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Electromagnetic Brake Coils

Electromagnetic Brake Coils Specification

Features
Highly Durable, Efficient, Compact Design, Heat Resistant

Usage & Applications
Electromagnetic Brakes for Industrial Machinery

Part Type
Coil

Mounting Type
Insert/Clip/Frame Mount

Noise Level
Low

Brake Type
Electromagnetic Brake Coil

Size
Custom/As per requirement

Material
Copper Winding with Insulating Material

Pattern Material
Resin Cast/Phenolic

Surface Finish
Coated/Insulated

Standard
IS Certified/Industry Standard

Coil Resistance
As per design specification

Weight
Varies with size/model

Lead Wire Length
Standard 250 mm or Customized

Operating Temperature
-20C to +80C

Maintenance
Minimal

Insulation Class
Class F or H

Input Voltage
24V/48V/110V/220V AC or DC (as specified)

Compatibility
Suitable for Various Electromagnetic Brake Models

Winding Type
Precision Copper Winding

Color
Yellow/Custom

Current Type
AC / DC

About Electromagnetic Brake Coils

AC Brake Coil Assembly Description

The AC Brake Coil Assembly is a critical component used in electromagnetic AC brakes to ensure reliable braking performance in industrial machinery. Designed to generate the necessary magnetic field when energized, the coil assembly facilitates quick engagement and release of the brake, enabling precise motion control.

Manufactured with high-quality copper/aluminum windings and heat-resistant insulation, the AC brake coil assembly offers excellent thermal stability, durability, and low power consumption. It is engineered for long service life under continuous duty cycles and demanding industrial environments.

The coil assembly is commonly used in crane motors, hoists, conveyors, textile machinery, lifts, and other heavy-duty equipment, where dependable braking is essential. Available in various voltage ratings (110V, 220V, 415V, 50Hz/60Hz), it can be customized to suit different brake models and applications.

Customized Precision for Industrial Needs

Our coils feature precise copper windings, offered in various voltage options, to guarantee peak performance and compatibility with a wide array of electromagnetic brake systems. Tailored dimensions, colors, and lead wire lengths ensure they can be seamlessly integrated into unique machinery setups, making them ideal for diverse industrial facilities.

Performance That Endures Harsh Environments

With advanced insulation (Class F or H) and an operating range from -20C to +80C, these coils are crafted for resilience against challenging industrial settings. The robust resin cast or phenolic pattern material, paired with a professional coated/insulated finish, enhances durability while maintaining low noise and efficient operation.

FAQ's of Electromagnetic Brake Coils:

Q: How are these electromagnetic brake coils installed in industrial machinery?

A: The coils are designed with insert, clip, or frame mounting options for easy integration into a wide range of electromagnetic brake assemblies. They come with a standard 250 mm lead wire (customizable upon request) to facilitate straightforward electrical connections.

Q: What benefits does Class F or H insulation offer for brake coils?

A: Class F and H insulation ensures reliable operation in environments with elevated temperatures, preventing premature coil failure. This advanced insulation maximizes safety, efficiency, and the lifespan of the coil under heavy-duty industrial use.

Q: When is a custom-size electromagnetic brake coil recommended?

A: Custom-size coils are best suited for machinery or brake models with unique space, mounting, or operational specifications. Our coils can be tailored in terms of lead length, color, pattern, and other parameters to precisely meet your project requirements.

Q: Where can these coils be used?

A: They are suitable for use in a wide range of industrial applications, including automation equipment, conveyor systems, cranes, and other machinery that utilize electromagnetic braking systems.

Q: What is the manufacturing process for these coils?

A: Each coil is constructed using premium copper windings and advanced insulating materials, then precision-cast in resin or phenolic. The coils are subjected to strict quality control and are coated/insulated for safety and durability, compliant with IS and industry standards.

Q: How do these coils enhance the efficiency and longevity of electromagnetic brakes?

A: The precision copper winding minimizes energy loss, while excellent insulation and heat resistance ensure consistent performance and reduce maintenance needs, resulting in long-lasting and energy-efficient operation.

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