Residential Control Systems TR16 Especificações

VanderbiltUniversity07AutomatedHomeControlSeniorDesignProject:SemesterReportProjectMembers:NickAtkinsonMattMajeikaUngkuAfiqUngk

Thediagrambelowshowsanexampleanapplicationofthissubsystem:Home Control Server PowerLinc Controller V2Motion Detector –Front of HouseMotio

point,HVAC,andmode.Thethermostatcanrunonstand‐alonemanualmode,inwhichtheusersimplyusesthekeypad,ortheservercancontrolthet

signalsendfromthePLCtotheInsteonnodesandwereconnectedtopoweroutlets.Allthecircuitswerefedtoasingleplugdesignedforastandar

PreviousDesignLastyear'steamdesignedanetwork‐managedthermostatandwasabletocommunicatewithitovertheserver,shownbelow:Figur

AnRS232isusedtoconnecttheDigiwiththePIC16F877.AnI²CtemperaturesensorchipwassolderedontothePIC.TheteamusedBoostCasthecomp

TR16andTZ16fromResidentialControlSystemsInc.(RCS)TheRCSTR16thermostatconsists oftwoparts,thewalldisplayunitontheleftandthe

ProjectPlanTask Duration Start Finish Predecessors1 Teamformation 0days 10/23/2007 10/23/20072 Researchpreviousteam'sproject 1

AppendixA:HardwareListingPIC16F877AControllerThePIC16F877ADevelopmentKitiscompleteandrea dy‐to‐usewithafully‐integrateddebugger.T

FairchildFM75TemperatureSensorTheFM75containsahigh‐precisionCMOStemperaturesensor,aDelta‐Sigmaanalog‐to‐digitalconverterandaSMBus‐

AbsoluteMaximumRatingsElectricalCharacteristicsSource:http://www.fairchildsemi.com/pf/FM/FM75.html‐19‐

 ‐2‐

MatrixOrbitalLCD2041WBLCDScreenTheLCD2041isanintelligentLCDdisplaydesignedtodecreasedevelopmenttimebyprovidinganinstantsolutio

DigiWiEMModuleTheDigiConnectWi‐EMisafullycustomizableandsecure802.11bwirelessembeddedmodulethatprovidesintegrationflexibilityi

InsteonPowerLincControllerV2TheUSBINSTEON(patentpending)PowerLincControllerisastand‐alonehomeautomationinterfa ceforcontrollingli

InsteonLampLincTheINSTEONLampLincDimmer(3‐Pin)isafull‐featuredplug‐inlampdimmerthatcanberemotelycontrolledbyaControLinctabletop

Operating Conditions Indoors, 32 to 122°F, up to 85% relative humidity Dimensions 4.0" H x 2.5" W x 1.5" DWeight 5 oz Electrical

InsteonApplianceLincTheINSTEONApplianceLinc(3‐Pin)isafull‐featuredplug‐inon/offswitchthatcanberemotelycontrolledbyanINSTEONContr

Supply Voltage 120 Volts AC +/- 10%, 60 Hertz, single phase Surge Protection MOV rated for 150 VoltsPower Plug 3-pin groundedPass-through Outlet

InsteonSwitchLincDimmerTheINSTEONSwitchLincDimmerhas32brightnesslevels,whichmakessettingyourlightstotheperfectintensityveryeasy

number of SwitchLinc Dimmers or other INSTEON Controllers Setup Memory Non-volatile EEPROM INSTEON Features INSTEON Addresses 1 hard-coded out of

Supply Voltage 120 Volts AC +/- 10%, 60 Hertz, single phase Surge Protection MOV rated for 150 VoltsNeutral Wire RequiredPower Wire Leads6"

TableofContentsIntroduction...

InsteonSignaLincRFSignalExtenderTheINSTEONSignaLincRFSignalExtendercreatesyourdual‐bandINSTEONnetworkbysimultaneouslytransmitting

InsteonKeypadLincDimmerTheINSTEONKeypadLincDimmerismorethananin‐wallcontrolleranda600‐wattlocaldimmer.Youhav eyourchoiceofusi

Combo Mode Message Order INSTEON, X10, INSTEON cleanup Multi-Way Circuit Support One KeypadLinc Dimmer controls load, Cross-Link any number of Keypa

X10 Features X10 Primary Address 1 optional (comes unassigned)X10 Scene Addresses 255 possibleX10 Status Response SupportedX10 Resume Dim Suppor

InsteonInLineLincRelayTheIn‐LineLincRelayallows youtoincludefluorescentornon‐dimmablelights,fans,andotherappliancesinyourINSTEO

Operating Conditions Indoors, 0 to 104°F, up to 85% relative humidity Dimensions 3.75" H x 1.8" W x 1.2" D (2.75" H without sc

OmnistatZfromHomeAutomationInc.(HAI)•HVACconfiguration:• RC‐80BZforsinglestageheat,singlestagecool(gas/elec.)• RC‐122BZfortw

• Datasignaliselectricallyisolatedfromheating andcoolingsystemforsuperiorreliabilityinallmodes.FullyinteractivewithallHAImanu

LevitonViziaRFtoRS232SerialBridge• ProvidesRJ11connectorforRS232orHAI®cableconnection• Rated120VAC60Hz• Two‐waycommunication

TR16fromResidentialControlSystems• SeparateHeatandCoolSetpoints• Upto3StageHeat,2StageCool• Remotecontrolofallfunctionsv

TZ16fromResidentialControlSystems...40RS‐485t

TZ16fromResidentialControlSystems• SeparateHeatandCoolSetpoints• Upto3StageHeat,2StageCool• Remotecontrolofmostfunctions

RS485toRS232Converter• Widetemperatureranges(‐40to80°C)• ModbusASCIIorRTUcompatible• AutomaticSendDataControl• DINrailmo

HomeProRFRS232InterfaceTheHomeProinterfaceallowsaPCtocommunicatetoZ‐WavedevicesusingtheRS‐232serialport.Specifications HomeP

Aprilaire8870CommunicatingThermostat• Compatiblewithvirtuallyallmajorhomecontrolsystems• Messagecenterallowsyoutoreceivemessage

Aprilaire8818DistributionPanelProvidespowertomultipleAprilaire8870comm.thermostat.Price:$100Source:http://www.smarthome.com/3047d.h

‐45‐

‐46‐AppendixB:ExpandedProjectSchedule

ID Task Name Duration Start Finish Predecessors1 Team formation 0 days Tue 10/23/07 Tue 10/23/072 Research previous team's project 17 days Tue 10

10/23T W T F S S M T W T F S S M T W T F S S M T W T F S S M T W T7 Oct 28, '07 Nov 4, '07 Nov 11, '07 Nov 18, '07TaskSplitProgres

F S S M T W T F S S M T W T F S S M T W T F S S M T W T F S SNov 25, '07 Dec 2, '07 Dec 9, '07 Dec 16, '07 Dec TaskSplitProgressMi

IntroductionWithincreasingenergyconcerns,differentmethodsofconservationhaveappeared.Oneofthefastestgrowingareasofenergyconservat

1/4M T W T F S S M T W T F S S M T W T F S S M T W T F S S M T W23, '07 Dec 30, '07 Jan 6, '08 Jan 13, '08 Jan 20, '08TaskSpl

2/1T F S S M T W T F S S M T W T F S S M T W T F S S M T W T F SJan 27, '08 Feb 3, '08 Feb 10, '08 Feb 17, '08TaskSplitProgressMil

S M T W T F S S M T W T F S S M T W T F S S M T W T F S S M TFeb 24, '08 Mar 2, '08 Mar 9, '08 Mar 16, '08 Mar 23, '08TaskSpl

4/22W T F S S M T W T F S S M T W T F S S M T W T F S S M T W T FMar 30, '08 Apr 6, '08 Apr 13, '08 Apr 20, '08TaskSplitProgressMi

SystemOverviewFigure1:SystemOverviewThesystemwhichwasdesignedbythepreviousteamaimedattwospecificobjectives.Thefirstobjective

Thehomecontrolservergavetotalcontrolusingawebbasedapplicationtocontrolthetwosubsystemsfromanyinternetconnection.Theuserinputs

OperationalConceptOurfullyfunctionalautomationsystemwillconsistoffourmajorsubsystemsthatplayakeypartinhomeenergysavings.Refer

controllogicwaswrittenbylastyear'steam.Changesandadditionswillbemadetothecontrollogicasnecessary.ControlofInsteonDevices