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Liquid analyzers: metals
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Copper analyzer / in-line - 2 - 2 000 µg/l | SA1100
The SA1100 Scanning Analyzer delivers USEPA-approved field measurement of lead and copper in a robust, portable instrument featuring unique disposal sensor technology.
Using the principle of voltammetry, the SA1100 Scanning Analyzer can...
Using the principle of voltammetry, the SA1100 Scanning Analyzer can...
Copper analyzer / in-line - 2 - 2 000 µg/l | SA1100
The SA1100 Scanning Analyzer delivers USEPA-approved field measurement of lead and copper in a robust, portable instrument featuring unique disposal sensor technology.
Using the principle of voltammetry, the SA1100 Scanning Analyzer can accurately determine concentrations of lead and copper in a wide range of sample types. Features of the SA1100 include:
Simple test protocol fill the sample container, add the buffer tablet, insert the sensor and close the lid that's it!
Accurate and sensitive with a lower limit of detection of 2 ppb of lead or 50 ppb of copper, the SA1100 can detect the smallest heavy metal contamination
Waterproof and battery powered field instrument supplied in a shoulder case with all accessories required for immediate testing.
The SA1100 Scanning Analyzer has a waterproof USB port for instrument set-up and data download of the result memory. USEPA-approved, field analysis for lead and copper has never been so simple.
Using the principle of voltammetry, the SA1100 Scanning Analyzer can accurately determine concentrations of lead and copper in a wide range of sample types. Features of the SA1100 include:
Simple test protocol fill the sample container, add the buffer tablet, insert the sensor and close the lid that's it!
Accurate and sensitive with a lower limit of detection of 2 ppb of lead or 50 ppb of copper, the SA1100 can detect the smallest heavy metal contamination
Waterproof and battery powered field instrument supplied in a shoulder case with all accessories required for immediate testing.
The SA1100 Scanning Analyzer has a waterproof USB port for instrument set-up and data download of the result memory. USEPA-approved, field analysis for lead and copper has never been so simple.
Copper analyzer / nickel / in-line - WCU, WNI410 series
Walchem's WCU410 Copper Controller and WNI Nickel Controller are optoelectronic on-line analyzers that measure the actual concentration of copper or nickel in solution. They are used in a variety of applications including electroless plating baths and microetch baths (including oxide-replacement types).
Concentration Read in Units
Selectable between...
Concentration Read in Units
Selectable between...
Copper analyzer / nickel / in-line - WCU, WNI410 series
Walchem's WCU410 Copper Controller and WNI Nickel Controller are optoelectronic on-line analyzers that measure the actual concentration of copper or nickel in solution. They are used in a variety of applications including electroless plating baths and microetch baths (including oxide-replacement types).
Concentration Read in Units
Selectable between grams per liter (g/L) or ounces per gallon (oz/gal).
Backlit digital display also acts as a bar graph for a continuous visual summary of measurement versus set point.
Concentration set point, alarm set points (high and low), dead band and pump on time are all easily adjustable.
An interlock feature allows external devices (such as a flow switch ) to interlock control relays.
Download stored data from the controller to a USB stick. Use the data to simply and easily validate system performance. The data and event logs show copper or nickel values, as well as accumulated chemical feed and relay activation times.
Four Separate Control Relays & Outputs (WCU )may be used to add copper, caustic, formaldehyde or chelator/stabilizer chemistries.
Each output has a replenishment totalizer which may be set in units of time or volume.
Optional pH Input Board (WNI) may be used to add pH adjustment chemistry.
Output has a replenishment totalizer which may be set in units of time or volume.
Concentration Read in Units
Selectable between grams per liter (g/L) or ounces per gallon (oz/gal).
Backlit digital display also acts as a bar graph for a continuous visual summary of measurement versus set point.
Concentration set point, alarm set points (high and low), dead band and pump on time are all easily adjustable.
An interlock feature allows external devices (such as a flow switch ) to interlock control relays.
Download stored data from the controller to a USB stick. Use the data to simply and easily validate system performance. The data and event logs show copper or nickel values, as well as accumulated chemical feed and relay activation times.
Four Separate Control Relays & Outputs (WCU )may be used to add copper, caustic, formaldehyde or chelator/stabilizer chemistries.
Each output has a replenishment totalizer which may be set in units of time or volume.
Optional pH Input Board (WNI) may be used to add pH adjustment chemistry.
Output has a replenishment totalizer which may be set in units of time or volume.
Aluminium analyzer / for drinking water / in-line - COLORIMETER
3S-COLORIMETER - Compact on-line colorimetric analyser - Programmable on-line photometer
Designed for drinking water analysis.
3S Colorimeter...
Designed for drinking water analysis.
3S Colorimeter...
Aluminium analyzer / for drinking water / in-line - COLORIMETER
3S-COLORIMETER - Compact on-line colorimetric analyser - Programmable on-line photometer
Designed for drinking water analysis.
3S Colorimeter makes two measurements during an analysis cycle:
- the first step is the measurement of the raw sample and allow to compensate the colour and the turbidity of the sample and the fouling of the cell
- the second step is the measurement of the sample after color reagent addition and reaction time
The concentration is measured with the absorbance calculated with the difference between the two measurements and with the stored calibration parameters.
Designed for drinking water analysis.
3S Colorimeter makes two measurements during an analysis cycle:
- the first step is the measurement of the raw sample and allow to compensate the colour and the turbidity of the sample and the fouling of the cell
- the second step is the measurement of the sample after color reagent addition and reaction time
The concentration is measured with the absorbance calculated with the difference between the two measurements and with the stored calibration parameters.
Chromium analyzer / in-line - COLORIMETER
3S-COLORIMETER - Compact on-line colorimetric analyser - Programmable on-line photometer
3S Colorimeter makes two measurements during...
3S Colorimeter makes two measurements during...
Chromium analyzer / in-line - COLORIMETER
3S-COLORIMETER - Compact on-line colorimetric analyser - Programmable on-line photometer
3S Colorimeter makes two measurements during an analysis cycle:
- the first step is the measurement of the raw sample and allow to compensate the colour and the turbidity of the sample and the fouling of the cell
- the second step is the measurement of the sample after color reagent addition and reaction time
The concentration is measured with the absorbance calculated with the difference between the two measurements and with the stored calibration parameters.
3S Colorimeter makes two measurements during an analysis cycle:
- the first step is the measurement of the raw sample and allow to compensate the colour and the turbidity of the sample and the fouling of the cell
- the second step is the measurement of the sample after color reagent addition and reaction time
The concentration is measured with the absorbance calculated with the difference between the two measurements and with the stored calibration parameters.
Copper analyzer / in-line - COLORIMETER
3S-COLORIMETER - Compact on-line colorimetric analyser - Programmable on-line photometer
3S Colorimeter makes two measurements during...
3S Colorimeter makes two measurements during...
Copper analyzer / in-line - COLORIMETER
3S-COLORIMETER - Compact on-line colorimetric analyser - Programmable on-line photometer
3S Colorimeter makes two measurements during an analysis cycle:
- the first step is the measurement of the raw sample and allow to compensate the colour and the turbidity of the sample and the fouling of the cell
- the second step is the measurement of the sample after color reagent addition and reaction time
The concentration is measured with the absorbance calculated with the difference between the two measurements and with the stored calibration parameters.
3S Colorimeter makes two measurements during an analysis cycle:
- the first step is the measurement of the raw sample and allow to compensate the colour and the turbidity of the sample and the fouling of the cell
- the second step is the measurement of the sample after color reagent addition and reaction time
The concentration is measured with the absorbance calculated with the difference between the two measurements and with the stored calibration parameters.
Iron analyzer / in water / in-line - COLORIMETER
3S-COLORIMETER - Compact on-line colorimetric analyser - Programmable on-line photometer
Designed for on line monitoring of iron in ground waters, surface waters...
Designed for on line monitoring of iron in ground waters, surface waters...
Iron analyzer / in water / in-line - COLORIMETER
3S-COLORIMETER - Compact on-line colorimetric analyser - Programmable on-line photometer
Designed for on line monitoring of iron in ground waters, surface waters and potable waters.
3S Colorimeter makes two measurements during an analysis cycle:
the first step is the measurement of the raw sample and allow to compensate the colour and the turbidity of the sample and the fouling of the cell
the second step is the measurement of the sample after color reagent addition and reaction time
The concentration is measured with the absorbance calculated with the difference between the two measurements and with the stored calibration parameters.
Designed for on line monitoring of iron in ground waters, surface waters and potable waters.
3S Colorimeter makes two measurements during an analysis cycle:
the first step is the measurement of the raw sample and allow to compensate the colour and the turbidity of the sample and the fouling of the cell
the second step is the measurement of the sample after color reagent addition and reaction time
The concentration is measured with the absorbance calculated with the difference between the two measurements and with the stored calibration parameters.
Manganese analyzer / in water / in-line - COLORIMETER
3S-COLORIMETER - Compact on-line colorimetric analyser - Programmable on-line photometer
3S Colorimeter makes two measurements during...
3S Colorimeter makes two measurements during...
Manganese analyzer / in water / in-line - COLORIMETER
3S-COLORIMETER - Compact on-line colorimetric analyser - Programmable on-line photometer
3S Colorimeter makes two measurements during an analysis cycle:
- the first step is the measurement of the raw sample and allow to compensate the colour and the turbidity of the sample and the fouling of the cell
- the second step is the measurement of the sample after color reagent addition and reaction time
The concentration is measured with the absorbance calculated with the difference between the two measurements and with the stored calibration parameters.
3S Colorimeter makes two measurements during an analysis cycle:
- the first step is the measurement of the raw sample and allow to compensate the colour and the turbidity of the sample and the fouling of the cell
- the second step is the measurement of the sample after color reagent addition and reaction time
The concentration is measured with the absorbance calculated with the difference between the two measurements and with the stored calibration parameters.