DCC Copper Wire Coil 100g

Product Code : SCL-EAE-11245

The DCC Copper Wire Coil 100g is a double cotton-covered copper conductor used for winding educational solenoids, electromagnets, transformer models, and other low-voltage demonstration coils. It is intended for school, college, and technical laboratories that need insulated winding wire for practical physics activities.

Product Description

DCC means double cotton covered. The copper conductor is wrapped with two cotton layers, helping keep adjacent turns separated during coil winding. This 100 g coil is a practical consumable for physics laboratory equipment setups involving electricity, magnetic fields, and electromagnetic induction.

The 100 g value identifies wire weight, not a fixed length. Actual length depends on the wire gauge or diameter, which should be confirmed before ordering. The coil can be used with electrical and electronics laboratory equipment when its gauge suits the planned experiment.

Key Features

• 100 g quantity: Suitable for demonstrations, student projects and replacement stock.
• Copper conductor: Provides the conductive path required for electrical and electromagnetic circuits.
• Double cotton covering: Separates adjacent turns during orderly coil winding.
• Coil format: Convenient for measuring, cutting and winding.
• Multiple teaching uses: Suitable for solenoids, electromagnets and transformer models.
• Hands-on learning: Allows learners to construct coils instead of using only preassembled apparatus.
• Low-voltage use: Intended for supervised educational circuits, not direct mains connection.

Technical Specifications

What's Included in the Kit

• 1 × DCC copper wire coil, 100 g

No core, former, terminals, power supply or measuring instrument is included unless separately specified.

Applications / Uses

• Winding a classroom electromagnet around a suitable iron core.
• Constructing solenoids to study magnetic fields produced by electric current.
• Preparing coils for low-voltage transformer demonstrations.
• Comparing how the number of turns affects electromagnetic response.
• Building induction demonstrations used with a compatible laboratory galvanometer.
• Replacing winding wire in suitable educational apparatus.

How to Use the DCC Copper Wire Coil 100g

1. Confirm that the wire gauge suits the apparatus, supply voltage, and expected current.
2. Inspect the cotton covering; do not use damaged sections.
3. Measure and cut the required wire length.
4. Wind the wire evenly around a smooth former or suitable magnetic core.
5. Keep turns orderly without scraping the cotton covering.
6. Secure the coil and uncover only the connection ends.
7. Connect it to a current-limited, low-voltage circuit and monitor for heating.

Safety note: Do not connect the wire directly to mains electricity. De-energize the circuit before adjustments and stop if the wire becomes hot.

Care & Maintenance

• Store in a dry, covered container away from moisture and chemicals.
• Avoid kinks, sharp bends, and crushing.
• Keep unused wire wound neatly to prevent tangling.
• Inspect the covering and connection ends before use.

Why Choose Lab Equipments Ambala

Lab Equipments Ambala states that it was founded in 1982 and operates as a scientific laboratory equipment manufacturer, supplier and exporter from Ambala, India. The company describes its range as made in India and checked in-house by scientists, engineers and technicians. Its website states that it serves institutions in more than 60 countries and provides export packaging. Buyers should confirm gauge, length and documentation before ordering.

Frequently Asked Questions

What does DCC mean in copper wire?

DCC means double cotton covered. The copper conductor has two cotton covering layers for coil winding.

What does 100 g indicate?

It indicates the supplied wire weight. It does not specify a fixed length because length changes with gauge.

What material is the wire made from?

The conductor is copper, with a double cotton covering.

Can this wire be used in school physics laboratories?

Yes. It is suitable for supervised low-voltage coil-winding activities in school, college and technical laboratories.

Can it be used for solenoids, electromagnets and transformer models?

Yes, provided the wire gauge and current are suitable for the apparatus.

Can DCC copper wire be connected directly to mains electricity?

No. Use it only in a current-limited low-voltage educational circuit under qualified supervision.

For related coil and induction apparatus, explore the magnetism laboratory equipment range from Lab Equipments Ambala.