Wall-mounted Ammonia Nitrogen Analyzer
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  • Wall-mounted Ammonia Nitrogen Analyzer

Product Features
  • LCD screen with Chinese interface display, making operation simpler and more convenient.
  • Imported TI chip and anti-interference circuit are adopted, resulting in higher precision and more stability.
  • Photoelectric isolation 4 - 20mA current output, RS - 485/RS2 - 232 communication interface.
  • Hysteresis value can be set arbitrarily, avoiding frequent operation of switching relays.
  • The system has a built-in watchdog function, and the power-off protection lasts for more than 10 years.
  • Dual relay upper and lower limit alarm output.
  • The sensor has built-in temperature compensation, which can correct the influence of temperature on the measured value.
  • Support for customizing special functional requirements.
Technical Parameters
  • Name: Wall-mounted Ammonia Nitrogen Analyzer
  • Model: TBF-2000AD
  • Measurement Range: 0 - 9999mg/L or 0 - 9999ppm
  • Resolution: 0.1mg/L or 0.1ppm
  • Power Supply Voltage: AC220V, DC24V, Input Power ≤ 5W
  • Output: RS485, 4 - 20mA, Relay (optional), HART Protocol (optional), NB, GPRS, LORA Communication (optional)
  • Protection Grade: IP65 (Main Unit) / IP68 (Sensor)
  • Operating Temperature: 0 - 40℃ (No Freezing)
  • Storage Temperature: -10 - 40℃
  • Installation Method: Top mounting/Top flange /side mounting/pipeline mounting/insertion mounting
  • External Dimensions (Wall-mounted): 156mm × 150mm × 85mm
  • Hole Size: 156mm × 94mm
  • Cable Length: Standard 10 meters (Customizable for extension)

Keywords

Wall-mounted Ammonia Nitrogen Analyzer
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  • Wall-mounted Ammonia Nitrogen Analyzer

Wall-mounted Ammonia Nitrogen Analyzer

Product IntroductionThe online ammonia nitrogen analyzer is a precision instrument mainly used to detect ammonium ions in liquids. There is a layer of ammonium ion selective membrane at the front end of the sensor. When the sensor is placed in the measured solution, ammonium ions in the measured solution enter the interior of the sensor through the selective membrane, forming a tiny potential difference with the reference electrode. The magnitude of the potential difference is proportional to the concentration of ammonium ions. The circuit amplifies the potential difference, so as to obtain the concentration of ammonium ions and calculate the content of nitrogen element.


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