Electronic Daniel Cell Manufacturer,Supplier and Exporter in India
Product Code : SCL-EAE-11163
The Electronic Daniel Cell modernizes standard physics lab equipment by replacing messy copper sulfate and zinc sulfate solutions, porous pots, and deteriorating electrodes with reliable solid-state circuitry. Traditional wet cells suffer from voltage drop (polarization) and require constant cleaning. This electronic substitute delivers a precise, non-fluctuating 1.08V DC output, ensuring that student measurements remain highly accurate and repeatable throughout lengthy laboratory sessions.
Engineered for the demanding environment of academic laboratories, this unit is housed in a durable, impact-resistant casing. It integrates standard 4mm color-coded safety terminals, making it universally compatible with standard patch cords and existing electricity and magnetism apparatus. By offering a plug-and-play solution, it allows educators to maximize teaching time and eliminate hazardous chemical disposal.
Key Features
Chemical-Free Operation: Functions entirely on solid-state electronics, eliminating the need for hazardous copper and zinc sulfate solutions, glass jars, and consumable metal electrodes.
Precise 1.08V Output: Internally regulated to provide a continuous 1.08V DC output, perfectly mirroring the ideal theoretical voltage of a fresh chemical Daniell cell.
High Stability & No Polarization: Delivers a constant voltage without the rapid voltage drop commonly experienced in wet cells during continuous current draw.
Short-Circuit Protection: Integrated electronic safeguards protect the internal circuitry from accidental student wiring errors or direct terminal shorts.
Universal Terminals: Features industry-standard 4mm color-coded (Red for Anode, Black for Cathode) banana plug sockets for quick, low-resistance circuit connections.
Durable Enclosure: Housed in a heavy-duty, electrically insulated cabinet designed to withstand daily classroom wear and tear.
Technical Specifications
|
Specification |
Detail |
|
Product Name |
Electronic Daniel Cell |
|
Output Voltage |
1.08V DC (Regulated) |
|
Terminal Type |
4mm standard color-coded safety sockets |
|
Safety Protections |
Overload and Short-circuit protection |
What's Included in the Kit
1 x Electronic Daniel Cell Unit
1 x Mains AC Power Cord
1 x User and Instruction Manual
Applications / Uses
EMF Comparison: Used alongside an Electronic Leclanche Cell to compare the electromotive forces (EMF) of different standard cells using a potentiometer.
Potentiometer Experiments: Acting as a highly stable primary standard cell for calibrating voltmeters and measuring unknown voltages.
Wheatstone Bridge: Supplying steady, low-voltage direct current for calculating unknown resistance in bridge circuits.
Ohm's Law Verification: Providing a consistent 1.08V power source for foundational current and resistance relationship labs.
General Circuitry: Functioning as a reliable, ultra-low voltage power supply for various educational power supplies applications.
How to Use the Electronic Daniel Cell
Preparation: Place the Electronic Daniel Cell on a dry, level laboratory workbench. Ensure the main power switch is in the OFF position before proceeding.
Power Connection: Plug the provided AC mains cord into a standard wall outlet and connect it to the rear input of the device.
Circuit Wiring: Using standard 4mm patch cords, connect the red terminal (Positive/Copper pole equivalent) and the black terminal (Negative/Zinc pole equivalent) to your experimental circuit.
Activation: Switch the unit ON. The front-panel indicator LED will illuminate, confirming that a stable 1.08V DC is being supplied to the output terminals.
Experimentation: Proceed with your electrical measurements. Because it is solid-state, you do not need to rest the cell to recover from polarization.
Safe Shutdown: Once the experiment is complete, turn the unit OFF, carefully disconnect the patch cords by pulling the plastic plugs (never the wires), and unplug the unit from the mains.
Care & Maintenance
Keep Dry: While it replaces wet chemistry, the unit itself contains sensitive electronics. Keep it away from liquids, wet lab benches, and excessive humidity.
Terminal Care: Do not force oversized plugs into the 4mm sockets. This can permanently damage the internal metal contacts and cause fluctuating voltage readings.
Cleaning: Wipe the exterior casing gently with a dry, lint-free cloth. Do not use chemical solvents or damp rags.
Storage: Store the unit in a clean, dust-free cabinet when not in active lab use to ensure long-term reliability.
Why Choose Lab Exports
Lab Exports is a globally recognized manufacturer and exporter of precision scientific instruments and didactic educational equipment. We engineer our laboratory devices with a deep understanding of academic curriculum requirements, replacing outdated, maintenance-heavy methods with safer, more reliable electronic alternatives. Backed by decades of manufacturing experience and strict quality control standards, our products guarantee accurate, repeatable results, making us the trusted choice for STEM institutions worldwide.
Frequently Asked Questions
What is an Electronic Daniel Cell used for?
It is used as a direct, chemical-free replacement for traditional wet Daniell cells in physics labs, providing a steady 1.08V DC power source for experiments like EMF comparison and potentiometer calibration.
Does this unit require any copper sulfate or zinc?
No, this is a fully solid-state electronic device. It entirely eliminates the need for copper sulfate, zinc electrodes, and porous pots, making it significantly cleaner and safer for classroom use.
What voltage does the Electronic Daniel Cell provide?
The unit is internally regulated to provide a continuous, highly stable output of exactly 1.08V DC, precisely mirroring the theoretical voltage of a perfect chemical Daniell cell.
Is the device protected against short circuits?
Yes, the Electronic Daniel Cell features built-in overload and short-circuit protection to prevent internal electronic damage if a student accidentally crosses the positive and negative output terminals.
Can I use standard lab wires with this cell?
Yes, the device is equipped with standard 4mm safety banana sockets, ensuring complete compatibility with the standard patch cords used in almost all educational physics laboratories.
Equip your school or university with safe, highly accurate, and maintenance-free power solutions. Browse our complete range of test and measurement instruments to upgrade your physics laboratory today.
