Pulse ignition: it works with battery, and there is a pulse converter in it, which is used to convert the battery electricity into continuous sparks. The reason is relatively simple. You can see it when you open it.
Question 2: What is pulse ignition? The so-called pulse ignition is to install a pulse device in the furnace.
The pulser can raise the voltage of dry battery to tens of thousands of volts, thus realizing accurate ignition.
Most pulse generators also control solenoid valves. After the flame factory goes out, according to the information of the feedback circuit, the pulser will send out the command to close the solenoid valve, which reduces the gas leakage and fire hazard.
Question 3: What does electronic pulse ignition of gas stove mean? . Please simplify it as it is boosted by battery and ignited by spark. Generally used in water heaters, it can ignite automatically.
Question 4: What is the difference between electronic pulse ignition and pulse ignition? Nowadays, gas water heaters are all fully automatic. They all use pulse ignition, only gas stoves, and some ignition. In fact, neither is easy to decompose. The idea of ignition is to rely on piezoelectric, and sometimes it is easy to break through that wire. Pulse ignition depends on direct current, and the high-voltage electricity generated by frequency conversion is expensive to replace, but it is not easy to break down.
Question 5: What is the working principle of pulse igniter? Principle of electric pulse igniter: The electric pulse igniter is a device that uses high-voltage electric spark to ignite the combustible gas in the stove. Input voltage can be divided into DC 1.5V, 3V, 6V, 9V and AC 120V, 240V. According to its input working voltage, it can be divided into DC 1.5V, 3V, 6V, 9V, etc. According to its output function, it can be divided into one to eight output terminals. Taking DC 1.5V as an example, its working principle is illustrated.
The commonly used circuits are: T 1, BG, R. The DC of 1.5V is raised to about 400V AC, which flows to C 1 after D rectification. When the voltage across C 1 rises to a certain value, the BG2 tube suddenly turns on, so the internal resistance is as small as when the switch is turned on. At this time, C65438.
High voltage (up to 15-30KV) can be applied, and spark discharge can be generated between its two leads.
In addition, when BG2 is searching, the secondary of T 1 is equivalent to short circuit, and BG 1 stops oscillating. When the discharge of C 1 is completed, BG2 returns to the open circuit state.
BG 1 immediately starts oscillating and boosting, and repeats the above work process, so the generated electric spark is a continuous spark with certain intervals. The discharge frequency is about 2.5- 12 times per second.
Question 6: the difference between instantaneous ignition and non-instantaneous ignition of gas stoves. Is pulse ignition a spark ignition that changes direct current into high-voltage pulse discharge? Pool ignition is a high voltage discharge ignition produced by piezoelectric ceramic contact.
Question 7: What is the difference between pulse ignition and electronic ignition of natural gas stoves? Don't you know that electronic ignition is based on micro-electricity, not artificial micro-electricity? Pulse means that the electricity of the battery enters the electronic component and is ignited under high voltage.
Question 8: What do S and hv on the pulse igniter mean? Hv in multimeter stands for high voltage.
A high voltage means a higher voltage.
A power supply with an industrial voltage of 3000- 1 1000 volts is called high voltage electricity;
Usually, a power supply with a voltage of more than 250 volts is called high voltage electricity.