Call Us : 08071930855

Change Language

Send Inquiry

Request To Call Back

Double Reversible Fuel Cell H2/O2/Air

Get a Price/Quote

Double Reversible Fuel Cell H2/O2/Air Specification

Purity
99.99% (Hydrogen/Oxygen compatibility)

Hardness
Rigid structure with robust cell casing

Strength
Enhanced durability for laboratory use

Product Type
Double Reversible Fuel Cell H2/O2/Air

Material
Polycarbonate body, platinum coated electrodes, silicone gaskets

Alloy
Stainless Steel/Platinum Coated Electrodes

Shape
Rectangular block with visible dual cell chambers

Moisture
Dry cell, moisture free operation

Chemical Composition
PEM (Polymer Electrolyte Membrane), Platinum Catalyst, Stainless Steel Frame

Application
Fuel cell research, educational demonstration, reversible electrolysis and fuel cell operation

Dimension (L*W*H)
Approx. 12.5 x 9 x 2.5 cm

Color
Transparent/clear with metallic contact plates

Maximum Power Output
1.5 W (typical, under optimal conditions)

Current Capacity
Up to 1.5 A

Operating Voltage
0.7 - 2.0 V

Gas Compatibility
Hydrogen, Oxygen, and Air

Safety Features
Pressure release vent, insulated electrodes

Connector Type
Banana sockets (standard 4 mm)

Number of Cells
2 fused PEM fuel cells

Hydrogen Storage Capacity
Integrated, suitable for experimental use

Weight
Approx. 450 g

Temperature Range
10 °C to 60 °C (operating)

Reversibility
Functions as both a fuel cell and electrolyzer

Operating Pressure
Atmospheric (ambient)

Mounting
Benchtop, with rubber feet for stability

Electrolyte Side
PEM-based, proton exchange membrane

Double Reversible Fuel Cell H2/O2/Air Trade Information

Payment Terms
Paypal

Delivery Time
15 Days

Main Export Market(s)
Australia, Central America, North America, South America, Middle East, Asia

Main Domestic Market
All India

About Double Reversible Fuel Cell H2/O2/Air

DoubleReversible Fuel Cell H2/O2/Air

Brand: H-TEC Education
Product Code: 1071035

Description:

H-TEC's Reversible Double-cell PEM fuel cellfor production of hydrogen and oxygen (electrolyser mode) and for utilizationof hydrogen and oxygen or hydrogen and air (fuel cell mode).

Double Reversible Fuel Cell (RFC) H2/O2 Air, R104 - Technical Specifications:

Electrolyser Mode: 10 cm/min H2; 5 cm/min O2; 2.33 W
Fuel Cell Mode (O2): 600 mW
Fuel Cell Mode (Air): 200 mW
H x W x D: 56 x 42 x 57 mm
Weight: 63 g

We have different configuration products for the same.

Advanced Dual-Mode Operation

This double reversible fuel cell operates flexibly both as a generator (fuel cell) and as an electrolyzer, enabling users to demonstrate and experiment with both hydrogen production and electricity generation. Its PEM (Polymer Electrolyte Membrane) technology offers efficient proton exchange and reliable operation for a variety of research and educational needs.

Rugged Laboratory Construction

Constructed with a transparent polycarbonate body, stainless steel frame, platinum-coated electrodes, and silicone gaskets, the cell boasts exceptional durability and chemical resistance. With rubber feet for stable benchtop mounting and a compact design, it's well-suited for frequent handling and repeated laboratory use.

Optimized Safety and Usability

Equipped with insulated electrodes and a pressure release vent, this device prioritizes user safety during all reversible reactions. Standard 4 mm banana sockets provide simple, secure connectivity for measurement instruments, supporting seamless data collection and analysis in the lab.

FAQ's of Double Reversible Fuel Cell H2/O2/Air:

Q: How does the double reversible fuel cell operate as both a fuel cell and an electrolyzer?

A: This device can function in two modes: as a fuel cell, it generates electricity from hydrogen and oxygen (or air); as an electrolyzer, it splits water into hydrogen and oxygen using electrical energy. Switching between modes is accomplished by reversing the electrical polarity applied to the standard 4 mm banana socket connectors.

Q: What types of applications is this reversible fuel cell suitable for?

A: It is ideal for laboratory research, classroom demonstrations, reversible electrolysis experiments, and fuel cell technology studies. Its versatile design allows for hands-on learning and exploration of proton exchange membrane (PEM) and hydrogen-based energy systems.

Q: When should the cell be operated within its specified voltage and temperature ranges?

A: For best performance and safety, the cell should be run within the 0.7 - 2.0 V operating voltage and 10-60 C temperature range. Exceeding these parameters can adversely affect efficiency, component integrity, and overall device lifespan.

Q: Where can this double reversible fuel cell be used?

A: Its benchtop setup and robust structure make it suitable for use in laboratories, classrooms, and institutional research facilities throughout the United States. The compact, portable design also allows for easy placement on any standard laboratory bench.

Q: What benefits does the integrated hydrogen storage provide?

A: Integrated hydrogen storage enables more convenient setup and use for experiments, eliminating the immediate need for external hydrogen supply systems and contributing to safer and more streamlined operation during fuel cell and electrolyzer modes.

Q: How do the safety features enhance reliable operation during experiments?

A: Key safety features, such as a pressure release vent and insulated electrodes, protect against pressure build-up and accidental electric shocks, fostering a safer experimental environment for students and researchers.

Q: What maintenance is required for optimal cell performance?

A: Routine inspection is recommended, ensuring the transparent casing remains moisture-free and checking that all connectors, gaskets, and electrodes are clean and mechanically secure. Given its dry cell and moisture-free configuration, minimal upkeep is necessary.

Tell us about your requirement