DAI03 Automated analog input module

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SOPS (System Operating Station) runs on the Windows 2000/Windows XP network platform to achieve system monitoring functions.
FCS (Field Control Station) is an I/O processing unit that directly interacts with the field, completing real-time data acquisition and automatic control functions for industrial processes. The control station can be configured redundantly.
FB-3000μ The CS process control system can be seamlessly connected to third-party DCS systems or PLC equipment through industrial Ethernet or OPC SERVER servers, as well as FB-3000MCS systems.
3. FB-3000μ Main performance of CS process control system
3.1 Work Environment
&Bull; Working temperature: -10 ℃~60 ℃
&Bull; Storage temperature: -40 ℃~85 ℃
&Bull; Storage humidity:≤ 95% (without condensation)
&Bull; Altitude: 2500m above sea level
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High reliability dual architecture:
Controllers, power supplies, control networks, I/O modules... etc
Fast master-slave switching (<100 ms)
Quick initialization (USB RECOVERY)
High performance I/O card

There are various types of virtual DCS between fully excited DCS and fully simulated DCS. Due to the fact that DCS is mainly composed of Distributed Process Unit (DPU) and Operator Station Human Machine Interface (HMI), there are corresponding classifications of "Virtual DPU" and "Virtual HMI". The classification of virtual DCS is composed of various combinations of virtual DPU, virtual HMT, and some virtual arrangements. A detailed classification of virtual DCS helps to unify concepts, clarify planning and application development, and is essential for research and engineering practice. The categories listed here can be said to belong to the scope of virtual DCS, except for (1) and (8). (1) Fully incentivized DCS - The number of DPUs and operating software, as well as the number of HMI and operating software, are completely consistent with the real DCS, and only interface software needs to be developed for the connection of process models. Currently, most of the simulation systems used abroad and domestically for large-scale units are implemented using these completely realistic technologies. (2) Small configuration DPU+real HMI - centralize the originally scattered DPU software to run on one DPU, with DPU hardware configured with small incentives. The DPU software needs to undergo some virtual modifications, develop real-time data sharing interface software, use real HMI, and provide complete realism for operator operation training. (3) Small configuration DPU+simulation HMI - Similarly, DPU hardware adopts small excitation configuration and DPU software virtual transformation, but HMI is developed using third-party human-machine interface configuration tools and implemented on open computer software and network platforms, providing complete functional realism for online use by management and maintenance personnel.


Contact information: 15359213550
Contact person: He Gong
Email: geabbdcs@gmail.com 386353502@qq.com
Official website: https://www.gyamazon.com , http://www.geabb.com

SCADA system is another concept that presents a system with another application requirement. As the name suggests, it is a distributed data collection and monitoring system. Its origin and application are different from the first two. It is mainly used for data collection, such as power monitoring systems and oil pipeline monitoring systems. Its characteristic is that the control points are scattered, and a system may cover thousands of kilometers in an area [such as the oil and gas pipeline monitoring system in North America]; The communication structure is complex and cannot be compared to general control systems [from fiber optic to wireless and even satellite communication]. Its basic unit is the RTU.
You should know that products are constantly evolving and there is competition between different products. It is important to constantly leverage one's own strengths while learning from others, which is called integration.
The focus of SCADA is on monitoring and control, which can achieve some logical functions and is basically used for upper level; PLC only implements logical functions and control, without providing a human-machine interface, and operation requires the use of button indicator lights, HMI, and SCADA system; DCS has both functions, but it is basically used in larger systems and some systems with high control requirements, and the price is also more expensive.
The three permeate each other, and in some production enterprises, there are three systems included. SCADA serves as the upper level monitoring of production management, DCS realizes complex control, and Siemens PLC realizes single machine and simple control. But with the development of technology, some manufacturers' PLCs can also achieve complex control, gradually occupying the DCS market