DCC Copper Wire (100gm)
- We offer DCC copper wire in weights of 100gm, 250gm, and 500gm.
- A copper wire is a single electrical conductor made of copper.
- Doubled covered Connecting Wire with cotton thread.
- Copper electrical wires are safer than wires made of most other conductive metals because they are heat-resistant.
₹140.00 ₹200.00
- To pick up today
- Free
- More details
- More details
DCC Copper Wire – Electrical & Laboratory Wire
The DCC Copper Wire is an insulated copper wire used for electrical connections, laboratory experiments, and educational circuit setups. Supplied by Elmo Agencies, a trusted scientific manufacturer in Ambala, it is suitable for applications where a flexible, electrically conductive wire is required.
DCC stands for Double Cotton Covered wire. It is a type of copper conductor provided with cotton-based insulation covering. The copper conductor provides good electrical conductivity, while the insulating covering helps separate the conductor from surrounding components and conductors.
DCC wire is commonly associated with electrical and electronics applications, particularly where insulated winding or connection wire is required.
Key Features of DCC Copper Wire
- Copper conductor for electrical conductivity
- Double cotton-covered insulation
- Suitable for electrical connections and winding applications
- Flexible and workable for laboratory setups
- Useful for educational and practical electrical experiments
Applications
- Electrical laboratory experiments
- Electromagnet and coil demonstrations
- Transformer and induction experiments
- Educational circuit setups
- Electrical winding applications
- Physics practicals
Conclusion
The DCC Copper Wire by Elmo Agencies is a practical insulated copper wire suitable for electrical experiments, coil and winding applications, educational demonstrations, and laboratory setups where an insulated copper conductor is required.
- Overview
Related products
-
Light & Optics, Physics, Physics Equipments, Stem Kits
Reflection of Light Apparatus
0 out of 5(0)- The reflection of Light Apparatus is designed to demonstrate the reflection of light in a plane mirror.
- The setup includes a plane mirror mounted on a stable base, an adjustable light source, and a protractor or angle-measuring device.
- The mirror’s surface is precisely aligned to ensure accurate reflections.
- The light source allows for controlled incidence angles, and the protractor measures the angle of incidence and reflection.
- This apparatus visually confirms that the angle of incidence equals the angle of reflection, adhering to the laws of reflection.
SKU: n/a -
Physics, Physics Equipments, Stem Kits, Waves & Sound
Wave Motion Apparatus – 18 Pulleys
0 out of 5(0)- This Wave Motion Apparatus demonstrates the form and propagation of longitudinal and transverse waves.
- It rotates a set of cams that raise and lower 18 vertical rods with plastic highlighted tips for easy viewing.
- It measures 480mm long, is sturdy, and operates almost silently.
- Four rods are positioned at 90 degrees to simulate transverse wave motion.
SKU: n/a -
Physics, Physics Equipments, Waves & Sound
Tuning Fork Set of 8 – Welch Type Heavy
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 -
Light & Optics, Physics, Physics Equipments
Light & Optics Demo Kit
0 out of 5(0)- The Light and Optics Demo Kit includes a laser ray box, an adapter to power the laser ray box, 9 different lens shapes, 1 mirror, 2 arcs, and a manual.
- This is suitable for school students aged 12 to 15 years.
- This is a great STEM kit for students to conduct all their optics experiments.
SKU: n/a
