Electro Hydraulic Brake

Electro Hydraulic Brake Specification

Usage & Applications
EOT Cranes, Hoists, Conveyors, Winches, Heavy Industrial Machinery

Mounting Type
Horizontal

Features
High Performance, Maintenance Free, Reliable Operation, Robust Construction

Noise Level
Low

Part Type
Brake Assembly

Brake Type
Electro Hydraulic Drum Brake

Size
Customizable (Standard sizes available from 100 mm to 400 mm drum diameter)

Material
Mild Steel / Cast Iron

Pattern Material
Asbestos Free / Non-Asbestos Lining

Surface Finish
Powder Coated / Painted

Standard
IS/BS/IEC Standard Compliant

Actuator Type
Electro Hydraulic Thruster

Duty Cycle
S3 (Intermittent)

Braking Force
Up to 1500 kgf

Insulation Class
Class F

Response Time
< 2 seconds

Operating Temperature Range
-10C to 60C

Input Voltage
415V AC

Electro Hydraulic 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.

Designed for Versatile Industrial Needs

Engineered to suit demanding industrial settings, the Electro Hydraulic Drum Brake adapts seamlessly to a wide range of applications including cranes, hoists, and conveyors. It provides reliable stopping power, suitable for both continuous and intermittent duty cycles, and is compatible with various voltage and frequency requirements. Standard models cater to drum diameters from 100 mm to 400 mm, with custom options available to fit specific operational needs.

Superior Safety and Reliability

Safety is paramount with this brake's spring-applied, fail-safe design. Even in event of power loss, the hydraulic thrustor quickly releases within a second, while the robust construction and insulation meet stringent standards for industrial safety. Non-asbestos linings ensure operator well-being, and corrosion-resistant finishes offer longevity in high-humidity environments.

Customization and Compliance

Our brakes can be tailored to your requirements-choose from a range of sizes, operating voltages, and material finishes. Each unit is manufactured to comply with IS, BS, and IEC standards, ensuring robust performance and international compatibility. Expert engineering and a focus on high performance make these brakes ideal for export and local industrial use alike.

FAQ's of Electro Hydraulic Brake:

Q: How does the Electro Hydraulic Drum Brake ensure operational safety?

A: This brake employs a spring-applied, fail-safe mechanism, meaning the brake engages automatically in case of power failure. Its hydraulic thrustor release assures quick response in under one second, guaranteeing secure braking for heavy machinery.

Q: What customization options are available for this brake model?

A: Customizations include selection of operating voltage (415V, 220V, or 110V AC), drum diameter (100 mm to 400 mm), insulation class (F or H), lining material (asbestos-free or non-asbestos), and surface finish (powder coated or painted). Additional application-specific requirements can also be accommodated.

Q: Where can these brakes be used?

A: These brakes are designed for heavy industrial machinery such as EOT cranes, hoists, conveyors, winches, and similar equipment operating in demanding environments. They perform reliably in settings with temperatures from -10C to 60C and humidity up to 95% RH.

Q: What process is involved in the brake's operation and release?

A: The brake operates via an electro hydraulic system: when current is applied, the hydraulic thrustor releases the spring-applied brake shoe, allowing machine movement. Upon power loss or command, the spring promptly applies braking force, stopping the machinery instantly.

Q: What are the benefits of using non-asbestos linings in these brakes?

A: Non-asbestos linings provide a safer alternative to traditional lining materials, reducing health risks for operators while maintaining high friction performance and longevity under industrial use.

Q: When is maintenance required for this brake system?

A: Thanks to its robust construction and maintenance-free components, routine maintenance is minimal. However, periodic inspections are recommended based on the duty cycle and environmental conditions to ensure optimal and safe operation.

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