Luna Platinum+ GA
March 2015
Luna Platinum
Wall hung condensing boilers
Luna Platinum+ 1.12 GA
Luna Platinum+ 1.18 GA
Luna Platinum+ 1.24 GA
Luna Platinum+ 1.32 GA
Luna Platinum+ 24 GA
Luna Platinum+ 33 GA
Main features
• Advanced removable control (text display, backlight)
• Full modulating low energy circulating pump
(ErP ready - class A) with enhanced head pump
• Modulating pump and 1:10 GAC modulation ratio
• Built-in solar control
• Systems integration
• Noiseless operation
Luna Platinum range of wall-mounted boilers is composed of
of the generator are controlled by the latest generation
heating-only and combi condensing boilers with an output
electronics circuit board which makes for simple, reliable boiler
from 12 to 32 kW (at 80°/60°C). The range stands out for
management using the removable control panel with wide
its high performance, easiness of use and installation and
LCD display. Daily and weekly programming of heating and
wide range of accessories for single installation or in cascade.
DHW functions is possible, as is climatic setting according to
The core element of these condensing boilers is the heat
the comfort criteria chosen by the user and the visualisation
exchanger in stainless steel. The low water content of the
of error messages relating to any faults. In addition, such
exchanger allows for very limited heat inertia and therefore
boiler electronics allow technicians to access a series of
a rapid response to variations in heat demand on the system.
adjustment parameters and configure the generator so as to
The stainless steel surfaces protect the exchanger from the
optimise efficiency depending on the type of system used.
risk of corrosion caused by condensation.The various parts
2
Luna Platinum+ GA
Models available
Heating only boiler with possibility to connect to a DHW tank
and combi boiler
Model Luna Platinum
Power range (kW)
∆t 50/30°C
∆t 80/60 °C
Luna Platinum+ 1.12 GA
2,2 to 13,1
2 to 12
Luna Platinum+ 1.18 GA
2,2 to 18,4
2 to 16,9
Luna Platinum+ 1.24 GA
2,6 to 26,1
2,4 to 24
Luna Platinum+ 1.32 GA
3,5 to 34,9
3,2 to 32
Luna Platinum+ 24 GA
2,6 to 17,4
2,4 to 16
Luna Platinum+ 33 GA
3,6 to 26,1
3,3 to 24
Model Luna Platinum
NOx EMISSION LEVEL
Luna Platinum+ 1.12 GA
< 25,4 mg/kWh
Luna Platinum+ 1.18 GA
< 29,5 mg/kWh
Luna Platinum+ 1.24 GA
< 24,7 mg/kWh
Luna Platinum+ 1.32 GA
< 31,1 mg/kWh
Luna Platinum+ 24 GA
< 20,5 mg/kWh
Luna Platinum+ 33 GA
< 28,9 mg/kWh
3
Technical specifications
Luna Platinum+ 1.12 GA – 1.18 GA – 1.24 GA – 1.32 GA
LUNA PLATINUM GA 1.12-1.18-1.24
1
2
3
4
9
10
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
A
B
C
D
E
F
Pump with air separator
Boiler drain tap
Pressure gauge
Hydraulic Safety valve
Hydraulic Pressure Sensor
3-way valve with motor
Gas valve
Safety thermostat
NTC heating sensor (flow/return)
Fumes sensor
Coaxial connector
Water-fumes exchanger
Ignition electrode
Burner
Flame detection electrode
Air/gas blend manifold
Fan Ventilator
Venturi
Expansion vessel
Automatic by-pass
Boiler filling tap with non-return valve
Siphon with condensate drain
Heating flow tap
Storage boiler
Gas inlet tap
Cool DHW inlet tap
Heating return tap
G 3/4”
S.C. Condensing trap that can be installed on a Ø 21 pipe
M.R. Heating system flow G 3/4”
U.S. Storage tank flow G 3/4”
GAS Gas inlet G 3/4”
E.S. Mains water G 1/2”
R.R. Heating system return G 3/4”
4
Luna Platinum+ GA
Technical specifications
Luna Platinum+ 24 GA – 33 GA
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
A
B
C
D
E
F
Pump with air separator
Boiler drain tap
Pressure gauge
Hydraulic Safety valve
Boiler filling tap
Flow sensor with water filter and flow limiting device
DHW priority sensor
NTC DHW sensor
Hydraulic Pressure Sensor
3-way valve with motor
Non-return valve
DHW heat exchanger
Gas valve
Safety thermostat
NTC heating sensor (flow/return)
Fumes sensor
Coaxial connector
Water-fumes exchanger
Ignition electrode
Burner
Flame detection electrode
Air/gas blend manifold
Fan Ventilator
Venturi
Expansion vessel
Siphon with condensate drain
Heating flow tap
DHW outlet
Gas inlet tap
Cool DHW inlet tap
Heating return tap
S.C. Condensing trap that can be installed on a Ø 21 pipe
M.R. Heating system flow G 3/4”
U.S. DHW outlet G 1/2”
GAS Gas inlet G 3/4”
E.S. Mains water G 1/2”
R.R. Heating system return G 3/4”
5
Technical specifications
1.12 GA
1.18 GA
1.24 GA
1.32 GA
24 GA
33 GA
Maximum DHW heat input
kW
-
-
-
-
24,7
34
Maximum heating heat input
kW
12,4
17,4
24,7
33
16,5
24,7
Maximum heating heat output 80/60°C
kW
12
16,9
24
32
16
24
Maximum heating heat output 50/30°C
kW
13,1
18,4
26,1
34,9
17,4
26,1
Minimum heat output 80/60°C
kW
2
2
2,4
3,2
2,4
3,3
Minimum heat output 50/30°C
kW
2,2
2,2
2,6
3,5
2,6
3,6
HHHH
HHHH
HHHH
HHHH
HHHH
HHHH
Energetic efficiency 92/42/CEE
Average efficiency (DIN4702-T8)
%
109,8
109,8
109,8
109,8
109,8
109,8
Nominal efficiency 80/60°C
%
97,7
97,6
97,6
97,6
97,7
97,6
Nominal efficiency 50/30°C
%
105,7
105,8
105,5
105,5
105,4
105,4
Efficiency at 30%
%
109
108,9
108,9
108,8
108,9
108,9
5
5
5
5
5
5
NOx class (EN483)
Minimum working temperature
°C
-5
-5
-5
-5
-5
-5
Extension vessel capacity/pre.charge
lt
8/0,8
8/0,8
8/0,8
10/0,8
8/0,8
10/0,8
Regulation of water temperature in heating circuit
°C
25/80
25/80
25/80
25/80
25/80
25/80
DHW temperature regulation
°C
35/60
35/60
35/60
35/60
35/60
35/60
Heating system max pressure
bar
3
3
3
3
3
3
Coaxial flue system max length Ø 60/100
m
10
10
10
10
10
10
Dual flue system max lenght Ø 80
m
80
80
80
80
80
80
Maximum flue mass flow rate
kg/s
0,006
0,008
0,011
0,015
0,011
0,016
Minimum flue mass flow rate
kg/s
0,001
0,001
0,001
0,002
0,001
0,002
Maximum flue temperature
°C
80
80
80
80
80
80
Comburent air-flow at Qn
Pa
100
100
100
100
100
100
Dimensions (hxwxd)
mm
Net weight
kg
38,5
39,5
760x450x345
34,5
34,5
Gas type
Power consumption
Noise (1 mt far from the boiler)
Grade of protection
6
34,5
37,5
Natural gas / LPG
W
64
83
91
103
91
105
dBA
<40
<40
<40
<40
<40
<40
IPX5D
IPX5D
IPX5D
IPX5D
IPX5D
IPX5D
Luna Platinum+ GA
Technical specifications
Luna Platinum+ 1.12 GA – 1.18 GA – 1.24 GA – 1.32 GA - 24 GA - 33 GA
140,5
131min.
177
760
450
345
120
110
140,5
159
110
177
350
450
120
110
134
198
110
177
450
140,5
7
Diagrams
The figures below illustrate the heating system layout and enable more detailed analysis of generator behaviour in various conditions
of use.
The pump flow rate-head curve defines the dynamic characteristics of the BAXI circulator inside the hydraulic group. As is known, the
temperature of the return water directly influences the efficiency of condensing boilers: at very low temperatures there is better use
of the latent heat and consequently improved boiler efficiency.
ErP Pump- main features
• Remotely speed –controlled, high-efficiency pump fitted with electronically commutated motor
( ECM) with permanent-magnet rotor and frequency converter
• Validated components, second generation of the first boiler-integrated variable-speed ECM circulator pumps
• Fits into existing boiler ranges, no expanded space requirements, possible use of existing pump housings,
electrical compatibility with existing PWM controllers and no ambient-temperature constraints ( EN 60335)
• Energy-optimized due to improved hydraulic efficiency. Use up to 80% less electrical power than conventional
constant- speed pumps
FLOW RATE/HEAD CURVE
6,5
6
5,5
H(mH2O )
Head
5
4,5
2,5
MAX
4
3,5
3
MIN
2
1,5
1
0
200
400
600
800
1000
1200
1400
Flow rate Q (l/h)
The graph below shows the variations in efficiency, as the ratio of the flow rate to the heat output of the condensing generator
specified, depending on the return temperature of the boiler. The last figure shows the trend of the flue temperature of the generator
depending on the return temperature.
FLUES TEMPERATURE ACCORDING TO THE RETURN TEMPERATURE
108
107
106
105
104
103
102
101
100
99
98
97
Flues temperature %
Efficiency of the boiler %
EFFICIENCY OF THE BOILER ACCORDING TO THE RETURN TEMPERATURE
30% load
100% load
30
35
40
45
50
55
Return temperature of the system °C
8
60
75
70
65
60
55
50
45
40
35
30
100% load
30% load
30
35
40
45
50
55
Return temperature of the system °C
60
Luna Platinum+ GA
Electronics: the latest-generation interface
Baxi has developed for the new range of boilers Platinum an innovative removable control panel with a wide display and easy reading
thanks to the text and icons. The control is distinguished by a clear back-lighting and easiness of use, thanks to the navigation knob
and two push-buttons dedicated to the set of the comfort and complete programming of the boiler. The advanced electronics enable
an easy remote interaction of the boiler with different heating technologies developing a complete integrated system.
Heating zones
DHW temperature
ON
Automatic heating
programming
2 heating
temperature levels:
comfort/ reduced
Heating
programming
DHW
programming
Data transmission
(only with WIRELESS
device)
Room temperature“
comfort” mode
Outdoor
temperature
Room
temperature
Boiler pressure/
heating circuit
Date: day, month,
year, time
Complete “menu”
End user menu
1 Standby/operation
2 Hot water boost
3 Central heating mode
4 Room temperature
5 Hot water mode
6 Hot water temperature set-point
Navigation knob/ menu
regulation and programming
1 Information
2 Set time and date
3 Operator unit
4 Time central heating 1
5 Time central heating 3
6 Time hot water
7 Time auxiliary
8 Holiday heating 1
9 Heating circuit
10 DHW circuit
11 Instantaneous DHW heater
12 Error13 Diagnostics
9
Programming, setting and digital control
Picture
10
Model
Description
Code
Room thermostat
THINK
Modulating room thermostat, version with wires (3led
interface with support 7102340) or wireless (5led interface
with support 7102441). If the control panel is installed in the
boiler, it is necessary to buy the wireless aerial (see below).
Dimensions: 105x98 mm
7101061
(wired)
Room thermostat with
timer THINK
Modulating room thermostat with timer, version with wires
(3led interface with support 7102340) or wireless (5led
interface with support 7102441) Advanced DHW managing.
Dimensions 120x98 mm
3LED interface with support THINK
This accessory allows to install the wired control panel in
a representative room. It can be used to control the room
temperature and to set and control a heating circuit including
a cascade installation and several low temperature zones.
7102340
5LED interface with support THINK
This accessory allows to install the wireless control panel
in a representative room. It can be used to control the room
temperature and to set and control a heating circuit including
a cascade installation and several low temperature zones.
7102441
Wireless aerial THINK
This accessory permits installation of the wireless outdoor
sensor. If the 5 LED interface circuit with support is installed
this accessory need not be installed.
7102343
External sensor THINK
(qac34)
Outdoor sensor is a temperature sensor which communicates
to the boiler the temperature outside the dwelling so that
the generator adapts the flow temperature to the effective
needs of heating the environment as set by the user.
Programmable clip-in
module THINK
(agu2.550)
With this accessory the device can run: heating circuits at
different temperatures, solar system and other specific
applications (pools, sanitary recirculation pump etc.). This
accessory can directly manage the circuit components (pump,
temperature sensor, mixing valve etc.) up to a maximum of
3 independent relay outlets, 2 temperature sensors and 1
control inlet. Some predefined functions can be used.
7103044
(wireless)
7102980
(wired)
7102979
(wireless)
7104873
(wired)
7103027
(wireless)
7100345
Luna Platinum+ GA
Programming, setting and digital control
Picture
Model
Description
Code
Programmable external
module THINK (AVS75)
Use of the external module means that a heating system
with max 16 boilers in cascade can be run, with separate
storage for hot sanitary water where required. This
accessory, connected to one of the boilers, can directly
control the circuit components up to a max of 3 independent
relay outlets, 2 inlet temperature sensors, 1 connector for
limit thermostat in HV and one control inlet (for example TA).
7105037
Interface kit for boilers in
cascade THINK (OCI345)
Interface kit for boilers in cascade is an electronic device that
permits communication via bus (two cables) between boilers
connected in cascade or between one boiler (or the boilers in
cascade) and a mixing zone controller.
7104408
Heating controller for
mixing zones THINK
(RVS46)
Heat regulation control unit for piloting a mixing zone
(usually low temperature). It can run a mixing valve, a
pump and the flow sensor of the controlled zone. It can
also exchange data with the boiler board by means of the
connection bus.
It includes a flow/return sensor THINK.
7105199
Heating flow/return
sensor clip-in module
THINK (QAD36)
This sensor is necessary to detect the delivery temperature
of the mixed zones in the heating plant. It have to be
connected to the THINK CLIP IN or external module.
Hot water temperature
sensor
This is the sensor that detects the DHW tank temperature.
KHG 71407681
Sensor for solar controller
Sensor connected to the electronic platform THINK that
detects the temperature of the solar collectors.
LNC 71000004
KHG 71407891
11
All the configurations must have the OUTDOOR SENSOR
VM
VM
Th
P3
P3
QAD 21
R2
P2
P2
P2
R1
AS STANDARD
CLIP-IN
MODULE
AS STANDARD
MIX ZONE
TEMP.
SENSOR
REMOTE
CONTROL
CLIP-IN
MODULE
HOT WATER
TEMPERATURE SENSOR
VM
VM
P3
+ +
REMOTE
CONTROL
MIX ZONE
TEMP.
SENSOR
P3
P2
C
+
CLIP-IN MODULE
12
EX21 FX23 L QX23
S
L QX22
n
n
T
L
L
1
M H2 M BX22 M BX21
n
N
N QX21 N
X50
2
3
X30
EXTERNAL MODULE
+
+
REMOTE CONTROL
n°2 MIX ZONE TEMP. SENSOR
Luna Platinum+ GA
VM
VM
P3
VM
P3
P3
P2
C
+
EX21 FX23 L QX23
S
CLIP-IN MODULE
n
n
N
L
N QX21 N
L
+
1
M H2 M BX22 M BX21
n
T
L QX22
X50
2
3
X30
+
n°2 EXTERNAL MODULE
VM
VM
P3
REMOTE CONTROL
VM
P3
n°3 MIX ZONE TEMP. SENSOR
VM
P3
P3
P2
C
+
CLIP-IN MODULE
EX21 FX23 L QX23
S
L QX22
n
n
T
L
L
1
M H2 M BX22 M BX21
n
N
N QX21 N
X50
2
3
X30
n°2 EXTERNAL
MODULE
C
+ +
n°1 BUS
MODULE
EX21 FX23 L QX23
S
L QX22
n
n
N
L
N
L
1
M H2 M BX22 M BX21
n
T
N QX21
X50
2
3
X30
MIX ZONE
CONTROL
+
+
n°2 REMOTE
CONTROL
n°4 MIX ZONE
TEMP. SENSOR
13
P2
+
+
CLIP-IN MODULE
REMOTE CONTROL
+
SOLAR TEMP. SENSOR
VM
TANK TEMP. SENSOR
P3
P2
C
+
CLIP-IN MODULE
14
+
REMOTE CONTROL
EX21 FX23 L QX23
S
L QX22
n
n
T
L
L
1
M H2 M BX22 M BX21
n
N
N QX21 N
X50
2
3
X30
+
EXTERNAL MODULE
+
MIX ZONE
TEMP. SENSOR
+
SENSOR FOR
SOLAR CONTROLLER
HOT WATER
TEMPERATURE
SENSOR
Luna Platinum+ GA
Information required for installation
Instructions on installation
The installation must satisfy the requirements of UNI and CEI standards and local by-laws and technical regulations. Moreover, the
installation technician must be qualified to install heating appliances. Additionally, bear in mind the following:
• The boiler can be used with any kind of convector plate, radiator or thermoconvector. Design the system sections as usual, though,
bearing in mind the available capacity-head at the plate.
• Initial ignition of the boiler must be carried out by the Authorised Service Center.
Location
LUNA PLATINUM condensing boilers must be installed in premises protected from frost, which can also be ventilate, they must never
be installed above a heat source or a cooking appliance.
The IPX5D protection index enables them to be installed in kitchens and bathrooms, excluding protection volumes 1 and 2.
The wall to which the boiler is secured must be capable of bearing the weight of the boiler when full of water.
Ventilation (chimney connection only B23)
The cross-section of the boiler room ventilation (through which combustive air is taken in) must comply with the prevailing standard.
N.B.: For boilers connected to a concentric forced flue (type C13 or C33 connections) ventilation of the installation premises is not
necessary, unless the gas supply includes one or more mechanical connections (see prevailing standard).
Ventilation
Direct air inlet according to the prevailing standard.
Top and bottom ventilation vents mandatory
Top ventilation:
Cross section equal to half of the total cross section of the flue gas conduits with a minimum of 2,5 dm2
Bottom ventilation
Direct air inlet
S (dm2) ≥ 0,86P/20 with P = installed output in kW
The location of air inlets in relation to the top ventilation openings will ensure that air is renewed in the entire volume of the boiler
room.
In order to avoid damage to boilers, it is necessary to prevent the contamination of combustion air by chloride and/or fluoride
compounds, which are particularly corrosive.
These compounds are present, for example, in aerosol spray cans, paints, solvents, cleaning products, washing powders/liquids,
detergents, glues, snow cleaning salts, etc.
It is therefore necessary:
- To avoid sucking in air discharged from premises using such products: hairdresser, dry cleaners, industrial premises (solvents),
premises containing refrigeration systems (risk of leaking refrigeration fluids), etc.
- To avoid the storage of such products close to boilers.
15
Gas connection
Compliance with prevailing instruction and regulations is mandatory. In all cases, a sectional valve must be fitted as close as possible
to the boiler. A gas filter should be fitted to the boiler inlet.
The diameters of the pipes must be defined according to the prevailing regulations.
Gas supply pressure:
- 20 mbar on Natural Gas
- 37 mbar on Propane
Electrical Connection
The boiler is only electrically safe if it is correctly connected to an efficient earth system in compliance with current safety regulations.
Connect the boiler to a 230V single-phase earthed power supply using the supplied three-pin cable, observing correct Live-Neutral
polarity.
Use a double-pole switch with a contact separation of at least 3 mm.
Note:
- The sensor cables must be separated from the 230 V circuits by at least 10 cm
- In order to protect the pump antifreeze and cleaning functions, we recommend not switching off the boiler at the mains switch.
Heating Plant
The principle of a condensing boiler is to recycle the energy contained in the water vapour in the combustion gases (latent vaporisation
heat). Consequently, to achieve an annual operating efficiency in the order of 110%, it is necessary to size the heating surfaces in
such a way as to obtain low return temperatures, below the dew point (e.g. underfloor heating, low temperature radiators, etc.) during
the entire heating period.
Condensate Discharge
It must be connected to the waste water discharge system. The connection must be removable and the flow of condensates visible.
The connections and pipes must be in corrosion-resistant material. Condensates neutralisation stations are available as optional
equipment.
Requirements on heating water
- pH: 6.5 to 8.5
- Chloride content < 50 mg/l
- Conductivity < 500 S/cm to 25°C
16
Luna Platinum+ GA
Flue configurations
Configuration C13: Air/flue gas connection by means of concentric pipes to a
horizontal terminal or twin pipes in the same side (so called forced flue)
Configuration C33: Air/flue gas connection by means of concentric pipes to a
vertical terminal (roof outlet) or twin pipes to a single vertical terminal
Configuration C43, C83: the flue terminal or flue duct must be suitable for the
purpose
Configuration C63: The maximum pressure drop ΔP of the ducts must not
exceed the values indicated in table 1 (A-B). The ducts must be certified for this
specific use and for a temperature in excess of 100°C. The flue terminal must be
certified to EN 1856-1.
Configuration C53: Do not fit the flue and air duct terminals on opposite walls
of the building.
17
Flue installation requirements
484
25
1150
Luna Platinum+ 1.12 GA – 1.18 GA – 1.24 GA – 1.32 GA - 24 GA - 33 GA
5
Ø 80
Ø 125
Cod. KHG 71409351
PP vertical chimney terminal Ø 80/125
263,8
274
1150
ø 60
ø 100
Cod. KUG 71413581
PP vertical chimney terminal Ø 60/100
18
Luna Platinum+ GA
Coaxial flue system accessories
Luna Platinum+ 1.12 GA – 1.18 GA – 1.24 GA – 1.32 GA - 24 GA - 33 GA
Picture
Description
Code
PP coaxial flue pipes with terminal Ø 60/100 L=750 mm
supplied with windproof terminal and sealing collar
KHG 71405961
PP coaxial flue pipe with terminal Ø 80/125 L=1000 mm
supplied with wind proof terminal and sealing collar
KHG 71408891
PP coaxial flue pipe extension 60/100 L=1000 mm
KHG 71405951
PP coaxial flue pipe extension 80/125 L=1000 mm
KHG 71408851
PP coaxial flue pipe extension 60/100 L=500 mm
KHG 71411981
PP coaxial flue pipe extension 80/125 L=500 mm
KHG 71408861
PP coaxial 90° bend - Ø 60/100
KHG 71405971
PP coaxial 87° bend - Ø 80/125
KHG 71408871
PP coaxial 45° bend - Ø 60/100
KHG 71405981
PP coaxial 45° bend - Ø 80/125
KHG 71408881
Internal sealing collar Ø 100
KHG 71401771
PP vertical chimney terminal Ø60/100
KUG71413581
Pitched roof tile Ø 100
KHG71403661
PP vertical chimney terminal Ø 80/125
KHG 71409351
PP reduction from Ø 80/125 to 60/100
KHG 71409391
Flat roof tile to be used with a vertical chimney terminal
Ø 80/125
KHG 71409361
Pitched roof tile to be used with a vertical chimney terminal
Ø 80/125; it is adjustable from 15° to 45°
KHG 71409371
19
Dual flue system installation
Ø 125
1150 mm
498 mm
470 mm
Luna Platinum+ 1.12 GA – 1.18 GA – 1.24 GA – 1.32 GA - 24 GA - 33 GA
guarnizione
Ø 80
Ø 80
120
Cod. KHG 71409351 +
KHG 71409381
Dual flue pipes vertical chimney terminal
20
Luna Platinum+ GA
Dual flue system accessories
Luna Platinum+ 1.12 GA – 1.18 GA – 1.24 GA – 1.32 GA - 24 GA - 33 GA
Picture
Description
Orientable dual flue system
Code
7102689
PP dual flue system Ø 80 it includes: flue reduction, intake
connection
KHG 71405911
PP vertical flue system B23 type installation
KHG 71411101
PP reduction from Ø 80 to Ø 60
KHG 71407561
PP pipe extension Ø 80 L=1000 mm
KHG 71405941
PP pipe extension Ø 80 L=500 mm
KHG 71405991
PP pipe extension Ø 80 L=250 mm
7107183
PP pipe extension Ø 60 L=1000 mm
KHG 71407531
PP pipe extension Ø 60 L=500 mm
KHG 71407521
PP 90° bend Ø80
KHG 71405921
PP 90° bend Ø60
KHG 71407541
PP 45° bend Ø80
KHG 71405931
PP 45° bend Ø60
KHG 71407551
Pipe Ø 80 centring kit (pack of 5)
KHG 71403741
Clamp centring kit Ø 80
KHG 71410611
PP Reduction M/F from Ø 80 to Ø 50 (1)
7107175
PP Tube extension Ø 50 L=500 mm (1)
7107174
PP Tube extension Ø 50 L=1000 mm (1)
7107057
PP Tube extension Ø 50 L=2000 mm (1)
7107058
(1) Only for 24 kW boilers.
21
Dual flue system accessories
Luna Platinum+ 1.12 GA – 1.18 GA – 1.24 GA – 1.32 GA - 24 GA - 33 GA
Picture
(1) Only for 24 kW boilers.
22
Description
Code
PP 90° bend Ø 50 (1)
7107060
PP 45° bend Ø 50 (1)
7107059
PP 90° flue terminal Ø 50 (1)
7107176
Pipe Ø 60 centring kit (pack of 5)
KHG 71405151
Pipe Ø 80 supporting bracket (pack of 5)
KHG 71403731
Internal sealing collar Ø 80
KHG 71401851
External sealing collar Ø 80
KHG 71401841
Coaxial vertical chimney terminal Ø 80/125
KHG 71409351
Dual flue pipes adapter for coaxial chimney Ø80/125
KHG 71409381
Flat roof tile Ø 125 to be used with a vertical chimney terminal
KHG 71409361
Pitched roof tile Ø 125 to be used with a vertical chimney
terminal; it is adjustable from 15° to 45°
KHG 71409371
Dual flue terminal Ø 80
KHG 71401041
Dual flue terminal Ø 60
KHG 71403721
PP flexible pipe Ø 80 L= 1,5 m
KHG 71410571
PP flexible pipe Ø 80 L= 20 m
KHG 71410581
PP tee joint Ø 80 with supporting bracket and condensate
drainings
KHG 71410591
PP 90° bend Ø 80 with supporting bracket
KHG 71410601
Flexible centring kit Ø 80 (pack of 3)
KHG 71410621
Triple lips gaskets kit Ø 80 (pack of 5)
KHG 71411121
Luna Platinum+ GA
Boiler general accessories
Neutralizer filter to process the water deriving from the condensation of BAXI wall
hung condensing boilers
Code KHG 71412561
Maximum condensate water flow
l/h
15
Max potentiality of the boiler
kcal/h
43.000 - 103.000
Max potentiality of the boiler
kW
up to 120
Maximum working pressure
bar
4
Maximum temperature of the water content
°C
Corresponding to the maximum
temperatures of the condensate
waters
Min/Max room temperature
°C
5-40
Diameter
mm
100
Height
mm
260
Picture
Description
Neutralizer kit for wall hung boilers
up to 120 kW
Code
Polyphosphate batcher
KHG 71402301
Polyphosphate recharge (pack of 4)
KHG 71402431
Condensate drain kit for condensing boilers up to 45 kW
7213162
23
Quality
Environment
Safety
Quality
Environment
Safety
are Baxi strategic aims and
the awarded certifications
ensure compliance with the
specific regulations
36061 BASSANO DEL GRAPPA (VI) - ITALY
Via Trozzetti, 20
marketing@baxi.it
www.baxi.it
The Company assumes no responsibility for any possible contents mistakes, and reserves the right to make changes in products, due to
technical or commercial demands, at any time without notice.
Baxi S.p.A. 03-15 (E)