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This is a Proton Exchange Membrane (PEM) Electrolyzer Hardware which consists of an anode, cathode, and an electrolyte. Water electrolysis takes place in the electrolyzer using electricity to split water. At the anode, water is split to form oxygen and protons. At the cathode, the external electricity combines with protons to form hydrogen. In a PEM electrolyzer, the protons transport from anode to cathode through a proton exchange membrane.
This PEM electrolyzer is easy to use as a hydrogen generator.
|Active Area per Cell||cm²||50|
|H2 Production||std cc/min||45 - 450||90 - 900||180 - 1800|
|O2 Production||std cc/min||22 - 220||45 - 450||90 - 900|
|Current||A||6 - 60|
|Operating Voltage @ 40A||V||2||4||8|
|H2 Output Pressure (Max)||barg (psig)||20 (300)|
|O2 Output Pressure||-||Ambient (Nominal)|
|Operating Temperature||“C||20 - 55|
General lead time of two weeks to be expected.
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