eHousepro Ethernet

• ElectronicDomus

• DomumAutomation

• SmertDomum

• BuildingManagement System

• FacilitateManagement

• ArgutusDomus

• ProvectusLonginquus Control

I .Introduction.

" Argutusdomus " , “ Smert Domus ” termini intelliguntur omnes modi domumAutomation systemata pro controlling , incessus independens systemataet installations incorporatus in ædificationibus.Domum Automationsystemata possunt administrare multis et diversis aedificium rationes domus , flat ,diaetas , officia , hotels , etc.

DomumAutomation systemata currently sunt potissimaque system falcandaset armaret, de domo.

Provehimurcum magis et magis carus navitas prices , Oecologia restrictiones pronovis aedificiis , adjusting ad investment exspectationes his system suntpractically inæstimabilis.

MOLLITIAalicuius domum Automation systemata patiar ad reconfigure una cummutationes exspectationes durante usu aedificii , absquenecessitate mutandi traditional electrica installations simulcum vehementissi renovationis domus.

DomumAutomation systemata permittere augmentum comfort vivae , securitatem ,oeconomia , salvum navitas , reducere price vivendi in domo vel planae.

I.I.Subleva , comfort , Automation.

eHousesystem usu enables complexu , localis et remota controlling lucis ,temperies , electrica et electronic fabrica in domo , flat ,officium , hotel , etc.Quod creat possibilitas regendi Audio -Video , Credo in unum systemata aemulatione ultrarubrum remota controller significationibusquae potest discere et supplicio a eHouse system.Estpossibilitatem administrandi persenilis PRAEFURNIUM cella installation:calefactio , refrigerandum , RECUPERATIO , VENTILATIO , solaris , PRAEFURNIUM , calorquiddam , pyram cum aqua Jacket et calidum aerem distributio system.

eHouseenables controlling ratio per communis virgas , IR longinquus controller ,GSM mobile phone , PC , PDA , Tabulas , Suspendisse potenti , graphic tactuspanels operatic substructio in MAS , Fenestra XP , Fenestra Vista , FenestraVII , Fenestra Mobile VI et eorum successoribus , Java enabled Systems ,interrete pasco , Fenestra rimor , FTP client application.

eHousesystem graphics imperium panel sunt compleri vexillum PDA ,Suspendisse potenti , Tabulas aut PC cum supplevimus software.Visualizationimagines potest creari singillatim pro ullus finis user installation.

eHouseModeratoris consistere magnis , proficiebat Scheduler quod potest esseprogrammed ad currendam servitium , crebris , dilata temporum negotiumautomatically.PC sustentationem enables creando propria software , quae operatursimul cum eHouse sarcina , faciendo logs et curre provectus usersalgorithms quae necessarium esse potest aut apparere in futuro.Programinglibraries sunt etiam available pro developers ut amplio functionalityet creans dedicare panels.

I.II.Security.

Domusplus multo est, periclitatur tunc flat , debetur magnum spatium advicini et habet multo magis etiam, intuta.Agatur de possibilitasde BURGARIA , oppugnare , furtum , ignis , diluvium , sabotage.In casu, infirmum autcarentia efficiens securitatem system et clangoris sensoriis vigilantia ullapossibilis eventus in domo, et Praemissae , computatis finitimis apauci duodecim hominum Horribilium metra nostri vel capitales quod reaction est potius quoque optimistic.

Syntaxisde eHouse system auget securitatem domus et in extructione , quiaincorporat aedificare - sérviat ratio per GSM/SMS intimationeeventuum.Efficit connectens aliquod genus terror sensoriis (motus ,udo , frigus , calor , ignis , ventus , gas , virgas pro confirmacione clausisostia , fenestras , scutulis , portas , etc.).Security ratio est activatedextra firmatisque zone , quae non dare additional, tempus agendae rei adinterpellatores.eHouse dat occasionem praestare automatic negotiisensorem activation , programed in systemate.

eHouseintegrates automatic multi - canalis incessus scutulis , portas , ostia ,umbra awnings etc.

eHousesystem enables imitando praesentia humanae in domo cursuscheduled eventuum , eg.mutans TV canales , quae potest inpediretinterpellatores vigilantes in domum a aspiret - in.

I.III.Frugalitas , navitas savings.

eHousesystem incorporat proficiebat controller ut curo calor , frigus ,VENTILATIO , RECUPERATIO , PRAEFURNIUM cella , Solaris systematis , calor quiddam ,pyram cum aqua Jacket et calidum aerem distributio , quae salvat amultus of navitas a buffering, et utentes liber (solaris) vel vilissimo navitassources (lignum , solidum fuels).Potest programmed ad currendam pleneautomatically sine humana interaction.Efficit possibilitatem adlimitare expensas calefactio , refrigerandum , VENTILATIO pauci vicispendentes pretia solebat fuels.

Individualtempero mansionum temperaturis et manuteneat eos independenter ,generat additional savings of circa multas dozens percents , etefficiens usu of navitas.In hoc casu temperaturis indispensata discubitus aluntur automatically in programmed level ,sine overheating gazofilacia ut custodiant quaesito temperies in aliisunum.Tempestas , sol , ventus , caeli eventuum , et tempore ,architectura exitibus , fenestra mole et situationes non habent talis ingensinfluere , sicut est in central calefactio systemata.Non est magnusCLIVUS inter conclavia, quae mutat debetur condiciones, tempestatum ,solaris calefactio , ventus directionem , et multa alia unpredictable exitibus.

Additionalsavings potest fieri per automatic switching off lux statuendoeos ad verto off automatically post aliquod tempus vel convertendi eas in , prosicut tempus motum latere.

Usuramulti - punctum parvum lumen lucernas lucrari possunt etiam sors off navitassavings , comparando ad summum potentia central lux.

Hocpossibilitates eHouse systema dat opportunitatem ut refundere costagiisinstallation durante I - III annis (pendentes sumptibus usus fuels).

II.eHouse system versions.

eHouseSystem estproficiebat solutio domum Automation qui sufficiunt moderantum etintegrationem multis cogitationes alterius rationis.eHouse enables magnaatque arbitrio temperies , lux level , calefactio , refrigerandum , humiditas.

eHouseRatio can installari in blandit , domos , publicis aedificiis , officia ,hotels, potest uti accessum control system.

eHousesystem installation potest esse oeconomicae , commodo, vel maximalia.

Multiconfiguration alte cadere de eHouse system creat possibilitatemdecentralized , centralized , administratur ab PC vel extrainstallation.

eHouseerit modularis system quae dat occasionem resignare non usipartes et stringere application directe ad finem user necessitatibus (e.g .HeatManager potest instillatur flat installation).

eHouseinstallation potest fiat, uti centralized et unus controller perlevel (LevelManager) vel decentralized cum multis moderatoris expanditsuper conclavia.In secundo casu sunt multo minus 230V cabling eteorum totalem longitudo pauci vicis breviore et facit installationmulto vilius , quae partialiter componat in maioribus sumptibusmoderatoris.

II.I eHouse Isub PC vigilantiae.

OmneseHouse I adinventiones sunt opus in notitia bus (RS - CDLXXXV Full Duplex).

Hocversion explicatum est at: eHouse Home Automation Documentation - www.iSys.Pl/download/eHouseEN.pdf

II.II.eHouse I sub CommManager vigilantiae.

Inhoc configuration CommManager reponit PC , RS232/RS485 Converter ,ExternalManager , InputExtenders , Expander.Hac versione explicaturat: eHouse Home Automation Documentation - www.iSys.Pl/download/eHouseEN.pdf

II.III .Ethernet eHouse (eHouse pro Ethernet)

Hoc variant of installationopera sub TCP/IP Ethernet (10Mbit) infrastructure.Unum tantumexceptio est HeatManager quod adhuc connexa via RS - CDLXXXV pertransitu cable.CommManager cooperatur LevelManagers ,EthernetRoomManager's , TCP/IP panels (Fenestra XP , Fenestra Mobile VI.0)usura eHouse protocollo cum challenge - responsio authenticas declarandas prorationes securitatis.Tertius secui applications uti potest simpliciorauthenticas declarandas methodos si est enabled in moderatoremconfiguration.

eHouseSystem enables control practically omnis notae , quae potest essecontrolatae electrically aut electronice , continenterque explicant etpatuisset nuntium in venalicium.

eHousecoerceri potest per IR longinquus controller (Nulla vexillum) , PC , PDA ,Suspendisse potenti , Tabulas , Mobile phones (Fenestra Mobile VI.0 , MASCULINUS autJava MIDP II.0) , Tactus panels innixam (Fenestra mobile VI.0 , FenestraXP , Fenestra Vista , Fenestra VII et successoribus) , MAS , Javainstructissimo systemata , aut per commune murum conscendit virgas.Control potest essepræstiterunt via INFRA - Rubescens (IR) , Ethernet , WiFi , Internet , Aliquam , SMS ,FTP , file copy.

eHouseuti communis adinventiones (switched on/off a transmitttit eg.lucernas , pumps ,cutouts , heaters) , absque interno logica temperantia et non requiruntsumptuosum et sacratae adinventiones (eg.graphic panels , switch panels).

eHouse cooperatur et potest esseadministratur ab PC , tabulas , PDAs quae dat opportunitatem ut creare suasoftware overlays pro exsequendam proficiebat et individuumalgorithms a resolventibus moderatoris statum et significationibus parametris etfaciendo notitia in desideravit via et mitte desideravit eHouse eventuum.

eHouse4Ethernet systemconsistit ex :

• EthernetRoomManager (ERM) -Controlling unum vel plura discubitus ,

• LevelManager (LM) -Controlling totum flat , appartment vel domus contignatione ,

• EthernetHeatManager (EHM) -Controlling central calor system , VENTILATIO , RECUPERATIO , PRAEFURNIUMcella , pyram cum aqua Jacket et calidum aerem distributio , solaris ,calor quiddam , etc ,

• CommManager (CM) Ethernet ,GSM - Integrata securitatem system , Cylindris controller ,

• Nullam Module (MP) - Consistereomnes transmitttit pro controller et PWM dimmers (optional) ,

Modularischaracterem eHouse system enables eligens individuum variant ofinstallation quod esset efficacissimo , desideratur ab possessorem , etsumptus efficens.

E.g .personis qui creat eHouse installation in planis vel apartment non faciuntpostulo EthernetHeatManager controller , Rollerus controller.Theygeneraliter postulo LevelManager aut CommManager ut directe tempero flat ,aut EthernetRoomManagers pro singulis moderantum calor , luminaria inconclavia et Audio/Video systemata.

eHouse system enables :

• Integrariimperium of electrica et electronic fabrica (in/off) (ERM) .

• DESPENSATIO Audio / Video ,Credo in unum system ( viaIR longinquus controller aemulandum ) (ERM) .

• MENSURAatque arbitrio lux level (ERM , LM) .

• MENSURAatque arbitrio temperiei (ERM , EHM , LM) .

• Multi - punctumet individua calor control (ERM , LM) .

• Integrata imperium of PRAEFURNIUMcella (EHM).

• Managementde v entilation , r ecuperation ,calor nummulariis , aer pertractatio unitates (EHM) .

• PRAEFURNIUMcontrol (EHM) .

• Ignium Festorumcontrol cum aquaJacket et/vel h verendiaer distributione (EHM) .

• Solaremsystem control (EHM) .

• Calor quiddam control (EHM).

• Securityratio per GSM notificatio activated extra monitored zone (CM) .

• SIGNIFICANSVisualization ( individualitercreata propter finem user installation in CorelDraw ) (PC , PDA , Tabulas , Suspendisse potenti - Fenestra Mobile VI , Fenestra XP , VII ,Vista , MAS , Java enabled operating ratio) .

• Cylindris , portas , ostia , umbraawnings control (CM).

• Creandologs in eHouse system (PC) .

• Usu tertius secuicomponents et quasi ministrative adinventiones (nullo aedificare - in logica adImperium) , sensoriis , virgas , pumps , motoribus , cutouts , scutuliscoegi etc.

• Usu Analog sensoriis aforo < 0 ; III.3V) mensurae range.

• IRLonginquus Control of ratio ( Nullavexillum SIRC ) (ERM) .

• Longinquuscontrol via penitus quod Ethernet (ERM , CM , LM , EHM) .

• Local control a graphicspanels MAS , Java enabled , Fenestra Mobile VI.0 (et successoribus) ,aut PC compatitur tactus screen Fenestra XP , Vista , VII (etsuccessoribus).

• Longinquuscontrol per mobile phones , PDA , Tabulas , Suspendisse potenti tactus screen (MAS ,Fenestra Mobile VI.0 application controlling system via WiFi ,SMS aut Aliquam).

• SMSnotificatio securitatis violationes , zone mutationes , deactivation ( addefinitur fama groups ) (CM) .

• eHouse habetimplemented functiones sui control , logging , ad retinendamcontinua et efficiens opus.

III .eHouse4Ethernet System moderatoris.

III.I EthernetRoomManager (ERM).

EthernetRoomManager(ERM) est per se continetur Microcontroller cum exstructione in peripherals proadministrandi electrica , electronic fabrica in cubiculo.Consolationem etmaximalia installations utitur I ERM per major cella (definitur per userquae cella est maximus).In humilibus budget installation I LM per solariirequiritur.Haec solutio adficient ex cohibitaque ultrarubrum Controlet progressio sets.

MainFunctiones EthernetRoomManager:

• XXIVdigital programmable outputs (directe exigendi external transmitttitaedificem in MP) pro volvitur in/off external adinventiones amet usque ad230V - AC/10A (maximalia valores current et voltage de resistenteonus).

• XIIdigital inputs pro connectens sensoriis , virgas , etc.Eventusdefinitur mutandi, rem publicam ex I - > 0 vel 0, - > I.Assignationemdesideravit eventus peragi potest in “ CommManagerCfg ”application.

• VIIIAnalog inputs (10bit resolutione) cum singillatim programmed campester(Min , max).Duos eventus definiuntur mutandi ab uno campestrialius x < min , x> max.

• IIIPWM (Arteriam width modulatione) outputs pro controlling lux level (DCobscurius) potest simul aut separatim pro compositarum RGB Control .EthernetRoomManager's PWM output est capax ad depellendos uno DUXERIT (namopto - isolator) et indigent potentia auriga.Externum PWM potentia coegi caninstallari uel solebat FrontPanel module.

• Programmablehorologium Scheduler (CCLV positiones) pro currit eventus repono inmico memoriam ERM.

• IRexcuderunt ruber receptore compatitur Nulla (SIRC) ratio procontrolling EthernetRoomManager's per Nulla vel universalibus, remotamoderatoris.

• IRExcuderunt ruber transfusor pro controlling Audio/Video/Credo in unum systemataa remota controller signum aemulandum.

• Upad CCL ERM potest installed in eHouse System.

EthernetRoomManagerpotest configured et administratur ab PC cum installed“ CommManagerCfg.exe ” application , , quod efficitprogramming omnium functionum quod bene controller ad suicontinetur independens module et omnes localis functiones peragi potestlocaliter sine ministrorum PC , imperium panels , tabulas etc.Longinquuscontrol (mittens eventus) de aliis eHouse Ethernet MODERATOR potest etiampossunt directe observaverunt.

EthernetRoomManagerconsistit ex pauci diversus signum genera (quae sunt inputs autoutputs).

Quisquesignum continet paucis individuum eventuum et options adiuncti eam ,substructio in typus signum.

Inputsignificationibus sunt:

• OmnesAnalog inputs ,

• Omnesdigital inputs ,

• IRReceptorem (nam longinquus imperium).

REPRAESENTOsignificationibus sunt:

• Omnesdigital outputs ,

• OmnesPWM outputs ,

• IRtransfusor (nam controlling external adinventionum).

III.I.I.Significationibus Description.

III.I.I.I.Analog Inputs (ADC).

QuisqueAnalog input est operantes range < 0 ; III.3V) cum X frenum resolutio .Is has singillatim assignari voltage campester minimus, maximalia(Quae dat III iugis ADC operationem).Transgressus hoc campester voluntasinitiare automatic eventus run definita et programmed a“ CommManagerCfg.exe ” application.Hi gradus suntindividuum pro singulis ADC canalis et singula programmaEthernetRoomManager.

Duos eventussotiata sunt ad singulos ADC ad traiciendum campester a mensus valores:

• SiUx <” Min Value ” * Programmed in applicatiocurrent progressio , eventus assignari, in “ Event Min ” * Agroin CommManagerCfg application est launched.

• SiUx>” Max Value ” * Programmed in applicatiocurrent progressio , eventus assignari, in “ Event Max ” * Agroin CommManagerCfg application est launched.

Quidam ADCinputs potest partita interne pendentes hardware versions.

(*) APPELLATIOconvencionis, a “ CommManagerCfg.exe ” application.

III.I.I.II .Digital Inputs.

Digitalinputs deprehendere duo logica campester (I et 0).In ordine certificare propriumerror margine inputs habet 1V hysteresis.Inputs sunt excute Usque ad 3V3potentia copia , et CORREPTIO input ad controller terram signum activatecurrent input.Electronic sensoriis et aliquod genus virgas mustipersuades hoc campester longa lineas et optima solutio est, quandoadinventiones est aedificaret in CURSUS PUBLICI cum non connectitur autem contactus externalpotentiae (quae adnexa sunt MODERATOR Inputs sicut communisswitch).Hoc rerum statu confirmat proprium voltage campester et separaminiadinventionum, quod posset amet a commeatibus aliis secure .Alioquin , copia valorem differentia vel sensorem malfunction potest causarepermanentem dampnum input vel integrum controller.

Ibiunum sunt eventus definitur pro singulis input super mutans rem publicam ex I , 0posuit in “ CommManagerCfg.exe ” application.Inverso actiodefiniri non potest, & quando “ Inverso ” flag positus est sursum pro currentinput.In hoc casu input launch cum dicitur disiungitur ab GND.

Inputs oportet esseseparari ab aliquo voltages.Ut brevis ad terram (GND) ofcurrent controller acceptus est.

III.I.I.III .Digital Outputs

Digitaloutputs potest directe expellam transmitttit (Single vel in Nullam Module) etconstitui potest logicam status 0 et I (verto off et in CURSUS PUBLICIcontactus).Event assignari outputs sunt:

• IN ,

• PROCUL ,

• Toggle ,

• IN(Nam programmed tempore) ,

Eampotest currere ut:

• aneventus ADC level crucem ,

• inputmutare eventus ,

• Schedulereventum ,

• manualeventum.

III.I.I.V.PWM (Arteriam Width INFLEXUS) Outputs.

PWMOutput sunt DC dimmers , quae habent variabilis officium cycli (cum VIII bitsresolutione).

PWMoutputs per potestati coegi installed optionally super Nullam Module(Vel optional FrontPanel) , potest moderari expedite (CCLV positiones) luxcampester of lucernas amet 12V/DC - 30W.Eventually exterior potentiaaurigis cum opto - sequestrationis in input , summam potestatem redigant sit ametet inductiva vehes (e.g.DC motoribus , ventilators , pumps).

PWMoutput de LM , ERM , EHM capax est ad depellendos I DUXERIT connexa directesicut elementum of opto - isolator.Opto - isolator est musti ad protegendumController a permanentem dampna totius systematis causatur abreakdowns.

Connectionexemplum external PWM potentia coegi ad eHouse System.

Connectioncogi posse sciendum.

III.I.I.VI.IR longinquus imperium ofEthernetRoomManager.

QuisqueEthernetRoomManager coerceri potest a vexillum IR Nulla remotacontroller (SIRC).Longinquus MODERATOR enables:

• mutareoutputs civitates ,

• mutaretemperies campester ,

• mutareADC campester ,

• mutarelux campester ,

• resetEthernetRoomManager ,

• ContinereWinamp application installed in PC eHouse server (*).

assignaredirectam localis ipsum eventum Longinquus MODERATOR buttons peragi potestindividualiter.

DefaultLonginquus MODERATOR genus est Nulla RMT - V260A (utitur Video II occasum).

Consideranti,ingens numerus disciplinae officium , remota controller debet haberetotidem buttons ut possibile (cum interno switch mutandi,adinventionum).

Defaultremota controller puga pyga functiones (pre - configured occasum Video II).

Button DESERVIAT

Purgare Abrigavi

0 - IX 0, - IXeligens nr of input , output , ADC alveo , PWM alveo

Ludere SED

Desine OFF

rota+ +

rota- -

IV/Video Temperature(Campester)

Propono Lumen(Campester)

InputLego Digital foris

AudioMonitor Analog potenti (campester)

Rec Resetcurrent RoomManager (requirere instaret OK tam)

OK Confirmationemde Reset et mutato progressio

Potentia Toggle(Cie ad alia level)

SmertFile Program Electio (global Definitio current RM max XXIVprogressio)

Menu DESPENSATIOalia EthernetRoomManager (solum output mutari potest) [" Menu "+ Nr_of_RoomManager + " OK " + " Input Lego " +OutputNr + SED/OFF/Toggle] (*)

Pause Winamp(Play) (*)

Sedebat Winamp(Subsisto) (*)

IndexNext Winamp (Next Track) (*)

IndexPrevious Winamp (Previous Track) (*)

SP/LP Winamp(TERGIVERSOR) (*)

Wide Winamp(Repeat) (*)

Vol + Winamp(His), (*)

Vol - Winamp(Volume - ) (*)

LonginquusController usu enables executione autem cuiuslibet eventus , nisi mutansconfiguration et Scheduler edition.

Stepspro IR continentia

I .Eligentes Modus:

• Temperature ,

• Lux ,

• DigitalREPRAESENTO ,

• AnalogInput (ADC) ,

• Program.

II .Eligentes alveo nr:

0.. max

III .Value Mutationem

• + ,

• - ,

• Sc ,

• Off ,

• Toggle.

(E.g .Lux Level , canalis I , + , + , +)

EthernetRoomManagerignorat, diuque preméntium of puga pyga sic + oportet brusetur multiple vicisut switch ut expectatur level.

Ibiest possibilitas usu universalis IR longinquus moderatoris (cumaedificavit - in Nulla vexillum sustentationem - SIRC) , cum LCD tactus panel (e.g .Genius , Logitech {Harmonia}) et creans desideravit configuration etdescriptiones in remotis controller creare IR Imperium Panel proeHouse Management.

Praetersacratae buttons dominandi , ibi est possibilitas ullus assignarilocalis RoomManager eventus ad liberum buttons copetit LonginquusController (max CC).Ibi est possibilitas ad coercendas variis Audio /Video , Credo in unum systema via Single Nulla Longinquus controller , et assignationeplures muneris ad buttons.

Transfiguratusoutput statu, (SED/OFF).

I .Press (potenti Select) puga pyga in remota controller

II .Press nr 0,.. XXIV

IIILego desideravit statu

• (Power)Toggle (SED - > OFF aut OFF - > SED) ,

• (Play)– IN ,

• (Subsisto) - PROCUL.

Exemplis:

(PotentiLego) - > (I) - > (III) - > (Play) = output XIII SED

(PotentiLego) - > (VII) - > (Subsisto) = output VII OFF

(PotentiLego) - > (I) - > (VII) - > (Power) = output XVII Mutationem rei publicae

MutareRoomManager Program.

I .Press (Smert File)

II .Lego NR I.. XXIV

III .Press (OK)

Exemplis:

(SmertFile) - > (I) - > (III) - > (OK) = Select Program XIII

(SmertFile) - > (VII) - > (OK) = Select Program VII

(SmertFile) - > (I) - > (VII) - > (OK) = Select Program XVII

MARITUMUSADC campester.

I .Press (Audio Monitor)

II .Lego alveo I.. VIII

III .Convertere rota (+) vel ( - ) (I legumina = subcinctus proxime III.3mV pro voltage ,pro tempero proxime, 0,.VIII gradum pro LM335).

Examplecrescere calefactio circa II gradu , regulatae per ADC alveo II

I .(Audio notes) - > (II) - > (Rota +) - > (Rota +) - >(Rota +)

LuxLevel Control.

I .Press (Display)

II .Elegit obscurius alveo:

• I - n - > Enim PWM dimmers (I.. III) ,

• 0 - > pro volvitur in/off successiva outputs (lux coetibus siutebatur)

III .Elige modus ,

• PROCUL(Subsisto) ,

• IN(Play) ,

• Toggle(Power) ,

• " + "(Rota) ,

• " - "(Rota).

IV .(OFF).

EnimObscurius numero:

• I - n - > PWM Dimmers (ut subsisto obscurius mutatio) si obscurius currentlyauget vel diminuit , si obscurius obstructum est instaret hoc puga pygainitiare dimming (donec sistenda aut off).

EnimObscurius Number:

I - n- > si Lumen Level est 0 satus illustrantem delectorum obscuriusaliter initiare dimming.

IV(SED).

EnimObscurius Number:

• I - n - > Satus illustrantem selecti PWM obscurius (usque ad Max Value autmanual sistenda) ,

IV( - ).

EnimObscurius Number:

0 - > avertas ultimum output (lux group) ,

I - n- > committitur dimming delectorum PWM obscurius (usque ad Min Value autmanual sistenda) ,

IV .(+).

EnimObscurius Number:

• 0 - > switch super postero output (lux group) ,

• I - n - > committitur illustrationis selecti PWM obscurius (usque ad Max Value autmanual sistenda) ,

Exemplis:

(Display)- > (I) - > (+) - >...... (Tardabis e.g.10s).... - > (Subsisto) -Satus illustrantem PWM obscurius I ac prohibere post 10s

(Display)- > (+) - Verto in postero output nr (next lux group)

(Display)- > ( - ) - Verto off current output nr (current lux group)

DESPENSATIOalia EthernetRoomManager outputs (*).

I .Press (Menu) ,

II .Elige (Address Minimum) of desideravit RoomManager ,

III .Press (OK) ,

IV .Faciéndam steps ut ad localem RoomManager

(PotentiLego - > (Output NR) - (Power aut Play aut Subsisto)

V .Control ad localem RM erit restitutus post II minutes torporeremota controller aut manual selectio RoomManager nr 0,.

Exempla

(Menu)- > (II) - > (OK) delectos EthernetRoomManager (cum oratio =0 , CCII)

(PotentiLego) - > (I) - > (II) - > (Power) Mutationem pro statu output XIIdelectorum ERM

(PotentiLego) - > (I) - > (0) - > (Play) Verto in output X deselecti ERM

(PotentiLego) - > (IV) - > (Sistere) Averte Off output IV de selecti ERM

(Menu)- > (OK) Restituet localis RM Selectionem.

Durantemutans functio , No.etiam ex , input , programma , etc semper est reset ad0 , sic non est necesse eligens, 0, his similis (Menu) - > (0) - >(OK)

CuroWinamp Application (*).

Winampapplication debet installed et quod continuatum eHouse PC Server.Winampregitur via IR (Nulla remota controller) perEthernetRoomManager.

Praedefinitumremota controller buttons et eorum operationes ordinatorum:

RCpuga pyga Function

Pause Winamp(Play) vel recitationis current track ,

Sedebat Winamp(Subsisto) decidet, ex ac prohibere ,

IndexNext Winamp (Next Track) ,

IndexPrevious Winamp (Previous Track)

> > Winamp(FF) Antrorsum pauci secundus

< < Winamp(Rewind) Rewind pauci secundus

SP/LP Winamp(TERGIVERSOR) Toggle TERGIVERSOR modus

Wide Winamp(Repeat) Toggle Repeat

Vol + Winamp(Volume +) Crescite, Volume I %

Vol - Winamp(Volume - ) Minui Volume I %

II .Assignans eventus localis EthernetRoomManager ad Longinquus MODERATORPuga pyga.

EthernetRoomManagerest aedificaret in functio ad supplicium localis eventus super instaretprogrammed puga pyga remota controller (max.CC eventura buttonsassignatione posse).

Adcreare definitiones remota controller buttons:

• currere“ CommManagerCfg ” quia appetiit EthernetRoomManager eg. „ CommManagerCfg.exe/ A: CCI ” .

• Premepuga pyga “ Excuderunt ruber occasus ” in “ Generales, ” *Tab

• Propriopositio eligi debeat a combo - arca archa control „ UserProgrammable IR DESERVIAT ” *.

• Nomenpotest immutari nomen agro

• Eventlegeretur post instaret label cum current eventum vel“ N/A ”.Event creator Window apparet – postSelectionem eventus “ Accipere ” , cogendi.

• “ ExcipioIR ” * Puga pyga, cogendi

• PremeLonginquus Control Button ordinatur ad selecti EthernetRoomManager.

• IRcodice debet monstratur in faciem puga pyga " Excipio IR " *.

• Preme“ Add ” puga pyga

• Postassignatione omnia appetuntur remota controller buttons ad res perurguentpuga pyga " Update Codes " *

• Postremo“ Salvum occasus ” puga pyga indigetis ut institerunt, quia dowloadconfigurationem ad controller.

DESPENSATIOexternarum cogitationibus (Audio/Video/Credo in unum) via IR Longinquus controllercodice aemulandum.

EthernetRoomManagercontinent IR transfusor et aedificabunt in logic pro transmittentes IR significationibusin plures fabrica signa.

Theycapi posse , doctus et ludere (usque ad CCLV codes per singulos ERM) .Post IR codice captis , eHouse gesta referuntur creavit ad integrare cumsystematis., Rerumque gesta posset supplicio a multis modis.

III .Definiens Longinquus codes , controlling external adinventiones.

Inut creare et adde IR Longinquus MODERATOR codice pro detinuimusexternal adinventiones (TV , Credo in unum , Video , DVD etc) sub vigilantiaeselecti EthernetRoomManager , his gradibus Agenda:

• Currere“ CommManagerCfg ” quia appetiit EthernetRoomManager eg. „ CommManagerCfg.exe/ A: CCI ” .

• Premepuga pyga “ Excuderunt ruber occasus ” in “ Generales, ” *Tab

• Aperi“ Longinquus Control ” * Tab , et vade ad “ Definiens IRControl signa ”.

• Poneunique , breve et descriptive nomen.(E.g.TV SED/OFF).

• Preme" Excipio IR signum " Et deinde puga pyga remota controllernam externa fabrica (ordinatur ad selecti RoomManager).

• IRCodicis apparuerunt in faciem illius puga pyga in eHouse application.

• Resultaretcernuntur in output fenestra

• Codepotest addi eHouse system per pressionem " Add " * Puga pyga.

• Postprogramming molestantes IR Codes press puga pyga Update Codes.

IV .Creando Oppugnatio - subsequentem I ad IV remota codes Carnificinae.

vigilantiaedelectorum EthernetRoomManager , his gradibus Agenda:

• Legodesideravit EthernetRoomManager nomen in " Ducem " * Tab.

• Aperi“ Longinquus Control ” * Tab , et vade ad “ Definiens IROppugnatio ” *.

• Preme" Add " * Puga pyga et vade ad finem list (si vos postulo utaugere novis item) vel elegerint item a list ad substituendos.

• InI , II , III , IV * Combo - boxes eligere successiuus IR Events definitur in“ IR Control signa ” * Group.

• IRsignificationibus erit lunched a I ad ultimum unum per RoomManager postoneratisque configuration.

• Postprogramming molestantes Oppugnatio press puga pyga " Update Codes "*.

• Postremoin “ Generales, ” * Tab Press puga pyga " Salvum Occasus "creare IR Events.

Fewduodecim hominum Horribilium signa IR Longinquus moderatoris type fulciunturEthernetRoomManager (si comprobatur testing fabrica et remotacontroller).Verified signa sunt (Nulla , Mitsubishi , AIWA ,Samsung , Maecenas egestas ultrices , Panasonic , Matsumi , LG et multi more).Optimus via estdecidere est unum Manufacturer de Audio/Video adinventiones.

Quidamfabrica non semper uti uno Longinquus MODERATOR System , tunccapere et ludere codice cohibenda.

III.I.I.VII.Controlling per suppriorem - minima IR/RFremota controller (electronic clavem,)

eHousesystem fulcit etiam electronic claves (IR INFRA - Rubrum et radioFrequency RF) , continens IV buttons.

Instaretdescendit buttons immittet apertas IR codice mutandi programma currentEthernetRoomManager (cui æquatur ad premendam series buttons in Nulla RC(SmartFile> ProgramNR I> OK).Profiles debet creati inRoomManager aut “ CommManagerCfg.exe ” application.

III.I.II.Extensionem modulorum pro EthernetRoomManager.

III.I.II.I libitum Extensio eget sagittis (*).

EthernetRoomManagerparatur in II RS - CCXXXII (TTL) UART portuum quo uti potest insacratae versions of moderatoris aut speciali applications.

III.I.II.II.Mifare Access Card Lector (*).

RoomManagerpotest cooperari Mifare Card Lector,.Haec solutio enables accessumcontrolare , ius restrictiones , control limitation.Imprimis estbenevolens in hotels , publicis aedificiis , officia , obvius controlapplications.

Propinquuspecto ut legentis logged in eHouse Server PC programmed eventuspotest launched (e.g.recludam ostium)

Sicard erat activated in eHouse system accessum ius larva est mutatiopro current RoomManager.

Obviusius potest ponenda est in:

• Switchingon/off outputs (singillatim pro singulis output) ,

• Transfiguratusprogressio (globally omnes progressio) ,

• Eventactivation super input statu mutatio (e.g.Cie singillatim erexitpro singulis input) ,

• Transfiguratusobscurius occasus (singulariter singulis PWM output) ,

• Transfiguratusstatuentes ADC campester (globally omnes canales) ,

• Cursorexcuderunt ruber eventibus (globally pro aliquo transmissio aEthernetRoomManager) ,

• DESPENSATIOEthernetRoomManager via IR longinquus controller (globally).

Eampossibile est ut ponerent programmed outputs (nam 10s) e.g.pro reseranselectro - magnes , signum generationem , confirmationem luminaria.

Obviusjura simul cum dedicated outputs illorum distincte programmedpro singulis Mifare Card.Nominis cuiusque card potest quoque definit,.

III.I.III .Installation instructions , Connectors, signa descriptionibusEthernetRoomManager , EthernetHeatManager et aliis medium moderatorissubstructio in EthernetRoomManager PCB.

Mostde eHouse moderatoris utitur duo row IDC bases qui sufficiunt valdeieiunium installation , deinstallation et servitium.Syntaxis flat cablesquae est 1mm in latitudine , non requirunt faciens totorum pro cables.

Pinnon.I.habet rectangulae figura in PCB et superaddita sagittam inposuit bases singulas supputatisoperire.

Paxillossunt numerati cum row prioritate:

_____________________________________________________________

|II IV VI VIII X XII XIV XVI XVIII XX XXII XXIV XXVI XXVIII XXX XXXII XXXIV XXXVI XXXVIII XL XLII XLIV XLVI XLVIIIL |

|I III V VII IX XI XIII XV XVII XIX XXI XXIII XXV XXVII XXIX XXXI XXXIII XXXV XXXVII XXXIX XLI XLIII XLV XLVIIXLIX |

| _ ^ _______________________________________________________ |

ADC– Analog/Digital Converter Inputs (ADC INPUTS) < 0 ; III , 3V>- Non annecto external potentiae (IDC - XX)

I- GND/Ground (0V)

II- GND/Ground (0V)

III- ADC IN II

IV- ADC IN X

V- ADC IN III

VI- ADC IN XI/digital input XII *

VII- ADC IN IV

VIII- ADC IN XII/digital input XI *

IX- ADC IN V

X- ADC IN XIII/digital input X *

XI- ADC IN VI

XII- ADC IN XIV/digital input IX *

XIII- ADC IN VII

XIV- ADC IN XV/digital input VIII *

XV- ADC IN VIII (optional temperies sensorem in ERM tabula seu externofronte panel)

XVI- ADC IN 0,

XVII- ADC IN IX (optional lux level sensorem (phototransistor +) on ERMtabula seu externo fronte panel)

XVIII- ADC IN I

XIX- VDD (III , 3V) – Requirit resistor in ERM tabula cohibentemcurrent/posse, temperies sensoriis (Resistor C OM)

XX- VDD (III , 3V)

*Communicatum cum Digital Inputs - non annecto pro ERM

DigitalINPUTS - (De/Off) annecto/DEJUGO in terram dedit (ne annecto ullaexternal potentiae) (IDC - XIV)

I- Gnd/Ground (0V)

II- Gnd/Ground (0V)

III- Digital potenti I

IV- Digital potenti II

V- Digital potenti III

VI- Digital potenti IV

VII- Digital potenti V

VIII- Digital potenti VI

IX- Digital potenti VII

X- Digital potenti VIII *

XI- Digital potenti IX *

XII- Digital potenti X *

XIII- Digital potenti XI *

XIV- Digital potenti XII *

*Communicatum cum Analog/digital converter inputs

DigitalOUTPUTS – programmable outputs cum CURSUS PUBLICI coegi (IDC - XL lubIDC - L)

I- VCCDRV – Clamping protectione diode VCCrelay (XII V)

II- VCCDRV - Clamping protectione diode VCCrelay (XII V)

III– Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA)non.I

IV- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.II

V- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.III

VI- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.IV

VII- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.V

VIII- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.VI

IX- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.VII

X- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.VIII

XI- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.IX

XII- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.X

XIII- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XI

XIV- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XII

XV- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XIII

XVI- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XIV

XVII- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XV

XVIII- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XVI

XIX- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XVII

XX- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XVIII

XXI- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XIX

XXII- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XX

XXIII- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXI

XXIV- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXII

XXV- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXIII

XXVI- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXIV

XXVII- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXV(Dedicated functiones)

XXVIII- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXVI(Dedicated functiones)

XXIX- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXVII(Dedicated functiones)

XXX- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXVIII(Dedicated functiones)

XXXI- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXIX(Dedicated functiones)

XXXII- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXX(Dedicated functiones)

XXXIII- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXXI(Dedicated functiones)

XXXIV- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXXII(Dedicated functiones)

XXXV- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXXIII(Dedicated functiones)

XXXVI- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXXIV(Dedicated functiones)

XXXVII- Digital Outputs pro directo coegi CURSUS PUBLICI inductor (12V/20mA) nullus.XXXV(Dedicated functiones)

XXXVIII- GND/Ground 0V (Alternative Grounding pro posse, moderatoremflat cable longitudine minus igitur 40cm)

XXXIX- GND/Ground 0V (Alternative Grounding pro posse, moderatoremflat cable longitudine minus igitur 40cm)

XL- GND/Ground 0V (Alternative Grounding pro posse, moderatoremflat cable longitudine minus igitur 40cm)

XLI- GND/Ground 0V (Alternative Grounding pro posse, moderatoremflat cable longitudine minus igitur 40cm)

XLII- GND/Ground 0V (Alternative Grounding pro posse, moderatoremflat cable longitudine minus igitur 40cm)

XLIII- GND/Ground 0V (Alternative Grounding pro posse, moderatoremflat cable longitudine minus igitur 40cm)

XLIV- GND/Ground 0V (Alternative Grounding pro posse, moderatoremflat cable longitudine minus igitur 40cm)

XLV- GND/Ground 0V (Alternative Grounding pro posse, moderatoremflat cable longitudine minus igitur 40cm)

XLVI- GND/Ground 0V (Alternative Grounding pro posse, moderatoremflat cable longitudine minus igitur 40cm)

XLVII- GND/Ground 0V (Alternative Grounding pro posse, moderatoremflat cable longitudine minus igitur 40cm)

XL- GND/Ground 0V (Alternative Grounding pro posse, moderatoremflat cable longitudine minus igitur 40cm)

XLIX- XII V potentia supplementum, controller (Alternative pro posse,Moderatorem flat cable longitudine minus igitur 100cm)

L- XII V potentia supplementum, controller (Alternative pro posse,Moderatorem flat cable longitudine minus igitur 100cm)

POTENTIADC XII V (III - ACUS CAVUM)

I- GND/Ground/0V

II- GND/Ground/0V

III– Potentia copia XII V/0.5A (potenti) UPS

FRONSABAX – Extensionem panel nervum (IDC - XVI) - solum pro eHousesystem modulorum nexu

I- XII VDC potentia copia (potenti/output max 100mA) *

II- XII VDC potentia copia (potenti/output max 100mA) *

III– Digital output non.XXXIV (nullo auriga)

IV- VCC III.3V potentia copia (interno stabilitorque output pro posse,panel)

V- IR IN (INFRA Rubrum sensorem input – pro connexionem IR receptorem expanel)

VI- ADC IN VIII (optional temperies sensorem in ERM tabula seu externofronte panel)

VII- TX1 (RS232 TTL transmittere) vel alia regis munia panel

VIII- RX1 (RS232 TTL accipere) vel alia regis munia panel

IX- ADC IN IX (optional lux level sensorem (phototransistor +) on ERMtabula seu externo fronte panel)

X- PWM I (PWM obscurius I vel (Red pro RGB) TTL – sine potentiaagitator) III.3V/10mA (nam directam coegi DUXERIT poténtiæ Driver opto - isolator)

XI- PWM II (PWM obscurius II vel (Gren pro RGB) TTL – sine potentiaagitator) III.3V/10mA (nam directam coegi DUXERIT poténtiæ Driver opto - isolator)

XII- PWM III (PWM obscurius III aut (Puteulanus pro RGB) TTL – sine potentiaagitator) III.3V/10mA (nam directam coegi DUXERIT poténtiæ Driver opto - isolator)

XIII- IR FORIS – Ultrarubrum transfusor output (nam IR transfusor +resistor 12V/100mA)

XIV- PROPAGO – Controller Reset, (cum abbreviare ad GND)

XV- GND/Ground/0V *

XVI- GND/Ground/0V *

*pro posse, EthernetRoomManager a Front Panel (DEJUGO aliispotentia copia iunctio (XII VDC) et stabiliendae valde bona grounding desingulis adinventiones praesertim Ethernet iter itineris

ETHERNET- RJ45 bases singulas supputatis - LAN (10MBs)

vexillumLAN nervum rj45 cum UTP - VIII cable.

LUX– Lux sensorem (II pin) – optional lux level sensoremalternando cum externis Front Panel

I- GND/Ground/0V

II– Photo Transistor + (aut alia lux sensitiva sensorem PhotoDiode , Photo Resistor) ADC IN IX (optional sensorem in ERM tabula autexternal Front Panel)

Tempero– Temperature sensorem (III pin) – optional temperiessensorem alternando cum externis Front Panel (MCP9701 , MCP9700)

I- III , 3V temperies sensorem potentia copia

II- ADC IN VIII (optional temperies sensorem in ERM tabula seu externoFront Panel)

III- GND/Ground/0V

DIMMERS- outputs PWM (V pin) pro directo coegi opto - copulat (III.3V/10mA) ofPotentia Coegi

I- PWM I (PWM obscurius non.I aut Rubrum pro RGB dimmers in TTL vexillum)III.3V/10mA (nam directam transmittentes diode of opto - isolator- ANODE)

II- PWM II (PWM obscurius non.II aut Gren pro RGB dimmers in TTL vexillum)III.3V/10mA (nam directam transmittentes diode of opto - isolator- ANODE)

III- PWM III (PWM obscurius non.III aut Puteulanus pro RGB dimmers in TTL vexillum)III.3V/10mA (nam directam transmittentes diode of opto - isolator- ANODE)

IV- GND/Ground/0V - Cathodes prodendae diodes deoptoisolators nam virtus coegi *

V- XII VDC potentia copia (potenti/output 100mA) *

*Posse, EthernetRoomManager a obscurius potentia Coegi (EXSEROalia potestas copia iunctio (XII VDC) persuadeas valde bona grounding desingulis adinventiones praesertim cum Ethernet iter itineris.

LAXAMENTUMSlote – Non annecto adinventiones

III.II .EthernetHeatManager - PRAEFURNIUM Room Centralis et Heat controller

EthernetHeatManagerest per se continetur controller ut curo:

• omnescontentis PRAEFURNIUM cella ,

• centralcalor system ,

• VENTILATIO ,

• RECUPERATIOaer pertractatio systemata.

INVENTUMpotest refrenare persenilis calefactio et refrigerante installation etuna cum usu liberi et chip virtute eorum principia serio reducitcosts calefaciendi et refrigerandum , quae faciunt possibile refundere costagiisinstallation in I - III annis.

Duemaximos functionality EthernetHeatManager potest adoptare ad aliquodmaximos functionality EthernetHeatManager potest adoptare ad aliquod.

Mainsunt functiones:

• PRAEFURNIUM(Violentiam tale) SED/off Control , disable fuel copia coegi , disable potentia ,dominari fuel auxilium ab eHouse.

• Ignium Festorumcum aqua Jacket et/vel Hot Air Distribution (HAD) system , aquasentines , auxiliaris fans , HAD CERAULA control ,

• VENTILATIOet RECUPERATIO suscipio pro AMALVA REGO HV400 aut compatitur C1controller (proficiebat imperium super aedificaret in RS232 interface) ,

• Groundcalor commutationem (GHE) fan ,

• AquaCalefacientis/frigidior Thracam Pump pro VENTILATIO ,

• Auxiliarisfan imperium RECUPERATIO sustentationem ,

• Basiccontrol de aliis recuperatorem type (De/OFF Mobilitate I , Celeritate II , Celeritate IIIbypass calor exchanger , auxiliaris fans , aqua frigidior Thracam , calefacientis , GHE ,aer deriver.

• Continereservomotor Air Deriver/GHE.

• Aquacalefacientis (nam calefactio aëri inflato usque ad discubitus , tempero electrica arborvias cutout pro adjusting aeris temperies).

• Hotaqua quiddam procuratio pro central calefactio, et aqua calidainstallation , Indicator calidae level ,

• SolaremSystem (moderantum aqua laoreet mollis) ,

• Turbato per metumIndicatores super temperies: PRAEFURNIUM , pyram , Solaris systematis.

MODERATORmensura et controlling sequenti temperaturis:

• AquaJacket de pyram (I) - pro laoreet mollis control ,

• AquaJacket de pyram (II) (tergum sursum sensorem) ,

• Ignium Festorumconvection (calidum aerem temperies pro HAD ratio) ,

• PRAEFURNIUMaqua Jacket (nam laoreet mollis Imperium) ,

• Hotaqua quiddam capitis (XC % altitudinis) ,

• Hotaqua quiddam medium (L % altitudinis) ,

• Hotaqua quiddam fundo (X % altitudinis) ,

• Aquain solare systema (nam laoreet mollis Imperium) ,

• AirDeriver exterior aer temperies pro VENTILATIO ,

• GHEaeris temperies pro VENTILATIO ,

• SuppleAeris pro recuperatorem temperies (Clean) ,

• DEFETIGOaer ex domus temperies (IMBUBINO) ,

• Recuperatoremoutput aeris temperies - frusta receptacula (Clean) ,

• Hotaer post aqua calefacientis pro controlling electrica tribus modis cutoutquia siccus adjustments ,

III.II.I.EthernetHeatManager Outputs.

IIIREPRAESENTO - Status pyram (pro statum lucerna) viridi/Yellow/Rubrum

Lucernasiunctura Dependet temperaturis aquae Jacket et convection.

Tjacket- mensus aqua Jacket temperies (duplicetur)

Tconv -mensus convection temperies supra pyram

Omnesverto off - Tconv <“ Conv.Off ” * , etTjacket <“ Red ” *.

ViridiTwynglinge - Inanis pyram aut arescet(Tjacket <“ Viridis ” *) Et (“ Conv.Off ” * <Tconv <“ Conv.Sc ” *)

Viridicontinua - “ Viridis ” * < Tjacket <“ Yellow ” * - “ Margin ” *

Viridiet Yellow - “ Yellow ” * - “ Margin ”* < Tjacket <“ Yellow ” * + “ Margin ” *

Yellow - “ Yellow ” * + “ Margin ”* < Tjacket <“ Red ” * - “ Margin ” *

Yellowet Red - “ Red ” * - “ Margin ”* < Tjacket <“ Red ” * + “ Margin ” *

Red - “ Red ” * +“ Margin ” * < Tjacket <“ Turbato per metum ” *

RedTwynglinge - Tjacket> = “ Turbato per metum ” *

Ignium FestorumAqua Pump (inter pyram aqua Jacket, et aqua calida quiddam).

Tjacket= Average (T Jacket I et T Jacket II) mensus

Tconv= Dimensique convection temperies supra pyram

Tjacket>“ Ignium Festorum Pump ” * Et Tconv>“ Conv.off ”* (Pyram est calefaciens) (Pump sc)

Tjacket<“ Ignium Festorum Pump ” * - “ Margin ” *(Pump Off)

PRAEFURNIUMAqua Pump (inter PRAEFURNIUM aqua Jacket, et aqua calida quiddam)

Tboiler>” PRAEFURNIUMPump ” * (Pump sc)

Tboiler <” PRAEFURNIUMPump ” * - “ Margin ” * (Pump Off)

PRAEFURNIUMSED/OFF regulatae per Temperature ex aqua calida quiddam.

Tbm- Mensus temperies quiddam medium

Tbm>“ Min T ” * (PRAEFURNIUM OFF)

Tbm<“ Min T ” * - “ Margin ” * Et solaris offpyram off (PRAEFURNIUM SED)

Recuperatorem(VENTILATIO SED/OFF).

COLOR- mensurata per sensorem pro Central CALEFACTIO Internum Room Temperature

COLOR>“ T postulatarum ” * (CALEFACTIO Modus - Saevire OFFmanual, plena auto modus) ,

COLOR<“ T postulatarum ” * - “ Margin ” * (CALEFACTIOModus - Erumpo SED manual, plena auto modus) ,

COLOR>“ T postulatarum ” * (Refrigerant Modus - Erumpo SED manual, plena auto modus) ,

COLOR<“ T postulatarum ” * - “ Margin ” * (RefrigerantModus - Saevire OFF manual, plena auto modus).

Recuperatorem(Level I/Level II/Level III).

DESPENSATIOVENTILATIO Level manually aut ex Scheduler.

AquaCalefacientis Pump (inter quiddam et calefacientis).

COLOR- mensurata per sensorem pro Central CALEFACTIO Internum Room Temperature

COLOR< T postulatarum * - Margin * (CALEFACTIO modus - Sentines SED)

COLOR> T postulatarum * (Pump OFF)

(*)Aqua calefacientis/frigidior Thracam Pump pro GHE.

Sentinesconversus est, dum VENTILATIO , RECUPERATIO via GHE currit etadditional inveniantur condiciones quae:

• Manualmodus (“ Frigidior Thracam/calefacientis ” * Optionem positus est activaprogramma HeatManager.

• FullAuto modus automatice eligitur si indigebat aut adipisci inerat industriasavings.

• ABSOLUTUSVENTILATIO automatice eligitur si indigebat aut adipisci inerat industriasavings.

Tresvias cutout control (+) (inter Hot Aqua quiddam et aqua calefacientis).

Theat- Mensus temperies Air post Aqua calefacientis.

Theat>“ T calefacientis ” * (Off)

Theat<” T calefacientis ” * - ” Margin ” * (Temporariade aliis) durante VENTILATIO calefaciendo modus.

Tresvias cutout control ( - ) (Inter Hot Aqua quiddam et aqua calefacientis).

Theat- Mensus temperies Air post Aqua calefacientis.

Theat>“ T calefacientis ” * (Temporaria de aliis) duranteVENTILATIO calefaciendo modus.

Theat<“ T calefacientis ” * - “ T Hist ” * (OFF)

Praecipuaapproximationem algorithm erat implemented dominandi motus temporeelectrica cutout ut custodiant calefacientis temperies in desideravit level pendentesin aqua calida quiddam temperies , Delta caliditas, et sic in.

SolaremSystem Aqua Pump (inter solare systema, et aqua calida quiddam).

TSolarem (secundum)>” T Solarem ” * (SED) ,

TSolarem (secundum) <” T Solarem ” * - ” Margin ” * (OFF) ,

PRAEFURNIUMPotentia (De/Off).

Canadhibeantur conversus potestatem PRAEFURNIUM in aestate , etc.

PRAEFURNIUMdisabling fuel copia coegi (De/Off).

Fuelcopia coegi potest exterius tardaverat HeatManager e.g.pro micoomnem ex fuel in PRAEFURNIUM igne mitte.Praesertim pro solidum fuelsagitet.

EXPLODOfuel copia coegi (De/Off).

Fuelcopia coegi potest exterius overriden a HeatManager e.g.pro onerefuel primo tempore vel post mico ex.Praesertim pro solidum fuelsagitet.

Ignium FestorumHot Air Distribution CERAULA (HAD System)

Tconv= Mensus temperies valorem convection supra pyram.

Tconv>“ Conv.Sc ” * (De) ,

Tconv<“ Conv.Off ” * (Off) .

HotAqua quiddam status.

Tbd ,Tbm , Tbt - Mensus temperaturis of quiddam respective (descendit , medius ,vertice).

Tbd>“ T quiddam min ” * (Continua luminatione)

Taverage quiddam> C % Brevi tempore off conferendo tempore super.

Taverage quiddam < C % Proportionalis ad off tempus.

TIME_ON0.II sec et TIME_OFF (Tbt + Tbm)/II inferior tunc XLV C - non sufficitpro calefactio aqua.

TIME_ON= TIME_OFF 0,.II sec (Tbt) <” T calefacientis ” * V C nonsufficiens caliditas, quia calefactio (water calefacientis copia).

PRAEFURNIUMTurbato per metum.

TPRAEFURNIUM mensus>” T terror ” * (De)

TPRAEFURNIUM mensus <” T terror ” * (Off)

*uti nominando a “ eHouse.exe ” application parametris.

III.II.II.EthernetHeatManager Events.

EthernetHeatManagerest dedicata, moderatorem calefactio , refrigerandum , VENTILATIO operantem inplures modos.In aliis ut perficio plenus functionality cum minimal humanainteraction , dedicavit paro of eventus definitum est , ad faciendum omne suumfunctiones.Potest currere manually aut ex proficiebat Scheduler (CCXLVIIIpositionum) aedificaret in EthernetHeatManager sicut in aliis cogitationibus eHousesystem.

Eventsde EthernetHeatManager:

• PRAEFURNIUMSc (Manual PRAEFURNIUM sc - Calor parametris adhuc monitored , sicsi nulla est consuetudinis PRAEFURNIUM erit verto off paulo) ,

• PRAEFURNIUMOff (Manual PRAEFURNIUM Off - Calor parametris adhuc monitored ,si opus fuerit consuetudine verto PRAEFURNIUMpaulo) ,

• DisableFuel Supple coegi (Nam solidum fuel boilers) ,

• EnableFuel Supple coegi ( - - - - - - - - - - - - - - | | - - - - - - - - - - - - - - - - - - - ) ,

• EXPLODOFuel Supple coegi SED ( - - - - - - - - - - - - - - | | - - - - - - - - - - - - - - - - - - - ) ,

• EXPLODOFuel Supple ABIGO ( - - - - - - - - - - - - - - | | - - - - - - - - - - - - - - - - - - - ) ,

• VENTILATIOSED (VENTILATIO , Recuperatorem SED) ,

• VENTILATIOOFF (Verto off VENTILATIO , Recuperatorem , et omnes auxiliarisadinventionum) ,

• CALEFACTIOMax (Statuens in max temperies electrica tribus modiscutout pro aquae calefacientis) ,

• CALEFACTIOMin (Statuens in min temperies electrica tribus modiscutout pro aquae calefacientis et converte detergebat laoreet mollis) ,

• CALEFACTIO+ (Manual crescens positio tripliciter cutout pro aquaecalefacientis) ,

• CALEFACTIO - (Manual decrescebant positio tripliciter cutout pro aquaecalefacientis) ,

• Convertiminiin PRAEFURNIUM Pump (Manual volvitur in laoreet mollis enim PRAEFURNIUM enim a dum) ,

• Convertiminioff PRAEFURNIUM Pump (Manual verto off laoreet mollis enim PRAEFURNIUM) ,

• Convertiminiin Ignium Festorum Pump (Manual volvitur in laoreet mollis enim pyram enim a dum) ,

• Convertiminioff pyram laoreet mollis (Manual verto off laoreet mollis enim pyram) ,

• CalefacientisPump SED (Manual conversio in laoreet mollis enim calefacientis) ,

• CalefacientisSentines OFF (Manual verto off laoreet mollis enim calefacientis) ,

• ResetTurbato per metum PRAEFURNIUM MULTATIO (Reset Turbato per metum occurro pro ritus of PRAEFURNIUMab ultimo expurget) ,

• ResetTurbato per metum Loading (Reset Turbato per metum occurro pro ritus of PRAEFURNIUM aultimum fuel loading) ,

• Convertiminiin PRAEFURNIUM potentia Supple (Manual invicem PRAEFURNIUM potentia Supple) ,

• Convertiminioff PRAEFURNIUM potentia Supple (Manual verto off PRAEFURNIUM potentia Supple) ,

• PWMI * + (Crescite, aequabis PWM I output) ,

• PWMII * + (Crescite, aequabis PWM II output) ,

• PWMIII * + (Crescite, aequabis PWM III output) ,

• PWMI * - (Minui aequabis PWM I output) ,

• PWMII * - (Minui aequabis PWM II output) ,

• PWMIII * - (Minui aequabis PWM III output) ,

• Faciteprogressio mutatio (max XXIV , omnes parametri HeatManager modum ettemperies campester , potest programmed individualiter in singulisprogressio).

*PWM potest refrenare additional fans DC aut aliis machinulis regulatae per(Legumina width modulantur input).Additional potentia auriga requiriturcum opto - sequestrationis.

DedicatedRecuperatorem Events (AMALVA REGO - CD) vel (*)

• RecuperatoremDesine (*) (Off) ,

• RecuperatoremIncipit (*) (de) ,

• RecuperatoremAestate (*) (Disable Heat Exchange) ,

• RecuperatoremHiems (*) (Enable Heat Exchange) ,

• RecuperatoremAuto (Automatic modus recuperatorem - usura interno occasuset Scheduler de recuperatorem) ,

• RecuperatoremManual (Manual modus - Recuperatorem controlatae exterius per HeatManager ) ,

• RecuperatoremT.Internum XV C (T petitur camera pro installed additionaltemperies sensorem ad recuperatorem) ,

• RecuperatoremT.Internum XVI C ,

• RecuperatoremT.Internum XVII C ,

• RecuperatoremT.Internum XVIII C ,

• RecuperatoremT.Internum XIX C ,

• RecuperatoremT.Internum XX C ,

• RecuperatoremT.Internum XXI C ,

• RecuperatoremT.Internum XXII C ,

• RecuperatoremT.Internum XXIII C ,

• RecuperatoremT.Internum XXIV C ,

• RecuperatoremT.Internum XXV C ,

• RecuperatoremLevel I (*) (minimal) ,

• RecuperatoremLevel II (*) (Medius) ,

• RecuperatoremLevel III (*) (maxima) ,

• Recuperatorem0 gradus () (off) ,

• RecuperatoremT.Out 0 C (Statuens in temperie frusta Conclavia quae eritregulatae per conversus in quod off interno Rotor Heat Exchangeret interna Electric calefacientis si wasn't disabled autdisiungitur)

• RecuperatoremT.Out I C ,

• RecuperatoremT.Out II C ,

• RecuperatoremT.Out III C ,

• RecuperatoremT.Out IV C ,

• RecuperatoremT.Out V C ,

• RecuperatoremT.Out VI C ,

• RecuperatoremT.Out VII C ,

• RecuperatoremT.Out VIII C ,

• RecuperatoremT.Out IX C ,

• RecuperatoremT.Out X C ,

• RecuperatoremT.Out XI C ,

• RecuperatoremT.Out XII C ,

• RecuperatoremT.Out XIII C ,

• RecuperatoremT.Out XIV C ,

• RecuperatoremT.Out XV C ,

• RecuperatoremT.Out XVI C ,

• RecuperatoremT.Out XVII C ,

• RecuperatoremT.Out XVIII C ,

• RecuperatoremT.Out XIX C ,

• RecuperatoremT.Out XX C ,

• RecuperatoremT.Out XXI C ,

• RecuperatoremT.Out XXII C ,

• RecuperatoremT.Out XXIII C ,

• RecuperatoremT.Out XXIV C ,

• RecuperatoremT.Out XXV C ,

• RecuperatoremT.Out XXVI C ,

• RecuperatoremT.Out XXVII C ,

• RecuperatoremT.Out XXVIII C ,

• RecuperatoremT.Out XXIX C ,

• RecuperatoremT.Out XXX C.

(*)Directo moderamine recuperatorem may postulo intercessiones in internasambitum recuperatorem (directam connexionem ad fans , bypass , MaturateTrafo , etc.

iSyscum iste modus non competit quae in injuriasoperis.

RecuperatoremAmalva postulo cable nexu HeatManager extensionem socors (UART2)ad serial portum aedificavit - in in REGO tabula.

Propriogrounding oportet creari pro utriusque adinventiones protectione.

EthernetHeatManagerfulcit XXIV progressio pro incomitata opus.Singulis progressio consistittemperies campester , VENTILATIO , RECUPERATIO modos .EthernetHeatManager automatically adjust calefaciendi et VENTILATIOparametris obtinere desideravit temperies in plerisque oeconomicae via.Omnespumps ipso facto sunt verto in/off magna programed campester oftemperaturis.

Programspotest currere manually a “ eHouse ” application vel runautomatically a proficiebat Scheduler admissa quidem temporum , mensis ,tempus , etc adjustments pro controlling central calefactio ratio quodVENTILATIO.

III.II.III.VENTILATIO , RECUPERATIO , calefactio ,refrigerationem modos.

HotAir Distribution a pyram (HAD) - Est verto in automaticallyrefrigerationem caloris et independenter ab aliis conditionibus , sipyram est calefaciendi et hanc optionem est activum pro current programmaHeatManager.

ManualModus - Singulis parametris: VENTILATIO , RECUPERATIO , calefactio ,refrigerandum , sunt Morbi id dictum manually in progressio occasus (VENTILATIO level ,refrigerandum , calefactio , recuperatorem calor exchanger , terram calor exchanger ,temperies calefactio , temperies rogatur.

Incasu lineatur interno cella temperies durante calefactio -VENTILATIO , calefactio RECUPERATIO , et auxiliares functio retardatiresumere quando interior cella temperies stillæ infra valorem “ Tquaesito ” * - “ Margin ” *.

FullAuto Modus - Requiritur campester of VENTILATIO et calefacientis temperaturissunt Morbi id dictum in progressio occasus.Omnibus aliis occasus adaptanturautomatically ad retinendam postulavit temperies in cella , per calefactionemneque frigefaciendo sentiunt.Durante calefactio , HeatManager servat calefacientis temperies inprogrammed level , adjusting electrica tribus modis cutout.HeatManagerservatque inquisita attigi, cum ad infimum sumptibus usus navitas ,automatically switching in quod off auxiliaris adinventiones sicut fans , humuscalor exchanger , frigidior Thracam , calefacientis.In casu lineatur rogaturtemperies VENTILATIO , calefactio et omnes auxiliaris adinventiones sistit .VENTILATIO , RECUPERATIO , calefactio instauratur quando interior cellatemperies stillæ infra “ T quaesito ” * - “ Margin ”*.

Inrefrigerandum modus in casu stilla interno cella temperies infra “ Tquaesito ” * - “ Margin ” * VENTILATIO ,RECUPERATIO , refrigerationem et auxiliares adinventiones obturatio tam.Eorum suntresumitur quando temperies lineatur “ T quaesito ” * Valorem.

ABSOLUTUSVENTILATIO Modus. Sine condicione VENTILATIO modus sumitur formaplenus auto modus - cum interrumptum VENTILATIO et RECUPERATIO .VENTILATIO , RECUPERATIO operatur omnia tempus tuendasque internocella temperies in desideravit level.In casu interno cellatemperies lineatur durante calefactio modus , aut stillabunt infra duranterefrigerationem modus calefacientis , frigidior Thracam , VENTILATIO , auxiliaris adinventiones sunt positaad navitas saving modus , et VENTILATIO ictibus mundatis aer cum optimaltemperies proxime aequalis T postulavit in cubiculo.Externumtemperaturis considerantur , ut augeat efficientiam system.

HeatManagerModule paxillos location.

COPULATRIXJ4 - Analog inputs (IDC - XX) pro directam temperies sensoriis(LM335)

SensoremPin J4 Description temperies sensorem

Ground- GND (0V) I Commune pin pro connectens omnes LM335temperies sensoriis

Ground- GND (0V) II Commune pin pro connectens omnes LM335temperies sensoriis

ADC_Buffer_Middle III L %altitudo ex aqua calida quiddam (nam moderantum calefactio processus)

ADC_External_N IV ExternumNorth Temperature.

ADC_External_S V ExternumSouth Temperature.

ADC_Solar VI Solaremsystem (punctum supremum).

ADC_Buffer_TopVII XC % altitudo ex aqua calida quiddam (nam moderantum calefactio processus).

ADC_Boiler VIII AquaJacket de PRAEFURNIUM - output fistula (nam controlling PRAEFURNIUM laoreet mollis).

ADC_GHE IX GroundCalor Exchanger (Controlat GHE in Plenus Auto

autsine condicione VENTILATIO modos)

ADC_Buffer_Bottom X X %altitudo ex aqua calida quiddam (nam moderantum calefactio processus)

ADC_Bonfire_Jacket XI AquaJacket de pyram I (potest esse output fistula)

ADC_Recu_Input XII recuperatoreminput aere puro

ADC_Bonfire_ConvectionXIII Supra pyram (pauci cm a fumario fistula)

(Usedpro Hot Air Distribution et pyram competit)

ADC_Recu_Out XIV recuperatoremForis (praebendorum domus in clara aeris)

ADC_Bonfire_JacketII XV Aqua Jacket de pyram II (potest esse output fistula)

ADC_Heater XVI Locatedcirca I metrum in aere post Aqua calefacientis (nam adjusting calefacientis

attigi, cum electrica tribus modis cutout)

ADC_Internal XVII intestinae,Room temperies pro reference (frigidissimis cella)

ADC_Recu_Exhaust XVIII Airexhaustis de domo (locus in aere spiraculo ductusaccessorius)

VCC(V V - confirmatae) XIX VCC (output V V a nauigiis in stabilitorque) proposse, Analog

sensoriis(Ne annecto)

VCC(V V - confirmatae) XX VCC (output V V a nauigiis in stabilitorque) proposse, Analog

sensoriis(Ne annecto)

COPULATRIXJ5 - Outputs de HeatManager (IDC - XL , L)

REPRAESENTONominare FORIS NR Description

Nr Pin

Nullam J5

Bonfire_Pump I III Ignium Festorumaqua laoreet mollis nexu

Heating_plus IIIV electrica tribus modis cutout control + (crescens tempero)

Heating_minus IIIV electrica tribus modis cutout control - (Decrescebant tempero)

Boiler_Power IV VI Tractumde PRAEFURNIUM potentia copia

Fuel_supply_Control_Enable V VII Disablefuel copia coegi

Heater_Pump VI VIII Aquacalefacientis laoreet mollis nexu

Fuel_supply_Override VII IX SUMMUSimperium of fuel copia coegi

Boiler_Pump VIII X PRAEFURNIUMaqua laoreet mollis

FAN_HAD IX XI Hotaer distributio ex pyram (fan connexionem)

FAN_AUX_RecuX XII Additional auxiliaris fan pro recuperatorem (ut augeatefficientiam VENTILATIO)

FAN_Bonfire XI XIII auxiliarisfan pro pyram (si gravitatis siccitatis non est sufficiens)

Bypass_HE_Yes XII XIV recuperatoremcalor exchanger off (vel bypassed positio servomotor)

Recu_Power_On XIII XV recuperatorempotestatem in pro directo moderamine recuperatorem.

Cooler_Heater_Pump XIV XVI Aquacalefacientis/frigidior Thracam laoreet mollis nexu VENTILATIO via

humuscalor exchanger.

FAN_GHE XV XVII auxiliarisfan augmentationis et aer flow via humus calor exchanger.

Boiler_On XVI XVIII ToPRAEFURNIUM controlling input (in/off).

Solar_Pump XVII XIX Solaremsystem aqua laoreet mollis.

Bypass_HE_No XVIII XX recuperatoremcalor exchanger in (necne bypassed positio servomotor).

Servomotor_Recu_GHE XIX XXI Airpro VENTILATIO auferetur ab humus calor exchanger.

Servomotor_Recu_Deriver XX XXII Airpro VENTILATIO auferetur ab deriver.

WENT_Fan_GHE XXI XXIII auxiliarisfan pro humus calor exchanger II.

III.III.Nullam Module.

CURSUS PUBLICIModule enables directam switch super/off exsecutiva adinventiones cum aedificaret intransmitttit (cum contactus 230V/10a).Inductiva onere can't coniuncta essecontactibus nisi low potentia pumps , fans.Maximalia amount of installedtransmitttit est XXXV.Finalis comitis Dependet module type.

Controller Usedcomes transmitttit

EthernetHeatManager XXIV - XXXV

EthernetRoomManager XXIV - XXXV

CommManager XXXV* II

TransmitttitModule enables facilis installation of eHouse potentia buses.Potentia bus(III * II.5mm2 electrica cable) est ironed ad module pro limitationemcontact resistentia et demonstrant diuturna et propriam operationemsystem.Alioquin voltage guttae , potest causare cohibentem potentiam effectivamcopia et insufficiens valorem ut switch transmitttit praesertim post paucosannos laborantes,.

230Vcables debet ironed directe ad PCB (to contactus transmitttit) inordinem certificare diuturna et proprium officium system , liber ascintillans , brevis resistentia contactibus.In casu lifeiunctio scintillans et magnam, contactum resistentia potuit causareardens semitas in module , shortcuts et permanens system dampna.Omnesironed cables oportet habere 50cm parce longitudinis ad enable facilis servitiummodule et mutato CURSUS PUBLICI in casu malfunction.

TransmitttitModule ut capiat optional potentia coegi of PWM (Arteriam WidthModulantur) Dimmers (usque ad III) , Supplevimus ex XII V ad 15V DC etminimal potentia 50W per output.Id adhiberi possit, pro fluente dimming delux DC (Direct current).Solum 30W lucerna potest esse adiunctum caelibiobscurius output.Assecurando bonum VENTILATIO de module est musti.In casude non sufficit VENTILATIO , fan debet installed, ad vim aerfluere.

Hocconstructio obscurius permittit vitando sterilitátem fulguris__lucem et humilisquae apparet in triac aut thyristor dimmers sub 230V/AC.

Coegide dimmers potest nisi iunctus ut lucérnæ, neque LEDs.Other applicationpotest causare permanentem dampnum systema extendi ignis.

Eamest praesertim de ad inductiva vehes e.g.motoribus , excelsum potentiafans.

CURSUS PUBLICImodulorum potest suffectos uno transmitttit pro switch - tabulainstallation.Haec solutio est magis carus tamen pluscomfortable in casu mutatio confractum CURSUS PUBLICI.

III.IV.CommManager - Integrata communicatiomodule , GSM , securitatem system , primis ingenti aequanda cylindro procurator , eHouse I server.

CommManagerest sui continetur securitatem ratio per GSM (SMS) notificationis etcontrolare.Is quoque continet ædificavit - in Rollerus Procurator. CommManagercontinet GSM module pro directo moderamine via SMS , Aliquam.Superadditacontinet Ethernet interface pro directo TCP/IP control (super LAN ,WiFi aut LURIDUS).Hoc possunt multi - canalis independens communicatiomagna enim domo subsystem - Security System.

GSM/SMSnon est obnoxium in sabotage eg.secans telephone lineas dialer promagna Disposi.GSM signum multo est durius perturbare tuncmagna radio - lineas , opus in amateur frequentiis facilepervertitis magnis potentia transmitters verto in durante infractionem.

III.IV.I.Main features of CommManager

• Selfcontinetur securitatem ratio per GSM/SMS notificationes , controlataeextra magna zone , administrandi per SMS , Aliquam , Ethernet ,

• Permittitconnexionem terror sensoriis (usque ad XLVIII sine extensione module , usque adXCVI cum extensione module ,

• Incorporataedificaret in primis ingenti aequanda cylindro , portas , umbra awnings , ostia agit controller maxXXXV (XXVII *) independens primis ingenti aequanda cylindro servomotors sine extensione module ,et usque ad LVI cum extensione module.Singulis primis ingenti aequanda cylindro fabrica regitura II lineas et opera in Somfy normam default.Veldirige servomotor coegi (continens plenus protectiones) potest essecontrolatae.

• ContinetRS485 interface pro directam connexionem ad eHouse I notitia bus vel aliisDisposi.

• IncorporatEthernet interface pro directo moderamine (super LAN , WiFi , LURIDUS).

• ContinetGSM module Quisque system notificationis et controlling systemvia SMS.

• IncorporatAliquam Client POP3 (super GSM/GPRS SOLARIUM ascendit network) , pro controllingsystem via Aliquam.

• Facerenon requirunt solus stare vincula ad interrete et operatur, quocumquesufficiens GSM/GPRS signum level.

• Enablesdirige connexio Turbato per metum Horn , Turbato per metum Lucerna , Turbato per metum Crasfabrica.

• Permittitprogrammable scutulis , portas , ostia operantes parametris: control tempus ,motum plenum tempus (maximalia omnium scutulis) , mora tempus (namdirectionis mutationem).

• Enablesalternative usu outputs sicut unum , vexillum (compatiturRoomManager) , si scutulis system non requiruntur.

• ContinetRTC (reale tempus, Clock) pro adinventiones synchronization et validaScheduler usu.

• ContinetProvectus Scheduler frequens , automatic , servitium , incomitata ,programmed in tempore eventus exsecutionem ,

• IncorporatTCP/IP server pro moderantum ratio per V adjutrice iunctioaccipitur.Iunctio est, paria habet prioritas et enables: reportántesutique a TCP/IP adinventiones morigeratus ad eHouse system , continuatransmittentes non ligna PC system , mittens eHouse I adinventiones status adTCP/IP panels vigilantia status et visualization Disposi ,assequi perlucidum TCP/IP ad RS CDLXXXV interface , pro oneratisqueconfiguration et seria forsit deprehensio.

• ContinetTCP/IP client controlare EthernetHouse (eHouse II) adinventiones directevia TCP/IP network.

• Serverscliente, ac utitur securus logging et authenticas declarandas inter TCP/IPeHouse system adinventiones.

• EnableseHouse I system adinventiones control et distribuens notitia inter eos.

• Enablesstatuentes requiritur logging level (informationes , monitionem , errores) proabsolvendis ullus problems in systemate.

• Continetsoftware et hardware WDT (Vigilate Dog Timer) ad reset fabrica in casude suspendat , aut gravibus erroribus.

• ContinetIII coetibus SMS notificatio a Security System:

I)Mutare Zonam notificatio group ,

II)Active sensorem notificatio group ,

III)Turbato per metum Deactivation notificatio group.

• QuilibetTurbato per metum signum leo potest esse singillatim programmed (Turbato per metum cornu ,Monitum lux , magna , EarlyWarning).

• Fulcit XXIsecuritatem zonas.

• FulcitIV level larva singillatim definitur pro singulis activated Turbato per metum sensoremet singula securitatem zone.

I)Turbato per metum Horn verto in (A) ,

II)Turbato per metum Lumen invicem (W) ,

III)Vigilantia output invicem (M) ,

IV)Duc eventus associatur Turbato per metum sensorem (E).

• ContinetXVI alveo Analog ad Digital Converter (resolutio 10b) promensurae Analog significationibus (voltage , Temperature , lux , ventus potentia ,humiditas valorem , Sabotage Turbato per metum sensoriis.Duo limen definiunturMin et Max.Transgressus haec limina per sensorem pro singulis canalis canlaunch eHouse eventus eam assignetur sibi).Limina es uniquedefinitur in singulis ADC Progressio ad retinendam automatic adjustments etregulandam.ADC continet (potest enabled) XVI outputs pro directocontrol per ACD sine eventus assignari limen.

• CommManagercontinet XXIV ADC progressio pro individuum limina definitiones prosingulis canalis.

• CommManagercontinet XXIV Cylindris Program Definition (quisque scutulis , portas , ostiatempero simul cum securitate zone Selectionem).

• ContinetL positio queue rerum ad currendam localiter vel mittere ad aliis machinulis.

III.IV.II.CommManager Description

GSM/ GPRS Module.

CommManager(CM), contineant ædificavit in GSM/GPRS module enabling wireless remotaimperium of eHouse I aut EthernetHouse system via SMS finis Aliquamreceptionem.E - Mail client confirmat cyclic tenendo de POP3 stipes officiuminitiavit eHouse system usura GSM/GPRS horologio Ahaz - ascendit servitium .Control range est practically incircumscripti et, potest fieri ex aliquo locoubi est sufficiens GSM signum level.

Hocsolutio enables securus imperium of eHouse system et recipientinotificatio de securitate system.Dedicated link to interrete ,telephonium lineas non requiruntur est et difficilis acquiritur in novum Aedificavitdomos , praesertim longe ab urbe.

Securityest multo maior debetur wireless nexu et non est possibilitasad damnum aut sabotage nectunt (ut pro telephones , dialers , interreteobvius , etc).Dampna communicationis lineas potest esse fortuitae (ventus ,tempestas conditio , furti) seu propositi (sabotage ut disable Controlatsystematis , et notificatio securitatis ratio ut vigilantia ,securitatem propellente , vigilum , patri familias.

Emendandocarminum potest multum temporis , quae facit securitatem system multo magisvulnerable oppugnationibus quod disable mittens notificationes cuiquamcirca ortum in.Cras radio - lineas officina in amateur frequentiiset specialioribus fures conturbabit eos in potentiortransmitters durante infractionem , ad lucrandum additional tempus.GSM multo estdifficilis magis ad disable et facit installation longe a civitatibus ,practically aliquo tempore (ante questus oratio domus , facienstelephonium vel alia connexionem ad novum aedificavit domum).Satis sint,GSM signum level requiritur inaugurationi huius systemata.

GSMmodule continet external antenna quae potest installed in locum ,ubi GSM signum fortissimum est (e.g.super tectum).In hoc casu GSMmodule potest minimize transmissio potentia durante normalis opus adcomplebo nexu.Potentia margine satis est qui repugnetmoderatas propagationem micro - fluctibus: tempestatibus conditio , pluvia ,nix , caligo , arboribusque comae etc.GSM signum level variari potestannis debetur nova fabrica oritur , lignorum germinantium, etc.Ex alteramanu maior est signum coaequabimus minus retorquendam generatur abGSM module et antenna.Imprimis est maximus pro ædificavit - in ADCconverter , quia in pessimum casibus mensurae potest clodum cumpauci duodecim hominum Horribilium percent errores , qui facit ea inutile.Antennainstallation extra aedificium in directionem ad proxima GSM basistation potest crescere signum level centeni temporibus quid proportionalitercrescit potentia marginem GSM transmissio , limites emisso potestatemGSM transmissionem et iactatione (errores) of ædificavit - in ADC mensurae(Et Analog sensoriis sita prope antenna).

GSMmodule requirere activa Sim card installation et tenendo , si nonexpired aut inanis (in casu PROMUTUUS activations).Si card est expletiaut vacua , varias illas quaestiones apparere potest:

• problemscum emissione SMS (praesertim pro aliis operators) ,

• nequeatannecto GPRS sessions , etc.

• tentoriumascendit GSM modulorum ,

• etmutare potest in tempore et dependent operators options , tariffs).

MittensSMS aut obtinendi Aliquam via GSM/GPRS module longissima est, (VI - XXX sec)et continuus defecerunt retries (causatur ab inertior GPRS servitium, velvim parum virium in Sim card) , adfert magna CPU usuCommManager , efficientiam stillæ pro aliquo alio functiones et decrescitstabilitatem totum securitatem system.

GSMconfiguration fit per " CommManagerCfg.exe "application , quod sino intuitiva occasum omnis optio etparametris hoc enim module.GSM Module options sunt in tribus primistabs.

I)Generalis ,

II)SMS Occasus ,

III)Aliquam Occasus.

ReportLevel lets eligere campester of loggingmittens ad stipes grabber application (TCPLogger.exe) vel ad RS - CDLXXXV.Eamcertiorem CommManager quae log info debet mittere (info , monitis ,errores).Est utilis ad deprehensio et problemata solvenda (eg.nonresources in Sim Card , Non GSM CLASSICUM , etc nosque curemus et aliquando actionem adrefice eam).Enim Report Level = I aliquid misit ad stipes grabber.Hocoptionem solummodo debent uti deprehendere gravis , ignotum problems insystem.hanc optionem serio utilitas CommManager CPU et afficiuntstabilitate et system efficientiam.

Ingrandior numerum in Report Level agro , minus informationes eritmittere (solum cum superioribus prioritate quam fama Level).

Incasu habemus induimus non indigent generandi logs 0, eligi debeat hic.

DisableUART logging. Hanc optionem disablemittens logs ad RS - CDLXXXV UART.Quando hanc optionem est subversum est tantumTCP/IP logging potest mittere , post connexionem TCP/IP Log grabberapplication (TCPLogger.exe) ad CommManager.Tamen in casuCommManager Reset TCPlogger.exe est divisus et log informationesad proximam connexio log grabber ad CommManager amittetur.

EnablingUART logging dat opportunitatem ut stipes informent de omnibus, quos possidet hocparte, quae normaliter amitteretur per TCPLogger.

Hoclogging modus solummodo debent uti solvere gravissima problemate (quaeapparebit in ipso principio firmware exsecutionis) et TCP/IPcommunicatio forsit.

Mainincommodum UART logging est continuum mittendis ad RS - CDLXXXV etadhibendis ratio facundia , non materiae, si log grabber est iunctus autnon (nam TCP/IP logging logs notitia mittuntur solum quando TCPLoggercontinuatur Server).

Inalia forsit est ut UART logs sunt mitto ad eHouse I Data Bus ,utilitas huius connexionis et generare aliqua traffic , mittensinformationes repugnat ad eHouse I machina condendis opera dabatur et potest perturbareadinventiones operari proprie.In aliis hac uti logging modus omneseHouse I adinventiones debet disiungitur , per amotio RS - CDLXXXV transitumfunem annecto via non occursu suo (I ad I) ad RS232 - CDLXXXV Converter .RS232 - CDLXXXV Converter debet iunctus ut ulla terminales application sicuthyper terminales opus in (CXV)CC , etiam paritatem , I sistenda frenum , non fluuntcontrolare.In casu connexionem TCPLogger RS - CDLXXXV logging instillaturet dirigitur ad TCP/IP grabber.

DisableGSM Module. Hoc optionem enables permanentem disableomnium functionum de GSM/GPRS module si non est installed.

Tamentempus CommManager et omnes eHouse adinventiones sumitur ex GSMModule , ita potuit quorundam soluenda functionality ut usu cedulas (debitumad invalidum balanus quod vicis in systemate).Doctrinaliter tempus possit esseexterius programmed a CommManagerCfg.exe application , sed voluntasesse reset simul cum Reset de CommManager a ulla ratione.

GSMModule phone numerus ager musticonsistit valet mobile phone numerus (e.g.+48501987654) , quod est adsuesco assuescoa GSM module.Hoc numero est adsuesco assuesco pro potestate et cryptographycalculum Disposi , et mutato hunc numerum mos disablepossibilitas concessionis TCP/IP adinventiones ad invicem.

PinCode. Hoc campo oportet consistit valetACUS numerum (assignari Sim card).In casu posito iniuriam numerus ,CommManager automatically priuat Sim card , , multiplicia retries adstatuere nexum.Due ut stationarius systeminstallation est valde commendatur ut disable pin tenendo ,quae lucrum in velocitate sursum tempore volvitur in GSM module et logging adGSM network.

HashingNumbers. Hoc ager consistit additionalindicia cryptographic rationes et potestate etexpectat XVIII hex digiti (0 , I , II , III , IV , V , VI , VII , VIII , IX , a , b , c , d , e , f) unus et unussine ulla separators.Post mutare hunc numerum configuration moreretur?esse oneratis singulis EthernetHouse dolos et TCP/IP panels.Usu GSMphone numerus , simul cum hashing numeris sicut parscryptographic functio argumentis confirmat individuum encryption /decryption algorithms pro singulis eHouse installation.Superaddita canSi necesse est omnes cogitationes mutari.

QualificatoGSM Numbers. Hoc campo - consistitGSM phone numerorum pro ratio procuratio per SMS.Ullus SMS ab aliisnumeri automatically dissimulari et deleted.

e.g.:" +48504111111 , +48504222222 "- distingue separari.

ZonamMutare - SMS Notification Numbers. Hoc ager - consistit GSM phonenumeri pro mittens SMS notificatio de commutatione securitatem zoneuna cum zona nomen.

e.g.:" +48504111111 , +48504222222 "- distingue separari.

SensoriisActivation - SMS Notification Numbers. Hoc ager - consistit GSM phonenumeri pro mittens SMS notificatio de activa securitatem sensoriis anomen (quod violare terror , monito aut vigilantia in current zone).

e.g.:" +48504111111 , +48504222222 "distingue separari.

Deactivation- SMS Notification Numbers. Hoc ager - consistit GSM phonenumeri pro mittens SMS notificatio circa terror significationibus deactivationa qualificato users (per mutans securitatem zone).

e.g.:" +48504111111 , +48504222222 "distingue separari.

ZonamMutare putnam. Hoc ager - consistit putnam additumzone nomen pro zona mutatio notificatio group.

Turbato per metumPraepositione. Hoc campo - consistitpraefigunt additae ante activa terror sensorem nomina sensorem activationnotificatio group.

DeactivationTurbato per metum. Hoc campo – continettext misit ad deactivation notificatio group.

DisableSMS Send. Hanc optionem priuatmittens omnes notificatio SMS de securitate system.

DisableSMS Suscipe. Hanc optionem priuatSMS tenendo et receptio pro controlling eHouse system.

POP3Client (Aliquam receptionem)

POP3Client implemented in CommManager consistit plures protectionemechanisms certificare continuus et stabilis opus etiam per variasimpetum in eHouse system.

Incasu deficiendi unum de verificationem step nuntius est deletedimmediate a POP3 server , sine ulteriori reprehendo , downloadinget lectio, nuntius.

Solumemails dedicavit controlare eHouse system (paratum automatically aeHouse compatible procuratio applications) potest totaliter omnem superantmechanisms.

Omnesmechanisms permittit efficiens pugnate cum spam , Oppugnationes , accidentalisemail , etc.

Hocsunt gressus præoccupatus est ad retinendam effectivo et efficiens continuaoperari , non generare supervacuis traffic super GSM/GPRS , non faciuntcultro POP3 cliens et CommManager.

Verificationemsunt gressus ut sequitur:

• Mittenteoratio necesse est idem esse programmed in eHouse system.

• Total moleex relatum minus esse debere tunc 3KB (hoc eliminate accidentalis mails).

• Subjectcuiusdam nuntii debet esse idem sicut programmed in eHouse system.

• Nuntiusoportet continent valet caput capitis et footer circa eHouse system compatiblenuntius.

• Caput capitiset Pes de interrete provisoribus , additum nuntius corpus per POP3 ,SMTP servientibus ipso facto sunt depellitur.

OmnesPOP3 client parametris quod bene set in CommManagerCfg.exeapplicationem in Email Occasus tab.

AcceptedNulla nec velit ager - consistitoratio ex quo moderantum nuntius mos fiant.Quilibetnuntiis ex alia oratio es automatically deleri de POP3server.

POP3Server IP * ager consistit IPoratio POP3 server.DNS oratio non sustinetur.

POP3Port Nr * ager consistit POP3 serverportus.

POP3User Name * ager consistit nomen usorispro logging ut stipes functione (POP3 server).

POP3Password * ager consistit passwordusoris auctores in POP3 server.

NuntiusSubject * ager consistit programedsubiectum valet pro mittens rerum eHouse system via Aliquam.Othersubiectum nuntius faciam automatic deletionem sine ulterioriperagens.

InternetConnection Init * ager consistitpraecipimus pro initialize penitus iunctio in via GSM/GPRS.Enimmaxime operators est praeceptum idem (session , user , password =" interrete " ).In casu forsit per connexionem user moreretur?admonerique iussit, per GSM operator hoc enim parametris.

POP3Server Ex String * ager consistitnomen caput capitis ubi mittente oratio Reposita est , in casu problemseventu cohibenda directe in POP3 server usura telnetapplication.

NuntiusHeader * et NuntiusFooter * agros - consistunt caput capitis etfooter pro eHouse system.Hoc praesidium est pro exuta automaticcaput capitis et Pes adnexam verba per nuntium POP3 et SMTP servientibuset transmigrabis accidentalis vel quassatas emails .Tantum pars inter eHouse caput capitis et footer agitur sicut eHousenuntius.Reliqua est ignoratum.

DisablePOP3 Server/GPRS * ager priuatconnexionem ad GPRS et cyclic reprehendo pro emails.

Sequentesexitibus et problems (de ad GSM utuntur non ad eHouse systemdirecte) censendus , ante enabling POP3 Client superGPRS:

• Insituationes ubi low campester of GPRS signum sit deprehensa transmissiosit impossibile et pro ratio efficientiae et stabilitatem GPRSpatrocinium permanenter disabled.Poterat etiam accidereseasonally.

• Aliquamreceptionem super GPRS session serio utilitas CommManagerMicrocontroller.

• DumGPRS session est in profectu (in mobile phone aut GSM modulorum) ,operator non mittat SMS ad target machina (quae manserit in ExspectoQueue donec GPRS session claudentur) et SMS pervenire possetdestination longo post tempore.

• Etiambrevis Disiunctio a GPRS session per (GSM phone aut modulorum) proreprehendo advenientis SMS non Promittere SMS receptionem , quia potestopperiuntur adhuc, in operator queue debetur magna GSM system latency.

• SMSpotest accipere in magnis mora 0, - LX sec et ab eo pendet Operansnetwork utendo et alia multa.

• Expensein GPRS et cyclic aperiendi et claudendi GPRS sessions (nam discursisqueries emails et SMSs) sunt aliquoties maior tunc usu SMSrecipiendo tantum,.

• In casudisabling GPRS/POP3 Server GSM Module est Intimata statim post receptionem SMS et latencyinter mittendis vicissimque accipiendis SMS est circa VI sec.

SecuritySystem.

SecuritySystem incorporatis in CommManager est sui continetur et postulat:

• Connectionsecuritatem sensoriis ,

• Turbato per metumcornu ,

• Turbato per metumlux ,

• EarlyMonitum cornu ,

• Notificationmachina a magna aut securitatem propellente (si requiritur).

• INTEGERExternalManager et InputExtenders in uno fabrica.

RFcontrol a electronic key substitutum est per directam , illimitataprocuratio a mobile phones , PDA , wireless TCP/IP panels via SMS ,Aliquam , LAN , WiFi , LURIDUS.Eam coerceri potest extra et protegitur etmonitored area et clangoris notificatio sunt immediata post sensoremactivation (haud latency tempus assumitur ut in securitate systemata controlataeper internam keyboards).

Upad XXIV zonas, definiri potest.Singulis zone consistere IV level larva pro singulissensorem connexa ad securitatem system.

Enimsingulis securitatem sensorem inputs , IV options definiuntur , in casuactivation perterri sensorem (si optionem est enabled in current zone):

• Turbato per metum cornu (A* - Turbato per metum) ,

• Turbato per metum lux lucis in (W* - Monitum) ,

• MagnaNotification in (nam notificatio cogitatus magna aut securitatemAgentia si opus) (M * -Cras) ,

• Eventexsecutionem assignari Security potenti (E* - Event).

*ager nomen in " CommManagerCfg.exe " application

Turbato per metum ,monitionem , magna outputs sunt activate cum programed mora circumamicta inagro (“ Zonam Mutationem Tarditas ” *) A zone mutatio initialize(Si sensorem operatio detecta esset pro novus zone) , dans occasionem,aufero ratione terror.Solum “ Early Warning ” output estactivated statim.Outputs sunt verto off automatically postdeactivation omnium sensoriis quae violare current securitatem zone ettardabis posuit in agros: “ Turbato per metum tempus, ” * , “ Monitum tempus, ”* , “ Cras tempus, ” * , “ Early Warning tempus, ”*.Omnes significationibus: nisi “ Early Warning tempus, ” * Inminutes , “ Early Warning tempus, ” est in seconds.

Upad XLVIII securitatem sensoriis potest esse adiunctum ad CommManager sineextensionem module vel usque XCVI cum extensione module.Sensorem habere debetcontact seduceretur ab ullo voltage extra eHouse system (CURSUS PUBLICI autswitch connectors).Fiet contactus normaliter clausa (NC) et aperuitdebetur sensorem activation.

Unumterror sensorem contactum debet iunctus ut sensorem input de CommManageralium ad GND.

Apparenterab occasu hardware outputs (Turbato per metum , Magna , Monitum , EarlyMonitum) , CommManager mittit SMS notificatio ad III coetibus describitursupra.

Incasu violatio terror , monitionis vel magna notificatio sunt mitteread Group definitur in agro (SensoriisActivations - SMS Notification Numbers *) quos possidet activa terror sensoriis nomina.

Incasu zone mutatio CommManager certiorem faciat group definitur in agro (ZonamMutare - SMS Notification Numbers *) mittenszone nomen.

Insi hoc casu terror , monitionis vel magna agebat CommManager etiamcertiorem faciat group definitur in agro (Deactivation- SMS Notification Numbers *) .

ExternumMachinae Procurator (Cylindris , portas , ostia , umbra awnings).

CommManagerest implemented primis ingenti aequanda cylindro controller quae est extensa versionemExternalManager et permitte controlling XXVII (XXXV **) independens scutulis ,portas , ostia system , sine extensione module et LIV cummodule.

**in casu disabling directam ADC outputs (describitur in Analog ToDigital Converter capite) XXXV independens scutulis (option debet essecompescuntur {Utor Direct DESPENSATIO (terminum scutulis ad XXVII) - non Eventsdefinitio Necessaria *} - in tab “ Analog ad Digital ConverterOccasus ” de CommManagerCfg.exe application).

Ibisunt II vias aurigabat scutulis: SOMFY modum vel directo servomotor modus .Solum aurigabat usura Somfy vexillum vel conquiritur qualificato quiain hoc systema scutulis sunt Armatae autem in controlling et protectionemodule pro scutulis contra cultro , intercluderent , aurigabat in utroquedirectionem , assecurando proprium mora tempus ante directionis mutationem.

Cylindris ,portas , ostia agitet outputs.

Hioutputs sunt paria de outputs exigendi scutulis , portas , ostia agitetin SOMFY vexillum (default occasus) vel directo agitet.

Quisqueprimis ingenti aequanda cylindro canalis SOMFY vexillum = primis ingenti aequanda cylindro aperta (I sec legumina in Aoutput) , primis ingenti aequanda cylindro arctae (I sec legumina in B output) , obturatio (I sec legumina inA et B outputs}.

Alioquinoutputs, potest fieri directam controlling motricium agitet (aurigabatmovendis huc acies , aurigabat linea, B pro moveatur inaltera directione). Agitet habere debet propria nauigiisvolvitur in utramque partem defensionis , obstructionum scutulis , finisvirgas , accelerare protectione etc.Aliter in casu malfunctionde CURSUS PUBLICI , iniuriam configuratio module , obturans coegi a pruina autsabotage , possibile est laedas coegi.Ratio has aedificaret insoftware tutela contra moveatur in utroque , valeo't reprehendosi coegi attingit finem, vel wasn't obstruxerat, et isn't sufficit adProtegat scutulis.Iste modus non potest nisi used on suo periculo et iSysest multitudo non respondet dampna agitet.Solum Somfy systemadhiberi potest secure quia incorporat sua protectioneagitet.

Cylindrismodum potest sedi in “ Cylindris Occasus ” tab ofCommManagerCfg.exe application.

Unumliberi positio potest esse selectos: Somfy (“ Somfy System ” *) ,Direct servomotor coegi (“ Direct Motors ” *) , CommuneOutputs (“ Normal foris ” * - uno outputs compatiturRoomManager's).

Superadditasequenti parametris quod bene definiri potest ad disceptandum scutulisoccasus:

• Cuncterismutandi, directionem a ad invicem (“ Cuncteris in ChangeDirectione, ” *) - software protectione ex immediata mutantedirectionem, qua posset laedas agitet.

• MaximaliaCylindris motum plenum tempus (“ Cylindris motibus tempora ” *) -post hoc tempus (in seconds) system tradisse omnium scutulis rollover adaltera directione (si wasn't obturatio manually durante motus).Hoctempus etiam adsuesco assuesco pro mora zone mutatio in casu SecurityProgressio exsecutionis (una cum zona mutatio).Main ratio non estgenerandi securitatem terror si scutulis confirmationem virgas suntinstalled.In casu scutulis hoc carent optionem ponenda, ad 0.

• Cylindristempero init tempus initialize scutulis motus controllinginput (Cylindris Coegi Vicis *) - (In secundus). Modularis haec est, directe usiin CommManager eligendi Cylindris opus modus (SOMFY/Direct).Eamdebet esse reales (X minus si tempus estautomatically selecti Somfy modus , aliter CommManager operatur indirige modus).Si Somfy modum sunt electi et dirige servomotors suntconnexa servomotors potest destrui pro Somfy aestimandaad II - IV sec.Enim directo moderamine hoc tempus major debet esse pluressecunda ab tardissimus primis ingenti aequanda cylindro motum plenum.

QuisqueRollerus est sequentes eventibus:

• Close ,

• Aperi ,

• Desine ,

• Don'tMutatio (N/A).

Propinquuset Oris primis ingenti aequanda cylindro mos persevero donec statur in finem positio.

Adobturatio primis ingenti aequanda cylindro in diversa positio, manual sistenda debet initiatidurante motus.

(“ AdditionalCylindris ” *) Flag permittit duplici comes scutulis per cuius nexumextensionem module. In casu carentiaextensionem module Nam oportet erret.Alioquin CommManagernon vult operari proprie - internum protectiones erit sileoCommManager cyclically.

Quisqueprimis ingenti aequanda cylindro , ostium , porta , umbra VELARIUM nominari possunt in CommManagerCfgapplication.

Innomina sumuntur generandi eHouse eventuum.

Normaloutputs modus.

Incasu carentia scutulis , portas , ostia , etc , possibile est ususCommManager's outputs sicut vexillum uno output compatiturRoomManager.Hoc possunt assignare outputs localiter SecuritySensoriis activations aut Analog ad Digital Converter campester.

Listof Events associatur normalis digital outputs:

• ConvertiminiSc ,

• Toggle ,

• ConvertiminiOff ,

• ConvertiminiIn pro programmed tempus (postea off) ,

• Toggle(Si verto in - programmed tempus , postea off) ,

• ConvertiminiPost programed latency ,

• ConvertiminiOff post programed latency ,

• Togglepost programed latency ,

• ConvertiminiPost programed latency pro programmed tempus (postea off) ,

• Togglepost programed latency {si conversus in pro programmed tempus(Postea off)}.

QuisqueOutput habet individuum timer.Timers dinumerare possit secunda vel minutespendentes optionem circumamicta in CommManagerCfg.exe application (“ MinutesTempus Out ” * - in “ Additional Outputs ” * Tab).

Quisqueprimis ingenti aequanda cylindro , ostium , porta , umbra VELARIUM nominari possunt in CommManagerCfg.exeapplication.

Innomina sumuntur generandi eHouse eventuum.

SecurityPrograms

Securityprogressio permittere CONPRENSIO omnes scutulis occasus et securitas zone in unoeventum.

Upad XXIV Security progressio, definiri potest pro CommManager

Insecuritatem progressio pro singulis scutulis sequentes eventus possibile:

• Close ,

• Aperi ,

• Desine ,

• Facerenon mutat (N/A).

Superadditasimul cum scutulis occasus opus zone erit, seligi poterit.

Quisquesecuritatem progressio potest nominari in CommManagerCfg.exe application.

Innomina sumuntur generandi eHouse eventuum.

Zonammutationem, activated cum latency aequalis maximalia plenus scutulismotibus tempora (“ Cylindris motibus tempora ” *).

Hoclatency est necessarium , certificare quod omnes scutulis consequendum finem ,ante principiare zone mutatio (alioquin virgas confirmans scutulisclaudetur ut generare terrores).

Admutare Security Program occasus:

• LegoSecurity Program a list ,

• Nomen potest essemutare i agro Mutationem Security Program Name *) ,

• Mutareomnes scutulis statuentes ad desideravit valores ,

• Legozone si egeret, (Security Zonam Assignati *) ,

• Premepuga pyga (Update Security Program *) ,

• RepeatOmnes steps pro molestantes Security Programs.

XVIcanalis Analog To Digital Converter.

CommManagerest Armatae autem in XVI ADC input constanter 10b (scale < 0 ; MXXIII>) , et voltage range < 0 ; III.3V) .

QuilibetAnalog sensorem , amet a III.3V potest esse adiunctum ad ADC inputs.Eamulla possit esse of: temperies , lux level , humiditas , pressure , gas ,ventus , etc.

Systempotest escensu pro sensoriis cum linearibus scale (y = a * x + b) , , quod efficitexigere metimur ab Analog sensoriis e.g.LM335 , LM35 , Voltage , percent% , percent inverso scale % , ipso facto sunt creati in system.

Othersensoriis, definiri potest introeuntes aequatione valores in configuration filepro sensorem type.Nonlinear scale sensoriis describi possunt mensam deconversionem (inter valorem realem et percent magno aestimanda sint) consistens MXXIVpuncta e,.g.generantur ex math applications.

Analogsensorem oportet habere parva current laboris et suppleatur de III.3V deCommManager.Quidam sensoriis non requirunt potentia copia e.g.LM335 ,photo diodes , photo transistorum , photo resistors , thermistors ,quia sunt amet, excute - Up resistors (IV.7K) , ad potentiam copiaIII.3V.

Adobtinere maximalia certiore sensoriis connexionem cable:

• mustumdeféndas ,

• sicutbrevibus, ut possibilis ,

• longea distortione sources (GSM antennas , Cras radionotificatio , excelsum potentia lineas , etc).

CommManagercontinet GSM Module , quae etiam possit graviter pervertitis propriummensura Analog sensoriis reputaret crescens eorum errores.

Antennade GSM module vel integrum CommManager debet installed in locationubi fortis GSM signum esset mensus.

Optimusvia est inhibere depravatum level ante emplastrum templiactiva GSM module mittens SMS et recipienti emails.

Quisquecanalis configuratio Analog ad Digital Converter expletur inCommManagerCfg.exe applicationem in ” Analog ad Digital ConverterOccasus ” * Tabs.

Admutare ADC parameter (“ Modificatio enabled ” *) OnGeneralis * tab legeretur.

Mostmaximus bene est global occasus pro directo output control (“ UtiDirect DESPENSATIO (terminum scutulis ad XXVII) - non Events definitioNecessaria ” *) Assignari pro singulis canalis Hoc flag enablesautomatic switching super output dedicata ADC canalem et distillansinfra (Min Value *).Output erit switched off post lineatur (MaxValue *).Hoc campester illorum distincte definitur pro singulis ADC Programet singula ADC alveo.

Conversussuper hanc optionem allocates ultimum VIII scutulis system (manente availableXXVII) vel XVI output in normalis modus , quae sunt dicata ad dirigendosImperare huic output ut ADC outputs.Eligens hanc optionem liberatadsignari e rerum ADC campester , , ADC outputs quibus continendisin localis fabrica (sine exequens eventus localis controller vel aliauno).In Cylindris output modus non est aliud, via impetro localisimperium of ADC outputs.

QuisqueADC alveo habet sequentes parametris quod bene:

SensoremNomen : Potest esse mutatio in agro “ MutareADC potenti Name ” *.

SensoremType : Standard genera sunt LM335 ,LM35 , Voltage , % , % Inversus ( % Inv).User potest adicere novum sensorem type ,addendo nomen novum pligam ADCSensorTypes.txt.Superaddita filesoportet creata cum eodem nomine sensorem type nomen , tunc spatio et Iad XVI et extensionem ".txt ".In hoc file MXXIV subsequenslevel musti existit.Text effectibus't materia pro CommManager , tantum indexsunt recondita et oneratae ad controller.

MinimalValue (“ Min Value ” *) - DELIQUATITUDOinfra hoc valore (quondam durante transitum) - Event repono in (UnderEvent *) agro, launched, et correspondentes output ponetur(In Direct output modum ADC).

MaximaliaValue (“ MaxValue ” *) - lineatur suprahoc valore (quondam durante transitum) - Event repono in (Over Event *)agro, launched, et correspondentes output erit purgauit (inDirect output modum ADC).

EventMin (Sub Event *) - Event ad currendam ,si distillans infra programed minimi habere (quondam durante transitu) procurrent ADC progressio.

EventMax (Over Event *) - Event ad currendam ,si lineatur supra programed vis maxima (quondam durante transitum) procurrent ADC progressio.

Analogad Digital Converter Programs.

ADCprogressio consistit omnibus gradibus pro singulis ADC alveo.Usque ad XXIV ADCprogressio potest esse creatum pro CommManager.

Eampermittit immediata conversionem totius ADC canales campester , definitur ADCprogressio (e.g.pro singulis calefactio in domo) by currit eventum.

Admodify ADC progressio:

• Eligeprogressio a list.

• nomen potest essemutata est in agro (“ Mutare Program Name ” *).

• Poneomnes ADC campester (min , max) pro current progressio.

• Premepuga pyga (“ Update Program ” *).

• Repeathis gradibus pro omnibus Programs.

III.IV.III .Basibus et PCB Layout de CommManager , LevelManager et aliis magnusEthernet moderatoris

Mostde eHouse moderatoris utitur duo row IDC bases qui sufficiunt valdeieiunium installation , deinstallation et servitium.Syntaxis flat cablesquae est 1mm in latitudine , non requirunt faciens totorum pro cables.

Pinnon.I.habet rectangulae figura in PCB et superaddita sagittam inposuit bases singulas supputatisoperire.

Paxillossunt numerati cum row prioritate:

______________________________________________________________

| |

| |

|II IV VI VIII X XII XIV XVI XVIII XX XXII XXIV XXVI XXVIII XXX XXXII XXXIV XXXVI XXXVIII XL XLII XLIV XLVIXLVIII L |

|I III V VII IX XI XIII XV XVII XIX XXI XXIII XXV XXVII XXIX XXXI XXXIII XXXV XXXVII XXXIX XLI XLIII XLVXLVII XLIX |

| |

| __V________________________________________________________ |

ADCINPUTS – Analog - ad - digital converter (ADC INPUTS) (0 ; III , 3V) inPomponius GND – Non annecto aliquid externum potentiae(IDC - XX)

I- Gnd/Groud (0V) II - Gnd/Ground (0V)

III- ADC IN 0, IV - ADC IN VIII

V- ADC IN I VI - ADC IN IX

VII- ADC IN II VIII - ADC IN X

IX- ADC IN III X - ADC IN XI

XI- ADC IN IV XII - ADC IN XII

XIII- ADC IN V XIV - ADC IN XIII

XV- ADC IN VI XVI - ADC IN XIV

XVII- ADC IN VII XVIII - ADC IN XV

XIX- VDD (III , 3V) XX - VDD (III , 3V) - Requirit installation of ResistorC OM pro current limitation pro posse, Analog sensoriis

Digital INPUTSDirect - (SED/Off) vel brevis vel DEJUGO ad humum controller(Noli annecto aliquid externum potentiae) (IDC - XVI)

I- Digital potenti I * II - Digital potenti II *

III- Digital potenti III * IV - Digital potenti IV *

V- Digital potenti V * VI - Digital potenti VI *

VII- Digital potenti VII * VIII - Digital potenti VIII *

IX- Digital potenti IX * X - Digital potenti X *

XI- Digital potenti XI * XII - Digital potenti XII *

XIII- Digital potenti XIII * XIV - Digital potenti XIV *

XV- Digital potenti XV * XVI - GND

Inputpotest partita interne pendentes typus of hardware autcontroller.Non annecto.Potuit causare Permanens perdere decontroller.

DigitalINPUTS extendi - (0 ; III.3V) - (De/Off) vel brevis vel DEJUGO adhumum controller (Noli annecto aliquid externum potentiae(IDC - 50PIN) (Version I)

I- Digital potenti I II - Digital potenti II

III- Digital potenti III IV - Digital potenti IV

V- Digital potenti V VI - Digital potenti VI

VII- Digital potenti VII VIII - Digital potenti VIII

IX- Digital potenti IX X - Digital potenti X

XI- Digital potenti XI XII - Digital potenti XII

XIII- Digital potenti XIII XIV - Digital potenti XIV

XV- Digital potenti XV XVI - Digital potenti XVI

XVII- Digital potenti XVII XVIII - Digital potenti XVIII

XIX- Digital potenti XIX XX - Digital potenti XX

XXI- Digital potenti XXI XXII - Digital potenti XXII

XXIII- Digital potenti XXIII XXIV - Digital potenti XXIV

XXV- Digital potenti XXV XXVI - Digital potenti XXVI

XXVII- Digital potenti XXVII XXVIII - Digital potenti XXVIII

XXIX- Digital potenti XXIX XXX - Digital potenti XXX

XXXI- Digital potenti XXXI XXXII - Digital potenti XXXII

XXXIII- Digital potenti XXXIII XXXIV - Digital potenti XXXIV

XXXV- Digital potenti XXXV XXXVI - Digital potenti XXXVI

XXXVII- Digital potenti XXXVII XXXVIII - Digital potenti XXXVIII

XXXIX- Digital potenti XXXIX XL - Digital potenti XL

XLI- Digital potenti XLI XLII - Digital potenti XLII

XLIII- Digital potenti XLIII XLIV - Digital potenti XLIV

XLV- Digital potenti XLV XLVI - Digital potenti XLVI

XLVII- Digital potenti XLVII XLVIII - Digital potenti XLVIII

XLIX- GND L - GND - (Nam connectens/abbreviare inputs)

Quidampoema poematis of moderatoris potest Armatae autem in VI IDC - X bases insteadIDC - L (Version II).

DigitalINPUTS extendi - (0 ; III.3V) - (De/Off) vel brevis vel DEJUGO adhumum controller (Noli annecto aliquid externum potentiae(IDC - 10PIN) (Version II)

I- Digital potenti (n * VIII) I II - Digital potenti (n * VIII) II

III- Digital potenti (n * VIII) III IV - Digital potenti (n * VIII) IV

V- Digital potenti (n * VIII) V VI - Digital potenti (n * VIII) VI

VII- Digital potenti (n * VIII) VII VIII - Digital potenti (n * VIII) VIII

IX- GND controller terram X - GND controller terram – proconnectens/abbreviare inputs

DigitalOUTPUTS I (transmitttit foris I) – outputs cum CURSUS PUBLICI coegi prodirige connexio CURSUS PUBLICI inductor (IDC - L)

I- VCCDRV – Nullam Inductor potentia copia (XII V non UPS)(Clamping diode tutandis coegi contra excelsum voltageinductione)

II- VCCDRV - Nullam Inductor potentia copia (XII V non UPS) (clampingdiode tutandis coegi contra excelsum voltage inductione)

III- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.I - Coegi/Servo I directionem A (CM)

IV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.II - Coegi/Servo I directionem B (CM)

V- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.III - Coegi/Servo II directionem A (CM)

VI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.IV - Coegi/Servo II directionem B (CM)

VII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.V - Coegi/Servo III directionem A (CM)

VIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.VI - Coegi/Servo III directionem B (CM)

IX- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.VII - Coegi/Servo IV directionem A (CM)

X- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.VIII - Coegi/Servo IV directionem B (CM)

XI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.IX - Coegi/Servo V directionem A (CM)

XII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.X - Coegi/Servo V directionem B (CM)

XIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XI - Coegi/Servo VI directionem A (CM)

XIV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XII - Coegi/Servo VI directionem B (CM)

XV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XIII - Coegi/Servo VII directionem A (CM)

XVI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XIV - Coegi/Servo VII directionem B (CM)

XVII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XV - Coegi/Servo VIII directionem A (CM)

XVIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XVI - Coegi/Servo VIII directionem B (CM)

XIX- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XVII - Coegi/Servo IX directionem A (CM)

XX- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XVIII - Coegi/Servo IX directionem B (CM)

XXI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XIX - Coegi/Servo X directionem A (CM)

XXII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XX - Coegi/Servo X directionem B (CM)

XXIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXI - Coegi/Servo XI directionem A (CM)

XXIV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXII - Coegi/Servo XI directionem B (CM)

XXV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXIII - Coegi/Servo XII directionem A (CM)

XXVI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXIV - Coegi/Servo XII directionem B (CM)

XXVII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXV - Coegi/Servo XIII directionem A (CM)

XXVIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXVI - Coegi/Servo XIII directionem B (CM)

XXIX- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXVII - Coegi/Servo XIV directionem A (CM)

XXX- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXVIII - Coegi/Servo XIV directionem B (CM)

XXXI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXIX - Coegi/Servo XV directionem A (CM)

XXXII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXX - Coegi/Servo XV directionem B (CM)

XXXIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXXI - Coegi/Servo XVI directionem A (CM)

XXXIV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXXII - Coegi/Servo XVI directionem B (CM)

XXXV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXXIII - Coegi/Servo XVII directionem A (CM)

XXXVI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXXIV - Coegi/Servo XVII directionem B (CM)

XXXVII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXXV - Coegi/Servo XVIII directionem A (CM)

XXXVIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXXVI - Coegi/Servo XVIII directionem B (CM)

XXXIX- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXXVII - Coegi/Servo XIX directionem A (CM)

XL- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXXVIII - Coegi/Servo XIX directionem B (CM)

XLI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XXXIX - Coegi/Servo XX directionem A (CM)

XLII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XL - Coegi/Servo XX directionem B (CM)

XLIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XLI - Coegi/Servo XXI directionem A (CM)

XLIV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XLII - Coegi/Servo XXI directionem B (CM)

XLV- GND/Ground 0V de controller

XLVI- GND/Ground 0V

XLVII- GND/Ground 0V

XLVIII- PWM I (PWM obscurius non I aut Rubro colore pro RGB TTL – absquepotentia auriga) III.3V/10mA (nam directo moderamine duxit diode poténtiæDriver opto - isolator)

XLIX- PWM II (PWM obscurius non II aut viridi colore pro RGB TTL – absquepotentia auriga) III.3V/10mA (nam directo moderamine duxit diode poténtiæDriver opto - isolator)

L- PWM III (PWM obscurius non III aut Puteulanus colore pro RGB TTL – absquepotentia auriga) III.3V/10mA (nam directo moderamine duxit diode poténtiæDriver opto - isolator)

DigitalOUTPUTS II (transmitttit foris II) – outputs cum CURSUS PUBLICI coegi prodirige connexio CURSUS PUBLICI inductor (IDC - L)

I- VCCDRV – Nullam Inductor potentia copia (XII V non UPS)(Clamping diode protegens coegi contra excelsum voltage inductione)

II- VCCDRV - Nullam Inductor potentia copia (XII V non UPS) (clampingdiode protegens coegi contra excelsum voltage inductione)

III- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XLIII - Coegi/Servo XXII directionem A (CM)

IV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XLIV - Coegi/Servo XXII directionem B (CM)

V- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XLV - Coegi/Servo XXIII directionem A (CM)

VI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XLVI - Coegi/Servo XXIII directionem B (CM)

VII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XLVII - Coegi/Servo XXIV directionem A (CM)

VIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XLVIII - Coegi/Servo XXIV directionem B (CM)

IX- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.XLIX - Coegi/Servo XXV directionem A (CM)

X- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.L - Coegi/Servo XXV directionem B (CM)

XI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LI - Coegi/Servo XXVI directionem A (CM)

XII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LII - Coegi/Servo XXVI directionem B (CM)

XIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LIII - Coegi/Servo XXVII directionem A (CM)

XIV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LIV - Coegi/Servo XXVII directionem B (CM)

XV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LV - Coegi/Servo XXVIII directionem A (CM)

XVI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LVI - Coegi/Servo XXVIII directionem B (CM)

XVII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LVII - Coegi/Servo XXIX directionem A (CM)

XVIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LVIII - Coegi/Servo XXIX directionem B (CM)

XIX- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LIX - Coegi/Servo XXX directionem A (CM)

XX- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LX - Coegi/Servo XXX directionem B (CM)

XXI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXI - Coegi/Servo XXXI directionem A (CM)

XXII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXII - Coegi/Servo XXXI directionem B (CM)

XXIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXIII - Coegi/Servo XXXII directionem A (CM)

XXIV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXIV - Coegi/Servo XXXII directionem B (CM)

XXV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXV - Coegi/Servo XXXIII directionem A (CM)

XXVI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXVI - Coegi/Servo XXXIII directionem B (CM)

XXVII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXVII - Coegi/Servo XXXIV directionem A (CM)

XXVIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXVIII - Coegi/Servo XXXIV directionem B (CM)

XXIX- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXIX - Coegi/Servo XXXV directionem A (CM)

XXX- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXX - Coegi/Servo XXXV directionem B (CM)

XXXI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXXI - Coegi/Servo XXXVI directionem A (CM)

XXXII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXXII - Coegi/Servo XXXVI directionem B (CM)

XXXIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXXIII - Coegi/Servo XXXVII directionem A (CM)

XXXIV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXXIV - Coegi/Servo XXXVII directionem B (CM)

XXXV- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXXV - Coegi/Servo XXXVIII directionem A (CM)

XXXVI- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXXVI - Coegi/Servo XXXVIII directionem B (CM)

XXXVII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXXVII - Coegi/Servo XXXIX directionem A (CM)

XXXVIII- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXXVIII - Coegi/Servo XXXIX directionem B (CM)

XXXIX- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXXIX - Coegi/Servo XL directionem A (CM)

XL- Digital output cum CURSUS PUBLICI agitator pro directam CURSUS PUBLICIinductor (12V/20mA) nullus.LXXX - Coegi/Servo XL directionem B (CM)

XLI- GND/Ground 0V de controller

XLII- GND/Ground 0V de controller

XLIII- GND/Ground 0V de controller

XLIV- GND/Ground 0V de controller

XLV- PWM I (Internum potentia agitator PWM non I aut Rubrum pro RGB 12v/1A)

XLVI- PWM I (Internum potentia agitator PWM non I aut Rubrum pro RGB 12v/1A)

XLVII- PWM II (Internum potentia agitator PWM non II aut Gren pro RGB 12v/1A)

XLVIII- PWM II (Internum potentia agitator PWM non II aut Gren pro RGB 12v/1A)

XLIX- PWM III (Internum potentia agitator PWM non III aut Puteulanus pro RGB 12v/1A)

L- PWM III (Internum potentia agitator PWM non III aut Puteulanus pro RGB 12v/1A)

POTENTIADC (IV - ACUS CAVUM) potentia Supple

I- Input (V V/2A posse, GSM Module)

II- GND/Ground/0V

III- GND/Ground/0V

IV- Input (V facere XII V)/0.5A posse, controller cum UPS –perpetua potestate copia

ETHERNET- nervum RJ45 connexionem ad LAN (10MBs) network

ACCU- ACCUMULATOR (III.7V/600mAH) pro GSM module

I+ ACCUMULATOR

II- GND

eHouseI - (RJ45) CAVUM pro connexionem ad eHouse I (RS - CDLXXXV) notitia bus inHybrid installation (solum CM)

I ,II - GND/Ground (0V)

III ,IV - VCC XII V , iunctus ut potentia copia (XII V in POTENTIA DCnervum) non annecto.

V - TX + (transmittentes output positivum) differentialis

VI - TX - (Transmittentes output negativus) differentialis

VII - RX - (ReceptioneCommunionis output negativus) differentialis

VIII - RX + (ReceptioneCommunionis output positivum) differentialis

CAVUMparere RoomManager , ExternalManager , HeatManager vexillum nonrs232 - CDLXXXV converter , licet transitum cable requiritur annecto uteHouse1 system.

TX +< - > RX +

TX -< - > RX -

RX +< - > TX +

RX -< - > TX -

HWOUT1 ,HWOUT2 , HWOUT3 , HWOUT4 , ALARMLIGHT , ALARMMONITORING , ALARMHORN –Ædifica - in CURSUS PUBLICI virgas (Normally Propinquus , Commune , Normally aperta)(Nam CM)

ALARMLIGHT– Monitum lux de securitate systema CM

ALARMHORN- Turbato per metum Horn de securitate systema CM

ALARMMONITORING– Vigilantia Turbato per metum subito additus terror notificatio ad securitatem propellente CM(Radio - linea activation)

HWOUTx– Hardware outputs dedicavit moderatoris (futura fines)

Connectorsnumero, a sinistro ad dextrum latus

I- NC Normally clausa/connexa (to COM sine posse, CURSUS PUBLICI) ,disiungitur quando CURSUS PUBLICI sit amet

II- COM/Commune ,

III- NO Normally reclusit (to COM sine posse, CURSUS PUBLICI) iunctus utCOM quando CURSUS PUBLICI sit amet.

I2C1 ,I2C2 , SPI1 , SPI2 , UARTS TTL , PGM – Laxamentum foramina de serialinterfaces

Facerenon ad external adinventiones extra dedicated eHouse extensionesadinventiones.Communicatio interfaces diversorum alte cadere de eHousemoderatoris. Paxillos potest esse adiunctum ad DigitalInputs , Outputs , ADC Inputs directe ad microcontroller significationibussine ulla protectione. Connection ad alia significationibus/voltagespotest causare permanentem controller perdere.

III.V.Other et dedicaverunt Ethernet moderatoris.

Architecturaet ratione Ethernet moderatoris est substructio in microcontroller(Microprocessor).

Theyhabere quantitas magna hardware resources , interfaces , digitalet Analog EGO/O posse ad officia aliqua desideravit functiones propermanentem control discubitus , specialis permises aut electricaapparatu.
Basically , duo genera sunt magistrae(Hardware substructio in PCB):

Averagemoderatoris substructio in constructione EthernetRoomManager ,EthernetHeatManager , EthernetSolarManager:

• Upad XXXV digital outputs

• Upad XII digital inputs

• Upad XVI mensuraui inputs - Analog - ad - digital (0 , III.III V)

• Upad III dimmers PWM/DC aut I RGB

• UltrarubrumSusceptor et transfusor

• Induo serial portus , RS - CCXXXII TTL

  Largemoderatoris substructio in constructione CommManager , LevelManager
  
  

• Upad LXXX digital outputs

• Upad XLVIII digital inputs

• Upad III dimmers PWM/DC aut I RGB

• RS - CCXXXIITTL , RS - CDLXXXV Full Duplex

• GSM/ SMS

• Upad VIII digital outputs cum aedificaret in transmitttit

• Serialinterfaces I2C , SPI pro ratio expansionem

OmneseHouse moderatoris aedificavit - in bootloader (possibile est uploadulla firmware ad controller intra eadem hardware/apparatu)a CommManagerCfg application.In firmware potest esse individualiterscriptum/mitigare aut adaequatum (substructio in vexillum eHouse moderatoristemplate – serial poema poematis of moderatoris ERM , LM , CM , EHM ,ESM).Firmware est encrypted et reverse enginiering est potius noncommercially iustificabitur.