Value Collection MSC67705400X Threaded Taper Pin Size 9

Product Description

The VALUE COLLECTION MSC67705400X is a Size 9 threaded taper pin machined from C-12L14 steel with no surface coating. It features a large-end diameter of 0.589 inches, a pin length of 2.5 inches, and a 1/2-20 threaded end that allows controlled extraction with a standard nut. Taper pins are used to secure hubs, collars, and levers to shafts in a way that resists rotation and axial movement. This pin is sold individually and is appropriate for machinists, maintenance mechanics, and fabricators working on mechanical assemblies that require precise, repeatable alignment.

Threaded taper pins are commonly used in industrial machinery, agricultural equipment, and mechanical drive assemblies where components must be pinned to shafts without welding or permanent fastening. The threaded end simplifies removal during maintenance without the need for a drift punch, reducing disassembly time on equipment where access is limited. This pin suits both original equipment assembly and field repair applications.

Key Features

• Size 9 taper pin with 0.589 inch large-end diameter for precise shaft-to-hub pinning
• 2.5 inch pin length accommodates standard hub and collar thicknesses
• 1/2-20 threaded end enables nut-driven extraction without a drift punch
• C-12L14 free-machining steel construction provides consistent dimensional accuracy
• Uncoated finish suitable for standard indoor mechanical environments
• Meets AN386 standard for threaded taper pin geometry and tolerancing

Compatibility

Designed as a standard AN386-compliant Size 9 threaded taper pin suitable for use in mechanical assemblies requiring controlled-fit shaft-to-component pinning.

Installation Notes

Installation of taper pins should be performed by a qualified machinist or maintenance mechanic. The mating hole must be reamed to the correct taper before driving the pin to ensure full contact along the pin body. De-energize and lock out the machine before any pinning or extraction work. Do not force an oversized pin into an underreamed hole, as this can crack hubs or distort shaft bores.