Introducing the Vaisala DMT143 Miniature Dew Point Transmitter for OEM Applications by Hangzhou Xinjian Electronic Co., Ltd. This advanced transmitter is perfect for monitoring and ensuring the quality of compressed air.
Experience unmatched precision with the Vaisala DRYCAP® Handheld Dew Point Meter DM70. Designed for industrial applications, it provides rapid and accurate dew point measurements for processes such as compressed air systems, metal treatment, and plastics drying.
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Engineered for industrial spot-checking and reliable field calibration.
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Three versatile models offering precise measurements ranging from −60 to +60 °C (−76 to +140 °F).
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Equipped with the unique Vaisala DRYCAP® sensor featuring autocalibration.
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Robust sensor designed to withstand condensation.
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Data logging and easy transfer to PC via MI70 Link software.
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Includes traceable calibration with an official certificate.
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Rapid response time, optimized with sensor purge option.
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Multiple sampling cell options for diverse pressurized processes.
Vaisala DRYCAP Technology The DM70 incorporates the cutting-edge Vaisala DRYCAP® sensor, ensuring reliable, stable, and high-performance dew point measurements. Its autocalibration feature automatically detects and corrects any inaccuracies, maintaining precise calibration over time.
Three Probes to Choose From Choose from three probe models, all equipped with autocalibration. The DMP74A and DMP74B are versatile general-purpose probes, while the DMP74C is tailored for SF6 gas applications. The B and C models also feature a sensor purge function, ensuring exceptionally fast response times from ambient to dry conditions.
Intuitive User Interface
The DM70 boasts an intuitive, menu-based user interface with a crisp graphical LCD display and datalogging capabilities. It can read outputs from fixed Vaisala dew point transmitters (DMT242, DMT132, DMT143, DMT152, and DMT340) and displays up to three parameters simultaneously, either numerically or graphically. Users can select from various humidity units, convert gas pressure dew point to ambient pressure dew point, and utilize the analog output function.
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