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Understanding PDT2 Differential Pressure Sensors and How They Compare to Dwyer Magnehelic Gauges
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
ellenex team
4 min read
Masters of the Breeze: Airflow monitoring & negative pressure monitoring in hospitals HVAC systems
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
ellenex team
4 min read
Fortifying IoT Data Exchange: Ellenex's APIs Defense Mechanism
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
Khoa Pham
3 min read
Monitoring Positive Pressure in Clean Rooms with LoRaWAN and Cellular Differential Pressure Sensors
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
ellenex team
4 min read
Advancements in Pipeline Pressure and Leakage Prevention: Elevating Energy Efficiency in Water Utilities
Discover how Ellenex's IoT solutions for remote water pipeline monitoring offer unparalleled energy efficiency, reducing water loss
ellenex team
4 min read
Top 11 Applications for Ellenex PTS2 & PTS3 Ruggedized Pressure Sensors in Industrial Asset Monitoring
Ruggedized Pressure Sensors in Industrial Asset Monitoring
Client Growth Team
3 min read
Most common technologies to monitor water pipeline leakage
Most common technologies to monitor water pipeline leakage
Client Growth Team
4 min read
Water Pipeline Monitoring with Ellenex Multi-Sensor Interface: Solar-Powered Monitoring of Flow, Pressure & Water Quality with
Off-Grid Intelligence: Solar-Powered Monitoring of Flow, Pressure & Water Quality with Ellenex
Client Growth Team
3 min read
Cost-effective Multi-Sensor in Agriculture: The Alliance of Pressure, Water Level/Humidity, and Flow
The future of Agriculture!
Discover how multi-sensor interfaces (pressure, water level/humidity, and flow sensors) revolutionise farming.
Muskan Shrestha
5 min read
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