Gas stoves also ultimately thermocouple applications in our daily lives can be used almost every day , thermocouple gas stove in use and it controls specifically what we are here for everyone to talk about . In fact, with the thermocouple is to control the intake valve switch , according to the induction principle of the thermocouple , is the use of electric current to control the intake valves . Thermocouple current generates a relationship structure , is composed of two different thermocouple materials of the protective tube there is a metallic material , the hot electrodes , when both ends of two different metallic materials consisting of a temperature difference between the wire it will generate electricity , but the thermocouple measurement accuracy necessary in order to ensure the cooling of the end of the thermocouple , which is why there is a cold junction compensation claims , the current role of the other end when the end of the heating cooling , resulting in a solenoid valve driving the intake valve remains open when the flame is extinguished , current disappears , the intake valve closes , which is manufactured using the principle of gas stove thermocouple .
            Ion Sensor : Burner with plasma needle , jet flame fire cover has positive and negative ions , forming an ion current through the needle , the current acting on the inlet valve solenoid driver remains open when the flame goes out , the current disappears, the intake valve Close .
           Solenoid valve: a quartet built a U-shaped ferrite core columns as ( armature ) electromagnet with iron or U-shaped punching .
           Gas stove in the solenoid valve is energized ( voltage generated by the current support thermocouple ) the magnetic field generated gas can pull the spool rod, so that the air intake valve is opened by the effect of the loss of power under its own spring force and can automatically reset, shut the gas hole to ensure gas does not leak