Carrier 80HMA-M00 Installation, Operation And Maintenance Instructions Download

Page: 1 / 164

Installation, Operation and Maintenance Instructions

Comfort Module

Hydronic Systems

dronic System

ydronic Syst

ydronic Sy

Hydronic S

Hydronic

Hydroni

Hydron

Hydro

Hydr

Hyd

Summary of Contents for 80HMA-M00

Page 1: ...tion Operation and Maintenance Instructions Comfort Module Hydronic Systems dronic System ydronic Syst ydronic Sy Hydronic S Hydronic Hydronic Hydroni Hydron Hydro Hydro Hydro Hydr Hyd Hyd Hyd Hy Hy Hy Hy Hy H ...

Page 2: ...3 8 Adding Water to Circuit 64 3 9 Troubleshooting 65 4 2 ZONE KIT 70 4 1 Introduction 70 4 2 Unit Description 70 4 3 Installation 71 4 4 Operation Controls 77 4 5 Maintenance 80 4 6 Safety Recommendations 80 5 SCHEMATIC DIAGRAMS 81 6 ACCESSORIES 125 6 1 Adding Brazed Plate Heat Exchanger BPHE Kit 125 6 2 Adding Pump Kit 80HMA 9003 132 6 3 Adding 3 Way Valve Kit 80AW9028 138 6 4 Adding Piping Kit ...

Page 3: ...UEPPS VOJU U NBZ DBVTF BO JOKVSZ PS EBNBHF UIF VOJU P OPU QMBDF DPOUBJOFST öMMFE XJUI MJRVJET PS PUIFS PCKFDUT POUP UIF VOJU This appliance can be used by children aged from 8 years and above and persons with reduced physical sensory or mental capabilities or lack of experience and knowledge if they have been given supervision or instruction concerning use of the appliance in a safe way and unders...

Page 4: ... connections are the responsibility of the installer DANGER Electrical shock can cause severe personal injury or death These operations are carried out by qualified personnel only WARNING t 5IJT VOJU DPNQMJFT XJUI MPX WPMUBHF FMFDUSPNBHOFUJD DPNQBUJCJMJUZ BOE QSFTTVSF FRVJQNFOU JSFDUJWFT t 5P BWPJE FMFDUSJD TIPDL PS öSF NBLF TVSF UIFTF PQFSBUJPOT BSF DBSSJFE PVU CZ RVBMJöFE personnel only t OTVSF ...

Page 5: ...parameters Description of the NUI Touch n go functionnalities and setpoints Schedule settings Advanced programming options Installation of the system Chapter 3 80HMA COMFORT MODULE Chapter 4 2 Zone kit Chapter 6 Accessories Chapter 7 Pool kit information within a table Variable table for comfort module for 2 Zone kit Section 3 4 Operation Controls to adjust climatic J Q X ...

Page 6: ...lid is available only in the wall installation In this case ignore the programming instructions Open the lid 2 2 4 Mechanical Installation Installation Manual 2 2 2 Power The NUI will be powered with 12V unregulated DC Voltage This power is supplied to the user interface by the unit to which it is connected 2 2 3 User Interface Location for In zone User Interface The user interface should be insta...

Page 7: ...es and scrolling up menu items C ZONE Select the Zone J DAYS Display weekdays for schedule settings D HOME Select Home room setpoint K PERIOD Display the programming time periods for schedule settings AWAY Select Away room setpoint L START TIME Display the period start time for schedule settings SLEEP Select Sleep room setpoint M D H M SET CLOCK Adjust clock OK settings A B C D J K L M E F G H I E...

Page 8: ...e 14 Outdoor Air Temperature 24 5 Domestic Hot Water Valve activated 15 Time display 25 Relative Humidity 6 Domestic Hot Water warning icon disinfection failed 16 Alarm 26 Keypad lock 7 Gas Boiler 17 Day of the week 27 Heating mode 8 Room Air Temperature 18 Touch N Go Home 28 Schedule activated 9 System OFF Mode 19 Home setpoint selected 29 Disinfection cycle 10 Zone number 20 Touch N Go Away 30 H...

Page 9: ...o set the day 7 Use or to select the day 8 Press and close the lid 1 Select the required zone with or the virtual zoning feature Refer to section Virtual Zoning or directly on the concerned NUI 2 Press and hold the Touch N Go button or or temperature and the icon Heating or Domestic Hot Water 2 5 2 Home Sleep Away Settings Own zone Board address and zone associated to the User Interface NUI X X Ma...

Page 10: ... be set Important Even if scheduling functionality is not used on site it is mandatory to enter and validate it 3 Press to switch between Heating or Domestic Hot Water modes depending on the access level 4 Press or to set the required temperature for the selected mode The triangle icon above the pressed Touch N Go button 5 Press again or to set the new required temperature for the next setting and...

Page 11: ...ON 8 00 P2 Away ON 14 00 P3 Home ON 20 00 P4 Sleep ON Follow the below steps to set your personal time periods to select the time periods for other boards zones You can use the virtual zoning feature to do this procedure 1 Open the lid 2 Select the required zone by pressing repeatedly 3 Press Days starts 4 individual day by pressing 5 press 6 7 Use or to select the required hour Below is an exampl...

Page 12: ...llowed or not indicates if the Electric Heaters are allowed 11 For Domestic Hot Water temperature to select if silent mode is active or not indicates if the silent mode is active 12 to select zone OFF Mode indicates the mode 13 Press 14 15 Press Home J or Sleep for this period 16 Press to set the Silent mode 17 Press to set the Electrical Heater option 18 way 19 Then repeat all the steps for your ...

Page 13: ...ll see Schedule active icon display 4 Press instead of the scheduled value The Schedule active icon 5 This releases the hold and the temperature will return to the temporary level The schedule active icon 6 Close the lid Note This functionality works only if pararameter Par 1 11 0 allowing the user to change the setpoints refer to Variable Table Otherwise it is not possible to change the room temp...

Page 14: ...during the Frequency reduction mode only 30AWH Par 103 xx 2 7 1 Shortcut to Silent Mode 5 Q then use to switch between them The Day number icon indicates the sub parameter number Day number will be shown Use or to select the required value 6 Press to go to the next parameter to be changed 7 Use or to go to the next parameter 8 procedure 9 Press and close the lid Parameters are saved when the ok bu...

Page 15: ...Pump to the Domestic Hot Water Tank J With a Water Temperature sensor to ensure a better management from Comfort Module With Booster Electrical Heaters managed by the Comfort Module J YJQ J Q J J Q installed in the room to control the room comfort YJQ manage two different zones Zone 1 with a 3 Way Valve low temperature device as Zone 2 without a 3 Way Valve higher temperature devices like Terminal...

Page 16: ...he water loop pressure drop 80HMA 9004 BPHE Kit 8kW To add a heat exchanger in the Comfort Module to separate the primary from the secondary loop heat transmitters Heat Pump up to 8 kW 80HMA 9005 BPHE Kit 16kW To add a heat exchanger in the Comfort Module to separate the primary from the secondary loop heat transmitters Heat Pump up to 16 kW 80AW9023 Domestic Hot Water Diverting Valve and Actuator...

Page 17: ...elow picture for details Operative ambient temperature C 5 30 Operating weight kg 34 35 Power supply V ph Hz 230 1 50 400 3 50 Recommended main breaker C6 C20 C32 C16 C20 Electric Heater element kW 0 3 6 6 9 Number of auxiliary heating steps 1 external boiler 1 3 Heating and Cooling Yes Connection of backup boiler Yes No 3 2 1 Features 55 51 65 65 75 75 52 33 ...

Page 18: ... Electric Heaters 3 4 male 8 Manometer water loop pressure 9 Flow switch 10 11 12 Buffer tank temperature sensor TWB 13 Leaving Water Temperature sensor to the Comfort Zone LWT 14 Water drain valve 15 Expansion vessel 8 l 16 Water pump 17 Brazed Plate Heat Exchanger BPHE 18 Drain pipe Used to drain water from the safety pressure relief valve pressure release It has to be connected to waste water p...

Page 19: ...19 80HMA 3 2 2 2 Standard Version 80HMA M00 with Boiler connections Pump Kit 80HMA 9003 3 2 2 3 Standard Version 80HMA M00 with Boiler connections BPHE Kit 80HMA 9004 5 ...

Page 20: ...HMA M03 M06 T06 T09 with Electrical Heaters 3 2 2 6 Bottom view Standard version 80HMA M03 M06 T06 T09 with Electrical Heaters 3 2 2 4 Bottom View Standard Version 80HMA M00 with Boiler connections with or without BPHE or Pump Accessories ...

Page 21: ...he primary loop from Heat Pump to Comfort Module from the secondary loop from Comfort Module to YJQ Hydraulic performances are shown in the curves below 3 2 3 Installation Design 1 Heat Pump 2 Comfort Module 3 Domestic Hot Water tank 4 Manometers 5 Ball Valves Stop Valves 6 7 3 Way Valve 3WV 8 Water Filling system valve 9 Automatic air vent valve should be placed in the highest positions of the hy...

Page 22: ...r Pump embedded 80HMA 9003 Select the appropriate Water Pump speed I II III on the selector Water Pump kit Available Static Pressure ASP kPa Flow rate Q I h Pressure drop DP kPa Flow rate Q I h 3 2 6 Comfort Module pressure drop Without any additional kits 3 2 7 Comfort module Pressure Drop with Pump Kit 80HMA 9003 ...

Page 23: ...opriate for the cause noise issues and a low DT DT Water Temperature Difference Flow rate Q I h Total available static pressure DP kPa Flow rate Q I h 3 2 9 Pressure drop for primary loop 3 2 10 Head Pressure for secondary loop 8 kW BPHE Kit 16 kW BPHE Kit 3 2 8 BPHE Kit Pressure Drop and Available Static Pressure ...

Page 24: ... recommends to connect the Domestic Hot Water valve to Discrete Output DO 6 and Par 110 5 2 To Domestic Hot Water valve control Q Q YJ Note 2 4 5 4 6 5 4 5 7 Domestic Hot Water tank Carrier provides Domestic Hot Water tanks 60STS STD Electrical Heaters and a Water Temperature Sensor fully compatible with the Comfort Module You can also use other Domestic Hot Water tanks Use the Variable Table to i...

Page 25: ...1 1 9 9 2 2 R2 R1 R2 R1 N1 N2 N2 N1 L L N N G2 10 G2 10 11 Y2 11 Y2 Rc 12 12 Rc Rh 13 13 Rh 23 23 20 24 20 24 22 21 22 21 14 15 15 14 60 61 61 60 16 5 16 5 17 6 17 6 7 4 7 4 8 8 1 1 9 9 2 2 R2 R1 R2 R1 R3 R3 N1 N2 N2 N1 N3 N3 L1 L1 L2 L2 L3 L3 N N 10 50 10 40 10 50 10 40 a b Below pictures show the power supply connections as well as the customized DI s and DO s available in the Comfort Module 3 2...

Page 26: ...he Comfort Module Terminal Block 3 Heat Pump power supply and breakers Follow the instructions in the Heat Pump installation manual 4 Domestic Hot Water Tank Electric Heater power supply and breaker size the breaker and cables in accordance with the Electric Heater power and local regulations 5 Main power supply source and breakers install the breakers in accordance with the maximum power consumpt...

Page 27: ...3 6 6 9 Electric Heater circuit breaker protection not included Reference 1 in Power above C6 C20 C32 C16 C20 Running current max A 5 18 31 14 18 Main power cable size and wire numbers mm 3G x 2 5 3G x 4 3G x 6 5G x 2 5 5G x 4 Communication cable FROH2R User Interface NUI additional or remote cable FROH2R 4 x 0 75 mm Booster Heater power supply cable H05VV F 3G x 2 5 mm Booster Heater activation c...

Page 28: ...Reference for all 230 V Discrete Outputs DO Common Reference 7 L Max 4A 230Vac 50Hz Line available for devices connected 61 Output Status Max 20mA 12Vcc For internal use Do not connect any device without further notice 60 Output Status Discrete Inputs terminal block TB1 connection number Terminal Block Connection Number Description Type Notes 22 Discrete Input DI 1 Dry Contact input Refer to varia...

Page 29: ...e phases Neutral Electrical Heaters power supply 400 Vac 50Hz Only T6 and T9 Power supply for Electrical Heaters three phases and neutral Electrical Heaters elements in 230V L2 L2 Heater L3 L3 Heater N N Heater Communication Pins Connector Pin Description Notes Rh Rc Communication bus To connect to the communication bus G2 Y2 NUI User interface supply User Interface NUI power supply Voltage 12 Vdc...

Page 30: ...eat Pumps on Communicant Bus Before starting the addressing process Check the wiring and bus connections Prepare report on the schematics serial numbers of the boards 1 For Comfort Module Master Board For 2 Zone Kit Slave Board For Pool kit Slave Board Serial numbers read from the Variable Table are directly displayed on screen The parameter number 123 hasn t to be accounted For User Interfaces NU...

Page 31: ...tures on the next two pages show two typical X Y to note down all the serial numbers of the boards and User Interfaces and their corresponding positions in the system Below is an example table to record the addresses and serial numbers referred in the below diagrams 3 3 2 Network Overview Device Addressing Range 30AWH Heat Pumps 2 9 Comfort Module board Master Board 10 2 Zone Kit Pool boards Slave...

Page 32: ...the bus from boards that should be addressed at the same time and follow the process according to your system schematic 1 For Schematic Scheme 01 a Connect the boards Master Board address 10 NUI 0 address 85 Pool kit slave board if existing address 21 30AWH communicant HP address 2 b Power ON to run the AAP Wait for 30 sec c Power OFF and connect the NUI 1 address d Power ON to run the AAP Wait fo...

Page 33: ...87 Par 128 88 Par 107 0 Z1 NUI 0 Master User Interface Serial Number _ _ _ _ _ _ Address 85 Par 128 85 Par 107 0 Slave Board Serial Number _ _ _ _ _ _ Address Par 127 21 Par 124 2 Zone 1 Par 22 1 Par 126 87 Zone 2 Par 22 2 Par 126 0 CCN ChillerBoard CCN CHILLER Serial Number _ _ _ _ _ _ Address Par 127 2 CCN ChillerBoard CCN CHILLER Serial Number _ _ _ _ _ _ Address Par 127 Se S S S S S S S S S ri...

Page 34: ...ser Interface Zone Pool Z1 Serial Number _ _ _ _ _ _ Address Par 127 88 Par 128 88 Par 107 0 Z1 NUI 0 Master User Interface Serial Number _ _ _ _ _ _ Address 85 Par 128 85 Par 107 0 Slave Board Serial Number _ _ _ _ _ _ Address Par 127 22 Par 124 2 Zone 1 Par 22 1 Par 126 88 Zone 2 Par 22 2 Par 126 0 CCN ChillerBoard CCN CHILLER Serial Number _ _ _ _ _ _ Address Par 127 2 CCN ChillerBoard CCN CHIL...

Page 35: ... 4 Advanced Programming 5 6 Press and enter 1 Æ Stop network communication is activated Press to validate 7 Press J Q to validate 8 Press and enter 5 Æ Read the number of devices connected and note it Press to validate Note The value read here will be used later 9 Press and enter 6 Æ J Q to validate J 10 3 3 6 Loop C Addressing of NUI 1 User Interface in Zone 1 Address 86 Without 2 Zone Kit and Po...

Page 36: ...lidate Note The value will be displayed in Par 122 9 Press and enter 6 Æ J Q to validate J 10 9 Press and enter 6 Æ J Q to validate J 10 3 3 8 Loop E Addressing of 2 Zone Kit Slave Board Address 21 NUI 1 User Interface in Zone 1 Address 86 Refer to picture Comfort Module 2 Zone Kit Pool Kit 1 Turn OFF power to the system and connect the 2 Zone Kit Slave Board and the User Interface NUI 1 dedicated...

Page 37: ...ed and note it Press to validate Note The value will be displayed in Par 122 9 Press and enter 6 Æ J Q to validate J 10 3 3 10 Loop G Addressing of NUI 3 User Interface in Pool kit Area Address 88 Refer to picture Comfort Module 2 Zone Kit Pool Kit 1 Turn OFF power to the system and connect the Pool Kit Slave Board and the User Interface NUI 3 dedicated to the Pool area 2 Turn ON power to the syst...

Page 38: ... that parameter Par 122 is equal to the number of installed devices 4 Check connections on the Bus crossing wires and Board s supply Restart the addressing process from Loop A 3 3 13 Loop J Check the right association between the NUI s Zones and their boards Master Board Slave Boards Sub loop J 1 Verify association between NUI 0 address 85 and the Master Board address 10 default address 1 Go to Va...

Page 39: ...ne 1 NUI or 2 Zones 2 NUIs or No NUI 1 J Press Æ Press Æ Æ Select Address Æ Press 2 3 Record the Board address and its Serial Number on your schematic or table form 4 J 5 Æ press 6 X J Zone Button 7 64 and Zones Reminder Switch the Zone number by pressing the zone button Press Sub loop J 4 Verify association between address assigned and the serial number of all Heat Pumps 30AWH HC Boards Note Maxi...

Page 40: ...ress at any time Press Select Board Address Æ Press Master Board Own zone Other zone If existing Virtual Zoning feature is used to set the variable table and schedule setting for different zones other than the own zone Note 4 D network Virtual Zoning is accessible only through the Master User Interface NUI 0 on Master Board Any other User Interface NUI 1 Æ n on Slave Board with Access Level 3 Virt...

Page 41: ... 3 4 2 Room Temperature Setpoint Control 3 4 3 Backup Heaters Heating mode only If the Outdoor Air Temperature is lower than the value set in Par 92 OAT Threshold for Backup Heaters and if the difference between the Leaving Water Temperature Setpoint and the current Leaving Water Temperature is higher than the value in Par 93 Water Temperature Hysteresis for Q Heaters is turned ON If the Electric ...

Page 42: ... curve Variable Table For Heating to Par 52 55 For Cooling to Par 57 60 25 A D B C LWT Leaving Water Temperature C OAT Outdoor Air Temperature C OAT Outdoor Air Temperature C OAT Outdoor Air Temperature C LWT Leaving Water Temperature C LWT Leaving Water Temperature C 3 4 4 3 Climatic curve 3 Custom curve Point X Par 16 Point Y Par 17 ...

Page 43: ...control always Compare the priority for Domestic Hot X considers all the priorities should be design upon your system requirements Below curves are used to calculate the priority T Domestic Hot Water or Room Temperature C P Priority a Domestic Hot Water Priority curve in case of Electric Heaters backup b Domestic Hot Water Priority curve in case of gas boiler backup c Domestic Hot Water Priority i...

Page 44: ...ti Legionella This function is available only if the Domestic Hot Water is managed by system control Par 71 1 or 2 The disinfection function disinfects the DHW Tank by according to national and local regulations Note 2 disinfection function has not been completed within the 2 stopped unless Par 109 2 is set to 1 Allowed to Produce 2 Q The system will try to perform the disinfection cycle on the ne...

Page 45: ...lable on RANGE Par No Name Description Comfort Module Zone 1 2 Zone Kit Pool User Interface Heat Pump MIN MAX DEFAULT Master Zone 1 Zone 2 J consider your own addresses 127 Board address selected Address of the board for which the Variable Table is shown 10 21 21 21 22 0 255 Own address 22 Virtual zone selected Zone for which variable board selected Par 127 board address 1 1 2 1 1 2 Own zone LEVEL...

Page 46: ...om Hysteresis Hysteresis on Room Temperature C 0 1 2 0 5 16 Adjust Heating Climatic Curve X in Climatic curve 3 Delta Temperature applied to the maximum Temperature of Heating Climatic Curve C 5 5 0 17 Adjust Cooling Climatic Curve Y in Climatic curve 3 Delta Temperature applied to the minimum Temperature of Cooling Climatic Curve C 5 5 0 18 Adjust Room Sensor Temperature Delta to apply to Room Te...

Page 47: ... Hot Water or Pool Outlet C O the Comfort Module sensor C 20 treshold Humidity setpoint to start 20 100 60 21 treshold Humidity setpoint to start 20 100 40 22 Virtual zone selected Zone for which variable board selected Par 127 board address 1 1 2 1 1 2 Own zone Variable Table Available on RANGE Par No Name Description Comfort Module Zone 1 2 Zone Kit Pool User Interface Heat Pump MIN MAX DEFAULT ...

Page 48: ...nge the main mode of the system 0 Off 1 Domestic Hot Water NA for pool 2 Cooling 3 Heating 35 Heat Pump mode It shows the chiller mode 0 Off 1 N A 2 Cool 3 Heat 4 Booster Heat 5 Booster Cool 6 Rating Heat 7 Rating Cool 8 Freeze protection 9 Defrost 10 Hi Temp Protection 11 Timeguard 12 Fail Variable Table Available on RANGE Par No Name Description Comfort Module Zone 1 2 Zone Kit Pool User Interfa...

Page 49: ...ly with 30AWH It display the L Maximum compressor frequency Hz M Requested compressor frequency Hz N Current compressor frequency Hz 38 Zone Water Setpoint Pool setpoint Water setpoint requested by the zone Pool kit C 39 Compressors Run Time The compressor run time of Heat Pump x10 hours only 30AWH 40 Water Pump Run Time The Water Pump run time x10 hours Variable Table Available on RANGE Par No Na...

Page 50: ...ater 1 Run time reset 0 No Reset 1 Reset MHeater 2 Run time reset 0 No Reset 1 Reset NHeater 3 Run time reset 0 No Reset 1 Reset ODomestic hot water heater run time reset 0 No Reset 1 Reset 45 Heat Pump Capacity Outdoor unit capacity only 30AWH 46 User Interface SW Version Release Software Version Release 47 Controller SW Version Release Board Software Version Release Variable Table Available on R...

Page 51: ...ater setpoint at Max OAT Par 52 value C Point C Climatic Curve 3 35 20 80 35 56 Cooling Climatic Curve Nb Climatic Curve 2 Selection of Cooling Climatic Curve curve 1 to 2 See Climatic Curve 2 for details NA for Pool 0 0 2 0 57 Cooling Climatic Curve Max OAT Climatic Curve Maximum Outdoor Air Temperature C Point B on Climatic Curve 3 40 24 46 40 58 Cooling Climatic Curve Min OAT Climatic Curve Min...

Page 52: ... Water Temperature Sensor installed and 2 System control with Solar it needs DHW S Sensor installed Par112 0 1 and Th S Solar Thermostat on DI 5 Par 111 4 1 3 External control it needs a Th S Water Thermostat installed on DHW Tank and 1 2 3 72 Domestic Hot Water Temperature Priority 0 Value of DHW Temperature for Priority 0 in Domestic Hot Water Priority chart C Point D 40 80 55 Variable Table Ava...

Page 53: ...in Room Comfort Priority chart C Point E 1 5 1 77 Delta Water Temperature for Domestic Hot Water ECO mode When Eco mode is Active Dry Contact DI to be decrease the Water by this value 0 10 5 78 Domestic Hot Water Booster Force the Domestic Hot Water Electric Heater to turn ON till the Domestic Hot Water Setpoint is reached 0 Off 1 On 0 1 0 79 Boiler Delay Time Time in minutes to wait for turning o...

Page 54: ...rt 0 24 3 84 Anti legionella Temperature Setpoint for Anti legionalla Temperature C 60 90 75 85 Anti legionella Wait Time Anti legionella cycle is considered as complete if the Domestic Hot Water Temperature has reached the Anti legionella setpoint for this time min 5 30 30 86 Anti legionella time over If Anti legionella cycle is not completed within this as failed 2 12 4 Variable Table Available ...

Page 55: ...turn on C 30 25 4 93 Water Temperature Hysteresis for BackUp Heaters Temperature hysteresis on the water in tank to turn on the backup heaters C If the Water temperature is below the requested Setpoint minus this allowed to be turned on 0 10 3 94 Delay for BackUp Heaters Delay to start backup heaters when the other conditions request them min 0 60 10 Variable Table Available on RANGE Par No Name D...

Page 56: ... forced 0 6 0 1 DO 1 2 DO 2 3 DO 3 4 DO 4 5 DO 5 6 DO 6 105 System Type 1 Single zone 2 Multiple zone 1 2 1 106 Heat Source Connected connected to the Comfort Module 0 No Heat Pump 1 Inverter 30AWH Heat Pump s Heat Pump 3 Dry contact Heat Pump 0 3 1 107 User Interface in Zone interface is placed in the zone for the comfort or not 0 User interface not used for comfort 1 User interface used for comf...

Page 57: ...he sub parameters 0 1 0 LForce frequency reduction 0 Not Active 1 Active MForce all Electric Heaters to turn OFF 0 Normal operation 1 Force OFF NAllowed to Produce Domectic Hot Water despite Anti legionella failure 0 No 1 Yes OUse Heaters Boiler in case of chiller failure in Heating 0 No 1 Yes Variable Table Available on RANGE Par No Name Description Comfort Module Zone 1 2 Zone Kit Pool User Inte...

Page 58: ...n to select the sub parameters Input values Use HOLD to quickly switch between plus and minus L DI 1 Select input code 13 13 12 12 0 M DI 2 Select input code 13 13 12 12 0 N DI 3 Select input code 13 13 12 12 0 O DI 4 Select input code 13 13 12 12 0 f DI 5 Select input code 13 13 12 12 0 Q DI 6 Select input code 13 13 12 12 0 R DI 7 Flow Switch Input code 11 for Comfort module 11 12 12 11 Variable...

Page 59: ...Water Pool temperature 0 Not connected 1 Connected 0 1 0 121 Network network 0 Do nothing 1 Stop Network Communications 2 Start Auto 3 Delete single address at Par 127 4 Reset single address at Par 127 5 Read the number of devices connected and store it show at Par 122 6 End Auto communication 7 Reset all devices and delete the entire network addresses from the database 0 7 0 Available on RANGE Pa...

Page 60: ...its XXxXxxXXXXX 124 Slave type type 1 Zone kit 2 Pool kit only 1 allowed in the network 1 1 2 1 2 1 125 Access Rights see paragraph Access Level Access Rights 0 Access level 0 1 Access level 1 2 Access level 2 3 Access level 3 0 3 3 126 User Interface Connected Address User interface address associated to the relevant Board at Par 127 and Zone Par 22 0 No user interface connected 85 213 0 127 Boar...

Page 61: ...tual Zoning full features Change the targeted board address Change the Master mode remotely by using the Virtual Zoning Change the local mode by operating on local Zones Q Note Parameters in the Variable Table are sorted according to the access levels 3 5 2 Access Level Description These values have to be assigned to the Discrete Output Q Par 110 Note Q 2 2 5 has to be activated acting as a Normal...

Page 62: ... ON OFF the Heat Pump High level or powered for ON 17 Heat Pump ON ON command to Heat Pump 18 Heat Pump OFF OFF command to Heat Pump 19 Heat Pump HEAT COOL Mode command to Heat Pump High level or powered for Heating 20 Heat Pump HEAT Heating command to Heat Pump 21 Heat Pump COOL Cooling command to Heat Pump 22 Heat Pump Setpoint 2 1 Setpoint command to Heat Pump High level for Setpoint 2 23 Heat ...

Page 63: ...stat A Input from thermostat type A Not depending on mode Close Room Temperature Room temperature setpoint 3 On Off Command Thermostat B Input from thermostat type B depending on mode Close demand 4 Off peak Off Peak request Close Off Peak active operates with Eco setpoints 5 Heating Cooling command Heating Cooling mode command Close Heating mode 6 Eco input ECO request Close ECO active 7 System O...

Page 64: ...p and start the Pump s to remove any air left in the circuit Once all these operations are completed and the system Electrical Heaters Refer to the Safety information The equipment must be serviced periodically to maintain performance and reliability The product warranty may be cancelled in case of wrong or incomplete maintenance The user is not authorized to open the unit or remove any parts Any ...

Page 65: ...mp B 10 EEProm Corrupt 30AWH Communicated by Heat Pump B 13 Lost communication to RS485 system 30AWH Communicated by Heat Pump A 14 Loss of signal From INVERTER Board 30AWH Communicated by Heat Pump B 15 Leaving Water Temperature Thermistor LWT 30AWH Communicated by Heat Pump B 16 Alarm test 30AWH Communicated by Heat Pump A 17 INVERTER Outdoor Air Thermistor TO 30AWH Communicated by Heat Pump A 1...

Page 66: ...r temperature sensor failure Comfort Module 2 Zone Kit Outdoor Air Temperature the value is out of range or or Outdoor Air Temperature or Outdoor Air Temperature Sensor from communicating Heat Pump not available A 45 Flowswitch 1 Any Case 1 Water Pump Output not DHW V is not active Heat Pump is ON Æ Case 2 Water Pump Output not Heat Pump is ON Par 81 1 Æ Case 3 Water Pump Output is Water Pump Outp...

Page 67: ...icant Heat Pump using CCN Par 71 1 30AWH more than 50 of the connected Heat Pumps are not communicating or have a type B failure For all Heat Pump types including dry contact DI alarm severity 2 input is active in master board C 54 EEProm corrupted Carrier Service B D 55 Pressure switch is OFF in more than 50 of the Slave Boards Multiple zone 2 Zone Kit Pressure switch of more than 50 of the Slave...

Page 68: ... Input on Master board Master No communication within 24hr on input set as 12 A Slave Boards 2 Zone Kit or Pool Kit 70 Single zone Board has slave address and it is not a pool kit B D 71 Mode mismatch in pool kit Pool kit Slave user mode in Pool kit is COOL Cool prevented in that zone Par 108 1 0 B 72 Mode mismatch in pool kit Pool kit Slave user mode in Pool kit is HEAT HEAT prevented in that zon...

Page 69: ...ith selected board Any Check wiring and or Addresses on Bus A 91 Loss of communication with Master board Any Check wiring and or Addresses on Bus A 92 Invalid address Any Board address is not within valid range Refer to addressing process to rebuilt the network properly B 93 NUI not associated to board Any addressing and association of user interface If Par 128 of the User Interface that is not as...

Page 70: ... and actuator 80AW9023 Cover panel to install the 2 Zone Kit detached from the Comfort Module 80AW9027 Kit to add 3 way valve and actuator in second zone 80AW9028 4 2 Unit Description 1 Leaving Water Temperature sensor Zone 1 2 Water Pump Zone 1 3 3 Way Valve and actuator Zone 1 4 Collector 5 Tank Water Temperature sensor 6 Pressure Switch 7 Drain valve 8 Water Pump Zone 2 9 Control box 10 Electro...

Page 71: ...ter temperature requirements Room temperature control room or in multiple rooms when a certain temperature is reached It is possible to control up to 2 rooms placed in different X the unit X highest Heating Cooling requirements Below items can be connected for each zone User interface Thermostat A Thermostat B Nothing controlled in remote by virtual zone Note 4 D G26 Module It is recommended to pl...

Page 72: ...tion W 260 Recommended Circuit Breaker Comfort Module 2 Zone Kit Type C10 Electic Heaters Refer to section 80HMA Comfort Module Main power supply Refer to the Safety information This device is destined for installation in sheltered It should not be installed in very humid rooms for example laundry rooms or where it may be subjected to water projections or spray the wall structure and the module we...

Page 73: ...0 0 1 5 0 0 H I M E L O Pressure drop DP kPa Flow rate Q It h Pressure drop DP kPa Flow rate Q It h Refer to the Safety Information A counter spanner is not needed when tightening the hydronic connections to the module water mixed with water treatment products Install valves not included at the Inlet and Outlet of the 2 Zone Kit Use 1 pipe or bigger for connections between the 2 Zone Kit and termi...

Page 74: ...OH2R 3G x 1mm2 Communication cables to the bus FROH2R 2 x 0 5mm2 See section 80HMA Comfort Module by the technicians of the after sales service type Y connection 1 2 3 1 Comfort Module Electric Heaters power supply and Comfort Module connector 2 Main boards power supply and breaker connected on Pins 1 and 2 in the Comfort Module connector 3 Main power supply source and breakers install the breaker...

Page 75: ... Connection Diagram 4 3 8 1 Terminal block Description 1 1 2 N N 2 51 51 50 50 52 53 53 52 54 55 55 54 56 56 57 57 G2 G2 G2 G2 Y2 Y2 Y2 Y2 Rc Rc Rc Rc Rh Rh Rh Rh 40 41 41 40 42 43 43 42 45 45 44 44 46 58 58 46 60 61 61 60 ...

Page 76: ...ble for devices connected Reference for all 230 V Discrete Ouputs DO s 46 Output Status Zone 1 Max 20mA 12Vcc For internal use 60 Output Status Common 61 Output Status Zone 2 Discrete Inputs terminal block TB1 connection number Connector Pin Description Type Notes 58 Discrete Input DI 1 Dry Contact 41 Discrete Input DI 2 Dry Contact 42 Discrete Input DI 3 Dry Contact 44 Discrete Input DI 4 Dry Con...

Page 77: ...ve selected 4 4 3 Home Antifreeze too Cold too Warm Protections See section 80HMA Comfort Module Q selected as in zone Par 107 1 X Y 2 Zone Kit 80HMA 9001 These values have to be assign to the Discrete Output Q Par 110 Note Q 2 2 5 has to be activated acting as a Normally Open NO corresponding device has to be activated acting as a Normally Close NC Example 1 Æ 5 Output is high or powered 1 Æ 5 Ou...

Page 78: ... is working 21 User Mode COOL zone 2 Active if Cooling Mode is working 22 Proportional Valve Open zone 1 Open Command for proportional valve 23 Proportional Valve Close zone 1 Close Command for proportional valve 24 Proportional Valve Open zone 2 Open Command for proportional valve 25 Proportional Valve Close zone 2 Close Command for proportional valve 26 Fan coil A zone 1 Active only in Heating m...

Page 79: ...pending from Mode Close Room Temperature Room Setpoint Temperature 2 On Off Command Thermostat B Zone 1 Input from Thermostat type B Depending from Mode Close Demand 3 On Off Command Thermostat A Zone 2 Input from Thermostat type A Not depending from Mode Close Room Temperature Room Setpoint Temperature 4 On Off Command Thermostat B Zone 2 Input from Thermostat type B Depending from Mode Close Dem...

Page 80: ...rt Module will light up on the user interface J change rate of 1 second Refer to section 80HMA Comfort Module for the description of fault codes 4 5 1 Troubleshooting 4 6 Safety Recommendations See section 80HMA Comfort Module and Safety information ...

Page 81: ...X Secondary loop exchanger CM HMA Comfort Module HMA DHW Domestic Hot Water DHW S Domestic Hot Water Temperature Sensor Located in DHW Tank 60STS STD DHW T Domestic Hot Water Tank DHW V Domestic Hot Water Valve or Diverting Valve DI Discrete Input Number DO Discrete Output Number ECO_Mode Z1 or Z2 Economic Mode for Zone 1 or 2 EH1 or EH2 Electrical Heaters Backup for Comfort Stage 1 or Stage 2 EHS...

Page 82: ...ue L N DI 1 DO 2 DO 3 DO 6 DI 2 DI 4 DI 7 J17 DO 4 DI 3 DI 5 DI 6 DO 5 N L com TWB1 N AI 2 AI 1 OR Com DI S S L N PE R R N L Rh Rc PE BK BN BU 2 OAT Sensor Ref 33AW RAS02 DHW Tank 60STS DHW V kit 80AW9023 CCW DO 1 TMS NC T T max Comfort Module 80HMAM00 TMS kit 80AW9024 Blue 80HMA 9003 Pump kit Schematic 1 01 Zone 1 Zone 2 X HMA M00 X 2Z Kit NUI 1 X NUI 2 Tst at 1 Tst at 2 UFH X TFCU TMS 1 2 X Radi...

Page 83: ... 15 12 Free 0 111 3 DI 4 15 21 TMS Alarm 10 111 4 DI 5 15 13 Free 0 111 5 DI 6 15 14 Free 0 111 6 DI 7 J17 Flow Switch 11 Par Nb Description Value 127 Master 10 22 Zone 1 or 2 Analogic Inputs configuration Value Par Nb Name Use Value 112 0 AI 1 10 11 DHW S 1 112 1 AI 2 23 24 OAT 1 112 2 AI 3 J6C LWT1 1 Selected Board address using Virtual Zoning for which Variable Table is shown Selected Zone Numb...

Page 84: ... 6 DO 5 N L com TWB1 N AI 2 AI 1 OR Com DI N L Rh Rc PE BK BN BU 2 OAT Sensor Ref 33AW RAS02 DHW V kit 80AW9023 CCW DO 1 TMS NC T T max Comfort Module 80HMAM00 TMS kit 80AW9024 Blue 80HMA 9003 Pump kit Schematic 1 01b Zone 1 Zone 2 X HMA M00 X 2Z Kit NUI 1 X NUI 2 Tst at 1 Tst at 2 UFH X TFCU TMS 1 2 X Radiator DHW T X 3WV2 Sensor X Solar X 30AWH com X HP no com WP 1 X BPHE kit 023 S S S L N PE R ...

Page 85: ...3 15 12 Free 0 111 3 DI 4 15 21 TMS Alarm 10 111 4 DI 5 15 13 Th S Solar step 1 111 5 DI 6 15 14 Free 0 111 6 DI 7 J17 Flow Switch 11 Par Nb Description Value 127 Master 10 22 Zone 1 or 2 Analogic Inputs configuration Value Par Nb Name Use Value 112 0 AI 1 10 11 DHW S 1 112 1 AI 2 23 24 OAT 1 112 2 AI 3 J6C LWT1 1 Selected Board address using Virtual Zoning for which Variable Table is shown Select...

Page 86: ...80HMAM03 TWB1 TMS NC T T max L N DI 1 DO 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 EH1 DO 2 S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S DHW Tank 60STS Blue Schematic 1 02 Zone 1 Zone 2 X HMA M03 X 2Z Kit NUI 1 X NUI 2 Tst at 1 Tst at 2 UFH X TFCU TMS 1 2 X Radiator DHW T X 3WV2 Sensor X Solar 30AWH...

Page 87: ... 21 TMS Alarm 10 111 4 DI 5 15 13 Free 0 111 5 DI 6 15 14 Free 0 111 6 DI 7 J17 Flow Switch 11 Par Nb Description Value 127 Master 10 22 Zone 1 or 2 Analogic Inputs configuration Value Par Nb Name Use Value 112 0 AI 1 10 11 DHW S 1 112 1 AI 2 23 24 OAT 1 112 2 AI 3 J6C LWT1 1 Selected Board address using Virtual Zoning for which Variable Table is shown Selected Zone Number using Virtual Zoning for...

Page 88: ...mp 30AWH White Blue DI 7 J17 S S L N PE R R N L Rh Rc PE BK BN BU 2 DHW Tank 60STS DHW V kit 80AW9023 CCW Comfort Module 80HMAM06 TWB1 TMS NC T T max L N DI 1 DO 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 EH1 DO 2 DO 3 Blue Schematic 1 03 Zone 1 Zone 2 X HMA M06 X 2Z Kit NUI 1 X NUI 2 Tst at 1 Tst at 2 UFH X TFCU TMS 1 2 X Radiator DHW T X 3WV2 Sensor X Solar 30AWH ...

Page 89: ...21 TMS Alarm 10 111 4 DI 5 15 13 Free 0 111 5 DI 6 15 14 Free 0 111 6 DI 7 J17 Flow Switch 11 Par Nb Description Value 127 Master 10 22 Zone 1 or 2 Analogic Inputs configuration Value Par Nb Name Use Value 112 0 AI 1 10 11 DHW S 1 112 1 AI 2 23 24 OAT 1 112 2 AI 3 J6C LWT1 1 Selected Board address using Virtual Zoning for which Variable Table is shown Selected Zone Number using Virtual Zoning for ...

Page 90: ...06 TWB1 TMS NC T T max L N DI 1 DO 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 EH1 DO 2 DO 3 S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S DHW Tank 60STS Blue Schematic 1 04 Zone 1 Zone 2 X HMA T06 X 2Z Kit NUI 1 X NUI 2 Tst at 1 Tst at 2 UFH X TFCU TMS 1 2 X Radiator DHW T X 3WV2 Sensor X Solar 30AWH ...

Page 91: ...21 TMS Alarm 10 111 4 DI 5 15 13 Free 0 111 5 DI 6 15 14 Free 0 111 6 DI 7 J17 Flow Switch 11 Par Nb Description Value 127 Master 10 22 Zone 1 or 2 Analogic Inputs configuration Value Par Nb Name Use Value 112 0 AI 1 10 11 DHW S 1 112 1 AI 2 23 24 OAT 1 112 2 AI 3 J6C LWT1 1 Selected Board address using Virtual Zoning for which Variable Table is shown Selected Zone Number using Virtual Zoning for ...

Page 92: ...T09 TWB1 TMS NC T T max L N DI 1 DO 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 EH1 DO 2 EH 2 3 DO 3 TMS kit 80AW9024 S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S DHW Tank 60STS Blue Schematic 1 05 Zone 1 Zone 2 X HMA T09 X 2Z Kit NUI 1 X NUI 2 Tst at 1 Tst at 2 UFH X TFCU TMS 1 2 X Radiator DHW T X 3...

Page 93: ...21 TMS Alarm 10 111 4 DI 5 15 13 Free 0 111 5 DI 6 15 14 Free 0 111 6 DI 7 J17 Flow Switch 11 Par Nb Description Value 127 Master 10 22 Zone 1 or 2 Analogic Inputs configuration Value Par Nb Name Use Value 112 0 AI 1 10 11 DHW S 1 112 1 AI 2 23 24 OAT 1 112 2 AI 3 J6C LWT1 1 Selected Board address using Virtual Zoning for which Variable Table is shown Selected Zone Number using Virtual Zoning for ...

Page 94: ...O 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 EH1 DO 2 EH 2 3 DO 3 TMS kit 80AW9024 80HMA M06 T06 T09 S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S DHW Tank 60STS Blue 80HMA 9003 Pump kit Schematic 1 06 Zone 1 Zone 2 X HMA M T X 2Z Kit NUI 1 X NUI 2 Tst at 1 Tst at 2 UFH X TFCU TMS 1 ...

Page 95: ...larm 10 111 4 DI 5 15 13 Free 0 111 5 DI 6 15 14 Free 0 111 6 DI 7 J17 Flow Switch 11 Par Nb Description Value 127 Master 10 22 Zone 1 or 2 Analogic Inputs configuration Value Par Nb Name Use Value 112 0 AI 1 10 11 DHW S 1 112 1 AI 2 23 24 OAT 1 112 2 AI 3 J6C LWT1 1 Selected Board address using Virtual Zoning for which Variable Table is shown Selected Zone Number using Virtual Zoning for which Va...

Page 96: ...odule 80HMA M T TWB1 TMS NC T T max L N DI 1 DO 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 EH1 DO 2 DO 3 TMS kit 80AW9024 80HMA M06 T06 T09 Blue S S L N PE R R DHW Tank 60STD EH Th s 80HMA 9003 Pump kit Schematic 1 07 Zone 1 Zone 2 X HMA M T X 2Z Kit NUI 1 X NUI 2 Tst at 1 Tst at 2 UFH X TFCU TMS 1 2 X Radiator DHW T X 3WV2 Sensor X Solar X 30AWH com X HP no com WP ...

Page 97: ... 10 111 4 DI 5 15 13 Th S Solar step 1 111 5 DI 6 15 14 Free 0 111 6 DI 7 J17 Flow Switch 11 Par Nb Description Value 127 Master 10 22 Zone 1 or 2 Analogic Inputs configuration Value Par Nb Name Use Value 112 0 AI 1 10 11 DHW S 1 112 1 AI 2 23 24 OAT 1 112 2 AI 3 J6C LWT1 1 Selected Board address using Virtual Zoning for which Variable Table is shown Selected Zone Number using Virtual Zoning for w...

Page 98: ...I 1 DO 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S DHW Tank 60STS Blue 80HMA 9003 Pump kit TWB1 EH1 DO 2 DO 3 80HMA M06 T06 T09 Schematic 1 08 Zone 1 Zone 2 X HMA M T X 2Z Kit NUI 1 X NUI 2 Tst at 1 Tst at 2 UFH TFCU X TMS 1 2 Radiator DHW T X 3WV2 Sensor...

Page 99: ...e 0 111 3 DI 4 15 21 Free 0 111 4 DI 5 15 13 Free 0 111 5 DI 6 15 14 Free 0 111 6 DI 7 J17 Flow Switch 11 Par Nb Description Value 127 Master 10 22 Zone 1 or 2 Analogic Inputs configuration Value Par Nb Name Use Value 112 0 AI 1 10 11 DHW S 1 112 1 AI 2 23 24 OAT 1 112 2 AI 3 J6C LWT1 1 Selected Board address using Virtual Zoning for which Variable Table is shown Selected Zone Number using Virtual...

Page 100: ...DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S DHW Tank 60STS Blue 80HMA 9003 Pump kit TWB1 EH1 DO 2 DO 3 80HMA M06 T06 T09 Schematic 1 09 Zone 1 Zone 2 X HMA M T X 2Z Kit NUI 1 X NUI 2 Tst at 1 Tst at 2 UFH TFCU TMS 1 2 Radiator X DHW T X 3WV2 Senso...

Page 101: ...ee 0 111 3 DI 4 15 21 Free 0 111 4 DI 5 15 13 Free 0 111 5 DI 6 15 14 Free 0 111 6 DI 7 J17 Flow Switch 11 Par Nb Description Value 127 Master 10 22 Zone 1 or 2 Analogic Inputs configuration Value Par Nb Name Use Value 112 0 AI 1 10 11 DHW S 1 112 1 AI 2 23 24 OAT 1 112 2 AI 3 J6C LWT1 1 Selected Board address using Virtual Zoning for which Variable Table is shown Selected Zone Number using Virtua...

Page 102: ...I 7 J17 N DI 1 DO 2 DO 3 DO 6 DI 2 DI 4 DO 1 DO 4 DI 3 DI 5 DI 6 DO 5 N L com TWB1 OR S S L N PE R R DI 7 J17 12Vdc 12Vdc NA N L Rh Rc PE Zone2 3WV kit 80AW9028 PCB2 J22 BK BN BU Comfort Module 80HMAM00 BK BN BU A A DHW V kit 80AW9023 TMS 1 NC T T max TMS 2 NC T T max L N DI 1 DO 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 DHW Tank 60STS OAT Sensor Ref 33AW RAS02 TMS...

Page 103: ...Æ Check it directly in front of each NUI used Par Nb Name Values 127 Board address Selected 1 10 21 22 Virtual Zone selection 2 1 1 2 77 DHW Setpoint Eco mode 5 79 Boiler delay time min 15 101 OAT Boiler ON HP OFF C 5 102 Water Anti Freeze Setpoint C 4 4 4 108 0 Y DI 0 1 108 1 Cooling authorization in Zone 0 0 0 108 2 Heating authorization in Zone 1 1 1 108 3 FS Water Flow Pump OFF 1 109 2 DHW Pro...

Page 104: ...t 80AW9023 L N DI 1 DO 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 PE 50 51 52 53 54 55 40 41 42 43 44 45 46 60 61 N 56 57 1 2 58 Rc Rh G2 Y2 Rc Rh G2 Y2 OAT Sensor Ref 33AW RAS02 S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S DHW Tank 60STS TMS 1 NC T T max TMS 2 NC T T max TMS kit 80AW9024 3WV 3WV...

Page 105: ...ess 85 86 87 Æ Check it directly in front of each NUI used Par Nb Name Values 127 Board address Selected 1 10 21 22 Virtual Zone selection 2 1 1 2 77 DHW Setpoint Eco mode 5 79 Boiler delay time min 15 101 OAT Boiler ON HP OFF C 5 102 Water Anti Freeze Setpoint C 4 4 4 108 0 Y DI 0 1 108 1 Cooling authorization in Zone 0 0 0 108 2 Heating authorization in Zone 1 1 1 108 3 FS Water Flow Pump OFF 1 ...

Page 106: ... L N DI 1 DO 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 PE 50 51 52 53 54 55 40 41 42 43 44 45 46 60 61 N 56 57 1 2 58 Rc Rh G2 Y2 Rc Rh G2 Y2 DO 2 EH2 DO 3 OAT Sensor Ref 33AW RAS02 S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S DHW Tank 60STS TMS 1 NC T T max TMS 2 NC T T max TMS ki...

Page 107: ...ss 85 86 87 Æ Check it directly in front of each NUI used Par Nb Name Values 127 Board address Selected 1 10 21 22 Virtual Zone selection 2 1 1 2 77 DHW Setpoint Eco mode 5 79 Boiler delay time min 15 101 OAT Boiler ON HP OFF C 5 102 Water Anti Freeze Setpoint C 4 4 4 108 0 Y DI 0 1 108 1 Cooling authorization in Zone 0 0 0 108 2 Heating authorization in Zone 1 1 1 108 3 FS Water Flow Pump OFF 1 1...

Page 108: ...1 DO 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 PE 50 51 52 53 54 55 40 41 42 43 44 45 46 60 61 N 56 57 1 2 58 Rc Rh G2 Y2 Rc Rh G2 Y2 DO 2 EH2 DO 3 OAT Sensor Ref 33AW RAS02 S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S DHW Tank 60STS TMS 1 NC T T max TMS 2 NC T T max TMS kit 80AW9024 3WV 3WV Sch...

Page 109: ...ss 85 86 87 Æ Check it directly in front of each NUI used Par Nb Name Values 127 Board address Selected 1 10 21 22 Virtual Zone selection 2 1 1 2 77 DHW Setpoint Eco mode 5 79 Boiler delay time min 15 101 OAT Boiler ON HP OFF C 5 102 Water Anti Freeze Setpoint C 4 4 4 108 0 Y DI 0 1 108 1 Cooling authorization in Zone 0 0 0 108 2 Heating authorization in Zone 1 1 1 108 3 FS Water Flow Pump OFF 1 1...

Page 110: ... 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 PE 50 51 52 53 54 55 40 41 42 43 44 45 46 60 61 N 56 57 1 2 58 Rc Rh G2 Y2 Rc Rh G2 Y2 DO 2 EH2 DO 3 OAT Sensor Ref 33AW RAS02 S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S DHW Tank 60STS TMS 1 NC T T max TMS 2 NC T T max TMS kit 80AW9024 3WV 3WV S...

Page 111: ...used own address 85 86 87 Æ Check it directly in front of each NUI used Par Nb Name Values 127 Board address Selected 1 10 21 22 Virtual Zone selection 2 1 1 2 77 DHW Setpoint Eco mode 5 79 Boiler delay time min 15 101 OAT Boiler ON HP OFF C 5 102 Water Anti Freeze Setpoint C 4 4 4 108 0 Y DI 0 1 108 1 Cooling authorization in Zone 0 0 0 108 2 Heating authorization in Zone 1 1 1 108 3 FS Water Flo...

Page 112: ...BK BN BU A A DHW V kit 80AW9023 L N DI 1 DO 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 PE 50 51 52 53 54 55 40 41 42 43 44 45 46 60 61 N 56 57 1 2 58 Rc Rh G2 Y2 Rc Rh G2 Y2 DHW Tank 60STD DO 2 DO 3 OAT Sensor Ref 33AW RAS02 EH Th s NUI 2 S S L N EH Th s S TMS 1 NC T T max TMS 2 NC T T max TMS kit 80AW9024 80HMA M06 T06 T09 3WV 3WV Schematic 2 06 Zone 1 Zone 2 X X H...

Page 113: ... address 85 86 87 Æ Check it directly in front of each NUI used Par Nb Name Values 127 Board address Selected 1 10 21 22 Virtual Zone selection 2 1 1 2 77 DHW Setpoint Eco mode 5 79 Boiler delay time min 15 101 OAT Boiler ON HP OFF C 5 102 Water Anti Freeze Setpoint C 4 4 4 108 0 Y DI 0 1 108 1 Cooling authorization in Zone 0 0 0 108 2 Heating authorization in Zone 1 1 1 108 3 FS Water Flow Pump O...

Page 114: ...3 L N DI 1 DO 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 PE 50 51 52 53 54 55 40 41 42 43 44 45 46 60 61 N 56 57 1 2 58 Rc Rh G2 Y2 Rc Rh G2 Y2 DO 2 DO 3 OAT Sensor Ref 33AW RAS02 S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S DHW Tank 60STS TMS 1 NC T T max TMS kit 80AW9024 80HMA M06 T06 T09 3WV 3WV Schematic...

Page 115: ...own address 85 86 87 Æ Check it directly in front of each NUI used Par Nb Name Values 127 Board address Selected 1 10 21 22 Virtual Zone selection 2 1 1 2 77 DHW Setpoint Eco mode 5 79 Boiler delay time min 15 101 OAT Boiler ON HP OFF C 5 102 Water Anti Freeze Setpoint C 4 4 4 108 0 Y DI 0 1 108 1 Cooling authorization in Zone 0 0 0 108 2 Heating authorization in Zone 1 1 1 108 3 FS Water Flow Pum...

Page 116: ... Module 80HMA M T BK BN BU A A DHW V kit 80AW9023 L N DI 1 DO 2 DO 3 DO 6 DI 2 DI 4 DO 4 DI 3 DI 5 DI 6 DO 5 N L N AI 2 AI 1 Com DI DO 1 PE 50 51 52 53 54 55 40 41 42 43 44 45 46 60 61 N 56 57 1 2 58 Rc Rh G2 Y2 Rc Rh G2 Y2 DHW Tank 60STD DO 2 DO 3 OAT Sensor Ref 33AW RAS02 EH Th s TMS 1 NC T T max TMS kit 80AW9024 80HMA M06 T06 T09 3WV 3WV Schematic 2 08 Zone 1 Zone 2 X X HMA M T X 2Z Kit X NUI 1...

Page 117: ...wn address 85 86 87 Æ Check it directly in front of each NUI used Par Nb Name Values 127 Board address Selected 1 10 21 22 Virtual Zone selection 2 1 1 2 77 DHW Setpoint Eco mode 5 79 Boiler delay time min 15 101 OAT Boiler ON HP OFF C 5 102 Water Anti Freeze Setpoint C 4 4 4 108 0 Y DI 0 1 108 1 Cooling authorization in Zone 0 0 0 108 2 Heating authorization in Zone 1 1 1 108 3 FS Water Flow Pump...

Page 118: ...onfiguration 3 System User configuration major 4 Description 1 The Current System is a 2 zones system configured in Heating Only 2 closed requesting for Heating in the concerned zone 3 NUI 0 on Comfort Module to select Modes OFF Heating Domestic Hot Water 4 Apply all other configurations depending on your system type see schematics 1 Æ Selected Board address using Virtual Zoning for which Variable...

Page 119: ...e Æ Factory Configuration 3 System User configuration major 4 Description 1 The Current System is a 2 zones system configured in Heating Only 2 closed requesting for Heating in the concerned zone 3 NUI 0 on Comfort Module to select Modes OFF Heating Domestic Hot Water 4 Apply all other configurations depending on your system type see schematics Par Nb Name Values 127 Board address Selected 1 10 21...

Page 120: ...ry Configuration 3 System User configuration major 4 Description 1 The Current System is a 2 zones system configured in Heating Only 2 closed requesting for Heating in the concerned zone 3 NUI 1 to control the Zone 1 Thermostat Scheduling 4 NUI 0 on Comfort Module to select Modes OFF Heating Domestic Hot Water 5 Apply all other configurations depending on your system type see schematics 1 Æ Select...

Page 121: ...Module Æ Factory Configuration 3 System User configuration major 4 Description 1 The Current System is a 2 zones system configured in Heating Only 2 closed requesting for Heating in the concerned zone 3 NUI 2 to control the Zone 2 Thermostat Scheduling 4 NUI 0 on Comfort Module to select Modes OFF Heating Domestic Hot Water 5 Apply all other configurations depending on your system type see schemat...

Page 122: ... address Selected 1 10 10 22 Virtual Zone selection 2 1 2 108 0 Y DI 0 0 0 108 1 Cooling authorization in Zone 1 1 108 2 Heating authorization in Zone 1 1 1 Æ Selected Board address using Virtual Zoning for which Variable Table is shown 2 Æ Selected Zone Number using Virtual Zoning for which Variable Table is shown 3 Æ option Use relays fields supplied see diagram Notes KM TMS T T max TMS ALM Disc...

Page 123: ... BPHE Configuration Domestic Hot Water using a Non Carrier DHW Tank With or Without Solar 2 1 2 Par Nb Description Value 127 Master 10 1 22 Zone 1 or 2 2 Discrete Inputs configuration Value Par Nb Name Use Value 111 4 DI 5 15 13 DHW Demand 1 Analogic Inputs configuration Value Par Nb Name Use Value 112 0 AI 1 10 11 DHW S 0 System configuration Value Par Nb Name Values 71 DHW Tank managed thru exte...

Page 124: ... X HP no com WP 1 X BPHE X Configuration Comfort Module using the BPHE kit 80HMA 9004 or 9005 Par Nb Description Value 127 Master 10 1 22 Zone 1 or 2 2 Discrete Outputs configuration Value Par Nb Name Use Value The DO s are not used in that case EH stage managed by the DHW T control 110 0 DO 1 9 4 WP 1 1 110 5 DO 6 9 4 DHW V 2 1 Æ Selected Board address using Virtual Zoning for which Variable Tabl...

Page 125: ...A 9004 for Heat Pump up to 8 kW 80HMA 9005 for Heat Pump up to 16 kW A x 4 B x 2 C x 6 D x 1 E x 4 L x 1 G x 3 F x 1 J x 1 K x 1 P x 1 H x 1 O x 1 E N x 1 M x 1 I x 1 Box content A Clip Ø21 B Nut C Screw D Brazed Plate Heat Exchanger BPHE E O ring 21 89 x 2 62 on BPHE F Pipe to Heat Pump G Insulation Rubber H O ring 20 22 x 3 53 inlet Pump I Pump inlet connector J Clip Ø20 K Pump L Pipe from Heat ...

Page 126: ...is positioned exactly with the hole on the pump inlet connector 3 Warning O ring and pipe installation Ensure that the pipe inlet connector is pushed well into the slot to avoid damaging the O ring while inserting the clip Ensure that the clip is inserted in such a way that the O ring is not cut or damaged ...

Page 127: ...7 80HMA a b c 4 Disassemble the 80HMA unit Steps a c Remove front panel and user interface assembly d e f Step d Remove control box assembly Step e Remove side panels Step f Remove middle stiffer bracket ...

Page 128: ...bypass pipe 8 Install the pump in the slot where bypass pipe was connected 5 Prepare the pump Attach the pump inlet connector Use O ring H and clip J 6 Attach the pump outlet pipe O to the pump Use O ring M and clip N H J O M N 5 6 7 8 ...

Page 129: ...hanger on the support attached Connect A to the buffer tank Connect A to the pump 9 10 B B 11 Attach the Pipe to heat pump F Connect the top end of the pipe to B Connect the bottom end of the pipe to the slot where bypass pipe was connected Use clip A 12 Attach the Pipe from heat pump L Connect the top end of the pipe to B Connect the bottom end of the pipe to the slot where tank pipe was connecte...

Page 130: ... 14 Install side panels 15 Connect control box assembly Ϯ zϮ ZĐ ZŚ Ϯϯ Ϯϰ Ϯϭ ϭϰ ϲϬ ϭϲ ϭϳ ϰ ϭ Ϯ ϭϬ ϭϬ ϭϭ ϭϯ ϭϮ ϭϱ ϮϮ ϮϬ ϱ ϲ ϲϭ ϵ ϴ ϳ ϭϮ ϭϯ ϮϬ ϮϮ ϭϭ ϲϭ ϲ ϱ ϳ ϭϱ ϵ ϴ Ϯ ZĐ ZŚ Ϯϯ zϮ ϭϰ Ϯϭ Ϯϰ ϭϲ ϲϬ ϭϳ ϭ Ϯ ϰ 16 Terminal Block TB1 TB1 DO 1 L N 13 14 15 16 ...

Page 131: ...131 80HMA PE 4 5 9 L DO 1 N Par 110 0 1 17 Electrical connections for the pump Refer to and Comfort Module IOM for more details 18 Reassemble the Comfort Module in the given order 1 110 17 18 ...

Page 132: ...2 Adding Pump Kit 80HMA 9003 A x 2 B x 1 C x 1 D x 1 E x 1 F x 1 G x 1 H x 4 I x 2 K x 1 J x 2 Box content A Flat Gasket B Pump Outlet Pipe C O ring 17 86 x 2 62 outlet pump D Pump E O ring 20 22 x 3 53 inlet Pump F Clip Ø18 G Pump Inlet Connector H Screw I Insulation Rubber J Clip Ø20 K Pipe L Pump plug cable ...

Page 133: ...nserting the clip Ensure that the clip is inserted in such a way that the O ring is not cut or damaged 4 Disassemble the 80HMA unit Steps a c Remove front panel and user interface assembly 2 Recommendations to install pipe pump connectors Ensure that the pin on the insulation rubber is positioned exactly with the hole on the pump inlet connector a b c ...

Page 134: ...l box assembly Step e Remove side panels Step f Remove middle stiffer bracket 5 6 5 Prepare the pump Attach the pump inlet connector G Use O ring E and clip F 6 Attach the pump outlet pipe B to the pump Use O ring C and clip J E F B C J G ...

Page 135: ...he pump in the slot where bypass pipe was connected Connect the top end of the pump to J 9 10 9 Attach the pipe K Connect the top end of the pipe to the buffer tank Connect the bottom end of the pipe to the slot where bypass pipe was J 10 Reconnect the tank pipe ...

Page 136: ...mble the Comfort Module in the given order 12 Terminal Block TB1 Ϯ zϮ ZĐ ZŚ Ϯϯ Ϯϰ Ϯϭ ϭϰ ϲϬ ϭϲ ϭϳ ϰ ϭ Ϯ ϭϬ ϭϬ ϭϭ ϭϯ ϭϮ ϭϱ ϮϮ ϮϬ ϱ ϲ ϲϭ ϵ ϴ ϳ ϭϮ ϭϯ ϮϬ ϮϮ ϭϭ ϲϭ ϲ ϱ ϳ ϭϱ ϵ ϴ Ϯ ZĐ ZŚ Ϯϯ zϮ ϭϰ Ϯϭ Ϯϰ ϭϲ ϲϬ ϭϳ ϭ Ϯ ϰ 12 TB1 DO 1 L N ...

Page 137: ...137 80HMA 13 Electrical connections for the pump Refer to Wiring Diagram Comfort Module IOM for more details PE 4 5 9 L DO 1 N Par 110 0 1 13 1 110 14 14 Reassemble the Comfort Module in the given order ...

Page 138: ... Valve Kit 80AW9028 A x 1 B x 5 C x 1 D x 1 L x 1 K x 1 C H x 1 E x 1 A F x 1 G x 1 Box content A 3 Way Valve B Flat seal C Actuator D 3 Way Valve Bypass Pipe E Indicator F Shaft G Screw H Knob I Water Temperature Sensor WT2 J Water Temperature Sensor Connector K Clip L Pump Inlet Pipe F x 1 I x 1 J x 1 ...

Page 139: ...ump connectors Ensure that the pin on the insulation rubber is positioned exactly with the hole on the pump inlet connector 2 Remove the inlet pipe connected to the pump 1 Location of the 3 Way Valve Kit 80AW9028 and Water Temperature sensor WT2 ...

Page 140: ...l the shaft F Turn the shaft and adjust the valve to the right position as indicated correct angle shown in the picture see step no 5 Make sure that the actuator is in the medium position medium position is the position of the actuator when it is ª Q ...

Page 141: ... indicated 6 Assemble the actuator on the valve body and tighten the screw inside the actuator 7 Fix the indicator and knob on the actuator 90 clic Click 9 Actuator position adjustments Automatic The actuator position cannot be adjusted manually Manual The actuator position can be adjusted manually using the knob AUTO 90 ...

Page 142: ...W YE BK BN BU 10 Electrical connections Note WT2 sensor connector with 2 pins will use the pins 1 2 on J22 connector Wire the connections and enter settings in the control Par 110 4 24 Par 110 5 25 Par 112 5 1 80HMA 9001 80AW 9025 Par 109 0 0 ϰ ϯ Ϯ ϭ J22 1 J22 2 TW2 5Ϭ 50 5ϭ 51 40 ϰϬ 80HMA 80AW 0 24 25 1 109 110 110 112 ...

Page 143: ...e provided separately with G G Q 2 4 A DHW Valve Actuator 80AW9023 B DHW Valve Body 80AW9023 C Inlet Pipe from Comfort Module D Flat Gasket E Pipe to Domestic Hot Water Tank F Bracket G Pipe Holder H Screws I Inlet Pipe to de coupling bottle J Pipe Holder Screws K Pipe from Domestic Hot Water Tank to Comfort Module L Screws M Return pipe to Comfort Module from de coupling bottle C x 1 E x 1 G x 2 ...

Page 144: ...Zone Kit before connecting it to the Comfort Module or mounted on the wall It is recommended to adjust the position and alignment of the pipes while connecting the 2 Zone Kit to the Comfort Module Tighten the piping holders using the pipe holder screws J 80AW9026 80AW9023 1 Q a b ...

Page 145: ...pipe holders G 4 Tighten softly to be able to adjust the pipes on the pipe holders 5 Install the DHW Valve 80AW9023 assembly and the pipes as shown Q Y before mounting the complete assembly on the wall and tighten the pipe holder screws J Q Y 8 Refer to 2 Zone Installation Manual for connecting the 2 Zone Kit to the Comfort Module K C E K M G I J ...

Page 146: ...80AW9026 P DV Diverting Valve to heat up swimming pool heat exchanger not Carrier P 3WV 3 Way Mixing Valve to control the water temperature delivered to the swimming pool 6 5 Adding Domestic Hot Water Valve 80AW9023 The Pool kit 80HMA 9002 must be provided to manage the swimming pool heating DHW V 80AW9023 is installed inside the 2 Zone Kit for 80AW 9025 80HMA 9001 J Q J Q A x 5 B x 1 C x 1 D x 1 ...

Page 147: ...hown in the picture see Make sure that the actuator is in the medium position medium position is the position of the actuator when it is ª Q 2 Valve and actuator positioning Be sure that 3 Assemble the actuator on the valve body and tighten the screw inside the actuator 4 Fix the indicator and knob on the actuator 2 1 2 3 4 5 6 7 8 90 Click ...

Page 148: ...V DO 3 7a DHW V Domestic Hot Water Valve Electrical connections on Comfort Module 80HMA or 80AW Wire the connections and enter settings in the control 7b P DV Swimming Pool Diverting Valve Electrical connections on Pool Kit Wire the connections and enter settings in the control Par 110 5 2 Par 110 4 26 4 STANDARD WIRE COLOUR CODES BLUE BU BROWN BN GREY GY GREEN GN BLACK BK AMBER OG RED RD VIOLET V...

Page 149: ...149 80HMA 8b 8b Other body valve possible positions ...

Page 150: ...mfort Module 80HMA Condensing Unit 38AW E x 2 C x 1 B x 1 A x 1 Box Content A Remote Outdoor Air Temperature Sensor B Plug Cable C Caps D Screw Anchor E Screw D x 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 38AW OAT Sensor on 38AW 1 J J FROH2R 2x 0 5 mm 2 Install connector B on 38AW The existing connector TO should be removed and replaced by connector B 3 A B ...

Page 151: ... 20 20 22 22 15 15 6 G2 Y2 Rc Rh 23 24 21 14 6 Par 112 1 1 80HMA OAT Sensor on 80HMA 1 The additional connector B is not used 2 J YJ Q 23 24 are used 3 YJ 1 112 N Location recommendations for OAT sensor installation J The OAT Sensor should NOT be installed Q Q ...

Page 152: ...e and actuator used as Diverting Valve P DV 3 Way Valve and actuator used as a Proportional Mixing Valve To drive the water from the Comfort Module to the Pool Heat Exchanger To control the water Temperature from the Heat Exchanger to the Pool 7 1 Introduction 1 2 3 5 6 7 9 10 4 6 8 10 11 12 13 Hydraulic Circuit 1 Heat Pump 2 Comfort Module Master Board 3 Domestic Hot Water Tank 4 Manometers 5 Bal...

Page 153: ...al Mixing Valve 13 Hydraulic circuit from heat production 14 Hydraulic circuit to the Comfort System Zone X Y Z Black q Brown r Blue s Open t Close Note Pool Kit can be matched with Comfort Module 80HMA or Control Box 32HMA For Future use Refer to section 80HMA Comfort Module network Q uses different logics dedicated to swimming pool Heating Cooling Par 124 Slave type must be set to 2 to work as P...

Page 154: ... the Discrete Input Q Par 111 Note CLOSE is read as a request Normally Open NO 5 as a request Normally Close NC Example 1 Æ If contact is close the system switches to ON 1 Æ If contact is open the system switches to ON No Name Description 0 Not Used Input not used 1 ON OFF Command Input from ON OFF contact Close ON 7 Safety Input Zone 1 Safety Input Close Safety Active 9 Pressure Switch Pressure S...

Page 155: ...ee Troubleshooting 16 User Mode HEAT COOL zone 1 User Mode state DO is energized for Heating mode 17 User Mode HEAT zone 1 Active if Heating mode is working 22 Proportional Valve Open zone 1 Open command for Proportional Valve 23 Proportional Valve Close zone 1 Close command for Proportional Valve 26 Pool Water Valve Pool Water Valve 33 Shut Off valve Shut Off valve In the picture Pool System show...

Page 156: ...n Type Notes 23 Discrete Input DI 1 Dry Contact In example Par 111 0 0 Input not active 41 Discrete Input DI 2 Dry Contact In example Par 111 1 0 Input not active 42 Discrete Input DI 3 Dry Contact In example Par 111 2 0 Input not active 20 21 Discrete Input DI 7 Dry Contact In example Par 111 6 10 Flow Switch 40 Common Digital GND input 7 ANALOGUE INPUT AI Connector Pin Description Notes 43 AI 1 ...

Page 157: ...ons Communication Connector Pin Description Notes Rh Communication bus To connect to the communication bus Rc G2 12Vcc User interface User Interface NUI Power Supply Y2 7 3 Features Pool kit Dimensions Unit H mm mm 370 W mm mm 274 D mm mm 140 Packing H mm mm 400 W mm mm 300 D mm mm 170 Weight Unit kg 3 Gross kg 6 Operating range Ambient temperature range Heating and Cooling C 5 30 C Electrical dat...

Page 158: ...ve is not optional and must be installed on the same hydraulic side of the Domestic Hot Water Valve Y according to the correct position of the valve 7 4 3 Flow Switch It is strongly recommended to install a Flow Switch with the system The Pool Kit control logic uses this sensor to detect if the Pool Kit is operative or not calculated and the software runs all the logics dedicated to the pool 7 4 5...

Page 159: ...ol Off Dry Contact On Off Schedule On Off The Pool Kit works communicating a heating demand and a Y with the priorities from zones and Domestic Hot Water tank the water temperature setpoint requested will be compared with Interface is used refer to section 80HMA Comfort Module priority will be calculated the setting of Par 11 2 and the Pool Temperature Pump when the set point is reached to read th...

Page 160: ...ode and drives the system to Heat up the water inside the pipes The threshold is adjustable on Par 12 Antifreeze Setpoint of the Variable Table Climatic Curve The temperature of the water provided to the pool is calculated by the Climatic Curve J below curve and the values set in the Variable Table Par 52 60 The Pool Kit adjusts the temperature requested to the Comfort Module to achieve the setpoi...

Page 161: ......

Page 162: ......

Page 163: ......

Page 164: ...Y Y 11 Q Q Q ...

Search results

Summary of Contents for 80HMA-M00

Reviews:

Related manuals for 80HMA-M00

Brands by name

Popular brands

Carrier 80HMA-M00, Installation, Operation And Maintenance Instructions

Search results

Summary of Contents for 80HMA-M00

Reviews:

Related manuals for 80HMA-M00

Brands by name

Popular brands