AC Solenoid Operated Drum Brake

AC Solenoid Operated Drum Brake Specification

Pressure
Actuation by spring pressure, release by AC solenoid

Shape
Round (Drum), standard brake configuration

Vehicle Type
Industrial equipment

Thickness
10 mm to 25 mm (Lining Thickness)

Material
Cast Iron / Mild Steel

Loading Capacity
Up to 10 Ton

Diameter
100 mm to 600 mm

Power
AC Solenoid Operated, 415V

Voltage
220V / 415V AC

Application
EOT Cranes, Hoists, Conveyors, Industrial Machinery

Control
Electro-mechanical via solenoid

Brake Lining Material
Asbestos-Free Organic / Non-Asbestos

Protection Class
IP54 or better

Duty Cycle
Continuous / Intermittent

Response Time
Fast Release & Application

Insulation Class
Class F or higher

Mounting Type
Base Mounted

Operating Temperature
-20C to +60C

Finish
Painted / Powder Coated

AC Solenoid Operated Drum Brake About

Type	Solenoid
Phase	3
Operating Voltage	440
Frequency	50
Brand	Shruti
Usage/Application	Industrial

Minimum order quantity: 1 Number

AC brakes:
4 Dia
5.5 Dia
7 Dia
Drums
Features
Class F insulation of the coil
Continuous & intermittent duty
Long life & ease of maintenance
Ideally suited for applications such as :
Cranes

Hoists
Machines
Valves
Conveyers

Robust Construction and Safety Assurance

Manufactured with cast iron or mild steel, these drum brakes promise long-lasting reliability and performance. Safety is further enhanced through the use of asbestos-free linings, high insulation class (Class F), and IP54 protection, making them suitable for heavy-duty industrial operations and reducing maintenance requirements.

Superior Performance for Industrial Applications

Designed to handle up to 10 tons of load, these brakes are ideal for EOT cranes, hoists, conveyors, and industrial machinery. Featuring fast release and application times, the AC solenoid control ensures precise operation, while the round drum shape and variable lining thickness provide adaptable solutions for various installation needs.

Ease of Installation and Versatility

With a convenient base-mounted design and compatibility for both continuous and intermittent duty cycles, our drum brakes are easy to install across diverse setups. The strong, powder-coated or painted finish and wide operating temperature range from -20C to +60C ensure reliable service in multiple environmental conditions.

FAQ's of AC Solenoid Operated Drum Brake:

Q: How does the AC solenoid operated drum brake function in an industrial setting?

A: The brake operates using spring pressure to actuate and applies braking force to the drum. When the AC solenoid (electro-mechanical control) is energized at 220V or 415V, it releases the brake for machinery movement, and disconnecting power re-engages the brake, ensuring immediate and reliable stopping.

Q: What applications are these drum brakes specifically suited for?

A: These brakes are ideal for EOT cranes, hoists, conveyors, and other types of industrial machinery. They are designed to meet the rigorous safety and operational needs of heavy-load handling and continuous or intermittent duty cycles commonly found in industrial environments.

Q: When should the drum brake lining be checked or replaced?

A: Brake linings should be inspected at regular intervals for wear, especially in high-frequency or high-load scenarios. Replacement is recommended when the lining thickness approaches the minimum specified value (10 mm), ensuring optimal brake performance and safety.

Q: Where can these drum brakes be installed?

A: Thanks to their base-mounted configuration and versatile voltage compatibility (220V/415V AC), these drum brakes can be installed in most industrial indoor or covered outdoor environments, provided the atmosphere is compatible with the IP54 protection rating.

Q: What is the benefit of using asbestos-free organic linings in these brakes?

A: Asbestos-free organic and non-asbestos linings enhance operational safety by eliminating harmful materials. They offer effective braking performance, extend the lifespan of the brake components, and support a safer, environmentally friendly workplace.

Q: How does fast release and application improve safety and efficiency?

A: Quick response times mean machinery can be safely stopped or started without delay, reducing the risk of accidents and maximizing productivity. The electro-mechanical solenoid enables precise control over brake engagement and release, aligning with operational demands in critical industrial tasks.

Q: What are the installation and protection features of these brakes?

A: The brakes feature a robust base-mounted design, available in powder-coated or painted finishes for long-term corrosion resistance. IP54 or higher protection class prevents ingress of dust and splashes, making them reliable under tough industrial conditions.

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