Hot-plugging Capability Of Push-type Terminal Connectors Is Supported Under The Following Conditions:

push wire terminal block primarily provides a secure electrical contact by clamping the wire inside the terminal using a spring or similar elastic mechanism. This type of fast-spring contact can conduct electricity stably in a static state, but when frequently plugged and unplugged under power, the contact point potential and contact sequence of the push in terminal block wire connector cannot be engineered to control the peak transient current and discharge phenomenon like a dedicated hot-swappable connector.

Hot-swap capability requirement push in wire terminal block: Avoid system interference or component damage caused by electric arc, surge current, etc. when hot-swapped or pulled out. Professional hot-swappable connectors typically employ a hierarchical pin layout and sequential contact design to establish or disconnect ground, signal, and power in a logical sequence, reducing voltage fluctuations and avoiding transient impacts.