High-Accuracy Dew Point Transmitter
Dew point transmitters, like the DT8020, are essential tools in various industrial processes where precise moisture measurement is critical. Utilizing advanced polymer sensitive capacitance technology, the DT8020 offers rapid response times and high stability, measuring dew points from -80°C to 20°C Td with an accuracy of ±2°C Td. Its robust features make it highly applicable across several key industries.
The DT8020 dew point transmitter, with its advanced sensor technology and robust features, is a versatile instrument applicable across various industries. Its ability to provide accurate, stable, and reliable moisture measurements makes it an invaluable tool in maintaining the integrity and efficiency of industrial processes.
Compressed Air Systems
In compressed air systems, controlling moisture levels is vital to prevent corrosion, system inefficiencies, and
equipment damage. The DT8020, with its fast response and accuracy, ensures the air remains dry, safeguarding the entire system.
Gas Processing
In the gas industry, moisture control is essential to prevent condensation, which can compromise the quality
and safety of the gas. The DT8020's ability to automatically calibrate and clean its sensor ensures long-term accuracy, making it ideal for gas pipelines and storage.
Drying Processes
For industries like pharmaceuticals, chemicals, and food processing, maintaining specific humidity levels
during drying is crucial. The DT8020's precision and stability ensure optimal drying conditions, leading to higher product quality and reduced energy consumption.
Environmental Monitoring
Dew point transmitters are also used in environmental monitoring to measure ambient humidity levels.
The DT8020, with its IP65 rating and resistance to contaminants like oil vapors and chemicals, provides reliable
performance even in harsh environments.
Fuel Cell Systems
In fuel cell technology, controlling the moisture content of hydrogen is crucial for efficient operation.
The DT8020's excellent anti-interference capabilities and automatic heating calibration ensure reliable
performance in these sensitive applications.
