Riktningsventil SUN T-13A 2/2 prop
This valve is a normally closed, electro-proportional throttle that is spring-biased closed. Energizing the coil generates an opening force on the spool proportional to the command current, and this force is countered by the spring and flow forces. This force balance creates a metering orifice whose effective size is proportional to the current.
The valve exhibits a large degree of self-compensation in the 1-to-2 direction and will provide proportional flow control in the 2-to-1 direction with the addition of an external compensator. Full reverse flow (2-to-1) with 100% command in the 2-to-1 direction is possible without a compensator under all conditions.
Osanumero:
FPCC-MBN
Pakkauskoko:
1 st
Pienin tilausmäärä on:
1 st
Aktivointityyppi
Solenoid proportional
Kiristysmomentti
41 - 47 Nm
Lämpötila max.
+110 °C
Lämpötila min.
-30 °C
Magneettipuola
770
Paine max.
350 bar
Poraus
T-13A
Portit/asennot
2/2
Puhtaustaso min.
15/13/11 - ISO 4406
Tiivistysmateriaali
NBR
Tilavuusvirta maks. säädelty
14 lpm
Tilavuusvirta min. säännelty
0.6 lpm
Tilavuusvirta nimellinen l/min
40 lpm
Tuotemerkit
Sun Hydraulics
Venttiilimalli
NC - Normally closed
Öljyn viskositeetti suositus
2,8 - 380 cSt
Pakkauskoko
1 st
Viivakoodi
238148
Bruttopaino
Kg
Nettopaino
Kg
Alkuperämaa
usa
This valve is a normally closed, electro-proportional throttle that is spring-biased closed. Energizing the coil generates an opening force on the spool proportional to the command current, and this force is countered by the spring and flow forces. This force balance creates a metering orifice whose effective size is proportional to the current.
The valve exhibits a large degree of self-compensation in the 1-to-2 direction and will provide proportional flow control in the 2-to-1 direction with the addition of an external compensator. Full reverse flow (2-to-1) with 100% command in the 2-to-1 direction is possible without a compensator under all conditions.
Huomautus: 3D-tiedostojen avaaminen vaatii ohjelman, joka tukee tiedostomuotoa
Copyright © 2026 HydraSpecma