Start the Year with Smarter Monitoring & More Reliable Data

As we wrap up the year, we wish you a safe and happy holiday season. This month's content features our whitepaper...

View in browser January  2026 Hello Забери билет от Гос.Лото,   As we kick off the new year, we're starting with content focused on smarter monitoring, improved data access, and increased reliability in critical applications. Our featured whitepaper, Overcoming Challenges of High-Density Temperature Monitoring with Ethernet, explores how Ethernet-based architectures reduce wiring, lower costs, and improve scalability. The application note BPCS Does Not Support HART Multidrop shows how the HES enables HART multidrop networks and delivers valuable process and diagnostic data to BPCS systems. In Part 7 of Understanding Alarm Trips, we examine how redundancy and voting strategies reduce nuisance trips and improve reliability. We also spotlight the HTZ Smart HART Transmitter for Precision Temperature & Humidity Monitoring, highlighting its role in protecting and monitoring data center environments. Overcoming Challenges of High-Density Temperature Monitoring with Ethernet   This whitepaper explores the advantages of high-density temperature monitoring systems using Ethernet connectivity over traditional approaches that rely on individual temperature transmitters. Conventional systems require extensive wiring and multiple transmitters, increasing cost and complexity. The TCS Temperature Concentrator System paired with the HES HART-to-Ethernet Gateway consolidates multiple sensor signals into fewer modules, reducing wiring and equipment needs while enabling faster data transmission, improved scalability, and greater overall efficiency. Read the White Paper Read the Application Note BPCS Does Not Support HART Multidrop Networks   This application note explains how to overcome BPCS and DCS limitations when HART input cards do not support multidrop functionality. The HES HART-to-Ethernet Gateway bridges this gap by acting as a HART master, collecting process and diagnostic data from multiple HART devices and converting it to MODBUS/TCP. By keeping signals digital and maximizing available infrastructure, the HES delivers more usable data, improved accuracy, and valuable diagnostics to support preventive maintenance while reducing overall system costs. Understanding Alarm Trips Part 7: Redundant Architecture Avoids Nuisance Alarm Trips   In our final part of the Understanding Alarm Trips video series, we examine how redundant architectures and voting strategies help reduce nuisance trips and improve process reliability. This video explains why single alarm trips can be insufficient for critical applications and how voting schemes such as one-out-of-two, two-out-of-two, and two-out-of-three enhance safety and availability. Real-world examples show how redundancy helps minimize false alarms, reduce downtime, and support more efficient plant operations. Watch the Video Learn Moore Now HTZ Smart HART Transmitter for Precision Temperature & Humidity Monitoring   Maintaining precise temperature and humidity control is critical to reliable data center operation. The Moore Industries HTZ Smart HART Humidity and Temperature Transmitter delivers accurate, dependable environmental data to help prevent overheating, condensation, and equipment damage. Designed for continuous monitoring, the HTZ supports stable performance, improved efficiency, and confident protection of critical infrastructure. Moore Industries, 16650 Schoenborn St., North Hills, California 91343, United States, (818) 894-7111 Unsubscribe Manage preferences