AC Air Brake Coil

AC Air Brake Coil Specification

Mounting Type
Direct/Panel mounting

Features
High durability, Efficient performance, Heat resistant, Easy installation

Noise Level
Low

Usage & Applications
AC Electromagnetic Brakes, Industrial Brake Systems

Part Type
Brake Coil

Brake Type
AC Air Brake

Size
Custom/As per requirement

Material
Copper winding, Insulated fiber

Pattern Material
Insulated block/fiber core

Surface Finish
Heat resistant insulating layer

Standard
IS/IEC applicable standard

Lead Type
Flexible wire leads

Current Rating
As per brake specification

Ambient Temperature Range
Up to 60C

Compatibility
Standard AC solenoid air brakes

Thermal Protection
Optional

Operating Voltage
110V/220V/415V AC

Coil Resistance
Configured to brake specification

Insulation Class
Class F/H

Shape
Rectangular

Power Consumption
Low

AC Air Brake Coil About

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.

Versatile Compatibility & Custom Design

Our AC Air Brake Coil is designed to fit seamlessly with standard AC solenoid air brakes. It offers options for custom sizing and resistance, ensuring applicability across various brake systems and industrial settings. The robust construction allows for both direct and panel mounting, promoting adaptable integration.

High Durability & Safety Standards

Constructed with high-grade copper windings and insulated fibers, each coil guarantees longevity and reliable insulation. An optional thermal protection feature safeguards the coil under extreme operational conditions, adhering to IS/IEC safety standards for optimal performance and user safety.

Efficient Performance & Easy Installation

Optimized for low power consumption and minimal noise, these coils deliver consistent, efficient braking. The inclusion of flexible wire leads ensures straightforward installation or replacement, reducing downtime and maintenance efforts within industrial systems.

FAQ's of AC Air Brake Coil:

Q: How do I select the correct AC Air Brake Coil for my brake system?

A: To choose the appropriate coil, refer to your brake system's required operating voltage (110V, 220V, or 415V AC) and ensure compatibility with the specified coil resistance and size. Custom configurations are available to match different brake specifications and mounting requirements.

Q: What benefits does thermal protection offer for the AC Air Brake Coil?

A: Thermal protection, an optional feature, prevents coil overheating during heavy or prolonged use. This enhances safety, extends coil lifespan, and reduces the risk of operational failures in demanding industrial environments.

Q: Where are these brake coils typically installed?

A: These coils are principally installed in industrial electromagnetic brake systems, such as those found in machinery, cranes, and conveyor systems. They can be mounted directly or on a panel, depending on the system design and space constraints.

Q: What materials are used in the AC Air Brake Coil construction?

A: The coil utilizes copper windings for efficient conductivity, insulated fiber for protection, and a heat-resistant insulating layer for durability under high temperatures. The core pattern is formed from insulated block or fiber, meeting rigorous industrial standards.

Q: How does the coil's insulation class impact performance?

A: Insulation classes F/H indicate the coil's ability to withstand high temperatures without degradation. This ensures safe operation in environments with ambient temperatures up to 60C, maintaining reliability under continuous use.

Q: Can the coil's size and resistance be customized?

A: Yes, each coil can be manufactured to custom dimensions and resistance values based on your specific brake system requirements, ensuring a precise fit and optimal electrical performance.

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