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SHRUTI ENGINEERING
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Our Products

Electromagnetic Disc Brake

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Geared Motor

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Worm Reduction Gearbox

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Helical Geared Motor

EOT Crane Hoist

Brake Drum , Brake Drum Coupling,

AC Solenoid Operated Brake

NMRV WORM GEAR BRAKE MOTOR

NXU GEAR BOX, NU GEAR MOTOR, NXU GEAR BRAKE MOTOR

ELECTRO HYDRAULIC THRUSTER

Brake Rotor Coils

Brake Rotor Coils Specification

Features
High insulation resistance, robust construction, superior conductivity, heat resistant, long working life

Noise Level
Low

Mounting Type
Enclosed, Surface Mount

Usage & Applications
Electromagnetic brake systems, industrial machinery, and automotive braking systems

Part Type
Brake Rotor Coil

Brake Type
Electromagnetic Brake

Size
Custom/As per requirement

Material
Copper Wire with Insulation

Pattern Material
Fiber, Bakelite or Phenolic Resin

Surface Finish
Lacquered/Resin Coated

Standard
ISI/ISO Certified

Color
Yellow (standard insulation)

Compatibility
All major industrial brake models

Wire Gauge
SWG 24-32 or as per design

Frequency
50/60 Hz

Operating Temperature
Up to 150C

Customization
Available on request

Output Current
0.5A - 3A

Voltage Rating
12V, 24V, 48V, or as specified

Insulation Class
Class F/H

Lead Connection
Wire Leads

About Brake Rotor Coils

Crane Duty AC Brake Coil Description

Crane Duty AC Brake Coils are robustly designed electromagnetic coils used in AC brake systems of crane duty motors. These coils generate the required magnetic force to engage or release the brake, ensuring safe, reliable, and fail-safe braking performance in heavy-duty applications.

Manufactured with high-grade copper or aluminum winding, superior insulation, and precision engineering, these coils are capable of withstanding high temperatures, continuous operations, and voltage fluctuations. They are designed for long service life, energy efficiency, and consistent performance in demanding crane and hoist operations.

Key Features:

High-quality copper/aluminum windings
Excellent thermal & electrical insulation
Reliable performance under heavy loads
Long service life with low maintenance
Custom-built coils available as per specifications

Durable Construction and Superior Materials

Our brake rotor coils are crafted using premium copper wire with high-quality insulation, reinforced by a fiber, bakelite, or phenolic resin pattern. This meticulous selection of materials guarantees high insulation resistance, robust performance, and dependable conductivity. The coils are designed to withstand demanding industrial environments, ensuring long service life and consistent operation even at high temperatures up to 150C.

Versatile Applications and Customization

These coils are ideal for use in electromagnetic brake systems across a range of sectors including industrial machinery and automotive braking systems. Our flexible manufacturing allows for custom voltage ratings, sizes, and wire gauges tailored to your specifications. Whether for replacement or new installations, our products are crafted to fit all major industrial brake models seamlessly, with special color insulation and mounting options available upon request.

FAQ's of Brake Rotor Coils:

Q: How do I select the appropriate voltage rating for my brake rotor coil?

A: Choose a brake rotor coil matching your system's required voltage-12V, 24V, 48V, or a custom specification. Ensure the voltage matches your brake's electrical requirements for safe and optimal operation.

Q: What are the main benefits of choosing a coil with Class F/H insulation?

A: Class F/H insulation enables the coil to withstand higher operating temperatures-up to 150C-resulting in greater reliability, extended operating life, and improved safety, especially in demanding industrial applications.

Q: When is customization available for brake rotor coils?

A: Customization is available upon request. If your application requires specific voltage, wire gauge, coil size, or unique mounting styles, contact us with your requirements for a tailored solution.

Q: Where can these brake rotor coils be used?

A: Our brake rotor coils are utilized in electromagnetic brake systems for industrial machinery, automated manufacturing lines, and automotive braking systems. They are compatible with all major industrial brake models.

Q: What is the process for installing a new brake rotor coil?

A: Installation typically involves connecting the provided wire leads to the brake system according to your machinery's specifications. Enclosed or surface mounting options streamline integration, but it's advisable to consult installation manuals or professionals for precise guidance.

Q: How does the surface finish benefit the brake rotor coil's performance?

A: A lacquered or resin-coated surface finish increases heat resistance, prevents moisture ingress, and enhances the coil's durability, supporting effective operation even under intensive use and challenging conditions.

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