Electromagnetism Coil

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Electromagnetism Coil Specification

Measurement Range
Magnetic field up to 2 Tesla

Accuracy
2%

Core Components
Copper Coil, Iron/Ferrite Core

Feature
High magnetic field generation, robust insulation, compact size

Automation Grade
Manual

Frequency
50 Hz to 60 Hz

Capacity
Varies as per model, typically 10 mH to 50 mH

Power Source
Electric (AC/DC) Source

Equipment Materials
Copper wire, Ferrite core, Insulation

Type
Electromagnetism Coil

Usage
Electromagnetic experiments, actuators, solenoids, relays

Dimension (L*W*H)
110 mm x 35 mm x 35 mm

Weight
Approx. 100 g to 500 g, model dependent

Inductance
10 mH to 50 mH

Coil Resistance
20 2%

Compliance
RoHS Compliant

Packaging
Individual/Box

Shape
Cylindrical

Insulation Resistance
>100 M

Operating Life
>100,000 cycles

Lead Type
Tinned wire leads

Mounting Type
Panel/PCB Mount

About Electromagnetism Coil

We are counted amongst the proficient manufacturers, exporters and suppliers of a high quality assortment of Electromagnetism Coil. Under the proper direction of our adroit professionals, Offered coil is precisely manufactured using quality tested raw material in sync with the set industry standards. Further, provided coil in used mainly in automatic bowl feeder, transformers, inductors, solenoids, etc. This Electromagnetism Coil can be availed from us in diverse specifications at market leading price.

Features:

Durability
High strength
Sturdy construction
Easy to install

Versatile Applications and High Performance

Ideal for applications such as actuators, solenoids, relays, and educational experiments, this electromagnetism coil ensures reliable operation with a long service life exceeding 100,000 cycles. Its high magnetic field generation, combined with strong insulation and compact design, makes it a preferred choice for both industrial and academic environments.

Durable and Secure Construction

Crafted using high-quality copper wire and ferrite or iron cores, this coil boasts excellent insulation resistance greater than 100 M, providing maximum safety during operation. The tinned wire leads facilitate easy soldering and panel/PCB mounting, supporting automation and manual applications alike.

Customizable and Compliant

The coil is offered in various models with inductance between 10 mH and 50 mH, and is packaged to suit different distributor and export requirements. Its RoHS compliance ensures it aligns with global environmental standards, and its performance is steadfast across a 50 Hz to 60 Hz frequency range.

FAQs of Electromagnetism Coil:

Q: How is the electromagnetism coil typically installed?

A: This coil can be mounted on panels or printed circuit boards (PCB), thanks to its compact cylindrical shape and tinned wire leads, which enable straightforward and secure installation for various configurations.

Q: What applications benefit most from this coils features?

A: The coil is well-suited for electromagnetic experiments, as well as use in actuators, relays, solenoids, and similar equipment where a reliable, high magnetic field and robust insulation are essential.

Q: When should I choose a 10 mH versus a 50 mH coil?

A: Selecting the appropriate inductance depends on your circuits requirements. Lower inductance (10 mH) is ideal for fast-switching scenarios, while higher values (up to 50 mH) suit applications needing stronger or more sustained magnetic fields.

Q: Where can I source these coils and are they internationally compliant?

A: These coils are available through distributors, exporters, manufacturers, suppliers, and traders in India. They are fully RoHS compliant, meeting international environmental and safety standards.

Q: What is the process for integrating this coil into an electromagnetic experiment setup?

A: Simply connect the tinned wire leads to your circuit, ensuring proper panel or PCB mounting as per your design. Supply the coil with an appropriate AC or DC electric source at 50 Hz to 60 Hz operation, and configure according to your magnetic field requirements (up to 2 Tesla).

Q: How does the robust insulation and high cycle life benefit users?

A: The superior insulation (>100 M) ensures safety and prevents leakage currents, while the long operating life (>100,000 cycles) provides reliability for both experimental and continuous-use industrial applications.

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