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ELECTRO HYDRAULIC THRUSTER

Rolling Mill Brake Thruster

Rolling Mill Brake Thruster Specification

Pressure
Hydraulic Pressure up to 16 bar

Shape
Cylindrical

Vehicle Type
Industrial Equipment

Thickness
Variable based on model

Material
Cast Iron, Mild Steel

Loading Capacity
Up to 34 kg to 350 kg thrust

Diameter
100 mm to 300 mm

Power
0.5 HP to 2 HP

Voltage
415V AC (3 phase), 50Hz

Application
Rolling Mill, Hoist Brakes, Crane Brakes, Industrial Machinery

Duty Cycle
Continuous

Finish
Corrosion Resistant Black Coated

Operating Temperature Range
-20C to 60C

Control
Electrically Operated

Type
Electro Hydraulic Thruster Brake

Mounting Type
Vertical

Response Time
Fast acting (typically < 2 seconds)

About Rolling Mill Brake Thruster

The Electro Hydraulic Thruster for Thruster Brake System is a precision-engineered device designed to provide smooth, reliable, and fail-safe actuation for industrial braking applications. It converts electrical energy into controlled hydraulic thrust to operate brake shoes effectively, ensuring safe and consistent braking performance in cranes, hoists, conveyors, and other heavy-duty machinery.

Manufactured with robust materials and advanced hydraulic technology, this thruster ensures automatic brake engagement during power failure and smooth release when energized. It is specially designed for use with electro-hydraulic thruster brakes, delivering high efficiency, durability, and long service life under continuous industrial operation.

Engineered for Industrial Power and Precision

This Electro Hydraulic Thruster Brake delivers seamless stopping and holding in critical industrial equipment. The fast-acting response guarantees safety and minimizes downtime, making it ideal for high-performance environments like rolling mills and crane operations. Its black corrosion-resistant finish and rugged metal construction ensure long service life even in harsh conditions.

Versatile & Reliable Application

From rolling mills to hoists, this brake is adaptable to a spectrum of industrial machinery. With hydraulic pressure capabilities up to 16 bar and a continuous-duty cycle, it provides unwavering performance. Variable loading capacity and thickness options allow tailored solutions for different operational needs.

FAQ's of Rolling Mill Brake Thruster:

Q: How is the Rolling Mill Brake Thruster installed and operated?

A: This brake thruster is designed for vertical mounting on industrial machinery. Installation should be performed by qualified personnel, ensuring secure electrical connections to a 415V AC (3 phase) supply. It operates electrically, using hydraulic pressure to activate the braking mechanism.

Q: What advantages does the electro hydraulic thruster brake offer for industrial use?

A: Its fast-acting response (under 2 seconds), high thrust capacity (34-350 kg), corrosion-resistant finish, and ability to operate continuously make it ideal for safety-critical applications such as rolling mills, crane brakes, and hoists.

Q: When should this type of brake be chosen over traditional brake systems?

A: Select this brake when your application requires quick engagement, reliable performance under continuous operation, and resistance to harsh environments. Its electro-hydraulic mechanism offers superior control and efficiency over mechanical alternatives.

Q: Where can the Rolling Mill Brake Thruster be effectively used?

A: It is commonly installed in rolling mills, industrial hoists, crane braking systems, and various other types of industrial machinery that demand reliable stopping power and operational safety.

Q: What is the process of maintaining this brake thruster?

A: Routine maintenance involves inspecting the hydraulic system for leaks, checking electrical components, and ensuring the corrosion-resistant finish remains intact. Periodic servicing prolongs the brake's reliability and performance.

Q: What benefits does the corrosion-resistant black coating provide?

A: This coating protects the brake from oxidation and harsh industrial environments, significantly extending its lifespan and reducing maintenance requirements.

Q: How does the fast-acting response time benefit industrial operations?

A: A response time of less than two seconds ensures machinery stops almost immediately upon activation, greatly enhancing workplace safety and minimizing the risk of equipment damage.

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