experience?
What are the key specifications of the FlexP0012?
Is the FlexP0012 suitable for Proton Exchange Membrane Water Electrolyzer (PEMWE) research?
How does the FlexP0012 facilitate larger scale electrochemical research projects?
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