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  • Ultrasonic Thickness Gauge AT300

    • Two different measurement methods: “Single” and “Scan”
    • Single mode: measured value at just the touch point.
    • Scan mode: measure the minimum point in a specific area.
    • Range: 0.75 … 300 mm
    • 20 different file recording (99 admissions per file)
  • USM Level, Flow and Water Quality

    • Level and Pump Control
    • Open Channel Flow
    • Water Quality Measurement
      • pH,
      • Redox,
      • Dissolved Oxygen,
      • Conductivity,
      • Turbidity,
      • Temperature
  • Turbidity Sensor

    • IR optical sensor with optical fiber
    • Range: 0 to 4000 NTU or 0-4500 mg/L
    • Robust and waterproof (IP68)
    • Ultra low-power consumption
    • Digital output Modbus RS-485
    • ISO 7027 compliance (Nephelometry)
  • ph sensor

    pH Sensor

    • Combunation pH/Redox/Temp sensor
    • Digital Sensor : Modbus RS-485 / SDI-12
    • Calibration data inside
    • pH/ORP Cartridge
  • Dissolved Oxygen Sensor

    • Optical Technology without calibration
    • Digital Technology (Modbus RS-485)
    • No drift, Reduced maintenance
    • Robust, for field application
  • Conductivity – Salinity Sensor

    • 4 electrodes (2 graphic, 2 platinum)
    • Range 0 to 200mS/cm
    • Digital sensor / Modbus RS-485
    • Robust and Watertight
  • Hydrocell Waste Water Sampler

    Hydrocell Waste Water Sampler is specifically designed for Composite Collection of (flow/time proportional) samples of trade effluent discharges in industrial applications. A robust industrial design with state of the art touch screen programming and display makes the Hydrocell the product of choice for all your waste water sampling needs.

  • USI Flow & Water Quality Meter

  • Avocet Sludge Blanket MonitorAvocet Sludge Blanket Monitor

    Avocet Sludge Blanket Monitor

    • Sediment relative density throughout the tank shown on LCD display.
    • Improved efficiency and control of the treatment process
    • Warning of biological upset or hydraulic imbalance
    • Reduce site operational costs significantly with improved process control.
    • Reduced sensor maintenance (air purge cleaning).
    • Improves health and safety as no manual readings are needed