Cheminees Philippe RADIANTE 846 3V Instruction Manual

The Original Home Of Cheminées Philippe Australia since 1982
WARMTH FROM FRANCE BY WIGNELLS OF MELBOURNE
RADIANTE 846 3V
INSTALLATION & USER MANUAL

We thank and appreciate your trust in welcoming our Cheminées Philippe Radiante 846 3V
replace into your space. Living with a Cheminées Philippe is truly a most satisfying and
memorably rewarding experience. You have now joined the family of thousands of proud
owners of the most beautifully hand crafted replaces in the world.
For over six decades Cheminées Philippe have been synonymously known for their quality
French design appeal and admirably, their hand made technique. Manufactured in their
cast iron foundry located in the Pas-de-Calis region of France, they adhere to strict
European requirements, as well as being tested and certied to Australian emissions,
efciency and safety standards.
Please take a moment to read over this manual, including our operations and
maintenance guide to ensure you get the best performance and enjoyment from your new
replace.
We would love to hear your feedback and see some beautiful imagery of your own unique
Cheminées Philippe replace creation. If you would like to help inspire us and others along
their replace design journey, please send a photo of your Philippe to
[email protected]
Wishing you many wonderful years of reside enjoyment,
Warmest regards,
Rick Wignell
Director of Cheminées Philippe Australia
MERCI BEAU COUP
02 CHEMINÉES PHILIPPE RADIANTE 846 3V
“We no longer build replaces for physical warmth,
we build them for the warmth of the soul, we build
them to dream by, to hope by, to home by”
- Edna Ferber 1885-1968

1. PREFACE
1.1 NOTICE 04
1.2 GENERAL SAFETY INFORMATION 05
1.3 PRE-INSTALLATION GUIDELINES 06
1.4 GENERAL FLUE REQUIREMENTS 07
1.5 SUITABLE BASE & HEARTH MATERIALS 08
2. UNIT DIMENSIONS & SPECIFICATIONS
2.1 CHEMINÉES PHILIPPE RADIANTE 846 3V 10
3. FREESTANDING
3.1 STEP BY STEP INSTALL GUIDE 12
3.2 BASE & HEARTH DIMENSIONS 13
3.3 FREESTANDING CLEARANCES 14
3.4 SKAMOTEC WALL GUIDELINES 15
3.5 SKAMTOEC WALL VENTILATION 16
3.6 FLUE COMPONENTS OVERVIEW 17
3.7 FLUE SYSTEM CONFIGURATIONS 18
4. INBUILT
4.1 STEP BY STEP INSTALL GUIDE 20
4.2 BASE, HEARTH & MANTEL SHELF DIMENSIONS 21
4.3 INBUILT CAVITY DIMENSIONS 22
4.4 DEFLECTOR PLATE & GRILLS 23
4.5 FLUE COMPONENTS OVERVIEW 24
5. MECHANISMS & UNIT ASSEMBLY
5.1 MECHANISM GUIDE 26
5.2 PARTS & ASSEMBLY 27 & 28
6. OPERATION
6.1 BEFORE FIRST IGNITION 30
6.2 RECOMMENDED FIRE WOOD 31
6.3 HOW TO LIGHT & BURN SAFELY 32 & 33
6.4 WARNINGS LABELS 34
7. MAINTENANCE
7.1 SERVICING GUIDE 36
7.2 TROUBLE SHOOTING 37
7.3 SPARE PARTS 38
8. WARRANTY
8.1 WARRANTY POLICY & EXTENDED WARRANTY 40
8.2 INSTALLER CHECKLIST FORM 41
*Please keep these instructions for future reference. 03

NOTICE 1.1
04 CHEMINÉES PHILIPPE RADIANTE 846 3V
DOCUMENT REVISION 01
This document is valid for Australia & New Zealand as of Septemeber 9th 2022 for the installation, operation
and maintenance of the Cheminées Philippe Radiante 846 3V wood replace.
DISCLAIMER
Cheminées Philippe Australia & Wignells of Melbourne bears no liability for installations that do not meet the
criteria outlined in this manual, alongside the requirements of Australian & New Zealand Standards AS/NZS
2918:2018. The installation techniques, handling and use of the product are beyond our control. Therefore,
Cheminées Philippe Australia & Wignells of Melbourne assumes no responsibility for loss, damage or
expense resulting from improper installation, operation or misuse. In line with our commitment for continuous
improvement, technical parameters are subject to change and we reserve the right to alter the contents of
this manual at any time. For the latest version of this manual please visit, www.chemphilaust.com.au

1.2 GENERAL SAFETY INFORMATION
CHEMINÉES PHILIPPE RADIANTE 846 3V 5
WARNING: THE APPLIANCE AND FLUE SYSTEM SHOULD BE INSTALLED IN ACCORDANCE
WITH AS/NZS 2918:2018 AND THE APPROPRIATE REQUIREMENTS OF THE RELEVANT
BUILDING CODE OR CODES.
WARNING: APPLIANCES INSTALLED IN ACCORDANCE WITH AS/NZS 2918:2018 SHOULD
CONFORM TO THE REQUIREMENTS OF AS/NZS 4013 AND AS/NZS 4012 WHERE REQUIRED
BY THE REGULATORY AUTHORITY, THAT IS. THE APPLIANCE SHOULD BE IDENTIFIABLE BY
A CONFORMANCE PLATE WITH THE MARKING ‘TESTED TO AS/NZS 4013 AND AS/NZS 4012’
AS SPECIFIED IN AS/NZS 4012.
ANY MODIFICATION OF THE APPLIANCE THAT HAS NOT BEEN APPROVED IN WRITING BY
THE TESTING AUTHORITY IS CONSIDERED TO BE IN BREACH OF THE APPROVAL GRANTED
FOR CONFORMANCE TO AS/NZS 4013.
CAUTION: MIXING OF APPLIANCE OR FLUE SYSTEM COMPONENTS FROM DIFFERENT
SOURCES OR MODIFYING THE DIMENSIONAL SPECIFICATION OF COMPONENTS MAY RESULT
IN HAZARDOUS CONDITIONS. WHERE SUCH ACTION IS CONSIDERED THE MANUFACTURER
SHOULD BE CONSULTED IN THE FIRST INSTANCE.
CAUTION: CRACKED AND BROKEN COMPONENTS, FOR EXAMPLE GLASS PANELS, CAST IRON
OR CERAMIC TILES, MAY RENDER THE INSTALLATION UNSAFE.
Please read through this manual carefully prior to installing or using this replace. Each of our
replaces should be installed in accordance with AS/NZS 2918:2018, the appropriate requirements
of the relevant building codes and this manual. All units MUST be installed by a fully licensed and
qualied trades professional who is registered and/or licensed in mechanical services with a class
also restricted to solid fuel heaters (or equivalent in selected states and territories).
WARRANTY: The warranty of this replace is only valid if the unit has been installed as per the
above requirements and the installer checklist has been completed (page 41 of this manual). An
extended warranty period can also be granted, please see page 40 of this manual for further details
on how to apply for an extended warranty.
CUSTOM INSTALLATIONS: Contact us for approval of any deviation from this document prior to
proceeding. In the event that an installation is undertaken without following this installation manual or
without written approval by Cheminées Philippe Australia, then the sole responsibility of any adverse
outcomes lies with the installer and the unit will be null and void of all warranties.
MUST READ PRIOR TO COMMENCING

PRE-INSTALLATION GUIDELINES 1.3
06 CHEMINÉES PHILIPPE RADIANTE 846 3V
»Before installing this replace thoroughly assess the packaging and it’s contents (including the unit,
ue components, grates, bafe plates, ceiling ring, etc) to ensure all items are accounted for and that
any damage or defects caused by transport/handling are immediately reported to your authorised
Cheminées Philippe dealer
»Check the installation site in advance and remove all ammable materials or those which have the
potential to be damaged by heat from the area where the replace will be installed. All combustible
material should be replaced and/or shielded with non-combustible material or maintain a safe clearance
as per pages 11-18 of this manual if installed freestanding or 19-24 if installed inbuilt
»Ensure the correct base underneath the replace is used including the minimum size and thickness, refer
to page 8 for a list of recommended base materials. Check that the oor is capable of safely bearing the
weight and if necessary put in a weight distribution plate or take other necessary measures
»Due to the weight of each replace care must be taken when maneuvering the unit. We strongly
recommend mechanical equipment, as well as multiple professionals aiding with moving the unit into it’s
intended location
»Familarise yourself with section 5. Mechanisms & Unit Assembly in this manual prior to proceeding. Due
to the size of some units, the gather, lift door mechanisms, and/or dampers will need to be installed prior
to the installation of the ue system. Please also refer to this section for the nal tting of the backplate,
bafe plate, ash retainer and grates
»When installing the unit inbuilt, ventilation grills are required at the top and bottom of the cavity to assist
in natural convection and for the release of heated air into the room. Refer to pages 22-26 for minimum
sizes and placement of grilles
»When installing the replace inbuilt, an inspection hatch or trap door it recommended. This will allow for
easy access to the unit when performing any necessary inspection, maintenance and/or repairs
»Do NOT use combustible material (including Gyprock Fyrechek OR a timber frame) underneath, near or
around this replace
PREPARATION OF THE FIREPLACE
BALANCING AIR PRESSURE: TIGHTLY SEALED HOMES, MECHANICAL FANS & DOWNDRAFT
All replaces require constant air ow when in use, however due to the tightly sealed nature of
certain homes it may prove difcult to achieve a continuous replenishment of fresh air for the re to
burn effectively. Mechanical fans (including range hoods, ceiling fans, return air vents including AC
ducts, and overhead extractor fans) which are located within the same space as the replace, can
also create negative pressure and compromise the operation of the unit.
If this occurs, the introduction of fresh air is recommended. This could take the form of a vent
installed on an external wall where the replace will be situated. Depending on the installation type,
it should either be placed directly inside the inbuilt replace cavity or as near to the freestanding
replace as possible. The surface area of this air intake should be a minimum of 360cm2 (for
example a vent 400mm x 90mm in size).
Termination of the ue in a high pressure zone such as on the downstream side of a nearby obstruction
to airow. For example; trees, hills, adjacent buildings or parts of the building where the unit is installed
may also prove to cause downdraught conditions (AS/NZS 2918:2018 extract), in this case refer to page 38

1.4 GENERAL FLUE REQUIREMENTS
CHEMINÉES PHILIPPE RADIANTE 846 3V 07
*Please keep these instructions for future reference.
»Only an approved Cheminées Philippe ue kit should be installed with this replace
» Mixing ue system components and/or modifying the dimensional specication of the ue and cowl is
NOT recommended, unless approved by Cheminées Philippe Australia
»A minimum 4.5 metres of ue is required from the top of the replace gather to the cowl
»A minimum 50mm clearance around the triple skin ue is to be maintained from the outer casing to any
combustible surface
»A minimum 920mm clearance is to be maintained around the single skin ue to any combustible surface
»Do NOT install bends directly on top of the replace gather. A minimum 900mm length of ue must be
installed rst before the rst bend is positioned
»No more than 2 x 45 degree bends are allowed
»90 degree bends are NOT to be used
*All dimensions in mm
FLUE SYSTEM
FLUE BENDS
MINIMUM EXTERNAL FLUE HEIGHTS & COWL CLEARANCES - AS PER AS/NZS 2918:2018

SUITABLE BASE AND HEARTH MATERIALS 1.5
08 CHEMINÉES PHILIPPE RADIANTE 846 3V
»Minimum 100mm hebel blocks, masonry, clay bricks
»100mm Skamotec board underneath (2 x 50mm Skamotec sheets). It is recommended to NOT put the
unit directly onto the Skamotec surface without some form of seperation, for example; masonry tiles,
steel, etc
»A steel bench with any of the above materials installed beneath it
»For minimum base size refer to page 13
RECOMMENDED FIREPLACE BASE
»Minimum 100mm Skamotec board (2 x 50mm Skamotec sheets) are required or a composition of masonry
materials at this thickness or more.
»For minimum hearth size refer to page 13 for freestanding and 21 for inbuilt application
RECOMMENDED FIREPLACE HEARTH
MPORTANT: Please read through this manual carefully prior to installing or using this
replace. Each of o
IMPORTANT: Please note that Cheminées Philippe Australia and Wignells of Melbourne can not be
held liable for any thermal expansion cracking of the materials listed above OR for any other type of
masonry material (including tiles and stone) used for the replace base and hearth.
The purchaser should check with the base and hearth supplier that the material being used
underneath and in front of the replace is suitable for extreme heat. The base and hearth should be a
heat resistant material with an allowable surface temperature of 600 degrees of greater.
All replace base and hearth materials mentioned above are recommended for their thermal
properties only. It is the responsibility of the purchaser and the installer to ensure that any material
used has the structual integrity to evenly support the replace weight (refer to page 10) and ue
componentry.
»Engineered or composite stone, including but not limited to; caesarstone, terrazzo, etc
»Thin pre-cast concrete
»Timber or any combustible material
»Glass
DO NOT USE
BASE LEVELING: Depending on the type of base used underneath the replace, it maybe necessary to
level and stablise the unit by using packers underneath for additional support. We recommend using a
strip of lead sheet folded over three times.
MPORTANT: Please read through this manual carefully prior to installing or using this
replace. Each of o

2. UNIT DIMENSIONS & SPECIFICATIONS
2.1 CHEMINÉES PHILIPPE RADIANTE 846 3V 10
09
PLEASE NOTE:
Due to the handmade nature of our replaces there maybe
a slight variance factor of 1-2mm across all unit dimensions
and .5kg in unit weight.

CHEMINÉES PHILIPPE RADIANTE 846 3V 2.1
10 CHEMINÉES PHILIPPE RADIANTE 846 3V
*Heating output varies depending upon ceiling height, fuel used, building insulation, geographical zone and
atmospheric conditions. This unit has been tested and complies with Australian & New Zealand standards
AS/NZS 4012 (2014), AS/NZS 4013 (2014) & AS/NZS2918 (2018), and is recommended to be used with
hardwood only.
HEATING CAPACITY Up to 250-300sqm*
MAXIMUM AVG. HEAT OUTPUT 14.2kW
FIREBOX MATERIAL Cast Iron
LOG LENGTH Up to 50cm
FLUE SIZE* 9”, 11” & 13”
RECOMMENDED MINIMUM FLUE HEIGHT 4.5m Metres
(From top of spigot)
FIREBOX WEIGHT 285kg
OVERALL AVG. EFFICIENCY 60%
PARTICULATE EMISSIONS FACTOR 1.1g/kg
TEST REPORTS ASFT17113-1
ASFT18068-1
CERTIFICATE OF COMPLIANCE #ASFT19C020
* Must use
supplied ue
adaptor
UNIT SPECIFICATIONS & DIMENSIONS
860
1200
520

3. FREESTANDING
3.1 STEP BY STEP INSTALL GUIDE 12
3.2 BASE & HEARTH DIMENSIONS 13
3.3 FREESTANDING CLEARANCES 14
3.4 SKAMOTEC WALL GUIDELINES 15
3.5 SKAMTOEC WALL VENTILATION 16
3.6 FLUE COMPONENTS OVERVIEW 17
3.7 FLUE SYSTEM CONFIGURATIONS 18
11
PLEASE NOTE:
All diagrams in this manual are for illustration purposes
only, DO NOT scale from any of these diagrams. All
measurements are in millimetres unless otherwise stated.

STEP BY STEP INSTALL GUIDE 3.1
12 CHEMINÉES PHILIPPE RADIANTE 846 3V
STEP 1: INSPECT THE FIREPLACE & FLUE PENETRATION THEN LAY BASE & HEARTH
»Inspect the area to ensure the replace and ue, including clearances, base and hearth, will be
installed safely and conform to Australian & New Zealand Standards AS/NZS 2918:2018 and the
guides in this manual relative to your type of installation
»Lay the base and hearth, refer to pages 8 & 13 for minimum sizes and requirements
»Additional reinforcement may need to be installed in order to support the weight as outlined on page 8
STEP 2: INSTALL WALL PROTECTION
»If the wall materials are combustible and do not fall within the minimum safety clearances as listed on
page 14, then additional wall protection must be installed
»Protection can include materials such as Skamol Board and bricks/hebel
»When installing Skamotec please refer to pages 14-16 of this manual for minimum clearances and
installation process
STEP 3: PUT UNIT INTO POSITION & ASSEMBLE THE DAMPER SYSTEM
»Due to the weight of this replace please take care when putting the unit into position
»It is at this stage that we highly recommend tting the damper system (prior to tting the ue), please
refer to page 26 of this manual
STEP 4: INSTALL THE STARTING COLLAR & FLUE
»The ue adaptor must be tted into the cast iron collar of the rebox gather
»When using a single skin ue kit, ensure the ue is installed crimped end down into the ue adaptor
»When using a triple skin ue kit, use the starter ue section into the ue adaptor
»Secure the ue to the adaptor using 3 stainless steel rivets evenly spaced
»All stainless steel inner ues (including charcoal painted stainless steel ues) must be joined using
stainless steel pop rivets and must be installed crimp end DOWN
»All galvanised second and third outer casing must be installed crimp end UP
»The minimum clearance from a single skin ue to any combustible material is 920mm
»The minimum clearance to triple skin ue to any combustible material is 50mm
»Refer to page 7 ue requirements and 17 for ue components and overview
STEP 5: TRIPLE SKIN DROPPER & COWL
»Install non-combustible board to the ceiling
»The triple skin dropper box must be installed to a minimum of 150mm below the ceiling with a 50mm
clearance maintained around the outer skin
»At the termination height of the triple skin ue, the active stainless steel inner must be a maximum of
30mm higher than the middle and outer galvanised casing. The stainless steel skirt is screwed to the
crimp of the outer casing. The stainless steel cowl slides into the neck of the skirt and must locate
inside the active ue below. No xing is to be done to the cowl
»Refer to section 4.6 in AS/NZS 2918:2018 for installing ue penetrations
»Please also use the diagram on page 7 to ensure external ue heights and cowl clearances are
maintained
STEP 6: FIT THE BACK PLATE, BAFFLE PLATE, ASH RETAINER, GRATES & ASH PAN
»Ensure the backplate is installed rst, then using a log to hold the back plate into position to prevent it
from falling, then install the bafe plate.
»Detailed illustrations and assembly instructions can be viewed on pages 26-28
STEP 7: TEST FIRE DRAW
»Light a small piece of newspaper inside the rebox to test the draw of the unit and ue
»If the draw is adequate, complete the check list on page 41 and return this as well as this entire booklet
to the replace owner
»If the draw is inadequate please refer to the Balancing Air Pressure section on page 6

3.2 BASE & HEARTH DIMENSIONS
CHEMINÉES PHILIPPE RADIANTE 846 3V 13
B
MINIMUM OVERALL BASE/HEARTH SIZE:
WIDTH:1310mm x DEPTH: 1120mm x THICKNESS: 100mm*
*For a list of recommended materials and thicknesses refer to page 8
When the unit is raised 100mm or greater above oor level, the hearth should extend 300mm in
front of all three glass panels and 160mm in front of the cast iron side.
(BASE)
HEARTH
B
A
MINIMUM HEIGHT OF UNIT A.<99mm A.>100mm
MINIMUM HEARTH DEPTH B.1000** B.300mm
**When the unit is raised 99mm or less from oor level, a minimum 1000mm hearth is required in all
directions, unless forming an abutment with a wall, refer to page 14

FREESTANDING CLEARANCES 3.3
14 CHEMINÉES PHILIPPE RADIANTE 846 3V
FREESTANDING
CLEARANCES TO 18MM CEMENT SHEET
CLEARANCES TO A SOLID BRICK/HEBEL VENEER WALL
CLEARANCES TO COMBUSTIBLES
A minimum 18mm thick compressed cement sheet should
extend to a minimum height of 1800mm from the hearth
when using a triple skin ue kit or to the ceiling when using
a single skin ue kit.
1100mm
Hearth
Combustible Wall
CLEARANCES TO A SOLID BRICK OR HEBEL WALL
160mm*
300mm*
300mm* Hearth
300mm*
Combustible Wall
1750mm
Compressed Cement Sheet
1000mm
300mm*
Hearth
Combustible Wall
160mm*
300mm*
160mm*
300mm* Hearth
300mm*
1000mm
Compressed Cement Sheet
Combustible Wall
Brick/Hebel
150mm
300mm*
Hearth
Combustible Wall
300mm*
300mm* Hearth
300mm*
1000mm
Brick/Hebel
Combustible Wall
Brick/Hebel
100mm
300mm
Hearth 300mm*
300mm* Hearth
300mm
1000mm
Brick/Hebel
A minimum 110mm solid brick/hebel thick wall should extend all the way to the ceiling from the hearth.
CLEARANCES TO 50MM SKAMOL BOARD + AIR GAP
50mm Skamotec Board
400mm
300mm*
Hearth
Combustible Wall
160mm*
300mm*
160mm*
300mm* Hearth
300mm*
1000mm
50mm Skamotec Board
Combustible Wall
50mm Air Gap
50mm Air Gap
885mm
885mm 885mm
885mm
540mm
540mm
540mm
540mm
Combustible
Material
A minimum 50mm Skamotec board should extend all the
way to the ceiling from the hearth.
160mm*
300mm*
CAST IRON SIDE
CAST IRON SIDE
CAST IRON SIDE
CAST IRON SIDE
CAST IRON SIDE
IMPORTANT:
All hearth dimensions on this page refer to the unit
being raised 100mm or greater above oor level,
refer to page 13
GLASS CLEARANCE: A minimum 1750mm from all
three glass panels to any combustible surfaces must be
maintained.

3.4 SKAMOTEC WALL GUIDELINES
CHEMINÉES PHILIPPE RADIANTE 846 3V 15
Also known as “Skamol” board, Skamotec is a lightweight non-combustible board that simplies the
construction process to one building material, therefore eliminating the need for a steel or brick frame
construction. It is intended for interior, non-load bearing wall applications and has a maximum service
temperature of 1000 degrees celsius
SKAMOTEC 225
RECOMMENDED FIXING OF SKAMOTEC BOARDS & BATTENS
»Materials required include construction screws and Skamotec adhesive glue. Please refer to the Skamotec
Installers Guide for a comprehensive list of materials, as well as the assembly instructions
»It is recommended that the 50mm thick Skamotec battens are spaced to a maximum of 450mm centres,
be a minimum 100mm wide and are placed vertically behind the board as illustrated below
»When using 100mm x 50mm Skamotec batterns behind the Skamotec board, the cavity must be either
ventilated at the top and bottom by using a minimum 25mm air gap that must extend the full width of the
board, or alternatively using metal vents (vermin proof if on an external wall) a minimum surface area of
720cm2 or 2 x 360cm2 at the top and bottom (as illustrated on page 16) can be used
»Use minimum 1220mm sheets laid horizontally across the entire width of the replace with no vertical
joins
»All corner and panel joints shall be attached using Skamotec mortar cement or construction adhesive
»Do not fasten any part of the Skamotec board to the replace
»When applying any adhesive, mortar cement, drywall compound, paint, skim-coat or a scratch coat, all
joining surfaces must be cleaned and moistened with water beforehand (Skamotec branded products
are mandatory). This will prevent these products from drying out too quickly & adhering incorrectly. A
painted nish, stone or tile material can be used to nish the Skamotec surface. For a comprehensive
Skamotec install and nish, please only refer to the Skamotec 225 Installers Guide
SKAMOTEC COMPOSITION - PLAN VIEW
SKAMOTEC FINISH
CLEARANCES TO A SOLID BRICK OR HEBEL WALL
CLEARANCES TO 50MM SKAMOL BOARD + AIR GAP
Combustible
Material

SKAMOTEC WALL VENTILATION 3.5
16 CHEMINÉES PHILIPPE RADIANTE 846 3V
OPTION A: 25MM TOP & BOTTOM AIR GAP
OPTION B: CONCEALED EXTERNAL VENTS
OPTION C: CONCEALED INTERNAL VENTS
SKAMOTEC WALL VENTILATION CONFIGURATIONS (WHEN USING 50MM BATTERNS, SEE PAGE 14)
The 25mm top and bottom air gap must extend the full width of the Skamotec cavity and can be left open
to create a shadow line effect, or alternatively can be faced with a metal grill/vent
The minimum concealed surface area of vent is one 720cm2 top (9cm x 80cm) at the top and bottom or 2 x
360cm2 (9cm x 40cm) top and bottom as illustrated
*ALL ILLUSTRATIONS ON THIS PAGE REFERENCE A SINGLE SIDED MODEL ONLY

3.6 FLUE COMPONENTS OVERVIEW
CHEMINÉES PHILIPPE RADIANTE 846 3V 17
SKAMOTEC WALL VENTILATION CONFIGURATIONS (WHEN USING 50MM BATTERNS, SEE PAGE 14)
FREESTANDING INSTALL OVERVIEW*
*SINGLE SKIN FLUE KIT ILLUSTRATION
4.5 METRE 9” SINGLE SKIN FLUE KIT
2
1
3
4
5
9” Flue Adaptor* (Charcoal)
2 x 9” Single Skin Flue 900mm* (Charcoal)
9”-11”-13” Default Triple Skin Flue 900mm* (Charcoal)
2 x 9”-11”-13” Triple Skin Flue 900mm*
13” Split Ring (Charcoal)
6
7
5
1
3
6
7
9”-13” Cover Cone
9” Anti Down Draught Cowl
9” Flue Adaptor* (Charcoal)
9”-11”-13” Default Triple Skin Flue 900mm* (Charcoal)
2 x 9”-11”-13” Triple Skin Flue 900mm* (Charcoal)
2 x 9”-11”-13” Triple Skin Flue 900mm*
13” Split Ring (Charcoal)
9”-13” Cover Cone
9” Anti Down Draught Cowl
1
2
5
6
7
*All internal 9” ue must be stainless steel
4.5 METRE 9” TRIPLE SKIN FLUE KIT
4
3
2
1
3
4
5
6
7
4
2
(Will vary depending on roof)
MINIMUM FREESTANDING FLUE KIT COMPONENTS

FLUE SYSTEM CONFIGURATIONS 3.7
18 CHEMINÉES PHILIPPE RADIANTE 846 3V
2. Cathedral ceiling 3. Flat ceiling & at
roof
4. Multi oor with
at ceiling and roof
space
5. Flat ceiling with
roof space and
offset
6. Freestanding with
chimney & offset
7. External wall
penetration
8. Double storey
with single storey
penetration
1. Flat ceiling with
roof space
Some of these ue scenarios may require additional ue components other than those listed on page 17
FREESTANDING FLUE CONFIGURATIONS

4. INBUILT
4.1 STEP BY STEP INSTALL GUIDE 20
4.2 BASE, HEARTH & MANTEL SHELF DIMENSIONS 21
4.3 INBUILT CAVITY DIMENSIONS 22
4.4 DEFLECTOR PLATE & GRILLS 23
4.5 FLUE COMPONENTS OVERVIEW 24
19
PLEASE NOTE:
All diagrams in this manual are for illustration purposes
only, DO NOT scale from any of these diagrams. All
measurements are in millimetres unless otherwise stated.

STEP BY STEP INSTALL GUIDE 4.1
20 CHEMINÉES PHILIPPE RADIANTE 846 3V
STEP 1: INSPECT THE FIREPLACE & FLUE PENETRATION THEN LAY BASE & HEARTH
»Inspect the area to ensure the replace and ue, including clearances, base and hearth, will be
installed safely and conform to Australian & New Zealan Standards AS/NZS 2918:2018 and the guides
in this manual relative to your type of installation
»Lay the base and hearth, refer to pages 8, 21- 24 for minimum sizes and requirements
»Additional reinforcement may need to be installed in order to support the weight as outlined on page 8
STEP 2: INSTALL BACK & SIDE WALLS
»Ensure the back and side wall are installed using materials such as Skamol Board, bricks or hebel,
refer to page 22
»Ensure provisions are made for the bottom air inlets and top air outlet on the cavity, please refer to
page 22-24 for minimum sizing, metal vents are to be used
STEP 3: PUT UNIT IN POSITION & ASSEMBLE THE DAMPER SYSTEM
»Due to the weight of this replace please take care when putting the unit into position
»It is at this stage that we highly recommend tting the damper system (prior to tting the ue), please
refer to page 26 of this manual
STEP 4: INSTALL THE STARTING COLLAR, FLUE & DEFLECTOR PLATE
»The ue adaptor must be tted into the cast iron collar of the rebox gather
»Drill through adaptor and secure using 3 stainless steel screws evenly spaced
»All stainless steel inner ues must be joined using stainless steel pop rivets and must be installed
crimp end DOWN
»Determine the height of deector plate. Cut the starter ue to support the deector plate at the desired
height, refer to page 25 for more details
»Install the deector plate on the top of the starter ue gussets
»Place rockwool blanket (aluminium side down) on top of the deector plate ensuring complete coverage.
Ensure the rockwool blanket is installed rmly to the inner sides of the enclosure and around the triple
skin ue. Ensure the slots of the starter triple are approx 100mm above the top of the rockwool
»The starter triple (with slots and cap) is then placed on top of the deector plate
»All galvanised second and third skins must be installed crimp end UP
»Pick up weight of outer casing in roof space. The weight of the casing must not be supported by the
gussets alone
»Minimum clearance to triple skin ue to any combustible material is 50mm
»At the termination height of the triple skin ue, the active stainless steel inner must be a maximum of
30mm higher than the middle and outer galvanised casing. The stainless steel skirt is screwed to the
crimp of the outer casing. The stainless steel cowl slides into the neck of the skirt and must locate
inside the active ue below. No xing is to be done to the cowl
»Refer to section 4.6 in AS/NZS 2918:2018 for installing ue penetrations
»Please also use the diagram on page 7 to ensure external ue heights and cowl clearances are
maintained, also refer topage 17 for ue components overview
STEP 5: FINISH FACADE OF CAVITY
»Complete the front of the replace facade, ensure a minimum clearance of 10mm between the nished
replace opening and any part of the rebox including any mesh grills attached to it
STEP 6: FIT BACK PLATE, BAFFLE PLATE, ASH RETAINER, GRATES & ASHPAN
»Ensure the backplate is installed rst, then using a log to hold the plate into position to keep it from
falling, install the bafe plate.
»Further instructions and assembly instructions can be viewed on pages 26-28 of this manual
STEP 7: TEST FIRE DRAW
»Light a small piece of newspaper inside the rebox to test the draw of the unit and ue
»If the draw is adequate, complete the check list on page 41 and return this as well as this entire booklet
to the replace owner
»If the draw is inadequate please refer to the Balancing Air Pressure section on page 6