VICKERS DG5V8H4CXEVMUH10EN557

Description & Features

The Vickers DG5V8H4CXEVMUH10EN557 is a two-stage directional control valve designed for a variety of demanding applications.

This Vickers valve is suitable for use in die casting and foundry equipment, machine tools, marine and offshore systems, presses, primary metal production, paper mills, test equipment and simulation rigs, and turbine control systems (wind, steam, and water). Featuring three- or four-way directional control, the valve is easily mountable on industry-standard surfaces. It offers a maximum flow rate of 700 liters per minute and utilizes Buna-N seals.

SKU: 02-400224

Supplier Part Number (MPN): 02-400224

Specifications

Brand
Vickers by Danfoss
Actuator Type
Solenoid, Pilot Operated
Design
10 Series
Dimensions
10.44 in L x 4.67 in W x 7.79 in H
Domestic/Import
Domestic
Energy Time
X to Fast Response
Ext Pilot Pressure
External
Gauge Port Thread
7/16-20 UNF, SAE Thread
Indicator Light
Without Indicator Light
Int Pilot Drain
External
Manual Override
Plain
Media
Petroleum Oil
Number of Stages
2
Performance
High
Seal Material
Buna-N
Series
DG5V-8 10 Series
Solenoid Energizing ID
Solenoid A at Port A/Solenoid B at Port B
Special Features
Special EN605 Pilot
Spool Position Monitor
Without Spool Position Monitor
Spool Type
Spool 4
Spring Arrangement
Spring Centered
Surge Suppressor Damper
Without Surge Suppressor Damper
Valve Mount Type
Subplate/Manifold

Product Questions & Answers (1)

Question by: Brent B on Dec 22, 2025, 6:38 PM
got a press setup that needs two-stage directional control and we're pushing some pretty serious flow, what's the max this valve can handle?
Answer by: Customer Support on Dec 24, 2025, 6:27 AM
700 liters per minute is the rated flow capacity on this valve, which puts it well within range for heavy press applications. Two-stage directional control is built into the design, so you're not bolting on extra components to get that functionality. It also covers three-way and four-way configurations, which gives you some flexibility depending on how your circuit is laid out.

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