Electronic Daniel Cell Manufacturer,Supplier and Exporter in India
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Product Code : SCL-EE-12332
Electronic Daniel Cell – Single Cell Demonstration Unit
The Electronic Daniel Cell is an electrochemistry teaching apparatus used for demonstrating how a galvanic cell converts chemical energy into electrical energy. It is designed for school science labs, physics classrooms, chemistry laboratories, STEM programs, and teachers who need a clear model for explaining zinc-copper cell action, EMF, and electron flow.
Product Description
The Electronic Daniel Cell by School Equipments helps students understand the working principle of a Daniell-type galvanic cell. It supports practical explanation of oxidation at the zinc electrode, reduction at the copper electrode, electrolyte function, ion movement, and the generation of electrical potential between two half-cells.
This apparatus is suitable for electrochemistry, electricity, and battery-principle demonstrations. It allows learners to connect cell theory with observable voltage output and circuit behaviour when used with suitable measuring instruments. Related internal categories include Physics Lab Equipment, Electricity and Electromagnetism Equipment, Lab Equipment, and Science Lab Equipment.
Key Features
- Galvanic cell demonstration: Shows how chemical reactions can produce electrical energy.
- Zinc-copper cell learning: Helps explain anode, cathode, oxidation, reduction, and electron transfer.
- Electrochemistry teaching aid: Suitable for lessons on EMF, electrodes, electrolyte, and salt bridge action.
- Classroom-friendly apparatus: Designed for teacher-led demonstrations and supervised student observation.
- Voltage observation support: Can be connected to a suitable voltmeter or galvanometer during experiments.
- STEM learning value: Helps connect chemistry, physics, electricity, and energy conversion concepts.
- Reusable lab utility: Suitable for repeated demonstrations when cleaned, dried, and stored correctly.
Technical Specifications
|
Specification |
Detail |
|
Product name |
Electronic Daniel Cell |
|
Brand |
School Equipments |
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Product category |
Electrochemistry Apparatus / Galvanic Cell Model / Physics Electricity Teaching Aid |
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Primary keyword |
Electronic Daniel Cell |
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Secondary keywords |
Daniell cell apparatus, galvanic cell model, electrochemical cell apparatus, zinc copper cell, salt bridge experiment, EMF demonstration apparatus, school electrochemistry equipment |
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Capacity |
Single cell demonstration unit |
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Working principle |
Conversion of chemical energy into electrical energy through zinc-copper electrochemical reaction |
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Dimensions / weight |
Not specified |
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Standards or certifications |
Not specified; verify before publishing |
What's Included in the Kit
- 1 Electronic Daniel Cell demonstration unit
- Zinc electrode
- Copper electrode
- Cell container or half-cell vessels
- Salt bridge, porous cup, or separator arrangement,
- Terminals or connecting leads
- Instruction sheet or experiment guide
Applications / Uses
- Demonstrating the working principle of a Daniell-type galvanic cell.
- Teaching oxidation, reduction, anode, cathode, and electron flow.
- Explaining how chemical energy is converted into electrical energy.
- Showing the function of electrolytes and salt bridge action.
- Using with a voltmeter or galvanometer to observe EMF or current flow.
- Supporting electrochemistry lessons in physics, chemistry, and STEM laboratories.
How to Use the Electronic Daniel Cell
- Place the apparatus on a stable laboratory bench.
- Check that the electrodes, terminals, and cell containers are clean and correctly positioned.
- Add the recommended electrolyte solutions only if the supplied model requires filling.
- Connect the zinc and copper electrodes through a suitable external circuit or measuring instrument.
- Use the salt bridge or separator arrangement as specified in the experiment guide.
- Observe the voltage or current indication on the connected meter.
- Explain electron flow, ion movement, oxidation at zinc, and reduction at copper.
- Disconnect the circuit and clean the apparatus after the experiment.
Safety note: Use only the recommended electrolytes and conduct the experiment under teacher or lab technician supervision. Avoid direct contact with chemicals and wash hands after handling electrodes or solutions.
Care & Maintenance
- Clean and dry the electrodes after each laboratory session.
- Do not store the apparatus with electrolyte inside unless the product instructions allow it.
- Keep terminals, connecting leads, and electrode surfaces free from corrosion.
- Store the unit in a dry cabinet away from heat, moisture, dust, and chemical fumes.
Why Choose School Equipments
School Equipments supplies science laboratory instruments, physics apparatus, chemistry equipment, STEM kits, and educational teaching models for schools and institutions. The brand supports practical science education with equipment intended for classroom demonstrations and student laboratory use. Its product range includes electricity apparatus, electrochemistry teaching aids, science supplies, and school lab equipment. For a related battery-principle demonstration product, see the Hand Battery Apparatus.
Frequently Asked Questions
What is an Electronic Daniel Cell used for?
An Electronic Daniel Cell is used to demonstrate how a galvanic cell produces electrical energy from a chemical reaction. It helps students understand electrodes, electrolyte action, EMF, and electron flow.
Is this the same as a Daniell cell?
Yes, the spelling “Daniell cell” is commonly used in science textbooks. This product name is listed as Electronic Daniel Cell, but the teaching principle relates to the Daniell-type zinc-copper galvanic cell.
Which electrodes are used in a Daniel cell?
A Daniell-type cell commonly uses zinc and copper electrodes. Confirm the exact electrode material supplied with this product before publishing the final specification.
Does the Electronic Daniel Cell include electrolyte?
The supplied data does not confirm whether electrolyte solutions are included. Verify the final kit contents and shipping rules before listing or dispatch.
Can students measure voltage from this cell?
Yes, students can connect the cell to a suitable voltmeter or galvanometer during supervised experiments. The actual output voltage must be confirmed for the supplied model.
How should the Electronic Daniel Cell be stored?
Clean the electrodes, dry the cell containers, and store the apparatus in a dry cabinet. Do not leave chemicals inside the unit unless the product instructions specifically permit it.
For more electrochemistry and electricity teaching products, browse Electricity and Electromagnetism Equipment from School Equipments.
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