Description
Caractéristiques :
- Compatible with various sensor technologies: polymer thin film, aluminum oxide sensors that can be used in different measurement ranges.
- MEMS based pressure sensor for monitoring dewpoint and online pressure simultaneously (Abs. pressure 0 … 1.7 MPa.a)
- Accurate to ±2 °Ctd with up to 10+ dewpoint calibration and multi-point temperature compensation (Refer to “Technical Data”)
- Dewpoint steady-state prediction helps customers predict the trend in advance to save waiting time.
- Data logging and graphing.
- Equipped with a dry measuring chamber to ensure ultra-fast response and high accuracy.
- Outstanding long-term stability.
- 4.3″ IPS wide viewing angle LCD with capacitive touch, data clearly displayed and user-friendly HMI.
- Handheld so easy to use, start measurement by connecting the PTFE tube to the measuring chamber, no site restriction, nooperational technical difficulties
Integrating MT-P polymer film capacitive sensor and MT-A ultra-fast response Al2O3 sensor with updated moisture-sensitive materials and processes, enabling F305x to accurately measure a wide range of dewpoints from -110 … +60 °Ctd
The dewpoint curve prediction algorithm quickly and accurately predicts the final stable value and time required, thus efficiently complete on-site inspections. Curve sparse and data recording functions, real-time sparse dewpoint, temperature, pressure and other data measurement curves, record on-site working condition data, and easily analyze gas state change trends.
The measurement chamber is equipped with a drying system that protects and dries the sensor when the instrument is not measuring, ensuring a quick response to the next measurement.
The dewpoint curve prediction algorithm quickly and accurately predicts the final stable value and time required, thus efficiently complete on-site inspections. Curve sparse and data recording functions, real-time sparse dewpoint, temperature, pressure and other data measurement curves, record on-site working condition data, and easily analyze gas state change trends.
The measurement chamber is equipped with a drying system that protects and dries the sensor when the instrument is not measuring, ensuring a quick response to the next measurement.
Applications :
- Gas monitoring of drying equipment
- Vessel and pipeline gas monitoring
- Dryness test for food and drug additives
- Moisture monitoring of industrial gases
- Medical and surgical gas monitoring
- Monitoring of dry and clean environments
