Description of Features of Precision Dew Point Meter with Automatic Zero Calibration and Full-Curve Tracking Correction
Description of Features of Precision Dew Point Meter with Automatic Zero Calibration and Full-Curve Tracking Correction
1. Automatic zero calibration, full-curve tracking correction.
2. Data storage function and query, printing functions.
3. The instrument adopts a color touch screen display, simple operation, and convenient portability.
4. The instrument has high sensitivity, good stability, good repeatability, and fast response speed.
5. Dual AC/DC power supply, built-in rechargeable lithium battery, automatic switching, overcharge and overdischarge protection.
Technical Indicators
1. Measurement range: dew point -80℃ to +20℃ (supports ppmv, etc.)
2. Dew point accuracy: ±1℃ (within a certain range, when the dew point temperature is below 0℃, the sensor output is frost point)
3. Response time: 63% [90%], +20→-20℃ Td 5s [45s], -20→-60℃ Td 10s [240s]
4. Resolution: dew point 0.1℃ or 0.1ppm
5. Repeatability: ±0.2℃
6. Gas flow rate: SF6 adjusted at 0.5~0.9L/min, H2 or N2 adjusted at 0.1~0.4L/min
7. Pressure measurement: 0~1.0MPa
8. Probe protection: stainless steel sintered filter mesh
9. Working power supply: AC220V±10%, 50Hz, dual AC/DC power supply
10. Storage environment temperature: -40~+70℃
11. Operating environment temperature: -35~+60℃
12. Operating environment pressure: 0~20bar
13. Sample gas flow rate: no effect
14. Other configurations: report printing, humidity common conversion tool, electronic mass flow meter;
The TOPGSM-I+ precision dew point meter from the Tuopu brand is an ideal choice for industrial environments with low dew points and the need to control dry points. It has a chemical substance removal option, which enables accurate and stable measurements in environments with high concentrations of chemical substances and cleaning agents, thus ensuring accurate measurements between each calibration interval. This function can be executed online through the control system or periodically at preset time intervals.



