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Equator IM-VBBS-138H Vitlife Back Bar Cooler with Glass Doors Under counter Beverage Refrigerator with LED, 4.7 Cu.Ft

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Controller Instruction Manual for Supermarket Products

This is the main product document for model IM-VBBS-138H.

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1.1PLEASEREADBEFOREUSINGTHISMANUAL
•Thismanualispartoftheproductandshouldbekeptneartheinstrumentforeasyand
quickreference.
•Theinstrumentshallnotbeusedforpurposesdifferentfromthosedescribedhereunder.
Itcannotbeusedasasafetydevice.
•Checktheapplicationlimitsbeforeproceeding.
•Copelandreservestherighttochangethecompositionofitsproducts,evenwithout
notice,ensuringthesameandunchangedfunctionality.
1.2SAFETYPRECAUTIONS
•Checkthesupplyvoltageiscorrectbeforeconnectingtheinstrument.
• Donotexposetowaterormoisture:usethecontrolleronlywithintheoperatinglimits
avoidingsuddentemperaturechangeswithhighatmospherichumiditytopreventformation
ofcondensation.
•Warning:disconnectallelectricalconnectionsbeforeanykindofmaintenance.
•FittheprobewhereitisnotaccessiblebytheEndUser.Theinstrumentmustnotbeopened.
•Incaseoffailureorfaultyoperationsendtheinstrumentbacktothedistributororto
Copeland (See address) with a detailed description of the fault.
•Considerthemaximumcurrentwhichcanbeappliedtoeachrelay(seeTechnicalData).
•Ensurethatthewiresforprobes,loadsandthepowersupplyareseparatedandfarenough
fromeachother,withoutcrossingorintertwining.
•Incaseofapplicationsinindustrialenvironments,theuseofmainsfilters(ourmod.FT1)in
parallelwithinductiveloadscouldbeuseful.
1.3DISPOSALOFTHEPRODUCT
Theappliance(ortheproduct)mustbedisposedofseparatelyinaccordancewith
thelocalwastedisposallegislationinforce.
OPERATINGMANUAL
Comp
8A/230Vac
or
16A/230Vac
9
Line
 8
Power
Supply
DigInput
4
HOTKEY
1 2 3
Room
1 2 3
n.c.
Comp
Line
9
Power
Supply
 8
8A/230Vac
10
11 12
Line
AUX
n.c.
Comp
Def
Line
Room
Evap
4
9
Power
Supply
1 2 3
 8
8A/230Vac
5.GENERALDESCRIPTION
The XR06CX, format 32x74x60 mm, is microprocessor based controller, suitable for
applicationsonmediumorlowtemperatureventilatedrefrigeratingunits.Ithasthreerelay
outputstocontrolcompressor,fan,anddefrost,whichcanbeeitherelectricalorreversecycle
(hotgas).Itisalsoprovidedwith2NTCprobeinputs,thefirstonefortemperaturecontrol,the
secondone,tobelocatedontotheevaporator,tocontrolthedefrostterminationtemperature
andtomanagedthefanandit'sprovidedwithaconfigurabledigitalinput.WiththeHOTKEY
it'spossibletoprogramtheinstrumentinaquickandeasyway.
6.2COOLINGAPPLICATIONS
Theregulationisperformedaccordingtothetemperaturemeasuredbyprobe.Theinstrument
isprovidedwiththeCHprogrammableparameterwichenablestheusertosettheregulation
bothforheatingorcoolingapplications:
•CH=cL‑‑>coolingapplications;
•CH=Ht‑‑>heatingapplications.
Theregulationisperformedaccordingtothetemperaturemeasuredbythethermostatprobe
withapositivedifferentialfromthesetpoint:ifthetemperatureincreasesandreachessetpoint
plusdifferentialthecompressorisstartedandthenturnedoffwhenthetemperaturereaches
thesetpointvalueagain.
6.3HEATINGAPPLICATIONS(OnlyXR01CX)
TheHyvalueisautomaticallysubtractedtotheSETPOINT.Ifthetemperaturedecreasesand
reaches set point minus differential the output is started and then turned off when the
temperaturereachessetpointvalueagain.
XR02CX‑XR03CX:Defrostisperformedthroughasimplestopofthecompressor.Parameter
idcontrolstheintervalbetweendefrostcycles,whileitslengthiscontrolledbyparameterMd.
XR04CX‑XR06CX:Twodefrostmodesareavailablethroughthetdparameter:
• td=ELdefrostthroughelectricalheater(compressorOFF);
•td=inhotgasdefrost(compressorON).
Otherparametersareusedtocontroltheintervalbetweendefrostcycles(id),itsmaximum
length(Md)andtwodefrostmodes:timedorcontrolledbytheevaporator'sprobe.Attheendof
defrostdrippingtimeisstarted,itslengthissetinthedtparameter.Withdt=0thedrippingtime
isdisabled.
The free voltage digital input is programmable in different configurations by the iF
parameter.
11.1DOORSWITCH(iF=do)
11.2EXTERNALALARM(iF=EA)
Assoonasthedigitalinputisactivatedtheunitwillwaitforditimedelaybeforesignalling
theEAalarmmessage.Theoutputsstatusdon'tchange.Thealarmstopsjustafterthe
digitalinputisde‑activated.
11.3SERIOUSALARM(iF=bA)
Whenthedigitalinputisactivated,theunitwillwaitfordidelaybeforesignallingtheCA
alarmmessage.TherelayoutputsareswitchedOFF.Thealarmwillstopassoonasthe
digitalinputisde‑activated.
11.5STARTDEFROST(iF=dF)
Itstartsadefrostiftherearetherightconditions.Afterthedefrostisfinished,thenormal
regulationwillrestartonlyifthedigitalinputisdisabledotherwisetheinstrumentwillwait
untiltheMdsafetytimeisexpired.
11.6INVERSIONOFTHEKINDOFACTION:HEATING‑COOLING(iF=Hc)
Thisfunctionallowstoinverttheregulationofthecontroller:fromcoolingtoheatingand
viceversa.
Theinstrumentsareprovidedwithscrewterminalblocktoconnectcableswithacross
2
sectionupto2,5mm .Beforeconnectingcablesmakesurethepowersupplycomplieswith
theinstrument'srequirements.Separatetheprobecablesfromthepowersupplycables,
fromtheoutputsandthepowerconnections.Donotexceedthemaximumcurrentallowed
oneachrelay,incaseofheavierloadsuseasuitableexternalrelay.
13.1PROBES
Theprobesshallbemountedwiththebulbupwardstopreventdamagesduetocasual
liquidinfiltration.Itisrecommendedtoplacethethermostatprobeawayfromairstreamsto
correctlymeasuretheaverage roomtemperature.Placethedefrost terminationprobe
amongtheevaporatorfinsinthecoldestplace,wheremosticeisformed,farfromheaters
orfromthewarmestplaceduringdefrost,topreventprematuredefrosttermination.
WithFCparameteritcanbeselectedthefansfunctioning:
•FC=cnwillswitchONandOFFwiththecompressorandnotrunduringdefrost
•FC=onfanswillrunevenifthecompressorisoff,andnotrunduringdefrost
After defrost, there is a timed fan delay allowing for drip time, set by means of the Fd
parameter.
•FC=cyfanswillswitchONandOFFwiththecompressorandrunduringdefrost
•FC=oYfanswillruncontinuouslyalsoduringdefrost.
AnadditionalparameterFSprovidesthesettingoftemperature,detectedbytheevaporator
probe,abovewhichthefansarealwaysOFF.Thisisusedtomakesurecirculationofaironlyif
histemperatureislowerthansetinFS.
Instrumentsshallbemountedonverticalpanel,ina29x71mmhole,andfixedusingthe
specialbracketsupplied.
Thetemperaturerangeallowedforcorrectoperationis0÷60°C.Avoidplacessubjectto
strongvibrations,corrosivegases,excessivedirtorhumidity.Thesamerecommendations
applytoprobes.Letaircirculatebythecoolingholes.
10.1HOWTOSEETHESETPOINT
1.PushandimmediatelyreleasetheSETkey,thesetpointwillbeshowed;
2.PushandimmediatelyreleasetheSETkeyorwaitabout5storeturntonormalvisualisation.
10.2HOWTOCHANGETHESETPOINT
1.PushtheSETkeyformorethan2secondstochangetheSetpointvalue;
2.Thevalueofthesetpointwillbedisplayedandstartsblinking;
3.TochangetheSETvaluepushtheoornarrowswithin10s;
4.TomemorisethenewsetpointvaluepushtheSETkeyagainorwait15s.
10.3HOWTOSTARTAMANUALDEFROST
10.4HOWTOCHANGEAPARAMETERVALUE
Tochangetheparameter'svalueoperateasfollows:
1.EntertheProgrammingmodebypressingtheSET+ keysfor3s;
2.Selecttherequiredparameter.
3.PresstheSETkeytodisplayitsvalue(setvaluestartstoblink);
4.Use or tochangeitsvalue;
5.PressSETtostorethenewvalueandmovetothefollowingparameter.
Toexit:PressSET+ orwait15swithoutpressingakey.
NOTE:thesetvalueisstoredevenwhentheprocedureisexitedbywaitingthetime‑outto
expire.Pleaserestartthecontrollerafterchangetheparameters
10.5HOWTORESETTOTHEFACTORYPARAMETERVALUE(Option)
Inthefirst60saftercontrollerpower‑on,itallowsusertoresettothefactoryparameterthrough
keycombinationwithstepsbelow:
1.StartpressingDEF keyand for5s;
2.Thenreleasejust butkeepDEF keyanother5s.Thenparameterresetsuccessfullyby
controllerre‑startautomatically.
NOTE:
•TheParametersFactoryResetfunctionshallbeaccessibleinthefirst60secondsfromthe
devicepower‑on.Thedefaultconfigurationwillinitiatetheloading,duringthistimeallregulation
willbeinterrupted,relayswillbepoweredoff,andthecontrollersisreset.
•It allows user to reset to a customized parameter map through Hotkey,to download the
parametersintothecontrollerfirstly,thenexecutetheabove2steps.
Hereisthesetpstoupdatetocustomizedparaleterintothecontroller.
1.SaveyourownparametermapintoaHotkey
2.Plug‑inthehotkeyintothecontroller,poweroffthecontroller
3.Thenpoweronthecontroller,theparameterintoHotkeywillbedownloadedintothecontroller
automaticallywithdisplayshowing'En'label.
NOTE:Afterresetto user parameter,it will be impossible to reset toEmersonparameter
anymore.
10.7TOLOCKTHEKEYBOARD
Keeppressedformorethan3sthe keys.
ThePFmessagewillbedisplayedandthekeyboardwillbelocked.Ifakeyispressedmore
than3sthePFmessagewillbedisplayed.
10.8TOUNLOCKTHEKEYBOARD
Keeppressedtogetherformorethan3sthe keystillthePnmessagewillbe
displayed.
PushtheDEF keyformorethan2secondsandamanualdefrostwillstart,thepre‑conditionis
evaporatorprobetemplowerthandE.
14.2HOWTOPROGRAMANINSTRUMENTUSINGHOTKEY(DOWNLOAD)
Probe alarms P1 and P2 start some seconds after the fault in the related probe; they
automaticallystopsomesecondsaftertheproberestartsnormaloperation.Checkconnections
beforereplacingtheprobe.TemperaturealarmsHAandLAautomaticallystopassoonasthe
temperaturereturnstonormalvalues.
AlarmsEAandCA(withiF=bL)recoverassoonasthedigitalinputisdisabled.
15.1ALARMRECOVERY
6.1THEREGULATIONOUTPUT(OnlyforXR01CX)
11.4SWITCHINGSECONDRELAYON(iF=Au)(OnlyXR03CX)
Wheno1=Auitswitchesonandoffthesecondrelay.
XR04CX8Aor16ACOMP.
XR03CX8Aor16ACOMP.
XR01CX‑XR02CX8Aor16ACOMP.
It signals the door status and the corresponding relay output status through the dC
parameter:no=normal(anychange);Fn=FanOFF;CP=CompressorOFF;FC=
CompressorandfanOFF.
Sincethedoorisopened,afterthedelaytimesetthroughparameterdi,thedooralarmis
enabled,thedisplayshowsthemessagedAandtheregulationrestartsifrd=y.The
alarmstopsassoonastheexternaldigitalinputisdisabledagain.Withthedooropen,the
highandlowtemperaturealarmsaredisabled.
1.TurnOFFtheinstrument;
2.InsertaprogrammedHotKeyintothe5PINreceptacleandthenturntheController
ON;
3.Automatically the parameter list of the Hot Key is downloaded into the Controller
memory,successfullyfollowedbyappearEnlabel;
4.After10secondstheinstrumentwillrestartworkingwiththenewparameters;
5.RemovetheHotKey.
NOTE:theErmessageisdisplayedforfailedprogramming.ChecktheHotkeyconnection,
checkthedataintoHotkeyandrepeattheactionsabove..
8.1FANSANDDIGITALINPUT
When the digital input is configured as door switch iF=do, fans and compressor status
dependsonthedCparametervalue:
dC=nonormalregulation;
dC=FnfansOFF;
dC=cPcompressorOFF;
dC=FccompressorandfansOFF.
Whenrd=y,theregulationrestartwithdooropenalarm.
XR01CXDIGITALTHERMOSTAT
XR02CXDIGITALCONTROLLERWITH“OFFCYCLE”DEFROST
XR03CXDIGITALCONTROLLERWITHAUXILIARYRELAY
XR04CXDIGITALCONTROLLERWITHDEFROSTRELAY
XR06CXDIGITALCONTROLLERWITHDEFROSTANDFANSMANAGEMENT
3.DIMENSIONSANDCUTOUT
4.C ON NE CTIONS
1.GENERALWARNINGS
2.FRONTPANEL
6.REGULATION
8.FANS(OnlyXR06CX)
7.DEFROST
11.DIGITALINPUTS
13.ELECTRICALCONNECTIONS
12.INSTALLATIONANDMOUNTING
DEFAULTSETTINGVALUES
15.ALARMSIGNALLING
16.TECHNICALDATA
8A/230Vac
or
16A/230Vac
4
HOTKEY
DigInput
Room
HOTKEY
8A/230Vac
or
16A/230Vac
Line
11
12
10
6
7
6
7
6
7
71
78,5
29
36,9
BRACKET
BRACKET
PANEL
6
DigInput
HOTKEY
Room
Evap
4 5 6 7 8
n.c.
Power
Supply
1 2 3
Comp
Def
9
Fan
Max
16A
16A/230Vac
4A/230Vac

Line
8A/230Vac
Line
10
11
12
1599020280Rel.1.0
XR06CX16ACOMP.
*
*
XR01CX‑XR02CX‑XR03CX‑XR04CX‑XR06CX
Todisplaytargetsetpoint,inprogrammingmodeitselectsaparameterorconfirman
operation
Tostartamanualdefrost
Inprogrammingmodeitbrowsestheparametercodesorincreasesthedisplayed
value
Inprogrammingmodeitbrowsestheparametercodesordecreasesthedisplayed
value
KEYSCOMBINATION
Tolockorunlockthekeyboard
Toenterinprogrammingmode
Toreturntoroomtemperaturedisplay
10.FRONTPANELCOMMANDS
Toresetparameters
10.6HIDDENMENU
9.VOLTAGEPROTECTION(Option)
TheHLVDfunctionprovidesanalarmifthevoltageofthepowersupplyoutofthenormalrange
vUandvL.
Parametersvcenablethisfunction.vUandvLdefinethelimitationthresholdofthepower,and
ifthevoltageoutoftherange,thealarmwillbetriggered.Thenthesystemwillgotothe
dedicateactionaccordingtotheparametervr.
•vr=ntheregulationnotstop
•vr=ytheregulationstop
Whenthepowerbacktothenormalrange,thenalarmdisappeared,thesystemwillstarttorun
thenormalregulation.
Thehiddenmenuincludesalltheparametersoftheinstrument.
HOWTOENTERTHEHIDDENMENU
1.EntertheProgrammingmodebypressingtheSET+ keysfor3s(Setvaluestartsblinking);
2.Releasedthekeys,thenpushagaintheSET+ keysformorethan7s.TheL2labelwillbe
displayedimmediatelyfollowedfromtheHyparameter.
NOWYOUAREINTHEHIDDENMENU.
3.Selecttherequiredparameter;
4.PresstheSETkeytodisplayitsvalue;
5.Use or tochangeitsvalue;
6.PressSETtostorethenewvalueandmovetothefollowingparameter.
Toexit:PressSET+ orwait15swithoutpressingakey.
NOTE1:ifnoneparameterispresentinL1,after3sthenPmessageisdisplayed.Keepthekeys
pushedtilltheL2messageisdisplayed.
NOTE2:thesetvalueisstoredevenwhentheprocedureisexitedbywaitingthetime‑outto
expire.
HOWTOMOVEAPARAMETERFROMTHEHIDDENMENUTOTHEFIRSTLEVELAND
VICEVERSA.
EachparameterpresentintheHIDDENMENUcanberemovedorputinto“THEFIRSTLEVEL”
(userlevel)bypressingSET+ .InHIDDENMENUwhenaparameterispresentinFirstLevel
thedecimalpointison.
1.Programonecontrollerwiththefrontkeypad;
2.WhenthecontrollerisON,inserttheHotkeyandpush key;theuPmessageappears
followedabyflashingEn;
3.PushSETkeyandtheEnwillstopflashing;
4.TurnOFFtheinstrumentremovetheHotKey,thenturnitONagain.
NOTE:theErmessageisdisplayedforfailedprogramming.Inthiscasepushagain
keyifyouwanttorestarttheuploadagainorremovetheHotkeytoaborttheoperation.
14.1HOWTOPROGRAMTHEHOTKEYFROMTHEINSTRUMENT(UPLOAD)
14.HOWTOUSETHEHOTKEY
ModelXR01CX,in32x74x50mmshortformat,isasinglestagetemperaturethermostat
suitableforapplicationsinthefieldofrefrigerationorheating.Itprovidesarelayoutputtodrive
the compressor. It is also provided with 1 NTC probe input and one digital input. The
instrumentisfullyconfigurablethroughspecialparametersthatcanbeeasilyprogrammed
throughthekeyboardorbytheHOTKEY.
ModelXR02CX,in32x74x50mmshortformat,isadigitalcontrollerwithoffcycledefrost
designedforrefrigerationapplicationsatnormaltemperature.Itprovidesarelayoutputto
drivethecompressor.Itisalsoprovidedwith1NTCprobeinputandonethedigitalinput.The
instrumentisfullyconfigurablethroughspecialparametersthatcanbeeasilyprogrammed
throughthekeyboardorbytheHOTKEY.
TheXR03CX,in32x74x50mmshortformat,ismicroprocessorbasedcontrollersuitablefor
applicationsonnormaltemperaturerefrigeratingunits.Itprovidestworelayoutput:onefor
compressorandtheotheroneforalarmsignallingorasauxiliaryoutput.ItprovidesanNTC
probeinputandadigitalinputforalarmsignalling,forswitchingtheauxiliaryoutputorforstart
defrost.Theinstrumentisfullyconfigurablethroughspecialparametersthatcanbeeasily
programmedthroughthekeyboardorthebyHOTKEY.
TheXR04CX,in32x74x50mmshortformat,ismicroprocessorbasedcontrollersuitablefor
applicationsonnormalorlowtemperaturerefrigeratingunits.Itprovidestworelayoutput:one
forcompressorandtheotheronefordefrost.ItprovidestwoNTCprobeinputs,oneforroom
temperatureandotheronetocontroldefrosttermination.Theinstrumentisfullyconfigurable
throughspecialparametersthatcanbeeasilyprogrammedthroughthekeyboardorbythe
HOTKEY.
LABEL DESCRIPTION RANGE XR01CX XR02CX XR03CX XR04CX XR06CX
Set SetPoint LS‑US 5.0 3.0 3.0 ‑5.0 ‑5.0
Hy Differential 0.1÷25°C/1÷45°F 2.0°C/4°F 2.0°C/4°F 2.0°C/4°F 2.0°C/4°F 2.0°C/4°F
LS MinimumSetPoint ‑55°C÷SET/‑67°F÷SET ‑55°C/‑55°F ‑55°C/‑55°F ‑55°C/‑55°F ‑55°C/‑55°F ‑55°C/‑55°F
US MaximumSetPoint SET÷99°C/SET÷99°F 99°C/99°F 99°C/99°F 99°C/99°F 99°C/99°F 99°C/99°F
od Outputsactivationdelayatstartup 0÷99min 0 0 0 0 0
AC Anti‑shortcycledelay 0÷50min 1 1 1 1 1
Cy CompressorONtimefaultyprobe.Cy=0comp.alwaysOFF 0÷99min 15 15 15 15 15
Cn CompressorOFFtimefaultyprobe.Cn=0comp.alwaysactive 0÷99min 30 30 30 30 30
CH Kindofaction cL÷Ht cL cL cL _ _
CF Measurementunits:°C=Celsius;°F=Fahrenheit °C‑°F °C/°F °C/°F °C/°F °C/°F °C/°F
rE Resolution(onlyfor°C):dE=decimalbetween‑9.9and9.9°C;in=integer dE–in dE/in dE/in dE/in dE/in dE/in
Ld DefaultDisplay:P1=roomprobe;P2=evaporatorprobe P1‑P2 _ _ _ P1 P1
dy Displaydelay 0÷15min 0 0 0 0 0
ot Firstprobecalibration ‑9.9÷9.9°C/‑17÷17°F 0 0 0 0 0
P2 Secondprobepresence:n=notpresent;y=present n–Y _ _ _ y y
oE Secondprobecalibration ‑9.9÷9.9°C/‑17÷17°F _ _ _ 0 0
td Defrosttype:EL=electricalheater,compressorOFF;in=hotgas,compressorON; EL–in _ _ _ EL EL
dE Defrostterminationtemperature ‑55÷50°C/‑67÷99°F _ _ _ 8.0°C/46°F 8.0°C/46°F
id Intervalbetweendefrostcycles 0÷99hours _ 8 8 6 6
Md
Maximumlengthfordefrost.whenP2=n,(notevaporatorprobe:timeddefrost)itsetsthedefrostduration,whenP2=
y(defrostendbasedontemperature)itsetsthemaximumlengthfordefrost.
0÷99min. _ 20 20 30 30
dd Startdefrostdelay 0÷99min. _ _ _ 0 0
dF Displayduringdefrost:rt=realtemperature;it=startdefrosttemperature;SP=SET‑POINT;dE=labeldF. rt–it–SP–dE _ it it it it
dt Driptime 0÷99min _ _ _ 0 0
dP Defrostatpower‑on:y=atpowerondefroststarts;n=defrostdoesn’tstartatpower‑on y‑n _ _ _ n n
FC
Fans operating mode: cn= in runs with the compressor, OFF during defrost; on= continuous mode, OFF during
defrost;cY=runswiththecompressor,ONduringdefrost;oY=continuousmode,ONduringdefrost.
cn–on–cY–oY _ _ _ _ on
Fd Fansdelayafterdefrost 0÷99min _ _ _ _ 10
FS Fansstoptemperature ‑55÷50°C/‑67÷99°F _ _ _ _ 2.0°C/36°F
AU Maximumtemperaturealarm AL÷99°C/AL÷99°F 99°C/99°F 99°C/99°F 99°C/99°F 99°C/99°F 99°C/99°F
AL Minimumtemperaturealarm ‑55°C÷AU/‑67°F÷AU ‑55°C/‑55°F ‑55°C/‑55°F ‑55°C/‑55°F ‑55°C/‑55°F ‑55°C/‑55°F
Ad Temperaturealarmdelay 0÷99min 15 15 15 15 15
dA Exclusionoftemperaturealarmatstartup 0÷99min 90 90 90 90 90
vc Voltagecontrolswitch n‑y n n n n n
vU Voltageupperthreshold 18÷28V/9÷14V 25/14 25/14 25/14 25/14 25/14
vL Voltagelowerthreshold 18÷28V/9÷14V 19/9 19/9 19/9 19/9 19/9
vr Voltageregulationdisabling n‑y n n n n n
vd VoltageDifferential 0÷25V 5 5 5 5 5
o2
The second relay configuration: nu= not use; CP= compressor; dF=defrost; Fn=fan; AL= alarm; LG= Light;
AU=auxiliary
nu‑CP‑dF‑Fn‑AL‑LG‑
AU
_ _ AU _ _
iP Digitalinputpolarity:oP=activatedbyclosingthecontact;cL=activatedbyopeningthecontact cL–oP cL cL cL _ cL
iF
Digital input configuration: (do/EA/bA/dF/Fn/Hc/Au) do= door switch function; EA= external alarm: “ EA” message is
displayed; bA= serious alarm “CA” message is displayed; dF= defrost activation; Fn=start the evaporator fan;Hc=
inversionofthekindofaction;Au=notused.
do–EA–bA–dF–Fn–Hc
–Au
EA EA do _ do
di
Digital input delay: with iF=EA or bA delay between the detection of the external alarm condition and its signalling.
WithiF=doitrepresentsthedelaytoactivatethedooropenalarm.
0÷99min 5 5 15 _ 15
dC
Compressor and fan status when open door: no= normal; Fn = Fans OFF; cP =Compressor OFF; Fc =
CompressorandfansOFF;
no/Fn/cP/Fc no no no _ FC
rd
Regulation with door open: n = no regulation if door is opened; Y= when di is elapsed regulation restarts even if
dooropenalarmispresent;
n‑y y y y _ y
Fr Parameterfactoryreset y‑n n n n n n
d1 Thermostatprobedisplay ReadOnly ‑‑‑ ‑‑‑ ‑‑‑ ‑‑‑ ‑‑‑
d2 Evaporatorprobedisplay ReadOnly ‑‑‑ ‑‑‑ ‑‑‑ ‑‑‑ ‑‑‑
Pt Parametercodetable ReadOnly ‑‑‑ ‑‑‑ ‑‑‑ ‑‑‑ ‑‑‑
rL Firmwarerelease ReadOnly ‑‑‑ ‑‑‑ ‑‑‑ ‑‑‑ ‑‑‑
显示字符
报警原因
输出状态
P1
Roomprobefailure
Compressoroutputaccordingto“Cy”and“Cn”
P2
Evaporatorprobefailure
Defrostendistimed
HA
Maximumtemperature
Outputsunchanged
LA
Minimumtemperature
Outputsunchanged
EA
Externalalarm
Outputsunchanged
CA
Seriousexternalalarm
AlloutputsOFF
dA
DoorOpen
Compressorandfansrestarts
Hu
Highvoltageofpower
Alloutputsoffexceptalarm/light
Lu
Lowvoltageofpower
Alloutputsoffexceptalarm/light
PurposeofControl
OperatingControl
ConstructionofControl
IncorporatedcontrolintendedtobeusedwithinClassIandClassIIequipment
Housing
SelfextinguishingPC
Case
Frontal32×74mm;depth50or60mm
Mounting
Panelmountingina71×29mmpanelcut‑out
Protection
Rear:IP20(EN60529)Frontal:IP65(EN60529),type1enclosure(UL50e)
Connections
Screwterminalblocks2,5mm2wiring
PowerSupply
Accordingtothemodel:12Vac/dc,±10%;230Vac10%,50/60Hz,115Vac10%,50/60Hz
PowerAbsorption
3,5VAmax
Display
2digits,redLED,14,2mmhigh
DigitalInput
Freevoltagecontact
RelayOutputs
Nominal
Terminal
IEC
XR01/02/
03/04CX
oA1*
SPST16A,
230Vac
8,9
ResistiveorInductive16(8)A,230Vac,100K
Cycles(NO)
SPST8A,
230Vac
ResistiveorInductive8(3)A,230Vac,100K
Cycles(NO)
oA2
SPDT8A,
230Vac
10,11,12
ResistiveorInductive8(3)A,230Vac,100K
Cycles(NO)
ResistiveorInductive8A,230Vac,30KCycles
(CO)
XR06CX
oA1
SPST16A,
230Vac
**1,3
Resistive16A,230Vac,100KCycles(NO)
ResistiveorInductive10(2)A,230Vac,50K
Cycles(NO)
ResistiveorInductive13Aor12(8)A,230Vac,
100KCycles(NO)
oA2
SPDT8A,
230Vac
7
ResistiveorInductive8(3)A,230Vac,30K
Cycles(NO)
8
Resistive8A,230Vac,30KCycles(CO)
oA3
SPST4A,
230Vac
**1,2
ResistiveorInductive3(1)Aor4(1)A,230Vac,
50KCycles(NO)
NOTE:
*oA1notbotharefitted
**Terminal1isashared‘LINE’common.MaximumcurrentRatingis16A.Twoloadconditionsshallbeconsidered,either13A(OA1)+3A
(OA3)or12A(OA1)+4A(Oa3).
DataStoring
onthenon‑volatilememory(EEPROM)
TypeofAction
1.B
PollutionDegree
2
SoftwareClass
A
RateImpulsiveVoltage
2500Vfor115Vacand230VacModels500Vfor12Vmodels
OvervoltageCategory
II
OperationTemperature
0÷60°C(IEC/EN60730‑1),‑20÷60°C(UL60730‑1–CAN/CSAE60730‑1)
StorageTemperature
‑20÷60°C(UL60730‑1).
RelativeHumidity
20÷85%(nocondensing).
Measuringand
RegulationRange
NTC‑40÷110°C(‑40÷230°F),resolution0,1°Cor1°Cor1°F(selectable).
Accuracy
(Ambienttemp.25°C):±0,7°C±1digit.
LED
MODE
SIGNIFICATO
On
Compressorenabled
Flashing
‑Compressoractivationdelayactive(during‑Compressorstopformicro‑door
On
Defrostinprogress
Flashing
‑Defrostdelayactive(duringtimedd)
‑Drippinginprogress(duringtimedt)
On
Fansoutputenabled
Flashing
Fansdelayafterdefrost
On
Alarmshappend
Flashing
‑‑‑‑‑‑
aux
RelayOutputs
Nominal
Terminal
UL
IEC
XR01/02/
03/04CX
oA1*
SPST16A,
230Vac
8,9
Resistive16A,230Vac,100KCycles(NO)
MotorLoad2HP(16FLA/96LRA),230Vac,
100KCycles(NO)
ResistiveorInductive16(8)A,230Vac,100K
Cycles(NO)
SPST8A,
230Vac
Resistive8A(NOonly),230Vac,30KCycles
(NO)
MotorLoad1∕2HP(4.9FLA/29.4LRA),
230Vac,30KCycles(NO)
PilotDutyB300,230Vac,6KCycles(NO)
ResistiveorInductive8(3)A,230Vac,100K
Cycles(NO)
oA2
SPDT8A,
230Vac
10,11,12
MotorLoad1∕2HP(4.9FLA/29.4LRA),
230Vac,30KCycles(NO)PilotDutyB300,
230Vac,6KCycles
ResistiveorInductive8(3)A,230Vac,100K
Cycles(NO)
Resistive8A,230Vac,30KCycles(NC)
ResistiveorInductive8A,230Vac,30KCycles
(CO)
XR06CX
oA1
SPST16A,
230Vac
**1,3
GeneralPurpose16A(Maxload),230Vac,
50KCycles(NO)
MotorLoad1‑1∕2HP(10FLA/60LRA),
230Vac,30KCycles(NO)
PilotDutyA300,6KCycle(NO)
Resistive16A,230Vac,100KCycles(NO)
Resistive16A,230Vac,100KCycles(NO)
MotorLoad(16FLA/96LRA),230Vac,100K
Cycles(NO)
MotorLoad2HP,230Vac,30KCycles(NO)
ResistiveorInductive10(2)A,230Vac,50K
Cycles(NO)
ResistiveorInductive13Aor12(8)A,230Vac,
100KCycles(NO)
oA2
SPDT8A,
230Vac
7
Resistive8A,230Vac,30KCycles(NO)
MotorLoad1∕2HP(4.9FLA/29.4LRA),
230Vac,30KCycles(NO)
ResistiveorInductive8(3)A,230Vac,30K
Cycles(NO)
8
Resistive8A,230Vac,30KCycles(NC)
Resistive8A,230Vac,30KCycles(CO)
oA3
SPST4A,
230Vac
**1,2
Resistive4A,230Vac,30KCycles(NO)
MotorLoad1/8HP(1.9FLA/11.4LRA),
230Vac,30KCycles(NO)
PilotDutyC300,30KCycles(NO)
ResistiveorInductive3(1)Aor4(1)A,230Vac,
50KCycles(NO)
NOTE:
*oA1notbotharefitted
**Terminal1isashared‘LINE’common.MaximumcurrentRatingis16A.Twoloadconditionsshallbeconsidered,either13A(OA1)+3A
(OA3)or12A(OA1)+4A(Oa3).
Nominal
Terminal
UL
IEC
RelayOutputs
XR01/02/
03/04CX
oA1*
SPST
16A,
230Vac
8,9
Resistive16A,230Vac,100KCycles(NO)
MotorLoad2HP(16FLA/96LRA),230Vac,
100KCycles(NO)
ResistiveorInductive16(8)A,230Vac,100K
Cycles(NO)
SPST
8A,
230Vac
Resistive8A(NOonly),230Vac,30KCycles
(NO)
MotorLoad1∕2HP(4.9FLA/29.4LRA),
230Vac,30KCycles(NO)
PilotDutyB300,230Vac,6KCycles(NO)
ResistiveorInductive8(3)A,230Vac,100K
Cycles(NO)
oA2
SPST
8A,
230Vac
MotorLoad1∕2HP(4.9FLA/29.4LRA),
230Vac,30KCycles(NO)PilotDutyB300,
230Vac,6KCycles
ResistiveorInductive8(3)A,230Vac,100K
Cycles(NO)
10,11,12
Resistive8A,230Vac,30KCycles(NC)
ResistiveorInductive8A,230Vac,30K
Cycles(CO)
XR06CX
oA3
SPST
4A,
230Vac
**1,2
Resistive4A,230Vac,30KCycles(NO)
MotorLoad1/8HP(1.9FLA/11.4LRA),
230Vac,30KCycles(NO)
PilotDutyC300,30KCycles(NO)
ResistiveorInductive3(1)Aor4(1)A,230Vac,
50KCycles
oA1
SPST
16A,
230Vac
**1,3
GeneralPurpose16A(Maxload),230Vac,
50KCycles(NO)
MotorLoad1‑1∕2HP(10FLA/60LRA),
230Vac,30KCycles(NO)
PilotDutyA300,6KCycle(NO)
Resistive16A,230Vac,100KCycles(NO)
7
Resistive16A,230Vac,100KCycles(NO)
MotorLoad(16FLA/96LRA),230Vac,100K
Cycles(NO)
MotorLoad2HP,230Vac,30KCycles(NO)
ResistiveorInductive10(2)A,230Vac,50K
Cycles(NO)
oA2
SPST
8A,
230Vac
8
Resistive8A,230Vac,30KCycles(NO)
MotorLoad1∕2HP(4.9FLA/29.4LRA),
230Vac,30KCycles(NO)
ResistiveorInductive13Aor12(8)A,230Vac,
100KCycles(NO)
Resistive8A,230Vac,30KCycles(NC)
Resistive8A,230Vac,30KCycles(CO)
Nominal
Terminal
UL
IEC
RelayOutputs
Xr01/
02/
03/04CX
oA1*
SPST
16A,
230Vac
8,9
Resistive16A,230Vac,100KCycles(NO)
MotorLoad2HP(16FLA/96LRA),230Vac,
100KCycles(NO)
ResistiveorInductive16(8)A,230Vac,100K
Cycles(NO)
SPST
8A,
230Vac
Resistive8A(NOonly),230Vac,30KCycles
(NO)
MotorLoad1∕2HP(4.9FLA/29.4LRA),
230Vac,30KCycles(NO)
PilotDutyB300,230Vac,6KCycles(NO)
ResistiveorInductive8(3)A,230Vac,100K
Cycles(NO)
oA2
SPST
8A,
230Vac
10,11,12
MotorLoad1∕2HP(4.9FLA/29.4LRA),
230Vac,30KCycles(NO)PilotDutyB300,
230Vac,6KCycles
ResistiveorInductive8(3)A,230Vac,100K
Cycles(NO)
Resistive8A,230Vac,30KCycles(NC)
ResistiveorInductive8A,230Vac,30K
Cycles(CO)
XR06CX
oA3
SPST
4A,
230Vac
**1,2
Resistive4A,230Vac,30KCycles(NO)
MotorLoad1/8HP(1.9FLA/11.4LRA),
230Vac,30KCycles(NO)
PilotDutyC300,30KCycles(NO)
ResistiveorInductive3(1)Aor4(1)A,230Vac,
50KCycles
oA1
SPST
16A,
230Vac
**1,3
GeneralPurpose16A(Maxload),230Vac,
50KCycles(NO)
MotorLoad1‑1∕2HP(10FLA/60LRA),
230Vac,30KCycles(NO)
PilotDutyA300,6KCycle(NO)
Resistive16A,230Vac,100KCycles(NO)
Resistive16A,230Vac,100KCycles(NO)
MotorLoad(16FLA/96LRA),230Vac,100K
Cycles(NO)
MotorLoad2HP,230Vac,30KCycles(NO)
ResistiveorInductive10(2)A,230Vac,50K
Cycles(NO)
oA2
SPST
8A,
230Vac
7
Resistive8A,230Vac,30KCycles(NO)
MotorLoad1∕2HP(4.9FLA/29.4LRA),
230Vac,30KCycles(NO)
ResistiveorInductive13Aor12(8)A,230Vac,
100KCycles(NO)
8
Resistive8A,230Vac,30KCycles(NC)
Resistive8A,230Vac,30KCycles(CO)
NOTE:*oA1notbotharefitted
**Terminal1isashared‘LINE’common.MaximumcurrentRatingis16A.Twoloadconditionsshallbeconsidered,either13A(OA1)+3A
(OA3)or12A(OA1)+4A(OA3).
XR01CX - XR02CX - XR03CX - XR04CX - XR06CX

Specifications

Indexed Terms: Beverage Refrigerator, Glass Doors

Equator IM-VBBS-138H Questions and Answers

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