Page 1
1001/1002
UK
SCAN
ASSEMBLY AND INSTRUCTION MANUAL SCAN 1001/1002
UK - ASSEMBLY AND INSTRUCTIONS MANUAL
SCAN
1001/1002
Page 2
SCAN 1001 WC SCAN 1001 BSSCAN 1001 BB
SCAN 1002 WC SCAN 1002 BSSCAN 1002 BB
1001/1002
2
You have purchased a product by one of Europe’s leading manufacturers of
wood-burning stoves, and we are sure that you will have years of pleasure from your
purchase. To make the best possible use of your stove, it is important that you
follow our advice and instructions.
Read through this Assembly and Instruction Manual carefully before you start to
assemble your stove.
UK
SCAN
CONGRATULATIONS
ON YOUR NEW SCAN
BUILT-IN STOVE
Page 3
3
CONTENTS
¬¬ TECHNICAL DATA 4
Installation 4
Safety 4
The Clean Air Act 1993 and Smoke Control Areas 4
Technical data and dimensions 5
Dimension sketch Scan 1001 6
Dimension sketch Scan 1002 7
Type plate 8
Product registrationumber 8
¬¬ ASSEMBLY 9
Tools needed for mounting of the insert 9
Loose parts 9
Additional accessories 9
Disposal of packaging 9
Load-bearing foundation 9
Floor plate 10
Convection air 10
Existing chimney and pre-fabricated element chimney 10
Connection between built-in stove and steel chimney 10
Requirements for chimney 10
Internal installation in non-flammable material 10
Trims and doors 11
Gasket 11
Distance to furniture 11
Safety distance 11
Building into flammable material with fire wall 12
Operating the door 15
Remove packaging 15
Fitting the flue connection piece 17
Fresh air intake 17
Closed combustion system 17
Mounting of external air supply 18
Fitting without the convection connection pieces 20
Fitting the convection connection pieces 20
Fitting the cassette 21
Mount the insert in the cassette 24
Mounting of the trim 25
Indicator for regulation of air supply 26
Mounting of convection grate 27
Mounting of combustion chamber 28
¬¬ INSTRUCTIONS FOR USE 30
CB-technology (Clean Burning) 30
Baffle plate 30
Primary air 30
Secondary air 30
¬¬ INSTRUCTIONS FOR HEATING 31
Environmentally friendly operation 31
Lighting 31
Using the stove in various weather conditions 31
Continuous operation 32
Warning about over-firing 32
Firing in the spring or autumn 32
The function of the chimney 32
General notes 32
Chimney fire 32
¬¬ HANDLING OF THE FUEL 33
Selecting wood/fuel 33
Preparation 33
Storing 33
Moisture 33
Use of the following as fuel is illegal 33
Calorific value of the wood 33
¬¬ MAINTENANCE 34
Sweeping the chimney and cleaning the stove 34
Checking the stove 34
Servicing 34
Combustion chamber lining 34
Gaskets 34
Painted surfaces 34
Cleaning the glass 35
Removing the baffle plate and the baffle unit 35
Disposal of stove parts 35
¬¬ TROUBLESHOOTING 36
¬¬ WARRANTY 37
Smoke Control Area air supply requirements 38
Page 4
4
YOU GET THE BEST USE OF
THE STOVE BY USING
A TOP-DOWN
LIGHTING METHOD
SEE
"INSTRUCTIONS FOR HEATING"
PLEASE NOTE!
TECHNICAL DATA
INSTALLATION
¬ The house owner is responsible for ensuring that installation and assembly are in accordance with national and local
building regulations as well as the information provided in this Assembly and Instructions Manual.
¬ When you install any kind of fireplace or stove, you must inform the local building and housing authorities. In addition
you are obliged to have the installation inspected and approved by a local chimney sweep prior to commissioning.
¬ To ensure best-possible functionality and safety for your installation, we advise you to call a professional fitter. Your Scan
dealer will be able to recommend a qualified fitter in your area. For information on Scan Dealers, please go to www.scan.dk.
SAFETY
Any changes made to the product by the dealer, fitter or user could result in the product and safety functions not functioning as
intended. The same applies to the fitting of accessories or extra equipment not supplied by Scan A/S. This could also be the case
if parts that are necessary for the operation and safety of the stove are dismantled or removed.
THE CLEAN AIR ACT 1993 AND SMOKE CONTROL AREAS
Under the Clean Air Act local authorities may declare the whole or part of the district of the authority to be a smoke control area.
It is an offence to emit smoke from a chimney of a building, from a furnace or from any fixed boiler if located in a designated smoke
control area. It is also an offence to acquire an "unauthorized fuel" for use within a smoke control area unless it is used in an "exempt" appliance ("exempted" from the controls which generally apply in the smoke control area).
The Secretary of State for Environment, Food and Rural Affairs has powers under the Act to authorize smokeless fuels or exempt appliances for use in smoke control areas in England. In Scotland and Wales this power rests with Ministers in the devolved
administrations for those countries. Separate legislation, the Clean Air (Northern Ireland) Order 1981, applies in Northern
Ireland. Therefore it is a requirement that fuels burnt or obtained for use in smoke control areas have been "authorized" in Regulations and that appliances used to burn solid fuel in those areas (other than "authorized" fuels) have been exempted by an Order
made and signed by the Secretary of State or Minister in the devolved administrations.
¬ Further information on the requirements of the Clean Air Act can be found here: www.smokecontrol.defra.gov.uk
¬ Your local authority is responsible for implementing the Clean Air Act 1993 including designation and supervision of smoke
control areas and you can contact them for details of Clean Air Act requirements”
¬ The secondary air valve has been modified, so that is does not close completely but has an opening corresponding to the posi-
tion used at the lowest emission test.
¬ You can use any type of wood as fuel.
¬ This stove has been recommended as suitable for use in smoke control areas when burning wood.
Page 5
5
TECHNICAL DATA AND DIMENSIONS
Scan 1001 – Test in compliance with EN 13229
CO Emission at 13% O
2
0,07 %
CO Emission at 13% O
2
879 mg/Nm
3
Dust @ 13% O
2
12 mg/Nm
3
Nox @ 13% O
2
42 mg/Nm
3
Efficiency 82 %
Energy efficiency index 109,9
Energy efficiency class A+
Nominel output 7 kW
Chimney temperature EN 13229 220 °C
Temperature in flue conn. piece 264 °C
Amount of smoke 7,4 g/sek
Sub-pressure EN 13229 12 Pa
Recommended sub-pressure in
connecting piece
16-18 Pa
Required combustion air supply 19,8 m
3
/h
Fuel Wood
Fuel consumption 2,2 kg/h
Amount of fuel required to light 1,7 kg
Amount of fuel, max. 3 kg
Materials
Steel plate
galvanised sheet
Vermiculite
Chamotte
Robax glass
Surface treatment Senotherm
Max. wood length Scan 1001 50 cm
Max. wood length Scan 1002 65 cm
Weight Scan 1001 ca. 107 kg
Weight Scan 1002 ca. 124 kg
Connecting piece internal diameter 144 mm
Connecting piece external diameter 148 mm
Approval type
Intermittent
fuelling*
Scan 1002 – Test in compliance with EN 13229
CO Emission at 13% O
2
0,07 %
CO Emission at 13% O
2
864 mg/Nm
3
Dust @ 13% O
2
9 mg/Nm
3
Nox @ 13% O
2
91 mg/Nm
3
Efficiency 82 %
Energy efficiency index 109,9
Energy efficiency class A+
Nominel output 8 kW
Chimney temperature EN 13229 208 °C
Temperature in flue conn. piece 250 °C
Amount of smoke 7,9 g/sek
Sub-pressure EN 13229 12 Pa
Recommended sub-pressure in con- 16-18 Pa
Required combustion air supply 22 m
3
/h
Fuel Wood
Fuel consumption 2,3 kg/h
Amount of fuel required to light 1,9 kg
Amount of fuel, max. 4 kg
* Intermittent operation in this context means normal use of a
wood-burning stove. In other words, you should let the fire die
down until only the embers are left before refuelling.
Scan 1001-1002 is produced in accordance with type approval for the product, which also covers the product’s Assembly
and Instruction Manual.
The Declaration of Performance (DoP) is available from www.
scan.dk
Page 6
688
6
2
3
1
0
5
325
5
6
6
438
107
9
2
650
125
1
3
0
M
i
n
5
9
0
Min
6
7
0
M
i
n
4
5
0
4
8
9
5
6
3
5
7
0
D
A
B
C
6
DIMENSION SKETCH SCAN 1001
A
Top outlet
B
Rear outlet
C
Centre external air supply, rear side
D
Centre of external air supply, bottom
All measures are in mm
C
Page 7
400
1
0
5
838
6
2
3
438
800
200
1
3
0
5
7
0
9
2
4
8
9
5
6
3
M
i
n
5
9
0
M
i
n
4
5
0
M
i
n
8
2
0
5
6
6
D
A
B
C
7
DIMENSION SKETCH SCAN 1002
A
Top outlet
B
Rear outlet
C
Centre external air supply, rear side
D
Centre of external air supply, bottom
All measures are in mm
Page 8
100100000 100200000
Scan 1001
Insert fired by solid fuel
Standard:
Fuel type:
Operation type:
The appliance can be operated in a shared flue.
Country
EN 13229 EC no. 91001600
Wood
Intermittent
EUR
Norway
Classification
Intermittent
Klasse 2
Certificate/Standard
EN 13229
300-ELAB-1588-NS
Approved by
Teknologisk Institut
Teknologisk Institut
Dust at 13% O2: 12 mg/Nm³
Flue gas temperature: 220°C
Nominal heat output: 7 kW
Efficiency: 82%
Scan A/S DK 5492 Vissenbjerg
Minimum distance to heat insulation:
Side: 25 mm - Back: 100 mm - Top: 800 mm - Bottom: 400 mm
Minimum insulation:
CO emission at 13% O2:
See assembly- and instructions manual
Follow assembly- and instructions manual.
Use only recommended fuels.
Montage- und Bedienungsanleitung beachten.
Verwenden Sie nur empfohlene Brennstoffe.
1000 11-2012
0,07% 879 mg/Nm³
Schweiz
Germany
LRV 11
BStV 1
VKF
300-ELAB-1588-EN
Teknologisk Institut
Teknologisk Institut
Scan 1002
Insert fired by solid fuel
Standard:
Fuel type:
Operation type:
The appliance can be operated in a shared flue.
Country
EN 13229 EC no. 91002600
Wood
Intermittent
EUR
Norway
Classification
Intermittent
Klasse 2
Certificate/Standard
EN 13229
300-ELAB-1664-NS
Approved by
Teknologisk Institut
Teknologisk Institut
Dust at 13% O2: 9 mg/Nm³
Flue gas temperature: 208°C
Nominal heat output: 8 kW
Efficiency: 82%
Scan A/S DK 5492 Vissenbjerg
Minimum distance to heat insulation:
Side: 25 mm - Back: 100 mm - Top: 800 mm - Bottom: 450 mm
Minimum insulation:
CO emission at 13% O2:
See assembly- and instructions manual
Follow assembly- and instructions manual.
Use only recommended fuels.
Montage- und Bedienungsanleitung beachten.
Verwenden Sie nur empfohlene Brennstoffe.
1000 11-2012
0,07% 864 mg/Nm³
Schweiz
Germany
LRV 11
BStV 1
VKF
300-ELAB-1624-EN
Teknologisk Institut
Teknologisk Institut
A
8
Type plate Scan 1001 Type plate Scan 1002
Product registration number Scan 1001 Product registration number Scan 1002
Product registration number
Type plates
PRODUCT REGISTRATIONUMBER
All Scan built-in stoves are provided with a product registration number. Please make a note of this number at the rear page of
this manual; you will always need to quote it when contacting your dealer or Scan A/S.
TYPE PLATE
All Scan built-in stoves are fitted with a type plate that specifies the approval standards and the distance to flammable materials.
Page 9
9
ASSEMBLY
TOOLS NEEDED FOR MOUNTING OF THE INSERT
¬ Spirit level ¬ Cutting nippers
¬ Cross tip screwdriver ¬ Flat head screwdriver
¬ Ø10 wall drill ¬ Open-end spanner
LOOSE PARTS
The trim is delivered on the wood pallet together with the insert.
In the insert’s combustion chamber you will find the following loose parts
¬ Baffle plates ¬ Burn chamber plates (side and rear)
¬ Bricks for the bottom of the burn chamber ¬ Log guard
¬ Glove
¬ Bag containing loose parts:
4 x self-tapping screws 4.2 x 6.5 mm 8 x 3 mm black self-adhesive gasket (2 m)
(for fastening the sleeve Ø100 mm) (Ø100 mm sleeve, connecting piece and cassette)
4 x rawlplugs10 x 50 mm (for fastening the cassette) 4 x torx screws M6 x 50 (for fastening the cassette)
4 x discs Ø6.5 / Ø16 x 1.1 (for fastening the cassette) 2 pins for the lower smoke deflector plate
Indicator for the regulation of the air supply Ø100 mm sleeve with flange
Torx key 5 mm Screw M5x6 (United Kingdom)
ADDITIONAL ACCESSORIES
¬ Convection adaptors Ø149 mm (see page 20)
¬ Convection grates (See page 26)
DISPOSAL OF PACKAGING
Your Scan built-in stove may come supplied with the following packaging:
Wood packaging
The wood packaging can be reused and after final use can be incinerated as a CO2 neutral
product or sent for recycling.
Polystyrene top Send for recycling or waste disposal.
Foam Send for recycling or waste disposal.
Plastic bags Send for recycling or waste disposal.
Stretch/plastic film Send for recycling or waste disposal.
LOAD-BEARING FOUNDATION
All items in our product range come under the category of lightweight fireplaces and stoves and do not normally require any
reinforcement of the beam structure. They can be positioned on ordinary beams/floor.
You should of course make sure that the foundation on which the stove is positioned can indeed support the weight of the stove
and, where applicable, a steel chimney, if you have opted for this solution.
Page 10
10
FLOOR PLATE
If you are placing the stove on a flammable floor, you must comply with the national and local regulations on the size of any
non-flammable subsurface required to cover the floor around the stove.
Your local Scan dealer can advise you on regulations concerning protection of flammable materials in the vicinity of your stove.
The floor plate’s function is to protect the floor and flammable material against any sparks that may occur.
CONVECTION AIR
The covering must contain holes for convection air. Convection means that there is an air circulation ensuring that the heat is
equally distributed in the room. It is important that the demands concerning convection areas are observed.
¬ Min. area for ingoing convection air: 350 cm
2
¬ Min. area for outgoing convection air: 500 cm
2
If there is not enough convection air, the covering may be damaged.
Convection air grids are available as an accessory.
EXISTING CHIMNEY AND PRE-FABRICATED ELEMENT CHIMNEY
If you intend to connect your stove to an existing chimney, it makes sense to contact an authorised Scan dealer, or a local chimney sweep, for advice. These experts will also let you know if your chimney needs renovating.
¬ When connecting a pre-fabricated element chimney, follow the manufacturer’s connection instructions for the
relevant chimney type.
CONNECTION BETWEEN BUILT-IN STOVE AND STEEL CHIMNEY
Your Scan dealer, or local chimney sweep, can advise you on choosing a make and type of steel chimney. This ensures that the
chimney will match your wood-burning stove.
REQUIREMENTS FOR CHIMNEY
The chimney must have a diameter of min. 148 mm and be labelled T400 and G for soot testing. The length must be min. 4,5
metres.
If you opt to connect the bulit-in stove with an elbow pipe, you should use a curved elbow, as this gives a better draught.
If you connect the stove with a sharp elbow pipe, the cleansing lid must be placed in the vertical part so that the
horizontal part can be cleaned through here.
The requirements to the chimney and the flue pipe in terms of safety distances must be met.
¬ Choosing the wrong length or diameter of steel chimney could impair functionality.
¬ Always comply exactly with the instructions provided by the steel chimney supplier.
INTERNAL INSTALLATION IN NON-FLAMMABLE MATERIAL
When building or fitting into structures that do not contain flammable materials, a minimum distance of 10 mm must be maintained between the brickwork and the convection hood. This is to prevent cracks in the brickwork caused by the expansion of the
metal while the stove is heating.
Page 11
11
TRIMS AND DOORS
Trims and doors are fitted when the surfaces of the surround have been treated.
GASKET
Gasket 0,75 m is mounted on the inside of the cassette as shown.
DISTANCE TO FURNITURE
Distance to furniture from glass: Scan 1001: 1300 mm. / Scan 1002: 1400 mm.
You should however assess whether furniture or other items might become excessively dry due to being too close to the stove.
The stove is NOT to be built into flammable materials without the use of a fire wall!
SAFETY DISTANCE
European, national and local regulations concerning safety distances for wood-burning stoves must be complied with.
Gasket
Page 12
4
0
0
6
0
0
8
5
0
4
2
0
1
0
0
25 25
450
250
1
3
0
0
8
0
0
Min. 350 cm
2
Min. 500 cm
2
* *
*
450
Scan 1001: 1300 / Scan 1002: 1400*
12
BUILDING INTO FLAMMABLE MATERIAL WITH FIRE WALL
Cavities are not to be
filled out with
insulation material!
Installation with an un-insulated elbow pipe
Lower
convection
opening
Upper
convection
opening
These cover plates must be
removed when installing into
flammable material protected
by insulation
Flammable materials
Floor plate
Distance to furniture from glass
Floor
Ceiling
Flammable material
Fire wall, e.g. 50 mm Jøtul Firewall, 110 mm brick
or other material with corresponding fireproof and
insulating abilities
All distances are in mm.
All distances are minimum distances
* Applies for all installations
Chimney
Page 13
4
0
0
8
5
0
4
2
0
Min. 350 cm
2
Min. 500 cm
2
100
25 25
13
BUILDING INTO FLAMMABLE MATERIAL WITH FIRE WALL
Cavities are not to
be filled out with
insulation material!
Installation with an insulated, vertical flue pipe
- structure/surround to ceiling
Lower
convection
opening
Upper
convection
opening
The distance to fire wall (brick) depends on the use
of an insulated flue pipe with min. 30 mm insulation
all the way down to the insert
Floor
Ceiling
Page 14
5
0
0
9
0
0
4
2
0
1
4
0
0
Min. 350 cm
2
2
5
m
m
Møbleringsafstand: 800 mm.
Brandbart materiale
Brandmur
100
25 25
14
BUILDING INTO FLAMMABLE MATERIAL WITH FIRE WALL
Flammable material
Fire wall, e.g. 50 mm Jøtul Firewall, 110 mm brick
or other material with corresponding fireproof and
insulating abilities
All distances are in mm.
All distances are minimum distances
Convection opening
When building or fitting into a structure/surround that is open at the top, the convection
holes can be omitted. However, you should
note that no top plate must be placed on the
structure
Installation with an insulated, vertical flue pipe
- open structure/surround
Lower
convection
opening
Floor
Ceiling
Page 15
1
15
OPERATING THE DOOR
REMOVE PACKAGING
Check that the built-in stove is not damaged before installing it.
Scan 1001/1002 is delivered secured to the pallet. It is recommended that you remove the door and take all loose parts out of
the combustion chamber before unscrewing the stove from the pallet; this will facilitate the mounting of the insert.
Dismount the combustion air box. This box is only needed, if the insert is to be connected with external air supply, see page 18.
2
The door should be banged shut, as on a car.
Grip the handle (hold in a horizontal position)
and bang the door shut
1
Push down the handle and the door will open
Combustion air box
Pointed screw
Screw
and
spring
To remove the door:
Loosen the pointed screw,
remove the screw and the
spring and lift off the door
Page 16
4
2
3
16
REMOVE PACKAGING
Remove the two screws securing
the cassette to the pallet
Dismount the connecting piece:
Loosen (not dismount) the flange nuts
holding the connecting piece inside the
stove. Push the connecting piece in the
direction of the arrow and remove it
Lift the insert free from the grip holes in
the front and pull it out of the cassette
Page 17
17
FITTING THE FLUE CONNECTION PIECE
The insert is prepared for a top flue outlet from the factory, but the connection piece can be turned around for a rear outlet.
Mount the connecting piece on the insert, after it has been placed in the cassette.
4 x flange nuts M6
Mount the gasket 3 x 8 mm at the edge of the flange of the connecting piece. Fasten the connecting piece with the flanged nuts
Gasket
FRESH AIR INTAKE
In a well-insulated house, the air used up by the burning process has to be replaced. This particularly applies to houses with
mechanical ventilation. There are different ways of making sure that an air exchange takes place. The most important thing is to
ensure that there is a supply of air to the room where the wood stove is located. The external wall vent must be located as close
to the wood stove as possible, and you must be able to close it when you are not using the wood stove.
National and local building regulations must be followed with regard to the connection of fresh-air intake.
CLOSED COMBUSTION SYSTEM
You should use the closed combustion system for the wood-burning stove if you live in a newly-built, airtight home.
External combustion air is connected through a ventilation pipe via the wall or floor.
It must be possible to shut off the ventilation pipe with a valve, when the stove is not in use. Minimum
Ø 100 mm ventilation pipe,
maximum length: 6 metres with a maximum of 3 bends. We recommend smooth steel pipes.
NOTE: if the stove has a fresh air connexion or closed combustion, the ventilation pipe must be open, when the stove
is in use!
Page 18
1
2
18
MOUNTING OF EXTERNAL AIR SUPPLY
To dismount the cover plates for the Ø100 mm sleeve, use an ordinary screwdriver as shown below. Tilt the screwdriver and
loosen the cover plates.
External air supply on
the rear of the cassette
External combustion air on
the bottom of the cassette
4 x self-tapping screws 4.2 x 6.5 mm
Mount the Ø100 sleeve
MOUNTING OF EXTERNAL AIR SUPPLY ON THE REAR OF THE CASSETTE
Hitch the combustion air box on the
rear plate of the cassette.
This box must always be mounted
when connecting the insert with
external air supply.
Mount the insert in the cassette
(see page 21)
Page 19
1
2
3
4
19
MOUNTING OF EXTERNAL AIR SUPPLY THROUGH THE BOTTOM OF THE CASSETTE
Mount 0.5 m gasket round the
flange of the sleeve Ø 100 mm
Turn the insert over and remove the cover plate at the bottom.
Mount the insert in the cassette (see page 23)
Cover plate
4 x self-tapping screws 4.2 x 6.5 mm
Mount the Ø100 sleeve
Hitch the combustion air box on the
rear plate of the cassette.
This box must always be mounted
when connecting the insert with
external air supply
Page 20
1
2
20
FITTING THE CONVECTION CONNECTION PIECES
Convection connection pieces Ø149 mm
To dismount the cover plates for the convection adaptors, use an slotted screwdriver as shown below. Tilt the screwdriver and
loosen the cover plates.
Fastening points Cassette without cover plates
6 x Allen screws M4x10
6 x Flange nuts M4
Fit and tighten the cassette, see "Fitting the cassette".
When the cassette has been tightened, fit the convection connection pieces. Fit these and tighten them through the hole for the
flue connection piece.
FITTING WITHOUT THE CONVECTION CONNECTION PIECES
The cover plates in the top plate can be removed in order to reduce the temperature on the wall above the insert. If the insert is
built into an existing fireplace the cover plates are not to be removed.
To dismount the cover plates for the convection air, use a slotted screwdriver as illustrated below. Tilt the screwdriver downwards and loosen the cover plate. Fit and tighten the cassette, see "Fitting the cassette".
Cassette without cover plates
in the top plate
(ACCESSORY)
Page 21
1
2
21
Place the cassette in the hole/surround
The adjustment points
in the four corners of
the cassette must be
flush with the front of
the surround.
FITTING THE CASSETTE
To ensure that the cassette is level, you can adjust the
adjustment screws with an open-end spanner
Page 22
3
4
22
4 x Rawl plugs 10 x 50
4 x Washers Ø6,5 / Ø16 x 1,1
4 x Torx screws 6 x 50
Mount the rawl plugs, screws and discs.
Make sure that the cassette is level before
fastening it.
In order to fasten the insert, you can use the
delivered torx key that you will find
in the bag in the combustion chamber
FITTING THE CASSETTE
To secure the cassette, pre-drill the 4 holes with a 10 mm drill bit
Page 23
5
6
23
The top plate of the cassette can be dismounted,
after the cassette has been fastened. This can help
facilitating the mounting of the insert
Top plate of the cassette
Dismount two screws in the cassette
Remove the top plate of the cassette
FITTING THE CASSETTE
Page 24
1
24
MOUNT THE INSERT IN THE CASSETTE
The stove’s pivot pins must fit snugly in the holes in the cassette so that the stove is secured tightly
Grip holes for
pivot pins
Pivot pins on the insert
Insert seen from the side
Bottom of the cassette
Page 25
2
C
3
25
In order for the insert to be mounted correctly, it must ”fall down” into the grip holes of the cassette, so that the insert stands
on the bottom of the cassette
The bottom of the cassette
supports the insert
MOUNT THE INSERT IN THE CASSETTE
MOUNTING OF THE TRIM
We recommend that you do not mount the trim, until the insert has been approved by the chimney sweep, as he may demand to
see the type plate which is situated on the top plate of the cassette (to dismount the top plate, see page 23).
Mount the guide pins of the trim into the locking devices of the cassette.
Guide pins
Locking devices
Remount the top plate of the cassette and the door
Page 26
312 mm
1
2 6
1 5
3 7
4
Scan 1001:
312 mm
Scan 1002:
387 mm
26
INDICATOR FOR REGULATION OF AIR SUPPLY
The indicator for regulation of air supply is delivered separately. The indicator can be mounted on the trim as shown below.
Fold the indicator on the middle
and remove carefully the foil
Remove carefully the tape
Place the centre of the indicator
on the centre of the trim
Repeat on the other side
Stroke a finger over the stickers to ensure
that they are fixed correctly
Page 27
1
2
3
Scan 1001: 626 x 123 mm / Scan 1002: 776 x 94 mm
27
Cut a hole in the wall according to
the indicated measures
MOUNTING OF CONVECTION GRATE (ACCESSORY)
Place the four magnets on each side
of the metal frame and then mount the
convections grates on the magnets
Mount the metal frame
Page 28
2 3
1
28
MOUNTING OF COMBUSTION CHAMBER
Place the upper baffle plate in the top of the stove. It is important that the plate is placed correctly, see below
Upper baffle plate
Note that the baffle plates are made of porous, ceramic material, and can break. Exercise care when working
Mount the left burn chamber plate Mount the rear plates.
The side plates keep the rear plates in place,
so that these do not fall over
Page 29
5
7
4
6
8
29
Place the bottom stones with the inclined edge turning
to the rear and downwards
Place the log guard against the front of the insert
The rear burn chamber plates must be mounted so that
the holes of the plates are placed precisely over the
tertiary holes of the insert
Mount the lower baffle plate.
The baffle plate must be supported by the rear plates.
Mount the pins and put the plate in place
Mount the right burn chamber plate
MOUNTING OF COMBUSTION CHAMBER
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0%-100%0%-100%
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INSTRUCTIONS FOR USE
CB-TECHNOLOGY (CLEAN BURNING)
The stove is equipped with CB technology. In order to ensure optimal combustion of gases released during the combustion
process, air passes through a specially developed system of channels. The heated air is conducted into the combustion chamber
through the holes in the rear lining of the combustion chamber and at the baffle plates. This airflow is controlled by the rate of
combustion and cannot therefore be regulated.
BAFFLE PLATE
The baffle plate is located in the upper part of the combustion chamber. The plate holds back smoke, making sure it stays inside
the combustion chamber for a longer time before escaping through the chimney. This reduces the flue gas temperature as the
gases have more time to dissipate heat to the stove.
The baffle plate must be removed for sweeping; see “Maintenance”. Note that the baffle plate is made of porous, ceramic material, and is liable to break easily. You should therefore handle it with care.
The baffle plate is subject to wear and tear and not covered by the warranty.
PRIMARY AIR
The primary air regulation mechanism is used for lighting the fire, or to boost the burning process when you put wood on. The
primary air vent can be 0 - 50% open if you use hard wood fuel such as oak and beech. You can close the primary air vent if you
use soft wood such as birch or pine for fuel.
Settings for normal load: 0 - 50%
SECONDARY AIR
Secondary air is pre-heated and fed indirectly to the fire. At the same time, the secondary airflow cleans the glass pane to avoid
soot build-up. If you over-restrict the secondary airflow, soot can build up on the glass pane. The secondary airflow determines
the heat output from your wood stove.
Settings for normal load: 40 - 70%
Adjustment of air supply,
primary and secondary damper
Primary airCB-technique
Primary air Secondary air
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Place the fire lighters
between the upper sticks
INSTRUCTIONS FOR HEATING
ENVIRONMENTALLY FRIENDLY OPERATION
Avoid turning down your wood-burning stove to the point where no flames are
visible from the wood, as this leads to poor combustion and low efficiency. The
gases released from the wood will not be burnt off due to the low temperature
in the combustion chamber. Some of the gases will condense in the stove and
flue system as soot, and this could lead to your chimney catching fire at a later
point. The residual smoke which exits the chimney will pollute the surrounding
area and cause an unpleasant smell.
LIGHTING
We recommend the use of fire lighters, or similar products, which are available from your Scan dealer.
Using fire lighters helps light the wood more quickly and keeps the combustion process clean.
See our video about correct firing on www.scan.dk or scan the QR-code.
NOTE: Never use liquid lighting fuels!
”TOP DOWN” LIGHTING
"Top down" lighting is a more environmentally friendly way of lighting the fire and helps to keep the glass area as clean as possible.
Do as follows for a correct ”top down” lighting:
¬ 4 pieces of wood approx. 25 cm long with a weight of approx. 0.6-0.8 kg per piece
¬ 20-30 thin pieces of firewood of about 20 cm in length, with a total weight of approx. 1.0-1.2 kg
¬ 3-4 fire lighters
1
Place the pieces of wood, firewood and fire lighters in the combustion chamber as shown below
2
Set the primary and secondary air controls to maximum for 20-30 minutes (See "Instructions for use")
3
When the large pieces of wood have caught fire, you can adjust the primary- and secondary air to the desired level
NOTE: The wood must not cover the bottom entirely and must never be placed higher than the tertiary holes at the rear of the
burn chamber.
NOTE!
No matter how good your chimney is,
it will not perform well, if you do
not use it correctly. Equally, a poor
chimney may well give you acceptable
results, if you use it correctly
Scan the QR-code
and see our video
about correct firing.
USING THE STOVE IN VARIOUS WEATHER CONDITIONS
The way the wind affects the chimney can have a big impact on how your stove reacts under various wind loads; you may need to
adjust the airflow to achieve good combustion. Fitting a damper in the flue pipe may also help, as it will allow you to regulate the
draught under changing wind loads.
Fog and mist can also have a big impact on chimney draught; you may need to use other settings for the combustion air to
achieve good combustion.
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CONTINUOUS OPERATION
It is important to obtain as high a temperature as possible in the combustion chamber. This results in best possible use of the
stove and fuel, as well as achieving clean combustion. In this way you will avoid build-up of soot on the combustion chamber
lining and glass pane. During operation, you should not see any smoke; just a movement in the air that indicates combustion is in
progress.
¬ After completing the lighting phase, you should have a good layer of embers in the stove; you can then start operation of it
properly.
¬ Add two pieces of wood at a time: they should be about 1 kg in weight and about 25-40 cm long
NOTE: The wood must catch fire quickly. This is why we recommend setting the primary air flow fully open.
NOTE: Operating the stove at too low a temperature and with too little primary air can lead to gases igniting, which can damage
the stove.
¬ When adding wood, always open the glass door carefully to prevent smoke escaping
¬ Never add wood, while the fire is burning nicely
WARNING ABOUT OVER-FIRING
If the stove is continiously fired with larger amounts of wood than recommended and/or receives too much air, this can cause a
heavy heat development liable to damage both stove and the surrounding walls. We therefore recommend that you always observe the max. recommended amount of fuel (See under ”Technical Data”).
FIRING IN THE SPRING OR AUTUMN
In the spring/autumn transition period, where there is less need for heating, we recommend you light the stove “top down” once,
perhaps adding just two pieces of wood to ensure that the combustion chamber lining burns clean again.
THE FUNCTION OF THE CHIMNEY
The chimney is the wood-burning stove’s motor; its performance determines how well your stove will work. The draught in the
chimney creates negative pressure in the wood-burning stove. The negative pressure draws the smoke out of the stove and takes
in air through the combustion air damper to fuel the combustion process. Combustion air is also used for the airwash system
that keeps the glass clear of soot.
The draught in the chimney is created by the difference in temperature inside and outside the chimney. The higher the difference in temperature, the better the draught. This is why it is important that the chimney reaches operating temperature before
you reduce the damper settings to restrict combustion in the stove (a brickwork chimney will take longer to reach operating
temperature than a steel chimney). It is very important that the operating temperature is reached as quickly as possible on days
when the draught in the chimney is poor due to unfavourable wind and weather conditions.
You need to get a few flames going as quickly as possible. Chop the wood extra thin; use an extra fire lighter etc.
¬ After longer periods without use, you must check the chimney flue for blockages.
¬ You can connect several units to the same chimney. You should however first check the relevant regulations in this respect.
GENERAL NOTES
PLEASE NOTE! Parts of the wood-burning stove, especially the outer surfaces, become hot during use. Due care should be exercised.
¬ Never empty ashes into a flammable container. Ashes can contain glowing embers long after you finish operating the stove.
¬ When the stove is not in use you can close the dampers to avoid a draught through the stove.
¬ If the stove has not been used for some time, you should check the flue passageways for potential blockages before relighting.
NOTE: Never place flammable material in the radiation zone of the stove!
CHIMNEY FIRE
In the event of a chimney fire, keep the stove door, ash drawer, and all dampers on the stove closed. In an emergency, call the fire
service.
¬ We recommend that you get a chimney sweep to check the chimney before using the stove again.
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The various woods have different calorific values. In other words,
for certain species of wood, you will need to use a greater quantity
to achieve the same heating performance. This Instuction Manual
assumes that you will be using beach, which has a very high calorific value and is also the easiest wood to get hold on. If you use oak
or beech as fuel, you need to bear in mind that these wood types
have a greater calorific value than for example birch. To avoid
any risk of damage to the stove, you should therefore make sure
to use less fuel in these cases.
CALORIFIC VALUE OF THE WOOD
Wood types kg Drywood/m3Compared to beech
Hornbeam 640 110%
Beech/Oak 580 100%
Ash 570 98%
Maple 540 93%
Birch 510 88%
Pine 480 83%
Fir 390 67%
Poplar 380 65%
HANDLING OF THE FUEL
SELECTING WOOD/FUEL
You can use any type of wood as fuel. However harder woods, such as beech or ash, are generally better for heating, as they burn
more evenly and create less ash. Other woods, such as maple, birch and spruce, are excellent alternatives.
PREPARATION
The best fuel is obtained where the tree has been felled and the wood sawn and split before May 1st. Remember to cut the wood
to match the size of the combustion chamber. We recommend a diameter of 6-10 cm. The length should be about 6 cm shorter
than that of the combustion chamber to leave enough space for air to circulate. If the diameter of the wood is greater than the
above, it should be split down its length. Wood that has been split dries faster.
STORING
You need to store the sawn and split wood in a dry place for 1-2 years before it will be dry enough to burn. Wood dries faster if
you stack it in an airy place. Before using it, it is a good idea to store the wood for a few days at room temperature. Remember
that wood absorbs moisture from the air during autumn and winter.
MOISTURE
To avoid problematic impact on the environment and to ensure optimum operating economy, the wood should be perfectly dry
before it can be used as fuel. If you use wood that is too damp, most of the heat it produces will be used up in evaporating the
water. The stove will accordingly not increase in temperature, nor emit heat to the room as a result. This is obviously poor economy, and it will cause soot build-up on the glass pane, in the stove and in the chimney. Operation using moist wood also pollutes
the environment.
¬ Maximum wood moisture content should not exceed 20%. A moisture content of 15-18% will deliver best efficiency.
¬ An easy way of checking wood moisture content is to knock the ends of the two pieces of wood together. If the wood is moist,
the sound will be slightly muffled.
USE OF THE FOLLOWING AS FUEL IS ILLEGAL
NOTE: It is absolutely prohibited to fire with painted, pressure impregnated or glued wood, or sea driftwood. Nor should you
ever burn chipboard, plastics, or treated paper. These contain substances that are hazardous to human health, to the environment, your stove, and your chimney. In short - make sure you only use proper wood.
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MAINTENANCE
SWEEPING THE CHIMNEY AND CLEANING THE STOVE
Follow national and local regulations for sweeping the chimney. We recommend having the stove cleaned regularly by a chimney
sweep.
Before cleaning the stove and sweeping the chimney, the baffle plate must be removed (See "Removing the baffle plate").
NOTE: All service and reparation must be done, when the stove is cold.
CHECKING THE STOVE
Scan A/S recommends that you check your stove thoroughly after sweeping/cleaning. Check all visible surfaces for cracks.
Check that all joints are tight and that the gaskets are correctly seated. Worn or deformed gaskets should be replaced.
SERVICING
We recommend that the stove is thoroughly serviced at least every two years by a qualified fitter. Remember only to use original
spare parts.
The service should include the following:
¬ Lubricate hinges using copper grease.
¬ Check the gaskets. Replace any that are broken or have turned hart.
¬ Check the combustion chamber lining and the grate.
¬ Check heat-insulating materials.
COMBUSTION CHAMBER LINING
Slight cracks can appear in the combustion chamber lining due to moisture or sudden heating/cooling. These cracks have no
influence on the output or lifetime of your stove. However, if the lining starts to crumble and fall out, you must replace it.
The combustion chamber lining is not covered by the warranty.
GASKETS
All wood-burning stoves have seals made of ceramic material fitted to the stove, the door and/or the glass. These seals are
subject to wear and tear and must be replaced when necessary.
Gaskets are not covered by the warranty.
PAINTED SURFACES
Clean your wood-burning stove by wiping it down with a dry, lint-free cloth.
If the paint finish gets damaged, you can purchase repair paint in spray form from your Scan dealer. As slight differences in
colour shade are possible, we recommend you spray a larger area to achieve a natural blend. For best results, apply repair spray
when the stove is warm enough for you to just keep your hand on it, but no hotter.
NOTE: Make sure to air the room thoroughly after applying spray paint.
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CLEANING THE GLASS
Our wood-burning stoves are designed to prevent serious soot build-up on the glass. The best way to achieve this is to make sure
you have a good supply of combustion air. It is also very important that the wood is dry and the chimney correctly dimensioned.
Even if you operate the stove in accordance with our instructions, a slight film of soot may still accumulate on the glass.
You can
easily remove this film by wiping the glass down with a dry cloth and then with a cloth dampened with glass cleaner.
¬ Please note that the glass cleaner is not to get into contact with the gaskets, as this can discolour the glass permanently.
¬ The glass cleaner must not come into contact with the painted surfaces, as these can be damaged.
REMOVING THE BAFFLE PLATE AND THE BAFFLE UNIT
Be very careful when removing the baffle plate from the stove.
Lift the burn chamber side plates free from the bottom stones and take them out.
Please note that the sides support the rear plates and that these may fall over, when the sides are taken out.
Take out the rear plates.
DISPOSAL OF STOVE PARTS
Steel/cast iron Send for recycling
Glass Dispose of as ceramic waste
Combustion chamber lining Vermiculite and chamotte are not recyclable. Dispose of as waste.
Baffle plate Vermiculite is not recyclable. Dispose of as waste.
Gaskets Dispose of as waste
Baffle plate
in steel
Baffle plate
in vermiculite
Upper
baffle plate
Lower
baffle plate
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TROUBLESHOOTING
SMOKE ESCAPING
¬ Damp wood ¬ Chimney not drawing properly
¬ Chimney is not properly dimensioned for the built-in stove ¬ Check if the smoke gas pipe/chimney are blocked
¬ Is the chimney the right height for its surroundings? ¬ Vacuum in the room
¬ At rear outlet, check that the flue pipe does not ¬ The door is opened before the embers have burned down
obstruct the chimney draught sufficiently
WOOD BURNING TOO QUICKLY
¬ The air valves are set incorrectly ¬ The baffle plate is incorrectly mounted or missing
¬ Inferior firewood (wast wood, pallets etc.) ¬ Too much chimney draught
SOOT BUILD-UP ON GLASS
¬ Incorrect secondary airflow setting ¬ Excessive primary air
¬ Damp wood ¬ Wood pieces too large for lighting
¬ Inferior firewood (waste wood, pallets etc.) ¬ Chimney not drawing sufficiently
¬ Vacuum in the room
EXCESSIVE SOOT BUID-UP IN CHIMNEY
¬ Poor burning (more air is required) ¬ Damp wood
THE SURFACE OF THE BUILT-IN STOVE IS TURNING GREY
¬ Over-firing (See "Instructions for heating")
POOR HEATING PERFORMANCE OF BUILT-IN STOVE
¬ Damp wood ¬ Not enough wood
¬ Inferior wood quality with low calorific value ¬ The baffle plates are not fitted correctly
SMELL AND SOUND OF THE BUILT-IN STOVE
¬ The lacquer on the built-in stove hardens, when you use the built-in stove for the first time; this can cause an odour. Open a
window or a door for ventilation and make sure that the built-in stove is heated up sufficiently to avoid odours later.
¬ When heating up and cooling down, the built-in stove may make some clicking noises. These are due to the huge temperature
differences to which the material is exposed and do not indicate any product defects.
WHITE SHADOW ON THE INSIDE OF THE GLASS
¬ Over-firing (See "Instructions for heating") ¬ Too much primary air
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WARRANTY
All wood-fired Scan products are made of high-quality materials and subject to strict quality controls before leaving the factory.
We give a warranty of 5 years on manufacturing errors or defects.
You must quote your stove‘s product registration number when you contact us or your authorised Scan dealer with a warranty
claim.
The warranty covers all parts which in the opinion of Scan A/S require repair or replacement due to manufacturing or construction error
The warranty applies to the original purchaser of the product only, and is not transferable (except on prior sale).
The warranty covers only damage caused by manufacturing or construction errors.
THE FOLLOWING PARTS ARE NOT COVERED BY THE WARRANTY
¬ Wear and tear parts, such as the combustion chamber liners, baffle plates, riddling grate, glass, and seals (except for defects
which were present on delivery).
¬ Defects caused by external chemical and physical influences during transportation, storage and assembly, or at a later time.
¬ Soot build-up caused by poor chimney draught, damp wood, or improper use.
¬ Costs of additional heating in connection with a repair.
¬ Transport costs.
¬ Costs for setting up or removing the wood stove.
THIS WARRANTY IS VOID
¬ In case of incorrect installation (the installer is responsible for observing and complying with legal requirements and local
bylaws, along with this Assembly- and Instructionsmanual for the wood-burning stove and accessories).
¬ In case of improper use, and/or use of prohibited fuels, non-original spares (see this Assembly- and instructions manual).
¬ If the product registration number of the stove has been removed or damaged.
¬ In case of repairs that do not comply with our instructions or instructions by an authorised Scan dealer.
¬ In case of any manipulation of the original state of this Scan product or its accessories.
¬ This warranty is only valid in the country to which this Scan product was originally supplied.
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SMOKE CONTROL AREA AIR SUPPLY REQUIREMENTS
The M5x6 screw is fitted to ensure that the stove's secondary air control is fixed to 33% open in its minimum position to minimise
smoke emission in Smoke Control Areas.
It is an offence to burn wood in an appliance within a smoke control area that has not been modified in this way.
REFUELLING ON TO A LOW FIRE BED
If there is insufficient burning material in the firebed to light a new fuel charge, excessive smoke emission can occur. Refuelling must
be carried out onto a sufficient quantity of glowing embers and ash that the new fuel charge will ignite in a reasonable period. If there
are too few embers in the fire bed, add suitable kindling to prevent excessive smoke
FUEL OVERLOADING
The maximum amount of fuel specified in this manual should not be exceeded, overloading can cause excess smoke.
OPERATION WITH DOOR LEFT OPEN
Operation with the door open can cause excess smoke. The appliance must not be operated with the appliance door left open except
as directed in the instructions.
DAMPERS LEFT OPEN
Operation with the air controls or appliance dampers open can cause excess smoke. The appliance must not be operated with air controls, appliance dampers or door left open except as directed in the instructions.
Important!
Open both, secondary and primar air control to mount the screw.
Screw M5x6
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NOTES
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25.06.2018
SCAN A/S | Glasvænget 3-9 | DK-5492 Vissenbjerg | www.scan.dk
Edition:
UK 91001500
Product registration number
Quote this number at all enquiries
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