Disclosed is a turboset condenser. The turboset condenser comprises a shell; a front water chamber, a heat exchange chamber and a rear water chamber are disposed in the shell; the heat exchange chamber is vertically divided into an upper condensing zone and a lower cooling zone which communicate with each other through a drainage channel; the cooling zone is provided with a discharged water outlet; a discharged water flow channel is formed in the position, in the cooling zone, between the drainage channel and the discharged water outlet; a plurality of deflecting fence plates are disposed at intervals along the discharged water flow channel in the cooling zone and are divided into multiple groups according to a corresponding cooperative relationship of deflecting directions; each deflecting fence plate in each group is provided with a plurality of deflecting strips in a mutual parallel mode; the deflecting strips on all the deflecting fence plates in each group are interwoven on a projection plane to form fence holes which are each of a quadrangular structure and are matched with the outer diameters of cooling heat exchange pipes; and the multiple cooling heat exchange pipes are further disposed in the cooling zone, axially penetrate through each group of deflecting fence plates and are clamped and fixed through all the deflecting strips, which form the fence holes on the projection plane, of each group of the deflecting fence plates. According to the turboset condenser, the condensing function and the cooling function are integrated.