Shruti Engineering

• Sturdy construction
• High tensile strength
• Outstanding performance

• Span: 10.5~31.5 M
• Max. Lifting Height: 6~30 m

• Model No.-2H EH 720 HHD
• Range- 1 to 10amps
• Input- 230 V AC to 440 V AC
• Output- 96 V DC to 190 V DC

Our DC Fail Safe Braking Solutions are engineered to provide maximum safety, reliability, and performance for industrial machinery and material handling equipment. These brakes operate on the fail-safe principle—the brake is automatically applied by spring force when power is off, and released when DC voltage is supplied to the electromagnetic coil.

Designed for cranes, hoists, elevators, conveyors, and heavy-duty machines, these solutions ensure secure load holding, smooth stopping, and safe operation even in case of sudden power failure. With compact disc-type construction, high braking torque, and low maintenance requirements, our DC Fail Safe Brakes deliver long-lasting, efficient performance in demanding environments.

• Fail-safe design: brake applied in power-off condition

• DC-operated electromagnetic release

• High torque capacity with compact, robust construction

• Quick response and reliable performance

• Asbestos-free friction linings for eco-friendly operation

• Available in multiple DC voltages (24V / 48V / 190V / 220V)

• Customizable solutions for different industrial needs

• This is a Solid State Rectifier which is basically used in electromagnetic dc brake motor to operate the dc magnetic brake.
• · This is a fuse based design, and its capacity is to carry the current up to 3 Amp maximum. So when the magnetic brake consumes the more current than its capacity, at that time this fuse will be blown. And because of this your Rectifier and magnetic brake will save with this feature and not going to damage.
• · To continue your work, you just need to replace the glass fuse of the same rating in the Rectifier, and by this, you can continue your work.

• Longer service life
• Noise-free operations
• Low maintenance

• Torque Range: 7.5 Nm-350 Nm
• Voltage: 24 V.D.C

Product Description:
The Electromagnetic Crane Brake is a high-performance, fail-safe braking system designed specifically for EOT cranes, hoists, and material handling equipment. It ensures instant stopping, smooth braking, and secure load holding, providing maximum safety and reliability in lifting operations.

Manufactured from premium-grade cast iron and equipped with high-quality friction linings, this brake offers high torque capacity, long life, and minimal maintenance. The fail-safe design automatically engages the brake when power is switched off, making it an ideal choice for critical crane and hoist applications.

We are a leading manufacturer and supplier of DC Fail Safe Brakes, offering high-performance braking solutions for various industrial and material handling applications. Our DC Fail Safe Brakes are designed with precision engineering to ensure safe, reliable, and efficient stopping of rotating machinery under all operating conditions.

These brakes operate on the fail-safe principle — the brake remains applied when power is off and releases when DC voltage is supplied to the coil. This design ensures total safety and load holding in the event of power failure, making it ideal for cranes, hoists, lifts, and automation systems.

Fail Safe Brakes for Gear Motors are designed to provide safe, reliable, and precise braking in applications where controlled stopping and load holding are essential. These brakes operate on the fail-safe principle, meaning the brake is automatically applied when the power is switched off and released when electrical power is supplied. This ensures total safety during power failure or emergency stops.

When the coil is energized, the magnetic field pulls the armature plate, releasing the brake and allowing the gear motor shaft to rotate freely. On de-energizing, the spring force presses the friction plate against the brake disc, instantly applying the braking torque and stopping the motor.

High Performance DC Fail Safe Brakes are engineered to deliver superior braking efficiency, safety, and reliability for demanding industrial applications. These brakes operate on the fail-safe principle, meaning they are automatically applied when the power is off and released when DC voltage is supplied. This ensures complete safety and precise control in load-holding and stopping operations.

When DC power is applied to the electromagnetic coil, the magnetic force attracts the armature plate, releasing the brake and allowing the motor shaft to rotate freely. When power is cut off, the spring pressure pushes the friction plate against the disc, instantly generating braking torque to stop or hold the load securely.