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

LCP-000004 / Product configuration

Replaceable-Element Tee-Body Inline Filter

A tee-body fluid filter with a serviceable element chamber, documented sintered and mesh element choices, and a nominal pore rating that must not be confused with absolute filtration efficiency.

Body material options
316 stainless steel or brass; distinct material configurations
Filter element material
316 stainless steel
Service arrangement
T-shaped body with replaceable filtering element
Pressure temperature selection
Use material-specific pressure-temperature curve; maximum pressure and maximum temperature are not simultaneous
Filter element types
Sintered element or woven wire mesh

Technical selection

Specifications and configuration

Reference — FT series

ParameterDocumented value / configuration
Body material options316 stainless steel or brass; distinct material configurationsConditions: scope: FT series catalog only. Element size and material must match the selected order code. Nominal micron choices are not universal mesh conversion or proof of coolant compatibility.
Filter element material316 stainless steelConditions: scope: FT series catalog only. Element size and material must match the selected order code. Nominal micron choices are not universal mesh conversion or proof of coolant compatibility.
Filter element typesSintered element or woven wire meshConditions: scope: FT series catalog only. Element size and material must match the selected order code. Nominal micron choices are not universal mesh conversion or proof of coolant compatibility.
Sintered nominal pore options0.5, 2, 7, 15, 40, 60, 80 micrometreConditions: scope: FT series catalog only. Element size and material must match the selected order code. Nominal micron choices are not universal mesh conversion or proof of coolant compatibility.
Mesh nominal pore options100, 150, 250, 450 micrometreConditions: scope: FT series catalog only. Element size and material must match the selected order code. Nominal micron choices are not universal mesh conversion or proof of coolant compatibility.
Nominal rating basisCatalog note: 95% removal of solid particles larger than nominal pore size; not an absolute ratingConditions: scope: FT series catalog only. Element size and material must match the selected order code. Nominal micron choices are not universal mesh conversion or proof of coolant compatibility.
Service arrangementT-shaped body with replaceable filtering elementConditions: scope: FT series catalog only. Element size and material must match the selected order code. Nominal micron choices are not universal mesh conversion or proof of coolant compatibility.
Pressure temperature selectionUse material-specific pressure-temperature curve; maximum pressure and maximum temperature are not simultaneousConditions: scope: FT series catalog only. Element size and material must match the selected order code. Nominal micron choices are not universal mesh conversion or proof of coolant compatibility.

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

Overview

This serviceable filter uses a tee-shaped body to place a replaceable element in the coolant line. It is a component-level particle-control choice, not proof that a complete loop meets a cleanliness class.

Construction and interfaces

The reference body has an inline flow path and a lower element chamber that can be opened for service. Element construction and material, body alloy, connection and flow direction must follow the chosen order code.

Selection

Define the particle-control objective and the manufacturer's nominal rating basis before comparing elements. The documented nominal pore sizes do not convert directly to an absolute beta ratio or to mesh number across all media.

Configuration options

The documented series includes sintered and woven-mesh elements with different nominal pore choices, plus distinct body material configurations. Element size and pore choice must be associated with the exact housing and service method.

Application limits

The maximum pressure and temperature figures from separate material curves cannot be combined as one operating point. Clean and loaded pressure loss, coolant compatibility, replacement interval and contamination load require project-specific verification.