Micro/2000® Measurement Module

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Water Quality measurement module for continuous measurement of oxidant resdiuals in combination with SFC or MFC electronics module.

  • High accuracy measurement of Chlorine, Chlorine Dioxide and Potassium Permanganate Residuals
  • Ability to handle poor water quality without fouling
Discontinued product
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Water Quality measurement module for continuous measurement of oxidant resdiuals in combination with SFC or MFC electronics module.

  • High accuracy measurement of Chlorine, Chlorine Dioxide and Potassium Permanganate Residuals
  • Ability to handle poor water quality without fouling
Discontinued product
Micro/2000® Measurement Module

Description

The Micro/2000® residual measurement module is a versatile, accurate, and reliable on-line instrument for continuous measurement of oxidant residuals. This measurement technology is used with either the SFC electronic package for single point analysis and control or the versatile MFC electronic package for multiple measurement and control capabilities. High accuracy and the ability to measure low residuals down to 1 ppb bring a new level of efficiency to the disinfection process regardless of the application. From potable water and wastewater treatment to cooling water, swimming pools and industrial processes, the Micro/2000 measurement module helps you control your entire treatment process from pretreatment using Potassium Permanganate, Chlorine Dioxide or Chlorine to distribution residual monitoring of Chloramines or free Chlorine.

Features

Features

  • Accurately measures free and total Chlorine, Chlorine Dioxide or Potassium Permanganate residuals at ranges from 0 - 0.1 to 0 - 20 g/l.
  • Suitable for all poor water quality applications such as wastewater and cooling water (fresh or seawater source).
  • Sensitivity and speed of response down to 1 ppb (0.001 mg/l utilizing 3 electrode measurement technology.)
  • Bare electrode cell design provides high reliability, long term stability, low maintenance, and minimal chance of fouling.
  • Unaffected by varying water quality, changes in turbidity or conductivity.
  • Field proven in thousands of installations around the world in a wide variety of ambient conditions.

Benefits

  • Fast speed of response for control applications and monitoring rapid water quality changes
  • Low sample flow cell design for economical reagent usage
    Separate flow cell and electronic packages for installation flexibility

Specs

Analyzer and Controller Function
  • Measurement Cell