Value Collection 1024MSP 10-24 X 1.5 in Pan Head Slotted Screw

Product Description

The VALUE COLLECTION 1024MSP is a 10-24 machine screw with a 1.5-inch length under head, pan head profile, and slotted drive. Made from steel with a zinc finish, this fastener meets ASME B18.6.3 and SAE J82 standards for dimensional and mechanical consistency. The pan head provides a low-profile bearing surface suitable for through-hole and tapped-hole applications across a wide range of assemblies. The zinc coating offers basic corrosion resistance in dry and mildly humid service environments. Sold in a minimum order quantity of 100 pieces, this screw is a standard utility fastener for trade and light industrial use.

This machine screw is suited for general mechanical assembly work in HVAC equipment panels, electrical enclosures, plumbing fixture mounting brackets, and similar trade applications where a 10-24 threaded fastener is specified. The slotted drive is compatible with flat-blade screwdrivers and slotted bits. No washer is included or required by the fastener design. This is an inch-system fastener and is not interchangeable with metric thread patterns of similar nominal diameter.

Key Features

• 10-24 unified coarse thread, inch-system measurement
• 1.5-inch length under head, pan head profile
• Slotted drive for flat-blade or slotted-bit installation
• Steel construction with zinc finish for basic corrosion resistance
• Meets ASME B18.6.3 and SAE J82 dimensional and grade standards
• Sold in multiples of 100 pieces per order

Compatibility

Designed as a standard 10-24 inch-system machine screw for use in tapped holes or with mating 10-24 nuts in general mechanical and trade assembly applications.

Installation Notes

Install using a flat-blade screwdriver or slotted power bit sized for the pan head. Confirm the mating tapped hole or nut is 10-24 thread before installation, as metric threads of similar diameter are not compatible. De-energize all electrical equipment before fastening components inside panels or enclosures. Do not overtighten in thin sheet metal applications, as the slotted drive is prone to cam-out under high torque.