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SHRUTI ENGINEERING
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ELECTRO HYDRAULIC THRUSTER

Electric Shoe Brake

Electric Shoe Brake Specification

Shape
Round Shoe with Lever Mechanism

Vehicle Type
Industrial Equipment/Material Handling Vehicle

Thickness
10 mm to 25 mm

Pressure
Electromagnetic Actuation

Material
Metal Alloy with Friction Lining

Loading Capacity
Up to 10 Tons

Diameter
150 mm to 300 mm

Power
AC Electromagnetic, up to 230V

Voltage
220-415 V

Application
EOT Cranes, Hoists, Winches, Conveyors, Industrial Machinery

Operating Temperature
-10C to 60C

Usage
Heavy Duty Industrial Braking Applications

Mounting Type
Flange Mounted

Control Type
Manual/Electric Remote Control

Insulation Class
Class F

Brake Type
Electric Shoe Brake / Electro-Magnetic Shoe Brake

Response Time
Less than 0.1 seconds

Surface Finish
Corrosion Resistant Coating

About Electric Shoe Brake

Our Electromagnetic AC Solenoid Brake is a high-performance industrial brake designed for cranes, hoists, lifts, conveyors, and material handling machinery. Equipped with a robust AC solenoid coil, it provides instant fail-safe braking and precise load control, ensuring maximum safety and reliability during operation.

Manufactured with premium materials and precision engineering, this brake ensures smooth, low-noise, and vibration-free performance even under frequent start-stop cycles.

Engineered for Heavy-Duty Performance

Designed using a tough metal alloy and equipped with a friction lining, our Electric Shoe Brake guarantees reliable braking for material handling vehicles and machinery. With a loading capacity of up to 10 tons and a diameter range of 150 mm to 300 mm, it accommodates a variety of equipment sizes, making it a versatile choice for industrial environments.

Fast, Safe, and Reliable Operation

Experience quick response times of less than 0.1 seconds, ensuring immediate stopping when required. The electromagnetic actuation and anti-corrosive coating add to both safety and longevity, making the brake a dependable choice even in harsh industrial settings and temperature extremes from -10C to 60C.

Flexible Control and Easy Integration

The Electric Shoe Brake can be operated manually or via electric remote control, offering flexibility to meet distinct operational needs. Its flange mounting design eases installation across EOT cranes, hoists, winches, and conveyors, while the variable thickness and round shoe design with lever mechanism allow seamless integration into existing machinery.

FAQ's of Electric Shoe Brake:

Q: How does the Electric Shoe Brake ensure rapid and safe stopping?

A: This brake utilizes advanced electromagnetic technology to achieve a response time of less than 0.1 seconds. The high-quality friction lining and robust lever mechanism secure efficient force transfer and controlled braking, increasing operational safety across all heavy-duty industrial applications.

Q: What industries or equipment is this brake compatible with?

A: The Electric Shoe Brake is ideal for a wide range of heavy-duty sectors, including EOT cranes, hoists, winches, conveyors, and general industrial machinery. It serves material handling vehicles and equipment in factories, warehouses, and construction sites requiring high-capacity, precise stopping.

Q: When is it suitable to install this brake in a system?

A: Installation is appropriate when a reliable, high-capacity braking solution is required for heavy-duty industrial applications, especially where rapid stopping and secure load management are critical. Its wide operating temperature range permits usage both indoors and in demanding outdoor environments.

Q: Where should the Electric Shoe Brake be mounted for optimal performance?

A: For the best results, mount the brake using its flange-mount design directly onto driven rotating machinery components. Correct positioning ensures effective leverage from the round shoe and lever mechanism for secure and consistent braking.

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

A: The corrosion-resistant surface coating protects the brake against rust, moisture, and harsh chemicals, significantly extending the product's service life. This durability is particularly beneficial in industrial settings exposed to challenging environmental conditions.

Q: What is the process for operating the brake via manual and electric remote control?

A: Operators can choose between manual engagement using a lever or remote control through an electric system connected to standard AC voltage (220-415V). This dual-mode operation increases flexibility and safety for diverse operational scenarios.

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