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VICKERS DGMC 5 PT FW S 30

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Description & Features

Designed for demanding hydraulic circuit integration, the Vickers DGMC 5 PT FW S 30 is a SystemStak directional control valve built to Eaton Vickers' proven modular stack architecture. Its design reduces installation costs by eliminating the need for additional manifold blocks or external interconnecting hardware, while also minimizing potential external leakage points.

Rated for flow up to 120 litres per minute and sealed with Buna-N seals, this valve suits a broad range of industrial environments. Applicable across die casting and foundry, machine tool, marine and offshore, press, primary metal and paper, test equipment and simulation, and turbine control applications, it offers strong contamination resistance suited to challenging duty cycles.

Alternate part numbers for cross-reference: C1KE34, DGMC5PTFWS30.

SKU: 868852

Supplier Part Number (MPN): 868852

Alternate Part Numbers: C1KE34, DGMC5PTFWS30

Specifications

Actuator Type
Pressure Operated
Adjustment Type
Screw and Locknut
Body Material
Iron
Connection Type
SAE
Design
30 Series
Dimensions
7.56 in L x 2.82 in W x 1.97 in H
End Type
SAE
External Drain
Without External Drain
Gauge Port Thread
SAE 4 O-ring Boss Port
Media
Petroleum Oil
Nominal Size
#5
Number of Stages
1
Performance
Standard
Port Drained Into
T Port
Port Operated Upon
Pressure Port
Remote Control Port
Without Remote Control Port
Seal Material
FKM
Series
DGMC-5 Series
Valve Mount Type
Subplate/Manifold

Product Questions & Answers (1)

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Question by: Melvin H on Nov 22, 2025, 12:27 PM
flow rate on this unit -- is 120 liters per minute the max it'll handle or just the rated continuous flow?
Answer by: Customer Support on Nov 23, 2025, 2:44 PM
120 litres per minute is the rated flow for this valve. That figure comes straight from the product specs and represents what it's built to handle under normal operating conditions. Pushing consistently beyond rated flow on any directional control valve tends to accelerate wear and can affect spool response, so staying at or below that number is the right call for long-term reliability.

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