Choosing the right differential pressure sensor can significantly impact accuracy, efficiency, and long-term operating costs. This article compares the modern, wireless Ellenex PDT2 with the traditional Dwyer Magnehelic gauge, highlighting key differences in precision, data integration, installation, and scalability. While the Magnehelic remains a reliable mechanical option for simple visual monitoring, the PDT2 stands out with high accuracy, low-power operation, and seamless

Unlock the power of Cloud-Based Calibration Management for Industrial IoT. This guide explores how water utilities, mining, and smart cities are replacing costly field visits with remote, API-driven sensor adjustments. Learn how AI-driven drift detection, OTA offset scaling, and blockchain-backed traceability ensure peak data integrity for LPWAN devices. Reduce downtime, automate compliance, and scale your IIoT infrastructure with next-gen, future-proof calibration solutions.

A major healthcare facility was struggling to maintain safe airflow, negative-pressure performance, and filter efficiency across its HVAC system—while still keeping energy and maintenance costs under control. In this case study, Ellenex deployed its NB-IoT PDT2-N differential pressure sensor with built-in temperature monitoring and the Ellenex Software Platform to deliver near real-time visibility, remote access, and predictive analytics. The result: earlier detection of perf

Replacing AHU filters on a fixed schedule is simple—but it often wastes money or misses the moment performance starts to drop. Wireless differential pressure sensors solve this by continuously measuring the pressure drop across the filter, revealing clogging trends, efficiency losses, and the true end-of-life point. In this guide, we cover how differential pressure data supports condition-based maintenance, reduces energy waste, and improves indoor air quality—while enabling

In the evolving landscape of industrial IoT, securing data exchange is as critical as collecting it. Ellenex’s API Defense strategy addresses this challenge by fortifying APIs—central conduits for IoT communication—against increasing cybersecurity threats. By implementing robust authentication, encryption, access controls, and proactive monitoring, Ellenex ensures that IoT data remains protected from common exploits while enabling seamless integration and interoperability acr

Maintaining positive pressure is fundamental to contamination control in clean rooms across pharmaceuticals, semiconductor manufacturing, and healthcare. Wireless differential pressure sensors using LoRaWAN and cellular technologies (LTE-M and NB-IoT) provide a modern, low-power, and scalable approach to continuous pressure monitoring. By delivering real-time data, remote visibility, and automated alerts, these IoT solutions help facilities ensure regulatory compliance, prote

Revolutionize remote diesel generator monitoring with Ellenex pressure sensors. By utilizing innovative tank outlet connections, these sensors overcome spatial limits in compact tanks where traditional probes fail. Supporting LoRaWAN, NB-IoT, and LTE-M, this solution ensures robust data transmission from isolated locations. Integrated with Ellenex’s Tank Level Monitoring and Delivery Management frameworks, it delivers real-time visibility and proactive alerts for operational

LPWAN in the USA

In livestock farming, water is the lifeblood of the operation. Advanced monitoring systems are revolutionizing asset management by shifting from manual checks to real-time digital oversight. By utilizing a submersible level sensor in tanks and troughs, producers can track precise water volumes and flow rates. These IoT tools allow farmers to prevent dehydration crises, detect leaks instantly, and optimize grazing, turning environmental unpredictability into a data-driven stra

As water scarcity and climate variability intensify across Europe, particularly in Germany where nearly 70% of drinking water depends on groundwater, the need for intelligent water resource management has never been more critical. This case study explores how advanced Industrial IoT (IIoT) technologies are transforming groundwater level monitoring in underground bores, enabling municipalities and water authorities to shift from reactive operations to data-driven, predictive m