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SHRUTI ENGINEERING
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DC Fail Safe Brake Liner

DC Fail Safe Brake Liner Specification

Pressure
Fail Safe, Spring Actuated

Vehicle Type
Industrial Machinery

Thickness
Specific to Size

Shape
Round

Usage
Industrial

Material
MS

Size
Standard Sizes

Loading Capacity
Heavy Duty

Product Type
Brake Liner

Diameter
Standard Sizes

Color
Silver

Power
DC Operated

Voltage
24V / 110V / 220V

Application
Industrial Brake System

Insulation Class
Class F or Higher

Brake Type
Electromagnetic Fail Safe Brake

Surface Finish
Corrosion Resistant

Mounting
Flange Mounted

Response Time
Fast Acting

Operating Temperature
-20°C to +70°C

DC Fail Safe Brake Liner Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
2 Days

About DC Fail Safe Brake Liner

DC Fail Safe Brake Liner Description

The DC Fail Safe Brake Liner is a high-performance friction material specially designed for DC electromagnetic and fail-safe brake systems. It ensures smooth, reliable braking under varying load conditions. These liners are used in industrial motors, cranes, hoists, and material handling equipment where safety and precision stopping are critical.

Manufactured from premium friction materials, the brake liners provide consistent torque, low wear rate, and high thermal resistance. They maintain stability under repeated braking cycles and help extend the overall lifespan of the brake assembly.

Key Features:

High friction coefficient for strong and consistent braking
Excellent heat resistance and wear performance
Asbestos-free and eco-friendly material composition
Noise-free and smooth operation
Easy replacement and maintenance
Suitable for DC Fail Safe and Electromagnetic Disc Brakes

Advanced Electromagnetic Fail Safe Technology

This brake liner utilizes a spring-actuated, electromagnetic fail-safe mechanism that ensures prompt braking action during power loss or emergencies. The fast-acting response preserves machinery integrity and worker safety in industrial environments.

Corrosion-Resistant Heavy-Duty Construction

Crafted from high-quality mild steel (MS) and featuring a corrosion-resistant surface, the brake liner withstands harsh operating conditions. Its heavy-duty loading capacity and robust design make it ideal for extended use in demanding industrial applications.

Customizable and Compatible for Industrial Needs

Available in standard sizes with a round shape, this brake liner fits various industrial brake systems. Its insulation class F or higher and adaptable voltage options (24V, 110V, 220V) ensure versatility for diverse industrial setups.

FAQs of DC Fail Safe Brake Liner:

Q: How does the DC Fail Safe Brake Liner function in industrial machinery?

A: The brake liner operates using an electromagnetic fail-safe mechanism, which means the brake is engaged via spring force when power is off and released electrically when power is applied. This ensures reliable stopping during power failures, enhancing overall system safety.

Q: What are the recommended applications for this brake liner?

A: This brake liner is most suitable for industrial brake systems in heavy-duty machinery, such as manufacturing equipment, conveyors, and other automated setups requiring reliable and rapid stopping capacity.

Q: When should maintenance or inspection be performed on the brake liner?

A: Regular inspections are recommended according to the machinerys maintenance schedule or if unusual sounds, vibrations, or performance issues arise. Periodic checks help ensure optimal function and extend service life.

Q: Where can this DC Fail Safe Brake Liner be installed?

A: It is designed for flange-mounted installation in industrial machinery brake systems, compatible with standard-sized mountings typical in factories and manufacturing plants.

Q: What is the process for selecting the right size and voltage for my application?

A: Select the diameter, thickness, and voltage that match your machinerys requirements. Refer to the equipment specifications or consult with the manufacturer or supplier to ensure proper compatibility and optimal performance.

Q: How does the corrosion-resistant finish benefit the brake liner?

A: The corrosion-resistant coating protects the liner in harsh or humid industrial environments, minimizing rust and wear, thereby extending the operational lifespan and reducing the need for frequent replacements.

Q: What is the primary benefit of using a fail-safe, spring-actuated brake liner?

A: The main advantage is safety: the brake automatically engages whenever power fails, preventing machinery movement and potential accidents. This fail-safe mechanism is essential for industrial safety regulations and reliable machine operation.

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