What is the classification of central control DCS products?

Ask yourself~~~ The JX-300X is the standard DCS; the GCS-200 is a large-scale DCS based on Ethernet technology, while the ECS-100 is a control system based on network technology. Are the latter two actually used in practice? On what occasion?

Let me answer: The JX-300X model is no longer being promoted by the manufacturer’s control unit department. Its main product, the JX-300XP, is designed for small to medium-sized projects. The ECS-100 system is suitable for large-scale projects with a large number of devices, while the GCS-200 has some similarities to PLCs

The JX-300X becomes the JX-300XP after a simple upgrade; it is designed for small and medium-sized projects. Its ECS-100 module and installation format are modeled after those of FOXBORO, while its software is upgraded from that of the JX-300XP. The GCS-200 is somewhat similar to a PLC

I forgot; I answered this question there before – after the upgrade, the JX-300X becomes 300XP. At least isolation between card modules is achieved. 300XP is Central Control’s main weapon in competing on price in the low-end market. The ECS-100 is essentially a larger version of the 300XP. It’s the same as controlling the kernel. The software engine is the same. --Which part looks like Foxboro? It just has a bit more capability, is stronger, has more memory, is faster, and has more circuits. However, the card slots in the ECS-100 are significantly better made than those in the 300XP, and they also look much nicer. Many are isolated point by point. The ECS-100 can also be used in conjunction with DEH components. So it is used more in electricity. Compared to 300XP, the ECS-100 group is used for larger and more important projects. The GCS-200 is actually Fuji’s Process ACS. Does its IO seem similar to the FIO of the Ganga CS3000? That’s right. The FIO of the Ganga CS3000 is an OEM product of Fuji’s Process Io. Fuji has now sold all of its DCS manufacturing plants to Formosa Plastics Electronics. I’m preparing to withdraw completely from the DCS field. The GCS-200 from Zhongkong was also available in China before, but it is no longer being sold; production has stopped. This product series has been removed from the central control product line; there may still be some inventory that needs to be shipped. ECS-700. Its appearance is very similar to that of DeltaV. . . It is also a product that the control system aims to develop using the DeltaV approach. What Allen-Bradley promotes is that the ECS-700 looks more like Allen-Bradley’s lowest-end FM. The ECS-700 is designed as a system intended for FCS, but unfortunately, the processing on the bus is not yet adequate. Support for FF is still an issue at present; it is said that in May 2009, the FF interface card was certified by the Fieldbus Foundation. But it can only enable communication between the FF device and the CPU; it does not possess the essence of FF’s \"autonomous control\"! Currently, the Profibus DP of ECS-700 is also not redundant. The ECS-700 still needs continuous improvement, I guess. Many things seem quite basic; the ideas are good, but there is still a long way to go. GCS-2. The central control unit was originally promoted as a PLC-like product, and its appearance is quite similar to that of a PLC. Currently, only CPU redundancy can be achieved. IO redundancy cannot be achieved. The CPU communication uses open ModbusTCP. Therefore, the vast majority of general-purpose configuration monitoring software can communicate with GCS-2. When using it for personal purposes, IFix is used more often. Except for the GCS-200, all systems can be configured using the same software, AdvantrolPro. --Personally, I think having a highly detailed product line isn’t necessarily a good thing. . .