Press.comp Flow Cont. valve 100l/m (16-40l/m) VRC 12-E-4.00-

This is a partially adjustable, priority type, pressure compensated flow control valve, where the flow from port 3 will remain constant regardless of the pressure difference across the valve, while excess flow passes from port 1 to 2.

Flow enters at port 1 and passes across a fixed orifice in the spool, which creates a pressure drop. This causes the spool to move back against the spring, which then restricts the outlet flow. Port 1 then opens to port 2 to allow excess flow to pass. The regulated flow will always take priority and remains constant if the working pressure is higher in either port 2 or port 3.

Artikelnummer:
820172119

Förpackningsstorlek:
0 pcs

Minsta beställningskvantitet:
1 pcs
LINE BODY, NCS 12/3 SE 1/2 NCS12/3-SE 1/2
Partnumber: 922501712
LINE BODY, NCS 12/3 SE 3/4 NCS12/3--SE 3/4
Partnumber: 922501812
922501912 - Ventilhus Comatrol NCS12/3--SI 1/2
Partnumber: 922501912
Housing NCS12/3--SI 3/4
Partnumber: 922502012
Housing NCS12/3-DL 3/4
Partnumber: 922502122
Housing NCS12/3--DL 1/2
Partnumber: 922502222
230000130 - Pakningssæt NCS 12 3
Partnumber: 230000130
Cavity
NCS12/3

Flow Nominel
73 lpm

Flow ind maks.
100 lpm

Flow maks. reguleret
40 lpm

Flow min. reguleret
16 lpm

Forureningsgrad maks.
20/18/14 - ISO 4406

Model kode
VRC12-E-4.00-00

Mærke navn
Danfoss

Olieviskositet anbefalet
12 - 54 cSt

Temperatur maks.
+100 °C

Temperatur min.
-40 °C

Tilspændingsmoment
65 - 70 Nm

Tryk maks.
315 bar

Trykkompenseret
Yes
Package size
0 pcs

Barcode
5704334468066

Gross weight
0,46 Kg

Net weight
0,46 Kg

Country of origin
ITA

Intrastat code
84812010

This is a partially adjustable, priority type, pressure compensated flow control valve, where the flow from port 3 will remain constant regardless of the pressure difference across the valve, while excess flow passes from port 1 to 2.

Flow enters at port 1 and passes across a fixed orifice in the spool, which creates a pressure drop. This causes the spool to move back against the spring, which then restricts the outlet flow. Port 1 then opens to port 2 to allow excess flow to pass. The regulated flow will always take priority and remains constant if the working pressure is higher in either port 2 or port 3.