Viessmann Vitocal 300 AWO-M-AC 301.A Installation And Service Instructions Manual Download Page 76

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sXF

sYA

BCD

The red cores connect with the following terminals:

X6.6 — 211.2

X6.4 — 211.4

X6.2 — 211.3

X6.1 — 224.4

To adapt the wiring, remove

all 4

red

cores.

Please note

Incorrect core assignment can
result in incorrect functions.
For type AWO-M-AC 301.A,
remove

all

red cores; for type

AWCI-M-AC 301.A, do

not

remove any cores.

Plugging in the coding card

Only insert the coding card supplied with
the heat pump.

Installation sequence

Electrical connections in the heat pump control…

(cont.)

5692 875 GB

Summary of Contents for Vitocal 300 AWO-M-AC 301.A

Page 1: ...instructions for contractors VIESMANN Vitocal 300 A Type AWCI M AC 301 A Type AWO M AC 301 A Air water heat pump with electric drive 230 V For applicability see the last page VITOCAL 300 A 5692 875 GB...

Page 2: ...working on this system National installation requirements Legal instructions regarding the pre vention of accidents Legal instructions regarding environ mental protection The Code of Practice of relev...

Page 3: ...place faulty components only with original Viessmann spare parts Auxiliary components spare and wearing parts Please note Spare and wearing parts that have not been tested together with the system can...

Page 4: ...55 Siting the heat pump 56 Connecting the heating circuits and condensate drain 59 Electrical connections in the control panel 63 Electrical connections in the heat pump control unit 71 Power supply 9...

Page 5: ...5 Certificates Declaration of conformity 148 Keyword index 149 Index Index cont 5692 875 GB...

Page 6: ...75 General information electrical connection Connecting cables from control panel heat pump control unit Observe information from page 63 Electrical connection of system components pumps mixers valve...

Page 7: ...g Note Cool vapour is expelled from the air duct on the discharge side during defrosting Take this into account when siting the appliance selecting the installation room determining the intake and dis...

Page 8: ...1330 935 522 D C Discharge side on the left delivered condition hydraulic connections on the right on site A Wall outlet discharge side B Wall outlet intake side C Plaster finish D Top edge finished...

Page 9: ...er B Wall C Wall outlet EPP can be trimmed to the correct size from the outside with a saw Observe plaster thick ness D Compression sealing strip and acrylic airtight seam all round E PU foam all roun...

Page 10: ...ll outlet on the discharge side made of EPP B Weather grille C Partition if required see table below D Wall outlet on the intake side made of EPP E Appliance connector air duct intake side made of EPP...

Page 11: ...Partition C required 1 350 650 Yes 2 700 1000 Yes 3 1050 1350 Yes 4 1400 1700 Yes 5 1750 2050 Yes 6 2100 2400 Yes 7 2450 2750 Yes 8 2800 3100 No 9 3150 3450 No 10 3500 3800 No Preparing for installat...

Page 12: ...h or r h side They are always fitted on the opposite side to the air discharge The connection hoses can be trimmed to size The stated dimensions result from the hose lengths in the delivered condition...

Page 13: ...r fan 230 V 50 Hz 1 N PE Recommended cable 3 x 4 0 mm2 flexible F Power cable instantaneous heating water heater if installed max out put 9 kW Recommended cable 230 V 50 Hz 1 N PE 7 x 2 5 mm2 flexible...

Page 14: ...ling the equip ment in recesses on building corners or between two walls Lawn areas and vegetation can reduce noise develop ment Only the heat pump foundations should therefore be made from rever bera...

Page 15: ...rain all condensate derived from the air subject to temperature and relative humidity up to 20 l h via a DN 40 drain pipe which should be protected from frost and provide a steady fall If possible con...

Page 16: ...mensions 100 400 100 400 100 1300 1080 100 1150 300 250 390 320 165 315 340 75 145 240 D D C B A E F G H Plan view of the foundations Preparing for installation External heat pump type AWO M AC 301 A...

Page 17: ...E Foundation recess for routing the lines for heating water flow and return condensate drain and elec tric cables leads low voltage and control cables as well as the power cable to the control panel...

Page 18: ...d building rules C Hydraulic connection set heating water flow and return D Soft ground gravel or crushed stone E Connecting cables LV and control cables and power cable to the con trol panel F Conden...

Page 19: ...3 A B C 566 946 880 891 Side view shown without silencer hood Note Cable entries are cut into the sealing mat in the floor panel on site see page 67 Preparing for installation External heat pump type...

Page 20: ...HW cyl inder heating water return for instal lation see page 60 D Silencer hoods for installation see page 55 Cables and hydraulic lines Laying the lines underground and routing in through the exterio...

Page 21: ...ngths The connection set comprises one flexible flow line and one flexible return line encased in common thermal insulation and 2 adaptors Flow return line PE 32 x 2 9 mm Adaptor fittings DN 32 to R 1...

Page 22: ...conduit DN 100 Protect the plugs at the ends of the cables from dirt and damage e g with bubble wrap Routing KG conduits Provide a wire pull for connecting cables D To facilitate the routing of cables...

Page 23: ...return O Control panel P External heat pump Q Instantaneous heating water heater accessory install in building R Secondary circuit flow temperature sensor install in the heating water flow inside the...

Page 24: ...ol unit 230 V 50 Hz Recommended cable 3 x 1 5 mm2 5 x 1 5 mm2 with power off by the power supply utility Z Heat pump control unit Required cable lengths For the heat pump control unit wall outlet cent...

Page 25: ...0 0 0 0 0 0 0 0 M3 HC3 0 0 0 0 Sep cooling circuit 0 0 0 0 0 0 0 0 0 0 0 X Selected component 0 Component can be added System examples heat pumps System example 1 ID 4605093_1006_01 Setting system sch...

Page 26: ...e appliance With type AWCI M AC 301 A the secondary pump 3 way diverter valve for Central heating DHW heating and the instantaneous heating water heater accessory are integrated into the heat pump and...

Page 27: ...F4 F6 F0 F8 F12 212 2 225 1 212 3 211 2 225 2 3 211 4 42 44 45 47 S1 47 R1 41 47 R1 47 230V KM BUS 43 32 47 S2 47 R2 R1 R2 S1 S2 83 2 X3 8 X3 9 87 88 X3 8 3 9 2 211 5 2 211 5 211 5 8 145 145 145 8 145...

Page 28: ...assembly qE Expansion vessel DHW heating eP Vitocell 100 V DHW cylinder type CVW 390 litres eQ Cylinder temperature sensor top eU DHW circulation pump ZP DHW heating with a solar thermal system eP Vi...

Page 29: ...ry circuit return iI 3 way diverter valve for heating cooling in the secondary circuit flow Heating circuit without mixer A1 HC1 oP Radiator heating circuit oQ Vitotrol 200A remote control oZ Heating...

Page 30: ...221 5 X2 N X1 10 W 87 88 10 W X1 X3 8 X3 9 83 77 M2 OPEN CLOSED X2 N X1 225 3 225 2 225 1 X2 N X1 UP M2 74 100 W 20 76 136 L1 N L1 L1 137 230 V 50 Hz 16A N N A M 1 M 1 M 1 M 1 M 1 M 1 M 1 Note Plug aC...

Page 31: ...E 1 2 H3 1 2 H2 NTC 145 HK A1 91 1 2 H1 101 2 106 107 103 145 12 11 4 3 2 1 S1 S2 L N 20 UP UP STB STS 17 16 13 R2 N 14 R1 N 18 230 V 50 Hz 15 KOL M 1 21 19 47 145 44 32 39 41 43 2 L N L N 1 3 2 1 3 2...

Page 32: ...Parameter Setting System definition System scheme 7000 10 Common flow temperature sensor system 701B 1 DHW heating Time program DHW Set time program see oper ating instructions Time prog DHW circ if...

Page 33: ...00 3 Enable active cooling 71FE 1 Cooling circuit 7101 2 Note Set Vitosolic 100 parameter ANL to 2 Installation and service instruc tions Vitosolic System example 2 ID 4605305_1006_01 Setting system s...

Page 34: ...the appliance With type AWCI M AC 301 A the secondary pump and 3 way diverter valve for Central heating DHW heat ing are integrated into the heat pump and fully wired The appliance starts immediately...

Page 35: ...12 2 225 1 74 20 2 225 2 3 12 13 1 7 5 6 3 2 F0 70 105 101 100 103 106 107 2 211 4 2 211 2 2 F8 2 224 6 F13 F20 F4 F6 F0 F8 F12 212 2 222 1 2 225 1 222 4 212 3 211 2 224 7 225 2 3 224 6 211 4 8 145 14...

Page 36: ...demand tW Circulation pump for cylinder heating tE Boiler water temperature sensor in external heat source connection to heat pump control unit tR Mixer motor in 3 way mixer tT High limit safety cut o...

Page 37: ...ing circuit controlled via KM BUS of heat pump control unit q Q Vitotrol 200A remote control q E Flow temperature sensor q T Extension kit for 1 heating circuit with mixer q Z Heating circuit pump q U...

Page 38: ...N X1 UP M2 74 100 W 20 76 X2 N X1 222 4 222 3 X3 1 51 STB 55 B A 54 OPEN VA X2 N X1 222 2 222 1 136 211 5 X2 N X1 10 W 89 L1 N L1 L1 137 230 V 50Hz 16A N N C 4 AC M 1 M 1 M 1 M 1 M 1 M 1 X1 1 X2 1 X3...

Page 39: ...oltage 1 N PE 1 2 H2 1 2 H3 NTC 145 HK A1 91 1 2 H1 101 2 106 107 103 145 40 145 1 2 N L UP M 1 TST 50 230 V 50 Hz 114 1 2 1 N PE 112 111 143 3 N L1 230 V 50 Hz 115 L1 N L1 N 2 1 3 2 1 3 2 1 3 2 1 3 2...

Page 40: ...sioning see from page 110 Parameter Setting System definition System scheme 7000 10 Swimming pool 7008 1 External extension 7010 1 Common flow temperature sensor system 701B 1 DHW heating Time program...

Page 41: ...g function 7100 3 Enable active cooling 71FE 1 Cooling circuit 7101 4 DHW heating Note The following hydraulic schemes are shown with one Vitocal 300 A type AWO M AC 301 A The secondary pump and the c...

Page 42: ...er 2 EHE immersion heater appliance and control equipment on site Only use as an alternative to the instantaneous heating water heater or external heat source for DHW reheating 3 DHW circulation pump...

Page 43: ...10 Parameter Setting System definition System scheme 7000 0 2 4 6 8 10 DHW heating Time program DHW Set time program see oper ating instructions Time prog DHW circ if a DHW circulation pump is install...

Page 44: ...ol equipment on site Only use as an alternative to the instantaneous heating water heater or external heat source for DHW reheating 3 DHW circulation pump optional 4 Cylinder temperature sensor top 5...

Page 45: ...see from page 110 Parameter Setting System definition System scheme 7000 0 2 4 6 8 10 DHW heating Time program DHW Set time program see oper ating instructions Time prog DHW circ if a DHW circulation...

Page 46: ...els of the appliance Please note Tilting the compressor at a steep angle inside the heat pump can result in appliance damage Never tilt the heat pump more than 45 during handling and installation Plea...

Page 47: ...47 Installation sequence Removing the transport brackets cont 5692 875 GB Installation...

Page 48: ...ps 4 and 5 are only required for type AWCI M AC 301 A For type AWO M AC 301 A Fit silencer hoods before the top panel Fitting the silencer hoods see the fol lowing chapter Fitting the top panel see st...

Page 49: ...49 3x 9x 3 3x 3x 2 3 4 1 Installation sequence Fitting the outer panels cont 5692 875 GB Installation...

Page 50: ...50 Installation of side panels with air discharge on the l h side delivered condi tion for type AWCI M AC 301 A 3x 3x 3x 3x 6 5 7 Installation sequence Fitting the outer panels cont 5692 875 GB...

Page 51: ...els with air discharge on the r h side 5 3x 3x 3x 7 6 3x Note To facilitate installation apply a soapy solution to the edges of the side panel insu lation Installation sequence Fitting the outer panel...

Page 52: ...52 3x 3x 3x 3x 9 8 Installation sequence Fitting the outer panels cont 5692 875 GB...

Page 53: ...53 3x 10 3x 2x 11 Installation sequence Fitting the outer panels cont 5692 875 GB Installation...

Page 54: ...e For type AWCI M AC 301 A the silencer hoods are fitted before fitting the top panel Fitting the silencer hoods see the fol lowing chapter 12 Installation sequence Fitting the outer panels cont 5692...

Page 55: ...55 4 2 2 2 4x 4x 4x 3 1 Installation sequence Fitting the silencer hoods only type AWO M AC 301 A 5692 875 GB Installation...

Page 56: ...wall outlets in the wall cut outs and plaster them in correctly 2 Finish off the external part of the ven tilation and extract air ducts with weather grilles Levelling the heat pump Position and level...

Page 57: ...57 Type AWCI M AC 301 A 1 Installation sequence Siting the heat pump cont 5692 875 GB Installation...

Page 58: ...58 Type AWO M AC 301 A 2 3 4 5 4x 1 Installation sequence Siting the heat pump cont 5692 875 GB...

Page 59: ...ication fit an overflow valve in every heating circuit except single pipe heating circuits Equip the secondary circuit on site with an expansion vessel Type AWCI M AC 301 A B D A 2 1 C 3 4 Note Hydrau...

Page 60: ...ype AWO M AC 301 A D A B C 1 3 2 1 Cut suitable entries in sealing mat B for hydraulic pipes A C and condensate drain D 2 Push heating water return DHW cyl inder return C onto the connector and secure...

Page 61: ...connect with the lines in the foundations duct Please note Water carrying pipes can freeze up Thermally insulate pipes inside and outside the heat pump against frost Fitting the flow temperature senso...

Page 62: ...spring clip B in sensor well 3 Connect sensor lead plug D and lead to the heat pump control unit Lead with plug 2 0 m long extend on site if required Connection inside the heat pump control unit at th...

Page 63: ...nal earth conductor B prior to removing the cover com pletely Pull the control panel cover off down wards and lift out upwards Note In the delivered condition the coding card is affixed inside the con...

Page 64: ...A Control module instantaneous heating water heater accessory Type AWO M AC 301 A The control module for the instanta neous heating water heater is instal led on the wall inside the building adjacent...

Page 65: ...se injury and damage to the appliance Route cables so that they cannot touch very hot vibrating or sharp edged components Type AWCI M AC 301 A Cable entry from the left D E C B A F E Installation sequ...

Page 66: ...rminals C Power cable 230 V with cable fit ting D Retaining clip for cables E Cable bracket cables secured with cable ties F Connecting cables with plugs LV lead 42 V and control cable 230 V from the...

Page 67: ...inals C Power cable 230 V with cable fit ting E Cable bracket cables secured with cable ties F Connecting cables with plugs LV lead 42 V and control cable 230 V from the heat pump control unit Install...

Page 68: ...ntrol panel moves Secure the cables below the front edge of the control panel with a loop to the cable bracket see diagrams above 4 Push the connecting leads cables LV lead 42 V and control cable 230...

Page 69: ...e connecting cables from the control unit in the con trol panel X9 230 V X14 6 X1 X2 42 V F B A C E D 1 Remove cover A Installation sequence Electrical connections in the control panel cont 5692 875 G...

Page 70: ...X2 and 15 pin plug in strip X1 6 Affix the individual cores of connect ing cable B control cable 230 V to terminal X14 6 for the PE connec tion 7 Secure connecting cables B and F with 4 cable ties E t...

Page 71: ...Fitting the heat pump control unit and inserting cables Wall mounting base and casing base fitting 2 1 Installation sequence Electrical connections in the heat pump control unit 5692 875 GB Installati...

Page 72: ...2 X20 3 7 8 1 A 5 X2 D 6 X3 C B X3 X2 4 B A Cross connect PCB B ON OFF switch plug in connection C Casing front D Controller and sensor PCB Installation sequence Electrical connections in the heat pu...

Page 73: ...73 Heat pump control unit open 1 3 2 Installation sequence Electrical connections in the heat pump control cont 5692 875 GB Installation...

Page 74: ...74 Cables inserting and applying strain relief A B A Cables with moulded strain relief B On site cables leads Installation sequence Electrical connections in the heat pump control cont 5692 875 GB...

Page 75: ...able 230 V Adapting the heat pump control unit for type AWO M AC 301 A For type AWO M AC 301 A the secon dary pump the circulation pump for cyl inder heating and the instantaneous heating water heater...

Page 76: ...4 red cores Please note Incorrect core assignment can result in incorrect functions For type AWO M AC 301 A remove all red cores for type AWCI M AC 301 A do not remove any cores Plugging in the codin...

Page 77: ...77 B X31 A B A Coding card B Controller and sensor PCB Installation sequence Electrical connections in the heat pump control cont 5692 875 GB Installation...

Page 78: ...case of failure for example when detaching a wire the wires can not drift into the adjacent voltage area Strip the insulation as close to the ter minals as possible If two components are connected to...

Page 79: ...C B X6 F3 D F20 F16 F13 F14 F8 F12 F6 F7 F4 F0 aVG F3 A Cross connect PCB F1 Fuse 6 3 A slow B Main PCB F3 Fuse 6 3 A slow C Expansion PCB D Controller and sensor PCB Installation sequence Electrical...

Page 80: ...nd central fault message are unsuitable for safety LV Set the required parameters during commissioning see from page 110 230 V components Plug sYA Terminals Function Explanation 211 1 Fan Connection v...

Page 81: ...heat ing Type AWO M AC 301 A Circulation pump for cylin der heating Connection values Output 130 W Voltage 230 V Max switching current 4 2 A Type AWCI M AC 301 A Connected at the factory Type AWO M AC...

Page 82: ...e following chapter Connection values Output 100 W Voltage 230 V Max switching current 4 2 A Connect on site 212 3 DHW circulation pump Connection values Output 50 W Voltage 230 V Max switching curren...

Page 83: ...Heating circuit pump A1 HC1 Heating circuit with mixer M2 HC2 225 1 Heating circuit pump M2 HC2 Connecting the temperature limiter part no 7151 728 7151 729 B to the mixer extension kit M 1 C B A s s...

Page 84: ...tes the max switching current of the switching con tact observe the total current of 5 A Controls for external heat source and central fault message are unsuitable for safety LV Set the required param...

Page 85: ...e via this con tact that requires an on site relay The boiler water temperature sensor in the external heat source plug F20 must capture the average temperature of the external heat source Connection...

Page 86: ...the external heat source observe safety instructions Plug sXD Terminals Function Explanation 223 1 223 2 U Central fault message Zero volt contact Closed Fault Open No fault Unsuitable for safety LV...

Page 87: ...er and control module 224 6 M Cylinder primary pump DHW side 2 way shut off valve Connect cylinder primary pump and 2 way shut off valve in parallel Connection values Output 130 W Voltage 230 V Max sw...

Page 88: ...0 V on site 224 7 X2 N N L1 L1 L1 B A N N A Immersion heater power supply 1 N PE 230 V 50 Hz B Terminals of the heat pump control unit Installation sequence Electrical connections in the heat pump con...

Page 89: ...switching current 0 2 0 1 A Connect on site 225 3 M2 Mixer motor control heating circuit M2 HC2 Signal mixer OPEN Connection values Output 10 W Voltage 230 V Max switching current 0 2 0 1 A Connect on...

Page 90: ...ed Blocking enabled Open No blocking Breaking capacity 230 V 2 mA Note These and further functions such as swimming pool water heating cascade or external set value default can alterna tively be conne...

Page 91: ...run in one 5 core cable For further information regarding power OFF see chapter Power supply X3 8 X3 9 Contact humidistat or Jumper Zero volt contact required Closed Safety chain has continuity Open S...

Page 92: ...on H1 Installation instructions External extension H1 If a swimming pool water heating facility is connected to external extension H1 no other external function can be con nected to external extension...

Page 93: ...rature sensor cooling circuit direct heating circuit A1 HC1 or separate cooling circuit connect on site Ni500 F16 Room temperature sensor for separate cooling circuit requirement or for direct heating...

Page 94: ...ating is activated via external extension H1 with KM BUS Make connections to external exten sion H1 only according to the following diagram A filter circuit pump must be connected separately If the co...

Page 95: ...box on site E Fuses and contactor for circulation pump for swimming pool heating accessory F Circulation pump for swimming pool heating accessory G 3 way diverter valve for swimming pool zero volt hea...

Page 96: ...f N L1 L aVG 223 2 223 1 223 2 223 1 223 2 2 1 A Heat pump 1 lead appliance B KM BUS C External extension H1 D Zero volt contact External demand E Lag heat pump 1 Connection at contact for External d...

Page 97: ...e upstream circuit breaker with at least 3 mm contact separation Danger Incorrectly executed electrical installations can lead to injury from electrical current and result in equipment damage Make the...

Page 98: ...ol unit PCB must be supplied without blocking by the power supply utility tariffs that are subject to possible shutdown must not be used here The power supply to the heat pump control unit 3 x 1 5 mm2...

Page 99: ...eat pump control unit Recommended cable 3 x 1 5 mm2 5 x 1 5 mm2 with power OFF for the compressor instantaneous heating water heater Compressor power supply 230 V sealing economy tariff con nection fo...

Page 100: ...parameters need to be set when using economy tariff with power OFF During the power OFF period the compressor is shut down Recommended power cable Flexible 3 x 4 0 mm2 for cable lengths up to 20 m A...

Page 101: ...cluding fuses and RCD A Heat pump control unit connection on cross connect PCB B Instantaneous heating water heater accessory C Compressor fan is directly linked to the compressor power supply D High...

Page 102: ...F is enabled Note Observe the technical connection condi tions of the relevant power supply util ity X3 7 X3 6 C B A F H 7 3 1 N 1 N G K kWh kWh 3 E D Diagram excluding fuses and RCD A Heat pump contr...

Page 103: ...l receiver contact open power OFF enabled with backup fuse H Economy tariff meter K TNC system feed Closing the heat pump Closing the control panel 2 1 3 Installation sequence Power supply cont 5692 8...

Page 104: ...104 Fitting the front panel 1 2 2 Installation sequence Closing the heat pump cont 5692 875 GB...

Page 105: ...circuit for leaks 108 4 Filling and venting on the secondary side 108 5 Checking the expansion vessel and heating circuit pressure 109 6 Checking the compressor casing temperature 110 7 Commissioning...

Page 106: ...se note Wait at least 30 min between the installation and commissioning of the appliance to prevent equip ment damage Work on the refrigerant circuit must only be carried out by a qualified refrigerat...

Page 107: ...2 Writing reports Enter measurements taken during com missioning described in the following into the reports from page 138 onwards Commissioning inspection maintenance Further details regarding the i...

Page 108: ...k detector or leak detecting spray for refrigerant leaks Filling and venting on the secondary side Please note To prevent equipment damage protect electrical components inside the heat pump from escap...

Page 109: ...o its central position For this lock the manual lever in its l h position 9 Close manual air vent valve A after complete venting 10 Check the system pressure and top up with water if required Checking...

Page 110: ...f necessary check with Viessmann technical service Commissioning the system Commissioning configuration parame ter settings and function checks can be carried out with or without the commis sioning as...

Page 111: ...sioning assistant can also be started manually For this hold down the when switching on the heat pump control unit progress bar appears When the unit is first commissioned the display is in German Spr...

Page 112: ...set Start commissioning Parameter group select Language set Date time set Temperature sensors Signal inputs Actuator test Subscriber check LON Commissioning terminated Control mode OK OK OK OK OK OK...

Page 113: ...Alternatively if the service menu was already enabled Extended menu 1 2 Service 3 Select Coding level 1 4 Select parameter group System definition 5 Select parameter System scheme 6 Confirm parameter...

Page 114: ...e for Cen tral heating DHW heating only for type AWCI M AC 301 A System definition System scheme 7000 With DHW heating Internal hydraulics Enable 3 way diverter valve heating DHW 730D 1 DHW heating wi...

Page 115: ...ternal extension H1 System definition External extension 7010 1 Note For parameters for external hook up see the following table External functions External functions Parameter Setting External demand...

Page 116: ...ing on pumps compressor 701A 0 to 31 External blocking of the com pressor mixer in control mode or CLOSED System definition Effect of ext blocking on heat pump heating circuits 7015 0 to 8 System def...

Page 117: ...kW 3 for 9 kW DHW if applicable Enable electric heaters for DHW heating 6015 1 External heat source External heat source parameters Setting External heat source Enable external heat source 7B00 1 Wit...

Page 118: ...0 System definition Number of lag heat pumps in cascade 5735 1 to 3 System definition Output lag heat pump 700B 0 to 255 System definition Use of heat pump in cascade 700C 0 to 15 System definition F...

Page 119: ...ation Enable LON communication module 7710 1 1 Communication LON subscriber number 7777 1 to 99 unique 1 to 99 unique Communication LON system number 7798 1 to 5 1 to 5 as per lead appliance Communica...

Page 120: ...120 Overview of sensors drain valve and air vent valve Type AWO M AC 301 A F H L M N O P R E D C A B K S Troubleshooting Repair 5692 875 GB...

Page 121: ...ety high pressure switch M Hot gas temperature sensor N Digital scroll valve O Low pressure sensor P Schrader valve low pressure side R Suction gas temperature sensor S Return temperature sensor secon...

Page 122: ...arate cooling circuit F14 Room temperature sensor separate cooling circuit F16 Room temperature sensors Vitotrol Temperature sensors type Pt500 460 20 540 100 Resistance in Temperature in C 60 140 180...

Page 123: ...6 3 AH slow 250 V Max power loss 2 5 W Danger Contact with live components can lead to serious injury from electric current Before working on the equip ment always ensure that the power circuit is als...

Page 124: ...ital scroll valve 031 Front section side panel air han dling enclosure r h l h 032 Cover air handling enclosure front 033 Rear section side panel air han dling enclosure r h l h 034 Cover air handling...

Page 125: ...6 Control module cable kit 137 Control module instantaneous heating water heater accessory 138 Cable kit instantaneous heating water heater accessory 146 Plug lJ 152 Cable harness electronic expan sio...

Page 126: ...126 222 201 202 203 204 206 207 208 209 212 213 214 037 221 210 211 222 200 Parts lists Parts list type AWCI M AC 301 A cont 5692 875 GB...

Page 127: ...127 022 029 032 034 033 031 033 025 031 Parts lists Parts list type AWCI M AC 301 A cont 5692 875 GB Service...

Page 128: ...128 051 052 008 066 038 063 064 Parts lists Parts list type AWCI M AC 301 A cont 5692 875 GB...

Page 129: ...053 020 048 020 054 036 026 007 014 058 059 035 018 014 021 015 030 165 001 006 011 021 021 013 015 041 035 018 004 039 043 020 015 024 021 027 023 060 023 023 015 005 012 018 016 017 Parts lists Part...

Page 130: ...AWO M AC 301 A Information for ordering spare parts Quote the part and serial numbers see type plate and the position numbers of the required part as per this parts list Standard parts are available f...

Page 131: ...x 1200 mm 056 Fixing piece bottom for collector 061 Threaded insert Rp 1 G 1 063 Adaptors for drip tray set 064 EPP connecting screw 065 Sound insulation mat for floor panel aperture 126 Mains termina...

Page 132: ...EV 153 Cable harness high pressure 154 Cable harness low pressure 155 Electronic expansion valve con necting cable 156 Connecting cable compressor 159 Temperature sensor Pt500 air dis charge evaporato...

Page 133: ...133 202 204 206 207 203 209 212 213 214 203 215 205 205 215 216 222 201 221 210 211 222 200 Parts lists Parts list type AWO M AC 301 A cont 5692 875 GB Service...

Page 134: ...134 022 029 032 033 031 033 025 031 Parts lists Parts list type AWO M AC 301 A cont 5692 875 GB...

Page 135: ...135 051 052 008 065 038 063 064 Parts lists Parts list type AWO M AC 301 A cont 5692 875 GB Service...

Page 136: ...2 010 056 035 018 009 165 001 006 035 018 004 020 015 024 021 020 015 024 021 044 061 044 061 053 046 045 023 023 041 040 030 016 005 012 016 017 017 Parts lists Parts list type AWO M AC 301 A cont 56...

Page 137: ...137 151 178 143 144 145 142 141 140 127 A 167 150 126 148 162 161 133 129 135 Parts lists Parts list type AWO M AC 301 A cont 5692 875 GB Service...

Page 138: ...ndary circuit flow temperature 35 C at air inlet temperature 15 C K 4 to 13 Testing the mixer heat pump and cylinder heating Checked under the following conditions Room temperature C Outside temperatu...

Page 139: ...al change over 7011 0 Operating status for external change over 7012 2 Effect of external blocking on pumps compressor 701A 0 Duration of external changeover 7013 8 h Effect of external demand on heat...

Page 140: ...at pump 6007 70 7 K Hysteresis DHW temperature booster heater 6008 100 10 K Start optimisation for DHW heating 6009 0 Stop optimisation for DHW heating 600A 0 Set DHW temperature 2 600C 600 60 C Tempe...

Page 141: ...dary pump 7340 Do not adjust Heating water buffer cylinder Enable buffer cylinder low loss header 7200 0 Temp in operating status fixed value for buffer cyl 7202 500 50 C Hysteresis temperature heatin...

Page 142: ...ed room temperature 4001 200 20 C Remote control 4003 0 Heating curve slope 4006 6 0 6 Heating curve level 4007 0 0 K Influence room temperature hook up 400A 10 Room temperature hook up 400B 3 Max flo...

Page 143: ...art wintertime week 7C05 5 Start wintertime day 7C06 7 Communication Heat pump number in cascade 5707 1 Enable LON communication module 7710 0 LON subscriber number 7777 1 LON fault manager 7779 0 Out...

Page 144: ...3 to 9 2 Cooling capacity data at 100 to EN 14511 A27 A7 C spread 5 K Rated cooling capacity kW 8 60 Power consumption kW 2 76 Energy efficiency ratio EER 3 12 Output control kW 3 to 8 6 Cooling capac...

Page 145: ...g current with stalled arma ture A 97 Fuse protection A 1 x B32A Fan protection 6 3 AH slow IP rating IP X4 IP X4 Control circuit rated voltage 230 V 50 Hz Control circuit protection 6 3 AH slow Refri...

Page 146: ...Fan stage 1 dB A 38 42 4 55 55 Fan stage 2 dB A 44 46 4 58 56 Fan stage 3 dB A 48 48 4 60 57 Night mode dB A 45 46 4 58 56 Note Test of the total sound power level with reference to DIN EN ISO 12102 D...

Page 147: ...ystem example 1 System example 2 Sketch for alternative hydraulic scheme Heating circuits fully installed and filled Electrical installation completed Hydraulic lines fully thermally insulated All win...

Page 148: ...2 2008 A1 2009 DIN EN 60 335 2 40 2010 03 EN 60 252 1 2002 05 DIN EN 60 335 1 2007 02 EN 60 529 2000 09 DIN EN 61 000 3 2 2010 03 BGR 500 Chapter 2 35 In accordance with the following Directives this...

Page 149: ...components 80 Function components 84 Control panel 63 69 75 Control parameter reports 138 Control unit 21 71 D Declaration of Conformity 148 DHW heating 1 41 DHW heating 2 44 Dimensions Type AWCI M A...

Page 150: ...t Lag heat pump 118 119 Overview Sensors drain valve and air vent valve 120 P Panel 71 Parameter Immersion heater 117 Parameters Cascade via H1 118 Cascade via LON 118 Cooling function 116 External he...

Page 151: ...ample 2 33 System scheme 118 Options table 24 System scheme 10 25 33 T Temperature limiter 82 Terminating service 113 U Underfloor heating 82 Underfloor heating circuit 82 Use of heat pump in a cascad...

Page 152: ...1 7YP GB Telephone 44 1952 675000 Fax 44 1952 675040 E mail info uk viessmann com Viessmann Werke GmbH Co KG D 35107 Allendorf Telephone 49 6452 70 0 Fax 49 6452 70 2780 www viessmann com 5692 875 GB...

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