Is it better to use a battery for a gas stove, or to be able to ignite it directly

The battery is good, the ignition success rate is high, and the ignition is fast. And the battery is discharged and ignited first, and when the gas is discharged, the gas will catch fire as soon as it arrives.

What can directly ignite is to vent the gas first, and then discharge and ignite when the gas comes out to the ignition port. If you only discharge the electricity once, and it doesn't light it, it won't work.

Based on what you said, it is likely that the extinguishing sensor needle did not sense the temperature. There are several possible reasons for this:

There is dirt in the sensor needle.

The central fire hole is not aligned with the induction needle.

The induction needle is interrupted from the pulse line.

The pulse is broken. The common situation is this, after igniting the fire, it still keeps discharging, and then the alarm and extinguishing the ignition.

There are two types of ignition methods for gas stoves: electronic pulse ignition and piezoelectric ceramic ignition.

It is recommended to choose electronic pulse ignition because it not only has high ignition rate, safety, stability, but also low noise.

First, the ignition rate of electronic pulse is high, consumers are generally familiar with it, and it is ignited when it is twisted to a certain position, which is very simple and convenient, but this way requires the battery to be replaced.

Second, the biggest advantage of piezoelectric ceramic ignition is that it does not require batteries. However, the success rate of ignition is related to the ambient humidity, and it is not easy to ignite when the humidity is high. In addition, the ignition needs to be pressed and held to ignite, which is not as fast as the electronic pulse ignition.

The application of piezoelectric ceramic ignition is mostly old-fashioned and simple gas stoves, and most of them have been eliminated in the market.

Need. Most of the stoves with batteries have flame-out protection and non-flame-out protection. Two batteries are used with flame-out protection, the battery consumes more power, and the general battery can only be used for 3 to 6 months.

There is an ignition needle on the fire cover without flame-out protection, and it is relatively durable with a battery, which can be used for 6 months to 1 year. <

Need. Most of the stoves with batteries have flame-out protection and non-flame-out protection. The kind with flame-out protection uses two batteries, and the battery consumes more power, and the general battery can only be used for 3 to 6 months.

There is an ignition needle on the fire cover without flame-out protection, and it is relatively durable with a battery, which can be used for 6 months to 1 year. In the past, gas stoves did not use batteries, but the principle was the principle of electronic lighters, using piezoelectric effect elements, which instantly generated high voltage and discharge sparks when impacted. The number of ignitions can be used tens of thousands of times, and the service life can reach ten years.

The gas stove does not use batteries to ignite the Fang He opening method, there are several under the age of Zen dust:

1.Manual lighting: Use a lighter or match to light the fire source on the gas stove and open the gas valve.

2.Electronic ignition: Some gas stoves are equipped with an electronic ignition, which automatically ignites the gas without the use of batteries by turning the gas knob.

3.Friction ignition: Some ignition devices on gas stoves ignite gas by creating sparks by friction and do not require the use of batteries.

It should be noted that when using a lighter or match to ignite the fire, it is necessary to open the gas valve first, then ignite the fire source, and finally move the fire source to the gas hole to avoid accidents. At the same time, it is necessary to pay attention to safety when using gas stoves to avoid accidents such as gas leaks or fires.

1. Cost, I really don't know much about this aspect, but piezoelectric ceramics are a piezoelectric ceramic module and an ignition device. And pulse ignition requires batteries, pulse igniters, ignition needles, solenoid valves....Flameout protection is not counted and several times more expensive than piezoelectric ceramics, right?

2. The cost of use, piezoelectric ceramics can be effectively used for life, the cost is 0, and the pulse ignition needs a battery, which needs to be replaced once in half a year, the cost is 5, and the cost is 10 a year. However, piezoelectric ceramics need to be ignited when ignition, and gas is needed for ignition, which is suspected of waste, so I think, on the whole, the eldest brother does not say the second brother, it is comparable.

3. The use effect, piezoelectric ceramics have only one electric spark for a fire, but because of the production and use for many years, the technology is still very mature, and the ignition efficiency is generally about 70%. The ignition frequency of pulse ignition is generally 7 15hz, theoretically it is much higher than piezoelectric ceramics, but because of the different principles, the ignition position is different, so the pulse ignition is sometimes not efficient, of course, in general, it can basically reach more than 90%, and the advantages of higher than piezoelectric ceramics are still relatively obvious.

At present, as far as gas stove products are concerned, regular large manufacturers basically do not produce piezoelectric ceramic ignition gas stoves, but because piezoelectric ceramics are in the simplest single-burner desktop stove because of the low cost, there is still a lot of demand in the low-end market, so there are still sales on the market. These products, technically speaking, are actually not up to the requirements of the national standard for cookers, and even many of them are three-no products, if you want to buy, I hope you can think about it.

Of course, other things, such as gas water heaters, are not to be talked about, because of safety issues, only pulse ignition can be used. The lighter uses piezoelectric ceramic ignition because of the low cost.

Hello! There are pros and cons. Electronic ignition uses piezoelectric ceramics to emit high-voltage electric ignition, which has low cost, long life and low maintenance cost, but the ignition success rate is low, and is mainly used in ordinary desktop cookers; Pulse ignition (with battery), the use of battery to power the igniter, boost ignition, high cost, high success rate of continuous ignition ignition, high maintenance cost, mainly used in high-end desktop cooker and built-in cooker, is also the future development trend.