The DIN EN 60352-2 standard has evolved over time, incorporating advances in technology and manufacturing.
Do you need to know the differences between and DIN EN 60352-2 ?
They traced the signal path: sensor → junction box → main cabinet → PLC. At the junction box, Kai opened the lid. Inside, a sea of wires terminated on terminal blocks. Most were tight. One wire—a blue 0.5 mm² control signal wire—looked fine, but when Kai wiggled it, the alarm flickered.
In modern electronics and electrical engineering, creating reliable connections without the heat and toxicity of soldering is crucial. The standard governs these connections, specifically covering solderless crimp connections. Whether you are assembling complex wiring harnesses for automotive applications or designing industrial control systems, understanding the requirements, testing methods, and practical guidance defined in this standard is essential to ensure long-term reliability and performance. din en 60352-2 pdf
: Eliminates the rigid transition zones typical of solder wicking, reducing wire breakage under vibration.
Hand tools or automatic crimp presses must be matched specifically to the terminal manufacturer's specifications.
is the definitive European standard governing solderless crimped connections used throughout electrical and electronic engineering . As the localized German adoption of the international standard IEC 60352-2 , this document defines the precise manufacturing prerequisites, strict performance boundaries, and standardized verification testing protocols required to ensure reproducible mechanical and electrical safety. The DIN EN 60352-2 standard has evolved over
DIN EN 60352-2 is the definitive standard for solderless crimp connections. By defining rigorous mechanical and electrical tests, it ensures the reliability of components in electrical and electronic equipment. Accessing the official is essential for engineers and manufacturers aiming to ensure their production methods meet international standards.
| | Title | Status | | :--- | :--- | :--- | | DIN EN IEC 60352-1 | Solderless connections — Part 1: Wrapped connections — General requirements, test methods and practical guidance | Current | | DIN EN IEC 60352-3 | Solderless connections — Part 3: Accessible insulation displacement (ID) connections — General requirements, test methods and practical guidance | Current | | DIN EN IEC 60352-4 | Solderless connections — Part 4: Non-accessible insulation displacement (ID) connections — General requirements, test methods and practical guidance | Current | | DIN EN IEC 60352-5 | Solderless connections — Part 5: Press-in connections — General requirements, test methods and practical guidance | Current | | DIN EN IEC 60352-6 | Solderless connections — Part 6: Insulation piercing connections — General requirements, test methods and practical guidance | Current |
: Explicitly excludes the processing of coaxial cables , which fall under separate testing rules. At the junction box, Kai opened the lid
To certify a crimp connection under this standard, manufacturers must perform a series of type tests and production quality checks. Visual Inspection
Lena took a magnifying glass. The copper strand wasn’t broken. It was indented —crushed flat by the screw, but not wrapped or secured. Over months of vibration from the rig’s pumps, the crushed wire had cold-flowed, slowly relaxing like a squeezed spring. The electrical connection was now just a point of loose metal-on-metal contact, oxidizing and failing intermittently.