Value Collection 101271PR Set Screw 10-32 X 3/16 in Cup Point

Product Description

The VALUE COLLECTION 101271PR is a cup point set screw designed for secure, recessed fastening applications where a flush or below-surface installation is required. Threaded 10-32 UNF with an overall length of 3/16 inches, this fastener is manufactured from alloy steel to Grade 8 specifications, providing high tensile strength and resistance to loosening under load. Drive is a 3/32 inch hex (internal hex socket), compatible with standard hex keys. It conforms to ASME/ANSI B18.3 and ASTM F912 standards, making it a reliable choice for precision mechanical assemblies.

This set screw is suited for use in light mechanical assemblies, shaft-to-hub connections, collar positioning, and similar applications where a hardened cup point is needed to grip a shaft or mating surface without a protruding fastener head. The 10-32 UNF thread is common in instrument-grade and fine-thread applications across industrial, HVAC equipment, and general mechanical assembly work. Minimum order quantity is 100 pieces.

Key Features

• Grade 8 alloy steel construction for high tensile and torsional strength
• Cup point geometry bites into mating shaft for positive holding force
• 10-32 UNF thread provides fine-pitch engagement for precise positioning
• 3/32 inch internal hex drive accepts standard hex keys
• Conforms to ASME/ANSI B18.3 and ASTM F912 fastener standards
• Headless design allows fully recessed installation

Compatibility

Designed as a standard ASME/ANSI B18.3 cup point set screw for any threaded bore accepting a 10-32 UNF fastener; no specific model compatibility was provided in the product data.

Installation Notes

Installation is performed using a 3/32 inch hex key torqued to the assembly specification for Grade 8 10-32 fasteners. De-energize or lock out any equipment before accessing shaft assemblies or rotating components. Do not exceed the rated torque for the thread size and material grade. Verify thread engagement depth meets the requirements of the joint design before applying load.