LU5-104-1000

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

LU5-104-1000 servo drive is designed for high accuracy motion control applications. It features a highly integrated motor control system with a current output of up to 1000V, a wide range of input options, and a choice of communication interfaces. The drive has the ability to be operated in electric, manual, and hybrid modes. It is also equipped with dual-loop servo technology, advanced anti-resonance algorithms, and Closed-loop digital synchronization (CLDS).

The LU5-104-1000 servo drive is widely used in industrial automation, process control, robotics, machine tooling, medical equipment, aerospace, automotive, and other high precision applications. It is an ideal choice for high accuracy motion control solutions.

The LU5-104-1000 servo drive uses several technologies to provide superior performance. Its closed-loop digital synchronization (CLDS) algorithm eliminates the need for manual tuning, while its advanced anti-resonance algorithms helps to reduce mechanical vibrations. It also features dual-loop servo technology which can reduce power consumption and eliminate resonance without sacrificing torque. The integrated powertrain features a highly efficient current output of up to 1000V to accurately control motor speed.

The LU5-104-1000 servo drive also offers a wide range of input options, allowing users to select the best option for their application. It is designed to support a range of voltage input sources, including AC and DC power. The drive is also capable of running from both single-phase and three-phase power sources. It includes several communication options, including CANbus and RS-232 protocols, providing greater flexibility for integration into any system.

The LU5-104-1000 servo drive is an ideal solution for a variety of motion control applications, providing precision and robust performance. It is designed to provide reliable and accurate control of motors in the most challenging environments. In addition, its efficient current output ensures motor speeds are accurately controlled, while its advanced anti-resonance algorithms help to reduce mechanical vibrations. Furthermore, its wide range of input and communication options make it an ideal choice for integration into any system.

The specific data is subject to PDF, and the above content is for reference