A widely used industrial ignition device — high-energy ignition device
A widely used industrial ignition device — high-energy ignition device
What is the most widely used form of ignition equipment currently applied in industrial boilers and flare stacks? The answer is undoubtedly the high-energy igniter/high-energy ignition device, mainly because the unique advantages of this high-energy igniter have quickly made it a leader in industrial ignition applications.
Advantages of high-energy igniters/high-energy ignition devices: The ignition principle is derived from the ignition of aircraft spark plugs. It utilizes the semiconductor discharge principle, featuring resistance to moisture, oil contamination, carbon deposition, and impact. The ignition head is made of high-temperature resistant alloy, which can withstand a temperature of 1300℃ for a long time. The most important thing is that this kind of igniter does not need to adjust the ignition distance; it can ignite as long as it is installed and fixed properly and powered on. It has strong advantages compared with the previous discharge between electrodes. When the ignition electrode is ignited, the distance between the two electrodes must be adjusted to approximately 3-5mm. If it is too large or too small, it cannot ignite. What is most troublesome is that the ignition electrode will get carbon deposits when it encounters oil or is used for a long time, making it unable to ignite, and it can only be used again after being taken out for cleaning.
