Compact Programmable Online Colorimetric Analyser
Long autonomy, low maintenance, low operating cost colorimetric analysers from PMA.
This colorimeter has 6 key factors in mind
Low capital cost
Simple to replace low-cost consumables and spares
Economy of reagent usage is a priority
Easy to visually understand how it performs the analysis
Small footprint and uses LED technology
Programmable analysis features that users can understand
Main benefits of the 3S
Dual stream
Color touchscreen interface
Batch analysis: programmable frequency
Temperature heated reaction cell
Dual compartment enclosure
Small dimensions
Low reagent level alarm
Automatic calibration / validation / cleaning
Separate waste line for sample containing reagents
Long autonomy, low maintenance, low operating cost
Robust and reliable
Easy installation
Is the 3S right for you?
Is your current model costing too much to own?
Are you about to make a purchase decision?
Do you own and operate Process Colorimeters?
If you answered yes to any of those, then the 3S analyser is right for you.
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specification
Consider the PMA 3S Colorimeter for the following applications.
Wastewater
Ammonia
Iron
Phosphate
Potable waters
Aluminium
Ammonia
Iron
Phosphate
Manganese
Other waters
Hardness
Hydrazine
Phenols
Silica
and more..
Compact on-line analyser for water – a fully programmable colorimeter.
Features
Dual stream
Color touchscreen interface
Batch analysis: programmable frequency
Temperature heated reaction cell
Dual compartment enclosure
Small dimensions
Low reagent level alarm
Automatic calibration / validation / cleaning
Separate waste line for sample containing reagents
Long autonomy, low maintenance, low operating cost
Robust and reliable
Easy installation
Applications
Waste water treatment plants
Industrial applications
Surface water monitoring
Ultrapure water
Steam and condensate water
Osmosis plants
Ion exchange systems
Boiler feed water
Demineralisers
Process control
Process optimisation of wastewater treatment plants
Monitoring activated sludge basins
Monitoring wastewater treatment plant outlets
Surface water analysis
Drinking water analysis
Monitoring of industrial water treatments
Parameters
Aluminium
Ammonia
Chloride
Chlorine
Chromium VI
Copper
Formaldehyde
Hardness
Hydrazine
Iron
Manganese
Nickel
Nitrite
Phenol
Phosphate
Silica
Sulphate
TP
Zinc
Water moving through a power plant must be carefully monitored. In boilers, it must be extremely high quality, since it affects both performance and the overall boiler life.
