Time slots
Session 1 (English): 5 pm JST (Tokio, Japan) / 9 am CEST (Berlin, Germany)Session 2 (English): 5 pm CEST (Paris, France) / 10 am CDT (Chicago, USA)
Keep It Cool: Leak Detection for Data Centers
Keep your data center cooling reliable: detect hidden leaks, reduce downtime risks, and support long-term uptime through leak detection.
Session 2 (English): 5 pm CEST (Paris, France) / 10 am CDT (Chicago, USA)
Speakers
- Jonas Klös, Market Manager Mobility
- Lisa Heitz, Head of Market Management Mobility
- James J. Browning, Applications Engineer
What is the webinar about?
The rapid growth of AI applications, cloud services, and high-performance computing is increasing power density in modern data centers. As cooling requirements become more demanding, traditional air-cooling systems are increasingly reaching their limits in terms of efficiency and performance.To manage higher heat loads, data center operators and technology suppliers are increasingly turning to liquid cooling technologies such as direct-to-chip and immersion cooling. These systems rely on critical components including cold plates, distribution manifolds, heat exchangers, piping systems and required quick connectors that transport cooling media close to sensitive electronic components.
This creates a clear challenge: even small leaks can affect cooling performance, damage components, or lead to costly downtime. Leak detection is therefore becoming an essential step in the manufacturing and quality assurance of data center cooling components.
In this webinar, we will look at:
- why liquid cooling increases the need for reliable leak testing
- which cooling components are critical for tightness, from cold plates to manifolds and piping systems
- how tracer gas methods help detect even very small leaks
- how the right leak detection strategy supports reliability and helps prevent downtime
The webinar provides a practical overview of leak testing methods for liquid cooling components and explains how they can help identify potential weak points before installation in data center environments.