Motor Mounted AC Brake

Motor Mounted AC Brake Specification

Vehicle Type
Not applicable (Industrial Equipment)

Shape
Round / Disc shaped

Thickness
12 mm to 40 mm

Pressure
Electromagnetic actuation

Material
Cast Iron / Mild Steel

Loading Capacity
Up to 10000 kg (varies by model)

Diameter
100 mm to 300 mm

Power
0.5 HP to 10 HP

Voltage
230V/415V AC, 50 Hz

Application
Electric Motors, Cranes, Hoists, Conveyors

Braking Torque
7 Nm to 160 Nm

Coil Voltage
Customizable as per requirement

Duty Cycle
S1 Continuous

Finish
Powder Coated

Response Time
Less than 60 ms

Release Mechanism
Manual Release (Optional)

Ambient Temperature
-10C to 50C

Mounting
Flange Mounted

Insulation Class
Class F

Temperature Rise
Within permissible limits

Motor Mounted AC Brake About

Crane Brake

Product Description:
The Crane Brake is a heavy-duty and high-performance braking system designed specifically for EOT cranes, hoists, and lifting machinery. It ensures safe, smooth, and reliable load holding and stopping, even in demanding industrial conditions. Engineered for precision and durability, this brake guarantees maximum safety during crane operation and load handling.

Manufactured from premium cast iron and electrical-grade materials, the crane brake provides long service life, minimal maintenance, and consistent performance. It is available in electromagnetic, DC fail-safe, and AC disc brake variants to suit different crane applications.

High-Performance Braking Solution

Our AC brakes deliver rapid and precise stopping performance, thanks to their electromagnetic actuation and less than 60 ms response time. Engineered for demanding industrial setups, they suit various applications such as cranes, hoists, electric motors, and conveyors. Powder-coated finishes enhance durability while flange mounting ensures secure installation.

Customizable for Versatile Applications

Available with a braking torque between 7 Nm and 160 Nm, these brakes cater to different operational needs and loading capacities up to 10,000 kg. Customizable coil voltages and optional manual release mechanisms provide flexibility for specific industrial requirements, supporting diverse power ranges and shaft diameters.

Engineered for Durability and Safety

Constructed with cast iron or mild steel, the brakes withstand rigorous use and harsh conditions. The insulation Class F, maintained temperature rise, and continuous S1 duty cycle guarantee safety and reliability, while the ambient range of -10C to 50C assures uninterrupted performance in various environments.

FAQ's of Motor Mounted AC Brake:

Q: How does the Motor Mounted AC Brake ensure quick and efficient braking?

A: This AC brake uses electromagnetic actuation to deliver a swift response time of less than 60 milliseconds, ensuring minimal delay in braking. Its robust build and advanced design allow it to provide consistent and reliable performance in industrial settings.

Q: What is the benefit of the optional manual release mechanism?

A: The optional manual release allows operators to manually disengage the brake during power outages or maintenance tasks. This feature enhances operational flexibility and safety in critical applications.

Q: When is it necessary to customize the coil voltage for this brake?

A: Customizing the coil voltage is recommended when integrating the brake into systems with non-standard voltage requirements, ensuring optimal compatibility and electrical safety for your specific machinery.

Q: Where can these AC brakes be typically installed?

A: These brakes are ideal for flange mounting on industrial equipment such as electric motors, cranes, hoists, and conveyor systems. Their design accommodates round or disc-shaped shafts with diameters from 100 mm to 300 mm.

Q: What process is involved in installing the AC brake?

A: Installation involves flange mounting the brake onto the compatible shaft of your equipment, connecting the customized coil voltage supply, and ensuring the unit operates within the specified ambient temperature and power range. Detailed instructions accompany each unit for hassle-free setup.

Q: How does the brake's insulation Class F contribute to its reliability?

A: Insulation Class F means the brake can handle higher temperatures (up to 155C), enhancing its longevity, reliability, and safety during continuous S1 duty cycle operations, especially in demanding industrial environments.

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