Immergas ARES 150 TEC ERP, ARES 300 TEC ERP, ARES 350 TEC ERP, ARES 250 TEC ERP, ARES 200 TEC ERP Instructions And Warnings
Instructions and warnings
Installer
Maintenance technician
IE
ARES 150 TEC ERP
ARES 200 TEC ERP
ARES 250 TEC ERP
ARES 300 TEC ERP
ARES 350 TEC ERP
Modular condensing boiler
STD.005726/000
*1.042909ENG*
*1.042909ENG*
STD.005726/000
Warning this manual contains the exclusive instructions for use for professionally qualied
installers and/or maintenance technicians, in compliance with laws in force.
e individual in charge of the system is NOT authorised to work on the boiler.
e manufacturer will not be held liable in the case of damage to people, animals or property
due to the failure to observe the instructions contained in the manuals supplied with the boiler
INDEX
1 General information ...................................................................4
1.1 Symbols used in the manual ........................................................4
1.2 Compliant use of the appliance ...................................................4
1.3 Information to be provided to the user .....................................4
1.4 Safety warnings .............................................................................5
1.5 Regulations for installation..........................................................6
1.6 Installation .....................................................................................6
1.7 Water treatment ............................................................................7
1.8 General warnings .......................................................................... 8
2 Technical characteristics and dimensions .................................9
2.1 Technical characteristics .............................................................. 9
2.2 Internal view with indications of main components .............10
2.3 Dimensions ..................................................................................12
2.4 Operating data / general characteristics ..................................13
2.5 Technical parameters for combination boilers
(in compliance with Regulation 813/2013). ............................14
3 Instructions for installation .....................................................17
3.1 General recommendations ........................................................17
3.2 Packaging .....................................................................................18
3.3
Removing the boiler from the pallet and putting on the feet
3.4 Positioning the heating control unit.........................................20
.....
19
3.5 Connecting the boiler ................................................................21
3.6 Gas connection............................................................................22
3.7 System ow and return pipe connection .................................23
3.8 Additional safety, protection and control devices ..................24
3.9 Determining the primary circuit pump or boiler pump .......26
3.10 Condensate drain ........................................................................27
3.11 Connecting the ue ....................................................................28
3.12 Flue exhaust manifold connection ...........................................28
3.13 Electrical connections ................................................................30
3.14 Connection diagram ..................................................................33
3.15 Practical connection diagram ...................................................37
3.16 System lling and emptying ......................................................39
3.17 Boiler frost protection ................................................................39
3.18 Check the adjustment of the pressure to the burner .............. 40
3.19 Emergency and safety operations ............................................42
3.20 First ignition ................................................................................43
4 Inspections and maintenance ..................................................44
4.1 Instructions for inspection and maintenance ......................... 44
4.2 Programming the operation parameters .................................50
4.3 BMM. parameters .......................................................................51
4.4 BCM. parameters ........................................................................52
4.5 Error code ....................................................................................53
Instructions on how to correctly dispose of the product.
At the end of its life, this appliance must not be disposed of as mixed municipal waste.
It is mandatory to separate this type of waste so that the materials making up the appliance can be recycled and reused. Contact
authorised operators for disposal of this type of appliance. Incorrect management of waste and its disposal has potential negative
eects on the environment and on human health. e symbol on the appliance represents the prohibition of disposing of the product as mixed
municipal waste.
e company IMMERGAS S.p.A., with registered oce in via Cisa Ligure 95 42041 Brescello (RE), declares that the design, manufacturing and
aer-sales assistance processes comply with the requirements of standard UNI EN ISO 9001:2015.
For further details on the product CE marking, request a copy of the Declaration of Conformity from the manufacturer, specifying the appliance
model and the language of the country.
e manufacturer declines all liability due to printing or transcription errors, reserving the right to make any modications to its technical
and commercial documents without forewarning.
STD.005726/000
General information
GENERAL
1
INFORMATION
1.1 SYMBOLS USED IN THE MANUAL
When reading this manual, pay special attention to the parts marked with these symbols:
DANGER!
Serious danger to
safety and life
ATTENTION!
Possibly dangerous
situation for the product
and environment
NOTE!
Tips for the user
1.2 COMPLIANT USE OF THE APPLIANCE
e ARES Tec appliance was built based on the current technical level and recognised technical safety rules.
Nevertheless, following improper use the safety and life of the user or other people may be exposed to danger, i.e. damage
to the appliance or other objects.
e appliance is designed for operation in hot water circulating heating systems.
Any other use is considered improper.
Immergas will not be held liable for any damage resulting from improper use.
Any use in accordance with the envisioned purposes includes the strict observance of the instructions in this manual.
1.3 INFORMATION TO BE PROVIDED TO THE USER
e user must be instructed in the use and operation of his/her heating system, in particular:
- Deliver these instructions to the user, as well as the other documents relative to the appliance contained in the packaging in
an envelope. e user must keep this documentation safe so that it is available for future consultation.
- Inform the user of the importance of aeration vents and the ue exhaust system, highlighting how essential they are and how
it is strictly forbidden to change them.
- Inform the user on how to control the water pressure in the system as well as the operations required to restore it.
- Inform the user on how to correctly regulate the temperature, control units/thermostats and radiators in order to save energy.
- Remember it is compulsory to carry out regular maintenance on the system once a year and a combustion analysis every two
years (as per national legislation).
- If the appliance is sold or transferred to another owner or if the owner moves, leaving the appliance behind, always ensure the
manual accompanies the appliance so that it may be consulted by the new owner and/or installer.
DANGER!
Scalding hazard!
OBLIGATION!
Wear protective
gloves
e manufacturer will not be held liable in the case of damage to people, animals or property due to the failure to observe the instructions
contained in this manual.
STD.005726/000
4
1.4 SAFETY WARNINGS
ATTENTION!
e appliance must not be used by people with reduced physical, mental and sensorial capabilities, without experience and
knowledge. ese people must be duly instructed and supervised during manoeuvring operations.
ATTENTION!
Installation, adjustment and maintenance of the appliance must be carried out by professionally authorised company, in
compliance with regulations and provisions in force, as incorrect installation can cause damage to people, animals and
property, for which the manufacturer will not be held liable.
DANGER!
Maintenance or repair work on the boiler must be carried out by professionally authorised company, authorised by
Immergas; it is advisable to sign a maintenance contract.
Poor or irregular maintenance can compromise the operational safety of the appliance and cause damage to people, animals
and property for which the manufacturer will not be held liable.
Changes to parts connected to the appliance
Do not make changes to the following elements:
- to the boiler
- to the gas, air, water and power supply lines
- to the ue pipe, safety valve and exhaust pipe
- to the constructive elements that aect the operational safety of the appliance.
General information
ATTENTION!
To tighten or loosen the screw-attached ttings, use suitable wrenches only.
Improper use and/or unsuitable tools can cause damage (for ex. water and gas leaks).
ATTENTION!
Instructions for appliances running on propane gas
Make sure that the gas tank has been deaerated prior to installing the appliance.
For a thorough deaeration of the tank contact the liquid gas supplier and in any case authorised company, in accordance with the law.
Ignition problems can arise if the tank is not thoroughly deaerated.
In this case contact the liquid gas tank supplier.
Smell of gas
In case of the smell of gas observe the following safety instructions:
- do not use electric switches
- do not smoke
- do not use the telephone
- shut o the gas cut-o valve
- aerate the room where the gas leak occurred
- notify the gas supply company or a company specialised in the installation and maintenance of heating systems.
Explosive and easily ammable substances
Do not use or deposit explosive or easily ammable materials (for ex. petrol, paints, paper) in the room where the appliance is
installed.
ATTENTION!
Do not use the appliance as a base to support any object. Specically, do not place receptacles containing liquids (Bottles, Glasses,
Containers or Detergents) on top of the boiler. If the appliance is installed inside a box, do not insert or place other objects inside it
STD.005726/000
ATTENTION!
e heat unit must be installed so as to avoid, under the envisioned operating conditions, the liquid contained in it from freezing
and avoid exposing the command and control parts to temperatures below -15°C and over +40°C.
e heat unit must be protected from climatic/environmental variations by:
- insulating the hydraulic and condensation exhaust pipes
- adopting specic anti-freeze products in the hydraulic system.
5
General information
1.5 REGULATIONS FOR INSTALLATION
ARES Tec is a gas category II
e appliance must be installed in accordance with the instructions
contained in this manual.
Installation must be carried out by a professionally authorised company,
who is in charge of enforcing observance of all local and/or national
laws published in the Ocial Gazette, as well as all applicable
technical regulations.
It is necessary to observe the standards, regulations and requirements
for installation provided below, constituting a rough and non-exhaustive
list, in order to follow the evolution of the "state of the art". We
would like to underline that updating the list of standards is the
responsibility of the technicians authorised to carry out installation.
heating unit.
2H3P
Also observe the standards regarding the heating control unit,
construction regulations and requirements on combustion heating in
the country of installation.
The appliance must be installed, commissioned and subject to
maintenance in accordance with the current "state of the art". is also
applies to the hydraulic system, the ue exhaust system, the installation
room and the electrical system.
Failure to observe the above regulations will void
the warranty.
1.6 INSTALLATION
When the appliance is installed on existing systems, make sure that:
- e ue is suitable for condensation appliances, for the temperatures
of the combustion products, calculated and built in accordance with
regulations in force. at is it a straight as possible, water-tight and
insulated and does not have any obstructions or constrictions.
- e ue is equipped with an attachment to evacuate the condensation.
- e heating control unit is equipped with a pipe for the evacuation
of the condensation produced by the boiler.
- e electrical system is built in accordance with specic regulations
and by professionally authorised company.
- e ow rate, head and direction of ow of the circulation pumps is
appropriate.
- e fuel feed line and any existing tanks are set up in accordance with
regulations in force.
- e expansion vessels ensure complete absorption of the dilation of
the uid contained in the system.
- Slurry and build-up have been cleaned out of the system.
If ARES Tec is being installed on existing Systems:
If it is possible to schedule the replacement, it is necessary to wash
the system preventively, with alkaline dispersants. Washing must be
carried out four weeks prior to replacement, with a system operating
between 35°C - 40°C.
ATTENTION!
If the new boiler has been replaced in an old system
without having preventively washed it as described
above, do not wash the system, as any residues of
the product in the circuit may ll the generator with
residues aer replacement.
It is advisable to contact a company specialised in
water treatment.
Otherwise, if ARES Tec is being installed on a new system it is advisable
to wash it thoroughly in any case, using products that are suitable for
the entire system, and install a Y-strainer with two cut-o valves on the
return pipe to the boiler, so that it can be cleaned as needed.
is lter will protect the boiler from sediments coming from the
heating system.
In both cases it is necessary to keep the head losses localised in the
primary circuit, for the correct sizing of the pump.
STD.005726/000
6
General information
1.7 WATER TREATMENT
Treating the supply water allows you to prevent problems and
maintain the functionality and eciency of the generator over time.
e purpose of this treatment is to eliminate or signicantly reduce
problems that can be outlined as:
build-up
corrosion
sediments
biological growth (mould, fungus, algae, bacteria, etc.).
e chemical analysis of the water provides a lot of information on the
state and "health" of the system.
e pH level is a numerical indication of the acidity or alkalinity of
a solution.
e pH scale goes from 0 to 14, where 7 corresponds to neutral.
Values below 7 indicate acidity, values above 7 indicate alkalinity.
e ideal pH value in heating systems with aluminium boilers is
between 6.5 and 8,5, with a hardness of 15°F.
Water in a system with a pH value outside of this range considerably
accelerates the destruction of the protective oxide layer which forms
naturally inside the aluminium bodies, and would not occur naturally: if
the pH level is lower than 6,5 it contains acid, if it is above 8 the water is
alkaline, either due to an alkaline treatment (for example phosphates or
glycols operating as antifreeze) or in some cases the natural generation
of alkalis in the system.
Vice versa, if the pH value is between 6.5 and 8, the aluminium surfaces
in the body are passivated and protected from further corrosive attacks.
To minimise corrosion, it is essential to use a corrosion inhibitor.
In order for it to work eciently, however, the metal surfaces must
be clean.
The best inhibitors on the market also contain an aluminium
protection system that stabilises the pH levels of the ller water,
preventing sudden changes (buer eect).
It is advisable to systematically check (at least twice a year) the
pH value of the water in the system. In order to do so a chemical
laboratory analysis is not required, but a simple check using a
analysis "kit" contained in a carry cases, easily available on the
market.
It will therefore be necessary to set up the devices shown in the gure
in the heating system.
THE COUPLING MUST BE SET UP ON THE
RETURN PIPE TO THE PRIMARY CIRCUIT
DOWNSTREAM OF THE PUMP.
All of the precautions required to avoid the formation and localisation of
oxygen in the water of the system. For this reason the plastic pipes used
in the under-oor heating systems must not be permeable to oxygen.
Make sure that any anti-freeze products are compatible with aliminium
and any other parts and materials in the system.
ATTENTION!
Any damage caused to the boiler, due to the formation
of build-up or corrosive water, will not be covered by
the warranty.
Example of water treatment unit
ATTENTION!
These appliances are designed and developed to
transfer heat to a heat carrying uid possessing the
characteristics described here, they are not suitable to
directly heat water intended for human consumption.
Key:
1 - Ball valve
2 - Sample trap
3 - Filling unit
4 - Cut-o device
5 - Water treatment unit
6 - Litre meter (recommended)
7 - "Y" strainer
1 2 3 4 5 2 7 16
STD.005726/000
7
General information
1.8 GENERAL WARNINGS
e instruction handbook is an integral and essential part of the product
and must be kept safe by the individual in charge of the system.
Read the warnings contained in the handbook carefully, as they provide
important instructions regarding installation, user and maintenance
safety.
Keep the handbook safe for future consultation.
e appliance must be installed and maintained in accordance with
regulations in force, pursuant to the instructions of the manufacturer, the state of the art and by authorised and qualied personnel,
in accordance with the law.
Domestic hot water production systems must be built entirely with
compliant materials.
Professionally qualied personnel means sta with specic technical
skills in the sector of heating system parts for civil use, hot water
production for domestic use and maintenance. is personnel must
have the authorisations required by legislation in force.
Incorrect installation or poor maintenance can cause injury to persons
and animals and damage to objects, for which the manufacturer is
not liable.
Before carrying out any cleaning or maintenance operations, cut the
appliance o from the power mains by acting on the switch on the
system and/or using the cut-o devices.
Do not obstruct the intake/exhaust pipe terminals.
In case of breakdown and/or poor operation of the appliance, switch
it o, and do not attempt in any way to repair it or intervene directly.
Only contact an authorised company that has been authorised in
accordance with the law.
Any repairs to the products must be carried out by an authorised
company only, using original spare parts only. Failure to observe the
above can jeopardise the safety of the appliance and will void the
warranty.
e guarantee the eciency of the appliance and its correct operation
it is essential for authorised company to carry out annual maintenance.
If the appliance is put out of use for downtime, any part that is
susceptible to posing a potential source of danger must be made safe.
Before re-commissioning an appliance that has been put out of use,
proceed to washing the domestic hot water production system, making
water ow through it for the amount of time required to change the
water completely.
If the appliance is sold or transferred to another owner or if the owner
moves, leaving the appliance behind, always ensure the handbook
accompanies the appliance so that it may be consulted by the new
owner and/or installer.
All appliances with optionals or kits (including electric) must only use
original spare parts.
e appliance must only be employed for its expressly foreseen use.
Any other use must be considered improper and therefore dangerous.
STD.005726/000
8
Technical characteristics and dimensions
TECHNICAL
2
CHARACTERISTICS AND
DIMENSIONS
2.1 TECHNICAL CHARACTERISTICS
- Heat generator, to heat Low Nox condensation gas
- Comprised of a heat module designed to operate on its own or in a
set
- Can be set up directly outside (IP X5D)
- Low water content
- High response speed to load changes
- Single ue exhaust that can be positioned on 3 sides
- Unied ow and return hydraulic manifolds
- Comprised of 4 or more heating elements (between 4 and 8),
aluminium/silicon/magnesium casting
- Including total irradiation premixing modulating burners
- None of the heating elements have hydraulic cut-o devices
- Single gas supply pipe
- Modulated power between 22 ÷ 108 kW/element.
TEMPERATURE CONTROL DEVICES:
- ROOM NTC sensor (every heating element)
- Room Limit ermostat (every heating element)
- Flow NTC sensor (General)
- Return NTC sensor (General)
- Approved safety thermostat
- BCM global ow probe.
POP-UP control panel composed of:
- ON-OFF switch see parag. 3.25
- HSCP boiler thermoregulation/manager
- BCM (internal cascade management board)
- Protection fuses
- Any limit thermostats
- Fan air pressure switch
- Condensation water level sensor
- Gas pressure switch
- Exhaust pressure switch (anti-obstruction).
- e entire heating unit is equipped with global temperature control
NTC sensors on the ow and return manifolds.
- Integral insulation with non-allergenic synthetic wool.
- Total premix burner, modulating, with "metal foam" radiation
combustion chamber. Premixing in the fan. Automatic separating
backow diaphragm from the combustion chamber.
- Sound emissions at maximum power below 52 dBA for models 100350, 54 dBA for models 440-770 and 56 dBA for 900.
- Operation during heating: determining the instantaneous power
through a control microprocessor, with preset comparison parameters
between requested temperature (or calculated by the outdoor
thermoregulation) and global ow temperature.
- Logic of operation:
- Possibility of controlling the power of the single heating elements
for calibration and/or assistance with reserved access code.
- Domestic hot water production using a priority NTC probe, for
control by a storage tank loading pump or diverter valve, is done
with an SHC module that is supplied with the boiler.
- Possibility of controlling the power of the single heating elements.
- Heat request control: temperature setpoint and modulation level.
- Monitoring the state of operation and temperatures.
- Alarm notication.
- Parameter setting.
- Control relay to switch on a pump at a xed speed.
- Analogue 0÷10V output to control a modulating pump.
- Emergency operation: this allows you to avoid the system from
stopping due to an interruption in communication with the adjusting
system or possible remote management of the control unit:
- Emergency temperature with maximum power 100%.
- Alarm management.
- Alarm reset input.
- Alarm notication Relay.
- Condensation collection tray with stainless steel exhaust trap.
- Easily removable integral panelling comprised of oven-painted steel
panels suitable for outdoor installation.
- Condensation collection tray with stainless steel exhaust trap and ue
chamber.
- Incorporated deaerator.
e request for heat can be generated by the HSCP thermoregulation/
manager or alternatively by the BCM (Boiler controller).
The management logic envisions simultaneous operation of the
maximum number of heat elements, so as to always obtain the
maximum eciency. Since it guarantees the maximum exchange area
based on the delivered power. e elements are made to operate so as
to equally divide the operating time.
e hot water that is produced is pushed by the pump located on the
return of the primary ring to the ow of the hydraulic separator. From
here a second pump (system - see suggested diagrams) will distribute to
the various utilities. From the system, return the cooled water is taken
in by the pump on the return, through the hydraulic separator, to start
the cycle towards the generator again.
STD.005726/000
9
Technical characteristics and dimensions
2.2 INTERNAL VIEW WITH INDICATIONS
OF MAIN COMPONENTS
KEY
Error
N°
code
1 HSCP CONTROL PANEL
2 VG GAS VALVE
3 BURNER COVER
4 E. ACC. IGNITION
5 E. RIL. IONISATION
6 SR ROOM NTC PROBE
7 TL LIMIT THERMOSTAT
8 BURNER
9 SILICON ALUMINIUM EXCHANGER
10 SL LEVEL SENSOR
STD.005726/000
Wiring
diagram
Description
Min. depth 100 mm
Error
N°
code
11
12 FRAME
13 CONDENSATE DRAIN OUTLET
14 DRAINING VALVE
15 SRR RETURN GLOBAL NTC
16 SMG
17 AUTOMATIC AIR BLEED VALVE
18 FAN
Wiring
diagram
Description
CONDENSATION COLLECTION PAN /
FLUE FITTING
PROBE
FLOW GLOBAL NTC
10
Technical characteristics and dimensions
Note:
PF (20) and PFmin. (19) they are opposite
each other as shown in the photo, in the drawing they are shown side by side for clarity.
ue gas outlet RIGHT side (supply condition) - LEFT
side and REAR side (order rear ue gas outlet kit)
ow RIGHT side (supply condition) - LEFT side
return RIGHT side (supply condition) - LEFT side
Gas intake RIGHT side (supply condition) - LEFT side
KEY
Error
N°
code
19 PF min MINIMUM FLUE PRESSURE SWITCH
20 PF FLUE PRESSURE SWITCH
Wiring
diagram
Description
STD.005726/000
If it is necessary to position the ue exhaust, on the
le side of the boiler, it is necessary to move cover "A"
with relative cabling, level sensor and pressure switch
pipe, on the rear side of the boiler.
e rear cover (previously removed) must be put back
on the right side of the boiler.
11
L
1150
833
P (770)
318
Technical characteristics and dimensions
2.3 DIMENSIONS
FRONT VIEW RIGHT SIDE VIEW
70
S
(Supply condition for le side attachments)
387 384
G
M
20
R
106
750
390
L1
(•) ARES 200 - 300 Tec Terminal inside the casing
120
275
255
276
352 353
LEFT SIDE
PRETRANCIO
MANDATA
FLOW PRE-
LATO
SECTION
SINISTRO
LEFT SIDE
PRETRANCIO
RITORNO
FLOW PRE-
LATO
SECTION
SINISTRO
LEFT SIDE VIEW
LEFT SIDE
PRETRANCIO
GAS
GAS PRE-
LATO
SECTION
SINISTRO
(P1) 705
TOP VIEW
ARES Tec 150 200 250 300 350
Dimensions Unit
Heating elements n° 3 4 5 6 7
Height mm 1150 1150 1150 1150 1150
Width "L" mm 764 1032 1032 1300 1300
Width "L1" mm 706 974 974 1242 1242
Depth "P" mm 770 770 770 770 770
Depth "P1" mm 705 705 705 705 705
Attachment sizes
G Gas tting mm (inch) 50 (2) 50 (2) 50 (2) 50 (2) 50 (2)
F System ow mm (inch) 64 (2½) 64 (2½) 64 (2½) 64 (2½) 64 (2½)
R System return mm (inch) 64 (2½) 64 (2½) 64 (2½) 64 (2½) 64 (2½)
Flue tting mm 150 150 200 200 200
Condensate drain mm 40 40 40 40 40
STD.005726/000
12
Technical characteristics and dimensions
2.4 OPERATING DATA / GENERAL
CHARACTERISTICS
ARES Tec ErP 150 200 250 300 350
Boiler category II
2H3P
Modulation ratio 1 : 12,5 1 : 16,7 1 : 20,8 1 : 25 1 : 29
Nominal heat input on L.V.C. Qn kW 150 200 250 300 348
Minimum heat input on L.C.V. Qmin kW 12 12 12 12 12
Nominal eective power (Tr 60 / Tf 80 °C) Pn kW 146,1 195,2 244,5 294,0 341,7
Minimum eective power (Tr 60 / Tf 80 °C) Pn min kW 11,7 11,7 11,7 11,7 11,7
Nominal eective power (Tr 30 / Tf 50 °C) Pcond kW 150 200,4 251,3 302,7 354,6
Minimum eective power (Tr 30 / Tf 50 °C) Pcond min
kW 12,8 12,8 12,8 12,8 12,8
Eciency at nominal power (Tr 60 / Tf 80°C) % 97,4 97,6 97,8 98,0 98,2
Eciency at minimum power (Tr 60 / Tf 80°C) % 97,16 97,16 97,16 97,16 97,16
Eciency at nominal power (Tr 30 / Tm 50°C) % 100,0 100,2 100,5 100,9 101,9
Eciency at minimum power (Tr 30 / Tm 50°C) % 106,5 106,5 106,5 106,5 106,5
Eciency at 30% of the load ( Tr 30°C) % 107,3 107,3 107,3 107,3 107,3
Eciency class according to directive 92/42 EEC -- 4 4 4 4 4
Combustion eciency at nominal load % 97,8 97,8 98,0 98,1 98,3
Combustion eciency at a reduced load % 98,3 98,3 98,3 98,3 98,3
Losses from operating burner casing (Qmin) % 1,2 1,2 1,2 1,2 1,2
Losses from operating burner casing (Qn) % 0,4 0,2 0,2 0,1 0,1
Flue temperature at net of Tf-Ta (min)(*) °C 33,4 33,4 33,4 33,4 33,4
Flue temperature at net of Tf-Ta (max)(*) °C 45,1 46,5 47,3 48,2 49,1
Maximum permitted temperature °C 100 100 100 100 100
Maximum operating temperature: °C 85 85 85 85 85
Mass ue ow rate (min) kg/h 19,6 19,6 19,6 19,6 19,6
Mass ue ow rate (max) kg/h 245 327 409 490 569
Air excess % 25,5 25,5 25,5 25,5 25,5
Chimney losses with burner in operation (min) % 1,7 1,7 1,7 1,7 1,7
Flue losses with burner in operation (max) % 2,2 2,2 2,0 1,9 1,7
Minimum pressure of heating circuit bar 0,5 0,5 0,5 0,5 0,5
Maximum pressure of heating circuit bar 6,0 6,0 6,0 6,0 6,0
Water content l 14,2 18,3 22,4 26,5 30,6
Methane gas consumption G20 (supp.press. 20 mbar) at Qn m3/h 15,9 21,1 26,4 31,7 36,8
Methane gas consumption G20 (supp.press. 20 mbar) at Qn m3/h 1,3 1,3 1,3 1,3 1,3
Gas consumption G25 (supp.press. 20/25 mbar) at Qn m3/h 18,4 24,6 36,7 36,9 42,8
Gas consumption G25 (supp.press. 20/25 mbar) at Qn m3/h 1,5 1,5 1,5 1,5 1,5
Propane gas consumption (supp.press. 37/50 mbar) at Qn kg/h 11,6 15,5 19,4 23,3 27
Propane gas consumption (supp.press. 37/50 mbar) at Qn kg/h 0,9 0,9 0,9 0,9 0,9
Maximum pressure available at ue base Pa 100 100 100 100 100
Max condensate production kg/h 23
Emissions
CO at maximum heat input with 0% O2 mg/kWh 83 83 83 83 83
NOx at maximum heat input with 0% O2 mg/kWh 77 77 77 77 77
NOx class 6 6 6 6 6
(***) Sound pressure level dBA 52 52 52 52 52
Electrical data
Frequency/Power supply voltage: V/Hz 230/50 230/50 230/50 230/50 230/50
Supply fuse A (R) 6,3/10 6,3/10 6,3/10 6,3/10 6,3/10
(**) Degree of protection IP X5D X5D X5D X5D X5D
II
2H3P
II
2H3P
II
2H3P
II
2H3P
30,60 38,3 45,9 53,6
STD.005726/000
(*) Room Temperature = 20°C
(**) See "NOZZLES - PRESSURES" table
(***) e IP X5D degree of protection is obtained with the lid lowered.
13
Technical characteristics and dimensions
2.5 TECHNICAL PARAMETERS FOR COMBINATION BOILERS
IN COMPLIANCE WITH REGULATION 813/2013.
Eciencies in the following tables refer to the gross caloric value.
Model/s: ARES 150 Tec ErP
Condensing Boilers: YES
Low temperature boiler: NO
Boiler type B1: NO
Co-generation appliance for central heating: NO Fitted with supplementary heating system: NO
Mixed heating appliance: NO
Element Symbol Valu e Unit Element Symbol Value Unit
Nominal heat output P
n
146 kW
For central heating only and combination boilers: useful heat output For central heating only and combination boilers: useful eciency
At nominal heat output in high tempera-
ture mode (*)
At 30% of nominal heat output in a low
temperature mode (**)
P
4
P
1
146.1 kW
49.3 kW
Auxiliary electricity consumption Other items
At full load el
At partial load el
In standby mode P
0.210 kW Heat loss in standby P
max
0.040 kW Annual electrical consumption Q
min
0.000 kW Emissions of nitrogen oxides ref. PCI (PCS) NOX54 (49)
SB
For mixed central heating appliances
Stated load prole Domestic hot water production eciency η
Daily electrical power consumption Q
elec
Contact information IMMERGAS S.p.A. VIA CISA LIGURE, 95 - 42041 BRESCELLO (RE) ITALY
(*) High temperature mode means 60°C on return and 80°C on ow.
(**) Low temperature mode for condensation Boilers means 30°C , for low temperature boilers 37°C and for other appliances 50°C of return temperature.
Seasonal energy eciency of central
heating
At nominal heat output in high temperature mode (*)
At 30% of nominal heat output in a low
temperature mode (**)
kWh Daily gas consumption Q
η
η
η
stby
HE
WH
fuel
s
4
1
92 %
87.7 %
96.7 %
0.94 kW
459 GJ
mg /
kWh
%
kWh
STD.005726/000
14
Technical characteristics and dimensions
Model/s: ARES 200 Tec ErP
Condensing Boilers: YES
Low temperature boiler: NO
Boiler type B1: NO
Co-generation appliance for central heating: NO Fitted with supplementary heating system: NO
Mixed heating appliance: NO
Element Symbol Valu e Unit Element Symbol Value Unit
Nominal heat output P
n
195 kW
For central heating only and combination boilers: useful heat output For central heating only and combination boilers: useful eciency
At nominal heat output in high tempera-
ture mode (*)
At 30% of nominal heat output in a low
temperature mode (**)
P
4
P
1
195.2 kW
64.4 kW
Auxiliary electricity consumption Other items
At full load el
At partial load el
In standby mode P
0.290 kW Heat loss in standby P
max
0.040 kW Annual electrical consumption Q
min
0.010 kW Emissions of nitrogen oxides ref. PCI (PCS) NOX54 (49)
SB
For mixed central heating appliances
Stated load prole Domestic hot water production eciency η
Daily electrical power consumption Q
elec
Contact information IMMERGAS S.p.A. VIA CISA LIGURE, 95 - 42041 BRESCELLO (RE) ITALY
(*) High temperature mode means 60°C on return and 80°C on ow.
(**) Low temperature mode for condensation Boilers means 30°C , for low temperature boilers 37°C and for other appliances 50°C of return temperature.
Seasonal energy eciency of central
heating
At nominal heat output in high temperature mode (*)
At 30% of nominal heat output in a low
temperature mode (**)
kWh Daily gas consumption Q
η
η
η
stby
HE
s
4
1
92 %
87.5 %
96.7 %
0.98 kW
612 GJ
mg /
kWh
WH
fuel
%
kWh
Model/s: ARES 250 Tec ErP
Condensing Boilers: YES
Low temperature boiler: NO
Boiler type B1: NO
Co-generation appliance for central heating: NO Fitted with supplementary heating system: NO
Mixed heating appliance: NO
Element Symbol Valu e Unit Element Symbol Value Unit
Nominal heat output P
n
240 kW
Seasonal energy eciency of central
heating
η
s
92 %
For central heating only and combination boilers: useful heat output For central heating only and combination boilers: useful eciency
At nominal heat output in high tempera-
ture mode (*)
At 30% of nominal heat output in a low
temperature mode (**)
P
4
P
1
244.5 kW
80.5 kW
At nominal heat output in high temperature mode (*)
At 30% of nominal heat output in a low
temperature mode (**)
η
η
4
1
88.1 %
96.7 %
Auxiliary electricity consumption Other items
At full load el
At partial load el
In standby mode P
0.362 kW Heat loss in standby P
max
0.040 kW Annual electrical consumption Q
min
0.010 kW Emissions of nitrogen oxides ref. PCI (PCS) NOX54 (49)
SB
stby
HE
1.1 kW
766 GJ
mg /
kWh
For mixed central heating appliances
Stated load prole Domestic hot water production eciency η
Daily electrical power consumption Q
elec
kWh Daily gas consumption Q
WH
fuel
%
kWh
Contact information IMMERGAS S.p.A. VIA CISA LIGURE, 95 - 42041 BRESCELLO (RE) ITALY
(*) High temperature mode means 60°C on return and 80°C on ow.
(**) Low temperature mode for condensation Boilers means 30°C , for low temperature boilers 37°C and for other appliances 50°C of return temperature.
STD.005726/000
15
Technical characteristics and dimensions
Model/s: ARES 300 Tec ErP
Condensing Boilers: YES
Low temperature boiler: NO
Boiler type B1: NO
Co-generation appliance for central heating: NO Fitted with supplementary heating system: NO
Mixed heating appliance: NO
Element Symbol Valu e Unit Element Symbol Value Unit
Nominal heat output P
n
294 kW
For central heating only and combination boilers: useful heat output For central heating only and combination boilers: useful eciency
At nominal heat output in high tempera-
ture mode (*)
At 30% of nominal heat output in a low
temperature mode (**)
P
4
P
1
294.0 kW
96.6 kW
Auxiliary electricity consumption Other items
At full load el
At partial load el
In standby mode P
0.435 kW Heat loss in standby P
max
0.040 kW Annual electrical consumption Q
min
0.010 kW Emissions of nitrogen oxides ref. PCI (PCS) NOX54 (49)
SB
For mixed central heating appliances
Stated load prole Domestic hot water production eciency η
Daily electrical power consumption Q
elec
Contact information IMMERGAS S.p.A. VIA CISA LIGURE, 95 - 42041 BRESCELLO (RE) ITALY
(*) High temperature mode means 60°C on return and 80°C on ow.
(**) Low temperature mode for condensation Boilers means 30°C , for low temperature boilers 37°C and for other appliances 50°C of return temperature.
Seasonal energy eciency of central
heating
At nominal heat output in high temperature mode (*)
At 30% of nominal heat output in a low
temperature mode (**)
kWh Daily gas consumption Q
η
η
η
stby
HE
s
4
1
92 %
88.3 %
96.7 %
1.15 kW
920 GJ
mg /
kWh
WH
fuel
%
kWh
Model/s: ARES 350 Tec ErP
Condensing Boilers: YES
Low temperature boiler: NO
Boiler type B1: NO
Co-generation appliance for central heating: NO Fitted with supplementary heating system: NO
Mixed heating appliance: NO
Element Symbol Valu e Unit Element Symbol Value Unit
Nominal heat output P
n
342 kW
Seasonal energy eciency of central
heating
η
s
92 %
For central heating only and combination boilers: useful heat output For central heating only and combination boilers: useful eciency
At nominal heat output in high tempera-
ture mode (*)
At 30% of nominal heat output in a low
temperature mode (**)
P
4
P
1
341.7 kW
112.0 kW
At nominal heat output in high temperature mode (*)
At 30% of nominal heat output in a low
temperature mode (**)
η
η
4
1
88.5 %
96.7 %
Auxiliary electricity consumption Other items
At full load el
At partial load el
In standby mode P
0.507 kW Heat loss in standby P
max
0.040 kW Annual electrical consumption Q
min
0.010 kW Emissions of nitrogen oxides ref. PCI (PCS) NOX54 (49)
SB
stby
HE
1.39 kW
1069 GJ
mg /
kWh
For mixed central heating appliances
Stated load prole Domestic hot water production eciency η
Daily electrical power consumption Q
elec
kWh Daily gas consumption Q
WH
fuel
%
kWh
Contact information IMMERGAS S.p.A. VIA CISA LIGURE, 95 - 42041 BRESCELLO (RE) ITALY
(*) High temperature mode means 60°C on return and 80°C on ow.
(**) Low temperature mode for condensation Boilers means 30°C , for low temperature boilers 37°C and for other appliances 50°C of return temperature.
STD.005726/000
16
STD.005726/000
17
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