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Hoist Brake Coil

Hoist Brake Coil Specification

Usage & Applications
Electric hoist, cranes, industrial braking systems

Features
High durability, reliable operation, excellent heat resistance, low power consumption

Mounting Type
Fixed/Panel Mounted

Noise Level
Low

Part Type
Brake Coil

Brake Type
Electromagnetic Hoist Brake

Size
Custom/As per requirement

Material
Copper winding with synthetic resin

Pattern Material
Fiber/Insulating material

Surface Finish
Smooth/Insulated

Standard
IS/IEC standards compliant

Operating Temperature Range
-10C to +70C

Coil Insulation Class
Class F/H

Voltage
220V/110V/24V AC or as specified

Frequency
50 Hz/60 Hz

Color
Yellow winding with beige insulation

Current Rating
Recommended as per model

Lead Length
Standard or custom as per order

About Hoist Brake Coil

Our Industrial AC Brake Coil is a high-quality electromagnetic coil designed for AC brake systems in cranes, hoists, lifts, and industrial machinery. It provides precise electromagnetic control for fail-safe braking, ensuring instant stopping and reliable performance in heavy-duty applications.

Manufactured using premium-grade copper wire and insulation materials, this coil offers high efficiency, long life, and consistent performance, even under frequent start-stop cycles.

Features:

Electromagnetic coil for AC fail-safe brakes
High efficiency and precise operation
Durable copper winding with premium insulation
Smooth, reliable, and vibration-free braking
Suitable for industrial and heavy-duty applications

Precision Performance and Reliability

Our Hoist Brake Coils are meticulously designed for industrial applications, ensuring consistent performance in demanding environments. With their durable copper winding, high-grade insulation, and engineered fiber material, these coils provide powerful, reliable braking in various hoist and crane systems. Their smooth, insulated finish and low noise level make them ideal for modern industrial settings.

Adaptable for Custom Requirements

Catering to diverse operational needs, these brake coils come in multiple voltages, sizes, and cable lengths. Whether needing a standard or custom specification, the product accommodates installations in electric hoists and cranes. Their fixed or panel mounting capability and compliance with IS/IEC standards make them versatile and easy to integrate into new or existing systems.

FAQ's of Hoist Brake Coil:

Q: How do I determine the correct voltage and current rating for my hoist brake coil?

A: To select the correct voltage and current rating, refer to your hoist or crane manufacturer's specifications and the model requirements. Common available voltages are 220V, 110V, or 24V AC, and current ratings are recommended as per the matched model for optimal performance and safety.

Q: What materials are used to manufacture the hoist brake coil and what benefits do they offer?

A: The coil is wound from pure copper and insulated with synthetic resin for excellent electrical conductivity, enhanced heat dissipation, and high durability. Fiber-based insulating material ensures electrical safety, while the overall construction delivers smooth, long-lasting, and reliable performance in harsh environments.

Q: When should I consider using a custom-sized or custom lead length brake coil?

A: Custom sizes and lead lengths are recommended if your system deviates from standard configurations, or if installation constraints require specific coil dimensions. Providing your exact requirements ensures compatibility and optimal operational results in your specific hoisting application.

Q: Where are these hoist brake coils typically used?

A: These coils are widely used in electric hoists, industrial cranes, and other automated braking equipment found in factories, warehouses, and construction sites, where dependable and consistent stopping power is essential.

Q: What is the process to install a panel or fixed-mounted hoist brake coil?

A: Installation involves securely mounting the coil to the specified location according to your equipment manual-either onto a panel or fixed surface. Electrical connections should match the voltage and frequency requirements, and proper insulation checks are necessary to maintain safety and compliance with IS/IEC standards.

Q: How does the coil's insulation class and temperature range contribute to its reliability?

A: With Class F/H insulation and an operating range from -10C to +70C, the coil withstands high temperatures and harsh conditions, reducing risk of failure and ensuring stable performance even during intensive or prolonged industrial operations.

Q: What are the main usage advantages of choosing this hoist brake coil?

A: Key benefits include high durability, reliable braking, low power consumption, and excellent heat resistance, resulting in minimized maintenance and reduced operational costs for electric hoist and crane systems.

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