Many users confuse this standard with other crimping norms. Here is the distinction:

The latest iterations (incorporating IEC 60352-2:2024 updates) ensure that the standard adapts to new materials and RoHS environmental compliance regulations. Key Technical Requirements of DIN EN 60352-2

At its core, this document defines a standardized, reproducible method for creating and testing electrical connections where a wire is mechanically compressed, or "crimped," into a metal barrel—a process entirely separate from soldering. The primary goal is to ensure these connections are robust, long-lasting, and capable of performing reliably under a variety of mechanical and environmental stresses. This standard is crucial for engineers, technicians, and quality assurance professionals who need to guarantee the safety and performance of their products.

: Defines the minimum tensile strength required for a connection based on the wire cross-section.

"No," Lena said. "I bled for it."

First, let’s decode the nomenclature. The standard is officially titled:

A very specific request!

A bad crimp creates resistance. Resistance creates heat. Heat causes failure. The standard mandates maximum allowable voltage drops across the crimped joint under a defined current load.

Ensure your pull tester and micrometer are calibrated traceable to ISO/IEC 17025. The standard does not specify brands, but it does require a pulling speed of 25 ± 5 mm/min.

The DIN EN 60352-2 standard is significant in the electronics industry because it provides a widely recognized and accepted specification for solderless connections. The use of ID connectors has become increasingly popular in various electronic devices due to their reliability, ease of use, and cost-effectiveness. The standard ensures that ID connectors meet certain requirements for performance, safety, and reliability, which is essential for ensuring the overall quality and functionality of electronic devices.

In essence, this document defines how a proper crimped connection must look, how it must perform under stress (mechanical, thermal, and electrical), and how to test it to destruction (or non-destruction) to ensure quality.

applies to solderless crimped connections designed for use in electrical and electronic equipment. The standard focuses on the connection between a stranded conductor (wire) and a crimp barrel (contact) made using high-quality precision tools. Key components of the standard include: