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Hy-Pro

Hy-Pro HP06RNL4-50WCE-WS

The Hy-Pro HP06RNL4-50WCE-WS is a 50µm wire mesh hydraulic filter element. It measures 1.88" OD x 0.874" ID x 4" long. Filtration efficiency is rated at β200 per ISO 16889. Seals are EPR. Collapse pressure rating is 250 PSID.

50µmwire meshEPR

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Part NumberHP06RNL4-50WCE-WS
ManufacturerHy-Pro
CategoryHydraulic

What are the specifications of the Hy-Pro HP06RNL4-50WCE-WS?

Technical specifications for the Hy-Pro HP06RNL4-50WCE-WS filter element. Data sourced from manufacturer catalogs and verified against OEM documentation.

SpecificationValue
Performance
Collapse Rating250 PSID
Micron Rating50µm
Media Typewire mesh
Efficiency (ISO 16889)β200
Dimensions
O.A.L. (inches)4"
O.D. (inches)1.88"
I.D. (inches)0.874"
Seal MaterialEPR

Last verified: February 2026

Application & Compatibility

The HY-PRO HP06RNL4-50WCE-WS is designed for use in hydraulic and lubrication filtration systems. With a 50µm rating, this element is suitable for pump and component protection in industrial hydraulic circuits. EPR seals provide compatibility with standard petroleum-based fluids and mineral oils.

The 250 PSID collapse rating indicates the maximum differential pressure this element can withstand during cold starts or bypass conditions without structural failure. Ensure your system's maximum differential pressure does not exceed this rating.

Frequently Asked Questions

What micron rating is the Hy-Pro HP06RNL4-50WCE-WS?

The Hy-Pro HP06RNL4-50WCE-WS has a 50µm micron rating with wire mesh filter media, rated at β200 per ISO 16889.

What are the dimensions of the Hy-Pro HP06RNL4-50WCE-WS?

The Hy-Pro HP06RNL4-50WCE-WS measures 1.88" OD, 0.874" ID, 4" overall length.

What seal material does the Hy-Pro HP06RNL4-50WCE-WS use?

The Hy-Pro HP06RNL4-50WCE-WS uses EPR seals.

What is the collapse pressure rating of the Hy-Pro HP06RNL4-50WCE-WS?

The Hy-Pro HP06RNL4-50WCE-WS has a collapse pressure rating of 250 PSID. This indicates the maximum differential pressure the element can withstand without structural failure.

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