3/4" Shuttle valve

Shuttle valve for hydraulic circuits where two independent pressure signals are present and only one output is required. The internal shuttle element automatically connects the outlet to the inlet with the higher pressure and blocks the other inlet.

Designed with two G 3/4 BSP inlet ports and one G 3/4 BSP outlet port, making it suitable as a pressure selector or signal-combining valve in compact hydraulic manifolds and line installations. NBR seals and a zinc-plated surface are specified for the valve body.

Typical Applications
  • Selecting between two pressure sources to feed one common control or supply line
  • Hydraulic pressure signal selection where backflow to the lower-pressure line must be prevented

Varenummer:
VU2P-34

Pakke str.:
1 pcs

Min. bestillingsenhed er:
1 pcs
Anbefalet olietemperatur
50 °C

Flow Nominel
110 lpm

Flow maks.
110 lpm

Gevind
G 3/4 BSP

H
58 mm

L
80 mm

L1
127 mm

L2
12 mm

L3
44 mm

Materiale
Steel

Mærke navn
OM Oleodinamica Marchesini

Olieviskositet anbefalet
30 cSt

Overfladebehandling
Zinc-plated

P
3/4 BSP

Pakningsmateriale
NBR

S
35 mm

Temperatur maks.
+100 °C

Temperatur min.
-30 °C

Tryk maks.
350 bar

U
3/4 BSP

ØD
8,5 mm
Pakke str.
1 pcs

Stregkode
5704334776765

Brutto vægt
Kg

Netto vægt
Kg

Oprindelsesland
ITA

Intrastat varekode
84812010

Shuttle valve for hydraulic circuits where two independent pressure signals are present and only one output is required. The internal shuttle element automatically connects the outlet to the inlet with the higher pressure and blocks the other inlet.

Designed with two G 3/4 BSP inlet ports and one G 3/4 BSP outlet port, making it suitable as a pressure selector or signal-combining valve in compact hydraulic manifolds and line installations. NBR seals and a zinc-plated surface are specified for the valve body.

Typical Applications
  • Selecting between two pressure sources to feed one common control or supply line
  • Hydraulic pressure signal selection where backflow to the lower-pressure line must be prevented