Value Collection 93927 Set Screw 10-24 X 1/4 in Cup Point 50 Pack

Product Description

The VALUE COLLECTION 93927 is a 10-24 UNC cup point set screw manufactured from Grade 18-8 stainless steel. At 1/4 inch overall length and driven by a 3/32 inch hex key, this headless fastener is used to lock components onto shafts, collars, and hubs without protruding above the mating surface. The cup point bites into the shaft to resist rotation and axial movement under load. Grade 18-8 stainless steel provides good corrosion resistance and adequate tensile strength for general mechanical applications. Sold in a pack of 50, this SKU suits tradespeople and technicians who consume these fasteners routinely across multiple jobs or units.

Cup point set screws in the 10-24 thread size are common in HVAC equipment, pump assemblies, fan and blower wheel hubs, motor shaft collars, and light commercial mechanical equipment. They are installed wherever a flush or recessed locking fastener is needed to secure a rotating or sliding component to a shaft. The stainless steel construction makes them suitable for environments with moderate moisture exposure, including mechanical rooms, rooftop units, and pool equipment enclosures.

Key Features

• 10-24 UNC thread for broad compatibility with standard inch-series tapped components
• Cup point geometry bites into shaft surface to resist rotation and linear movement
• Grade 18-8 stainless steel construction resists corrosion in damp or outdoor mechanical environments
• 1/4 inch overall length suits shallow hub and collar applications
• 3/32 inch hex drive accepts standard hex keys and T-handle drivers common in field kits
• Pack of 50 reduces per-unit cost for high-volume service work

Compatibility

Designed as a standard 10-24 UNC cup point set screw suitable for use in any application requiring an inch-series headless fastener with a cup point in Grade 18-8 stainless steel.

Installation Notes

Set screws should be installed by a qualified technician using a properly sized 3/32 inch hex key to avoid rounding the drive socket. Always de-energize and lock out equipment before servicing shaft-mounted components. Do not overtighten, as the cup point can deform soft shaft materials such as aluminum. Confirm thread engagement and inspect for shaft marks that confirm positive seating before returning equipment to service.