Narwhal Colorimetric Analyzer
Analyzer

Narwhal Colorimetric Analyzer

Uniquely specialized to be the most adept of its kind, this colorimetric analyzer is engineered at the intersection of precision and economy. Every detail has been designed to perfect performance and user experience.

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Narwhal Hardness Analyzer - 1 Stream

The Narwhal determines total hardness concentration via the O-Cresolphthalein colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/indicator reagent is added and is followed by a buffer reagent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (violet) becomes stronger with increasing concentrations of hardness. Upon completion of the reaction, an absorption measurement at 574nm is made that is proportional to the total hardness concentration as CaCO3.

Narwhal Hardness Analyzer - 2 Streams

The Narwhal determines total hardness concentration via the O-Cresolphthalein colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/indicator reagent is added and is followed by a buffer reagent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (violet) becomes stronger with increasing concentrations of hardness. Upon completion of the reaction, an absorption measurement at 574nm is made that is proportional to the total hardness concentration as CaCO3.

Narwhal Hardness Analyzer - 3 Streams

The Narwhal determines total hardness concentration via the O-Cresolphthalein colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/indicator reagent is added and is followed by a buffer reagent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (violet) becomes stronger with increasing concentrations of hardness. Upon completion of the reaction, an absorption measurement at 574nm is made that is proportional to the total hardness concentration as CaCO3.

Narwhal Hardness Analyzer - 4 Streams

The Narwhal determines total hardness concentration via the O-Cresolphthalein colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/indicator reagent is added and is followed by a buffer reagent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (violet) becomes stronger with increasing concentrations of hardness. Upon completion of the reaction, an absorption measurement at 574nm is made that is proportional to the total hardness concentration as CaCO3.

Narwhal Hardness Analyzer - 1 Stream

The Narwhal determines total hardness concentration via the O-Cresolphthalein colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/indicator reagent is added and is followed by a buffer reagent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (violet) becomes stronger with increasing concentrations of hardness. Upon completion of the reaction, an absorption measurement at 574nm is made that is proportional to the total hardness concentration as CaCO3.

Narwhal Hardness Analyzer - 2 Streams

The Narwhal determines total hardness concentration via the O-Cresolphthalein colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/indicator reagent is added and is followed by a buffer reagent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (violet) becomes stronger with increasing concentrations of hardness. Upon completion of the reaction, an absorption measurement at 574nm is made that is proportional to the total hardness concentration as CaCO3.

Narwhal Hardness Analyzer - 3 Streams

The Narwhal determines total hardness concentration via the O-Cresolphthalein colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/indicator reagent is added and is followed by a buffer reagent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (violet) becomes stronger with increasing concentrations of hardness. Upon completion of the reaction, an absorption measurement at 574nm is made that is proportional to the total hardness concentration as CaCO3.

Narwhal Hardness Analyzer - 4 Streams

The Narwhal determines total hardness concentration via the O-Cresolphthalein colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/indicator reagent is added and is followed by a buffer reagent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (violet) becomes stronger with increasing concentrations of hardness. Upon completion of the reaction, an absorption measurement at 574nm is made that is proportional to the total hardness concentration as CaCO3.

Narwhal Ammonia Analyzer - 1 Stream

The Narwhal determines ammonia concentration via the Indophenol Blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: a color reagent is added, followed by a catalyst reagent, and finally a buffer to provide final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of ammonia. Upon completion of the reaction, an absorption measurement at 640nm is made that is proportional to ammonia concentration.

Narwhal Ammonia Analyzer - 2 Streams

The Narwhal determines ammonia concentration via the Indophenol Blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: a color reagent is added, followed by a catalyst reagent, and finally a buffer to provide final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of ammonia. Upon completion of the reaction, an absorption measurement at 640nm is made that is proportional to ammonia concentration.

Narwhal Ammonia Analyzer - 3 Streams

The Narwhal determines ammonia concentration via the Indophenol Blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: a color reagent is added, followed by a catalyst reagent, and finally a buffer to provide final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of ammonia. Upon completion of the reaction, an absorption measurement at 640nm is made that is proportional to ammonia concentration.

Narwhal Ammonia Analyzer - 4 Streams

The Narwhal determines ammonia concentration via the Indophenol Blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: a color reagent is added, followed by a catalyst reagent, and finally a buffer to provide final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of ammonia. Upon completion of the reaction, an absorption measurement at 640nm is made that is proportional to ammonia concentration.

Narwhal Ammonia Analyzer - 2 Streams

The Narwhal determines ammonia concentration via the Indophenol Blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: a color reagent is added, followed by a catalyst reagent, and finally a buffer to provide final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of ammonia. Upon completion of the reaction, an absorption measurement at 640nm is made that is proportional to ammonia concentration.

Narwhal Ammonia Analyzer - 4 Streams

The Narwhal determines ammonia concentration via the Indophenol Blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: a color reagent is added, followed by a catalyst reagent, and finally a buffer to provide final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of ammonia. Upon completion of the reaction, an absorption measurement at 640nm is made that is proportional to ammonia concentration.

Narwhal Iron Analyzer - 2 Streams

The Narwhal determines iron concentration via the Tripyridyl-triazine (TPTZ) colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally TPTZ to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue-purple) becomes stronger with increasing concentrations of iron. Upon completion of the reaction, an absorption measurement at 598nm is made that is proportional to iron concentration.

Narwhal Ammonia Analyzer - 1 Stream

The Narwhal determines ammonia concentration via the Indophenol Blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: a color reagent is added, followed by a catalyst reagent, and finally a buffer to provide final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of ammonia. Upon completion of the reaction, an absorption measurement at 640nm is made that is proportional to ammonia concentration.

Narwhal Ammonia Analyzer - 3 Streams

The Narwhal determines ammonia concentration via the Indophenol Blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: a color reagent is added, followed by a catalyst reagent, and finally a buffer to provide final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of ammonia. Upon completion of the reaction, an absorption measurement at 640nm is made that is proportional to ammonia concentration.

Narwhal Iron Analyzer - 1 Stream

The Narwhal determines iron concentration via the Tripyridyl-triazine (TPTZ) colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally TPTZ to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue-purple) becomes stronger with increasing concentrations of iron. Upon completion of the reaction, an absorption measurement at 598nm is made that is proportional to iron concentration.

Narwhal Iron Analyzer - 2 Streams

The Narwhal determines iron concentration via the Tripyridyl-triazine (TPTZ) colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally TPTZ to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue-purple) becomes stronger with increasing concentrations of iron. Upon completion of the reaction, an absorption measurement at 598nm is made that is proportional to iron concentration.

Narwhal Iron Analyzer - 4 Streams

The Narwhal determines iron concentration via the Tripyridyl-triazine (TPTZ) colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally TPTZ to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue-purple) becomes stronger with increasing concentrations of iron. Upon completion of the reaction, an absorption measurement at 598nm is made that is proportional to iron concentration.

Narwhal Iron Analyzer - 1 Stream

The Narwhal determines iron concentration via the Tripyridyl-triazine (TPTZ) colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally TPTZ to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue-purple) becomes stronger with increasing concentrations of iron. Upon completion of the reaction, an absorption measurement at 598nm is made that is proportional to iron concentration.

Narwhal Iron Analyzer - 2 Streams

The Narwhal determines iron concentration via the Tripyridyl-triazine (TPTZ) colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally TPTZ to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue-purple) becomes stronger with increasing concentrations of iron. Upon completion of the reaction, an absorption measurement at 598nm is made that is proportional to iron concentration.

Narwhal Iron Analyzer - 3 Streams

The Narwhal determines iron concentration via the Tripyridyl-triazine (TPTZ) colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally TPTZ to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue-purple) becomes stronger with increasing concentrations of iron. Upon completion of the reaction, an absorption measurement at 598nm is made that is proportional to iron concentration.

Narwhal Iron Analyzer - 4 Streams

The Narwhal determines iron concentration via the Tripyridyl-triazine (TPTZ) colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally TPTZ to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue-purple) becomes stronger with increasing concentrations of iron. Upon completion of the reaction, an absorption measurement at 598nm is made that is proportional to iron concentration.

Narwhal Aluminum Analyzer - 1 Stream

The Narwhal determines aluminum concentration via the Pyrocatechol Violet colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally Pyrocatechol Violet to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of aluminum. Upon completion of the reaction, an absorption measurement at 577nm is made that is proportional to aluminum concentration.

Narwhal Aluminum Analyzer - 2 Streams

The Narwhal determines aluminum concentration via the Pyrocatechol Violet colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally Pyrocatechol Violet to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of aluminum. Upon completion of the reaction, an absorption measurement at 577nm is made that is proportional to aluminum concentration.

Narwhal Aluminum Analyzer - 3 Streams

The Narwhal determines aluminum concentration via the Pyrocatechol Violet colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally Pyrocatechol Violet to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of aluminum. Upon completion of the reaction, an absorption measurement at 577nm is made that is proportional to aluminum concentration.

Narwhal Manganese Analyzer - 1 Stream

The Narwhal determines Manganese concentration via the Formaldoxime colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: a buffer reagent is added, followed by the Formaldoxime reagent, and finally a complexing reagent to promote color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (reddish-brown) becomes stronger with increasing concentrations of Manganese. Upon completion of the reaction, an absorption measurement at 450nm is made that is proportional to Manganese concentration.

Narwhal Aluminum Analyzer - 3 Streams

The Narwhal determines aluminum concentration via the Pyrocatechol Violet colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally Pyrocatechol Violet to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of aluminum. Upon completion of the reaction, an absorption measurement at 577nm is made that is proportional to aluminum concentration.

Narwhal Aluminum Analyzer - 4 Streams

The Narwhal determines aluminum concentration via the Pyrocatechol Violet colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally Pyrocatechol Violet to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of aluminum. Upon completion of the reaction, an absorption measurement at 577nm is made that is proportional to aluminum concentration.

Narwhal Aluminum Analyzer - 1 Stream

The Narwhal determines aluminum concentration via the Pyrocatechol Violet colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally Pyrocatechol Violet to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of aluminum. Upon completion of the reaction, an absorption measurement at 577nm is made that is proportional to aluminum concentration.

Narwhal Manganese Analyzer - 2 Streams

The Narwhal determines Manganese concentration via the Formaldoxime colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: a buffer reagent is added, followed by the Formaldoxime reagent, and finally a complexing reagent to promote color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (reddish-brown) becomes stronger with increasing concentrations of Manganese. Upon completion of the reaction, an absorption measurement at 450nm is made that is proportional to Manganese concentration.

Narwhal Aluminum Analyzer - 4 Streams

The Narwhal determines aluminum concentration via the Pyrocatechol Violet colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally Pyrocatechol Violet to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of aluminum. Upon completion of the reaction, an absorption measurement at 577nm is made that is proportional to aluminum concentration.

Narwhal Aluminum Analyzer - 2 Streams

The Narwhal determines aluminum concentration via the Pyrocatechol Violet colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid reagent is added, followed by a buffer reagent, and finally Pyrocatechol Violet to provide color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of aluminum. Upon completion of the reaction, an absorption measurement at 577nm is made that is proportional to aluminum concentration.

Narwhal Manganese Analyzer - 3 Streams

The Narwhal determines Manganese concentration via the Formaldoxime colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: a buffer reagent is added, followed by the Formaldoxime reagent, and finally a complexing reagent to promote color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (reddish-brown) becomes stronger with increasing concentrations of Manganese. Upon completion of the reaction, an absorption measurement at 450nm is made that is proportional to Manganese concentration.

Narwhal Manganese Analyzer - 4 streams

The Narwhal determines Manganese concentration via the Formaldoxime colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: a buffer reagent is added, followed by the Formaldoxime reagent, and finally a complexing reagent to promote color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (reddish-brown) becomes stronger with increasing concentrations of Manganese. Upon completion of the reaction, an absorption measurement at 450nm is made that is proportional to Manganese concentration.

Narwhal Silica Analyzer - 1 Stream

The Narwhal determines silica concentration via the molybdenum blue colorimetric method. The Narwhal automatically automaticallysamples the process stream and proceeds with chemistry addition: an acid/color reagent is added, followed by a buffer reagent, and finally a reducing reagent to promote color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of silica. Upon completion of the reaction, an absorption measurement at 810 nm is made that is proportional to silica concentration.

Narwhal Silica Analyzer - 2 Streams

The Narwhal determines silica concentration via the molybdenum blue colorimetric method. The Narwhal automatically automaticallysamples the process stream and proceeds with chemistry addition: an acid/color reagent is added, followed by a buffer reagent, and finally a reducing reagent to promote color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of silica. Upon completion of the reaction, an absorption measurement at 810 nm is made that is proportional to silica concentration.

Narwhal Silica Analyzer - 3 Streams

The Narwhal determines silica concentration via the molybdenum blue colorimetric method. The Narwhal automatically automaticallysamples the process stream and proceeds with chemistry addition: an acid/color reagent is added, followed by a buffer reagent, and finally a reducing reagent to promote color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of silica. Upon completion of the reaction, an absorption measurement at 810 nm is made that is proportional to silica concentration.

Narwhal Phosphate Analyzer - 1 Stream

The Narwhal determines orthophosphate concentration via the molybdenum blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/color reagent is added which is followed by a reducing agent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of orthophosphate. Upon completion of the reaction, an absorption measurement at 470 nm is made that is proportional to orthophosphate concentration.

Narwhal Silica Analyzer - 4 Streams

The Narwhal determines silica concentration via the molybdenum blue colorimetric method. The Narwhal automatically automaticallysamples the process stream and proceeds with chemistry addition: an acid/color reagent is added, followed by a buffer reagent, and finally a reducing reagent to promote color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of silica. Upon completion of the reaction, an absorption measurement at 810 nm is made that is proportional to silica concentration.

Narwhal Phosphate Analyzer - 1 Stream

The Narwhal determines orthophosphate concentration via the molybdenum blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/color reagent is added which is followed by a reducing agent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of orthophosphate. Upon completion of the reaction, an absorption measurement at 880 nm is made that is proportional to orthophosphate concentration.

Narwhal Silica Analyzer - 1 Stream

The Narwhal determines silica concentration via the molybdenum blue colorimetric method. The Narwhal automatically automaticallysamples the process stream and proceeds with chemistry addition: an acid/color reagent is added, followed by a buffer reagent, and finally a reducing reagent to promote color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of silica. Upon completion of the reaction, an absorption measurement at 810 nm is made that is proportional to silica concentration.

Narwhal Phosphate Analyzer - 2 Streams

The Narwhal determines orthophosphate concentration via the molybdenum blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/color reagent is added which is followed by a reducing agent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of orthophosphate. Upon completion of the reaction, an absorption measurement at 880 nm is made that is proportional to orthophosphate concentration.

Narwhal Silica Analyzer - 2 Streams

The Narwhal determines silica concentration via the molybdenum blue colorimetric method. The Narwhal automatically automaticallysamples the process stream and proceeds with chemistry addition: an acid/color reagent is added, followed by a buffer reagent, and finally a reducing reagent to promote color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of silica. Upon completion of the reaction, an absorption measurement at 810 nm is made that is proportional to silica concentration.

Narwhal Silica Analyzer - 3 streams

The Narwhal determines silica concentration via the molybdenum blue colorimetric method. The Narwhal automatically automaticallysamples the process stream and proceeds with chemistry addition: an acid/color reagent is added, followed by a buffer reagent, and finally a reducing reagent to promote color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of silica. Upon completion of the reaction, an absorption measurement at 810 nm is made that is proportional to silica concentration.

Narwhal Phosphate Analyzer - 3 Streams

The Narwhal determines orthophosphate concentration via the molybdenum blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/color reagent is added which is followed by a reducing agent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of orthophosphate. Upon completion of the reaction, an absorption measurement at 880 nm is made that is proportional to orthophosphate concentration.

Narwhal Silica Analyzer - 4 Streams

The Narwhal determines silica concentration via the molybdenum blue colorimetric method. The Narwhal automatically automaticallysamples the process stream and proceeds with chemistry addition: an acid/color reagent is added, followed by a buffer reagent, and finally a reducing reagent to promote color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of silica. Upon completion of the reaction, an absorption measurement at 810 nm is made that is proportional to silica concentration.

Narwhal Phosphate Analyzer

The Narwhal determines orthophosphate concentration via the molybdenum blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/color reagent is added which is followed by a reducing agent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of orthophosphate. Upon completion of the reaction, an absorption measurement at 880 nm is made that is proportional to orthophosphate concentration.

Narwhal Phosphate Analyzer - 2 Streams

The Narwhal determines orthophosphate concentration via the molybdenum blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/color reagent is added which is followed by a reducing agent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of orthophosphate. Upon completion of the reaction, an absorption measurement at 880 nm is made that is proportional to orthophosphate concentration.

Narwhal Phosphate Analyzer - 3 Streams

The Narwhal determines orthophosphate concentration via the molybdenum blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/color reagent is added which is followed by a reducing agent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of orthophosphate. Upon completion of the reaction, an absorption measurement at 880 nm is made that is proportional to orthophosphate concentration.

Narwhal Hydrazine Analyzer - 1 Stream

Narwhal Phosphate Analyzer - 4 Streams

The Narwhal determines orthophosphate concentration via the molybdenum blue colorimetric method. The Narwhal automatically samples the process stream and proceeds with chemistry addition: an acid/color reagent is added which is followed by a reducing agent to promote final color formation. The solution is mixed by exchanging the fluids between a syringe pump and measurement cell. Color formation (blue) becomes stronger with increasing concentrations of orthophosphate. Upon completion of the reaction, an absorption measurement at 880 nm is made that is proportional to orthophosphate concentration.

Narwhal Hydrazine Analyzer - 2 Streams

Narwhal Hydrazine Analyzer - 3 Streams

Narwhal Hydrazine Analyzer - 4 Streams

Features & Benefits
Compact design
Compact 42″x9″x8″ design, powder coated Nema 4X enclosure capable of benchtop or wall mounting.
7″ intuitive touch screen display
7″ intuitive touch screen display with easy-to-use software allows users to calibrate and view data.
Removable grab sampling bottle
Removable grab sampling bottle provides fast results of remote samples and simple instrument verification.
High precision photometer
High precision photometer with long life LED light source capable of absorbance measurements up to 3AU with +/- 1% FS accuracy
Simple process connection
Simple process connection with integrated fast loop, optionally provided without fast loops for pond measurements
Unique fluid handling system
Unique fluid handling system utilizing a single valve and high accuracy syringe pump for ease of maintenance and high-precision measurements. The valve design permits up to 4 measurement locations to be performed sequentially with a single analyzer
Low reagent usage
Low reagent usage most applications require less than .4mL of reagent measurement

Features and Benefits
  • 7” intuitive touch screen display with easy-to-use software allows users to calibrate and view data.
  • Automatic 2-point calibration maintained with self-referencing feature. The interval between calibrations can be manually configured.
  • Self-cleaning design and long life LED minimize required maintenance.
  • Unique fluid handling system utilizing a single valve and pump for ease of maintenance and high-precision measurements.
  • Low reagent and sample usage (ex: optional 2.5 L reagents for 3 months silica).
  • Multitude of diagnostic features that alert users of process upsets.
  • Standard data outputs include MODBUS, 4-20mA, USB to CST Software, and removable SD card.

Application
  • Measurement of total hardness in drinking water, surface water, and process water.
  • Measurement of total hardness for stream & power generation including boiler feed water.
Specifications
  • High Range Measurement: 0.25 to 10 ppm Total Hardness as CaCO3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2L of each reagent every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of total hardness in drinking water, surface water, and process water.
  • Measurement of total hardness for stream & power generation including boiler feed water.
Specifications
  • High Range Measurement: 0.25 to 10 ppm Total Hardness as CaCO3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2L of each reagent every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of total hardness in drinking water, surface water, and process water.
  • Measurement of total hardness for stream & power generation including boiler feed water.
Specifications
  • High Range Measurement: 0.25 to 10 ppm Total Hardness as CaCO3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2L of each reagent every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of total hardness in drinking water, surface water, and process water.
  • Measurement of total hardness for stream & power generation including boiler feed water.
Specifications
  • High Range Measurement: 0.25 to 10 ppm Total Hardness as CaCO3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2L of each reagent every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of total hardness in drinking water, surface water, and process water.
  • Measurement of total hardness for stream & power generation including boiler feed water.
Specifications
  • Low Range Measurement: 0 to 1 ppm Total Hardness as CaCO3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2L of each reagent every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of total hardness in drinking water, surface water, and process water.
  • Measurement of total hardness for stream & power generation including boiler feed water.
Specifications
  • Low Range Measurement: 0 to 1 ppm Total Hardness as CaCO3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2L of each reagent every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of total hardness in drinking water, surface water, and process water.
  • Measurement of total hardness for stream & power generation including boiler feed water.
Specifications
  • Low Range Measurement: 0 to 1 ppm Total Hardness as CaCO3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2L of each reagent every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of total hardness in drinking water, surface water, and process water.
  • Measurement of total hardness for stream & power generation including boiler feed water.
Specifications
  • Low Range Measurement: 0 to 1 ppm Total Hardness as CaCO3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2L of each reagent every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of ammonia in raw waters for intake protection.
  • Monitoring of ammonia in drinking water influent.
  • Measurement of ammonia in wastewater for protection of aquatic life and mitigation of ground water pollutants.
Specifications
  • Measurement Range: 0 to 0.5 ppm NH3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of ammonia in raw waters for intake protection.
  • Monitoring of ammonia in drinking water influent.
  • Measurement of ammonia in wastewater for protection of aquatic life and mitigation of ground water pollutants.
Specifications
  • Measurement Range: 0 to 0.5 ppm NH3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of ammonia in raw waters for intake protection.
  • Monitoring of ammonia in drinking water influent.
  • Measurement of ammonia in wastewater for protection of aquatic life and mitigation of ground water pollutants.
Specifications
  • Measurement Range: 0 to 0.5 ppm NH3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of ammonia in raw waters for intake protection.
  • Monitoring of ammonia in drinking water influent.
  • Measurement of ammonia in wastewater for protection of aquatic life and mitigation of ground water pollutants.
Specifications
  • Measurement Range: 0 to 0.5 ppm NH3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of ammonia in raw waters for intake protection.
  • Monitoring of ammonia in drinking water influent.
  • Measurement of ammonia in wastewater for protection of aquatic life and mitigation of ground water pollutants.
Specifications
  • Measurement Range: 0 to 3 ppm NH3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of ammonia in raw waters for intake protection.
  • Monitoring of ammonia in drinking water influent.
  • Measurement of ammonia in wastewater for protection of aquatic life and mitigation of ground water pollutants.
Specifications
  • Measurement Range: 0 to 3 ppm NH3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of iron in drinking water to detect undesirable water color or taste.
  • Measurement of iron in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of iron levels in ground of surface waters.
  • Monitoring iron levels in industrial water for corrosion control.
Specifications
  • Measurement Range: 0 to 1 ppm Fe
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of ammonia in raw waters for intake protection.
  • Monitoring of ammonia in drinking water influent.
  • Measurement of ammonia in wastewater for protection of aquatic life and mitigation of ground water pollutants.
Specifications
  • Measurement Range: 0 to 3 ppm NH3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Measurement of ammonia in raw waters for intake protection.
  • Monitoring of ammonia in drinking water influent.
  • Measurement of ammonia in wastewater for protection of aquatic life and mitigation of ground water pollutants.
Specifications
  • Measurement Range: 0 to 3 ppm NH3
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of iron in drinking water to detect undesirable water color or taste.
  • Measurement of iron in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of iron levels in ground of surface waters.
  • Monitoring iron levels in industrial water for corrosion control.
Specifications
  • Measurement Range: 0 to 1 ppm Fe
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of iron in drinking water to detect undesirable water color or taste.
  • Measurement of iron in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of iron levels in ground of surface waters.
  • Monitoring iron levels in industrial water for corrosion control.
Specifications
  • Measurement Range: 0 to 1 ppm Fe
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of iron in drinking water to detect undesirable water color or taste.
  • Measurement of iron in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of iron levels in ground of surface waters.
  • Monitoring iron levels in industrial water for corrosion control.
Specifications
  • Measurement Range: 0 to 1 ppm Fe
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of iron in drinking water to detect undesirable water color or taste.
  • Measurement of iron in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of iron levels in ground of surface waters.
  • Monitoring iron levels in industrial water for corrosion control.
Specifications
  • Measurement Range: 0 to 5 ppm Fe
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of iron in drinking water to detect undesirable water color or taste.
  • Measurement of iron in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of iron levels in ground of surface waters.
  • Monitoring iron levels in industrial water for corrosion control.
Specifications
  • Measurement Range: 0 to 5 ppm Fe
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of iron in drinking water to detect undesirable water color or taste.
  • Measurement of iron in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of iron levels in ground of surface waters.
  • Monitoring iron levels in industrial water for corrosion control.
Specifications
  • Measurement Range: 0 to 5 ppm Fe
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of iron in drinking water to detect undesirable water color or taste.
  • Measurement of iron in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of iron levels in ground of surface waters.
  • Monitoring iron levels in industrial water for corrosion control.
Specifications
  • Measurement Range: 0 to 5 ppm Fe
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of aluminum in drinking water to prevent undesirable health concerns.
  • Measurement of aluminum in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of aluminum levels in ground or surface waters.
Specifications
  • Measurement Range: 0 to 300 ppb Al
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of aluminum in drinking water to prevent undesirable health concerns.
  • Measurement of aluminum in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of aluminum levels in ground or surface waters.
Specifications
  • Measurement Range: 0 to 300 ppb Al
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of aluminum in drinking water to prevent undesirable health concerns.
  • Measurement of aluminum in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of aluminum levels in ground or surface waters.
Specifications
  • Measurement Range: 0 to 300 ppb Al
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of manganese in drinking water to detect undesirable water color, taste, or odor.
  • Measurement of manganese in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of manganese levels in ground or surface waters.
Specifications
  • Measurement Range: 0 to 5 ppm Mn
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 4L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of aluminum in drinking water to prevent undesirable health concerns.
  • Measurement of aluminum in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of aluminum levels in ground or surface waters.
Specifications
  • Measurement Range: 0 to 1.5 ppm Al
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of aluminum in drinking water to prevent undesirable health concerns.
  • Measurement of aluminum in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of aluminum levels in ground or surface waters.
Specifications
  • Measurement Range: 0 to 300 ppb Al
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of aluminum in drinking water to prevent undesirable health concerns.
  • Measurement of aluminum in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of aluminum levels in ground or surface waters.
Specifications
  • Measurement Range: 0 to 1.5 ppm Al
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of manganese in drinking water to detect undesirable water color, taste, or odor.
  • Measurement of manganese in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of manganese levels in ground or surface waters.
Specifications
  • Measurement Range: 0 to 5 ppm Mn
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 4L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of aluminum in drinking water to prevent undesirable health concerns.
  • Measurement of aluminum in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of aluminum levels in ground or surface waters.
Specifications
  • Measurement Range: 0 to 1.5 ppm Al
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of aluminum in drinking water to prevent undesirable health concerns.
  • Measurement of aluminum in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of aluminum levels in ground or surface waters.
Specifications
  • Measurement Range: 0 to 1.5 ppm Al
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 2.5L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of manganese in drinking water to detect undesirable water color, taste, or odor.
  • Measurement of manganese in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of manganese levels in ground or surface waters.
Specifications
  • Measurement Range: 0 to 5 ppm Mn
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 4L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Monitoring of manganese in drinking water to detect undesirable water color, taste, or odor.
  • Measurement of manganese in wastewater for protection of aquatic life and mitigation of ground water pollutants.
  • Measurement of manganese levels in ground or surface waters.
Specifications
  • Measurement Range: 0 to 5 ppm Mn
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: 4L of each reagent every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Boiler feedwater monitoring for prevention of scaling on turbine blades.
  • Demineralization stage monitoring for better utilization of ion exchange resin capacity and optimization of regeneration cycles.
  • Monitoring ion exchangers in condensate polishing plant.
  • Ultrapure water monitoring for semiconductor manufacturing.
Specifications
  • Measurement Range: 0 to 1000 ppb Si
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Boiler feedwater monitoring for prevention of scaling on turbine blades.
  • Demineralization stage monitoring for better utilization of ion exchange resin capacity and optimization of regeneration cycles.
  • Monitoring ion exchangers in condensate polishing plant.
  • Ultrapure water monitoring for semiconductor manufacturing.
Specifications
  • Measurement Range: 0 to 1000 ppb Si
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Boiler feedwater monitoring for prevention of scaling on turbine blades.
  • Demineralization stage monitoring for better utilization of ion exchange resin capacity and optimization of regeneration cycles.
  • Monitoring ion exchangers in condensate polishing plant.
  • Ultrapure water monitoring for semiconductor manufacturing.
Specifications
  • Measurement Range: 0 to 1000 ppb Si
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Specifications
  • Measurement Range: 0 to 20 ppm Orthophosphate
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Boiler feedwater monitoring for prevention of scaling on turbine blades.
  • Demineralization stage monitoring for better utilization of ion exchange resin capacity and optimization of regeneration cycles.
  • Monitoring ion exchangers in condensate polishing plant.
  • Ultrapure water monitoring for semiconductor manufacturing.
Specifications
  • Measurement Range: 0 to 1000 ppb Si
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Specifications
  • Measurement Range: 0 to 5 ppm Orthophosphate
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Boiler feedwater monitoring for prevention of scaling on turbine blades.
  • Demineralization stage monitoring for better utilization of ion exchange resin capacity and optimization of regeneration cycles.
  • Monitoring ion exchangers in condensate polishing plant.
  • Ultrapure water monitoring for semiconductor manufacturing.
Specifications
  • Measurement Range: 0 to 5000 ppb Si
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Specifications
  • Measurement Range: 0 to 20 ppm Orthophosphate
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Boiler feedwater monitoring for prevention of scaling on turbine blades.
  • Demineralization stage monitoring for better utilization of ion exchange resin capacity and optimization of regeneration cycles.
  • Monitoring ion exchangers in condensate polishing plant.
  • Ultrapure water monitoring for semiconductor manufacturing.
Specifications
  • Measurement Range: 0 to 5000 ppb Si
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Boiler feedwater monitoring for prevention of scaling on turbine blades.
  • Demineralization stage monitoring for better utilization of ion exchange resin capacity and optimization of regeneration cycles.
  • Monitoring ion exchangers in condensate polishing plant.
  • Ultrapure water monitoring for semiconductor manufacturing.
Specifications
  • Measurement Range: 0 to 5000 ppb Si
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Specifications
  • Measurement Range: 0 to 20 ppm Orthophosphate
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Application
  • Boiler feedwater monitoring for prevention of scaling on turbine blades.
  • Demineralization stage monitoring for better utilization of ion exchange resin capacity and optimization of regeneration cycles.
  • Monitoring ion exchangers in condensate polishing plant.
  • Ultrapure water monitoring for semiconductor manufacturing.
Specifications
  • Measurement Range: 0 to 5000 ppb Si
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Specifications
  • Measurement Range: 0 to 20 ppm Orthophosphate
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Specifications
  • Measurement Range: 0 to 5 ppm Orthophosphate
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Specifications
  • Measurement Range: 0 to 5 ppm Orthophosphate
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Specifications
  • Measurement Range: 0 to 500 ppb Hydrazine
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Specifications
  • Measurement Range: 0 to 5 ppm Orthophosphate
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 30 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Specifications
  • Measurement Range: 0 to 500 ppb Hydrazine
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Specifications
  • Measurement Range: 0 to 500 ppb Hydrazine
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H
Specifications
  • Measurement Range: 0 to 500 ppb Hydrazine
  • Accuracy: ±5% of the reading
  • Repeatability: ±2% of the reading
  • Calibration: Automatic 2-point calibration maintained by programmable self-referencing feature
  • Reagent Consumption: Reagent replacement every 90 days
  • Ambient Operating Temperature: 5°C - 45°C
  • Process Temperature: 1˚C - 40°C
  • Ambient Operating Humidity: Up to 90% RH non-condensing
  • Minimum Flow Rate: 100-500 ml/min
  • Inlet/Outlet Pressure: 5 psi maximum
  • Measurement/Diagnostic Output: On-board display, isolated 4-20 mA, RS-485 (Modbus RTU)
  • Storage: Removable SD card
  • Power Requirements: 24VDC nominal (12-48VDC)
  • Enclosure Material: Powder coated carbon steel
  • Overall Dimensions: 8" L x 9" W x 39" H