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Industrial Brake Coil

Industrial Brake Coil Specification

Usage & Applications
Industrial Electromagnetic Brake Coil, Hoist & Crane Brake Assemblies, Overhead Equipment

Part Type
Brake Coil

Mounting Type
Slot/Enclosure Mounting

Features
Highly Durable, Heat Resistant, Enhanced Conductivity, Easy Installation

Noise Level
Low

Brake Type
Electromagnetic Brake

Size
Custom/As per requirement

Material
Copper (Winding), Insulating Board (Outer Casing)

Pattern Material
Epoxy Coated Copper Wire

Surface Finish
Smooth, Varnished Finish

Standard
IS Certified/Custom

Coil Resistance
As per design specification

Frequency
DC Operated

Lead Wire Length
200mm (customizable)

Voltage Rating
24V / 48V / 190V DC (as per design)

Operating Temperature
-10C to 155C

Insulation Class
Class F / H

Current Rating
0.5A to 4A (varies with application)

About Industrial Brake 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

Customizable Design for Various Applications

This industrial brake coil can be tailored to specific voltage, current, and size requirements, offering versatility across different electromagnetic brake setups. Its adaptable features ensure seamless integration into hoist and crane brake assemblies as well as other industrial automation equipment, providing reliable performance across a broad operating temperature range from -10C to 155C.

Robust Build and Compliance Standards

The coil is constructed with copper windings and an epoxy-coated casing, ensuring enhanced conductivity, exceptional heat resistance, and mechanical durability. Designed for low-noise operation, it meets IS certification standards and can also be customized as per client specifications, making it suitable for demanding industrial environments. The smooth, varnished finish further adds to its longevity and operational safety.

FAQ's of Industrial Brake Coil:

Q: How is the industrial brake coil installed in electromechanical systems?

A: The industrial brake coil can be mounted either by slot or enclosure mounting, allowing for straightforward and flexible installation in various brake assemblies. Detailed installation instructions can be customized based on the specific system and layout.

Q: What are the main benefits of using a copper-wound electromagnetic brake coil?

A: Copper winding provides excellent electrical conductivity, leading to efficient operation, lower heat generation, and enhanced durability, making the coil highly reliable for demanding industrial applications.

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

A: Class F insulation is suitable for applications with temperatures up to approximately 155C, while Class H insulation is recommended when superior heat resistance is required, providing added protection in environments with higher thermal loads.

Q: What applications are these brake coils best suited for?

A: These coils are ideal for industrial electromagnetic brakes, especially in hoists, crane brake assemblies, and overhead equipment where reliable stopping power and durability are essential.

Q: Where can the coil's voltage and current ratings be customized?

A: Voltage ratings (24V, 48V, 190V DC) and current ratings (0.5A to 4A) are specified at the time of ordering based on your system requirements, ensuring a perfect match for each application.

Q: How does the varnished finish and epoxy coating benefit the brake coil?

A: The varnished finish and epoxy coating protect the coil from moisture, dust, and mechanical wear, ensuring smooth operation, long service life, and enhanced electrical insulation throughout its use.

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