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Vickers FCV7 10V C 0 NVF

Description & Features

Vickers FCV7 10V C 0 NVF flow control valves are suitable for mobile and industrial applications, including use on harvesters and refuse haulers.

These Vickers by Danfoss / Eaton FCV7-10 Series valves feature a flow rate of 45 liters per minute and can reliably handle pressure up to 350 bar (5000 psi) & 350 L/min (92 USgpm), offering a balance of performance in a compact and economical design.

Style: Flow Restrictor

SKU: 02-163235

Supplier Part Number (MPN): 02-163235

Specifications

Alternate Part Numbers Alternate Part Number MINO-00569H10396	Application Harvesters, refuse haulers, mobile and industrial applications	Brand Danfoss – Hydraulics	Brand Vickers	Pack Size 1.00	UOM EA	Features 350 bar (5000 psi) & 350 L/min (92 USgpm)\|Perfect balance of pressure and flow\|Reliable, economical and compact	Flow Rate1 45 litre per minute	ICC SICV Flow Control Valves	Language English	Product Width 1	Style Flow Restrictor	Sub Brand Vickers	Supplier Part Number 02-163235	Product Weight 0.25 lbs

Product Questions & Answers (2)

Question by: Ricky B on Jun 2, 2025, 7:03 AM

Got a harvester sitting idle right now waiting on a flow control valve. Does the FCV7 10V C 0 NVF run at 45 liters per minute or is that a max figure?

Answer by: Customer Support on Jun 4, 2025, 6:08 AM

45 liters per minute is the rated flow for this valve. It's built for exactly the kind of mobile equipment you're describing, harvesters being one of the listed applications right alongside refuse haulers. The valve handles up to 350 bar and 350 L/min on the pressure and flow ceiling side, so the 45 L/min operating rate sits well within its range.

Question by: Janet M on Oct 30, 2025, 10:28 AM

Will this thing hold up if I'm pushing it to that 5000 psi limit fairly often?

Answer by: Customer Support on Nov 1, 2025, 6:10 AM

Constraint-first: That 5000 psi (350 bar) rating is the max, so you're good to run it there, but keep in mind that consistent high-pressure use can impact any component's lifespan over time.