RS-FS-9001 362A1052P404  火焰传感器  专门用来搜寻火源

品牌：GE

型号： RS-FS-9001 362A1052P404

产品名称：火焰传感器

产品净宽：53毫米

产品净高：125毫米

产品净深/长度：260毫米

产品净重：0.7公斤

RS-FS-9001 362A1052P404 火焰传感器是一种专门用来搜寻火源的传感器，通常用于机器人技术中。这种传感器利用红外线对火焰特别敏感的特点，使用特制的红外线接收管来检测火焰，然后把火焰的亮度转化为高低变化的电平信号，输入到中央处理器中，中央处理器根据信号的变化做出相应的程序处理。

RS-FS-9001 362A1052P404 火焰传感器能够检测火焰或者波长在760纳米～1100纳米范围内的光源，探测角度一般在60度左右，对火焰光谱特别灵敏。这种传感器具有灵敏度可调的优点，可以根据不同的应用需求调整传感器的灵敏度。此外，火焰传感器还具有比较器输出、信号干净、波形好、驱动能力强、超过15mA、配可调精密电位器调节灵敏度、工作电压3.3V-5V、输出形式为DO数字开关量输出（0和1）和AO模拟电压输出、设有固定螺栓孔等优点。

需要注意的是，RS-FS-9001 362A1052P404火焰传感器对火焰最敏感，对普通光也是有反应的，一般用做火焰报警等用途，容易受光线影响，展示的时候可以用一氧化氮传感器或传感器上面的LED灯电平为0的时候灭，电平为1的时候亮。

火焰传感器的工作原理是基于光学原理的，利用光电元件检测火焰的光谱特征。具体来说，火焰传感器通常包含一个对红外线非常敏感的特制红外线接收管，用于检测火焰。当火焰存在时，火焰发出的光线会被接收管接收，并将其转化为电信号。这个电信号会被进一步处理，并转换为可被控制系统识别的信号。

控制系统根据这些信号的变化做出相应的处理。如果检测到的信号超过某个阈值，控制系统可能会触发报警系统或其他相关反应。

火焰传感器通常用于火灾报警系统、燃气检测系统、工业生产过程中的火焰检测等领域。在这些应用中，火焰传感器能够及时地检测到火焰的存在，并触发相应的报警或安全措施，以防止火灾或工业事故的发生。

需要注意的是，火焰传感器可能会受到其他光源的影响，如日光、荧光灯等。因此，在实际应用中，需要根据具体的使用环境和需求选择适合的火焰传感器，并进行适当的校准和调整，以保证其准确性和可靠性。

RS-FS-9001 362A1052P404  火焰传感器  专门用来搜寻火源

Brand: GE

Model: RS-FS-9001 362A1052P404

Product name: Flame sensor

Product width: 53 mm

Product height: 125 mm

Product net depth/length: 260 mm

Net weight: 0.7 kg

The RS-FS-9001 362A1052P404 Flame sensor is a sensor specifically designed to search for fire sources and is commonly used in robotics. This kind of sensor uses infrared light to be particularly sensitive to the flame, uses a special infrared receiving tube to detect the flame, and then converts the brightness of the flame into a level signal that changes from high to low, which is input to the central processor, and the central processor makes corresponding program processing according to the signal changes.

The RS-FS-9001 362A1052P404 flame sensor can detect flame or light source with wavelength in the range of 760 nm ~ 1100 nm, and the detection Angle is generally about 60 degrees, which is particularly sensitive to the flame spectrum. This sensor has the advantage of adjustable sensitivity, which can be adjusted according to different application requirements. In addition, the flame sensor also has the advantages of comparator output, clean signal, good waveform, strong driving ability, more than 15mA, adjustable precision potentiometer adjustment sensitivity, working voltage 3.3V-5V, output form for DO digital switching output (0 and 1) and AO analog voltage output, fixed bolt holes.

It should be noted that the RS-FS-9001 362A1052P404 flame sensor is the most sensitive to flame, is also responsive to ordinary light, generally used for flame alarm and other purposes, easy to be affected by light, when the display can use nitric oxide sensor or sensor above the LED light level is 0 when off, the level is 1 when on.

The working principle of the flame sensor is based on the optical principle, using photoelectric elements to detect the spectral characteristics of the flame. Specifically, the flame sensor usually contains a special infrared receiving tube that is very sensitive to infrared rays and is used to detect the flame. When a flame is present, the light emitted by the flame is picked up by the receiving tube, which converts it into an electrical signal. This electrical signal is further processed and converted into a signal that can be recognized by the control system.

The control system makes corresponding processing according to the changes of these signals. If the detected signal exceeds a certain threshold, the control system may trigger an alarm system or other relevant response.

Flame sensors are usually used in fire alarm systems, gas detection systems, flame detection in industrial production processes and other fields. In these applications, the flame sensor is able to detect the presence of flame in a timely manner and trigger the appropriate alarm or safety measures to prevent the occurrence of fire or industrial accidents.

It is important to note that the flame sensor may be affected by other light sources, such as daylight, fluorescent lamps, etc. Therefore, in practical applications, it is necessary to select a suitable flame sensor according to the specific use environment and needs, and carry out appropriate calibration and adjustment to ensure its accuracy and reliability.