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Copper Wound Brake Coil

Copper Wound Brake Coil Specification

Noise Level
Low Noise Operation

Part Type
Brake Coil

Mounting Type
Insert / Enclosure Mounting

Features
High Durability, Heat Resistance, Precision Winding

Usage & Applications
Used in Electromagnetic Brake Assemblies

Brake Type
Electromagnetic Brake

Size
Customizable as per requirement

Material
Copper Winding, Insulated Fiber Board

Pattern Material
Copper Wire

Surface Finish
Polished

Standard
Industrial Grade

Coil Resistance
As per design/specification

Voltage Compatibility
24V / 48V / 110V / 220V (as required)

Operating Temperature Range
-20C to 120C

Frequency
50/60 Hz

Shape
Rectangular

Insulation Class
Class B / Class F

Lead Type
Double PVC Insulated Leads

About Copper Wound Brake Coil

Ours is an illustrious organization that is engaged in manufacturing, supplying and exporting high quality Brake Coil. The coils offered by us are manufactured using high quality metal that is sourced from reliable vendors of the market. Moreover, we offer these components to customers in various sizes.

Features:

Dimensionally stable
Durable
Rust-proof

Specifications:

Size: 2.5 MM-15 MM
Material: pa 12, pa 11

Precision Engineering for Reliable Performance

Each coil is constructed with high-quality copper windings and insulated fiber board, ensuring robust durability and heat resistance. The rectangular design and polished surface finish provide a seamless fit and reduce operational noise. Customizable sizes are available to match specific system requirements, maintaining consistent performance across diverse installations.

Versatile Voltage and Insulation Options

Copper Wound Brake Coils are available for a range of voltage standards-24V, 48V, 110V, and 220V-supported by insulation classes B and F. This versatility allows integration into various electromagnetic brake assemblies across industries. Exceptional coil resistance and frequency tolerance (50/60 Hz) make them adaptable for different operational conditions.

FAQ's of Copper Wound Brake Coil:

Q: How is the Copper Wound Brake Coil installed in an electromagnetic brake assembly?

A: The coil is designed for versatility, supporting both insert and enclosure mounting types. Installation typically involves securely connecting the double PVC insulated leads to the appropriate terminals, ensuring proper alignment within the brake assembly for optimal magnetic performance.

Q: What are the advantages of using a copper wound coil with Class B or F insulation?

A: Class B and F insulation ensures superior heat resistance and electrical performance. This allows the coil to operate safely within temperatures ranging from -20C to 120C, thereby extending service life and providing consistent functionality even under demanding industrial conditions.

Q: When should I choose a particular voltage option (24V, 48V, 110V, or 220V) for my brake coil?

A: The choice of voltage depends on your brake assembly's power supply specifications and operational requirements. Select the voltage that matches your system to guarantee efficiency, performance, and compatibility with existing components.

Q: Where can Copper Wound Brake Coils be used?

A: These coils are primarily used in electromagnetic brake assemblies, making them suitable for a wide range of industrial applications, including machinery, automation systems, and precision equipment requiring reliable stopping power and low-noise operation.

Q: What processes are involved in manufacturing a Copper Wound Brake Coil?

A: Manufacturing involves precision winding of copper wire onto a core, applying industrial-grade insulation, mounting with insulated fiber board, and ensuring a high-quality polished surface finish. Each coil meets stringent industrial standards for durability and reliability.

Q: How does the precision winding benefit the performance of the brake coil?

A: Precision winding enhances electrical efficiency, heat dissipation, and magnetic consistency, resulting in smooth electromagnetic braking action, reduced operational noise, and greater energy efficiency, making it ideal for demanding industrial tasks.

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