1. Some users' gas stoves have too large dampers, and too much oxygen can also cause this problem. At this time, the air door should be properly adjusted.

2. Some cookers with flameout protection device, the flameout protection needle (next to the ignition needle) is too far away from the flame, so that the flameout protection device cuts off the gas source. Users can solve the problem by adjusting the internal fireworks cover.

3. The flameout protection needle in individual users' gas cookers is covered with oil pollution, the electromagnetic valve is damaged, and the pulse damage can also cause the flame to "stand". Carrier Kitchen believes that users need to find professional maintenance personnel for maintenance.

There are two ignition methods for gas stoves: electronic pulse ignition and piezoelectric ceramic ignition. Consumers are generally familiar with electronic pulse ignition. Most of the ignition devices used in embedded cookers are ignited when they are twisted to a certain position. Very simple and convenient, high ignition hit rate, generally 1.000%. However, this method requires replacing the battery.

Piezoelectric ceramic ignition is mostly used in desktop stoves, and its biggest advantage is that it does not need batteries. However, the success rate of ignition is related to the environmental humidity, and it is not easy to ignite when the humidity is high. In addition, it is necessary to hold down the switch to ignite, which is not as fast as electronic pulse ignition.