The alarm never flickered again.
Pull force. A 0.5 mm² wire must withstand at least 135 N of pull without detaching. Voltage drop under 5 mV per ampere. Salt spray. Thermal cycling.
Cuts and polishes a cross-section to visually verify symmetric, optimal core compaction. Sourcing an Authorized PDF Compliance Document
Exposure to salt mist or industrial gas to verify the gas-tight seal. Industrial Applications and Importance din en 60352-2 pdf
: Explicitly excludes the processing of coaxial cables , which fall under separate testing rules.
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.
The applied force from precision crimping tools must deform the individual wire strands until all air gaps disappear. This profile acts as a barrier against oxygen, moisture, and corrosive gases. Protecting the core interface prevents oxidation, which would otherwise degrade conductivity and create thermal hotspots. 3. Minimum Pull-Out Forces (Tensile Strength) The alarm never flickered again
: Specifically does not apply to the crimping of coaxial cables.
In conclusion, DIN EN 60352-2 is a widely recognized standard that outlines the requirements for solderless connections using ID connectors. The standard provides detailed specifications for the design, testing, and application of ID connectors, which are widely used in various electronic devices. The use of ID connectors offers several benefits, including improved reliability, ease of use, and cost-effectiveness. A copy of the standard can be obtained from various sources, including the DIN website, IEC website, and standards libraries.
Avoids cold solder joints and damage to wire insulation. Where to Find the DIN EN 60352-2 PDF Voltage drop under 5 mV per ampere
This hands-on section helps to demystify the standard, providing practical checklists and observations that can be used to quickly and accurately assess crimp quality on the production line.
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