AC Electro Hydraulic Thruster Brake

AC Electro Hydraulic Thruster Brake Specification

Features
High braking force, Reliable operation, Low maintenance, Quick response

Mounting Type
Base Mounted

Noise Level
Low

Usage & Applications
EOT Cranes, Hoists, Conveyors, Winches, Lifts, and Material Handling Equipment

Part Type
Industrial Brake Assembly

Brake Type
AC Electro Hydraulic Thruster Brake

Size
Customizable as per application requirement

Material
Heavy Duty Cast Steel and Fabricated Steel

Pattern Material
Flexible, Non-Asbestos Liner

Surface Finish
Powder Coated/Painted for corrosion resistance

Standard
IS: 6523 Compliant

Ambient Humidity
Up to 90% RH, Non-condensing

Lining Thickness
Minimum 10 mm

Operation
Electro Hydraulic Actuated

Spring Type
Heavy Duty Helical Compression Spring

Finish Color
Light Grey or as specified

Enclosure Class
IP 55

Braking Torque Range
6 Nm to 600 Nm (depending on size)

Release Time
1 second

Insulation Class
Class F

Minimum Order Quantity
1 Piece

Thruster Voltage
415 V AC, 3 Phase, 50 Hz

Operating Temperature
-10C to +60C

AC Electro Hydraulic Thruster Brake About

Shruti Engineering is the leading manufacturer and supplier of Brake Drum Coupling in India. Our Brake drums & Gear Coupling are made from premium quality materials which offer strength and durability to them. These brake drums are specially designed and guarantees dimensional accuracy which is inevitable for precise operations. This efficient and versatile product brakes has earned us name among the prime brake drum manufacturers and suppliers in India.

Reliable Performance in Demanding Conditions

Engineered for heavy industry, the AC Electro Hydraulic Thruster Brake guarantees steadfast operation under rigorous demands. With an enclosure class of IP55 and insulation class F, it performs in varied ambient temperatures and humidity conditions, ensuring safety and consistent performance in all approved environments.

Low Maintenance and High Safety Standards

This thruster brake is manufactured with heavy-duty materials and equipped with a flexible, non-asbestos liner for longer service life. Its design focuses on reducing wear, minimizing noise, and ensuring swift braking action with a release time of just one second, making it both efficient and reliable for critical applications.

FAQ's of AC Electro Hydraulic Thruster Brake:

Q: How does an AC Electro Hydraulic Thruster Brake operate?

A: This brake functions by using an electro-hydraulic actuator to compress a heavy-duty spring, which applies braking force to the non-asbestos liner. When power is supplied, the thruster lifts the brake lever, allowing free movement; on power loss, the spring engages, providing immediate braking action.

Q: What are the typical applications for this thruster brake?

A: These brakes are commonly used in EOT cranes, hoists, conveyors, winches, lifts, and various material handling equipment, offering a reliable solution for ensuring safe and controlled machinery stops in industrial environments.

Q: When should maintenance be performed on this brake?

A: Routine inspections are recommended per the manufacturer's guidelines, particularly monitoring lining thickness (minimum 10 mm) and spring condition. Maintenance intervals may vary depending on operational frequency and environment.

Q: Where can this brake be installed?

A: Designed for versatility, the brake is base mounted and suitable for indoor and selected outdoor industrial settings with ambient temperatures between -10C to +60C and humidity up to 90% RH, non-condensing.

Q: What benefits does the AC Electro Hydraulic Thruster Brake offer over traditional braking systems?

A: It features high braking force, low operating noise, reliable and quick response times, and low maintenance requirements. Its corrosion-resistant finish and robust construction extend service life in challenging industrial settings.

Q: Is the brake customizable for unique application requirements?

A: Yes, the brake size and finish color can be tailored to meet specific operational or aesthetic requirements, ensuring seamless integration with various equipment models.

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