Infrared Flame Detector RD-913F
Infrared Flame Detector

Infrared Flame Detector - RD-913F

Within a wide room temperature range, the pyroelectric coefficient of the material changes very little with temperature, and the temperature change rate of the output signal is only 1-2‰. The temperature stability of the detector performance is very good.

Model: RD-913F

Product Introduction

  • Infrared Flame Detector RD-913F Product Description

  • The lithium tantalate pyroelectric infrared detector is an excellent thermal detector. The Curie temperature of lithium tantalate crystal material is above 600°C, and the relative dielectric constant is small. Therefore, within a wide room temperature range, the pyroelectric coefficient of the material changes very little with temperature, and the temperature change rate of the output signal is only 1-2‰. The temperature stability of the detector performance is very good, and the spectral response consistency is very good in the wavelength range of 1-20μm. Lithium tantalate pyroelectric detectors are mainly used for infrared radiation temperature measurement, spectral measurement, liquid impurity content analysis, gas analysis, radiation power and energy measurement, laser power and energy measurement, open flame detection, human movement alarm, etc.

  • Infrared Flame Detector RD-913FSensor Features

  • Within a wide room temperature range, the pyroelectric coefficient of the material changes very little with temperature, and the temperature change rate of the output signal is only 1-2‰. The temperature stability of the detector performance is very good.

  • Infrared Flame Detector RD-913FMain Applications

  • Infrared radiation temperature measurement, spectral measurement, liquid impurity content analysis, gas analysis, radiation power and energy measurement, laser power and energy measurement, open flame detection, human movement alarm, etc.

  • Infrared Flame Detector RD-913FTechnical Specifications

  • Name

    Data

    Unit

    Window Size

    φ5

    mm2

    Receiving Area

    φ2.5

    mm2

    Center Wavelength

    4.4

    μm

    Source Voltage

    0.2—1.5

    V

    Operating Voltage

    2—15

    V

    Noise Peak

    ≤50

    mV

    Sensitivity Peak

        >2.4

    V

    Operating Temperature Range

    -25—+70

    °C

    Storage Temperature Range

    —30—+80

    °C

    Field of View

    >100

    °C