Choke Coils

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Choke Coils Specification

Power Factor
0.95

IP Rating
IP20

Surface Finish
Varnished

Efficiency
98%

Insulation Material
Polyester

Mounting Type
PC Board/Screw Mounting

Feature
High Energy Efficiency, Low Heat Loss

Humidity %
95% RH

Shape
Round

Connector Type
Solder Type

Overheating Protection
YES

Product Type
Choke Coil

Application
Electrical Circuits, Power Supplies, Transformers

Protection Level
IP20

Rated Voltage
230V AC

Energy Consumption
Low

Output Type
Inductive

Color
Brown, Black

Dimension (L*W*H)
25mm x 25mm x 40mm

Weight
200g

Input Voltage
230V AC

Phase
Single Phase

Size
Standard

Connection Type
Lead Type

Material
Copper Wire, Ferrite Core

No Of Poles
2

About Choke Coils

We are highly appreciated in the international market for our exquisite collection of Choke Coils. These products are manufactured by our team of expert professionals making use of latest tools and machinery. The Choke Coils are widely demanded in the industry owing to its high durability and high performance. These products are available in various specifications to meet the requirements of our valued clients. Furthermore, all our products are quality tested before delivery and offered at an affordable price.

Superior Performance for Circuit Protection

Engineered for demanding scenarios, our ferrite core choke coils are optimized for high performance and durability. The low energy consumption, combined with a 98% efficiency, makes them a preferred choice for manufacturers, distributors, exporters, and suppliers across India. Their compact, varnished design ensures stable output and minimal maintenance over their service life.

Versatile Applications in Electrical Systems

These choke coils are suitable for various applications such as filtering, energy storage, and noise reduction in electrical circuits, power supplies, and transformers. The standard size and dual-pole design facilitate seamless integration across multiple usage environments and systems, supporting safe and effective operation in both residential and industrial installations.

FAQs of Choke Coils:

Q: How do these ferrite cylindrical core choke coils contribute to noise suppression in electrical circuits?

A: The ferrite cylindrical core, combined with careful winding of copper wire, enables these choke coils to absorb and reduce electromagnetic interference, ensuring excellent noise suppression. This feature is especially beneficial in sensitive electrical circuits and power supplies where clean signal integrity is essential.

Q: What mounting options are available for these choke coils?

A: These choke coils are designed for both PC board and screw mounting, providing flexibility for integration into a wide variety of electronic assemblies. Their standard size and solder-type connectors simplify installation in new or existing systems.

Q: When should these choke coils be used in a circuit?

A: You should implement these choke coils in circuits where noise suppression, energy efficiency, and electrical isolation are priorities. They are well-suited for use in power supplies, transformers, and any application requiring reduction of electromagnetic interference.

Q: Where can these choke coils be sourced from within India?

A: These choke coils are manufactured, supplied, and exported across India by leading distributors and suppliers, ensuring their availability for diverse industrial and commercial requirements.

Q: What is the process for ensuring safety and compliance with these choke coils?

A: Each choke coil is constructed with varnished copper wire, ferrite core, and polyester insulation. They undergo rigorous testing for dielectric strength (1500V AC for 1 min) and comply with RoHS standards, ensuring both user safety and environmental responsibility.

Q: What are the key benefits of using this choke coil in power supply applications?

A: Major benefits include low heat loss, a high energy efficiency rating of 98%, overheating protection, and consistent inductive output. The result is improved overall system performance and longevity, with reduced maintenance requirements.

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