K0143AA-AS FOXBORO
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The total number of industrial robots in Germany ranks third in the world, second only to Japan and the United States. The Germany mentioned here mainly refers to the former Federal Republic of Germany. It was about five or six years later than the introduction of robots in the UK and Sweden. The reason for this is that Germany’s robotics industry has encountered a domestic economic downturn as it moves forward. However, the social environment in Germany is conducive to the development of the robotics industry. Due to the war, the shortage of labor and the high level of national technology are favorable conditions for achieving the use of robots. In the mid to late 1970s, the government used administrative means to pave the way for the promotion of robots; In the “Improvement of Labor Conditions Plan”, it is stipulated that robots must be used to replace the labor of ordinary people in some hazardous, toxic, and harmful work positions. This plan has opened up a wide market for the application of robots and promoted the development of industrial robot technology. The Germanic people are a pragmatic people who always adhere to the principle of combining technological application with social needs. In addition to the fact that, like most countries, robots are mainly used in the automotive industry, a prominent point is that Germany has used modern production technology to transform existing enterprises in the textile industry, scrapping old machines, purchasing modern automation equipment, electronic computers, and robots, which has reduced costs and improved quality in the textile industry, making the variety of products more marketable. By 1984, this industry, which had been described as “almost finished,” had finally been revitalized. At the same time, Germany saw the role of advanced automation technologies such as robots in industrial production and proposed the goal of transferring to advanced, sensory intelligent robots after 1985. After nearly a decade of efforts, its research and application of intelligent robots have been recognized as leading in the world.
This article mainly introduces the application of programming language in the I/A SERIES system of wax oil hydrogenation device. First, a brief introduction is given to the I/A SERIES system of wax oil hydrogenation device. Then, from the software and hardware composition of the I/A system applied on site, the typical control scheme of programming language in wax oil hydrogenation device is analyzed. From the calculation of thermal efficiency of heating furnace F101, the logical control of GPS equipment timing pulse sending, and the implementation of remote pump stop function, The complex control of the liquid level separation process of the hot high-pressure separator (V103) and the generation of professional reports in Excel format are elaborated, reflecting the flexible and powerful advantages of the programming language in DCS system configuration
The I/A Series control system is the first open DCS industrial system launched by FOXBORO company in the world. The biggest feature of this system is that the software, hardware, and communication systems of the system are widely designed according to open standards, with high reliability and flexible configuration. This article discusses the communication between FOXBORO DCS and other systems through Modbus FB224 communication card, the configuration method of this card, and communication testing
（Shenzhen Changxin Co., Ltd. is a professional engaged in the world famous brand (DCS department
System) (robot system) (large servo control system) module spare parts sales
Company product content for distributed control system (DCS), programmable control
Machine (PLC), MOTOROLA MVME industrial module, industrial control communication
Anybus, remote output/input module (RTU), industrial computer
(IPC), industrial low frequency screen (IPC), human-machine interface SCSI(50, 68
80Pin) AnyBus (Gateway) has become a global industrial automation
Chemical spare parts and parts sales enterprises.）
