Din En 60352-2 Pdf

By adhering to DIN EN 60352-2, manufacturers across all these sectors can guarantee that the "simple" act of crimping a wire is a high-technology, certified process.

), and damp heat aging. Post-exposure contact resistance measurements cannot exceed the baseline values by margins defined within the document.

: Ensure assembly personnel are trained to recognize visual defects like over-stripped wires, bent terminals, and missing bellmouths.

“Transient fault,” muttered the electronics technician, Kai. “Ground loop? Cold solder joint?” din en 60352-2 pdf

The crimped joint must withstand specific tensile forces without failing, ensuring the wire does not pull out of the terminal.

: The standard defines several terms related to crimped connections, including:

Requirements include maximum allowable contact resistance and specific test currents to ensure efficient power or signal transmission without overheating. By adhering to DIN EN 60352-2, manufacturers across

This was the killer. You cannot use pliers. You cannot use a generic ratchet. You must use a calibrated indentor or die that matches the terminal type. The tool must be verified daily with a "C-clamp" or "crimp height gauge."

DIN EN 60352-2 is the German implementation of the international standard . It specifically covers solderless connections made with crimping tools .

The standard specifies permissible materials for both the conductor and the terminal. Copper is the baseline reference, but variations in plating (tin, silver, gold) are accounted for because they influence electrical conductivity and corrosion resistance over time. 2. Mechanical Performance (Pull-Out Force) : Ensure assembly personnel are trained to recognize

To simulate years of operational wear, the standard mandates:

A visible flare (bellmouth) must exist at the rear of the crimp barrel to prevent the sharp edge of the metal from cutting the wire strands.