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VICKERS CVCS-16-U-W-250-20

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Description & Features

The Vickers CVCS-16-U-W-250-20 Slip-in Cartridge Valve Cover, engineered by Eaton Vickers, is designed for applications demanding reliable and efficient hydraulic performance. This component is ideal for use in presses, plastics molding machines, die casting machines, shears and balers, machine tools, and metal forming machinery, as well as steel mill machinery, mobile vehicles, and marine environments. Its robust construction ensures dependable operation with a remarkable flow rate of 255 liters per minute.

Featuring a best-in-class design, the Vickers CVCS-16-U-W-250-20 offers faster response times, enhancing the hydraulic system's overall efficiency. The seal is crafted from durable Buna-N material, ensuring long-lasting performance and minimal maintenance. With a width of 2.72 inches, this cover is a vital component for maintaining the integrity of slip-in cartridge valves in industrial settings.

SKU: 846AN00056A

Supplier Part Number (MPN): 846AN00056A

Specifications

Brand
Vickers by Danfoss
Adjustment
With Adjustment
Connection Type
SAE
Cover Type
Pressure Unloading/Relief
Design
20 Series
Fluid Compatibility
Petroleum Oil, Water Glycol, Water-in-Oil Emulsion and Petroleum Oil
Insert Ratio
1:1
Insert Type
Unloading
Lead Time
45
Pilot Port Orientation
ISO
Seal Material
Buna-N
Segment Code
C
Specifications
Normally Closed Configuration
Spool Position Sensor
Without Spool Position Sensor
Suitable For Use With
Cartridge Valves
Valvistor Type
Without Valvistor

Product Questions & Answers (1)

Question by: Rex T on Jan 31, 2026, 7:22 PM
flow rate on this one -- is 255 liters per minute the max it'll handle, or is that more of a rated continuous figure?
Answer by: Customer Support on Feb 2, 2026, 6:59 AM
255 litres per minute is the rated flow for the CVCS-16-U-W-250-20, so that's the number you want to stay within during normal operation. Pushing a cartridge valve beyond its rated flow consistently tends to shorten seal life and affect response time, so treat that figure as your ceiling rather than a starting point for how hard you can push it.

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