We achieve a fusion of general purpose control systems and safety instrumented systems, allowing customers to develop flexible system configurations.īy enhancing the self-diagnostic functions and adding a control program emulation feature, we have achieved even higher safety than previous offerings.Īble to Coexist on the Same Network as DIASYS Netmation With simple engineering tools and extensive analytical functions, features boasting excellent maintainability achieve lower maintenance costs. This contributes to improved facility safety. Systems compliant with the IEC61508 Functional Safety Standards can be developed. Features The Four S' s of DIASYS Netmation4S Compared with previous products offered by Mitsubishi Power, DIASYS Netmation4S dramatically improves performance and reliability and complies with functional safety standards while fuses process control with safety instrumentation while ensuring their independence, and offers more flexible and versatile systems that cater to customer needs. Thanks to the superior user interface of the ORCA-View maintenance software, dramatic improvements are made to operability during maintenance management.įrom small to large-scale systems, a wide range of applications are supported regardless of size, and system expansion in the future is also a simple matter.DIASYS Netmation4S further enhances the operability and rich maintenance tool features of DIASYS Netmation, adds new hardware certified to Functional Safety Standards (IEC61508) to the lineup, and also allows the development of SIL-compliant safety instrumented systems. The ergonomically designed human interface provides a comfortable operating environment for users.
High reliability achieved through thorough design theory and a stringent quality control system integrates main plant equipment to provide comprehensive support.ģ2-Bit processors, high-speed networks and extensive process I/O modules demonstrate excellent controllability. With DIASYS Netmation, devices can be selected based on system size to develop an optimum system configuration. All elements related to plant control including design, operation, monitoring, maintenance and backups are controlled using computers and communications technologies.
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