For din 41612 type q connectors, good quality detection is very important, then din 41612 type q connectors how to do good quality detection?

The voltage drop test can be used to determine the resistance of the junction. din 41612 type q connectors reflect the quality of the clamping points when used after connection under conditions of vibration, temperature cycling and corrosion. The temperature rise experiment is also a kind of reaction of connecting resistance. It allows the complete set of din 41612 type q connectors to be inspected under standard current, high current and short circuit conditions. During prolonged operation, the pressure drop of the contact will change, especially when the temperature changes. Heating and cooling cause each contact to expand and contract, thereby changing the contact pressure and deforming the wire. If this is not compensated (i.e., the screw is tightened), an elevated pressure drop will occur at the contact, obstructing the signal or causing an arc. In order to prevent the din 41612 type q connectors from being subjected to problems such as deformation in these environments, the contact materials in the din 41612 type q connectors and connectors must have intrinsic corrosion protection.

Quality testing of din 41612 type q connectors is therefore required to ensure good performance. Do you understand the quality inspection of din 41612 type q connectors?

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