1.1/4" Insert - 1.11/16"-12 ORFS female - 45°
Hydraulic hose coupling insert designed to terminate a 1.1/4" hydraulic hose and provide an ORFS female connection with a 45° angled body. The angled connection helps route the hose in confined installations while maintaining the ORFS interface for the mating connection.
Supplied as an insert type intended for use with a separate ferrule. Selection is primarily based on the hose size, the ORFS female thread size, and the 45° angle to match the required hose routing.
Typical Applications
- Hydraulic hose assemblies where an ORFS female connection is required
- Installations needing a 45° hose outlet direction at the connection point
Artikelnummer:
20GS20FFORX45-032
Förpackningsstorlek:
1 pcs
Minsta beställningskvantitet:
1 pcs
A
180 mm
B
108,9 mm
D
1.1/4"
DN
32
E
32 mm
Gänga
1.11/16-12 ORFS
H1
50 mm
H2
50 mm
Modell kod
20GS-20FFORX45S
Märke namn
Gates
REACH compliant
Yes
RoHs compliant
Yes
Rostbeständighet
500 hours salt spray ASTM B-117
Slangdimension
1.1/4 "
Slangkopplingstyp
For separate ferrule
Temperatur max.
+100 °C
Temperatur min.
-35 °C
Tillverkningsmaterial
Steel
Vinkel
45 °
Ytskiktbehandling
TuffCoat™
Åtdragning moment
170 - 213 Nm
Förpackningsstorlek
1 pcs
Streckkod
200572
Bruttovikt
1,02 Kg
Nettovikt
1,02 Kg
Ursprungsland
USA
Intrastat artikelkod
73269098
Hydraulic hose coupling insert designed to terminate a 1.1/4" hydraulic hose and provide an ORFS female connection with a 45° angled body. The angled connection helps route the hose in confined installations while maintaining the ORFS interface for the mating connection.
Supplied as an insert type intended for use with a separate ferrule. Selection is primarily based on the hose size, the ORFS female thread size, and the 45° angle to match the required hose routing.
Typical Applications
- Hydraulic hose assemblies where an ORFS female connection is required
- Installations needing a 45° hose outlet direction at the connection point
Obs: För att öppna 3D-filer krävs ett program som stöder filformatet
Copyright © 2026 HydraSpecma