An electric conductive type steam trap comprises a trap body substantially in the construction of a three-way tube connected to the exhausting end of the steam pipe; an electric solenoid provided between an orifice apparatus and the exit of the condensate; and an electric control apparatus. The first end of the trap body is connected to the steam pipe,FORGED STEEL VALVES the second end of the trap body is connected to the orifice apparatus and the third end of the trap body is connected to a condensate level detecting apparatus. Bellow Seal ValveThe condensate level detecting apparatus will pick up the signal of the level of the generated condensate which will be fed into the electric control apparatus for actuating the electric solenoid to discharge the condensate in the exhausting end of the steam pipe. Needle & Gauge Valves It is therefore the principal object of the present invention to provide an electric conductive type steam trap having the advantages of less damages, longer life time, and accuracy in operation. Another object of the present invention is to provide a steam trap to discharge the condensate by detecting the condensate level and to complete the electric circuit by the extremely low conductivity of the condensate. Still another object and feature of the present invention is to provide a steam trap comprising an orifice apparatus whereby the aperture thereof may be properly chosen depanding on the load and the pressure of the steam pipes to avoid the happening of flashing. It is therefore the present steam trap may be available to the pipes of different steam pressure. Accordingly, the conductive type steam trap of the present invention comprises a trap body, connected to the end portion of the steam pipe with one end thereof connected to the steam pipe and another end connected to an orifice apparatus, and a condensate-level-detecting apparatus to detect the liquid surface of the condensate; an orifice apparatus to control the temperature of condensate passing through the solenoid by flashing to atmosphere at about 100