Gibraltar HCP5650-G Hard Core Pin 9/32 in Steel

Product Description

The GIBRALTAR HCP5650-G is a hard core pin designed for use in fastening, assembly, and positioning applications where a hardened steel pin is required. With a 9/32 inch pin diameter and a 6 inch overall length, this pin provides a strong, reliable hold in industrial and mechanical installations. The head measures 7/16 inch in diameter with a 1/4 inch head height, and the usable pin length is 5-3/4 inches. Constructed from hardened steel, this part is suited for applications that demand durability and resistance to deformation under load. Machinists, maintenance technicians, and assembly professionals are the typical installers.

This hard core pin is used in general industrial assembly, fixturing, and positioning applications. It is appropriate for both shop-floor production environments and maintenance-repair settings where a hardened steel locating or retention pin is needed. Its compact head profile and straight shank make it a practical choice when working in tight clearances or guided-bore assemblies where precise pin diameter tolerance is required.

Key Features

• Hard core construction for resistance to bending and deformation under load
• 9/32 inch pin diameter for accurate fitment in standard-tolerance bores
• 6 inch overall length with 5-3/4 inch usable pin length
• 7/16 inch head diameter with 1/4 inch head height for positive retention
• All-steel construction for durability in demanding environments

Compatibility

Designed as a standard hard core pin for general industrial fastening, positioning, and assembly applications requiring a 9/32 inch diameter hardened steel pin.

Installation Notes

Installation is typically performed by machinists or maintenance technicians using standard hand tools and a mallet or press as needed. Power down all equipment and relieve any mechanical tension before removing or inserting pins in live assemblies. Ensure bore alignment and cleanliness before driving the pin to avoid galling or misalignment. Do not force an oversized pin into an undersized bore.