Viessmann VITOSOLIC 200 Instructions d'exploitation

VITOSOLIC 200Installation andService instructionsfor heating engineersVitosolic 200Electronic temperature differential control unit for solar heating

10System designsSystem design 2Dual-mode DHW heating with Vitocell-B 100 or Vitocell-B 300DHW cylinders Ĉ 2 collector arrays with different orientatio

11System designsSystem design 2 (cont.)SettingsMain menu>Operator code>Set to 200Main menu>Solar>OptionsSystem>Set to 2Hyd. type>Set

12System designsSystem design 2 (cont.)A Solar panelB Solar-DiviconC Solar pump lineD Draw-off pointsE DHW circulationF DHW circulation output of boil

13System designsSystem design 2 (cont.)Item Description Part no.DHW cylinder heating by solar energy1 Vitosolic 200 7170Ă9262 Collector temperature se

14System designsSystem design 3Dual mode DHW heating and central heating backup via acalorifierDHW heating without solar energyThe upper indirect coil

15System designsSystem design 3 (cont.)The pump will be switched OFF if theactual temperature falls belowshutdown temperature differentialDT5off.The t

16System designsSystem design 3 (cont.)Main menu>Solar>Setting valuesSetting valuesAs del.conditionModifiedtoTcylmax Maximum cylinder temperatur

17System designsSystem design 3 (cont.)Main menu>System>OptionsOptionsAs del.conditionChange toThermost. 2Thermostat function for maximum temper

18System designsSystem design 3 (cont.)5862Ă491ĂGB82ABC4qEDE9qPqQGqTABBAH5WWVLRLKWqW7KF2835621qZLL5qRGNDS1S2S3S4S5S6S7S8S9S10S11S12CS10----Imp1Imp2145

19System designsSystem design 3 (cont.)A Solar panelB Solar-DiviconC Solar pump lineD Draw-off pointsE DHW circulationF DHW circulation output of boil

2General informationSafety instructionsPlease follow these safety instructions closely to prevent accidents andmaterial losses.Safety regulationsInsta

20System designsSystem design 3 (cont.)ItemDescription Part no.DHW cylinder heating by solar energy1 Vitosolic 200 7170Ă9262 Collector temperature sen

21System designsSystem design 4Dual mode DHW heating with two DHW cylinders(particularly suitable for retrofitting in existing systems)DHW heating wit

22System designsSystem design 4 (cont.)SettingsMain menu>Operator code>Set to 200Main menu>Solar>Options>System>Set to 1 (as deliver

23System designsSystem design 4 (cont.)Main menu>System>Setting valuesSetting valuesAs del.conditionModifiedtoDT6onStart-up temperature differen

24System designsSystem design 4 (cont.)Installation diagramĂ4a (System with two DHW cylinders with indirect coils)A Solar panelB Solar-DiviconC Draw-o

25System designsSystem design 4 (cont.)Installation diagramĂ4b (System with Vitocell 300 with indirect coil/s)A Solar panelB Solar-DiviconC Draw-off p

26System designsSystem design 4 (cont.)Item Description Part no.Heating DHW cylinder 1 through solar energy1 Vitosolic 200 7170Ă9262 Collector tempera

27System designsSystem design 5Dual mode DHW and swimming pool heatingDHW heating without solar energyThe top part of the DHW cylinder isheated by the

28System designsSystem design 5 (cont.)When the solar energy is insufficientto heat the swimming pool, theheating of the swimming pool will betaken ov

29System designsSystem design 5 (cont.)SettingsMain menu>Operator code>Set to 200Main menu>Solar>OptionsSystem>Set to 3Hyd. type>Set

3IndexIndexSystem designsGeneral notesĂ 5. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

30System designsSystem design 5 (cont.)Main menu>Solar>ContractorContractorAs del.conditionChange tot stopLength of pump run interruptionă2 min.

31System designsSystem design 5 (cont.)Main menu>System>Setting valuesSetting valuesAs del.conditionModifiedtoTh2onset same value as for Tcyl2ma

32System designsSystem design 5 (cont.)*1Wiring diagram, see page 33.5862Ă491ĂGB5LKW21MNqZ9E687GFDHKWW3qQqRqT28521qUqWVLRLqPBCA42OGNDS1S2S3S4S5S6S7S8S

33System designsSystem design 5 (cont.)A Solar panelB Solar-DiviconC Solar pump lineD Draw-off pointsE DHW circulationF DHW circulation output of boil

34System designsSystem design 5 (cont.)ItemDescription Part no.DHW cylinder heating by solar energy1 Vitosolic 200 7170Ă9262 Collector temperature sen

35System designsSystem design 5 (cont.)ItemDescription Part no.Swimming pool heating by solar energy9 Temperature sensor (swimming pool) Standarddeliv

36System designsSystem design 6 (cont.)Pump 4 is switched off ifH the actual temperature falls belowshutdown temp. differential DToffH the electronic

37System designsSystem design 6 (cont.)Main menu>Solar>Setting valuesSetting valuesAs del.conditionModifiedtoTcylmaxMaximum cylinder temperature

38System designsSystem design 6 (cont.)Installation diagram 6aA Solar panelB Solar-DiviconC Combination cylinder Vitocell 333D DHW circulationE Draw-o

39System designsSystem design 6 (cont.)Installation diagram 6b (VitodensĂ100 or 200 to 32ĂkW)*1This connection is not present when a heating water cal

4IndexIndex (cont.)Function descriptionsSummary of additional functionsĂ 73. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

40System designsSystem design 6 (cont.)A Solar panelB Solar-DiviconC Combination cylinder Vitocell 333D DHW circulationE Draw-off pointsF VitodensĂ100

41System designsSystem design 6 (cont.)Installation diagram 6c (VitodensĂ300)*1This connection is not present when a heating water calorifier is insta

42System designsSystem design 6 (cont.)A Solar panelB Solar-DiviconC Combination cylinder Vitocell 333D DHW circulationE Draw-off pointsF VitodensĂ300

43System designsSystem design 6 (cont.)ItemDescription Part no.Combination cylinder heating by solar energy1 Vitosolic 200 7170Ă9262 Collector tempera

44System designsSystem design 7Dual mode DHW heating with heating water calorifiersconnected in series (particularly suitable for solar heating system

45System designsSystem design 7 (cont.)Motorised valvesĂ9 and wP, whichare closed in their zero-volt position,prevent faulty circulation duringloading

46System designsSystem design 7 (cont.)Setting valuesAs del.conditionChange toHE DTonStart-up temp. differential, circulation pump 75.0 KHE DToffShutd

47System designsSystem design 7 (cont.)Setting valuesAs del.conditionModifiedtoTh1offShutdown temperature for motorised valveĂ9.Set the same value as

48System designsSystem design 7 (cont.)*1Wiring diagram, see page 49.5862Ă491ĂGBLDGKEKWBCF64wQqPqQqUwP398qW7MqTqRqIHqEqOA2VLRL5qZNGNDS1S2S3S4S5S6S7S8S

49System designsSystem design 7 (cont.)A Solar panelB Solar-DiviconC Draw-off pointsD DHW circulationE To the oil/gas fired boilerF DHW cylinderĂ2G DH

5System designsGeneral notesOver the following pages, themethods of operation have beendescribed, and the installation hasbeen depicted as different s

50System designsSystem design 7 (cont.)Item Description Part no.4 Solar circuit pump(part of Solar-Divicon)7170Ą931or7170Ą9325 Temperature sensor (hea

3.4.5.6.1.2.51Installation and connectionsControl unit installationInstallation locationNear the DHW cylinder, observing the electrical connections or

A Control unit wiring chamberB Sensor inputs for Pt 500C Solar cell CS 10D Pulse counter inputs forconnection of volume measuringequipmentE KM BUSF Ze

53Installation and connectionsActuators (pumps and valves)InstallationThe SolarĆDivicon pumpstation includes thecirculation pump withconnecting cable.

M1~BCR4LNR6-AR6-RR5-RR5-AR3R2R1ANPEBR4LNR6-AR6-RR5-RR5-AR3R2R1APENLNPE54Installation and connectionsHigh limit safety cut-out (cont.)ConnectionThree-c

55Installation and connectionsSolar cell InstallationSeparate installationinstructionsThe solar cell is marked with a letterwhich must be entered into

1.3.2.A56Installation and connectionsSensorsCollector temperature sensorInstallationCollector installationinstructionsConnectionIn accordance with sys

57Installation and connectionsSensors (cont.)Temperature sensorsInstallationPlease note:Never wrap insulating tape aroundsensor.Seal-in the sensor wel

A Control unit connection chamberB Flow temperature sensorC Return temperature sensorV1 Volume measuring deviceConnect the sensors for HM2 to S11and S

145231GNDS1S2S3S4S5S6S7S8S9S10S11S12CS10----Imp1Imp2145R7-AR7-MR7-RAPENB59Installation and connectionsKM BUS connectionConnections with Calotronic and

6System designsSystem design 1Dual-mode DHW heating with Vitocell-B 100 or Vitocell-B 300DHW cylindersDHW heating without solar energyThe upper indire

60Installation and connectionsMains electrical connectionRegulationsCarry out the mains connection and all earthing measures (e.g. fault currentcircui

61CommissioningMenu structure summaryĂćĂMain menuThe complete menu structure of the control unit is shown in the followingsummary. Subject to system c

62CommissioningMenu structure summaryĂćĂSolarMain menuĂ>ĂSolar*1Influences the control characteristics of the solar circuit pump and the secondaryp

63CommissioningMenu structure summaryĂćĂSystemMain menuĂ>ĂSystem*1Time window adjustment, see page 88.5862Ă491ĂGBContractorOptionsSetting valuesAdd

64CommissioningMenu structure summaryĂćĂHMMain menuĂ>ĂHMMenu structure summaryĂćĂContractorMain menuĂ>ĂContractor*1Like HM1.*2Setting Heat trans

65CommissioningStepsPageă1. Probes or sensors correctly inserted into sensor wells?Ă 56. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ă

66CommissioningFurther details regarding individual stepsCommissioning the control unit1. Start the main ON/OFF switch. Theoperating lamp illuminates

67CommissioningFurther details regarding individual steps (cont.)Adjustments for energy statementThe energy statement can be carried out without heat

68CommissioningFurther details regarding individual steps (cont.)With extension kit (see page 58)The energy statement is calculatedfrom the temperatur

69Service scansScanning temperatures and operating conditionsSubject to system version, you can scan the following values:1. Main menu>Actual value

7System designsSystem design 1 (cont.)SettingsMain menu>Operator code>Set to 200Main menu>Solar>Options>System>Set to 1 (as delivere

70Service scansScanning temperatures and operating conditions (cont.)2. Main menu>Solar>StatementPlain textDescription UnitSolar statement:Colma

71TroubleshootingFault messagesFaults are indicated by the operating lamp (flashes red) and may be scanned:Main menu>ReportsReportsCause RemedyNo f

72TroubleshootingChecking sensors1. Disconnect the relevant sensorand measure the resistance.Temperature in ºCResistance in W204050605465785976162. Co

73Function descriptionsSummary of additional functionsFurther functions may be added to each system design.Functions for which the same relay output i

74Function descriptionsSummary of additional functions (cont.)Main menu>System>OptionsPlease note:Select "Yes" to activate the require

75Function descriptionsSummary of system parametersThese values can only be adjusted if the respective function is activated.Main menu>Solar>Set

76Function descriptionsSummary of system parameters (cont.)DisplaytextDescription As del.conditionSetting range Set toTcolsetSet collector temperature

77Function descriptionsBypassVersion 1 Ĉ Bypass control with collector temperature sensorand bypass sensorVitosolic 200 measures the collectortemperat

78Function descriptionsBypass (cont.)Version 2 Ĉ Bypass circuit with solar cellIn this version, the solar circuit pumpalso fulfils this function.Vitos

79Function descriptionsBypass (cont.)Version 3 Ĉ Bypass control with solar cell and collectortemperature sensor Vitosolic 200 measures the radiationin

8System designsSystem design 1 (cont.)A Solar panelB Solar-DiviconC Draw-off pointsD DHW circulationE DHW circulation output of boilercontrol unit or

80Function descriptionsExternal heat exchangerThe selected relay switches theconsumer ON if the set start-uptemperature differential is exceeded,and s

81Function descriptionsCollector cooling functionsThe solar circuit pump is switchedOFF if the selected maximumcylinder temperature Tcylmax hasbeen re

82Function descriptionsFrost protectionAt a collector temperature below +4 ºC, the solar circuit pump will bestarted to prevent collector damage.The p

83Function descriptionsSuppression of reheating by boiler (cont.)Systems with additional Viessmann control unitsReheating of the DHW cylinder bythe bo

84Function descriptionsSuppression of reheating by boiler (cont.)Cylinder temperature sensor as NTCA Control unit connection chamberB Junction box (on

85Function descriptionsCylinder loadingThis function is achieved viathermostatĂ3 (S5) and 4 (S6) or relay R6.R6 starts if the temperatures atthermosta

86Function descriptionsAdditional DHW heating function (cont.)Additional function in conjunction with additional Viessmanncontrol unitsA DHW temperatu

87Function descriptionsThermostat function, DT control unit and time switchesThese functions are only available subject to the inputs and outputs not

88Function descriptionsThermostat function, DT control unit and time switches (cont.)Setting valuesDisplay text/as del.conditionSetting range Set toSt

89Parts list/appendixParts listWhen ordering spare parts:Quote the part no. and the item no.of the required part (as per this parts list).Obtain commo

9System designsSystem design 1 (cont.)Item Description Part no.Control of DHW cylinder heating by solar energy1 Vitosolic 200 7170Ă9262 Collector temp

90AppendixDeclaration of conformityWe, ViessmannĂWerkeĂGmbHāā & āāCo KG, DĆ35107ĂAllendorf, declare as soleresponsible body that the productVitoso

91Keyword indexKeyword indexAActual values (scan), 69Actuators, connecting, 53Additional DHW heating function, 74, 85Additional functions, 73Applicabi

Viessmann LimitedViessmann Werke GmbHĂ&ĂCo Hortonwood 30, TelfordDĆ35107 Allendorf Shropshire, TF1 7YP, GBTel: +49 6452 70Ć0 Tel: +44 1952 675000F