Copper Winding Brake Coil

Copper Winding Brake Coil Specification

Mounting Type
Clamp or Bolt Mounted

Usage & Applications
Industrial Brake Systems, Lifts, Cranes, Hoists, Motors, Rolling Mills

Noise Level
Low

Features
Durable, High Conductivity, Rust Resistant, Thermal Stability, Low Power Consumption

Part Type
Brake Coil

Brake Type
Electromagnetic / AC & DC Brake Coils

Size
Customizable as per requirement

Material
Copper Winding

Pattern Material
Heat-resistant Bakelite or Epoxy Compound

Surface Finish
Smooth, Lacquer-coated

Standard
ISI/IEC Compliant

Compatibility
Universal Design - Suitable for Most Industrial Brake Systems

Voltage Range
24V, 48V, 110V, 220V AC/DC

Operating Temperature
-20C to +70C

Customization
Available as per Client's Drawings or Sample

Connector Type
Brass Terminal Studs

Insulation Class
Class B or F

Coil Resistance
As per technical drawing

Frequency
50 Hz / 60 Hz

Current Rating
As per design specification

Color
Brown

Copper Winding Brake Coil About

AC Electromagnetic Coil Description

An AC Electromagnetic Coil is a key component in electromagnetic braking systems, relays, contactors, and various industrial applications. It converts electrical energy into a controlled magnetic field when connected to an AC power supply. This magnetic field is used to attract, hold, or release mechanical parts in devices such as brakes, clutches, and solenoids.

Key Features:

High Magnetic Efficiency: Designed to generate strong magnetic flux for reliable operation.
Durable Construction: Made with high-quality copper wire and insulating materials to withstand high temperatures and continuous operation.
AC Compatible: Operates efficiently with alternating current (AC) supply, ensuring minimal energy loss.
Industrial Applications: Widely used in cranes, hoists, elevators, industrial machinery, and electromagnetic brakes.
Customizable: Available in various voltages, sizes, and mounting configurations according to equipment requirements.

Engineered for Heavy-Duty Performance

This brake coil boasts durable copper windings and a lacquer-coated, smooth surface that resists rust and maintains high thermal stability. Its robust construction ensures efficient performance in tough industrial applications, handling varying voltages and extreme temperatures with ease.

Universal Compatibility and Versatility

Designed with a universal fit, the coil can be integrated into almost all industrial brake systems, including those in cranes, elevators, rolling mills, and hoists. Customization options allow adaptation to precise specifications or client samples, providing tailored solutions for diverse projects.

Safe and Reliable Operation

With insulation classes up to Class F and high-grade materials like heat-resistant bakelite or epoxy compound, this coil safeguards against overheating and moisture ingress. Its low noise operation and minimal power consumption underscore its reliability and efficiency in demanding environments.

FAQ's of Copper Winding Brake Coil:

Q: How is the Copper Winding Brake Coil installed in industrial brake systems?

A: The coil can be mounted using clamp or bolt methods, connecting to the system via brass terminal studs for a secure and efficient electrical connection. Proper installation ensures optimal performance and durability.

Q: What customization options are available for this brake coil?

A: We offer customization of voltage, current rating, coil resistance, size, and surface finishes. Clients can provide technical drawings or samples for tailored manufacturing to meet specific application needs.

Q: When should I choose a Class B or Class F insulation for my brake coil?

A: Selection depends on the operating temperature and duty cycle of your application. Class B is suitable for moderate environments, while Class F provides enhanced thermal endurance for high-temperature or continuous-duty settings.

Q: Where can this brake coil be used?

A: It is suitable for a broad range of applications, including lifts, cranes, hoists, industrial motors, and rolling mills, thanks to its universal design and customizable features.

Q: What benefits does copper winding offer compared to other materials?

A: Copper windings ensure superior electrical conductivity, excellent thermal stability, and durability, leading to longer service life and more efficient operation than alternatives like aluminum.

Q: How does the brake coil contribute to system efficiency and safety?

A: The precision winding and ISI/IEC compliant materials provide reliable electromagnetic actuation with low power consumption and minimal noise, helping maintain safe and efficient braking even under demanding conditions.

Q: Can this coil be used for both AC and DC brake systems?

A: Yes, the design accommodates both AC and DC electromagnetic brake types, operating effectively at standard industrial frequencies of 50 Hz or 60 Hz.

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