Product Details

FSM-T-04A Pre-Calibrated Combustible Gas Sensor Module

Brand Name Figaro
Place of Origin Japan
Model Number FSM-T-04A
Usage Gas Sensor
Output Analog Sensor

Product Features

    FSM-T-04A Combustible gas sensor Module Features:
    * Linear analog output proportional to gas concentration
    * Maintenance free
    * Compact size
    * Meets RoHS requirements

    FSM-T-04A Combustible Gas sensor Module Applications:
    * Gas leak detection in fuel cell systems
    * Hydrogen & combustible gas leak detectors

    The FSM-T-04A combustible gas sensor module is a new unit which utilizes TGS6812, catalytic pellistor type gas sensor which features durability and stability. This module provides analog output voltage proportional to hydrogen gas concentration.(There is a memory in module, where factory calibration data has been store). FSM-T-04A has conformal coatings for moisture proofing and electrical insulation purposes, and is also capable of detecting sensor wire breakage. The unit has a wide range of operating temperature from -10 to +70℃.

    Furthermore, the unit can detect CH4, LPG, H2. It is less sensitivity to VOCs gas, it immunes poison by silicon compounds, it suits to work at rugged environment.

    FSM-T-04A Combustible Gas Sensor Module Specification:


    Product name

    Combustible gas sensor module

    Model No.

    FSM-T-04A

    Gas sensor

    TGS6812 (catalytic type)

    Detection range

    0 ~ 50,000ppm CH4

    (also can detect methane, iso-butane, and propane)

    Error

    ±3%LEL

    Output voltage (Vconc)

    0.5~4.5V DC(Max 5V)

    Trouble

    Vconc=0~0.1V

    Factory setting output

    Vconc in air

    0.5~1.5V

    Response time (T90)

    ≤30S

    Operating conditions

    -10˚C ~+70˚C, 20~95%RH (No condensing)

    Storage conditions

    -10˚C ~+80˚C, 20~95%RH

    Input voltage (VIN)

    5.0±0.2V DC , 3.0±0.1V DC

    Power consumption

    ≤1.5W

    Weight

    15g or less

    Dimensions

    φ23.6mm H:23.2mm

    Standard test conditions

    Ambient conditions

    20±2˚C, 65±5%RH

    Circuit conditions

    5.0±0.2V,3.0±0.1V DC

    Conditioning period prior to test

    ≥10 minutes


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