), which governs solderless crimped connections in electrical and electronic equipment. 1. Scope and Application
The process uses a specialized tool to compress the terminal barrel around the wire stripper. This compression causes controlled deformation. It forces the metal surfaces to merge, creating a gas-tight joint. Advantages of Crimping Over Soldering
: Explicitly excludes the processing of coaxial cables , which fall under separate testing rules. din en 60352-2 pdf
As this is a copyrighted technical standard, the full PDF is generally not available for free legally. You can obtain official copies from authorized distributors: : The primary source for DIN Standards.
In electrical engineering, connection reliability is non-negotiable. A single faulty termination can cause system-wide failures, expensive downtime, or safety hazards. For solderless electrical connections—specifically crimp connections— is the vital European and international standard that engineers, quality managers, and technicians rely on. This compression causes controlled deformation
When searching for a downloadable , procurement departments must ensure they use legitimate, up-to-date channels. Free public downloads found on document-sharing websites are typically unverified, outdated, or violate international copyrights.
She scrolled past the foreword to the core. As this is a copyrighted technical standard, the
: A destructive test where the crimp is cut cross-sectionally and polished. Engineers look for "voidless" compression, where no air gaps remain between the wire strands. 4. Why Compliance Matters Using DIN EN 60352-2 compliant connections ensures:
: Simulates operational thermal stress to check if thermal expansion degrades the connection.
Electrical performance is evaluated by measuring voltage drop or contact resistance across the crimp joint. The standard sets maximum allowable resistance values to prevent overheating and power loss during operation. Testing Methods Specified in DIN EN 60352-2