F80 Free Chlorine Analyzer1. No Reagents Required: the FC80 Free Chlorine Analyzer sensor technology and automatic pH compensation is a reagentless design and keep the cost of ownership low without having expensive reagents.
2. Compliant with EPA Method 334.0 3. Automatic Flow Control and Large Flow Tubes and Cells: greatly reduces clogs and blockages of the analyzer which is a common problem in other free chlorine analyzers and allows for easy cleaning. 4. Panel Mounted System Plumb and Play Design: the Free Chlorine Analyzer comes complete and is easy to install and ready to use. 5. T80 Analyzer Capability: TDual Masurements (2) 4 to 20 mA output, MODBUS and/or HART communication, (3) Alarm Relays, 24 VDC or 110/220 AC Power. 6. Auto Cleaning Option: The FC80 Free Chlorine Analyzer can be ordered with an auto cleaning option to keep the chlorine clean from comtaminates for an extended period of time. |
fc80_free_chlorine_analyzer.pdf | |
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TC80 Total Chlorine Analyzer1. No Reagents Required: the TC80 Total Chlorine Analyzer sensor technology and automatic pH compensation is a reagentless design and keeps the cost of ownership low without having expensive reagents.
2. Compliant with EPA Method 334.0 3. Automatic Flow Control and Large Flow Tubes and Cells: greatly reduces clogs and blockages of the analyzer which is a common problem in other total chlorine analyzers and allows for easy cleaning. 4. Panel Mounted System Plumb and Play Design: the Total Chlorine Analyzer comes complete and is easy to install and ready to use. 5. TC80 Total Chlorine Analyzer Capability: Dual Masurements (2) 4 to 20 mA output, MODBUS and/or HART communication, (3) Alarm Relays, 24 VDC or 110/220 AC Power. 6. Auto Cleaning Option: The TC80 Total Chlorine Analyzer can be ordered with an auto cleaning option to keep the chlorine sensor clean from comtaminates for an extended period of time. |
tc80_total_chlorine_analyzer.pdf | |
File Size: | 421 kb |
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DCA-23 Seawater Dechlorination AnalyzerThe Model DCA-23 Seawater Dechlorination Analyzer is a single purpose analyzer designed to monitor the chlorination and/or dechlorination of sea water from 0.00 – 2.00 ppm. The DCS-23 Seawater Dechlorination Analyzer comes complete with T23 Transmitter, sensors, piping and valves ready for an easy plumb and play installtion. Just connect the water inlet and outlet, and electrical connections of power and tranmitter output. The DCA-23 provides an accurate and economical solution to the measurement of chlorine in seawater used in heat exchangers or at desalination plants.
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dca-23_seawater_dechlorination_analyzer.pdf | |
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DC-80 De-Chlorination Analyzer1. No Reagents Required: the CD80 DeChlorination Analyzer sensor technology is a reagentless design and keeps the cost of ownership low without having expensive reagents only inexpensive 3 to 5 ppm chlorine solution.
2. Automatic Flow Control and Large Flow Tubes and Cells: greatly reduces clogs and blockages of the analyzer which is a common problem in other total chlorine analyzers and allows for easy cleaning. 3. Panel Mounted System Plumb and Play Design: the Chlorine Dioxide Analyzer comes complete and is easy to install and ready to use. 4. DC80 DeChlorination Analyzer Capability: (2) 4 to 20 mA outputs, MODBUS and/or HART communication, (3) Alarm Relays, 24 VDC or 110/220 AC Power. 5. Auto Cleaning Option: The DC80 DeChlorination Analyzer can be ordered with an auto cleaning option to keep the chlorine sensor clean from contaminates for an extended period of time. |
dc-80_de-chlorination_analyzer.pdf | |
File Size: | 844 kb |
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CD80 Chlorine Dioxide Analyzer1. No Reagents Required: the DC80 Chlorine Dioxide Analyzer sensor technology is a reagentless design and keeps the cost of ownership low without having expensive reagents.
2. Automatic Flow Control and Large Flow Tubes and Cells: greatly reduces clogs and blockages of the analyzer which is a common problem in other total chlorine analyzers and allows for easy cleaning. 3. Panel Mounted System Plumb and Play Design: the Chlorine Dioxide Analyzer comes complete and is easy to install and ready to use. 4. CD80 Total Chlorine Analyzer Capability: (2) 4 to 20 mA outputs, MODBUS and/or HART communication, (3) Alarm Relays, 24 VDC or 110/220 AC Power. 5. Auto Cleaning Option: The CD80 Chlorine Dioxide Analyzer can be ordered with an auto cleaning option to keep the chlorine sensor clean from contaminates for an extended period of time. |
cd80_chlorine_dioxide_analyzer.pdf | |
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Model T80 Universal Transmitter
Model S80 Intelligent Sensors
Specifications for the S80 ORP Sensors
0 … 1000 NTU, FNU -2 Sensor 0 … 2000 NTU, FNU -3 Sensor 0 … 4000 NTU, FNU |
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TR8 Series Turbidity / Suspended SolidThe Triton TR8 is a nephelometric turbidity sensor designed for use in water and wastewater. Turbidity, the cloudiness or haziness of a water sample, is caused by particles suspended in the water, typically clay and silt. Since bacteria and viruses can be attached to these particles, turbidity has become a critical indicator of the overall water quality.
The Triton TR8 uses an optical method for determining the turbidity suspended solids, a light beam is directed into the sample where it is scattered by suspended particles in the water. The amount of scattering depends on the amount of material in the water, the wavelength of light used and the size and composition of the suspended particles. The Triton TR8 uses a long lived near infrared LED light source (880 nm) and the 90° scattered light method in accordance with ISO 7027 / EN 27027 to assure accurate turbidity values under standardized and comparable conditions. The 90° scattered light detection method is the most common sensor design for turbidity. This sensor has the advantage of a high sensitivity at low levels of turbidity, a simple optical configuration and a balanced sensitivity to all particle sizes. Three detectors monitor the light beam at an angle of 90°. The first detector, inside the sensor, (see Figure 1) is the reference detector that compensates for changes in the LED light source caused by aging or other variations. The second detector measures a short path length which is best for high concentration measurements. The third detector measures the longer path length which is best for lower concentrations. The turbidity signal is constantly adjusted versus the reference detector, digital filter functions suppress interfering signals and self monitoring diagnostics assure a highly reliable measurement. |