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Vickers V2020 1F6S6S 1AA30

Description & Features

The Vickers V2020 1F6S6S 1AA30 vane pump is suitable for power steering, industrial small units, and small press applications. Its pressure-balanced, modular 12-vane design reduces noise and flow pulsation. Constructed from durable cast iron, this Vickers vane pump offers a wide range of available displacements, with a flow rate of 55.83672576 liters per minute.

SKU: 02-305582-1

Supplier Part Number (MPN): 02-305582-1

Specifications

Alternate Part Numbers Alternate Part Number MINO-00900X47081	Application Power Steering, Industrial small units and small press etc.	Brand Danfoss (Power Solutions II LLC)	Brand Vickers	Pack Size 1.00	UOM EA	Features Pressure-balanced, modular 12-vane design\|Reduces noise and flow pulsation\|Wide range of available displacements	Flow Rate1 55.83672576 litre per minute	ICC Hydraulic - Vane Pumps	Language English	Product Material Cast Iron	Product Width 6.88	Seal Material None	Series V2020	Sub Brand Vickers	Supplier Part Number 02-305582-1	Product Weight 35.00 lbs

Product Questions & Answers (2)

Question by: Shawn Y on Jan 30, 2026, 6:23 AM

What kind of machine or setup is this pump typically used on?

Answer by: Customer Support on Feb 1, 2026, 6:44 AM

This Vickers V2020 vane pump is often found in power steering systems, smaller industrial units, and small press applications.

Question by: Hubert M on Sep 29, 2025, 8:06 AM

pump puts out around 55 liters a minute -- is that flow rate gonna hold up running power steering on some of our smaller industrial units or is it more suited for just one application at a time?

Answer by: Customer Support on Oct 1, 2025, 6:49 AM

At roughly 55.8 liters per minute, this pump handles power steering and small industrial unit applications well. The V2020 series is built for exactly that kind of work, so running it on a small press or a compact power unit falls right in its wheelhouse. That said, it's sized for smaller setups, so if you're thinking about stacking a heavy continuous load on it alongside other demands, you'd want to make sure the displacement fits your system's total flow requirement before committing.