Daikin DDC Quick start guide

Type
Quick start guide

Daikin DDC is a powerful and versatile device that can be used to control a wide range of HVAC systems. With its advanced features and intuitive interface, the Daikin DDC makes it easy to optimize the performance of your HVAC system and improve the comfort of your home or office.

Some of the key capabilities of the Daikin DDC include:

  • Precise temperature control: The Daikin DDC uses advanced algorithms to maintain precise temperature control, ensuring that your home or office is always comfortable.
  • Energy efficiency: The Daikin DDC can help you save energy by optimizing the operation of your HVAC system. It can automatically adjust the temperature setpoints based on occupancy and weather conditions, and it can also control the operation of fans and pumps to minimize energy consumption.

Daikin DDC is a powerful and versatile device that can be used to control a wide range of HVAC systems. With its advanced features and intuitive interface, the Daikin DDC makes it easy to optimize the performance of your HVAC system and improve the comfort of your home or office.

Some of the key capabilities of the Daikin DDC include:

  • Precise temperature control: The Daikin DDC uses advanced algorithms to maintain precise temperature control, ensuring that your home or office is always comfortable.
  • Energy efficiency: The Daikin DDC can help you save energy by optimizing the operation of your HVAC system. It can automatically adjust the temperature setpoints based on occupancy and weather conditions, and it can also control the operation of fans and pumps to minimize energy consumption.
DDC Controller
Quick Start
Guide
WattMaster Controls Inc.
8500 NW River Park Drive · Parkville, MO 64152
DAIKIN
®
is a registered trademark of Daikin Industries, LTD
WattMaster Form: DK-QS-DDC-TGD-01A
All rights reserved.
© June 2016 WattMaster Controls, Inc.
Neither WattMaster Controls, Inc. nor Daikin Industries,
Ltd. assumes any responsibility for errors or omissions in
this document and are separate companies. This
document is subject to change without notice.
Table of Contents
Section 1: DDC Controller Quick Start Guide (Using Computer) .................................................1
Part 1: Initial Computer and PrismD Setup ..............................................................................
1
Part 2: Controller Coniguration ....................................................................................................5
Part 3: Schedules ..................................................................................................................................8
.
Section 2: DDC Controller Quick Start Guide (Using LCD Display) ......................................... 10
Part 1: Controller Setup Using On-Board LCD Display .....................................................
10
Appendix: Optional Sensor Descriptions ........................................................................................... 14
Troubleshooting ............................................................................................................................................. 15
1
Section1:GoodmanDDCControllerQuickStartGuide(UsingComputer)
Note:
ThisQuickStartGuideisonlyforreferencetomakethestartupprocessfaster.Ifmoreinformationisrequiredonanyof
thefeaturesorwiring,pleaserefertotheDDCControllerTechnicalGuideandthePrismDTechni calGuide.
Part1:InitialComputerandPrismDSetup
1. InstallPrismDsoftwareandtheUSBdriversonyourcomputer.PrismD andtheUSBdriverscanbedownloaded
atwww.daikin.wattmaster.com.Youcanalsofindinstallationinstructionsthereforbothoftheseitems.
2. AfterPrismDandtheUSBdrivershavebeensuccessfullyinstalledonyourcomputer,youcanthenconnecta
standardUSBcablebetweenthecomputerandcontroller.SeeFigure1.
Figure1:USBCableConnection

USB Cable
Connect to Computer
with PrismD Software Installed
For Stand-Alone Programming
DDC Controller
2
3. VerifythattheCommLinkjumpersareinstalledontheDDCControllerasshowninFigure2.Note:Ifyouare
usinganexternalCommLink5,removethejumpers.Cyclepowertothecontrollerifmakingjumperchanges.
Figure2:OnBoardCommLinkJumperSetting
4. Open
thePrism2program.IfyoudidnotcreateashortcuttoyourdesktopdescribedintheonlinePrismD
instructionsorplacetheprogramontheStartmenu,youcanfindtheprogramatc:\PrismD\PrismD.exe.
5. OncePrismDisopen,clickthe<Login>iconandusethefollowingdefaultuser
nameandPassword
(seeFigure3):UserName:admin;Password:admin
Figure3:LoginIconandLoginWindow
DDC Controller
USE ON-BOARD
COMMLINK
Both Jumpers ON (Default)
RS
LO O
"R"
"T"
"SH
AN
BI5
BI7
BI1
BI2
BI3
BI4
BI8
BI6
AI1
AI2
AI3
AI4
AI5
AI6
AI7
AI8
BINAR
O
24
POLA
BE
C
Wa
#S
ENTER
UP
DOWN
ALARM
MENU
RELAY CONTACT
RATING IS 1 AMP
MAX @ 24 VAC
RS-485 COMM
LOOP WIRE
“R” TO “R”,
“T” TO “T”
“SHLD” TO “SHLD”
24 VAC POWER
ONLY
WARNING!
POLARITY MUST
BE OBSERVED
OR THE
CONTROLLER
WILL BE
DAMAGED
ANALOG INPUTS
AI1:
A2:I
A3:I
A6:I
A7:I
A8:I
BI1:
BI2:
BI3:
BI4:
BI5:
BI6:
BI7:
AO1
AO2
AO3
SPACE TEMP
CO2 SENSOR
OUTDOOR AIR TEMP
ECONOMIZER FEEDBACK
OUTDOOR AIR HUMIDITY
SPACE HUMIDITY
REMOTE START/STOP
FAN PROVING SWITCH
CLOGGED FILTER SWITCH
EMERGENCY SHUTDOWN
COMP PRESSURE SW 1
DEFROST SWITCH (ES)
LOAD SHEDDING
ECONOMIZER DAMPER:
MOD HGRH:
EXHAUST FAN (SSR):
A4:I
A5:I
BI8:
BINARY INPUTS (24V)
G OUTPUTS
ANALO
WattMaster Label
#S 000067W
Rev.: 1G
E-BUS
EXPANSION
E-BUS
EXPANSION
+24 VAC
G
ND
HEAT STG2: RLY6
REV. VALVE(S): RLY8
www.wattmaster.com
COMP2/STG2: RLY2
OE377-26B-00001
PCBCG100
24V RLY2: COM2
BLOWER STG2: RLY4
COND FAN: RLY7
24V RLY: COM3-8
USB
AO4
ALARM (SSR):
M
BINARY OUTPUTS
24V 3-8RLY: COM
HEAT STG1: RLY5
BLOWER STG1: RLY3
24V RLY1: COM1
COMP1/STG1: RLY1
SPACE SLIDE ADJUST
SUPPLY AIR TEMP
COMP PRESSURE SW 2
3
6. Clickthe<Jobsite>icon(seeFigure4).OncetheJobSitesWindowopens,createanameforyourjobsiteinthe
“SelectedLocation”fieldandpress<Enter>.Yournewjobsitenameshouldappearinthe“JobSiteSelection”
window.Note:WhenenteringdatainPrismD,youmustalways
pressthe<Enter>keyaftereachentryinorder
fortheprogramtosavethedata.
7. Clickthe“DownArrow”nexttotheSerialPortdropdownlistandchoosethelistingasshowninFigure4.Note:
Thenumberfollowing“COM”maybedifferentonyourcomputer.
Itshouldstillstartwith“SiliconLabsCP210x
USBtoUARTBridge”.SeetheTroubleshootingSectionattheendofthisguideifyoudonotseethisselection.
Figure4:JobSiteIconandJobSitesWindow
8. IntheNetworkConfigurationWindow,clickMultipleLoopConfigurationifusingoneormoreMiniLinks.
Otherwise,selectSingleLoopConfiguration.Onceselected,click<Exit>toclosetheJobSitesWindow.

4
9. Clickonthe<Communications>menuitemandthenchoose“SearchforUnits”.SeeFigure5.
Figure5:CommunicationsMenu‐SearchForUnits
10. IntheSearchForUnitsWindowthatopens,clickthemenuoption<StartSearch>.Whencompletedyoushould
seeonesmallgreensquareasshowninFigure6.
Figure6:SearchForUnits
11. ClosetheSearchForUnitsWindowbyclicking<Exit>.Ifyouwishtosaveyoursearchresults,select<Yes>when
promptedtodoso.
5
Part2:ControllerConfiguration
1. OnthelefthandsideofthePrismDscreenintheUnitSelectioncolumn,doubleclickonthecontrollerlabeled
“DaikinRTU”.SeeFigure7.
Figure7:UnitSelection
2. TheStatusScreenforthecontrollerwilldisplayasshowninFigure8.
Figure8:ControllerStatusScreen
DaikinRTU
DaikinRTU
6
3. AtthetopoftheStatusScreennexttoDaikinRTU,youwillseeablanktimeof00.00AM.Clickonthistimefield
tobroadcasttherealtimetotheController.SeeFigure9.

Figure9:BroadcastTime
4. Fromhere,youcanviewthecurrentstatusoftheunitaswellasaccessthesettingsbyclickingthemenuoption
<Setpoints>locatedatthetopofthewindow.SeeFigure10.
Figure10:SetpointsSelection

Daikin RTU
DaikinRTU
7
5. AsshownbelowinFigure11,youcanselectthesetpointcategorybyclickingononeofthebuttonsatthe
bottomofthescreen.Wheninitiallysettingupacontroller,itisimportanttoverifytheconfigurationsfirst.
Clickonthe<Configuration>category.Note:Whenenteringdata
inPrismD,youmustalwayspressthe<Enter>
keyaftereachentryinorderfortheprogramtosavethedata.
Figure11:ControllerSetpointsScreenandSetpointCategories
6. IntheConfigurationScreen,thereare5Sensorsettingsidentifiedbytheredarrowsthatarefieldoptionsand
theyneedtobesetcorrectlyinorderforthecontrollertooperate.Theseoptionsareshownwitharrowsin
Figure12.However,youshouldstillverifytheothersettingseventhoughtheyshouldbesetcorrectlyatthe
factory.
Figure12:ConfigurationScreen
8
Part3:Schedules
1. Theinternalschedulecanbechangedbyclickingonthe<Schedules>iconlocatedontheControllerStatus
ScreenasshowninFigure13.
Figure13:SchedulesIcon
2. OncetheSchedulesScreenopens,modifythescheduleasnecessary.SeeFigure14.
Figure14:SchedulesWindow
3. Whenyouenteratimeinanyfield,youmusttypein3or4charactersforeachfieldandyoumustdesignateAMorPMand
press<Enter>.Forexample,500PM,<Enter>or1100PM,<Enter>.Note:
YouMUSTpress<Enter>tohavethesystem
acceptyourentry.Ifyoudonotpress<Enter>,thebargraphtotherightwilleithernotdisplayorwillnotchange.
9
4. Toeliminateaschedulefromanyevent,simplytypeazeroandpress<Enter>fortheStartandStoptimeforthatday.The
screenwilldisplay12:00AMforboththeStartandStoptimes,indicatingthattheequipmentwillnotactivateforthatday.
5. Ifyouwantthecontrollertorunthefull24hours,typeazeroandpress<Enter>
toset12:00AMfortheStarttimeand
type11:59PMandpress<Enter>fortheStoptime.Thisensuresthefull24hourperiodwillremainintheoccupiedmode
withoutinterruption.
6. Select<Save>
tosaveyourschedule.Select<Restore>torestoreapreviouslysavedschedule.Select<CopytoAll>tocopy
thescheduletoalllikecontrollers,andselect<EraseSchedules>
tocompletelyerasethescheduleappearinginthe
window.WARNING:<EraseSchedules>willclearALLentered.
7.
Selectthe<Holidays>buttonatthebottomleftoftheSchedulesWindowtoscheduleHolidays.TheHolidays
Windowwillappear(seeFigure15).ClickoneachdateyouwishtoselectasaHoliday.AllHolidayswillfollow
thedailyHolidayschedulethatissetintheSchedulesWindow.
Theholidaystartandstoptimeswilloverridethe
standardoperatinghours. Note:Youcanonlyselectholidaysforthecurrentyear.
Figure15:HolidaysWindow
10
Section2:GoodmanDDCControllerQuickStartGuide(UsingLCDDisplay)
Note:
ThisQuickStartGuideisonlyforreferencetomakethestartupprocessfaster.Ifmoreinformationisrequiredonanyof
thefeaturesorwiring,pleaserefertotheDDCControllerTechnicalGuideandthePrismDTechni calGuide.
Part1:ControllerSetupUsingOnBoardLCDDisplay
1.
The first LCD screen is the initialization screen. To scroll through the rest of the screens, press the <MENU>
button.Pressthe<MENU>buttonuntilyougettotheTIMER/DELAYSScreen.Thenpressthe<ENTER>button
to scrollthroughthe TIMER/DELAYS Screens. Followthedirections
inStep 1. Thenpressthe <MENU> button
untilyouget totheCONFIGSETPTSScreen.Thenpressthe<ENTER>buttontoscrollthroughtheConfiguration
SetpointsScreens.FollowthedirectionsinStep3.
11
2. Thereare5Timersettingsthatarefieldoptionsandtheyneedtobesetcorrectlyinorderforthecontrollerto
operateproperly.Theyareshownbelow:


12
3. Thereare7Configurationsettingsthatarefieldoptionsandtheyneedtobesetcorrectlyinorderforthe
controllertooperateproperly.However,youshouldstillverifytheaccuracyofallotherconfigurationsettings
eventhoughtheyshouldbesetcorrectlyatthefactory.
4.
The
ConfigurationSettingsthatneedtobesetcorrectlyareasfollows:
a.SpaceSensorInstalled:AnalogorDigital
b.HumiditySpaceSensorInstalledorNotInstalled
c.HumiditySpaceSensorInstalled:AnalogorDigital
d.Economizer:EconomizerOnly,CO
2
orNone
e.EconomizerEnableSource:Drybulb,Dewpoint,orEnthalpy
f.CO
2
SensorInstalledorNotInstalled
g.CO
2
SensorInstalled:AnalogorDigital
Usethe<UP>and<DOWN>buttons tochangescreenvalues.

13



14
Appendix:OptionalSensorDescriptions
IftheoptionalsensorsarepurchasedfromDaikin,thefollowingpictureswillhelpyoudeterminethetypeofsensorthat
youhave.However,someoftheoptionalsensortypesarenotprovidedbyDaikin,suchastheAnalogSpaceHumidity
Sensor(notshown).



AnalogSpaceSensor
OVR
R
E
L
O
C
R
E
M
R
O
A
W
DigitalSpaceSensor
withLCDDisplay
AnalogCO
2
Sensor
DigitalCO
2
Sensor
DigitalSpaceSensor
withoutLCDDisplay
15
Troubleshooting
WhatCanIDoIfICannotFindSiliconLabsUnderSerialPortsInPrismD?
1. AsshownintheFigureabove,theserialport“SiliconLabsCP210xUSB”shouldbeanoptionunder<SerialPort>.
Ifthisoptionisnotshown,youwillneedtocheckyourcomputer’sinternalpor tsforthe correctCOMnumber.
2. Gotothe<ControlPanel>inyour
computerandclickon<DeviceManager>.Thiswillopenyourcomputer’s
DeviceManagerWindow.Findandclickon<Ports(COM&LPT)>.
3. UnderPorts(COM&LPT),lookforSiliconLabsandverifytheCOMnumber itisinstalledon.Withthis
information,gobacktoPrismDand
underJobSite,selectthecorrectSerialPort.Inthisexample,COM3.
16
Troubleshooting
WhatIfIForgetMyPassword?
Ifyouhavechangedtheadministratoraccessusernameandpasswordfromitsdefaultusername“admin”andpassword
“admin”andyouforgotoneorboth,youmayresettheadministratoraccesstofactorydefaultmodebyfollowingthe
stepsbelow.
1. UndertheC:drive,findandopenyourPrismDfolder.Inthisfolderyouwillfi
ndaninternalfoldernamed,
“Configuration.”Doubleclicktoopenthefolder.
2. Insidethisfolderyouwillfindmultiplefiles.Lookforafilenamed“ULData.cfg.”Rightclickonthisfileandselect
<Delete>.
3. ThiswillresettheUsernameand Passwordto“admin”
Notes
WattMaster Form: DK-QS-DDC-TGD-01A June 2016
All rights reserved. Printed in the USA © 2016
WattMaster Controls Inc. • 8500 NW River Park Drive • Parkville, MO • 64152
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Daikin DDC Quick start guide

Type
Quick start guide

Daikin DDC is a powerful and versatile device that can be used to control a wide range of HVAC systems. With its advanced features and intuitive interface, the Daikin DDC makes it easy to optimize the performance of your HVAC system and improve the comfort of your home or office.

Some of the key capabilities of the Daikin DDC include:

  • Precise temperature control: The Daikin DDC uses advanced algorithms to maintain precise temperature control, ensuring that your home or office is always comfortable.
  • Energy efficiency: The Daikin DDC can help you save energy by optimizing the operation of your HVAC system. It can automatically adjust the temperature setpoints based on occupancy and weather conditions, and it can also control the operation of fans and pumps to minimize energy consumption.

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