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SHRUTI ENGINEERING
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Electromagnetic Disc Brake

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AC Solenoid Operated Brake

NMRV WORM GEAR BRAKE MOTOR

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

ELECTRO HYDRAULIC THRUSTER

Industrial Motor Brake

Industrial Motor Brake Specification

Vehicle Type
Industrial Equipment

Shape
Round

Thickness
5 mm to 20 mm

Pressure
Hydraulic/Pneumatic Operated

Material
Cast Iron and Copper Coil

Loading Capacity
Upto 10 Ton

Diameter
80 mm to 300 mm

Power
0.5 HP to 5 HP

Voltage
110V/220V/415V AC

Application
Electric Motors, Industrial Hoists, Cranes, Lifts

Insulation Class
Class F

Response Time
Less than 0.2 seconds

Finish
Paint Coated

Mounting Type
Flange Mounted

Operating Temperature
-10C to +50C

Duty Cycle
Continuous

Corrosion Resistance
High

Coil Voltage Tolerance
10%

Protection Grade
IP 54

Holding Torque
1 Nm to 1000 Nm

Braking System Type
Electromagnetic

About Industrial Motor Brake

We are counted among the most prominent manufacturers and suppliers of optimum quality Electromagnetic Fail Safe Brake. These brakes are manufactured in accordance with industry laid parameters using good quality raw materials and latest machinery. When electricity is applied, the brake released and the shaft..

Precision and Safety for Industrial Operations

This electromagnetic brake provides an exceptionally quick response, stopping machinery in less than 0.2 seconds. Its design caters to demanding environments, making it perfect for applications requiring frequent starts and stops with precise brake control. The unit's superior corrosion resistance and paint-coated finish extend its lifespan, ensuring dependable performance even under harsh industrial conditions.

Versatile Mounting and Adaptable Performance

Our flange-mounted brake is engineered for straightforward installation and compatibility with a range of motor sizes and voltages. Its wide diameter (80 mm to 300 mm) and variable holding torque mean it can be tailored to suit different loads and operational demands. Whether for industrial lifts, cranes, or hoisting systems, this brake promises efficient integration and consistent stopping power.

FAQ's of Industrial Motor Brake:

Q: How does the electromagnetic braking system ensure rapid and reliable operation?

A: The electromagnetic braking system is designed with a high-quality copper coil and robust electronics, allowing the brake to engage almost instantly with a response time of less than 0.2 seconds. This quick action ensures efficient stopping and enhances safety during continuous industrial operations.

Q: What makes this motor brake suitable for harsh industrial environments?

A: With a durable cast iron body, paint-coated finish, and high corrosion resistance, the brake is built for longevity in challenging settings. The IP 54 protection grade shields it from dust and splashes, making it ideal for facilities handling exposure to various elements.

Q: When should I use this motor brake in my machinery setup?

A: This brake is perfect for applications requiring frequent starts and stops, precise control, and secure holding, such as electric motors, cranes, lifts, and industrial hoists. It functions optimally in continuous duty cycles and high-load scenarios, ensuring operational safety and efficiency.

Q: Where can this industrial brake be installed?

A: The flange-mounted design allows the brake to be easily installed onto electric motors and industrial handling equipment. Its adaptable mounting suits various machinery types across sectors like manufacturing, logistics, and material handling.

Q: What is the benefit of the brake's 10% coil voltage tolerance?

A: A 10% voltage tolerance means the brake operates reliably even with occasional fluctuations in supply voltage. This design minimizes downtime caused by voltage inconsistencies and helps maintain consistent braking performance.

Q: How does the insulation class F affect brake operation?

A: Insulation class F provides enhanced thermal endurance, enabling the brake to operate efficiently within temperatures of -10C to +50C. This ensures the brake maintains performance and safety in both cold and hot environments.

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