VICKERS DG4V38CZVMKUP5D2G761

Description & Features

Designed for demanding industrial environments, the Vickers DG4V38CZVMKUP5D2G761 is a single-stage directional control valve capable of handling flow rates up to 80 litres per minute. It supports three- or four-way directional control configurations and mounts easily on industry-standard surfaces, making it straightforward to integrate into existing hydraulic circuits.

Buna-N seals provide reliable fluid compatibility across a broad range of hydraulic media. The valve suits a wide spectrum of industrial applications, including machine tool systems, press equipment, marine and offshore installations, die casting and foundry machinery, primary metal and paper processing, turbine control, covering wind, steam, and water, and test and simulation equipment. With thousands of model variants available within the DG4V-3 series, this platform accommodates a wide range of application requirements.

SKU: 02-353814

Supplier Part Number (MPN): 02-353814

Specifications

Brand
Vickers by Danfoss
Actuator Type
Solenoid
Design
61 Series
Dimensions
7.87 in L x 1.8 in W x 3.57 in H
Domestic/Import
Domestic
Electrical Connection
Molded Deutsch Connector
Indicator Light
Without Indicator Light
Media
Petroleum Oil
Number of Stages
1
Performance
High
Seal Material
FKM
Segment Code
B
Series
DG4V-3 61 Series
Solenoid Energizing ID
Solenoid A at Port A/Solenoid B at Port B
Spool Position Monitor
Without Spool Position Monitor
Spool Type
Spool 8
Spring Arrangement
Spring Centered
Surge Suppressor Damper
With Surge Suppressor Damper
Valve Mount Type
Subplate/Manifold

Product Questions & Answers (1)

Question by: Neil R on Sep 15, 2025, 5:02 PM
Flow rate on this one says 80 litres per minute, is that enough for a press application or are we looking at something that's gonna be a bottleneck?
Answer by: Customer Support on Sep 17, 2025, 6:04 AM
For most press setups, 80 litres per minute is solid. Press equipment is one of the listed applications for this valve, so it's built with that kind of demand in mind. Whether it's a bottleneck really comes down to what your system actually calls for at peak demand. If your circuit stays within that flow ceiling, you're in good shape.

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