Viessmann Vitocal 200-A Technical Manual Download Page 121

Page: 121 / 152

Vitocal 200-A, 230 V appliances
Type

min

in l/h

pipes

min

in l

*20

Without buf-
fer cylinder

Buffer cylinder (recommended minimum)

– AWO-M
– AWO-M-E
– AWO-M-E-AC

201.A04

700

DN 25

Vitocell 100-E
46 l

Vitocell 100-E
200 l

201.A06

700

DN 25

Vitocell 100-E
46 l

Vitocell 100-E
200 l

201.A08

700

DN 25

Vitocell 100-E
46 l

Vitocell 100-E
200 l

201.A10

1400

DN 32

Vitocell 100-E
46 l

Vitocell 100-E
200 l

201.A13

1400

DN 32

Vitocell 100-E
46 l

Vitocell 100-E
200 l

201.A16

1400

DN 32

Vitocell 100-E
46 l

Vitocell 100-E
200 l

Vitocal 200-A, 400 V appliances
Type

min

in l/h

pipes

min

in l

*20

Without buf-
fer cylinder

Buffer cylinder (recommended minimum)

– AWO
– AWO-E
– AWO-E-AC

201.A10

1400

DN 32

Vitocell 100-E
46 l

Vitocell 100-E
200 l

201.A13

1400

DN 32

Vitocell 100-E
46 l

Vitocell 100-E
200 l

201.A16

1400

DN 32

Vitocell 100-E
46 l

Vitocell 100-E
200 l

Heating water buffer cylinder in the heat pump return
(connected in series)

Icons:
X

Possible

min

Minimum flow rate, secondary circuit

pipes

Minimum diameter of pipes in secondary circuit

min

Minimum volume of the heating system
Underfloor heating circuit
Radiator heating circuit

Vitocal 222-A, 230 V appliances
Type

min

in l/h

pipes

min

in l

*20

Without buf-
fer cylinder

Buffer cylinder (recommended minimum)

– AWOT-M-E
– AWOT-M-E-AC

221.A04

700

DN 25

*21

/50

Vitocell 100-E
40 l

Vitocell 100-E
200 l

221.A06

700

DN 25

*21

/50

Vitocell 100-E
40 l

Vitocell 100-E
200 l

221.A08

700

DN 25

*21

/50

Vitocell 100-E
40 l

Vitocell 100-E
200 l

221.A10

1400

DN 32

*21

/50

Vitocell 100-E
40 l

Vitocell 100-E
200 l

221.A13

1400

DN 32

*21

/50

Vitocell 100-E
40 l

Vitocell 100-E
200 l

221.A16

1400

DN 32

*21

/50

Vitocell 100-E
40 l

Vitocell 100-E
200 l

Vitocal 222-A, 400 V appliances
Type

min

in l/h

pipes

min

in l

*20

Without buf-
fer cylinder

Buffer cylinder (recommended minimum)

– AWOT-E
– AWOT-E-AC

221.A10

1400

DN 32

*21

/50

Vitocell 100-E
40 l

Vitocell 100-E
200 l

221.A13

1400

DN 32

*21

/50

Vitocell 100-E
40 l

Vitocell 100-E
200 l

221.A16

1400

DN 32

*21

/50

Vitocell 100-E
40 l

Vitocell 100-E
200 l

Heating water buffer cylinder in the heat pump return
(connected in series)

Icons:
X

Possible

min

Minimum flow rate, secondary circuit

pipes

Minimum diameter of pipes in secondary circuit

min

Minimum volume of the heating system
Underfloor heating circuit
Radiator heating circuit

*20

Cannot be fitted with shut-off devices

*21

In conjunction with Vitocell 100-E, type SVPA, part no. ZK03801

Design information

(cont.)

VITOCAL

VIESMANN

121

5831388

Summary of Contents for Vitocal 200-A

Page 1: ...ng water heater Type AWO M E AC 201 A Equipment level as per type AWO M 201 A additionally with integral instantaneous heating water heater and active cooling function VITOCAL 222 A Type AWOT M E 221...

Page 2: ...and 221 A08 230 V 34 Heating 34 Cooling 35 5 4 Performance diagrams outdoor unit types 201 A10 and 221 A10 230 V 37 Heating 37 Cooling 39 5 5 Performance diagrams outdoor unit types 201 A10 and 221 A1...

Page 3: ...ccessories for DHW heating with Vitocell 100 V type CVAA 300 l and Vitocell 100 W type CVAA 300 l 76 Vitocell 100 V type CVA CVAA 76 EHE Immersion heater 81 Impressed current anode 81 6 11 Accessories...

Page 4: ...ulic conditions for the secondary circuit 119 Minimum flow rate and minimum system volume 119 Systems with a heating water buffer cylinder connected in parallel 119 Systems with heating water buffer c...

Page 5: ...1 9 9 Extension for heating circuit control unit general 141 High limit safety cut out 141 Immersion thermostat 142 Contact thermostat 142 9 10 Extension for heating circuit control unit for heating c...

Page 6: ...er supply M 230 V 50 Hz Monophase Not instal led 400 V 50 Hz F Electrical instantaneous heating water heater E Installed in the heat pump built in Electric heat ing Not instal led Not installed Pos Va...

Page 7: ...ndoor unit with high efficiency circulation pump 3 way diverter valve safety assembly and control unit types AWO M E 201 A and AWO M E AC 201 A also with inte gral instantaneous heating water heater E...

Page 8: ...c expansion valve EC fan Evaporator Condenser Type AWO M E 201 A Equipment level as per type AWO M 201 A Additional equipment as part of the standard delivery Instantaneous heating water heater integr...

Page 9: ...d rpm 600 600 650 900 900 900 Power consumption kW 0 80 1 20 1 40 1 90 2 30 2 70 Energy efficiency ratio EER in cooling mode 2 40 2 60 2 90 2 70 2 65 2 60 Output control kW Up to 3 90 Up to 4 90 Up to...

Page 10: ...MAF POE Quantity of oil in compressor l 0 76 0 76 0 76 1 17 1 17 1 17 Permissible operating pressure High pressure side bar 43 43 43 43 43 43 MPa 4 3 4 3 4 3 4 3 4 3 4 3 Low pressure side bar 28 28 28...

Page 11: ...t of performance COP in heating mode 4 10 4 06 3 94 Output control kW 4 40 to 10 10 4 80 to 10 70 5 20 to 11 20 Heating performance data to EN 14511 A7 W35 5 K spread Rated heating output kW 7 58 8 88...

Page 12: ...5 Outdoor unit kW 5 13 5 13 5 15 Secondary pump PWM W 60 60 60 Energy efficiency index EEI 0 2 0 2 0 2 Control unit PCB outdoor unit W 15 15 15 Control unit PCB indoor unit W 10 10 10 Control unit PCB...

Page 13: ...average climatic conditions Low temperature applications W35 A 4 A 4 A 4 Medium temperature applications W55 A A A Performance data as per EU Regulation no 813 2013 average climatic conditions Low te...

Page 14: ...oor unit female thread Outdoor unit return G 1 union nut DN 32 Outdoor unit flow G 1 union nut DN 32 Secondary circuit connections Symbol Meaning Connection to the indoor unit female thread DHW cylind...

Page 15: ...15 5 5 15 25 35 45 Flow temperature for secondary circuit in C Air intake temperature in C Cooling 0 10 20 30 40 50 60 25 15 5 5 15 25 35 45 Flow temperature for secondary circuit in C Air intake temp...

Page 16: ...e temperature of 10 C Compact monoblock indoor unit with high efficiency circulation pump with 220 l DHW cylinder high efficiency circulation pump 3 way diverter valve instantaneous heating water heat...

Page 17: ...te monitoring Outdoor unit Factory filled with refrigerant R410A Flange connections Inverter controlled compressor Diverter valve Electronic expansion valve EEV Evaporator Condenser EC fan Type AWOT M...

Page 18: ...70 Energy efficiency ratio EER in cooling mode 2 40 2 60 2 90 2 70 2 65 2 60 Output control kW Up to 3 90 Up to 4 90 Up to 6 20 Up to 8 00 Up to 9 00 Up to 10 30 Heating performance data to EN 14511 A...

Page 19: ...3 MAF POE 3 MAF POE 3 MAF POE 3 MAF POE 3 MAF POE Quantity of oil in compressor l 0 76 0 76 0 76 1 17 1 17 1 17 Permissible operating pressure High pressure side bar 43 43 43 43 43 43 MPa 4 3 4 3 4 3...

Page 20: ...38 4 46 4 47 4 46 4 46 Medium temperature applications W55 Energy efficiency S 124 125 127 129 130 130 Rated heating output Prated kW 5 23 5 59 6 41 9 35 10 07 10 72 Seasonal coefficient of performan...

Page 21: ...IP rating IP X4 IP X4 IP X4 Indoor unit electrical values Heat pump control unit PCB Rated voltage control unit PCB 1 N PE 230 V 50 Hz Power supply fuse rating 1 x B16A 1 x B16 A 1 x B16 A Internal f...

Page 22: ...ndoor and out door units Hydraulic connection set m 1 to 20 1 to 20 1 to 20 Sound power of outdoor unit at rated heating output Measurements with reference to EN 12102 EN ISO 9614 2 Weighted total sou...

Page 23: ...ld water G female thread C DHW circulation G female thread D DHW G female thread E Heating water flow G 1 female thread F Return outdoor unit heating water outlet G 1 union nut DN 32 female thread G F...

Page 24: ...10 20 30 40 50 60 25 15 5 5 15 25 35 45 Flow temperature for secondary circuit in C Air intake temperature in C Cooling 0 10 20 30 40 50 60 25 15 5 5 15 25 35 45 Flow temperature for secondary circuit...

Page 25: ...t control E Electronic expansion valve F Power saving variable speed EC fan Allocation to heat pumps Vitocal 200 A Type AWO M 201 A04 AWO M E 201 A04 AWO M E AC 201 A04 AWO M 201 A06 AWO M E 201 A06 A...

Page 26: ...C B A B C D A Outdoor unit flow heating water outlet G 1 union nut sup plied female thread B Outdoor unit return heating water outlet G 1 union nut sup plied female thread C Power cable inlet D Modbus...

Page 27: ...0 A Type AWO 201 A10 AWO E 201 A10 AWO E AC 201 A10 AWO M 201 A10 AWO M E 201 A10 AWO M E AC 201 A10 AWO 201 A13 AWO E 201 A13 AWO E AC 201 A13 AWO M 201 A13 AWO M E 201 A13 AWO M E AC 201 A13 AWO 201...

Page 28: ...C B A B C D A Outdoor unit flow heating water outlet G 1 union nut sup plied female thread B Outdoor unit return heating water outlet G 1 union nut sup plied female thread C Power cable inlet D Modbu...

Page 29: ...55 C 60 C 6 4 2 0 10 8 20 15 10 5 0 5 10 15 20 25 30 45 C 60 C 35 C 55 C COP in C Air intake temperature P Heating output Pel Power consumption COP Coefficient of performance Note The COP data in the...

Page 30: ...ng output kW 2 00 2 64 2 95 3 15 3 93 4 58 Cooling Vitocal 200 A type AWO M E AC 201 A04 Vitocal 222 A type AWOT M E AC 221 A04 Cooling capacity at flow temperatures 18 C 7 C 7 C 18 C 6 4 2 0 P in kW...

Page 31: ...tion at flow temperatures of 35 C 45 C 55 C 60 C 4 2 0 20 15 10 5 0 5 10 15 20 25 30 60 C 55 C 45 C 35 C in C P el in kW Coefficient of performance COP at flow temperatures of 35 C 45 C 55 C 60 C 6 4...

Page 32: ...7 1 55 Coefficient of performance COP 1 67 1 96 2 17 2 91 2 88 3 54 4 48 Min heating output kW 1 83 2 37 2 68 3 14 3 42 4 28 5 30 Operating point W C 60 A C 20 15 7 2 7 10 20 30 Max heating output kW...

Page 33: ...9 1 19 1 36 1 52 Energy efficiency ratio EER 6 82 5 78 5 37 4 86 4 20 3 36 2 73 Operating point W C 7 A C 20 25 27 30 35 40 45 Cooling capacity kW 3 83 3 54 3 42 3 25 3 00 2 72 2 49 Power consumption...

Page 34: ...tion at flow temperatures of 35 C 45 C 55 C 60 C 4 2 0 20 15 10 5 0 5 10 15 20 25 30 60 C 55 C 45 C 35 C in C P el in kW Coefficient of performance COP at flow temperatures of 35 C 45 C 55 C 60 C 6 4...

Page 35: ...79 1 74 Coefficient of performance COP 1 82 2 12 2 23 2 75 2 94 3 66 4 63 Min heating output kW 2 18 2 82 3 20 3 71 4 03 5 04 6 26 Operating point W C 60 A C 20 15 7 2 7 10 20 30 Max heating output kW...

Page 36: ...5 1 40 1 57 1 75 Energy efficiency ratio EER 7 32 6 16 5 72 5 13 4 30 3 47 2 83 Operating point W C 7 A C 20 25 27 30 35 40 45 Cooling capacity kW 5 12 4 75 4 62 4 38 4 00 3 58 3 21 Power consumption...

Page 37: ...1 A10 AWOT M E AC 221 A10 Heating output at flow temperatures of 35 C 45 C 55 C 60 C 20 18 12 14 16 10 8 6 4 2 0 20 15 10 5 0 5 10 15 20 25 30 60 C 55 C 35 C 45 C P in kW in C Possible output range Po...

Page 38: ...heating output kW 5 61 7 22 8 52 9 39 9 66 13 84 15 25 17 31 Rated heating output kW 5 61 7 22 8 52 4 87 6 91 7 51 10 57 11 59 Power consumption kW 3 43 3 39 3 39 1 75 1 89 1 88 2 07 1 70 Coefficient...

Page 39: ...ient of performance Note The EER data in the tables and diagrams was calculated with ref erence to EN 14511 Performance characteristics apply to new appliances with clean plate heat exchangers Operati...

Page 40: ...0 AWOT E AC 221 A10 Heating output at flow temperatures of 35 C 45 C 55 C 60 C 22 20 18 12 14 16 10 8 6 4 2 0 20 15 10 5 0 5 10 15 20 25 30 60 C 35 C 55 C 45 C P in kW in C Possible output range Power...

Page 41: ...heating output kW 6 95 8 06 9 52 9 87 10 28 13 75 15 16 17 24 Rated heating output kW 6 95 8 06 9 52 5 79 7 17 7 79 9 64 11 99 Power consumption kW 3 78 3 76 3 78 1 92 1 91 1 90 1 85 1 74 Coefficient...

Page 42: ...ient of performance Note The EER data in the tables and diagrams was calculated with ref erence to EN 14511 Performance characteristics apply to new appliances with clean plate heat exchangers Operati...

Page 43: ...A13 AWOT M E AC 221 A13 Heating output at flow temperatures of 35 C 45 C 55 C 60 C 22 20 18 12 14 16 10 8 6 4 2 0 20 15 10 5 0 5 10 15 20 25 30 35 C 60 C 45 C 55 C P in kW in C Possible output range...

Page 44: ...heating output kW 6 80 7 90 9 33 9 96 10 37 14 67 16 20 18 48 Rated heating output kW 6 80 7 90 9 33 5 69 7 85 8 36 10 28 12 73 Power consumption kW 3 79 3 76 3 77 1 96 2 14 2 08 2 04 1 92 Coefficient...

Page 45: ...icient of performance Note The EER data in the tables and diagrams was calculated with ref erence to EN 14511 Performance characteristics apply to new appliances with clean plate heat exchangers Opera...

Page 46: ...3 AWOT E AC 221 A13 Heating output at flow temperatures of 35 C 45 C 55 C 60 C 22 20 18 12 14 16 10 8 6 4 2 0 20 15 10 5 0 5 10 15 20 25 30 35 C 45 C 60 C 55 C P in kW in C Possible output range Power...

Page 47: ...eating output kW 7 71 8 81 10 49 10 42 10 90 14 58 16 11 18 38 Rated heating output kW 7 71 8 81 10 49 6 19 8 39 8 90 10 93 13 47 Power consumption kW 4 22 4 22 4 25 2 04 2 22 2 17 2 13 2 02 Coefficie...

Page 48: ...ient of performance Note The EER data in the tables and diagrams was calculated with ref erence to EN 14511 Performance characteristics apply to new appliances with clean plate heat exchangers Operati...

Page 49: ...A16 AWOT M E AC 221 A16 Heating output at flow temperatures of 35 C 45 C 55 C 60 C 22 20 18 12 14 16 10 8 6 4 2 0 20 15 10 5 0 5 10 15 20 25 30 35 C 45 C 55 C 60 C P in kW in C Possible output range...

Page 50: ...ating output kW 8 02 9 19 10 91 10 52 10 99 15 49 17 12 19 59 Rated heating output kW 8 02 9 19 10 91 6 66 8 83 9 37 11 45 14 05 Power consumption kW 4 50 4 49 4 53 2 20 2 39 2 34 2 30 2 19 Coefficien...

Page 51: ...ient of performance Note The EER data in the tables and diagrams was calculated with ref erence to EN 14511 Performance characteristics apply to new appliances with clean plate heat exchangers Operati...

Page 52: ...6 AWOT E AC 221 A16 Heating output at flow temperatures of 35 C 45 C 55 C 60 C 22 20 18 12 14 16 10 8 6 4 2 0 20 15 10 5 0 5 10 15 20 25 30 35 C 45 C 55 C 60 C P in kW in C Possible output range Power...

Page 53: ...ating output kW 8 11 9 28 11 07 10 95 11 67 15 36 17 01 19 50 Rated heating output kW 8 11 9 28 11 07 6 96 9 59 10 14 12 36 15 12 Power consumption kW 4 51 4 51 4 56 2 23 2 54 2 49 2 46 2 37 Coefficie...

Page 54: ...of performance Note The EER data in the tables and diagrams was calculated with ref erence to EN 14511 Performance characteristics apply to new appliances with clean plate heat exchangers Operating p...

Page 55: ...0 AWO E 201 A10 AWO E AC 201 A10 AWO M 201 A10 AWO M E 201 A10 AWO M E AC 201 A10 AWO 201 A13 AWO E 201 A13 AWO E AC 201 A13 AWO M 201 A13 AWO M E 201 A13 AWO M E AC 201 A13 AWO 201 A16 AWO E 201 A16...

Page 56: ...ng mode Without mixer for heating circuit 1 A1 HC1 With high efficiency circulation pump Wilo Yonos PARA 25 6 DN 20 7521287 X X X X With high efficiency circulation pump Wilo Yonos PARA 25 6 DN 25 1 7...

Page 57: ...lower section Z012676 X X Impressed current anode 7265008 X X DHW heating with Vitocell 100 B type CVBB 300 l and Vitocell 100 W type CVBB 300 l See from page 82 Vitocell 100 B type CVBB 300 l colour...

Page 58: ...X 400 370 H32E B400 Z014583 X 400 370 300 C H32S B150 Z014591 X 150 90 300 F H32S B280 Z011432 w Z012121 s X 280 180 H32E C280 Z014585 w Z014586 s X 280 180 L Supply air connection left R Supply air c...

Page 59: ...ppliances For ensuring the minimum system volume For installation at the back of the heat pump compact appliance Standard delivery Heating water buffer cylinder with thermal insulation Mounting bracke...

Page 60: ...r above C Connection line for connecting the heating water return to the heat pump 6 4 Heating circuit secondary circuit Ball valve with filter G 1 Part no ZK03206 Ball valve with integral stainless s...

Page 61: ...w and return lines can be trimmed Floorstanding installation connection set Part no ZK02938 Connection set for connecting the outdoor unit to the hydraulic con nection sets Components 2 stainless stee...

Page 62: ...nsulated cold water and DHW line G with 90 bend Thermally DHW circulation pipe G with 90 bend Installation kit with mixer Part no ZK02958 Hydraulic components for direct connection of a heating circui...

Page 63: ...om pact design All round thermal insulation shells for low radiation losses High efficiency circulation pumps and optimised mixer curve ensure low electricity costs and precise control characteristics...

Page 64: ...Circulation pump C Bypass valve accessories D Mixer 3 Divicon without mixer 142 398 A B HV HR 120 C G 1 HV HR a Wall mounted diagram without thermal insulation HR Heating return HV Heating flow A Bal...

Page 65: ...assembly dis tributor etc The following pump graphs show the pressure drop curves of the dif ferent Divicon heating circuit distributors Maximum flow rate for Divicon With R 1 0 m3 h With R 1 1 5 m3...

Page 66: ...er B Divicon R 1 with mixer C Divicon R and R 1 without mixer Wilo Yonos PARA Opt 25 7 5 Energy efficiency index EEI 0 21 Operating mode Constant differential pressure 40 0 10 20 30 0 100 200 300 400...

Page 67: ...anifold must be made on site For 2 Divicons Part no 7460638 Part no 7466337 For Divicon R and R 1 For Divicon R 1 HV HR HV HR 120 495 HV HR 120 135 120 A 180 G 1 Rp G 1 G 1 A Connection option for exp...

Page 68: ...G 1 Rp G 1 G 1 G 1 A Connection option for expansion vessel HV Heating water flow HR Heating water return 120 HV HR HV HR HV HR 120 120 784 HR HV 183 A 180 180 420 G 2 Rp G 2 G 1 G 1 G 1 A Connection...

Page 69: ...ree Install in place of the magnesium anode supplied 6 9 Accessories for DHW heating with Vitocell 100 V type CVWA 300 l 390 l 500 l and Vitocell 100 W type CVWA 300 l Vitocell 100 V type CVWA and Vit...

Page 70: ...constant l 210 285 350 Cylinder content heated to 55 C Water at t 55 C constant l 210 285 350 Heat up time if connected to a heat pump with 16 kW rated heating output and a heating water flow temperat...

Page 71: ...ontinu ous output Note DHW cylinder with a capacity of 300 litres also available as Vitocell 100 W in white 300 litre capacity 120 m b a l k h g f e d c WW Z HV SPR KW E ELH1 HR ELH2 R SPR E Drain out...

Page 72: ...inder jacket Fixing point for 3 immersion tem perature sensors per clamping device WW1 DHW WW2 DHW from solar heat exchanger set Z DHW circulation Dimensions Cylinder capacity l 390 500 Length 7 a mm...

Page 73: ...to 45 C Cylinder capacity l 300 390 500 Peak output at heating water flow temperature 90 C l 10 min 415 540 690 80 C l 10 min 400 521 667 70 C l 10 min 357 455 596 Max draw off rate over 10 minutes R...

Page 74: ...th cylinder capacity 300 l 390 l 500 l Use the immersion heater only with soft to medium hard water with a calcium hardness up to 14 dH hardness level 2 up to 2 5 mol m3 The heating output can be sele...

Page 75: ...8 7 8 7 8 7 Heat up time from 10 to 60 C Immersion heater in the bot tom section h 8 5 4 3 2 8 Immersion heater in the top section h 4 0 2 0 1 3 Content that can be heated by the immersion heater Imme...

Page 76: ...nd a heat ing water flow temperature of at the heating water flow rate stated below 90 C kW 53 70 109 116 l h 1302 1720 2670 2861 80 C kW 44 58 91 98 l h 1081 1425 2236 2398 70 C kW 33 45 73 78 l h 81...

Page 77: ...te Up to 300 l cylinder capacity also available as Vitocell 100 W in white Vitocell 100 V type CVAA 300 l capacity l SPR b a c d e f g h k m B VA WW Z HV SPR HR KW E b B Inspection and cleaning apertu...

Page 78: ...linder temperature con troller or temperature controller internal diameter of sensor well 16 mm VA Protective magnesium anode WW DHW Z DHW circulation Dimensions Cylinder capacity l 500 Length 7 a mm...

Page 79: ...ns Cylinder capacity l 750 950 Length 7 a mm 1062 1062 Width b mm 1110 1110 Height c mm 1897 2197 d mm 1788 2094 e mm 1179 1283 f mm 916 989 g mm 377 369 h mm 79 79 k mm 555 555 l mm 7 180 7 180 m mm...

Page 80: ...inder capacity l 300 500 750 950 Max draw off rate at heating water flow temperature 90 C l min 41 62 85 94 80 C l min 40 58 77 92 70 C l min 39 54 67 88 Drawable water volume Cylinder content heated...

Page 81: ...no Z012676 For cylinder capacity of 300 l For installation into the lower flanged aperture Use the immersion heater only with soft to medium hard water with a calcium hardness up to 14 dH hardness lev...

Page 82: ...25 39 30 45 49 73 58 78 l h 491 811 614 958 737 1106 1200 1794 1428 1926 60 C kW 15 23 17 27 22 32 35 52 41 56 l h 368 565 418 663 540 786 853 1275 1015 1369 50 C kW 11 18 10 13 16 24 26 39 31 42 l h...

Page 83: ...Energy efficiency class B B B Information regarding the upper indirect coil The upper indirect coil is designed for connection to a heat genera tor Information regarding the lower indirect coil The l...

Page 84: ...ar thermal system KW Cold water R Inspection and cleaning aperture with flange cover also suit able for installation of an immersion heater SPR1 Cylinder temperature sensor for cylinder temperature co...

Page 85: ...lange cover also suit able for installation of an immersion heater SPR1 Cylinder temperature sensor for cylinder temperature control ler internal diameter 16 mm SPR2 Temperature sensors thermometers i...

Page 86: ...ver SPR1 Clamping system for securing immersion temperature sen sors to the cylinder jacket up to 3 immersion temperature sensors SPR2 Clamping system for securing immersion temperature sen sors to th...

Page 87: ...formance factor NL changes in line with the cylinder storage temperature Tcyl Standard values Tcyl 60 C 1 0 NL Tcyl 55 C 0 75 NL Tcyl 50 C 0 55 NL Tcyl 45 C 0 3 NL Peak output over 10 minutes Relative...

Page 88: ...0 4000 5000 6000 8000 10000 0 3 0 4 0 5 0 6 0 8 1 2 3 4 5 6 8 10 20 30 40 50 60 80 100 Pressure drop Heating water flow rate in l h 3 4 5 6 8 10 20 30 40 50 60 80 100 200 300 400 500 600 800 1000 kPa...

Page 89: ...th soft to medium hard water with a calcium hardness up to 14 dH hardness level 2 up to 2 5 mol m3 The heating output can be selected 2 4 or 6 kW Components High limit safety cut out Temperature contr...

Page 90: ...optionally be routed either upwards or downwards from the appliance Specification Permissible temperatures Solar side 140 C Heating water side 110 C DHW side For boiler operation 95 C For solar opera...

Page 91: ...n RL Return VL Flow Safety valve in conjunction with Vitosol FM switching flat plate collector Up to a system height of 20 m the Solar Divicon may be used with the 6 bar safety valve At system heights...

Page 92: ...P 41 to EN 60529 Switching point 120 110 100 95 C Max switching differential 11 K Breaking capacity 6 1 5 A 250 V Switching function with rising temperature from 2 to 3 3 2 1 DIN reg no DIN STB 98108...

Page 93: ...rmiss application range Temperature range At ambient temperatures up to 25 C 10 to 110 C At ambient temperatures up to 40 C 10 to 95 C Max permiss operating pressure 10 bar 1 MPa Electrical values Rat...

Page 94: ...ing water buffer cylinder in cool ing mode 2 pce required Note Available system examples See www viessmann schemes com b a c Pressure drop diagrams 3 way diverter valve with G 1 connection 0 500 400 3...

Page 95: ...tallation Sensor type Viessmann NTC 10 k at 25 C Permissible ambient temperature Operation 0 to 120 C Storage and transport 20 to 70 C Room temperature sensor for separate cooling circuit Part no 7438...

Page 96: ...le ambient temperature Operation 0 to 40 C Storage and transport 20 to 65 C 6 14 Brackets for outdoor unit Support for floorstanding installation Part no ZK02929 Made from aluminium sections 6 4 1 5 7...

Page 97: ...e pan Only for free flowing condensate Ribbon heater length 1 2 m Components Condensate drain elbow Sealing plug Retaining clips to secure the ribbon heater in the condensate pan Ribbon heater Part no...

Page 98: ...first give permission check with your local power supply company Check the connection conditions specified by your local power sup ply utility for the stated equipment details It is crucial to establ...

Page 99: ...ssure faults Select an installation location where the evaporator cannot be blocked by leaves snow etc Select the installation site giving due consideration to the physical laws concerning the propaga...

Page 100: ...and outdoor units free of stress Installation only on walls with a high weight per unit area 250 kg m2 i e not on lightweight walls roof structures etc Anti vibration components are included in the s...

Page 101: ...y below ground level 900 mm Minimum clearances for heat pump cascade max 5 outdoor units Facing layout without partition wall 500 B 1500 A B A 500 500 500 A B A B 500 500 A Air intake B Air discharge...

Page 102: ...ground level 3000 A 200 300 K 702 835 E F 1100 C D 200 L B G H 500 180 A Ground B Pathway patio C Hydraulic connection lines indoor outdoor unit D Indoor outdoor unit Modbus cable and outdoor unit po...

Page 103: ...es H Foundation strip K Frost protection for foundations compacted crushed stone e g 0 to 32 56 mm thickness of layer subject to local requirements and building regulations Note Provide thermal insula...

Page 104: ...irements and building regulations B Foundation strip C Gravel bed as condensate soakaway D Fixing points for floorstanding installation supports E Only for line entry below ground level Hydraulic conn...

Page 105: ...outdoor air See table on page 99 7 3 Siting the indoor unit Installation room requirements Dry and protected against frost Max 70 relative humidity corresponding to an absolute humidity of approx 25...

Page 106: ...room height a depends on the hydraulic connection set used Hydraulic connection set Minimum room height a in mm For installation on finished walls for upward connection 2200 For installation to the le...

Page 107: ...a 439 mm b 506 mm c 670 mm d 64 mm Note Observe the permissible floor load Level the appliance horizontally If the adjustable feet are used to compensate for an uneven floor max 10 mm distribute the p...

Page 108: ...vel O Hydraulic connection set accessory S Drain fill facility for draining with compressed air T Expansion vessel with safety assembly accessories X Moisture proof and waterproof wall duct on site Y...

Page 109: ...may be a power supply utility requirement for providing a lower tariff This must not shut off the power supply to the Vitotronic control unit Wiring diagram Vitocal 200 A A B D C N M L K F G H E Vitoc...

Page 110: ...indoor outdoor unit accessories 15 m or 30 m Modbus 0 8 m 1 2 m 1 9 m Recommended flexible power cables Indoor units Vitocal 200 A and Vitocal 222 A all types Power supply Cable Max cable length Heat...

Page 111: ...easure to assist orientation regard ing the volume of noise perceived by the ear at a specific location The sound pressure level is substantially influenced by the distance and ambient conditions The...

Page 112: ...0 17 0 19 0 20 5 23 0 25 0 26 5 28 5 8 2 0 8 0 14 0 16 0 17 5 20 0 22 0 23 5 25 5 Note In practice actual values may differ from those shown here due to sound reflection or sound absorption as a resu...

Page 113: ...31 29 27 25 23 22 8 48 42 36 34 32 30 28 26 25 Max 58 2 50 44 38 36 34 32 30 28 26 4 53 47 41 39 37 35 33 31 30 8 56 50 44 42 40 38 36 34 33 Outdoor unit types 201 A10 and 221 A10 230 V Fan speed Soun...

Page 114: ...27 25 23 4 50 44 38 36 34 32 30 28 27 8 53 47 41 39 37 35 33 31 30 Max 61 2 53 47 41 39 37 35 33 31 29 4 56 50 44 42 40 38 36 34 33 8 59 53 47 45 43 41 39 37 36 Outdoor unit types 201 A16 and 221 A16...

Page 115: ...38 3 38 4 39 4 39 7 39 8 39 5 38 5 33 36 3 32 9 34 1 33 8 38 7 39 5 33 3 49 8 Total sound power level Outdoor unit types 201 A10 to A16 and 221 A10 to A16 230 V 1 0 0 1 2 5 1 6 0 2 0 0 2 5 0 3 1 5 4 0...

Page 116: ...ite the heat pump directly next to living rooms bedrooms or their windows When routing pipes through ceilings and walls prevent the trans mission of structure borne noise through suitable insulation m...

Page 117: ...e oversized equipment frequently incurs disproportionate system costs Therefore avoid oversizing When sizing the heat pump observe the following Take into account supplements to the heat load of the b...

Page 118: ...at pump will run for lon ger due to its smaller size Dual mode operation External heat source The heat pump control unit enables dual mode operation of the heat pump with an external heat generator e...

Page 119: ...volume is too small the heat pump may switch on and off too frequently if heat consumption in the building is low cycling There must be no means of shutting off the minimum system vol ume The heating...

Page 120: ...ries the required minimum system volume can be ensured This type of heating water buffer cylinder is integrated into the secondary circuit return Benefits The large buffer volume is used to extend the...

Page 121: ...cal 222 A 230 V appliances Type min in l h 7pipes Vmin in l 20 Without buf fer cylinder Buffer cylinder recommended minimum AWOT M E AWOT M E AC 221 A04 700 DN 25 40 21 50 X Vitocell 100 E 40 l Vitoce...

Page 122: ...hermally insulated with vapour diffu sion proof material Further hydraulic data Circulation pump Factory fitted Residual heads with integral circulation pump See page 55 7 10 Water quality Heating wat...

Page 123: ...tatic mixing valve C DHW circulation pipe D DHW circulation pump E Spring loaded check valve F Expansion vessel suitable for drinking water G Drain outlet H Visible discharge pipe outlet point tundish...

Page 124: ...le unrestric ted drain or via a short outlet line to the drain network Automatic thermostatic mixing valve With appliances that heat DHW to temperatures above 60 C an automatic thermostatic mixing val...

Page 125: ...ll 100 B type CVBB or Vitocell 100 W type CVBB 300 l as dual mode system or Vitocell 100 V type CVAA 300 l A External heat generator connection B Heat pump connection KW Cold water DHW DHW Equipment r...

Page 126: ...ball valve N C 1 7180573 eZ Flow limiter TacoSetter 1 On site eU Vitotrans 100 plate heat exchanger 1 See Viessmann pricelist eI Heating lance 1 ZK00037 rW Spring loaded check valve 1 On site rE Cyli...

Page 127: ...750 l Vitocell 100 L type CVL 1000 l AWO M 201 A04 AWO M E 201 A04 AWO M E AC 201 A04 2 X X X X 3 X X X X 4 X X X X 5 X X X X AWO M 201 A06 AWO M E 201 A06 AWO M E AC 201 A06 2 X 3 X X X 4 X X X 5 X...

Page 128: ...ing mode The set flow temperature is calculated from the differential of the set room temperature and the actual room temperature Cooling with an underfloor heating system The underfloor heating syste...

Page 129: ...tor temperature sensor and the cylinder temperature sensor solar is less than half the hysteresis standard 6 K or if the actual tem perature captured by the lower cylinder temperature sensor corre spo...

Page 130: ...industrial usage for a purpose other than central heating cooling or DHW heating shall be deemed inappropriate Incorrect usage or operation of the appliance e g the appliance being opened by the syste...

Page 131: ...A AWOT M E AC 221 A Weather compensated control of the flow temperatures for heat ing or cooling mode System flow temperature or flow temperature for heating circuit without mixer A1 HC1 X X X X Flow...

Page 132: ...utomatic summer wintertime changeover Automatic function for DHW heating and DHW circulation pump Standard switching times are preset at the factory e g for central heating DHW heating charging a heat...

Page 133: ...maxi mum temperature set at the heat pump control unit 3 2 3 4 Flow temperature in C Outside temperature in C Heating curve slope 3 0 2 8 2 2 2 4 2 0 1 6 1 4 1 2 1 0 0 8 0 6 0 4 0 2 90 80 70 60 50 40...

Page 134: ...tronic acces sories Supply values of 230 V components Component Connected load in W Max switching current in A Vitocal 200 A type Vitocal 222 A type AWO M 201 A AWO M E 201 A AWO M E AC 201 A AWOT M E...

Page 135: ...Overview Accessories Part no Vitocal 200 A type Vitocal 222 A type AWO M 201 A AWO M E 201 A AWO M E AC 201 A AWOT M E 221 A AWOT M E AC 221 A Photovoltaics See from page 136 Energy meter single phas...

Page 136: ...nnector RJ 45 7199251 X X X X LON socket RJ 45 7171784 X X X X Terminator 7143497 X X X X Note The following description of control unit accessories lists all func tions and connections of each contro...

Page 137: ...can operate 1 heating cooling circuit Up to 3 remote control units can be connected to the control unit Note Hardwired remote control units cannot be combined with the wire less base station Vitotrol...

Page 138: ...et room temperature for standard mode normal room tempera ture Note The set room temperature for reduced mode reduced room temperature is set at the control unit Operating program Party and economy mo...

Page 139: ...C Wireless repeater Part no 7456538 Mains operated wireless repeater to increase the wireless range and for use in areas where wireless communication is difficult Observe the Wireless accessories tech...

Page 140: ...a sensor well For installation in a DHW cylinder or heating water buffer cylinder Specification Lead length 5 8 m fully wired IP rating IP 32 to EN 60529 ensure through de sign installation Sensor typ...

Page 141: ...97797 Note Only use with heat pumps that reach a flow temperature of up to 65 C If an external heat generator is connected in the secondary circuit the high limit safety cut out protects the heat pump...

Page 142: ...um temperature limiter for underfloor heat ing systems only in conjunction with metal pipes The temperature limiter is integrated into the heating flow If the flow temperature is too high the temperat...

Page 143: ...th a tie Specification flow temperature sensor IP rating IP 32D to EN 60529 ensure through design installation Sensor type Viessmann NTC 10 k at 25 C Permissible ambient temperature Operation 0 to 120...

Page 144: ...PCB for connecting a separate mixer motor Flow temperature sensor contact temperature sensor Plug for connecting the heating circuit pump and the mixer motor Power cable 3 0 m long with plug Bus conn...

Page 145: ...e sensor For connection inside the appliance On site extension of the connecting lead 2 core lead length up to 60 m with a cross section of 1 5 mm2 copper Never route this lead immediately next to 230...

Page 146: ...ng for wall mounting Using the inputs and outputs allows up to 5 functions to be imple mented 1 analogue input 0 to 10 V Default set flow temperature secondary circuit 3 digital inputs External change...

Page 147: ...local IP networks WiFi Port 443 HTTPS and port 123 NTP must be open The MAC address is printed on the device label Internet connection with flat rate data without time or volume restrictions Installat...

Page 148: ...t 131 Cooling mode 127 Room temperature dependent 128 Weather compensated 128 Cooling with underfloor heating 128 Curves for integral circulation pumps 55 D Data communication 132 Defrost energy 119 D...

Page 149: ...cuit 119 Hydraulic connection cylinder loading system 125 Hydraulic connection set 61 106 108 Surface mounting connection to left or right 62 Surface mounting upward connection 62 Hydraulic terminal a...

Page 150: ...Electrical installation 108 Installation 105 Installation room 105 Residual head 55 Return DHW cylinder 10 13 14 Return outdoor unit 23 Reversible cooling mode 127 Ribbon heater 97 Room height 106 Ro...

Page 151: ...tocell 100 B 57 Vitocell 100 V 57 Vitocell 100 W 57 Vitoconnect 147 Vitotrol 200 A 137 200 RF 138 Vitovent 200 C 58 Vitovent 300 C 58 Vitovent 300 F 58 Vitovent 300 W 58 W Wall duct 108 Wall mounting...

Page 152: ...difications Viessmann Limited Hortonwood 30 Telford Shropshire TF1 7YP GB Telephone 44 1952 675000 Fax 44 1952 675040 E mail info uk viessmann com Viessmann Werke GmbH Co KG D 35107 Allendorf Telephon...

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