| ac_unit | Cooling Capacity: | Up to 2.3MW | |
| fact_check | Best Fit Use Case: | Hyperscale DC | |
| settings | Configuration: | Floor Mounted |
THE NEW FOUNDATION OF NEXT-GENERATION COMPUTE
High-density computing demands highly efficient infrastructure. Liquid cooling systems can support densities well beyond 30 kW per rack, ideal for the latest demands in generative AI and hyperscale computing.
READY FOR TOMORROW’S DEMANDS
Delivering up to 2.3MW of cooling capacity in a single unit, our Coolant Distribution Unit (CDU) circulates coolant based on real-time demand, driving powerful yet efficient thermal control. Through its flexible integration and capacity, our CDU enables both existing and upcoming data centres to future-proof with liquid cooling technology.
Features & functions.
1 Temperature Sensor
Provides real-time temperature for dynamic adjustments.
2 Auto Air-Vent
Removes accumulated air that may disrupt coolant flow.
3 Variable Speed Pumps
Alter coolant flow based on real-time conditions.
4 Flow Meters (Primary & Secondary Loop)
Prevents coolant underflow or overflow, for optimal cooling.
5 25µm Filtration System
Removes impurities to ensure optimum liquid quality.
6 Plate Type Heat Exchanger
Space-efficient while enabling rapid transfer of heat.
Innovative liquid cooling.
SUPERIORLiquid cooling offers the most efficient form thermal control, enabling extremely low PUE of 1.05 at full load. |
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PROACTIVEIntegrated leak detection and automatic shut-off mechanism minimizes potential risks associated with liquid cooling systems. |
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HYBRIDSeamless implementation into both buildup or upscale projects. Integrate with ease alongside existing air cooling solutions. |
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FLEXIBLECompact design maximizes available space and allows for higher server density. Suits small server rooms to large-scale operations. |
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Powerful, effective, proactive. See how it works.
Frequently asked questions.
A liquid cooling system uses coolant to transfer heat away from IT equipment, ensuring optimal thermal management for high-density workloads. This approach offers superior efficiency compared to traditional air cooling systems, making it ideal for modern data centres. Learn more about advanced cooling solutions on our solutions page.
Here at Canatec, our CDUs are engineered with features such as a filtration system, intelligent controls, and compact designs, ensuring maximum efficiency and reliability. Discover more about our cutting-edge technologies on our services page.
Liquid cooling systems deliver better thermal management, lower power consumption, and higher server density. They are particularly effective for high-performance applications like AI and HPC. Explore the differences and uncover more about precision cooling on our blog.
Yes, Canatec’s CDUs support hybrid environments, allowing seamless integration with existing air cooling systems. This flexibility ensures a smooth transition for data centres upgrading their infrastructure. Contact us to discuss your setup’s compatibility.
Our CDUs feature advanced filtration systems, intelligent monitoring, and robust designs that maintain high liquid quality and system reliability. Learn more about our engineering excellence on here.
Yes, liquid cooling systems, including Canatec’s compact CDUs, are ideal for small server rooms and large-scale operations alike. Their space-efficient design maximises available space without compromising performance.
With nearly two decades of experience, Canatec offers innovative, reliable, and efficient cooling solutions tailored to the demands of critical IT environments. Learn about our company values on About Us page.
Visit our Solutions page to explore our full range of products or check out our article section for expert insights.
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in critical infrastructure.
Dive into the potential of liquid cooling systems designed for cutting-edge data centre operations. Explore our integrated thermal solutions.