48PT2-1007 信号处理器对信号进行处理和判断，当火焰熄灭或燃烧状态异常时，发出报警信号

Description

48PT2-1007 信号处理器对信号进行处理和判断，当火焰熄灭或燃烧状态异常时，发出报警信号

火焰检测器是锅炉炉膛安全监控系统（Furnace Safety Supervision System，简称FSSS）中的重要设备，48pt2-1007其作用是根据火焰的燃烧特性对燃烧工况进行实时检测，一旦火焰燃烧状态不满足正常条件或熄火时，按一定方式给出信号，保证锅炉灭火时停止燃料供应。

火焰检测器主要由探头和信号处理器两个部分组成。48pt2-1007其中探头部分利用红外线或紫外线传感器，检测火焰发出的光线，并将检测到的信号传输给信号处理器；信号处理器对信号进行处理和判断，当火焰熄灭或燃烧状态异常时，发出报警信号。

火焰检测器可以用于检测火焰的有无和燃烧状态，广泛应用于工业锅炉、民用炉灶、燃烧器等领域，是保障设备安全稳定运行的重要组成部分。

火焰检测器是一种用于检测火焰的仪器，48pt2-1007其作用是保障锅炉等设备的安全稳定运行。火焰检测器主要应用于火力发电厂等场所，通过对火焰的燃烧特性进行实时检测，一旦发现异常情况，如熄火或燃烧状态不满足正常条件，就会立即发出警报，从而防止设备受到损坏。

火焰检测器有多种类型，如红外型、紫外型、可见光型等，其工作原理也各不相同。红外型火焰检测器利用红外辐射的特性来检测火焰，可以检测出火焰中的红外辐射能量分布，从而判断火焰是否存在；紫外型火焰检测器利用紫外线的特性来检测火焰，通过检测紫外线的辐射强度来判断火焰是否存在；可见光型火焰检测器则是利用可见光的特性来检测火焰，通过检测可见光的亮度来判断火焰是否存在。

在实际应用中，需要根据具体需求选择适合的火焰检测器类型和规格。同时，为了确保火焰检测器的可靠性和准确性，还需要对其进行定期的维护和校准。

48PT2-1007 信号处理器对信号进行处理和判断，当火焰熄灭或燃烧状态异常时，发出报警信号

The flame detector is an important equipment in the Furnace Safety Supervision System (FSSS). 48pt2-1007’s function is to detect the combustion condition in real time according to the combustion characteristics of the flame. Once the flame combustion state does not meet the normal conditions or flameout, the flame will be destroyed. Give a signal in a certain way to ensure that the fuel supply is stopped when the boiler is put out.

The flame detector is mainly composed of probe and signal processor. 48pt2-1007 The probe part uses infrared or ultraviolet sensor to detect the light emitted by the flame, and transmits the detected signal to the signal processor; The signal processor processes and judges the signal, and sends an alarm signal when the flame is extinguished or the burning state is abnormal.

The flame detector can be used to detect the presence or absence of flame and the combustion state, which is widely used in industrial boilers, civil stoves, burners and other fields, and is an important part of ensuring the safe and stable operation of equipment.

Flame detector is an instrument used to detect flame, 48pt2-1007 its role is to ensure the safe and stable operation of boilers and other equipment. The flame detector is mainly used in thermal power plants and other places, through real-time detection of the combustion characteristics of the flame, once abnormal conditions are found, such as flameout or combustion status does not meet the normal conditions, it will immediately issue an alarm, so as to prevent damage to the equipment.

There are many types of flame detectors, such as infrared type, ultraviolet type, visible light type, etc., and their working principles are also different. Infrared flame detector uses the characteristics of infrared radiation to detect the flame, and can detect the infrared radiation energy distribution in the flame, so as to determine whether the flame exists. Ultraviolet flame detector uses the characteristics of ultraviolet light to detect the flame, and determines whether the flame exists by detecting the radiation intensity of ultraviolet light. Visible light flame detector uses the characteristics of visible light to detect the flame, and determines whether the flame exists by detecting the brightness of visible light.

In practical applications, it is necessary to select suitable flame detector types and specifications according to specific needs. At the same time, in order to ensure the reliability and accuracy of the flame detector, it is also necessary to carry out regular maintenance and calibration.