Fail Safe DC Brake

Fail Safe DC Brake Specification

Shape
Round with handle lever

Thickness
Standard (consult manufacturer for specific values)

Vehicle Type
Not vehicle-specific; for industrial/equipment use

Pressure
Spring loaded mechanism (fail safe)

Material
Steel, Aluminium Alloy

Loading Capacity
Standard (consult manufacturer for specific values)

Diameter
130 mm (hub bore size as per image label)

Power
DC operation, power determined by brake size

Voltage
24 VDC (as visible on the label)

Application
Industrial machinery, motors, elevators, cranes

Model Name/Number
SE-1709L (as per image label)

Operation Type
Electromagnetic actuation with manual release lever

Type
Spring Loaded Fail Safe DC Brake

Duty Cycle
Suitable for S1/S2 duty cycles

Insulation Class
Class F or as specified by manufacturer

Finish
Black powder coated + polished metal

Ambient Temperature Range
-10C to 55C

Control Unit
Supplied with solid state rectifier

Mounting
Flange mounting

Fail Safe DC Brake About

Fail Safe DC Brake for Crane Description

Fail Safe DC Brakes for Cranes are spring-applied, power-off electromagnetic brakes specially designed for safe and reliable load holding in crane operations. In the absence of power, the brake automatically engages to prevent accidental load movement, ensuring maximum safety. When DC power is supplied, the electromagnetic coil releases the brake, allowing smooth crane motion.

These brakes are built for heavy-duty, continuous operation in cranes and hoists, offering high braking torque, quick response, and long service life. Their robust disc design with asbestos-free friction linings ensures reliable stopping performance, even under demanding industrial conditions.

Key Features:

Fail-safe operation: brake applied during power failure
DC electromagnetic release with spring-loaded application
High torque capacity for safe crane load handling
Compact, durable disc construction
Easy installation and minimal maintenance
Asbestos-free friction material for eco-friendly operation
Available in multiple DC voltages (24V / 48V / 190V / 220V)

Reliable Fail Safe Operation

The SE-1709L spring-loaded brake ensures immediate engagement upon power failure, thanks to its advanced electromagnetic actuation. This provides dependable stopping power for equipment where safety is paramount, minimizing accident risks and ensuring operational security.

High Durability and Versatile Applications

Constructed from steel and aluminium alloy, and coated for enhanced resistance, this brake system is ideal for demanding industrial scenarios. Whether used in cranes, elevators, or motors, its robust design delivers consistent performance under various load and temperature conditions.

User-Friendly and Flexible Mounting

The flange mounting and manual release lever allow for straightforward installation and maintenance. Operators can quickly release or engage the brake as required, making it adaptable for diverse machinery setups and operational needs.

FAQ's of Fail Safe DC Brake:

Q: How does the SE-1709L Fail Safe DC Brake operate?

A: The SE-1709L uses a spring-loaded mechanism and electromagnetic actuation that automatically engages the brake during power loss, ensuring machinery halts safely. A manual release lever also provides flexibility for maintenance.

Q: What applications are best suited for this brake model?

A: This fail-safe brake excels in industrial machinery, motors, elevators, and cranes-applications where stopping the motion during power outages or emergencies is critical for safety and equipment protection.

Q: When should the brake's manual release lever be used?

A: Use the manual release lever during maintenance or in controlled scenarios where you need to move or adjust machinery without electrical power, ensuring operator safety while handling the equipment.

Q: Where is the SE-1709L typically installed?

A: The brake is designed for flange mounting, making it suitable for integration into a wide range of industrial machines and assemblies wherever reliable holding or stopping is required.

Q: What process does the brake use for actuation and control?

A: Actuation is achieved through a DC-powered electromagnetic system, with control facilitated by a solid-state rectifier, ensuring dependable operation and rapid response to power changes.

Q: What are the benefits of the brake's fail-safe design?

A: The fail-safe spring-loaded mechanism automatically applies the brake during electrical power loss, enhancing operational safety and helping to prevent accidents or equipment damage in critical environments.

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