Drum Type Shoe Brake

Drum Type Shoe Brake Specification

Shape
Round

Thickness
12 mm to 21 mm

Vehicle Type
Industrial Equipment

Pressure
Hydraulic / Pneumatic

Material
Mild Steel, Cast Iron

Loading Capacity
Up to 5000 Kg

Diameter
100 mm to 500 mm

Power
Electromagnetic/Manual

Voltage
110V / 220V / 415V

Application
Industrial cranes, Hoists, Conveyors

Operation
Electro Hydraulic, Electro Magnetic, Manual

Brake Lining Material
Asbestos / Non-asbestos

Finish
Powder Coated

Mounting
Base Mounted

Frequency
50 Hz

Drum Type Shoe Brake About

Industrial Automation AC Solenoid Brake Description

An Industrial Automation AC Solenoid Brake is a precision-engineered electromagnetic brake designed to deliver safe, reliable, and efficient stopping performance in automated machinery and process control systems. It operates on the fail-safe principlethe brake remains applied by spring force when the power is off and is released by the AC solenoid coil when the power is on. This ensures instant stopping, load holding, and maximum safety in industrial automation.

Built with a compact and durable design, these brakes are widely used in conveyors, robotic arms, assembly lines, textile machinery, hoists, and packaging systems, where continuous duty, high accuracy, and long service life are essential.

Key Features:

Works on AC supply (110V / 220V / 415V, 50Hz/60Hz)
Spring-applied, solenoid-released fail-safe operation
High braking torque with quick and smooth response
Rugged, maintenance-friendly, and space-saving design
Long-lasting asbestos-free brake liners
Ideal for industrial automation and continuous duty applications

Durable and Versatile Build

Manufactured using mild steel and cast iron, the drum type shoe brake is designed for durability. The powder-coated finish provides resistance to corrosion, making it ideal for challenging industrial environments. Each unit supports a range of diameters and thicknesses, allowing compatibility with various machinery types.

Flexible Operation Modes

This brake offers multiple operation mechanisms, including electro-hydraulic, electro-magnetic, and manual. This flexibility ensures integration with different control systems, catering to industrial cranes, hoists, and conveyors for reliable stopping and holding.

Safe and Efficient Performance

The brake utilizes high-quality asbestos or non-asbestos linings to deliver consistent friction, enhancing safety without compromising on performance. Its robust construction, high load capacity, and precise manufacturing ensure smooth operation and long service life in demanding industrial settings.

FAQ's of Drum Type Shoe Brake:

Q: How do I select the right operation mode for this drum type shoe brake?

A: Choose the operation mode-electro-hydraulic, electro-magnetic, or manual-based on your application, control integration requirements, and available power sources. For automated or remote-controlled equipment, electro-hydraulic or electro-magnetic operation is ideal. Manual operation suits settings where occasional or emergency braking is needed.

Q: What industrial applications can this drum type shoe brake be used for?

A: This brake is commonly installed on industrial cranes, hoists, and conveyors. Its adaptability to various mounting bases makes it suitable for a wide range of industrial equipment requiring safe and reliable motion control.

Q: When should the brake lining material be replaced?

A: Brake lining material, whether asbestos or non-asbestos, should be inspected regularly and replaced if thickness falls below recommended levels or if wear is observed. Routine maintenance ensures optimal friction and equipment safety.

Q: Where can this drum type shoe brake be installed?

A: It is base-mounted, allowing installation on a variety of industrial machines, especially where round-shaped and variable diameter brakes are required. Installations include both indoor and outdoor environments due to its powder-coated, robust build.

Q: What benefits does a powder-coated finish provide for the drum brake?

A: A powder-coated finish increases the brake's durability by preventing rust and corrosion. This extends the product's lifespan and maintains its performance in harsh or humid industrial conditions.

Q: How is the drum type shoe brake maintained for maximum efficiency?

A: Regularly inspect brake linings, check for wear, and ensure mechanical and electrical parts are well-lubricated and free of debris. Follow the manufacturer's guidelines for optimal operational efficiency and safety.

Tell us about your requirement