The invention relates to pipe copper plating equipment. The pipe copper plating equipment comprises a copper plating pot, a lifting device, a left plug assembly, a right plug assembly, an annular scraper, a pipe inlet hole and a pipe outlet hole, wherein the pipe inlet hole and the pipe outlet hole allowing a pipe to penetrate through are formed in the side wall of the copper plating pot. The annular scraper is fixedly connected with the inner wall of the copper plating pot and located at the pipe outlet hole. A heating device and copper melt are contained in the copper plating pot. The lifting device is located above the copper plating pot and comprises a lifting oil cylinder and a high temperature resistance pressing block. The high temperature resistance pressing block is connected with an output rod of the lifting oil cylinder. The left plug assembly is used for plugging the pipe inlet hole and located at the outer side of the pipe inlet hole. The right plug assembly is used for plugging the pipe outlet hole and located at the outer side of the pipe outlet hole. By means of the pipe copper plating equipment, on-line continuous copper plating can be realized, and the copper plating efficiency of the pipe is improved.