Dew Point Transmitter

The DT6020 dew point transmitter uses a thermosetting polymer high molecular weight sensitive capacitor, which has a rapid response, stable and reliable performance, and a measurement range of -60°C to 20°C with an accuracy of +/-2°C over the full range. This product features an automatic zero point calibration function and stable long-term performance. The development of this high molecular dew point capacitor is the result of more than 20 years of hard research. Due to its low rate of change, the signal is difficult to distinguish in the circuit. Therefore, we conducted a large amount of basic research and finally mastered the technology to improve low humidity sensitivity.


Key Features

◼︎ Brand new high molecular film sensor technology

◼︎ Accuracy measurement up to +/-2°Ctd

◼︎ Super fast response speed and excellent long-term stability

◼︎ Resistant to particle contamination, oil vapor, and most chemicals

◼︎ Multi-point temperature compensation calibration before leaving the factory

◼︎ Excellent anti-interference ability

◼︎ IP65 protection level, providing good protection even in harsh environments


Measurement
Dew Point Measurement Range 

-60°C ~ +20°Ctd

Application Temperature Range 

-40°C ~ +60°C

Measurement Accurac

Dew Point Accuracy (Air or Nitrogen)

±2°Ct

Response Time [63% (90%), Gas Temperature: +20 ℃, Pressure: 1 bar]
-40 -> -30°Ctd

40 s (80 s)

-30 -> -40°Ctd5 min (20 min)



For more detailed information, please download the PDF Datasheet above.

The DT6020 dew point transmitter uses a thermosetting polymer high molecular weight sensitive capacitor, which has a rapid response, stable and reliable performance, and a measurement range of -60°C to 20°C with an accuracy of +/-2°C over the full range. This product features an automatic zero point calibration function and stable long-term performance. The development of this high molecular dew point capacitor is the result of more than 20 years of hard research. Due to its low rate of change, the signal is difficult to distinguish in the circuit. Therefore, we conducted a large amount of basic research and finally mastered the technology to improve low humidity sensitivity.

For more detailed information, please download the PDF Datasheet above.

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