Limiting peak demand with IF-THEN rules on a power meter concentrator
How demand is measured, how to build staged load-shedding rules on a PMC or PMD concentrator, and a worked example with relay outputs.
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Application guides for ICP DAS I/O, controllers, gateways and meters, sorted by the job they do.
ICP DAS makes the building blocks of measurement and control systems: remote I/O modules, programmable automation controllers (PACs), protocol gateways, power meters, sensors and IIoT edge devices. Most of them use open protocols such as Modbus RTU, Modbus TCP, MQTT and OPC UA, so they combine with each other and with PLCs, SCADA, building management systems and cloud platforms from other vendors.
The pages below are organised by application rather than by product line. Each one describes what a typical system in that area needs, which ICP DAS product groups fit, and what to check before you choose hardware. Articles with worked examples and selection guides are added to each area over time.
How demand is measured, how to build staged load-shedding rules on a PMC or PMD concentrator, and a worked example with relay outputs.
PoE classes, power budgets, switches and injectors, and the ICP DAS PoE I/O series for ceilings, risers and small technical rooms.
What CO2, particle, TVOC and CO readings tell you, how to choose a CL series data logger, and how to connect it to a BMS or SCADA system.
Sample rate, simultaneous sampling, latency, isolation, distance and drivers compared for PCI/PCIe DAQ boards, USB I/O and Ethernet I/O.
What Win-GRAF PACs are, which IEC 61131-3 languages and I/O options they offer, and when a PAC makes more sense than a classic PLC.
Pt100, Pt1000, NTC thermistor or 0–10 V transmitter: wiring, cable length, accuracy and which ICP DAS input modules read each sensor type.
Vi känner ICP DAS sortiment och hjälper dig att hitta rätt modul, tillbehör eller reservdel.
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