Wiring terminal shunt connector

The invention discloses a wiring terminal shunt connector which comprises an insulation casing body, front conductive metal parts and rear conductive metal parts. Each front conductive metal part comprises two front wiring metal bodies which are connected side by side. Each front wiring metal body is in an integrated structure composed of a hollow front square frame, a front elastic metal sheet, a long plug and a short plug. The front elastic metal sheet is tilted in the shape of C at the bottom of one end of the front square frame and is inserted into the front square frame to be close to the inside top of the front square frame. The long plug and the short plug are arranged at the upper part and the lower part of the other end of the front square frame. Each front conductive metal part further comprises a front gap. Each rear conductive metal part is composed of two rear wiring metal bodies which are connected side by side. Each rear wiring metal body is in an integrated structure composed of a hollow rear square frame, a rear elastic metal sheet and rear plugs. The rear elastic metal sheet is tilted in the shape of C at the bottom of one end of the rear square frame and is inserted into the rear square frame to be close to the inside top of the rear square frame. The rear plugs are arranged at the upper part and the middle part of the other end of the rear square frame. Each rear conductive metal part further comprises a rear gap.