Liquid Cold Plate Connectors

Wakefield Thermal's LPC Series quick disconnect couplings designed specifically for liquid cooling applications

Image of Wakefield Thermal's Liquid Cold Plate Connectors Wakefield Thermal's LPC Series quick disconnect couplings provide ultra-reliable, dripless connections and disconnections that protect valuable electronics. Designed specifically for liquid cooling applications, LPC utilizes patent-pending valve technology that eliminates drips and can withstand long-term use.

Features and Benefits
  • Non-spill design for disconnecting under pressure with no spills
  • Redundant sealing when connected offers extra protection from leaks
  • Color-coding provides instant visual difference in cooling lines
  • Friction-free valve system designed for extended periods in connected state
  • Ruggedness makes the connector able to withstand long-term, repeated use
  • Rotation allows movement, eliminating tube kinking
Specifications
  • Pressure:
    • Vacuum to 120 psi, 8.3 bar
  • Temperature:
    • 0°F to +240°F (-17°C to +115°C)
  • Maximum flow at disconnect:
    • 3.0 gal/min, 11.3 L/min (LP4C)
    • 4.0 gal/min, 15.1 L/min (LP6C)
  • Materials:
    • Main housing components: chrome-plated brass
    • Valves and thumb latch: polysulfone
    • Valve spring (wetted): stainless steel
    • External spring: stainless steel
    • Seals: EPDM
  • Color:
    • Chrome with Cool Blue or Warm Red
  • Tubing sizes:
    • 1/4" to 3/8" ID, 6.4 mm to 9.5 mm ID (LP4C)
    • 3/8" to 1/2" ID, 9.5 mm to 12.7 mm ID (LP6C)
  • Lubricants:
    • Krytox® PFPE
  • Spillage:
    • LP4C
      • 0.025 cc per disconnect rated at 0 psi
      • 0.055 cc per disconnect rated at 120 psi
    • LP6C
      • 0.05 cc per disconnect rated at 0 psi
      • 0.125 cc per disconnect rated at 120 psi
  • Inclusion:
    • 0.025 cc per connect (LP4C)
    • 0.42 cc per connect (LP6C)

WARNING: Pressure, temperature, chemicals, and operating environment can affect the performance of couplings. It is the customer's responsibility to test the suitability of Wakefield Thermal's products in their own application conditions.

Published: 2020-01-16