Danfoss ECL Comfort 310, P318 Operating instructions

OperatingGuide

ECLComfort310,applicationP318

1.0TableofContents

1.0TableofContents...............................................1

1.1Importantsafetyandproductinformation.....................2

2.0Installation........................................................6

2.1Beforeyoustart.....................................................6

2.2Identifyingthesystemtype......................................29

2.3Mounting...........................................................30

2.4Placingthetemperaturesensors................................34

2.5Electricalconnections.............................................36

2.6InsertingtheECLApplicationKey..............................44

2.7Checklist............................................................50

2.8Navigation,ECLApplicationKeyA318.........................51

3.0Dailyuse.........................................................67

3.1Howtonavigate...................................................67

3.2Understandingthecontrollerdisplay..........................68

3.3Ageneraloverview:Whatdothesymbolsmean?...........69

3.4Monitoringtemperaturesandsystem

components........................................................70

3.5Inﬂuenceoverview................................................71

3.6Manualcontrol.....................................................72

3.7Schedule............................................................73

4.0Settingsoverview............................................74

5.0Settings...........................................................76

5.1IntroductiontoSettings..........................................76

5.2Tanktemperature..................................................77

5.3X3control...........................................................81

5.4Flowtemperature..................................................82

5.5Returnlimit.........................................................84

5.6Controlparameters................................................88

5.7Flowmeter..........................................................97

5.8Application.........................................................99

5.9Anti-bacteria......................................................101

6.0Event.............................................................103

6.1IntroductiontoEvent...........................................103

6.2ChargeT...........................................................104

6.3DHWﬂowT.......................................................106

6.4Tanktemperature................................................108

6.5SupplyT...........................................................110

6.6Anti-bacteria......................................................111

6.7Tsensordefect...................................................112

6.8Eventoverview...................................................113

7.0Commoncontrollersettings............................114

7.1Introductionto‘Commoncontrollersettings’..............114

7.2Time&Date.......................................................115

7.3Inputoverview...................................................116

7.4Log.................................................................117

7.5Outputoverride..................................................118

7.6Keyfunctions.....................................................119

7.7System.............................................................121

8.0Miscellaneous................................................128

8.1ECA30/31setupprocedures.................................128

8.2Overridefunction................................................136

8.3Severalcontrollersinthesamesystem......................139

8.4Frequentlyaskedquestions....................................142

8.5Deﬁnitions........................................................144

8.6Type(ID6001),overview.......................................148

8.7Automatic/manualupdateofﬁrmware.....................149

8.8ParameterIDoverview..........................................150

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1.1Importantsafetyandproductinformation

1.1.1Importantsafetyandproductinformation

ThisOperatingGuideisassociatedwiththeECLApplicationKey

P318(codeno.087H3835).

TheECLApplicationKeyP318forDomesticHotWater(DHW)

temperaturecontrolcontains4subtypes:

•P318.1,bufferbasedtemperaturecontrol

•P318.2,bufferandmixingbasedtemperaturecontrol

•P318.10,advancedtemperaturecontrol

•P318.11,advancedtemperatureandbuffercontrol

SeetheInstallationGuideforapplicationdiagramsandelectrical

connections.

Theapplicationdiagramsshowmandatorytemperaturesensors

withanunderscore;exampleS3.

ThedescribedfunctionsarerealizedinECLComfort310whichalso

allowsM-bus,ModbusandEthernet(Internet)communication.

TheApplicationKeyP318complieswithECLComfort310

controllersasofﬁrmwareversion1.11.Theﬁrmware(controller

software)isvisibleatstart-upofthecontrollerandin'Common

controllersettings'in'System'.

UptotwoRemoteControlUnits,ECA30orECA31,canbe

connected.

TheapplicationP318workswithadditionalInternalI/Omodules:

•TheextensionmoduleECA32gives0-10Voltsignalforspeed

controlofcontrolpump,chargingpumpandcirculationpump.

•TheextensionmoduleECA35gives0-10Voltsignalforspeed

controlofcontrolpump,chargingpumpandcirculationpump.

ECA35canalsogivePWM*signalforspeedcontrolofthe

abovelistedpumptypes.

Apumpcanalsobeconsideredasacirculator.

TheECLComfort310workswitheitheroneECA32oroneECA

35.TheInternalI/Omoduleinquestionisplacedinthebasepart

oftheECLComfort310.

*PWM=PulseWidthModulation

TogetherwiththeECLComfort310theadditionalInternalI/O

modulescanalsobeusedforextradatacommunicationtoSCADA:

•Temperature,Pt1000(default)

•0-10voltsignals

•Digitalinput

Theset-upofinputtypecanbedonebymeansoftheDanfoss

Software"ECLTool".

Navigation:Danfoss.com>Products&Solutions>Products>

DistrictHeatingandCooling>Documentation>Tools&Software

>ECLTool.

TheURLis:https://www.danfoss.com/en/service-and-

support/downloads

ECLComfort310isavailableas:

•ECLComfort310,230volta.c.(codeno.087H3040)

•ECLComfort310B,230volta.c.(codeno.087H3050)

•ECLComfort310,24volta.c.(codeno.087H3044)

TheB-typehasnodisplayanddial.

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OperatingGuideECLComfort310,applicationP318

TheB-typeisoperatedbymeansoftheremotecontrolunit

ECA30/31:

•ECA30(codeno.087H3200)

•ECA31(codeno.087H3201)

InternalI/Omodules:

•ECA32(codeno.087H3202)

•ECA35(codeno.087H3205)

BasepartforECLComfort310,230voltand24volt:Codeno.

087H3230.

AdditionaldocumentationforECLComfort210and310,modules

andaccessoriesisavailableonhttp://heating.danfoss.com/.

Applicationkeysmightbereleasedbeforealldisplaytextsare

translated.InthiscasethetextisinEnglish.

SafetyNote

Toavoidinjuryofpersonsanddamagestothedevice,itisabsolutely

necessarytoreadandobservetheseinstructionscarefully.

Necessaryassembly,start-up,andmaintenanceworkmustbe

performedbyqualiﬁedandauthorizedpersonnelonly.

Locallegislationsmustberespected.Thiscomprisesalsocable

dimensionsandtypeofisolation(doubleisolatedat230V).

AfusefortheECLComfortinstallationismax.10Atypically.

TheambienttemperaturerangesforECLComfortinoperationare:

ECLComfort210/310:0-55°C

ECLComfort296:0-45°C.

Exceedingthetemperaturerangecanresultinmalfunctions.

Installationmustbeavoidedifthereisariskforcondensation(dew).

Thewarningsignisusedtoemphasizespecialconditionsthatshould

betakenintoconsideration.

Thissymbolindicatesthatthisparticularpieceofinformationshould

bereadwithspecialattention.

VI.JM.Q5.02

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OperatingGuideECLComfort310,applicationP318

Automaticupdateofcontrollersoftware(ﬁrmware):

Thesoftwareofthecontrollerisupdatedautomaticallywhenthekey

isinserted(asofcontrollerversion1.11(ECL210/310)andversion

1.58(ECL296)).Thefollowinganimationwillbeshownwhenthe

softwareisbeingupdated:

Progressbar

Duringupdate:

•DonotremovetheKEY

Ifthekeyisremovedbeforethehour-glassisshown,youhave

tostartafresh.

•Donotdisconnectthepower

Ifthepowerisinterruptedwhenthehour-glassisshown,the

controllerwillnotwork.

•Manualupdateofcontrollersoftware(ﬁrmware):

Seethesection"Automatic/manualupdateofﬁrmware"

AsthisOperatingGuidecoversseveralsystemtypes,specialsystem

settingswillbemarkedwithasystemtype.Allsystemtypesareshown

inthechapter:'Identifyingyoursystemtype'.

°C(degreesCelsius)isameasuredtemperaturevaluewhereasK

(Kelvin)oftenisusedfortemperaturedifferences.

TheIDno.isuniquefortheselectedparameter.

ExampleFirstdigitSeconddigitLastthreedigits

1117411174

-

Circuit1Parameterno.

12174

1

2

174

-

Circuit2Parameterno.

IfanIDdescriptionismentionedmorethanonce,itmeansthatthere

arespecialsettingsforoneormoresystemtypes.Itwillbemarked

withthesystemtypeinquestion(e.g.12174-A266.9).

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OperatingGuideECLComfort310,applicationP318

ParametersindicatedwithanIDno.like"1x607"meanauniversal

parameter.

xstandsforcircuit/parametergroup.

DisposalNote

Thisproductshouldbedismantledanditscomponents

sorted,ifpossible,invariousgroupsbeforerecycling

ordisposal.

Alwaysfollowthelocaldisposalregulations.

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OperatingGuideECLComfort310,applicationP318

2.0Installation

2.1Beforeyoustart

TheECLapplicationkeyP318contains4subtypes,P318.1,P318.2,

P318.10andP318.11.

ThebasicprinciplesforapplicationP318.1:

TemperaturecontrolofDHWbuffer

ThedesiredDHWtemperatureatS6(setincircuit1,favorite

display1)determinesthebufferchargingprocedure.Thebuffer

temperaturesensorsS6andS8,thesupplytemperaturesensorS2

andthechargingtemperaturesensorS3arethemostimportant

sensorsandmustbeconnected.Ifoneofthementioned

temperaturesensorsisnotconnected,thecontrolvalveM1will

close;alternatively,thecontrolpumpP1/V1willstop.

ThechargingtemperatureatS3isbasedonthedesiredDHW

temperatureatS6andasetchargingdifference.

TheapplicationallowsinternalorexternalDHWcirculation.When

connectedforexternalcirculation,thedesiredS3temperatureis

thesameasthedesiredDHWtemperature,whenchargingisnot

inprogress.

Optional:TemperaturecontrolofthecirculationpipeatS9ensures

thedesiredtemperaturebymeansofON/OFFcontrolofpump

P3orspeedcontrolofpumpV3.Duringthechargingprocessthe

circulationpumpcanbeswitchedOFForrunataminimumspeed.

Startbufferchargingprocess:

1.BuffertemperatureS6temperaturegetslowerthan('Desired

DHWtemperature'+'Startdifference').

Anexample:60°C+(-5)=55°C

2.X1isswitchedON

3.M1openseitherfullyortoapresetposition(alternatively,P1/

V1isswitchedON/presetspeed)inordertoincreasethesupply

temperatureS2.Returntemperaturelimitationisrespected.

4.P2/V2isswitchedONwhensupplytemperatureS2getshigher

than('DesiredDHWtemperature'+'Pumpstartdiff.').

Anexample:60°C+3K=63°C

V2startswithminimumspeed,forexample20%.

5.M1(orP1/V1)controlsthechargingtemperatureatS3.

6.V2increasesthespeedaslongasthechargingtemperatureS3

ishigherthan(desiredchargingtemperature-2K).

Stopbufferchargingprocess:

1.BuffertemperatureS6temperaturegetshigherthan(2K+

'DesiredDHWtemperature'+'Startdifference)

AND

LowerbuffertemperatureS8getshigherthan('DesiredDHW

temperature'+'Stopdifference).

Anexample:S6temperaturehigherthan(2+60°C+(-5)=

57°C)AND(60°C+(-8)=52°C)

2.P2isswitchedOFF,respecting'Char.Ppost-run'.V2changes

to0%.

NOTE:Post-runisnotrespectedifchargingtemperatureS3islower

thandesiredchargingtemperature.

3.X1isswitchedOFF.

4.M1closes(alternatively,P1/V1stops)ormaintainsthedesired

temperatureatS3.

P318.1,ex.a,applicationwithcontrolvalveandinternalDHWcirculation:

Theshowndiagramisafundamentalandsimpliﬁedexampleanddoes

notcontainallcomponentsthatarenecessaryinasystem.

AllnamedcomponentsareconnectedtotheECLComfortcontroller.

Listofcomponents:

ECL310

ECLComfort310controller

ECA32

Built-inextensionmodule,0-10Voutputs

ECA35

Built-inextensionmodule,0-10Voutputsand

PWMoutputs

S2

(mandatory)Supplytemperaturesensor

S3

(mandatory)Chargingtemperaturesensor

S5Returntemperaturesensor

S6

(mandatory)Buffertemperaturesensor

S8

(mandatory)Lowerbuffertemperaturesensor

S9

DHWcirculationreturntemperaturesensor

S12

0-10VinputfordesiredtemperatureatS6

P2

Chargingpump(ON-OFFcontrolled)

V2

Speedcontrolofchargingpump(0-10VorPWM)

P3

Circulationpump(ON-OFFcontrolled)

V3

Speedcontrolofcirculationpump(0-10Vor

PWM)

M1

Motorizedcontrolvalve(3-pointcontrolled)

X1

Heatdemandsignal

X2

Anti-bacteriafunctionisactive

A1

Alarm

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OperatingGuideECLComfort310,applicationP318

Bymeansofaweekschedule,theDHWcirculationcanbeON/

OFFcontrolled.

ThemotorizedcontrolvalveM1isopenedgraduallywhen

thechargingtemperatureislowerthanthedesiredcharging

temperatureandviceversa.

Alternatively,thecontrolpumpP1/V1isincreasedinspeedwhen

thechargingtemperatureislowerthanthedesiredcharging

temperatureandviceversa.

ThereturntemperatureS5canbelimited,forexamplenottobe

toohigh.Ifso,thedesiredchargingtemperatureatS3canbe

adjusted(typicallytoalowervalue);thisresultsinagradualclosing

ofthemotorizedcontrolvalveor,alternatively,alowerspeedof

thecontrolpump.

DHWcirculationtemperaturecontrol:

IfDHWcirculationreturntemperaturesensorS9isnotconnected,

theON-OFFcontrolledpumpwillbeON.Aspeedcontrolledpump

canbelimitedtoadesiredspeedbymeansofV.outmax.and

V.outminsettings.

TheON-OFFoutputX1isONatDHWheatingdemand.

Asanoption,thedesiredDHWtemperatureatS6canbeset

externally.Avoltagesignal(1-10Volt)canbeappliedtoinputS12

(ECA32/35).Thescaleforvoltageversustemperaturecanbeset.

Ananti-bacteriafunctionfortheDHWbufferisavailablefor

activationonselecteddaysoftheweek.

Theanti-bacteriafunctioncanbesettoincludetheDHW

circulation.

TheON-OFFoutputX2isONatactiveanti-bacteriafunction.

VI.JM.Q5.02

©Danfoss|2018.08|7

OperatingGuideECLComfort310,applicationP318

P318.1,ex.b,applicationwithcontrolvalveandexternalDHWcirculation:

Theshowndiagramisafundamentalandsimpliﬁedexampleanddoes

notcontainallcomponentsthatarenecessaryinasystem.

AllnamedcomponentsareconnectedtotheECLComfortcontroller.

Listofcomponents:

ECL310

ECLComfort310controller

ECA32

Built-inextensionmodule,0-10Voutputs

ECA35

Built-inextensionmodule,0-10Voutputsand

PWMoutputs

S2

(mandatory)Supplytemperaturesensor

S3

(mandatory)Chargingtemperaturesensor

S5Returntemperaturesensor

S6

(mandatory)Buffertemperaturesensor

S8

(mandatory)Lowerbuffertemperaturesensor

S9

DHWcirculationreturntemperaturesensor

S12

0-10VinputfordesiredtemperatureatS6

P2

Chargingpump(ON-OFFcontrolled)

V2

Speedcontrolofchargingpump(0-10VorPWM)

P3

Circulationpump(ON-OFFcontrolled)

V3

Speedcontrolofcirculationpump(0-10Vor

PWM)

M1

Motorizedcontrolvalve(3-pointcontrolled)

X1

Heatdemandsignal

X2

Anti-bacteriafunctionisactive

A1

Alarm

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OperatingGuideECLComfort310,applicationP318

P318.1,ex.c,applicationwithcontrolpumpandinternalDHWcirculation:

Theshowndiagramisafundamentalandsimpliﬁedexampleanddoes

notcontainallcomponentsthatarenecessaryinasystem.

AllnamedcomponentsareconnectedtotheECLComfortcontroller.

Listofcomponents:

ECL310

ECLComfort310controller

ECA32

Built-inextensionmodule,0-10Voutputs

ECA35

Built-inextensionmodule,0-10Voutputsand

PWMoutputs

S2

(mandatory)Supplytemperaturesensor

S3

(mandatory)Chargingtemperaturesensor

S5Returntemperaturesensor

S6

(mandatory)Buffertemperaturesensor

S8

(mandatory)Lowerbuffertemperaturesensor

S9

DHWcirculationreturntemperaturesensor

S12

0-10VinputfordesiredtemperatureatS6

P1

Controlpump(ON-OFFcontrolled)

V1

Speedcontrolofcontrolpump(0–10VorPWM)

P2

Chargingpump(ON-OFFcontrolled)

V2

Speedcontrolofchargingpump(0-10VorPWM)

P3

Circulationpump(ON-OFFcontrolled)

V3

Speedcontrolofcirculationpump(0-10Vor

PWM)

X1

Heatdemandsignal

X2

Anti-bacteriafunctionisactive

A1

Alarm

VI.JM.Q5.02

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OperatingGuideECLComfort310,applicationP318

P318.1,ex.d,applicationwithcontrolpumpandexternalDHWcirculation:

Theshowndiagramisafundamentalandsimpliﬁedexampleanddoes

notcontainallcomponentsthatarenecessaryinasystem.

AllnamedcomponentsareconnectedtotheECLComfortcontroller.

Listofcomponents:

ECL310

ECLComfort310controller

ECA32

Built-inextensionmodule,0-10Voutputs

ECA35

Built-inextensionmodule,0-10Voutputsand

PWMoutputs

S2

(mandatory)Supplytemperaturesensor

S3

(mandatory)Chargingtemperaturesensor

S5Returntemperaturesensor

S6

(mandatory)Buffertemperaturesensor

S8

(mandatory)Lowerbuffertemperaturesensor

S9

DHWcirculationreturntemperaturesensor

S12

0-10VinputfordesiredtemperatureatS6

P1

Controlpump(ON-OFFcontrolled)

V1

Speedcontrolofcontrolpump(0–10VorPWM)

P2

Chargingpump(ON-OFFcontrolled)

V2

Speedcontrolofchargingpump(0-10VorPWM)

P3

Circulationpump(ON-OFFcontrolled)

V3

Speedcontrolofcirculationpump(0-10Vor

PWM)

X1

Heatdemandsignal

X2

Anti-bacteriafunctionisactive

A1

Alarm

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OperatingGuideECLComfort310,applicationP318

P318.1,ex.e:Primarysideisacombinationofa3-portcontrolvalveanda

controlpump.InternalDHWcirculation:

Theshowndiagramisafundamentalandsimpliﬁedexampleanddoes

notcontainallcomponentsthatarenecessaryinasystem.

AllnamedcomponentsareconnectedtotheECLComfortcontroller.

Listofcomponents:

ECL310

ECLComfort310controller

ECA32

Built-inextensionmodule,0-10Voutputs

ECA35

Built-inextensionmodule,0-10Voutputsand

PWMoutputs

S2

(mandatory)Supplytemperaturesensor

S3

(mandatory)Chargingtemperaturesensor

S5Returntemperaturesensor

S6

(mandatory)Buffertemperaturesensor

S8

(mandatory)Lowerbuffertemperaturesensor

S9

DHWcirculationreturntemperaturesensor

S12

0-10VinputfordesiredtemperatureatS6

M1

Motorized3-portcontrolvalve(3-pointcontrolled)

P1

Controlpump(ON-OFFcontrolled)

V1

Speedcontrolofcontrolpump(0–10VorPWM)

P2

Chargingpump(ON-OFFcontrolled)

V2

Speedcontrolofchargingpump(0-10VorPWM)

P3

Circulationpump(ON-OFFcontrolled)

V3

Speedcontrolofcirculationpump(0-10Vor

PWM)

X1

Heatdemandsignal

X2

Anti-bacteriafunctionisactive

A1

Alarm

VI.JM.Q5.02

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OperatingGuideECLComfort310,applicationP318

P318.1,ex.f:Primarysideisacombinationofa3-portcontrolvalveanda

controlpump.ExternalDHWcirculation:

Theshowndiagramisafundamentalandsimpliﬁedexampleanddoes

notcontainallcomponentsthatarenecessaryinasystem.

AllnamedcomponentsareconnectedtotheECLComfortcontroller.

Listofcomponents:

ECL310

ECLComfort310controller

ECA32

Built-inextensionmodule,0-10Voutputs

ECA35

Built-inextensionmodule,0-10Voutputsand

PWMoutputs

S2

(mandatory)Supplytemperaturesensor

S3

(mandatory)Chargingtemperaturesensor

S5Returntemperaturesensor

S6

(mandatory)Buffertemperaturesensor

S8

(mandatory)Lowerbuffertemperaturesensor

S9

DHWcirculationreturntemperaturesensor

S12

0-10VinputfordesiredtemperatureatS6

M1

Motorized3-portcontrolvalve(3-pointcontrolled)

P1

Controlpump(ON-OFFcontrolled)

V1

Speedcontrolofcontrolpump(0–10VorPWM)

P2

Chargingpump(ON-OFFcontrolled)

V2

Speedcontrolofchargingpump(0-10VorPWM)

P3

Circulationpump(ON-OFFcontrolled)

V3

Speedcontrolofcirculationpump(0-10Vor

PWM)

X1

Heatdemandsignal

X2

Anti-bacteriafunctionisactive

A1

Alarm

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OperatingGuideECLComfort310,applicationP318

Recommendations/consideringsettings:

Int./Ext.DHWcirc.

"Cont.Tcontrol"(11054)*

Speed,P1/V1

"Voutmax. "/"Voutmin. "

(11165/11167)**

Actuatorrunningtime

"Mrun"(11186)***

P318.1,ex.a

OFF

X

P318.1,ex.b

ON

X

P318.1,ex.c

OFF

P318.1,ex.d

ON

P318.1,ex.e

OFF

Max./min.tosamevalue

"Adapttime"(11065)*:OFF

X

P318.1,ex.f

ON

Max./min.tosamevalue

"Adapttime"(11065)*:OFF

X

*)

Circuit1>MENU>Settings>Application>

**)

Circuit1>MENU>Settings>Controlparameters1>

***)

Circuit1>MENU>Settings>Controlparameters1>

VI.JM.Q5.02

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OperatingGuideECLComfort310,applicationP318

ThebasicprinciplesforapplicationP318.2:

DHWtemperatureandbuffercontrol

IfthemeasuredDHWtemperatureS4islowerthanthedesired

DHWtemperature(setincircuit1,favoritedisplay1),themotorized

controlvalveM2opensgraduallyformorewaterfromthebuffer

tank.

Coldtapwateris,viatheheat-exchanger,usedtocontroltheDHW

temperatureS4ifthetemperaturegetshigherandwillgradually

closethecontrolvalveM2.

TheDHWtemperaturesensorS4,thechargingtemperaturesensor

S3,thesupplytemperaturesensorS2andthebuffertemperature

sensorsS6andS8arethemostimportantsensorsandmustbe

connected.Ifoneofthementionedtemperaturesensorsisnot

connected,thecontrolvalveM1willclose;alternatively,thecontrol

pumpP1/V1willstop.

ThebufferchargingtemperatureatS3isbasedonthesetdesired

buffertemperatureatS6(setincircuit2,favoritedisplay1).

Optional:TemperaturecontrolofthecirculationpipeatS9ensures

thedesiredtemperaturebymeansofON/OFFcontrolofpump

P3orspeedcontrolofpumpV3.

Startbufferchargingprocess:

1.BuffertemperatureS6temperaturegetslowerthan('Desired

chargingtemperature'+'Startdifference').

Anexample:70°C+(-5)=65°C

2.X1isswitchedON

3.M1opens(alternatively,P1/V1isswitchedON/presetspeed)

inordertoincreasethesupplytemperature

S2.Returntemperaturelimitationisrespected.

4.P2/V2isswitchedONwhensupplytemperatureS2getshigher

than('Desiredchargingtemperature'+'Pumpstartdiff.').

Anexample:70°C+3K=73°C

V2startswithminimumspeed,forexample20%.

5.M1(orP1/V1)controlsthechargingtemperatureatS3.

6.V2increasesthespeedaslongasthechargingtemperatureS3

ishigherthan(desiredchargingtemperature-2K).

Stopbufferchargingprocess:

1.BuffertemperatureS6temperaturegetshigherthan(2K+

'Desiredchargingtemperature'+'Startdifference)

AND

LowerbuffertemperatureS8getshigherthan('DesiredDHW

temperature'+'Stopdifference).

Anexample:S6temperaturehigherthan(2+70°C+(-5)=

67°C)

ANDS8temperaturehigherthan(70°C+(-8)=62°C).

2.P2isswitchedOFF,respecting'DHWPpost-run'.V2changes

to0%.

NOTE:Post-runisnotrespectedifchargingtemperatureS3islower

thandesiredchargingtemperature.

3.X1isswitchedOFF.

4.M1closes(alternatively,P1/V1stops).

P318.2,ex.a,applicationwithcontrolvalveforbuffertemperaturecontrol:

Theshowndiagramisafundamentalandsimpliﬁedexampleanddoes

notcontainallcomponentsthatarenecessaryinasystem.

AllnamedcomponentsareconnectedtotheECLComfortcontroller.

Listofcomponents:

ECL310

ECLComfort310controller

ECA32

Built-inextensionmodule,0-10Voutputs

ECA35

Built-inextensionmodule,0-10Voutputsand

PWMoutputs

S2

(mandatory)Supplytemperaturesensor

S3

(mandatory)Chargingtemperaturesensor

S4

(mandatory)DHWtemperaturesensor

S5Returntemperaturesensor

S6

(mandatory)Buffertemperaturesensor

S8

(mandatory)Lowerbuffertemperaturesensor

S9

DHWcirculationreturntemperaturesensor

S12

0-10VinputfordesiredtemperatureatS6

P2

Chargingpump(ON-OFFcontrolled)

V2

Speedcontrolofchargingpump(0-10VorPWM)

P3

Circulationpump(ON-OFFcontrolled)

V3

Speedcontrolofcirculationpump(0-10Vor

PWM)

M1

Motorizedcontrolvalve(3-pointcontrolled)

M2

Motorizedcontrolvalve(3-pointcontrolled)

X1

Bufferheatingdemandsignal

X2

Anti-bacteriafunctionisactive

A1

Alarm

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OperatingGuideECLComfort310,applicationP318

Bymeansofaweekschedule,theDHWcirculationcanbeON/

OFFcontrolled.

ThemotorizedcontrolvalveM1isopenedgraduallywhen

thechargingtemperatureislowerthanthedesiredcharging

temperatureandviceversa.

Alternatively,thecontrolpumpP1/V1isincreasedinspeedwhen

thechargingtemperatureislowerthanthedesiredcharging

temperatureandviceversa.

ThereturntemperatureS5canbelimited,forexamplenottobe

toohigh.Ifso,thedesiredchargingtemperatureatS3canbe

adjusted(typicallytoalowervalue);thisresultsinagradualclosing

ofthemotorizedcontrolvalveor,alternatively,alowerspeedof

thecontrolpump.

Asanoption,thedesiredbuffertemperatureatS6canbeset

externally.Avoltagesignal(1-10Volt)canbeappliedtoinputS12

(ECA32/35).Thescaleforvoltageversustemperaturecanbeset.

TheON-OFFoutputX1isONatbufferheatingdemand.

Ananti-bacteriafunctionfortheDHWbufferisavailablefor

activationonselecteddaysoftheweek.

Theanti-bacteriafunctioncanbesettoincludetheDHW

circulation.

TheON-OFFoutputX2isONwhenanti-bacteriafunctionisactive.

VI.JM.Q5.02

©Danfoss|2018.08|15

OperatingGuideECLComfort310,applicationP318

P318.2,ex.b,applicationwithcontrolpumpforbuffertemperaturecontrol:

Theshowndiagramisafundamentalandsimpliﬁedexampleanddoes

notcontainallcomponentsthatarenecessaryinasystem.

AllnamedcomponentsareconnectedtotheECLComfortcontroller.

Listofcomponents:

ECL310

ECLComfort310controller

ECA32

Built-inextensionmodule,0-10Voutputs

ECA35

Built-inextensionmodule,0-10Voutputsand

PWMoutputs

S2

(mandatory)Supplytemperaturesensor

S3

(mandatory)Chargingtemperaturesensor

S4

(mandatory)DHWtemperaturesensor

S5Returntemperaturesensor

S6

(mandatory)Buffertemperaturesensor

S8

(mandatory)Lowerbuffertemperaturesensor

S9

DHWcirculationreturntemperaturesensor

S12

0-10VinputfordesiredtemperatureatS6

P2

Chargingpump(ON-OFFcontrolled)

V2

Speedcontrolofchargingpump(0-10VorPWM)

P3

Circulationpump(ON-OFFcontrolled)

V3

Speedcontrolofcirculationpump(0-10Vor

PWM)

P1

Controlpump(ON-OFFcontrolled)

V1

Speedcontrolofcontrolpump(0–10VorPWM)

M2

Motorizedcontrolvalve(3-pointcontrolled)

X1

Bufferheatingdemandsignal

X2

Anti-bacteriafunctionisactive

A1

Alarm

16|©Danfoss|2018.08

VI.JM.Q5.02

OperatingGuideECLComfort310,applicationP318

P318.2,ex.c,applicationwithacombinationofa3-portcontrolvalveand

acontrolpumpforbuffertemperaturecontrol:

Theshowndiagramisafundamentalandsimpliﬁedexampleanddoes

notcontainallcomponentsthatarenecessaryinasystem.

AllnamedcomponentsareconnectedtotheECLComfortcontroller.

Listofcomponents:

ECL310

ECLComfort310controller

ECA32

Built-inextensionmodule,0-10Voutputs

ECA35

Built-inextensionmodule,0-10Voutputsand

PWMoutputs

S2

(mandatory)Supplytemperaturesensor

S3

(mandatory)Chargingtemperaturesensor

S4

(mandatory)DHWtemperaturesensor

S5Returntemperaturesensor

S6

(mandatory)Buffertemperaturesensor

S8

(mandatory)Lowerbuffertemperaturesensor

S9

DHWcirculationreturntemperaturesensor

S12

0-10VinputfordesiredtemperatureatS6

P2

Chargingpump(ON-OFFcontrolled)

V2

Speedcontrolofchargingpump(0-10VorPWM)

P3

Circulationpump(ON-OFFcontrolled)

V3

Speedcontrolofcirculationpump(0-10Vor

PWM)

M1

Motorizedcontrolvalve(3-pointcontrolled)

P1

Controlpump(ON-OFFcontrolled)

V1

Speedcontrolofcontrolpump(0–10VorPWM)

M2

Motorizedcontrolvalve(3-pointcontrolled)

X1

Bufferheatingdemandsignal

X2

Anti-bacteriafunctionisactive

A1

Alarm

VI.JM.Q5.02

OperatingGuideECLComfort310,applicationP318

Recommendations/consideringsettings:

Speed,P1/V1

"Voutmax. "/"Voutmin. "

(11165/11167)*

Actuatorrunningtime

M2"Mrun"

(14186)**

Actuatorrunningtime

M1"Mrun"

(11186)***

P318.2,ex.a

XX

P318.2,ex.b

X

P318.2,ex.c

Max./min.tosamevalue

"Adapttime"(11065)*:OFF

XX

*)

Circuit2>MENU>Settings>Controlparameters1>

**)

Circuit1>MENU>Settings>Controlparameters2>

***)

Circuit2>MENU>Settings>Controlparameters1>

VI.JM.Q5.02

OperatingGuideECLComfort310,applicationP318

ThebasicprinciplesforapplicationP318.10:

TemperaturecontrolofDHW

ThedesiredDHWtemperatureatS3(setincircuit1,favoritedisplay

1)determinesthetemperaturecontrol.

TheDHWﬂowtemperaturesensorS3isthemostimportantsensor

andmustbeconnected.IfS3isnotconnected,thecontrolvalve

M1willclose;alternatively,thecontrolpumpP1/V1willstop.

TemperaturecontroloftheDHWcirculationpipeatS9ensuresthe

desiredtemperaturebymeansofspeedcontrolofpumpP3/V3.

AweekscheduleforswitchingtheDHWcirculationpumpONand

OFFcanbeset.

IfDHWcirculationreturntemperaturesensorS9isnotconnected,

theON-OFFcontrolledpumpwillbeONregardlesstheschedule

status.

Aspeed-controlledpumpcanbelimitedtoadesiredspeedby

meansofV.outmax.andV.outminsettings.

ThemotorizedcontrolvalveM1isopenedgraduallywhenthe

DHWﬂowtemperatureislowerthanthedesiredDHWtemperature

andviceversa.

Alternatively,thecontrolpumpP1/V1isincreasedinspeedwhen

theDHWﬂowtemperatureislowerthanthedesiredDHWﬂow

temperatureandviceversa.

ThereturntemperatureS5canbelimited,forexamplenottobe

toohigh.Ifso,thedesiredDHWtemperatureatS3canbeadjusted

(typicallytoalowervalue);thisresultsinagradualclosingofthe

motorizedcontrolvalveor,alternatively,alowerspeedofthe

controlpump.

ThesupplytemperatureS2isusedtocompensatetheproportional

bandXpinordertoimprovethetemperaturecontrolatdifferent

supplytemperatures.

ThewaterﬂowsignalfromF1canbeusedtooverridethecontrol

valveinordertooptimizetheDHWtemperaturecontrol.This

pro-activefunctionalitycompensatesforthedelaybeforetheﬂow

temperaturesensorS3measuresachangeintemperature.

ThewaterﬂowsignalcanalsobeutilizedforcontroloftheS3

temperature,evenifthereisnoDHWcirculation.

Asanoption,thedesiredDHWtemperaturecanbesetexternally.

Avoltagesignal(1-10Volt)canbeappliedtoinputS12(ECA32/

35).Thescaleforvoltageversustemperaturecanbeset.

Ananti-bacteriafunctionfortheDHWcircuitisavailablefor

activationonselecteddaysoftheweek.Theanti-bacteriafunction

canbesettoincludetheDHWcirculation.

TheON-OFFoutputX2isONwhenanti-bacteriafunctionisactive.

P318.10,ex.a,DHWapplicationwithcontrolvalve:

Theshowndiagramisafundamentalandsimpliﬁedexampleanddoes

notcontainallcomponentsthatarenecessaryinasystem.

AllnamedcomponentsareconnectedtotheECLComfortcontroller.

Listofcomponents:

ECL310

ECLComfort310controller

ECA32

Built-inextensionmodule,0-10Voutputs

ECA35

Built-inextensionmodule,0-10Voutputsand

PWMoutputs

S2

Supplytemperaturesensor

S3

(mandatory)DHWﬂowtemperaturesensor

S5Returntemperaturesensor

S9

DHWcirculationreturntemperaturesensor

S12

0-10VinputfordesiredtemperatureatS3

F1

ColdWatermeter(pulsesignal)

P3

DHWcirculationpump(ON-OFFcontrolled)

V3

Speedcontrolofcirculationpump(0-10Vor

PWM)

M1

Motorizedcontrolvalve(3-pointcontrolled)

X2

Anti-bacteriafunctionisactive

A1

Alarm

VI.JM.Q5.02

OperatingGuideECLComfort310,applicationP318

P318.10,ex.b,DHWapplicationwithcontrolpump:

Theshowndiagramisafundamentalandsimpliﬁedexampleanddoes

notcontainallcomponentsthatarenecessaryinasystem.

AllnamedcomponentsareconnectedtotheECLComfortcontroller.

Listofcomponents:

ECL310

ECLComfort310controller

ECA32

Built-inextensionmodule,0-10Voutputs

ECA35

Built-inextensionmodule,0-10Voutputsand

PWMoutputs

S2

Supplytemperaturesensor

S3

(mandatory)DHWﬂowtemperaturesensor

S5Returntemperaturesensor

S9

DHWcirculationreturntemperaturesensor

S12

0-10VinputfordesiredtemperatureatS3

F1

ColdWatermeter(pulsesignal)

P1

Controlpump(ON-OFFcontrolled)

V1

Speedcontrolofcontrolpump(0-10VorPWM)

P3

DHWcirculationpump(ON-OFFcontrolled)

V3

Speedcontrolofcirculationpump(0-10Vor

PWM)

X2

Anti-bacteriafunctionisactive

A1

Alarm

VI.JM.Q5.02

OperatingGuideECLComfort310,applicationP318

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