Ferroli OMNIA S HYBRID H 3.2 Installation, Use & Maintenance Manual Download

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Cod. 3542B230 - Rev. 00 - 02/2022

OMNIA S HYBRID H 3.2

3.4 Boiler technical data

3.4.1 Table for boiler technical data

BLUEHELIX HITECH RRT 28 H

0T4D4AWA

DESTINATION COUNTRIES

GAS CATEGORY

PRODUCT IDENTIFICATION CODES

Max. heating capacity

Min. heating capacity

Max. heat output in heating (80/60°C)

Min. heat output in heating (80/60°C)

Max. heat output in heating (50/30°C)

Min. heat output in heating (50/30°C)

Efficiency Pmax (80-60°C)

Efficiency Pmin (80-60°C)

Efficiency Pmax (50-30°C)

Efficiency Pmin (50-30°C)

Efficiency 30%

Flue loss with burner ON (80/60) - Pmax / Pmin

Shell loss with burner ON (80/60) - Pmax / Pmin

Flue loss with burner ON (50/30) - Pmax / Pmin

Shell loss with burner ON (50/30) Pmax / Pmin

Flue loss with burner OFF (50K / 20K)

Shell loss with burner OFF (50K / 20K)

Flue gas temperature (80/60 °C) - Pmax / Pmin

Flue gas temperature (50/30 °C) - Pmax / Pmin

Flue gas flow rate - Pmax / Pmin

Gas supply pressure G20

Gas nozzle G20

Gas flow rate G20 - Max / min

CO2 - G20

Gas supply pressure G31

Gas nozzle G31

Gas flow rate G31 - Max / min

CO2 - G31

NOx emissions class

Max. working pressure in heating

Min. working pressure in heating

Heating max. adjustment temperature

Heating water content

Heating expansion vessel capacity

Heating expansion vessel precharge pressure

Protection rating

Power supply voltage

Electrical power input

Empty weight

Type of unit

Flue installation pressure C

(10)3

-C

(11)3

(IT) II2E3B/P (DE) II2H3+ (ES) II2H3B/P (BG) II2H3B/P (RO)

II2H3+ (GR) II2ELwLs3B/P (PL) II2H3B/P (AT)

IT DE ES BG RO PL GR

mbar

m3/h

mbar

kg/h

bar

°C

liters

bar

V/Hz

0T4D4AWA

28,5

3,5

27,9

3,4

30,2

3,8

97,8

106,1

107,5

109,5

1,98 / 1,7

0,39 / 2,36

1,11 / 0,74

0,34 / 1,05

0,01 / 0,01

0,13 / 0,05

67 / 59,6

51,8 / 43,3

12,9 / 1,6

5,6

3,02 / 0,37

9±0,8

5,6

2,21 / 0,27

10 ±0,8

0,8

2,9

0,8

IPX4D

27,9

NOx

PMS

tmax

SIGLA

C10 C11

RISC COMB

RISC

N MODELLI

6 (< 56 mg/kWh)

230V~50HZ

C(10)3-C(11)3-C13-C23-C33-C43-C53-C63-C83-C93-B23-B33

BLUEHELIX HITECH RRT 28 H

0T4D4AWA

PAESI DI DESTINAZIONE

CATEGORIA GAS

CODICI IDENTIFICATIVI DEI PRODOTTI

Portata termica max riscaldamento

Portata Termica min riscaldamento

Potenza Termica max risc. (80/60°C)

Potenza Termica min risc. (80/60°C)

Potenza Termica max risc. (50/30°C)

Potenza Termica min risc. (50/30°C)

Rendimento Pmax (80-60°C)

Rendimento Pmin (80-60°C)

Rendimento Pmax (50-30°C)

Rendimento Pmin (50-30°C)

Rendimento 30%

Perdite al camino con bruciatore ON (80/60) - Pmax / Pmin

Perdite al mantello con bruciatore ON (80/60) - Pmax / Pmin

Perdite al camino con bruciatore ON (50/30) - Pmax / Pmin

Perdite al mantello con bruciatore ON (50/30) Pmax / Pmin

Perdite camino con bruciatore OFF (50K / 20K)

Perdite mantello con bruciatore OFF (50K / 20K)

Temperatura fumi (80/60 °C) - Pmax / Pmin

Temperatura fumi (50/30 °C) - Pmax / Pmin

Portata fumi - Pmax / Pmin

Pressione gas alimentazione G20

Ugello gas G20

Portata gas G20 - Max / min

CO2 - G20

Pressione gas alimentazione G31

Ugello gas G31

Portata gas G31 - Max / min

CO2 - G31

Classe di emissione NOx

Pressione max esercizio riscaldamento

Pressione min esercizio riscaldamento

Temperatura max di regolazione riscaldamento

Contenuto acqua riscaldamento

Capacità vaso di espansione riscaldamento

Pressione precarica vaso di espansione riscaldamento

Grado protezione

Tensione di alimentazione

Potenza elettrica assorbita

Peso a vuoto

Tipo di apparecchio

Pressione installazione camini C

(10)3

-C

(11)3

(IT) II2E3B/P (DE) II2H3+ (ES) II2H3B/P (BG) II2H3B/P (RO) II2ELwLs3B/P (PL) II2H3+ (GR)

IT DE ES BG RO PL GR

°C

g/s

mbar

m3/h

mbar

kg/h

bar

°C

litri

bar

V/Hz

0T4D4AWA

28,5

2,9

27,9

2,8

30,2

97,8

106,1

107,5

109,5

1,98 / 1,7

0,39 / 2,36

1,11 / 0,74

0,34 / 1,05

0,01 / 0,01

0,13 / 0,05

67 / 59,6

51,8 / 43,3

12,9 / 1,6

5,6

3,02 / 0,37

9±0,8

5,6

2,21 / 0,27

10 ±0,8

0,8

2,9

0,8

IPX4D

27,9

NOx

PMS

tmax

SIGLA

C10 C11

RISC COMB

RISC

N MODELLI

6 (< 56 mg/kWh)

230V~50HZ

C(10)3-C(11)3-C13-C23-C33-C43-C53-C63-C83-C93-B23-B33

If not otherwise indicated, the values are calculated using G20 fuel

Summary of Contents for OMNIA S HYBRID H 3.2

Page 1: ...A N T G A S R32 D L Y E C Cod 3542B230 Rev 00 02 2022 INSTALLATION USE AND MAINTENANCE MANUAL EN OMNIA S HYBRID H 3 2 INDOOR WALL UNIT FOR SPLIT REVERSIBLE HYBRID HEAT PUMPS WHICH CAN BE COMBINED WITH AN OUTDOOR DHW HEATER 3542B230 ...

Page 2: ...e the unit Contact the supplier The unit and its accessories must be appropriately disposed of in com pliance with current regulations The images given in this manual are a simplified representation of the product In this representation there may be slight and insignificant dif ferences with respect to the product supplied The CE marking certifies that the products meet the essential requirements ...

Page 3: ... Warnings 35 7 7 2 Connection with coaxial pipes 35 7 7 3 Connection with separate pipes 36 7 7 4 Use of flexible hose pipe Ø50 and Ø60 38 7 7 5 Connection to collective chimneys 39 7 8 Connection to boiler condensate discharge 40 7 9 Electrical connections 40 7 9 1 Electrical data 40 7 9 1 Opening the front panel 42 7 9 2 User terminal block connections 42 H L1 C Digital inputs for room thermosta...

Page 4: ...setting 70 11 5 1 Heating mode 70 11 5 2 Cooling mode 71 11 6 Setting DHW temperature production 71 12 TROUBLESHOOTING 72 12 1 General guidelines 72 12 2 General symptoms 72 12 3 Heat pump error codes 74 12 4 Boiler fault codes 77 13 MAINTENANCE 79 13 1 Access to internal components 80 13 2 Water load and system hydraulic pressure adjustment 81 13 3 Periodic maintenance of the heat pump 81 13 4 Un...

Page 5: ...s sories made by the supplier which are specifically designed for the equipment and make sure to get installation done by a professional All the activities described in this manual must be carried out by a licensed technician Be sure to wear adequate personal protection equipment such as gloves and safety glasses while installation the unit or carrying out maintenance activities Contact your deale...

Page 6: ...igerant charge shall be used Pipework should be protected from physical damage Installation of pipework shall be kept to a minimum If the total refrigerant charge in the system mc is 1 842 kg there are no additional minimum floor area require ments If the total refrigerant charge in the system mc is 1 842 kg you need to comply with additional minimum floor area requirements as described in the fol...

Page 7: ...equirements VAmin It must be as close as possible to the floor If the ventilation opening starts from the floor the height must be 20mm The bottom of the opening must be situated 100mm from the floor At least 50 of the required opening area must be situated 200 mm from the floor The entire area of the opening must be situated 300 mm from the floor Top opening The area of the top opening must be la...

Page 8: ...3 3 1 24 0 76 177 3 1 24 0 86 200 3 1 24 0 96 223 3 5 1 45 0 45 105 3 5 1 45 0 55 128 3 5 1 45 0 65 152 3 5 1 45 0 75 175 4 1 66 0 24 57 4 1 66 0 34 80 4 1 66 0 44 103 4 1 66 0 54 127 4 5 1 87 0 03 8 4 5 1 87 0 13 32 4 5 1 87 0 23 55 4 5 1 87 0 33 78 5 2 07 0 03 6 5 2 07 0 13 30 Sub table mc 2 3 kg Sub table mc 2 4 kg Sub table mc 2 5 kg AroomA m2 mmax kg dm mc mmax kg VAmin cm2 AroomA m2 mmax kg ...

Page 9: ...e to equipment falling Make certain that all electrical work is carried out by qualified personnel according to the local laws and regu lations and this manual using a separate circuit Insufficient capacity of the power supply circuit or improper electrical construction may lead to electric shocks or fire Be sure to install a ground fault circuit interrupter according to local laws and regulations...

Page 10: ...ysical sensory or mental capabilities or lack of experience and knowledge if they are supervised or given instruction on using the unit in a safe manner and understand the hazards involved Children should not play with the unit Cleaning and user main tenance should not be done by children without supervision Young children should be supervised to ensure that they do not play with the appliance If ...

Page 11: ...e can be well ensured Places where the units piping and wiring lengths come within the allowable ranges Places where water leaking from the unit cannot cause damage to the location Places where rain can be avoided as much as possible Do not install the unit in places often used as a work space In case of construction work e g grinding etc where a lot of dust is created the unit must be covered Do ...

Page 12: ...d Be sure the heat pump is grounded In order to avoid electric shock make sure that the unit is grounded and that the earth wire is not connected to gas or water pipe lightning conductor or telephone earth wire Do not operate the heat pump with a wet hand An electric shock may happen Do not place items which might be damaged by moisture under the indoor unit Condensation may form if the humidity i...

Page 13: ...em which involves exposing any pipe work that contains or has contained flammable refrigerant shall use any sources of ignition in such a manner that it may lead to the risk of fire or explosion All possible ignition sources including cigarette smoking should be kept sufficiently far away from the site of installation repairing removing and disposal during which flammable refrigerant can possibly ...

Page 14: ...for the equipment in use Intrinsically safe components are the only types that can be worked on while live in the presence of a flammable atmosphere The test apparatus shall be at the correct rating Replace components only with parts specified by the manufacturer Other parts may result in the ignition of refrigerant in the atmosphere from a leak 12 Cabling Check that cabling will not be subject to...

Page 15: ... Pump down refrigerant system if possible e If a vacuum is not possible make a manifold so that refrigerant can be removed from various parts of the system f Make sure that cylinder is situated on the scales before recovery takes place g Start the recovery machine and operate in accordance with manufacturer s instructions h Do not overfill cylinders No more than 80 volume liquid charge i Do not ex...

Page 16: ...nsists of an external inverter unit available with a choice of 4 different powers associated with an indoor condensation unit with an integrated hydronic module to manage the cooling circuit A highly versatile system which can operate in very cold climate conditions external air up to 25 C The split cooling circuit avoids the risk of freezing for outdoor installations in very cold climates The use...

Page 17: ...ands e g at night ON OFF via an external contact The unit can be activated and deactivated e g zone thermostat remote switch via an external contact in this case the unit will operate in the way set via the controller keyboard HEATING COOLING via external contacts The unit can be activated and deactivated in cooling and heating mode via 2 external contacts e g zone thermostat that manages the requ...

Page 18: ...ed hydraulic kit Hydraulic kit accessory A These two valves are not part of the kit since they are part of the standard supply with the indoor unit 2 4 2 Fittings cover kit The fittings cover kit is available on request code 016009X0 to add an aesthetic cover of the wall hydraulic connections The kit consists of a galvanised metal panel in the same colour as the unit to be fastened with 4 screws u...

Page 19: ...r in 47 C out 55 C A35W18 source air in 35 C d b system water in 23 C out 18 C A35W7 source air in 35 C d b system water in 12 C out 7 C Outdoor unit technical data 4 6 8 10 UM Power supply 220 240 1 50 V ph Hz Type of compressor Twin Rotary DC No compressors No refrigeration circuits 1 1 no Exchanger type finned coil Fan type DC axial No of fans 1 no Refrigerant fittings liquid line 1 4 SAE Ø 6 3...

Page 20: ...to a unit without any optionals or accessories Model 4 6 8 10 UM Efficiency class in heating low temperature produced water 35 C 186 191 200 201 ηs A class average temperature produced water 55 C 128 136 130 135 ηs A class SEER produced water 7 C 4 99 5 34 5 83 5 98 W W produced water 18 C 7 77 8 21 8 95 8 78 W W 3 3 Heat pump operational limits NOTE DHW MODE the produced water temperature is the ...

Page 21: ...C 10 3 C 11 3 C13 C23 C33 C43 C53 C63 C83 C93 B23 B33 BLUEHELIX HITECH RRT 28 H 0T4D4AWA PAESI DI DESTINAZIONE CATEGORIA GAS CODICI IDENTIFICATIVI DEI PRODOTTI Portata termica max riscaldamento Portata Termica min riscaldamento Potenza Termica max risc 80 60 C Potenza Termica min risc 80 60 C Potenza Termica max risc 50 30 C Potenza Termica min risc 50 30 C Rendimento Pmax 80 60 C Rendimento Pmin ...

Page 22: ... rated heat output and high temperature regime Useful efficiency at 30 of rated heat output and low temperature regime At full load At part load In standby mode Standby heat loss Ignition burner power consumption Annual energy consumption Sound power level Emissions of nitrogen oxides Trademark FERROLI Condensing boiler YES Low temperature boiler YES B1 Boiler NO Combination heater NO Cogeneration...

Page 23: ...Water flow rate l h Available pressure kPa 3 5 2 Heat pump circulator 80 UI OMNIA HYBRID H 08 Prev_utile_senza rub _CIRC PDC kPa Prev_utile_con rub _CIRC_PDC kPa 50 60 70 10 20 30 40 0 10 600 700 800 900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 2100 2200 2300 2400 2500 without valves with valves Water flow rate l h Available pressure kPa 3 5 3 Boiler circulator 40 50 60 70 UI OMNIA H...

Page 24: ...10 11 fig 7 dimensional data and connections 7 Gas inlet Ø 3 4 10 System delivery Ø 3 4 11 System return Ø 3 4 209 Water heater supply Ø 3 4 210 Water heater return Ø 3 4 231 Filling coupling Ø 1 2 A6 Condensate drain connection G Gas line Ø 15 88 5 8 L Liquid line Ø 9 52 3 8 For combination with outdoor units mod 4 6 an adapter from 3 8 SAE to 1 4 SAE is supplied for the liquid line Ø 6 35 ...

Page 25: ...ve 32 Boiler circulator 34 Boiler outlet temperature probe 36 Automatic air vent 44 Gas valve 56 Expansion vessel 81 Ignition ionization electrode 95 Boiler diverter valve 114 System water pressure transducer 145 Hydrometer 186 Boiler outlet temperature probe 191 Fume temperature sensor 193 Boiler siphon 196 Condensate tray 209 Boiler delivery 210 Boiler return 350 Burner fan unit CHP Heat pump ci...

Page 26: ...ithout radiant floor FHL 1 n Radiant floor radiator only heating in zones G Gas Line L Liquid Line P_o External pump not supplied assess the need to install based on the system water load loss controlled by the heat pump P_s Solar circuit water pump not supplied SV2 Three way valve for heating cooling zone not supplied T1_c Tn_c Cooling request room thermostat not supplied T1_h Tn_h Heating reques...

Page 27: ...m operating area for indoor unit WARNING There is flammable refrigerant in the unit and it should be installed in a well ventilated site Be sure to adopt adequate measures to prevent the unit from being used as a shelter by small animals Small animals making contact with electrical parts can cause malfunction smoke or fire Please instruct the cus tomer to keep the area around the unit clean The eq...

Page 28: ... The indoor unit is to be wall mounted in an indoor location that meets the following requirements The installation location is frost free The space around the unit is adequate for serving see fig 12 The space around the unit allows for sufficient air circulation There is a provision for pressure relief valve blow off CAUTION When the unit running in the cooling mode condensate may drop from the w...

Page 29: ...SAE Refrigerant gas connection 5 8 5 8 5 8 5 8 SAE Standard refrigerant load R32 1 5 1 5 1 65 1 65 kg Indoor unit 6 10 UM Liquid refrigerant connection 3 8 1 3 8 1 3 8 3 8 SAE Refrigerant gas connection 5 8 5 8 5 8 5 8 SAE 1 For matching with outdoor units mod 4 6 a reduction fitting from 3 8 SAE to 1 4 SAE is provided for liquid line Ø 6 35 Refrigeration connections 4 6 8 10 UM Liquid refrigerant...

Page 30: ...gas or poisonous gas 7 4 Refrigerant connections Comply with the following indications when connecting the refrigerant pipes Make sure that the refrigerant pipes can withstand the refrigerant maximum pressure PS 4 3MPa Make sure there is no any dirt or water before connecting the piping to the outdoor and indoor units Wash the pipes with high pressure nitrogen never use refrigerant of outdoor unit...

Page 31: ...e flares are the right shape Wipe off the liquid soap with a rag Reduce the pressure of the nitrogen in the circuit by loosening the charge pipe from the bottle Having reduced the pressure disconnect the nitrogen bottle CAUTION The airtight testing should never use any oxygen flammable gas or poisonous gas G L L G 25 C 45 C OU IU G L L G 25 C 45 C OU IU fig 17 Airtight test and leakage detection 7...

Page 32: ...rubber The manufacturer declines any liability for damage caused to the generator by failure to properly clean the system NOTE Since the fittings of the indoor unit are brass and brass is a material that deforms easily use suitable tools to connect the hydraulic circuit Unsuitable tools may damage the pipes Make the connections to the respective points see fig 7 dimensional data and connections on...

Page 33: ...nit Before connecting the unit to the plant wash adequately the pipes using clean water filling and emptying and cleaning the filters Only after that proceed connecting the unit to the plant this operation is crucial to ensure proper start up without the need to have repeated stops to clean the filter with the possible risk of damage to heat exchangers and other components Check by qualified perso...

Page 34: ...e water circuit The recommended maximum changeover time of the valve should be less than 60 seconds 7 5 6 Water circuit anti freeze protection All internal hydronic parts are insulated to reduce heat loss Insulation must also be added to the field piping The software contains special functions using the heat pump and backup heater to protect the entire system against freezing When the temperature ...

Page 35: ...LL IF THERE ARE PRESSURES IN THE FUME DISCHARGE PIPES OVER 200 Pa CLASS H1 FLUES MUST BE USED 7 7 1 Warnings The appliance is a type C with a sealed chamber and forced draft the air inlet and smoke outlet must therefore be connected to one of the evacuation extraction systems indicated below Before installation check and strictly comply with the relevant provisions Also respect the provisions on t...

Page 36: ...discharge The input output terminals must be either concentric or close enough to be subjected to similar wind conditions within 50 cm C3X Vertical extraction and exhaust on the roof Input output terminals as for C12 C5X Wall or roof mounted separate extraction and discharge pipes and in any case in different pressure zones The discharge and extraction pipes must not be positioned on opposite faci...

Page 37: ...f separate pipes Maximum length allowed 70 meq Table 8 Accessories Losses in meq Air extraction Fumes exhaust Vertical Horizontal Ø 80 PIPE 1 m M F 1KWMA83W 1 0 1 6 2 0 BEND 45 M F 1KWMA65W 1 2 1 8 90 M F 1KWMA01W 1 5 2 0 PIPE JOINT with test port 1KWMA70W 0 3 0 3 TERMINAL air wall mounted 1KWMA85A 2 0 fumes wall mounted with wind cowl 1KWMA86A 5 0 FLUE Split air fumes 80 80 010027X0 12 0 Fumes on...

Page 38: ...etres of flue Ø80 mm on the extraction with the maximum flue length with Ø50 and Ø60 see fig 23 Diagram for pipe installation with flexible pipes only on page 38 fig 23 Diagram for pipe installation with flexible pipes only A Ø50 22 m MAX Ø60 60 m MAX Follow the indications shown below to use this diameter Enter the TSP parameter menu and change the value of the P68 parameter to the value of the l...

Page 39: ...must be specifically designed by profession ally qualified technical personnel in compliance with current standards and be suitable for sealed chamber appliances equipped with a fan Anti backflow check valve The boiler is standard fitted with a check valve anti backflow system therefore it can be connected to collective chimneys under positive pressure only if it operates with G20 gas Parameter P6...

Page 40: ...HE LIQUID IN IT CANNOT FREEZE fig 26 Condensate drain connection 7 9 Electrical connections 7 9 1 Electrical data Table 10 Electrical data Indoor unit MOD 6 10 Supply voltage 220 240V 50 Hz Automatic switch recommended A 2 The customer must install the automatic circuit breaker Communication cable between indoor and outdoor unit MOD 6 10 Cable section shielded cable mm2 3x0 75 Example of basic con...

Page 41: ...ever install a phase advancing capacitor as it could lead to an accident WARNING Before any operation which requires removing the cover disconnect the indoor unit from the power supply through the main switch HAZARD Do not touch the electrical components in any case with the closed main switch There is the risk of electric shock with risk of injury or death The appliance must be connected to an ef...

Page 42: ...ory testing Reserved P Serial Modbus For serial connection to the outdoor unit Q AND A Serial Modbus For connection to the external monitoring system BMS or remote control B AND H For connection to room thermostats For details see the following paragraph H L1 C Digital inputs for room thermostat L1 C H L1 C Digital inputs for room thermostat If the digital inputs H L1 C are enabled by parameter 6 ...

Page 43: ...stalled and water temperature probe Tw2 if installed Open Open Off zone 1 and zone 2 B E P Q E H L1 C TZ1 TZ2 fig 32 Method C thermostat 2 zones NOTE The wiring of the thermostat should correspond to the settings of the user interface 7 9 2 Connection of system add ons The unit can manage system add ons such as an external circulation pump zone 1 water pump zone 2 water pump 3 way mixer valve for ...

Page 44: ...e probe on liquid refrigerant side of the indoor unit heating mode B T2B Port for temperature probe on gas refrigerant side of the indoor unit heating mode B TW_in Port for temperature probe of inlet water of plate exchanger B TW_out Port for temperature probe of outlet water of plate exchanger B T1 Port for final temperature probe of outlet water from indoor unit B 11 CN24 Tbt1 Port for water tem...

Page 45: ...ndoor reserve system electric heater 1 B 17 N 18 N SV3 mixer valve 3 way valve zone 2 2 19 3ON 20 3OFF 25 CN2 TBH_FB Port for automatic circulator switch of TBH shortcircuited by default 26 CN1 IBH1 2_FB Port for automatic circulator switch of IBH shortcircuited by default 27 CN22 IBH1 Control port for indoor reserve system electric heater 1 IBH2 Reserved TBH Control port for electric resistance D...

Page 46: ... 25 26 1 2 3 4 5 6 7 8 9 10 CN7 CN30 27 28 29 30 31 32 9 21 Pumpc zone2 pump fig 36 SV3 3 way mixing valve for zone 2 SV3 9 1 0 2 18 CN11 25 26 1 2 3 4 5 6 7 8 9 10 CN7 CN30 27 28 29 30 31 32 fig 37 SV2 3 way diverter valve for heat cool SV2 7 8 17 CN11 25 26 1 2 3 4 5 6 7 8 9 10 CN7 CN30 27 28 29 30 31 32 fig 38 Terminals Mode 7 2ON 8 2OFF Heat 230V 0V Cool 0V 230V P_d DHW recirculation pump Powe...

Page 47: ... grid operation This operation is usually dependent of a smart grid request by the mains electricity which basically informs the system that the deliverable electric power is decreas ing for example in the case of electricity production systems through wind or photovoltaic farms The heat pump can support the system in cooling or heating mode for a specific time which can be set via a parameter the...

Page 48: ... Switch off short press switches of DHW or Z1 or Z2 de pending on the selection pressure 5 sec switches off everything DHW Z1 Z2 SW6 UP VALUE Increases DHW Z1 Z2 set temperature Increases the parameter value selected in the menu SW7 DOWN VALUE Decreases DHW Z1 Z2 set temperature Decreases the parameter value selected in the menu 8 2 Meaning of display icons 1 2 3 4 5 6 7 8 10 11 15 14 12 13 9 17 1...

Page 49: ... period active 15 Delivery set point Delivery set point zone 1 Delivery set point zone 2 Delivery set point single zone without Z1 Z2 on the side Delivery set point zone 1 if Z1 on the side Delivery set point zone 2 if Z2 on the side If only the single zone is configured Z1 Z2 will not be shown on the side If the dual zone is configured either Z1 or Z2 will always be shown on the side to indicate ...

Page 50: ...2 buttons to select the set point press the SW6 SW7 buttons to change the set point confirm the modified value with the SW3 button Zone Z1 set point Type of terminal selected Heat setpoint min max Cool setpoint min max FLH radiant floor 25 55 18 25 FCU fancoil RAD radiator 25 65 5 25 To change the zone Z1 set point proceed as follows press the SW1 SW2 buttons to select the set point press the SW6 ...

Page 51: ... replace the heat pump based on the parameters set Comfort functional preference Heating mode The heat pump and boiler operate in heating mode based on the parameters set with the goal of maximising the system energy efficiency DHW mode If the heat pump is supporting the system in heating or cooling mode the request to fill the DHW heater is fulfilled by the boiler while the heat pump continues to...

Page 52: ...Boiler type selection 2 BOILER DO NOT MODIFY 2 b02 Boiler type 1 24_H 2 28_H 3 34_H 4 45_H 5 24_H high range 6 28_H high range 7 34_H high range 6 b03 Gas type 0 Methane 1 LPG 2 Propane air 0 b04 Water system pressure protection selection DO NOT MODIFY 0 Pressure switch 1 Pressure transducer 1 b05 Summer Winter function 0 WINTER SUMMER OFF 1 WINTER OFF 0 Enabled b06 Variable input contact function...

Page 53: ...rt speed modulating pump 90 100 90 P37 Maximum speed modulating pump 90 100 100 P38 Pump switch off temperature during post circulation 0 100 C 55 P39 Pump switch on hysteresis temperature during post circulation 0 100 C 25 P40 User heating maximum setpoint 20 90 C 80 P41 Maximum heating power 0 100 100 P42 Anti Legionella function schedule 0 OFF 1 7 Days 0 P43 Boiler hysteresis 0 80 C 2 P44 Boile...

Page 54: ...enu Level 2 Menu Level 3 Menu Level 4 Menu Level 5 Description Lower limit Upper limit Rem edy Unit of meas ure ment Default value Op eration Mode Heat Cool Cool Heat Cool Heat Heat P r e s e t Temp Preset Temp Cool Monday Event 1 Enabled y n Enable the event YES NO NO Event 2 Time Start time hh mm 00 00 23 59 1 min hh mm 00 00 Event 3 Temperature Water temperature setpoint min max 1 C 8 Event 4 E...

Page 55: ...mperature setpoint 25 65 1 C 35 Event 4 Event 5 Event 6 Saturday Event 1 Enabled y n Enable the event YES NO NO Event 2 Time Start time hh mm 00 00 23 59 1 min hh mm 00 00 Event 3 Temperature Water temperature setpoint 25 65 1 C 35 Event 4 Event 5 Event 6 Sunday Event 1 Enabled y n Enable the event YES NO NO Event 2 Time Start time hh mm 00 00 23 59 1 min hh mm 00 00 Event 3 Temperature Water temp...

Page 56: ...DHW YES NO NO T10 Enabled y n S t a r t hh mm if yes it is possible to set the start time and then the pump will operate for a time defined in the parameter t_INTERVAL_DHW YES NO NO T11 Enabled y n S t a r t hh mm if yes it is possible to set the start time and then the pump will operate for a time defined in the parameter t_INTERVAL_DHW YES NO NO T12 Enabled y n S t a r t hh mm if yes it is possi...

Page 57: ...me Run time since last compressor start up 1 min Compr Run Time Tot Total run time of compressor 1 h Exp Valve Open Opening steps of expansion valve 0 500 1 STEP Fan Speed Fan speed 0 650 10 RPM Unit Target Freq Compressor frequency requested by indoor unit 1 Hz Freq Lim Type Diagram of frequency limitation Supply Voltage Supply voltage 0 450 1 V Dc Gener Voltage DC bus voltage 0 255 1 V Dc Gener ...

Page 58: ...select the climatic curve in heating mode When the climatic curves are enabled it is not possible to modify the T1S set point manually and a warning message will appear Economy mode Eco Mode User menu Preset temp Eco Mode Enabled y n yes no enables the ECO function not available for 2 zones Clim Curve Sel 1 9 select the climatic curve from 1 to 9 Timer enabled y n yes no Enable the timer Start hh ...

Page 59: ...d the system are managed independently by the hydronic board Enabled Y N activates holiday mode Dhw Mode On Off to set if DHW is on off during the holidays Disinfect On Off to set if the disinfect function is enabled disabled during the holidays Heat Mode On Off to set if the heating mode is enabled disabled during the holidays From Date first day of holiday Until Date last day of holiday If DHW a...

Page 60: ...he DHW heater coil and DHW heater temperature 5 40 1 C 10 1 8 T4Dhwmax The external air temperature to which the heat pump can operate for the heating of the DHW heater 35 43 1 C 43 1 9 T4Dhwmin The minimum external air temperature to which the heat pump can operate for the heating of the DHW heater 25 30 1 C 10 1 10 T_Interval_Dhw The minimum switch off time interval of the compressor between 2 s...

Page 61: ...tart up of the compressor in heating mode 5 60 1 min 10 3 8 T1Seth1 Set point 1 of climatic curve no 9 for heating mode 25 65 1 C 35 3 9 T1Seth2 Set point 2 of climatic curve no 9 for heating mode 25 65 1 C 28 3 10 T4H1 The external air temperature 1 of the climatic curve no 9 for the heating mode 25 35 1 C 5 3 11 T4H2 The external air temperature 2 of the climatic curve no 9 for the heating mode ...

Page 62: ...The switching on off of each function is always done manually It is only possible to enable disable one function at a time it is not allowed at the same time If one function is active and you exit the Test Run menu while it is active the function will automatically switch off OFF ON OFF 3way valve 2 OFF ON OFF PUMPS OFF ON OFF PUMP OFF ON OFF PUMPC OFF ON OFF PUMPSOLAR OFF ON OFF PUMPDHW OFF ON OF...

Page 63: ...stallation the second inner backup heater installation etc Switch off the power supply before opening the switch box service panel and making any changes to the DIP switch settings WARNING 9 2 1 Function setting 9 2 DIP switch settings overview T4C1 T4C2 T1SETC2 T4 State In the setting the wired controller if T4C2 T4C1 then exchange their value if T1SETC1 T1SETC2 then exchange their value 1 2 3 4 ...

Page 64: ...N21 CN41 CN26 CN109 ON 2 1 ON 2 1 3 3 ON 2 1 ON 2 1 3 3 A 8 1 4 20V PGND 12V GND 9V GND1 2 7 9 16 18V V i n 6 1 3 17 27 19 8 7 24 9 23 4 5 18 10 11 14 25 12 22 16 20 21 15 26 28 29 30 fig 44 Position of dip switch S5 on the electronic board of the cooling circuit Check that the dip switches of the cooling circuit board of the outdoor unit are set as indicated in the following table Dip switch S5 S...

Page 65: ...hip between outdoor temperature T4 C and the target water temperature T1S C is described in the tables and pictures 10 3 1 Temperature curves for heating mode and ECO heating mode User terminals type to set up on service menu cool and heat mode setting Based on the type of user terminal selected the climatic curves set is limited refer to the below table Type of terminal selected Climatic set curv...

Page 66: ... 34 0 32 9 31 7 31 0 2 36 0 35 1 34 2 32 5 31 3 29 9 29 0 3 35 0 34 1 33 2 31 5 30 3 28 9 28 0 4 34 0 33 1 32 2 30 5 29 3 27 9 27 0 5 32 0 31 2 30 5 29 0 27 9 26 7 26 0 6 31 0 30 2 29 5 28 0 26 9 25 7 25 0 7 29 0 28 4 27 7 26 5 25 6 24 6 24 0 8 34 36 38 40 42 44 46 48 50 52 54 56 20 15 10 5 0 5 10 15 20 HEATING MODE climatic curves set H1 1 2 3 4 5 6 7 8 8 7 6 5 4 3 2 1 22 24 26 28 30 32 34 36 38 ...

Page 67: ...ing or radiator C2 21 0 21 0 19 0 19 0 18 0 18 0 17 0 17 0 2 22 0 22 0 20 0 20 0 19 0 19 0 17 0 17 0 3 23 0 23 0 21 0 21 0 19 0 19 0 18 0 18 0 4 24 0 24 0 21 0 21 0 20 0 20 0 18 0 18 0 5 24 0 24 0 22 0 22 0 20 0 20 0 19 0 19 0 6 25 0 25 0 22 0 22 0 21 0 21 0 19 0 19 0 7 25 0 25 0 23 0 23 0 21 0 21 0 20 0 20 0 8 4 6 8 10 12 14 16 18 20 22 24 10 0 10 20 30 40 50 COOLING MODE climatic curves set C1 1...

Page 68: ...r refrigerant leaks If there is a loss of refrigerant contact the technical assistance service Supply voltage Check that the supply voltage to the unit corresponds to the power supply voltage indicated on the nameplate of the unit Make sure the water shut off valves are completely open 11 2 Commissioning the boiler 11 2 1 Boiler preliminary checks Check the tightness of the gas system Check the co...

Page 69: ...n the boiler check that the CO2 content in the fumes with the boiler operating at maximum and minimum power corresponds to the values in the following table Case study G20 G30 G31 G230 A New boiler first switch on transformation or electrode replacement 7 5 9 9 9 11 5 9 11 5 B Boiler with at least 500 hours of operation 9 0 8 10 0 8 10 0 8 4 If the combustion values do not correspond adjust the Of...

Page 70: ...with less than 500 hours of burner operation because the system self adjusts fig 48 To exit the mode just press the button If Test mode Test is enabled and there is a DHW request which activates DHW mode the boiler remains in Test mode Test but the 3 way valve is positioned in DHW The Test mode Test however is automatically disabled after 15 minutes or by closing the DHW request if a DHW request r...

Page 71: ...m or reaching the operating limits in this case when T1 water temperature output from the unit T1stop 65 C the boiler with either be already activated or will be activated in any case to reach the value of Twoutmax 60 15 5 80 C 11 5 2 Cooling mode The cooling setpoint T1Sc can be modified by the user between 5 and 25 C via the display see DHW and system set point configuration on page 50 The Twout...

Page 72: ...n Some parameter settings are incorrect Check the parameters T4HMAX T4HMIN in heating mode T4CMAX T4CMIN in cooling mode T4DHWMAX T4DHWMIN in DHW mode The water flow is too low Make sure that all the shut off valves in the hydraulic circuit are open Check if the water filter is clogged Check that there is no air in the hydraulic circuit Check the water pressure The water pressure must be 1 bar wit...

Page 73: ...ly Possible causes Corrective action The volume of the DHW boiler is too small and the position of the water temperature probe is not high enough Set the dT1S5 parameter on the maximum value Check that the Dhw Priority is 1 DHW priority enabled If the parameter Dhw Priority 0 set the t_DHWHP_RESTRICT parameter on the minimum value Set dT1SH to 2 C Enable the DHW electric heater resistance TBH see ...

Page 74: ... Apply waterproof adhesive tape 4 Faulty probe replace it E5 EU Temperature probe fault Refrigerant leaking from coil T3 Check the probe resistance 2 The probe connector is disconnected Reconnect it 3 The probe connector is wet Remove the water and dry the connector Apply waterproof adhesive tape 4 Faulty probe replace it E6 EU External air temperature probe fault T4 Check the probe resistance 2 T...

Page 75: ...onnected Reconnect it 3 The probe connector is wet Remove the water and dry the connector Apply waterproof adhesive tape 4 Faulty probe replace it H3 IU Refrigerant gas temperature probe fault T2B 1 Check the probe resistance 2 The probe connector is disconnected Reconnect it 3 The probe connector is wet Remove the water and dry the connector Apply waterproof adhesive tape 4 Faulty probe replace i...

Page 76: ... Inverter module protection L1 EU Protection for low voltage on DC bus L2 EU Protection for high voltage on DC bus L4 EU MCE error L5 EU Zero speed protection L7 EU Phase sequence error L8 EU Frequency variation of the compressor greater than 15Hz per second L9 EU Working frequency of the compressor different over 15Hz compared to target frequency P0 EU Low pressure switch protection 1 The system ...

Page 77: ...oard fault Check the ionisation electrode wiring Check the electrode for damage Electrode grounded Cable grounded Check and clean the siphon if necessary Check the board F05 Fan fault No 230V power Check the wiring of the 5 pole connector Tachometric signal interrupted Fan damaged Check the fan and replace it if necessary A06 No flame after ignition phase Ionisation electrode fault Check the posit...

Page 78: ...23 A24 A26 F20 F21 F40 F47 F51 Pressure sensor fault Parameter configured incorrectly Check if parameter b04 is configure correctly System pressure problems transducer System pressure value outside the set limits transducer b06 set to 3 F37 System water pressure incorrect Pressure too low Load the system Pressure transducer not connected or damaged Check the pressure transducer F39 External probe ...

Page 79: ... correct position and status of the electrode Check the electronic board Check the gas valve and replace it if necessary 13 MAINTENANCE In order to ensure optimal availability of the unit a number of checks and inspections on the unit and the field wiring have to be carried out at regular intervals IMPORTANT HAZARD All maintenance work and replacements must be carried out by skilled qualified pers...

Page 80: ...n accordance with local regulations Maintenance must be performed in compliance with the safety rules and tips given in the manual supplied with the unit Routine maintenance helps maintain unit efficiency reduce the rate of deterioration which each device is subject in time and gather information and data to understand the efficiency of the unit and prevent failures For extraordinary maintenance o...

Page 81: ...ng the status of unit structure components pay extra attention to the parts subject to oxidation If the onset of oxidation is visible treat it with paint that will either eliminate or reduce the phenomenon Make sure than the external panels of the unit are firmly secured Poor fastening causes noise and abnormal vibrations Hydraulic system check Visually check that the hydraulic circuit does not ha...

Page 82: ...ence of water leaks CAUTION After unscheduled maintenance work on the cooling circuit with the replacement of components carry out the fol lowing tasks before restarting the machine Pay the utmost attention when restoring the refrigerant load indicated on the machine rating plate Open all the valves in the cooling circuit Connect the electric power supply and grounding correctly Check all the hydr...

Page 83: ...respective tables The condensate evacuation system must be efficient and must not have any leaks or blockages The siphon must be filled with water Check the quality of the water in the system Check the state of the exchanger insulation Check the gas connection between the valves and the venturi tubes f If necessary replace the burner gasket because it is damaged At the end of the inspection always...

Page 84: ...entric or accessory for separate flues Remove the fan Remove the springs of the two pipes on the exchanger pimp and hydraulic unit Loosen the two lower screws 5 fastening the exchanger to the frame fig 57 Loosen the two upper screws 6 fastening the exchanger to the frame fig 58 Remove the exchanger Insert the new exchanger resting it on the lower screws 5 Perform the steps in reverse order to asse...

Page 85: ...ns for the fan Loosen the screws 1 and the connection of the gas pipe 2 Remove venturi tube 3 fig 61 fig 62 13 6 5 Replacement of boiler pressure transducer NOTE Before starting with the following instructions we recommend organising pro tective devices to protect the inner parts and the boiler electric box from any accidental water leaks Drain the water of the heating circuit Remove the pressure ...

Page 86: ... IDRONICA POMPA DI CALORE R R A B E P Q E H L1 C SCHEDA ELETTRONICA CALDAIA Cavo di alimentazione Boiler key 16 Fan 32 Heating circulator 34 Heating temperature sensor 44 Gas valve 81 Ignition ionization electrode 95 Diverter valve 186 Return sensor 191 Fume temperature sensor 288 Antifreeze kit 294 Pressure transducer fig 64 ...

Page 87: ...GEND E1 Compressor E2 4 way valve E3 Gas liquid separator E4 Heat exchange air side E5 Electronic expansion valve E6 Single direction electromagnetic valve E7 Filter E8 Drain temperature probe E9 External temperature probe E10 External exchanger probe E11 Stop valve gas E12 Stop valve liquid E13 High pressure switch E14 Low pressure switch E15 Pressure sensor E16 Capillary E17 Extraction temperatu...

Page 88: ...FERROLI S p A Via Ritonda 78 a 37047 San Bonifacio Verona ITALY www ferroli com Made in Italy ...

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Ferroli OMNIA S HYBRID H 3.2, Installation, Use & Maintenance Manual

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