The utility model discloses a guide rail type wall switch socket comprising a panel, a pedestal and an installing cavity. The installing cavity is internally provided with conductive sheets. The panel is provided with jacks which are internally provided with electric connecting sheets. The electric connecting sheets are electrically contacted with the conductive sheets. The installing cavity is internally provided with threading columns which extend to the direction of the conductive sheets. The threading columns are provided with threading holes. One end, which faces the conductive sheets, of each threading columns is provided with an inclined end surface. Elastic members are arranged between the inclined end surfaces and the conductive sheets. One end of each elastic member is contacted with the conductive sheets. The other end of each conductive sheet extrudes the inclined end surfaces of the threading columns. The threading holes extend to the inclined end surfaces. Slide blocks are slidably matched at the side surfaces of the threading columns. One end of each slide block stretches out of the pedestal so that an operation end is formed. The slide blocks and slide slots are slidably matched so as to drive the elastic members to move towards a direction facing the conductive sheets or a direction back to the conductive sheets, and thus a separated or extruding matching relation is enabled to be formed between the elastic members and the inclined end surfaces. The pedestal is provided with guide slots. The guide rail type wall switch socket is simple in structure, compact in matching and convenient to maintain and disassemble.