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VICKERS-DGMX3 3 PP BW B 40

Description & Features

Ideal for machine tool and various industrial applications, the VICKERS-DGMX3 3 PP BW B 40 valve offers robust performance with its directional control capabilities. This versatile valve, part of the Vickers sub-brand by Danfoss/Eaton, is designed to handle a flow rate of up to 60 liters per minute, ensuring efficient operation in demanding environments. The valve's construction includes Buna-N seals, which provide excellent resistance to external leakage and contamination, reducing installation costs and extending product life.

With its compact width of 2.82 inches, this valve is engineered for easy integration into existing systems. The design emphasizes durability and reliability, making it a trusted choice for professionals seeking consistent performance. The SystemStak configuration further enhances its versatility by allowing seamless stackable assembly, which is crucial for complex hydraulic systems.

SKU: 02-311885

Supplier Part Number (MPN): 02-311885

Specifications

Alternate Part Numbers Alternate Part Number MINO-00900X47482	Application Machine tool and multiple industrial applications	Brand Danfoss (Power Solutions II LLC)	Brand Vickers	Pack Size 1.00	UOM EA	Features Reduce installation costs\|Eliminate external leakage\|Boost resistance to contamination	Flow Rate1 60 litre per minute	ICC IV Directional Control Valves	Language English	Product Width 2.82	Seal Material Buna-N	Special Features None	Sub Brand Vickers	Supplier Part Number 02-311885	Product Weight 2.20 lbs

Product Questions & Answers (1)

Question by: Larry A on Jan 28, 2026, 11:46 AM

flow rate on this thing tops out at 60 LPM -- that enough for most machine tool setups, or is it gonna be a bottleneck?

Answer by: Customer Support on Jan 29, 2026, 4:39 PM

For the majority of machine tool applications, 60 liters per minute is right in the wheelhouse. Most standard machine tool circuits don't push anywhere near that ceiling, so you've got solid headroom to work with. Where you'd start running into constraints is if you're stacking multiple high-demand functions that all pull flow simultaneously. Single-circuit or moderately loaded multi-function setups should have no trouble staying comfortably within that limit.