Brake Coil for Industrial Crane

Brake Coil for Industrial Crane Specification

Mounting Type
Panel/Embedded

Features
High Insulation, Durable, Heat Resistant, Corrosion Resistant

Noise Level
Low

Part Type
Electromagnetic Brake Coil

Usage & Applications
Industrial Crane, Hoists, Lifting Equipment

Brake Type
Electromagnetic Brake

Size
Custom/As Per Requirement

Material
Copper Winding with Insulated Frame

Pattern Material
Phenolic/Plastic Composite

Surface Finish
Resin Coated/Insulated

Standard
IS/IEC conforming

Insulation Resistance
> 100 Mega Ohms

Power Consumption
Low

Duty Cycle
Continuous

Input Voltage
24V/110V/220V AC or DC (as per requirement)

Lead/Terminal Type
Double Lead Wires

Color
Yellow (Winding), Ivory (Frame)

OEM/ODM Service
Available

Compatible Temperature
Upto 155C (Class F insulation or as specified)

Wire Gauge
Standard, Customizable

Brake Coil for Industrial Crane About

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 Input Options

This brake coil supports input voltages of 24V, 110V, and 220V, both AC and DC, providing flexibility for various industrial crane systems and requirements. The power supply can be tailored according to operational needs, making installation straightforward for new setups or retrofits alike.

Engineered for Durability and Safety

Manufactured using copper windings and insulated frames, the brake coil is designed for exceptional heat resistance (up to 155C) and high insulation. The resin-coated surface finish and use of quality phenolic/plastic composites ensure long-lasting, noise-free operation, even in intense industrial environments.

Customization and Compliance

Every coil can be customized in size and lead/terminal type, catering to unique OEM or ODM specifications. Adhering to IS/IEC standards, these coils are engineered for continuous duty and meet rigorous safety and performance benchmarks required in lifting operations.

FAQ's of Brake Coil for Industrial Crane:

Q: How is the brake coil for industrial cranes installed?

A: The brake coil can be mounted either on a panel or embedded within the system, thanks to its double lead wire design. Installation specifics depend on your crane's configuration, but the compact and customizable sizing ensures easy integration with both new and existing equipment.

Q: What applications and equipment are compatible with this brake coil?

A: This brake coil is ideal for industrial cranes, hoists, and various lifting equipment. Its electromagnetic brake design and robust construction make it well-suited for continuous-duty industrial operations requiring reliable holding and stopping power.

Q: When should I consider customizing the coil size or voltage?

A: Customization is recommended when your installation requires specific dimensions, lead/terminal types, or input voltages beyond standard configurations. OEM/ODM services are available to ensure the coil fits unique machinery or application requirements.

Q: Where can these brake coils be used considering environmental conditions?

A: With its Class F insulation and resin-coated surface, the coil is designed for environments with temperatures up to 155C, high electrical demands, and potential exposure to corrosive elements. Its high insulation and durable construction ensure safety in harsh industrial settings.

Q: What benefits does the coil's high insulation resistance offer?

A: A resistance greater than 100 Mega Ohms enhances operational safety by minimizing electrical leakage, thereby reducing maintenance needs and prolonging both the coil and crane's service life.

Q: How does the coil achieve low power consumption and quiet operation?

A: The advanced winding design and quality material selections, including copper wire and insulated frames, ensure efficient energy use and reduced electromagnetic noise, making operations cost-effective and quiet.

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