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Programming guide for Aquarium computer, Pond computer and Terrarium computer PDF

46 Pages·2015·0.98 MB·English
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Programming guide for Aquarium computer, Pond computer and Terrarium computer Validfromfirmwareversion6.15 Programmingguide Contents 1 PREFACE..........................................................................................................................................................6 1.1 SAFETYHINTS!.................................................................................................................................................6 1.2 PREFACEREGARDINGOPERATIONALCONCEPT..........................................................................................................6 1.3 EXAMPLESFORSETTINGS....................................................................................................................................7 1.3.1 HowdoIsetthetemperaturecontrol?..................................................................................................7 1.3.2 HowdoIsettheillumination?...............................................................................................................7 1.3.3 HowdoIsetthelevelcontrol?..............................................................................................................7 1.3.4 HowdoIsetthecurrentpumpcontrol?................................................................................................7 1.3.5 HowdoIsetthedosingortimeractivities?...........................................................................................7 2 SENSORSETTINGS........................................................................................................................................7 2.1 NOMINALVALUE..............................................................................................................................................8 2.2 NOCTURNALCHANGE.........................................................................................................................................8 2.3 CALIBRATION...................................................................................................................................................9 2.4 ACTIVITY.......................................................................................................................................................11 2.5 OPERATIONHOURS..........................................................................................................................................11 2.6 HYSTERESIS....................................................................................................................................................12 2.7 ALARM.........................................................................................................................................................12 2.8 CURRENTACTUALVALUE...................................................................................................................................14 2.9 OPERATIONMODECONTROLLER..........................................................................................................................14 2.10 SIGNALFILTER.................................................................................................................................................14 2.11 DISPLAY........................................................................................................................................................15 2.12 MEASUREMENTRANGE.....................................................................................................................................15 2.13 DENSITYOFFSET..............................................................................................................................................15 2.14 SUMMERSWITCHING........................................................................................................................................16 2.15 THERAPY.......................................................................................................................................................16 2.16 COOLINGDIFFERENCE.......................................................................................................................................16 2.17 EXTENSION....................................................................................................................................................16 2.18 1-10VMAXI.AT…..........................................................................................................................................17 3 LEVEL..............................................................................................................................................................17 3.1 CONTROL.......................................................................................................................................................17 3.1.1 Operationmode..................................................................................................................................18 3.1.2 Maximumon-time...............................................................................................................................18 3.1.3 Automaticerrorreset..........................................................................................................................19 3.1.4 Sensorselect........................................................................................................................................19 3.2 INPUT...........................................................................................................................................................19 3.2.1 Reactiontime......................................................................................................................................19 3.2.2 Inputinverse........................................................................................................................................19 3.3 ERRORRESET..................................................................................................................................................19 3.4 DIAGNOSTIC...................................................................................................................................................19 3.5 STARTWATERCHANGE......................................................................................................................................20 4 FLOW...............................................................................................................................................................20 4.1 ALARMTHRESHOLD..........................................................................................................................................20 4.2 CALIBRATION..................................................................................................................................................20 4.3 NOMINALVALUE.............................................................................................................................................20 Asof03/14/2015 Page2/46 Programmingguide 4.4 CONNECTEDATLEVEL-SENSOR............................................................................................................................20 5 CLOCK.............................................................................................................................................................21 5.1 TIME&DATE.................................................................................................................................................21 5.2 REMINDER.....................................................................................................................................................21 5.3 TIMER...........................................................................................................................................................21 5.4 DOSINGPUMP................................................................................................................................................23 5.5 LOCATION......................................................................................................................................................24 6 ILLUMINATION.............................................................................................................................................24 6.1 ILLUMINATIONRUN..........................................................................................................................................25 6.1.1 Illumination–additionalfunctions.......................................................................................................25 6.2 MANUALILLUMINATION....................................................................................................................................27 6.3 CLOUDS........................................................................................................................................................27 6.4 MOON..........................................................................................................................................................28 6.5 RAINYDAYS....................................................................................................................................................28 6.6 STORMS........................................................................................................................................................28 6.7 ACCLIMATION.................................................................................................................................................29 6.8 BURNING-IN...................................................................................................................................................29 6.9 OPERATINGHOURS..........................................................................................................................................29 6.10 TEMPERATURE-DEPENDENTLIGHTREDUCTION........................................................................................................30 6.11 SPECIALLAMP.................................................................................................................................................30 6.12 VARIABLEILLUMINATION...................................................................................................................................31 6.13 MITRASLIGHTBAR...........................................................................................................................................31 6.14 LIGHTDEMO...................................................................................................................................................31 6.15 TIMELAPSE....................................................................................................................................................31 7 EXTRAS...........................................................................................................................................................32 7.1 MAINTENANCE...............................................................................................................................................32 7.2 INTERNALTIME...............................................................................................................................................33 7.3 INFO&SUPPORT.............................................................................................................................................33 7.4 FEEDINGPAUSE...............................................................................................................................................33 7.5 CURRENT.......................................................................................................................................................33 7.5.1 Nocturnalchange................................................................................................................................34 7.5.2 Groupsettings.....................................................................................................................................34 7.5.3 Pumpsettings......................................................................................................................................37 7.6 EHEIM.........................................................................................................................................................37 7.7 DISPLAY........................................................................................................................................................37 7.8 MEASUREMENTDATA.......................................................................................................................................37 7.9 LANGUAGE.....................................................................................................................................................38 8 SYSTEM...........................................................................................................................................................39 8.1 FACTORYSETTINGS...........................................................................................................................................39 8.2 PIN..............................................................................................................................................................39 8.3 SWITCHINGOUTPUT.........................................................................................................................................39 8.4 1-10VINTERFACE...........................................................................................................................................41 8.5 PROGRAMLED...............................................................................................................................................42 8.6 CONFIGURINGVIEWII......................................................................................................................................43 8.7 COMMUNICATION...........................................................................................................................................43 Asof03/14/2015 Page3/46 Programmingguide 8.8 ALARM.........................................................................................................................................................43 8.9 VIRTUALSENSORS............................................................................................................................................43 8.9.1 Newvirtualsensor...............................................................................................................................44 8.9.2 Deletevirtualsensor............................................................................................................................44 8.10 DIGITALPOWERBARS........................................................................................................................................44 8.11 CONFIGUREPTC.............................................................................................................................................45 8.12 DALI............................................................................................................................................................45 8.13 DIGITALINPUT................................................................................................................................................46 9 PROGRAMMABLELOGIC...........................................................................................................................46 Asof03/14/2015 Page4/46 Programmingguide BelowisanoverviewofthemenustructureinProfiLuxwhenoperatingthroughtheProfiLuxkeypad: (thestructureinthePC-SoftwareGHLControlCenterissimilar) Sensorsettings Level Clock Illumination Extras System Illumination Factory Nominalvaule Control Time&Date Maintenance run settings Nocturnal Manual Input Reminders Internaltime PIN change illumination Info& Socketoutlet Calibration Diagnostic Timers Clouds Support function Startwater 1-10V Activity Dosingpump Moon Feedingpause change interface Operation Errorreset Location Rainydays Current ProgramLED hours Configuring Hysteresis Storms Eheim ViewII Communi- Alarm Acclimation Display cation Currentactual Measurement Burning-in Alarm value data Operation Operating mode Language Virtualprobes hours controller Temperature- dependent Digital Signalfilter light powerbars reduction Display Speciallamp ConfigurePTC Measurement Variable DALI range illumination Mitras Densityoffset Digitalinputs Lightbar Summer Lightdemo switching Therapy Timelapse Cooling difference Extension 1-10Vmaxi. at Asof03/14/2015 Page5/46 Programmingguide 1 Preface Pleasereadthesechaptersthoroughlybeforeyoustarttomakesettings.Whenyouhaveunderstoodthegeneral operationalconcept,itwillbeeasierforyoutoprogramtheProfiLuxquicklyandtarget-oriented. ThisprogrammingmanualputsemphasisontheconfigurationviathekeysattheProfiLux,theoperationviathePC- softwareGHLControlCenterdeviatesinsomepointsfromthisdescription.Butthesinglesettingshavethesame meaningatthedeviceandalsointhePC-Software. Theoperationviathekeys,theindicationsonthedisplayoftheProfiLuxaswellastheconnectionofperipheral equipment(sensors,powerbars,lamps,etc.)aredescribedintheseparateoperatingmanualofyourProfiLux-model, pleasereadthemalsothoroughly. ThisprogrammingguideisvalidfortheseProfiLux-controllers:  ProfiLux3(eX)  ProfiLux3.1A(eX)  ProfiLux3.1N(eX)  ProfiLux3.1T(eX) Theavailabilityofcertainfunctionsandsettingoptionsdescribedbelowdependsonthetypeandtheexisting extensioncards. 1.1 Safety hints! Neverleaveyouraquarium,terrariumorpondwithoutsupervisionforalongertime! TheProfiLux-systemisabletosupportyouinmanytasksandcanreporterrorstates(e.g.throughemailsorSMS)– butitcan’treplacearegularlypersonalsupervisionandcontrolon-site! Themaximumtimespanwithoutpersonalsupervisiondependsonhowlongyouraquarium,terrariumorpondcan endureanerrorstatewithoutgettingdamagedsignificantly. Alwayskeepinmindthateverytechnologycanfailandthatmalfunctionsnevercanbeexcluded! Apower-cut,inappropriatesettings,adamage(e.g.causedbywaterorovervoltage)orjustanunexpectedoperating conditioncanleadtofataldamages! Themanufacturerrefusesanyliabilityfor(consequential)damagesorlossesrelatedtotheuseoftheProfiLux systemasfaraslegallypermissible! 1.2 Preface regarding operational concept TheoperationalconceptofallProfiLux-computersrequiresthatyoudifferentiateexactlybetween2groupsof settings:  Settingoffunctions e.g.settingssuchaspH-nominalvalue,lightintensityrunofalamporbehaviorofpumpsbelonghere  Settingofhardware e.g.thefunctionofaswitchablesocket(shallthissocketbeassignedtoanillumination,toatimerortoa temperaturesensor)orthefunctionofa1–10V-interface(shallthisinterfacebeassignedtoanillumination ortoapump)belonghere Thisconceptseemstobeunfamiliaratafirstglance,butitoffersamaximumofflexibility.Oneoftheadvantagesis thatafunctioncanbemodifiedextensivelyindependentlyfromthehereassignedhardware.Thisconceptmakesit possiblethatyoucane.g.selectanothersocketforswitchingyourheaterwhilethecorrespondingtemperature settingsremainunchanged. Assoonasyouhavetakenthisconceptin,youwillappreciateitsadvantages. Asof03/14/2015 Page6/46 Programmingguide 1.3 Examples for settings Belowarementionedsometypicalexamplesforsettings. 1.3.1 How do I set the temperature control? 1. Settingofthefunction:Settherequirednominalvalue,see2.1Nominalvalue. 2. Settingofthehardware:Setwhichswitchableoutput(socket)isresponsibleforswitchingthemainheater, thegroundheaterandthecooling(ifexisting),see8.3Switchingoutput. 1.3.2 How do I set the illumination? 1. Settingofthefunction:Settheilluminationrunaccordingtoyourwhishes,see6.1Illuminationrun. 2. Settingofthehardware:Setwhichswitchingoutput(fornon-dimmablelamps),see8.3Switchingoutput,or which1–10V-interface(fordimmablelamps),see8.41-10Vinterface,shallreacttothisilluminationrun. 1.3.3 How do I set the level control? 1. Settingofthefunction:Settheoperatingmodeandthebehaviorofthelevelsensor,see3.1Control. 2. Settingofthehardware:Setwhichswitchingoutput(socket)shallbeswitchedbythelevelcontrol,see8.3 Switchingoutput. 1.3.4 How do I set the current pump control? 1. Settingofthefunction:Setthepumpgroupsandthecurrentpumps,see7.5Current. 2. Settingofthehardware:Setwhichswitchingoutput(forpumpsthatarenotspeed-controlled),see8.3 Switchingoutput,orwhich1–10V-interfaces(forspeed-controlledpumps),see8.41-10Vinterface,shall reacttothepump(s). 1.3.5 How do I set the dosing or timer activities? 1. Settingofthefunction:Setfirsttherequiredtimerordosingpumps,see5.3Timerrespectively5.4Dosing pump. 2. Settingofthehardware:Setwhichswitchingoutput(socket)shallbecontrolledbythistimerordosingpump, see8.3Switchingoutput. Summary:Itisrecommendedtosetfirstthefunction(illuminationrun,timeretc.)andafterthatthehardware(e.g. switchingoutputand1–10V-interface)! 2 Sensor settings Hereyoucanmakethesettingswhichaffectthesensors(exceptlevelsensors–theirsettingscanbefoundbeneath). Firstselectthesensorwhosesettingsyouwouldliketochange.Ifyouhaveconnectedseveralsensorsofthesame type,thenthenumberingisasfollows:Thefirmlybuilt-inconnectionsinProfiLuxhavethelowestnumber,the numberingofadditionalconnectionsonextensioncardsincreaseswiththenumberoftheslotinwhichthecardsare pluggedin. ThesensorsforpH,conductivity,redoxandoxygenmustbecalibratedbeforethefirstuseand Attention! thereafterregularly(all2–4weeks)! Checkinanycaseifallsensorsshowplausiblevalues! Asof03/14/2015 Page7/46 Programmingguide Inthesensorsettingsyoucanchooseamongthefollowingoptions: 2.1 Nominal value Hereyoucansetthenominalvalue(thevaluetowhichitshallberegulated).Thenominalvalueandthecurrentvalue (actualvalue)determineifitisregulatedupwardsordownwards. Controldownwards:Ifthenominalvalueisunder-run,thenthecontroldownwardsisswitchedoff, ifthenominalvalueisexceededbymoreasahalfhysteresis(see2.6Hysteresis),thecontrol downwardsisswitchedonagain. Hint Controlupwards:Ifthecurrentvalueexceedsthenominalvalue,thenthecontrolupwardsis switchedoff,ifthenominalvalueisunder-runbymoreasahalfhysteresis,thenthecontrol upwardsisswitchedonagain. Overviewofthesettingoptionsforthenominalvalue: Sensortype Minimum Maximum Standard Resolution pH 4.5 9.5 7.0 0.1 Temperature 1.0°C 36.0°C 26.0°C 0.1°C Redox –300mV +600mV 200mV 1mV Conductivityfresh 10µS 1900µS 500µS 1µS water Conductivitysaltwater 0.5mS 99.5mS 50.0mS 0.1mS Oxygen 0.0% 130.0% 100.0% 0.1% Humidity 2.0% 98.0% 60.0% 0.1% Airtemperature 0.0°C 50.0°C 28.0°C 0.1°C Voltage 0.00V 10.00V 5.00V 0.01V Whenthenominalvalueisadapted,then,duetosafetyreasons,apossiblysetnocturnalchangeis Hint deactivated!Thismustbeactivatedagainafterwards,ifnecessary! Theheatdissipationoftheilluminationandthetemperatureoutsidecanhaveaneffectonthe watertemperature.Ifthereisnopossibilityofcoolingavailable,thenitispossiblethatthenominal temperatureisexceeded. Hintsforthe Dependingonthedifferenceofthedesiredandthecurrenttemperature,theheatersresp.the temperature coolingareswitched.Here,thefollowingstatescanoccur: control Heaterandbottomheateron/Onlybottomheateron/Everythingoff/Onlycoolingon ProfiLuxisprogrammedinawaythatthebottomheatertakesprecedenceovertheheater.This enablesanoptimalheatingofthesubstrate.Theheateristhenswitchedadditionallyifthebottom heateraloneisnotsufficientanymore. 2.2 Nocturnal change Withthissetting,youcandetermineifthevaluetowhichitshallberegulatedshallbechangedatnight,asdefault setting,thenocturnalchangeisswitchedoff.IfyouhaveactivatedthenocturnalchangewithYes,thenyoucanset afterwardsthevaluebywhichthevalueshallbechangedatnight. Asof03/14/2015 Page8/46 Programmingguide Overviewofsettingoptionsforthenocturnalchange: Sensortype Minimum Maximum Resolution pH -1.0 1.0 0.1 Temperature -6.0°C -0.1°C 0.1°C Redox --- --- --- Conductivityfreshwater --- --- --- Conductivitysaltwater --- --- --- Oxygen --- --- --- Humidity 1.0% 50.0% 0.1% Airtemperature -30.0°C -0.5°C 0.1°C Voltage -3.00V 3.00V 0.01V Hint Nocturnalnominalvalue=nominalvalue+nocturnalchange 2.3 Calibration Thisfunctionservesforthecalibrationofasensor.Thecalibrationprocessisdifferentforeachsensortype.Notall sensorscanormustbecalibrated. Forallsensorsthatcanbecalibrated,itisbasicallyvalid: OnlyifProfiLuxhasbeencalibratedwiththeconnectedsensor,correctvaluescanbedetermined.Thecalibrationis alwaysnecessaryfornewsensors.Alsoduetotheagingprocessofasensor,thecalibrationshouldberepeatedfrom timetotime(all2–4weeks).Pleasepayattentiontotheinstructionsofthesensormanufacturer.Beforethesensoris dippedintoacalibrationfluid,thesensorhastobealwaysdriedcarefully(blowout,shake,drytissue)! FirsttheCalibration tolerancehastobeentered(between1and3)whichistakenasabasisforthe calibration.Foroldsensorsitcanoccurthatthemeasuredvaluedoesn’tsufficientlystabilizeandacalibrationisnot possible.Undercertaincircumstances,throughanincreaseofthecalibrationtoleranceitispossibletoadjustthis sensoralthough,ofcourseatthecostoftheaccuracyofmeasurement.Inprinciple,calibrationprocessesshouldbe carriedoutwiththesmallestpossiblecalibrationtolerance,thisisnormally1. Afterwards,forcertainsensorsyouhavethepossibilitytochangethevaluestowhichitshallbecalibrated. Overviewofthecalibrationvalues: Sensortype Calibration Calibration Min.cali- Max.cali- Min.cali- Max.cali- possible values brationvalue brationvalue brationvalue brationvalue adjustable 1 1 2 2 pH yes yes 3.5 7.5 5.5 10.0 Temperature yes no 20.0°C 20.0°C 30.0°C 30.0°C Redox yes yes 0.0mV 0.0mV 200mV 250mV Conductivityfresh yes yes 0µS 0µS 1000µS 2000µS water Conductivitysalt yes yes 0.0mS 0.0mS 40.0mS 80.0mS water Oxygen yes no 0.0% 0.0% 102.0% 102.0% Humidity no no 0.0% 0.0% 100.0% 100.0% Airtemperature no no 0.0°C 0.0°C 100.0°C 100.0°C Asof03/14/2015 Page9/46 Programmingguide Voltage no no 0.0V 0.0V 10.0V 10.0V (ifminimumandmaximumareequal,thenthecalibrationvaluecannotbechanged) Nowthecalibrationprocessitselffollows,itdependsonthetypeofthesensor. pH-Sensor FirstofallyouareaskedtodipthepH-sensorintoacalibrationfluidwiththefirstcalibrationvalue.Asubsequent pressingofRETURNstartsthemeasurementprocess.Aftercompletionofthemeasurementyouareaskedtorepeat thesameprocedurewithacalibrationfluidwiththesecondcalibrationvalue.Alsoherethemeasurementprocesshas tobestartedwithRETURN. Temperaturesensor Thiscalibrationfunctiondependsonthefactifitisaninternal(onboard)temperaturesensorinput. Internal(onboard)temperaturesensorinput Thefactorycalibrationisrestoredandapossiblyexistingcompensationforacableextension(see2.17Extension)is reset–ProfiLuxthenassumesthatthereisnoextensioncable. Externaltemperaturesensorinput(PLM-...) Additionaltemperaturesensorinputs(ofextensioncards,e.g.PLM-Temp)havetobecalibrated! Eachextensioncardwithtemperaturesensorinputisdeliveredwithacalibrationdocument.Thetwovalueslistedin thedocumenthavetobeenteredunderCalibrateADC1andCalibrateADC2.Afterhavingenteredthesetwo values,thetemperaturesensorinputiscalibrated. Redoxsensor Firstofallyouareaskedtoinsertthenull-plug(isdeliveredtogetherwithourRedox-cards).Asubsequentpressingof RETURNstartsthemeasurementprocess.Aftertheendofthemeasurementyouareaskedtodipthesensorintothe calibrationfluid(withthebeforesetcalibrationvalue).Nowofcourseyouhavetoremovethenull-plugandconnect thesensor!StartthemeasurementprocessherealsowithRETURN. Conductivitysensor Youhavetosetifthetemperaturecompensationshallbeeffectedthroughafixedsettemperature(Aquarium temperature manual)orameasuredvalue(thenyouhavetoselectherethecorrespondingtemperature sensor).IfAquarium temperature manualisselected,thenafterwardsyouhavetoentertheTemperature. ThentheTemperature of calibration fluidhastobeentered. Theeasiestwayistoputtheclosedcontainerofthecalibrationfluidforacertaintimeinsidethe Hint tankuntilthetemperaturehasassimilated.Thismakesofcourseonlysenseifthetemperatureof thetankisknown. Afterwardsthecalibrationitselfbegins.Firstofallyouareaskedtoholdthesensorintheair(itisthennotina calibrationfluid).Here,youalreadyhavetoconnectthesensor!AsubsequentpressingofRETURNstartsthe measurementprocess.Aftertheendofthemeasurementyouareaskedtodipthesensorintothecalibrationfluid (withthebeforesetcalibrationvalue).StartalsohereagainthemeasurementprocesswithRETURN. Oxygensensor Oppositetoallothersensors,theoxygensensoriscalibratedin2steps(sincethereisaminimumtimeintervalof30 minutesnecessary),thismeansthatthecalibrationprocesshastobestartedtwice: Zero calibration Thezerocalibrationhastobedoneonlyonce.Youareaskedtoremovethesensorplug.Afteryouhaveremovedthe plug(sothattheBNC-socketoftheoxygenmeasurementinputisunoccupied)youhavetoconfirmwithRETURN. Afterwardsthezerocalibrationstarts.Afterthecalibrationyouareaskedifthecalibrationdatashallbestored, confirmherewithYes.Nowconnectagaintheoxygensensor. Asof03/14/2015 Page10/46

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Never leave your aquarium, terrarium or pond without supervision for a longer time! After setting up the level control assign the sockets which have to be switched .. replicate these complicated processes in every detail. For us it
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