Description
PM858 3BSE093350R1 multiple hardware redundancy
PM858 3BSE093350R1 multiple hardware redundancy
The UW500a large-scale distributed control system adopts technologies such as redundant error tolerance of control equipment, online monitoring of performance degradation, and highly adaptive intelligent modules in its hardware. The software platform adopts technologies such as multi domain engineering object models, cluster distributed real-time databases, multilingual integrated programming development environment, security control and prevention; It is a new generation of high-end main control system with high reliability, high security, high adaptability, and large-scale characteristics, as well as high-quality stability.
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◆ Full hardware redundancy and fault tolerance, with no single point of failure; Single and multiple hardware redundancy voting, switching time 5ms;
High adaptability intelligent module, multifunctional, software selection of signal type, online correction, automatic compensation for temperature drift and time drift;
◆ Intrinsically safe bus IO module series, saving safety barriers, isolation barriers, installation space, and wiring maintenance workload;
◆ Full coverage diagnosis and error prevention protection, supporting external line diagnosis, and supporting fault protection such as overcurrent, overvoltage, and wrong connection;
Multi domain engineering object models, industry algorithm library reconstruction and reuse mechanism, automatic generation of control programs, improving programming efficiency by 80%;
◆ Multi language optimization compiler, multi user collaborative programming, online programming, simulation debugging, remote update, reducing maintenance costs;
◆ Distributed global real-time database, with a domain data scale of 300000 points, drive pool, and direct referencing of system data with external data;
◆ Cluster distributed real-time database, with a cluster data scale of 2-10 million points and a data capacity of 100TB-10PB;
◆ The endogenous security proactive defense mechanism, combined with functional security and information security, supports the full lifecycle security protection of control engineering.