MDT Technologies SCN-WS3HW.01 User manual

MDT technologies GmbH • 51766 Engelskirchen • Papiermühle 1
Tel.: [phone] • Fax: [phone] • [email protected] • www.mdt.de
1/2014
Technical Manual
MDT Weather station
SCN-WS3HW.01

TechnischesManualWeatherstationSCN‐WS3HW.01

MDT technologies GmbH • 51766 Engelskirchen • Papiermühle 1
Tel.: [phone] • Fax: [phone] • [email protected] • www.mdt.de
2
1Content

1Content.................................................................................................................................................2
2Overview...............................................................................................................................................3
2.1Overview........................................................................................................................................3
2.2.Usage&Areasofuse....................................................................................................................3
2.3Exemplarycircuitdiagram.............................................................................................................4
2.4Sezup&Installationinstructure....................................................................................................4
2.5Functions.......................................................................................................................................5
2.5.1Overviewfunctions.................................................................................................................6
2.6SettingsattheETS‐Software.........................................................................................................7
2.7StartingUp.....................................................................................................................................7
3Communicationobjects........................................................................................................................8
3.1Overview........................................................................................................................................8
3.2Defaultsettingsofthecommunicationobjects............................................................................9
4ReferenceETS‐Parameter..................................................................................................................10
4.1General........................................................................................................................................10
4.2Brightnesssensors.......................................................................................................................12
4.2.1Tresholdvalue..........................................................................................................................14
4.2.2Facadecontrol......................................................................................................................18
Datatypeandmovingfunction.................................................................................................20
Teach‐InFunktion......................................................................................................................23
Temperature‐/Blockfunction.....................................................................................................24
4.3Dusksensor.................................................................................................................................26
4.4Windsensor.................................................................................................................................28
4.5Temperaturesensor....................................................................................................................30
5Index...................................................................................................................................................33
5.1Listofillustrations.......................................................................................................................33
5.2Listoftables.................................................................................................................................34
6.1Statutoryrequirements...............................................................................................................35
6.2Routinedisposal..........................................................................................................................35
6.3Assemblage..................................................................................................................................35
6.4Datasheet....................................................................................................................................36

TechnischesManualWeatherstationSCN‐WS3HW.01

MDT technologies GmbH • 51766 Engelskirchen • Papiermühle 1
Tel.: [phone] • Fax: [phone] • [email protected] • www.mdt.de
3
2Overview

2.1Overview

Themanualreferstothefollowingdevice(OrderCoderespectivelyprintedinboldtype):
SCN‐WS3HW.01WeatherstationHomeforoutdoorinstatllation,IP
oSunprotectionupto3facsadeswithextensivefassadcontrolling;Brigthnessvalues
forEast,South,Westandtwilight;Detectionofthewindspeedandthetemperature;
Powersupplyviabus

Thefollowingadditionaldevicesforweatherdetectionarelocatedinourassortmentatthemoment
andcompletethepackageforcompleteweatherdetection.
SCN‐RS1R1.01Rainsensor
SCN‐SS1H.01Sunsensorfortheindoorinastallationonwindwowswithvacuumcup

2.2.Usage&Areasofuse

TheMDTWeatherstationHomeismadefortheweatherdetectionforprivateuse.Theinstallationis
madeintheoutdoorareaandshouldbemadeonapole.Alternative,theweatherstationcanbe
installedonawallatthesouthernside.Theconnectiontothebusismadeviaa5mlongbuscable,
whichisincludedinthedeliverycontents.
Threebrightnesssensorsareincludedintheweatherstation,whicharefacedtotheskydirections
East,WestandSouth(Havealookatthemountingdirection–south).Thesecanbecontrolledvia
twothresholdvaluesandanextensivefacadecontrollingunitforshutterandblinds.Additionala
twilightsensorisintegrated.
Viaanindividuallyadjustablewindsensor,thewindspeedcanbecapturedandactionscanbe
performed.
Thetemperaturesensor,whichcanbeadjustedwiththresholdvalues,completetheserviceportfolio
oftheweatherstation.


TechnischesManualWeatherstationSCN‐WS3HW.01

MDT technologies GmbH • 51766 Engelskirchen • Papiermühle 1
Tel.: [phone] • Fax: [phone] • [email protected] • www.mdt.de
4

2.3Exemplarycircuitdiagram


 
Illustration1:Exemplarycircuitdiagram

2.4Setup&Installationinstructure

Theweatherstationisdeliveredwitha5mconnectioncableandshouldbeinstalledonafree
standingmastifpossible.Duringassemblyistonote,thattheweatherstationwillonlydeliverright
values,ifthelocationischosenwell.Inthiswaywrongvaluescanbeprevented.
Thebrightnesssensorsareattachedtoeachotherata90°angle,sothe3skydirectionscanbe
captured.Atthispoint,therearetwodifferentopportunitiestoinstalltheweatherstation.Onthe
onehandtheweatherstationcanbeadjustedexactlytotheskydirectionstocapturetheexact
brightnessofthethreedirections.Ontheotherhandtheweatherstationcanbeadjustedtothe
facadesofthehouseforoptimalsunprotectionfortheroomsandwindows.
Fordetectingthewindspeedmustbeensured,thattherotatingwindsensorcanmovefrictionless.
Furthermoretheweatherstationshouldnotbeprotectedofwindbytreesorotherobstacles,
becauseotherwisethewindspeedcannotbecapturedproperly.


TechnischesManualWeatherstationSCN‐WS3HW.01

MDT technologies GmbH • 51766 Engelskirchen • Papiermühle 1
Tel.: [phone] • Fax: [phone] • [email protected] • www.mdt.de
5
2.5Functions

Thefunctionsoftheweatherstationaredividedintogeneralsettingsandthe6sensors.Everysensor
mustbeactivatedatthegeneralsettingsforfurtherparameterization.
Thefollowingsubmenuscanbeshownandparameterizedfurther:
Generalsetting
Thegeneralsettingsarealswaysvisible.Changes,whicharedoneatthissubmenu,arevalid
forthewholedevice.Thesinglesensorscanbeactivatedordeactivatedatthissubmenu.

Brightnesssensoreast
Thebrightnesssensorfortheeastdirectioncanbeparameterizedatthissubmenu.Two
thresholdscanbeactivatedandparameterizedfurther.Furthermoreanextensivefaçade
controlisavailableassoonasatleastonethresholdisactive.

Brightnesssensorsouth
Thebrightnesssensorforthesouthdirectionwiththesamefunctionsasdescribedabovecan
beparameterizedatthissubmenu.

Brightnesssensorwest
Thebrightnesssensorforthewestdirectionwiththesamefunctionsasdescribedabovecan
beparameterizedatthissubmenu.

Dusksensor
Thedusksensoriscalculatedfromthemaximumofthethreebrightnesssensors.The
calculatedduskvaluecanbesentandaday/nightrecognizationcanbeactivated.

Windsensor
Thewindsensorcancapturethecurrentwindspeedandcauseactionsaccordingtoadjusted
tresholds.Soalarms,e.g.forshutteractuators,canbecreated.

Temperaturesensor
Thetemperaturesensorcanbeparameterizedwithuptotwotresholdsandsendtelegrams
accordingtotheadjustedthresholds.


TechnischesManualWeatherstationSCN‐WS3HW.01

MDT technologies GmbH • 51766 Engelskirchen • Papiermühle 1
Tel.: [phone] • Fax: [phone] • [email protected] • www.mdt.de
6
2.5.1Overviewfunctions
GeneralsettingsgeneralStartuptime
Limitationoftelegrams
cyclicoperatingacknowledge
Behaviorafterprogramming
BrightnesssensorEastactive/notactive
BrightnesssensorSouthactive/notactive
BrightnesssensorWestactive/notactive
Dusksensoractive/notactive
Windsensoractive/notactive
Temperaturesensoractive/notactive
Brightnesssensor
East/South/West
generalSendingcondition
Threshold1und2activatable
Facadecontrolactivatable
Threshold1Thresholdsadjustable
Detectiontimeadjsutable
Behavioratgoingbelow/abovelimits
adjustable
Cyclicsending
Blockingobject
Thresholdadjustmentviaobject
Treshold2Thresholdsadjustable
Detectiontimeadjsutable
Behavioratgoingbelow/abovelimits
adjustable
Cyclicsending
Blockingobject
FacadecontrolDataobjectformovingadjustable
Reactiontotreshold1
Reactiontotreshold2
Cyclicsending
Blockingobject
Optionwithtemperatureinfluence
DusksensorallgemeinSendingcondition
Day/Nightobject
WindsensorallgemeinSendingcondition
SchwellwertLimitsadjustable
Detectiontimeadjustable
Reactiontotreshold
Cyclicsending
TemperaturesensorallgemeinSendingcondition
Schwellwert1und2Temperaturevaluesadjustable
Behavioratgoingbelow/abovelimits
adjustable
Cyclicsending
Chart1:Overviewfunctions



TechnischesManualWeatherstationSCN‐WS3HW.01

MDT technologies GmbH • 51766 Engelskirchen • Papiermühle 1
Tel.: [phone] • Fax: [phone] • [email protected] • www.mdt.de
7
2.6SettingsattheETS‐Software

Selectionattheproductdatabase:

Manufacturer:MDTTechnologies
Productfamily:Actuators
Producttype:Weatherdetection
MediumType:TwistedPair(TP)
Productname:addictedtotheusedtype,e.g.:SCN‐WS3HW.01WetterstationHome
Ordernumber:addictedtotheusedtype,e.g.:SCN‐WS3HW.01


2.7StartingUp

Afterwiringtheallocationofthephysicaladdressandtheparameterizationofeverychannelfollow:
(1) Connecttheinterfacewiththebus,e.g.MDTUSBinterface
(2) setbuspowerup
(3) Activatetheprogrammingmodebyclosingthereedcontactwiththeprovidedmagnet
redprogrammingLEDlights
(4) LoadingofthephysicaladdressoutoftheETS‐Softwarebyusingtheinterface(redLEDgoes
out,aswellthisprocesswascompletedsuccessful)
(5) Loadingoftheapplication,withrequestedparameterization
(6) Switchthepowersupplyon
(7) Ifthedeviceisenabledyoucantesttherequestedfunctions(alsopossiblebyusingtheETS‐
Software)


TechnischesManualWeatherstationSCN‐WS3HW.01

MDT technologies GmbH • 51766 Engelskirchen • Papiermühle 1
Tel.: [phone] • Fax: [phone] • [email protected] • www.mdt.de
8
3Communicationobjects

3.1Overview

Thecommunicationobjectsaredividedintothe6functionalareas,BrightnesEast,SouthandWest,
dusksensor,windsensorandtemperaturesensor.Forthe3brightnesssensors,anadditionalfacade
controlcanbeactivated.
Atfirsttheobjectsforthe3brightnesssensorsareavailable.Afterwardstheobjectsforthewind
sensor,dusksensorandtemperaturesensorfollow.Atlaststandthegeneralobjetcs.
Thecommunicationobjectsofeachblockstartalwayswiththemeasuringvalue.Onthisvaluethe
objectsfortheactivatedtresholdsandfacadecontrolfollowifactivated.
Adeatilledlistingofthecommunicationobjectisshownatthechartatthefollowingpage.
Thefollowingpictureshowsanexampleforthecommunicationobjects:

Illustration2:Exampleofthecommunicationobjects


TechnischesManualWeatherstationSCN‐WS3HW.01

MDT technologies GmbH • 51766 Engelskirchen • Papiermühle 1
Tel.: [phone] • Fax: [phone] • [email protected] • www.mdt.de
9
3.2Defaultsettingsofthecommunicationobjects
Thefollowingchartshowsthedefaultsettingsofthecommunicationobjects:
Defaultsetttin
g
s
Nr.Channel/InputFunction Length PriorityCR W T U
0BrightnessEastMeasuredvalue 2Byte LowXX X X
1BrightnessEastTresholdvalue1 1Bit LowXX X
2BrightnessEastTresholdvalue2 1Bit LowXX X
3BrightnessEastTresholdvalue1upperlimit 1Bit LowXX X
4BrightnessEastTresholdvalue1lowerlimit 1Bit LowXX X
5BrightnessEastBlockobjectforthreshold
value
1BitLowX X X
6FacadeEastSendpositionofblinds 1Byte LowXX X
6FacadeEastScene1Byte LowXX X
6FacadeEastSendshutterposition 1Byte LowXX X
7FacadeEastSendpositionofslats 1Byte LowXX X
8FacadeEastBlockobjectforfacade 1Bit LowXX X
9FacadeEastTeach‐Inposition1 1Bit LowXX X
10FacadeEastTeach‐Inposition2 1Bit LowXX X
11FacadeEastStatusblindsfor Teach‐In 1Byte LowXX X
11FacadeEastStatusshutter forTeach‐In 1Byte LowXX X
12FacadeEastStatusslats forTeach‐In 1Byte LowXX X
13FacadeEastReceivemeasuredvalue 2Byte LowXX X
+17BrightnessSouth/FacadeSouth
+34BrightnessWest/FacadeWest
51DuskMeasuredvalue 2Byte LowXX X
52DuskToogleday/night 1Bit LowXX X
53WindTresholdvalue 1Bit LowXX X
54WindVelocity 2Byte LowXX X
55Temperature Measuredvalue 2Byte LowXX X
56Temperature Statusofthresholdvalue1 1Bit LowXX X
57Temperature Statusofthresholdvalue2 1Bit LowXX X
58ModeStatus1Bit LowXX X
59DuskShuttermoveup/down 1Bit LowXX X
60DuskBlockobjectshutterup/dwn 1Bit LowXX X
Chart2:Defaultsettingsofthecommunicationobjects

Youcanseethedefaultvaluesforthecommunicationobjectsfromtheupperchart.Accordingto
requirementsthepriorityoftheparticularcommunicationobjectsaswellastheflagscanbe
adjustedbytheuser.Theflagsallocatesthefunctionoftheobjectsintheprogrammingthereby
standsCforcommunication,RforRead,Wforwrite,TfortransmitandUforupdate.
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4ReferenceETS‐Parameter

4.1General

Atthegeneralsettings,thesinglesensorscanbeactivatedforfurtherparameterization.Further
morethegeneralsettings,whicheffectstothewholedevice,canbedoneinthissubmenu.
Thefollowingillustrationshowsthegeneralsettings:

Illustration3:Generalsettings

Thefollowingchartshowsthedynamicrangeforthegeneralsettings:
ETS‐TextDynamicrange
[defaultvalue]
Comment
Startuptime1..60s
[1]
Timebetweenabuspowerup
andfunctionalrestartofthe
device
Limitationoftelegramsnotactive
active
activates/deactivatesthe
limitationoftelegrams
max.quantityin10seconds1‐255
[15]
maximumquantityoftelegrams
per10seconds(appearsifthe
limitationoftelegramsisactive)
Cyclicsendof“Operating”‐
Telegram
nosend,10min,30min,1h,3h,6h,
12h,24h
showsanobjectforthecyclic
observationofthedevice
BehaviorafterprogrammingHoldTeach‐In/saved
values
Loadparametersettings
definesthebehaviourafter
preogramming
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BrightnesssensorEastnotactive
active
activatesthebrightnesssensorand
furthersettingsfortheEastdirection
BrightnesssensorSouthnotactive
active
activatesthebrightnesssensorand
furthersettingsfortheSouthdirection
BrightnesssensorWestnotactive
active
activatesthebrightnesssensorand
furthersettingsfortheWestdirection
Dusksensornotactive
active
activatesthedusksensor
Windsensornotactive
active
activatesthewindsensor
Temperaturesensornotactive
active
activatesthetemperaturesensor
Chart3:Parameter–General

Thefunction“CyclicsendofOperating‐Telegram”showsantelegram,whichobservesthefunctionof
theweatherstation.Viathisobjectitcanbeobservedwhethertheweatherstationisstillatthebus
ornot.Thiscanbedonee.gbyahomeserveroravisualization.Incomplexbuildings,theerror
detectioncanbeacceleratedbythismethodandgetsmucheasier.
Thefunction“Behaviorafterprogramming”defineswhetherexternalvalues,whichwerereadinvia
objects,shouldkeepvalid.Theotheropportunitieistooverwritethesevalueswiththeoneofthe
parameterization.
Thelimitationoftelegramscanachievethatthebusgetsnotoverloaded.Anoverloadingofthebus‐
systemcancauselongwaitingperiods,e.g.atpushingabutton.Ifthelimitationoftelegramsis
activatedandmoretelegramsthanallowedaresend,thetelegramsabovethelimitationwillbesend
atthenexttimeinterval.Thereforeanoverloadofthebuscanbeprevented.
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4.2Brightnesssensors

ThebrightnesssensorsforEast,SouthandWesthavethesamefunctions,buteverysensorcanbe
parameterizedindivivually.
Thefollowingillustrationshowsthesettingsforthebrightnesssensors:

Illustration4:Brightnesssensor

DienachfolgendeTabellezeigtdieEinstellmöglichkeitenfürdieHelligkeitssensoren:
ETS‐TextDynamicrange
[defaultvalue]
Comment
Sendbrightnessvalues[Lux]never
ondemand
atchange
cyclic
atchangeandcyclic
definesthesendingconditionforthe
brightnessvalues
Sendbychangeof10%
20%
30%
Ifthebrightnessvalueshallbesent
atchange,therateofchangecanbe
definedatthisparameter.
Timeforcyclic
sending
10sec,20sec,30sec,1min,2
min,5min,10min,20min,30
min,45min,60min
Ifthebrightnessvalueshallbesent
cyclic,thetimeforcyclicsendingcan
bedefinedatthisparameter.
Tresholdvalue1notactive
active
activatesthefirstthresholdvalue
Tresholdvalue2notactive
active
activatesthesecondthresholdvalue
onlyavailableifthefirstthreshold
valueisactive
Facadecontrol
East/South/West
notactive
active
activatesthefacadecontrol
onlyavailableifthefirstthreshold
valueisactive
Chart4:Settingsbrightnesssensor

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Thebrightnesssensorshavetheirareaofapplicationatthecontrolofcloudingunitsandthefacade
control.Thereforetwotresholdscanbeparameterizedandafaceadecontrolcanbeactivated.For
activatingthesecondthresholdandthefacadecontrol,thefirstthresholdmustbeactivated.

Forparameterizingthebrightnessvalues,itisusefultoknowsomepopularbrightnessvalues.These
areshownatthecartbelow.
Attentionshouldbepaidtothatthemeasuredvaluesdependtotheplaceofinstallation:
SurfacesilluminatedbyApproximated
illuminance
Brightdayofsun100.000lx
Cloudedsummerday20.000lx
Intheshadowatasummerday10.000lx
Cloudedwinterday3.500lx
Office/Roombuildinglights500lx
Overheadlightning100lx
Streetlightning10lx
Fullmoonnight0,25lx
Starlitnight(newmoon)0,001lx
Cloudednightwithoutmoonandother
extraneouslights
0,00013lx
 Chart5:Intensityofillumination

Thefollowingchartshowstherelevantcommunicationobjectsforthebrightnesssensors:
NumberName Function Length Usage
0BrightnessEastMeasuredvalue2ByteDisplayofthemeasuredvalue
17BrightnessSouthMeasuredvalue2ByteDisplayofthemeasuredvalue
34BrightnessWestMeasuredvalue2ByteDisplayofthemeasuredvalue
Chart6:Communicationobjectsbrightnesssensor

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4.2.1Tresholdvalue

Thefollowingsettingscanbedoneforthefirstthresholdvalue:

Illustration5:Thresholdvalue1

Thefollowingchartshwosthedynamicrangeforthefirstthresholdvalue:
ETS‐TextDynamicrange
[defaultvalue]
Comment
Tresholdvalueupperlimit
at…[Lux]x1000
1‐99
[35]
definestheupperlimitforthefirst
thresholdvalue
Minimumofperiodiflimit
exceeded
nodelay,10sec,30sec,1min,2
min,5min,10min,20min,30
min,45min,60min
Minimumperiodoftimeforwhichan
exceedancemustbemeasured
Tresholdvaluelowerlimit
at…[Lux]x1000
1‐99
[30]
definesthelowerlimitforthefirst
thresholdvalue
Minimumofperiodiflimit
fallbelow
nodelay,10sec,30sec,1min,2
min,5min,10min,20min,30
min,45min,60min
Minimumperiodoftimeforwhichan
undercutmustbemeasured
Modifablethresholdvalueonlyviaparameter
viaobjectsand
parameter
Defineswhetherthethresholdvalue
canbemodifiedonlyviaparameteror
viaobjectandparameter
Sendiflimitexceedednosend
sendON‐telegram
sendOFF‐telegram
Actionfortheexceedanceofthefirst
thresholdvalue
Sendiflowerdeviationnosend
sendON‐telegram
sendOFF‐telegram
Actionfortheundercutofthefirst
thresholdvalue
Timeforcyclicsendingnosend,10sec,20sec,30sec,1
min,2min,5min,10min,20
min,30min,45min,60min
defineswhetrherthefirstthreshold
valueshallbesentcyclicornot
Blockobjectforthreshold
value1
nouse
verwenden
defineswhthertheblockobjecthas
effecttothefirstthresholdvalueornot
Chart7:Settingsthresholdvalue1
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Thefollowingsettingscanbedoneforthesecondthresholdvalue:

Illustration6:Thresholdvalue2

Thefollowingchartshowsthedynamicrangeforthesecondthresholdvalue:
ETS‐TextDynamicrange
[defaultvalue]
Comment
Tresholdvalueupperlimit
at…[Lux]x1000
1‐99
[40]
definestheupperlimitforthesecond
thresholdvalue
Minimumofperiodiflimit
exceeded
nodelay,10sec,30sec,1min,2
min,5min,10min,20min,30
min,45min,60min
Minimumperiodoftimeforwhichan
exceedancemustbemeasured
Tresholdvaluelowerlimit
at…[Lux]x1000
1‐99
[35]
definesthelowerlimitforthesecond
thresholdvalue
Minimumofperiodiflimit
fallbelow
nodelay,10sec,30sec,1min,2
min,5min,10min,20min,30
min,45min,60min
Minimumperiodoftimeforwhichan
undercutmustbemeasured
Sendiflimitexceedednosend
sendON‐telegram
sendOFF‐telegram
Actionfortheexceedanceofthesecond
treshold
Sendiflowerdeviationnosend
sendON‐telegram
sendOFF‐telegram
Actionfortheundercutofthesecond
thresholdvalue
Timeforcyclicsendingnosend,10sec,20sec,30sec,1
min,2min,5min,10min,20
min,30min,45min,60min
defineswhetrherthesecondthreshold
valueshallbesentcyclicornot
Blockobjectforthreshold
value2
nouse
verwenden
defineswhthertheblockobjecthas
effecttothesecondthresholdvalueor
not
Chart8:Settingsthresholdvalue2



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
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Attentionshouldbepaidto,thatasteppingofthethresholdvalueisnecessary.Thatmeansthatthe
limitsofthethresholdvalue2mustbehigherthantheonesofthethresholdvalue1.
Thefollowingchartshowsthesteppingofthethresholdvalues1and2:

  Illustration7:Steppingofthethresholdvalues1&2

Itisalsopossibletoprogramacrossoveroftheboththresholdvaluesinsofarastheupperlimtof
thresholdvalue2ishigherthantheoneofthresholdvalue1andthelowerlimitofthresholdvalue2
ishigherthantheoneofthresholdvalue1:

  Illustration8:Oversteppingofthethresholdvalues1&2 


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Aswellfortheundersteppingasfortheexceedanceofthethresholdvaluesadelaycanbe
parameterize.Thisdelayindicateshowlongthemeasuredbrightnessvaluemustexceedorunderrun
theadjustedthresholdvalue.Inorderthatashortdarkening,e.g.causedbythepassingofclouds,
causesapermanentdrivingoftheblinds/shutter,asufficientlylongvalueshouldbeadjustedhere.
Sothetresholdvalue1or2isonlyactiveifanexceedanceoranundercutismeasuredforthe
adjustedperiodoftime.
Viathecorrespondingcommunicationobject,everythresholdvaluecansenditscurrentstate.So
yougetasteadyfeedbackifthetrsholdvalueisactiveornot.Thepolarityandthesendingbehaviour
ofthisobjectcanbeparameterizedindividually.
Thereisacommonblockobjectavailableforboththresholdvalues.Inthesubmenuforeach
thresholdvaluecanbedefinedwhethertheblockobjectshouldbeusedforthisthresholdvalueor
not.Iftheobjectisinuseforthisthreshold,thethresholdvaluewillbeblockedwithalogical“1”.
Theunblockingprocesscanbedonewithalogical“0”.
Additionalthethresholdvaluecanbemodifiedviaanobject.Ifthefunction“Modifablethreshold
value”isadjustedas“viaobjects”,twoadditionalobejctswillappear,onefortheupperlimitandone
forthelowerlimitofthethresholdvalue.Viathesesbothobjectsanewvaluecanbeassignedtothe
thefirstthresholdvalue.
Thechartshowstherelevantcommunicationobjectsforthethresholdvalues:
NumberName Function Length Usage
1BrightnessEastTresholdvalue11Bitindicatesifthresholdvalue1isactive
2BrightnessEastTresholdvalue21Bitindicatesifthresholdvalue2isactive
3BrightnessEastTresholdvalue1
upperlimit
2ByteWritinganewupperlimitfor
thresholdvalue1
4BrightnessEastTresholdvalue1
lowerlimit
2ByteWritinganewlowerlimitfor
thresholdvalue1
5BrightnessEastBlockobjectfor
thresholdvalue
1BitBlockingthethresholdvalues

18BrightnessSouthTresholdvalue11Bitindicatesifthresholdvalue1isactive
19BrightnessSouthTresholdvalue21Bitindicatesifthresholdvalue2isactive
20BrightnessSouthTresholdvalue1
upperlimit
2ByteWritinganewupperlimitfor
thresholdvalue1
21BrightnessSouthTresholdvalue1
lowerlimit
2ByteWritinganewlowerlimitfor
thresholdvalue1
21BrightnessSouthBlockobjectfor
thresholdvalue
1BitBlockingthethresholdvalues

35BrightnessWestTresholdvalue11Bitindicatesifthresholdvalue1isactive
36BrightnessWestTresholdvalue21Bitindicatesifthresholdvalue2isactive
37BrightnessWestTresholdvalue1
upperlimit
2ByteWritinganewupperlimitfor
thresholdvalue1
38BrightnessWestTresholdvalue1
lowerlimit
2ByteWritinganewlowerlimitfor
thresholdvalue1
39BrightnessWestBlockobjectfor
thresholdvalue
1BitBlockingthethresholdvalues
Chart9:Communicationobjektsthresholdvalues


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4.2.2Facadecontrol

Thefollowingillustrationshowstheavailablesettingsforthefacadecontrol:

Illustration9:Facadecontrol

Thefollowingchartshowsthedynamicrangeforthisparameter:
ETS‐TextDynamicrange
[defaultvalue]
Comment
Datatypformovingobject1ByteScenenumber
1Byteabsoluteposition
ofblinds
1Byteabsoluteposition
ofshutter+slats
Setting,whichdatatypeshallbeused
forthefacadecontrol
Reaction,ifthresholdvalue
1East/South/West
exceeded
noreaction
Sendscene
Movetoblindposition
Movetoshutterandslat
position
Setting,iftheexceedanceofthefirst
thresholdvalueshallcauseareaction.
Dependingtotheadjusteddatattype,
ascenenumberoranabsolute
positioncanbesent.
Scenenumber1‐64
[1]
Selectionofthescenenumber,which
shallbecalled


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AbsolutePositionof
blinds
0‐100%
[0%]
Adjustmentoftheabsoluteposition
fortheblinds
AbsolutePositionof
shutter
0‐100%
[0%]
Adjustmentoftheabsoluteposition
forshutter
AbsolutePositionof
slats
0‐100%
[0%]
Adjustmentoftheabsoluteposition
fortheslats
Position1Teach‐Inisnotused
modifiableviaTeach‐In
object
ViatheTeach‐Inobject,theweather
stationcanreadbacthecurrent
positionoftheshutteractuatorand
savethisasnewvalue
Reactionifthresholdvalue
East/South/Westfallbelow
noreaction
Sendscene
Movetoblindposition
Movetoshutterandslat
position
Setting,iftheundercutofthefirst
thresholdvalueshallcauseareaction.
Dependingtotheadjusteddatattype,
ascenenumberoranabsolute
positioncanbesent.
Scenenumber1‐64
[1]
Selectionofthescenenumber,which
shallbecalled
AbsolutePositionof
blinds
0‐100%
[0%]
Adjustmentoftheabsoluteposition
fortheblinds
AbsolutePositionof
shutter
0‐100%
[0%]
Adjustmentoftheabsoluteposition
forshutter
AbsolutePositionof
slats
0‐100%
[0%]
Adjustmentoftheabsoluteposition
fortheslats
Reaction,ifthresholdvalue
2East/South/West
exceeded
noreaction
Sendscene
Movetoblindposition
Movetoshutterandslat
position
Setting,iftheexceedanceofthe
secondthresholdvalueshallcausea
reaction.
Dependingtotheadjusteddatattype,
ascenenumberoranabsolute
positioncanbesent.
Scenenumber1‐64
[1]
Selectionofthescenenumber,which
shallbecalled
AbsolutePositionof
blinds
0‐100%
[0%]
Adjustmentoftheabsoluteposition
fortheblinds
AbsolutePositionof
shutter
0‐100%
[0%]
Adjustmentoftheabsoluteposition
forshutter
AbsolutePositionof
slats
0‐100%
[0%]
Adjustmentoftheabsoluteposition
fortheslats
Position2Teach‐Inisnotused
modifiableviaTeach‐In
object
ViatheTeach‐Inobject,theweather
stationcanreadbacthecurrent
positionoftheshutteractuatorand
savethisasnewvalue
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Timeforcyclicsendingnever,1min,5min,10min,30
min,60min,90min,120min
Adjustment,iftheabsolute
position/scenenumbershallbesent
cyclic
Optionwithinfluenceof
temperature
notactive
Optionwithinternal
sensor
Optionwiethexternal
sensor
Adjustment,ifthefacadecontrolis
onlyactiveaboveacertain
temperatureorindependentfrom
temperature
Reactiononlyif
temperature>
20°C‐45°C
[25°C]
Adjustmentofthetemperatureabove
whichthefacadecontrolisactive
Blockobjectnosue
use
Displyofablockingobjectforthe
facedecontrol
Chart10:Facadecontrol

Datatypeandmovingfunction

Theoutputobjectforthefacedecontroloftheweatherstationcanbeadaptedtothecontrolling
deviceviatheparameter“datatype”.Thesettingsblinds,shutter+slatsandscenenumberare
available.Therequiredsettingdependstothecontrollingshutteractuator.Dependingtothe
adjustedsettings,thefurtherparameterizingoptionsaredisplayed.Attheblindsandshutter+slats
functionabsolutepositionsform0‐100%canbemovedto.Atthesettingscenenumber,thesecenes
from1‐64canbecalled.Forthefirstthresholdvalue,aparameterforexceedanceandtheundercut
isavailable.Forthesecondthresholdvalueisonlyaparameterforthexceedanceisavailbale,
becauseatanundercutofthesecondthresholdvalue,theactionforthexeceadnceofthefirst
thresholdvaluebecomesactive.
