摘要:
An inspecting apparatus includes a measuring device and a processing unit. The measuring device is provided with a vibration detector for detecting the vibration of a steam trap when a valve thereof is closed. The processing unit is provided with a performance deterioration value calculator for converting the detected vibration level of the steam trap into a sealing performance deterioration value representing a deterioration level of the sealing performance of the valve of the steam trap under a reference steam pressure value using a working steam pressure value, a display for displaying a rank of the sealing performance obtained based on the sealing performance deterioration value, and a trap list storage for storing the sealing performance deterioration value and the rank of the sealing performance as well as ID information of the steam trap. The steam trap can be more precisely inspected.
摘要:
@ A bimetal steam trap is disclosed, which includes a temperature-responsive valve arrangement and a bimetallic column (24) formed of a plurality of pairs of bimetallic discs which are superposed with each other. The valve arrangement has a valve element (20) normally biased by a spring (18) toward its open position, which biasing force is overcome by the thermal expansion axial thrust generated by the bimetallic column (24) when condensation temperature within the steam trap is above a predetermined level. To permit an axial displacement of the valve element (20) in precise alignment with associated valve opening, an elongate valve member (19) is provided at one end with the valve element (20), and serves to support the bimetallic column (24) as an integrated sub-assembly.
摘要:
An inspecting apparatus includes a measuring device and a processing unit. The measuring device is provided with a vibration detector for detecting the vibration of a steam trap when a valve thereof is closed. The processing unit is provided with a performance deterioration value calculator for converting the detected vibration level of the steam trap into a sealing performance deterioration value representing a deterioration level of the sealing performance of the valve of the steam trap under a reference steam pressure value using a working steam pressure value, a display for displaying a rank of the sealing performance obtained based on the sealing performance deterioration value, and a trap list storage for storing the sealing performance deterioration value and the rank of the sealing performance as well as ID information of the steam trap. The steam trap can be more precisely inspected.
摘要:
The invention relates to a heating system for conveyor pipes 1. A long heating pipe 2 is laid along a conveyor pipe 1 and in contact with the outer surface thereof. The heating pipe is provided with an outer tube 3 which has an operating fluid hermetically contained therein, and a steam tube 4 which is inserted through the outer tube 3. A container 6 is provided to accumulate condensation created as a result of the liquefaction of vapor fed through the steam tube 4 of the heating pipe 2. This container 6 has a temperature sensing valve located therein. The temperature sensing valve is closed if the condensation within the container 6 rises more in temperature than predetermined, and this valve is opened if the condensation within the container 6 decreases more in temperature than predetermined. The temperature sensing valve is communicatively connected to the downstream side end portion of the steam tube 4 of the heating pipe 2, which is inserted into the container 6.
摘要:
The invention relates to a heating system for conveyor pipes 1. A long heating pipe 2 is laid along a conveyor pipe 1 and in contact with the outer surface thereof. The heating pipe is provided with an outer tube 3 which has an operating fluid hermetically contained therein, and a steam tube 4 which is inserted through the outer tube 3. A container 6 is provided to accumulate condensation created as a result of the liquefaction of vapor fed through the steam tube 4 of the heating pipe 2. This container 6 has a temperature sensing valve located therein. The temperature sensing valve is closed if the condensation within the container 6 rises more in temperature than predetermined, and this valve is opened if the condensation within the container 6 decreases more in temperature than predetermined. The temperature sensing valve is communicatively connected to the downstream side end portion of the steam tube 4 of the heating pipe 2, which is inserted into the container 6.