PRE672-A Ammonia Nitrogen Sensor

PRE672-A Ammonia Nitrogen Sensor

PRE672-A Ammonia Nitrogen Sensor

The PRE672-A Ammonia Nitrogen Sensor offers an advanced, chemical-free method for accurately measuring ammonium ion concentration in various water bodies. This sensor employs a combination of pH, ammonium ion electrode, and reference electrode to determine NH4+-N concentration without the use of reagents, ensuring an environmentally friendly and cost-effective solution.

The PRE672-A Ammonia Nitrogen Sensor offers an advanced, chemical-free method for accurately measuring ammonium ion concentration in various water bodies. This sensor employs a combination of pH, ammonium ion electrode, and reference electrode to determine NH4+-N concentration without the use of reagents, ensuring an environmentally friendly and cost-effective solution.

Key Features of the PRE672-A Ammonia Nitrogen Sensor

Technical Specifications of the PRE672-A Ammonia Nitrogen Sensor

  • Name: Ammonium ISE Sensor
  • Model: PRE672-A
  • NH4+-N Range: 0-100 mg/L (optional 0~1000 mg/L)
  • NH4+-N Accuracy: ±10% or ±0.5 mg/L
  • NH4+-N Resolution: 0.01 mg/L
  • pH Range: 4-10
  • pH Accuracy: ±0.1 pH
  • pH Resolution: 0.01
  • Size: Φ36mm x 265mm (with protective cover)
  • Housing IP Rating: IP68, ensuring protection against dust and prolonged immersion in water.
  • Deepest Depth: Capable of operating at depths up to 10 meters underwater.
  • Temperature Range: 0 ~ 50℃
  • Sensor Interface: Supports RS-485 and MODBUS protocol for efficient data communication.
  • Construction: NPT3/4 thread, suitable for submersible mounting.
  • Power Supply: DC 9~24V, current <100mA (when not cleaning).
  • Cable Length: Standard 10 meters, with custom lengths available.
  • Calibration: Supports one-point or two-point calibration methods.
  • Sensor Housing Material: Constructed from durable POM and 316L materials.

The PRE672-A Ammonia Nitrogen Sensor is designed for high precision and reliability in measuring ammonium ion concentration. Its environmentally friendly, reagent-free operation makes it an ideal choice for monitoring water quality in natural and industrial settings, providing accurate and consistent results without impacting the environment.