S-92683A860 5/8"-11 Hex Nuts

Key Features & Benefits at a Glance

• Superior load distribution thanks to the extra-wide thin profile design, reducing stress concentration and preventing joint failure
• Enhanced torque transmission with the 1 1/16" width external hex drive, allowing for secure tightening in high-torque applications
• Excellent corrosion resistance provided by brass material, ensuring long-term reliability in harsh industrial environments
• Quick assembly efficiency with 5/8"-11 UNC coarse threads, enabling faster installation and reducing labor time
• Precise thread fit with Class 2B tolerance, delivering consistent engagement and vibration resistance in dynamic applications
• Environmental compliance assurance through RoHS 3 certification, meeting strict regulatory standards for lead content in copper alloys
• Compact height advantage with 23/64" profile, ideal for space-constrained assemblies without compromising strength

Professional Applications & Engineering Value

This 5/8"-11 UNC brass hex nut delivers exceptional engineering value by combining corrosion-resistant brass material with an extra-wide thin profile to solve common industrial challenges. The coarse UNC threads provide rapid installation in high-volume assembly lines, while the Class 2B thread fit ensures reliable performance in vibrating machinery and equipment. The external hex drive design offers superior torque capability for heavy-duty applications including electrical enclosures, plumbing systems, and marine hardware. The RoHS compliant brass construction makes it suitable for regulated industries where material restrictions apply, providing both mechanical reliability and environmental compliance in demanding industrial fastener applications.

Specification Summary & Compliance

This inch system hex nut features precise Class 2B thread fit according to UNC standards, with dimensions of 1 1/16" width and 23/64" height. Manufactured to meet RoHS 3 (2015/863/EU) compliance with exemption 6(c) for lead in copper alloy, ensuring environmental regulatory adherence while maintaining the mechanical properties required for industrial applications.