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Automation & Digitalisation
Practical insights into the automation systems, digital tools and connected technologies transforming industrial plant operations and maintenance.
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Automation & Digitalisation
From Sensor to Control Room: How Industrial Automation Works Across the Plant
Industrial automation connects what is happening physically in the plant with the systems used to monitor and control it. A temperature transmitter in the field, a PLC or DCS in
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Industrial plants generate a continuous stream of information. Pressure, temperature, flow, level, equipment status, alarms, production rates and energy consumption are measured every second across...
Industrial control systems can remain in service for many years. Eventually, however, hardware becomes obsolete, software support ends and spare parts become difficult to obtain. At that point, plants...
Not every equipment condition needs to be checked by someone physically standing next to the machine. Connected sensors and monitoring systems can allow engineers to observe asset condition from...
Maintenance work has traditionally relied heavily on printed work orders, handwritten inspection sheets and manual data entry. Digital tools are changing that workflow. Mobile devices, maintenance...
Modern industrial plants depend on communication between thousands of devices and systems. Sensors send measurements. Drives report status. Controllers exchange data. Operator stations receive alarms...
DCS, PLC and SCADA are common terms in industrial automation. They are sometimes treated as competing technologies, but they were developed for different operational needs. Modern systems can overlap...
Industrial automation connects what is happening physically in the plant with the systems used to monitor and control it. A temperature transmitter in the field, a PLC or DCS in the control room, an...
