Rheostat 10 Inches
- High-quality Sliding Rheostat
- Diameter: 5.6cm, Length: 10″
- Adjustable resistance for precise control
- Two wire options are available: Eureka Wire and Nichrome Wire
- To pick up today
- Free
- More details
- More details
Rheostat 10 Inches – Adjustable Resistance Instrument
The Rheostat 10 Inches is a variable resistance instrument used to control the current flowing through an electrical circuit by changing the effective resistance. Manufactured by Elmo Agencies, a trusted scientific manufacturer in Ambala, it suits physics laboratory experiments, electrical demonstrations, and educational applications.
A rheostat is a type of variable resistor with a sliding or adjustable contact. Moving the contact changes the length of resistive wire included in the circuit, which changes the resistance and consequently allows the current to be controlled. The Rheostat 10 Inches is designed for practical laboratory use where adjustable resistance is required during electrical experiments.
Key Features
- 10-inch size for laboratory applications
- Adjustable resistance for current control
- Suitable for practical electrical experiments
- Useful for demonstrating the relationship between resistance and current
- Designed for educational and laboratory use
Applications of Rheostat 10 Inches
- Physics laboratory experiments
- Electrical circuit demonstrations
- Current control experiments
- Resistance-related practicals
- School and college laboratories
- Electrical and electronics training
Working Principle
The rheostat works by varying the effective length of its resistive element. As the adjustable contact is moved, the resistance in the circuit changes, allowing the current to be increased or decreased according to the circuit requirements.
Conclusion
The Rheostat 10 Inches by Elmo Agencies is a practical variable-resistance instrument for controlling current in electrical circuits. It is suitable for physics laboratories, educational demonstrations, electrical experiments, and technical training applications.
- Overview
| Brand | ELMO |
|---|---|
| Diameter | 5.6 cm |
| Length | 10″ |
Related products
-
Physics, Renewable Energy Kits & Models, Solar Energy Kits
Solar Water Heater Model
0 out of 5(0)- A solar water heater model is a device that uses solar energy to heat water.
- When sunlight strikes the black-coated copper pipes arranged in a box covered with a glass sheet, the pipes efficiently absorb the sunlight.
- The heated water from the pipes is then collected in a tank.
- The kit includes a water tank, a tank stand, a funnel, a thermometer, and the solar water heater (plate collector).
- The size of the collector is approximately 10 x 10 x 1 inches, and the water tank has a capacity of about 2 liters.
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, Stem Kits, Waves & Sound
Tuning Fork Set of 8
0 out of 5(0)- This Tuning fork set of 8, includes 8 high-quality tuning forks, meticulously crafted for precision and durability.
- Each fork is chrome plated, ensuring a smooth finish that enhances the product’s aesthetics and lifespan.
- These tuning forks are delivered in a protective thermocol case, designed to keep each fork secure and organised, making transportation and storage convenient.
- This set offers versatility and reliability, whether for musical tuning, sound therapy, or educational purposes.
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

