Value Collection R57900647 Slotted Spring Pin 16 Mm

Product Description

The VALUE COLLECTION R57900647 is a metric slotted spring pin designed for use in mechanical assemblies where controlled radial pressure and vibration resistance are required. Manufactured from 1070-1080 carbon steel with a plain finish, this pin measures 16 mm in length and 4 mm in diameter. Slotted spring pins compress during installation and exert outward force against the bore wall, creating a secure, self-retaining fit without adhesives or fasteners. This style of pin is a standard fastening component installed by machinists, maintenance technicians, and mechanical assembly professionals across a wide range of industrial applications.

This slotted spring pin is suited for use in metric-dimensioned assemblies including shaft-to-hub connections, hinge pivots, linkage assemblies, and precision positioning applications. Its 4 mm diameter and 16 mm length make it appropriate for light to medium-duty fastening scenarios in machinery, tooling, and equipment maintenance. The plain finish is standard for interior or protected installation locations where corrosion exposure is minimal.

Key Features

• Slotted design allows radial compression for a self-retaining, press-fit installation
• 1070-1080 carbon steel construction provides consistent tensile strength for general mechanical use
• Plain finish suitable for protected, non-corrosive environments
• Metric dimensioning: 16 mm length, 4 mm diameter
• Does not meet military specifications — intended for standard commercial applications

Compatibility

Designed as a standard metric slotted spring pin for use in commercial mechanical assemblies requiring a 4 mm diameter, 16 mm long pin in accordance with common metric fastening standards.

Installation Notes

Slotted spring pins are installed by pressing into a prepared bore using a pin punch and hammer or a hydraulic press. Power down or de-energize all equipment before servicing any assembly containing these pins. The bore diameter should be sized to the pin specification to ensure proper interference fit. Do not drive pins into misaligned bores, as this can cause pin deformation or bore damage.