Join us at Data Centre World
12 - 13 March 2025 – Excel London
Join us at Data Centre World
12 - 13 March 2025 – Excel London
Join us at Data Centre World
12 - 13 March 2025 – Excel London
The Largest Data Centre Event in the World
Belimo Stand: DC035 | HVAC / Humidity Sensor / Cooling
For 50 years, Belimo has provided quality, reliable field devices for the energy-efficient control of heating, ventilation and air-conditioning systems. Our expertise, scalable solutions, and position as a global market leader has led to our success in providing data center cooling solutions, where reliability and quality are of utmost importance.
We offer actuators, valves, sensors and meters that are designed to ensure uninterrupted performance, optimal flow, standalone systems, and energy efficiency.
The data center landscape is evolving, with newer GPUs requiring more heat rejection than ever before. Hot and cold aisle containment strategies cannot reject sufficient heat for high density racks. Belimo is ready with innovative data center cooling technologies, facilitating more efficient liquid cooling systems that provide enhanced thermal conductivity and reduced energy consumption.
Belimo Products in Data Center Applications
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Cooling Distribution Units (CDUs) provide chilled water or water glycol mixes for heat generating components such as servers. Belimo offers a comprehensive range of Characterized Control Valves (CCVs), Electronic Pressure Independent Valves (EPIVs), and Energy Valves that are ideally suited for CDUs. These valves provide precise flow control and are easily adjustable as your cooling needs grow.
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Direct to chip liquid cooling, often referred to as cold plate, is one of the most common techniques for cooling servers with high heat dissipating needs, such as those for HPC (high performance computing), AI (artificial intelligence), and ML (machine learning). The Belimo Energy Valve is an ideal solution for this application because it can maintain a constant differential pressure across the rack. The system delivers precises flow to each cold plate, even if a server is removed for maintenance.
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Proper Flow Across Cold Plates with The Belimo Energy Valve
(pdf -
2,06 MB)
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Proper Flow Across Cold Plates with The Belimo Energy Valve
(pdf -
2,06 MB)
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Precise flow control is crucial for Rear-Door Heat Exchangers (RDHx). Belimo Electronic Pressure Independent Valves (EPIVs) and Characterized Control Valves (CCVs) provide precise and reliable flow control. This ensures the best performance for your RDHx.
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Two-phase immersion cooling units require precise water flow to ensure the effective condensation of dielectric fluid. Belimo Electronic Pressure Independent Valves (EPIVs) maintain precise flow to the coil even in the presence of system pressure fluctuations. The Belimo Energy Valve monitors the the supply and return water temperatures, calculates thermal energy, and provides valuable insights to track cooling performance and identify inefficiencies.
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Computer Room Air Handling (CRAH) units provide conditioned air to the white space. Belimo Electronic Pressure Independent Valves (EPIVs) are essential components in CRAH units providing precise and reliable control of water flow. These valves offer significant advantages in maintaining optimal temperature and humidity levels within data centers.
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Belimo damper actuators are essential in fan walls, delivering precise airflow control to servers within the white space. Characterized Control Valves (CCVs) and Electronic Pressure Independent Valves (EPIVs) regulate water flow through the coils, ensuring effective cooling to maintain the necessary supply air temperatures. Together, these Belimo devices are critical in maintaining optimal environmental conditions for sensitive IT infrastructure.
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Belimo fire and smoke actuators are essential safety devices designed to protect data centers from fire and smoke hazards. These damper actuators are integrated into fire and smoke detection systems and are responsible for controlling various mechanical components to mitigate the spread of fire and smoke during an emergency.
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Generators ensure servers still have power in the event of a power failure. Belimo fail-safe actuators are the best choice for providing the appropriate amount of combustion air for these generators. Fail-safe functionality ensures airflow can be shut off immediately if there is an issue. NEMA 4 options are available if the actuators are to be installed outside of the generator.
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Central plants provide chilled water to the entire data center. Given the huge cooling demands of datacenters, this can only be accomplished with large flow rates and accordingly, large valves. Belimo Butterfly Valves with high performance actuators are ideally suited for this application due to their high close off pressure, low leakage rates, and NEMA 4 enclosures.
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CRAC stands for Computer Room Air Conditioning and it's a device that controls the temperature, humidity, and air distribution in a data center. CRAC, refrigerant based units are designed to maintain precise environmental conditions to protect the sensitive IT equipment in data centers.
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An air handling unit (AHU) is a piece of equipment that circulates, cleans, heats,
or cools air in a data center. AHUs are also known as computer room air handlers (CRAHs).
Product Range
Why Choose Belimo?
Data Center Webinars
Adapting to the Future: How the Belimo EPIV is Revolutionizing Data Center Cooling
This webinar accompanies the second installment of our data center cooling blog series. This session will dive deeper into the innovative Belimo Electronic Pressure Independent Valve (EPIV) and its critical role in adapting to the evolving demands of the modern data center landscape. Learn how the EPIV’s advanced features can optimize cooling strategies and ensure the efficiency and longevity of data center infrastructure. Don't miss this opportunity to gain valuable insights about this rapidly changing industry.
Belimo & Emerging Data Center Technologies: Single and Two-Phase Cold Plate Solutions
Watch this 20-minute webinar where we explore the intricacies of cold plate systems and how they can optimize your data center's cooling and efficiency.