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SHRUTI ENGINEERING
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Spring Loaded DC Brake

Spring Loaded DC Brake Specification

Shape
Round (Disc Brake Type)

Thickness
45 mm to 80 mm (depends on model)

Vehicle Type
Not vehicle-specific, used in industrial machinery

Pressure
Operates with spring pressure

Material
Cast Iron / Mild Steel

Loading Capacity
Rated up to 10,000 Nm (varies by model)

Diameter
Up to 250 mm (as per design requirements)

Power
24V / 45V / 190V DC (varies by application)

Voltage
24V DC standard (custom voltage available)

Application
Material Handling Equipment, Cranes, Hoists, Elevators, Automation Systems

Ambient Temperature
Up to 50C operating environment

Insulation Class
Class F or H

Finish
Black Powder Coated/Red Labelling

Brake Torque Range
5 Nm to 500 Nm and above (depends on model)

Mounting
Flange Mounted / Foot Mounted

Model
Spring Loaded DC Brake (SLDCB series)

Operation Type
Fail Safe-Spring Loaded; Electromagnetic Release

Response Time
50 ms to 300 ms (fast acting/braking)

Spring Loaded DC Brake Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
5-7 Days

About Spring Loaded DC Brake

We, Shruti Engineering, are an appreciated manufacturer, exporter and supplier of high quality Disc Brakes and Industrial Hoists. Offered range of products includes Foot Mounted Brake Motor, Disc Brake and Liner Brake.

Versatile Mounting & Strength

Designed for easy integration, the SLDCB series offers both flange and foot mounting configurations, making it adaptable to various equipment designs. The advanced engineering allows these brakes to manage significant torque loads-up to 10,000 Nm-across models, meeting the needs of even heavy-duty applications in material handling and automation.

Safe and Reliable Operation

Utilizing fail-safe spring loaded technology with electromagnetic release, this brake ensures that it remains engaged during power loss, providing essential safety in critical applications. Quick braking response times between 50 ms and 300 ms further enhance operational control and reduce risk in high-performance environments.

FAQ's of Spring Loaded DC Brake:

Q: How does the Spring Loaded DC Brake operate in industrial machinery?

A: The SLDCB series uses a fail-safe spring loaded mechanism that keeps the brake engaged when power is off, ensuring the machinery ceases motion safely. When energized via DC voltage, the electromagnet releases the brake, allowing normal operation.

Q: What are the mounting options available for the Spring Loaded DC Brake?

A: This brake series is available in both flange mounted and foot mounted variants, providing flexible installation solutions compatible with a wide range of equipment designs found in material handling, cranes, hoists, and automation systems.

Q: When should I choose Class F or Class H insulation for my brake unit?

A: Select Class F for environments with normal to moderately high temperatures. For higher ambient or motor operating temperatures, Class H insulation offers superior thermal endurance and longer service life, particularly for heavy-duty, demanding applications.

Q: What voltage options are available for the SLDCB series?

A: Standard units operate at 24V DC, but custom voltage options such as 45V and 190V DC are available to suit various industrial power supplies and specific application needs.

Q: Where can this brake be used effectively?

A: The SLDCB series is effective in material handling equipment, cranes, hoists, elevators, and complex automation systems, basically in any industrial setting where rapid, reliable stopping and holding of loads is critical.

Q: What are the benefits of the spring loaded, fail-safe design?

A: The fail-safe, spring loaded mechanism ensures the brake is always engaged in the event of power failure, maximizing safety during emergencies or unexpected outages. This design is crucial for preventing equipment drift or uncontrolled movement.

Q: How fast does the brake engage or release?

A: The SLDCB brakes provide quick response times, activating or releasing within 50 ms to 300 ms depending on the model. This fast action makes them ideal for processes requiring prompt and reliable braking performance.

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