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INDUCTION COIL

Price 50.0 INR/ Piece

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MOQ : 1 Piece

INDUCTION COIL Specification

Power Supply
Electric

Output
Electromagnetic Induction / Induced Voltage

Usage
ENGINEERING ELECTRONICS INSTRUMENTS

Components
Insulated copper wire wound on non-magnetic former

Response Time
Instantaneous (electromagnetic) Week

Thermal Conductivity
Standard for copper wire Watt/Centimeter/C (W/(cm.C)

Power Source
Electric Mains

Input
Alternating Current (AC)

Interface
Connection terminals

Operating Temperature
0 C to 60 C Celsius (oC)

Features
Sturdy construction, high efficiency, laboratory use

Product Type
INDUCTION COIL

Application
ENGINEERING ELECTRONICS INSTRUMENTS

Rated Voltage
250V AC Volt (V)

Supply Voltage
220V - 250V AC Volt (v)

Size
Standard laboratory size

Dimension (L*W*H)
Approx 15 cm x 3 cm x 3 cm Centimeter (cm)

Function
Generates magnetic field for inducing current

Color
Gold (Copper Finished)

Weight
Approx 200 grams GSM (gm/2)

Warranty
1 year

Capacity
Depends on turns and core (for laboratory scale) Kg

Current Rating
Up to 2A

Thickness
Wire thickness: 26 SWG (approx 0.4 mm) Millimeter (mm)

Frequency
50Hz / 60Hz compatible Hertz (HZ)

INDUCTION COIL Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Advance (CA), Cheque, Cash on Delivery (COD), Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About INDUCTION COIL

Specification:

INDUCTION COIL

Solid state electronic induction coil resulting in a very reliable and efficient system.

There are no trembler contacts to wear or to require adjustment.

Fitted with reversing switch.

Operates on 220V A.C.25 mm, A.C.50 mm, A.C.75 mm, A.C.100 mm.

Superior Build for Reliable Laboratory Use

Crafted from high-quality, enamel-coated copper wire and featuring a non-magnetic plastic or ebonite core, this induction coil is designed for durability and consistent performance in academic environments. The brass terminals ensure easy, stable connections, while the cylindrical base-mounted structure enhances safety and operational convenience during classroom demonstrations.

Efficient and Safe Electromagnetic Induction

Utilizing Faradays Law, the coil converts alternating current (AC) from mains supply into a strong, controllable magnetic field, capable of instant electromagnetic response. Its shock-resistant and insulated windings safeguard users, making it particularly suitable for educational demonstrations in physics and engineering labs.

Low Maintenance and Long-lasting Performance

Engineered for repeat use, this coil requires no special upkeepjust periodic dusting to maintain optimal operation. Its compact, standard laboratory dimensions ensure easy handling and storage, while the high-efficiency copper winding delivers reliable results at supply voltages ranging from 220V to 250V AC.

FAQs of INDUCTION COIL:

Q: How does the induction coil generate electricity in laboratory demonstrations?

A: The induction coil operates on Faradays Law of Electromagnetic Induction. When alternating current passes through its enamel-coated windings, a changing magnetic field is produced around the non-magnetic core, inducing a voltage in nearby conductors for experimental observation.

Q: What are the primary applications of this induction coil?

A: This coil is designed for physics and electrical laboratories, making it ideal for educational demonstrations, engineering electronics training, and as a practical exporter, manufacturer, or supplier item across India.

Q: When is periodic maintenance required for the induction coil?

A: No special maintenance is required. It is recommended to periodically dust the coil to keep it clean and ensure consistent performance during repeated laboratory sessions.

Q: Where should the induction coil be used?

A: It is suitable for use in controlled laboratory environments, primarily within educational institutions such as physics or engineering departments, electronics training classrooms, and demonstration setups.

Q: What benefits does the non-magnetic core provide?

A: A non-magnetic core (plastic or ebonite) prevents interference from magnetic materials, ensuring accurate and uniform magnetic field generation, which is essential for precise educational and experimental results.

Q: How is the coil safely connected and operated?

A: The coil features brass terminals for stable and secure electrical connections. Always ensure the supply voltage is within the 220V250V AC range and never exceed a current of 2A. The insulated windings and shock-resistant design provide added user safety.

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