DC Brake Eot Crane

DC Brake Eot Crane Specification

Thickness
25 mm to 50 mm (depending on brake size)

Vehicle Type
Industrial Cranes and Hoists

Shape
Round

Pressure
Spring Operated, Electromagnetic Release

Material
Cast Iron, Mild Steel (MS), and Electrical Insulation Materials

Loading Capacity
Up to 10 Ton (Typically Customizable per Requirement)

Diameter
100 mm to 250 mm

Power
0.18 kW to 1 kW

Voltage
415 V AC, 220 V DC

Application
EOT Crane Braking Systems, Hoists, and Lifting Machinery

Ambient Temperature
-20C to +50C

Operation
Electro-Magnetic DC Brake

Brake Torque
6 Nm to 50 Nm (depending on model)

Response Time
Less than 50 milliseconds

Insulation Class
Class F or H

Color
Black/Red Label

Mounting Type
Flange Mounted and Foot Mounted Options Available

Duty Cycle
S1 (Continuous Duty)

Frequency
50 Hz

DC Brake Eot Crane About

The Spring Loaded Fail Safe Brake is a high-performance safety braking system designed for cranes, hoists, elevators, conveyors, and industrial machinery. This brake works on a fail-safe principle, where power ON releases the brake and power OFF automatically applies it, ensuring maximum safety, secure load holding, and reliable stopping in all operating conditions.

The braking force is generated by compressed springs, while the release mechanism is powered by an electromagnetic coil. Built with heavy-duty cast iron/steel components, precision friction discs, and long-life springs, this brake provides smooth operation, high torque, and long service lifeeven in continuous-duty industrial environments.

Superior Braking Performance for Heavy Loads

Designed for EOT cranes and hoists, this DC brake system provides optimal stopping power with brake torques up to 50 Nm and fast response under 50 ms. Suitable for continuous duty, it's engineered to handle industrial lifting applications and customized for loading capacities up to 10 tons. Choose between flange and foot-mounted configurations to best fit your installation needs.

Exceptional Build Quality and Durability

Constructed from robust materials like cast iron and mild steel, the brake ensures long-lasting performance even in harsh industrial settings. Its insulation class (F or H) safeguards the device against electrical and thermal stress, making it reliable in ambient conditions ranging from freezing cold to intense heat. The round design delivers stability and uniform force distribution.

FAQ's of DC Brake Eot Crane:

Q: How is the DC Brake installed on EOT cranes?

A: The DC Brake is available in both flange mounted and foot mounted configurations, allowing flexible installation to suit different crane models. Installation involves securely attaching the brake to the crane's structural frame or hoist, followed by electrical wiring to align with either 415V AC or 220V DC supply lines.

Q: What applications are suitable for this electromagnetic DC Brake?

A: This brake system is primarily designed for EOT crane braking systems, hoists, and various industrial lifting machinery. Due to its robust construction and adaptable mounting options, it's ideal for use in factories, warehouses, and manufacturing plants with heavy-duty lifting requirements.

Q: When should the brake torque be adjusted or selected?

A: Brake torque selection depends on the specific crane's load capacity and operational requirements. The range offered (6 Nm to 50 Nm) accommodates different models and duties. Selection should be made during the initial specification phase to ensure safe and efficient operation based on the maximum load.

Q: Where can this DC Brake operate effectively?

A: Engineered to perform in environments ranging from -20C to +50C, this brake can be used in diverse climates. It's suitable for both indoor and outdoor industrial sites, provided the power supply meets the brake's voltage requirements and suitable protection from excessive moisture or corrosive agents is ensured.

Q: What is the process and benefit of using electromagnetic release and spring operation?

A: The brake utilizes spring force for application and electromagnetic force for release. When power is supplied, the electromagnet lifts the spring, releasing the brake. Upon power loss, the spring instantly applies braking force. This ensures rapid, automatic stopping during power outages, enhancing safety and reliability.

Q: How does the duty cycle and insulation class affect brake performance?

A: With an S1 (continuous) duty cycle, the brake is designed for uninterrupted operation, vital for industrial cranes running multiple shifts. The insulation class F or H provides excellent protection against overheating, ensuring consistent performance and a longer service life even under high electrical loads.

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