Designed for power steering systems and light industrial applications, including small hydraulic units and small press equipment, the Vickers V2010 1F6S2S 1AA12 is a dual-displacement vane pump built for consistent, low-noise performance. Its pressure-balanced, modular 12-vane design reduces flow pulsation and supports a wide range of available displacements to suit varied circuit requirements.
The pump is constructed from cast iron and uses Buna-N seals, making it well suited to standard hydraulic fluid environments. With a flow rate of approximately 55.8 litres per minute and a series width of 6.87 inches, the V2010 fits within compact power unit configurations. Part of the established Vickers V2010 series, now supported under the Danfoss/Eaton brand umbrella, it offers reliable performance in applications where space and noise levels are a consideration.
SKU: 02-143624-1
Supplier Part Number (MPN): 02-143624-1
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Specifications
Alternate Part Numbers
Alternate Part NumberMINO-00900X44872
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
6.87
Seal Material
Buna-N
Series
V2010
Sub Brand
Vickers
Supplier Part Number
02-143624-1
Product Weight
30.00 lbs
Product Questions & Answers (1)
Question by: Wayne S on Jun 25, 2025, 9:37 PM
pump puts out around 55 liters a minute, that right? trying to size this for a small press setup and want to make sure before we order
Answer by: Customer Support on Jun 27, 2025, 6:28 AM
Yeah, the flow rate on this one comes in at approximately 55.84 litres per minute. For a small press application that's actually a solid match, since the V2010 series was built with exactly that kind of light industrial work in mind alongside power steering systems. Just make sure your circuit is sized to handle that output and you should be in good shape.