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Manifolds

Enabling Liquid Cooling for Retrofit and New Builds

Tate’s Liquid Cooling Manifolds deliver coolant from the Coolant Distribution Unit (CDU) to the rack, enabling liquid cooling for high-density data centres. By regulating flow, pressure, and temperature, they ensure even heat dissipation across all servers, improving efficiency and performance.

Each Manifold is manufactured in-house to the highest standards, with precision welding, rigorous pressure testing, and thorough cleanliness verification. Every unit is fully documented and traceable from production to installation, giving operators complete confidence in long-term reliability.

Designed to integrate seamlessly with existing data centre cooling infrastructure, including Hot Aisle Containment systems, Tate Manifolds support hybrid air-and-liquid deployments. Easy to install and scalable globally, they provide a future-ready foundation for the transition to liquid cooling.

Highlights

Product Highlights

  • Integrates with Tate HAC and Ceiling systems.
  • Can be pre-integrated for simplified deployment
  • Compatible with a wide range of cooling liquids.
  • Supports extensive range of operating pressures.
  • Fully traceable from supply to site
  • Pressure and leak tested in a factory controlled setting prior to shipping,

Frequently Asked Questions

Tate manifolds are made from stainless steel, copper, or polypropylene. The pipe diameter ranges from 25mm - 400mm

A typical design includes isolation valves and then flow control. Flow control is achieved by electronic opening and closing or autoflow valves. Sometimes with an added check valve to control flow direction.

Tate’s manifolds solution is valve-type agnostic. Ball and butterfly valves are the two most frequently used.

Yes. They are cleaned and flushed to eliminate particles that could obstruct cold plate surfaces in the server racks.

Either facility water or 25% propylene glycol mixed with water. Any system with a CDU will need to be glycol based. 

Yes. Each manifold will be assigned a series of unique identifiers throughout the process. The unique identifier will be used to track production, test results, any manifold/hose rework, and shipment. Examples of procedures our manifolds undergo before shipping include electrical testing, pressure hold testing, particle count testing, and an internal weld inspection. For more details about our full range of quality testing 
and inspection, please contact your Tate representative. 

Traditionally this is done via a leak tray with a leak detection circuit. If this extra mechanism is a project requirement, it should be communicated to the Tate engineering team during the initial design conversation.

How do we deploy our Manifolds?

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Floor Mounted In-Rack Manifolds

Installed directly inside floor mounted Hot Aisle Containment systems for targeted thermal efficiency. Ideal for high-density, space-constrained environments.

Floor Mounted Manifolds
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Ceiling Suspended In-Aisle Manifolds

Installed directly inside the Hot Aisle Containment systems, with the load supported by Tate Forte LEC, for targeted thermal efficiency. Ideal for future flexibility around your data hall design.

Ceiling Supported Manifolds
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Floor-Supported & Custom Configurations

When a standard layout isn’t enough, our floor-supported and hybrid options provide flexibility for any site-specific constraint.

Floor Supported and Custom Configurations
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Underfloor Modular Manifolds

Streamline cooling beneath raised access floors, enabling rapid retrofit or new-build installation without interrupting operations.

Underfloor Manifolds

Start Your Liquid Cooling Journey with Tate

Let’s increase your cooling capacity, and set your site up for what’s next.

Book a Consultation