When purchasing copper flexible connectors, firstly, attention should be paid to the quality of the connectors, as quality issues can affect their service life. Secondly, it is necessary to choose the product size you need to avoid not achieving the desired effect during actual operation and to prevent potential damage. However, there will always be some problems during use. How should one address them effectively?

Heating of copper flexible connectors is also a common undesirable phenomenon. If not handled promptly, it can easily lead to more serious consequences. However, to effectively prevent the occurrence of heating in copper flexible connectors, the key is to determine the cause of this phenomenon in order to apply the right solution.

When designing overcurrent for copper flexible connectors, if the value is too small and cannot reach the maximum current conduction of the equipment, it is easy to cause heating; it is also possible that the contact holes at both ends of the copper flexible connector are too large or the thickness of the contact surfaces is different, and the result is the same.

If the contact holes at both ends of the copper flexible connector are too large, it will not fit completely, and partial contact alone will not meet the conductivity requirements; and when the thickness of the contact surfaces is different, during overcurrent, the thinner end will heat up, making it feel as if the entire copper flexible connector is heating.

When a copper flexible connector is used for a long time, its outer protective film will gradually begin to oxidize, resulting in the phenomenon of heating. In addition, if the wiring entry and exit positions are incorrect when installing the copper flexible connector, it can also cause poor heat dissipation and lead to heating.

When purchasing copper flexible connectors, you must select based on the provided relevant data or directly present the drawings to avoid errors. For values that are not very accurate or are estimates, you can make a sample first to prevent losses. How would you choose? Wuxi Xindake welcomes your call for consultation, and thanks you for your browsing and support!