Electric AC Brake

Electric AC Brake Specification

Thickness
Variable (typically 50 mm to 100 mm)

Shape
Round/Disc

Vehicle Type
Not specific to automotive, used for industrial equipment

Pressure
Electromagnetic Actuation

Material
Cast Iron and Copper Winding

Loading Capacity
Customizable as per application

Diameter
150 mm to 300 mm (varies by model)

Power
AC powered (Standard: 230V/415V AC)

Voltage
230V / 415V AC

Application
Elevators, Hoists, Cranes, Industrial Machinery

Mounting Type
Flange Mounted

Temperature Rise
Within permissible industrial limits

Release Time
30 to 60 ms (approx.)

Insulation Class
Class F or H

Duty Cycle
Continuous (S1)

Operation Mode
Normally ON or Normally OFF (fail-safe design)

Finish
Blue Powder Coated

Braking Torque
10 Nm to 100 Nm (Depending on model)

Electric AC Brake About

Our company is well known for the manufacturing and exporting of E & I Plate for Electromagnetic Disc Brake. These E & I Plate for Electromagnetic Disc Brake are making using high quality raw material

Reliable Performance for Heavy-Duty Applications

Designed to operate in demanding environments, this Electric AC Brake offers fail-safe reliability and rapid release. Whether used in cranes, hoists, or elevators, its high braking torque and continuous duty cycle ensure equipment safety and stability. The blue powder coating and cast iron construction provide enduring resistance to wear and corrosion.

Engineered for Flexibility and Safety

Manufactured to suit various industrial requirements, the brake features customizable loading capacities and torque levels. The insulation class and temperature rise ratings guarantee consistent performance under rigorous use, while the round disc design allows for efficient installation and seamless integration with industrial systems.

Versatile and User-Friendly Operation

With an operation mode tailored for both normally ON and OFF (fail-safe) configurations, this brake accommodates different safety and process requirements. Its fast response and variable dimensions support a wide range of installation needs, making it a dependable solution for equipment manufacturers and operators.

FAQ's of Electric AC Brake:

Q: How is the Electric AC Brake installed in industrial equipment?

A: The brake uses a flange mounting system, which simplifies integration onto machinery such as elevators, hoists, and cranes. Ensure the diameter and thickness match your equipment's specifications for optimal fit and functionality.

Q: What makes this brake suitable for continuous duty cycles?

A: Built for S1 (continuous) operation, it utilizes durable cast iron components, Class F or H insulation, and copper windings, allowing the brake to function reliably over long periods without overheating or degradation.

Q: When should I choose a Normally ON or Normally OFF configuration?

A: Choose Normally ON (power to release, fail-safe) for applications requiring automatic braking in case of power loss, enhancing operational safety. Normally OFF may be selected for scenarios where the brake only engages as needed.

Q: Where can this AC brake be applied effectively?

A: It is specifically designed for industrial environments such as elevators, cranes, hoists, and other heavy machinery-not for automotive use. The product excels in settings demanding precise and reliable stopping capability.

Q: What is the process for customizing loading capacity and braking torque?

A: Contact the manufacturer or supplier to specify your application's requirements. Braking torque (10-100 Nm) and loading capacity can be tailored according to your machinery's operational needs.

Q: How does the fail-safe design benefit my equipment?

A: The fail-safe (Normally ON) mode ensures that the brake engages automatically during power interruptions, minimizing the risk of uncontrolled movement and improving safety for both equipment and operators.

Q: What are the advantages of the blue powder coated finish and selected materials?

A: The blue powder-coated finish offers excellent resistance to corrosion, while cast iron and copper winding construction enhances durability and electrical conductivity, resulting in longer brake lifespan and reduced maintenance.

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