Software PLC that runs on Windows PC. It enables control systems through a PC-based virtual PLC.
This is a software PLC (soft PLC) that operates on a Windows PC. 【Feature 1】 PLC that operates on a Windows PC It uses PCs and external I/O from various manufacturers, resulting in high processing and computational performance, as well as excellent versatility and procurement. 【Feature 2】 Realization of an integrated system configuration from the conventional distributed system configuration For example, it is easy to integrate a display (touch panel), PLC functions, and temperature controllers. This reduces equipment costs and achieves zero communication throughput between devices. 【Feature 3】 Equipped with flexible scalability Performance, cost, and dimensions (space-saving) can be freely adjusted according to the application. There is no waste. Product page https://www.mnc.co.jp/PLCplus/index.htm?utm_source=newsletter&utm_medium=email&utm_campaign=IPROS_2001491589_PLCPLUS Demonstration video of positioning https://www.youtube.com/watch?v=anWoigmFTCw
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basic information
【Specifications】 Programming languages: Ladder, FBD, IL, C language Maximum number of PLC engine executions: 32 Control cycle of PLC program: 0.1 milliseconds to 1 second Number of input/output devices: 256KByte Maximum number of steps: Approximately 500,000 steps Retain function: Supported File input/output: External storage (HDD/SSD/USB memory, etc.) Runtime rewriting: Supported
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Applications/Examples of results
Industrial systems (semiconductor manufacturing equipment, machine tools, automotive inspection equipment, laser processing machines, steel rolling control, industrial robots, etc.)
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Company information
MicroNet Co., Ltd. (Ibaraki Prefecture) is a company that develops and sells control software operating in industrial systems and manufacturing equipment, based on its long-standing experience with real-time operating systems (iRMX-II/III, dosRMX, iRFW, INtime) and the real-time technology and communication technology acquired from that experience, achieving precision to one ten-thousandth of a second.