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Water Electrolysis Hydrogen Fuel Cell Experiment Apparatus PEM Hydrogen Demonstrator Experimental Device Reversible Teaching Tool Chemical Instrument in Kuwait Water Electrolysis Hydrogen Fuel Cell Experiment Apparatus PEM Hydrogen Demonstrator Experimental Device Reversible Teaching Tool Chemical Instrument in Kuwait Water Electrolysis Hydrogen Fuel Cell Experiment Apparatus PEM Hydrogen Demonstrator Experimental Device Reversible Teaching Tool Chemical Instrument in Kuwait Water Electrolysis Hydrogen Fuel Cell Experiment Apparatus PEM Hydrogen Demonstrator Experimental Device Reversible Teaching Tool Chemical Instrument in Kuwait Water Electrolysis Hydrogen Fuel Cell Experiment Apparatus PEM Hydrogen Demonstrator Experimental Device Reversible Teaching Tool Chemical Instrument in Kuwait

MOWFXUA Water Electrolysis Hydrogen Fuel Cell Experiment Apparatus PEM Hydrogen Demonstrator Experimental Device Reversible Teaching Tool Chemical Instrument

KWD 14.500

Brand
MOWFXUA
Weight
50 g
1 +

Special Features

  • Structure: The instrument consists of a plastic bracket, a hydrogen fuel cell, a conduit, a hydrogen production bottle, an ammeter, a capacity meter, a motor, and a fan blade.
  • A fuel cell is an electrochemical device that converts the chemical energy of hydrogen and oxygen into electricity without polluting and emitting harmful substances.
  • A PEM (Proton Exchange Membrane Fuel Cell) fuel cell consists of two electrodes (cathode and anode) connected by a polymer membrane.
  • The proton exchange membrane electrode of the experimental device is 20mm*20mm. The fuel cell operating voltage is 0.3-0.6V, the fuel cell power is 15-30MW, and the load is 10-20MW.
  • If you have any questions, please feel free to contact us. We will give you a satisfactory solution in the first time.

Description

Product Name:
Hydrogen Fuel Cell Experimenter
Material: metal, plastic
Product size: 125*100*85mm

Precautions:
1). Do not apply external voltage to the battery voltage output terminal, otherwise it will damage the fuel cell.
2) Store the PEM fuel cell in a sealed container (such as a ziplock bag).
3) When using a hose connection, make sure that all connecting parts and hoses do not leak air
4) Do not disassemble the PEM fuel cell and electrolyzer, otherwise it may cause damage.Please read this manual carefully before using this instrument. The user shall be responsible for the losses caused by the reversed polarity of the electrodes and the liquid in the battery.

Instructions:During the experiment, add water to the hydrogen generator bottle to the water level. The water temperature is preferably about 30 degrees. Then add the hydrogen generator in the vial to the water, tighten the cap and connect the hydrogen generator bottle to the hydrogen inlet of the battery with a pipe. After a few minutes, connect the wires to the battery, the motor starts to work, and the current and voltmeter indicate something.The liquid in the hydrogen production bottle must not flow into the battery to avoid damage.

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