May 2026

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As process facilities face growing pressure to do more with aging infrastructure and limited wiring budgets, finding smarter ways to extend and modernize control systems has never been more important. This month's featured white paper, Closer to the Process: Uncovering the Hidden Benefits of Utilizing Remote I/O in Process Control Systems, explores how Remote I/O reduces wiring costs, expands aging control systems, and delivers reliable signal transmission across virtually any industrial environment. We also highlight a practical application note, Even Refineries Run Out of Wires, showing how Remote I/O solves real-world wiring challenges in refinery analytical shelters. Our video series, Understanding Signal Isolators, Converters, and Interfaces, continues with Part 3: Basics of Signal Conversion, covering how converters bridge legacy signal types and modern control systems. Finally, we spotlight the TCS Temperature Concentrator System, a cost-effective solution for transmitting multiple temperature measurements over a single digital link in both general-purpose and hazardous area applications.

Closer to the Process: The Case for Remote I/O

Read our new white paper to understand how Remote I/O can transform the way process facilities handle field instrumentation. What if one cable could replace hundreds? From reducing wiring costs and simplifying maintenance to breathing new life into aging control systems, Remote I/O delivers real, measurable value. Our white paper breaks down exactly when, where, and why it works, from hazardous area installations and thermocouple wire replacement to expanding overburdened and older control systems.

Read the White Paper

Read the Application Note

Even Refineries Run

Out of Wires

When refinery analytical shelters are upgraded, the number of measurements increases, but available wiring rarely does. Running new cables through hazardous areas is costly and disruptive, making Remote I/O the smarter alternative. By mounting a Moore Industries NCS Net Concentrator System in or near the shelter, facilities can consolidate signals and transmit them back to the BPCS or SCADA over a single communications link, no new wiring required.

Basics of

Signal Conversion

Our Understanding Signal Isolators, Converters, and Interfaces video series continues with Part 3. This installment dives into the fundamentals of signal conversion in process control, explaining how converters translate legacy signal types, such as 10–50mA or voltage, into the standard 4–20mA signals that modern control systems require. You'll also learn how digital conversion bridges HART® data to MODBUS for seamless integration with PLCs and BPCSs. Watch now to see how signal conversion keeps legacy and modern systems communicating reliably.

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TCS Temperature

Concentrator System

Managing multiple temperature measurements across a facility shouldn't require running costly cable after costly cable. The Moore Industries TCS Temperature Concentrator System consolidates up to 16 RTD, thermocouple, mV, and resistance inputs per module and transmits them back to the control room over a single HART digital link, dramatically reducing wiring, hardware, and intrinsic safety barrier costs. With support for MODBUS RTU, MODBUS/TCP, and HART-IP, the TCS integrates seamlessly into virtually any control system architecture.