纸质出版:2021
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高精度高可靠宽光谱火焰探测器设计[J]. 传感器与微系统, 2021,(7):67-69+73.
Design of flame detector with high precision high reliability and wide spectrum[J]. 2021, (7): 67-69+73.
高精度高可靠宽光谱火焰探测器设计[J]. 传感器与微系统, 2021,(7):67-69+73. DOI: 10.13873/J.1000-9787(2021)07-0067-03.
Design of flame detector with high precision high reliability and wide spectrum[J]. 2021, (7): 67-69+73. DOI: 10.13873/J.1000-9787(2021)07-0067-03.
鉴于现有双红外波段的火焰探测器报警响应过慢的弊端
设计了一种具有高精度、高可靠性的火焰探测装置。采用紫外光敏管(185~260 nm)、双红外光敏管(2.7
4.35μm)的三探头设计
结合可靠的硬件电路和高效的火焰识别算法
使得探测器具有超快时间响应(≤2 ms@0.4 m标准火)、视场大(110°)、可靠性高、使用寿命长等优势。同时
火焰探测器面向实际应用
具备预防多因素干扰的能力
可有效排除日光、各类人工光源等非火焰辐射引发的误报警
解决了感光型火焰探测器一直存在的误报率过高的问题。
Considering drawbacks of slow response of existing dual-infrared band flame detectors
a flame detection device
which has high precision and high reliability is designed.This detector has three probes with wide spectrum range
185~260 nm ultraviolet photosensitive tube
and 2.7
4.35 μm double infrared photosensitive tubes
combining reliable hardware circuits and efficient flame recognition algorithms
the detector has the advantages of quick response time which is not more than 2 ms@0.4 m
standard fire
wide perspectives range of 110°
high reliability
long life
etc.The flame detector is oriented to practical applications
it has the ability of preventing multi-factor interference.It can effectively eliminate the false alarm caused by non-flame radiation
such as sunlight
and a variety of artificial lights.It solves the long-standing problem of high false alarm rate for photosensitive flame detector.
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