Measurement & Control Measurement & Control
Connectivity & Communication Connectivity & Communication
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Customer Care representatives are available by phone Monday–Friday, from 9am–5pm CST.

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Data Centers

Data centers rely on vast cooling and water management systems to maintain uptime, efficiency and equipment integrity. These systems consume and recirculate large volumes of water, where even small inefficiencies can drive up operational costs and environmental impact. Advanced flow metering, gas monitoring and water quality monitoring technologies are essential for promoting precise water use, optimizing cooling system performance and supporting sustainability goals. Continuous, real-time data empowers operators to detect anomalies early, maintain consistent system efficiency and meet evolving compliance standards.

Engineer in data center

Monitoring Solutions for Data Center Cooling Systems

Cooling System Performance & Optimization

Optimizing HVAC cooling systems in data centers is essential to maintaining optimal thermal conditions, improving energy efficiency and supporting uninterrupted performance. Integrated monitoring helps balance water and energy use, stabilize chiller operation and promote long-term system reliability.

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Infrastructure Upgrades & Retrofit Projects

Upgrading existing HVAC infrastructure with advanced flow, energy and water quality monitoring technologies enhances efficiency and reliability. Integrated measurement and communication capabilities enable facility teams to track performance, improve control and extend equipment life across retrofit and modernization projects.

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Water Quality Monitoring & Preventive Maintenance

Maintaining water quality in HVAC systems is vital to long-term reliability and protecting critical cooling infrastructure. Real-time monitoring of key parameters in both open and closed loop systems eliminates the need for manual sampling, enabling operators to identify corrosion risks and system faults before they escalate.

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Industrial Pre-Treatment & Effluent Discharge

Tracking discharge volumes, evaporation loss and water quality helps maintain compliance with environmental and local discharge regulations. Continuous data collection supports event detection, cost recovery and sustainability reporting, helping operators manage responsible water use across facility operations.

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Benefits of Real-Time Data Center Monitoring

Control & Allocate Costs

Accurate measurement of water utilization and quality parameters help data centers maintain water usage costs and optimize system efficiency. Gain visibility into water usage, evaporation and chemical content to manage utility expenses and system efficiency with confidence.

Mission-Critical Monitoring

Even minor temperature fluctuations can lead to equipment damage in data centers, impacting performance and reliability. Flow meters and water quality sensors are essential tools for maintaining optimal conditions, and consistent, efficient cooling in demanding environments.

System Integration Demands

Comprehensive flow and quality monitoring solutions integrate seamlessly with BMS, SCADA and DCIM systems. Real-time communication enables centralized oversight, data sharing and alarm management—providing a unified view of critical cooling performance across the facility.

Sustainability & Compliance

As water scarcity and regulations tighten, achieving LEED certification or aligning with ASHRAE 90.4 guidelines to maintain Water Usage Effectiveness (WUE) is increasingly difficult. Achieve WUE goals with accurate, continuous water usage and quality insights.

Advanced Technologies for Data Center Monitoring

From precision flow meters and water quality analyzers to gas detection and communication-enabled transmitters, these integrated technologies deliver accurate, real-time data for modern data centers. Continuous measurement supports automation, enhances safety and ensures water and energy resources are used effectively across mission-critical systems.

Flow Measurement

Ultrasonic, electromagnetic and turbine flow meters deliver precise measurement of cooling water and make-up flow across open and closed-loop systems. Continuous visibility helps detect imbalances, optimize chiller performance and maintain energy-efficient operation throughout critical thermal management processes.

Water Quality Monitoring

Continuous monitoring of pH, chlorine, conductivity, turbidity, dissolved oxygen and suspended solids protects cooling systems from corrosion, scaling and fouling. Real-time data supports predictive maintenance, optimizes chemical dosing and ensures consistent system reliability under demanding operating conditions.

Gas Monitoring

Gas detection technologies monitor methane, hydrogen and other combustible, toxic or corrosive gases within mechanical rooms. Continuous measurement enhances safety, prevents corrosion and supports compliance with building and environmental standards—helping maintain secure, uninterrupted facility operations.

Smarter, More Sustainable Data Centers

Read about real-world applications and strategies that enhance reliability, reduce costs and support sustainable data center operations.

Overcoming the Challenges of Data Center Cooling

Efficient cooling in data centers is critical to prevent computer equipment, servers and storage devices from overheating. High energy costs and the pursuit of net-zero carbon emissions make limiting energy consumption paramount. Discover key considerations for data center cooling systems.

8 Hydronic Applications Improved by Ultrasonic Flow Meters

Ultrasonic meters are a leading choice in hydronic applications because of their ability to simplify flow measurement. Discover eight applications where these meters are installed to significantly improve operations.

Related Products

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spectro::lyser V3 Spectrometer Probe
Parameters
BOD, Chl-a, Chloramine, CLD, COD, Color, DOC, Dissolved Ozone, Fingerprint, HS-, NO3-N/NO3, Pressure, Temperature, TOC, TSS/TS, Turbidity, UV254
BOD, Chl-a, Chloramine, CLD, COD, Color, DOC, Dissolved Ozone, Fingerprint, HS-, NO3-N/NO3, Pressure, Temperature, TOC, TSS/TS, Turbidity, UV254
spectro::lyser UV-Wavelengths Spectrometer Probe
Parameters
COD, Dissolved Ozone, Fingerprint, HS-/H2S, NO2-N/NO2, NO3-N/NO3, Temperature, TOC, TSS/TS, UVT, UV254
COD, Dissolved Ozone, Fingerprint, HS-/H2S, NO2-N/NO2, NO3-N/NO3, Temperature, TOC, TSS/TS, UVT, UV254
spectro::lyser V3 ATEX
Parameters
BOD, Chl-A, Chloramine, CLD, COD, Color, Dissolved Ozone, DOC, Fingerprint, HS-/H2S, NO3-N/NO3, Temperature, TOC, TSS/TS, Turbidity, UVT, UV254
BOD, Chl-A, Chloramine, CLD, COD, Color, Dissolved Ozone, DOC, Fingerprint, HS-/H2S, NO3-N/NO3, Temperature, TOC, TSS/TS, Turbidity, UVT, UV254
spectro::lyser V3 Titanium
Parameters
BOD, COD, Color, DOC, Dissolved Ozone, Fingerprint, HS-/H2S, NO3-N/NO3, Temperature, TOC, TSS/TS, Turbidity, UVT, UV254
BOD, COD, Color, DOC, Dissolved Ozone, Fingerprint, HS-/H2S, NO3-N/NO3, Temperature, TOC, TSS/TS, Turbidity, UVT, UV254
TFX-5000 Ultrasonic Clamp-on Flow Meter
Size Range
15...1200 mm
1/2...48 in.
Temperature Range
-40...176° C
-40...350° F
Flow Range
2.32...125,000 lpm
0.7...33,000 gpm
Accuracy
± 0.5% ±0.025 ft/s (0.008 m/s)
± 0.5% ±0.025 ft/s (0.008 m/s)
condu::lyser Conductivity Physical Sensor
Parameters
Conductivity, Salinity, TDS, Temperature
Conductivity, Salinity, TDS, Temperature
pH::lyser pH and Temperature Physical Sensor
Parameters
pH, Temperature
pH, Temperature
M2000 Electromagnetic Flow Meter
Size
6...1981 mm
1/4...78 in.
Temperature Range
Up to 150° C
Up to 302° F
Flow Range
0.03... 12 m/s
0.10... 39.4 ft/s
Accuracy
±0.2%
±0.2%
Q46/76 Turbidity Monitor
Parameters
Temperature, Turbidity
Temperature, Turbidity

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(800) 616–3837