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SHRUTI ENGINEERING
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AC Solenoid Operated Brake

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NXU GEAR BOX, NU GEAR MOTOR, NXU GEAR BRAKE MOTOR

ELECTRO HYDRAULIC THRUSTER

Industrial Solenoid Brake

Industrial Solenoid Brake Specification

Shape
Rectangular with Arc Brake Shoes

Pressure
Spring Actuated Pressure (varies by model)

Thickness
8 mm to 20 mm (varies by brake size)

Vehicle Type
Not Applicable (Industrial Use)

Material
Cast Iron/Steel

Loading Capacity
Up to 1500 Nm (varies by model)

Diameter
100 mm to 400 mm (as per requirement)

Power
0.5 HP to 3 HP (varies as per coil)

Voltage
24V, 110V, 220V, 415V AC (customizable)

Application
Hoists, Cranes, Conveyors, Lifts, Elevators, and Industrial Machinery

Mounting
Foot Mounted or Flange Mounted

Finish
Powder Coated, Corrosion Resistant

Brake Lining
Asbestos Free, Easy Replaceable

Ambient Temperature
-10C to +50C

Response Time
Fast Response, 50-100 ms (typical)

Maintenance
Low Maintenance Design

Duty Cycle
Continuous or Intermittent

Insulation Class
Class F or H

Operation Type
Electro-magnetic, Fail Safe

About Industrial Solenoid Brake

Owing to the dedication of our diligent professionals, we have earned a reputed name in manufacturing, exporting and supplying the finest quality EOT crane Brakes . Our offered hoist finds extensive usage in automobile & engineering industries for safe and easy operations. Under the strict supervision of our experts, this crane hoist is manufactured using quality assured raw material & cutting edge technology. Widely known for robust construction and superb performance, our offered crane hoist is available at nominal prices

Superior Safety and Performance

Featuring electro-magnetic fail-safe operation, these solenoid brakes activate automatically during power failures, ensuring safety in critical applications like cranes or lifts. The robust construction and protective powder coating defend against corrosion, making them suitable for harsh industrial settings.

Flexible Installation and Easy Maintenance

Available in both foot-mounted and flange-mounted configurations, the brake adapts to varying equipment layouts. Its asbestos-free, easily replaceable linings help minimize maintenance downtime, while the self-adjusting and low-maintenance design supports continuous or intermittent duty cycles.

FAQ's of Industrial Solenoid Brake:

Q: How does the fail-safe mechanism work in an industrial solenoid brake?

A: The fail-safe mechanism ensures that the brake engages automatically in the event of power loss. This electro-magnetic system keeps the brake open when energized and applies spring-actuated pressure to clamp the brake when power is cut, safeguarding machinery and personnel.

Q: What is required for installation and mounting of this brake?

A: These brakes can be installed using either foot-mounted or flange-mounted methods, offering flexibility to accommodate various machinery designs. Professional installation is recommended to ensure correct alignment and secure connection to hoists, cranes, conveyors, or other industrial equipment.

Q: When should I replace the brake lining, and how easy is the process?

A: Brake linings should be inspected regularly and replaced when worn, based on usage and manufacturer guidelines. The design includes asbestos-free, easy-replaceable linings, which allow for quick maintenance with minimal downtime.

Q: Where can this industrial solenoid brake be utilized?

A: Designed for industrial use, this brake is suitable for hoists, cranes, conveyors, lifts, elevators, and various other types of heavy-duty machinery, but it is not intended for automotive or vehicle-related applications.

Q: What are the main benefits of this solenoid brake for my industrial facility?

A: Key benefits include rapid response times (50-100 ms), reliable fail-safe operation, corrosion-resistant finish, low maintenance requirements, and compatibility with multiple voltages, making them adaptable and durable for continuous or intermittent applications.

Q: What is the typical operation process of this brake?

A: When energized, the electro-magnetic coil releases the brake by overcoming spring pressure. When de-energized (or power fails), spring force applies the brake quickly to halt machinery, with a fast response time ensuring immediate action for safety.

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