ABB ACS800-104-0105-3+Q967 Distributed control system
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Product origin New/used
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ABB ACS800-104-0105-3+Q967 is a full-featured frequency converter. Although it i
ABB ACS800-104-0105-3+Q967 is a full-featured frequency converter. Although it is not a typical distributed control system (DCS) itself, it plays an important role in industrial automation and control systems. The following is a detailed introduction to ABB ACS800-104-0105-3+Q967:
Features:
Suitable for various applications with good performance and reliability.
Adopting advanced vector control technology, it has precise control capabilities and efficient energy utilization.
Excellent electromagnetic compatibility and powerful protection functions enable it to operate in harsh environments.
It has intelligent control functions and can implement a variety of control methods and operating modes to adapt to different applications.
Compact design and good heat dissipation performance make it easy to install and maintain.
Technical Parameters:
Input voltage: 380V
Rated power: 75KW
Control method: vector control
Output frequency range: 0-600Hz
Output current: 105A
In the distributed control system, ABB ACS800-104-0105-3+Q967 can be used as an important control component to control the operation of motors, pumps, fans and other equipment. It can accurately adjust the operating status of the equipment according to the system's control strategy to achieve efficient and stable operation.
Distributed control system (DCS) is a system architecture with centralized management and decentralized control. It distributes control tasks to various control nodes and performs unified management and coordination through a centralized monitoring and dispatching center. This system architecture can improve the reliability and flexibility of the system, reduce the failure rate, and improve production efficiency.
Therefore, although ABB ACS800-104-0105-3+Q967 itself is not a distributed control system, it has important application value in the distributed control system and can be used as an important component of the control layer to achieve precise control and optimized operation of the equipment.