Catalog 1112-4 Enfinity™ Large Horizontal Water Source ......Catalog 1112-3 McQuay Large Horizontal Water Source Heat Pumps Page 5 of 40 Extended range units include coil and piping

Catalog 1112-4Enfinity™ Large Horizontal Water Source Heat Pumps with R-410A Refrigerant Horizontal Models CCH Standard Range & CCW Geothermal RangeUnit Sizes 072 – 120 (6 to 10 Tons) • R-410A Refrigerant

Engineered for flexibility and performance™

Page 2 of 40 McQuay Large Horizontal Water Source Heat Pumps Catalog 1112-3

“McQuay” is a registered trademark of McQuay International. ©McQuay International 2011. All rights reserved throughout the world.

The information in this manual supersedes and replaces previous catalogues with regards to McQuay Water Source Heat Pump products. Illustrations cover the general appearance of McQuay International products at the time of publication and McQuay International reserves the right to make changes in design and construction at anytime without notice.

™®The following are trademarks or registered trademarks of their respective companies: LonTalk from Echelon Corporation, BACnet from ASHRAE, Protocol Selectability, and MicroTech II from McQuay International.

Contents

Introduction ...................................................................... 3Nomenclature................................................................... 3CCH & CCW Features and Options ................................ 4

Enfinity Large Horizontal Water Source Heat Pumps, Sizes 072 - 120 (6 to 10 Tons) ..........................................4

Cabinet Construction ..................................................... 5Refrigeration System ..................................................... 5Thermal Expansion Valve .............................................. 5Fan Section .................................................................... 5Optional Factory Installed Features ............................... 5

Control Options ............................................................... 6Control Choices And Added Functionality ...................... 6

Control Features .............................................................. 7MicroTech® III Unit Controller ........................................ 7I/O Expansion Module.................................................... 8

MicroTech® III Controller with LonWorks® or BACnet® Communication Module .................................................. 9

MicroTech III LonWorks Communication Module .......... 9MicroTech III BACnet Communication Module .............. 9MicroTech III Controller with Communication

Modules Features .......................................................... 9Applications ................................................................... 10

Unit Location ................................................................ 10Piping ........................................................................... 10Condensate Drain Piping ............................................. 10Ductwork and Sound Attenuation Considerations........ 11Typical Cooling and Heating Refrigeration Cycles –

Dual Compressors ....................................................... 12Systems ....................................................................... 13Boiler / Tower Applications:

ARI 320 / ISO 13256-1................................................. 13Open Loop Well Water Applications:

ARI 325 / ISO 13256-1 ................................................ 13Closed Loop Geothermal Applications:

ARI 330/ISO 13256-1 .................................................. 14ISO Performance Data................................................... 15Capacity Data ................................................................ 16

Cooling – Size 072 @ 2400 SCFM .............................. 16Heating – Size 072 @ 2400 SCFM .............................. 17

Cooling – Size 096 @ 3000 SCFM .............................. 18Heating – Size 096 @ 3000 SCFM .............................. 19Cooling – Size 120 @ 4000 SCFM .............................. 20Heating – Size 120 @ 4000 SCFM .............................. 21

Electrical Data & Physical Data .................................... 22Operating Limits ............................................................ 23

Additional information for initial start-up only ............... 23Correction Factors ........................................................ 24

Airflow Correction Factors............................................ 24Antifreeze Correction Factors ...................................... 24

Performance Data .......................................................... 25Dimensional Data .......................................................... 26Accessories ................................................................... 29

Supply and Return Water Hoses ................................ 29Condensate Hose Kit ................................................... 29Combination Balancing and Shutoff (Ball) Valves ........ 29Motorized Valve ........................................................... 30Field Installed Controls ................................................ 30Multiple Unit Control Panel (MUCP) ............................ 30

Programmable Electronic Thermostat ....................... 31Non-Programmable, Auto or Manual Changeover Thermostat ..................................................................... 31

Optional Remote Sensor.............................................. 32MicroTech III Water Source Heat Pump Wall Sensors 32

Optional Water Source Heat Pump Room Wall Sensors Wiring ..................................................... 33

Programmable Electronic Thermostat Wiring .............. 33Non-Programmable, Auto or Manual

Changeover Wiring ...................................................... 33Optional Remote Sensor Wiring ................................. 34

Typical Wiring Diagram ................................................. 35MicroTech™ III Controller with I/O Expansion Module

& Communication Module ............................................ 35208/230, 460, 575-60-3 (1.5 hp or less)....................... 35MicroTech™ III Controller with I/O Expansion Module

& Communication Module ............................................ 36208/230, 460, 575-60-3 (greater than 1.5 hp) .............. 36

Engineering Specifications .......................................... 37

Catalog 1112-3 McQuay Large Horizontal Water Source Heat Pumps Page 3 of 40

Introduction

Large Horizontal Water Source Heat Pumps - Models CCH & CCWSizes 072-120 (6 to 10 Tons)■ ModelCCH(StandardRange:55°Fto110°F)■ ModelCCW(GeothermalRange:30°Fto110°F)

DaikinMcQuay6-to10-tonhorizontalunitshaveacom-moncabinetsizeandcommonwater,condensate,andductconnectionlocationsforeasierandmoreefficientinstalla-tion.Thecabinetisconstructedofunpainted,G-60galvanizedsteel.Largepanelsprovideaccesstothefan/motorcom-partmentandthecompressor/controlcompartment.Thein-teriorsofthetopandsidepanelsandthebottomoftheunitarecoveredwith1/2"thick,1½lb.dual-densityfiberglassinsulation.Thefilterissupportedbyafactory-mountedcombinationfilterrackandreturnairductcollar,eliminat-ingtheneedforfield-mountedbrackets.Thewaterandcondensateconnectionsprotrudethroughtheoutsideofthecabinet.ThewaterconnectionsareFPTtypeforeasyconnectiontoflexiblestainlesssteelhoses.Thelargecondensateconnectionprovideseffectivecondensateremoval.Theelectricalcomponentsarelocatedinthecompressorsectionoftheunit.Holesareprovidedonthecabinettofa-cilitatemainpowerandlowvoltagecontrolwiringthroughseparateholes.Allwiringconnectionsaremadeinternaltothecabinetformaximumsafety.Eachunitisratedtoaccepttimedelayfusesforbranchcircuitandisprotectedbyaresettablecircuitbreaker.ThestandardcontrolforalllargecapacityunitsistheMicroTech™IIIunitcontroller.Theunitcontrollerreceivesitspowerfromthe75VAcontroltransformer.ALonWorks®orBACnet®communicationmoduleisavailableasanoption.

Nomenclature

Note: For illustration purposes only. Not all options available with all models.

Please consult McQuay Sales Representative for specific availability.

W CCH 1 120 B L Y S Y Y F

Product CategoryW = WSHP

Product IdentifierCCH = Large Horizontal - Standard RangeCCW = Large Horizontal - Geothermal

Design Series1 = A Design 4 = D Design2 = B Design 5 = E Design3 = C Design

Nominal Capacity072 = 72,000 BTU/h096 = 96,000 BTU/h120 = 120,000 BTU/h

ControlsB = MicroTech IIIA = DDC Less Board

Network Module OptionL = LonWorks® ModuleB = BACnet® ModuleY = None

VoltageD = 208-60-3F = 208/230-60-3H = 230-60-3K = 460-60-3L = 575-60-3N = 380-50-3

ReservedY = None

ReservedY = None

Condensate OverflowS = Standard Overflow Sensor

Current SensingY = None


CCH & CCW Features and Options

I/O Expansion Module

MicroTech® III Controller

LonWorks® Communication Module

BACnet® Communication Module

LED Annunciators

Schrader Connections

Enfinity Large Horizontal Water Source Heat Pumps, Sizes 072 - 120 (6 to 10 Tons)■ ModelCCH(StandardRange:55°Fto110°F)■ ModelCCW(GeothermalRange:30°Fto110°F)1. Cabinet -HeavygaugeG-60galvanizedsteel.2. Fan Section -Aforwardcurved,DWDIfan,solidsteel

shaftmountedinballbearings.Motortobethreephase,Open-DripProof(ODP)typewithvariablepitchsheaveandadjustablebase.

3. Insulation -Allinteriorframeworkandpanelsarelinedwith1/2"thick,1½lb.dual-densityfiberglassinsulation.Optional(IAQ)closed-cellfoaminsulation.

4. Drain Pan -Heavy-gauge,insulated,galvanizedsteeloroptionalstainlesssteel.

5. Filters -Standard2"factory-installedfilterrackwith2"throwawayfilters.Filterrackoutfittedwithductcollar.

6. Refrigerant Circuit -Allunitshaveadualrefrigerantcircuitwithscrollcompressors,thermalexpansionvalve,platetoplateheatexchanger,finnedtubeairsidecoil,reversingvalveandservicevalves.

7. Electrical -Thecontrolenclosureincludescomponentsnecessaryforproperunitoperation.Thesecomponentsinclude,butnotlimitedto:fanrelay,compressorcontactors,24VACcontroltransformerandcontrolcircuitboards.

8. Schrader Connections -FourSchradervalvesarelocatedinsidetheendaccesspanel–oneonthelowsideandoneonthehighsideoftherefrigerationcircuit–forchargingandservicing.Allvalvesare7/16"SAEfittings.

9. MicroTech® III Controllers –Designedforflexibility,thecontrolboardisusedinstandaloneapplicationsinconjunctionwiththeI/Oexpansionmoduleforcontrolofthesecondrefrigerantcircuit.AseparateLonWorks®orBACnet®communicationmodulecanbeeasilysnappedontotheMicrotechIIIboardtoallowcommunicationwithabuildingautomationsystem.Thecontrolsystemaccomodatestheuseofatwo-stageheat/two-stagecool7-dayprogrammableornon-programmablewall-mountedthermostat,offeredasafield-installedoption.

10. LED Annunciators –ExternalLEDstatuslightsdisplayfaultconditionstoprovideeasytroubleshootinganddiagnosis,visiblewithoutremovingtheaccesspanel.

11. External Pipe Connections –Supplyandreturnpipeconnectionslocatedoutsidethecabinetmakepipeconnectionseasywithoutremovingaccesspanels.

SafetyControls(NotShown)-Lowandhighrefrigerantpressureswitchesandlowrefrigerantsuctiontemperature(freezestat)sensor.


Extendedrangeunitsincludecoilandpipinginsulationtoprotectagainstcondensationinlowtemperaturegeothermalapplications.Safetycontrolsincludelowsuctiontemperature(freezstat)andhighpressureswitchestolockoutcompressoroperationatextremeconditions.Thesafetycontrolscanonlyberesetfromthemaindisconnectswitch-notfromthewallthermostat.Foradditionalsafety,eachunithasa7psi(48kPa)lowpressureswitchtoprotectthecompressorfromlowrefrig-erantcharge.Thelowsettingpreventsnuisancetripswhileprovidingadequateprotection.Figure 2: Piping Compartment

Thermal Expansion ValveUnitsincludeaThermalExpansionValve(TXV)forrefrigerantmetering.TheTXVallowstheunittooperateatoptimumefficiencywithfluidtemperaturesrangingfrom25ºFto110ºF(geothermalcapableunitsonly)andenteringairtemperaturesrangingfrom40ºFto90ºF.TheTXVpre-ciselymeterstheexactamountofrefrigerantflowthroughthesystemtomeettheloadanddeliverratedheatingandcoolingcapacity.

Fan SectionThefansectionincludesthefanhousing,fanwheel,fanmotor,adjustablesheave,highstrengthV-belt,anddrainpan.ThestandarddrainpanismadeofG-60galvanizedsteelandisinsulatedfromthecabinet.Astainlesssteeldrainpanisavailableasanoption.Thepanhasampleheighttoallowself-primingofthecondensatetrap.Thefanmotorisasinglespeed,highefficiencyPSCtypewithanadjustablesheaveforfieldadjustment.Themotorisiso-latedfromthefanhousingtominimizevibrationtransmis-siontothecabinet.Thefanhousingprotrudesthroughthecabinettoprovideadequatematerialtoconnecttoafield-providedflexibleductcollar.Thefandischargecanexitfromtheendorthesideoftheunitandmustbeconfiguredatthefactory.

Optional Factory Installed FeaturesGeothermalrangeunitsareavailableforapplicationsrequiringheatingoperationatreducedenteringcondi-tions.Thegeothermalrangeunitwilloperateat25ºF(5ºC)minimumenteringwatertemperature,40ºF(5ºC)minimumenteringairtemperature.

CCH & CCW Features and OptionsCabinet ConstructionDaikinMcQuay6-to10-tonhorizontalunitshaveacommoncabinetsizeandcommonwater,condensate,andductcon-nectionlocationsforeasierandmoreefficientinstallation.Thecabinetisconstructedofheavy-gaugeG-60galva-nizedsteel.Largepanelsprovideaccesstothefan/motorcompartmentandthecompressor/controlcompartment.Theinteriorsofthetopandsidepanelsandthebottomoftheunitarecoveredwith1/2"thick,1½lb.dual-densityfiberglassinsulation.Closed-cellfoam(IAQ)insulationisavailableasaselectableoption,suitableforfiberglass-freeapplications.Thefilterissupportedbyafactory-mountedcombinationfilterrackandreturnairductcollar,eliminat-ingtheneedforfield-mountedbrackets.Thewaterandcondensateconnectionsprotrudethroughtheoutsideofthecabinet.ThewaterconnectionsareFPTtypeforeasyconnectiontoflexiblehoses.Thelargecondensateconnectionprovideseffectivecondensateremoval.Theelectricalcomponentsarelocatedinthecompressorsectionoftheunit.Holesareprovidedonthecabinettofa-cilitatemainpowerandlowvoltagecontrolwiringthroughseparateholes.Allwiringconnectionsaremadeinternaltothecabinetformaximumsafety.Eachunitisratedtoaccepttimedelayfusesforbranchcircuitandisprotectedbyaresettablecircuitbreaker.Figure 1: Controls and Compressor Compartment

Refrigeration SystemUnitshaveadualcircuitdesignandthetwocircuitsoperateindependentlytoenableloadsheddingwhenconditionsal-low.Eachcircuitemploysarandomstartfeaturetopreventbothcompressorsfromenergizingsimultaneouslyafteran“unoccupied”cycle.Unitscontaintwoofeachrefrigerantsystemcomponent,includinghighefficiencycompressors,plate-to-plateheatexchangers,reversingvalves,expansionvalves,high/lowsiderefrigerantservicevalves,andrequiredsafetycontrols.Largeaccesspanelsareprovidedforeasyserviceaccesstoanyofthesecomponents.Thereversingvalvesareenergizedintheheatingmodeandwill“fail-safe”tothecoolingmode,whichisthepredomi-nantmodeofoperation.Theair-to-refrigerantcoilisadualcircuitcoilononeslab.Itissplitequallyalongthehorizontalaxisformaximumefficiency.Thefinsarelancedandthetubeshavefinnededgesontheinsidetoenhanceheattransfercapabilities.


Control OptionsControl Choices And Added FunctionalityThecontrolenclosurehousesthemajoroperatingelectri-calcontrolsincludingtheMicroTech®IIIcontrollerandI/Oexpansionmodule,controltransformer,compressorrelaysandfanrelay.Eachcomponentiseasilyaccessedforserviceorreplacement.ThreeuniquecontrolchoicesareofferedwiththeMicro-TechIIIcontrolsystem:■ StandaloneoperationusingaMicroTechIIIcontroller

andI/Oexpansionmodule

■ MicroTechIIIcontrollerandI/OexpansionmodulewithaLonWorks®communicationmodule

■ MicroTechIIIcontrollerandI/OexpansionmodulewithaBACnet®communicationmodule

Eachoptionfeaturesdirectquick-connectwiringtoallunit-controlledcomponentsfor“clean”wiringinsidethecontrolbox.Eachcontrolcircuitboardreceivespowerfroma75VAtransformer.

Table 1: Control Options

Control Description Application Protocol

TheMicroTechIIIcontrollerisastand-alonemicroprocessor-based controlboardconvenientlylocatedintheunitcontrolenclosureforeasyaccessibil-ity.Theboard isdesigned toprovidethermostatcontrolofaWaterSourceHeat Pump using a two-stagewallthermostat.Theunitcontrollerprovidesunit-wide control of theWSHP andcontrolofthefirstrefrigerantcircuit.

TheI/OExpansionModuleisanexten-sionoftheMicrotechIIIcontrollerandprovidescontrolofthesecondrefriger-antcircuit.ExternalLEDstatuslightsdisplayfaultconditionstoprovideeasytroubleshooting anddiagnosis of thesecondcircuit.

TheMicroTech III control systemacceptsaplug-inLonWorkscommu-nicationmodule to provide networkcommunicationsandaddedfunctional-itytoeasilyintegratewithanexistingBAS.Thecommunicationmodulecanbe factory- or field-installed and istestedwithalllogicrequiredtomonitorandcontroltheunit.

TheMicroTech III controller acceptsa plug-in BACnet communicationmodule to provide network commu-nications and added functionality toeasilyintegratewithanexistingBAS.The communicationmodule can befactory-orfield-installedandistestedwithalllogicrequiredtomonitorandcontroltheunit.

Eachunitcontrollerisfactoryprogrammed,wired,andtestedforcompletecontrolofsinglezone,standaloneoperationofyourMcQuayWaterSourceHeatPump.

Allowsfor:• Controlofsecondrefrigerationcircuit.

Designed to be linkedwith a centralized buildingautomationsystem(BAS)throughaLonWorkscom-municationsnetworkforcentralizedschedulingandmanagementofmultipleheatpumps.

Designed to be linkedwith a centralized buildingautomation system (BAS) through aBACnet com-municationsnetworkforcentralizedschedulingandmanagementofmultipleheatpumps.

Un i t -moun t edorwall-mountedthermostat

Wal l -moun tedt he rmos t a t o rsensor

LonM a r k 3 . 4 certified

BACnetMS/TP

MicroTech III

(Standalone) Unit Controller

withI/O Expansion

Module

LonWorks

Communication Module

BACnet

Communication Module


MicroTech® III Unit ControllerTheMicroTechIIIControllerisamicroprocessor-basedcontrolboardconvenientlylocatedintheunitcontrolboxforeasyaccessthrougharemovableaccesspanel.Thestandaloneunitcontrollerisahardwiredinterfaceandprovidesallthenecessaryfieldconnections.Theboardcanbewiredfor24-voltACoutputtothewallthermostatbyusingterminalsR&C.AnLEDannunciatorislocatedonthefrontoftheunitchassistoallowquickcheckoftheunitoperatingstatus.

MicroTech III Operating FeaturesAssumescyclefanoperation-notcontinuousfanoperation:■ Start-up–Theunitwillnotoperateuntilalltheinputs

andsafetycontrolsarecheckedfornormalconditions.■ Coolingmode–Onacallforcoolingfromthewall

thermostat,thecontrollerwillenergizethefanrelayandstagecompressorstosatisfythespacetemperaturesetpoint.Whentheloadissatisfied,thecontrollerwilldisablethecompressorandfan.

■ HeatingMode–Onacallforheatingfromthewallthermostat,thecontrollerwillenablethefan,energizecircuitonereversingvalveandcircuit1compressortosatisfythespaceheatingsetpoint.Ifthespacetemperaturesetpointisnotsatisfield,circuittworeversingvalveandcircuit2compressorwillbeenergizedandrununtiltheheatingsetpointatthethermostatissatisfied.

■ RandomStartPower-upDelayTimer–Intheeventofabuildingpoweroutage,thisfeaturepreventsmultipleunitsfromstartingsimultaneouslyuponbuildingpowerrestoration.

■ UnoccupiedMode–Asimple“grounded”signalbetweenterminalsUandC(nopowersourcerequired),putstheunitintotheunoccupiedmodefornightsetbackoperation.

■ InterstagingTimer–Adefaultvalueof5minutesbetweenstagingofcompressors,thisfeatureminimizesshortcyclingofcompressorsandimprovescomfort.

■ OverrideMode–Aswitchonthedeluxeautomaticchangeoverthermostatcanbeactivatedduringtheunoccupiedmodetoputtheunitbackintotheoccupiedmodefortwohoursforafter-hoursheatingorcooling.

■ MotorizedValve/PumpRestart–TheIV/PR(H8)terminalsontheTheMicroTechIIIunitcontrollerareusedtoenergize(open)amotorizedvalveorstartawaterpumptogetwatercirculatingpriortostartingthecompressoroncallforheatingorcooling.TheIV/PR(H8)terminalmaybe“daisychained”betweenamaximumof200units.

■ BrownoutProtection–TheMicroTechIIIunitcontrollermeasurestheinputvoltageandwillsuspendcompressorandfanoperationifthevoltagefallsbelow80%oftheunitnameplateratedvalue.AuniqueLEDstatusisgenerated.

Control Features■ UnitShutdown–Asimplegroundedsignalputstheunit

intotheshutdownmode.Compressorandfanoperationsaresuspended.AuniqueLEDstatusisgenerated.

■ CondensateOverflowProtection–TheMicroTechIIIcontrollerincorporatesaliquidsensoratthetopofthedrainpan.Uponsensingwaterflow,coolingoperationissuspended.AuniqueLEDstatusisgenerated.

■ RemoteResetofAutomaticLockouts–TheRemoteResetfeatureprovidesthemeanstoremotelyresetautomaticlockoutsgeneratedbyhigh-pressureand/orlow-temperaturefaults.WhentheMicroTechIIIcontrollerisinautomaticlockoutduetooneofthesefaults,andthecauseofthefaultconditionhasbeenalleviated,energizingtheO-terminalfor10secondsormorewillforcethecontrolboardtoclearthelockout.Aunitpowercyclecanalsobeusedtoclearanautomaticlockoutiftheconditionscausingthefaulthavebeenalleviated.

■ IntelligentReset–TheFaultRetryfeaturehelpstominimizenuisancetripsofautomaticlockoutscausedbyhigh-pressureand/orlow-temperaturefaults.Thisfeatureclearsfaultsthefirsttwotimestheyoccurwithina24-hourperiodandtriggersanautomaticlockoutonthe3rdfault.Theretrycountisresettozeroevery24hours.

■ EquipmentProtectionControl–TheMicroTechIIIcontrollerreceivesseparateinputsignalsfromtherefrigeranthigh-pressureswitchandthelowsuctionlinetemperaturesensor.Inahigh-pressuresituation,compressoroperationissuspended.Inalowtemperaturesituation,theunitgoesintoadefrostcyclewheretheunitisputintocoolingoperationfor60secondsuntilthecoaxialheatexchangerisfreeofice.EachswitchgeneratesitsownuniqueLEDstatus.

Note: Most unit fault conditions are the result of operating the equipment outside the unit specifications.

Table 2: MicroTech III Controller LED & Fault Outputs

Mode / Fault Status LED’s Thermostat Alarm Light

Yellow Green Red Output-Terminal “A”

Occupied, Bypass, Standby, or Tenant Off On Off Energized Override Unoccupied On On Off Energized Condensate Overflow On Off Off De-energized High Pressure 1 Fault Off Off Flash De-energized Low Pressure 1 Fault Off Off On De-energized Low Temperature 1 Fault Flash Off Off De-energized Brownout Off Flash Off De-energized Emergency Shutdown Off Flash Off De-energized Room/Return Air or Low

Flash Flash On De-energized Temp Sensor 1 Failure

Service Test Mode Flash Flash Flash De-energized

Enabled 1

Serial EEPROM On On On De-energized Corrupted Network “Offline” Off Off Off De-energized Received

Note: 1 Compressor relay/compressor terminal is labeled COMP, switched line of the same electric input as any of the L1 terminals.


I/O Expansion Module

TheI/OExpansionModuleisfactory-installedforcontrolofthesecondrefrigerationcircuit.TheI/OExpansionModulehasanindependentLEDan-nunciatortoidentifyoperationalfaultconditionsfortheelectricheater.Table 3: I/O Expansion Module LED & Fault Status LED's

Thermostat

Mode / Fault Alarm

Yellow Green Red Light Output

Terminal “A”

Invalid Configuration Flash Flash Off De-energized Jumper Setting

Base Board Off Flash Flash N/A Communication Fail

High Pressure #2 Fault Off Off Flash De-energized

Low Pressure #2 Fault Off Off On De-energized

Low Suction Temp #2 Fault Flash Off Off De-energized Sensor Failures Low Suction

Low Suction Temp #2, Flash Flash On De-energized

1 EWT (w/ Boilerless EH only)

2 Service Test Mode Enabled Flash Flash Flash De-energized

Unoccupied Mode On On Off Energized

Occupied, Bypass, Standby, or Tenant Off On Off Energized Override Modes Normal Operation Off On Off De-energized

Note: Mode / Faults are listed in order of priority. 1 Boilerless electric heat only 2 Alarm/fault LED indications take precedence over

service test mode LED indication. The controller shall use service test mode if the service test mode jumper is installed, even if the LED’s indicate an alarm/fault.

Control Features

Figure 3: I/O Expansion Module Configuration Jumper Terminals

Jumper Terminals

JP1 shorted in units with 2 compressors

JP1 through JP8 not used with 2 circuit units.


Control Features

MicroTech® III Controller with LonWorks® or BACnet® Communication ModuleEachEnfinityLargeVerticalandHorizontalWaterSourceHeatPumpcanbeequippedwithaLonWorksorBACnetcommunicationmodule.TheLonWorksmoduleisLon-Mark3.4certifiedanddesignedtocommunicateoveraLonWorkscommunicationsnetworktoaBuildingAuto-mationSystem(BAS).TheBACnetmoduleisdesignedtocommunicateoveraBACnetMS/TPcommunicationsnet-worktoabuildingautomationsystem.Bothcontrollersaremicroprocessor-basedandcanbefactoryorfield-installed.Thecontrolmodulesareprogrammedandtestedwithallthelogicrequiredtomonitorandcontroltheunit.OptionalwallsensorsmaybeusedwiththecommunicationmodulestoprovidelimitedlocalcontroloftheHorizontalWaterSourceHeatPump.TheMicroTechIIIcontrollermonitorswaterandairtemperaturesandpassesinformationtothecommunicationmodule.ThemodulecommunicateswiththeBAS,toprovidenetworkcontroloftheWaterSourceHeatPump.

MicroTech III LonWorks Communication ModuleTheLonWorksscommunicationmoduleisdesignedforunitsthatareintegratedintoaLonWorkscommunicationnetworkforcentralizedschedulingandmanagementofmultipleheatpumps.

MicroTech III BACnet Communication Module

Designedtobelinkedwithacentralizedbuildingauto-mationsystem(BAS)throughaBACnetcommunicationsnetworkforcentralizedschedulingandmanagementofmultipleheatpumps.

MicroTech III Controller with Communication Modules FeaturesTheMicroTechIIIControllerwithLonWorksorBACnetCommunicationModuleorchestratesthefollowingunitoperations:

■ Enableheatingandcoolingtomaintainspace temperaturesetpointbasedonaroomsensorsetting■ Enablefanandcompressoroperation■ Monitorsallequipmentprotectioncontrols■ Monitorsroomanddischargeairtemperatures■ Monitorsleavingwatertemperature■ RelaysstatusofallvitalunitfunctionsAnamber,on-boardstatusLEDindicatesthestatusoftheMicroTechIIILonWorksorBACnetmodule.TheMicroTechIIIunitcontrollerwithcommunicationmoduleincludes:■ ReturnAirTemperaturesensor(RAT)(field-installed)■ DischargeAirTemperaturesensor(DAT)

(field-installed)■ LeavingWaterTemperaturesensor(LWT)

When an optional wall-mounted room temperature sensor is connected to the unit controller, the Return Air Temperature (RAT) sensor must not be installed. A wall-mounted room temperature sensor and the return air temperature sensor must not be connected simultaneously or the unit will not operate properly.

CAUTION

Thecommunicationmodulesprovidenetworkaccesstosetpointsforoperationalcontrol

Available Wall Sensors Include:■ Roomsensor■ RoomsensorwithLEDstatusandtenantoverride button■ TemperaturesensorwithLEDstatus,timed-override button,and±3°Fsetpointadjustment■ RoomsensorwithLEDstatus,timed-override button,55°to90°Fsetpointadjustment


Applications

actsasasoundattenuatorforboththeunitoperatingnoiseandhydraulicpumpingnoise.Oneendofthehosehasaswivelfittingtofacilitateremovaloftheunitforreplace-mentorservice.Includesupplyandreturnshutoffvalvesinthedesigntoallowremovalofaunitwithouttheneedtoshutdowntheentireheatpumpsystem.Thereturnvalvemaybeusedforbalancingandwilltypicallyhavea“mem-orystop”sothatitcanbereopenedtotheproperpositionfortheflowrequired.Fixedflowdevicesarecommerciallyavailableandcanbeinstalledtoeliminatetheneedformemorystopshutoffvalves.IncludePressure/Tempera-tureportstoallowtheservicetechniciantomeasurewaterflowandunitoperation.

Condensate Drain PipingCondensatepipingcanbemadeofsteel,copperorPVCpipe.Inmostcases,PVCpipeeliminatestheneedtowrapinsulationaroundthepipetopreventsweating.Athreaded,factorysuppliedcondensatefittingallowstheconnectionofPVC,flexiblevinylhoseorsteelbraidedhose.Thecondensatepipingmustbetrappedattheunitandpitchedawayfromtheunitnotlessthan1/4"perfoot.Aventisrequiredafterthetrapsothatthecondensatewilldrainawayfromtheunit.Theventcanalsoactasacleanoutifthetrapbecomesclogged.Toavoidhavingwastegasesenteringthebuilding,thecondensatedrainshouldnotbedirectlypipedtoadrain/waste/ventstack.Seelocalcodesforthecorrectapplicationofcondensatepipingtodrains.Figure 5: Typical Condensate Piping

CondensateDrain (P Trap)

Optional Field Installed Vent

1 1/2" (38mm)

1/4" Per Foot(21mm Per Meter)

1 1/2" (38mm)

Unit LocationItisimportanttoleaveenoughspaceforservicepersonneltoperformmaintenanceorrepair.Locatethehorizontalunittoallowforeasyremovalofthefilterandaccesspanels.Allowaminimumof18"(46cm)clearanceoneachsideoftheunitforserviceandmaintenanceaccessanddonotinstalltheunitaboveanypiping.Alwaysbesuretoleaveatleastonesideofthefilterrackunobstructedsothattheservicepersonnelwillbeabletoslidethefilterout.Eachunitissuspendedfromtheceilingbyfour3/8"threadedrodsfastenedtotheunitbyahangerbracketandrubberisolator.Thedesignshouldplacetheunitdirectlybelowthestructuralmemberssothatitissecurelyanchored.Avoidinstallingunitsdirectlyabovespaceswherebuildingoccupantswillreside(e.g.aboveofficedesksorclass-rooms)toreducetherequirementfornoiseattenuation.Donotplaceunitsabovehightrafficareasbecauseserviceaccessmaybelimitedduringoccupiedhours.Forexample,unitsaretypicallyinstalledabovethehallwaydropceilinginSchoolsandthesupplyandreturnairisrouteddirectlyintoclassrooms.Localcodemayrequirefiredamperstobeusedwiththisapplication.

PipingTheWSHPunitistypicallyconnectedtothesupply/re-turnpipingusinga“reversereturn”pipingsystemwhichincludesaflowcontroldevicesothatflowrequirementsaremetforeachzone.Ashort,highpressure“flexiblehose”isusedtoconnecttheunittothebuilding’shardpipingandFigure 4: Typical Ceiling Installation


Ductwork and Sound Attenuation ConsiderationsDuctworkisnormallyappliedtoceiling-mountedheatpumpsonthedischargesideoftheunit.Adischargecollarisprovidedonallhorizontalunitmodelsforfasteningtheductwork.Useaflexibleconnectorbetweenthedischargecollarandtheducttransformationtohelpreducevibrationtransmissionfromthecabinetandtosimplifydisconnectionoftheunitfromtheceilingductwork.Ifreturnductworkistobeused,attachaflexibleconnectortothefilterrackcollartohelpreducevibrationtransmissionandremovaloftheunit.Returnplenumductingshouldbeatleast12inchesawayfromthecoilsothatthecoilisevenlyloadedwithreturnair.Asageneralrecommendation,ductinteriorsshouldhaveanacoustic/thermalliningatleast1/2inchthickovertheentireductrun.Forbettersoundattenuation,linethelastfivediametersofductbeforeeachregisterwithaone-inchthicksoundblanket.Elbows,teesanddamperscancre-

Applicationsateturbulenceordistortionintheairflow.Placeastraightlengthofduct,5to10timestheductwidth,beforethenextfittingtosmoothoutairflow.Diffusersthatarelocatedinthebottomofatrunkductcanalsoproducenoise.Forthissamereason,volumecontroldampersshouldbelocatedseveralductwidthsupstreamfromanairoutlet.ForHotel,Motel,DormitoryorNursingHomeapplica-tionsthatuseasingleductdischarge,avelocityof500to600fpmissuggested.Theseapplicationstypicallyhavestaticpressuresaslowas0.05inchesofwaterandductlengthsapproximatelysixfeetinlength.Thedischargeductmustbefullylinedandhaveasquareelbowwithoutturningvanes.Returnairfortheseapplicationsshouldenterthrougha“low”sidewallfiltergrilleandrouteupthestudspacetoaceilingplenum.Forhorizontalheatpumpsmountedfromtheceiling,aninsulatedreturnplenumissometimesplacedatthereturnairopeningtofurtherattenuateline-of-sightsoundtransmissionthroughreturnopenings.

Figure 6: Suggested Supply Ducting per ASHRAE and SMACNA Publications

Flexible Connector

Acoustic/Thermal Lining

Two 90° Turns(Ductwork Sized Based on Airflow)

Diffuser

Diffuser

Acoustic/Thermal Lining3ft. (.9m) to 5ft. (1.5m)

Ductwork Supported Independent of Unit

Figure 7: Suggested Return Ducting per ASHRAE and SMACNA PublicationsTwo 90° Turns Prior to the Intake

(Ductwork Sized Based on Airflow)

Flexible ConnectorAcoustic/Thermal Lining 10ft. (3 meters)

Ductwork Supported Independent of Unit



Return Air Intake Located

Away from the Unit Blower

Flexible Connector


ApplicationsTypical Cooling and Heating Refrigeration Cycles – Dual CompressorsNote: Typical temperature readings are at full load conditions at ISO-13256 for boiler-tower applications.

Figure 8: Cooling Refrigeration CycleWhenthewallthermostatcallsforCOOLING,the

reversingvalve(de-energized)directstheflowoftherefrigerant,ahotgas,fromthecompressortothewater-to-refrigerantheatexchanger(coaxialheatexchanger).There,theheatisremovedbythewater,andthehotgascondensestobecomealiquid.Theliquidthenflowsthroughathermalexpansionvalvetotheair-to-refrigerantheatexchangercoil(evaporator).Theliquidthenevaporatesandbecomesagas,atthesametimeabsorbingheatandcoolingtheairpassingoverthesurfacesofthecoil.Therefrigerantthenflowsasalowpressuregasthroughthereversingvalveandbacktothesuctionsideofthecompressortocompletethecycle.

Figure 9: Heating Refrigeration CycleWhenthewallthermostatcallsforHEATING,the

reversingvalve(energized)directstheflowoftherefriger-ant,ahotgas,fromthecompressortotheair-to-refrigerantheatexchangercoil(condenser).There,theheatisremovedbytheairpassingoverthesurfacesofthecoilandthehotgascondensesandbecomesaliquid.Theliquidthenflowsthroughathermalexpansionvalvetothewater-to-refriger-antheatexchanger(evaporator).Theliquidthenevaporatesandbecomesagas,atthesametimeabsorbingheatandcoolingthewater.Therefrigerantthenflowsasalowpres-suregasthroughthereversingvalveandbacktothesuctionsideofthecompressortocompletethecycle.


Applications

SystemsWatersourceheatpumpsystemsareoneofthemostef-ficient,environmentallyfriendlysystemsavailableforheat-ingandcoolingbuildings.High-efficiency,selfcontainedunits(sizes7,000btuhto290,000btuh)canbeplacedinvirtuallyanylocationwithinabuilding.Eachunitrespondsonlytotheheatingorcoolingloadoftheindividualzoneitserves.Thispermitsanexcellentcomfortlevelforoccu-pants,bettercontrolofenergyuseforbuildingownersandlowerseasonaloperatingcosts.TheAir-ConditioningRe-frigerationInstitute(ARI)andtheInternationalStandardsOrganization(ISO)publishstandardssothatwatersourceheatpumpsareratedforspecificapplications.TheARI/ISOloopoptionsshowninthiscatalogaretypicalwatersourceheatpumploopchoicesavailableintoday’smarket.Thesesystemsofferbenefitsrangingfromlowcostinstallationtothehighestenergyefficiencyavailableinthemarkettoday.

Boiler / Tower Applications: ARI 320 / ISO 13256-1A“Boiler/Tower”applicationusesasimpletwo-pipewatercirculatingsystemthataddsheat,removesheatortrans-fersrejectedheattootherunitsthroughoutthebuilding.Thewatertemperatureforheatingisgenerallymaintainedbetween65ºF–70ºFandisusuallyprovidedbyanaturalgasorelectricboilerlocatedinamechanicalroom.Thecondensingwatertemperature,duringcoolingmonths,ismaintainedbetween85ºFand95ºFandrequirestheuseofacoolingtowertodissipatewasteheat.Coolingtowerscanbelocatedontheroof,orinsideoradjacenttothebuilding.Thisapplicationcanbethelowestcostoftheloopoptionsavailable.Note:ASHRAE90.1standardsrequirethatcirculatingpumpsover10HPwillrequireuseof“variablefrequencydrive”equipmentandpipeinsulationtobeusedwheneverwatertemperaturesarebelow60degreesandabove105degrees.SeeASHRAE90.1Standardsfordetails.Figure 8: Boiler/Tower Application

Open Loop Well Water Applications: ARI 325 / ISO 13256-1 “OpenLoop”wellwatersystemsusegroundwatertore-moveoraddheattotheinteriorwaterloop.Thekeybenefitofanopenloopsystemistheconstantwatertemperature,usually50ºFto60ºF,whichprovidesefficientoperationatalowfirstcost.Mostcommercialdesignersincorporateaheatexchangertoisolatethebuildingloopfromthewellwater.Usingheatexchangerscanreducemaintenanceissueswhilestillallowingthetransferofheatfromunittounitaswiththe“Boiler/TowerSystem”.Asuccessfuldesignprovidesanampleamountofgroundwater(approxi-mately2GPMperton)andadequateprovisionsfordis-chargingwaterbacktotheaquiferorsurface.OpenLoopapplicationsarecommonlyusedincoastalareaswheresoilcharacteristicsallowreinjectionwellstoreturnthewaterbacktotheaquifer.Notethatsomestateshaverequire-mentsonthedepthsofreturnwaterreinjectionwells,andsuchwellsmustbeapprovedbytheUnitedStatesEnvi-ronmentalProtectionAgency.Also,badwaterqualitycanincreaseproblemswithheatexchangerscaling.Suspendedsolidscanerodetheheatexchanger.Strainerscanbeusedtocontainsuspendedsolids.Figure 9: Open Loop Well Application


Applications

Closed Loop Geothermal Applications: ARI 330/ISO 13256-1 “VerticalClosedLoop”applicationsareinstalledbydrill-ingverticalboreholesintotheearthandinsertingaplasticpolyethylenesupply/returnpipeintotheholes.Theverticalwellsareconnectedinparallelreversereturnfashiontoal-lowthewaterfromthebuildingtocirculateevenlythrough-outtheborefield.Thecirculatingfluiddissipatesheattothegroundinasimilarmannerasa“tower”andaddsheatbacktothelooplikeaboiler.Ifproperlydesigned,theloopfieldcanmaintainthelooptemperaturesnecessarytoconditionthebuildingwithouttheuseofaboileroratower.Looptemperaturesusuallyrangefrom37ºFto95ºFinNorthernclimates.Southernapplicationscanseetemperaturesrang-ingfrom40ºFto100ºF.Thenumberofboreholesandtheirdepthshouldbedeterminedbyusingcommercialsoftwarethatisspecificallydesignedforverticalgeothermalapplica-tions.Typicalboredepthsofaverticallooprangefrom150to400feetandgenerallyrequireabout250feetofsurfaceareapertonofcooling.Figure 10: Vertical Loop Application

Aclosedloop“Horizontal”geothermalapplicationissimilartoaverticalloopapplicationwiththeexceptionthattheloopsareinstalledintrenchesapproximately5feetbelowthegroundsurface.Thepipingmaybeinstalledusinga“four-pipe”or“six-pipe”designandcouldrequire1,500to2,000squarefeetofsurfaceareapertonofcooling.Looptemperaturesforacommercialapplicationcanrangefrom35ºFto95ºFinNorthernclimates.Southernclimatescanseetemperaturesrangingfrom40ºFto100ºF.Horizontalloopsaregenerallynotappliedinurbanareasbecauselanduseandcostscanbeprohibitive.Newadvancesininstallationprocedureshaveimprovedtheassemblytimeofhorizontalloopswhilekeepingthefirstcostlowerthanaverticalloop.

Figure 11: Horizontal Loop Application

A“SurfaceWater”or“Lake”closedloopsystemisageothermalloopthatisdirectlyinstalledinalakeorbodyofwaterthatisnearthebuilding.Inmanycases,thebodyofwaterisconstructedonthebuildingsitetomeetdrain-ageoraestheticrequirements.Surfaceloopsusebundledpolyethylenecoilsthatareconnectedinthesamemannerasaverticalorhorizontalloopusingaparallelreversereturndesign.Thesizeandthedepthofthelakeiscritical.Commercialdesignservicesshouldbeusedtocertifythatagivenbodyofwaterissufficienttowithstandthebuildingloads.Looptemperaturesusuallyrangefrom35ºFto90ºFandprovetobethebestcoolingperformerandlowestcostloopoptionofthethreegeothermalloops.Someapplica-tionsmaynotbegoodcandidatesduetopublicaccessordebrisproblemsfromflooding.Figure 12: Surface Water Loop Application


ISO Performance Data

Table 4: Water Loop

Cooling Heating

Unit Size Airflow Waterflow Voltage CFM L/S GPM L/S Btuh Watts EER COP Btuh Watts COP

4.4

4.3

4.4

78100

94900

121800

208/230-60-3460-60-3575-60-3

208/230-60-3460-60-3575-60-3

208/230-60-3460-60-3575-60-3

1.27

1.49

1.90

2400

3000

4000

072

096

120

1133

1416

1888

20.1

23.6

30.1

22868

27788

35664

13.4

14.8

14.4

3.9

4.3

4.2

82700

94300

126200

24215

27612

36953

Note: Water Loop Performance Data – Rated in Accordance with ISO Standard 13256-1

Table 5: Ground Loop

208/230-60-3460-60-3575-60-3

208/230-60-3460-60-3575-60-3

208/230-60-3460-60-3575-60-3

Cooling Heating


1.27

1.49

1.90

2400

3000

4000

77700

97300

124600

072

096

120

1133

1416

1888

20.1

23.6

30.1

22751

28490

36484

16.3

16.8

16.0

4.8

4.9

4.7

58700

66100

92500

17188

19355

27085

3.7

3.3

3.6

Note: Ground Loop Performance Data – Rated in Accordance with ISO Standard 13256-1

Table 6: Ground Source

Cooling Heating


208/230-60-3460-60-3575-60-3

208/230-60-3460-60-3575-60-3

208/230-60-3460-60-3575-60-3

1.27

1.49

1.90

2400

3000

4000

82500

103100

134400

072

096

120

1133

1416

1888

20.1

23.6

30.1

24157

30189

39354

21.3

21.5

20.7

6.2

6.3

6.1

71400

79800

115700

20907

23366

33878

4.2

3.8

4.2

Note: Ground Source Performance Data – Rated in Accordance with ISO Standard 13256-1

Page 16 of 42 McQuay Enfinity Horizontal Water Source Heat Pumps Catalog 1112-3

Capacity DataCooling – Size 072 @ 2400 SCFM EWT GPM WPD System EA LWT TOT SEN kW EER 30 40 50 60 70 80 85 90 100 110

758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771

38.839.540.135.936.336.834.534.835.148.749.349.945.846.246.644.444.745.058.559.159.655.756.156.554.354.654.968.368.869.465.665.966.364.264.564.778.178.679.175.475.876.174.174.374.687.988.488.985.385.686.084.084.284.592.893.393.890.290.690.988.989.289.497.898.298.795.295.595.893.994.194.4107.6108.1108.5105.1105.4105.7103.8104.1104.3117.5117.9118.3115.0115.3115.6113.8114.0114.2

9758210491011256098516105990113790989851065401143809379710078010806094783101930109380952721025101100708965196314103270906559749910460091193980941052908534791655982028633792768995188683293359100220807988676893022817648792094322822778851594949761928187387815771518293588959776488345789577739467941285167748008043486371752848101386953716507702682608725947798183703729857848384292672167231777597680107317178579683877362179111630296795273041637046864473798640656903174199

714377452077607719257505378195721717532678477694527247175500699697303976118702347332676441672647022773211678057082873846680887113074174649566787370798654866843471422657536873371758625316541468337630446599668956633176629569254600566293265839605796348066390608476374666690588376167864563592966219865146595606249565427575926045963330581286094563858583116120264140551935803760912556225847361386558225870461642528955577458676532675614059050534655633659248

2.912.963.012.782.822.862.722.752.793.413.453.493.283.313.353.213.253.283.933.974.003.803.833.863.733.763.784.494.534.574.364.394.424.304.324.345.135.165.194.995.015.034.924.934.955.845.865.885.685.705.725.615.635.646.216.246.266.076.086.095.995.996.016.626.636.656.456.476.486.386.396.397.457.457.467.297.307.307.227.217.218.318.298.278.178.158.138.098.088.06

33.535.537.435.437.539.736.438.741.027.529.231.028.930.832.629.631.633.622.824.325.823.825.527.124.426.127.819.020.221.519.821.122.520.221.623.115.816.817.916.417.618.816.718.019.213.114.014.913.614.515.513.914.815.911.912.713.612.313.214.212.613.514.510.811.612.411.312.112.911.412.313.29.09.710.49.310.010.89.510.211.07.68.28.87.88.49.17.98.59.

Catalog 1112-3 McQuay Efinity Horizontal Water Source Heat Pumps Page 17 of 42

Capacity Data Heating – Size 072 @ 2400 SCFM EWT GPM WPD System EA LWT TOT kW COP

20

30

40

50

60

70

80

85

90

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

12.0

18.0

24.0

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

5.6

12.2

21.2

607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080

15.916.116.417.317.417.617.918.118.224.825.125.426.526.727.027.427.627.733.634.034.335.736.036.236.837.037.242.242.743.144.845.145.446.146.346.650.751.251.853.854.254.555.355.655.959.159.760.362.763.163.564.564.865.267.368.068.871.572.072.573.774.074.471.472.272.975.976.477.078.278.679.075.576.377.180.380.981.482.783.183.6

407744059240394407744059240394407744059240394485944801647444485944801647444485954801647444576175657155563576185657355564576195657355565677296616164671677336616464674677356616664675788297669674675788397670474681788427670674684907978806685477908228808685491908298809185496103490100140969381035501001809697010356010019096979110050106400102870110140106460102910110160106470102930116740112750108910116870112840108980116900112870109000

3.594.044.533.594.044.533.594.044.533.704.164.663.704.164.663.704.164.663.834.314.823.834.314.823.834.314.823.994.485.013.994.485.013.994.485.014.184.685.224.184.685.224.184.685.224.394.895.444.394.895.444.394.895.444.625.135.694.625.135.694.625.135.694.745.265.814.745.265.824.745.265.824.875.395.954.885.395.954.885.395.95

2.42.01.72.42.01.72.42.01.72.92.42.02.92.42.02.92.42.03.52.92.43.52.92.43.52.92.44.03.42.84.03.42.84.03.42.84.63.93.24.63.93.24.63.93.25.14.33.65.14.33.65.14.33.65.64.84.05.64.84.05.64.84.05.85.04.25.85.04.25.85.04.26.15.24.46.15.24.46.15.24.4


Capacity DataCooling – Size 096 @ 3000 SCFM EWT GPM WPD System EA LWT TOT SEN kW EER 30 40 50 60 70 80 85 90 100 110

758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771

42.442.943.440.841.241.539.940.240.452.452.853.350.851.151.549.850.150.462.362.763.260.761.161.459.860.160.372.272.673.170.671.071.369.770.070.382.182.582.980.680.981.279.679.980.291.992.392.890.590.891.189.689.890.196.997.397.795.495.796.094.594.895.0101.8102.2102.6100.4100.7101.099.599.7100.0111.7112.1112.5110.3110.6110.9109.4109.7109.9121.6122.0122.3120.2120.5120.8119.4119.6119.8

1086201172201260901090601175601266601092901177501270401053301137301226601058201143201233501061301146701237701017301098401183501022201104101190701025301107601195009795310568011385098457106270114530987621066201149509391610130010913094423101890109820947331022601102408964196678104150901429727210482090456976281052408740094287101570879119487110225088220952301026608511691840989578562092427996208593392780100030804628683293598809458738794235812458773594629755448162988028760088216188671763008249389051

734357583678008736587602878311737787615178489717867419276420720327446876720721837463476900700097243674624702587268074922704127283675098681257049572671683807076972968685357093873150661036845570646663546872770938665096889771116639996633968539642426661068822643956677268997628916525467461631476552067744633016568367915617416411766347619986439166630621576455566804593976179064049596386204764320597886220764489569255936061673571605961561948573105977562110

2.582.622.582.502.542.182.452.481.933.083.123.163.013.043.082.973.003.033.573.613.643.513.543.563.473.493.524.094.124.154.024.054.073.984.004.024.654.674.694.574.594.614.534.554.575.275.295.315.195.205.225.145.165.175.615.635.655.535.545.565.485.495.505.985.996.015.895.905.915.845.855.866.806.806.816.716.716.716.656.656.657.747.737.737.657.647.627.597.577.56

30.432.435.331.233.339.831.733.843.425.827.629.526.428.330.326.828.730.722.223.825.522.724.326.122.924.726.519.220.722.119.621.122.619.821.322.916.617.919.216.918.219.617.118.419.814.315.416.514.615.716.814.715.917.113.214.215.313.514.515.613.614.715.812.213.114.112.413.414.412.613.514.610.311.112.010.511.312.210.611.512.48.69.310.18.89.510.38.99.610.4


Capacity Data Heating – Size 096 @ 3000 SCFM

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

12.0

26.1

45.4

EWT GPM WPD System EA LWT TOT kW COP

20

30

40

50

60

70

80

85

90

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

16.0

24.0

32.0

607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080

18.018.118.218.518.618.618.818.918.927.627.727.828.228.328.328.528.628.737.137.237.337.837.938.038.238.338.446.546.646.847.447.547.647.948.048.155.856.056.256.957.057.257.557.657.765.165.465.666.366.566.767.167.267.474.474.674.975.876.076.276.676.876.979.079.279.580.580.780.981.481.581.783.583.884.285.185.485.686.186.386.5

478874721946493479084723746507479134724246512568845602555080569105604555101569285606755122669376584964645669896589664686670136591764709781607678775282782387685275345782917689675380905108876886916906398888387018907098895187085103970101800995341041701019809969310427010207099776118490115830113080118780116090113290118950116240113420126110123210120130126460123530120400126650123710120560134000130780127410134410131160127740134630131360127930

3.463.774.073.463.774.073.463.774.073.764.124.473.764.124.473.764.124.474.054.474.874.054.474.884.054.474.884.344.835.294.344.835.294.344.835.294.635.185.704.645.185.714.645.185.714.925.526.114.935.526.114.935.536.115.215.866.505.215.866.515.215.876.515.346.036.685.356.036.695.356.046.705.486.196.875.486.206.885.496.206.88

3.12.72.43.12.72.43.12.72.43.53.02.63.53.02.63.53.02.63.93.32.93.93.32.93.93.32.94.33.73.24.33.73.24.33.73.24.74.03.54.74.03.54.74.03.55.24.43.85.24.43.85.24.43.85.74.84.15.74.84.15.74.84.15.95.04.35.95.04.36.05.04.36.25.24.56.25.24.56.25.24.5


Capacity Data Cooling – Size 120 @ 4000 SCFM EWT GPM WPD System EA LWT TOT SEN kW EER 30 40 50 60 70 80 85 90 100 110

758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085758085

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771636771

41.441.942.439.840.240.538.939.239.451.451.852.349.850.150.548.849.149.461.361.762.259.760.160.458.859.159.371.171.571.969.970.270.669.169.469.681.081.481.979.880.280.579.079.379.690.991.391.789.790.190.489.089.289.595.896.296.794.795.095.393.994.294.5100.8101.2101.699.699.9100.398.999.199.4110.7111.0111.4109.5109.8110.1108.8109.0109.3120.5120.9121.2119.4119.7120.0118.7118.9119.2

108620117220126090109060117560126660109290117750127040105330113730122660105820114320123350106130114670123770101730109840118350102220110410119070102530110760119500126540136290146750127170137040147640127590137550148270120880130240140250121530131020141080121970131500141630115140123960133470115720124660134310116120125140134880112220120840130050112770121490130850113160121940131380109130117610126640109760118300127380110170118730127890102870110890119410103420111540120170103810112000120700964381040701121509703410474011287097400105160113360

734357583678008736587602878311737787615178489717867419276420720327446876720721837463476900700097243674624702587268074922704127283675098907049386496862909939418097212911879439997456880809130194342883799162794662885819183294880854868867891765857498897892090859328918092308841598736290449844088763390755845858782190961827548601389146830398630589428832268648589622798638316986326801248344786622803058364286831768548021983446771278050483731772968068583927

2.582.622.582.502.542.182.452.481.933.083.123.163.013.043.082.973.003.033.573.613.643.513.543.563.473.493.526.276.296.246.166.156.066.086.055.947.217.327.407.117.207.277.037.127.188.068.258.437.988.158.317.928.088.238.468.678.898.388.588.798.338.528.718.879.109.338.799.019.248.738.959.179.729.9610.219.649.8810.129.599.8210.0510.6010.8511.1210.5210.7711.0310.4710.7110.97

30.432.435.331.233.339.831.733.843.425.827.629.526.428.330.326.828.730.722.223.825.522.724.326.122.924.726.520.221.723.520.622.324.421.022.725.016.817.818.917.118.219.417.318.519.714.315.015.814.515.316.214.715.516.413.313.914.613.514.214.913.614.315.112.312.913.612.513.113.812.613.313.910.611.111.710.711.311.910.811.412.09.19.610.19.29.710.29.39.810.3


Capacity Data Heating – Size 120 @ 4000 SCFM EWT GPM WPD System EA LWT TOT kW COP

20

30

40

50

60

70

80

85

90

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

20.0

30.0

40.0

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

18.4

40.1

69.6

607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080607080

17.918.018.118.318.418.516.917.017.222.622.923.225.025.225.526.226.426.631.431.732.134.134.334.635.535.836.040.040.440.843.143.443.744.845.045.348.649.049.552.052.352.753.954.254.557.057.558.060.961.361.763.063.363.665.365.966.569.770.170.672.072.472.769.470.170.774.174.575.076.576.977.373.574.274.978.478.979.481.081.481.8

723247481078748723247481078748791657772676195926229121889309930299121889309930299121889309105900104410102750108400106150103770108400106150103770120450118680116710125080122570119640125350122570119640135950133850131550141790139280136550143920140510136940137590135020132270144600141610143400153510149870155580170110167100163950178410174860171140183210179240175170179110175910172510188320184330180330193420189150184760188450184850181270198420194160189760203910199260194550

6.788.2610.206.788.2610.205.095.566.025.466.026.555.486.026.555.486.026.555.816.457.065.876.507.105.876.507.106.176.887.566.286.987.666.286.987.666.537.308.056.667.458.216.717.488.226.907.738.547.057.918.737.147.988.797.288.169.047.448.359.237.558.459.347.458.379.277.658.569.477.758.689.607.658.579.507.858.799.717.968.909.83

2.21.71.32.21.71.33.63.12.84.03.53.04.03.53.04.03.53.04.43.83.34.53.83.34.53.83.34.84.13.64.94.23.64.94.23.65.24.43.85.34.53.95.34.53.95.54.74.15.74.84.25.84.94.25.95.04.46.15.24.56.25.34.56.15.24.56.35.44.66.45.44.76.35.44.66.45.54.86.65.64.8


Electrical Data & Physical Data

Table 7: Large Horizontal Unit

1.51.51.51.51.51.51.51.53333

Unit Size Voltage/Hz/Phase Fan Compressor 1 Compressor 2 Fan Motor Total Unit Minimum

Minimum Maximum

Motor (HP) RLA LRA RLA LRA FLA FLA Voltage Circuit Amps Fuse Size88.044.030.046.083.141.033.043.0110.052.038.951.5

13.26.04.26.0

13.76.24.86.1

15.67.85.87.8

13.26.04.26.013.76.24.86.115.67.85.87.8

88.044.030.046.083.141.033.043.0110.052.038.951.5

208/230-60-3460-60-3575-60-3380-50-3

208/230-60-3460-60-3575-60-3380-50-3

208/230-60-3460-60-3575-60-3380-50-3

072

096

120

5.62.82.33.45.62.82.33.49.54.53.44.8

32.014.810.715.433.015.211.915.640.720.115.020.4

187.0416.0520.0342.0187.0416.0520.0342.0187.0416.0520.0342.0

35.316.311.816.936.416.813.117.144.622.116.522.4

452015205020152060252030

Table 8: Large Horizontal Size 072 - 120 Unit Size 072 096 120 Fan Wheel - D x W (In.) 13 × 13 13 × 12 16 × 15 Fan Motor Horsepower 1.5 1.5 3

Coil Face Area (Sq. Ft.) 9.0 9.0 10.5 Coil Rows 3 3 3

Refrigerant Charge (Oz.) Compressor 1 55 55 60

Compressor 2 53 55 60 Filter, (Qty.) Size (In.) (1) 10W x 20H (2) 28" × 231/2" × 2 (3) 28" × 19" × 2 (3) 28" × 19" × 2 Water Connections, Female NPT 11/4" FPT 11/4" FPT 11/4" FPT Condensate Connections, Female NPT 7/8" 7/8" 7/8"

Weight, Operating (Lbs.) 632 682 694

Weight, Shipping (Lbs.) 710 760 782


Operating LimitsTable 9: Air Limits - °F (English units) Standard Range Geothermal Range Units Units Cooling Heating Cooling Heating Min. Ambient Air 50ºF 50ºF 40ºF 40ºF Normal Ambient Air 80ºF 70ºF 80ºF 70ºF Max Ambient Air 100ºF 85ºF 100ºF 85ºF Min. Entering Air 1, 2 50ºF 50ºF 50ºF 40ºF Normal Entering Air db/wb 80/67ºF 70ºF 80/67ºF 70ºF Max Entering Air db/wb 1, 2 100/83ºF 80ºF 100/83ºF 80ºF

Table 10: Air Limits - °C (SI units) Standard Range Geothermal Range Units Units Cooling Heating Cooling Heating Min. Ambient Air 10ºC 10ºC 5ºC 5ºC Normal Ambient Air 27ºC 21ºC 27ºC 21ºC Max Ambient Air 38ºC 29ºC 38ºC 29ºC Min. Entering Air 1, 2 10ºC 10ºC 10ºC 5ºC Normal Entering Air db/wb 27/19ºC 21ºC 27/19ºC 21ºC Max Entering Air db/wb 1, 2 38/28ºC 27ºC 38/28ºC 27ºC

Table 11: Water - °F (English units) Standard Range Geothermal Range Units Units Cooling Heating Cooling Heating Min. Entering Water 1, 2 55ºF 55ºF 30ºF 20ºF Normal Entering Water 85ºF 70ºF 77ºF 40ºF Max Entering Water 110ºF 90ºF 110ºF 90ºF

Table 12: Water - °C (SI units) Standard Range Geothermal Range Units Units Cooling Heating Cooling Heating Min. Entering Water 1, 2 13ºC 13ºC -1ºC -6ºC Normal Entering Water 29ºC 21ºC 25ºC 4ºC Max Entering Water 43ºC 32ºC 43ºC 32ºC

Notes: 1 At AHRI flow rate 2 Maximum and minimum values may not be

combined. If one value is at maximum, the other two conditions may not exceed the normal condition for standard units. Extended range units may combine any two maximum conditions, but not more than two, with all other conditions being normal conditions.

EnvironmentThisequipmentisdesignedforindoorinstallationonly.Shelteredlocationssuchasattics,garages,etc.,generallywillnotprovidesufficientprotectionagainstextremesintemperatureand/orhumidity,andequipmentperformance,reliability,andservicelifemaybeadverselyaffected.

Power supplyAvoltagevariationof+/-10%ofnameplatevoltageisac-ceptable.Three-phasesystemimbalanceshallnotexceed2%.

Additional information for initial start-up onlyStandard range units:Unitsaredesignedtostartinanambientof50ºF(10ºC),withenteringairat50ºF(10ºC),withenteringwaterat70ºF(21ºC),withbothairandwaterattheflowratesusedintheISO13256-1ratingtest,forinitialstart-upinwinter.Note: This is not a normal or continuous operating

condition. It is assumed that such a start-up is for the purpose of bringing the building space up to occupancy temperature.

Geothermal range units:Geothermalrangeheatpumpconditionersaredesignedtostartinanambientof40ºF(5ºC),withenteringairat40ºF(5ºC),withenteringwaterat40ºF(5ºC),withbothairandwaterattheflowratesusedintheISO13256-1ratingtest,forinitialstart-upinwinter.Note: This is not a normal or continuous operating

condition. It is assumed that such a start-up is for the purpose of bringing the building space up to occupancy temperature.


Correction FactorsAirflow Correction FactorsTable 13: Airflow Correction Factors

Percent of Nominal Airflow 55 60 65 70 75 80 85 90 95 100 Total Cooling Capacity Sensible Cooling Capacity kW - Cooling Total Heat of Rejection Total Heating Capacity kW - Heating Total Heat of Absorption

0.9350.7790.9250.9310.9121.0250.908

0.9420.8030.9330.9390.9211.0220.918

0.9480.8280.9420.9460.9311.0190.928

0.9550.8520.9500.9540.9401.0170.938

0.9620.8770.9590.9610.9501.0140.948

0.9690.9010.9670.9690.9601.0110.958

0.9760.9260.9760.9760.9691.0090.968

0.9830.9500.9840.9840.9791.0060.978

0.9900.9750.9930.9910.9881.0030.988

1.0001.0001.0001.0001.0001.0001.000

Percent of Nominal Airflow 105 110 115 120 125 130 135 140 145 150 Total Cooling Capacity Sensible Cooling Capacity kW - Cooling Total Heat of Rejection Total Heating Capacity kW - Heating Total Heat of Absorption

1.0041.0241.0101.0061.0070.9981.008

1.0111.0481.0191.0141.0170.9951.018

1.0171.0731.0271.0211.0270.9921.028

1.0241.0981.0361.0291.0360.9901.038

1.0311.1221.0441.0361.0460.9871.048

1.0381.1471.0531.0441.0550.9841.058

1.0451.1711.0611.0511.0650.9811.068

1.0521.1961.0701.0591.0740.9791.078

1.0591.2201.0781.0661.0840.9761.088

1.0661.2451.0871.0741.0940.9731.098

Percent of Nominal Airflow 155 160 165 170 175 180 185 190 195 Total Cooling Capacity Sensible Cooling Capacity kW - Cooling Total Heat of Rejection Total Heating Capacity kW - Heating Total Heat of Absorption

1.0731.2691.0951.0811.1030.9711.108

1.0791.2941.1041.0891.1130.9681.118

1.0861.3181.1131.0961.1220.9651.128

1.0931.3431.1211.1041.1320.9621.138

1.1001.3671.1301.1111.1410.9601.149

1.1071.3921.1381.1191.1510.9571.159

1.1141.4171.1471.1261.1610.9541.169

1.1211.4411.1551.1341.1700.9521.179

1.1281.4661.1641.1411.1800.9491.189

Antifreeze Correction FactorsTable 14: Ethylene Glycol 10% 20% 30% 40% 50% Cooling Capacity 0.9950 0.9920 0.9870 0.9830 0.9790 Heating Capacity 0.9910 0.9820 0.9770 0.9690 0.9610 Pressure Drop 1.0700 1.1300 1.1800 1.2600 1.2800

Table 15: Propylene Glycol 10% 20% 30% 40% 50% Cooling Capacity 0.9900 0.9800 0.9700 0.9600 0.9500 Heating Capacity 0.9870 0.9750 0.9620 0.9420 0.9300 Pressure Drop 1.0700 1.1500 1.2500 1.3700 1.4200

Table 16: Methanol

10% 20% 30% 40% 50% Cooling Capacity 0.9980 0.9720 – – – Heating Capacity 0.9950 0.9700 – – – Pressure Drop 1.0230 1.0570 – – –

Table 17: Ethanol 10% 20% 30% 40% 50% Cooling Capacity 0.9910 0.9510 – – – Heating Capacity 0.9950 0.9600 – – – Pressure Drop 1.0350 0.9600 – – –


Performance DataFigure 13: Large Horizontal – Size 072

1100 RPM

1000 RPM

1 1/2 HP

900 RPM

800 RPM

1000 RPM

1 1/2 HP

900 RPM

800 RPM

1000 RPM

3 HP

900 RPM

800 RPM

Do Not Select

0.00

0.50

0.00

1.00

1.50

2.00

2.50

500

2,000 3,000 4,000 5,000 6,000

1,500 2,000 3,500

cfm (cubic feet per minute)



EX

TER

NA

L S

TATI

C P

RE

SS

UR

E (I

NC

HE

S O

F W

ATE

R)

4,500 1,000 2,000 3,000 4,000 5,000

0.50

1.00

1.50

2.00

0.00

0.50

1.00

1.50

2.00

EX

TER

NA

L S

TATI

C P

RE

SS

UR

E (I

NC

HE

S O

F W

ATE

R)

EX

TER

NA

L S

TATI

C P

RE

SS

UR

E (I

NC

HE

S O

F W

ATE

R)

Figure 14: Large Horizontal – Size 096

1100 RPM

1000 RPM

1 1/2 HP

900 RPM

800 RPM

1000 RPM

1 1/2 HP

900 RPM

800 RPM

1000 RPM

3 HP

900 RPM

800 RPM

Do Not Select

0.00

0.50

0.00

1.00

1.50

2.00

2.50

500

2,000 3,000 4,000 5,000 6,000

1,500 2,000 3,500




EX

TER

NA

L S

TATI

C P

RE

SS

UR

E (I

NC

HE

S O

F W

ATE

R)

4,500 1,000 2,000 3,000 4,000 5,000

0.50

1.00

1.50

2.00

0.00

0.50

1.00

1.50

2.00

EX

TER

NA

L S

TATI

C P

RE

SS

UR

E (I

NC

HE

S O

F W

ATE

R)

EX

TER

NA

L S

TATI

C P

RE

SS

UR

E (I

NC

HE

S O

F W

ATE

R)


1100 RPM

1000 RPM

1 1/2 HP

900 RPM

800 RPM

1000 RPM

1 1/2 HP

900 RPM

800 RPM

1000 RPM

3 HP

900 RPM

800 RPM

Do Not Select

0.00

0.50

0.00

1.00

1.50

2.00

2.50

500

2,000 3,000 4,000 5,000 6,000

1,500 2,000 3,500




EX

TER

NA

L S

TATI

C P

RE

SS

UR

E (I

NC

HE

S O

F W

ATE

R)

4,500 1,000 2,000 3,000 4,000 5,000

0.50

1.00

1.50

2.00

0.00

0.50

1.00

1.50

2.00

EX

TER

NA

L S

TATI

C P

RE

SS

UR

E (I

NC

HE

S O

F W

ATE

R)

EX

TER

NA

L S

TATI

C P

RE

SS

UR

E (I

NC

HE

S O

F W

ATE

R)

cfm = 0.472 = L/shp × 0.746 = kWinches × 249 Pa = mm

Table 18: 60 Hz Unit Motor RPM Factory Motor Sheave Size HP Range Setting (RPM) Position 072 1.5 756-902 785 1 Turn Open 096 1.5 720-860 752 1½ Turns Open 120 3 756-901 815 3 Turns Open

Table 19: 50 Hz Unit Motor RPM Factory Motor Sheave Size HP Range Setting (RPM) Position 072 1.5 756-902 786 4 Turns Open 096 1.5 720-860 748 1½ Turns Open 120 3 756-902 815 3 Turns Open

Note: For wet coil, calculate face velocity (cfm ÷ coil face area). Add the following exeternal static pressure for the corresponding face velocity

English Units SI Units 300 fpm = .20" 1.52 m/sec. = 49.8 Pa 400 fpm = .31" 2.03 m/sec. = 77.2 Pa 500 fpm = .44" 2.54 m/sec. = 109.6 Pa

Note: Re-enter curve at the increased static pressure to determine final cfm.


Figure 18: Dimensions - Filter Rack/Return Air Duct Collar

CD

B

E

A

Unit Size A B C D E

072 45.12" 26.53" 3.20" 1.82" 1.50" (1146mm) (674mm) (81mm) (46mm) (38mm)

Dimensional Data


Overall Unit Dimensions: 78" L × 44" W × 29" H (Add 2" For Hanger Bracket)

Figure 17: Dimensions - Straight Discharge

A

B

D

E

F

C

2"(51mm)

Unit Size A B C D E F

072 78" 44" 29" 15⅝" 13⅜" 3/4" (1981mm) (1118mm) (737mm) (397mm) (346mm) (19mm)

Note: Straight discharge shown. Rearrange panels and blower position for end discharge. See IM 1060 for conversion instructions.


Dimensional DataFigure 19: Large Horizontal – Size 096



A

B

D

E

F

C

2"(51mm)


096 78" 44" 29" 15½" 13⅜" 3/4" (1981mm) (1118mm) (737mm) (394mm) (346mm) (19mm)


Figure 21:Dimensions - Filter Rack/Return Air Duct Collar

CD

B

E

A

Unit Size A B C D E

096 55.12" 26.53" 3.20" 1.82" 1.50" (1400mm) (674mm) (81mm) (46mm) (38mm)




Dimensional Data


A

B

D

E

F

C

2"(51mm)


120 78" 44" 29" 18½" 16½" 7/8" (1981mm) (1118mm) (737mm) (470mm) (419mm) (22mm)


Figure 24: Dimensions - Filter Rack/Return Air Duct Collar

CD

B

E

A

Unit Size A B C D E

120 55.12" 26.53" 3.20" 1.82" 1.50" (1400mm) (674mm) (81mm) (46mm) (38mm)


Accessories

Figure 25: Large Horizontal - Hanger Brackets – Sizes 072 thru 120

By OthersBy McQuay International

44"(1118 mm)

42"(1067 mm)

FanAssembly

2"(51 mm)

2" (51 mm)

Airflow

Coil

Comp.

Comp.

80" (2032 mm)

ControlBox

82" (2082 mm)5/8" Threaded Rod(By Others)

Supply and Return Water Hoses Availableasfireratedconstructionin2or3foot(610mmor914mm)lengths.Fireratedhoseshaveasyntheticpolymercorewithanouterratedcoveringofstainlesssteel.Fittingsaresteel.Assemblyis“firerated”andtestedaccordingtoUL94withaVOratingandASTM84.EachhosehasMPTconnections.Hoseshaveaswivelconnectionatoneendandareavailablein1¼"(32mm)tomatchtheFPTfittingsonunitsizes072through120.Unitsizes180through290have1½"(38mm)FPTfittings.Figure 26: Supply and Return Water Hoses

Hose Specifications

Inner Tube: FireretardantTRP(ThermosplasticRubber)testedtoUL-94withV-Orating.

Outer Braid: Stainlesssteelwire(ANSI302/304)

Temperature range: 40°Fto200°F

Condensate Hose KitAvailableasalongclearplastichosewiththenecessaryclampsandaMPThosefittingforconnectiontotheFPTfieldpiping.Figure 27: Condensate Hose Kit

Combination Balancing and Shutoff (Ball) ValvesConstructedofbrassandratedat400psig(2758kPa)maximumworkingpressure.Valveshaveabuilt-inadjust-ablememorystoptoeliminaterebalancing.ValveshaveFPTconnectionsonbothendsforconnectiontothewaterhoseandtothefieldpiping.

Figure 28: Shut off Ball Valve


Accessories

Motorized ValveUsedinvariablepumpingtypeapplications,thevalveac-tuatoriswiredandtypicallypipedinthereturnwaterline.The2-waymotorizedwatervalvekitincludesthevalvebody,actuatorandwireharness.The24VACvalveactuatormustbewireddirectlytoterminalblockH8ontheMicro-TechIIIcontroller.Thevalvewillonlyenergizeonacallforheatingorcooling.The1-1/4"valveisratedfor300psig(2068kPaandthe1-1/2"valveisratedfor150psig(1034kPa).

Figure 29: 2-Way Motorized Valve

Field Installed Controls■ Amultipleunitcontrolpanelallowsasinglethermostat

tocontroluptothreeunitsinparallel.

Multiple Unit Control Panel (MUCP)Figure 30: Multiple Unit Control Panel and Board

TheMultipleUnitControlPanel(MUCP)isanacces-soryusedwhenupto3-unitsarecontrolledfromasinglethermostat.TheMUCPmustbefield-installedinaremotelocation,typicallyclosetotheunitsandconvenientforserviceaccess.Amaximumof2boardsmaybeusedtogetherifupto6-unitsmustbeconnectedandcontrolledfromasinglethermostat.Figure 31: Multiple Unit Control Panel Ciruit Board


Accessories

Programmable Electronic Thermostat Two-Stage Heat/Two-Stage Cool, 7-Day ProgrammableFigure 32: McQuay Part No. 668375301 (1-Pk, White with Wall Plate)

Features• Hardwired• Programmableandconfigurable• SimplesetTMfeatureenableseasycopyingofoneday's

programmingfortheentireweek• Title24compliant/Nobatteriesrequired• RelayOuputs(minimumvoltagedropinthermostat)• Clear,backlitdisplaymakesiteasytoseetime,

temperature,andsetpoint—eveninthedark• Ideallysuitedfor:Lightcommercial/residential

(newconstruction/replacement)• Lockoutfeaturepreventsunwantedtampering• Optionalremotetemperaturesensoravailable (see"OptionalRemoteSensor"onpage32)

668375301 – Specifications

Electrical Rating: • 24VAC(18to30VAC/VDC)• 1ampmaximumperterminal• 4ampmaximumtotalload• Easyaccessterminalblock

Temperature Control Ranges: • 45ºFto90ºF(7ºCto32ºC),Accuracy:±1ºF(±0.5ºC)

System Configurations: • Two-stageheat/Two-stagecool

Terminations: • R,C,W1,Y1,W2,Y2,G,S1,S2

Non-Programmable, Auto or Manual Changeover ThermostatTwo Stage Heat/Two Stage Cool, Night Setback OverrideFigure 33: McQuay Part No. 668375401 (1-Pk, White with Wall Plate)

Features • Hardwired• Two-stageheat/two-stagecoolsystems• Backlitdisplay• Fieldtemperaturecalibration• Statusindicatorlight• Relayoutputs(minimumvoltagedropinthermostat)• Nightset-backoverride(usedwhenunitiswired

throughatimeclockontheU-terminal)• Optionalremotetemperaturesensoravailable (see"OptionalRemoteSensor"onpage32)

668375401 – Specifications

Electrical Rating: • 24VAC(18to30VAC/VDC)• 1ampmaximumperterminal• 4ampmaximumtotalload• Easyaccessterminalblock

Temperature Control Ranges: • 45ºFto90ºF(7ºCto32ºC),Accuracy:±1ºF(±0.5ºC)

System Configurations: • Two-stageheat/two-stagecool

Timing:• BacklightOperation:13secondsaftermodechangeor

buttonpress

Terminations: • +R,-C,W1,Y1,W2,Y2,G,O,S1,S2


Accessories

Optional Remote SensorFigure 34: Part No. 667720401 – Used with Thermostat(s) 668375301 & 668375401

The fast, easy solution for temperature sensing problems.■ Fortamperproneareas■ Poorairflowareas■ Troubledapplications■ Foamgasketpreventsdraftsthroughwallopening■ Mountstostandard2"x4"outletbox■ 2¾"Wx4½"H

MicroTech III Water Source Heat Pump Wall Sensors(Kit P/N 669529101, 669529201, 669529001)

Figure 35: Room Temperature Sensors

Sensor 669529101Sensor 669529201 Not Shown

Sensor 669529001

Roomtemperaturesensorsprovideelectronicsensingofroomtemperaturesatwalllocations.Allsensormodelsfeatureathermistor(10kΩ),agreenLEDforunitstatusandtenantoverridebutton.Setpointadjustmentpotentiom-eter,heatandfanmodeswitchesareoptionalfeatures.

Feature

Sensor Kit Part Numbers 669529001 669529101 669529201 Tenant Override Yes Yes Yes Button SPT Adj. Pot No Yes Yes Status LED Yes Yes Yes Fan and

No 1Yes

2Yes Mode Switches

Notes: 1 55º to 95°F (13º to 35ºC)

2 -3º to +3ºF (-1.5º to +1.5ºC)

Figure 36: MicroTech III Wall Sensor Details

Fan ControlSlide Switch

Mode ControlSlide Switch

Status LED(Green)

0 to 10 K ohmPotentiometer

Tenant OverrideMomentary Push Button Switch

4.59"

3.75"


Accessories

Optional Water Source Heat Pump Room Wall Sensors WiringFigure 37: Temperature Sensor Wiring to MicroTech III Unit Controller (Kit Part No.s 669529101, 669529201)

Temperature Sensor Terminals

MicroTech III Unit Con-troller TB1 Terminals

Figure 38: Temperature Sensor Wiring to MicroTech III Unit Controller (669529001)

MicroTech III Unit Con-troller TB1 Terminals

Temperature Sensor Terminals

Programmable Electronic Thermostat WiringTwo-Stage Heat/Two-Stage Cool, 7-Day ProgrammableFigure 39: (Part No. 668375301)

MicroTech III Unit Control Board Low Voltage Terminal Strip (Circuit 1)

W1

Y1

W2

Y2

G

Thermostat Terminals

-C

TB2

24VAC

Alarm Output

Heat 2

Heat 1

Cool 2

Cool 1

Fan

Tenant Override

24VAC Common C

O

G

Y1

Y2

W1

W2

A

R

+R

Notes: Includes Thermostat and Wall Plate.

Non-Programmable, Auto or Manual Changeover WiringTwo Stage Heat/Two Stage Cool, Night Setback and Override FeatureFigure 40: (Part No. 668375401)

MicroTech III Unit Control Board Low Voltage Terminal Strip (Circuit 1)

W1

Y1

W2

Y2

G

Thermostat Terminals

-C

TB2

24VAC

Alarm Output

Heat 2

Heat 1

Cool 2

Cool 1

Fan

Tenant Override

24VAC Common C

O

G

Y1

Y2

W1

W2

A

R

+R

O

Override (Optional)

Note: An additional conductor is required between "O" terminals for the override feature to work.


Optional Remote Sensor Wiring Used with Thermostat(s) 668375301 or 668375401Figure 41: Part No. 667720401

Cut R12 from circuit board

Wire 1Wire 2

S1

S1

S2

S2

Remote SensorThermostat

Accessories


Typical Wiring DiagramMicroTech™ III Controller with I/O Expansion Module & Communication Module208/230, 460, 575-60-3 (1.5 hp or less)

Drawing No. 910101586

Legend

Item Description CC1 Circuit 1 Compressor Contactor CC2 Circuit 2 Compressor Contactor CM1 Circuit 1 Compressor CM2 Circuit 2 Compressor COS Condensate Overflow Sensor HP Circuit 1 High Pressure Switch HP2 Circuit 2 High Pressure Switch IOEXP I/O Expansion Board / Harness LED1 LED Annunciator / HarnessLED2 LED Annunciator / Harness *RAT Return Air Temp Sensor *LWT Leaving Water Temp Sensor LP Circuit 1 Low Pressure Switch LP2 Circuit 2 Low Pressure Switch SLTS Circuit 1 Suction Line Temp Sensor SLTS2 Circuit 2 Suction Line Temp Sensor R1 Fan Motor Starter RV Circuit 1 Reversing Valve Solenoid RV2 Circuit 2 Reversing Valve Solenoid TB1 Power Terminal Block X1 75 VA Transformer *DAT Discharge Air Temp Sensor *EWT Entering Water Temp Sensor

MicroTech III Control Board JP1 Open (Normal) Shorted (Test Mode) JP2 Shorted

JP3 Open (Std Range)

Shorted (Geothermal Range) JP4 Spare JP5 Open JP6 Open JP7 Spare JP8 Spare I/O Expansion Module JP1 Shorted JP2 Open JP3 Open JP4 Open JP5 Open JP6 Open JP7 Spare JP8 Spare

Notes: 1. “Run/Prg” Jumper to be in “Run” position for normal operation

* Optional with Communication Module


Typical Wiring DiagramsMicroTech™ III Controller with I/O Expansion Module & Communication Module208/230, 460, 575-60-3 (greater than 1.5 hp)

Drawing No. 910101589

MicroTech III Control Board JP1 Open (Normal) Shorted (Test Mode) JP2 Shorted

JP3 Open (Std Range)

Shorted (Geothermal Range) JP4 Spare JP5 Open JP6 Open JP7 Spare JP8 Spare I/O Expansion Module JP1 Shorted JP2 Open JP3 Open JP4 Open JP5 Open JP6 Open JP7 Spare JP8 Spare

Legend

Item Description CC1 Circuit 1 Compressor Contactor CC2 Circuit 2 Compressor Contactor CM1 Circuit 1 Compressor CM2 Circuit 2 Compressor COS Condensate Overflow Sensor HP Circuit 1 High Pressure Switch HP2 Circuit 2 High Pressure Switch IOEXP I/O Expansion Board / Harness LED1 LED Annunciator / HarnessLED2 LED Annunciator / Harness *RAT Return Air Temp Sensor *LWT Leaving Water Temp Sensor LP Circuit 1 Low Pressure Switch LP2 Circuit 2 Low Pressure Switch SLTS Circuit 1 Suction Line Temp Sensor SLTS2 Circuit 2 Suction Line Temp Sensor R1 Fan Motor Starter RV Circuit 1 Reversing Valve Solenoid RV2 Circuit 2 Reversing Valve Solenoid TB1 Power Terminal Block X1 75 VA Transformer *DAT Discharge Air Temp Sensor *EWT Entering Water Temp Sensor

Notes: 1. “Run/Prg” Jumper to be in “Run” position for normal operation

* Optional with Communication Module


Engineering Specifications

GeneralContractorshallfurnishandinstallWaterSourceHeatPumpsasindicatedonplans.EachunitshallbeCETLListed.Unitslessthan135,000Btu/hr.totalcoolingcapacityshallbeISOratedperStandard13256-1.Eachunitshallbefullyruntestedatthefactory.Eachunitshallbeshippedonawoodenskidandcoveredwithplastic.

Casing and CabinetThecasingshallbeconstructedofheavy-gaugeG-60galvanizedsteelcornerpostsandsteelpanelconstructionwithheavygaugesteelbasepan.Thebasepanshallhaveholestoacceptfieldinstallationofrubberorspringisolators.Theinteriorshallbelinedwith1/2"thick,1½lb.densityglassfiber.Multiplepanelsonfront,backandsidesshallprovideaccesstocompres-sor,controlbox,fanmotorandfanassembly.Unitshallhaveagalvanizedsteelpainteddrainpanwithadrainconnectionextendingthroughtheunitcasing.Insulateddrainpanshallactasadividerpanelbetweenthecompressorandfansections.Unitsshallhaveasstandardafactoryinstalled2"thickfilterbracketsforsidefilterremoval.Unitshallhavemultiple2"thickthrowawayfilters.Cabinetsshallhaveknockoutsforentranceoflinevoltageandlowvoltagecontrolwiring.SupplyreturnwaterandcondensateconnectionsshallbecopperFPTfittingsandprotrudethroughthecasing.

R-410A Refrigerant CircuitUnitsshallbedualcircuitdesigncontainingscrollcompressors,electronicexpansionvalve,water-to-refrigerantbrazeplateheatexchanger,reversingvalve,finnedtubeheatexchanger(aircoil),andsafetycontrols.Non-ozonedepletingR-410Arefrigerantmustbeused.Compressor(s)shallbescrolltypewiththermaloverloadprotectionandexternalrubbervibrationisolationmounts.Aircoilshallbealuminumfinsbondedtocoppertubes.ThebrazeplateheatexchangershallbestainlesssteelplateswithcopperbrazingwithaU.L.Listinganda400psigwatersideratinganda450psigrefrigerantsiderating.Highandlowsideservicevalvesshallbeprovidedoneachrefrigerantcircuitformeasuringandchargingoftherefrigerantcircuit.Safetycontrolsshallincludealowsuctiontemperature(freezestat),highrefrigerantpressureandlowrefrigerantpressureswitches.Unitsshallbecapableofbeingresetonlybyinterruptingthepowersupplytotheunitandnotfromthewallther-mostat.Unitshallbecapableofstartinginanambientof40ºFwithenteringwaterat55ºFstandardrange,20ºFextendedrange,withbothairandwaterflowratesattheISOratingconditions.

ElectricalAcontrolenclosureshallbelocatedwithintheunitandshallcontaincontrolsforcompressor(s),reversingvalves(s)andfanmotoroperation.Aterminalblockshallfacilitatemainpowerwiringconnection.A75VAtransformershallsupplythelowvoltagecontrolcircuit.Unitshallbenameplatedtoaccepttimedelayfusesforbranchovercurrentprotectionofthepowerconductors.Unitcontrolsystemshallprovideoneortwostagecoolingandheatingasrequiredbythesetpointsofthewallthermostat.Theunitshallbecapableofprovidinganoutputsignaltoaunit-mountedLEDannunciatortoindicatea“fault”condition.Thecontrolsystemshallbemicroprocessorbasedandprovidethefollowing:■ Stand-aloneoperation■ LonWorkscommunicationcapabilities(MustbeLonMark3.4certified)■ BACnetcommunicationcapabilities(BACnetMS/TPNetwork)

Fan and Motor AssemblyUnitsshallhaveabeltdrivencentrifugalfan.Thefanhousingshallprotrudethroughthecabinettofacilitatefieldductconnection.



Solid-State Control SystemMicroTechIIIControlSystem-Unitshallhaveamicroprocessor-basedcontrolsystem.Theunitcontrollogicshallprovideheatingandcoolingoperationasrequiredbythewallthermostatsetpoint.Thecontrolsystemshallprovidethefollowingforstand-aloneoperation:1. Theuseofstandardnon-programmableorprogrammablewallthermostats.2. Fanoperationsimultaneouswiththecompressor(faninterlock)regardlessofthermostatlogic.3. Timedelaycompressoroperation.4. Compressorshortcycleprotectionofaminimumofthreeminutesbeforerestartispossible.5. Randomunitstart-upaftercomingoffonunoccupiedmode.6. Singlegroundedwireconnectionforactivationoftheunoccupiedorunitshutdownmodes.7. Nightsetbacktemperaturesetpointinputsignalfromthewallthermostat.8. Overridesignalfromwallthermostattooverrideunoccupiedmodefor2hours.9.Brownoutprotectiontosuspendunitoperationifthesupplyvoltagedropsbelow80%ofnormal.10.Condensateoverflowprotectiontosuspendcoolingoperationinaneventofafulldrainpan.11.Suspendedcompressoroperationuponactivationoftherefrigerantpressureswitch(es).12.Coolingoperationactivatedfor60secondsuponactivationofthelowsuctiontemperaturesensor-defrostcycle.13.Methodofdefeatingcompressor,reversingvalveandfantimedelaysforfastservicediagnostics.14.Remotereset-Providesmeanstoremotelyresetautomaticlock-outsgeneratedbyhigh/lowpressurefaultsand/orlow

temperaturefaults.15.FaultRetryclearsfaultsthe1sttwotimestheyoccurwithina24-hourperiodandtriggersautomaticlock-outon3rdfault.MicroTech® III Control with I/O Expansion Module –I/OExpansionModuleconnectsdirectlytothemainMicroTechIIIcontrollertoprovidecontrolofthesecondrefrigerationcircuit.MicroTech® III Control with LonWorks® Communication Module –Unitshallhaveamicroprocessor-basedcontrolsystem.TheunitcontrollogicshallcommunicateoveraLonMarkcommunicationsnetwork.Theunitcontrollerisfactoryprogrammed[LonMark®3.4certifiedApplicationCodethecurrentstandardfornewapplications]andtestedwithallthelogicrequiredtomonitorandcontrolheatingandcoolingoperation.Thecontrollersetstheunitmodeofoperation,monitorswaterandairtemperatures,andcancommunicatefaultconditionsviaaLonMarkcommunicationsnetwork.UnitswiththeMicroTechIIIandLonWorkscommunicationmoduleincludereturnair,dischargeairandleavingwatertemperaturesensors.Spacetemperaturesensoroptionsincludeaset-pointadjustment,tenantoverridebutton,andthecapabilityofsubstitutingthereturnairsensorwithawall-mountedroomsensor.Microtech III Control w/ BACnet® Communication Module –Unitshallhaveamicroprocessor-basedcontrolsystem.TheunitcontrollogicshallcommunicateoveraBACnetcommunicationsnetwork.TheBACnetcommunicationmoduleshallincorporateanAtmelARM7ThumbseriesMCUandbecapableofsupportingafullMSTPBACnetimplementation.ThemicroprocessorshallalsosupportSPIcompatiblecommunicationswiththeMCUoftheMicrotechIIIcontroller.ThephysicalinterfacetoaBACnetBASnetworkshallbethroughanindustrystandardRS-485transceivercapableofexistingonanRS-485networkofupto64nodes.Theunitcontrollerisfactoryprogrammedandtestedwithallthelogicrequiredtomonitorandcontrolheatingandcoolingoperation.Thecontrollersetstheunitmodeofoperation,monitorswaterandairtemperatures,andcancommunicatefaultconditionsviaaBACnetcommunicationsnetwork.UnitsoutfittedwithMicrotechIIIandBACnetCommunicationmodulesincludereturnair,dischargeairandleavingwatertemperaturesensors.Spacetem-peraturesensoroptionsincludeaset-pointadjustment,tenantoverridebutton,andthecapabilityofsubstitutingthereturnairsensorwithawall-mountedroomtemperaturesensor.


Each communicating unit controller performs the following unit operations:■ Enableheatingandcoolingtomaintainspacetemperaturesetpointattheroomsensor■ Enablefanandcompressoroperation■ Monitorallsafetycontrols■ Monitordischargeandreturnairtemperature■ Monitorleavingwatertemperature■ Relaystatusofallvitalunitfunctions■ SupportoptionalcontroloutputsUnitmountedLEDannunciatorsaidindiagnosingunitoperationbyindicatingthewatersourceheatpumpoperatingmodeandalarmconditions.Iftherearenocurrentalarmconditions,agreenLEDontheannunciatorboardwillindicatenormalunitoperatingmode.Ifanalarmconditionexists,theMicrotechIIIcontrollerwillsendthefaultconditiontotheLEDan-nunciator,whichwillassistintroubleshootingtheunit.LEDAnnunciatorshallbevisiblewithoutremovingaccesspanel.HeatpumpswiththeMicroTechIIIControllerwithaLonWorksCommunicationModuleisdesignedtobelinkedwithacentralizedBuildingAutomationSystem(BAS)throughaLonMarkcommunicationsnetworkforcentralizedschedulingandmanagementofmultipleheatpumps.Wall-mountedroomsensorsareavailabletocontroltheheatingandcoolingoperationofeachMicroTechIIIWaterSourceHeatPump.

Available room sensors include:■ RoomSensorwithtimedoverridebuttonandLED;■ Roomtemperaturesensorwithtimed-overridebuttonandsetpointadjustment(55to95degF);■ Roomsensorwithtimed-overridebuttonandsetpointadjustment(-3to+3degF);■ Roomsensor(nooptions,sensoronly).

WarrantyAnoptional4-yearextendedcompressorwarrantycoversthecompressorfor5yearsfromthedateatwhichtheunitshipsfromthefactory.Anoptional4-yearextendedrefrigerationcircuitwarrantycoverstheentirerefrigerationcircuitandrelatedcomponentsfor5years.

Field Installed Accessories

Wall Thermostat Options■ ProgrammableElectronicThermostatTwo-stageheat/Two-stagecool,7-dayprogrammable.Subbaseshallhavesystem

"Mode/Prog"andfan"Auto/On"switches.ThermostatshallhavetheoptionofanOptionalRemoteSensor.■ Non-programmable,autoormanualchangeoverTwo-stageheat/Two-stagecool,nightsetbackoverride.Subbaseshall

havesystem"Cool/Off/Heat/Auto"andfan"Auto/Onswitches.ThermostatshallhavetheoptionofanOptionalRemoteSensor.

Wall Temperature Sensor Options:■ WallSensorwithtimed-overridebutton.■ WallSensorwithtimed-overridebuttonandsetpointadjustment(55to95degF),fanmodeswitch(auto/on),operational

modebutton(Heat/Cool/Auto)andstatusLEDtodisplayfaultcondition.■ WallSensorwithtimed-overridebuttonandsetpointadjustment(-3to+3degF),fanmodeswitch(auto/on),operational

modebutton(Heat/Cool/Auto)andstatusLEDtodisplayfaultcondition.

Hose Kits:Twofire-ratedflexiblehoseswithASTMratingsofFlameSpread25,FuelContribution25andSmokeDensity50forcon-nectiontounitandfieldpiping.Hoseshallbecoveredwithstainlesssteelbraidingtopreventdamage.

Valve Options:■ Combinationwaterbalancingandshutoffvalvewithadjustablememorystop.■ Optional2-way,NormallyOpen(N.O.)orNormallyClosed(N.C.)motorizedwatervalves.


© 2012 McQuay International • www.mcquay.com • (800) 432-1342 Catalog 1112-4 (5/12)

Daikin McQuay Training and DevelopmentNow that you have made an investment in modern, efficient Daikin McQuay equipment, its care should be a high priority. For training information on all Daikin McQuay HVAC products, please visit us at www.daikinmcquay.com and click on Training, or call 540-248-9646 and ask for the Training Department.

WarrantyAll Daikin McQuay equipment is sold pursuant to its standard terms and conditions of sale, including Limited Product Warranty. Consult your local Daikin McQuay Representative for warranty details. Refer to Form 933-430285Y. To find your local Daikin McQuay Representative, go to www.daikinmcquay.com.

Aftermarket ServicesTo find your local parts office, visit www.daikinmcquay.com or call 800-37PARTS (800-377-2787). To find your local service office, visit www.daikinmcquay.com or call 800-432-1342.This document contains the most current product information as of this printing. For the most up-to-date product information, please go to www.daikinmcquay.com.

Products manufactured in an ISO certified facility.

Daikin McQuay Water Source Heat PumpsA Complete Line of Quality Products, Flexible Configurations

Large Vertical Units 6 to 25 Ton & Horizontal Units 6 to 10 Ton

Enfinity Vertical & Horizontal Units 1/2 to 6 Ton

Console Units 3/4 to 11/2 Ton

Rooftop Units 3 to 35 Ton

Water to Water Source Heat Pump Units 3 to 35 Ton

Stacking Units 3/4 to 3 Ton

SmartSource Vertical & Horizontal Units 2 to 6 Ton

Documents

Catalog 1112-4 Enfinity™ Large Horizontal Water Source ......Catalog 1112-3 McQuay Large Horizontal Water Source Heat Pumps Page 5 of 40 Extended range units include coil and piping