DCS system names of major engineering companies

Siemens: DCS software PCS77.0 PLC software STEP7 (S7200 300 400) Human interface software WINCC6.0 (currently 7.0 has been released) Emerson: holywell: rockwell: AB SLC500 PLC has been used. Westinghouse: Yokogawa: CS3000 ABB: MOD300 ADVANT500 AC800M AC800F I have used this. Hollysys: HS2000 Zhejiang University Central Control: SupCon JX300 Mitsubishi: GX-DEVELOPER

holywell: TDC3000 Many companies are now using DELTA V

Yokogawa: CS3000, the latest CENTUM-VP

holywell: TDC3000，PKS，EPKS

Siemens: DCS software PCS7 7.0 PLC software STEP7 (S7200 300 400) Human interface software WINCC7.0 Emerson: DELTAL V HOLYWELL: PKS Rockwell: controllogix 5000

Shanghai Xinhua XDPS6.0 Zhejiang Zhongkong ECS-100

This post was last edited by qiaopeng1231 on 2010-1-30 23:02 1. Siemens. Siemens A&D Group, now called IA&DT Group. Main framework--PCS7 system. The hardware is based on high-end PLC--S7-400. The HMI software is WinCC. The latest version of PCS7 is V7.1 ； It is said that V7.1 SP1 will be released soon. Classic versions include V6.1SP2 (the latest version of V6.1 is V6.1SP3) ； V7.0SP2 (the latest version of V7.0 is V7.0SP3). Siemens' practice is the same as Microsoft's. Generally, I don't use the newly launched version. ； Always wait until the relevant SP1 version is launched before you can try to use it, and only start large-scale deployment in the project after it launches the SP2 version. For example, when I use the V6.1 version, I started using it from the V6.1 SP2 version. ； The V7.0 version was started from V7.0SP1, but during on-site debugging, it was upgraded to V7.0SP2. Regarding the current V7.1 version, I am currently taking a wait-and-see attitude. I will at least wait until the SP1 version of V7.1 is launched before considering using it in the project. The PCS7 system has many dedicated PCS7 versions optimized for industry processes. For example, the PCS7 version for papermaking is called SiPaper. Contains many paper industry libraries. It combines transmission control and process control blocks commonly used in the papermaking industry. The SiPaper system is mainly used by Siemens I&S Group in the paper industry. SiWater system for the water treatment industry. A dedicated system for the water treatment industry, initially launched by Siemens I&S Group. It is currently promoted by A&D Group to all system integrators in the water treatment industry. The water treatment industry is relatively low-level and has a low threshold, but after all, it has a built-in industry-optimized system that is easier to use. CEMAT system for the cement industry. This program has been optimized for the top ten cement giants in the world, and even many operation panels, screen styles, and functional block styles are very consistent with these cement giants. * Habits, such as Lafarge's library, Haus Simon's library, and Heidelberg's library. It is increasingly used in cement, approaching ABB's monopoly in the cement industry. System for the beer and brewing industry, BrauMat. This is known as the solitary one in the industry. Close to a monopoly position. SPPA is a subsidiary of Siemens PG Group. Only for thermal power plant automation. The system name is T3000. The current version is V3. The hardware of T3000 is almost identical to the PCS7 of A&D Group. But the upper-level software is completely different. T3000 is completely Web-based and optimized for thermal power plant processes. T3000 In the DEH part of the steam turbine of thermal power plants, there are some special modules developed and produced by PG Group itself. . . The previous generation system of T3000 is called Teleperm-XP, or T-XP for short. Currently, T-XP is called T2000. The operating station of T-XP is based on the SCO Unix system, which is different from the current mainstream Windows system. The picture style is simple. But the stability still has a good reputation.

This post was last edited by qiaopeng1231 on 2010-2-1 13:40 2. ABB currently has only 3 mainstream products. ABB-PA Group mainly promotes AC800M + 800XA. AC800M is a mainstream hardware system. It is the system mainly promoted by ABB's Swedish headquarters. In addition to being able to cooperate with the powerful 800XA software, AC800M can also be used independently with OPC or third-party HMI software. So many times, many people call AC800M a PLC. hehe. 800XA is the DCS currently promoted by ABB. But 800XA is just the software part. The hardware under 800XA is mainly AC800M, but in fact most of ABB's hardware, as long as it is not very old, can be integrated using 800XA. The 800XA is claimed to be powerful, but is too difficult to use. For example, installing and configuring a server takes about 2 days and requires experienced engineers. The 800XA style is too IT-oriented. Developed by ABB's Global Software Engineering R&D Center in Bangalore, India. With typical IT traces. It is difficult for engineers with poor IT skills to play with 800XA. The current version of 800XA is V5.0SP2. The classic versions include System Baseline V 2.1; System 800XA V 3.1; System 800XA V4.1; System 800XA V5.0. Currently, the version SV5.0SP1 is recommended. The 800XA system also has many industry-specific optimization systems. For example, the papermaking 800XA recommended by ABB Papermaking Department is 800XA + papermaking special library ； Metallurgical 800XA recommended by ABB Metal Industry Engineering Department. It is 800XA + metallurgical special library ； ABB Mining Department mainly recommends 800XA + Mining Department ； ABB Petrochemical Department mainly promotes 800XA + petrochemical library ； ABB Life Sciences Department (domestic ABB does not seem to have this department) mainly recommends 800XA + life sciences-specific library. This ABB is very powerful! ABB Power Grid Systems Engineering Department mainly promotes ENMCS. It is a dedicated library for 800XA + power grid. As a complement to AC800M+800XA, ABB also retains the AC800F system. AC800F is upgraded from the well-known Freelance2000, so it is also called the Freelance 800F system. ； The 800F system is developed and produced by ABB German H&B Company. 800F is simple and easy to use and has almost a monopoly in the domestic cement industry. The version of 800F changes quickly, but the actual changes are not big. Classic versions include V6.1, V6.2SP1, V7.1, V7.1SP2 ； V8.1，V8.1SP1 ； V8.2 (has many bugs, not recommended) ； V9.1. V9.2 will be released soon. Bailey, a subsidiary of ABB PS Group. Mainly focusing on DCS of thermal power plants. The performance of large units of thermal power plants is known as second, second only to Emerson-Westinghouse ； However, the current performance is strongly challenged by Siemens SPPA. The classic Info90 series in the past has been upgraded to Symphony. The hardware is still based on the Info90 series. The current mainstream of HMI monitoring is PGP. ABB other systems. A. Taylor Systems acquired by ABB. Initially called Mod300, later upgraded to AC460 ； Already eliminated ； B. H&B acquired by ABB. In addition to the low-end AC800F, there is also the high-end Melody system, which was later upgraded to AC870P and is currently on the verge of discontinuation. ； C. ABB's classic AC400 system, the non-redundant version is called AC410, and the redundant version is called AC450. 19 sets of this system are used on the left bank of the Three Gorges. Has been discontinued ； D. ABB's classic AC100 system, the non-redundant one is called AC110, and the redundant one is called AC160. In addition to dual redundancy, AC160 can also have triple voting ； Even dual redundancy + voting if necessary. Realize 6 CPUs working together. At present, no one can afford it, so it’s like it has been discontinued. The nuclear island control safety system supported by Westinghouse Nuclear Power Company, a subsidiary of Toshiba Group, uses ABB AC160. French nuclear power giant Areva also prefers to use this system. ABB is known as the world's largest DCS system manufacturer. --It’s not Honeywell, the inventor of DCS, who is the biggest. In fact, ABB's systems are very messy and have not been integrated well. Many excellent systems have been abandoned, while many highly recommended systems have only mediocre results. At the same time, ABB's DCS market share is declining significantly. This is not only a problem of the economic crisis, but also related to its own strategy.

3. Honeywell As the world's first system manufacturer to invent DCS, Honeywell has been leading the trend in the DCS world. However, Lian Po is currently acting like an old man. TDC2000--》TDC3000--》TPS ； PlantScape--》E-PKS R1XX --》E-PKS R2XX --》E-PKS R3XX --》E-PKS R4XX. Since the time of PlantScape, HW has led the trend of using high-end PLC hardware as DCS hardware. PlantScape began using the C200 controller, using AB OEM's ProcessLogix system. The main controller is AB's ProcessLogix 1757 series, the IO is AB's 1756 series, and the HW is called A series. PlantScape then upgraded to the E-PKS system. It should be said that when PlantScape was first upgraded to E-PKS R101, the software style did not change much. The hardware has not changed either. The foundation for the C200 was laid in the R210 version of E-PKS. When E-PKS is upgraded to the R2XX version, the style of E-PKS is completely revealed. And it is also stable. At the same time, in addition to using AB's A series IO, you can also use HW's own classic PM IO. This is actually a big improvement. During the R300 era of E-PKS, HW launched the C300 controller. Start abandoning AB’s hardware. C300 can use its own C series IO or the classic PM series IO. Of course, the R300 software can also continue to be backward compatible with the C200 controller. The current R310.3 version is stable. The C300 is also stable. In 2010, HW will also start promoting the R401 series. The C400 controller should also be released soon. But it is estimated that large-scale promotion will take 2-3 years. After all, everyone has just accepted C300.

No one seems to have mentioned FOXBORO’s system IA series: 71 51 TRICON series: ITCC ESD