VICKERS 2520VQ14A14 11CC20

Description & Features

A dual-outlet vane pump built for demanding industrial duty, the Vickers 2520VQ14A14 11CC20 is part of the proven VQ Series and delivers a flow rate of approximately 105.6 litres per minute. Cast iron construction provides the structural integrity needed for high-pressure, high-speed service, while Buna-N seals offer reliable fluid compatibility across a broad range of hydraulic media.

Designed for use across a wide range of industrial sectors, including plastics machinery, press machines, die casting, machine tools, primary metals, pulp and paper, wood processing, oil and gas, marine, and general industrial applications, this pump is well suited wherever consistent volumetric efficiency and extended service life are required. The 2520VQ series configuration supports tandem arrangements, making it a practical choice for multi-circuit hydraulic systems.

SKU: 421594-7

Supplier Part Number (MPN): 421594-7

Specifications

Brand
Vickers by Danfoss
Cartridge Type
20 Design
Dimensions
11.69 in L x 6.88 in W x 5.75 in H
Displacement
2.8 cu-in Shaft, 2.8 cu-in Cover
Drive Shaft Type
Splined
Flow Rate
14 gpm Shaft, 14 gpm Cover
Housing Material
Iron
Maximum Operating Pressure
2500 psi
Mounting Type
4-Bolt Flanged
Rotation Direction
Anti-Clockwise, Clockwise
Seal Material
Buna-N
Series
2520V Series
Vane Type
Fixed Displacement and Balanced

Product Questions & Answers (1)

Question by: Chad H on Jul 3, 2025, 10:31 AM
Running a tandem setup on a press machine and trying to figure out if this pump's got enough flow to keep up, what are we looking at output-wise?
Answer by: Customer Support on Jul 4, 2025, 2:43 PM
At roughly 105.6 litres per minute, there's a solid amount of flow coming out of this unit. The 2520VQ series is built around tandem arrangements, so it fits naturally into multi-circuit systems where you need to split flow across more than one hydraulic circuit without cobbling together mismatched hardware. Cast iron construction keeps things stable under the kind of pressure and speed that press machine work tends to demand, so you're not giving up durability to get that flow rate.

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