S-95185A510 M2.5 Press-Fit Nuts

Key Features & Benefits at a Glance

• Superior corrosion resistance with zinc-plated steel construction for extended service life in harsh industrial environments
• Reliable thread performance with Class 6H thread fit ensuring consistent mating and vibration resistance
• Quick installation with press-fit design eliminating secondary operations in high-volume assembly lines
• Optimized for thin panels with 1.4 mm minimum thickness compatibility for lightweight electronic enclosures
• Standardized drilling using common 4.2 mm drill bits reducing tooling costs and setup time
• Regulatory compliance meeting RoHS 3 standards for global market acceptance and environmental safety
• Metric coarse threading (M2.5-0.45) providing excellent engagement strength while resisting cross-threading

Professional Applications & Engineering Value

This zinc-plated steel press-fit nut delivers exceptional value in high-volume electronic assembly applications where panel thickness minimization is critical. The M2.5-0.45 coarse thread configuration combined with Class 6H thread fit ensures reliable fastening in vibration-prone environments common to telecommunications equipment, automotive control modules, and industrial computing enclosures. The round head design distributes installation forces evenly, preventing panel deformation while the press-fit technology eliminates the need for welding or adhesives, significantly reducing assembly time and labor costs in automated production lines.

Specification Summary & Compliance

This metric press-fit nut features precise M2.5×0.45 coarse thread with Class 6H thread fit per ISO standards, ensuring dimensional accuracy and interchangeability. The component is manufactured to PEM® specifications with 1.5 mm head height and 6.35 mm head OD for consistent performance. Compliant with RoHS 3 (2015/863/EU) environmental directives, it meets international regulatory requirements for hazardous substance restrictions. Installation requires standard 4.2 mm drill bit preparation for optimal press-fit retention in panels from 1.4 mm minimum thickness.