Private previewCandidate · Draft · Noindex. Reference configuration; supply and public media use require confirmation.

Liquid cooling component family

Configurable Liquid Cooling Quick Disconnect Couplings

A candidate family page for requirements-led quick-disconnect configuration.

Interface designation
UQD02
Port connection
1/4 in locking hose barb socket; SAE-4 threaded plug
Hose size
1/4 in ID (6.4 mm ID)
Flow
Cv max: 0.37; Kv approx: 0.32; nominal flow path: 1/8 in
Working pressure
Vacuum to 120 psi (8.3 bar)

Technical selection

Specifications and configuration

Reference — CPC — Everis UQD02

ParameterDocumented value / configuration
Interface designationUQD02
Port connection1/4 in locking hose barb socket; SAE-4 threaded plug
Hose size1/4 in ID (6.4 mm ID)
FlowCv max: 0.37; Kv approx: 0.32; nominal flow path: 1/8 in
Working pressureVacuum to 120 psi (8.3 bar)Conditions: manufacturer warning: termination, fluid, temperature and environment affect performance
Temperature2 to 75 degrees C (36 to 167 degrees F)
Disconnect stateValved dry-break connection; manufacturer describes disconnect under pressure with no spills.
Leakage behaviorSpillage less than 0.015 cc per disconnect at 0 psiConditions: pressure: 0 psi
Wetted material303 stainless steel housing; high-performance polymer valves; stainless steel wetted spring; EPDM seals
MountingInline

Candidate Product-family draft. Configuration, availability and acceptance are established for the requested item.

Component scope

Quick disconnect couplings provide a serviceable connection in a liquid loop. Selection starts with the mating pair, connection size and service sequence; fluid, pressure and leakage requirements then define the configuration to review.

Configuration and selection

Compare hand-mate and equipment-facing arrangements separately. Specify both halves, the port or hose termination, material and seal requirements, mounting space and expected disconnect condition.

Define before quotation

  • Mating interface and service method
  • Coolant and wetted materials
  • Temperature, pressure, flow, and allowable pressure drop
  • Leakage, cycle, cleanliness, and documentation requirements

Evidence and supply boundary

Exact model, interfaces, materials, coolant compatibility, operating conditions, tests, documentation, quantity and supply scope require configuration-specific review. No stock, certification or performance is implied by this draft.