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Electromagnetic Disc Brake

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Brake Coil

Brake Coil Specification

Features
High Durability, High Conductivity, Easy Installation, Precision Winding, Corrosion Resistant

Usage & Applications
Industrial Brake Systems, Crane, Hoist, Machine Tools, Industrial Motors

Part Type
Brake Coil Component

Mounting Type
Panel/Slot Mountable

Noise Level
Low

Brake Type
Electromagnetic Brake Coil

Size
Custom/As per requirement

Material
Copper Winding with Polymer/Plastic Mold

Pattern Material
Insulated Copper Wire

Surface Finish
Smooth/Matte Finish

Standard
IS Certified/Standard Quality

Voltage Rating
24V, 48V, 110V, 220V AC/DC (As Required)

Weight
400-600 grams (approx., varies with size)

Operating Temperature
Up to 120C

Current Rating
As per design specification

Lead Type
Flexible PVC Insulated Wire Leads

Insulation Class
Class F/H

Color
Yellow (coil cover), Black (wires)

Shape
Rectangular

About Brake Coil

Heavy Duty AC Brake Coil Description:
A Heavy Duty AC Brake Coil is a robust and reliable component designed to power electromagnetic brakes in demanding industrial applications. Engineered to deliver consistent magnetic force, this coil ensures quick engagement and reliable braking action under heavy load conditions. Manufactured using high-grade copper winding and insulated materials, it withstands high temperatures, frequent operations, and continuous duty cycles. Heavy Duty AC Brake Coils are widely used in brake motors, cranes, hoists, material handling equipment, and various automation systems. With excellent durability and precise performance, these coils provide long service life, minimal maintenance, and maximum safety in heavy-duty environments.

Precision and Customization for Industrial Demands

Designed to meet various industrial needs, our brake coils are custom-sized and built for panel or slot mounting, supporting specific voltage and current requirements. This ensures perfect compatibility with your systems, whether in cranes, machine tools, or motors. Our advanced manufacturing process delivers products that meet IS quality standards, balancing robust performance with user-centric design.

Reliable and Durable Construction

Leveraging high-grade copper winding and insulated wire leads, these electromagnetic brake coils promise high conductivity and long operational life. The coils are engineered for thermal endurance up to 120C with insulation options of Class F or H, maintaining functionality in rigorous usage scenarios. Their resistance to corrosion and vibrational wear promotes lower maintenance costs and longevity.

FAQ's of Brake Coil:

Q: How is the brake coil installed in industrial equipment?

A: The brake coil features flexible PVC insulated wire leads and a rectangular, panel or slot mountable design, allowing for straightforward integration into a wide range of industrial brake systems including cranes and hoists. Installation guidelines should be followed as recommended by the equipment manufacturer.

Q: What are the primary benefits of using this electromagnetic brake coil?

A: Key advantages include high durability, high conductivity, precision winding for reliability, low noise operation, and corrosion resistance. Its robust design ensures dependable performance in demanding industrial environments while supporting easy installation.

Q: When should I choose a specific voltage rating for my brake coil?

A: The required voltage rating (24V, 48V, 110V, or 220V AC/DC) depends on your equipment's operational voltage and brake control system. Always verify and match the coil's voltage rating with your application to ensure safety and effectiveness.

Q: Where can this brake coil be used?

A: This product is suitable for various industrial platforms such as cranes, hoists, machine tools, and industrial motors, serving as a critical component in electromagnetic brake systems.

Q: What materials and standards are used in manufacturing these brake coils?

A: Each coil utilizes insulated copper wire for superior conductivity, polymer/plastic molding for durability, and undergoes smooth or matte finishing. All units are manufactured to comply with IS Certified/Standard quality benchmarks.

Q: How does the brake coil ensure operational safety and efficiency?

A: Its insulation class (Class F/H) allows operation at temperatures up to 120C, and the coil's structure is designed for optimal electrical and mechanical stability. This reduces overheating risks and ensures efficient brake response even in continuous duty cycles.

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