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Operation Manual Multi-parameter Transmitter M200
Transmitter M200 2
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
Transmitter M200 3
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
Operation Manual Multi-parameter Transmitter M200
Transmitter M200 4
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
Content
1 Introduction ___________________________________________________________________________________________ 72 Safety instructions ______________________________________________________________________________________ 7
2.1 DefinitionofEquipmentandDocumentationSymbolsandDesignations _______________________________________ 72.2 CorrectDisposaloftheUnit __________________________________________________________________________ 8
3 Unit Overview __________________________________________________________________________________________ 93.1 Overview 1/4DIN __________________________________________________________________________________ 93.2 Overview 1/2DIN __________________________________________________________________________________ 93.3 Control/NavigationKeys ___________________________________________________________________________ 10
3.3.1 MenuStructure ___________________________________________________________________________ 103.3.2 NavigationKeys __________________________________________________________________________ 10
3.3.2.1 NavigatingtheMenuTree _________________________________________________________ 103.3.2.2 Escape _______________________________________________________________________ 113.3.2.3 Enter _________________________________________________________________________ 113.3.2.4 Menu _________________________________________________________________________ 113.3.2.5 Calibration Mode ________________________________________________________________ 113.3.2.6 Info Mode _____________________________________________________________________ 11
3.3.3 NavigationofDataEntryFields ______________________________________________________________ 113.3.4 EntryofDataValues,SelectionofDataEntryOptions _____________________________________________ 113.3.5 NavigationwithuinDisplay ________________________________________________________________ 123.3.6 ”Savechanges”Dialog ____________________________________________________________________ 123.3.7 SecurityPasswords _______________________________________________________________________ 12
3.4 Display ________________________________________________________________________________________ 124 Installation instruction __________________________________________________________________________________ 13
4.1 UnpackingandInspectionofEquipment _______________________________________________________________ 134.2 Installation – 1/4DIN Models _______________________________________________________________________ 13
4.2.1 1/4DINVersion–DimensionDrawings ________________________________________________________ 134.2.2 InstallationProcedure–1/4DINModels _______________________________________________________ 14
4.3 Installation – 1/2DIN Models _______________________________________________________________________ 154.3.1 1/2DINVersion–DimensionDrawings ________________________________________________________ 154.3.2 1/2DINVersion–PipeMounting _____________________________________________________________ 154.3.3 InstallationProcedure–1/2DINModels _______________________________________________________ 16
4.4 ConnectionofPowerSupply ________________________________________________________________________ 184.4.1 1/4DINHousing(PanelMount) ______________________________________________________________ 184.4.2 1/2DINHousing(WallMount)_______________________________________________________________ 19
4.5 ConnectorTerminalDefinition _______________________________________________________________________ 204.5.1 TB1andTB2for1/2DINand1/4DINVersions __________________________________________________ 204.5.2 TB3/TB4*–pH,ORP,DissolvedOxygen,Ozoneand4-ElectrodeConductivitySensor ____________________ 204.5.3 TB3/TB4–2-electrodeConductivitySensor _____________________________________________________ 21
4.6 AssemblingofSensorandCable ____________________________________________________________________ 224.6.1 ConnectionofSensorsforpH,ORP,DissolvedOxygen,Ozoneand4-electrodeConductivity _______________ 224.6.2 AK9CableAssignment ____________________________________________________________________ 22
5 Placing transmitter in, or Out of Service ____________________________________________________________________ 235.1 PlacingTransmitterinService _______________________________________________________________________ 235.2 PlacingTransmitterOutofService ___________________________________________________________________ 23
6 Quick Setup __________________________________________________________________________________________ 247 Sensor Calibration _____________________________________________________________________________________ 25
7.1 EnterCalibrationMode ____________________________________________________________________________ 257.2 Conductivity/ResistivityCalibration ___________________________________________________________________ 25
7.2.1 One-point Sensor Calibration _______________________________________________________________ 267.2.2 Two-pointSensorCalibration(4-electrodeSensorsonly) __________________________________________ 267.2.3 ProcessCalibration _______________________________________________________________________ 27
7.3 OxygenCalibration _______________________________________________________________________________ 287.3.1 One-Point Sensor Calibration ________________________________________________________________ 287.3.2 ProcessCalibration _______________________________________________________________________ 28
7.4 pH Calibration ___________________________________________________________________________________ 297.4.1 One-Point Calibration _____________________________________________________________________ 29
7.4.1.1 Auto Mode _____________________________________________________________________ 297.4.1.2 Manual mode __________________________________________________________________ 30
7.4.2 Two-Point Calibration _____________________________________________________________________ 307.4.2.1 Auto Mode _____________________________________________________________________ 307.4.2.2 Manual Mode __________________________________________________________________ 31
7.4.3 ProcessCalibration _______________________________________________________________________ 317.5 ORP Calibration _________________________________________________________________________________ 32
7.5.1 One-Point Calibration ______________________________________________________________________ 32
Transmitter M200 5
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
7.6 Ozone Calibration ________________________________________________________________________________ 327.6.1 One-Point ZeroPt Calibration ________________________________________________________________ 327.6.2 ProcessCalibration _______________________________________________________________________ 33
7.7 SensorVerification ________________________________________________________________________________ 338 Configuration _________________________________________________________________________________________ 34
8.1 EnterConfigurationMode __________________________________________________________________________ 348.2 Measurement ___________________________________________________________________________________ 34
8.2.1 ChannelSetup ___________________________________________________________________________ 348.2.2 Derived Measurements ____________________________________________________________________ 35
8.2.2.1 %Rejectionmeasurement ________________________________________________________ 358.2.2.2 CalculatedpH(PowerPlantApplicationsonly) ________________________________________ 368.2.2.3 CalculatedCO2(PowerPlantApplicationsonly) ________________________________________ 36
8.2.3 ParameterRelatedSettings _________________________________________________________________ 368.2.3.1 Conductivity/TemperatureCompensation _____________________________________________ 378.2.3.2 pH Parameters _________________________________________________________________ 388.2.3.3 DissolvedOxygenParameters _____________________________________________________ 38
8.2.4 SetAveraging ____________________________________________________________________________ 398.3 AnalogOutputs __________________________________________________________________________________ 408.4 Setpoints ______________________________________________________________________________________ 418.5 Alarm/Clean ____________________________________________________________________________________ 42
8.5.1 Alarm __________________________________________________________________________________ 428.5.2 Clean __________________________________________________________________________________ 43
8.6 Display ________________________________________________________________________________________ 438.6.1 Measurement ____________________________________________________________________________ 438.6.2 Resolution ______________________________________________________________________________ 448.6.3 Backlight _______________________________________________________________________________ 448.6.4 Name __________________________________________________________________________________ 44
8.7 HoldAnalogOutputs ______________________________________________________________________________ 459 System ______________________________________________________________________________________________ 46
9.1 SetLanguage ___________________________________________________________________________________ 469.2 USB ___________________________________________________________________________________________ 469.3 Passwords _____________________________________________________________________________________ 47
9.3.1 ChangingPasswords ______________________________________________________________________ 479.3.2 ConfiguringMenuAccessforOperator _________________________________________________________ 47
9.4 Set/ClearLockout ________________________________________________________________________________ 489.5 Reset __________________________________________________________________________________________ 48
9.5.1 ResetSystem ____________________________________________________________________________ 489.5.2 ResetAnalogCalibration ___________________________________________________________________ 48
10 Service ______________________________________________________________________________________________ 4910.1 Diagnostics _____________________________________________________________________________________ 49
10.1.1 Model/Software Revision ___________________________________________________________________ 4910.1.2 DigitalInput _____________________________________________________________________________ 4910.1.3 Display ________________________________________________________________________________ 5010.1.4 Keypad ________________________________________________________________________________ 5010.1.5 Memory ________________________________________________________________________________ 5010.1.6 SetRelay _______________________________________________________________________________ 5010.1.7 ReadRelays _____________________________________________________________________________ 5110.1.8 SetAnalogOutputs _______________________________________________________________________ 5110.1.9 ReadAnalogOutputs ______________________________________________________________________ 51
10.2 Calibrate _______________________________________________________________________________________ 5110.2.1 CalibrateAnalog _________________________________________________________________________ 5210.2.2 CalibrateUnlock __________________________________________________________________________ 52
10.3 TechService ____________________________________________________________________________________ 5211 Info _________________________________________________________________________________________________ 53
11.1 Messages ______________________________________________________________________________________ 5311.2 Calibration Data _________________________________________________________________________________ 5311.3 Model/Software Revision ___________________________________________________________________________ 5411.4 Sensor Info _____________________________________________________________________________________ 54
12 Maintenance __________________________________________________________________________________________ 5512.1 FrontPanelCleaning ______________________________________________________________________________ 55
13 Troubleshooting _______________________________________________________________________________________ 5613.1 Cond(Resistivity)ErrorMessages/Warning-andAlarmList ______________________________________________ 5713.2 OxygenErrorMessages/Warning-andAlarmList _______________________________________________________ 5713.3 pHErrorMessages/Warning-andAlarmList __________________________________________________________ 5713.4 ORPErrorMessages/Warning-andAlarmList _________________________________________________________ 58
Transmitter M200 6
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
13.5 Warning-andAlarmIndicationontheDisplay __________________________________________________________ 5813.5.1 WarningIndication________________________________________________________________________ 5813.5.2 AlarmIndication __________________________________________________________________________ 58
14 Accessories and Spare Parts _____________________________________________________________________________ 5915 Specifications _________________________________________________________________________________________ 60
15.1 GeneralSpecifications _____________________________________________________________________________ 6015.2 ElectricalSpecifications ____________________________________________________________________________ 6215.3 MechanicalSpecifications __________________________________________________________________________ 62
15.3.1 MechanicalSpecificationsfor1/2DINVersion ___________________________________________________ 6215.3.2 MechanicalSpecificationsfor1/4DINVersion ___________________________________________________ 63
15.4 EnvironmentalSpecifications _______________________________________________________________________ 6316 Default Tables _________________________________________________________________________________________ 64
16.1 M200(1-channelVersion) _________________________________________________________________________ 6416.2 M200(2-channelVersion) _________________________________________________________________________ 6516.3 ParameterRelatedValues __________________________________________________________________________ 67
16.3.1 Conductivity _____________________________________________________________________________ 6716.3.2 Oxygen ________________________________________________________________________________ 6816.3.3 pH ____________________________________________________________________________________ 6916.3.4 ORP ___________________________________________________________________________________ 7016.3.5 Ozone _________________________________________________________________________________ 70
17 Warranty _____________________________________________________________________________________________ 7118 Certificate ____________________________________________________________________________________________ 7219 Buffer Tables __________________________________________________________________________________________ 73
19.1 Mettler-9 _______________________________________________________________________________________ 7319.2 Mettler-10 ______________________________________________________________________________________ 7319.3 NISTTechnicalBuffers _____________________________________________________________________________ 7419.4 NISTStandardBuffers(DIN19266:2000–01) _________________________________________________________ 7419.5 HachBuffers ___________________________________________________________________________________ 7519.6 Ciba(94)Buffers ________________________________________________________________________________ 7519.7 MerckTitrisole,Riedel-de-HaënFixanale ______________________________________________________________ 7619.8 WTWBuffers ____________________________________________________________________________________ 76
Transmitter M200 7
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
1 IntroductionStatementofIntendedUse–TheM200multi-parametertransmitterisa1-or2-channelonlineprocessinstrumentformeasuringvariouspropertiesoffluids.TheseincludeConductivity/Resistivity,DissolvedOxygen,pH,ORPandOzone.ItwillinterfacewithavarietyofdifferentMettler-Toledosensors,whichconnecttothetransmitterusingcablesofvariedlengths.
AlargefourlinebacklitLiquidCrystalDisplayconveysmeasuringdataandsetupinformation.Themenustructureallowstheoperatortomodifyalloperationalparametersbyusingkeysonthefrontpanel.Amenu-lockoutfeature,withpasswordprotection,isavailabletopreventtheunauthorizeduseofthemeter.TheM200multi-parametertransmittercanbeconfiguredtouseits2(4on2-channelversion)analogand/or2relayoutputsforprocesscontrol.
TheM200multi-parametertransmitterisequippedwithaUSBcommunicationinterface.Thisinterfaceprovidesreal-timedataoutputandcompleteinstrumentconfigurationcapabilitiesforcentralmonitoringviaPersonalComputer(PC).
ThismanualappliesforallavailableM200transmittersasfollows:– Multi-parameter2-channelversion– Multi-parameter1-channelversion
Theprintscreenimagesinthismanualhaveageneralexplainingcharacterandcandifferfromtherealdisplayinyourtransmitter.
2 Safety instructionsThismanualincludessafetyinformationwiththefollowingdesignationsandformats.
2.1 DefinitionofEquipmentandDocumentationSymbolsand Designations
a WARNING:POTENTIALFORPERSONALINJURY.
a CAUTION:possibleinstrumentdamageormalfunction.
h NOTE:Importantoperatinginformation.
a On the transmitter or in this manual text indicates:Cautionand/orotherpossiblehazardincludingriskofelectricshock(refertoaccompanyingdocuments).
Transmitter M200 8
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
Thefollowingisalistofgeneralsafetyinstructionsandwarnings.Failuretoadheretotheseinstructionscanresultindamagetotheequipmentand/orpersonalinjurytotheoperator.
– TheM200transmittershouldbeinstalledandoperatedonlybypersonnelfamiliarwith thetransmitterandwhoarequalifiedforsuchwork.
– TheM200transmittermustonlybeoperatedunderthespecifiedoperatingconditions (seesection15“Specifications”).
– RepairoftheM200transmittermustbeperformedbyauthorized,trainedpersonnelonly.– Withtheexceptionofroutinemaintenance,cleaningproceduresorfusereplacement,as
describedinthismanual,theM200transmittermustnotbetamperedwithoralteredin anymanner.
– Mettler-Toledoacceptsnoresponsibilityfordamagecausedbyunauthorizedmodifications tothetransmitter.
– Followallwarnings,cautions,andinstructionsindicatedonandsuppliedwiththisproduct.– Installequipmentasspecifiedinthisinstructionmanual.Followappropriatelocaland
nationalcodes.– Protectivecoversmustbeinplaceatalltimesduringnormaloperation.– Ifthisequipmentisusedinamannernotspecifiedbythemanufacturer,theprotection
providedbyitagainsthazardsmaybeimpaired.
WARNINGS:Installationofcableconnectionsandservicingofthisproductrequireaccesstoshockhazardvoltagelevels.Mainpowerandrelaycontactswiredtoseparatepowersourcemustbedisconnectedbeforeservicing.SwitchorcircuitbreakershallbeincloseproximitytotheequipmentandwithineasyreachoftheOPERATOR;itshallbemarkedasthedisconnectingdevicefortheequipment.Mainpowermustemployaswitchorcircuitbreakerasthedisconnectingdevicefortheequipment.ElectricalinstallationmustbeinaccordancewiththeNationalElectricalCodeand/oranyotherapplicablenationalorlocalcodes.
h NOTE:RELAYCONTROLACTION:theM200transmitterrelayswillalwaysde-energizeonlossofpower,equivalenttonormalstate,regardlessofrelaystatesettingforpoweredoperation.Configureanycontrolsystemusingtheserelayswithfail-safelogicaccordingly.
h NOTE:PROCESSUPSETS:Becauseprocessandsafetyconditionsmaydependonconsistentoperationofthistransmitter,provideappropriatemeanstomaintainoperationduringsensorcleaning,replacementorsensororinstrumentcalibration.
2.2 Correct Disposal of the UnitWhenthetransmitterisfinallyremovedfromservice,observealllocalenvironmentalregulationsforproperdisposal.
Transmitter M200 9
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
3 Unit OverviewM200modelsareavailableinbotha1/4DINand1/2DINcasesize.The1/4DINisapanel-mountonlydesignandthe1/2DINmodelsprovideanintegralIP65housingforwall-,orpipe-mount.
3.1 Overview 1/4DIN
4.01"102 mm
4.01
"10
2 m
m
EnterInfo
MET
TLER
TO
LED
O
ESC
Menu Cal
M200
1
2
34
56
7
8
1–HardPolycarbonatecase2–FiveTactile-FeedbackNavigationKeys3–Four-lineLCDisplay4–PowerSupplyTerminals
5–USBInterfacePort6–RelayOutputTerminals7–AnalogOutput/DigitalInputTerminals8 – Sensor Input Terminals
3.2 Overview 1/2DIN
EnterInfoCalMenu
M200
1
2
3
ESC
5.90"150 mm
5.90
"15
0 m
m
4
5
6
7 8
1–HardPolycarbonatecase2–FiveTactile-FeedbackNavigationKeys3–Four-lineLCDisplay4–PowerSupplyTerminals
5–USBInterfacePort6–RelayOutputTerminals7–AnalogOutput/DigitalInputTerminals8 – Sensor Input Terminals
Transmitter M200 10
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
3.3 Control/Navigation Keys
3.3.1 Menu Structure
BelowisthestructureoftheM200menutree:
MeasurementMode M200
CalMenu Info
Quick Setup Configure System Service
Measurement
Analog Outputs
Set Points
Alarm/Clean
Display
Calibrate
Tech Service
Diagnostics
Hold Outputs
Set Language
USB
Passwords
Set/ClearLockout
Reset
Messages Sensor Info Calibration Data Model/SoftwareRevision
Channel Setup
Analog Outputs
Set Points
3.3.2 Navigation Keys
Menu Cal Info Enter
ESC
3.3.2.1 Navigating the Menu Tree
EnterthedesiredmainMenubranchwiththe c or .keys.Usethe and .keystonavigatethroughtheselectedMenubranch.
h NOTE:Inordertobackuponemenupage,withoutescapingtothemeasurementmode, movethecursorundertheUPArrowcharacter(u) atthebottomrightofthedisplayscreenandpress[Enter].
Transmitter M200 11
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
3.3.2.2 Escape
Pressthe and ckeysimultaneously(escape)toreturntotheMeasurementmode.
3.3.2.3 Enter
Usetheekeytoconfirmactionorselections.
3.3.2.4 Menu
PressthekeytoaccessthemainMenu.
3.3.2.5 Calibration Mode
PresstheckeytoenterCalibrationMode.
3.3.2.6 Info Mode
Pressthe.keytoenterInfoMode
3.3.3 NavigationofDataEntryFields
Usetheckeytonavigateforwardorthekeytonavigatebackwardswithinthechangeabledataentryfieldsofthedisplay.
3.3.4 EntryofDataValues,SelectionofDataEntryOptions
Usethekeytoincreaseorthe.keytodecreaseadigit.Usethesamekeystonavigatewithinaselectionofvaluesoroptionsofadataentryfield.
h NOTE:Somescreensrequireconfiguringmultiplevaluesviathesamedatafield(ex:configuringmultiplesetpoints).Besuretousethec or keytoreturntotheprimaryfieldandthe or .keytotogglebetweenallconfigurationoptionsbeforeenteringtothenextdisplayscreen.
Transmitter M200 12
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
3.3.5 Navigation with u in Display
If a uisdisplayedonthebottomrighthandcornerofthedisplay,youcanusethecorthe keytonavigatetoit.Ifyouclick[ENTER]youwillnavigatebackwardsthroughthemenu (gobackonescreen).Thiscanbeaveryusefuloptiontomovebackupthemenutreewithouthavingtoexitintothemeasuringmodeandre-enterthemenu.
3.3.6 ”Save changes” Dialog
Threeoptionsarepossibleforthe”Savechanges”dialog:Yes&Exit(Savechangesandexittomeasuringmode),”Yes&u”(Savechangesandgobackonescreen)and”No&Exit”(Don’tsavechangesandexittomeasuringmode).The”Yes&u”optionisveryusefulifyouwanttocontinueconfiguringwithouthavingtore-enterthemenu.
3.3.7 Security Passwords
TheM200transmitterallowsasecuritylock-outofvariousmenus.Ifthesecuritylock-out featureofthetransmitterhasbeenenabled,asecuritypasswordmustbeenteredtoallowaccesstothemenu.Seesection9.3”System/Passwords”formoreinformation.
3.4 Display
h NOTE:IntheeventofanalarmorothererrorconditiontheM200transmitterwilldisplayaflashing intheupperrightcornerofthedisplay.Thissymbolwillremainuntiltheconditionthatcausedithasbeencleared.
h NOTE:Duringcalibrations,clean,DigitalInwithAnalogOutput/Relay/USBinHoldstate, aflashingHwillappearintheupperleftcornerofthedisplay.Thissymbolwillremainfor 20secondsuntilafterthecalibrationorcleaniscompleted.ThissymbolwillalsodisappearwhenDigitalInisdeactivated.
Transmitter M200 13
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
4 Installation instruction
4.1 UnpackingandInspectionofEquipmentInspecttheshippingcontainer.Ifitisdamaged,contacttheshipperimmediatelyforinstructions.Donotdiscardthebox.
Ifthereisnoapparentdamage,unpackthecontainer.Besureallitemsshownonthepackinglist are present. Ifitemsaremissing,notifyyourMETTLERTOLEDOrepresentativeimmediately.
4.2 Installation – 1/4DIN Models
4.2.1 1/4DINVersion–DimensionDrawings110 mm / 4.33"
102 mm / 4.02"
90 mm / 3.54"
102
mm
/ 4.
02"
Power
102 mm / 4.02"
126
mm
/ 4.
96"
125
mm
/ 4.
92"
90 mm / 3.54"
110 mm / 4.33"
TB1A
TB1BUSB TB2
TB4 TB3
Fuse
1 2
45 mm / 1.77"
max
. 3 m
m
0.11
8"
2
3
92 mm
3.62" +0.02"
+0.5 mm
92 m
m
3.62
"+0.
02"
+0.
5 m
m
1
4
1–Dimensionsforpanelcutout2–Mountingscrews,2pieces3–Flatgasket,1piece4–Mountingbracket,2pieces
Transmitter M200 14
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
4.2.2 Installation Procedure – 1/4DIN Models
1/4DINModeltransmittersaredesignedforpanel-mountinstallationonly.Eachtransmitterissuppliedwithmountinghardwaretoprovidefastandsimpleinstallationtoaflatpanelorflatenclosuredoor.ToinsureagoodsealandmaintainIP65integrityofinstallation,thepanelordoormustbeflatandhaveasmoothfinish.
Thesuppliedhardwareconsistsof:Twopiecessnap-onmountingbracketsOnepiecemountinggasketseal
– Makecutoutinpanel.Fordimensionsreferto4.2.1“1/4DINVersion–DimensionDrawings”.– Besuresurfacesurroundingcutoutisclean,smoothandfreeofburrs.– Slidefacegasketaroundtransmitterfromthebackoftheunit.– Placetransmitterintocutouthole.Besuretherearenogapsbetweenthetransmitter
andpanelsurface.– Placethetwomountingbracketsoneithersideofthetransmitterasshown.– Whileholdingtransmitterfirmlyintothecutouthole,pushthemountingbrackets
towardthebacksideofpanel.– Oncesecure,useascrewdrivertotightenthebracketsagainstthepanel.Inordertoprovide
IP65environmentalenclosurerating,thetwoclampsprovidedshallbesecurelytightenedtocreateanadequatesealbetweenthepanelenclosureandM200frontface.
– Facegasketwillcompressbetweentransmitterandpanel.
a CAUTION:Donotovertightenbrackets.
Transmitter M200 15
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
4.3 Installation – 1/2DIN Models
4.3.1 1/2DINVersion–DimensionDrawings
136
mm
/5.3
5"
116 mm/4.57"
29 mm
1.14"
29 mm1.14"
84 mm3.31"
42 mm1.65"
150
mm
/5.9
"
6.5
mm
0.25
6"
150 mm/5.9"
M200
90 mm/3.54"
80 mm/3.15"
75 m
m/2
.95"
35 mm/1.38"
6 m
m/
0.23
6"
90 m
m/3
.54"
137 mm
5.39" +0.02"
+0.5 mm
137
mm
5.39
"+0.
02"
+0.
5 m
m
1
1–Dimensionsforpanelcutout
4.3.2 1/2DINVersion–PipeMounting
�40 ... �60 mm�1.57... �2.36"
Transmitter M200 16
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
4.3.3 Installation Procedure – 1/2DIN Models
1/2DINModeltransmittersaredesignedforthefollowinginstallationversions:panalmount,wallmountorpipemount.Forwallmounttheintegralrearcoverisused.Optionalhardwareaccessoriesareavailablethatallowforpanel-orpipe-mount.Refertosection14“AccessoriesandSpareParts”.
Assembly:
1
2
3
1 3piecesM20cableglands2 2piecesplasticplugs3 4piecesscrews
General:– Orientthetransmittersothatthecablegripsfacedownward.– Wiringroutedthroughthecablegripsshallbesuitableforuseinwetlocations.– InordertoprovideIP65enclosureratings,allcableglandsmustbeinplace.Eachcable
glandmustbefilledusingacable,orsuitablecableglandholeseal.
ForPanelMount:Toinsureagoodseal,thepanelordoormustbeflatandhaveasmoothfinish.Texturedorroughsurfacesarenotrecommendedandmaylimittheeffectivenessofthegasketsealprovided.– Makecutoutinpanel.Fordimensionsreferto4.3.1“1/2DINVersion–DimensionDrawings”.– Besuresurfacesurroundingcutoutisclean,smoothandfreeofburrs.– Slidefacegasketaroundtransmitterfromthebackoftheunit.– Placetransmitterintocutouthole.Besuretherearenogapsbetweenthetransmitter
andpanelsurface.– Placethetwomountingbracketsoneithersideofthetransmitterasshown.– Whileholdingtransmitterfirmlyintothecutouthole,pushthemountingbrackets
towardthebacksideofpanel.– Oncesecure,useascrewdrivertotightenthebracketsagainstthepanel.Inordertoprovide
IP65environmentalenclosurerating,thetwoclampsprovidedshallbesecurelytightenedtocreateanadequatesealbetweenthepanelenclosureandM200frontface.
– Facegasketwillcompressbetweentransmitterandpanel.
Transmitter M200 17
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
ForWallMount:– Removerearcoverfromfronthousing.– Startbyunscrewingthefourscrewslocatedonthefaceofthetransmitter,ineachcorner.
Thisallowsthefrontcovertoswingawayfromtherearhousing.– Removethehinge-pinbysqueezingthepinfromeachend.
Thisallowsthefronthousingtoberemovedfromtherearhousing.– Mountrearhousingtowallusingonlymanufacturer-suppliedmountingkit.Securemounting
kittotheM200accordingtothesuppliedinstructions.Attachtowallusingappropriatemountinghardwareforwallsurface.Besureitislevelandsecurelyfastenedandtheinstallationadherestoanyandallclearancedimensionsrequiredfortransmitterserviceandmaintenance.Orientthetransmittersothatthecablegripsarefacingdownward.
– Replacethefronthousingtotherearhousing.Securelytightentherear-coverscrewstoensurethatIP65enclosureenvironmentalratingisprovided.Theunitisreadytobewired.
ForPipeMount:– Useonlymanufacturer-suppliedcomponentsforpipe-mountingtheM200transmitterand
installperthesuppliedinstructions.Seesection14“AccessoriesandSpareParts” for orderinginformation.
Transmitter M200 18
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
4.4 Connection of Power SupplyAllconnectionstothetransmitteraremadeontherearpanelofallmodels.
a Besurepowertoallwiresisturnedoffbeforeproceedingwiththeinstallation.Highvoltagemaybepresentontheinputpowerwiresandrelaywires.
Atwo-terminalconnectorontherearpanelofallM200modelsisprovidedforpowerconnection.AllM200modelsaredesignedtooperatefroma20–30VDCora100to240VACpowersource.Refertospecificationsforpowerrequirementsandratingsandsizepowerwiringaccordingly.
Theterminalblockforpowerconnectionsislabeled”Power”ontherearpanelofthetransmitter. One terminal is labeled – NfortheNeutralwireandtheother+LfortheLine(orLoad)wire.Thereisnoearthgroundterminalonthetransmitter.Forthisreasontheinternalpowerwiringwithinthetransmitterisdoubleinsulatedandtheproductlabeldesignatesthisusingthedsymbol.
4.4.1 1/4DIN Housing (Panel Mount)
1
2
1: Connectionofpowersupply2: Terminalforsensors
Transmitter M200 19
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
4.4.2 1/2DIN Housing (Wall Mount)
1
2
1: Connectionofpowersupply2: Terminalforsensors
Transmitter M200 20
© 03/2016 Mettler-Toledo GmbH, CH-8606 Greifensee, Switzerland Transmitter Multi-parameter M200Printed in Switzerland 30 300 227
4.5 ConnectorTerminalDefinition
4.5.1 TB1andTB2for1/2DINand1/4DINVersions
Power connections are labeled –N for Neutral and +L for Line, for 100 to 240 VAC or 20–30 VDC.
1⁄4 DIN 1⁄2 DIN
* Dual channel only
TB1A for 1⁄4 DIN1 NO22 COM23 NC24 –5 –6 –7 –
TB1B for 1⁄4 DIN1 NO12 COM13 NC14 –5 –6 –7 –
TB2 for 1⁄4 DIN1 AO1+2 AO1–/AO2–3 AO2+4 AO3+*5 AO3–/AO4–*6 AO4+*7 DI1+8 DI1–/DI2–*9 DI2+*
TB2 for 1⁄2 DIN1 AO1+2 AO1–/AO2–3 AO2+4 AO3+*5 AO3–/AO4–*6 AO4+*7 DI1+8 DI1–/DI2–*9 DI2+*
1 NO12 COM13 NC14 NO25 COM26 NC27 –
8 –9 –
10 –11 –12 –13 –14 –
TB4
TB2
TB3
TB1A
TB1B1 7
1 7
9
1
9
1
9
1TB2 TB3 TB4
TB1 1 14
1 9 1 9 1 9
TB1 for 1⁄2 DIN
NO: normallyopen(contactopenifun-actuated) AO:AnalogOutputNC: normallyclosed(contactclosedifun-actuated) DI:DigitalInput
4.5.2 TB3/TB4* – pH, ORP, Dissolved Oxygen, Ozone and 4-ElectrodeConductivitySensor
ThewiringofthesensorsforpH,oxygen,ozoneand4-electrodeconductivitytoTB3resp.TB4is:
Terminal Sensor wire color Function1 – –2 – –3 Cablecore(transparent) 1-Wire4 Shield(red) GND(5VDC)5 – –6 – GND(5VDC)7 – RS485–B8 – RS485–A9 – 5VDC
*Onlyon2-channelversion.
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4.5.3 TB3/TB4 – 2-electrode Conductivity Sensor
Thewiringofthesensorsfor2-electrodeconductivitytoTB3resp.TB4is:
Terminal Sensor wire color* FunctioneasySense UniCond
1 – –2 – –3 – 1-Wire4 – GND(5VDC)5 – –6 Green White GND(5VDC)7 Orange Black RS485–B8 White/Orange Red RS485–A9 White/Green Blue 5VDC
*Barewirenotconnected.
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4.6 Assembling of Sensor and Cable
4.6.1 Connection of Sensors for pH, ORP, Dissolved Oxygen, Ozone and 4-electrode Conductivity
A B
h NOTE:Connectthesensorandscrewtheplugheadclockwise(handtight).
4.6.2 AK9 Cable Assignment
A:1-wiredata(transparent)B:Ground/shield(red)
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5 Placing transmitter in, or Out of Service
5.1 Placing Transmitter in Service
a Afterconnectingthetransmittertopowersupplycircuit,itwillbeactiveassoonasthecircuitispowered.
5.2 Placing Transmitter Out of Service Firstdisconnecttheunitfromthemainpowersource,thendisconnectallremainingelectricalconnections.Removetheunitfromthewall/panel.Usetheinstallationinstructioninthismanualasreferencefordis-assemblingmountinghardware.
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6 Quick Setup(PATH:Menu/QuickSetup)
SelectQuickSetupandpressthe[ENTER]key.Enterthesecuritycodeifnecessary (seesection9.3 “Passwords”).
h Note:PleasefindthecompletedescriptionoftheQuickSetuproutinedescribedintheseparatebooklet”QuickSetupGuideforTransmitterM200”enclosedinthebox.
h Note:Refertosection 3.3“Control/NavigationKeys” for informationonmenunavigation.
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7 Sensor Calibration(PATH:Cal)
Thecalibrationkey[CAL]allowstheuserone-touchaccesstoSensorcalibrationandverificationfeatures.TheM200alsoallowsaccesstoAnalogOutputcalibrationiftheaccesshasbeenpreviouslyunlocked(seesection10.2 “Calibrate”).
h NOTE:DuringCalibration,aflashing”H”intheupperleftcornerofthedisplayindicatesacalibrationisinprocesswithaHoldconditionactive.(Theholdoutputfunctionneedtobeactivated.)
7.1 EnterCalibrationModeWhileinMeasurementmodepressthekey[CAL].Ifthedisplaypromptsyoutoenterthecalibrationsecuritycode,pressthe or .keytosetthecalibrationsecuritycode,thenpressthe[ENTER]keytoconfirmthecalibrationsecuritycode.
ForMulti-channeldevices:Usingthe or .keyonthe”ChannelA”fieldletstheuserchangethechanneltobecalibrated.Thenusetheckeytomovetothecalibrationfield.
Selectthedesiredsensorcalibrationtask.Thechoicesforeachsensortypeare:Conductivity=Conductivity,Resistivity,VerifyOxygen =Oxygen,VerifypH/ORP =pH,VerifyORP =ORP,VerifyOzone =Ozone,Verify
Press[ENTER].
7.2 Conductivity/Resistivity CalibrationThisfeatureprovidestheabilitytoperformaone-point,two-pointorprocessconductivityorResistivity”Sensor”calibration.Theproceduredescribedbelowworksforbothtypesofcalibrations.Thereisnoreasontoperformatwo-pointcalibrationonatwo-electrodeconductivitysensor.Fourelectrodesensorsdorequireatwo-pointcalibration.Itisalsonotpracticaltocalibrateresistivitysensorsusing(lowconductivity)referencesolutions.Itisrecommendedthatresistivitysensorsbesentbacktothefactoryforcalibration.Consultfactoryforassistance.
h NOTE:Whenperformingcalibrationonaconductivityorresistivitysensor,resultswillvarydependingonthemethods,calibrationapparatusand/orqualityofreferencestandardsusedtoperformthecalibration.
Enterconductivitysensorcalibrationmodeasdescribedinsection7.1“EnterCalibrationMode”.
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Afterselectingthedesiredsensorcalibrationandpressing[ENTER],thenextscreenwillasktoselectthetypeoftemperaturecompensationmodedesiredduringthecalibrationprocess. Thechoicesare”Standard”,”Light84”,”Std75ºC”,”Lin20°C=02.0%/ºC”(userselectablevalue),”Lin25°C=02.0%/ºC”(userselectablevalue),”Glycol.5”,”Glycol1”,”Alcohol”and”NatH2O”.
Press[ENTER].
7.2.1 One-point Sensor Calibration
Enterconductivitysensorcalibrationmodeasdescribedinsection7.1“EnterCalibrationMode” andchooseoneofthecompensationmodes(seesection7.2“Conductivity/ResistivityCalibration”).
(Displayreflectstypicalconductivitysensorcalibration)
Select1pointCalibrationandpress[ENTER].
h NOTE:Rinsesensorswithahigh-puritywatersolutionbeforeeverycalibrationtopreventcontaminationofthereferencesolutions.
Placethesensorintothereferencesolution.
EntertheValueofcalibrationPoint1andthenpressthe[ENTER]keytostartcalibration. Thevalueinthe2ndtextlineistheactualmeasuredvaluefromthesensorpriortocalibration.
AfterthecalibrationtheMultiplierorslopecalibrationfactor”M”andtheAdderoroffsetcalibrationfactor”A”aredisplayed.
SelectYestosavethecalibrationvaluesandtheSuccessfulCalibrationisconfirmedonthedisplay.
Theusergetsthemessage”Re-installsensor”and”PressEnter”onthedisplay.Afterpressing[ENTER]theM200returnstothemeasuringmode.
7.2.2 Two-point Sensor Calibration (4-electrode Sensors only)
Enterconductivitysensorcalibrationmodeasdescribedinsection7.1“EnterCalibrationMode” andchooseoneofthecompensationmodes(seesection7.2“Conductivity/ResistivityCalibration”).
Select2pointCalibrationandpress[ENTER].
h NOTE: Rinsesensorswithahigh-puritywatersolutionbetweencalibrationpointstopreventcontaminationofthereferencesolutions.
Placethesensorintothefirstreferencesolution.
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EntertheValueofPoint1andpressthe[ENTER]key.Placethesensorintothesecondreferencesolution.
EntertheValueofPoint2andpressthe[ENTER]keytostartthecalibration.
AfterthecalibrationtheMultiplierorslopecalibrationfactor”M”andtheAdderoroffsetcalibrationfactor”A”aredisplayed.
SelectYestosavethecalibrationvaluesandtheSuccessfulCalibrationisconfirmedonthedisplay.
Theusergetsthemessage”Re-installsensor”and”PressEnter”onthedisplay.Afterpressing[ENTER]theM200returnstothemeasuringmode.
7.2.3 Process Calibration
Enterconductivitysensorcalibrationmodeasdescribedinsection7.1“EnterCalibrationMode” andchooseoneofthecompensationmodes(seesection7.2“Conductivity/ResistivityCalibration”).
SelectProcessCalibrationandpress[ENTER].
Takeasampleandpressthe[ENTER]keyagaintostorethecurrentmeasuringvalue.
Duringtheongoingcalibrationprocess,theletterofthechannel,whichisconcernedbythecalibration,”A”or“B”isblinkinginthedisplay.
Afterdeterminingtheconductivityvalueofthesample,pressthe[CAL]keyagaintoproceedwiththecalibration.
Entertheconductivityvalueofthesamplethenpressthe[ENTER]keytostartthecalculationofcalibrationresults.
AfterthecalibrationtheMultiplierorslopecalibrationfactor”M”andtheAdderoroffsetcalibrationfactor”A”aredisplayed.
SelectYestosavethecalibrationvaluesandtheSuccessfulCalibrationisconfirmedonthedisplay.
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7.3 Oxygen CalibrationDissolvedOxygencalibrationisperformedaseitheraone-pointorprocesscalibration.
7.3.1 One-Point Sensor Calibration
Beforeaircalibration,forhighestaccuracy,enterthebarometricpressureandrelativehumidityasinsection8.2.3.3”Configuration/Measurement/ParameterRelatedSettings/DissolvedOxygenParamaters”described.
EnterOxygenCalibrationmodeasdescribedinsection7.1“EnterCalibrationMode”.
ADOsensorcalibrationisalwayseitheraone-pointAir(Slope)oraZero(Offset)calibration.Aone-pointslopecalibrationisdoneinairandaone-pointoffsetcalibrationisdoneat0ppbDO.Aone-pointzerodissolvedoxygencalibrationisavailablebutnotnormallyrecommendedsincezeroDOisveryhardtoachieve.
Select1pointfollowedbyeitherSlopeorZeroPtasthecalibrationtype.Press[ENTER].
EnterthevalueforPoint1includingadecimalpointandunits.Thevalueinthesecondtextlineisthevaluebeingmeasuredbythetransmitterandsensorintheunitsselectedbytheuser.Press[ENTER]whenthisvalueisstabletoperformthecalibration.
AfterthecalibrationtheslopecalibrationfactorSandtheoffsetcalibrationfactorZaredisplayed.
SelectYestosavethecalibrationvaluesandthesuccessfulCalibrationisconfirmedonthedisplay.
Theusergetsthemessage”Re-installsensor”and”PressENTER”onthedisplay.Afterpressing[ENTER]theM200returnstothemeasuringmode.
7.3.2 Process Calibration
EnterOxygenCalibrationmodeasdescribedinsection7.1“EnterCalibrationMode”.
SelectProcessfollowedbyeitherSlopeorZeroPtasthecalibrationtype.Press[ENTER]
Takeasampleandpressthe[ENTER]keyagaintostorethecurrentmeasuringValue.Toshowtheongoingcalibrationprocess,AorB(dependingonthechannel)isblinkinginthedisplay.
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AfterdeterminingtheO2Valueofthesamplepressthe[CAL]keyagaintoproceedwiththecalibration.EntertheO2valueofthesamplethenpressthe[ENTER]keytostartcalibration.
AfterthecalibrationtheslopecalibrationfactorSandtheoffsetcalibrationfactorZaredisplayed.SelectYestosavethenewcalibrationvaluesandthesuccessfulCalibrationisconfirmedonthedisplay.
7.4 pH CalibrationForpHsensors,theM200transmitterfeaturesone-point,two-point(AutoorManualmode) orprocesscalibrationwith8presetbuffersetsormanualbufferentry.Buffervaluesreferto 25°C.Tocalibratetheinstrumentwithautomaticbufferrecognition,youneedastandardpHbuffersolutionthatmatchesoneofthesevalues.(Seesection8.2.3.2 “pH Parameters” for configuringmodes).Pleaseselectthecorrectbuffertablebeforeusingautomaticcalibration(seechapter19 “Buffer Tables”).
EnterpHCalibrationmodeasdescribedinsection7.1“EnterCalibrationMode”.
7.4.1 One-Point Calibration
Select1pointCalibration.
DependingontheparameterizedDriftcontrol(seesection8.2.3.2 “pH Parameters”)oneofthetwofollowingmodesisactive.
7.4.1.1 Auto Mode
Placetheelectrodeinthebuffersolutionandpressthe[ENTER]keytostartthecalibration.
Thedisplayshowsthebufferthetransmitterhasrecognized(Point1)andthemeasuredvalue.
AssoonasthedriftconditionshavestabilizedthedisplaychangestoshowtheslopecalibrationfactorSandtheoffsetcalibrationfactorZ.
SelectYestosavethecalibrationvaluesandthesuccessfulCalibrationisconfirmedonthedisplay.
Theusergetsthemessage”Re-installsensor”and”PressEnter”onthedisplay.Afterpressing[ENTER]theM200returnstothemeasuringmode.
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7.4.1.2 Manual mode
Placetheelectrodeinthebuffersolution.Thedisplayshowsthebufferthetransmitterhasrecognized(Point1)andthemeasuredvalue.Press[ENTER]toproceed.
ThedisplayshowsnowtheslopecalibrationfactorSandtheoffsetcalibrationfactorZ.
SelectYestosavethecalibrationvaluesandthesuccessfulCalibrationisconfirmedonthedisplay.
Theusergetsthemessage”Re-installsensor”and”PressEnter”onthedisplay.Afterpressing[ENTER]theM200returnstothemeasuringmode.
7.4.2 Two-Point Calibration
Select2pointCalibration.
DependingontheparameterizedDriftcontrol(seesection8.2.3.2 “pH Parameters”)oneofthetwofollowingmodesisactive.
7.4.2.1 Auto Mode
Placetheelectrodeinthefirstbuffersolutionandthenpressthe[ENTER]key.
Thedisplayshowsthebufferthetransmitterhasrecognized(Point1)andthemeasuredvalue.
Assoonasthedriftconditionshavestabilized,thedisplaychangesandpromptsyoutoplacetheelectrodeinthesecondbuffer.
Placetheelectrodeinthesecondbuffersolutionandpressthe[ENTER]keytogoonwiththecalibration.
Thedisplayshowsthesecondbufferthetransmitterhasrecognized(Point2)andthemeasured value.
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AssoonasthedriftconditionshavestabilizedthedisplaychangestoshowtheslopecalibrationfactorSandtheoffsetcalibrationfactorZ.
SelectYestosavethecalibrationvaluesandthesuccessfulCalibrationisconfirmedonthedisplay.
Theusergetsthemessage”Re-installsensor”and”PressEnter”onthedisplay.Afterpressing[ENTER]theM200returnstothemeasuringmode.
7.4.2.2 Manual Mode
Placetheelectrodeinthefirstbuffersolution.Thedisplayshowsthebufferthetransmitterhasrecognized(Point1)andthemeasuredvalue.Press[ENTER]toproceed.
Placethetransmitterinthesecondbuffersolution.Thedisplayshowsthebufferthetransmitterhasrecognized(Point2)andthemeasuredvalue.Press[ENTER]toproceed.
ThedisplayshowstheslopecalibrationfactorSandtheoffsetcalibrationfactorZ.
SelectYestosavethecalibrationvaluesandthesuccessfulCalibrationisconfirmedonthedisplay.
Theusergetsthemessage”Re-installsensor”and”PressEnter”onthedisplay.Afterpressing[ENTER]theM200returnstothemeasuringmode.
7.4.3 Process Calibration
SelectProcessCalibration.
Takeasampleandpressthe[ENTER]keyagaintostorethecurrentmeasuringValue.Toshowtheongoingcalibrationprocess,AorB(dependingonthechannel)isblinkinginthedisplay.
AfterdeterminingthepHValueofthesample,pressthe[CAL]keyagaintoproceedwiththecalibration.
EnterthepHvalueofthesamplethenpressthe[ENTER]keytostartcalibration.
AfterthecalibrationtheslopecalibrationfactorSandtheoffsetcalibrationfactorZaredisplayed.SelectYestosavethenewcalibrationvaluesandthesuccessfulCalibrationisconfirmedonthedisplay.
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7.5 ORP CalibrationForORPsensors,theM200featuresone-pointcalibration.EnterORPCalibrationmodeasdescribedinsection7.1“EnterCalibrationMode”.
7.5.1 One-Point Calibration
TheM200automaticallyperforms1-pointcalibrationfortheparameterORP.
EnterthevalueofcalibrationPoint1andthenpressthe[ENTER]keytostartcalibration.
Thevalueinthe2ndtextlineistheactualmeasuredvaluefromthesensorpriortocalibration.
ThedisplayshowstheslopecalibrationsfactorS,whichisalways1.00000andtheoffsetcalibrationfactorZ.
SelectYestosavethecalibrationvaluesandthesuccessfulCalibrationisconfirmedonthedisplay.
Theusergetsthemessage”Re-installsensor”and”PressEnter”onthedisplay.Afterpressing[ENTER]theM200returnstothemeasuringmode.
7.6 Ozone CalibrationOzonecalibrationisperformedaseitheraone-pointorprocesscalibration.
7.6.1 One-Point ZeroPt Calibration
EnterOzonecalibrationmodeasdescribedinsection7.1“EnterCalibrationMode”.
Select1pointZeroPtasthecalibrationtype. Press[ENTER].
EnterthevalueforPoint1includingadecimalpoint.Ozoneisthevaluebeingmeasuredbythetransmitterandsensorintheunitssetbytheuser.Press[ENTER]whenthisvalueisstabletoperformthecalibration.
Assoonasthestabilizationcriteriahavebeenfulfilledthedisplaychanges.Thedisplayshowsthecalibrationresultforslope“S”andoffsetvalue”Z”.
Theusergetsthemessage”Re-installsensor”and”PressENTER”onthedisplay.Afterpressing[ENTER]theM200returnstothemeasuringmode.
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7.6.2 Process Calibration
EnterOzonecalibrationmodeasdescribedinsection7.1“EnterCalibrationMode”.AnozonesensorProcesscalibrationiseitheraSlopeorZeroPtcalibration.TheSlopecalibrationisalwaysobtainedfromacomparisoninstrumentorcolorimetrictestkit.TheZeroPtcalibrationisdoneinairorinozone-freewater.
SelectProcessfollowedbyeitherSlopeorZeroPtasthecalibrationtype.Press[ENTER].
Takeasampleandpressthe[ENTER]keyagaintostorethecurrentmeasuringvalue.
AfterdeterminingtheO3valueofthesamplepresstheckeyagaintoproceedwiththecalibration.
EntertheO3valueofthesample.Pressthe[ENTER]keytostartthecalculationofthecalibrationresults.
Afterthecalibrationtheslope”S”andtheoffsetvalue”Z”aredisplayed.SelectYestosavethecalibrationvaluesandthesuccessfulCalibrationisconfirmedonthedisplay.Theusergetsthemessage”Re-installsensor”and”PressENTER”onthedisplay.Afterpressing[ENTER]theM200returnstothemeasuringmode.
7.7 SensorVerificationEnterCalibrationmodeasdescribedinsection7.1“EnterCalibrationMode”andselectVerify.
Themeasuredsignaloftheprimaryandthesecondarymeasurementinelectricalunits areshown.
Usethe or .keytotogglebetweenChannelAandB*.
*Onlyon2-channelversion.
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8 Configuration(PATH:Menu/Configure)
Configure
Measurement Analog Outputs Set Points Alarm/Clean Display Hold Outputs
8.1 EnterConfigurationMode
WhileinMeasurementmode,pressthe[MENU]key.Pressthe or .keytonavigatetotheConfigure–Menuandpress[ENTER].
8.2 Measurement(PATH:Menu/Configure/Measurement)
Enterconfigurationmodeasdescribedinsection8.1“EnterConfigurationMode”.
Pressthe[ENTER]keytoselectthisMenu.Thefollowingsubmenuscannowbeselected:ChannelSetup,Comp/pH/O2andSetAveraging.
8.2.1 Channel Setup
Pressthe[ENTER]keytoselectthe”ChannelSetup”Menu.
SelectSensorTypeandpress[ENTER].
pH/ORP =pH/ORPmeasurementO2hi =Dissolvedoxygen(ppm)Cond(2) =2electrodeconductivityCond(4) =4electrodeconductivityORP =ORPmeasurementOzone =OzonemeasurementAuto: =Thetransmitterautomaticallyrecognizestheconnectedsensor
Ifyouselectaspecificparameterinsteadofauto,thetransmitteronlyacceptstheselectedparametertype.
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The4linesofthedisplaycannowbeconfiguredwithsensorchannel”A”or”B”foreachline ofthedisplayaswellasmeasurementsandunitmultipliers.Pressingthe[ENTER]keywilldisplaytheselectionforlinescandd.
Pressingthe[ENTER]keyagainwillbringuptheSaveChangesdialog.SelectingNowill discardtheenteredvaluesandreturntothemeasurementdisplayscreen,selectingYeswill savechangesmade.
8.2.2 Derived Measurements
Therearethreederivedmeasurementsavailableforconfigurationwithtwoconductivitysensors:%Rej(%Rejection),pHCal(CalculatedpH)andCO2Cal(CalculatedCO2).Tosetupanyof thederivedmeasurements,firstsetupthetwoprimaryconductivitymeasurements,whichwillbeusedtocalculatethederivedmeasurement.Definetheprimarymeasurementsasiftheywerestand-alonereadings.Thenthederivedmeasurementcanbedefined.
h NOTE:Itisimportanttousethesameunitsforbothmeasurements.
8.2.2.1 % Rejection measurement
Forreverseosmosis(RO)applications,percentrejectionismeasuredwithconductivitytodeterminetheratioofimpuritiesremovedfromproductorpermeatewatertothetotalimpuritiesintheincomingfeedwater.TheformulaforobtainingPercentRejectionis:[1–(Product/Feed)]X100=%RejectionWhereProductandFeedaretheconductivityvaluesmeasuredbytherespectivesensors. Figure4.1showsadiagramofanROinstallationwithsensorsinstalledforPercentRejection.
Reverse Osmosis Membrane
Feed Product
Reject
ConductivitySensor
B
ConductivitySensor
A
Figure4.1:%Rejection
h NOTE:Theproductmonitoringsensormustbeonthechannelthatwillmeasurepercentrejection.IftheproductconductivitysensorisinstalledinchannelA,thenpercentrejectionmustbemeasuredinchannelA.
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8.2.2.2 Calculated pH (Power Plant Applications only)
CalculatedpHmaybeobtainedveryaccuratelyfromspecificandcationconductivityvaluesonpowerplantsampleswhenthepHisbetween7.5and10.5duetoammoniaoraminesandwhenthespecificconductivityissignificantlygreaterthanthecationconductivity.Thiscalculationisnotsuitablewheresignificantlevelsofphosphatesarepresent.TheM200usesthisalgorithmwhenpHCALisselectedasameasurement.
ThecalculatedpHmustbeconfiguredonthesamechannelasspecificconductivity.Forexample,setupmeasurement”a”onchannelAtobespecificconductivity,measurement”b”onChannelBtobecationconductivity,measurement”c”onchannelAtobecalculatedpHandmeasurement”d”onchannelAtobetemperature.Setthetemperaturecompensationmodeto”Ammonia” for measurement ”a” and to ”Cation” for measurement ”b”.
h NOTE:Ifoperationgoesoutsidetherecommendedconditions,aglasselectrodepHmeasurementisneededtoobtainanaccuratevalue.Ontheotherhand,whensampleconditionsarewithintherangesnotedabove,thecalculatedpHprovidesanaccuratestandardforone-pointtrimcalibrationoftheelectrodepHmeasurement.
8.2.2.3 Calculated CO2 (Power Plant Applications only)
Carbon dioxide maybecalculatedfromcationconductivityanddegassedcationconductivitymeasurementsonpowerplantsamplesusingtablesfromASTMStandardD4519.TheM200hasthesetablesstoredinmemory,whichituseswhenunitsofCO2CALareselected.
ThecalculatedCO2measurementmustbeconfiguredtothesamechannelascationconductivity.Forexample,setupmeasurement”a”onchannelAtobecationconductivity,measurement”b”onchannelBtobedegassedcationconductivity,measurement”c”on channelAtobecalculatedCO2andmeasurement”d”onchannelBtobetemperature. Setthetemperaturecompensationmodeto”Cation”forbothconductivitymeasurements.
8.2.3 Parameter Related Settings
Additionalmeasurementandcalibrationparameterscanbesetforeachparameter;conductivity,pHandO2.
EnterConfigurationModeasdescribedinsection8.1”EnterConfigurationmode”andselectthemenuMeasurement(seesection8.2”Configuration/Measurement”).
For2-channeldevices:ThemenuComp/pH/O2canbeselectedbyusingthe or .key.Thenusetheckeytomovetothenextlineandselecttheparameter.ThechoicesareResistivity(forconductivitymeasurement),pHandO2.Press[ENTER]
For1-channeldevices:Dependingontheconnectedsensorthefollowingparameterisshowninthedisplay:Resistivity(forconductivitymeasurement),pHorO2.Press[ENTER]
Formoredetails,pleaseseethefollowingexplanationsdependingontheselectedparameter.
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8.2.3.1 Conductivity/Temperature Compensation
SelectResistivityandpress[ENTER].
Thetemperaturecompensationmodeforanyofthefourmeasurementlinescanbeselected.Temperaturecompensationshouldbematchedtothecharacteristicsoftheapplication. Choicesare”Standard”,”Light84”,”Std75ºC”,”Lin20°C”,”Lin25°C”,”NatH2O”,”Glycol.5”,”Glycol1”,”Cation”,”Alcohol”and”Ammonia”.
Ifcompensationmode”Lin25°C”or”Lin20°C”hasbeenchosen,thefactorfortheadjustmentofthereadingcanbemodifiedafterpressing[ENTER](Ifworkingatmeasurementline1or2press[ENTER]twice).
Pressing[ENTER]willbringuptheSaveChangesdialog.SelectingNowilldiscardtheenteredvaluesandreturntothemeasurementdisplayscreen,selectingYeswillsavechangesmade.
Standardcompensationincludescompensationfornon-linearhighpurityeffectsaswellasconventionalneutralsaltimpuritiesandconformstoASTMstandardsD1125andD5391.
Std75°CcompensationistheStandardcompensationalgorithmreferencedto75°C.ThiscompensationmaybepreferredwhenmeasuringUltrapureWateratanelevatedtemperature.(Resistivityofultrapurewatercompensatedto75°Cis2.4818Mohm-cm.)
Lin20°Ccompensationadjuststhereadingbyafactorexpressedasa”%per°C”(deviationfrom20°C).Useonlyifthesolutionhasawell-characterizedlineartemperaturecoefficient.Thefactorydefaultsettingis2.0%/°C.
Nat H2Ocompensationincludesthecompensationto25°CaccordingtoEN27888fornaturalwater.
Lin25°Ccompensationadjuststhereadingbyafactorexpressedasa”%per°C”(deviationfrom25°C).Useonlyifthesamplehasawell-characterizedlineartemperaturecoefficient.Thefactorydefaultsettingis2.0%/°C.
Glycol.5compensationmatchesthetemperaturecharacteristicsof50%ethyleneglycolin water.Compensatedmeasurementsusingthissolutionmaygoabove18Mohm-cm.
Glycol1compensationmatchesthetemperaturecharacteristicsof100%ethyleneglycol.Compensatedmeasurementsmaygowellabove18Mohm-cm.
Cationcompensationisusedinpowerindustryapplicationsmeasuringthesampleaftera cationexchanger.Ittakesintoaccounttheeffectsoftemperatureonthedissociationofpurewaterinthepresenceofacids.
Alcoholcompensationprovidesforthetemperaturecharacteristicsofa75%solutionofisopropylalcoholinpurewater.Compensatedmeasurementsusingthissolutionmaygo above18Mohm-cm.
Light84compensationmatchesthehighpuritywaterresearchresultsofDr.T.S.Light publishedin1984.Useonlyifyourinstitutionhasstandardizedonthatwork.
Ammoniacompensationisusedinpowerindustryapplicationsforspecificconductivitymeasuredonsamplesusingammoniaand/orETA(ethanolamine)watertreatment.Ittakes intoaccounttheeffectsoftemperatureonthedissociationofpurewaterinthepresenceof thesebases.
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8.2.3.2 pH Parameters
SelectpHandpress[ENTER].
SelecttheDriftcontrolforcalibrationasAuto(driftandtimecriteriahavetobefulfilled)orManual(Theusercandecidewhenasignalisstableenoughtocompletecalibration) followedbytherelevantbuffertablefortheautomaticbufferrecognition.Ifthedriftrateislessthan0.8mVovera20secondintervalthenthereadingisstableandthecalibrationisdoneusingthelastreading.Ifthedriftcriteriaisnotmetwithin300secondsthenthecalibration timesoutandthemessage”Calibrationnotdone”isdisplayed.
Forautomaticbufferrecognitionduringcalibration,selectthebuffersolutionsetthatwillbeused:Mettler-9,Mettler-10,NISTTech,NISTStd,HACH,CIBA,MERCK,WTWorNone.Seesection19”Buffertables”forbuffervalues.Iftheautobufferfeaturewillnotbeusedoriftheavailablebuffersaredifferentfromthoseabove,selectNone.
STCisthesolutiontemperaturecoefficientinunitsofpH/°Creferencedto25°C(Default=0.000formostapplications).Forpurewaters,asettingof0.016pH/°Cshouldbeused.Forlowconductivitypowerplantsamplesnear9pH,asettingof0.033pH/°Cshouldbeused.ThesepositivecoefficientscompensateforthenegativetemperatureinfluenceonthepHofthesesamples.
IPistheisothermalpointvalue(Default=7.000formostapplications).Forspecificcompensationrequirementsornonstandardinnerbuffervalue,thisvaluecanbechanged.
”Fixed”allowsaspecifictemperaturevaluetobeentered.Selecting”No”meansthetemperaturegivenbythedigitalsensorconnectedtothechannelwillbeusedfortheCalibration.
Pressing[ENTER]againwillbringuptheSaveChangesdialog.SelectingNowilldiscardtheenteredvaluesandreturntothemeasurementdisplayscreen,selectingYeswillsavechangesmade.
8.2.3.3 Dissolved Oxygen Parameters
SelectO2andpress[ENTER]
EntertheCalibrationpressure.ThedefaultvalueforCalPresis759.8andthedefaultunitismmHg.
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EntertheProcessPressure.TheunitsforProcPresandCalPresdonothavetobethesame.
Forthealgorithmoftheprocesscalibrationtheappliedpressure(ProcCalPres)hastobedefined.Thevalueoftheprocesspressure(ProcPres)orthecalibrationpressure(CalPres) canbeused.Chosethepressure,thatappliesduringtheprocesscalibration,resp.shouldbeusedforthealgorithmandpress[ENTER].
Thesalinityofthemeasuredsolutionandtherelativehumidityofthecalibrationgascanalsobeentered.TheallowedvaluesforRelativeHumidityareintherange0%to100%.
Pressingthe[ENTER]keyagainwillbringuptheSaveChangesdialog.SelectingNowilldiscardtheenteredvaluesandreturntothemeasurementdisplayscreen,selectingYeswillsavechangesmade.
8.2.4 Set Averaging
Pressthe[ENTER]keytoselectthisMenu.Theaveragingmethod(noisefilter)foreachmeasurementlinecannowbeselected.TheoptionsareSpecial(Default),None,Low,MediumandHigh:
None =noaveragingorfilteringLow =equivalenttoa3pointmovingaverageMedium=equivalenttoa6pointmovingaverageHigh =equivalenttoa10pointmovingaverageSpecial =averagingdependingonsignalchange(normallyHighaveragingbutLowaveraging
forlargechangesininputsignal)
Pressingthe[ENTER]keyagainwillbringuptheSaveChangesdialog.SelectingNowilldiscardtheenteredvaluesandreturntothemeasurementdisplayscreen,selectingYeswillsavechangesmade.
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8.3 Analog Outputs(PATH:Menu/Configure/AnalogOutputs)
Enterconfigurationmodeasdescribedinsection8.1“EnterConfigurationMode”.
GotothemenuAnalogOutputbyusingthe or .key.Pressthe[ENTER]keytoselectthisMenu,whichletsyouconfigurethe2(4for2-channelversion)AnalogOutputs.Onceanalogoutputshavebeenselected,usethe and ckeystonavigatebetweenconfigurableparameters.Onceaparameterisselected,itssettingcanbeselectedperthefollowingtable:
WhenanAlarmValueisselected,theanalogoutputwillgotothisvalueifanyalarmconditionoccurs.
Parameter SelectableValuesAout: 1,2,3*or4*(defaultis1)Measurement: a,b,c,dorblank(none)(defaultisblank)AlarmValue: 3.6mA,22.0mAorOff(defaultisoff)*Onlyon2-channelversion.
Therangecanbe4–20mAor0–20mA.
EntertheminimumandmaximumValueofAout.
IfAuto-rangewasselectedthenAoutmax1canbeconfigured.Aoutmax1isthemaximum valueforthefirstrangeonAuto-Range.ThemaximumvalueforthesecondrangeonAuto-Rangewassetinthepreviousmenu.IfLogarithmicRangewasselected,itwillalsoprompt forthenumberofdecadesas”Aout1#ofDecades=2”.
ThevaluefortheHoldmodecanbeconfiguredtoholdtheLastvalueorcanbesettoaFixedvalue.
Pressingthe[ENTER]keyagainwillbringuptheSaveChangesdialog.SelectingNowill discardtheenteredvaluesandreturntothemeasurementdisplayscreen,selectingYeswill savechangesmade.
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8.4 Setpoints (PATH:Menu/Configure/Setpoints)
Enterconfigurationmodeasdescribedinsection8.1“EnterConfigurationMode”.
GotothemenuSetPointsbyusingthe or .key.
Pressthe[ENTER]keytoselectthisMenu.
4(6for2-channelversion)Setpointscanbeconfiguredonanyofthemeasurements(athrud).ThepossibleSetpointtypesareOff,High,Low,Outside,Between,USP(%safetymarginbelowU.S.Pharmacopoeialimits),EPPW(%safetymarginbelowEuropeanPharmacopeialimitsforPurifiedWater)andEPWFI(%safetymarginbelowEuropeanPharmacopeialimitsforWaterforInjection).
An”Outside”Setpointwillcauseanalarmconditionwheneverthemeasurementgoesaboveitshighlimitorbelowitslowlimit.A”Between”Setpointwillcauseanalarmconditiontooccurwheneverthemeasurementisbetweenitshighandlowlimits.
Enterthedesiredvalue(s)fortheSetpointandpress[ENTER]
Thisscreenprovidestheoptiontoconfigureasetpointtobeactiveonanoverrangecondition.Selectthesetpointand”Yes”or”No”.Selectthedesiredrelaythatwillactivatewhenthesetpointalarmconditionisreached.
OverRangeOnceconfigured,theselectedrelaywillbeactivatedifasensorover-rangeconditionisdetectedontheassignedinputchannel.
DelayEnterthedelaytimeinseconds.Atimedelayrequiresthesetpointtobeexceededcontinuouslyforthespecifiedlengthoftimebeforeactivatingtherelay.Iftheconditiondisappearsbeforethedelayperiodisover,therelaywillnotbeactivated.
HysteresisEnterthehysteresisasapercentage-value.Ahysteresisvaluerequiresthemeasurementtoreturnwithinthesetpointvaluebyaspecifiedpercentagebeforetherelayisdeactivated.
Forahighsetpoint,themeasurementmustdecreasemorethantheindicatedpercentage belowthesetpointvaluebeforetherelayisdeactivated.Withalowsetpoint,themeasurementmustriseatleastthispercentageabovethesetpointvaluebeforetherelayisdeactivated.Forexample,withahighsetpointof100,whenthisvalueisexceeded,themeasurementmustfallbelow90beforetherelayisdeactivated.
HoldEntertheRelayHoldStatusof”Last”,”On”or”Off”.ThisisthestatetheRelaywillgotoduringaHold status.
State Relaycontactsareinnormalstateuntiltheassociatedsetpointisexceeded,thentherelayisactivatedandthecontactstateschange.
Select”Inverted”toreversethenormaloperatingstateoftherelay(i.e.Normallyopencontactsareinaclosedstate,andnormallyclosedcontactsareinanopenstate,untilthesetpointisexceeded).”Inverted”relayoperationisfunctionalwhenpowerisappliedtotheM200transmitter.
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Pressingthe[ENTER]keyagainwillbringuptheSaveChangesdialog.SelectingNowilldiscardtheenteredvaluesandreturntothemeasurementdisplayscreen,selectingYeswill savechangesmade.
8.5 Alarm/Clean (PATH:Menu/Configure/Alarm/Clean)
Enterconfigurationmodeasdescribedinsection8.1“EnterConfigurationMode”.
GotothemenuAlarm/Cleanbyusingthe or .key.
Pressthe[ENTER]keytoselectthismenu.
ThisMenuallowstheconfigurationofAlarmandCleanfunctionality.
8.5.1 Alarm
Toselect”SetupAlarm”,pressthe or .keysothat”Alarm”isflashing.
Usingthe and cbuttons,navigateto”UseRelay#”.Usingthe or .keys,selectarelay tobeusedfortheAlarmandpress[ENTER].
Oneofthefollowingeventsmaybealarmed:1.PowerFailure2.SoftwareFailure3.RgDiagnostics–pHglassmembraneresistance4.ChannelAdisconnected5.ChannelBdisconnected(onlyfor2-channelversion)
IfanyofthesecriteriaaresettoYesandtheconditionsforanalarmaregiven,theflashingsymbolwillbeshowninthedisplay,analarmmessagewillberecorded(seesection11.1 “Messages”;PATH:Info/Messages)andtheselectedrelaywillbeactivated.Furthermoreanalarmcanbeindicatedbythecurrentoutputifthishasbeenparameterized(seesection8.4 “Setpoints”;PATH:Menu/Configure/AnalogOutputs).
Theconditionsforalarmsare:1.thereisapowerfailureorpowercycling2.thesoftwarewatchdogperformsareset3.Rgisoutoftolerance–forexample,brokenmeasuringelectrode(pHonly)4.IfnosensorisconnectedonchannelA5.IfnosensorisconnectedonchannelB(onlyfor2-channelversion)
For1and2thealarmindicatorwillbeturnedoffwhenthealarmmessageiscleared.Itwillreappearifthepowerisconstantlycyclingorifthewatchdogisrepeatedlyresettingthesystem.
Pleasenote,thatthereareadditionalalarms,whichwillbeindicatedinthedisplay.Seesection13“Troubleshooting”.
Only for pH sensorsFor3thealarmindicatorwillgooffifthemessageisclearedandthesensorhasbeenreplacedorrepairedsothattheRgvalueiswithinspecification.IftheRgmessageisclearedandRgisstilloutoftolerancethenthealarmwillstayonandthemessagewillreappear.TheRgalarmcanbeturnedoffbygoingintothismenuandsettingRgDiagnosticstoNo.ThemessagecanthenbeclearedandthealarmindicatorwillbeoffeventhoughRgisoutoftolerance.
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EachAlarmRelaycanbeconfiguredineitheraNormalorInvertedstate.Inaddition,aDelay fortheactivationcanbeset.Formoreinformation,refertosection8.4 “Setpoints”.
Ifpowerfailureisturnedon,onlyinvertedstateispossibleandcannotbechanged.
Pressingthe[ENTER]keyagainwillbringuptheSaveChangesdialog.SelectingNowill discardtheenteredvalues,selectingYeswillmaketheenteredvaluesthecurrentones.
8.5.2 Clean
ConfiguretheRelaytobeusedforthecleaningcycle.TheDefaultvalueisRelay1.
TheCleaningIntervalcanbesetfrom0.000to999.9hours.Settingitto0turnstheclean cycleoff.Thecleaningtimecanbe0to9999secondsandmustbesmallerthantheCleaningInterval.
SelectthedesiredRelaystate:NormalorInverted.
Pressingthe[ENTER]keyagainwillbringuptheSaveChangesdialog.SelectingNowill discardtheenteredvaluesandreturntothemeasurementdisplayscreen,selectingYeswill savechangesmade.
8.6 Display(PATH:Menu/Configure/Display)
Enterconfigurationmodeasdescribedinsection8.1“EnterConfigurationMode”.
ThisMenuallowsfortheconfigurationofthevaluestobedisplayedandalsotheconfigurationoftheDisplayitself.
8.6.1 Measurement
TheDisplayhas4lines.Line1ontopandLine4onthebottom.
Selectthevalues(Measurementa,b,cord)tobedisplayedoneachlineofthedisplay.
Theselectionofthevaluesfora,b,c,dneedstobedoneunderConfiguration/Measurement/ChannelSetup.
Selectthe”ErrorDisplay”mode.Ifthisissetto”On”whenanalarmhasoccurred,themessage”Failure–PressEnter”willbedisplayedonLine4whenanalarmoccursinthenormalMeasurement mode.
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Pressingthe[ENTER]keyagainwillbringuptheSaveChangesdialog.SelectingNowill discardtheenteredvalues,selectingYeswillmaketheenteredvaluesthecurrentones.
8.6.2 Resolution
Thismenuallowsthesettingoftheresolutionofeachdisplayedvalue.
Possiblesettingsare1,0.1,0.01,0.001orAuto.
Pressingthe[ENTER]keywillbringuptheSaveChangesdialog.
8.6.3 Backlight
ThisMenuallowsthesettingofthebacklightoptionsofthedisplay.
PossiblesettingsareOn,On50%orAutoOff50%.IfAutoOff50%isselectedthenthebacklightwillgoto50%after4minuteswithnokeypadactivity.Thebacklightwillautomaticallycomebackonifakeyispressed.
Pressingthe[ENTER]keyWillbringuptheSaveChangesdialog.
8.6.4 Name
Thismenuallowsfortheconfigurationofanalpha-numericnamewhichisdisplayedinthefirst9charactersonLines3and4oftheDisplay.Thedefaultisnothing(blank).
Ifanameisenteredonline3and/or4ameasurementcanbestilldisplayedonthesameline.
Usethe and ckeystonavigatebetweendigitstobealtered.Usingthe and .keystochangethecharactertobedisplayed.Oncealldigitsofbothdisplaychannelshavebeenentered,press[ENTER]tobringuptheSaveChangesdialog.
TheresultingdisplayinthemeasurementmodeappearsonLines3and4aheadofthemeasurements.
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8.7 Hold Analog Outputs(PATH:Menu/Configure/HoldOutputs)
Enterconfigurationmodeasdescribedinsection8.1“EnterConfigurationMode”.
The”Hold outputs” functionappliesduringthecalibrationprocess.Ifset”Holdoutputs”toYes,duringcalibrationprocesstheanalogoutput,theoutputrelayandUSBouptutwillbeatholdstate.Theholdstatedependsonthesetting.Forthepossibleholdsettings,seethelistbelow.Thefollowingoptionsarepossible:
HoldOutputs? Yes/No
The”DigitalIn”functionappliesallthetime.Assoonasasignalisactiveonthedigitalinputthetransmittergoestoholdmodeandthevaluesontheanalogoutput,theoutputrelaysandtheUSBoutputwillbeatholdstate.
DigitalIn1/2* State=Off/Low/High
h NOTE:DigitalIn1istoholdchannelA DigitalIn2istoholdchannelB*
*Onlyon2-channelversion.
PossibleHoldstates:Outputrelays: On/Off (Configuration/Setpoint)AnalogOutput: Last/Fixed (Configuration/Analogoutput)USB: Last/Off (System/USB)
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9 System(PATH:Menu/System)
System
Set Language USB Passwords Set/ClearLockout
Reset
WhileinMeasurementmodepressthekey.Pressthe. or keytonavigateto”System”–Menuandpress[ENTER].
9.1 SetLanguage(PATH:Menu/System/SetLanguage)
ThisMenuallowstheconfigurationoftheDisplaylanguage.
Thefollowingselectionsarepossible: English,French,German,Italian,Spanish,Russian,PortugueseandJapanese.Pressingthe[ENTER]keywillbringuptheSaveChangesdialog.
9.2 USB(PATH:Menu/System/USB)
ThismenuallowsconfigurationoftheUSBholdfunction.
USBHoldmaybesettoeitherOfforLastValues.Anexternalhostdevicemaypollthe M200fordata.IftheUSBHoldissettoOff,currentvaluesarereturned.IftheUSBHoldissettoLastValues,thevaluespresentatthetimetheholdconditionwasestablishedarereturned.
Press[ENTER]tobringuptheSaveChangesdialog.
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9.3 Passwords(PATH:Menu/System/Passwords)
ThisMenuallowsfortheconfigurationofOperatorandAdministratorPasswords,aswellassettingupaListofallowedMenusfortheOperator.TheAdministratorhasrightstoaccessallMenus. All default passwords for new transmitters are ”00000”.
ThePasswordsMenuisprotected:EntertheAdministratorPasswordtoentertheMenu.
9.3.1 Changing Passwords
Seesection9.3 “Passwords”onhowtoenterthePasswordsMenu.SelectChangeAdministratororChangeOperatorandsetthenewPassword.
Pressthe[ENTER]keyandconfirmthenewpassword.Press[ENTER]againtobringuptheSaveChangeddialog.
9.3.2 ConfiguringMenuAccessforOperator
Seesection9.3 “Passwords”onhowtoenterthePasswordsMenu.SelectConfigureOperatortoconfiguretheAccesslistfortheOperator.Itispossibletoassign/denyrightstothefollowingMenus:CalKey,QuickSetup,Configuration,SystemandService.
ChooseeitherYesorNotogive/denyaccesstotheaboveMenusandpress[ENTER]toadvancetothenextitems.Pressingthe[ENTER]keyafterconfiguringallmenuswillbringuptheSaveChangesdialog.SelectingNowilldiscardtheenteredvalues,selectingYeswillmaketheenteredvaluesthecurrentones.
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9.4 Set/ClearLockout(PATH:Menu/System/Set/ClearLockout)
Thismenuenables/disablestheLockoutfunctionalityofthetransmitter.TheuserwillbeaskedforapasswordbeforebeingallowedintoanymenusiftheLockoutfunctionalityisenabled.
TheLockout–Menuisprotected:EntertheAdministratorPasswordandselectYEStoenableorNOtodisabletheLockoutfunctionality.Pressingthe[ENTER]keyaftertheselectionwillbringuptheSaveChangesdialog.SelectingNowilldiscardtheenteredvalue,selectingYeswillmaketheenteredvaluethecurrentone.
9.5 Reset(PATH:Menu/System/Reset)
ThisMenuallowsaccesstothefollowingoptions:ResetSystem,ResetAnalogCal.
9.5.1 Reset System
ThisMenuallowstheresetofthemetertothefactorydefaultsettings(Setpointsoff,analogoutputsoff,etc.).Themetercalibrationandtheanalogoutputcalibrationarenotaffected.
Pressingthe[ENTER]keyaftertheselectionwillbringupaconfirmationscreen.SelectingNowillreturntheusertotheMeasurementmodewithnochanges.SelectingYeswillresetthemeter.
9.5.2 Reset Analog Calibration
ThisMenuallowsresetoftheAnalogOutputcalibrationfactorstothelastfactorycalibrationvalues.
Pressingthe[ENTER]keyaftertheselectionwillbringupaconfirmationscreen.SelectingNowillreturntheusertotheMeasurementmodewithnochanges.SelectingYeswillresettheAnalogOutputcalibration.
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10 Service (PATH:Menu/Service)
Service
Tech ServiceCalibrate Diagnostics
WhileinMeasurementmodepressthekey.Pressthe or .keytonavigatetothe”Service”Menuandpress[ENTER].Theavailablesystemconfigurationoptionsaredetailedbelow
10.1 Diagnostics(PATH:Menu/Service/Diagnostics)
ThisMenuisavaluabletoolfortroubleshootingandprovidesdiagnosticfunctionalityforthefollowingitems:Model/SoftwareRevision,DigitalInput,Display,Keypad,Memory,SetRelays,ReadRelays,SetAnalogOutputs,ReadAnalogOutputs.
10.1.1 Model/Software Revision
EssentialinformationforeveryServicecallisthemodelandsoftwarerevisionnumber.ThisMenushowsthetransmitterpartnumber,serialnumberandsoftwareversionnumber.
Byusingthe.keyitispossibletonavigateforwardthroughthissubmenuandgetadditionalinformationlikethecurrentversionofsoftwareimplementedonthetransmitter: MasterV_XXXXandCommV_XXXX);andtheversionofthesensorfirmware(FWV_XXX)andsensorhardware(HWXXXX).
Press[ENTER]toexitfromthisdisplay.
10.1.2 Digital Input
ThedigitalInputmenushowsthestateofthedigitalinputs.Press[ENTER]toexitfromthisdisplay.
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10.1.3 Display
Allpixelsofthedisplaywillbelitfor15secondstoallowtroubleshootingofthedisplay.After 15secondsthetransmitterwillreturntothenormalMeasuringmodeorpress[ENTER]toexitsooner.
10.1.4 Keypad
Forkeypaddiagnostics,thedisplaywillindicatewhichkeyispressed.Pressing[ENTER]willreturnthetransmittertothenormalMeasuringmode.
10.1.5 Memory
IfMemoryisselectedthenthetransmitterwillperformaRAMandROMmemorytest.TestpatternswillbewrittentoandreadfromallRAMmemorylocations.TheROMchecksumwill berecalculatedandcomparedtothevaluestoredintheROM.
10.1.6 Set Relay
TheSetRelaysdiagnosticmenuallowsfortheactivation/deactivationofeachRelay.
0=Normal(normallyopencontactsareopen)1=Inverted(normallyopencontactsareclosed)
Press[ENTER]toreturntoMeasurementmode.
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10.1.7 Read Relays
TheReadRelaysdiagnosticmenushowsthestateofeachRelayasdefinedbelow.Press[ENTER]toexitfromthisdisplay.
0=Normal1=Inverted.
10.1.8 Set Analog Outputs
ThismenuenablestheusertosetallanalogoutputstoanymAvaluewithinthe0–22mArange.Press[ENTER]toexitfromthisdisplay.
10.1.9 Read Analog Outputs
ThismenushowsthemAvalueoftheanalogOutputs.Press[ENTER]toexitfromthisdisplay.
10.2 Calibrate(PATH:Menu/Service/Calibrate)
Thismenuhastheoptionstocalibrateandtheanalogoutputsandalsoallowstheunlockingofcalibrationfunctionality.
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10.2.1 Calibrate Analog
SelecttheAnalogOutputyouwishtocalibrate.EachAnalogoutputcanbecalibratedat4and20 mA.
ConnectanaccuratemilliampmetertotheAnalogoutputterminalsandthenadjustthefive digitnumberinthedisplayuntilthemilliampmeterreads4.00mAandrepeatfor20.00mA.
Asthefivedigitnumberisincreasedtheoutputcurrentincreasesandasthenumberisdecreasedtheoutputcurrentdecreases.Thuscoarsechangesintheoutputcurrentcanbe madebychangingthethousandsorhundredsdigitsandfinechangescanbemadebychangingthetensoronesdigits.
Pressingthe[ENTER]keyafterenteringbothvalueswillbringupaconfirmationscreen.SelectingNowilldiscardtheenteredvalues,selectingYeswillmaketheenteredvaluesthecurrentones.
10.2.2 Calibrate Unlock
SelectthisMenutoconfiguretheCALMenu(seesection7 “Sensor Calibration”).
SelectingYesmeansthatMeterandAnalogOutputcalibrationMenuswillbeselectableunder theCALMenu.SelectingNomeansthatonlytheSensorcalibrationisavailableundertheCALMenu.Press[ENTER]aftertheselectiontodisplayaconfirmationscreen.
10.3 Tech Service(PATH:Menu/TechService)
h Note:ThisMenuisforMettlerToledoServicepersonneluseonly.
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11 Info(PATH:Info)
Info
Calibration Data
Messages Model/SoftwareRevision
Sensor Info
Pressingthe.keywilldisplaytheInfoMenuwiththeoptionsMessages,CalibrationDataandModel/Software Revision.
11.1 Messages(PATH:Info/Messages)
Themostrecentmessageisdisplayed.Theupanddownarrowkeysallowscrollingthrough thelastfourmessagesthathaveoccurred.
ClearMessagesclearsallthemessages.Messagesareaddedtothemessagelistwhentheconditionthatgeneratesthemessagefirstoccurs.Ifallmessagesareclearedandamessageconditionstillexistsandstartedbeforetheclearthenitwillnotappearinthelist.Forthismessagetore-occurinthelisttheconditionmustgoawayandthenreappear.
11.2 Calibration Data(PATH:Info/CalibrationData)
SelectingCalibrationDatadisplaysthecalibrationconstantsforeachsensor.Usetheupanddownarrowkeystotogglebetweenchannels”A”and”B”.
P=calibrationconstantsfortheprimarymeasurementS=calibrationconstantsforthesecondarymeasurement
Press[ENTER]toexitfromthisdisplay.
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11.3 Model/Software RevisionSelectingModel/SoftwareRevisionwilldisplaythepartnumber,modelandtheserialnumberofthetransmitterandinformationabouttheconnectedsensor(s).
Byusingthe.keyitispossibletonavigateforwardthroughthissubmenuandgetadditionalinformationlikethecurrentversionofsoftwareimplementedonthetransmitter: MasterV_XXXXandCommV_XXXX;andtheversionofthesensorfirmware(FWV_XXX)andsensorhardware(HWXXXX).
ThedisplayedinformationisimportantforanyServicecall.Press[ENTER]toreturntothenormal measurement mode.
11.4 Sensor InfoAfterplugginginasensor,thefollowinginformationaboutthesensorwillbeshowninthismenu.Useupanddownarrowstoscrollinthemenu.
Type: TypeofsensorCalDate*: DateofthelastadjustmentSerial-No.: SerialnumberoftheconnectedSensorPart-No.: PartnumberoftheconnectedSensor
*AfterconnectinganISMsensor
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12 Maintenance
12.1 FrontPanelCleaningCleanthefrontpanelwithadampsoftcloth(wateronly,nosolvents).Gentlywipethesurfaceanddrywithasoftcloth.
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13 TroubleshootingIftheequipmentisusedinamannernotspecifiedbyMettler-Toledo,theprotectionprovidedbytheequipmentmaybeimpaired.Reviewthetablebelowforpossiblecausesofcommonproblems:
Problem Possible Cause
Displayisblank.
– No power to M200.– Blown fuse.– LCDdisplaycontrastsetincorrectly.– Hardware failure.
Incorrectmeasurementreadings.
– Sensorimproperlyinstalled.– Incorrectunitsmultiplierentered.– Temperaturecompensationincorrectlysetor
disabled.– Sensorneedscalibration.– Sensororpatchcorddefectiveorexceeds
recommendedmaximumlength.– Hardware failure.
Measurementreadingsnotstable.
– Sensorsorcablesinstalledtooclosetoequipmentthatgenerateshighlevelofelectricalnoise.
– Recommendedcablelengthexceeded.– Averagingsettoolow.– Sensororpatchcorddefective.
Displayed isflashing.– Setpointisinalarmcondition(setpointexceeded).– Alarmhasbeenselected
(seechapter8.5Alarm/Clean)andoccurred.
Cannotchangemenusettings. – Userlockedoutforsecurityreasons.
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13.1 Cond (Resistivity) ErrorMessages/ Warning-andAlarmList
Alarms DescriptionWatchdogtime-out SW/Systemfault
13.2 OxygenErrorMessages/Warning-andAlarmList
Warnings DescriptionWarningO2 Slope < –90 nA SlopetoobigWarningO2 Slope > –35 nA Slope too smallWarningO2 ZeroPt > 0.3 nA ZerooffsettoobigWarningO2 ZeroPt < –0.3 nA Zero offset too small
Alarms DescriptionWatchdogtime-out SW/SystemfaultErrorO2 Slope < –110 nA SlopetoobigErrorO2 Slope > – 30 nA Slope too smallErrorO2 ZeroPt > 0.6 nA ZerooffsettoobigErrorO2 ZeroPt < – 0.6 nA Zero offset too small
13.3 pHErrorMessages/Warning-andAlarmList
Warnings DescriptionWarningpHslope>102% SlopetoobigWarningpHSlope<90% Slope too smallWarningpHZero±0.5pH OutofrangeWarningpHGlschange<0.3 Glasselectroderesistancechangedbylessthanfactor0.3WarningpHGlschange>3 Glasselectroderesistancechangedbymorethanfactor3
Alarms DescriptionWatchdogtime-out SW/SystemfaultErrorpHSlope>103% SlopetoobigErrorpHSlope<80% Slope too smallErrorpHZero±1.0pH OutofrangeErrorpHGlsRes>2000MΩ Glasselectroderesistancetoobig(break)ErrorpHGlsRes<5MΩ Glasselectroderesistancetoosmall(short)
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13.4 ORPErrorMessages/Warning-andAlarmList
Warnings DescriptionWarningORPZeroPt>30mV ZerooffsettoobigWarningORPZeroPt<–30mV Zero offset too small
Alarms DescriptionWatchdogtime-out SW/SystemfaultErrorORPZeroPt>60mV ZerooffsettoobigErrorORPZeroPt<–60mV Zero offset too small
13.5 Warning- and Alarm Indication on the Display
13.5.1 Warning Indication
Ifthereareconditions,whichgenerateawarning,themessagewillberecordedandcanbeselectedthroughthemenupointMessages(PATH:Info/Messages;seealsochapterMessages).Accordingtotheparameterisationofthetransmitterthehint”Failure–PressEnter”willbeshownatline4ofthedisplayifawarningoralarmhasoccurred(seealsosection8.6 “Display”;PATH:Menu/Configure/Display/Measurement).
13.5.2 Alarm Indication
AlarmswillbeshowninthedisplaybyaflashingsymbolandrecordedthroughthemenupointMessages(PATH:Info/Messages;seealsosection11.1“Messages”).
Furthermorethedetectionofsomealarmscanbeactivatedordeactivated(PATH:Menu/Configure/Alarm/Clean)foranindicationonthedisplay.Ifoneofthesealarmsoccursandthedetectionhasbeenactivated,alsoaflashingsymbolwillbeshownonthedisplayandthemessagewillberecordedthroughthemenupointMessages (PATH:Info/Messages;seealsosection11.1“Messages”).
Alarms,whicharecausedbyaviolationofthelimitationofasetpointortherange(seechapter8.4”Setpoints”;PATH:Menu/Configure/Setpoint)willalsobeshownbyaflashingsymbolandrecordedthroughthemenupointMessages (PATH:Info/Messages;seealsosection11.1“Messages”).
Accordingtotheparameterizationofthetransmitterthehint”Failure–PressEnter”willbeshownatline4ofthedisplayifawarningoralarmhasoccurred(seealsosection8.6 “Display”;PATH:Menu/Configure/Display/Measurement).
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14 Accessories and Spare PartsPleasecontactyourlocalMettler-ToledoSalesofficeorrepresentativefordetailsforadditionalaccessoriesandspareparts.
ForM200
Description Order no.PipeMountKitfor1/2DIN models 52 500 212PanelMountKitfor1/2DIN models 52 500 213ProtectiveHoodfor1/2DIN models 52 500 214TerminalblocksforM200,M300,M400 52 121 504
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15 Specifications
15.1 GeneralSpecifications
pH/ORP (incl. pH/pNa)Measurement parameters pH,mVandtemperaturepHdisplayrange – 2.00 to + 16.00 pHpH resolution Auto/0.001/0.01/0.1/1(canbeselected)pHaccuracy1) ±1digitmVrange –1500to+1500mVmVresolution Auto/0.001/0.01/0.1/1mV(canbeselected)mVaccuracy1) ±1digitTemperaturemeasuringrange –30to130°C(–22to266°F)Temperature resolution Auto/0.001/0.01/0.1/1(canbeselected)Temperatureaccuracy1) ±1digitTemperaturecompensation Automatic/ManualMax.sensorcablelength 80m(260ft)Calibration • pH:1-point(offset),2-point(slopeandoffset)or
process(offset)• ORP:1-point(offset)
1) ISMinputsignalcausesnoadditionalerror.
Amperometric oxygenMeasurement parameters Dissolvedoxygen(DO)saturationorconcentrationandtem-
peratureMeasuringcurrentrange 0 to 900 nA
DOdisplayranges • Saturation:0to500%air,0to200%O2 sat• Concentration:0.0ppb(µg/L)to50.00ppm(mg/L)
DOaccuracy ±1digitDO Resolution Auto/0.001/0.01/0.1/1(canbeselected)Polarizationvoltage –674mVTemperaturemeasuringrange –10to+80°C(+14to+176°F)Temperature resolution Auto/0.001/0.01/0.1/1(canbeselected)Temperatureaccuracy ±1digitTemperaturerepeatability ±1digitTemperaturecompensation AutomaticMax.sensorcablelength 80m(260ft)Calibration 1-point(slopeandoffset)orprocess(slopeandoffset)
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Dissolved ozoneMeasurement parameters ConcentrationandtemperatureDisplayrangeforcurrent 0 to – 900 nAOzone displayrange Concentration0.1ppb(µg/L)to5.00ppm(mg/L)O3
Ozoneaccuracy ±1digitResolutioncurrent ±1digitTemperaturecompensation AutomaticTemperature displayrange –30to+150°C(–22to+302°F)Temperature resolution Auto/0.001/0.01/0.1/1(canbeselected)Temperatureaccuracy ±1digitMax.sensorcablelength 80 mCalibration 1-point(offset)orprocess(slopeoroffset)
Conductivity 2-e / 4-eMeasurement parameters Conductivity/resistivityandtemperatureConductivitydisplayranges 2-electrodesensor
C=0.01 0.002to500µS/cm(2000Ωxcmto500MΩxcm)
C=0.1 0.02to50,000µS/cm(20Ωxcmto50MΩxcm)Conductivitydisplayranges 4-electrodesensor
0.01 to 1000mS/cm(1.0Ωxcmto0.1MΩxcm)
Chemicalconcentrationcurves • NaCl: 0–26%@0°Cto0–28%@+100°C
• NaOH: 0–12%@0°Cto0–16%@+40°Cto0–6%@+100°C
• HCl: 0–18%@–20°Cto0–18%@0°Cto0–5%@+50°C
• HNO3: 0–30%@–20°Cto0–30%@0°Cto0–8%@+50°C
• H2SO4: 0–26%@–12°Cto0–26%@+5°Cto0–9%@+100°C
• H3PO4: 0–35%@+5°Cto+80°C
TDSranges NaCl and CaCO3
Cond/Resaccuracy1) ±1digitCond/Resrepeatability1) ±1digitCond / Res resolution Auto/0.001/0.01/0.1/1(canbeselected)Temperature displayrange –40to+200°C(–40to+392°F)Temperature resolution Auto/0.001/0.01/0.1/1(canbeselected)Temperatureaccuracy ±1digitMax.sensorcablelength • 2-esensors:90m(300ft)
• 4-esensors:80m(260ft)Calibration 1-point(offset),2-point(slopeandoffset)orprocess(slope)
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15.2 ElectricalSpecifications
Supplyvoltage • 100to240VAC,50to60Hz,10VA• 20to30VDC,10VA
Connectionterminal Detachablescrewterminals,appropriateforwirecrosssection0.2 to 1.5 mm2(AWG16–24)
Mains fuse 1.0Aslowblow,typeFCNumberofanalogoutputs • 4for2-channelversion
• 2for1-channelversionAnalogoutputsignals 0/4to20 mA,22mAalarm,galvanicallyisolatedfrominput
andfromearth/groundMeasurementerrorthrough analogoutputs
<±0.05mAover1to22mArange <±0.10mAover0to1mArange
Analogoutputconfiguration LinearLoad Max.500ΩHoldinput/Alarmcontact Yes/YesAlarmoutputdelay 0 to 999 sRelays 2SPDT,mechanical,ratedat250VAC,3AmpsDigitalinput • 2for2-channelversion
• 1for1-channelversionGalvanicallyisolatedfromoutputandground/earth
Display BacklitLCD,4linesKeypad 5tactilefeedbackkeysLanguages 8(English,German,French,Italian,Spanish,Portuguese,
RussianandJapanese)Digitalcommunication USB,TypeBconnector
15.3 MechanicalSpecifications
15.3.1 MechanicalSpecificationsfor1/2DINVersion
Dimensions Housing– HeightxWidthxDepth
144 x 144 x 116 mm (5.7x5.7x4.6inch)
Frontbezel– HeightxWidth
150 x 150 mm (5.9x5.9inch)
Max.depth– panel mounted
87 mm (excludesplug-inconnectors)
Weight 0.95kg(2lb)Material ABS/PolycarbonateEnclosurerating IP 65
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15.3.2 MechanicalSpecificationsfor1/4DINVersion
Dimensions Housing– HeightxWidthxDepth
90 x 90 x 126 mm (3.54x3.54x4.96)
Frontbezel– HeightxWidth
102 x 102 mm (4.02x4.02inch)
Max.depth– panel mounted
126 mm (excludesplug-inconnectors)
Weight 0.6kg(1.5lb)Material ABS/PolycarbonateEnclosurerating IP65(front)/IP20(housing)
15.4 EnvironmentalSpecifications
Storagetemperature –40to+70°C(–40to+158°F)Ambient temperature operatingrange
–10to+50°C(+14to+122°F)
Relativehumidity 0to95%non-condensingEMC CompliantwithEN 61326-1:2013(Industrialenvironment)
Emission:Class B,Immunity:Class AUL Installation(overvoltage)CategoryIICEmark Themeasuringsystemisinconformitywiththestatutory
requirementsoftheECDirectives.METTLERTOLEDOconfirmssuccessfultestingofthedevicebyaffixingtoittheCEmark.
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16 Default Tables
16.1 M200(1-channelVersion)
Parameter Sub parameter Value Unit
Alarm
relay 2diagnostics Nopower failure Nosoftware failure NoDisconnectChA NoHold mode* Lastdelay 1 sechysteresis 0state inverted
Clean
relay 1holdmode* LastInterval 0 Hrscleantime 0 Secstate normaldelay 0hysteresis 0
Language English
Passwordsadministrator 00000operator 00000
Lockout Yes/No No
AnalogOut1 a2 b
Allanalogout
mode 4–20 mAtype normalalarm offholdmode last value
Set point 1
measurement atype offhigh/lowvalue 0Relay 2
Set point 2
measurement b**type offhigh/lowvalue 0Relay 2
Set point 3
measurement _(none)type offhigh/lowvalue 0Relay _(none)
Set point 4
measurement _(none)type offhigh/lowvalue 0Relay _(none)
Relay1 clean
Relay2alarm, set point 1, set point 2
*foranalogoutputsignalifrelayisswitched **_(none)ifORPsensorisconnected
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16.2 M200(2-channelVersion)
Parameter Sub parameter Value Unit
Alarm
relay 2diagnostics Nopower failure Nosoftware failure NoDisconnectChA NoDisconnectChB Noholdmode* Lastdelay 1 sechysteresis 0state inverted
Clean
relay 1holdmode* LastInterval 0 Hrscleantime 0 Secstate normaldelay 0hysteresis 0
Language English
Passwordsadministrator 00000operator 00000
Lockout Yes/No No
AnalogOut
1 a2 b**3 c4 d**
Allanalogout
mode 4–20 mAtype normalalarm offholdmode last value
Set point 1
measurement atype offhigh/lowvalue 0relay 2
Set point 2
measurement ctype offhigh/lowvalue 0relay 2
Set point 3
Measurement _(none)Type offhigh/lowvalue 0relay _(none)
Set point 4
measurement _(none)type offhigh/lowvalue 0relay _(none)
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Parameter Sub parameter Value Unit
Set point 5
measurement _(none)type offhigh/lowvalue 0relay _(none)
Set point 6
measurement _(none)type offhigh/lowvalue 0relay _(none)
Relay1 CleanRelay2 Alarm, set point 2
*foranalogoutputsignalifrelayisswitched **_(none)ifORPsensorisconnected
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16.3 ParameterRelatedValuesThetransmitterrecognizestheconnecteddigitalsensor,andloadsdifferentdefaultvalues,dependingonthetypeofdigitalsensor.InthischapterthedefaultvaluesarelistedifasensorisconnectedtochannelA.Ifnototherwisementioned,forthesecondchannel(2-channeldevices)thevaluesarealsovalid.
16.3.1 Conductivity
Parameter Sub parameter Value Unit
AnalogOut1
a–conductivity (resistivity)
µS/cm(MV-cm)
2 a – temperature °C
Allanalogout
mode 4–20 mAtype normalalarm offholdmode last value
Conductivityvalue 4 mA 0.1(10) µS/cm(MV-cm)
value 20 mA 10(20) µS/cm(MV-cm)
Temperaturevalue 4 mA 0 °Cvalue 20 mA 100 °C
Set point 1
measurement atype off
highvalue 00 µS/cm(MV-cm)
low value 00 µS/cm(MV-cm)
relay 1
Set point 2
measurement b(2ndchannel:c)type off
highvalue 0(0)°C2ndchannel: µS/cm(MV-cm)
low value 0(0)°C2ndchannel: µS/cm(MV-cm)
relay 1
Resolutionconductivity(resistivity)
0.01(0.01) µS/cm(MV-cm)
temperature 0.1 °C
Valuesinparentheses:Defaultvaluesifresistivityinsteadofconductivityischosen.
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16.3.2 Oxygen
Parameter Sub parameter Value Unit
AnalogOut1 a–oxygen % air2 a – temperature °C
Allanalogout
mode 4–20 mAtype normalalarm offholdmode last value
Oxygenvalue 4 mA 0 % airvalue 20 mA 100 % air
Temperaturevalue 4 mA 0 °Cvalue 20 mA 100 °C
Set point 1
measurement atype offhighvalue 50 % airlow value 0 % airrelay 1
Set point 2
measurement b(2ndchannel:c)type off
highvalue 0(2ndchannel:50)°C(2ndchannel: %air)
low value 0(2ndchannel:0)°C(2ndchannel: %air)
relay 1
ResolutionOxygen auto % sat
1.0 ppbTemperature 0.1 °C
Vpolarization* + 675 mVCalPres 759.8 mmHgProcPres 759.8 mmHgProcCalPres CalPresSalinity 0.0 g/KgHumidity 100 %
* not adjustable
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16.3.3 pH
Parameter Sub parameter Value UnitpH Buffer Mettler-9
AnalogOut1 a – pH2 a – temperature °C
Allanalogout
Mode 4–20 mAtype normalalarm offholdmode last value
pHvalue 4 mA 2 pHvalue 20 mA 12 pH
Temperaturevalue 4 mA 0 °Cvalue 20 mA 100 °C
Set point 1
measurement atype offhighvalue 12 pHlow value 0 pHrelay 1
Set point 2
measurement b(2ndchannel:c)type offhighvalue 0(2ndchannel:12) °C(2ndchannel:pH)low value 0(2ndchannel:0) °C(2ndchannel:pH)relay 1
ResolutionpH 0.01 pHTemperature 0.1 °C
Driftcontrol AutoIP 7.0 pHSTC 0.000 pH/°CFixCalTemp No
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16.3.4 ORP
Parameter Sub parameter Value Unit
AnalogOut1 a – ORP mVORP
2 a – none
Allanalogout
mode 4–20 mAtype normalalarm offholdmode last value
ORPvalue 4 mA –500 mV
value 20 mA +500 mV
Set point 1
measurement atype offhighvalue +500 mVlow value –500 mVrelay 2
Set point 2
measurement none(2ndchannel:c)
type offhighvalue none(2ndchannel:+500) (2ndchannel:mV)
low value none(2ndchannel:+500) (2ndchannel:mV)
relay 2Resolution ORP auto mV
16.3.5 Ozone
Parameter Sub parameter Value Unit
AnalogOut1 a – O3 ppm O3
2 a – temperature °CCalconstants read from sensor
Allanalogout
mode 4–20 mAtype normalalarm offholdmode last value
O3value 4 mA 0.00 ppb
value 20 mA 20.00 ppm
Temperaturevalue 4 mA 0 °Cvalue 20 mA 100 °C
Set point 1measurement atype offrelay 1
Set point 2measurement b(2ndchannel:c)
type offrelay 1
ResolutionO3 0.1 ppm
temperature 0.1 °C
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17 WarrantyMETTLERTOLEDOwarrantsthisproducttobefreefromsignificantdeviationsinmaterialandworkmanshipforaperiodofoneyearfromthedateofpurchase.Ifrepairisnecessaryandnottheresultofabuseormisusewithinthewarrantyperiod,pleasereturnbyfreightpre-paidandamendmentwillbemadewithoutanycharge.METTLERTOLEDO”sCustomerServiceDept.willdetermineiftheproductproblemisduetodeviationsorcustomerabuse.Out-of-warrantyproductswillberepairedonanexchangebasisatcost.
TheabovewarrantyistheonlywarrantymadebyMETTLERTOLEDOandislieuofallotherwarranties,expressedorimplied,including,withoutlimitation,impliedwarrantiesofmerchantabilityandfitnessforaparticularpurpose.METTLERTOLEDOshallnotbeliablefor anyloss,claim,expenseordamagecausedby,contributedtoorarisingoutoftheactsoromissionsoftheBuyerorThirdParties,whethernegligentorotherwise.InnoeventshallMETTLERTOLEDO’sliabilityforanycauseofactionwhatsoeverexceedthecostoftheitemgivingrisetotheclaim,whetherbasedincontract,warranty,indemnity,ortort(includingnegligence).
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18 CertificateMETTLERTOLEDOThornton,Inc.,900MiddlesexTurnpike,Building8,Billerica,MA01821USAhasobtainedUnderwritersLaboratories’listingforM200ModelTransmitters.TheybearthecULusListedmark,signifyingthattheproductshavebeenevaluatedtotheapplicableANSI/ULandCSAStandardsforuseintheU.S.andCanada.
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19 Buffer TablesM200transmittershavetheabilitytodoautomaticpHbufferrecognition.Thefollowingtablesshowdifferentstandardbuffersthatareautomaticallyrecognized.
19.1 Mettler-9
Temp (°C) pH of buffer solutions0 2.03 4.01 7.12 9.525 2.02 4.01 7.09 9.4510 2.01 4.00 7.06 9.3815 2.00 4.00 7.04 9.3220 2.00 4.00 7.02 9.2625 2.00 4.01 7.00 9.2130 1.99 4.01 6.99 9.1635 1.99 4.02 6.98 9.1140 1.98 4.03 6.97 9.0645 1.98 4.04 6.97 9.0350 1.98 4.06 6.97 8.9955 1.98 4.08 6.98 8.9660 1.98 4.10 6.98 8.9365 1.99 4.13 6.99 8.9070 1.99 4.16 7.00 8.8875 2.00 4.19 7.02 8.8580 2.00 4.22 7.04 8.8385 2.00 4.26 7.06 8.8190 2.00 4.30 7.09 8.7995 2.00 4.35 7.12 8.77
19.2 Mettler-10
Temp (°C) pH of buffer solutions0 2.03 4.01 7.12 10.325 2.02 4.01 7.09 10.2510 2.01 4.00 7.06 10.1815 2.00 4.00 7.04 10.1220 2.00 4.00 7.02 10.0625 2.00 4.01 7.00 10.0130 1.99 4.01 6.99 9.9735 1.99 4.02 6.98 9.9340 1.98 4.03 6.97 9.8945 1.98 4.04 6.97 9.8650 1.98 4.06 6.97 9.8355 1.98 4.08 6.98 9.8360 1.98 4.10 6.98 9.8365 1.99 4.13 6.99 9.8370 1.99 4.16 7.00 9.8375 2.00 4.19 7.02 9.8380 2.00 4.22 7.04 9.8385 2.00 4.26 7.06 9.8390 2.00 4.30 7.09 9.8395 2.00 4.35 7.12 9.83
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19.3 NIST Technical Buffers
Temp (°C) pH of buffer solutions0 1.67 4.00 7.115 10.32 13.425 1.67 4.00 7.085 10.25 13.2110 1.67 4.00 7.06 10.18 13.0115 1.67 4.00 7.04 10.12 12.8020 1.675 4.00 7.015 10.06 12.6425 1.68 4.005 7.00 10.01 12.4630 1.68 4.015 6.985 9.97 12.3037 1.69 4.025 6.98 9.93 12.1340 1.69 4.03 6.975 9.89 11.9945 1.70 4.045 6.975 9.86 11.8450 1.705 4.06 6.97 9.83 11.7155 1.715 4.075 6.97 9.83* 11.5760 1.72 4.085 6.97 9.83* 11.4565 1.73 4.10 6.98 9.83* 11.45*70 1.74 4.13 6.99 9.83* 11.45*75 1.75 4.14 7.01 9.83* 11.45*80 1.765 4.16 7.03 9.83* 11.45*85 1.78 4.18 7.05 9.83* 11.45*90 1.79 4.21 7.08 9.83* 11.45*95 1.805 4.23 7.11 9.83* 11.45*
*Extrapolated
19.4 NIST Standard Buffers (DIN 19266: 2000–01)
Temp (°C) pH of buffer solutions05 1.668 4.004 6.950 9.39210 1.670 4.001 6.922 9.33115 1.672 4.001 6.900 9.27720 1.676 4.003 6.880 9.22825 1.680 4.008 6.865 9.18430 1.685 4.015 6.853 9.14435 1.694 4.028 6.841 9.09540 1.697 4.036 6.837 9.07645 1.704 4.049 6.834 9.04650 1.712 4.064 6.833 9.01855 1.715 4.075 6.834 8.98560 1.723 4.091 6.836 8.96270 1.743 4.126 6.845 8.92180 1.766 4.164 6.859 8.88590 1.792 4.205 6.877 8.85095 1.806 4.227 6.886 8.833
h NOTE:ThepH(S)valuesoftheindividualchargesofthesecondaryreferencematerialsaredocumentedinacertificateofanaccreditedlaboratory.Thiscertificateissuppliedwiththerespectivebuffermaterials.OnlythesepH(S)valuesshallbeusedasstandardvaluesforthesecondaryreferencebuffermaterials.Correspondingly,thisstandarddoesnotincludeatablewithstandardpHvaluesforpracticaluse.ThetableaboveonlyprovidesexamplesofpH(PS)values for orientation.
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19.5 Hach Buffers Buffervaluesupto60°CasspecifiedbyBergmann&BevingProcessAB.
Temp (°C) pH of buffer solutions0 4.00 7.14 10.305 4.00 7.10 10.2310 4.00 7.04 10.1115 4.00 7.04 10.1120 4.00 7.02 10.0525 4.01 7.00 10.0030 4.01 6.99 9.9635 4.02 6.98 9.9240 4.03 6.98 9.8845 4.05 6.98 9.8550 4.06 6.98 9.8255 4.07 6.98 9.7960 4.09 6.99 9.7665 4.09* 6.99* 9.76*70 4.09* 6.99* 9.76*75 4.09* 6.99* 9.76*80 4.09* 6.99* 9.76*85 4.09* 6.99* 9.76*90 4.09* 6.99* 9.76*95 4.09* 6.99* 9.76*
*Valuescomplemented
19.6 Ciba (94) Buffers
Temp (°C) pH of buffer solutions0 2.04 4.00 7.10 10.305 2.09 4.02 7.08 10.2110 2.07 4.00 7.05 10.1415 2.08 4.00 7.02 10.0620 2.09 4.01 6.98 9.9925 2.08 4.02 6.98 9.9530 2.06 4.00 6.96 9.8935 2.06 4.01 6.95 9.8540 2.07 4.02 6.94 9.8145 2.06 4.03 6.93 9.7750 2.06 4.04 6.93 9.7355 2.05 4.05 6.91 9.6860 2.08 4.10 6.93 9.6665 2.07* 4.10* 6.92* 9.61*70 2.07 4.11 6.92 9.5775 2.04* 4.13* 6.92* 9.54*80 2.02 4.15 6.93 9.5285 2.03* 4.17* 6.95* 9.47*90 2.04 4.20 6.97 9.4395 2.05* 4.22* 6.99* 9.38*
*Extrapolated
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19.7 MerckTitrisole,Riedel-de-HaënFixanale
Temp (°C) pH of buffer solutions0 2.01 4.05 7.13 9.24 12.585 2.01 4.05 7.07 9.16 12.4110 2.01 4.02 7.05 9.11 12.2615 2.00 4.01 7.02 9.05 12.1020 2.00 4.00 7.00 9.00 12.0025 2.00 4.01 6.98 8.95 11.8830 2.00 4.01 6.98 8.91 11.7235 2.00 4.01 6.96 8.88 11.6740 2.00 4.01 6.95 8.85 11.5445 2.00 4.01 6.95 8.82 11.4450 2.00 4.00 6.95 8.79 11.3355 2.00 4.00 6.95 8.76 11.1960 2.00 4.00 6.96 8.73 11.0465 2.00 4.00 6.96 8.72 10.9770 2.01 4.00 6.96 8.70 10.9075 2.01 4.00 6.96 8.68 10.8080 2.01 4.00 6.97 8.66 10.7085 2.01 4.00 6.98 8.65 10.5990 2.01 4.00 7.00 8.64 10.4895 2.01 4.00 7.02 8.64 10.37
19.8 WTW Buffers
Temp (°C) pH of buffer solutions0 2.03 4.01 7.12 10.655 2.02 4.01 7.09 10.5210 2.01 4.00 7.06 10.3915 2.00 4.00 7.04 10.2620 2.00 4.00 7.02 10.1325 2.00 4.01 7.00 10.0030 1.99 4.01 6.99 9.8735 1.99 4.02 6.98 9.7440 1.98 4.03 6.97 9.6145 1.98 4.04 6.97 9.4850 1.98 4.06 6.97 9.3555 1.98 4.08 6.9860 1.98 4.10 6.9865 1.99 4.13 6.9970 2.00 4.16 7.0075 2.00 4.19 7.0280 2.00 4.22 7.0485 2.00 4.26 7.0690 2.00 4.30 7.0995 2.00 4.35 7.12
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