图文详情
产品属性
相关推荐
产品名称:无线模块coRE2
l 可选用以下三个ISM频段:433 MHz, 869 MHz和915 MHz*
主要特点详细技术参数标准配置 应用领域coRE2系列无线*模块是一种*率、*、*、工作于免许可证频段的嵌入式模块,尤其适用于工业和企业级用户建立远距离(小于1.5公里)、高*数*输无线网络的需求。模块*的Ad hoc网络技术为重要数据的传输提供了快速、*的无线网络,使用户可以建立*自适应和可升级、可扩展的应用系统。
— 上述频段属于免许可证频段,三个频段覆*界 多数地区的应用,缩短了交货周期
l 射频输出功率200mW
— 在各自的ISM频段下*大传输距离达1.5公里(视距)
l 接收灵敏度高
— 给定射频输出功率时可获得*大传输范围
l 组网灵活
— 点对点,点对多点,广播和Ad hoc网络
l Ad hoc网络
— 网络*,自动寻找路由,自恢复且支持透传模式。
l 体积小,重量轻
— 易于集成
l 完整的评估套件
— 为用户提供评估无线数*输的*工具
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
Cl* 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.
4.25 LELCombustible Gas Sensor 0 – 100% LEL
4.25 LELCombustible Gas Sensor 0 – 100% LEL