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SHRUTI ENGINEERING
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Electromagnetic Disc Brake

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NMRV WORM GEAR BRAKE MOTOR

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

ELECTRO HYDRAULIC THRUSTER

BRAKE COIL

BRAKE COIL Specification

Noise Level
Low Noise Operation

Usage & Applications
Industrial Brakes, Lifting Equipment, Automation, Electric Motors

Mounting Type
Internal Fitting/Inbuilt

Features
High Efficiency, Heat Resistant, Precision Winding, Reliable Operation

Part Type
Replacement Brake Coil

Brake Type
Electromagnetic Brake Coil

Size
Custom/Standard as per requirement

Material
Copper Winding with Insulation

Pattern Material
Insulating Resin and Varnished Coating

Surface Finish
Smooth & Durable

Standard
IS/IEC Applicable Standards

Insulation Class
Class F or Customized

Frequency
50/60 Hz (as required)

Wire Gauge
As per OEM Specification

Temperature Range
-20C to +80C

Color
Golden Yellow with Red/Black Leads

Lead Type
Flexible PVC Insulated Copper Lead Wires

Coil Voltage
24V/48V/110V/220V AC/DC available

About BRAKE COIL

Brake Coil Description

A Brake Coil is an essential component of an electromagnetic brake system used in AC and DC brake motors. When electrical power is supplied to the coil, it generates a magnetic field that releases the brake, allowing the motor shaft to rotate freely. When power is removed, the brake engages automatically, ensuring safe and reliable stopping of the motor.

Features:

High-quality copper winding
Fast response and reliable braking action
Long service life
Low power consumption
Suitable for continuous industrial operation
Available in AC and DC voltage ratings

Applications:

Brake Motors
Cranes & Hoists
Conveyors
Gear Motors
Material Handling Equipment
Packaging Machines
Industrial Machinery

Manufactured By:

Shruti Engineering Manufacturer of AC Brake Motors, DC Brake Motors, Electromagnetic Brakes, Brake Coils, Brake Liners, and Industrial Brake Systems.

Engineered for Diverse Applications

Crafted to perform in varied industrial settings, our Brake Coil adapts to different voltage, size, and mounting requirements. Whether you need a custom design or a direct replacement, it ensures secure and efficient braking in automation, material handling, electric motors, and lifting equipment.

Durability Meets Precision

With copper windings, Class F insulation, and a smooth, varnished surface, this coil resists heat and mechanical stress. Precision winding technology supports low noise and reliable operation, even under demanding conditions. Flexible, PVC insulated copper leads further enhance its longevity and ease of installation.

FAQ's of BRAKE COIL:

Q: How do I choose the correct coil voltage for my brake system?

A: Select the coil voltage (24V, 48V, 110V, or 220V AC/DC) that matches your brake system's power supply and specifications. Refer to your equipment's manual or consult with a technician to ensure compatibility.

Q: What benefits does Class F insulation provide for the brake coil?

A: Class F insulation allows the coil to operate safely at higher temperatures (up to 155C), enhancing heat resistance and extending the product's lifespan in demanding industrial environments.

Q: When should I replace my electromagnetic brake coil?

A: Replacement is recommended if you notice reduced efficiency, inconsistent braking, overheating, physical damage, or if the coil no longer meets operational requirements as specified by your equipment manufacturer.

Q: Where can this brake coil be installed?

A: This brake coil is suitable for a variety of industrial applications, including lifting equipment, automation systems, electric motors, and other machinery requiring electromagnetic braking. Its flexible internal fitting works with most OEM setups.

Q: What is the process for installing the brake coil?

A: Ensure the power supply is disconnected. Remove the old coil, connect the new coil's flexible PVC insulated copper leads to the brake system as per wiring guidelines, and secure it internally. Test operation after installation.

Q: How does the coil's construction enhance its performance?

A: Copper windings, high-grade insulation, and a heat-resistant resin coating deliver precision, durability, and efficient electrical conductivity, resulting in reliable and low-noise braking with minimal maintenance needs.

Q: What are the key usage advantages of this replacement brake coil?

A: This coil offers high efficiency, reliable braking, minimal noise, and compatibility with various voltage and size requirements, ensuring long-lasting operation in industrial settings while conforming to IS/IEC standards.

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