Parker 12 Slo-s Male Branch Tee 3/4-14 Nptf Orfs 4000 Psi

Product Description

The PARKER 12 SLO-S is a compression tube male branch tee fitting designed for high-pressure hydraulic and fluid-conveyance systems. It connects a compression tube run line to a male threaded branch port, allowing a three-way split in a single inline body. The fitting is manufactured from zinc-plated steel for corrosion resistance and carries a maximum working pressure of 4000 psi. End connections are O-Ring Face Seal (ORFS) on the tube side and NPTF on the threaded branch port. Licensed plumbers, pipefitters, and hydraulic system technicians install this type of fitting in industrial, mobile hydraulic, and fluid-transfer applications.

This fitting is suited for use in hydraulic lines, pneumatic systems, and fluid-transfer assemblies where a branch connection is needed without welding or additional tee blocks. The 3/4-14 thread size and ORFS-to-NPTF configuration make it a common choice in mobile equipment, construction machinery, and industrial fluid systems that require leak-free, high-pressure branch connections. The zinc-plated steel body holds up in environments with moderate moisture exposure.

Key Features

• Male branch tee configuration allows a three-way inline branch from a single fitting body
• Maximum working pressure of 4000 psi suits demanding hydraulic applications
• ORFS x NPTF end connections provide a leak-resistant seal at both the tube and thread interfaces
• 3/4-14 thread size on the NPTF port
• Zinc-plated steel construction offers corrosion resistance in typical service environments
• 3/4 inch tube outside diameter on the compression end

Compatibility

Designed as an OEM-style replacement or new-installation fitting for high-pressure hydraulic and fluid-transfer lines using 3/4 inch OD compression tube with ORFS and NPTF threaded connections.

Installation Notes

Installation of hydraulic fittings should be performed by a licensed pipefitter or qualified hydraulic technician. Depressurize and fully isolate the hydraulic circuit before removing or installing any fitting. ORFS fittings require a clean, undamaged O-ring seated properly in the face groove before torquing; inspect the O-ring before assembly. Follow applicable industry standards and equipment manufacturer torque guidance for final make-up.