Daniel Cell Substitute 1.08V
- Lab Instruments, Daniel Cell Substitute | Electronic Daniel Cell – 1.08 Volt DC Regulated.
- Input Voltage 200V AC to 240V AC Fuse 100mA.
- Output Voltage is 1.08V DC Fixed With Regulated.
- Power On/Off Switch With Indicator
- This is easy to use at all Physics Electronics Lab scientific experiments & others.
₹570.00 ₹1,000.00
- To pick up today
- Free
- More details
- More details
The Daniel Cell Substitute 1.08V is an educational electrochemical cell designed to demonstrate the principles of electricity generation through chemical reactions. Manufactured and supplied by Elmo Agencies, a trusted scientific instrument manufacturer in Ambala, this apparatus is widely used in schools, colleges, and science laboratories for studying electrochemistry, galvanic cells, and the conversion of chemical energy into electrical energy.
Inspired by the original Daniel Cell developed by the English chemist John Frederic Daniel, the Daniel Cell Substitute 1.08V provides a practical and simplified method for understanding electrochemical reactions. It demonstrates how different electrodes and electrolytes interact to produce an electrical potential, helping students explore concepts such as oxidation, reduction, electron transfer, and voltage generation.
The Daniel Cell Substitute is designed as a cost-effective and user-friendly alternative to the conventional Daniel Cell. Its simplified construction makes it easier to handle, maintain, and use in classroom demonstrations and laboratory experiments. Students can observe the working principles of electrochemical cells while gaining hands-on experience with the fundamentals of battery technology and electrical energy production.
Manufactured using quality materials by Elmo Labs and offered by Elmo Agencies, a leading manufacturer in Ambala, the Daniel Cell Substitute 1.08V is built for durability, reliability, and repeated educational use. Its practical design and instructional value make it an essential laboratory instrument for physics and chemistry education, STEM learning programs, and electrochemistry experiments.
- Overview
Related products
-
Light & Optics, Physics, Physics Equipments
Glass Slab 12mm
0 out of 5(0)- Glass Slab all angles accurately worked with edges slightly bevelled
- Rectangular block made from imported optical glass
- Bubble-free glass measures 75mm long, 50mm wide, and 12mm thick
- Ideal for a variety of experiments in refraction and reflection
SKU: n/a -
Physics, Renewable Energy Kits & Models, Solar Energy Kits, Stem Kits
Solar Wind Dynamo Model
0 out of 5(0)Solar Wind Dynamo Model – Light energy is converted into electrical current, which is then transformed into mechanical energy using a motor. Another motor acts as a dynamo, converting this mechanical energy back into electrical energy. Finally, this electrical energy is converted into light energy using an LED.
SKU: n/a -
Physics, Physics Equipments, Waves & Sound
Tuning Fork Set of 8
0 out of 5(0)Tuning Fork Set of 8 – Welch Type Heavy is an instrument commonly used in school laboratories to generate sound for various experiments.
This set includes eight tuning forks vibrating at specific frequencies: 426.6 Hz (A), 480 Hz (B), 384 Hz (G), 341.1 Hz (F), 256 Hz (C), 288 Hz (D), 320 Hz (E), and 512 Hz (C).
Tuning forks are typically made from a U-shaped steel bar that produces a constant pitch when struck and comes in a velvet box.
They demonstrate concepts such as sound waves, resonance, and vibrations, making them valuable tools in physics and music classes. By using different forks, students can explore sound properties and conduct experiments related to frequency and pitch.SKU: n/a -
Physics, Physics Equipments, Stem Kits, Waves & Sound
Transverse and Longitudinal Wave using Slinky
0 out of 5(0)- Transverse and Longitudinal Wave using Slinky occur when the medium moves perpendicular to the wave direction, as seen by moving the Slinky up and down.
- Formed when the medium moves parallel to the wave direction, demonstrated by pushing and pulling the Slinky.
- A Slinky visually illustrates wave properties like amplitude, wavelength, and frequency.
- Slinkys help understand sound waves, which are longitudinal and demonstrate how waves propagate.
SKU: n/a
