6 steps to detect and contain a coolant leak in data centers
Coolant leaks in Direct-to-Chip systems don't wait for a scheduled inspection. Here's how detection and containment actually happen, step by step, from sensor to shutoff.
Alerted > Pinpointed > Contained
No Single Point of Failure: Redundant Leak Detection for AI-Era Data Centers
Redundancy is a fundamental requirement for power (UPS) and cooling (N+1/2N) in the data center. TTK extends this same rigor to leak detection. Our systems are engineered to withstand localized failures through two distinct architectural pillars: Dual-Panel Redundancy and Structural Cable Resilience. By integrating redundancy at both the system, we provide a fail-safe environment for the world’s most demanding digital infrastructure. Read the full article.
6 Signs Your Leak Detection System Needs an Upgrade
Your leak detection system was probably installed, tested, and then handed over to the background. No news is good news — until it isn't. Data center environments change faster than protection systems get reviewed: new cooling architectures (i.e. liquid cooling deployment), tighter uptime commitments, leaner on-site teams.
Here are six signs that your leak detection system is no longer keeping pace with the facility it is supposed to protect.
Preventing Coolant Waste in Direct-to-Chip Cooling Systems
Direct-to-Chip cooling is steadily expanding in high-density and AI-driven data centers. As rack power levels rise, liquid loops are increasingly deployed to handle concentrated thermal loads.
This evolution introduces something relatively new inside the data hall: distributed liquid circuits running directly within IT racks.
While discussions often focus on performance and density, key operational questions receive less attention:
How closely are coolant circuits monitored, and how can leaks be prevented effectively?
Simplifying Leak Detection Maintenance in Data Centers
Leak detection systems are installed in data centers to reduce risk — not to create additional operational workload. Yet the level of maintenance required can vary significantly depending on the technology behind the system.
How to Make the Most of Your FG-NET System
Best practices for end users & facility managers
The FG-NET is much more than a leak detection controller. It is a powerful digital platform designed to help you protect critical areas, simplify maintenance and gain full visibility over your liquid leak detection system. Used at its full potential, FG-NET becomes a smart, visual and proactive safety platform for protecting your critical infrastructure.
How to Speed Up Reaction Time During Leak Events
Quick Do’s & Don’ts for Faster, Smarter Response
Even small leaks can escalate quickly. A fast reaction doesn’t come from luck, it comes from good habits and the right tools. Here are simple do’s and don’ts to help teams act immediately when an alarm appears.
The True Cost of Overlooking Liquid Leak Detection in the Data Center
What’s the real cost of ignoring liquid leak detection in your data center? A must-read for data center operators, facility managers, and anyone concerned with infrastructure resilience.
TTK Liquid Cooling Sensor for D2C
Introducing the FG-DLC Point Sensor—engineered exclusively for liquid cooling systems in data centers and critical infrastructure. Protect your operations from costly downtime with instant, high-sensitivity detection of coolant leaks.
Request a demo today.
The Essential Need for Leak Detection in Liquid-Cooled Data Centers
As data centers increasingly adopt advanced cooling methods like immersion and direct-to-chip cooling, the need for reliable leak detection becomes crucial. TTK provides specialized leak detection solutions tailored for liquid-cooled data centers. Whether using immersion or direct-to-chip cooling, TTK’s solutions play a vital role in ensuring the safe and efficient operation of liquid-cooled data centers.
