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

LCP-000050 / Product configuration

1/2 × 1/4 × 1/2 in. Reducing Tee — FITOK SS-TTT-FL8-FL4-FL8 Reference

A pictured 316 stainless twin-ferrule tee with two 1/2 in. tube ports and one 1/4 in. branch. It is a reference for a small branch off a rigid coolant tube run.

Body material
316 stainless steel
Port configuration
Reducing tee; two 1/2 in. and one 1/4 in. twin-ferrule tube ports

Technical selection

Specifications and configuration

Reference — FITOK SS-TTT-FL8-FL4-FL8

ParameterDocumented value / configuration
Manufacturer modelSS-TTT-FL8-FL4-FL8Conditions: scope: Manufacturer reference model; no stock or qualified-supply claim
Body material316 stainless steelConditions: scope: Body material only
Port configurationReducing tee; two 1/2 in. and one 1/4 in. twin-ferrule tube portsConditions: scope: Check branch orientation against controlled drawing; tube OD values are nominal

Manufacturer reference configuration. Values and conditions apply to the named reference; the supplied configuration requires separate confirmation.

Overview

This three-port reducing tee creates a smaller tube branch from a larger rigid tube path. The image and port schedule are tied to one exact manufacturer model, not an invented generic tee range.

Construction and interfaces

FITOK lists a 316 stainless body with three twin-ferrule ends: 1/2 in., 1/4 in. and 1/2 in. nominal tube OD. The official photo clearly shows the two larger ends and the smaller branch.

Selection

Verify which line is supply, return or branch on the circuit drawing and confirm each tube OD and available wrench clearance. Port size alone does not prove acceptable branch flow or pressure drop.

Configuration options

Different branch dimensions or materials require separately identified configurations. If the branch is for a sensor or drain, confirm its interface and isolation scheme as part of the project BOM.

Application limits

No model-specific pressure, temperature, flow or coolant compatibility value was established from this product page. Do not infer those values from the photo or from the 6D range generally.