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OCP UQD Quick Disconnect Plug (Male) for Data Center Liquid Cooling

en stock:
SKU: 6206413888
modelo: 342203031X

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Product Specification

TypeUQD02 Quick Disconnect Plugs; UQD04 Quick Disconnect Plugs; UQD06 Quick Disconnect Plugs; UQD08 Quick Disconnect Plugs; SAE ORB Thread UQD Plugs; BSPP Thread UQD Plugs; OCP UQD Male Couplings; Data Center Liquid Cooling UQD PlugsModelJY-UQD-02A-02R, JY-UQD-02A-02B, JY-UQD-02A-01GR, JY-UQD-02A-01GB, JY-UQD-04A-01R, JY-UQD-04A-01B, JY-UQD-04A-01GR, JY-UQD-04A-01GB, JY-UQD-06A-01R, JY-UQD-06A-01B, JY-UQD-06A-01GR, JY-UQD-06A-01GB, JY-UQD-08A-01R, JY-UQD-08A-01B, JY-UQD-08A-01GR, JY-UQD-08A-01GB
ParamsProduct Name: OCP UQD Quick Disconnect Plug (Male) for Data Center Liquid Cooling Manufacturer: JINGYE Fittings (Ningbo Jingye Fluid Fittings Co., Ltd.) Sizes: UQD02, UQD04, UQD06, UQD08; 16 JY-UQD plug SKUs with SAE ORB or BSPP terminations and red/blue identification. Type: Hand-mate, flat-face dry-break liquid cooling quick disconnect plug. 1. UQD Size and Part Numbers UQD02: JY-UQD-02A-02R/02B (ORB); JY-UQD-02A-01GR/01GB (BSPP). UQD04: JY-UQD-04A-01R/01B (ORB); JY-UQD-04A-01GR/01GB (BSPP). UQD06: JY-UQD-06A-01R/01B (ORB); JY-UQD-06A-01GR/01GB (BSPP). UQD08: JY-UQD-08A-01R/01B (ORB); JY-UQD-08A-01GR/01GB (BSPP). R/B: red/blue identification; GR/GB: BSPP red/blue variants. 2. Interface and Connection Design Reference: Open Compute Project (OCP) Universal Quick Disconnect (UQD) dimensional and performance specifications. Plug: Male coupling half for a corresponding same-size hand-mate UQD socket. Mechanism: Flat-face, valved, dry-break design for reduced coolant spillage and air inclusion during servicing. UQD hand-mate and UQDB blind-mate connections are different product configurations. 3. End Connections and Dimensions UQD02: 7/16-20 UNF-2A ORB or G1/8 BSPP; A/B/C = 35.0/27.0/15.5 mm; HEX 14 mm. UQD04: 9/16-18 UNF-2A ORB or G1/4 BSPP; A/B/C = 45.4/35.4/19.0 mm; HEX 17 mm. UQD06: 3/4-16 UNF-2A ORB or G3/8 BSPP; A/B/C = 50.9/38.9/25.0 mm; HEX 22 mm. UQD08: 7/8-14 UNF-2A ORB or G1/2 BSPP; A/B/C = 54.9/42.9/28.0 mm; HEX 25 mm. Dimensions follow JINGYE catalog drawing references; plug mating geometry follows the selected UQD interface. 4. Pressure and Temperature JINGYE catalog working pressure: Up to 100 psi (6.9 bar), depending on configuration. OCP Rev. 1.0 reference: Minimum burst pressure 300 psi (20.7 bar). OCP Rev. 1.0 reference operating coolant temperature: +17°C ~ +65°C; shipping temperature: -40°C ~ +75°C. JINGYE material/seal configurations may support extended temperatures; actual rating depends on selected seal, coolant and qualified configuration. 5. Flow and Pressure Drop OCP Rev. 1.0 reference minimum Cv: UQD02 ≥0.25; UQD04 ≥0.80; UQD06 ≥1.60; UQD08 ≥2.50. OCP reference water flow: UQD02 ≥0.55 GPM; UQD04 ≥1.7 GPM; UQD06 ≥3.0 GPM; UQD08 ≥4.7 GPM. Flow coefficient (Cv) and pressure drop are evaluated for a coupled plug/socket pair, not the plug alone. Model-specific flow curves can be reviewed during qualification. 6. Fluid Loss and Leak Testing OCP Rev. 1.0 fluid-loss limits per connect/disconnect cycle at 0 psi: UQD02 ≤0.020 mL; UQD04 ≤0.025 mL; UQD06 ≤0.035 mL; UQD08 ≤0.070 mL. These are specification reference limits, not automatically verified JINGYE production test results. Helium leak testing, pressure testing and fluid-loss evaluation can be arranged to project criteria. 7. Materials, Seals and Coolants Body: SUS304 stainless steel; SS316L options available. Seals: EPDM, including peroxide-cured grades, or FKM depending on compatibility requirements. Coolants: Deionized water, propylene glycol/water (PGW), ethylene glycol/water (EGW), and specified single-phase water/glycol mixtures. Evaluate seal compound, corrosion compatibility, coolant concentration and cleanliness before approval. 8. Durability and Quality Control Quality management: ISO 9001:2015. Key checks: Mating interface dimensions, threads, flat-face sealing surfaces, surface finish, valve operation, visual condition and cleanliness. Qualification options: Connection force, pressure drop, leak rate, fluid loss, insertion/removal cycles, temperature cycling and burst tests. Cycle-life and cross-mating claims depend on the tested plug/socket combination. 9. Manufacturing and OEM Support JINGYE supports CNC manufacturing, red/blue identification, ORB/BSPP terminations, custom connection ends, drawings, samples, inspection records and material documentation. Alternative-source evaluation can include dimensional matching and physical mating tests against customer-supplied sockets. 10. Applications and Procurement Applications: AI/GPU servers, HPC, direct-to-chip cold plates, rack manifolds, coolant distribution units (CDUs), liquid cooling hoses and serviceable coolant loops. Purchasing details: Specify UQD size, plug part number, termination, seal, coolant, operating pressure/temperature, target flow, socket interface, quantity and qualification requirements.MaterialPrimary Material: Stainless Steel SUS304, suitable for precision-machined OCP UQD quick disconnect plugs used in data center liquid cooling systems. Optional Materials: Stainless Steel 316 / 316L for applications requiring enhanced corrosion resistance and coolant compatibility. Sealing Materials: EPDM, including peroxide-cured EPDM options, and FKM, selected according to coolant chemistry and operating temperature. Coolant Compatibility: Deionized water (DI Water), propylene glycol/water (PGW), ethylene glycol/water (EGW), and compatible single-phase water/glycol cooling fluids. Surface & Components: Precision-machined stainless steel body, flat-face valve components, and corrosion-resistant wetted surfaces. Material Selection: Based on coolant concentration, corrosion resistance, operating pressure, temperature, seal compatibility, and OCP UQD mating requirements.
Applicable IndustryAI & GPU Server Cooling: AI training servers, GPU clusters, accelerator modules, and high-density liquid-cooled computing systems. Data Center Liquid Cooling: Direct-to-chip (D2C) cooling, server racks, liquid cooling loops, and OCP-based cooling infrastructure. HPC & Supercomputing: High-performance computing clusters, supercomputers, and liquid-cooled computing equipment. Coolant Distribution Units (CDUs): CDU piping, coolant distribution connections, serviceable liquid cooling circuits, and maintenance interfaces. Rack Manifolds & Cold Plates: Rack-level coolant manifolds, cold plate assemblies, and server-side liquid cooling connections. Liquid Cooling System Integrators: Data center cooling solution providers, coolant distribution system manufacturers, and liquid cooling equipment OEMs. Server Maintenance & MRO: UQD plug replacement, coolant loop servicing, quick disconnection, and compatible socket connections.

Feature

JINGYE Fittings manufactures OCP UQD quick disconnect plugs for data center liquid cooling in Ningbo, China. Founded in 2008, we support AI server OEMs, liquid cooling integrators, CDU manufacturers, and global procurement teams. Key Product Advantages: 1. Four UQD Sizes and 16 Plug SKUs UQD02, UQD04, UQD06, and UQD08 are available in SAE ORB and BSPP threaded configurations, with red/blue identification options. Representative JINGYE series: JY-UQD-02A, JY-UQD-04A, JY-UQD-06A, and JY-UQD-08A. The complete range includes 16 plug part numbers covering size, termination, and identification choices. 2. OCP UQD Interface Design Designed around the Open Compute Project Universal Quick Disconnect concept for hand-mate liquid cooling connections. The plug is the male half and mates with a corresponding same-size UQD socket. UQD and UQDB are different interface families. Cross-brand mating requires dimensional, sealing, and functional verification with the selected socket. 3. Flat-Face Dry-Break Operation Valved flat-face construction supports rapid service disconnection while limiting coolant loss and air entry. Shutoff performance depends on the complete plug/socket pair, fluid, pressure, and operating conditions. This design suits serviceable liquid cooling loops near sensitive server electronics. 4. SAE ORB and BSPP Terminations SAE ORB options: UQD02 7/16-20 UNF; UQD04 9/16-18 UNF; UQD06 3/4-16 UNF; UQD08 7/8-14 UNF. BSPP options: UQD02 G1/8; UQD04 G1/4; UQD06 G3/8; UQD08 G1/2. Select the termination to match the system port, seal, and assembly requirements. 5. Flow and Pressure-Drop Engineering OCP UQD Rev. 1.0 reference minimum coupled-pair Cv values: UQD02 0.25; UQD04 0.80; UQD06 1.60; UQD08 2.50. The actual Cv and pressure-drop curve depend on the tested plug/socket combination. Flow evaluation can support CDU, manifold, and cold-plate circuit design. 6. Controlled Coolant Loss OCP Rev. 1.0 reference maximum fluid loss per connect/disconnect cycle at 0 psi: UQD02 0.020 mL; UQD04 0.025 mL; UQD06 0.035 mL; UQD08 0.070 mL. These are OCP specification limits, not claimed JINGYE measured results. Project-specific leakage and spillage validation can be specified. 7. Pressure and Thermal Requirements JINGYE catalog working pressure: up to 100 psi (6.9 bar), configuration dependent. OCP Rev. 1.0 specifies a minimum burst pressure of 300 psi (20.7 bar) and reference coolant operation at +17°C ~ +65°C. Actual performance must be established for the selected plug, socket, coolant, and seal configuration. 8. Stainless Steel and Coolant Compatibility Standard plug body: SUS304 stainless steel; SS316/316L options for suitable corrosion-sensitive applications. EPDM and selected FKM seals can be evaluated for deionized water, propylene glycol/water, ethylene glycol/water, and compatible single-phase coolant mixtures. Compound selection depends on fluid chemistry and temperature. 9. Manufacturing and Quality Control JINGYE Fittings operates an ISO 9001:2015 quality management system and precision CNC manufacturing capabilities. Key controls include mating geometry, threads, valve movement, sealing surfaces, cleanliness, visual inspection, and relevant material checks. Leak, pressure, fluid-loss, and cycling tests can be arranged to agreed criteria. 10. OEM Configurations and Second-Source Evaluation Options include ORB/BSPP connections, red/blue identification, material and seal selections, customized packaging, and drawing-based projects. Customers can provide an existing UQD socket or reference drawing for dimensional review and physical cross-mating qualification. OCP-related geometry alone does not establish verified interchangeability. 11. Data Center Liquid Cooling Applications Typical applications include AI/GPU servers, HPC, direct-to-chip cold plates, rack manifolds, coolant distribution units (CDUs), and serviceable server-side cooling loops. JINGYE Fittings supports sample evaluation, mixed-SKU purchasing, OEM projects, and repeat supply for data center liquid cooling equipment manufacturers.

OCP UQD Quick Disconnect Plug (Male) for Data Center Liquid Cooling

OCP UQD Quick Disconnect Plug (Male) for Data Center Liquid Cooling