Shruti Engineering

Fail Safe Lifting Brake Description

A Fail Safe Lifting Brake is a robust safety braking system designed for lifting and material handling equipment where secure load holding is critical. Working on the fail-safe principle, the brake is automatically applied when electrical power is switched off, preventing accidental load drop during power failure, emergency stop, or system fault.

The brake operates with a spring-applied, electromagnetic or hydraulic release mechanism, ensuring reliable holding torque, quick response, and smooth operation. Its rugged cast iron/steel construction guarantees long service life and consistent performance under heavy-duty lifting conditions.

Key Features:

• Fail-safe operation – brake engages when power is off.

• High torque capacity for safe load lifting & holding.

• Strong, compact, and maintenance-friendly design.

• Electromagnetic or hydraulic release system.

• Smooth, noise-free braking action.

• Suitable for vertical lifting applications.

DC Electromagnetic Brakes are designed for quick, smooth, and reliable stopping of electric motors. These brakes operate on the principle of electromagnetic force and are widely used in industrial machines, cranes, hoists, and various automation systems where controlled stopping is essential.

When DC power is supplied to the brake coil, the electromagnetic field attracts the armature plate, releasing the brake. When the power is cut off, the spring pressure forces the friction plate against the brake disc, creating braking torque and stopping the motor instantly.

DC Motor with Electromagnetic Disc Brake – Description

A DC Motor with Electromagnetic Disc Brake is a specially designed motor integrated with a disc-type electromagnetic brake for precise and fail-safe braking performance. The brake operates on DC voltage and is spring-applied and electrically released, ensuring the motor stops immediately and securely holds the load when the power supply is disconnected. This makes it highly reliable for applications that demand safety, accuracy, and frequent start-stop cycles.

The compact disc brake design offers quick response, minimal wear, and long service life. These motors are widely used in lifting, hoisting, and automation systems where instant stopping and load holding are critical.

Key Features:

• DC motor with integrated electromagnetic disc brake

• Fail-safe braking: brake applied during power failure

• Quick response and precise stopping capability

• High starting torque for heavy-duty applications

• Suitable for frequent start-stop and reversing duty

• Available in customized ratings, voltages, and mounting options

Single Phase DC Brake Motor for Crane Duty Description

A Single Phase DC Brake Motor for Crane Duty is a specially engineered motor designed for lifting and material handling operations where three-phase supply is not available. It combines the efficiency of a single-phase motor with the safety of a DC electromagnetic brake, ensuring reliable load control, smooth stopping, and safe holding during crane operations. Built for durability and heavy-duty performance, it is widely used in light and medium-capacity cranes and hoists.

Key Features:

• Integrated DC Brake: Provides quick response and fail-safe braking, holding the load securely when power is switched off.

• High Starting Torque: Ensures smooth operation under heavy lifting loads and frequent starts/stops.

• Single Phase Supply: Operates efficiently on standard single-phase AC power, ideal for small industries and workshops.

• Rugged Construction: Made with high-grade copper windings, strong insulation, and heavy-duty brake components.

• IP Protection: Available with IP44 / IP54 / IP55 enclosures for dust and moisture resistance.

Our DC Operated Brake Motor is a high-performance industrial motor equipped with a DC fail-safe electromagnetic brake that ensures instant stopping and complete safety when power is switched off. Designed for precision, reliability, and durability, it is perfect for applications requiring frequent start-stop operations and accurate positioning.

The motor combines efficient AC power with DC-operated braking, providing smooth operation, high torque, and long service life under heavy-duty working conditions.

Our AC Motor with DC Braking System is designed for applications that require rapid stopping, precise control, and enhanced safety. By combining a reliable AC motor with a DC braking mechanism, this system allows instantaneous stopping of the motor shaft while maintaining torque control, making it ideal for hoists, lifts, conveyors, and crane operations.

The DC braking system is easy to install and ensures consistent performance even under frequent start-stop conditions. Built with premium-grade materials and advanced technology, this motor guarantees long service life, low maintenance, and energy efficiency.

Electromagnetic Brake Motor

Product Description:
The Electromagnetic Brake Motor is a high-performance motor designed to provide instant braking and reliable stopping in various industrial and automation applications. It integrates a precision-engineered electromagnetic brake at the non-driving end, ensuring safe and quick stopping of the drive when power is switched off.

Manufactured using premium-grade cast iron and copper winding, this motor offers high efficiency, low noise, and long operational life. It is ideal for use in machinery requiring frequent starts, stops, and accurate positioning.

Solenoid Brake for EOT Crane

Product Description:
The Solenoid Brake for EOT Crane is a fail-safe electromagnetic brake designed to ensure safe and reliable stopping of crane operations in industrial environments. When power is applied, the brake releases, allowing motion; when power is cut off, the brake automatically engages to hold the load securely. This design makes it ideal for EOT cranes, hoists, and material handling systems that require instant and dependable braking performance.

Manufactured using high-grade cast iron and steel components, this solenoid brake offers long service life, low maintenance, and consistent performance under heavy-duty operations.

Spring Applied DC Brakes are electromagnetically operated fail-safe brakes that provide reliable and efficient stopping for electric motors and industrial machinery. These brakes are designed to engage automatically when power is switched off and release when DC voltage is applied to the coil. This fail-safe operation ensures complete safety and load holding during power failure or emergency conditions.

The braking action is achieved through spring pressure — when the DC supply is cut off, the springs push the friction plate against the brake disc, generating the required torque. When DC voltage is supplied, the electromagnetic coil attracts the armature plate, compressing the springs and releasing the brake to allow free rotation.