AC Brake Coil 220V

AC Brake Coil 220V Specification

Usage & Applications
Used in AC electromagnetic brakes for cranes, hoists, lifts, and other industrial machinery

Mounting Type
Core Mounted Inside Brake Assembly

Features
High Durability, Stable Performance, Low Power Consumption, Easy Installation

Part Type
AC Brake Coil

Noise Level
Low

Brake Type
Electromagnetic AC Brake

Size
Available in multiple sizes (suitable for AC brakes)

Material
Copper Winding with Molded Bakelite or Epoxy Resin Housing

Pattern Material
High grade copper wire

Surface Finish
Smooth, Black Finish

Standard
ISI Standard/As per Industry Norms

Voltage Rating
220V AC

Operating Temperature
-10C to +60C

Life Cycle
Greater than 2 million operations

Insulation Class
Class F or higher

Coil Resistance
As per specified model - typically between 200-500 Ohm

Connection Terminals
Screw/Clamp Type Terminals

Frequency
50Hz / 60Hz Compatible

Dielectric Strength
1500 V AC for 1 minute

Colour
Black

AC Brake Coil 220V About

Shruti Engineering are the very highly acclaimed organization in this sector, engaged in manufacturing and supplying an exclusive range of AC Solenoid Magnetic Brake. These products are gaining appreciation from every where in the world for its unmatched quality and low maintenance. Our offered product range is manufactured using fine grade raw materials and modern technology and it is designed as per the specifications of our distinguished customers.

Versatile Performance Across Industrial Applications

Designed to fit various sizes, the AC Brake Coil 220V is an optimal solution for AC brakes in heavy-duty machinery. Its high-grade copper windings and advanced insulation prevent overheating and ensure efficient performance. Whether operating in cranes or elevators, the coil adapts to demanding environments, making it indispensable for safety and control.

Reliable Construction and Longevity

This brake coil is equipped with a molded, protective housing crafted from Bakelite or epoxy resin, ensuring resilience against mechanical wear and environmental stress. Exceeding 2 million life cycles, the coil delivers both reliability and endurance for continuous industrial use. Its smooth, black finish upholds aesthetic and functional standards in professional settings.

FAQ's of AC Brake Coil 220V:

Q: How is the AC Brake Coil 220V installed in industrial machines?

A: Installation involves mounting the coil inside the brake assembly using a core mounting method. The connection uses screw or clamp-type terminals for secure and simple wiring, allowing quick integration into electromagnetic brakes for cranes, hoists, and lifts.

Q: What are the typical usage scenarios for this AC Brake Coil?

A: This coil is primarily used in electromagnetic AC brakes for industrial machinery such as cranes, hoists, and lifts. Its stable performance and high durability make it ideal for equipment requiring frequent braking operations under demanding conditions.

Q: When is it necessary to replace the brake coil in AC brakes?

A: Replacement is recommended if the coil shows signs of wear, elevated noise, inconsistent braking, or after exceeding its operational life cycle of over 2 million operations. Regular maintenance ensures optimal safety and machinery performance.

Q: Where can this AC Brake Coil be implemented?

A: The coil is suitable for use in a wide range of industrial locations where AC electromagnetic brakes are required, including manufacturing plants, construction sites, warehouses, and multi-level buildings utilizing material handling equipment.

Q: What are the main benefits of using this coil in AC brakes?

A: Key benefits include high durability, stable performance under varying temperatures, low power consumption, easy installation, and a low noise profile. Its reliable operation enhances overall safety and reduces downtime in industrial processes.

Q: How does the coil ensure operational safety and longevity?

A: With insulation rated at Class F or higher, a dielectric strength of 1500 V AC for 1 minute, and a smooth finish, the coil is resistant to electrical surges, mechanical stress, and overheating. These features contribute to a life cycle exceeding 2 million operations.

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