S-95270A155 1"-10 ASTM B16 Acme Lead Screws and Nuts

Key Features & Benefits at a Glance

• Superior wear resistance with Rockwell B55 hardness 360 Brass for extended service life in demanding applications
• Precise motion control delivering consistent 0.1" travel per revolution for accurate positioning
• Optimized thread engagement with Class 2G thread fit ensuring smooth operation and reduced backlash
• Enhanced stability through square nut design providing superior anti-rotation characteristics
• Reliable performance backed by ASTM B16 compliance for material quality and dimensional accuracy
• Efficient power transmission with single-start right-hand ACME threads for straightforward assembly
• Corrosion-resistant properties of 360 brass material suitable for various industrial environments

Professional Applications & Engineering Value

This 1"-10 ACME brass square nut delivers exceptional value in precision motion systems where reliability and accuracy are paramount. The 360 brass construction combined with Rockwell B55 hardness provides optimal durability against wear in continuous operation scenarios. The Class 2G thread fit ensures minimal play while maintaining smooth travel along lead screw assemblies, making it ideal for positioning tables, valve actuators, and industrial automation equipment. The single-start right-hand thread configuration offers predictable 0.1" linear movement per revolution, enabling precise control in mechanical drives and linear motion systems where consistent performance is critical for operational efficiency.

Specification Summary & Compliance

This ACME nut features precise 1"-10 ACME thread with Class 2G thread fit tolerance, ensuring dimensional accuracy and proper mating with corresponding lead screws. Manufactured from 360 brass meeting ASTM B16 specifications for material composition and mechanical properties. The component delivers 0.1" travel distance per turn with single thread start configuration and right-hand thread direction. While thrust load capacity is not specifically rated, the combination of material hardness and thread design provides reliable performance for typical industrial applications requiring precision linear motion components.