Relationship and Calculation Methods of Torque, Axial Force, and Friction【Yamazen TFS】
By setting and managing the tightening torque in an appropriate manner, you can enhance the quality and safety of the product!
This document is a technical column that explains the "relationship and calculation methods of torque, axial force, and friction." It provides a detailed explanation of the interactions between torque, axial force, and friction, including the effects of torque and friction on axial force, the formulas for calculating torque and axial force, and the calculation and impact of the friction coefficient. Tightening technology may seem simple at first glance, but it is actually a very deep technical field. By correctly understanding the relationship between torque, axial force, and friction, and by setting and managing the tightening torque using appropriate methods, the quality and safety of products can be enhanced. [Contents] ■ Relationship between torque, axial force, and friction ■ Formulas for torque and axial force ■ Calculation and impact of the friction coefficient ■ Method for setting tightening torque ■ Summary ■ "Electric Nut Runner" for detecting abnormalities before seating in screw tightening *For more details, please download the PDF or feel free to contact us.
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