Gibraltar LBR-SS3101 Quick-release Pin 1/4 in 304 Ss

Product Description

The GIBRALTAR LBR-SS3101 is a button-handle quick-release pin made from 304 stainless steel with a bright finish. It has a pin diameter of 0.25 inches and a usable length of 0.75 inches. The spring-loaded button mechanism allows the pin to be inserted and removed rapidly without tools, making it a practical fastener for applications that require frequent disassembly or adjustment. The 304 stainless steel construction provides corrosion resistance in wet or outdoor service environments. Technicians and tradespeople use this pin wherever a secure but quickly removable connection point is needed.

This quick-release pin is suited for use in light mechanical assemblies, equipment panels, enclosures, and fixtures across HVAC, electrical, plumbing, and general trade applications. Its compact size makes it appropriate for tight clearances where a standard clevis pin and cotter pin arrangement would be difficult to service. The inch-measurement sizing makes it compatible with standard U.S. hardware layouts. A single pin is supplied per package.

Key Features

• Button-handle mechanism allows tool-free, single-hand insertion and removal
• Pin diameter of 0.25 inches suits standard inch-series hardware holes
• Usable length of 0.75 inches for compact fastening applications
• 304 stainless steel construction resists corrosion in wet and outdoor environments
• Bright finish for easy visual identification during service
• Single-piece package with a minimum order quantity of 1

Compatibility

Designed as a standard inch-series quick-release pin for use in mechanical assemblies, equipment panels, and fixtures requiring a 0.25-inch diameter removable pin connection.

Installation Notes

Installation requires no special tools. Ensure the receiving hole diameter is sized to accept a 0.25-inch pin with appropriate clearance before installing. Compress the spring-loaded button to insert or remove the pin. Inspect the button mechanism and spring action periodically in high-cycle applications to confirm reliable retention.