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SHRUTI ENGINEERING
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Our Products

Electromagnetic Disc Brake

Hydraulic Thruster Brake

Geared Motor

Foot Mounted Brake Motor

DC Brake

Helical Gear Brake Motor

Worm Reduction Gearbox

Single Phase Brake Motor

Helical Geared Motor

EOT Crane Hoist

Brake Drum , Brake Drum Coupling,

AC Solenoid Operated Brake

NMRV WORM GEAR BRAKE MOTOR

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

ELECTRO HYDRAULIC THRUSTER

Solenoid Brakes

Solenoid Brakes Specification

Thickness
12 mm to 25 mm (Brake Liner)

Pressure
Hydraulic or Electromagnetic Actuation

Vehicle Type
Industrial Machinery

Shape
Rectangular Mechanical Assembly with Circular Drum

Material
Cast Iron / Steel

Loading Capacity
Up to 10 Tons

Diameter
100 mm to 300 mm

Power
0.5 HP to 2 HP

Voltage
220V / 415V AC

Application
Overhead Cranes, Hoists, Conveyor Systems, Lifts

Mounting
Foot Mounted

Ambient Temperature
-10C to 60C

Brake Liner Material
Asbestos Free Liner

Insulation Class
Class B / F

Release Time
Less than 0.5 seconds

Operation Mode
Normally On / Fail-Safe

Finishing
Powder Coated / Painted Surface

Frequency
50 Hz / 60 Hz

Protection Class
IP 44 / IP 54

Brake Type
Electromagnetic Solenoid Brake

Duty Cycle
Continuous Duty (S1)

About Solenoid Brakes

We are a trusted AC Solenoid Brake Supplier in Indore, offering high-quality and reliable AC solenoid-operated brakes for cranes, hoists, winches, conveyors, and industrial machinery. Our brakes are built using premium

Reliable Electromagnetic Braking

Our solenoid brakes are designed to provide fail-safe stopping for industrial machinery, making them vital for safe operation in environments like crane systems and conveyor lines. The continuous duty (S1) rating ensures uninterrupted service during extended operations, while insulation classes B/F and protection ratings of IP44/IP54 offer robust electrical and environmental safeguards.

Superior Durability and Performance

Fabricated from high-grade cast iron or steel, each unit is coated with either powder or paint for enduring finish. The use of asbestos-free liners coupled with rapid release times (less than 0.5 seconds) ensures quick response, minimal maintenance, and compliance with modern safety standards. With mounting options and capacity up to 10 tons, they seamlessly integrate into a variety of heavy-duty industrial applications.

FAQ's of Solenoid Brakes:

Q: How do electromagnetic solenoid brakes function in industrial applications?

A: Electromagnetic solenoid brakes use electric current to generate a magnetic field that releases the brake shoe, allowing the machinery to move. In fail-safe (normally on) mode, the brake automatically engages when power is lost, ensuring machinery stops instantly and safely.

Q: What are the primary benefits of using a fail-safe, normally on solenoid brake?

A: Fail-safe solenoid brakes automatically activate upon power failure, significantly improving safety by stopping machinery instantly. This feature minimizes accident risks in industrial settings such as cranes, hoists, and conveyors.

Q: Where can these solenoid brakes be installed?

A: Foot-mounted solenoid brakes are suitable for overhead cranes, hoists, conveyor systems, and lifts. Their robust design and various protection classes allow reliable integration into a wide range of industrial machinery and environments.

Q: What is the typical release time and why is it important?

A: The typical release time for these solenoid brakes is less than 0.5 seconds. Fast release times are essential for precise control and rapid cessation of movement, ensuring the safety and efficiency of heavy-duty industrial operations.

Q: How does the brake liner material enhance safety and compliance?

A: The brake liner is made from asbestos-free material, which eliminates health hazards associated with asbestos while providing effective friction and wear resistance, ensuring safe operation and adherence to environmental regulations.

Q: When should I consider replacing the brake liner, and what thicknesses are available?

A: Brake liners should be inspected routinely and replaced once worn below their minimum thickness. Available thicknesses range from 12 mm to 25 mm, providing flexibility for different application demands and maximizing service life.

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