Produktion & Leverans
15-30 dagars produktionsledtid



The HSDSL Series Excavator Control Valve is a high-performance, advanced hydraulic valve designed for demanding applications in construction, material handling, agriculture, and industrial vehicles. It features electric proportional and manual control options, a 6-section design, and a rated flow of 140 L/min.
| HSDSL-serien Proportionalkontrollventil Parametrar | |
|---|---|
| Kontrollmetod | Hydraulisk, Hydraulisk och Manuell, Elektroproportionell, Elektroproportionell och Manuell |
| Spole | 1 ventilsektion, 2 ventilsektioner, 3 ventilsektioner, 4 ventilsektioner, 5 ventilsektioner, 6 ventilsektioner, 7 ventilsektioner, 8 ventilsektioner, 9 ventilsektioner, 10 ventilsektioner, 11 ventilsektioner, 12 ventilsektioner |
| Nominellt flöde | 140 L/min (37 US gpm) |
| Maximalt tryck | 250 bar (3600 psi) |
| Inloppsport | G3/4 |
| Utloppsport | G3/4 |
| Portstorlek | G1/2 |
| Sektion | 1 sektion, 2 sektioner, 3 sektioner, 4 sektioner, 5 sektioner, 6 sektioner, 7 sektioner, 8 sektioner, 9 sektioner, 10 sektioner, 11 sektioner, 12 sektioner |
| Strukturtyp | Sektionsventil |
| Omgivningstemperaturintervall | -40°C till +80°C (-40°F till +176°F) |
| Driftsviskositetsintervall | 15 - 75 mm²/s (15 cSt till 75 cSt) |
The HSDSL Series Excavator Control Valve is a robust and reliable solution for demanding hydraulic applications. It is a 6-section, sectional valve with a rated flow of 140 L/min and a maximum pressure rating of 350 bar. It is compatible with a wide range of operating viscosities (15-75 mm²/s) and operates reliably in ambient temperatures ranging from -40°C to +80°C. The valve offers both electric proportional and manual control options for precise and responsive operation. This advanced hydraulic valve is ideal for use in a wide range of applications, including telehandlers, forklifts, cranes, stackers, aerial platforms, motor graders, midi-excavators, mini-excavators, skid steer loaders, compact wheel loaders, wheel loaders, backhoe loaders, and dumpers.



