When the external probe (optional) is installed, and the parameter P07>0, the boiler adjustment system works with “Sli-ding Temperature”. In this mode, the heating system temperature is regulated according to weather conditions, to ensure high comfort and energy efficiency throughout the year. In particular, as the outside temperature increases, the system flow temperature decreases according to a specific “compensation curve”.With “Sliding Temperature”, the temperature set using the heating buttons becomes the maximum system flow tempera-ture. It is advisable to set a maximum value to allow system adjustment throughout its useful operating range.The boiler must be adjusted at the time of installation by qualified personnel. However, the user can make any further adjustments necessary to optimize comfort levels.
1.4.9.1 Compensation curve and curve offset
From the service menu (tS) it is possible to select the compensation curve (P07) and offset (P06) according the installa-tion.If the room temperature is lower than the desired value, it is advisable to set an higher curve and vice versa. Proceed by increasing or decreasing in steps of one and check the result in the room.
To enter on the service menu press the “back” key for at least 5 seconds under any state (except for parameter setting state or when the panel breaks down).
The display show
(parameters) and it can be changed into other menu (fault history) or (reset faults) by
pressing
1.5.1 Parameters
When the display show it is possible to enter on the parameter code by pressing the key.
The symbol flashing appears
, meaning the first parameter is show: to check the value press the key.
Parameter code Parameter name Range Default value Remark
P01 Water pump post-circulation(1 ÷ 20 minutes) 20
P02 Switch on heating temperature5 ÷ 20 °C8 °C
When the heating temperature is below the Set Point - P02, the heating elements are enabled to start
P03 Water switch type 0 ÷ 1 0
0 = on/off1 = sensor type
P04 Switch on tank temperature5 ÷ 10 °C5 °C
When the tank temperature is below the Set Point - P04, the heating elements are enabled to start
P05 Storage tank 0 ÷ 1 0
0 = external tank disabled1 = external tank enabled
P06
Offset temperature of heating room compensation control
30 ÷ 50 30 (1.4.9.1 on page 9)
P07
Compensating curve of heating outdoor compensation control
0 ÷ 10 0
0: No outdoor compensation control 1~10: Compensating curve C01-C10
P08 Maximum power 1 ÷ 6
6 ÷ 12 KW= 318 ÷ 24 KW= 6
It defines the maximum number of the wor-king elements.
P09 A08 Fault defection option
00: No detection03: Detection
00
P10
Heating comfort mode (heat balance option)
00 ÷ 01 00
00 = comfort01 = heat balance(1.4.5.1 on page 8)
P11Air Purge function 0 ÷ 1 0 1 = activate the Air Purging function manually
P12 Sterilization temperature 55 ÷ 70 °C65 °C
This is the temperature at whitch the boiler is load during the sterilization function
P13 Water tank sterilization period 1 ÷ 31 days 7 days Period for this function
Note:Manually exit from the set state after setting and power down the system after waiting for a while (generally 3-6s
because the system is saving the parameter) because the system saves the parameter under the non-set state, or the parameter won’t be saved. The outdoor temperature compensation setting is also subject to the restriction.
Example: how to modify the P02 value
TOR
TOR
(parameters) and it can be changed into other menu (fault history) or (reset faults) by
TOR
(parameters) and it can be changed into other menu (fault history) or (reset faults) by
TOR
(parameters) and it can be changed into other menu (fault history) or (reset faults) by
TOR
, meaning the first parameter is show: to check the value press the key.
TOR
TOR
TOR
TOR
TOR
1.5.2 Fault Hystory
The boiler can store the last 10 faults. H01 represents the most recent fault that occurred.The codes of the faults saved are also displayed in the relevant menu of the OpenTherm controller (it depends on the controller availability).Once entered on the “Hi” service memu, press the ON-OFF to check the last fault.Press the buttons “+” or “-” Heating to scroll the list of faults.To exit the Boiler faults menu, press the button “back” until reaching the main screen
Example: how to read the H03 error code
x5 s
x1
x2
1.5.3 Clear faults
By selecting the on the service menu, it is possible to clear the list of the stored faults.
After selecting the
menu, press the button , then the symbol will flash indicating the clear function.
Press again the button
to confirm.
The display returns to the
menu.
x5 s
x2
1.6 FILLING OF THE INSTALLATION
The electric heating unit is provided with a ball valve to ll the
heating installation up to 1 ÷ 3 bars. During operation, in case the pressure decreases in the system (because the air is remo-ved from the system) to the minimum value of the above men-
tioned pressure, open the ll valve to supplement with water. Turn the ll valve anticlockwise to supplement with water and
clockwise to close it. The electric heating unit operates usually at 1÷1,5 bars. After lling, close the ll valve (“g. 5 - Water
lling valve”).
TOR
1.5.2 Fault Hystory
The boiler can store the last 10 faults. H01 represents the most recent fault that occurred.The codes of the faults saved are also displayed in the relevant menu of the OpenTherm controller (it depends on the controller availability).Once entered on the “Hi” service memu, press the ON-OFF to check the last fault.Press the buttons “+” or “-” Heating to scroll the list of faults.To exit the Boiler faults menu, press the button “back” until reaching the main screen
P01Timp post-circulare pompa(1 ÷ 20 minute)20
P02temperatura de pornire in mod
P03Tip comutator de apă0 ÷ 100 = presostat on/off
P04Temperatura pornire in mod
P05Boiler ACM extern0 ÷ 100 = dezactivat
P06Temperatura de pornire a
P07Alegerea curbei de functionare0 ÷ 1000: nici un control al compensării exterioare
P08Putere maximă1 ÷ 66 ÷ 12 KW= 3
P09A08 Opțiune defecțiune00: fără detectare0003: detectare
P10Modul confort de încălzire
P11Funcția de purjare a aerului0 ÷ 101 = activați manual funcția de purjare a aerului
P12Temperatura de sterilizare55 ÷ 70 °C65 °CAceasta este temperatura la care boilerul este încărcat
curbelor in modul functionare
dupa temperatura exterioara
(opțiune echilibru termic)
rezervorului de apă
5 ÷ 20 °C8 °CCând temperatura de încălzire este sub valoarea de
5 ÷ 10 °C5 °CCând temperatura rezervorului este sub valoarea de
30 ÷ 5030(1.4.9.1 la pagina 8)
00 ÷ 010000 = confort
1 ÷ 31 zile7 zilePerioada pentru această funcție
Valoare
implicită
15 ÷ 28 KW= 6
Observație
referință - p02, elementele de încălzire sunt activate
pentru a porni
1 = traductor de presiune
referință - p04, elementele de încălzire sunt activate
pentru a porni
1 = activat
1~10: curba de compensare C01-C10
Acesta denește numărul maxim de elemente de
lucru.
01 = echilibru termic (1.4.5.1 la pagina 7)
în timpul funcției de sterilizare
x5 s
10
Page 11
TOR
x1
x1
to confirm.
menu.
x1
TOR
1.5.2 Fault Hystory
The boiler can store the last 10 faults. H01 represents the most recent fault that occurred.The codes of the faults saved are also displayed in the relevant menu of the OpenTherm controller (it depends on the controller availability).Once entered on the “Hi” service memu, press the ON-OFF to check the last fault.Press the buttons “+” or “-” Heating to scroll the list of faults.To exit the Boiler faults menu, press the button “back” until reaching the main screen
Example: how to read the H03 error code
x5 s
x1
x2
1.5.3 Clear faults
By selecting the on the service menu, it is possible to clear the list of the stored faults.
After selecting the
menu, press the button , then the symbol will flash indicating the clear function.
Press again the button
to confirm.
The display returns to the
menu.
TOR
1.5.2 Fault Hystory
The boiler can store the last 10 faults. H01 represents the most recent fault that occurred.The codes of the faults saved are also displayed in the relevant menu of the OpenTherm controller (it depends on the controller availability).Once entered on the “Hi” service memu, press the ON-OFF to check the last fault.Press the buttons “+” or “-” Heating to scroll the list of faults.To exit the Boiler faults menu, press the button “back” until reaching the main screen
The electric boiler designed is used in the ordinary AA5/AB5 environment according to STN 33 0300 and STN 33 2310 (that is to say that the temperature range is from +5 °C to 40 °C, and the humidity depends on the temperature, not exceeding 85%). The boiler shall not be installed in Area 0, 1 and 2 in line with STN33 2135-1 standard or any room with bathtub, shower room, wash zone and showers However, it can be installed in Area 3. In case of possible water flow for cleaning (public watering place, pipe and shower nozzle used in the school, factory, sports club and public service area), the electric boiler cannot be installed.
If the boiler has been installed in an acceptable place, the protection from current accident must be provided as per the same standard at the same time.
g. 7
2.2 BOIlER INSTallaTION
To hang the boiler on the wall, it’s suggested to use the expan-
sion screw (accessory when delivery) which shall be xed on
the wall in advance (refer to Figure 6). The heater structure body with water pump and accessories shall be hung onto the
expansion screw which has been xed. The boiler outer cover
shall be connected to the back wall by the screw which can be disassembled. Before the boiler is installed, the place where the repair work likely required can be conducted without big
restrictions shall be conrmed. If the boiler is installed in an
open system, the heating system water column shall at least produce 1 bar pressure.
g. 8
2. MONTAREA
2.1. Condiţiile de funcţionare şi locul de montare
The electric boiler designed is used in the ordinary AA5/AB5 environment according to STN 33 0300 and STN 33 2310 (that is to say that the temperature range is from +5 °C to 40 °C, and the humidity depends on the temperature, not exceeding 85%). The boiler shall not be installed in Area 0, 1 and 2 in line with STN33 2135-1 standard or any room with bathtub, shower room, wash zone and showers However, it can be installed in Area 3. In case of possible water flow for cleaning (public watering place, pipe and shower nozzle used in the school, factory, sports club and public service area), the electric boiler cannot be installed.
If the boiler has been installed in an acceptable place, the protection from current accident must be provided as per the same standard at the same time.
The designer must comprehensively consider the comprehensive suitability assessment of the boiler with power level removed by the external equipment combination. It’s a must to consider the boiler function related to the resident or house and external equipment mentioned. The manufacturer won’t take the responsibility for any inadequacy arising from improper installation design.
Vericaţi şi curăţaţi în mod regulat ltrul şi dispozitivul colector pentru depuneri. Anterior
alimentării sistemului de încălzire cu apă, vericaţi presiunea în vasul de expansiune.
Refaceți perna de aer a vasului de expansiune la 0,9 - 1 bar, dacă este necesar.
The designer must comprehensively consider the comprehensive suitability assessment of the boiler with power level removed by the external equipment combination. It’s a must to consider the boiler function related to the resident or house and external equipment mentioned. The manufacturer won’t take the responsibility for any inadequacy arising from improper installation design.
95
Proiectantul trebuie să ia în considerare în mod cuprinzător evaluarea completă a
adecvării boilerului cu nivelul de putere eliminat de combinația de echipamente externe.
Este o necesitate să ia în considerare funcția cazanului ținând cont de rezident sau de
casa și echipamente externe menționate. Producătorul nu își va asuma responsabilitatea
pentru orice inadecvare care rezultă din proiectarea necorespunzătoare a instalării.
Elementul de încălzire poate opri funcţionarea în cazul întreruperii alimentării cu energie
electrică. Centrala electrică reia încălzirea atunci când este reluată alimentarea cu energie
electrică.
Atunci când centrala electrică este deconectata de la rețeaua electrică, funcţia de protecţie
împotriva îngheţului nu este activă.
Pentru a împiedica pierderile cauzate de îngheţ ca rezultat al deconectării, aparatului
de la rețeaua electrică, îndelungate în timpul iernii, este recomandată golirea completă
a sistemului de încălzire şi încărcarea sistemului de încălzire cu agent anti-îngheţ în
conformitate cu cerinţele cuprinse în subcapitolul 2.3.
Display code Fault descriptionPossible cause Solution
Safety thermostat inter-vention (95 °C)
The heating thermostat is damaged
Check whether the heating thermostat positio-ning and operation are correct
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
TOR
must be
pressed for 1s.
tion after the problem has been solved.
Display code Fault descriptionPossible cause Solution
Safety thermostat inter-vention (95 °C)
The heating thermostat is damaged
Check whether the heating thermostat positio-ning and operation are correct
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
The heater temperature exceeds 90 °C
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
Temperature sensor de-tection
The heating temperature sensor falls off or is damaged (the heating sensor and bathroom wa-ter sensor temperature rise doesn’t exceed 3 °C after normal heating for 5 min. No detection is required in case of exceeding 40 °C)Not actived in case the parameter P09 is 0 (de-fault value)
Check whether the heating temperature sen-sor falls off or replace it
Heating temperature sen-sor fault
The open circuit, short circuit, or connecting line getting loose or short circuit occurs to the heating temperature sensor
Check the connection or replace the tempera-ture sensor
TOR
must be
pressed for 1s.
tion after the problem has been solved.
Display code Fault descriptionPossible cause Solution
Safety thermostat inter-vention (95 °C)
The heating thermostat is damaged
Check whether the heating thermostat positio-ning and operation are correct
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
The heater temperature exceeds 90 °C
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
Temperature sensor de-tection
The heating temperature sensor falls off or is damaged (the heating sensor and bathroom wa-ter sensor temperature rise doesn’t exceed 3 °C after normal heating for 5 min. No detection is required in case of exceeding 40 °C)Not actived in case the parameter P09 is 0 (de-fault value)
Check whether the heating temperature sen-sor falls off or replace it
Heating temperature sen-sor fault
The open circuit, short circuit, or connecting line getting loose or short circuit occurs to the heating temperature sensor
Check the connection or replace the tempera-ture sensor
Outdoor temperature sensor fault
The open circuit, short circuit, or connecting line getting loose or short circuit occurs to the outdoor temperature sensor
Check the connection or replace the tempera-ture sensor
TOR
must be
pressed for 1s.
tion after the problem has been solved.
Display code Fault descriptionPossible cause Solution
Safety thermostat inter-vention (95 °C)
The heating thermostat is damaged
Check whether the heating thermostat positio-ning and operation are correct
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
The heater temperature exceeds 90 °C
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
Temperature sensor de-tection
The heating temperature sensor falls off or is damaged (the heating sensor and bathroom wa-ter sensor temperature rise doesn’t exceed 3 °C after normal heating for 5 min. No detection is required in case of exceeding 40 °C)Not actived in case the parameter P09 is 0 (de-fault value)
Check whether the heating temperature sen-sor falls off or replace it
Heating temperature sen-sor fault
The open circuit, short circuit, or connecting line getting loose or short circuit occurs to the heating temperature sensor
Check the connection or replace the tempera-ture sensor
Outdoor temperature sensor fault
The open circuit, short circuit, or connecting line getting loose or short circuit occurs to the outdoor temperature sensor
Check the connection or replace the tempera-ture sensor
Water tank temperature sensor fault
The open circuit, short circuit, or connecting line getting loose or short circuit happens to the water tank NTCNot detected in case the parameter P05 = 0 (de-
Check the connection or replace the tempera-ture sensor
TOR
must be
pressed for 1s.
tion after the problem has been solved.
Display code Fault descriptionPossible cause Solution
Safety thermostat inter-vention (95 °C)
The heating thermostat is damaged
Check whether the heating thermostat positio-ning and operation are correct
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
The heater temperature exceeds 90 °C
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
Temperature sensor de-tection
The heating temperature sensor falls off or is damaged (the heating sensor and bathroom wa-ter sensor temperature rise doesn’t exceed 3 °C after normal heating for 5 min. No detection is required in case of exceeding 40 °C)Not actived in case the parameter P09 is 0 (de-fault value)
Check whether the heating temperature sen-sor falls off or replace it
Heating temperature sen-sor fault
The open circuit, short circuit, or connecting line getting loose or short circuit occurs to the heating temperature sensor
Check the connection or replace the tempera-ture sensor
Outdoor temperature sensor fault
The open circuit, short circuit, or connecting line getting loose or short circuit occurs to the outdoor temperature sensor
Check the connection or replace the tempera-ture sensor
Water tank temperature sensor fault
The open circuit, short circuit, or connecting line getting loose or short circuit happens to the water tank NTCNot detected in case the parameter P05 = 0 (de-fault value)
Check the connection or replace the tempera-ture sensor
Water pressure switch fault
Water leakage on the heating circuit Restore the water in the heating circuit The disconnection or damage occurs to the water
pressure switch/sensor
Check the water pressure switch
Pressure sensor type different from the parame-
Check and modify the parameter P03
TOR
must be
pressed for 1s.
tion after the problem has been solved.
Display code Fault descriptionPossible cause Solution
Safety thermostat inter-vention (95 °C)
The heating thermostat is damaged
Check whether the heating thermostat positio-ning and operation are correct
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
The heater temperature exceeds 90 °C
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
Temperature sensor de-tection
The heating temperature sensor falls off or is damaged (the heating sensor and bathroom wa-ter sensor temperature rise doesn’t exceed 3 °C after normal heating for 5 min. No detection is required in case of exceeding 40 °C)Not actived in case the parameter P09 is 0 (de-fault value)
Check whether the heating temperature sen-sor falls off or replace it
Heating temperature sen-sor fault
The open circuit, short circuit, or connecting line getting loose or short circuit occurs to the heating temperature sensor
Check the connection or replace the tempera-ture sensor
Outdoor temperature sensor fault
The open circuit, short circuit, or connecting line getting loose or short circuit occurs to the outdoor temperature sensor
Check the connection or replace the tempera-ture sensor
Water tank temperature sensor fault
The open circuit, short circuit, or connecting line getting loose or short circuit happens to the water tank NTCNot detected in case the parameter P05 = 0 (de-fault value)
Check the connection or replace the tempera-ture sensor
Water pressure switch fault
Water leakage on the heating circuit Restore the water in the heating circuit The disconnection or damage occurs to the water
pressure switch/sensor
Check the water pressure switch
Pressure sensor type different from the parame-ter P03 selection
Check and modify the parameter P03
Too big temperature gradient
Water leakage on the heating circuitWater injection to the system Pump blockage
Check the circulation of the pump
The water in the heating system doesn’t circulate
TOR
must be
pressed for 1s.
tion after the problem has been solved.
Display code Fault descriptionPossible cause Solution
Safety thermostat inter-vention (95 °C)
The heating thermostat is damaged
Check whether the heating thermostat positio-ning and operation are correct
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
The heater temperature exceeds 90 °C
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
Temperature sensor de-tection
The heating temperature sensor falls off or is damaged (the heating sensor and bathroom wa-ter sensor temperature rise doesn’t exceed 3 °C after normal heating for 5 min. No detection is required in case of exceeding 40 °C)Not actived in case the parameter P09 is 0 (de-fault value)
Check whether the heating temperature sen-sor falls off or replace it
Heating temperature sen-sor fault
The open circuit, short circuit, or connecting line getting loose or short circuit occurs to the heating temperature sensor
Check the connection or replace the tempera-ture sensor
Outdoor temperature sensor fault
The open circuit, short circuit, or connecting line getting loose or short circuit occurs to the outdoor temperature sensor
Check the connection or replace the tempera-ture sensor
Water tank temperature sensor fault
The open circuit, short circuit, or connecting line getting loose or short circuit happens to the water tank NTCNot detected in case the parameter P05 = 0 (de-fault value)
Check the connection or replace the tempera-ture sensor
Water pressure switch fault
Water leakage on the heating circuit Restore the water in the heating circuit The disconnection or damage occurs to the water
pressure switch/sensor
Check the water pressure switch
Pressure sensor type different from the parame-ter P03 selection
Check and modify the parameter P03
Too big temperature gradient
Water leakage on the heating circuitWater injection to the system Pump blockage
Check the circulation of the pump
The water in the heating system doesn’t circulate
No fault is stored
TOR
must be
pressed for 1s.
tion after the problem has been solved.
Display code Fault descriptionPossible cause Solution
Safety thermostat inter-vention (95 °C)
The heating thermostat is damaged
Check whether the heating thermostat positio-ning and operation are correct
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
The heater temperature exceeds 90 °C
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
TOR
3.4.1 Diagnostic
for 1s.
Display code Fault descriptionPossible cause Solution
Safety thermostat inter-vention (95 °C)
The heating thermostat is damaged
Check whether the heating thermostat positio-ning and operation are correct
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
The heater temperature exceeds 90 °C
The water in the heating system doesn’t circulate
Check the circulating pump to remove the air from the heating system
The air exists in the heating system
Temperature sensor de-tection
The heating temperature sensor falls off or is da-maged (the heating sensor and bathroom water sensor temperature rise doesn’t exceed 3°C after normal heating for 5min. No detection is required
Check whether the heating temperature sen-sor falls off or replace it
Defecțiune a senzorului
de temperatură de
încălzire
Defecțiune senzor de
temperatură exterioară
Defecțiune senzor
temperatură rezervor apă
Defecțiune a
comutatorului de presiune
a apei
Gradient de temperatură
prea mare
Nu este stocată nici o defecțiune
Termostatul de încălzire este deteriorat
Apa din sistemul de încălzire nu circulă
Există aer în sistemul de încălzire
Apa din sistemul de încălzire nu circulă
Există aer în sistemul de încălzire
Senzorul de temperatură de încălzire
scade sau este deteriorat (creșterea
temperaturii senzorului de încălzire și
a apei din baie nu depășește 3°C după
încălzirea normală timp de 5 minute.
Nu este necesară detectarea în cazul
depășirii valorii de 40 °C)
Circuitul deschis, conexiune slaba sau
scurtcircuitul are loc la senzorul de
temperatură de încălzire
Circuitul deschis, conexiune slaba sau
scurtcircuitul are loc la senzorul de
temperatură exterioară
Circuitul deschis, conexiune slaba sau
scurtcircuitul are loc la rezervorul de
apă NTC
Scurgeri de apă pe circuitul de încălzireRefaceți apa din circuitul de încălzire
Presostatul apei este deconectat sau
deteriorat
Scurgeri de apă pe circuitul de încălzireInjectarea apei în sistem
Blocarea pompeiVericați circulația pompei
Vericați dacă poziția și funcționarea
termostatului de încălzire sunt corecte
Vericați pompa de circulație pentru a
îndepărta aerul din sistemul de încălzire
Vericați pompa de circulație pentru a
îndepărta aerul din sistemul de încălzire
Vericați dacă senzorul de temperatură
de încălzire scade sau înlocuiți-l
Nu este activat in cazul cand parametrul
P09 este 0 (valoare gresita)
Vericați conexiunea sau înlocuiți
senzorul de temperatură
Vericați conexiunea sau înlocuiți
senzorul de temperatură
Vericați conexiunea sau înlocuiți
senzorul de temperatură
ParametruSimbolu.m.6kW9kW
Clasa de ecienta energeticapentru incalzirea
spatiului pe sezon
Putere calorica nominalapnkW69
Ecienta energetica pentru incalzirea spatiului pe
sezon
Putere calorica nominala
Putere calorica utila la puterea calorica nominala
si regim de temparatura inalta (*)
Puterea calorica utila la 30% din puterea calorica
nominala si regim de temperatura joasa(**)
Ecienta utila
Ecienta utila la puterea calorica nominala si
regim de temperatura inalta (*)
Ecienta utila la 30% din puterea calorica
nominala si regim de temperatura joasa (**)
Consumul auxiliar de electricitate
La sarcina maximaelmaxkW0,0150,025
La sarcina partialaelminkW0,0000,000
In mod stand-bypSBkW0,0030,003
Alte elemente
Pierdere de caldura in stand-bypstbykW0,0720,072
Consum de putere arzator de aprinderePignkW0,0000,000
Consum anual de energieQhEGJ4771
Nivel putere acusticalWadB3134
ParametruSimbolu.m.12kW18kW24kW
Clasa de ecienta energeticapentru incalzirea
spatiului pe sezon
Putere calorica nominalapnkW121824
Ecienta energetica pentru incalzirea spatiului pe
sezon
Putere calorica nominala
Putere calorica utila la puterea calorica nominala
si regim de temparatura inalta (*)
Puterea calorica utila la 30% din puterea calorica
nominala si regim de temperatura joasa(**)
Ecienta utila
Ecienta utila la puterea calorica nominala si
regim de temperatura inalta (*)
Ecienta utila la 30% din puterea calorica
nominala si regim de temperatura joasa (**)
Consumul auxiliar de electricitate
La sarcina maximaelmaxkW0,0300,0400,045
La sarcina partialaelminkW0,0000,0000,000
In mod stand-bypSBkW0,0030,0030,003
Alte elemente
Pierdere de caldura in stand-bypstbykW0,0900,0900,090
Consum de putere arzator de aprinderePignkW0,0000,0000,000
Consum anual de energieQhEGJ95141188
Nivel putere acusticalWadB363840
When connecting the power supply cable, select the correct wiring type, depending on the type of supply
Insert the power supply cable through the nylon joint from the boiler’s base. Loosen the joint’s nut and tighten it again after inserting the power supply cable.