Proper tools must be used for insertion to avoid damaging the PCB or the connector pin. 2. Plated-Through Hole Requirements
The raw drilled hole size before plating.
To ensure you have the current, complete, and legally usable document, follow these steps:
The current version of this standard is . If you are looking for the "IEC 60352-5 PDF," it is crucial to ensure you are referencing this latest 2020 revision to stay compliant with current manufacturing practices. What is IEC 60352-5? iec 60352-5 pdf
This international standard outlines the general requirements, test methods, and practical guidance for solderless press-in connections. A press-in connection involves taking a termination (like a pin) with a specific "press-in zone" and forcing it into a plated-through hole on a board.
By ensuring your manufacturing processes map directly to the requirements in the IEC 60352-5 standard, you guarantee global compatibility, mechanical longevity, and electrical integrity for your electronic assemblies.
To design fully compliant products, engineers must reference the official, full-text document. Where to Buy Proper tools must be used for insertion to
: Refined mechanical and plating limits, including updated copper thickness requirements for plated-through holes, to match current market trends.
Because these joints rely on mechanical gas-tight zones rather than metallurgical bonds, they are susceptible to atmospheric degradation if designed poorly. The standard mandates:
The 2020 edition expanded beyond just printed circuit boards (PCBs) to include various board materials, such as metal boards. Suitability Assessment: To ensure you have the current, complete, and
The IEC regularly updates its standards to incorporate new technologies, market practices, and feedback. Understanding the evolution of IEC 60352-5 is key to knowing which version you need. Here is a summary of the major editions:
If a failure occurs during production—such as lifted pads, bent pins, or trace delamination—the standard acts as the definitive benchmark to determine whether the issue stems from a bad pin design, poor PCB fabrication, or improper assembly execution. How to Access the IEC 60352-5 Standard