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Products for fuel cell development and evaluation, battery and redox flow cell technology, corrosion science and engineering, electrochemical sensors and multi-electrode arrays.
The 580 Battery Test System was designed to meet the specific demands of our loyal customers.This system is used to test both single cell batteries as well as super-capacitors.Our powerful, flexible, user friendly BCycle® software is included with the instrument.
Our 585 Advanced 8 Channel Battery Cycler is an excellent choice for Battery testing and Supercapacitors. The 585 is suitable for small to medium size cells.Our user friendly, flexible and powerful BCycle® and BView® software is included.
The model 890e is a computer-controlled instrument consisting of multi-range programmable electronic load, fuel flow and temperature controls, and data acquisition functions in a compact rack-mount or bench-top unit targeting small to medium sized single cell or a low-power stack for laboratory research.
The bench-top Model 890ZV consists of a programmable electronic load, fuel and temperature controls, and data acquisition functions. A built-in power source makes the 890ZV particularly well suited for small single-cell SOFC work for research, laboratory, and educational use.
Specifications:885 Potenciostato 885 Potenciostato de pilas de combustible para la serie 890 "
BT-710 Cell Head for In-Plane Membrane Conductivity Measurements with the 740 MTS + BT-110 and a benchtop Potentiostat.
The 850 Auto Multigas Unit is a computer controlled system featuring automated gas switching. Combined with the 885 Potentiostat, the 850 Auto Mulitgas Unit provides enhanced fuel cell diagnostic and characterization of hydrogen crossover for electrochemical surface area [ECSA] measurement by CV.
The 840 PEM Fuel Cell Test System 500W is a turn-key test station for fuel cell research and university education programs. The 840 combines a computer-controlled instrument with fuel handling hardware in an integrated bench-top unit. The 840 is designed for use with small to large single cells or short stacks.
The 855 SOFC Test system is an integrated, turn-key Solid Oxide Fuel Cell Test System. This unit has a zero volt capability for lower measurement range. The 855 SOFC system is known for it’s high performance and accuracy.FuelCell® Software and Experimental Methods Manual are included. Optional Impedance Spectroscopy & HFR.
The advantage of the 4-electrode in-plane conductivity measurement is the ability to measure impedance (resistance) due only to charge transport and exclude interfacial and charge transfer resistances. By considering only resistance due to ion transport, accurate assessment of in-plane membrane conductivity can be made.
4-Electrode Scribner Conductivity CellAlphaOmega-Electronics has the best Conductivity Cells for Test Stations for Fuel Cells and at the best prices.
The BT-110 Conductivity Clamp is used to obtain in-plane resistance and ionic conductivity of bare ionomer membrane samples. The Conductivity Clamp is designed to be used in a humidity chamber or in a beaker.
Our innovative design accepts both 5 cm2 and 25 cm2 active area flow fields reducing cost and increasing flexibility. Custom flow fields available on request. Membrane electrode assembly not included. Made in the USA. Dual-Area Fuel Cell Fixture with POCO Graphite Flow Fields
Monitors individual cell voltages of an operating fuel cell stack. This compact module may be operated stand-alone, or with a host PC. The 896 is also useful for other series-connected voltage sources or energy consuming devices such as batteries. Includes StackMon software for Windows.
The Model 880 is a Frequency Response Analyzer (FRA) designed for Electrochemical Impedance Spectroscopy (EIS) and High Frequency Resistance (HFR) measurements. The 880 integrates with the electronic load used in Scribner’s 840 / 850e / 855 / 890e series of fuel cell test products. It is also available in the 857 Flow Cell Test System.
Redox Fuel Stack (Flow Stack) - Includes 1 set flow frames
The 740 Membrane Test System is ideally suited for development of new ionomers and solid electrolytes. It offers rapid and accurate measurement of the through-thickness membrane resistance and conductivity as a function of temperature, humidity level and pressure.