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Brake System Coil

Brake System Coil Specification

Usage & Applications
Brake Systems for Industrial Machinery

Part Type
Coil

Features
High Durability, Reliable Performance, Heat Resistant, Easy Installation

Mounting Type
Bolt / Fixed Mount

Noise Level
Silent/Low Noise

Brake Type
Electromagnetic Brakes

Size
Custom/As per requirement

Material
Copper Wire with Insulating Resin

Pattern Material
Fiberglass/Polymer

Surface Finish
Heat Resistant Coating

Standard
IS/IEC Compatible

Temperature Range
-20C to +120C

Insulation Class
Class F or H

Current Rating
As per design specification

Weight
Approx. 300-500 grams

Enclosure Type
Open / Encapsulated

Connection Type
Lead Wires

Shape
Rectangular

Voltage Rating
24V / 48V / 110V / 220V (as per requirement)

About Brake System Coil

Industrial Automation AC Brake Coil Description

An Industrial Automation AC Brake Coil is a critical component used in electromagnetic braking systems for motors and automated machinery. Designed to generate the necessary magnetic field when energized with alternating current, the coil enables precise braking, holding, and safe stopping of rotating equipment.

Manufactured with high-quality copper or aluminum winding, these coils ensure durability, consistent performance, and resistance to high thermal loads. They are widely used in cranes, hoists, conveyors, machine tools, and other automated systems, where reliable braking and holding power is essential.

Key features include:

High insulation resistance for safe and efficient operation
Thermal and mechanical durability for heavy-duty industrial use
Fast response time ensuring smooth braking and reduced wear
Customizable voltage and frequency options (commonly 415V, 50Hz AC)
Compatibility with various electromagnetic brake assemblies

Versatile Voltage Options

Our brake system coils support a wide range of voltage ratings-24V, 48V, 110V, and 220V-ensuring compatibility with various industrial machinery and control systems. Each coil is engineered for optimal electromagnetic performance, tailored to your application needs.

Heat and Insulation Resilience

Constructed from high-quality copper wire with specialized insulating resin, these coils withstand intense operational heat, with a temperature range from -20C up to +120C. Available insulation classes F and H further guarantee reliable, safe operation in harsh conditions.

Custom Fit and Easy Mounting

Coils are available in customizable sizes and rectangular shapes, with open or encapsulated enclosures. Installation is straightforward using bolt or fixed mounting systems, and standard lead wire connections make integration hassle-free.

FAQ's of Brake System Coil:

Q: How do I determine the appropriate voltage rating for my brake system coil?

A: Choose a voltage rating (24V, 48V, 110V, or 220V) that matches your machinery's control system requirements and available power supply. Our team can assist in selecting the correct specification based on your application.

Q: What is the process for installing the brake system coil?

A: Installation involves securing the coil using bolt or fixed mounting options and connecting via lead wires. The rectangular design and customized sizing simplify adaptation to new or existing industrial brake systems.

Q: Where are these brake system coils commonly used?

A: These coils are primarily used in electromagnetic brake systems for industrial machinery, where precise and reliable braking is crucial. They are suited for manufacturing operations, automation systems, conveyors, and material handling equipment.

Q: What are the benefits of the coil's heat-resistant surface finish?

A: The advanced heat-resistant coating safeguards the coil against high temperatures, extending product lifespan and preserving performance integrity even during prolonged or heavy-duty usage.

Q: When should I opt for Class F or Class H insulation?

A: Class F insulation is suitable for standard industrial environments, while Class H offers higher resistance for applications where coils are exposed to elevated temperatures or more demanding operational cycles.

Q: How does the coil's noise performance contribute to its application?

A: Engineered for silent or low-noise operation, the coil minimizes acoustic disturbance in automated, production, and factory settings, thereby improving workplace comfort and reducing noise pollution.

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