FX-1000p Chlorine Analyzer Applications
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There are many applications for the FX-1000p Chlorine Analyzer Here are some.... |
| The Foxcroft FX-1000p Chlorine Analyzer for free or total chlorine residual readings. Can be used for monitoring or control use in freshwater, wastewater, and food processing applications, with a high degree of accuracy and repeatability. Handles ranges from the low PPM's to 100 ppm without dilution. The FX-1000p Chlorine Analyzer is a low maintenance analyzer designed to operate continuously and economically, using ordinary 5% distilled vinegar as a pH buffer. Works where colorimetric and probe analyzer do not, or cannot. A bufferless model is also available. | |
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Drinking Water
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Drinking Water The Foxcroft FX-1000p Chlorine Analyzer buffers and cleans like no other chlorine analyzer on the market. In drinking water, it removes iron or manganese deposits as well as areas with high amount of hydrogen sulphide. Probe style analyzers, membrane type as well as photo type meters, iron or manganese deposits are killers. |
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Well Pump Station
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Monitor/ Control Well Pump Stations The FX-1000p Chlorine Analyzer is excellent in removing iron/ manganese deposits as well as areas with high amount of hydrogen sulphide. Compared to probe style, membrane style and colorimeter analyzers, iron/ manganese, hydrogen sulphide is a major problem. |
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Booster Stations
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Booster Pump Stations If you require to increase chlorine residuals, this application is prefect for you. By installing a sample point down stream from the chlorine ejection point you can both monitor and control. |
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Chlorine Booster Stations
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| Chlorine Booster Stations If you need to increase chlorine residual in remote areas, this application is perfect for you. By installing a sample pump down stream from the chlorine ejection point you can both monitor and control. By sizing the sample pump properly you can create a artificial flow condition, perfect in areas with no or very little flow conditions. Single point control is excellent for this application, a flow meter is not required. |
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Filter Plants
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Filter Plant Monitoring and Control Filter plant monitoring and control for chlorine residuals is very important, it ensures proper disinfections is taking place. If you are using the chlorine analyzer for control, be sure the chlorine injection point and the sample point are not to close to cause erratic readings and proper mixing of chlorine is taken place. |
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Wastewater
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Wastewater Applications Wastewater systems, the FX-1000p Chlorine Analyzer can be used in both control and compliance monitoring. Most of the time it is best to use two chlorine analyzers if you require compliance monitoring. One chlorine analyzer for control and one chlorine analyzer for compliance monitoring. Proper sizing and positioning the sample pump in the chlorine contact tank is very important. It is especially important, if flow drops off at night or if a no flow condition exist at any time. By placing the sample pump in the right location you can create a artificial flow properly controlling chlorine at all times. |
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Cooling Towers
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| Cooling Towers Cooling towers sometime generate unclean environment conditions for most chlorine analyzers, but not the FX-1000p Chlorine Analyzer. The buffering agent provides not only proper buffering, but also provides superb cleaning of the cell unit. Yes, white distilled vinegar does a GREAT job cleaning! |
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Chicken Processing
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Sample-Hold-Control Process Allows better operation of system, cleaning, control are greatly improved significantly lowering maintenance and operation cost. |
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| Recent changes in USDA sanitation guidelines are requiring tight control on sanitizer levels in the water used in poultry and food processing. Foxcroft has the accurate instrumentation and experience required to provide automated control of existing, or new, chlorination equipment in the high chlorine residual environment of the food processing industry (up to 50 ppm without dilution). |  |
Analyzing Low Flow or No Flow Conditions
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A good process control system includes the following: • Properly placed sample point • Analyical Analyzer (chlorine, pH, etc.) • Single Loop Controller • Chemcial ejection system • Properly placed chemical injection point |
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| Process Time Interval Typically a good control interval would be somewhere between 2 and 10 minutes. If the control time interval is too long, any system upsets in residual will take a long time for the controller to correct. |
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