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Amphenol Industrial Operations has expanded its quick disconnect liquid cooling connector series with several new technologies to meet the intense thermal and operation needs of large-scale AI data centers, high-performance computing environments, energy storage systems (ESS), and more.
The flagship of the liquid cooling series, the UQD and UQDB connectors have been enhanced to fully comply with the Open Compute Project (OCP) Rev 2.0 specifications. The UQD Series offers quick connect technology, while the UQDB features blind mating for easy installation. Improvements to each include fully defined geometry to OCP Rev 2.0 as well as enhanced flow performance. The latest OCP REV 2.0 specification has also developed a hybrid configuration enabling the UQD plug to mate with a UQDB socket.
With flow performance up to 800 L/min, the semi-hand mate (SHQD) self-sealing connector features a dual interlocking safety mechanism as well as large-diameter valve designs of 1″, 1.5″ or 2″. This sourceline connector facilitates full-flow, low-resistance liquid cooling between a coolant distribution unit (CDU) and a manifold (distribution pipe) to ensure reliable operation and minimize pressure drop in high flow sourceline applications.
The Multi Quick Disconnect (MQD) incorporates a push-pull locking mechanism in a compact designto provide high-performance and reliability for compact computer tray environments. Fundamental toenabling the next generation of liquid-cooled systems, the MQD comes in sizes 02, 03, and 04, all ofwhich have a straight version, and an elbow 90° right angle version for flexible installation and ease-of-use.
The customizable Optical Module Quick Disconnect (OMQD), designed specifically for optical module applications, can handle cooling systems managing 1.6T and 3.2T data rates. Available in ultra-small 1mm, 2mm, or 3mm fluid diameters, the OMQD can be hand mated, including a locking mechanism, or blind mated with an optional floating feature. Contact Amphenol Industrial Operations for available options and delivery.
Reliably distributing coolant across a multi-channel network, Amphenol Industrial Operation’s new manifold provides the infrastructure for optimal cooling across the entire system. Made of durable material, such as stainless steel, copper, aluminum, or durable plastics, the manifold promotes corrosion resistance, while facilitating thermal management to reduce overheating risks and energy use. Customized manifolds are available within short lead times for quick installation in a range ofapplications, from high performance data systems to electric vehicles and industrial machinery.
By incorporating a dual safety interlock via a bidirectional ball valve and dry-break, the expanded connector series provides enhanced leak protection during maintenance and servicing as well as helps prevent valve opening when unmated. Aerospace-grade sealing improves safety and reliability, while low flow resistance increases connector performance.
The new connectors come in a variety of termination options, such as threaded, hose barb and sanitary flange, with customization upon request, and the outer shells employ corrosion-resistant stainless steel. As standard, EPDM rubber seals provide chemical and thermal resistance against a range of glycol-based coolants, with additional seal options available depending on a system’s coolant or fluid.
Amphenol Industrial Operation’s QR code traceability during manufacturing reinforces user confidence in the company’s quality commitment.
Ty Yesensky, Sr. Product Manager – Americas of Amphenol Industrial Operations, noted, “Data isthrottling through high-compute AI data centers and other demanding energy environments aroundthe clock. These systems require integrated liquid cooling methods that can handle high levels of heatconstantly being generated. Our expanded series ensures reliable connection, minimal pressure lossand consistent integrity for virtually any high-performance, liquid-cooled environment.”
More information about Amphenol’s quick disconnect liquid cooling connector series
Quick disconnect liquid cooling connector series brochure
Quick disconnect liquid cooling connector application note