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SHRUTI ENGINEERING
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Electromagnetic Disc Brake

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Motor Solenoid Brake

Motor Solenoid Brake Specification

Thickness
Up to 12 mm

Shape
Rectangular Body with Curved Brake Shoes

Vehicle Type
Not for vehicle use, Designed for Industrial Motors

Pressure
Operates by electromagnetic actuating force

Material
Mild Steel

Loading Capacity
3 kg to 100 kg

Diameter
100 mm to 400 mm

Power
0.25 HP to 15 HP

Voltage
220-415 V AC

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

Insulation Class
Class F

Operating Temperature
-10C to 55C

Mounting Type
Flange/Foot Mounted

Finish
Powder Coated

Holding Torque
10 to 1000 Nm

Brake Type
Normally On, Electromagnetic Release

Release Mechanism
Spring loaded

Response Time
10 to 50 ms

Duty Cycle
Continuous

About Motor Solenoid Brake

We, Shruti Engineering, are an appreciated manufacturer, exporter and supplier of high quality Disc Brakes and Industrial Hoists. Offered range of products includes Foot Mounted Brake Motor, Disc Brake and Liner Brake.

Versatile Mounting and Industrial Compatibility

This solenoid brake comes with both flange and foot mounting options, accommodating a range of installation requirements in industrial machinery. Its rectangular body and curved brake shoes ensure a precise fit, and the powder-coated finish withstands rigorous industrial environments. Designed for compatibility with hoists, cranes, elevators, lifts, and conveyors, this solution is perfect for manufacturers and operators across various sectors.

Safe and Reliable Operation

The brake incorporates a normally on, spring-loaded design, ensuring equipment remains secure during power loss, while electromagnetic release offers rapid disengagement. With an insulation class of F, continuous duty cycle, and response times between 10 and 50 ms, the solenoid brake delivers consistent, dependable performance. The product covers a broad power and torque range, serving small to heavy-duty machines efficiently.

Durability and Performance

Built from mild steel and finished with a durable powder coating, this brake is engineered to endure challenging working conditions. The robust construction supports loading capacities from 3 kg to 100 kg and diameters up to 400 mm, with thickness up to 12 mm, providing long-lasting performance for industrial applications. Its wide voltage range (220-415 V AC) also ensures flexible operation across industrial installations.

FAQ's of Motor Solenoid Brake:

Q: How does the electromagnetic release mechanism function in this solenoid brake?

A: The electromagnetic release operates by energizing a solenoid coil when voltage is applied, which counteracts the spring force keeping the brake engaged. This process allows the brake to quickly release, enabling smooth operation of machinery whenever required.

Q: What are the main benefits of using a normally on, spring-loaded brake design in industrial applications?

A: A normally on, spring-loaded brake automatically engages when power is cut, providing enhanced safety by holding machinery in place during electrical failures. This ensures maximum equipment and personnel protection during routine operations or unexpected power outages.

Q: When should the Motor Solenoid Brake be considered for installation in industrial settings?

A: This brake is ideal when consistent stopping power, quick response, and safety are critical, such as in hoists, cranes, elevators, lifts, and conveyors. It is recommended for continuous duty cycles and installations that require reliable engagement and disengagement with varying loads.

Q: Where is the Motor Solenoid Brake typically installed within machinery?

A: The brake is mounted on the motor using either flange or foot mounts, depending on the specific requirements of the machinery. Its design allows for direct integration with industrial motors on equipment such as lifts, hoists, and conveyors.

Q: What is the operating temperature range and how does it affect brake performance?

A: The brake operates efficiently between -10C and 55C. Operation within this temperature range ensures optimal performance and prevents overheating or loss of function in typical industrial environments.

Q: How does the continuous duty cycle benefit industrial applications?

A: A continuous duty cycle means the brake can be engaged or disengaged for extended periods without risk of overheating or wear, which is vital for processes demanding uninterrupted operation and high reliability.

Q: Is this solenoid brake suitable for use in vehicles or transportation equipment?

A: No, this solenoid brake is not designed for vehicle use. It is specifically engineered for industrial machinery and is best suited to stationary equipment such as hoists, cranes, elevators, and conveyors.

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