MULTICAL®603
KamstrupA/S∙Technicaldescription∙5512‐2029_A1_GB_06.2017
51
Bothdataloggerregistersandloggingdepthsareprogrammable,andindividualloggingprofilescanbecombinedas
requiredbythecustomer.Belowisanexampleofaloggerprofile(RR‐code=10),whichisbasedon,butnotidentical
totheloggerinMULTICAL®602.
Loggertype
Year
Month
Day
Hour
Minute1
Minute2
Logginginterval ‐ ‐ ‐ ‐ 15m 1m
Loggingdepth 20 36 460 1400 0 0
Date(YY.MM.DD) Year,monthanddayofloggingtime. x x x x x x
Clock(hh.mm.ss) Time x x x x x x
E1 E1=V1(t1‐t2)kHeatenergy x x x x
E2 E2=V2(t1‐t2)kHeatenergy x x
E3 E3=V1(t2‐t1)kCoolingenergy x x x x
E4 E4=V1(t1‐t3)kInletenergy x x
E5 E5=V2(t2‐t3)kOutletenergyortapfromoutlet x x
E6 E6=V2(t3‐t4)kTapwaterenergy,separate x x
E7 E7=V2(t1‐t3)kTapwaterenergyfrominlet x x
E8 E8=m3xt1(inlet) x x
E9 E9=m3xt2(outlet) x x
E10 E10=t3xV1 x x
E11 E11=t3xV2 x x
ΔE Differentialenergy
cE Controlenergy
A1 Heatenergywithdiscount
A2 Heatenergywithsurcharge
TA2 Tariffregister2 x x
TA3 Tariffregister3 x x
TA4 Tariffregister4 x x
V1 VolumeregisterforVolume1 x x x x
V2 VolumeregisterforVolume2 x x x x
ΔV Differentialvolume
cV Controlvolume
In‐A1 ExtrawatermeterconnectedtoInputA1 x x x x
In‐B1 ExtrawaterorelectricitymeterconnectedtoInputB1 x x x x
In‐A2 ExtrawatermeterconnectedtoInputA2 x x x x
In‐B2 ExtrawaterorelectricitymeterconnectedtoInputB2 x x x x
M1 MasscorrectedV1 x x x x
M2 MasscorrectedV2 x x x x
INFO Informationcode x x x x
Flow1MaxDateYear DatestampformaxflowV1fortheyear x
Note:
Whenthemodule’sdatagramisconfiguredviathemodule’sZZZ‐code,itisimportantthatthenecessary
registers,whicharetobetransmittedviathedatagram,arealsoavailableinthemeter.Therefore,there
mustbeconsistencebetweenthechoiceofRR‐codeinthemeterandtheZZZ‐code
inthemodule.
PleasecontactKamstrupA/Sforfurtherinformation.
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