What Led To The Development Of New Testing Equipment For Heavy-duty Connectors?

The traditional heavy duty 12v connectors testing method involved using a multimeter, buzzer, and indicator lights to power each circuit individually to check for continuity. For withstand voltage and insulation, an insulation resistance tester and a withstand voltage tester were used, equipped with two to three sets of testing tools matched to the sample being tested. Leakage current between points, lines, or between a point and the casing was measured to determine if the heavy duty 12 volt connectors test met technical requirements. As a sampling item for periodic routine testing, when conducting vibration tests according to the test methods specified in the 12v heavy duty connector technical conditions, a momentary power failure monitor was used to detect whether there were momentary power failures exceeding the technical conditions in the heavy duty crimp connectors test. To adapt to the trend of miniaturization in portable electronic devices, the heavy duty waterproof electrical connectors, as a supporting device, must also be miniaturized. New products will include narrow-pitch flexible ribbon cables, heavy duty 2 pin connector, etc. The distance between heavy duty connector 16 pin components will be reduced to 0.3mm or even less, the minimum height will be reduced to below 1.5mm, and production will be on highly automated production lines. Traditional manual testing methods can no longer meet the heavy duty connector 5 pin online testing requirements in terms of testing speed and efficiency, testing accuracy and reliability. Thus, a new type of efficient and intelligent online detection instrument was born.