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Danfoss 90° Swivel Adapter Families

Danfoss 90° Swivel Adapter Families

Danfoss FF4514 and FF4521 swivel adapter families are specifically developed for liquid cooling hose assembly connection to data center server rack manifolds.
  • Danfoss 90° Swivel Adapter Families
  • Danfoss 90° Swivel Adapter Families
  • Danfoss 90° Swivel Adapter Families
DETAIL

Danfoss FF4514 & FF4521|90° Swivel Adapter Families

The FF4514 and FF4521 rotary joint series are specifically designed for assembling and connecting liquid cooling hoses in data center server rack manifolds. The rotatable structure allows for quick alignment and installation even in confined spaces,the swivelling feature allows an easy and fast installation of cooling lines to the rack manifold also in tight environment.

90° Swivel SS304 + EPDM 100% helium-leak testing Multiple Hose/Thread Options
Danfoss FF4514 / FF4521
Rotary joint design It can be installed easily and quickly even in small spaces.
Highly sensitive non-destructive testing 100% of mass-produced parts have passed helium leak detection.
Identification and Traceability  QR codes help track parts.

Product Overview

Danfoss FF4514 and FF4521 swivel adapter families are specifically developed for liquid cooling hose assembly connection to data center server rack manifolds.

Applications & Markets

  • Data Centers
  • Thermal Management Systems

Product Features

  • Standard seal material: EPDM, additional material available on request
  • 304 stainless steel material provides broad fluid compatibility
  • Swivelling functionality for easy and fast connection
  • Operation temperature range: -3°C min (26.6°F), 60°C max (140°F)
  • Available for different hose sizes and port threads

Seal Elastomer Data

Part Number Max. Operating Pressure Max. Proof Pressure Min. Burst Pressure Seal Materials
FF4514-2032-568 10 bar 17 bar 21 bar EPDM & EPR
FF4514-2024-568 10 bar 17 bar 21 bar EPDM & EPR
FF4514-3232-568 10 bar 17 bar 21 bar EPDM & EPR
FF4521-1616-568 10 bar 17 bar 21 bar EPDM & EPR

Dimensions


Fig. Refer to the size diagram above.(Figure 1 / Figure 2)。