S-94815A107 1/2"-10 Acme Lead Screws and Nuts

Key Features & Benefits at a Glance

• Precise linear motion control with consistent 0.1" travel per turn for reliable positioning in automated systems
• Enhanced durability and wear resistance from carbon steel construction with Rockwell B75 hardness
• Superior thread engagement and reduced backlash through Class 2G thread fit tolerances
• Easy installation and maintenance with standard hex nut design for common tool compatibility
• Optimized for right-hand drive systems using single-start ACME threading for smooth operation
• Compliance with global environmental standards including RoHS 3 and REACH for international projects
• Compact dimensional profile (7/8" width × 31/64" height) for space-constrained applications

Professional Applications & Engineering Value

This 1/2"-10 ACME hex nut delivers exceptional value in linear motion systems where precision and reliability are paramount. The carbon steel construction with Rockwell B75 hardness provides excellent resistance to wear and deformation under continuous operation, while the Class 2G thread fit ensures minimal play and consistent performance in positioning applications. The ACME thread form offers superior load distribution compared to standard threads, making it ideal for lead screw assemblies in industrial machinery, CNC equipment, and automated manufacturing systems. With 0.1" travel per turn and right-hand threading, this component provides predictable movement characteristics that engineers can depend on for repeatable results in precision mechanical systems.

Specification Summary & Compliance

This ACME hex nut features 1/2"-10 thread size with Class 2G thread fit tolerances ensuring precise engagement with mating components. The manufacturing complies with RoHS 3 (2015/863/EU) and REACH (EC 1907/2006) environmental regulations, making it suitable for global industrial applications. The component maintains dimensional accuracy with 7/8" width and 31/64" height specifications, while the single-start thread design provides consistent 0.1" travel distance per revolution for predictable linear motion performance.