Sime Murelle Green Planet 110 HE I Operating instructions

Murelle
Green Planet
110 HE I/E
Installation, User and Service
Instructions
AUS
WARNING
The installation of this product must be carried out
only by authorised personnel to the requirements of
Australian Standard AS 5601, local authority, gas, elec-
tricity and any other relevant statutory regulation.

All descriptions and illustrations provided in this manual have been carefully prepared but we reserve the right to make changes and
improvements in our products that may affect the accuracy of the information contained in this manual.
This boiler may require 2 or more operatives to move it into its installation site, remove it from its packaging and
during movement into its installation location. Manoeuvring the boiler may include the use of a sack truck and
involve lifting pushing and pulling.
Caution should be exercised during these operations.
Operatives should be knowledgeable in handling techniques when performing these tasks and the following pre-
cautions should be considered:
– Grip the boiler at the base
– Be physically capable
– Use personal protective equipment as appropriate e.g. gloves, safety footwear.
During all manoeuvres and handling actions, every attempt should be made to ensure the following unless unavoi-
dable and/or the weight is light.
– Keep back straight
– Avoid twisting at the waist
– Always grip with the palm of the hand
– Keep load as close to the body as possible
– Always use assistance
WARNING
Caution should be exercised when performing any work on this appliance.
Protective gloves and safety glasses are recommended.
– Avoid direct contact with sharp edges.
– Avoid contact with any hot surfaces.
NOTICE
Please be aware that due to the wet testing of the appliance, there may some residual water in the hydraulic cir-
cuit.
– Protect any surfaces, carpets or floorings.
– Use a suitable container to catch any water that escape when removing the protective caps from the connec-
tions.
SAFE HANDLING

INSTALLER INSTRUCTIONS
CONTENTS
1 DESCRIPTION OF THE BOILER ....................................................................................................4
2 INSTALLATION............................................................................................................................ 9
3 CHARACTERISTICS ..................................................................................................................... 20
4 COMMISSIONING, USE AND MAINTENANCE ............................................................................... 30
5 USER........................................................................................................................................... 39
6 BOILER REGISTRATION............................................................................................................... 41
7 COMMISSIONING CHECKLIST ..................................................................................................... 42
8 SERVICE RECORD ....................................................................................................................... 44
IMPORTANT
When carrying out commissioning of the boiler, you are highly recommended to perform the following
checks:
–
Make sure that there are no liquids or inflammable materials in the immediate vicinity of the boiler.
– Make sure that the electrical connections have been made correctly and that the earth wire is connected to
a good earthing system.
– Open the gas tap and check the soundness of the connections, including that of the burner.
– Make sure that the boiler is set for operation for the type of gas supplied.
– Check that the flue pipe for the outlet of the products of the combustion is unobstructed and has been pro-
perly installed.
– Make sure that any shutoff valves are open.
– Make sure that the system is charged with water and is thoroughly vented.
– Check that the circulating pump is not locked.
– Purge the system, bleeding off the air present in the gas pipe by operating the pressure relief valve on the
gas valve inlet.
–
The installer must provide the user with instruction in operation of the boiler and safety devices and hand over
the instruction booklet to the user.
FONDERIE SIME S.p.A. of Via Garbo 27 - Legnago (VR) - Italy declares that its hot water boilers, which bear
the CE mark under Gas Directive 90/396/CEE and are fitted with a safety thermostat calibrated to a maximum
of 110°C, are not subject to application of PED Directive 97/23/CEE as they meet the requirements of article
1 paragraph 3.6 of the Directive.
MURELLE GREEN PLANET 110 HE I/E - ENGLISH

4
1.1 INTRODUCTION
MURELLE GREEN PLANET 110 HE I/E
boilers are pre-mixed gas condensing
heating modules with wide range of po-
wer modulation (from 20% to 100%).
They are designed for single installation
and modular systems with multiple ge-
nerators connected in sequence/cascade
and independent of each other.
All modules are compliant with Europe-
an Directives 2009/142/CE, 2004/108/CE,
2006/95/CE and 92/42/CE.
For optimum installation and operation,
always follow the instructions provided in
this manual.
1 DESCRIPTION OF THE BOILER
200 120 115
70
120 235
M
R
R3
S3
G
281
156
203
865
500
120 160
CS CA
135
870 18,5
600
405
==
Fig. 1
FIXTURES
R Heating return G 1 1/2” (UNI - ISO 228/1)
R3 D.H.W. tank return G 1 1/2” (UNI - ISO 228/1)
M Heating flow G 1 1/2” (UNI - ISO 228/1)
G Gas connection G 3/4” (UNI - ISO 228/1)
S3 Condensation outlet ø 25
S1 Safety discharge connection
CA Air inlet ø 80
CS Exhaust ø 80
1.2 DIMENSIONS
1.2.1 MURELLE GREEN PLANET 110 HE I (fig. 1)
S1

5
1.2.2 MURELLE GREEN PLANET 110 HE E (fig. 1/a)
405
870
Ø80/125
132
1127
203
156
70
286
120 235
270
550
246
306
199 120 139
74
S3
R3
R
M
S1
G
600
Fig. 1/a
FIXTURES
R Heating return G 1 1/2” (UNI - ISO 228/1)
R3 D.H.W. tank return G 1 1/2” (UNI - ISO 228/1)
M Heating flow G 1 1/2” (UNI - ISO 228/1)
G Gas connection G 3/4” (UNI - ISO 228/1)
S3 Condensation outlet ø 25
S1 Safety discharge connection
CA Air inlet ø 80
CS Exhaust ø 80

6
1.3 TECHNICAL FEATURES
MURELLE GREEN PLANET 110 HE I/E
Heat output
Nominal (80-60°C) kW 105,6
Nominal (50-30°C) kW 114.6
Reduced (80-60°C) kW 21.1
Reduced (50-30°C) kW 23.6
Heat input nominal* kW 108,0
Heat input reduced* kW 21,6
Max/min useful yield (80-60°C)* % 97.7/97.8
Max/min useful yield (50-30°C)* % 109.1/106.1
Termal efficiency (CEE 92/42 directive) ★★★★
Losses after shutdown to 50°C (EN 483) W 126
Supply voltage V-Hz 230-50
Adsorbed power consumption W 309
Electrical protection grade IP X4D
C.H. setting range °C 20/80
Water content boiler l 8.2
Maximum water head bar 5
Maximum temperature °C 85
Capacity of the heating expansion vessel l --
Pressure of the heating expansion vessel bar --
D.H.W. setting range °C --
D.H.W. flow rate (EN 625) l/min --
Continuous D.H.W. flow rate ∆t 30°C l/min --
Minimum D.H.W. flow rate l/min --
D.H.W. pressure min/max bar --
D.H.W. pressure min. nom. power bar --
Exhaust fumes temperature at max flow rate (80-60°C) °C 86.2
Exhaust fumes temperature at min. flow rate (80-60°C)°C 74.6
Exhaust fumes temperature at max flow rate (50-30°C) °C 61.6
Exhaust fumes temperature at min. flow rate (50-30°C)°C 49.2
Smokes flow min/max kg/h 37/186
CO2at max/min flow rate G20 % 9.0/9.0
CO2at max/min flow rate G31 % 10.2/10.2
CE certification n° 1312CM5614
Category II2H3P
Type B23-53/B23P-53P/C13-33-43-53-83
NOx emission class 5 (<30 mg/kWh)
Weight when empty kg 87
Main burner nozzle
Quantity nozzles n° 1
G20 nozzle diameter ø 12.4
G31 nozzle diameter ø 8.2
Consumption at maximum/minimum flow rate
Maximum G20 m3/h 11.42
Minimum G20 m3/h 2.28
Maximum G31 kg/h 8.38
Minimum G31 kg/h 1.68
Gas supply pressure
G20 mbar 20
G31 mbar 37
* They are obtained by low heating value = 34,02 MJ/m3

7
GMRR3
8
12
3
11
13
14
17
1
2
S3
4
6
5
7
1.4 FUNCTIONAL DIAGRAM (fig. 2)
Fig. 2
KEY
1 Gas valve
2 Condensate drain trap
3 Heating return sensor (SR)
4 Fan
5 Heating flow sensor (SM)
6 Safety thermostat 95°C
7 Exhaust probe (SF)
8 Primary heat exchanger
11 Water pressure transducer
12 Auto air vent
13 Pump
14 Drain vent
17 5 BAR safety valve
CONNECTIONS
R Heating return
M Heating flow
G Gas connection
S3 Condensation outlet
R3 D.H.W. Tank return

8
1
2
3
4
5
67
8
9
10
11
12
Fig. 3
1.5 MAIN COMPONENTS (fig. 3)
KEY
1 Control panel
2 Fan
3 Ignition electrode
4 Primary heat exchanger
5 Ignition transformer
6 Exhaust probe (SF)
7 Auto Air Vent
8 Heating return sensor (SR)
9 Heating flow sensor (SM)
10 Safety thermostat 95°C
11 Ionisation electrode
12 Pump

9
The boiler must be installed in a fixed
location and only by specialized and
qualified firms in compliance with all
instructions contained in this manual.
Furthermore, the installation must be in
accordance with current standards and
regulations.
2.1 BOILER ROOM
“MURELLE GREEN PLANET 110 HE I - E”
boilers an be installed in boiler rooms
whose size and requirements meet cur-
rent regulations.
Vents with openings of not less than 3000
cm2(in the case of gas with a density
greater than 0.8 to 5,000 cm2) must be
installed.
2.2 INSTALLATION
2.2.1 Single boiler
The use of a hydraulic separator is man-
datory. for single boiler installations a kit
8101581 is available(see fig4).
The kit is suitable for the application of a
storage tank with a capacity equal to or
greater than 80 liters.
Section 2.5 shows the various fluing
options. PAR 9 must be adjusted accor-
ding to the tables shown in each option:
- PAR 9 = See TABLE 1-2-3-3/a.
For INSTALLER PARAMETERS see 3.3
section.
2.2.2 Cascade boilers
(fig. 4/a)
For sequence/cascade installations using
polypropylene smoke collectors with a
clapet valve (note, this is not currently
available for Australian installations),
every single boiler that makes up the
heating system must have the following
installation parameters modified
When the boiler is used in cascade, PAR
1 of each boiler in the cascade must be
reset as follows:
- PAR 1 = 8 (if boiler is NATURAL GAS G20).
- PAR 1 = 16 (if the boiler is PROPANE G31)
ATTENTION: In the event that intake pres-
sure drops are applied to sequence/cascade
installations, it is important to verify the CO2
at MAX and MIN capacity and, if necessary,
bring it back to the correct value descri-
bed in section 4.2.2. In sequence/cascade
installations, it is mandatory to arrange the
thermal system with the hydraulic separator
and safety devices.
The boiler is supplied with RS-485 board
that allows management of up to 8 boi-
lers in cascade mode and MODBUS com-
munication. The board is on the back of
the control panel.
Select the correct mode (CASCADE or
MODBUS) positioning by positioning the
DIP SWITCH, as shown as figure 4/a
2 INSTALLATION
500
600
R3
235
70
RM
M2
115
265
663 865
355
301
Single installation
with optional kit code 8101581
CAUTION:
- The use of a hydraulic separator is mandatory..
- When replacing boilers in existing installations it is advisable to install a plate heat exchanger to separate the
heating circuit from the secondary circuits. See the available pump head curve shown in Fig. 14.
Fig. 4
M Heating flow
R 2” (UNI-ISO 7/1)
R Heating return
R 2” (UNI-ISO 7/1)
M2 Tank flow
G 1” (UNI-ISO 228/1)
R3 Tank return
G 1 1/2” (UNI-ISO 228/1)

10
CASCADE mode (fig. 4/b)
Electrically connect all boilers in
CASCADE mode and set PAR15 accordin-
gly (master or slave). (As shown in Fig. 4
/ b).
CASCADE WITH MORE
THAN TWO BOILERS
When more than two boilers are connected
in cascade, it is essential that the OEM
parameter on the “Master” boiler is reset
to coincide with the number of boilers in
the cascade.
This must be done after setting PAR 15 on
the designated Master boiler to “0”
On the “Master” boiler press any key to
wake up the display.
Then press simultaneously the and
the buttons for 5 seconds until the
display is as shown.
Then press again, simultaneously, the
and the buttons for 2 seconds until
the display shows.
Next press, in the order shown
The display will be as shown.
Press the button, and the display
will show.
Use the and buttons to set the
number of boilers in the cascade.
Then press to confirm the
settings.
DIP SWITCH
GESTIONE IN CASCATA
12 3
CASCADE MANAGEMENT
DIP SWITCH
GESTIONE IN MODBUS
MODBUS MANAGEMENT
123
ON
123
ON
x 2
Fig. 4/a

11
DIP SWITCH
DIP SWITCH
DIP SWITCH
123
123456
123456
123456
X5 X5
WIRED
CONNECTOR CN10
(code 6319165)
RS-485 BOARD
RS-485 BOARD
RS-485 BOARD
WIRED
CONNECTOR CN10
(code 6319165)
WIRED
CONNECTOR CN10
(code 6319165)
BOILER BOARD (SLAVE ...)
BOILER BOARD (SLAVE 1)BOILER BOARD (MASTER)
ON
123
ON
123
ON
EXTERNAL SENSOR (SE)
CASCADE SUPPLY PROBE (SMC)
CHARACTERISTICS
OF ELECTRIC CABLE:
-
3 wires of 24 AWG
- Screened and twisted - Characteristic impedance 100 Ω
–
+
GND
–
+
GND
–
+
GND
–
+
GND
–
+
GND
–
+
GND
INSTALLER PARAMETERS SETTING: PAR 15 CASCADE ADDRESS -- = Disabled 0 = Master 1...7 = Slave (N.B. Ensure that each slave is numbered separately!) ATTENTION: - CONNECT UP TO A MAXIMUM OF 8 RS-485 BOARDS. - THE EXTERNAL SENSOR MUST BE CONNECTED TO THE MASTER BOILER (SE). - CONNECT CASCADE DELIVERY SENSOR (SMC) TO THE SLAVE 1 BOILER. - SE, SMC sensor and the RS-485 boards wired connector are provided in a kit at the request code 8092250. - NOTE: RS485 LED, THIS WILL BE ILLUMINATED GREEN ON THE ASSIGNED MASTER BOILER, AND ORANGE ON SLAVE BOILERS. - THE RED LED WILL FLASH WHEN THE DIP SWITCH IS SET INCORRECTLY.
Fig. 4/b

12
DRAFT
Confidential SIME
Not for distribution to other
MODBUS mode (fig. 4/c)
The RS-485 board can be used for
MODBUS communication of every
MURELLE GREEN PLANET 50 HE I / E
boiler.
In this case, proceed as follows:
-
Set the DIP SWITCH of the RS-485 board
and the PAR 16 as indicated in the figu-
re.
- Choose the communication configu-
ration suited to the MODBUS network
(PAR 17 INST) according to Table PAR
17 INST.
SCHEDA CALDAIA
DIP SWITCH
SCHEDINO RS-485
123
CO
NNETT
O
R
E
C
ABLAT
O
C
N1
0
(
cod. 6319165
)
123456
WIRED CONNECTOR
CN10
(code 6319165)
COMUNICAZIONE MODBUS
MODBUS COMMUNICATION
RS-485 BOARD
/ BOILER BOARD
ON
–
+
GND
–
+
GND
INSTALLER PARAMETERS SETTING:
PAR 16 MODBUS MODE
-- = Disabled
1...31 = Slave from 1 to 31
(ATTENTION: Each slave must be
assigned with a different number).
PAR 17 MODBUS CONFIGURATION
-- = Disabled
1...30 = Factory value 25
(See Tab. PAR 17 INST)
ATENTION: Switch off and restart the boiler after
setting PAR 17!
11200 8No 1
21200 8No 2
31200 8Pari / 1
41200 82
51200 8Dispari / 1
61200 82
72400 8No 1
82400 8No 2
92400 81
10 2400 82
11 2400 81
12 2400 82
13 4800 8No 1
14 4800 8No 2
15 4800 81
16 4800 82
17 4800 81
18 4800 82
19 9600 8No 1
20 9600 8No 2
21 9600 81
22 9600 82
23 9600 81
24 9600 82
25 19200 8No 1
26 19200 8No 2
27 19200 81
28 19200 82
29 19200 81
30 19200 82
PAR 17 INST Baud Rate N° Bit Dati Parità Bit di Stop
Par 17 INST Baud Rate No. Data Bit Parity Stop Bit
Pari /
Pari /
Pari /
Pari /
Pari /
Pari /
Pari /
Pari /
Pari /
Dispari /
Dispari /
Dispari /
Dispari /
Dispari /
Dispari /
Dispari /
Dispari /
Dispari /
Even
Even
Even
Even
Even
Even
Even
Even
Even
Even
Odd
Odd
Odd
Odd
Odd
Odd
Odd
Odd
Odd
Odd
TABELLA PAR 17 INST/ Tab. PAR 17 INST
Fig. 4/c

13
DRAFT
Confidential SIME
Not for distribution to other
Modbus address
Variable description
Type
Read /Write
U.M.
Min
value
Max
value
Function
Di
g
ital variables
1 Boiler CH Enable/Re
q
uest D R/W - 0 1
2 Boiler DHW Enable D R/W - 0 1
3 Boiler Water Fillin
g
Function D R/W - 0 1
32 Boiler CH Mode D R - 0 1
33 Boiler DHW Mode D R - 0 1
34 Boiler Flame Status D R - 0 1
35 Boiler Alarm Status D R - 0 1
Analo
g
variables
1 Boiler CH Primary Setpoint A R/W 0,1°C 20,0 80,0
2 Boiler DHW Primary Setpoint A R/W 0,1°C 20,0 80,0
3 Boiler DHW Setpoint A R/W 0,1°C 10,0 80,0
4 Outside Temperature MB A R/W 0,1°C -55,0 95,0
5 Boiler CH Curve Slope A R/W 0,1 3,0 40,0
6 Boiler CH Curve Displacement A R/W 0,1 -5,0 5,0
64 Boiler DHW Water Tem
p
erature A R 0,1°C 0,0 100,0
65 Boiler Primar
y
Water Tem
p
erature A R 0,1°C 0,0 100,0
66 Boiler Return Water Tem
p
erature A R 0,1°C 0,0 100,0
67 Boiler Flue Gas Tem
p
erature A R 0,1°C 0,0 200,0
68 Boiler Relative Modulation Level A R 0,1% 0,0 100,0
69 Boiler Primar
y
Water Pressure A R 0,1 bar 0,0 6,0
70 Boiler Outside Temperature A R 0,1°C -100,0 100,0
Inte
g
er variables
129 Boiler Current Minute I R/W -0 59
130 Boiler Current Hour I R/W -0 23
131 Boiler Current Da
y
of the Week I R/W - 1 = Lun 7 = Dom
132 Boiler Current Da
y
of the Month I R/W -1 31
133 Boiler Current Month I R/W -1 12
134 Boiler Current Year I R/W - 2000 2200
192 Boiler Alarm Code I R - 0 100
193 Boiler Slave 1 Alarm Code I R - 0 100
194 Boiler Slave 2 Alarm Code I R - 0 100
195 Boiler Slave 3 Alarm Code I R - 0 100
196 Boiler Slave 4 Alarm Code I R - 0 100
197 Boiler Slave 5 Alarm Code I R - 0 100
198 Boiler Slave 6 Alarm Code I R - 0 100
199 Boiler Slave 7 Alarm Code I R - 0 100
200 Boiler Combustion Parameter
(
Par1
)
IR - 0 199
201 Boiler H
y
draulic Parameter
(
Par2
)
IR - 0 199
Request CH zone 1
Enable DHW preparation
Not used
State CH zone 1
State preparation DHW
State presence flame
State presence alarm
Setpoint CH zone 1.
If you receive a value out of range
so the value isn’t received and
the boiler temperature control is
maintained of fixed point or a
temperature curve.
Setpoint CH during ACS preparation
(for PAR 66 installer parameters)
If you receive a value out of range
the value isn’t received and it is used
the boiler value regulation .
Setpoint ACS.
If you receive a value out of range
the value isn’t received and it is used
the boiler value regulation.
External value of temperature by MobBus.
If you receive a value out of range
the value isn’t received. In case of
conflict the boiler will give priority to the value
of the probe connected to it.
Slope of heating curve of zone 1
(it is used instead of the curve set in the boiler).
If you receive a value out of range
the value isn’t received and it is used
the boiler heating curve.
If you receive a value out of range
the value isn’t received and it is used
the boiler heating curve.
Shift value of room zone 1 set
(it is used instead of the shift set in the boiler).
DHW temperature sensor
CH temperature sensor (Delivery)
CH temperature sensor (Return)
Smoke temperature sensor
Modulation level: (0%= minimum boiler power
100%= maximum boiler power)
Pressure value water CH
Outside temperature read from the boiler
through the probe connected to it
Not used
Not used
Not used
Not used
Not used
Not used
Numeric code shown during boiler error
(If Master is in cascade)
Numeric code shown during slave 01 error
Numeric code shown during slave 02 error
Numeric code shown during slave 03 error
Numeric code shown during slave 04 error
Numeric code shown during slave 05 error
Numeric code shown during slave 06 error
Numeric code shown during slave 07 error
PAR 1 value
PAR 2 value
MODBUS BOILER VARIABLES LIST

14
DRAFT
dential SIME
CASCADE+MODBUS mode (g. 4/d)
This mode allows for MODBUS commu-
nication of at least two boilers in cascade
and is performed by requesting another
RS-485 board provided in the kit code
8092244.
ATTENTION: Communication will occur
only with the MASTER boiler, (boiler
with PAR 15 = 0), interpreting the casca-
de as a single heat capacity generator:
P CASCADE = P BOILER x No. BOILERS .
To install the second board, proceed as
follows:
- Remove the cover and electrical-
ly connect the second RS-485 board
equipped with lid to the RS-485 board
already installed in the MASTER boiler
(boiler with PAR 15 = 0 ) with the wired
connector provided in the kit.
CAUTION: Insert the wired connector
with caution.
- Set the DIP SWITCH of the new board
in MODBUS mode.
- Close the lid of the second board.
- Choose the communication congu-
ration suited to the MODBUS network
(PAR 17 INST) according to Table PAR
17 INST .
RS-485 connection to the INSOL/MIXED
ZONE (g. 4/e)
The RS-485 board can be connected
to optional INSOL kit code 8092254 or
MIXED ZONE code 8092252. Both require
the board housing kit code 8092236.
Carry out the electrical connections as
indicated in the gure 4/e.
ATTENTION
See the instruction sheet provided with
the INSOL / MIXED ZONE kits fro con-
nection details.
CN10
Schedino
INSOL/ZONA MIX e kit
alloggiamento scheda
CN10
COMUNICAZIONE
MODBUS
MODBUS
COMMUNICATION
123 4 5 6
Schedino
INSOL/ZONA MIX e kit
alloggiamento scheda
Fig. 4/e
draob584-SR2htiwrelioBdraob584-SR1htiwrelioB
INSOL/MIXED ZONE
Expansion card
INSOL/ MIXED ZONE
Expansion card
Fig. 4/d
CN10
COMUNICAZIONE
MODBUS
MODBUS
COMMUNICATION
CONNETTORE CABLATO
(cod. 6319173)
WIRED CONNECTOR
(cod 6319173)
123 4 5 6
12 3
DIP SWITCH
GESTIONE IN MODBUS
MODBUSMANAGEMENT
12 3
ON
INSTALLER PARAMETER SETTING:
PAR 16 MODBUS ADDRESS
-- = Not enabled
1...31 = Slave from 1 to 31
(ATTENTION: Do not set the
slave boilers with the same
address
PAR 17 MODBUS CONFIGURATION
-- = Not enabled
1...30 =
Default value: 25
(See Table PAR 17 INST )

15
2.3 CONNECTING
UP SYSTEM
To protect the heat system from dama-
ging corrosion, incrustation or deposits,
before installation it is extremely impor-
tant to clean the system using suitable
products such as, for example, Fernox.
Complete instructions are provided with
the products but, for further information,
contact HUNT HEATING TECHNICAL
DEPARTMENT.
For long-term protection agains corro-
sion and deposits, the use of inhibitors
such as Fernox is recommended after
cleaning the system. It is important to
check the concentration of the inhibi-
tor after each system modification and
during maintenance following the manu-
facturer’s instructions (specific tests kits
are available).
The safety valve must be connected The
discharge drain pipe fitted to the relief
valve must be located so as to be visible,
alternatively a suitably sized tun dish
can be used. If the heating system is on
a higher floor than the boiler, isolation
valves must be installed on the heating
system delivery/return pipes.
WARNING: Failure to clean the heating
system or add an adequate inhibitor
invalidates the device’s warranty.
Gas connections must be made in accor-
dance with current standards and regula-
tions. When dimensioning gas pipes from
the meter to the module, both capacity
volume (consumption) in m3/h and gas
density must be taken into account.
The sections of the piping making up
the system must be such as to guaran-
tee a supply of gas sufficient to cover
the maximum demand, limiting pressure
loss between the gas meter and any
apparatus being used to not greater
than:
– 1.0 mbar for family II gases (natural
gas);
– 2.0 mbar for family III gases (butane or
propane).
An adhesive data plate is positioned insi-
de the front panel; it contains all the
technical data identifying the boiler and
the type of gas for which the boiler is
arranged.
2.3.1 Connection of condensation
water trap
The drip board and its water trap must
be connected to a civil drain through a
pipe with a slope of at least 5 mm per
metre to ensure drainage of condensa-
tion water.
The plastic pipes normally used for civil
drains are the only type of pipe which is
appropriate for conveying condensation
to the building’s sewer pipes.
2.3.2 Filter on the gas pipe
The gas valve is supplied ex factory with
an inlet filter, which, however, is not
adequate to entrap all the impurities in
the gas or in gas main pipes.
To prevent malfunctioning of the valve,
or in certain cases even to cut out the
safety device with which the valve is
equipped, install an adequate filter on
the gas pipe.
2.4 INITIAL PHASE
SYSTEM FILLING
Cold system filling pressure must be 1
bar. The system must be filled slowly
so that air bubbles are released through
the air vents.
2.4.1 System draining (fig. 5)
To drain the system, turn off the boiler
and use the discharge valve (2 fig. 5).
2.5 EXHAUST
The boiler is supplied with a 80mm
gasket, which must be fitted over the
exhaust terminal prior to the flue being
installed. (11 fig. 4/b - 4/c - 4/d) Currently
the “cascade” fluing option is not availa-
ble fro use in Australia. Available fluing
options are shown in fig6.7and 8.
2.5.1 B type (fig. 6)
If the inlet is not connected, the boiler
should be regarded a Class B device.
When installing the boiler in locations
where it needs to be protected from
water, replace the intake terminal inser-
ted in the flange with terminal code
8089510. For information on how to con-
figure the boiler in this mode see figure
6.
WARNING: The maximum overall length
of the 80 mm exhaust flue connected,
is determined by the load losses of the
individual accessories installed, and
should not exceed 42 mmH20. when
the load losses exceed 4 mm H20, in
order to ensure correct operation of
the appliance, set PAR 9 as indicated in
the TABLE1 on fig 6. See section 3.3 to
access installer parameters.
The exhaust pipe may be connected to
suitable existing flues.
When the boiler operates at low tempe-
rature, you can use the normal chimney
to the following conditions:
– The exaust pipe should not be used by
other boilers.
– The inside of the chimney must be
protected from direct contact with the
condensing boiler. Combustion pro-
ducts must be conveyed with a hose or
rigid plastic with a diameter of about
100-150 mm by ensuring that the con-
densate drain trap at the bottom of the
pipe. The effective height of the trap
must be at least 150 mm.
2.5.2 C Type
(fig. 7 - fig. 8)
The boiler becomes of a Class C device
(room sealed), when the intake terminal
is removed from the flange and separa-
te ducts(fig7) or coaxial ducts(fig8) are
connected.
Fig. 5
1
2
3
KEY
1 Water trap
2 Boiler discharge
3 Safety valve

16
2.5.4 Maximum usable length
for separate ø 80 ues
The maximum overall length of ø 80 inlet
and exhaust ues is determined by the
load losses of the single accessories
installed and should not exceed 42 mm
H2O.
ATTENTION!When the load loss exceeds
4 mm H 2O, in order to assure the cor-
rect operation of the appliance, set the
installer parameter PAR 9 as indicated
in TABLE 2 (see point 3.3 to access
installer parameters).
2.5.5 Maximum usable
length for coaxial
ø 80/125 ues
In installations with ø 80/125 coaxial ue,
the maximum horizontal length including
the 90° curve, should not exceed 4 m
when the boiler is operating on natural
gas G20 and 3 m when it is operating on
LPG G31.
For vertical ues, it must not be greater
than 5 m straight vertical lines when the
boiler is operating on natural gas G20 and
4 m when operating on LPG G31.
WARNING:
In order to assure the correct operation
of the appliance, set the installer para-
meter PAR 9 as indicated in TABLES
3-3/a (see point 3.3 to access the instal-
ler parameters).
B type
Fig. 6
!GNINRAW
When load loss of the individual accessories connected
exceeds 4 mm H2O, in order to assure the correct ope-
ration of the appliance, set the installer parameter PAR
9 as indicated in TABLE 1 (see point 3.3 to access the
installer parameters).
TABLE 1
Load loss PAR 9
(mm H2O) (long chimneys)
04-0
18-4
8 - 12 2
12 - 16 3
16 - 20 4
20 - 24 5
24 - 28 6
28 - 32 7
32 - 36 8
36 - 40 9
40 - 42 10
WARNING: Before installing accessories, lubricate the internal
part of gaskets with silicon-based products. Avoid using oils
and greases.
80 mm accessories
Key Code Description Load loss
mm H20
1 8077450 90° bend 3.0
2a 8077351 1000mm Extension 1,2
2b 8077350 500mm Extension 0,6
3 8091300 Articulated Tile
4 8091204 Roof terminal (1381 mm) 4,3
5 6296513 Extension with test point (250mm) 0.3
6 8077451 45° bend 2,0
7 8089501 Exhaust terminal 3,6
8 8091500 Inner/outer wall seal
(2 of each)
11 Gasket (supplied with boiler)
600

17
ATTENTION:
- Before fitting the accessories, it is always advisable to lubricate the internal section of the gaskets with silicon products, avoid
the use of oils and greases.
Fig. 7
C Type (ø 80 separate pipes)
WARNING !
When load loss of the individual accessories connec-
ted exceeds i 4 mm H2O, to assure correct opera-
tion of the appliance, do as follows:
- set the installer parameter PAR 9 as indicated in
TABLE 2 (see point 3.3 to access the installer para-
meters).
- proceed with calibrating CO2 at the maximum and
minimum capacity as specified in point 4.2.2.
TABLE 2
Load loss PAR 9
(mm H2O) (long chimneys)
0 - 4 0
4 - 8 1
8 - 12 2
12 - 16 3
16 - 20 4
20 - 24 5
24 - 28 6
28 - 32 7
32 - 36 8
36 - 40 9
40 - 42 10
80 mm accessories
Key Code Description Load loss mm H20
Inlet Exaust
1 8077450 90° bend - 80 mm 2,3 3,5
2a 8077351 1000mm Extension - 80mm 1,4 1,4
2b 8077350 500mm Extension - 80mm 0,7 0,7
3 8091300 Articulated Tile - -
4 8091204 Roof terminal(L 1381mm) - 5,0
5 6296513 Extension with test point(L 250mm) - 0,3
6 8077451 45° bend - 80mm 1,7 2,3
7 8089501 Exhaust terminal - 80mm - 4,0
8 8091500 Inner/outer wall seal (2 of each) - -
9 8089500 Inlet terminalm - 80mm 1,8 -
11 Gasket (supplied with boiler) - -
600

18
C type (Coaxial exaust ø 80/125)
NOTE:
- The condense recovery (12) should be connected to
a waste water drain.
- Before fitting the accessories, it is always advisable
to lubricate the internal section of the gaskets with
silicon products, avoid the use of oils and greases.
- Insertion of additional 90 degree bends, will reduce
the available flue length by 1 metre each.
- Insertion of additional 45 degree bends, will reduce
the available flue length by 0.5 metre each.
Fig. 8
VERTICAL EXHAUST
To ensure correct operation of the appliance, do as
follows:
- set the installer parameter PAR 9 as indicated in
TABLE 3 (see point 3.3 to access the installer para-
meters).
- proceed with calibrating CO2 at the maximum and
minimum capacity as specified in point 4.2.2.
TABLE 3
Maximum length PAR 9
exhaust (m) (long chimneys)
0 - 1,0 6
1,0 - 2,0 7
2,0 - 3,0 8
3,0 - 4,0 9
4,0 - 5,0 10
HORIZONTAL EXHAUST
To ensure correct operation of the appliance, do as
follows:
- set the installer parameter PAR 9 as indicated in
TABLE 3/a (see point 3.3 to access the installer
parameters).
- proceed with calibrating CO2 at the maximum and
minimum capacity as specified in point 4.2.2.
TABLE 3/a
Maximum length PAR 9
exhaust (m) (long chimneys)
0 - 1,0 7
1,0 - 2,0 8
2,0 - 3,0 9
3,0 - 4,0 10
600
Model Gas H (m) L (m)
Murelle Green Planet 110 HE i/e G20 5 4
Murelle Green Planet 110 HE i/e G31 4 3
Flue kits
8091280 8091281
Key Code Description Include Include
2a 8096171 1000mm extension 80/125
2b 8096170 500mm extension 80/125
3 8091300 Articulated tile
4 / 4a 8091205 Coaxial roof terminal 9
10 8091401 Inlet/exhaust fitting 99
11 Gasket(supplied with boiler)
12 8092800 Condensate recovery 99
13 8091210 Coaxial terminal 80/125 9
14a 8095870 90° bend 80/125 9
14b 8095970 45° bend 80/125

19
DRAFT
Confidential SIME
Not for distribution to other
Minimum clearances
(mm)
Ref. Item
Natural
draft
Fan
assisted
Below eaves, balconies and other projections:
Appliances up to 50 MJ/h input 300 200
a
Appliances over 50 MJ/h input
500 300
500 300
500 300
c From a return wall or external corner
dFrom a gas meter (M) (see 4.7.11 for vent terminal location of regulator) 1000 1000
eFrom an electricity meter or fuse box (P) 500 500
150 7 5
500 500
g Horizontally from any building structure or obstruction facing a terminal
h From any other ue terminal , cowl, or combustion air intake 500 300
Horizontally from an openable window, door, non-mechanical air inlet, or an y other openin g into a
building with the exception of sub-oor ventilation:
Appliances up to 150 MJ/h input 500 300
Appliances over 150 MJ/h input up to 200 MJ/h input 1500 300
Appliances over 200 MJ/h input up to 250 MJ/h input 1500 500
Appliances over 250 MJ/h input 1500 1500
1500 1000
j
All fan-assisted ue appliances, in the direction of discharge - 1500
k From a mechanical air inlet, including a spa blower
Vertically below an openable window, non-mechanical air inlet, or any other opening into a buildin
g
with
the exception of sub-oor ventilation:
Space heaters up to 50 MJ/h input 150 150
Otherappliances upto50MJ/hinput 500 500
Appliances over 50 MJ/h input and up to 150 MJ/h input 1000 1000
n
Appliancesover150MJ/hinput 1500 1500
Unless appliance is certied for closer installation
From the ground, above a balcony or other surface
†
†
f From a drain pipe or soil pipe
Door
M
P
g
See note 3
T
b
d
d
ee
See note 2
h
h
a
g
h
jj
j
n
k
k
c
c
T
T
I
f
Openable
window
Shading indicates prohibited
areas for ue terminals
LEGEND:
T=
Flue terminal M=Gasmeter
l=M
echanical air inlet P = Electricity meter
or fuse box
Note
s
1. All distances are to be measured to the nearest part of the
terminal
.
2. Prohibited area below electricity meter or fuse box extend to
ground level
.
3. See Clauses 5.13.6.6 for restrictions on a flue terminal under
a covered area
.
4. See Appendix J figures J2(a) for clearances from a flue
terminal to an LP gas cylinder. A flue terminal is
considered to be a source of ignition.
5. For appliances not addressed above acceptances should be
obtained from the technical regulator.
NOT
E
The following information is an extract from AS 5601-2004. This information is subject to copyrig
h
t of the AGA and Standards Australia and is supplied
only as a reference. Every installer should have a copy and be familiar with this standard before installing this appliance
.
MINIMUM CLEARANCES REQUIRED FOR BALANCED FLUE TERMINALS, FAN-ASSISTED FLUE
TERMINALS, ROOM-SEALED APPLIANCE TERMINALS OR THE TERMINALS OF OUTDOOR APPLIANCES .
TABLE 3
Fig. 10

20
2.6 ELECTRICAL CONNECTION
The boiler is supplied with an electric
cable. Should this require replacement,
it must be purchased exclusively from
HUNT HEATING.
The electric power supply to the boiler
must be 230V - 50Hz single-phase throu-
gh a 3 A fused main switch, with at least
3 mm spacing between contacts.
Respect the L and N polarities and the
earth connection.
NOTE: SIME declines all responsibility
for injury or damage to persons, ani-
mals or property, resulting from the
failure to provide for proper earthing of
the appliance.
2.6.1 Room thermostat and/ or
timer (clean contact)
The heating demand can be controlled by
a thermostat and/or timer(TA) connected
to CN6 terminals 7-8( see fig 11) after
having removed the existing bridge. The
control being used must be of a class
conforming to the standard EN 607301(
clean electrical contact).
2.6.2 Climatic regulator CR 53
connection (optional)
The boiler is designed for use with a
climatic regulator, supplied on request
(code 8092227), for the management of a
heating circuit.
For installation and use of the climatic
regulator, follow the instructions inclu-
ded in the packaging.
NOTE: Reset parameter 10 to 2 (PAR 10 =
2).
2.6.3 Remote control CR 73
connection (optional)
The boiler is designed for connection to a
remote control unit, supplied on request
(code 8092226).
The remote control unit CR 73 allows for
complete remote control of the boiler,
except resetting of the boiler.
The boiler display will show the following
message:
For installation and use of the remote
control, follow the instructions in the
package.
NOTE: Ensure PAR 10 set to 1 (PAR 10 = 1).
2.6.4 External sensor connection
The boiler is designed for connection to
an external temperature sensor, sup-
plied on request (code 8094101), which
can automatically regulate the tempera-
ture value of the boiler output according
to the external temperature.
For installation, follow the instruction
in the package. It is possible to make
corrections to the values read by the drill
acting on the PAR 11.
2.6.5 Heat Demand by 230 V
The heating demand can be controlled by
230 V applied to terminal 14 on CN7, and
removal of the bridge on CN6 terminals
7 & 8.
2.6.6 BMS
(Building
Management
Systems)
Single or cascade boilers can be integra-
ted into a building management system.
the BMS signal should be connected to
the master boiler as shown in fig 10. Set
PAR14 according to the maximum (10V)
flow temperature required.