Infrared Photoelectric Sensor, Infrared Spectrum Analysis

SKU: SUCH-IRS-X2212
$170.46
● Light source type is infrared, photosensitive area 1.2*5mm ● Response time 20us, response wavelength range 1~5µm ● Operating temperature -40~60℃. Dark resistance 0.2~2.0MΩ ● Infrared photoconductive sensor for flame detection, high temperature detection, spectral analysis
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Overview

Affordable price infrared photoconductive sensors are sold online, with a small size, long life, and a photosensitive area of 1.2*5mm. SUCH IR photoconductive sensors have sapphire/narrow band filter window types to choose from, and central wavelengths of 1~5/2.7/3.8/4.3µm to choose from, and can be used for flame detection, high temperature detection, and spectral analysis.

Feature

  • Compact structure: Small size, photosensitive area is only 1.2*5mm.
  • Sensitive response: Response time is 20us, and wavelengths in the range of 1~5µm can be quickly detected.
  • Wide application range: Infrared photoconductive sensors can be used for flame detection, high temperature detection, and spectral analysis.

Circuit

Infrared photoelectric sensor circuit

Specs
Photosensitive Area 1.2*5mm
Response Time 20us
Response Wavelength Range 1~5µm
Dark Resistance 0.2~2.0MΩ
Operating Temperature -40~60℃
Peak Responsivity 4*104 V/W
Peak Wavelength 3.8µm
Peak Conversion Detection Rate 1*10^10 cm·Hz 1/2/W
Detection Distance 50m


Model Selection

Window type Center wavelength Transmittance
Sapphire 1~5um(general purpose) >80%
Narrowband filter 2.7um(detection band) >90%
3.8um(reference band)
4.3um(detection band)
Application
Flame Detection

Flame Detection

High Temperature Detection

High Temperature Detection

Spectral Analysis

Spectral Analysis

FAQ

Ambient light interference, color or material of the object being measured, dust or oil, installation angle and distance setting.

Infrared photoelectric sensors use invisible infrared light, are low-cost and suitable for short-range detection.

Ordinary infrared sensors only detect whether there is an infrared signal. Infrared sensors that can perform spectral analysis can identify the absorption characteristics of specific wavelengths and achieve accurate identification of material components.

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