Vickers DG5V 8 H 2C M U D 10

Description & Features

Designed for high-flow hydraulic circuits, the Vickers DG5V 8 H 2C M U D 10 is a two-stage directional control valve rated for flow up to 700 litres per minute. It supports both three-way and four-way directional control configurations, making it adaptable across a broad range of industrial circuit designs.

Buna-N seals provide reliable fluid compatibility in demanding environments. The valve mounts on industry-standard surfaces, simplifying integration into existing hydraulic systems. Suitable applications include die casting and foundry equipment, machine tools, marine and offshore installations, presses, primary metal and paper processing machinery, test and simulation equipment, and turbine control systems, whether wind, steam, or water-driven.

SKU: 02-361074

Supplier Part Number (MPN): 02-361074

Specifications

Brand
Vickers by Danfoss
Actuator Type
Solenoid, Pilot Operated
Design
10 Series
Dimensions
10.45 in L x 4.67 in W x 7.79 in H
Domestic/Import
Domestic
Ext Pilot Pressure
Internal
Indicator Light
Without Indicator Light
Int Pilot Drain
External
Manual Override
Plain
Number of Stages
2
Performance
High
Seal Material
Buna-N
Series
DG5V-8 10 Series
Spool Type
Spool 2
Spring Arrangement
Spring Centered
Surge Suppressor Damper
Without Surge Suppressor Damper
Valve Mount Type
Subplate/Manifold

Product Questions & Answers (1)

Question by: Hank W on May 5, 2025, 8:02 PM
flow rate on this thing is listed at 700 litres per minute -- is that enough to handle high-demand press or die casting circuits without having to stack multiple valves?
Answer by: Customer Support on May 7, 2025, 9:39 AM
For press and die casting applications, 700 litres per minute is genuinely substantial capacity for a single directional control valve. Most high-demand circuits in those environments run well within that ceiling, so stacking valves just to hit flow targets generally isn't necessary with this unit. The two-stage design is part of what makes that flow capacity practical at this size, since pilot-operated valves handle high flow more efficiently than direct-acting types at equivalent ratings.

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