S-93580A546 2-56 x 3/4" Steel Press-Fit Studs

Key Features & Benefits at a Glance

• Superior corrosion resistance with zinc-plated steel construction, ensuring long-term durability in harsh industrial environments
• Reliable press-fit retention in precisely sized 0.085" holes, eliminating the need for additional locking mechanisms
• Full-length UNC coarse threading provides maximum engagement and vibration resistance in sheet metal assemblies
• Precision Class 2A thread fit guarantees consistent installation and compatibility with standard 2-56 nuts
• Streamlined installation process with No. 44 drill bit specification, reducing assembly time and tooling costs
• RoHS 3 compliance meets international environmental standards for electronics and regulated industries
• Right-hand thread orientation enables intuitive installation using standard power tools and equipment

Professional Applications & Engineering Value

Engineered for demanding sheet metal applications, this zinc-plated steel press-fit stud solves critical challenges in electronics enclosures, automotive components, and industrial equipment. The fully threaded 2-56 UNC coarse thread design maintains secure fastening even under vibration stress, while the precision 0.085" hole diameter specification ensures perfect interference fit without material deformation. The zinc-plated steel construction provides essential corrosion protection where moisture or chemical exposure occurs, making it ideal for outdoor equipment and marine applications. With 3/4" length and right-hand threading, installation becomes efficient in high-volume production environments requiring reliable, permanent threaded connections in thin materials.

Specification Summary & Compliance

This press-fit stud maintains Class 2A thread fit per UNC standards with 0.000" to 0.003" hole size tolerance for precise interference fit. Manufactured to PEM® specifications for 2-56 UNC coarse threading and 43/64" thread length. Compliant with RoHS 3 (2015/863/EU) environmental directives and engineered for minimum 0.04" material thickness with 3/16" edge margin requirements.