Explore Ellenex's high-temperature sensors - precision under pressure. Redefining accuracy in extreme environments.

Data centers live and die by airflow. When server racks lose positive pressure, cooling becomes less efficient, contaminants can creep in, and fans work harder—raising risk and operating cost. In this customer story, Ellenex shows how positive pressure monitoring delivers near real-time visibility into rack health, enabling predictive maintenance and smarter interventions before issues turn into outages. Using the PDT2-L differential pressure sensor (with temperature), operat

How does a differential pressure sensor work? Buckle up and embark on this journey as we uncover the secret behind its operations!

Discover the art and science of gas flow measurement as we delve into the Ellenex PDT2 Differential Pressure Transmitter.

A quick summary on the buzz and importance of the LPWAN Wireless Differential Pressure Sensors and their industry-uses.

Connected HVAC management with NB-IoT and LoRaWAN helps commercial buildings cut energy costs and reduce carbon by enabling real-time monitoring, closed-loop control, and predictive maintenance for HVAC equipment. This article outlines how IoT sensors (including Ellenex’s PDT2 differential pressure sensor) improve comfort, air quality, uptime, and sustainability across single sites or multi-building portfolios.

Network option: LoRaWAN or NB-IoT/CAT-M1 Connectivity options : Ellenex software platform/API/MQTT/Integratable to third party platforms. Industries: • HVAC • Medical • Laboratories • Isolation rooms • Clean rooms • Data server rooms etc. Challenges: There is a constant need to monitor the negative pressure in infected and clean rooms. Failure in both the cases will lead to immense costs. No matter how much is spent on maintenance there is always dust that enters the clean r