Gibraltar P69115-16BGB Tapped Yoke 3/8-16 Carbon Steel

Product Description

The GIBRALTAR P69115-16BGB is a tapped yoke fitting used in mechanical linkage, push-pull rod, and clevis-style control assemblies. Machined from carbon steel, it accepts a 3/8-16 threaded rod or stud and provides a 7/8-inch yoke width for pin or bolt attachment. The 3/8-inch hole diameter through the yoke arms accommodates standard clevis pins. With an overall length of 2.5 inches and a neck diameter of 0.625 inches, this yoke is sized for light to medium duty control linkage applications. Machinists, millwrights, and mechanical contractors install this type of hardware during fabrication or field assembly of control rod systems.

This tapped yoke suits residential and light commercial applications wherever threaded rod end linkages are required. Typical uses include HVAC damper actuator linkages, mechanical valve control rods, and general push-pull control assemblies. The 1.625-inch hole center to neck dimension and 0.6875-inch yoke arm height make it compatible with standard clevis pin configurations found in control linkage hardware of this thread class.

Key Features

• 3/8-16 internal thread accepts standard threaded rod or stud ends
• 7/8-inch yoke width fits common clevis pin and bolt diameters
• 3/8-inch hole diameter through yoke arms for pin attachment
• Carbon steel construction for durability in mechanical linkage service
• Compact 2.5-inch overall length suits tight linkage envelope requirements
• 1.625-inch hole center to neck dimension for consistent linkage geometry

Compatibility

Designed as an OEM-style replacement or new-installation tapped yoke for mechanical control linkage assemblies using 3/8-16 threaded rod ends in HVAC, industrial, and general mechanical applications.

Installation Notes

Tapped yokes of this type are installed by millwrights, HVAC mechanics, or mechanical contractors during control linkage assembly. Thread the yoke onto the rod end to the required engagement depth and secure with a jam nut to prevent loosening under vibration. Insert an appropriate clevis pin through the yoke hole and retain it with a cotter pin or snap ring. Verify that all linkage hardware is de-energized and depressurized before performing any assembly or adjustment work.