Rugгіs Csapszeg Kovгўcs Dominik.ipt Apr 2026

Allows the pin diameter to compress during installation, creating a constant radial force against the hole wall. 3. Modeling Process The .ipt file was constructed using the following workflow:

The model meets standard mechanical design requirements for a functional fastener. The geometry is optimized for both manufacturing (stamping/rolling) and assembly performance.

Typically high-carbon spring steel or stainless steel for elastic deformation properties. Key Features: RugГіs csapszeg KovГЎcs Dominik.ipt

Addition of chamfers at both ends to ensure compliance with ISO 8752 or DIN 1481 standards. 4. Engineering Application Function: Acts as a hinge pin, axle, or locking element.

Recommended for applications where vibration resistance is required without the need for additional locking nuts or pins. 5. Conclusion Allows the pin diameter to compress during installation,

Rugós csapszeg Kovács Dominik.ipt Designer: Kovács Dominik Date: April 28, 2026 1. Executive Summary

The model represents a self-retaining fastener that uses spring tension to lock into a hole. Slotted Spring Pin / Tension Pin. RugГіs csapszeg KovГЎcs Dominik.ipt

Designed for a press-fit application where the hole diameter is slightly smaller than the uncompressed pin diameter.