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MPR5MPR10 KuKa 印刷电路板
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地 址:福建省漳州开发区南滨大道429号招商局芯云谷3号楼217-01
公司:厦门雄霸电子商务有限公司漳州分公司
- MPR5MPR10
- 制造商已停产
- FDC董事会
- 作品5000
DCS usually adopts hierarchical structure, each level is composed of several subsystems, and each subsystem achieves certain limited goals, forming a pyramid structure.
Reliability is the life of the development of DCS. There are three main measures to ensure the high reliability of DCS: First, widely apply high-reliability hardware equipment and production technology; Second, extensive use of redundancy technology; Thirdly, the fault-tolerant technology, fault self-diagnosis and automatic processing technology of the system are widely realized in software design. Nowadays, the MTBF of most distributed control systems can reach tens or even hundreds of thousands of hours.
There are many new developments in the related field of DCS, mainly in the following aspects.
(1) The system functions are developing in an open direction. The traditional DCS structure is closed, and it is difficult for DCS from different manufacturers to be compatible. The open DCS will give users greater autonomy in system integration, and users can choose different manufacturers’ equipment and software resources to connect to the control system according to actual needs, so as to achieve the best system integration. This includes not only the integration of DCS with DCS, but also the generalized integration of DCS with PLC, FCS and various control equipment and software resources.
(2) Instrument technology is developing towards digitalization, intelligence and networking. The intelligent and networked development of industrial control equipment can further decentralize the function of process control, and realize the true “all-digital” and “all-decentralized” control. In addition, because these intelligent instruments have the characteristics of high precision, good repeatability, high reliability, bidirectional communication and self-diagnosis function, the installation, use and maintenance of the system are more convenient.
(3) Industrial control software is developing towards advanced control. Widely applying various advanced control and optimization technologies is the most effective, direct and valuable development direction for mining and improving the comprehensive performance of DCS, mainly including the development and industrial application of advanced control, process optimization, information integration, system integration and other software. In the future, industrial control software will continue to develop towards standardization, networking, intelligence and openness.
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