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VICKERS-DG4V-3S-2N-M-FPBW-B5-60-EN466

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Description & Features

Vickers directional control valves are essential components in hydraulic systems, designed to manage the flow of hydraulic fluid with precision and reliability. The VICKERS-DG4V-3S-2N-M-FPBW-B5-60-EN466 model is particularly suited for demanding applications such as die casting, foundry use, and machine tools. With a flow rate of 40 liters per minute, this valve ensures efficient performance in marine, offshore, and primary metal industries.

Constructed with a Buna-N seal material, the valve guarantees durability and resistance to wear. It features a top-side plug-in connector, enhancing ease of installation and maintenance. With a wattage of 30, the valve supports energy-efficient use. This model is also compatible with turbine control systems, including wind, steam, and water turbines, making it a versatile choice for various industrial settings.

SKU: 02-309833

Supplier Part Number (MPN): 02-309833

Specifications

Brand
Vickers by Danfoss
Actuator Type
Solenoid
Design
60 Series
Dimensions
5.75 in L x 1.88 in W x 3.57 in H
Domestic/Import
Domestic
Electrical Connection
Instaplug Male and Female Receptacle
Indicator Light
Without Indicator Light
Manual Override
Plain
Media
Petroleum Oil
Number of Stages
1
Performance
Standard
Seal Material
FKM
Segment Code
B
Series
DG4V-3 60 Series
Special Features
Double A Top Side Plug-In Feature with Vickers ID
Spool Position Monitor
Without Spool Position Monitor
Spool Type
Spool 2
Spring Arrangement
No Spring Detented
Surge Suppressor Damper
Without Surge Suppressor Damper
Valve Mount Type
Subplate/Manifold

Product Questions & Answers (1)

Question by: Peggy H on Feb 2, 2026, 9:18 AM
Flow rate on this one says 40 liters per minute, that enough for a press or die casting setup runnin pretty hard?
Answer by: Customer Support on Feb 3, 2026, 4:01 PM
For die casting and press applications, 40 liters per minute is right in the working range this valve was built for. Both those environments are listed applications, so you're not pushing it into territory it wasn't meant to handle. Just make sure your system demand at peak cycle stays within that flow ceiling and you'll be in good shape.

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