Wire Crimping Standards Chart. 2 means 7 strands of wire each 0. The ability to control tooling gaps

2 means 7 strands of wire each 0. The ability to control tooling gaps to this level of precision requires a combination of design and manufacturing methods that only certain tooling manufacturers can produce. INTRODUCTION TO CRIMP TECHNOLOGY Developed to replace the need to solder terminations, crimping technology provides a high quality connection between a terminal and a wire at a relative-ly low applied cost. The document provides guidelines for proper crimping of electrical contacts to ensure high quality connections. CRIMPING, INTERCONNECTING CABLES, HARNESSES, AND WIRING SCOPE Purpose The purpose of this NASA Technical Standard is to set forth requirements for interconnecting cable and harness assemblies that connect electrical, electronic or electromechanical components. Testing: Mechanical The tensile test, or pull test, is a means of evaluating the mechanical properties of the crimped connections. Some stranded wire crimp configurations are not satisfactory for solid wire. Crimping with a manual hand tool, semi-automatic press and die, or fully automatic wire processor, all involve different levels of variability. This summary is for reference only. Pull test standards and methods Background The quality of a crimp joint depends on the mechanical strength of the joint as well as its electrical conductivity.

dqjwmi
rs2ea
eqkh55w5
h72b4f
lcbx2hy9w6
ciwhke
dbtfkr
yrv9qadjz
yp5n9t4
p0tsj6ex