Austro Flamm 80x64 S User manual

www.austroflamm.com
Fireplace inserts 120x45 S
Assembly Manual
120x45S Fireplace
Inserts / Sliding door

english
Table of Contents
1. General Information ............................................................................................. 1
Aussie Warnings ........................................................................................................................... 4
1.2 Regulations to be observed / Basic requirements ........................................................................... 5
1.3 Pre installation inspections ............................................................................................................. 5
1.4 Carrying aid ..................................................................................................................................... 6
1.5 Setting up the fireplace insert ......................................................................................................... 7
1.6 Positioning the appliance ................................................................................................................ 8
1.7 Connecting the flue pipe ................................................................................................................. 8
1.8 Transport lock (models with sliding door) ....................................................................................... 8
1.9Fitting the deflector plates.............................................................................................................. 9
2Demands on the Installation Space ................................................................. 10
2.1 Combustion air supply ................................................................................................................. 10
2.2 Combustion air supply from the room .......................................................................................... 10
2.3Combustion air supply via a direct duct ........................................................................................ 11
2.4 Combustion air duct ...................................................................................................................... 11
2.5 Demands on the chimney ............................................................................................................. 11
2.6 Connecting pieces / flue pipe ........................................................................................................ 11
3.
Technical Data ........................................................................................................ 12
4. Data for Designing the Chimney / Fireplace .................................................... 13
4.1 Minimum cross sections of chimney / combustion air duct ........................................................... 13
5. Flue exit terminal requirements........................................................................... 14
6. Installation Instructions ..................................................................................... 14
6.1 Installation Into Double bruck Masonry enclosure to the BCA / NCC ..
.......................................... 14
6.2 Convection space ......................................................................................................................... 14
6.3 Electrical wiring............................................................................................................................... 14
7.2Protecting the installation floor ...................................................................................................... 16
6.5 Expansion joints ............................................................................................................................ 16
7.4Cladding ........................................................................................................................................ 16
7.5 Convection air vents....................................................................................................................... 17
7.6Ceiling above the fireplace insert .................................................................................................. 17
9Information on Maintenance / Repair ............................................................... 20
9.1 Removing the door on appliances with a flat sliding door 2.0 ...................................................... 20
9.2Placement of the type plates ........................................................................................................ 21
9.3Firebox lining .................................................................................................................................. 21
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7Masonry Installation............................ ............................................................... 15
8Skamol Enclosure Install................................................................................... 18
7.1Side and Rear thermal insulation layers........................................................................................ 15
8.1 Ventilation requirements ................................................................................................................ 18
8.2 Triple Skin flue sheild...................................................................................................................... 19

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FIREPLACE INSERTS / SLIDING DOOR
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WARNING: THE APPLIANCE & FLUE SYSTEM SHALL BE INSTALLED IN
ACCORDANCE WITH AS/NZS 2918:2001 AND THE APPROPRIATE
REQUIREMENTS OF THE RELEVANT BUILDING CODE OR CODES.
WARNING: APPLIANCES INSTALLED IN ACCORDANCE WITH THIS
STANDARD SHALL COMPLY WITH THE REQUIREMENTS OF AS/NZS
4013:2014 WHERE REQUIRED BY THE REGULATORY AUTHORITY, I.E. THE
APPLIANCE SHALL BE IDENTIFIABLE BY A COMPLIANCE PLATE WITH THE
MARKING “TESTED TO AS/NZS 4013:2014”.
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 COMPLIANCE WITH AS/NZS
4013:2014.
CAUTION: MIXING OF APPLIANCE OR FLUE SYSTEM COMPONENTS FROM
DIFFERENT SOURCES OR MODIFYING THE DIMENSIONAL SPECIFICATION
OF COMPONENETS MAY RESULT IN HAZARDOUS CONDITIONS. WHERE
SUCH ACTION IS CONSIDERED, THE MANUFACTURER SHOULD BE
CONSULTED IN THE FIRST INSTANCE.
CAUTION: CRACKED AND BROKEN COMPONENTS, e.g. GLASS PANELS OR
CERAMIC TILES, MAY RENDER THE INSTALLATION UNSAFE.
1. WARNING: ANY MODIFICATION OF THE APPLICANCE THAT HAS NOT
BEEN APPROVED IN WRITING BY THE TESTING AUTHORITY IS CONSIDERED AS
BREACHING AS/NZS 4013.
2. WARNING: DO NOT US FLAMMABLE LIQUIDS OR AEROSOLS TO START
OR REKINDLE THE FIRE.
3. WARNING: DO NOT US FLAMMABLE LIQUIDS OR AEROSOLS IN THE
VICINITY OF THIS APPLICANCE WHEN IT IS OPERATING.
4. WARNING: DO NOT STORE FUEL WITHIN THE HEATER INSTALLATION
CLEARANCES.
5. WARNING: WHEN OPERATING THIS APPLICANCE AS AN OPEN FIRE USE
A FIRE SCREEN.
6. WARNING: OPEN AIR CONTROL (AND DAMPER WHEN FITTED) BEFORE
OPENING FIRING DOOR.
7. CAUTION: THIS APPLIANCE SHOULD NOT BE OPERATED WITH A
CRACKED GLASS.
8. CAUTION: THIS APPLIANCE SHOULD BE MAINTAINED AND OPERATED AT
ALL TIMES IN ACCORDANCE WITH THESE INSTRUCTIONS.
9. CAUTION: THE USE OF SOME TYPES OF PRESERVATIVE-TREATED WOOD
AS A FUEL CAN BE HAZARDOUS.

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1. General Information
1. 2 Regulations to be observed / basic requirements
•AS/NZS 2918:2018 Domestic Solid Fuel Appliances - Installations
•AS/NZS 4012:2014 Domestic Solid Fuel Appliances - Power Output and Efficiency
•AS/NZS 4013:2014 Domestic Solid Fuel Appliances - Flue Gas Emissions
•BCA / NCC 2019:Volume 2 Class 1 and 10, National Construction Code /Building Code of Australia
•State building regulations Check with local state requirements
The information in this manual is of a general nature. The Australian/New Zealand Standards and the, local and
building regulations, together with fire regulations must be observed.
Choosing the right size of the fireplace insert and tailoring it to the prevailing heat requirements and the needs of the
operator, is essential for the heating system to function properly and operate economically. For this reason, the
installation must be selected to meet the heating load (heat requirement).
Please read the installation instructions carefully before commencing installation. All liability and warranty claims for
damage caused by non-observance of these installation instructions will be declared null and void. Please also observe
the instructions in the user manual.
The installation of the fireplace insert and the chimney connection should be discussed with your local master
chimney sweep.
1.3 Pre-installation inspections
•Check the delivered goods immediately for completeness and damage incurred during transit.
•Check that all moving parts function properly before installing the devices. In principle, all defects must be reported
before the appliance is assembled and encased.
•Remove the enclosed document "Operating Instructions" and hand it over personally to the owner of the fireplace
heater with a briefing on how the appliance works (heating operation).
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1.4 Carrying aid for Transit,
The Austroflamm fireplace inserts (with the exception of 71x51/57 S3, 69x49x57 and 89x49x57) are equipped with a
carrying aid, intended to make it easier for you to transport the fireplace insert to the installation site. Remove once in
Situ.
80x64S / 80x64SII / 97x45S / 97x74S / 120x45S
Loosen the screws and remove the
carrying aids.
Undo the fastening screws and align
the carrying aids.
CAUTION: Pay attention to the spacers! The
carrying aid must be screwed on evenly!
Fasten the carrying aids evenly on
the sides by means of the removed
fastening screws.
80x64SII with ready mounted carrying
aids.
Conversion of the carrying aids, suita-
ble for 80x64S, 97x..S and 120x45S.
CAUTION: Pay attention to the spacers! The
carrying aid must be screwed on evenly!
80x64S with ready mounted carry-
ing aids.
The appliance is now ready to be transported.
CAUTION: After transportation, the carrying aids must be removed from the appliance.
The screws (see figure 1) must be screwed back into the body (even if the carrying aids are not screwed
back onto the appliance -> otherwise the appliance will not be airtight).
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•Conversion - combustion air nozzle
The combustion air is supplied through a nozzle, and is adjusted by the operator via the control element of the
combustion air regulation system.
120x45S
In this case, the combustion air nozzle can be fitted either on the left or right side of the appliance before installation.
The combustion air nozzle and the gasket are each fixed with three screws.
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For appliances with a sliding door, conversion to auto closing is carried out as follows:
1 2 3
4 5 6
9 pieces.
1.5 Setting up the fireplace insert
CAUTION:
Please be sure to observe the fire protection specifications, such as thermal insulation and air grid sizes. If the fireplace
insert is fed an excessively high quantity of fuel, there is a risk of the chimney and adjacent components or furniture
overheating. Fire hazard!

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1.6 Positioning the appliance
Place the appliance on a prepared, stable surface and
align the four adjustable feet using an SW24 hexagonal
wrench. If the length of the threaded rod is insufficient, the
four supports can be adjusted in height.
or
Place the unit on a prepared, stable surface and align the
four adjustable feet using an SW24 hexagonal wrench.
The feet can be used to compensate a difference in height
of up to 10 cm.
1.7 Connecting the flue pipe
Aligning the flue outlet:
- By rotating the flue gas collector by up to 360°, it can be locked in any position.
Then firmly tighten the fastening screws.
- By rotating the flue outlet by up to 360°, any angle of inclination can be obtained when
the flue dome is also rotated.
-All the required seals are affixed to the cast components.
1.8 Transport lock (models with sliding door)
Before cladding the fireplace insert, please remove the transport lock and check the function of the sliding door.
Depending on the model, the counterweight of the sliding door is secured with a coloured screw and a washer on
the left outer side or on both outer sides, or on the rear wall of the appliance, so the door doesnt move during
transit.
Flat and corner fireplace inserts
The sliding door counterweight is secured with a screw on
each side of the appliance.
CAUTION:
These transport safety screws must be removed before
installing the appliance!
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If the appliance has to be transported further, it is essential
to refit the transport safety screws so that the weight is
securely anchored.
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80x64S/SII 97x45 / 97x74S / 120x45S
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1.9 Fitting the deflector plates
The Keramott elements of the fireplace are pre-assembled. Only the Keramott deflectors still have to be fitted:
120x45S
First, insert the upper deflec-tor
plates.
Then, install the lower deflec-tor
plates as illustrated.

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2 Demands on the Installation Space
Fireplaces must not be installed in...
•spaces in which the required combustion air supply is not ensured
•spaces which are generally accessible, especially escape routes. Staircases in residential buildings with no more
than two apartments are not considered to be generally accessible spaces.
•spaces in which highly inflammable or explosive substances or mixtures are processed, stored or produced.
•rooms, apartments or utilisation units from which air is extracted with the aid of fans, such as warm air heating
systems, extractor hoods and vented tumble dryers, unless it can be guaranteed that the fireplace insert will function
without causing any danger.
This is guaranteed if…
•the systems only circulate air in one room;
•the systems are equipped with safety devices that automatically and reliably prevent negative pressure in the instal-
lation space.
•simultaneous operation of the heating unit and air-suction system is prevented by safety devices;
•the flue gas evacuation is monitored by special safety devices;
•in total, no more than 0.04 mbar negative pressure is created by the combustion air flow of the fireplace insert and
the volume flows of the ventilation systems in the installation space and the spaces connected via a ventilation
network. This must be guaranteed even if easily accessible devices controlling the ventilation system are adjusted
or removed.
In all cases, for controlled residential ventilation, we recommend a room sealed fireplace, tested by the German Institute
for Construction Technology (DIBt), with increased impermeability in respect of the installation room.
2.1 Combustion air supply
CAUTION:
In the case of fireplaces that draw their combustion air from the room in which they are installed, a sufficient supply of
combustion air into the room must be ensured. Other fireplaces or air extraction systems in the installation room or
combustion air system may require a separate combustion air supply from outside.
Air-suction systems (e.g. ventilation system, extractor hood, etc.), which are operated together with the fireplace in the
same ambient air system, can disturb the combustion air supply and may require additional safety measures in accord-
ance with fire regulations.
2.2 Combustion air supply from the room
The Austroflamm fireplace insert obtains its combustion air exclusively via a combustion air nozzle. For models 80x64S,
97x45/74S and 120x45S the combustion air nozzle is mounted on the left or right side of the appliance. All other models
described in this document have the combustion air nozzle on the base of the appliance. For this reason, a properly
functioning air supply to the heating chamber must be ensured. To this end, it is essential to dimension the cross-
sections of the circulating air correctly, in addition to the necessary cross-section for the combustion air. The correct
positioning of the appropriate openings into the heating chamber is of great importance. If this is not observed, a lack
of air can occur during combustion. For a sufficient supply of combustion air, we recommend a closed combustion air
duct between the combustion air nozzle on the fireplace insert and the circulating air grid.
CAUTION:
The combustion air nozzle should always be connected, otherwise combus-
tion air will not be fed into the firebox.
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2.3 Combustion air supply via a direct duct
The combustion air supply can also be fed to the fireplace insert via a direct duct from outside. For this purpose, the
combustion air must be safely conducted from the outside connection of the house directly to the fireplace.
With the help of the work diagram (see Technical regulations of the furnace and air heating construction trade), the pipe
cross section can be determined (see also 4.1 Minimum cross sections). This method of connection is generally
recommended.
2.4 Combustion air duct
Combustion air ducts must be made of dimensionally stable building materials, and must be leak-proof and accessible
for inspection and cleaning. The possibility of condensate formation due to the temperature falling below the dew point
must be taken into account, and prevented by suitable insulation.
In the case of combustion air ducts in buildings with more than two full storeys and combustion air ducts bridging fire
walls, the ducts must be designed in such a way that fire and smoke cannot be transferred to other storeys or fire com-
partments (see state building regulations).
2.5 Demands on the chimney
Before setting up or installing the Austroflamm fireplace insert, the size and quality of the chimney must be checked
according to the applicable local regulations (respective state building regulations, combustion regulations and DIN
18160, part 1). Mathematical proof that the chimney is sufficiently functional must be provided according to DIN EN
13384. The calculation must make it possible for the much larger volume of air produced when the door is open (piling
up the fire) to be safely discharged.
The proper function of the fireplace insert depends on the connection to the correct chimney.
It must be ensured that all apertures leading to thefgjfdfgy to a d
2.6 Connecting pieces / flue pipe
The connecting piece must be dimensioned appropriately in accordance with DIN EN 13384.
A steel smoke pipe with a minimum wall thickness of 2 mm must be used for the heating gas pipe between the fireplace
insert and the secondary heating surface as well as the connecting piece to the chimney. In the case of austenitic, stain-
less steel, however, it only needs to be 1 mm thick.
The connecting piece must be connected directly to the chimney.
The connecting piece inside the cladding must be covered with at least 3 cm thick, dimensionally stable, non-combus-
tible insulation materials of Class A1 in accordance with DIN 4102, as described in the section Insulation layers.
This does not apply to such connecting pieces which are intended for heating convection air, and where there is other-
wise no risk of fire.
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3. Technical Data
Modell 120x45 S
Testing according to DIN EN
13229
Nominal output
kW
13
Max. heating capacity kW 17
Max. firewood length
cm
33
Permissible quantity of fuel kg 3,5
Fuel throughput
kg/h
3,97
Cross section convection outlet
cm²
2940
Cross section convection inlet
cm²
2320
Power output via window
%
32
Emission limits
CO based on 13% O2
mg/m³
≤1250
Dust based on 13% O
2
mg/m³ ≤40
CnHm
mg/MJ
≤50
NOx based on 13% O
2
mg/m³ ≤150
Efficiency
min.%
≥80
Exhaust gas temperature***)
°C
254
Exhaust gas mass flow
g/s
14,88
Minimum discharge pressure
Pa
13
Distances from the fireplace insert
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•The central heating ducts must be designed to ensure that the heat flow and even heat distribution within the
cladding so that no overheating of the heating chamber occurs at any point.
•The size of the heat-emitting surfaces of the cladding must be matched to the heat generator.
•The insulation thicknesses specified in Technical Data for protecting the building spaces adjacent to the fireplace
were determined during continuous operation with open air grids and may have to be supplemented by suitable
measures (e.g. rear ventilation).
•When installing a closed system using Austroflamm fireplace inserts with a sliding door, the temperature resistance
of the rope guide roller is a maximum of 250 °C. Attention must be paid to this maximum permissible ambient tem-
perature! If the Central heating ducts and the Cavity ventilation is constructed according specifications, this material
temperature should never be reached. It may be necessary to plan a rear ventilation system for these components.

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Hinged door and sliding door appliances with self-closing firebox doors.
CAUTION: Operation is only permitted when the firebox is closed.
If the delivery pressure is too high, a delivery pressure limiter must be installed. It is the responsibility of the installer
to ensure the correct delivery pressure. If the chimney delivery pressure is above 18 Pa, it is strongly recommended
that a throttle valve (available as an accessory) be fitted in the connecting piece!
FLue lenght minimum of 4m required.
4.1 Minimum cross sections of chimney / combustion air duct
Appliance Minimum chimney cross
sections
Minimum outside air cross
sections
(during closed operation)
Up to 4 m length
-max. 2 elbow Up to 6 m length
-max. 4 elbows
120x45 S ∅OD 180 mm
ID 170mm
175 cm²
pipe  150 mm
255 cm²
pipe  180 mm
The following points must be observed for outside air cross sections:
-Avoid using bends. If required use bends up to 45 degrees only x 2 only.
- Maintain the same flue diameter for the entire flue length.
- The free air passage at the air grid must not fall below the actual cross section of the recommended outdoor air
duct.
- Negative pressure (suction) must not occur at the air duct inlet even in unfavourable wind conditions.
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4.Data for Designing the Chimney / Fireplace
5.Flue Exit Terminal requirements for AS2918:2018

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6. Installation Instructions
CAUTION:
The fireplace needs expansion gap of a minimum gap of 5 mm to any material including fascia
material, as otherwise damage to the appliance could result!
120x45S
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6.1 Installation is per Masonry Insert Enclosure 7.0 (per BCA/NCC) or
the Skamol Enclosure see 8.0
Assemble the Convection cladding as per the instructions supplied with the
cladding.
6.2 Convection space
•The convection cladding (accessory) must be used with the central heating ducting fitted to the
outlet spigots to set the unit up for central heating, to meet the exemption requirements for AS/
NZS 4012:2014 - AS/NZS 4013:20124.
Convection air ducts with convection jacket
All convection air ducts coming off the heater must be made of semi rigid heater resistant materials.
The warm air ducts must be fixed firmly to the outlet spigots of the convection jacket and to the cavity outlets (with
wall registers or duct continues outside cavity).
Fireplace without air ducts
The convection air circulates within the sealed cladding. The heat is released through the cladding by means of
radiation. The installation needs to be full Masonry and meet the local install requirements for solid fuel.
6.3 Electrical wiring
There must be no electrical wiring in walls and ceilings in the area where the open fireplace is installed.

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7.0 Masonry Installation
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1394mm
1494mm
294mm
646mm
110mm
110mm
50mm
110mm
50mm
110mm
Overall dimension using 110mmm thick house brick is 2034mm wide, and depth of
916mm.
Position of the air intake for the Primary /Secondary combustion air is 294mm from
the front of the heater, 295mm from the floor to the inlet centre. Diameter of the inlet
is 150mm.
Minimum height of the double masonry cavity is to 1800mm high. The masonry cavity
can be capped with minimum 5mm thick plate steel, or minimum 12mm thick heat
resistant material.
The flue must be ventilated double casing (triple skin) starting from the firebox/
convection cladding. (Note flue spigot I.D. is 170mm). Over crimped 7" crimp to fit.
7.1 Side and Rear thermal insulation layers
The masonry installation requires 2 leaves of masonry brick work with a combined
minimum thickness of masonry 180mm thick (not including air cavity), and the inner
layer to heater with minimum thickness of not less than 110mm. An acceptable air
cavity is 50mm (BCA 3.7.2/3.8.6.1a).
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7.2 Floor Protector - beneath the heater
•If the heater is raised 450mm or more off the combustible floor, then the hearth
requirement can be used from the Skamol installation, that is 2085 x 775 x 6mm
cement sheet below the heater. And minimum 1490 wide x 390mm deep x 6mm
thick in front of the heater, the 1490mm width placed centrally in front of the heater.
•Installation onto combustible floor - heater must be placed on a concrete / Masonry
slab at least 75mm thick with a 25mm ventilated air gap beneath, between the slab
and the floor, supported on spacers covering no more than 10 percent of the hearth
area, with the ventilated openings along one pair of opposite sides of the floor
protector. The floor protector must extend 1000mm beyond the front of the heater. A
Typical installation of the hearth requirement is shown below.
•Installation onto polished concrete/non-combustible floor - this can be used as the
hearth if it meets the requirements of the BCA
•The floor on which the floor protector and heater is in stalled must be stable and able
to withstand the weights required.
7.3
Expansion joints
The fireplace insert must not be in direct contact with the fascia cladding. To this end, all points of contact between the
appliance and the cladding must be separated by 3 - 5mm and sealed by means of sealing tape (glass-fibre
tape). Similarly, the supporting frame for the cladding must not rest on the unit or be screwed or welded to it.
7.4
Cladding
The room-side cladding must be made of non-combustible heat resistant materials. These could include 18mm fibre
cement sheet, 40mm Skamol or e.g. bricks, masonry blocks, ceramic stove tiles, metal and plaster, stack stone tiles.
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•The cross section of the air inlet duct for cavity ventilation and supplying
the primary and secondary air, and the air cooled triple skin flue is
2320cm² for the inlet, and 2940cm² for outlet below the ceiling cap.
•A minimum of 200 cm² of the air inlet and air outlet apertures must not be
sealable.
•There must be no combustible building materials such as a wooden ceiling
and no built-in furniture with a range of 30 cm adjacent to, and 50 cm above
the air outlet apertures.
7.6 Ceiling above the fireplace insert
•If the cavity above the fireplace insert extends to the ceiling of the
room , the ceiling must be protected if:
- it consists of combustible materials;
- it serves as a load-bearing element;
•the thermal insulation layer has to be installed according to national
installation standards. Vent below the cavity cap to be 2940cm2.
•
7.5 Convection air vents
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8.1 Skamol Installation - Chimney build out
To install into Skamol enclosure board, the heater must be on a stand no less than
450mm tall. Use the optional accessory kit AUA120-45Base available from your
supplier. At this minimum height the hearth requirement is 2085 x 775 x 6mm cement
sheet below the heater. And minimum 1490 wide x 390mm deep x 6mm thick in front
of the heater, the 1490mm width placed centrally in front of the heater.
The enclosure is built in 50mm thick Skamol board, with minimum clearance to the
Skamol of 280mm to the sides and 120mm clearance at the rear, or clearance to
combustibles as 380mm to the sides and 220 to the rear (with the Skamol in between
at 50mm off the wall). See Drawing below.
Minimum height of the Skamol cavity is to 1800mm high, with minimum ceiling height
at 2400mm. The cavity must be capped at the top and sealed around the 12"casing
with 50mm Skamol board.
The flue must be ventilated double casing (triple skin) starting from the firebox/
convection cladding. (Note flue spigot I.D. is metric 170mm - Over crimped 7" crimp
to fit, must be a tight fit into the flue collar). The 10" skin must be sealed to the
convection cladding. And the 12" casing must have minimum venting at the base of
20,000mm2, and be sealed with fire cement through the Skamol cap, and have 50mm
clearance to combustibles through the ceiling (ie 405mm Diameter hole).
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Minimum 7 sheets x 50mm Skamol board (2040 x 1220) for Chimney breast build out, extra
required for extra caps reqruied on left and right for cabintry, and if taller cavity required or
ceiling height is more the 2400mm.
8.0 Skamol Enclosure Board Installation

The cavity must be ventilated to reduce heat build up inside the cavity. A minimum of
4 vents must be installed, with 2 level with the underside of the cavity cap with total
60,000mm2, to reduce heat build up at the top of the cavity, and 2 at 60mm from the
bottom of the enclosure at 60,000mm2, to draw air in below the heater.
The vent size must have the minimum area of the open slots totalling the
60,000mm2, not including the grill bars or the outer grill frame.
The 50mm gaps between the SKamol board and the combustible wall must also be
ventilated, with a 50 x 50mm opening to vent the gap, and an equivalent vent or
opening to the roof space at the top.
Example below shows the Chimney breast build out, with the 50mm air gap shown on
RHS if having cabinetry build alongside. A
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Outer Galvanized Casing
Inner Galvanized Steel
casing Support Angles
Combustible Ceiling Combustible Ceiling
Ceiling Ring
Top of skamol enclosure
Out casing sealed to prevent
Prevent heat escaping
Inner galvanized steel casing
Appliance galvanised casing Outer galvanized casing
minimum 20,000mm2
venting
8.2 7” Triple flue kit – 7” stainless steel active, 10” galvanized inner casing with 12” outer
galvanized casing

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9 Information on Maintenance / Repair
9.1
Removing the door on appliances with a flat sliding door 2.0
( 120 x 45)
1.
Disable the door lift mechanism (1, 2).
Unlock the door (3).
2.
Open the door.
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3.
Do not apply any weight to the door!
4.
Remove the door from its hinges.