BAPI Outlines Environmental and Leak-Monitoring Sensors for Data Centers
DataNews Editorial Team
Building Automation Products, Inc. (BAPI) has outlined a portfolio of sensors for monitoring data-center temperature, humidity, air pressure, airflow, and water and refrigerant leaks. The product-focused publication positions the equipment as a means of managing environmental and cooling-related operational risks.
- BAPI has outlined sensors for data-center thermal, humidity, airflow, pressure and leak monitoring.
- The portfolio covers monitoring at aisle, rack, room and cooling-equipment levels.
- EZ Pressure and BAPI-Box ZPM address pressure differential and airflow monitoring in different facility environments.
- Water and refrigerant leak detection is positioned as increasingly relevant alongside liquid-cooled servers and racks.
- No deployment, sales, pricing or measured performance data were disclosed.
BAPI has described a set of environmental monitoring and leak-detection products for data-center applications, spanning hot- and cold-aisle conditions, server-rack temperatures, pressure differentials, airflow, and water and refrigerant leaks.
The portfolio includes the Pendant Sensor for temperature and humidity measurement in hot or cold aisles, and the Remote Temperature Sensor for monitoring temperatures directly at server racks. For airflow management, EZ Pressure is intended to assess pressure differential and airflow through a rack, while the BAPI-Box ZPM is designed for ceiling, underfloor and duct environments, or for use near cooling equipment.
The company also identifies leak monitoring as part of the same operational-control stack. Its Rope Water Leak Detector uses a cable that is sensitive along its length to identify moisture at the base of a rack. BAPI also lists a Refrigerant Leak Detector. The publication links the need for leak detection to the use of liquid cooling in modern servers and racks.
For operators, the offering illustrates the growing role of instrumentation across multiple layers of cooling infrastructure: room, aisle, rack and cooling-equipment environments. More detailed environmental and leak data could support preventive maintenance and reduce exposure to outages associated with thermal excursions, inadequate airflow, water ingress or refrigerant loss.
The publication is product-oriented and does not establish the scale of commercial deployment, customer adoption, pricing, supply volumes or measurable performance benefits. It also does not provide technical specifications such as sensor accuracy, operating ranges, sensing-cable length or reliability metrics.
As rack densities rise and liquid cooling becomes more prevalent, operators need more granular visibility into thermal conditions, airflow and potential leaks. Room-, aisle- and rack-level monitoring could support preventive maintenance and help reduce downtime risk, although the available material provides no evidence on deployments or measured operational outcomes.
- Data Centre Magazine / October 26, 2026 · EnglishSource →
This article was prepared by the DataNews editorial team based on the sources listed above.