Device for checking leakage of live steam from steam trap

Abstract

The present invention relates to a device for checking a leakage of live steam from a steam trap, comprising: a body having a pipe shape having an inlet end portion connected to the steam trap and an outlet end portion corresponding to the inlet end portion, and allowing condensate water of the steam trap to flow in through the inlet end portion so as to be discharged through the outlet end portion; a truncated pyramid part having a structure of which the inside is empty, and formed to protrude from the middle of the body so as to communicate with the inside of the body; a first steam-water separating means formed at the inner surface of the body and separating re-evaporated steam re-evaporated from the condensate water flowing through the body; a second steam-water separating means formed at the inner surface of the truncated pyramid part and separating the re-evaporated steam, which is separated from the water in the first steam-water separating means, rising to the upper part of the truncated pyramid part; and a temperature measuring means provided at the upper part of the truncated pyramid part so as to be positioned inside the truncated pyramid part, and measuring and transmitting, to the outside, the temperature of the upper inside of the truncated pyramid part, thereby checking whether the live steam leaks from the steam trap.

Description

technical field [0001] The present invention relates to a fresh steam leakage detection device of a steam trap, and relates to a fresh steam leakage detection device capable of accurately detecting whether fresh steam leaks from the steam trap. Background technique [0002] Usually, in the process of detecting the temperature in the steam pipe, the signal sent by the conventional temperature sensor is received and connected to an external specific instrument (digital thermometer) to know the temperature inside the pipe. In this case, the temperature of the condensed water and the temperature of the steam are within the range of the saturation temperature at the specified internal pressure. [0003] However, after passing through the steam trap as a device for discharging condensed water, it will drop below the saturation temperature occupied by atmospheric pressure on the premise that there is no back pressure. With this, the discharged condensed water becomes re-evaporated...

AI Technical Summary

Problems solved by technology

[0004] There is a device for judging the fresh steam leakage of the conventional steam trap, but it cannot be accurately measured, so there are many problems when replacing the steam trap

That is, the temperature can be measured using conventional infrared temperature measuring devices, etc., but this has always been based on the measurement of heat detection outside the pipeline, so the error range is relatively large, and it is impossible to accurately understand the degree of leakage of live steam

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