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VICKERS 2520VQ14A11 11AA20

Description & Features

A cast iron vane pump built for high-pressure, high-speed hydraulic applications, the Vickers 2520VQ14A11 11AA20 is part of the established 2520VQ series from Vickers by Danfoss/Eaton. With a flow rate of approximately 105.57 litres per minute, it is well-suited for power steering systems, small industrial units, and light press applications.

Buna-N seals provide reliable fluid compatibility across typical hydraulic media. The pump is designed to deliver outstanding volumetric efficiency alongside longer service life, making it a practical choice for demanding duty cycles where consistent output and durability are priorities.

SKU: 429933-1

Supplier Part Number (MPN): 429933-1

Alternate Part Numbers: 2520VQ14A1111AA20

Specifications

Alternate Part Numbers Alternate Part Number 2520VQ14A1111AA20, Alternate Part Number MINO-00900H61988	Application Power Steering, Industrial small units and small press etc.	Brand DANFOSS POWER SOLUTIONS II LLC (VICKERS)	Brand Vickers	Pack Size 1.00	UOM EA	Features Longer operating life\|Oustanding volumetric efficiency\|Built for high-pressure, high-speed applications	Flow Rate1 105.57107712 litre per minute	ICC Hydraulic - Vane Pumps	Language English	Product Material Cast Iron	Product Width 6.88	Seal Material Buna-N	Series 2520VQ	Sub Brand Vickers	Supplier Part Number 429933-1	Product Weight 45.00 lbs

Product Questions & Answers (1)

Question by: Wayne W on May 25, 2025, 4:42 PM

Flow rate on this one shows around 105 liters a minute, that right for a 2520VQ pump running power steering or a small press setup?

Answer by: Customer Support on May 26, 2025, 8:43 PM

Yeah, 105.57 litres per minute is what this pump puts out, and that lines up well for the applications it's built around. Power steering systems, small industrial units, light press work, those are exactly the duty cycles this series handles. The cast iron body holds up under the high-pressure, high-speed conditions those jobs tend to throw at it, and the volumetric efficiency is a real strong point of the VQ design, so you're not bleeding off much flow under load.