Unplanned downtime caused by equipment failure is costing manufacturers 3% of revenue every year, therefore implementing a predictive maintenance program is essential for greater productivity and profitability.

Moving all or part of SCADA applications to the cloud can cut costs significantly while dramatically increasing reliability and scalability.

This whitepaper is an easy-to-read overview of the most popular open connectivity standard – OPC.

This TURCK white paper informs readers about the various types of pressure measurement and when and why they are used in specific applications.

The OPC UA Embedded Server SDK enables customers to incorporate native OPC-UA connectivity directly in their embedded devices.

Choosing a new flow meter can be a complex and time consuming process. There are numerous flow meter measurement technologies, and not all of them are equally suitable for measuring all fluids: steam, gas or liquids.

This white paper allows readers to determine the ideal system for their industrial application by providing a detailed comparison between high frequency and ultra-high frequency RFID technologies.

Providing a detailed comparison between quick disconnect and hard-wiring systems, the white paper assists readers in selecting the ideal connectivity system for their industrial applications.

Connect Beamex CMX Calibration Software to Emerson’s AMS Device Manager.

This paper describes the REMSAFE remote isolation system which uses a safety-rated distributed control network with safety-rated automation and control systems to complete isolations in three minutes or less.

“Bridging the Intrinsically-Safe Fieldbus Disconnect” addresses the challenges of implementing PROFIBUS PA or FOUNDATION fieldbus H1 networks in hazardous areas while maintaining cost control and the inherent advantages of fieldbus.

Today’s water resource managers must protect water resources and also prevent water leakage and contamination during delivery.

With Model-Based Design, system-level verification can be performed earlier in the design process through modelling and simulation, shortening design cycles.

A well-designed flow conditioner can eliminate the changing and unpredictable flow profiles in the transitional Reynolds number ranges.