AC Drives

AC drives are used to regulate the speed and torque of electric motors, enabling better control over machine performance and process efficiency. By adjusting motor operation according to demand, they help improve system responsiveness while supporting smoother start-ups and reduced mechanical stress.

Widely implemented across industrial and commercial setups, AC drives contribute to energy optimization, process stability, and extended equipment life. Their adaptability makes them suitable for a broad range of applications, from simple machinery to complex automated systems, where precise control and reliable operation are required.

Yaskawa - Low Harmonics

Low harmonic AC drives are designed to minimize distortion in the electrical supply while delivering controlled motor performance. They help maintain cleaner power input by reducing the impact of non-linear loads, making them suitable for environments where power quality is a key consideration.

These drives are commonly used in applications such as elevators, HVAC systems, pumps, cranes, and material handling equipment. By improving input current characteristics, they support stable system operation and reduce interference with other connected equipment in the network.

Yaskawa - Anti Sway

Anti-sway technology is designed to enhance the stability of load handling systems, particularly in crane and hoisting applications. It works by minimizing unwanted oscillations during movement, allowing loads to travel more smoothly and settle faster at the target position.

This functionality helps operators achieve better control during acceleration, deceleration, and stopping phases. By reducing load swing, it improves positioning accuracy and supports safer and more efficient material handling, especially in operations involving long travel distances or high lifting heights.

Yaskawa - General Purpose

General purpose AC drives are designed to manage motor operation across a wide variety of industrial tasks where adaptability and consistent performance are required. They enable precise control of motor speed and torque, supporting efficient functioning of equipment under different operating demands without compromising stability.

These drives are widely applied in systems such as pumps, fans, conveyors, and processing machinery, where operational conditions can vary throughout the cycle. Their ability to handle different load profiles makes them suitable for both standalone equipment and integrated automation setups, supporting uninterrupted workflow in industrial environments.

Yaskawa - Elevator

Designed for lift systems, these drives enable controlled motion that prioritizes ride quality and operational consistency. They regulate motor behavior in a way that supports seamless acceleration and deceleration, helping maintain comfort for passengers while keeping the system stable across repeated trips.

Suitable for installations in residential towers, commercial complexes, and high-rise buildings, they accommodate varying load conditions and usage frequencies without affecting performance. Their compatibility with elevator control architectures allows smooth coordination between drive output and system commands, supporting reliable vertical transport in day-to-day operation.

Yaskawa - Regenerative

Energy produced during braking is not wasted with regenerative drive systems; instead, it is redirected back into the electrical network or shared supply. This approach supports efficient power usage in installations where machines frequently slow down or stop under load.

Applications such as hoists, elevators, test benches, and conveyor systems benefit from this capability, especially when operating cycles involve repeated acceleration and deceleration. By handling returned energy internally or feeding it back, the system experiences less dependence on dissipative methods and operates with improved electrical balance.

Yaskawa - HVAC

In building systems where airflow and temperature regulation are continuous requirements, these drives provide controlled modulation of motors used in fans, pumps, and air handling equipment. Output can be adjusted in line with demand, allowing systems to operate only as much as needed rather than running at constant capacity.

They are commonly implemented in commercial complexes, data centres, hospitals, and industrial facilities where environmental conditions must remain stable throughout the day. Integration with building management systems enables coordinated control, helping facility operators manage multiple units from a central interface with ease.

Crompton Greaves

Crompton Greaves is a well-established Indian electrical brand with a long legacy in consumer and industrial electrical solutions. Known for combining practical design with dependable performance, the company offers a broad range of products that serve everyday needs as well as specialised applications.

The product portfolio spans essential categories such as fans, lighting, pumps, and home appliances, all engineered to meet diverse customer requirements with a focus on quality and durability. This wide offering reflects the brand’s commitment to creating reliable electrical solutions that enhance comfort and convenience across residential and commercial environments.