VAV Specifications | UQD02 | UQD04 | UQD06 | UQD08 |
Cv | 0.35 | 1.22 | 2.55 | 4.65 |
Max working pressure | 16.5Bar | 16.5Bar | 16.5Bar | 16.5Bar |
Min. burst pressure | 60 Bar | 60 Bar | 50 Bar | 50 Bar |
Working Temperature | -40℃~125℃ | -40℃~125℃ | -40℃~125℃ | -40℃~125℃ |
Socket Material | SUS316 | SUS316 | SUS316 | SUS316 |
Plug Material | SUS316 | SUS316 | SUS316 | SUS316 |
Seal Material | EPDM | EPDM | EPDM | EPDM |
For more detail, please click UQD series.
UQD: The Open Standard for Liquid Cooling Connections
The Universal Quick Disconnect (UQD) is a high-performance fluid connector developed under Intel’s initiative and standardized through the Open Compute Project (OCP). It enables fast, secure, and leak-free connection and disconnection of coolant lines—without disrupting system operation.
As server densities and thermal loads increase with HPC and AI workloads, liquid cooling has become essential in modern data centers. UQD connectors are designed to meet this demand with high flow rates, low pressure drop, and cross-brand compatibility.
Key benefits:
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Compliant with OCP standards
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Tool-free, one-hand operation
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Interchangeable with other UQD-compliant products
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Available in multiple sizes and materials
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Proven reliability across thousands of cycles
Leading vendors like CPC, CEJN, and Stäubli have adopted the UQD standard, offering broad industry support. With UQD, data centers gain modularity, serviceability, and scalability—all while reducing downtime and accelerating deployment.
As an innovative UQD manufacturer, VAV offers robust, customizable solutions designed for modularity, serviceability, and scalability—all while minimizing downtime and accelerating deployment. Our engineering team works closely with customers to tailor UQD connectors to specific performance and integration needs, from material selection to connecting force adjustment.
With VAV’s UQD connectors, you’re not just choosing a component—you’re choosing a standard that evolves with the future of data center cooling.