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ELECTRO HYDRAULIC THRUSTER

ELCTRO HYDRAULIC THRUSTER BRAKE

ELCTRO HYDRAULIC THRUSTER BRAKE Specification

Pressure
Operating hydraulic pressure 2 - 6 bar (typical)

Vehicle Type
Not applicable (primarily used in industrial applications)

Shape
Rectangular/Bracket Mounted

Thickness
Brake shoe thickness typically 12 mm to 25 mm

Material
Mild Steel

Loading Capacity
Varies as per model (typically up to 600 Nm braking torque)

Diameter
Typically 100 mm to 400 mm (as per model)

Power
0.25 HP to 3 HP (as per brake size)

Voltage
415 V AC, 50 Hz (standard, other voltages available on request)

Application
Crane, Hoist, Conveyor, Winch, Elevators, Industrial machinery

Duty Cycle
S1 (Continuous), S3 (Intermittent)

Control Type
Electro-hydraulic

Finish
Powder Coated/Enamel Painted

Mounting Type
Foot Mounted

Braking Torque Range
6 Nm to 600 Nm (model dependent)

Insulation Class
Class F or H

Thruster Capacity
15 kg to 34 kg (as model)

Response Time
Less than 0.5 seconds

Operating Temperature Range
-10C to +60C

ELCTRO HYDRAULIC THRUSTER BRAKE Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
5-7 Days

About ELCTRO HYDRAULIC THRUSTER BRAKE

Electro Hydraulic Thruster Brake Description

Electro Hydraulic Thruster Brake is a highly reliable, fail-safe braking system widely used in cranes, hoists, conveyors, winches, elevators, steel plants, cement plants, and other industrial applications. It operates through an electro-hydraulic thruster that generates lifting force to release the brake when power is supplied. In the event of power failure, the spring mechanism automatically applies the brake, ensuring maximum safety.

Features:

Robust and compact construction
Smooth and shock-free braking operation
Fail-safe spring-applied design
Low maintenance and long service life
Quick response and reliable performance
Suitable for continuous industrial duty
Available in various brake drum sizes and braking torques

Applications:

EOT Cranes
Gantry Cranes
Hoists
Conveyors
Winches
Material Handling Equipment
Mining and Cement Industries

Shruti Engineering manufactures high-quality Electro Hydraulic Thruster Brakes designed for superior performance, durability, and safe operation in demanding industrial environments.

Robust & Reliable Industrial Braking

Designed to provide precise and dependable braking, the Electro Hydraulic Thruster Brake combines mechanical strength with advanced electro-hydraulic control. Its versatile capacity range (15 kg to 34 kg as per model) and compatibility with AC voltage make it a top choice for industrial use, ensuring optimal safety and operational continuity in all working conditions.

Engineered for Efficiency & Safety

With a rapid response time of less than 0.5 seconds and a durable construction, this brake facilitates fast and secure stopping of rotating machinery parts. The use of premium mild steel, optimal insulation, and high-quality surface finish assure long-lasting performance and resistance to harsh industrial environments.

FAQ's of ELCTRO HYDRAULIC THRUSTER BRAKE:

Q: How does the Electro Hydraulic Thruster Brake operate under different duty cycles?

A: The brake is designed for both S1 (continuous) and S3 (intermittent) duty cycles, allowing it to deliver consistent performance in applications requiring steady operation or periodic use, depending on the demands of your machinery.

Q: What applications are most suitable for this brake type?

A: This brake is primarily used in industrial sectors, particularly for equipment like cranes, hoists, conveyors, winches, and elevators, where reliable stopping and holding torque are essential for safety and efficiency.

Q: When should the Electro Hydraulic Thruster Brake be preferred over other braking systems?

A: It should be selected when precise control, rapid response, and high torque capacity (up to 600 Nm) are required-especially in heavy-duty applications where reliability and safety are critical factors.

Q: Where can this brake be installed, and what is its mounting style?

A: It is designed for foot-mounted installation, making it suitable for integration into various machinery setups in industrial facilities. Its compact rectangular or bracket-mounted shape allows for versatile placement.

Q: What is the process for selecting the correct model of this brake?

A: Model selection should consider the required braking torque, thruster capacity, power needs, operating voltage, and application type. Our experts can guide you to the ideal model based on your specific machinery and operational requirements.

Q: How does the brake's quick response time benefit industrial operations?

A: With a response time of less than 0.5 seconds, the brake provides near-instantaneous stopping power, minimizing downtime and enhancing workplace safety by ensuring equipment stops precisely when needed.

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