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Air Brake Coil

Air Brake Coil Specification

Part Type
Coil Assembly Unit

Mounting Type
Panel / Chassis Mounted

Usage & Applications
Railways, Commercial Vehicles, Industrial Brake Systems

Features
High Durability, Corrosion Resistant, Long Service Life

Noise Level
Low Noise Operation

Brake Type
Electromagnetic Air Brake

Size
Standard (Custom Sizes Available)

Material
Copper Winding / Insulated Core

Pattern Material
Molded Phenolic Resin Body

Surface Finish
Matte Polish, Scratch Resistant Coating

Standard
IS/IEC 60947, OEM Specification

Connection Type
Terminal Screw Connectors

Weight
Approx. 500g - 1kg

Current Rating
Up to 5A Continuous

Insulation Class
Class F / H

Life Cycle
Over 100,000 Operations

Customization
Available as per client requirements

Operating Temperature Range
-20C to +60C

Color
Maroon Body with White Core

Resistance/Impedance
Optimized for Fast Response

Voltage Rating
24V / 110V (AC / DC options available)

About Air Brake Coil

AC Solenoids (Pull Type) encourages application to a wide range of requirements e.g. a definite pull motion under automatic or distant control in connection with electrically driven machinery. Typical functions include the operation of electromechanical brakes and valves, various short stroke motions on machine tools.

Advanced Engineering for Precise Performance

Utilizing high-quality copper winding paired with an insulated core, the air brake coil delivers rapid electromagnetic response. The optimized impedance and resistance facilitate efficient operation, making it ideal for time-sensitive braking applications in railways, commercial vehicles, and industrial systems. Resilient materials and engineering ensure high durability and a long service life.

Built to Withstand Demanding Conditions

With insulation class F/H, this coil maintains reliable functionality within a wide temperature range from -20C to +60C. The rugged maroon phenolic resin body and scratch-resistant matte finish safeguard against wear, corrosion, and mechanical stress, making the assembly suitable for harsh environmental conditions.

Flexible Design & Customization Options

Standard coil assemblies are available, but customization to client specifications-including voltage, size, and mounting options-ensures perfect compatibility with OEM and retrofit requirements. Quick and secure installation is enabled by terminal screw connectors and versatile mounting types (panel/chassis).

FAQ's of Air Brake Coil:

Q: How does the Air Brake Coil ensure fast and reliable operation?

A: The coil is engineered with optimized resistance and impedance, allowing for rapid electromagnetic actuation. This design ensures responsive braking, especially important in critical applications such as railways and industrial systems.

Q: What are the available voltage and current ratings for this coil?

A: The Air Brake Coil supports voltage ratings of 24V or 110V, with both AC and DC options. It is capable of handling continuous currents up to 5A, making it suitable for various demanding applications.

Q: When should I consider customizing the Air Brake Coil for my application?

A: Customization is recommended if your system demands specific size, voltage, mounting arrangements, or other unique requirements. The manufacturer provides tailored solutions to align with OEM standards and client specifications.

Q: Where can this air brake coil be installed and used?

A: It is ideal for railways, commercial vehicles, and industrial brake systems. The robust construction and flexible mounting-panel or chassis-make it suitable for both new installs and replacements in harsh or high-duty environments.

Q: What process is involved in mounting and connecting this coil?

A: Connection is achieved using terminal screw connectors, simplifying wiring and enhancing reliability. The coil can be mounted on panels or chassis, streamlining integration into existing brake assemblies.

Q: What benefits does this coil offer over standard models?

A: Featuring high durability, corrosion resistance, low noise operation, and a minimum life cycle exceeding 100,000 operations, this coil ensures longevity and minimizes maintenance needs, saving time and costs over its service life.

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