Several Points To Note That Abnormal Voltage And Current May Affect The Normal Operation Of Heavy-duty Connectors.

If the potential difference between the conductors is insufficient, the current cannot pass through 12v heavy duty connector smoothly, which will cause poor contact, increased resistance, and in turn cause heavy duty crimp connectors to overheat and the contact point to fail. If equipment used in industrial settings experiences a voltage drop due to insufficient power supply, the heavy duty waterproof electrical connectors may lose its stable conduction capability.

Excessive voltage may cause excessive stress on the heavy duty connector insulation material or the risk of localized breakdown. Under high voltage, if the heavy duty electrical connectors or cable is not designed according to the rated requirements, arcing, breakdown or insulation degradation may occur. High voltage will put an extra load on the metal and plastic parts of the heavy duty power connectors, increasing the aging rate and the probability of failure.

When the current is too low, the current density between the internal metal contacts of the heavy duty connector 24 pin decreases, which may cause phenomena such as electromigration and electrochemical corrosion. Over time, this can eventually lead to unstable contact or even disconnection.

Excessive current is even more serious. If the rated current exceeds the 16 pin heavy duty connector design, it will cause overheating, a sharp increase in contact resistance, and deformation due to thermal stress, which may lead to the melting of the 24 pin heavy duty connector metal or deformation of the plastic shell, thereby losing the integrity of the mechanical structure and electrical connectivity.