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RPH-260 Analyzer

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Series RPH-260: With ONE or TWO Disinfectant Probes

The RPH-260 residual analyzer offers a variety of probe and measurement options spanning various applications. The system can be provided with a maximum of two each of disinfectant probes, pH probes, and temperature sensors.

NOW with Large color Graphical display (320 x 240 pixels) and trending charts!

Sample Water Flow

  • 4-8 gal/hr for open flow cell
  • 12-24 gal/hr for F3 probe with CEH-F3 cleaning head

Sample Pressure

  • 5 PSI for open flow cell
  • 15 PSI for F3 Probe with CEH-F3 cleaning head

Sample Supply: Continuous
Speed of Response: Dependent on probe selected
Resolution: 0.01 ppm or +/- 1% of range (whichever is larger)

Main Features

  • Available with one or two disinfectant probes for free chlorine, total chlorine, and various other probe types.
  • Does not use chemical reagents
  • Available with zero, one or two pH sensors
  • Available with one or two temperature sensors
  • Available with pH and temperature compensation without the need for buffer chemicals.
  • Open or pressurized flow cell depending on probe type
  • Controller features graphical color 320 x 420 pixel display
  • Four selectable 4-20mA analog outputs
  • Four Selectable alarm relays
  • Optional data logger on MicroSD card
  • Modbus RS-485 communication
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DIFFERENT FORMS OF CHLORINE

Free Chlorine

Free chlorine is defined as the concentration of residual chlorine in water present as dissolved gas (Cl2), hypochlorous acid (HOCl), and/or hypochlorite ion (OCl-). A test kit which measures free chlorine will indicate the combined concentrations of HOCl, OCl-, and Cl2.

Combined Chlorine

Combined chlorine is defined as the residual chlorine existing in water in chemical combination with ammonia or organic amines which can be found in natural or polluted waters. Ammonia is sometimes deliberately added to chlorinated public water supplies to provide inorganic chloramines. This process is generally referred to as “chloramination.”

Total Chlorine

Total chlorine is the sum of free and combined chlorine. When chlorinating most potable water supplies, total chlorine is essentially equal to free chlorine because the concentration of ammonia or organic nitrogen compounds (needed to form combined chlorine) will be very low.

When chloramines are present in a municipal water supply, total chlorine will be higher than free chlorine.

Make sure you’re in compliance with the EPA’s Final Ground Water Rule:

40 CFR ˜ Parts 9, 141 and 142 (Federal Register November 08, 2006)

The purpose of this rule is to reduce the incidence of disease. The EPA has established a risk-based guide that targets ground water systems with vulnerability to fecal contamination. Any ground water system that’s in danger of fecal contamination should implement a corrective action for reducing potential illness from microbial pathogens. Global Treat, Inc. has more information regarding disinfection and treatment with chlorine plus equipment monitoring options to help ensure that you are complying with the new GWR rules.