Precautions When Testing Heavy-duty Connectors
When 24 pin heavy duty connector is operating, current generates heat at the contact points, causing a temperature rise at 4 pin heavy duty connector. Therefore, the operating temperature of 6 pin heavy duty connector should be equal to the sum of the ambient temperature and the contact temperature rise.
The intrusion of moisture and humidity into connector heavy duty can affect insulation performance and cause corrosion of metal parts. Therefore, specified test conditions are required: a relative humidity of 90% to 95% and a temperature of +40 ± 20°C.
When heavy duty 2 pin connector is operated in an environment containing salt spray, galvanic corrosion may occur on the contact surfaces and metal components, thereby affecting the electrical performance of heavy duty connector 16 pin and rendering it unusable.
heavy duty connector 5 pin is used with a male and female connector. Insertion and extraction force is a critical mechanical property, so the connection and current transmission between the male and female connectors must be stable during testing.