Hitachixin Co., Ltd. TDM100-H2O gas sensor
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- Model ： TDM100-H2O
- Category： Gas Sensors
- Brand ： Hitachi Shin Co., Ltd.
- Delivery Time： Request for a Quote for Further Details
- Manufacturer： Hitachi Shin Co., Ltd.
Products
TDM100-H20 laser water sensor
Product introduction:
TDM100-H20Laser water sensor is a tunable semiconductor laser absorption spectrometer technology(TDLAS)A micro-water analysis sensor developed based on the principle can be used for micro-water detection of background gases such as sulfur hexafluoride,hydrogen,nitrogen,natural gas,and air. The measurement is accurate,the response is fast,and it is not affected by the ambient temperature.
Features:
·Suitable for humidity measurement in corrosive gas environments and harsh environments
·No refrigeration required,measurement is not affected by background gas liquefaction
·Fast response speed,the test results can be obtained immediately after the air chamber replacement is completed
Technical Parameters:
Detection gas and range:
Detect gas type | Measuring range | Remark |
H2O | (-60℃~20℃) or (10~236000)μL/L | The measured gas has no condensation |
*Other ranges and gas types not involved can be customized | ||
General characteristics:
Detection principle | Tunable semiconductor laser absorption spectroscopy technology(TDLAS) |
size | 181 mm×50mm×60 mm (L×W×H) |
Preheat time | ＜2min (preheating time) |
Flow | 300ml~3L/min |
Sampling method | Pipe type |
Measurement parameters:
serial number | project | dew point indicator |
01 | Indication error | 2℃ |
02 | resolution | 0.1℃ |
03 | Response time | 20s |
Electrical characteristics:
Operating Voltage | (5~28) VDC |
Working current | |
average power | ＜5W |
Peak power | ＜7W |
Signal output mode | Modbus |
Environmental conditions:
Operating temperature | (-10~40)℃ (compensation temperature) |
Working humidity | (0~95%)RH (no condensation) |
Storage temperature | (-20~60)℃ |
air pressure | (80~105)kPa |
*: The above typical values are based on (101.3kPa,20℃，500mL/minMeasured in an environment of clean gas without condensation at flow rate).
