Feedwater, Steam & Condensate - ZIST APzistap.com/images/catalogue/water-and-steam-analyzers/...Conductivity after a Cation Exchanger (Acid/Cation Conductivity) Analytical System •

Feedwater, Steam & Condensate The most important parameters in Water/Steam Cycles such as Cation conductivity, dissolved oxygen and pH are available as pre-assembled and factory tested units.

Dedicated analyzers for sodium, silica, phosphate and hydrazine are also factory tested and calibrated for immediate operation.

Conductivity in power cycles is measured directly (total or specific conductivity) and/or after a cation column (acid or cation conductivity). Additional, a third measurement after sample re-boiling is available (degassed conductivity). SWAN has integrated the cation column into the instruments. This results in considerable less maintenance work.

Single Channel Monitors for specific (total) or acid (cation) conductivity. Dual Channel Monitor for specific and acid conductivity with needle valve, cation column and flow meter.

Additionally it is possible to determine sample pH and alkalizing reagent concentration, e.g. ammonia by differential conductivity.

Triple Channel Monitor for specific, acid and degassed conductivity with needle valve, cation column and flow meter. Additionally it is possible to determine sample pH and alkalizing reagent concentration, e.g. ammonia by differential conductivity.

Monitor Concept:

SWAN Analytical Instruments offer panel-mounted monitors which include inlet solenoid valve, flow cell, electrodes and sensors, electronic unit and all ancillary products mounted on ready-made stainless steel panels. SWAN provides comprehensive quality assurance on all monitors systems and performs wet test of monitors for customer peace of mind.

Authorised Distributor in Iran:

ZIST Andish Pishgam Ltd. No. 8, Masood, Kazeroun Str., Mirdamand Ave, 19199 Tehran, IRAN Phone: +98 21 2222 6768 ; Fax +98 21 2225 3079 ; site www.zistap.com ; email [email protected]

ANALYTICAL INSTRUMENTS

www.swan.ch · SWAN ANALYTISCHE INSTRUMENTE AG · CH-8340 HINWIL · [email protected] · Phone +4144943630004/2013/dh

Overview

Applications HighPurityWater

Feedwater,Steam & Condensate

PharmaWater

PotableWater

Pool & Sanitary

CoolingWater

WasteWater &Effluents

Ammonium

Hydrogen

Chlorine / Ozone / CI02

Conductivity and Resistivity

Hydrazine / Carbo-hydrazide

Nitrate

Oxygen(dissolved)

pH

Phosphate

Redox (ORP)

Silica

Sodium

Turbidity

Total Organic Carbon

SWAN On-line Instruments


Sp

ec

ific

(T

ota

l) C

on

du

ctivity

AMI Powercon Specific

Analyzer for the Automatic and

Continuous Measurement of Specific

(Total) Conductivity in Feedwater,

Steam and Condensate

� Two-electrode conductivity sensor

with slot-lock design and integrated

Pt1000 temperature probe.

� Selectable temperature

compensation.

� Stainless steel flow cell with digital

sample flow meter.

� Quick sensor release with patented

slot-lock design.

� Factory tested, and ready for

installation and operation.

Data Sheet No: DenA23441XX0

Specific Conductivity in

Feedwater, Steam and Condensate

Analytical System

• Conductivity measurement range:

0.055 to 1000 μS/cm

• High precision:

± 1 % of the measured value

• Temperature compensation:

- non linear function for high

purity water

- neutral salts

- strong acids

- strong bases

- Ammonia, Ethanolamine

- Morpholine

- Linear coefficient in %/°C

- Absolute (none)

AMI Electronic Unit

• Rugged aluminum housing (IP66).

• Two freely scalable current signal

outputs (0/4-20 mA), third one as

an option.

• Optional fieldbus communication

board (Profibus, Modbus, Webserver).

Flow-Cell with Sensors

• Stainless steel flow cell with integrated

needle valve and digital sample flow

meter

• Quick sensor release with patented

slot-lock design.

www.swan.ch · SWAN ANALYTISCHE INSTRUMENTE AG · CH-8340 HINWIL/SWITZERLAND · PHONE +41 44 943 63 00



Ac

id (

Ca

tio

n)

Co

nd

uc

tivity

AMI Powercon Acid

Analyzer for the automatic and

continuous measurement of acid

(cation) conductivity in feedwater,

steam and condensate

� Measurement the conductivity after

a cation exchanger.

� Two precision conductivity sensor



� Easy to replace cation exchanger.

� Automatic deaeration of the cation

exchanger.

� Calculation of resin consumption

with user alarm.

� Optional pre-rinse setup for

instantaneous resin exchange.



Data Sheet No: DenA23445XXX

Conductivity after a Cation Exchanger

(Acid/Cation Conductivity)

Analytical System


0.055 to 1000 μS/cm

• High precision:

± 1 % of the measured value

• Temperature compensation:

- non linear function for high

purity water

- neutral salts

- strong acids

- strong bases

- Ammonia, Ethanolamine

- Morpholine

- Linear coefficient in %/°C

- Absolute (none)

AMI Electronic Unit



outputs (0/4 – 20 mA), third one as

an option.

• Optional fieldbus communication board

(Profibus, Modbus, Webserver).

Flow-Cell with Sensors and Integrated

Cation Exchanger with Pre-Rinse Option


flow adjustment valve and digital

sample flow meter.

• Quick sensor release with patented

slot-lock design.




Sp

ec

ific

an

d C

atio

n C

on

du

ctivity

AMI Deltacon Power

Analyzer for the Automatic and

Continuous Measurement of

Specific and Cation Conductivity

(before and after a Cation

Exchanger). Calculation of the

Sample pH Value and Ammonia

Concentration.

� Simultaneous measurement and

display of both conductivities, pH

or ammonia concentration, sample

temperature and sample flow.

� Two precision conductivity sensors



� Easy to replace cation exchanger.

� Automatic deaeration of the cation

exchanger.

� Calculation of resin consumption

with user alarm.

� Optional pre-rinse setup for

instantaneous resin exchange.



Data Sheet No: DenA23461XXX

Calculated pH from Specific and Cation Conductivity

Analytical System


0.055 to 1000 μS/cm

• Calculation of pH value:

from pH 7.5 to 11.5 (VGB-directive 450L)

• Calculation of ammonia concentration in

the range from 0.01 to 10 ppm.

• High precision: ± 1 % of the measured value

• Temperature compensation: preset for strong

acids but available for a wide range of other

sample conditions.

AMI Electronic Unit


• Two freely scalable current signal outputs

(0/4-20 mA), third one as an option.



Flow-Cell with Sensors and Integrated Cation

Exchanger with Pre-Rinse Option


needle valve and digital sample flow meter.

• Quick sensor release with patented slot-

lock design.

• Easy to replace integrated cation column

with automatic deaeration.

• Optional pre-rinse setup for instantaneous

resin exchange.

• Sensors with stainless steel body, titanium

electrode and built-in temperature sensor

for automatic temperature compensation.



De

ga

sse

d C

atio

n C

on

du

ctivity

On-line analyzer for the measurement

of three conductivity values in water-

steam-cycles:

1. Specific (total) conductivity

2. Cation (acid) conductivity after

a cation exchanger

3. Degassed cation conductivity

after a sample reboiler.

Calculation of sample pH and

ammonia concentration based on

differential conductivity measurement.

AMI Deltacon DG


AMI Deltacon DG...

� Measurement based on ASTM D4519-94.

� Sample reboiler unit with heating and cooling system made of stainless steel.

� Degasser electronic controller for sample reboiler with vapor pressure control

(IP66).

� Atmospheric pressure measurement for boiling point compensation.

� Simultaneous measurement and display of conductivities, pH or ammonia

concentration, sample temperature and sample flow.

� Calculation of resin consumption with user alarm.

� Complete system mounted on stainless steel panel.

� Factory tested, and ready for installation and operation.

(Data Sheet No. DenA23481XX0)



Specific, Cation and

Degassed Cation Conductivity

Analytical System


0.055 to 1000 μS/cm

• Calculation of pH value:

from pH 7.5 to 11.5 (VGB-directive 450L)

• Calculation of ammonia concentration:

from 0.01 to 10 ppm

• High precision: ± 1 % of the measured value

• Sample flow measurement with security shut-

off for sample heater of reboiler if sample flow

is too low.

AMI Electronic Unit


• Large backlit LC-Display for the reading of

the measured value and status information.

• Full-text menu driven user interface.


(0/4 – 20 mA), third one as an option.



Flow-Cell with Sensors and Integrated Cation

Exchanger

• Stainless steel flow cell with integrated needle

valve and flow sensor for two-electrode

conductivity sensors with Slot-Lock system.

• Sensors with stainless steel body, titanium

electrode and built-in temperature sensor for

automatic temperature compensation.

• Easy to replace integrated cation column.

(Data Sheet No. DenA23481XX0)


pH

an

d R

ed

ox

AMI pH/Redox(QV-Flow)

On-line Analyzer for the Continuous

Measurement of pH or Redox

(ORP) in High Purity Water, Steam

and Condensate.

� Simultaneous measurement of pH

or redox, sample temperature and

sample flow.

� Combined or separated sensors

with reference electrodes for

various sample conditions.

� Flow cell QV-Flow IS1000 made of

stainless steel.

� Complete system mounted on a

stainless steel panel.

� Factory tested, ready for installation

and operation.

Data Sheet No: DenA2122XXXX

pH and Redox (ORP)

in High Purity Water, Steam and Condensate

Transmitter AMI pH/Redox

• Rough Aluminum housing IP66.

• Measuring range: 1 to 13 pH,

or -500 to +1500 mV depending

on installed sensor.

• Temperature compensation according to:

- Nernst (for potable water and waste water).

- Nernst with non-linear solution compensa-

tion (for high purity water).

- Nernst with linear compensation with se-

lectable coefficient (for high purity water).



• Optional fieldbus communication board.

Sensors

• Swansensor ST/AY:

pH 1 to 13 resp. -400 to +1200 mV

Swansensor SI/FL:

pH 1 to 12 resp. -500 to +1500 mV

Resolution:

0.01 pH or 1 mV

Flow Cell QV-Flow

• Flow cell QV-Flow IS 1000 made of stainless

steel with quick release vessel, needle valve,

digital sample flow meter and temperature

sensor.

• Flow rate: 5 to 10 l/h

• Inlet pressure: 0.2 to 2 bar



SWAN Analytische Instrumente AG CH-8340 Hinwil, Switzerland Tel. +41 44 943 63 00 [email protected] . www.swan.ch

Monitor AMI Oxytrace Data sheet No. DenA22401000

08/2013 Subject to change without notice DenA22401000_Monitor_AMI_Oxytrace_QV-Flow.docx

Monitor for continuous measurement of dissolved oxygen in high purity water. Monitor AMI Oxytrace (QV-Flow) Complete system mounted on stainless steel panel: Transmitter AMI Oxytrace in a rugged aluminum enclosure (IP 66). Flow cell QV-Flow PMMA OTG made of acrylic glass with needle valve and digital sample flow meter on mounting angle made of stainless steel. Swansensor Oxytrace G with three electrode set-up (cathode, anode and guard) and integrated NT5k temperature sensor. Factory tested, ready for installation and operation.

Specifications: Measuring range: 0.01 ppb - 20 ppm O2 (at 25°C) or 0 - 200% saturation Automatic air pressure compensation Automatic temperature compensation Automatic surveillance of electrolyte Faster initial response time after maintenance due to silver guard Simultaneous measurement of dissolved oxygen, sample temperature and sample flow. Big backlit LC display for the reading of measuring value, sample temperature, sample flow and operating status. Easy user menus in English, German, French and Spanish. Simple programming of all parameters by keypad. Two current outputs (0/4 - 20 mA) for measured signals (3rd output optional). Electronic record of major process events and calibration data

Order Nr. Monitor AMI Oxytrace A–22.401.000 Option: [ ] 3rd current signal output (0/4 – 20mA) A-81.410.020 [ ] Profibus DP interface A-81.420.020 [ ] HyperTerminal interface (RS-232) A-81.420.010 [ ] Modbus interface A-81.420.022 [ ] USB interface A-81.420.040

SWAN Analytische Instrumente AG CH-8340 Hinwil, Switzerland Tel. +41 44 943 63 00 [email protected] . www.swan.ch

Monitor AMI Oxytrace Data sheet No. DenA22401000

08/2013 Subject to change without notice DenA22401000_Monitor_AMI_Oxytrace_QV-Flow.docx

Dissolved Oxygen Measurement Swansensor Oxytrace G with three electrode set-up (cathode [gold], anode [silver] and guard [silver]) with integrated NT5k temperature sensor. Measuring range Resolution 0.01 to 9.99 ppb 0.01 ppb 10 to 199.9 ppb 0.1 ppb 200 to 1999 ppb 1 ppb 2 to 20 ppm 0.01 ppm 0-200% saturation 0.1% saturation Automatic range switching Automatic temperature and air pressure compensation Accuracy / Repeatability Accuracy: ± 1.5% of reading or ± 0.2 ppb Repeatability: ± 1% of read. or ±0.15 ppb Response time t90 < 30 sec. (rising concentration) Temperature measurement NT5k Measuring range: -30 to +130 °C Resolution: 0.1 °C Sample flow measurement With digital SWAN sample flow sensor Transmitter Specifications and Functionality Electronics case: Cast aluminum Protection degree: IP 66 / NEMA 4X Display: backlit LCD, 75 x 45 mm Electrical connectors: screw clamps Dimensions: 180 x 140 x 70 mm Weight: 1.5 kg Ambient temperature: -10 to +50 °C Humidity: 10 - 90% rel., non condensing Power supply Voltage: 100 - 240 VAC ( 10 %), 50/60 Hz ( 5 %) or 24 VDC ( 10 %) Power consumption: max. 30 VA Operation Easy operation based on separate men-us for “Messages”, “Diagnostics”, “Maintenance”, “Operation” and “Installation”. User menus in English, German, French and Spanish. Separate menu specific password protection. Display of process value, sample flow, alarm status and time during operation. Storage of event log, alarm log and calibration history. Storage of the last 1’500 data records in logger with selectable time interval.

Safety features No data loss after power failure, all data is saved in non-volatile memory. Over-voltage protection of in- and out-puts. Galvanic separation of measuring inputs and signal outputs. Transmitter temperature monitoring with programmable high/low alarm limits. 1 Alarm relay One potential free contact for summary alarm indication for programmable alarm values and instrument errors. Maximum load: 1A / 250 VAC 1 Input One input for potential-free contact. Programmable hold or remote off function. 2 Relay outputs Two potential-free contacts program-mable as limit switches for measuring values, controllers or timer for system cleaning with automatic hold function. Rated load: 1A / 250 VAC 2 Signal outputs (3rd as option) Two programmable signal outputs for measured values (freely scalable, linear or bilinear) or as continuous control out-put (control parameters programmable). Current loop: 0/4 - 20 mA Maximum burden: 510

Control functions Relays or current outputs programmable for 1 or 2 pulse dosing pumps, solenoid valves or for one motor valve. Programmable P, PI, PID or PD control parameters. 1 Communication interface (option) - RS232 interface for logger download

to PC with SWANTerminal - RS485 interface (galvanically separat-

ed) with Fieldbus protocol Modbus or Profibus DP

- 3rd Signal output - USB interface Monitor Data Sample conditions Flow rate: 8 to 25 l/h Temperature: up to 45 °C Inlet pressure: 0.2 to 1 bar Outlet pressure: pressure free pH: not lower than pH 4 Suspended solids: less than 10 ppm Flow cell and connections Flow cell made of acrylic glass with built-in flow adjustment valve and digital sample flow meter Sample inlet: Swagelok ¼” tube adapter Sample outlet: for flexible tube Ø 20 x 15 mm Panel Dimensions: 280 x 850 x 150 mm Material: stainless steel Total weight: 12.0 kg

Electrical Connection Scheme

Trac

e O

xyg

en

On-line analyzer for the continuousmeasurement of dissolved oxygenin high purity water with integratedauto-verification

AMI Oxytrace QED

� Faraday electrode and control unitfor the automatic verification byelectrochemically generated oxygenin the ppb range.

� Automatic temperature and airpressure compensation.

� Faster run-in times after electrolyteexchange, lower zero current andgreater reliability because of theguard electrode.

� Easy maintenance due to sensorcap concept.

� Complete system mounted on astainless steel panel: factory tested,calibrated and ready for operation.

Data Sheet Nr. DenA2245XX00

AMI Oxytrace QED


Dissolved Oxygen in High Purity Water

(Data Sheet Nr. DenA2245XX00

(Data Sheet Nr. DenA87213010)

Transmitter AMI Oxytrace QED

• Rugged aluminum housing IP66.

• Two freely scalable current signal outputs(0/4 - 20 mA), third one as an option.

• Optional fieldbus communication board.

Flow cell

• Made of acrylic glass with built-in flowadjustment valve, digital sample flow meterand faraday electrode.

• Flow rate: 6 to 25 l/h

Dissolved Oxygen MeasurementMeasuring range: Resolution:0 – 9.99 ppb ± 0.01 ppb10 – 199.9 ppb ± 0.1 ppb200 – 1999 ppb ± 1 ppb2 – 20 ppm ± 0.01 ppm0 – 200 % saturation ± 0.1 % saturationAutomatic range switching

Swansensor Oxytrace G

• sensor with 3 electrode setup: cathode(gold), anode (silver) and guard (silver).

• integrated NT5K temperature sensor.



SWAN Analytische Instrumente AG CH-8340 Hinwil/Switzerland Tel. +41 44 943 63 00 [email protected] . www.swan.ch

Monitor AMI Silica Data sheet no. DenA25431000

10/2013 Subject to change without notice DenA25431000_Monitor_AMI_Silica_draft.docx

Complete monitoring system for the automatic, continuous measurement of silica in water steam cycles.

Monitor AMI Silica Measuring range: 1 to 5’000 ppb Based on colorimetric measurement principle. Complete system including measurement and control electronics, photometer with integrated reaction chamber, flow indicator, reagent dos-ing system and reagent containers. Measurement values are available as analog output signals. Alarm display and activation of alarm relay when user defined, critical limits are reached.

Continuous, automatic monitoring of main in-strument functions (sample flow, reagent sup-ply).

Large back-lit LCD display showing all meas-ured values and status information simultane-ously. Easy user menus in English, German, French and Spanish. Simple programming of all pa-rameters by keypad.

Data logger for 1’500 data records stored at a selectable interval. Factory tested, ready for installation and opera-tion.

Instrument Options Communication interface (RS-232, Profibus, Modbus, 3rd Signal Output). 2nd sample stream.

Monitor AMI Silica Accessories AMI Sample Sequencer, switching up to 6 sample streams.

Order Nr. Monitor AMI Silica A–25.431.000 Option 1: [ ] 3rd current signal output (0/4 – 20mA) A-81.410.020 [ ] Profibus DP interface A-81.420.020 [ ] HyperTerminal interface (RS-232) A-81.420.010 [ ] Modbus interface A-81.420.022

Option 2: [ ] 2nd sample stream A-83.590.043

SWAN Analytische Instrumente AG CH-8340 Hinwil/Switzerland Tel. +41 44 943 63 00 [email protected] . www.swan.ch

Monitor AMI Silica Data sheet no. DenA25431000

10/2013 Subject to change without notice DenA25431000_Monitor_AMI_Silica_draft.docx

Analytical System Colorimetric, Molybdosilicat method. Silica measurement Measuring range: 1 to 5’000 ppb Reproducibility: 1 ppb or 5%,

whichever is greater Cycle time: 10’ Measurement interval: 10’,15’,20’ or 30’ Flow cell Made of acrylic glass with water inlet and flow adjustment valve. Transmitter Specifications and Functionality Electronics case: Aluminum Protection degree: IP 66 / NEMA 4X Display: backlit LCD, 75 mm x 45 mm Electrical connectors: screw clamps Ambient temperature: -10 to +50 °C Limit range of operation: -25 to +65 °C Storage and transport: -30 to +85 °C Humidity: 10 to 90 % relative, non condensing Power supply Voltage: 100 - 240 VAC ( 10 %) 50/60 Hz ( 5 %) or 24 VDC ( 10 %) Power consumption: max. 30 VA Operation Easy operation based on separate menus for “Messages”, “Diagnostics”, “Maintenance”, “Operation” and “Instal-lation”. Separate menu specific password pro-tection possible. Display of process value, sample flow, alarm status and time during operation. Storage of event log, alarm log and cal-ibration history. Storage of the last 1’500 data records in logger with selectable time interval. Safety features No data loss after power failure, all data is saved in non-volatile memory. Over voltage protection of in- and outputs. Galvanic separation of measuring in-puts and signal outputs. Transmitter temperature monitoring With programmable high/low alarm lim-its. Real-time clock with calendar For action time stamp and pre-programmed actions. Monitoring of reagent consumption Warning if low level is reached and alarm for lack of reagents. 1 Alarm relay One potential free contact for summary alarm indication for programmable alarm values and instrument faults. Maximum load: 1A / 250 VAC

1 Input One input for potential-free contact. Programmable hold or remote off func-tion 2 Relay outputs Two potential-free contacts program-able as limit switches for measuring values, controllers or timer with auto-matic hold function. Max. load: 1A / 250 VAC 2 Signal outputs Two programmable signal outputs for measured values (freely scaleable, lin-ear or bilinear) or as continuous control output (control parameters programma-ble). Current loop: 0/4 - 20 mA Maximum burden: 510 Control function Relays or current outputs programma-ble for 1 or 2 pulse dosing pumps, so-lenoid valves or for one motor valve. Programmable P, PI, PID or PD control parameters.

1 Communication interface (option) - RS232 interface for logger download

to PC with SWANTerminal - RS485 interface (galvanically sepa-

rated) with Fieldbus protocol Modbus or Profibus DP

- 3rd Signal output - USB interface Sample and Monitor Data Sample conditions Flow rate: min. approx. 10 l/h Temperature: up to 50 °C Inlet pressure: 0.15 to 2 bar Outlet pressure: pressure free, atmospheric drain Phosphate (as PO4) < 10 ppm Sample connections Inlet: Serto PVDF 6 mm (1/8”), for tubing 4x6 mm Drain: Ø 16 mm, tubing 15x20 mm Panel Dimensions: 400 x 850 x 150 mm Material: stainless steel Weight: 16.0 kg

Electrical Connection Scheme


Dis

so

lve

d S

od

ium

AMI Sodium A

Analyzer for the Conti-

nuous Determination

of Dissolved Sodium

in Steam, Condensate

and High Purity Water.

� Sodium analyzer for

samples with a low pH,

e.g. sampling after

cation exchangers.

� pH controlled alkalini-

zation reagent addition

allows to monitor sam-

ples with pH ≥ 2.

� Continuous sample

flow detection and

reagent addition.

� Easy to use grab

sample capability.

� Complete system

mounted on a

stainless steel panel.

� Factory tested,

calibrated and

ready for installation

and operation.

Data Sheet No: DenA2445XXX0

Dissolved Sodium

Analytical System

• Measurement range:

0.1 – 10’000 ppb Na under reference

conditions with automatic range

switching.

• Automatic temperature compensation.

• Manual 1- or 2-point calibration.

• Calibration data is stored in the cali-

bration history for tracking ssensor

performance over time.

• pH-conditioning with

diisopropylamine.

• Galvanically separated inputs for the

sodium electrode and calomel refer-

ence electrode.

AMI Electronic Unit

• Resistant aluminum housing (IP66).

• Large backlit LC-Display for the

reading of the measured value and

status information.

• Full-text menu driven user interface.


outputs (0/4 – 20 mA), third one as

an option.

• Optional fieldbus communication

board (Profibus, Modbus, Webserver).



So

diu

m

Sodium Analyzer for Feedwater,

Steam and Condensate.

� Analyzer for the continuous deter-

mination of dissolved sodium in the

range of 0.1 - 10’000 ppb.

� Reliable reagent delivery system

for diisopropylamine or ammonia

without moving parts.

� Continuous monitoring of sample

flow and reagent addition with

maintenance request.

� Simple calibration routine with

direct standard injection. The

calibration history is stored in

the transmitter.

� Easy to use grab sample

capability.

� Dual sample stream option.

Programmable sample switching.

� Complete system mounted on

a stainless steel panel: tested,

calibrated and ready for operation.

(Data Sheet No. DenA24421200)

AMI Sodium P


Analyzer AMI Sodium P

with second sample stream option

Analyzer AMI Sodium P

User Interface

• Robust aluminum housing (IP 66 / NEMA 4X) with large

backlit LCD-display for sodium readings, diagnostic

information and alarms.

• Fulltext user instructions with password protected layers

for «Installation», «Operation» and «Maintenance».

• Extensive diagnostic information including sensor

response in mV, «Calibration History», «Event Log» and

status of relays and signal outputs.

• Two programmable signal outputs and two programma-

ble relay contacts for process values. One separate relay

for maintenance requests and one input with program-

mable function (hold or remote-off).

• Built-in data logger for up to 1’500 data points.

• Optional RS485 communication board with Fieldbus

protocol (PROFIBUS DP, MODBUS).

• Optional embedded WebServer connects up to twelve

instruments for access with a standard web-browser.

Analytical System

• Measuring range: 0.1 – 10’000 ppb

• For samples with pH ≥ 7. Sample alkalinization with

diisopropylamine or with ammonia.

• Continuous monitoring of sample flow and reagent

addition. Maintenance requirements are stored in the

event logbook.

• User guided single or dual point calibration routine

with direct standard injection. Calibration data is stored

in the calibration history for tracking sensor performance

over time.

• Proven sensor system with reliable calomel reference

electrode (glass ground sleeve).

Menu examples.



Phos

phat

e

Complete system for the automaticmeasurement of phosphate in lowconcentrations.

� Monitor AMI Phosphate based on arobust process photometer for the determination of phosphate (PO4) in the range of 0.01 – 10 ppm (mg/l).

� Applications in potable water, effluentsand cooling water.

� No interferences with silica!

� The automated, chemical cleaning module extends the maintenance-free operating time.

� Precise quality-system: low mainte-nance, precise and simple to handle.

� Complete system mounted on a PVCpanel: tested, calibrated and ready for operation.


SWAN sets the Standard

MonitorAMI Phosphate


Monitor AMI Phosphate

Measuring Instrument for Phosphate

Analytical System• Measuring range: 0.01 - 10 ppm PO4• Reproducibility: ± 0.01 ppm or 2.5 %• Greatest long-term stability by automatic zero

point adjustment of process-photometer beforeevery reading.

• Steady sample flow by a special flow cell design.

• High operating reliability through a constant control of sample flow and level of reagents.

AMI Transmitter• Easy user specific operation menus for

“Installation”, “Operation” and “Maintenance”with password function.

• Clear instrument status information in messageand diagnostics lists. Storage of calibration history for QC.

• Robust aluminum housing with large backlit LCD-display, protection degree IP 66/NEMA 4X.

• Many connection types: 2 programmable signaloutputs for switches, 1 separate relay contact assummary alarm indication, 1 programmable inputfor hold or remote-off.

• Instrument communication option: RS485 Interface with Fieldbus protocol Modbusor Profibus-DP.

Consumables• Specific reagent set, Oxycon® On-line

Phosphate, produced according to the highestSWAN quality standards, assures you the accuracy and the continuity of your analyses.

Made in Switzerland

Cleaning Module


www.swan.ch · SWAN ANALYTISCHE INSTRUMENTE AG · CH-8340 HINWIL/SWITZERLAND · PHONE +41 44 943 63 00ANALYTICAL INSTRUMENTS


Hyd

razin

e a

nd

Ca

rbo

hyd

razid

e

AMI Hydrazine

On-line Analyzer and Controller

for Hydrazine and Carbohydrazide

used as Boiler Feedwater Oxygen

Scavengers

� Measuring range: 0.1 to 600 ppb.

� Automatic temperature compen-

sation.

� Maintenance-free self-cleaning

3-electrode system.

� Monitoring of sample flow and

cleaning efficiency.

� Alarm in case of insufficient

sample flow.

� Mounted on a stainless steel

panel.



Data Sheet No: DenA26541X0X0

Hydrazine and Carbohydrazide

Analytical System

• Measurement range:

0.1 to 600 ppb

• Stability:

± 5 % of reading per month or ± 2 ppb

• Maintenance-free 3-electrode system.

• Automatic cleaning of sensor surfaces.

AMI Electronic Unit






Flow-Cell

• Flow cell made of acrylic glass with

flow adjustment valve, digital sample

flow monitor and integrated tempera-

ture probe.

• Overflow cell for contant flow.

• Sample alkalinization with highly

efficient diisopropylamine.



Feedwater, Steam & Condensate - ZIST APzistap.com/images/catalogue/water-and-steam-analyzers/...Conductivity after a Cation Exchanger (Acid/Cation Conductivity) Analytical System •

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