Liquid Data Center Cooling
Cooling the Next Generation of Data Centers
Modern data centers are evolving rapidly. Driven by artificial intelligence, cloud computing and ever-increasing compute densities, they are transforming into industrial-scale infrastructures where cooling is no longer a supporting function but a central performance driver.
To ensure continuous operation and avoid costly downtime, cooling systems must deliver reliable, precise and scalable performance under 24/7 conditions. Pumps play a critical role by enabling circulation, control and stability of cooling media across complex system architectures.
Your Advantages
Our solutions deliver value at system level:
Designed for continuous-duty operation with highest MTBF, proven over decades in mission critical applications across various industries.
Designed for continuous-duty operation with highest MTBF, proven over decades in mission critical applications across various industries.
Solutions suitable for all cooling liquids, such as water, demineralized water, glycol, and engineered fluids (such as PG25).
Solutions suitable for all cooling liquids, such as water, demineralized water, glycol, and engineered fluids (such as PG25).
Seamless integration into CDUs.
Seamless integration into CDUs.
Built for increasing performance requirements.
Built for increasing performance requirements.
Why Cooling Systems Are Business-Critical
The shift from air-based to liquid cooling is fundamentally changing data center design. As compute density increases, heat loads become more localized and demanding, pushing traditional approaches to their limits.
Liquid cooling technologies such as direct-to-chip and immersion cooling allow operators to increase performance while improving efficiency and scalability. At the same time, system requirements are increasing: reliability, uptime, integration and adaptability are all critical factors.
What Matters in pump selection for CDU Designs?
Designing efficient cooling distribution units requires answering key technical questions about the pump design:
- What pressure and flow requirements must be met?
- How can the pump run reliably 24/7, over several years?
- How can leak risks be minimized?
- Which materials are compatible with different cooling fluids?
- How can high efficiencies be realized?
- How can pumps be integrated into CDU systems, including space and control requirements?
Engineered for Liquid Cooling Architectures
Our pump solutions are designed for modern cooling architectures, from facility-level systems to advanced liquid cooling loops.
In CDU systems, pumps operate continuously and ensure stable flow and pressure control. This makes them a central component for system reliability and efficiency.
For a wide range of general industrial and marine applications. Their reliable performance, rugged design, efficiency and versatility keep your industrial and marine processes running smoothly and efficiently.
2.300
Max. Delivery Head [m] :145
Max. Outlet Pressure [bar] :16
Max. Fluid Temperature [°C] :140
Leak-free, magnetic drive centrifugal pumps. As hermetically sealed centrifugal pumps without shaft feedthroughs, they can be used wherever the explosion hazard, toxicity or odor of the pumped liquid makes it necessary.
650
Max. Delivery Head [m] :145
Max. Outlet Pressure [bar] :25
Max. Fluid Temperature [°C] :350
Ready to Enable Next-Gen Cooling?
Get in touch to discuss your application and system requirements.
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