4系列可燃气体传感器（CH4）4CH4
产品分类 : 美国HONEYWELL
型号 : 4CH4
产品描述 : 4系列尺寸可燃气体传感器，可与有毒传感器共同使用。 性能稳定 测量量程：0－100%LEL
Combustible Gas Sensor 0 – 100% LEL Performance Characteristics Part Number CLL-6012-400 Gas Detected Most combustible gases and vapors Nominal Range 0-100%LEL Sensitivity Range 357 mV/%CH4 T90 Response Time < 20 seconds (methane) Linear to 0-75%LEL Long Term Sensitivity Drift <±5%FSS/month Long Term Zero Drift <±5%LELmethane/month Warranty Period 12 months Operation Conditions Temperature Range -20oC to 50oC Operating Humidity 15-90%RH non-condensing Operating Voltage 4.25V D.C. Operating Current 75±8 mA Storage no Si,Pb, Sn and S etc.vapors allowed Excellent H2S poison resistance Relative Sensitivity Gas/Vapor LEL (%vol) Relative Sensitivity Methane 5.0 100 Propane 2.1 63 n-Butane 1.9 63 n-Pentane 1.5 48 n-Hexane 1.1 40 n-Octane 1.0 34 Gasoline 1.3 42 Hydrogen 4.0 83 Acetone 2.5 59 Ethanol 3.3 59 m-Xylene 1.1 29 Tolune 1.1 33 Benzene 1.2 43 Styrene 1.1 29 Note: Relative Sensitivities are listed for guidance only. Calibration must be made using the gas under investigation for most accurate consideration. Temperature Dependence Product Approval · UL Class I, Division I, Groups A, B, C & D Hazardous Locations Certificate No: E187829 · ATEX(94/9/EC) II 2G Ex d IIC Certificate No: DEMKO 03 ATEX 0311958U Certificate No: 03 ATEX 0311958U · IECEx Ex d IIC Certificate No: IECEx UL 07.0001U Ex ia IIC T4 Ga or Ex ia I Ma Certificate No: IECEx KEM 08.0030U Notes: 1. All performance specifications are based upon the following environment conditions: 20 ℃, 50% relative humidity and 1 atmospheric pressure (100 kPa or ambient pressure). 2. Recommend calibration with target gas. If calibration with a cross sensitivity gas, we cannot ensure the accuracy of calibration and measurement. 3. The cross sensitivity may fluctuate between +/- 30% and may differ from batch to batch or from sensor’s life time. 4. The cross sensitivities are including but not limited to the above gases. It may also respond to other gases.
Excellent long term stability
