UQD Universal Push-Button Quick-Connect Fitting for Liquid Cooling – UQD Series

• Industry: Electronics, semiconductors, thermal management, liquid cooling
• Maximum working temperature: 70 °C, 158 °F
• Brand: Parker, Rectus
• Connection size: 9/16-18 UNF-2B, 3/4-16 UNF-2B, 11.9 mm, 15.2 mm
• Media: Water, coolants
• Minimum operating temperature: 0 °C, 32 °F
• Maximum operating pressure: 7 bar, 100 psi
• Application: Thermal management
• Color: Blue, red
• Connection type: Hang, hang
• Technology: Liquid and Gas Handling
• Valve type: Spill-free
• Division: Low Pressure Connectors Europe Division
• Frame material: Stainless steel, thermoplastic
• Operation: Push button, sleeve
• Coupling half: Connector, plug
• Sealing material: EPDM

Parker Push-Button Universal Quick Disconnect (UQD) is an advanced quick-connect solution specifically developed for liquid cooling systems in data centers and supercomputers. The series is designed to meet the specifications of the Open Compute Project (OCP).

UQD features a robust design combining high-performance polymers and stainless steel, which delivers high flow rates and excellent mechanical performance. This design contributes to more efficient cooling systems and high operational reliability in demanding applications, while also meeting the increased cooling demands resulting from the ever-higher power density in modern IT equipment.

Industries:

• Data Center
• Supercomputers
• Electronics
• Information Technology

Features/benefits:

• Scalable production: Highly automated and scalable manufacturing contributes to more efficient production and delivery capacity
• Spill-free technology: Prevents fluid loss and provides effective protection for electrical components
• High mechanical performance: The combination of high-performance polymer and corrosion-resistant stainless steel ensures high durability and reliability in demanding liquid cooling systems
• Easy to use: The ergonomic, color-coded push-button design simplifies connection and disconnection and reduces the risk of installation errors, even in tight spaces
• Flame-retardant materials: The selected polymer and metal materials meet the relevant fire safety requirements and are classified in accordance with UL 94
• Lower environmental impact: The design contributes to lower carbon dioxide emissions, reduced water consumption, and lower weight compared to traditional solutions

Applications:

• Liquid cooling
• Thermal management
• Data Center
• Supercomputers
• Electronics
• Servers
• Rack-mounted server systems