Rack Liquid Cooling System Manifolds

EXTRCOOL’s Liquid Cooling Manifolds are key to implementing liquid cooling in high-density data centers, efficiently transferring chilled coolant from the Coolant Distribution Unit (CDU) directly to server racks. They precisely regulate flow rate, pressure, and temperature to ensure uniform heat dissipation across all servers, effectively eliminating hotspots that often plague high-density setups. This precise control not only boosts cooling efficiency and server performance but also minimizes overheating-related downtime, critical for maintaining seamless data center operations.

Each EXTRCOOL Manifold is manufactured in-house to strict industry standards, featuring precision welding for structural integrity, rigorous pressure testing to prevent leaks, and thorough cleanliness verification to avoid contaminating the cooling system. Every unit is accompanied by full lifecycle documentation, enabling complete traceability from production and factory testing to on-site installation, which gives data center operators total confidence in its long-term reliability and performance.

EXTRCOOL Manifolds integrate seamlessly with existing data center cooling infrastructure, including Hot Aisle Containment (HAC) systems, and fully support flexible hybrid air-and-liquid deployments. Designed for easy on-site installation and global scalability, they provide a future-ready foundation that adapts to growing computing demands, smoothing the transition to full liquid cooling as data centers evolve.

• Seamlessly integrates with Tate Hot Aisle Containment (HAC) and ceiling systems, ensuring compatibility with existing infrastructure.
• Offers pre-integration capabilities to simplify on-site deployment, reducing installation time and complexity.
• Works with a wide variety of cooling liquids, delivering strong adaptability to different data center cooling requirements.
• Supports a broad range of operating pressures, meeting the needs of diverse high-density data center scenarios.
• Features full traceability throughout the entire process, from supply sourcing to on-site installation.
• Undergoes strict pressure and leak testing in a controlled factory environment before leaving the facility, ensuring product reliability.