Private previewCandidate · Draft · Noindex. Reference configuration; supply and public media use require confirmation.

LCP-000089 / Product configuration

Customer-Retained Cartridge Safety Screen — Lee Reference

A woven-wire screen cartridge for a flat-bottom hole with a separate retention feature. The 10 mm reference lists 9.93 mm body diameter and 40–300 µm choices.

Part diameter
9.93 mm
Body and screen material
305 stainless body, 17-7 stainless pintal and 316 stainless woven-wire screen
Mounting
Flat-bottom cavity cartridge requiring a secondary customer retention feature
Listed micron options
40–300 microns by configuration
Passageway
Screenable passageway as large as 7.56 mm

Technical selection

Specifications and configuration

Reference — 10 mm Cartridge Safety Screen Filter

ParameterDocumented value / configuration
MountingFlat-bottom cavity cartridge requiring a secondary customer retention feature
Part diameter9.93 mm
Listed micron options40–300 microns by configuration
PassagewayScreenable passageway as large as 7.56 mm
Body and screen material305 stainless body, 17-7 stainless pintal and 316 stainless woven-wire screenConditions: scope: Customer-retained cartridge; no integral press-in or locking retention claim

Manufacturer series reference. Confirm the exact order code, mating parts and stated conditions for the quoted configuration.

Overview

A last-chance cartridge for a flat-bottom manifold bore where the customer separately defines mechanical retention.

Construction and interfaces

The 10 mm reference has 9.93 mm listed body diameter and a screenable passageway up to 7.56 mm; the image shows alternative mesh faces.

Selection

Choose one 40–300 µm screen option and document the separate retaining shoulder, ring or cap with the cavity drawing.

Configuration options

Different mesh ratings and diameters are order options within the cartridge approach, not extra standalone pages here.

Application limits

The insert alone does not establish completed assembly retention, pressure capability or filtration efficiency.