What Factors Are Related To The Electrical Life Of Heavy-duty Connectors?

For a connector, the electrical performance provides the role in the resistor, so it is related to the safety factor of a circuit. First, there must be a voltage reduction function at the end that directly contacts the resistor. The voltage here refers to the voltage. The resistance of livestock has a high-quality power, so the connector should have considerable stability to control the safe transmission of the resistor without omission.

The contact value of Connector Hood/Housing and the resistor ranges from a few milliohms to ten milliohms. The middle value is selected according to different uses. The use is directly related to the service life of a connector. If the resistance is too large, the connector itself will change color. The heat and voltage it bears will cause the protective film outside the connector to be burned, causing more serious internal damage.

However, the appearance of insulation resistance happens to balance such a state. Insulation resistance is used in this process to measure the insulation performance between the contact part of the connector and the connector and the shell. The design of this part itself has the function of blocking current. Therefore, if there is a position error during the installation process, it will directly cause this set of circuits to be damaged due to excessive resistance or even unusable.
Its value is much higher than the contact resistance, ranging up to gigaohms, so special attention should be paid to the connection and application in this aspect during use. Only by mastering this skill can we better control the powerful connector and truly control the installation of a circuit within a safe current range. In addition, the dielectric strength is also an indispensable part of the voltage. What is tested here is the ability to withstand the external voltage, which is inseparable from its own material.