POTABLE WATER

In order to operate and efficiently control the drinking water treatment process, it is essential to measure and record the water quality for trend analyses from raw water intake, to purification, storage and distribution. With SWAN’s analytical instruments, the customer is receiving an application specific instrument setup providing easy operation, low maintenance and rapid plant integration. SWAN’s on-line analysers enable a systematic preventive approach to drinking water safety covering the parameters below.

Ammonium

Monitor AMI ISE Universal
Monitor for continuous measurement of Ammonium, Nitrate or Fluoride in potable water.

Complete system mounted on PVC panel:

  • Transmitter AMI ISE Universal in a rugged aluminum enclosure (IP 66).
  • Flow cell M-Flow 10-3PG with temperature sensor (NT5k).
  • Factory tested and calibrated. Ready for installation and operation.

For use with ion sensitive electrodes with separate reference elctrode:

  • Swansensor Ammonium or Swansensor Nitrate or Swanssensor Fluoride
  • Swansensor Reference FL

Monitor AMI ISE Universal(Data Sheet)

FLUORIDE

Monitor for continuous measurement of Ammonium, Nitrate or Fluoride in potable water.

Complete system mounted on PVC panel:

  • Transmitter AMI ISE Universal in a rugged aluminum enclosure (IP 66).
  • Flow cell M-Flow 10-3PG with temperature sensor (NT5k).
  • Factory tested and calibrated. Ready for installation and operation.

For use with ion sensitive electrodes with separate reference elctrode:

  • Swansensor Ammonium or Swansensor Nitrate or Swanssensor Fluoride
  • Swansensor Reference FL

AMI ISE Universal(Data Sheet)

NITRATE

Monitor for continuous measurement of Ammonium, Nitrate or Fluoride in potable water.

Complete system mounted on PVC panel:

  • Transmitter AMI ISE Universal in a rugged aluminum enclosure (IP 66).
  • Flow cell M-Flow 10-3PG with temperature sensor (NT5k).
  • Factory tested and calibrated. Ready for installation and operation.

For use with ion sensitive electrodes with separate reference elctrode:

  • Swansensor Ammonium or Swansensor Nitrate or Swanssensor Fluoride
  • Swansensor Reference FL

Oxygen (dissolved)

Monitor AMI Oxysafe
Monitor for continuous measurement of dissolved oxygen in potable water and effluents

Range: 0 – 20 ppm or 0 – 200% saturation
Automatic air pressure compensation
Automatic temperature compensation

Complete system mounted on PVC panel including:
Transmitter AMI Oxysafe

  • Power supply: 100-240 VAC, 50/60 Hz
  • Flow cell M-Flow M40.
  • Factory tested, ready for installation and operation.

Monitor AMI Oxysafe(Data Sheet)

CONDUCTIVITY

Monitor AMI Solicon4
For monitoring conductivity in a wide range (0.1 microS/cm to 100 mS/cm) in potable water, effluent and cooling water.

  • 4-Electrode platinum conductivity sensor with built-in temperature probe.
  • Excellent stability and fouling resistance.

Complete system mounted on PVC panel including:

  • Transmitter AMI Solicon4
  • Flow cell M-Flow PG.
  • Swansensor Shurecon P with integrated temperature sensor (Pt1000).
  • Factory tested, ready for installation and operation.

Monitor AMI Solicon4(Data Sheet)Einfluss Der Temperatur Auf Die ElektrischeInfluence Of Temperature On Electrical Conductivity

pH

Redox (ORP)

Monitor AMI pH-Redox; M-Flow
Monitor for continuous measurement of pH or redox (ORP) in potable water and effluents.

Complete system mounted on PVC panel:
Transmitter AMI pH-Redox in a rugged aluminum enclosure (IP 66).

  • Flow cell M-Flow 10-3PG with temperature sensor (Pt1000).
  • Factory tested and calibrated. Ready for installation and operation.
  • Dual channel option available.

Monitor AMI ph RedoxM FlowPhredox Mflow(Data Sheet)

Redox (ORP)
Monitor for continuous measurement of pH or redox (ORP) in potable water and effluents.

Complete system mounted on PVC panel:

  • Transmitter AMI pH-Redox in a rugged aluminum enclosure (IP 66).
  • Flow cell M-Flow 10-3PG with temperature sensor (Pt1000).
  • Factory tested and calibrated. Ready for installation and operation.
  • Dual channel option available.

Monitor AMI ph redox m-flow(Data Sheet)Flyer AMI Phredox Mflow

Phosphate

Analyzer AMI Phosphate HL
Colorimetric process analyzer for the automatic, continuous measurement of phosphate in boiler water, district heating and cooling water.

  • Measuring range: 0.1 to 50 ppm (mg/L) PO4
  • Based on colorimetric measurement principle.
  • Complete system including measurement and control electronics, photometer, flow indicator, reaction chamber, reagent dosing system and reagent containers.
  • No interferences with silica
  • Control of sample flow and reagent fill level.
  • Factory tested and calibrated. Provides immediate results.

AMI Phosphate(Data Sheet)

Analyzer AMI Phosphate-II
Colorimetric process analyzer for the automatic, continuous measurement of phosphate in potable water, effluents and cooling water.

  • Measuring range: 0.01 to 10 ppm (mg/L) PO4
  • Based on colorimetric measurement principle according to ISO 6878
  • Complete system including measurement and control electronics, photometer, flow indicator, reaction chamber, reagent dosing system and reagent containers.
  • No interferences with silica
  • Control of sample flow and reagent fill level.
  • Automatic cleaning module available as option.
  • Factory tested and calibrated. Provides immediate results

Monitor AMI Phosphate-II(Data Sheet)

TURBIDITY

Monitor AMI Turbiwell 7027
High precision, non-contact nephelometer based on ISO 7027 (EN 27027, DIN 38404) for the continuous measurement of turbidity in pure water, potable water, surface water treatment and effluent.

  • Range: 0.000 to 200.0 FNU with a precision of ± 0.003 FNU or 1% of reading.
  • Turbidimeter with sample chamber and valve for chamber drain.
  • Optional sample degasser for the prevention of interfering bubbles formation in the sample.
  • High precision secondary standards for quality assurance.

Monitor AMI Turbiwell 7072(Data Sheet)

Ami Turbitrace

High Precision Nephelometer complying with ISO 7027 (EN 27027, DIN 38404) for the continuous measurement of low level turbidity in pure and ultra pure water.

  • Range: 0.000 to 100.0 FNU with a precision of  ± 0.001 FNU or 1% of reading.
  • Programmable automatic zero point measurement for drift compensation by integrated sub-micron particle filter.
  • Monitoring of sample flow and sensor fouling with alarms.
  • High precision secondary standards for quality assurance

AMI Turbitrace(Data Sheet)

Monitor AMI Turbiwell W/LED
High precision, non-contact nephelometer, approved alternative method to US EPA 180.1, for the continuous measurement of turbidity in potable water.

  • Range: 0.000 to 100.0 NTU with a precision of ± 0.003 NTU or 1% of reading.
  • Turbidimeter with sample chamber and valve for chamber drain.
  • Optional sample degasser for the prevention of interfering bubbles formation in the sample.
  • High precision secondary standards for quality assurance.
  • Approved alternative method which meets the requirements for compliance monitoring and reporting as demanded under the Safe Drinking Water Act (SDWA).

Monitor AMI Turbiwell Wled(Data Sheet)Flyer AMI Turbiwell LowSwan Article TurbiwellEignungsnachweis AMI Turbiwell

Monitor AMI Turbitrack
High Precision Nephelometer complying with ISO 7027 (EN 27027, DIN 38404) for the continuous measurement of low level turbidity in pure water with up to 10 bar.

  • Range: 0.000 to 100.0 FNU with a precision of ± 0.001 FNU or 1% of reading.
  • Turbidimeter with sample chamber purge and flow controller.
  • Monitoring of sample flow with alarm.
  • High precision secondary standards for quality assurance

AMI Turbitrack(Data Sheet)Flyer AMI Turbitrack Low

Chlorine, Ozone, ClO2

Two different technologies are available for monitoring free chlorine, ozone, chlorine dioxide or monochloramine. The choice of the technology depends on water treatment methods:

  • Amperometric three electrode system TRIDES: Treatment with free chlorine, chlorine dioxide or ozone. Dual channel system (chlorine and pH) will provide on-line conversion from hypochlorous acid to free chlorine without reagents.
  • Process photometers CODES: Work under the same conditions as the amperometric system. In addition they can be used for monochloramine. pH compensation is not necessary because the reagents contain a buffer solution.

Amperometric systems have lower cost of ownership (no reagents). Under unknown conditions (and at pH above 8.5) it is safer to use a photometer.

  • CHEMATEST portable photometer: A high precision portable photometer is needed for calibration in any case

Analyzer AMI Codes-II TC
Colorimetric process analyzer (DPD-method) for measurement and dosing control of total chlorine and calculation of dichloramine.
For the continuous online determination of disinfectants based on the DPD colorimetric method (EN ISO 7393-2; APHA 4500-Cl G).

  • Measurement values : total chlorine 1, total chlorine 2, dichloramine, flow and if installed pH and temperature.
  • Complete system including measurement and control electronics, photometer, flow indicator, reaction chamber, reagent dosing system and reagent containers.
  • Integrated pH measurement with temperature compensation (available as option).
  • All usual dosing devices for disinfectants and pH control can be connected either through relays or analog output signals. Two independent controllers can operate simultaneously.
  • Seperate chemical cleaning module available as accessor

Analyzer AMI Codes-II CC
Colorimetric process analyzer (DPD-method) for measurement and dosing control of disinfectants such as free chlorine, monochloramine, total residual chlorine and combined chlorine.

  • For the continuous online determination of disinfectants based on the DPD colorimetric method (EN ISO 7393-2; APHA 4500-Cl G).
  • Measurement values : free chlorine, monochloramine, total residual chlorine, combined chlorine, flow and if installed pH and temperature.
  • Complete system including measurement and control electronics, photometer, flow indicator, reaction chamber, reagent dosing system and reagent containers.
  • Integrated pH measurement with temperature compensation (available as option).
  • All usual dosing devices for disinfectants and pH control can be connected either through relays or analog output signals. Two independent controllers can operate simultaneously.
  • Seperate chemical cleaning module available as accessory.

AMI Codes II(Data Sheet)Flyer AMI Codes IICombinedchlorine Archiv Des Badewesens V2

Chematest 25
Hand-held instrument for the determination of disinfectants, dissolved iron, dissolved aluminium, pH-value and ORP/redox-potential.

  • Photo- and pH-combimeter with state of the art microelectronics and clearly arranged display.
  • Well-devised analytical set in portable case.
  • Choice between routine and expert mode.
  • Determination of pH-value and ORP/redoxpotential by maintenance-free electrodes.
  • Determination of disinfectants with Oxycon reagents following the DPD method
  • Determination of free and bound chlorine, chlorine dioxide, ozone, iodine, bromine, cyanuric acid, dissolved iron, dissolved aluminium, pH-value and ORP/redoxpotential.

Chematest 25(Data Sheet)Flyer Fenchematest 25

Chematest 20S
Hand-held instrument for the determination of disinfectants, dissolved iron, dissolved aluminium and pH-value.
Photometer with state of the art microelectronics and clearly arranged display.

  • Well-devised analytical set in portable case.
  • Photometric determination of pH-value with phenolred.
  • Determination of disinfectants with Oxycon reagents following the DPD method.
  • Determination of free and bound chlorine, chlorine-dioxid, ozone, iodine, bromine, cyanuric acid, dissolved iron, dissolved aluminium and pH-value.

Chematest 20s(Data Sheet)Flyer Fenchematest 20

Chematest 20N
Hand-held instrument for the determination of disinfectants, dissolved iron, dissolved aluminium and pH-value.

  • Photometer with state of the art microelectronics and clearly arranged display.
  • Well-devised analytical set in portable case.
  • Photometric determination of pH-value with phenolred.
  • Determination of disinfectants with Oxycon reagents following the DPD method.
  • Determination of free and bound chlorine, chlorine-dioxid, ozone, iodine, bromine, cyanuric acid, dissolved iron, dissolved aluminium and pH-value.

Chematest 20N(Data Sheet)

Monitor AMI Trides
Microprocessor controlled system for the automatic and continuous measurement of disinfectants in potable water and swimming pools

  • Amperometric analyzer for disinfectans such as hypochlorous acid, free chlorine, chlorine dioxide, ozone, bromine, iodine.
  • Optional pH measurement for the on-line compensation of pH when measuring free chlorine.
  • No reagents, no consumables.
  • Factory tested and calibrated. Provides immediate results.

AMI Trides(Data Sheet)Flyer AMI Trides Low

Analyzer AMI Codes-II
Colorimetric process analyzer (DPD-method) for measurement and dosing control of disinfectants such as free chlorine, hypochlorus acid, chlorine dioxide, ozone, bromine, iodine and monochloramine.

  • For the continuous online determination of disinfectants based on the DPD colorimetric method (EN ISO 7393-2; APHA 4500 Cl-G.
  • Also applicable for water containing additives like corrosion inhibitors, cyanuric acid and antiscalants.
  • Measurement values: Free chlorine, chlorine dioxide, bromine and iodine, monochloramine or ozone.
  • Complete system including measurement and control electronics, photometer, flow indicator, reaction chamber, reagent dosing system and reagent containers.
  • Integrated pH measurement with temperature compensation (available as option).
  • All usual dosing devices for disinfectants and pH control can be connected either through relays or analog output signals. Two independent controllers can operate simultaneously.

AMI Codes II(Data Sheet)Flyer AMI Codes II