STOVE GUIDE - The Stove Yard

STOVE
GUIDE
MODErn ClaSSICS

Contents:
Page 4 Scandinavian Elegance
Page 6 Overview of our stoves
Modern Line
Page 10 DANNE
Page 12 DANA
Page 14 DANOS
Page 16 DANO
Page 18 MODA
Page 20 MODUS
Page 22 MODO
Page 24 NURO 100/120
Page 26 NURO 160
Page 28 Design and Quality
Page 29 Explanation of Technology and Symbols
Classic Line
Page 32 ALPHA
Page 34 HARMONY
Page 38 SOLO
Page 40 NOVO
Page 42 CRISTAL
Page 46 PRISMA
Page 50 KARAT
Page 52 TOPO
Page 54 TWIST/SWING
Page 58 RONDO CL
Page 60 RONDO N
Page 62 CLN
Page 64 DOM N
Page 66 Ceramic & Natural Stones
Stove Guide
Page 68 The DAN SKAN concept
Page 69 Innovations
Page 70 Quality Control
Page 72 Automatic Tertiary Air
Page 73 Intelligent i-AIR
Page 74 EX-AIR-Patent
Page 75 ‘DIBt’ Certificate
Page 76 The Right Chimney
Page 77 Proper Heating with Wood
Page 78 Energy Saving
Page 79 Advice and Care
Page 80 Infosheet: Classic Line
Page 81 Infosheet: Modern Line
Page 82 Tubes and base plates
Page 83 Installation Suggestions
Page 84 Operating Instructions
Page 86 EN Tests
Page 87 Details und Technology
Page 88 DATA
Page 90 Topfire

The original and best
3

5
Scandinavian Elegance
In 1972 DAN SKAN was the first company to
sell Scandinavian ‘warm furniture made from
steel’ in Germany. Shortly afterwards, our
stoves went into production with designs by
the Danish architect Gerd Heybey.
Combining beauty with utility is a DAN SKAN
tradition which the latest Modern Line with
its innovative engineering and fresh design
by architect Heiko Heybey, Gerd’s son, also
adheres to.
The fewest fine particles and the greatest
efficiency is our goal as a family business
– both stoves and environmental protection
are very close to our hearts. As a result DAN
SKAN have developed many innovations,
shaped the stove industry thinking and along
the way created many iconic design classics.
Even today, despite globalisation, DAN SKAN
focus on sustainable development and quality
of production from Denmark. For almost
40 years our stoves have not only warmed
houses and rooms but also peoples’ hearts!
With this in mind we wish you great pleasure
when reading our latest DAN SKAN guidebook.
Warm regards
The Heybey Family

DANNE
(P. 10)
DANA DANA
DANOS
MODUS
You can choose from a wide range
of unique features to virtually design
your own individual DAN SKAN stove!
This overview shows only a small
selection of the possible variations.
Different base colours and stove
coverings made of different natural
stones and ceramic glazes effectively
change the style to suit your individual
taste. A depiction of almost every
product variation can be found at
www.dankskan.com.
All photographs of stove installations are for illustrative purposes only
and may not comply with local building reaulations.
6
(P. 12) (P. 12) (P. 14)
MODO
NURO 100
(P. 20) (P. 22) (P. 24)
ALPHA HARMONY
(P. 32) (P. 34)
TOPO
TWIST
(P. 52) (P. 54)

DANOS
DANO MODA
MODA
NOVO
MODUS
(P. 14) (P. 16) (P. 18) (P. 18) (P. 20)
NURO 100 NURO 120 NURO 120 NURO 160 NURO 160
(P. 24) (P. 24) (P. 24) (P. 26) (P. 26)
SOLO
SWING
CRISTAL PRISMA
KARAT
(P. 38) (P. 40) (P. 42) (P. 46) (P. 50)
RONDO CL RONDO N
CLN DOM N
(P. 54) (P. 58) (P. 60) (P. 62) (P. 64)
7

MODERN LINE
8

‘Hyggelig’ – comfortably on the pulse of time…
9

DANNE
The new DANNE is in the good old DAN SKAN
tradition: our ‘great little Dane’. As a steel stove
it measures only 90 cm high and with a top plate
made of soapstone, sandstone, other natural stones
or ceramic the DANNE is only 96 cm tall. However,
it still has an excellent heat storage mass of up to
76 kg with the appropriate choice of covering.
90
52
45
2-7
> 82
max. 76
Above
52 cm
Height (cm)
Width (cm)
Depth (cm)
Output (kW)
Efficiency (%)
Storage (kg)
Outflow
clear
glass
45 cm
inclusive optional
Air
10
DANNE
Grey steel

DANNE
Ceramic
DANNE
Soapstone
11
DANNE
Sandstone

DANA
The DANA is a very popular, medium-sized stove
from the D-series. As a steel stove it measures
103 cm high, and with a top plate made of soapstone,
sandstone, other natural stones or ceramic
it is 109 cm tall. The DANA has an optional
compartment for wood, or a drawer underneath the
fire chamber and so offers additional storage space.
With a suitable choice of covering the DANA has a
heat storage mass of up to 86 kg.
103
52
45
2–7
> 82
max. 86
Above
52 cm
Height (cm)
Width (cm)
Depth (cm)
Output (kW)
Efficiency (%)
Storage (kg)
Outflow
clear
glass
45 cm
inclusive optional
Air
12
DANA
Grey steel with wood
compartment

DANA
Ceramic
with drawer
DANA
Soapstone with
wood compartment
13
DANA
Sandstone
with drawer

DANOS
The DANOS is the DANA’s ‘big brother’ and has,
like the MODUS, an extra high fire chamber. It is
therefore perfectly suited for use in a living-cumdining
room.
As a steel stove it is 120 cm tall and with a top plate
made from natural stone or ceramic it measures
126 cm. The DANOS is available with an open
compartment for wood or a drawer underneath the
fire chamber. With a suitable covering the fireplace
has a heat storage mass of up to 90 kg.
120
52
45
2–7
> 82
max. 90
Above
52 cm
Height (cm)
Width (cm)
Depth (cm)
Output (kW)
Efficiency (%)
Storage (kg)
Outflow
clear
glass
45 cm
inclusive optional
Air
14
DANOS
Grey steel with wood
compartment

DANOS
Ceramic
with drawer
DANOS
Soapstone with
wood compartment
15
DANOS
Sandstone
with drawer

DANO
120
52
45
2–7
> 82
max. 90
max. 50
Above and behind
The DANO is the ‘heat saving stove’ of the D-Series.
As a steel stove it measures 120 cm and with a top
plate of stone or ceramic it is 126 cm. The DANO
can be connected to the chimney either above or at
the rear and it has a drawer under the fire chamber.
By using the appropriate covering the stove delivers
up to 90 kg of heat storage mass. Furthermore,
behind the top chamber up to 30-50 kg of additional
heat mass for longer-lasting heat can be stored
without being visible. This means the DANO can
offer up to 140 kg of stored heat mass!
52 cm
Height (cm)
Width (cm)
Depth (cm)
Output (kW)
Efficiency (%)
Storage (kg)
Additional storage (kg)
Outflow
inclusive optional
Air
clear
glass
45 cm
16
DANO
Grey steel

DANO
Ceramic
DANO
Soapstone
17
DANO
Sandstone

MODA
The MODA is a popular small stove from the
M-series. It offers a 180° view of the fire thanks to
the especially large double-sided windows, which
capture its modern simplicity. The handmade cooltouch
wooden handles caress the hand and give
the MODA a particularly elegant appearance. As
a steel stove it is 103 cm tall and with a top plate
made of soapstone, sandstone or other natural
stones or ceramic it measures 109 cm. The MODA
comes with a choice of either a practical drawer or
an elegant open base.
103
52
45
2–7
> 82
max. 60
Above
52 cm
Height (cm)
Width (cm)
Depth (cm)
Output (kW)
Efficiency (%)
Storage (kg)
Outflow
clear
glass
45 cm
inclusive optional
Air
18
MODA
Grey steel
with base

MODA
Ceramic
with drawer
MODA
Soapstone
with base
19
MODA
Sandstone
with drawer

MODUS
The MODUS sets a trend within the stove industry. Its
special feature is the position of the fire chamber. This
has been placed deliberately high to facilitate easier
cleaning and refueling and looks especially delightful in
living-cum-dining rooms. As a steel stove the MODUS is
120 cm tall and with a top plate made of natural stone
or ceramic it measures 126 cm.
You can choose whether you would like your MODUS to
come with a spacious drawer or an elegant open base
plate. Combined with the handmade wooden handles
and an extraordinary 180° view of the fire the MODUS
offers you the ultimate fire enjoyment!
120
52
45
2–7
> 82
max. 66
Above
52 cm
Height (cm)
Width (cm)
Depth (cm)
Output (kW)
Efficiency (%)
Storage (kg)
Outflow
clear
glass
45 cm
inclusive optional
Air
20
MODUS
Grey steel
with base

MODUS
Ceramic
with drawer
MODUS
Soapstone
with base
21
MODUS
Sandstone
with drawer

MODO
120
52
45
2–7
> 82
max. 66
max. 50
Above and behind
The MODO is the ‘heat saving stove’ of the M-Series
offering you the option to add additional heat storage
mass within special internal compartments. It can be
connected to the chimney at either the top or the rear,
and comes with either a bottom drawer or an elegant
open base plate.
As a steel stove it is 120 cm tall and with a top plate of
natural stone or ceramic it measures 126 cm and you
can achieve up to 66 kg of additional heat storage by
adding the appropriate covering. The amount of heat
storage space can be increased by 30-50 kg by adding
an additional storage space behind the top covering,
giving the stove up to 116 kg of heat mass. With its
modern symmetrical style and a 180° view of the fire,
the MODO is a functional, yet stylish, heat-saving stove.
52 cm
Height (cm)
Width (cm)
Depth (cm)
Output (kW)
Efficiency (%)
Storage (kg)
Additional storage (kg)
Outflow
clear
glass
45 cm
inclusive optional
Air
22
MODO
Grey steel

MODO
Ceramic
MODO
Soapstone
23
MODO
Sandstone

NURO 100 & 120
100 & 120
NURO
The design of the slender Nuro series is the
epitome of contemporary style. This is a modern
interpretation of the ‘Fyrtønde’, one of the
very first steel stoves designed by the architect
Hans Dahl in the 1970s.
The Nuro is available in different heights –
100 cm or 120 cm, with optional side windows
and optional drawer or log storage compartment.
Being a completely cylindrical stove the
NURO is perfectly at home in either corner or
free-standing installations.
As an alternative to the steel top plate you
can opt for a ‘Fyrtønde-Top’. This is a modern
interpretation of a design classic with steel bars
to put a kettle on. Other options include top
plates of soapstone, sandstone, lavastone, etc.
With a top plate made of natural stone the NURO
has up to 36 kg of heat storage.
NURO
101
51
51
2–7
> 82
max. 36
Above
100
51 cm
Height (cm)
Width (cm)
Depth (cm)
Output (kW)
Efficiency (%)
Storage (kg)
Outflow
clear
glass
NURO
119
51
51
2–7
> 82
max. 36
Above
51 cm
120
Height (cm)
Width (cm)
Depth (cm)
Output (kW)
Efficiency (%)
Storage (kg)
Outflow
inclusive optional
Air
24
NURO 100
Grey steel
with wood compartment

NURO 100
Black steel with
῾Fyrtønde-Top’ and drawer
NURO 120
Grey steel with soapstone top
and wood compartment
25
NURO 120
Black steel with sandstone top,
side windows and a drawer

NURO 160
NURO
The NURO 160 is a highly effective ‘heat
saving stove’. Up to 120 kg of hidden heat
storage can be integrated behind the stove’s
stylish steel covering.
With the additional visible heat storage of
natural stone, amazingly up to 160 kg of heat
mass sitting directly over the fire chamber can
be achieved.
The NURO 160 can easily be turned from a
convection stove into a radiant stove by using
its simple control lever.
The NURO 160 is available with or without side
windows. The drawer under the fire chamber
offers practical storage space for fire lighters,
gloves etc. The stove can be either top or
rear flued.
NURO
160
51
51
2–7
> 82
max. 160
Above and behind
160
51 cm
Height (cm)
Width (cm)
Depth (cm)
Output (kW)
Efficiency (%)
Storage (kg)
Outflow
clear
glass
51 cm
inclusive optional
Air
26
NURO 160
Grey steel
with a drawer

NURO 160
Black steel with
side windows and a drawer
NURO 160
Grey steel with a drawer
and soapstone covering
27
NURO 160
Black steel with side windows,
a drawer and sandstone covering

Design and Quality
It is only with an interplay of both design
and quality that timeless, beautiful and
useful products can be created. DAN SKAN
is synonymous with both.
What is a beautiful stove worth, if it does
not deliver heat efficiently?
At Dan Skan we know from long experience
exactly what our customers want, and this
inspires the design and development of our
products. Thanks to our automatic air
regulation DAN SKAN stoves achieve
quality and efficiency day-in and day-out
which other stoves are only able to fulfill in
test environments.
28
DAN SKAN has been delivering outstanding
quality, design and experience since 1972.
Our expertise and our understanding of the
materials we use and their properties allows
us to offer you a long-lasting, highly efficient
product which has been designed to provide
you with many years of pleasure.

Explanations for techniques
and symbols
Tertiär
Air
clear
glass
Intelligent, fully automatic primary, secondary, and tertiary air systems
The new design line by DAN SKAN distinguishes itself by further developing the tried
and tested DAN SKAN patented automatic air system. A mechanical bimetal spring
(not requiring any battery or power) not only regulates the post-combustion air but also
controls the whole burning process. This means the user does not need to adjust
anything, the stove regulates itself!
During the initial phase the primary, secondary and tertiary air systems are opened to
the maximum. During the heating process the secondary and tertiary air systems are
opened and closed according to requirements. All the air intake is pre-heated in the
AIRBOX. The secondary and tertiary air systems are additionally pre-heated within
special channels in the fire chamber to get an optimally clean combustion.
Classic Automatic Tertiary Air
Thanks to the bimetal-controlled automatic tertiary air system which has been tried and
tested for over 20 years, all DAN SKAN stove have self-regulating post-combustion
airflow. Because of this the levels of fine particles tested by the EN are well below the
norm for the BImSchV II. Low emission burning of DAN SKAN stoves has always been
our contribution to protecting the environment.
Connection for external or direct air intake
This, in combination with the patented automatic system, is a real DAN SKAN invention.
Strategically placed at the back of the fire chamber, the AIRBOX uses the heat from
combustion to pre-heat the external air. At the same time the AIRBOX is used as a
connection for external air supply which can now be closed on all DIBt (a stringent
German compliance scheme) tested models.
Hot purge air for exceptionally clean windows
The special air wash system for the glass (secondary air) is pre-heated very intensively in
special channels directly over the burning chamber. A DAN SKAN invention, which prevents
soot particles getting on to the glass as much as possible.
Self-closing, tightening door latch
The DanSkan door mechanism safely and securely seals the stove door to the stove
bodywork in a simular way to a modern car door.
‘Cool hand’ door handle
The door handles stay cool enough to be opened without protective gloves even after the
stove has been in use for a long time.
Optional heat storage elements
Additional heat storage can be placed directly above the burning chamber. This means
even a steel stove can be turned into an energy-saving stove.
Optional rear connection
The new stoves with this symbol can also be connected to the chimney at the rear.
Glass font hearth plates available
These offer many advantages over the normal plates, such as being easy to lift up for
cleaning. They can be easily stored in summer and also look elegant (subject to local
building regulations).
Turntable plate available
For these models a turntable plate is available. It can also be added at a later stage and
comes as a set complete with a flue adaptor.
29

CLASSIC LINE
30

Design in the Scandinavian tradition…
31

ALPHA
The convection ALPHA is,
at only 75/90 cm high, a
particularly compact and
versatile stove.
Its design makes it suitable
for corner or wall installation.
The ALPHA is available
with either ceramic or natural
stone (soapstone, sandstone,
limestone, lavastone etc.)
coverings. The ALPHA is an
ideal stove for small rooms
which can be heated with
only 2–4 kW.
75
4 kW
H 75-90 · W 52 · D 42 cm
inclusive optional
Tertiär
clear
glass
Air
90
GREY STEEL
BLACK STEEL
32
30
STAINLESS STEEL
MOCCA CERAMIC
52
42

ALPHA SOAPSTOnE
33

HArmony
The HARMONY, which features the same fire chamber as the Alpha, is an ideal cooking stove
thanks to its two cooking rings or top plates. It is perfect stove for a holiday home or as an
additional cooker in the kitchen, or simply as a source of heat and optional cooking stove in case
of a power failure. The cooking top plates are discreet but yet very easy to access.
Tertiär
clear
glass
55
39
4 kW
H 92 · W 55 · D 45 cm
inclusive optional
Air
45
RUSTIC CERAMIC
34
BORDEAUX CERAMIC
BLACK STEEL

HARMOnY STEEL
35

HARMOnY… THE LITTLE COOkInG STOvE
36

SoLo
With its high door the
slender SOLO offers you
the very best in viewing
pleasure. Both classic and
modern united in one stylish
stove design.
Its narrow back means that
this slender stove easily
nestles into the tightest of
corners.
When placed along a wall
the SOLO’s slim and
ambitious form offers a
beautiful contrast to the
other, larger pieces of living
room furniture.
The SOLO is also a master
of transformation and can be
made to reflect your
individual taste with a variety
of side panel options. For
example, optional stainless
steel side panels can create
a modern design combined
with a classical stove base.
Tertiär
19
5 kW
H 112 · W 52 · D 42 cm
inclusive optional
clear
glass
Air
SOAPSTONE
RUSTIC CERAMIC
38
BLACK STEEL
BORDEAUX CERAMIC

SOLO RUSTIC CERAMIC
39

noVo
The slender NOVO is the
brother of the SOLO. It is
the same height but has the
modern shape of the
little ALPHA. Because of its
droplet shape it is the
perfect stove for corners.
When installed against a wall
its slender, ambitious design
contrasts well with other,
larger pieces of furniture.
The NOVO is also a master
of transformation and can be
made to reflect the interior
decor with a variety of side
panels.
For example, optional
stainless steel side panels
can create a modern design
combined with a classical
stove base.
Tertiär
clear
glass
30
5 kW
H 112 · W 52 · D 42 cm
inclusive optional
Air
GREY STEEL
BLACK STEEL
40
STAINLESS STEEL
BLACK CERAMIC

nOvO SOAPSTOnE
41

CrISTAL
A classic stove – tried and
tested a thousand times!
The small CRISTAL with its
prism-like glass doors
distinguishes itself with its
slender and delicate side
view.
The CRISTAL is a popular
stove and is, so to speak,
our little ‘prism stove’. Its
shape makes it ideal for both
corner and wall installations.
Its elegant latch (ball and
socket hinges) makes it very
user-friendly.
The CRISTAL of course
comes with the DAN SKAN
automatic air regulation
system for trouble-free
operation.
On the photograph you can
see the CRISTAL with our
beautiful, light Milos
limestone covering.
Tertiär
clear
glass
~ 43
5 kW
H 103 · W 54 · D 45 cm
inclusive optional
Air
42
SOAPSTONE
SAHARA CERAMIC STAINLESS STEEL

CRISTAL MILOS STOnE
43

CRISTAL... THE IDEAL CORnER SOLUTIOn
45

PrISmA
They are in trend again…
PRISMA, the stoves with the
prism-like doors provide you
with an extraordinary panoramic
view of the wonderful flame
patterns from the 33 cm long
logs!
For several decades the
PRISMA has captivated stove
owners with its timeless design
which has often been imitated
but never equalled.
Because of its angled shape
it is naturally the ideal stove
choice for corner or free-
standing applications.
It comes with the proven DAN
SKAN automatic air regulation
system for real user-friendly
operation. Its panoramic
window consisting of 3 panes
of glass are sealed in the
corners with a special small
stainless steel bar to provide
a virtually uninterupted view of
the flames – another authentic
DAN SKAN innovation.
Tertiär
clear
glass
43
6 kW
H 107 · W 59 · D 45 cm
inclusive optional
Air
46
BORDEAUX CERAMIC
MOCCA CERAMIC BLACK STEEL

PRISMA SOAPSTOnE
47

PRISMA…THE CLASSIC PRISM-LIkE STOvE
49

KArAT
The KARAT is a very special
and distinctive stove. It is
shaped like the bow of a boat
making the fire perfectly visible
from virtually anywhere in the
room.
Its big feature double doors
allow you to open just one door
when refuelling and thus
minimise heat loss. This is
especially helpful if your
chimney does not have the
best up-draught.
Its angled shape makes it
equally suitable for wall or
corner installations.
Tertiär
clear
glass
37
7 kW
H 120 · W 62 · D 50 cm
inclusive optional
Air
50
BLACK STEEL
GREY STEEL AZUR CERAMIC

kARAT SOAPSTOnE
51

ToPo
Another very popular classic
stove!
The numerous imitations are
simply missing the balance and
the harmonic proportions which
is the real essence of the TOPO.
This finely tuned mix has ensured
that the TOPO continues to be
one of our best-selling stoves.
The structured, slender sides
are inspired by the classical
Greek column. The wide
panoramic glass front and the
clean burn technology using
the DAN SKAN automatic
system make the TOPO a
unique design both visually
and technically.
Tertiär
clear
glass
ca. 40
6 kW
H 112 · W 57 · D 45 cm
inclusive optional
Air
52
GREY STEEL
SOAPSTONE RUSTIC CERAMIC

TOPO SAnDSTOnE
53

TWIST /
SWInG
The TWIST and SWING
stoves can be seen as the
further development of the
classic TOPO design.
The fire chamber and burning
technique are identical.
The design combines the
classic with the modern to a
high level. The open, modern,
semi-circular cut-away space
over the baking section gives
the TWIST and SWING stoves
a unique appearance. The
depth of the baking plate is
perfect … more than 24 cm,
so that you can easily place a
tall pot or kettle inside.
The TWIST comes with a
wood storage compartment
and the SWING features a
semi-circular cut-away base
to echo the top plate and
provide a distinctive look.
The design of TWIST and
SWING stoves are, like the
TOPO, often copied, but
never bettered!
6 kW
H 112 · W 57 · D 48 cm
inclusive optional
Tertiär
clear
glass
Air
for the TWIST
54
SWING RUSTIC CERAMIC
TWIST BORDEAUX CERAMIC

55
TWIST
MOCCA
CERAMIC

TWIST BASALT LAvASTOnE
57

onDo CL
The classic RONDO is a
beautifully shaped and high
performing stove and is
available in either semi-circular
or cylindrical versions. Heating
experts value the double
door technology of the
RONDO stoves… the right
door to refuel and the left door
used as a carbon and spark
protection.
The special after-burning system
of the DAN SKAN automatic air
regulation, means that the highoutput
RONDO Classic delivers
up to 10 kW heat output but is
also able to burn very cleanly
at 3 kW output to give you a
comprehensive range of heat
options in between.
52 62
Tertiär
clear
glass
44
8 kW
H 112 · W 62 · D 52/62 cm
inclusive optional
Air
for semi-circula
58
SOAPSTONE
CERAMIC STONE AZUR CERAMIC

ROnDO CL SAHARA CERAMIC
59

onDo n
The RONDO N is a further
development of the classic RONDO:
a traditional looking Danish stove
in conception, but with a very
modern interpretation. Its extra
high doors with outside ceramic
glass offer a big 145º view of
the fire.
Heating experts value the double
door technology of the RONDO
stoves… the right door is to refuel
and the left door is used as a
carbon and spark protection.
The special after-burning system
of the DAN SKAN automatic air
regulation, means that the highoutput
RONDO N delivers up to
10 kW heat output but is also able
to burn very cleanly at 3 kW
output to give you a comprehensive
range of heat options in between.
52 62
Tertiär
clear
glass
44
8 kW
H 120 · W 62 · D 52/62 cm
inclusive optional
Air
for semi-circula
60
BLACK STEEL
BORDEAUX CERAMIC

ROnDO n SOAPSTOnE
61

CLn
The CLN is a modern version
of the classic DANKAM
stoves and offers a view of
the fire comparable to the
biggest open fireplace
but with all of the fuel saving
and control of a modern stove.
Perfect for nostalgic
fire place lovers!
The term DANKAM stands
for ‘Danish stove’.
The extra large doors with
elegant, ceramic glass reach
far around the sides of the
stove to maximise your view
and enjoyment of the fire.
Another advantage of the
CLN stove is that it can be
fitted with very heavy and
powerful heat storage
materials, such as soapstone,
giving the CLN up to 250 kg
of energy saving mass.
This makes the CLN stove a
fantastic and efficient energy
saving stove. Another
innovative energy-saving
product from DAN SKAN!
Tertiär
clear
glass
47
8 kW
H 126 (+6) · W 62 · D 47 cm
inclusive optional
Air
62
MOCCA CERAMIC
GREY STEEL

CLn SOAPSTOnE
63
THE CLASSIC
WITH A 180°
FIRE vIEW

Dom n
The DOM N is a modern
version of the classic DOM
stoves. It offers a view of the
fire like a traditional open
fireplace but with all the
bene fits of a modern stove –
a real pleasure for nostalgic
fireplace lovers!
The term DOM in DAN SKAN
stands for a stove with a
dome.
The extra large feature doors
with their elegant, ceramic
glass reach far over to the
sides of the stove so that you
can see and enjoy the fire from
anywhere in the room.
Another advantage of the
DOM N stove is that it can
be fitted with very heavy and
powerful heat storage
materials, such as soapstone,
giving the CLN up to 250 kg of
energy-saving mass.
This makes the DOM N stove a
fantastic and efficient energysaving
feature stove designed
to have a strong visual impact
in even the largest of spaces.
Tertiär
clear
glass
47
8 kW
H 135 · W 62 · D 47 cm
inclusive optional
Air
64
BLACK CERAMIC
SAHARA CERAMIC MOCCA CERAMIC

DOM n
SOAPSTOnE
65

CEramiC and natural StonES
DAn SkAn stoves can be personalised to your taste.
Not only can you purchase our stoves with the classic steel look (side panels of grey or black steel
and some of them even with stainless steel), but also with ceramics and natural stones. Let yourself
be inspired by the diverse range of possibilities and customise your very own DAN SKAN stove!
Ceramic
By adding a cover made from one of our high quality ceramics you can transform your stove from a
warm steel stove to a soft and gentle radiant stove.
Rustic Sahara Mocca Bordeaux Black
Stone Azur Cotto Jaguar
natural Stones
DAN SKAN stoves can be converted with natural stones into ‘energy-saving’ stoves, for example with
our excellent, Finnish soapstone, tested for purity by the German Rosenheimer Institute. Exclusive
stove covers of natural stones can be crafted by special order, such as the sandstones ‘Golden Earth’
or ‘Eifel’, German Basalt-Lava stone, the beautiful off-white Milos stone and other options.
Finnish Soapstone Golden Earth Eifel Sandstone Milos Limestone Basalt Lavastone
Sandstone
An additional advantage of DAN SKAN is that should your taste change over the years so too can
your DAN SKAN stove! The simple-to-fit panels and top plates make it very easy to dramatically
change the look of your stove to match your living room’s current colour scheme. You can also
change a steel panel stove to an efficient ‘energy saving’ stove at a later date.
66
Different
colour options
are available
according to
the stove model
and availability
– please ask
your DAN SKAN
Partner.

6/’07
DAN SKAN.DK
Houstrupvej 70
DK-6830 Nr. Nebel
Tel. +45 ·75 · 28 72 72
Fax +45·75 · 28 78 34
mail@danskan.com
NEDERLAND
DUTRY & CO. NV
Archimedesstraat 12
NL-3316 AB Dordrecht
Tel. +31·78· 6 39 04 76
Fax +31·78· 6 39 04 82
info@dutry.com
www.dutry.com
N.IRELAND / IRELAND
MC DOWELL ENTERPRISES
T/A STOVES & DESIGN
UK-159 Belfast Road, N. Ireland
Bangor Co. Down, BT 20 3PP
Tel. +44· 28 91·47 94 79
Fax +44· 28 91·47 94 79
/-SOCIO
STOVE
PrOducT GuIdE
FEaTurES and TEchnIcal daTa
67

Original
THE DAN SKAN CONCEPT
SINCE 1972
Our motto is 'beauty in a nordic style'. Things which add pleasure to life = original Dan SKan
stoves, combining comfort and design. Dan SKan partners offer you quality, authenticity and
originality in their products and through excellent co-operation with them Dan SKan remains
highly competitive and committed to producing desirable and efficient stoves – we are literally
one big Dan SKan family.
STILL ON TOP…
We introduced the first fire-view stove in 1967 for relaxing in comfort, and for heating and
cooking, just like our modern-day stoves.
Even as early as 1972 we designed and produced stoves according our own original ideas. at
this time no one was really thinking about the energy crisis. We only thought about comfortable
living and heating.
However, over the years, many things were developed first of all by us, so today we are proud
to say: original Dan SKan! Our ideas and our know-how give us the edge. Our aim is, and
always has been, to combine beauty with utility, and to always offer our customers the utmost
in workmanship, finishing, function and design!
DESIGN PROTECTIONS AND PATENTS
Dan SKan works under its international protected brands Dan SKan, Dan STOVE, DannE
and DanKaM. Our self-developed products are patented. innovation comes naturally to Dan
SKan; richness of ideas and creativity follow us along our chosen path.
OUR VIKING ANCESTORS…
Following the path of our Viking ancestors we still work in the utmost Danish Scandinavian
tradition: original Dan SKan! Heybey (our family’s name), Hedeby, Haitabhu are the same
name. Haitabu, close to the modern city of Schleswig at the river Schlei, was the largest Viking
trade center at the beginning of the last millenium.
How good tHat
over tHe last year
our circle of friends
Has grown
68
OUR INVITATION
The fascination of our design in nordic
style can barely be shown in a brochure
and therefore we cordially invite you to
visit your Dan SKan partner to see the
quality with your own eyes and where a
warm welcome will surely await you.
Warmest regards,
The (Viking) family Heybey

Dan SKan idea 1978!
Dan SKan idea 1998!
INNOVATIONS
TECHNIQUE AND DESIGN
Since the early 70s Dan SKan has been known for its ground-breaking innovations which
have put us at the forefront of stove development and where we remain today.
THE ‘FIRE VIEW’ STOVE
Even the phrase ‘fire-view’ stove in german was an invention of Dan SKan. First used by
Dan SKan in our early promotional literature to describe the visual benefits of our stove
designs, it is now a general term used to describe any of today’s stoves which feature a
window.
TWO-LAYERED RIDDLE GRATE
in 1978 the invention of the two-layered riddle grate was revolutionary – a genuine ‘world
first’ designed by the architect gerd Heybey, and which is now a Dan SKan protected
design. This simple development allows you to open and close the grate, controlling the
primary air flow for different fuels and burning options as well as providing an external
riddling function. The inner riddle grate sits slightly lower in the fire-chamber base allowing
a deeper protective layer of ash to build up which helps prolong the life of the grate.
SUPERIOR AIR WASH SYSTEM
Dan SKan was the first stove manufacturer to use air Wash, but unlike the others we have
continued to develop our air wash system which now includes vertical side vents to wash
the window both up and down and from side to side for a continuous clear view of the fire.
ANGLED FIRE CHAMBER
another ‘world first’ for Dan SKan. The Dan SKan angled fire chamber avoids poorly
reflecting ‘cold’ corners and optimises the reflection of the heat to the fire chamber to
improve overall efficiency.
DUBLE DOOR LOCK
Dan SKan’s innovative double door lock ensures a safe and secure seal around both
doors including at the point where they meet. Unlike other double-doored stoves the Dan
SKan is very user-friendly and easy to close. The lock design in the narrow door frames
allows the minimum visual disruption to your view of the whole fire.
BALL AND SOCKET HINGES
For single doored stoves we have invented the ball and socket hinge which will always
provide the ideal pressure to deliver a safe and secure seal on the Dan SKan’s
self-closing doors.
SAND BLASTED HANDLES
Strength and comfort. all Dan SKan handles are made with stainless steel which is then
sand blasted to maximise the surface area. This increased surface area provides better
cooling which helps to reduce the heat when handling.
DOOR SEALS
Since the early days all Dan SKan Classic stoves have used fibre-free seals made from
folded copper which are designed to give you a longer-lasting safe and secure seal. in
line with technical and legislation developments the latest Dan SKan Modern line stoves
use state-of-the-art densely woven tube seals with metal inserts designed to provide an
abrasion resistant air-seal, even under adverse conditions.
CENTRAL AIR CONTROL
a distinctive and unique feature of all Dan SKan stoves. all the combustion air (primary
and secondary) is easily controlled with this one user-friendly pull flap which also enables
you to see at-a-glance if the incoming air is opened or closed.
INTELLIGENT AUTOMATIC AIR
Dan SKan stoves were the first in the world to operate with an additional combustion air
supply, known today as tertiary air. The proven bimetal controlled Dan SKan automatic
pre-heated air provides intelligent control of the post-combustion air and, at the same time,
this air is also used to wash off any dry particulates which have settled on the stove window.
PATENTED AIR-BOX
Dan SKan has developed a patented air-box, which features a heat-exchanger, to
deliver preheated external air (also known as direct air) directly to the stove. This is ideal
for today‘s newly built homes where the high insulation standards may limit the amount of
combustion air the stove could receive and reduce its effectiveness. Supplying air direct
to the stove also prevents cold draughts associated with air moving from other parts of
the house to supply the stove. Ensuring that this air supply is pre-heated prevents the
replacement combustion air continuously cooling the fire chamber.
THE Dan SKan iDEa: HigHEST EFFiCiEnCY anD lOWEST POllUTiOn
69

QUALITY CRITERIA
THE ADVANTAGES OF DAN SKAN STOVES
1. SUPERIOR MATERIAL STRENGTH
The service life of any stove is governed
by the thickness and fire resistance of the
materials used, especially within the fire
chamber. The thicker the material then
the more resilient to the effects of high
temperature the stove will be.
Dan SKan materials are therefore
chosen in accordance so that our stoves
successfully pass a number of stringent
stability and security tests.
For example, the Dan SKan baking
shelves, which are subject to the greatest
effects of the fire are constructed with a
minimum of 5 mm thick plate steel and
all Dan SKan door handles are made
of solid stainless steel so that they
remain robust and durable even after
many years of operation.
2. STABLE DOOR CONSTRUCTION
Doors made from strong materials and
with a solid construction are particularly
important for the efficient and safe
operation as well as the lifespan of your
stove. Dan SKan doors and carrying
frames remain stable even after many
years of use, opening and closing the
same way they did when they were first
new. Once you compare the quality and
construction of Dan SKan doors and
frames with any others it‘s very easy to
see Dan SKan‘s many benefits.
too
thin
fibregasket
o.k.
stronger
Dan SKan-idea 1980!
The MODErn linE stoves all feature
superior strength cast iron doors whilst
the double doors used in the ClaSSiC
range, not only provide excellent
strength and stability, but they also enable
the door to carry a bigger glass area,
which in turn provides a much greater
view of the fire.
3. GLASS DOOR AIR WASHING
a clear view of the fire and the wonderful
flame patterns is one of the great pleasures
of owning a stove. However, if the glass is
to remain clean during operation it must
have an effective air wash. Even the largest
glass window on a Dan SKan stove will
remain clear because of the close proximity
of the incoming fresh air to the glass – the
closer it is then the more effective the air
wash and cleaning process is at keeping the
smoke and particulates away. in addition
Dan SKan windows benefit from being air
washed at the top and bottom as well as
from the sides. Stoves with air wash at the
top only cannot provide the same air wash
efficiency as a Dan SKan stove.
4. FIRE CHAMBER LINING
all Dan SKan fire chamber linings are
constructed out of 30 mm thick heat-reflecting
Skamol plates which remain strong and,
stable during the extremely high temperatures
of the firing process.
Dan SKan firebricks fit snuggly together,
leaving sufficient room for expansion, and
do not rely on grouting to maintain their
stability so that they can always be easily
replaced later, even by a novice. grouted
fire chambers look good at first but almost
always fail later with bigger panels cracking
during the expansion process.
THE FIRE CHAMBER LINING CONCEPT
FOR ALL DAN SKAN STOVES
70
5. THE TWO LAYERED RIDDLE
GRATE
a two-layered riddle grate, which
can be closed for wood burning to
shut off combustion air from below is
definitely a ‘must have’ for any multi
fuel stove. an original Dan SKan
innovation! a stove which can change
simply from mineral fuel burning to
wood burning is hardly thinkable
without this Dan SKan invention.
So much so that many leading stove
manufacturers adapted the Dan
SKan double-layered riddle grate,
however our clever protected design
is still the original and the best.
Dan SKan idea 1978!
6. THE PULL CONTROL
Dan SKan stoves do not require the
typical controls that you see on other
stoves for the regulation of combustion
air. On a Dan SKan this work
is taken over by the intelligent automatic
bimetal 'thermostat' system.
The rectangular pull control, with the
logo, on our Classic stoves (round on
the Modern line) is the only control
that you will need to use – and it's
very simple. The pull control is adjusted
by pulling outwards to open the
supply of basic combustion air. The
rest of the combustion air regulation
is then taken over automatically by
by the intelligent automatic bimetal
system which will maintain an ideal
supply of air. When burning the pull
control is always open.
Dan SKan-idea 1982!
7. COMBUSTION AIR
regulation of the combustion air of
any stove should be easy to see and
immediately understand. The single

central pull control on Dan SKan stoves
does exactly that because you can see
at a glance if it is open or closed – no
more fine tuning all those levers!
8. INTELLIGENT AND AUTOMATIC
Dan SKan stoves burn beautifully as if
by magic! This is because at the heart
of each of our stoves is the tried and
tested bimetal automatic combustion
control system. Complete control is
taken over by a robust bimetal spring
which is located above the baffle plate
on the back wall of the stove in a durable
well-protected ‘magic box’ – a highly
reliable and proven technique.
Combustion air moves through a
system of channels where it is preheated
before it enters at the top of the
fire chamber above the flames, improving
efficiency as previously described.
in addition, when this post-combustion
air is automatically and intelligently
regulated with our system, according to
the fire size and its different needs, the
advantages for the stove user and for
the environment are significant.
AIR FROM ABOVE!
9. EFFICIENCY AND ECONOMY
The high efficiency of Dan SKan stoves
means that you use less wood. Our fire
chambers, with their angular corners, are
designed to improve heat reflection and
thus deliver better burning. The hot precombustion
air (discussed above) also
adds to this high efficiency since the
outgoing flue gases are used again to produce
more energy which, at the same time, makes
the stoves cleaner burning by pre-combusting
pollutants to produce the lowest possible
finedust pollution.
Pre-heated combustion air ensures complete
burning and maximum use of the heating
gases.
Dan SKan stoves are burned and controlled
without the need for electricity to provide you
future-proof heating independence from a
cost-effective renewable resource – wood.
By using less of this cheap fuel your new
Dan SKan stove will quickly pay for itself,
many times over its lifetime!
10. MODERN MATERIALS
Only the best materials are used to build
a Dan SKan stove. in former times clay
firebricks were used for the fire chamber
lining but nowadays we use the improved
and highly heat reflecting Skamol panels
which are made from vermiculite, a naturally
occurring material. Skamol, as well as the
highly heat resistant ceramic glass we use,
both products originally invented for the
aerospace industry, contribute to the criteria
that the very best quality products should
feature.
Skamol…
for Heat
reflection
11. ALLERGIES AND HEALTH
Dan SKan stoves address current health
concerns. Woven fibre gaskets used in
other stoves, which deteriorate during use,
could introduce unhealthy glass fibres into
the living room air which unfortunately some
people with allergies could have a negative
reaction to, with possible long-lasting health
consequences.
That’s why Dan SKan only use abrasionfree
metal gasket or very tightly woven
tubular sealing on their stoves. For people
with house-dust allergy it is important that
you can easily clean or vacuum the
convection airways of the stove which move
the warm air around the room.
all Dan SKan convection backplates and
the side panels are very easy to remove and
will allow you to do this regularly and in a
matter of minutes.
71
12. FLUE OPTIONS
a top connecting flue will always
provide a better flue draught and
therefore better efficiency, but in
some installations a top flue may not
always be possible and a rear flue
may be the preferred solution. Many
Dan SKan stoves feature an easily
switched top (HT) and rear flue (HB)
configured option but some models
may only be flued from the top (HT),
so check this out before you make
your decision. an exposed top flue
pipe will also contribute heat to the
room. Please refer to local, national
and European building regulations on
installation matters.
13. ROOM HEATING CAPACITY
Dan SKan convection stoves are
designed to gently move warm air
around your living space and because
the minimum distances to combustible
materials are considerably
less than for traditional radiant stoves
their applications can be both
practical and safe, especially for
contemporary open-plan living.
The minimum and maximum heat
output range is shown on the table
on page 88. in addition some models
in the new MODErn linE range
feature a ‘heat sink’ option to provide
the release of stored heat long after
the stove has gone out.
Your authorised Dan SKan partner
will be happy to help and advise you
on the best heat output and stove
type for your living space.
DESIGN-QUALITY

DAN SKAN-AUTOMATIC
INTELLIGENT COMBUSTION CONTROL
CONTINUOUS CHALLENGE
inefficient and improperly burning stoves contribute to atmospheric
pollution, including the air that we breathe. good
combustion – meaning clean combustion, occurs at the
highest burn temperatures and when there is also effective
control of the combustion air.
Dan SKan designers have worked constantly to improve
combustion techniques and reduce CO, including fine dust
particulates so that all Dan SKan stoves are tested to, and
surpass, the strictest environmental standards making them
some of the ‘greenest’ stoves in the world. The unique design
of the fire chamber and the automatically controlled flow of the
primary, secondary and tertiary combustion air delivers very
clean and consistent burning ensuring that Dan SKan stoves
are as environmentally friendly as possible so that they can be
used and relied upon in the future. Our low hydrocarbons and
low fine particulates combined with the highest efficiencies
are the result of nearly four decades of continuous Dan SKan
research and development work.
INTELLIGENT STOVES
Dan SKan stoves feature pre-heated post-combustion
tertiary air, a particularly clean and environmentally friendly
improvement to the combustion process. The effects of the
tertiary air can be easily seen high on the flames at the top
of the fire chamber, through the cleaner windows and by the
exceptionally clean fire chamber linings. it is important to
remember that the prerequisite of clean burning remains of
course the use of dry fully seasoned wood with a moisture
content of less than 18%. The elimination of operator errors
through the intelligent and automatic control of the combustion
air also determines a higher level of efficiency.
HIGH EFFICIENCY
Dan SKan‘s automatic supply of combustion air, as well the
additional pre-combustion air delivers the correct amount of
combustion air at exactly the time that the fire needs it – for
example, the bigger a fire is then the more air that is required
to burn efficiently and burn off virtually all of the flue gases.
The intelligent Dan SKan stove simply regulates itself and
therefore offers three distinct advantages for the user and for
the environment:
1. Extremely low-emission combustion
2. Highest possible efficiency – less fuel used
3. Simplicity of operation that maximises the benefits of
points 1 and 2 above
72
AUTOMATIC TERTIARY AIR
The Dan SKan automatic combustion air flow opens when the
fire in the stove is large and closes when the fire burns down
according to the needs of the fire. all of the subtle adjustments
in between are carried out seamlessly – and automatically. Since
the pre-heated tertiary air is fed into the top of fire chamber it is
also used to ‘air wash’ the window to help keep it clean during
combustion.
Should you ever need to, the automatic system can be easily
reset from the original factory setting (about 11 o‘clock – see
diagram) to allow for individual installations and the strength of the
available up-draught. For example, if the stove burns too strongly
because of a strong up-draught then by using the correctly
sized spanner the automatic lever can be moved forward to the
12 or even 1 o‘clock position. This will ensure that the control of
the air flow will automatically open later in the cycle to contribute
to a slower burning process.
Turn clockwise to loosen the lock screw
Turn anti-clockwise to tighten the lock screw
AUTOMATIC COMBUSTION CONTROL OF CLASSIC LINE STOVES
Fire: Large Small Large Small Large etc
Auto: Open Closed Open Closed Open etc

i-AIR
FULLY AUTOMATIC INNOVATION
A MODERN LINE FEATURE
all Dan SKan MODErn linE stoves feature the innovative fully automatic
i-air system where the entire combustion process is independently and
automatically regulated from the pre-fire start to the dying embers at the
fire‘s end without the need for electricity.
as on the original ClaSSiC linE stoves, the heart of the automatic
system remains the proven and Dan SKan patented bimetal spring control
which now regulates primary, secondary and tertiary air to maximise
the stove‘s overall efficiency.
WHY AUTOMATIC?
Maximising highly efficient and environmentally friendly combustion
requires constant adjustments to the flow and levels of combustion air
– primary, secondary and tertiary, throughout the burn cycle. This would
be virtually impossible to achieve, even for a stove expert, as you would
need to constantly monitor the flame colour and character then regulate
the air accordingly – a time-consuming process! Only a test laboratory
could come close and only with the use of technically sophisticated
equipment.
When starting a fire a large amount of oxygen is needed to ignite the
combustible material as quickly as possible, which then needs to be
reduced to control the burn rate of the fuel so that it is not wasted – but not
too much so that nuisance smoke and soot is created if the fuel is starved
of combustion air. good regulation of the correct combustion air can
really only be achieved by using an intelligent automatic system which
will consistently supply the fire with the necessary air: Dan SKan i-air!
TOTAL CONTROL
i-air automatically regulates the air supply throughout the entire burning
process to get the best performance out of your fuel and stove so that
you don‘t have to. You can sit back and relax knowing that even the best
test results achieved in the laboratory are now easily achievable in the
home, maximising fuel efficiency and minimising the effects on the
environment.
MAXIMUM EFFICIENCY
i-air is a cost-effective energy-efficient combustion process that not only
protects the environment but can also save you money.
Dan SKan‘s patented i-air automatic system has been proven to extend
the fuel burn time and reduce emissions by controlling the fire chamber
temperature, which in turn results in lower heat losses.
300° C
0,3% CO2
Combustion curve without i-air
Combustion curve with i-air
CO emission without i-air
2
CO emission with i-air
2
73
Secondary air
Tertiary air
Primary air
ENVIRONMENT
PROTECTION

C
C
EX-AIR
BURNING WITH EXTERNALLY SUPPLIED COMBUSTION AIR
increasingly throughout Europe many Dan SKan stoves are being installed in ‘energy-saving’ or low-energy houses, which are
insulated to very high standards and where potential heat loss, and therefore the movement of air, is minimised. in germany they
have their own strict building standard covering external air known as DiBt with which the new Dan SKan MODErn linE stoves
comply. Each of our models feature an external air (also known as direct air) inlet option where a connection pipe is used to draw
combustion air from outside the house. The Dan SKan EX-air system automatically delivers tertiary air, which is pre-heated to
300º C as it travels through a series of channels into the combustion chamber where it then enters the after-burning process, just
above the top of the flames. This ensures that the fire chamber is not continuously cooled by the colder external air.
EX-AIR-1: CLASSIC SYSTEM WITH PRE-HEATED TERTIARY AIR
~120
� Ø 100
EX-AIR 2: EXTERNAL AIR SYSTEM WHICH DOES NOT USE
INTERNAL AIR
a
a
Patented
automatic
Tertiary air
Heat-Zone
Patented
automatic
Tertiary air
Heat-Exchanger
D.S. Patent !
D
D
~120
B
Ø 100mm
B
Each Dan SKan Classic stove has the option of supplying the external combustion
air from the base (a), where the 100mm diameter connecting pipe
can be concealed below the floor or hearth, or from the rear of the stove (B).
Outdoor air has the potential to be extremely cold so that pre-heating this air
supply is essential to ensure the efficient performance of fire chamber. Both of
these options allow a much longer time for the outdoor air to draw heat from
the rear of the stove as it moves through pre-heating channels towards the
inlet at the top of the fire chamber as normal room pressure pre-heated
Tertiary air (C).
Thousands of stoves with the Dan SKan EX-air-1 system have proven themselves
in low-energy or passive houses because, with this system, it means
that the stove acts like a potential pressure balancing safety valve. The external
air inlet at the base or rear of the stove, connects with the internal air via the
stove‘s convection system ensuring that excessive negative pressure in the
installation room, and the potential problems this could cause with the stove‘s
safe operation, are avoided.
if negative pressure is created in the room where the stove is located and this
pressure is higher than inside the chimney system, then additional air can be
fed into the room out of the convection aperture at the rear top of the Dan
SKan stove (D).
The EX-air 2 supplies combustion air via a sealed, ventilation and internal airindependent
system, and is especially suitable for modern low-energy houses
with high seal windows as well as doors and pressure balance control. This
system requires the installation of the Dan SKan patented air-BOX which
includes an integrated heat exchanger. The airBOX can also be added at a
later date since all Dan SKan stove back plates feature a pre-prepared laser
cut aperture which can be easily removed to allow the new connection. as
with the EX-air 1 system each stove has the option of supplying the external
combustion air from the base (a), where the 100 mm diameter connecting pipe
can be concealed below the floor or hearth, or from the rear of the stove (B).
Within the enclosed airBOX the combustion air is pre-heated by the integrated
heat exchanger at the rear of the fire box (D) before it is delivered automatically
in the correct amount, into the fire chamber as tertiary air (C). This
ensures a very high post-combustion air temperature in the upper part of the
fire chamber to feed the top of the flames and to make the stove operate with
much greater efficiency while also making it much cleaner burning. The highest
negative pressure is in the area just above the baffle plate and this allows the
pre-heated tertiary air to be efficiently drawn in.
When using the EX-air-2 system there is no need to use the pull control or to
open the stove door to supply combustion air when lighting a standard fire as
special air vents at the door sides provide the correct amount of air to get the
pre-fire started.
Please note: Some Building regulations do not permit ‘closing off’ the external
air supply, even when the stove is not being used. Please refer to your local
and national building regulations.
if this is prohibited, Dan SKan recommend that suitable precautions are therefore
taken to avoid potential condensation forming on the external air duct as
it enters the warmer room, for example insulating the air duct.
74

DIBt
SETTING THE STANDARDS FOR STOVES OPERATING
WITH INDEPENDENT EXTERNAL AIR
The german institute for Buildings (DiBt) gives technical approval only to those stoves which, having undergone official laboratory
tests, conform to its strict criteria for safe burning without the use of the surrounding air, thus relying solely on an external independent
air source to provide all necessary combustion air. The tests check for CO concentration (ppm) in the flue gases and the leak rate
(m³/h) at 10 Pa after thermal and mechanical stress. For example, this includes testing the stove‘s door seal for air-tightness after
being opened and closed for a minimum of 6,000 times. all Dan SKan MODErn linE stoves conform to DiBt criteria.
APPLICATIONS
DiBt approved stoves need to be connected with a well sealed external air connection which has a valve mechanism to close the
external air off when the stove is not in use. approved stoves can only be installed in rooms where it is proven that even with air
removed from the room by, for example, ventilation fans, extractor cooker hoods, hot-air heating systems and air dryers etc it is
guaranteed never to be less than 8 Pa negative pressure in the room or house.
The ideal pressure for the operation of a stove is 4 Pa and this is generally to be desired. it is also important that all flue pipe and
flue system connections are also well sealed. important: Please check your local and national building regulations to ensure that
your proposed installation conforms.
AIRBOX: THE BENEFITS OF THE PATENTED AUTOMATIC AIR
REGULATION AND HEAT EXCHANGER
Cold air, drawn in from outside, should always be heated before arriving into the combustion chamber, in order to maintain the fire
chamber temperature which will ensure clean and efficient burning. External air can sometimes be extremely cold, often with
freezing temperatures, and would make the stove burn poorly, possibly even putting the stove out, and also making it burn dirty so
that it could fail today‘s environmental and emissions standards.
Our patented airBOX (which heats the air at the rear convection area of the stove) combinded with our intelligent automatic air
regulation system outlined earlier, enables you to get the very best out of your Dan SKan stove and fuel every time by supplying
the fire chamber with the optimal quantity of air at a highly efficient pre-combustion temperature.
SITE REQUIREMENTS
The external air supply to the rear or base of the stove should be delivered through a 100 mm diameter duct provided that there is
only one bend and that the distance to the outside air is less than 5 m. all joints should be well sealed. Should the distance be greater
or the route require more than one bend then a 150 mm diameter duct must be used only reverting to 100 mm diameter when close to
the stove connection point.
Subject to local and national building regulations this duct should feature a shut off valve close to the outside air end to prevent cold
air entering the house when the stove is not in use.
The installation of a Dan SKan stove incorporating the airBOX system within a house with a heat recovery system must comply with
local and national building regulations ventilation requirements. Please consult your installer or Dan SKan partner who will be able to
advise.
BASE INLET LOCATION
it is recommended that the location of the base air inlet opening to take the 100 mm diameter external air duct should be positioned
at the centre rear of the stove beneath the stove base – see the diagram of a typical stove base floor plan.
VSK
Connection
pipe with
flap
75
WSK
wall mounting
connection pipe
with flap
Stove plan showing location of
base air duct for Classic line
�100
�100
GROUND OPENING CENTERED!

THE FLUE SYSTEM…
…THE ENGINE OF THE STOVE
FLUE DRAUGHT AND COMBUSTION
There are three important considerations necessary to maximise the
performance of your stove:
1. Perfect post-combustion with pre-heated air – automatic tertiary air.
2. The correct fuel – good burning, well-seasoned wood with less
than 18 % moisture content.
3. a flue system with good up-draught – the ‘engine’ of the stove.
a stove does not produce its own up-draught. This is created through
differences in air pressure between the inside of the house and the
pressure of the outside air caused by the difference between the two
temperatures causing the normally warmer internal air to rise through
the flue system. a chimney with the wrong dimensions (ie a much
greater cross-section than the stove flue outlet) will hinder the development
of good up-draught. Weather and atmospheric conditions will
also affect the draught performance.
all Dan SKan stoves are manufactured using the latest laser technology
to create a uniform quality criteria to ensure that they all deliver
the same special high performance combustion, but like a car this performance
will very much depend upon a good engine and good fuel.
SIMPLE PERFORMANCE TESTS
if you want to test the performance of the stove yourself, try the
following simple tests:
1. Safety Match Test for Up-draught
When the stove is cold, open the stove door – just a small gap, and
then hold a burning match just in front of the gap (about 50 mm / 2").
if the flame is drawn into the fire chamber, the flue system has updraught.
However, if the flame is not drawn in, or is pushed outwards
into the room then the flue could have no up-draught at all or possibly
a down-draught problem. if the match is drawn in so strongly that it
goes out, then you probably have very good up-draught.
2. Ash Pan Fire Test for Air Wash Function
With the ClaSSiC linE, again, when the stove is cold, fully open the
pull control, then open up the ash pan and place crumbled-up
newspaper inside it. after setting the paper alight, quickly close up
the ash pan, making sure it is fully closed. You should see smoke,
firstly coming out of the lower air wash channels (towards the base
of the window) and eventually coming out of the upper air wash
channels. This demonstrates that the air wash channels are open
and functioning properly.
3. Soot Test for Fuel Quality
Should you see persistent carbon deposits on the fire chamber fittings
or darkening of the glass then we recommend that you undertake
the following simple visual checks. remove the Skamol panel or
‘lid’ at the inside top of the fire chamber or alternatively remove the
inspection hatch on the flue pipe. Check for the build-up of flakey
soot / carbon which may also have an unpleasant acrid smell would
be a clear sign that poor quality or damp fuel has been burned.
These deposits could eventually ‘fur’ up the flue system, reduce the
up-draught, or potentially cause a chimney fire. a fine covering of
dry ash powder which can be easily rubbed away with your finger is
perfectly normal.
CORRECT DIMENSIONS OF THE CHIMNEY / FLUE
SYSTEM
The prerequisite for a proper functioning stove is the suitability of the
chimney or flue system (minimum cross-section, effective stack height
and positioning etc.) which should conform to all local and national
Building regulations – Document J for England & Wales (Scotland and
northern ireland have their own versions) and approved Document J:
Heat Producing appliances for the republic of ireland.
Chimneys with a cross-sectional internal diameter of more than 200
mm (8") and / or less than 5 m (15") stack height measured from the
top of the fire box could cause draught problems.
in our experience the simplest and most cost-effective way to reduce
the cross-sectional diameter of an existing chimney is to fit an
approved solid fuel flexible chimney liner of approximately 150 mm
(6") diameter.
Your installer or Dan SKan partner will be able to advise you on
this as well as various methods to compensate for insufficient stack
height and poor up-draught. a chimney or flue system which matches
the flue outlet diameter of the stove combined with a flue height of
more than 6 m (20") is advantageous and strongly recommended.
The chimney or flue system internal pressure should ideally reach at
least 11 or 12 Pa.
HEATING IN THE TRANSITION BETWEEN SUMMER AND
WINTER
in the autumn air temperatures can vary extremely quickly and this
could adversely affect your flue draught and the performance of your
76
stove, making it difficult to light the fire and making it very slow to burn
as normal. For example, a sudden rise in temperature will disturb the
pressure balance that normally makes the flue work so that the flue
gases find it difficult to rise. Strong winds can have a similar effect and
is most noticeable when opening the stove door to add fuel.
if in doubt always try the safety match test discussed above. Using
this method you can easily see whether you have sufficient up-draught
or if there is likely to be a down-draught problem.
in such instances we always recommend lighting with the ‘top fire’
method described on the inside back cover of this brochure and with
a larger than normal ‘pre-fire’ to help get the draught moving in the
right direction.
it is important that before you light the larger pre-fire you open a
window or door (in the opposite direction of the wind) so that a lower
pressure can be quickly achieved in the room where the stove is
located than that in the flue system. Once your fire begins to burn
normally then the door or window should be closed.
MAINTAINING A CLEAN BURN
To maintain a high performing clean burning stove you must ensure
that the flue gases always move through the chimney or flue system
as quickly as possible limiting anything which might slow them down
and therefore cool the gas and smoke to the point where they can
create creosote and soot deposits which will further enhance the
slowing and cooling process. We recommend that the flueways are
cleaned by an experienced chimney sweep at least once a year
and preferably before the beginning of the heating season. The
performance of the air wash system and its ability to maintain a clean
glass, both up and down, will also depend on the speedy removal of
the flue gases through a flue system which has a good up-draught.
Smoke escaping from the stove into the room during reloading could
indicate that you have a temporary problem with the weather
conditions. Persistent smoke escape could indicate a problem with
the flue system, possibly sooting up, and this should be investigated
as a matter of urgency by the installer or chimney sweep. if you plan
to use an existing chimney which has a much greater cross-sectional
area than recommended by Dan SKan (see page 85) then it is probably
advisable to choose a stove with double doors, where only one door
needs to be opened for refuelling, thus limiting the disturbance to the
fire chamber pressure and up-draught.
ENCOURAGING FLAMES
a good chimney draught depends on good flames. Without heat
producing flame the up-draught is limited and so too is the air wash
performance.
remember that poor burning woods (eg laburnum, leylandii etc)
and damp or unseasoned wood with a moisture content of more
than 18% will produce a lot of smoke and soot as well as a very poor
flame. Slow burning hardwoods, such as Beech and Oak, work better
when started with some highly flammable wood such as Spruce or
Pine to encourage the flames.
Beech wood contains a lot of tar and is better mixed to help reduce
the sticky black spots it may leave on the glass, which even our
superior air wash system will find difficult to clear.
if the fire has burned down so that only a few embers are left, when
any new fuel is added, always open the glass door slightly to encourage
a strong up-draught which will perform like a blacksmith‘s
bellows and quickly help the new logs to light. This should only take
a minute or two and then the door should be closed to avoid dangerously
over-firing the stove.
PROMOTING A GOOD UP-DRAUGHT
always start your fire with a good starting or pre-fire – this will save time
in the long run (see the inside back cover for our ‘Top fire’ instructions).
Only when the whole system, the stove and the chimney, have good
basic heat throughout, can the correct conditions for an efficient
up-draught and clean burning be achieved. Only a warm system can
supply sufficient up-draught.
When it is very cold outside then the bigger your pre-fire should be so
that the rising hot gases from the pre-fire quickly warm the flue system
to encourage a good up-draught – just like starting an engine!
if your chimney or flue system performs poorly then you may be able
to improve this by reducing the size of the baffle plate by trimming a
little bit at a time from the front edge until you arrive at the best ‘setting’.
The Skamol baffle plate can be easily cut using a manual saw or
electric jig-saw. You can even try operating the stove without the
baffle plate.
This will be safe because your Dan SKan stove is manufactured to
the highest standards so that the bodywork will easily withstand the
heat and still remain perfectly stable.

HEATING WITH WOOD
TIPS FOR THE ENVIRONMENTALLY-CONSCIOUS
STOVE OWNER AND HEATING EXPERT
THE ENVIRONMENT
Burning wood in a modern clean-burning stove is as close to being
environmentally friendly as it‘s possible to be. approximately 80 %
of the pure wood is converted into gas and only the natural components
of the original tree – water, carbon dioxide and minerals,
are released into the atmosphere.
When wood is correctly burned it only sets free the original CO ²
that the tree captured and converted while it was growing, making
it essentially a ‘carbon neutral’ fuel, unlike fossil fuels which only
add to the greenhouse effect. When you burn wood you are merely
accelerating the decomposition process that would happen in
nature anyway, but you get the joy of all that heat!
FINE DUST AND OTHER PARTICULATES
Burning wood, wood pellets or similar in poorly designed or outmoded
‘unclean’ stoves and open fireplaces will unfortunately produce many
harmful and unhealthy particulates. Since the new, more stringent air
quality standards of BimSchV (germany) which covers fine particles
emissions, all Dan SKan stoves are tested to ensure sustainable
and thorough combustion in order to produce very low particulate
emissions, thus minimising any potential danger to health.
This ensures that your Dan SKan stove is as clean-burning as
possible.
THE RIGHT FUEL
The efficiency of your stove really does depend on choosing the
correct wood fuel. Fresh (‘green’) or damp wood will not provide much
heat, will not burn well and will produce excessive smoke and soot
inside your stove and chimney or flue system. Dry wood will always
burn well providing it has an average moisture content of less than
18 %. The drier the wood then the greater the calorific heat value.
Softwoods are generally more flammable and therefore have the
advantage of producing a good flame very quickly, which is necessary
for pre-fires and helping slower burning hardwood logs to catch
fire. a good bed of glowing embers is important to promote
combustion during refills.
The drier the wood, then the higher the proportion of lignin it contains
and the higher the heating value it has when burned. Woods
which are rich in tannin have a lower heating value and produce
much more soot which will dirty your stove and flue system than
wood which is easily flammable.
Our favourite is Birch because of its excellent rich flames and its
long burn time, making it ideal for burning in stoves.
after drying in the summer wood can be very dry and therefore
more susceptible to drawing in moisture from the damp autumn
air so it is always good to bring wood indoors for final drying up to
two to three weeks before finally burning.
Finally, always try to source your wood locally to minimise the
impact transporting it has on the environment.
77
HEATING VALUE: kWH
Wood Type
Solid Cubic
Metres
Cubic Metres Kilograms
robinie 3.000 2.100 4,1
ash 2.900 2.100 4,1
Oak 2.900 2.100 4,2
Elm 2.800 2.000 4,1
Beech 2.800 2.000 4,0
Birch 2.700 1.900 4,3
Maple 2.600 1.800 4,1
Pine 2.300 1.700 4,4
alder 2.100 1.500 4,1
Spruce 2.000 1.400 4,5
Willow 2.000 1.400 4,1
Poplar 1.700 1.200 4,1
HEAT OUTPUT
The efficiency of a good stove depends not only on the right fuel,
but also on the correct design of the bodywork and the combustion
air technology within it.
To derive the heat output and efficiency of a stove the number of
logs burning at the same time is considered. as a rule of thumb a
good wood fuel log will transmit about 2 kW of heat to a room. For
example a stove rated at 7/8 kW output with only 2 logs burning
would therefore only produce around 4 kW of heat output.
COMBUSTION AIR
The supply of combustion air within the stove‘s fire chamber is
critical for efficient and clean burning performance. For nearly four
decades Dan SKan have been developing the best way to target
combustion air around the fire chamber to produce beautifully efficient
clean-burning flames. Here are the three different ways…
1. PriMarY air: Primary combustion air is
mainly used for mineral fuel fires, for example
coal. it is delivered from under the riddle grate
and directed through the grate into the fuel.
2. SECOnDarY air: Secondary combustion
air provides the main combustion air for wood
fuel. in a Dan SKan stove the secondary air
is pre-heated before entering the fire chamber
to keep the fire chamber temperature as high
as possible for effective and clean-burning
performance.
3. TErTiarY air: This third type of
combustion air is post-combustion air, which
is automatically let into the fire cham-ber
above the top of the flames by the patented
Dan SKan i-air system discussed earlier
and is the main reason for Dan SKan‘s
exceptionally low fine particle values.
HEALTHY HEATING
When choosing your new convection stove
bear in mind that a small stove body working
very hard could overheat, whilst a stove with a bigger body will
provide a gentler heat – a healthier and softer warmth. Your Dan
SKan partner will be happy to advise you on best heat output of
your new stove after consideration of your room and lifestyle.

HEAT STORAGE
STOVES WITH HEAT STORAGE ELEMENTS
In recent years heat storage stoves have experienced a renaissance,
partly due to the rising costs of alternative forms of heating
a home – but that‘s not the only reason. Modern houses are much
better insulated and therefore need less heating energy to keep
them warm. The captured heat which is gently released from a
stove with ceramic or stone heat storage elements can be, for
many people, sufficient to meet a lot of their heating needs as well
as being a very pleasant form of heat.
However, there is a misleading impression given today that the
use of heat storage elements make a stove more efficient – which
we‘re sad to say is not the case. While there is no doubt they do
provide a practical heating solution, they do not increase the heat
efficiency, merely delay the release of heat that would have been
delivered anyway.
Efficiency is determined by the energy yield from the fuel burned
in the fire chamber – whether it‘s radiated, convected or released
through a heat storage mass.
STEEL BODIED STOVES
A typical convection stove with a steel body and without any heat
storage elements will deliver direct heat quickly into the room.
With the recommended full fuel load burning the stove will transmit
the highest heat output but, as the fire burns down, then the heat
transmission is also reduced because the stove does not have a
heat sink only the thermal mass of its bodywork. During the stove‘s
operation the heat output develops the following way:
• Large fire = high heat output
• Small fire = lower heat output
The heat output curve during a normal operation period will therefore
have its ups and downs as fuel is reloaded. However, this
curve can be significantly altered by heat storage.
HEAT STORAGE STOVES
Convection stoves are normally not designed to include a space for
a heat storage mass – there simply isn‘t the space inside the traditional
format, and until recently there just hasn‘t been the demand.
The heat storage capacity of a stove, say with with stone or ceramic
heat storage elements, is determined by the mass and specific
weight of the heat storage material. The greater the mass then the
greater the heat storage potential and the longer the heat will last.
The big advantage of a stove with additional heat mass is that the
stored heat ‘irons out’ the peaks and troughs associated with stoves
without heat storage, discussed above. So when the fire is large the
heat is transferred to the heat mass and when the fire is small, even
with only the burning embers left, the saved heat is released into the
room. Stoves with heat storage elements thus have a linear, consistent
heat output, making them very comfortable to live with.
HEAT TRANSFER
With or without heat storage elements
without… without… without…
with… with… with…
large... small... large... small... large... etc.
HEAT STORAGE MATERIALS
Thermal mass is the ability of a material to absorb heat energy. A
lot of heat energy is required to change the temperature of high
density materials like Soapstone (traditionally used for heat storage)
and so these materials are described as having a high thermal
mass. Conversely lightweight materials, such as timber, have a
low thermal mass. Thermal mass acts like a thermal battery which
stores and re-radiates heat.
However, heat storage elements should also demonstrate good
thermal conductivity by allowing heat to flow through them. For
example Stone is a good conductor of heat but if conductivity of a
material is too high (for example steel) then the energy which was
quickly absorbed will also be given off too quickly to create the
beneficial time delay essential for heat storage stoves.
As the heat storage material absorbs the heat from the stove,
especially at the peak of the burn cycle, energy waste is eliminated
78
and later, with the time-delayed heat release, all of the heat produced
is delivered to the room. Ceramic, Sandstone and similar
materials, with their lower thermal conductivity, need longer to get
fully ‘charged’ with energy, but as can be seen from the table, they
have the advantage that they release their energy slowly too and
make an excellent and attractive alternative to traditional soapstone
heat sinks.
Material
Gross Density
kg/m 3
Basalt Lava 3000 3,0
Soapstone 2980 6,4
Granite 2800 3,5
Sandstone 2400 2,1
Ceramics (dense) 2400 2,1
Thermal
Conductivity λ
TECHNICAL INFORMATION
Different heat requirements can be fulfilled by choosing materials
with different densities and thermal conductivities. The more dense
a material is then the greater is its specific weight. The time based
conductivity of the material is determined by the composition of
the material. The higher the λ-value is then the better the conductivity.
So, fast thermal conductivity, for example high density steel,
produces a shorter thermal wave. It is materials such as soapstone
with longer thermal waves that show a greater time-delay.
HEAT RADIATION
Critical for healthy heating is heat which is equally distributed
throughout the living space and not the intensely high heat which
is radiated from a traditional stove. The intensity and the high
thermal conductivity speed (high λ-value) is consequently not the
best solution for effective and comfortable stored heat. Even if the
convection channels of a stove were closed up you would not get
a higher heat output either. Heat which would therefore not get
to the room through the convection channels is only time delayed
through the heat storage value of the heat storage material.
STORAGE CAPACITY
As a general rule one can say that the more mass and surface
storage a stove body has, then the more heat can be absorbed
and then released later and it is the thermal conductivity of the
bodywork and heat sinks that determine the time delay of released
heat. Be wary of unsubstantiated claims of 'post heating' periods
of 15 hours or more which are probably misleading – simply compare
the overall weight of the stoves and the materials used for the
heat storage. Heat storage stoves can only release to the room the
heat that was originally absorbed. The more mass and the longer
this mass is heated then the longer the time span this heat can be
released to the room. 30 to 40kg of heat storage mass would typically
require around 1 hour of pre-heating.
SPOILT FOR CHOICE
DAN SKAN now offer you an attractive choice of highly efficient heat
storage stoves with a number of alternative heat mass materials and
finishes, not only designed to fit in with your interior decor but your
lifestyle too.
We can be happy that nowadays we live in better insulated houses,
in which heating with wood is a realistic as well as comfortable
choice, that will save money general heating costs. The good news
is that heat storage has made the choice to heat with wood even
more attractive.

TIPS FOR STOVE OWNERS
FROM THE HEATING EXPERTS
STARTING TO USE YOUR NEW STOVE
To get the best out of your new stove it must be 'run-in' like a car.
The first five burns should be taken gently, starting with a small fuel
load and then building to a full fire load, allowing the stove to get
cold again between each firing. This is especially important if your
stove has ceramic panels. These need to avoid thermal shocks as
they build towards their function as heat exchangers.
at the start you will not yet have a bed of heat-reflecting ash in
your new stove, so on the first firing you can use some garden
earth to cover the middle grate to help make it air-tight, otherwise
the Dan SKan air wash system will not perform the way that it is
meant to. Each time the stove is burned and it reaches
a new higher temperature than before you may see light smoke
coming from the stove and smell paint fumes. This is perfectly
normal as the bodywork paintwork begins to cure. avoid touching
any paintwork when it is hot, even when wearing a heat resistant
glove, until it is fully cured. During 'running-in' you should ensure
that your room is well ventilated by opening a door or window to
the outside air.
ALWAYS LEAVE WOOD ASH IN THE GRATE
a well cared for stove will bring you the greatest pleasure.
However, this does not mean that the fire chamber has to be
cleared of wood ash every time you light a new fire – on the
contrary: wood fires burn much better on a bed of heat-reflecting
ash. always leave a bed of old ash approximately 50mm (2") deep
as this, along with the riddle grate in the closed position, will provide
the 'grateless' burning that wood fuel needs and also ensure
that your stove's air wash system will be fully functional. The bed
of wood ash will help protect the cast iron grate from over-heating
and prolong its lifespan. never allow the ash pan to overfill so that
the ash touches the base of the grate, as again, this could overheat
the grate.
AVOID THERMAL SHOCK
One of the practical features of many Dan SKan
stove models is the ability to use them for cooking
and warming food. However, care should
be taken to avoid placing cold saucepans and
bowls etc directly on to any of the stove‘s hot
surfaces, including ceramic and stone, as this
could cause them to crack or break due to the
sudden temperature change or localised and
uneven build-up of temperature around the
vessel footprint. always use a metal trivet or
‘coaster’ which will provide a small air space
between it and the stove.
Dan SKan trivets with metal feet, are available
in the original stove bodywork colours of black (S) or grey (g).
Please also remember, that underneath Dan SKan stone baking
trays and top plates fire rope should be placed to provide a small
air gap which will also allow for expansion of these panels and help
avoid potential cracks and breaks.
CLEANING THE GLASS
Dirty windows and fire chamber walls are usually a consequence of
a lack of combustion air (fire burning too low) or the use of damp
or unseasoned wood and you should always try to investigate and
remedy such problems.
all Dan SKan stoves feature extremely tough ceramic glass which
can be easily cleaned without using chemicals or proprietary cleaners
by gently rubbing the stained area with fine wire wool, (no. 2
or no. 3 grade only) which incidentally, is actually softer than the
surface of our ceramic glass. at the end of the burn cycle your
stove may occasionally leave some light soot on the glass and,
provided the wood fuel used has been perfectly dry (with a moisture
content of less than 18%) you should be able to rub this
sooting off with a bit of ash and some newspaper or kitchen roll.
S
g
79
You should do this each time you start a new fire to ensure that
your view of the wonderful flame patterns your Dan SKan produces
remain undiminished. Healthy heating with a high percentage of
radiant heat is possible with a Dan SKan stove by incorporating
heat storage elements such as our optional ceramics or natural
stones which will convert the intense heat of your steel stove to a
soft, more pleasurable, radiant warmth.
HEALTHY HEATING
Some people find that very dry warm or hot air in their living room
makes them feel uncomfortable. replacing some of the humidity in
the room should help avoid this, as well as avoiding room temperatures
which are too high.
a water-filed teapot or suitable humidifier placed on the stove
surface (remember the trivet) will gently evaporate and raise the
humidity level in the room as desired.
FRIENDLY TO ALLERGY SUFFERERS
Dan SKan stoves are very friendly for allergy suffers. Unlike most
other stoves, on a Dan SKan stove the convecting back plate
and side panels can be easily removed and the convection area
thoroughly cleaned from dust, which would otherwise be moved
around the room on the air currents.
PRECIOUS WOOD ASH
Once you‘ve extracted all that valuable heat from your wood fuel
the ash that is left (and after burning a cubic metre there will only
be around 2 to 4 kg of it) will still of be value in your garden.
ash from wood makes a great fertiliser because of all the precious
potassium, calcium, phosphate, manganese and iron that it
contains and that plants need.
FLUE PIPES
Where the installation allows, your stove will work better with a
vertical top fitting flue pipe that is a minimum 600 mm high to
provide a good ‘run-up’ for the flue gases. This pipe will also
deliver some additional radiant heat into the room before the hot
gases depart from the heating process via the the chimney or flue
system. an inspection hatch is also recommended in this section
of the flue system. Dampers may only be retro-fitted to cure strong
up-draught problems and must only be specified and fitted by a
suitably qualified installer who will ensure that the installation
complies with local and national building regulations. The photographs
in the Dan SKan guide book are for illustrative purposes only and
may not necessarily comply with your local and national building
regulations.
CLEANING THE CERAMICS
it is important that ceramic tops and panels are not cleaned when
they are hot as the craquelure (the glaze crazing) will have expanded
and matter which is intended to removed could be rubbed into the
tiny gaps. Use a soft cloth and a mild household soap and avoid
abrasive products.
HOW TO TAKE CARE OF NATURAL STONES
natural stones should only ever be cleaned with a moist cloth and
with a hint of mild washing-up liquid. Soapy deposits can then be
rinsed off with a clean moist cloth. acetone can be used for severe
grease stains but always select a discrete test area and ensure that
it dries out normally before proceeding, making sure that it does
not come into contact with any of the painted surfaces.
Soapstone has a lot of talcum in its composition and is therefore
quite soft and liable to scratch. Small scratches can be disguised by
using a graphite pencil and gently rubbing in to soften the colour. it
may be possible to remove slightly deeper scratches by gently
sanding these with some water and very fine surface wet and dry
sandpaper. again try these on discrete test areas.

CLASSIC LINE STOVES
PLANNING INFORMATION
B = Overall width of stove in cm / T = Overall depth of stove in cm
ALPHA / NOVO SOLO
CRISTAL
B = 52 / T = 42 B = 52 / T = 42 B = 54 / T = 45
HARMONY
B = 55 / T = 45
PRISMA
RR
RONDO CL
RONDO N
TOPO SWING / TWIST
B = 57 / T = 45 B = 57 / T = 48
B = 59
T = 45
B = 62 / T = 52
80
KARAT
DOM N / CLN
B = 62 / T = 47
B = 62
T = 50

MODERN LINE
STOVES
CONCEPT M 1:10
PLANNING INFORMATION
Planning Information
Minimum distnce to wall:
- 7 cm to non-combustible
materials
- 20 cm to combustible
materials
>7 or 20 cm
Minimum distance to
combustible materials
from side panels
> 20 cm
Minimum distance to
combustible materials
from double side windows
> 55 cm
FH = External air:
height between floor and fire chamber base
DANNE = 13 cm
DANA / DANO / MODA /
MODO = 26 cm
DANOS / MODUS = 43 cm
NURO 100 = 21,5 cm
NURO 120/160 = 38 cm
HB
FB = External air:
height to centre of connection apertre on rear
DANNE = 5,5 cm
DANA / DANO / DANOS
MODA / MODO / MODUS /
NURO 100= 13,5 cm/
NURO 120/160 = 17,5 cm
FH FB
D+M
N
81
HT
M 1:20
D+M= / N=
D and M = Three Quarter
Round Stoves
N = Full Round Stoves
Base Plate for D, M and N
Series Stoves
D+M= / N=
D+M=
N=
HT = Height for top flue connection
DANNE = 85 cm
DANA / MODA = 98 cm
DANO / DANOS / MODO /
MODUS = 115 cm
NURO 100 = 93,5 cm
NURO 120/160 = 110,5 cm
HB = height to centre of rear flue
DANO / MODO = 108 cm
NURO 160 = 127 cm
Under-floor external air connection in centre of base
*
D+M=
N=
*External air inlet centre
Flue pipe diameter: 15cm (6“)
External air duct diameter: 10cm (4“)

H 1
H1K H2 H
FLUES H 1 AND HEARTH H1K H2 PLATES
H2K H3
K H2 H2K H3
H 1
H1K H2 V0 H2K (12,5)
H3
K1
2
H2K H3
K2
HV2
W5
HV1
V0 (12,5)
H 1
V0 (12,5)
V1 (25)
V1 (25) K5
K4
V2 (50), V3 (75), V4 (100)
K2
HV2
H 1
H1K H2
DESIGNED SPECIALLY FOR YOUR DAN SKAN STOVE
Dan SKan produce a range of precision made flue pipe components, in black or grey to match your stove bodywork colour,
which have been tested to the highest European standards for the safe operation of your stove and to ensure HV1 your safety.
They have a simple elegance to match your Dan SKan stove that other flue pipe components simply do not possess.
V0 (12,5)
K1 V1 (25)
V1 (25)
V2 (50), V3 (75), V4 (100)
V0 (12,5)
CUTAWAY GLASS PLATES
V2 (50), V3 (75), V4 (100)
VPgl-Ml
B = 112 / T = > 50
D-MODEl
M-MODEl
n-MODEl
B = Overall Width (cm)
T = Depth to front of stove (cm)
HV2
V0 (12,5)
K1 V1 (25) K4
H1K
K1
HV1
HV1
H2
HV1
K1
HV2
K2
K4
V2 (50), V3 (75), V4 (100)
H2K
K2
K4H3
K
V1 (25)
HV2
V2 (50), V3 (75), V4 (100)
HV2
HV2
W5
W5
HV2
HV
W5
V2 K5 (50), V3 W5(75),
V4 (100)
HV2
K5
K5
HV1
K1 K2
HV2
alPHa
SOlO
nOVO
HarMOnY
W5
Dan SKan precision cut soft edged glass base plates are both beautiful and practical and allow you to minimise the visual interruption
of the stove‘s hearth plate on a decorative floor. The tested temperature at the base of a Dan SKan stove is a maximum
of only 50º C – less than the temperature of a central heating radiator, so that a Dan SKan stove could safely sit directly on a
wooden floor. The real beauty of a Dan SKan cutaway glass hearth is that it can be easily lifted up so that the floor can be kept
clean underneath. There‘s a cutaway hearth for most models in the Dan SKan Classic range and all of the new Modern line
range. Each one will fit snuggly against the front of the stove like two pieces of a jigsaw coming together. Please note that all stove
hearths are subject to local and national building regulations.
FULL HEARTH PLATES
VPgl-anS / + H
B = >110 / > 50
82
TOPO
TWiST
VPgl-TT
B = 110 / T = > 50
HV2
K5
K4
VPgl-r
B = 120 / T = > 50
rE = rectangle / EW = corner – angle / Hr = rectangle – semi circle / Tr = corner – teardrop
100 x 120 110 x 110 100 x 110/120 110 x 110
Measurements shown are in cm
rOnDO Cl
rOnDO n
Dan SKan also give you the option of traditional
base plate format where the stove is positioned on
top, making it easier to comply with some of the
stricter building regulations. apart from soft edged
plate glass you also have the choice of steel plate
or moulded slate effect resin – each available in five
different footprints. Each of the options are both
practical and safe and will add the perfect finishing
touch to your new stove installation.

SOME INSTALLATION SUGGESTIONS
The Dan SKan range of hearth plates and corner plates means that you can maximise the potential of your stove‘s location very
simply anywhere in the room – even in corners without compromising the finished look. Flue pipes and flue systems are subject to
local and national building regulations.
83
Storage for logs

OPERATING INSTRUCTIONS
AND INSTALLATION TIPS
1. GENERAL INFORMATION
Dan SKan stoves are designed to minimise visual disruption
so that you get a complete view of the fire. From the very tips
of the full flame pattern right down to the burning embers, our
big windows are designed to maximise the pleasure you can
get from seeing a beautiful heart-warming and welcoming fire
as the focal point in your home.
Dan SKan‘s technically advanced stoves have been developed
for nearly four decades with wood burning in mind, however
because of their superior construction and the quality of
the materials used they are therefore equally at home burning
other fuels including wood briquettes and pellets, brown coal
briquettes and smokeless mineral fuels, if used carefully.
Materials such as plastic, chipboards and plywoods, as well
as other refuse materials, should not be burned in your stove
because they could damage the stove, flue system and the
environment and in many areas it is illegal to burn them
because of the nuisance smoke they produce.
2. COMBUSTION AIR SUPPLY
Dan SKan stoves make it really easy for you to control the
supply of combustion air, with the simple central pull control on
the front of the ash tray. This supplies primary air through the
ash tray and up through the fire grate to the fuel.
The secondary combustion air is washed over the glass at both
the top and bottom through vents around the door frame and
the automatic bimetal control supplies the required amount of
post-combustion tertiary air into the flue gases to create an
efficient after-burn.
Primary, Secondary and Tertiary air all regulated with one
simple control.
3. OPERATING SAFELY
although our stoves offer you ‘built-in’ automatic intelligence
you must still ensure that the riddle grate is completely closed
and that the ‘bowl’ of the riddle grate always has a good covering
layer of ash.
The pull control should always be open. if excessive flue
draught identified it can be controlled by including a draught
stabiliser or ‘damper’ within the flue system but this should
only be retro-fitted by an approved installer.
Basic setting for wood burning:
1. Pull control open … 2. Riddle grate closed!
4. BURNING WOOD
good wood combustion is only possible through a sufficient
supply of combustion air and this is why on Dan SKan stoves
the pull control flap should be open (pulled outwards) and the
riddle grate closed (handle pushed in).
additionally there should always be a minimum 50 mm (2")
layer of ash on the fire chamber floor and in the riddle grate
bowl to provide a heat-reflecting air seal which benefits the
combustion of wood.
• Grateless burning = environmentally friendly!
Burning like this forces the fire to take its combustion air
through the stove‘s air wash channels which in turn enhances
the effectiveness of the glass cleaning process to ensure a
clear view of the fire.
84
4a. THE STARTING FIRE (the pre-fire)
The performance of the flue draught can often be affected by
adverse weather conditions and in such cases it is advisable
(and easier in the long run) to warm the flue and kick-start the
up-draught with a quick paper or dry wood shavings fire to
expel the column of cold air.
if you are experiencing problems with your flue draught then try
opening an external window or door in the room (in the opposite
direction of the wind) at the beginning to help compensate for
any unusual pressure differences which could be affecting the
up-draught.
Once you are sure that the chimney is drawing you can then
build the starting fire with 3 to 5 logs and kindling paced on top
of these logs – this is known as a ‘top fire’ start.
To ensure a quick start you need to maximise the combustion
air by fully opening the pull control and leaving the door slightly
ajar until the wood is burning well. never leave the stove
unattended while the door is open.
if your stove is fitted with a direct or external air source then it
as advisable to keep the door closed, even at the start.
Once the fire gets stronger, so too will the up-draught enabling
the automatic air system to be activated.
TOP firE =
Wood logs piled parallel
to the glass door!
in MODErn linE stoves, because of the i-air system, it is not
necessary to open the stove door to provide starting air. This is
the same for ClaSSiC linE stoves which are fitted with the air-
BOX. remember, that to successfully operate with external air
the industry standard negative air pressure of 12 Pa is needed.
4b. THE HEATING FIRE
after the starting fire has burned for about 60 minutes and is
burning strongly you can then add more dry wood logs. The
Skamol fire chamber linings should be soot-free which will
indicate that the wood fuel is dry enough and that the appropriate
combustion temperature has been reached.
if you had the door slightly opened for starting the fire, you can
then close it.
Having a good layer of burning embers ensures an efficient
burn and the minimum use of wood logs to keep the fire burning
effectively. The pull control has to be open to ensure that
the combustion air is then taken from the air wash system to
help keep the glass clean.
• Pull-control fully open and riddle grate fully closed
With the full heating fire the Dan SKan automatic opens the
combustion air supply completely to maximise pre-combustion
air. now everything is working in harmony – the flue, the automatic
system and the air wash – ensuring that your stove is
controlled automatically to reach the highest efficiency and at
the same time, with very clear glass!
important: When refuelling or if the fire has burned down and
there are no flames (re-start as in point 4a) again leave the
stove door open slightly to create a ‘bellows’ effect.
With ClaSSiC linE and MODErn linE stoves operated with
an external air supply there is no need to leave the door ajar as
the airBOX or i-air system will automatically supply the extra
air that is needed.

4c. RE-FUELLING AND AFTERWARDS
it makes sense not to add more than 2 or 3 logs when re-fuelling
because adding more fuel does not necessarily increase the
efficiency or improve the performance of your stove.
Strong fires using excessive kindling or fast burning softwoods
should be avoided because of the potential to over-fire the stove
and damage the components.
When the fuel burns away and the flames begin to die down, so too
does the automatic supply of combustion air. after burning wood it
is normal that some charcoal remains and this a good indication of
economical burning. This will also ensure extremely quick combustion
when you re-light the stove.
5. FIRING WITH PELLETS OR BRIQUETTES
Dan SKan stoves can cope equally well when burning pellets,
brown coal briquettes or mineral fuels. This is because of the
Dan SKan two-layered riddling grate which only requires small
changes to the way that you operate your stove when burning
these fuels. in these instances the riddling grate should be set
in the slightly open position (pulled outwards) to allow the air to
be delivered underneath the fuel with the pull control also set in
the open position.
We also supply an optional Pellet and Coal Element (PCE) for
Big fire
TAmax.
INSTALLATION GUIDE
it is the householder‘s legal responsibility to ensure that the
stove is installed according to local, national and European
Building regulations.
1. CONFORMANCE CERTIFICATE
Your local authority Building Control department should be notified
prior to the installation. according to their procedures they
will only issue a certificate of conformance when the work is
completed satisfactorily and their fee has been paid.
alternatively, in England and Wales a Hetas registered installer
can be commissioned to install the stove and self-certify that
the installation conforms to all relevant Building regulations.
This certificate will be needed in the event of an insurance claim
or when selling the house.
2. FLUE SYSTEM
it is a fundamental requirement for a proper functioning stove
that there is an adequate flue system or chimney – minimum
cross section, effective stack height and sufficient up-draught.
We strongly recommend that before installing your stove you
seek professional advise, particularly as to the suitability of any
existing chimney.
Dan SKan flue outlets are 150 mm diameter and therefore the
flue pipe should also be 150 mm with the chimney diameter
being no bigger than 180 mm and ideally 160 mm. an appropriate
approved flexible liner is strongly recommended to reduce
an existing over-sized chimney to help provide a consistent
draw, minimise cold spots within the chimney and promote
cleaner smoke-free burning. The minimum flue height should be
5000 mm from the top of the firebox, with 6000 mm being ideal.
This stove should not be used in a shared flue.
TAmax.
85
certain stove models* if it is intended to use this type of fuel for
extended periods. This heavy duty cast iron bowl fits snuggly
inside the fire chamber and sits on top of the two-layered grate
to direct the air from underneath to the fuel and also protect the
stove sides from the intense heat that some of these types of
fuel produce.
Please note: when not using the PCE only use modest fuel
loads to avoid over-heating – say two or three briquettes set in
the middle of the two-layered grate and on a bed of embers. To
ensure that a passage of air is maintained when burning these
fuels you must occasionally riddle the embers by using the
external two-layered riddle grate.
*available on larger ClaSSiC linE models. not available on the
MODErn linE range. Please ask your Dan SKan partner for availability.
6. CONTINUOUS BURNING
When the two-layered riddle grate is in the closed position the
stove can build up a good layer of embers to promote the efficient
burning of wood.
as the fuel is burned and the flames die down the Dan SKan
automatic air system will adjust the supply of combustion air
accordingly so that you do not need to monitor or regulate the
stove either when burning down low or burning high.
TAmax.
Small fire Small fire Small fire
Big fire Big fire
min.
As a rule of tumb:
Flue outlet and flue pipe diameter = 150 mm
Chimney diameter 150 – 180 mm = 160 mm ideal!
min.
min.
3. STOVE PIPE CONNECTION
ideally Dan SKan stoves should be connected from the top
flue outlet because it aids the speedy flow of hot exhaust gases
through the flue system.
This quick-start vertical run can help improve the flue draught.
However, most Dan SKan Stoves give you the option of top or
rear flue outlet, please see page 88 (HT/HB).
4. SAFETY DISTANCES
Minimum safe distances to walls, furniture and other flammable
materials should be strictly adhered to.
The double-skinned construction of the Dan SKan convection
system casing acts like a radiation protection system. This
means that while the stove delivers a very high heat output to
the room, in practice the sides only get as hot as a traditional
central heating radiator.
This makes them safer, but also allows a considerable reduction
of the safe minimum distance from the sides and back of the
stove to combustible materials to just 200 mm.
From the fire chamber windows (including any side windows)
the minimum safe distance to combustible materials is 800 mm.
non-flammable materials such as walls only require a minimum
safe distance of 70 mm from the back of the stove, whilst from
the sides this is 100 mm.
We recommend that if you have any temperature sensitive
material such as leather, wood furniture or fabrics etc then
these should be kept a minimum safe distance of 1.5 metres
measured perpendicular to the glass.
Please note that where single skin vitreous enamel flue pipe
is used its minimum distance to combustible materials should
also be considered along with that of the stove and whichever
distance is the greatest should be adopted.
5. FLOOR PROTECTION
Your stove must stand on a non-combustible hearth which
complies with building regulations.
Dan SKan recommend that this should extend to at least 500
mm from the front rim of the stove and at least 300 mm from
the sides.

EN TESTING
CE CERTIFICATE AND SAFETY TESTS
NATURE OF THE TEST
all Dan SKan stoves including the new MODErn linE range
have CE conformance certificates having successfully passed
all the requirements of the European test En13240.
The test results are significantly lower in all areas than the
European limit values as well as the certification programme
Din Plus and the Stage ii of the strict german BimSchV. Other
tests included the austrian norm 15aB-Vg with the demands
of the FgV from the Steirmark, the norm concerning safety
measurements for small burning sections (BMfWa), the
demand of the BStV of the cities Munich and regensburg and
others as well as the Swiss norm of the association of Cantonal
Fire insurance Companies.
PRIORITY RESULTS
1. Particulate Matter
The fine particle emissions in the flue gases at nominal heat output
(En kW) are below 29 mg/Nm³ at 13 % O 2
2. Carbon Monoxide
The concentrations in the exhaust at nominal heat output are below
Vol 0.10 % at 13 % O 2
3. Efficiency
The efficiencies are well above the limit values specified in standards
being >80 %
TEST CONDITIONS AND RESULTS
The test conditions and results are based on a standard sized
chimney with a delivery pressure of 12 Pascal (Pa).
The combustion air was regulated in the same way as a stove
owner would by using the intelligent automatic bimetal system
and the wood logs used had a residual moisture content of less
than 15 %.
For Dan SKan owners this means that the highest performance
can easily be achieved outside the test laboratory!
TOP FIRE WITH WOOD
For the best results place your wood logs across each other
in the fire chamber and ignite from the top of the stack = TOP
FirE! gas and debris escape mainly from the cut ends of the
logs so keep these away from the glass surface.
a quick starting fire is very important in eliminating smoke and
emissions and starting the flue draught cycle.
Dan SKan stoves are started with the riddle grate closed and
the pull control open. The starting fire is prepared by placing
several logs side to side on top of each other and then placing
a layer of kindling on top of these.
Dan SKan stoves start with air (secondary and tertiary) delivered
over the top of fire for clean and efficient combustion.
after the first refuelling with logs (between 1 and 2 hours) the
fire chamber and the flue system will now be hot enough to
provide the correct negative pressure in the chimney stack for
effective operation.
SAFETY AND CARE
Be sure to keep an eye on the stove during the start-up phase
especially if you leave the stove door ajar to provide extra initial
combustion air. We recommend good proprietary fire lighters to
start the fire – never use methylated spirit, petrol or other inflammable
liquids. never leave matches on or near the stove.
Do not leave it too late to refuel your stove. always add wood to
the fire when there are still enough small flames in the chamber
to help ignite them quickly.
if you refill when there are only dying embers this will significantly
slow the up-draught and the wood will also be slow to ignite.
remember it is flames that produce an effective up-draught and
also ensure unproblematic opening of the stove door to minimise
fly-ash and smoke entering the room. Opening the stove door
very slowly also helps avoid these problems.
With the Dan SKan automatic system closing the air supply as
the fire burns down you may be left with some charcoal embers
– this is a clear sign of a very economical and effective air supply.
The charcoal embers will then provide a very good ‘foundation’
for the next firing.
86
AIR SUPPLY TO THE ROOM
There are strict legal requirements for maintaining a sufficient supply
of air to the room to ensure the health and safety of the room‘s
occupants. These will be laid out in local, national and European
building regulations and should be adhered to at all costs.
as stoves will take some or all of their combustion air from the
room they are located in and the stove owner must ensure that
there is a safe uninterrupted supply of air for both the stove
and anyone using the room. With modern day energy saving
measures and well sealed floors, doors and windows some
rooms can be virtually air-tight. To offset this and to conform
with regulations a dedicated non-closable air vent or external
air supply direct to the stove may need installing and you
should consult your approved stove installer to advise you.
as a guideline the combustion air needed for a Dan SKan
stove is:
< 4 kW burning = < 12 m³/hour
< 6 kW burning = < 15 m³/hour
< 8 kW burning = < 18 m³/hour
EX-AIR OPERATION
Dan SKan stoves can be operated with an external or direct
air supply to provide 100 % of the stove‘s combustion air
requirements so that when burning they do not deplete the air
in the room the stove is installed in.
The conventional EX-air-1 system with its connection from the
external air and the air in the room enables a pressure balance
in the room the stove is installed in. The EX-air-2 system
enables pre-heated combustion air because of the Dan SKan
patented airBOX. With heat recovery systems (0kW houses or
low-energy houses) the pressure in the room where the stove is
to be installed should not be higher than 4 Pascal.
DIBt TESTING
Most of the MODErn linE stoves have passed a strict new
test at the respected rFF-Test institute in germany for
approval by the important german institute for Construction
(Deutsches institut Fuer Bauchtechnik).
This tests the ‘stove burning independently with external air’
and examines the CO-concentration (ppm) in the smoke and
the leak rates (m³/h) with 10 Pa and after the stove has been
subjected to thermal and mechanical stress. For example the
stove’s door seal must pass certain ‘air tightness’ requirement
after the door has been opened and closed a minimum of
6,000 times.
PERMITTED FUELS
Permitted fuels include wood logs with a residual moisture content
of no more than 18 % which should be cut into lengths between
approximately 250 to 330 mm. The wood should be air-dryed.
approved smokeless fuels and brown coal briquettes are also
permitted.
The combustion of household waste, especially plastic, is not
permissible as it could damage the stove or flue components
and invalidate your warranties.
SAFETY INSTRUCTIONS
The burning of combustible materials releases energy which
leads to intense heating of the external surfaces of the stove
including the door handle. Care must be taken to avoid touching
the stove without proper protection (for example heat resistant
gloves or other protective aids). never leave children unattended
in the room where your stove is being operated. Ensure that
children are aware of the potential danger and make sure that
they keep clear of the stove when it is in operation. Where
children, the elderly or the infirm are present always use an
approved safety fireguard to prevent accidental contact with
the stove. an approved carbon monoxide detector should be
fitted in the same room as the stove. it should be powered by a
battery designed for the working life of the alarm. Please note
this is now a requirement under UK Building regulations.

TECHNICAL DETAILS
SYSTEMS AND FUNCTIONS OF DAN SKAN-STOVES
Dan SKan reserve the right to make changes to
models and specifications without prior notice
HORIzONTAL CROSS-SECTION
OF CLN MODEL
1. FIRE CHAMBER
The fire chamber is lined with free-standing highly heat-reflective Skamol
plates (vermiculite). These snuggly fitting firebricks do not use fire cement
so that they can easily be replaced without being a stove expert. The curved
or angular fire chamber provides the best heat reflection to the fuel as it
burns which adds to the stove‘s overall efficiency.
2. CERAMIC GLASS DOORS
all Dan SKan stove doors are made from the extra strong materials to
deliver the highest stability and torsion resistance possible.
The big picture windows, and now our new models with panoramic side
windows, featuring premium quality heat-resistant ceramic glass, give you
a desirable uninterrupted view of the fire similar to an open fireplace.
3. AIR WASH SYSTEM
all Dan SKan stoves feature a superior air wash system that sweeps the
entire glass surface.
air is not only flushed from the top but also from the base and both sides
of the glass to keep the big window area astonishingly clear. a good
up-draught is essential to ensure the best possible air wash function.
4. PULL CONTROL
The only control you need on a Dan SKan stove and which regulates the
primary and secondary combustion air. On ClaSSiC linE stoves this is
rectangular and and the MODErn linE stoves it is round, with both featuring
the Dan SKan logo.
5. TWO-LAYERED RIDDLE GRATE
Our innovative externally operated two-layered opening and closing riddle
grate (product and name invention from Dan SKan) is easy to adjust for
burning wood (closed position) and coal (open position).
6. OVEN SHELF
The position of the back shelf in the ClaSSiC stove range is designed to
benefit from the heat from the flue gases to provide a good baking or
cooking facility. Please note: always remove the heat-absorbing fitted
stone or ceramic shelves before starting to cook.
7. SMOKE BAFFLE PATE
The easily removable baffle plate in all Dan SKan stoves is made of 25 mm
thick Skamol, a highly heat-reflective and lightweight ceramic material.
8. INTELLIGENT AUTOMATIC
The Dan SKan automatic bimetal control which regulates the post combustion
air supply automatically gives you the highest operational safety
and at the same time, the highest efficiency and lowest pollution.
9. BAKING OR WARMING COMPARTMENT
Most ClaSSiC stoves feature a baking or warming compartment with
some models offering an optional loosely fitted baking ‘tray’.
10. TOP OR REAR FITTED FLUE OPTION
Most Dan SKan stoves feature a variable flue connection to give you the
option of top or rear fitting flue. if you must specify a rear fitting flue then
please check your stove options carefully – HT for top and HB for rear.
11. DAMPER
although a standard feature in Europe, in the UK and ireland a draught
stabiliser or ‘damper’ should only be retro-fitted by a specialist if there is
proven excessive up-draught which is limiting control of the stove.
12. EXTERNAL AIR CONNECTION
also known as the direct air connection. a standard feature on all Dan
SKan stoves with pre-cut easy-release back plate or base aperture for
rear or discreet base entry – see page 81 for precise location.
13. ASH PAN LID
Stored under the ash pan, every Dan SKan stove has an ash pan lid
which can be used to prevent ash blowing away when emptying the pan.
87

EN kW = nominal heat output CE En13240
kW Min = Minimum / Maximum heat range
H/B/T = Dimensions (cm) Height / Width / Depth
HT/HB = Flue connection: HT Top height / HB rear height
GSO = Weight of steel stove
GK = Weight of steel stove with ceramics
BImSchV
Model
Model
EN- kW-min
EN-
kW /-max
kW-min
kW /-max
H/B/D
ca.
H/B/D
cm
ca. cm
HT/HB GS
cm
HT/HB GS
kg
cm kg
GK GSP Ø R.
GK GSP Ø R.
kg kg mm
kg kg mm
g/s
g/s
T
T
C°
C°
Ø
Ø
Pa
Pa
Ø
Ø
min
min
ALPHA 4 4 2 - 2 6 - 6 90 90 / 52 / 52 / 42/ 42 87 / 87 / 120 120 155 155 190 190 150 150 8,0 8,0 260 260 11 11 130
HARMONY 4 4 2 - 2 6 - 6 92 92 / 55 / 55 / 45/ 45 88 88 / 79/ 79 120 120 160 160 195 195 150 150 8,0 8,0 260 11 130
CRISTAL 5 5 2 - 2 7- 7 103 103 / 54 / 54 / 45/ 45 99 99 / 90/ 90 130 130 175 175 210 210 150 150 8,0 8,0 260 260 11 150
SOLO 5 5 2 - 2 7- 7 112 112 / 52 / 52 / 42/ 42108 108 / 98/ 98140140 195 195 225 225 150 150 8,0 8,0 260 260 11 11 130
NOVO
NOVO
PRISMA
PRISMA
OPRA
OPRA
TOPO
5
5
6
6
6
6
6
2 - 7
2 - 7
3 - 8
3 - 8
3 - 8
3 - 8
3 - 8
112 / 52 / 42 108 / 140 190
112 / 52 / 42 108 / 140 190
107 / 59 / 45 103 / 95 150 205
107 / 59 / 45 103 / 95 150 205
120 / 59 / 45 107 / 94 150 215
120 / 59 / 45 107 / 94 150 215
112 / 57 / 45 108 / 98 150 210
220 150
220 150
235 150
235 150
150
150
245 150
8,0
8,0
9,5
9,5
9,5
9,5
9,5
260
260
260
260
260
260
270
11
11
12
12
12
12
12
130
130
150
150
150
150
150
TOPO SWING 6 6 3 - 3 8- 8 112 112 / 57 / 57 / 45/ 48108 108 / 98/ 98150150 210205 245 204 150 150 9,5 9,5 270 270 12 12 150
SWING TWIST 6 6 3 - 3 8- 8 112 112 / 57 / 57 / 48/ 48108 108 / 98/ 98150150 205 205 240 240 150 150 9,5 9,5 270 12 150
TWIST KARAT 6 7 3 - 3 8- 9 112 120 / 57 / 62 / 48/ 50108 116 / 98/ 106150160 205 205 240 245 150 150 9,5 10,0 270 270 12 150
KARAT CLN 7 8 3 3 - 9- 10 120 126 / 62 / 62 / 50/ 47116 119 / 106 / 114160170 205290 245 420 150 150 10,0 10,5 270 12 150
DOM N
CLN
8
8
3 - 10
3 - 10
135 / 62 / 47 127 / 114 170 290
126 / 62 / 47 119 / 114 170 290
420
420
150
150
10,5
10,5
270
270
12
12
150
150
RONDO H
DOM N
8
8
3 - 10
3 - 10
112 / 62 / 52 108 / 98 170 230
135 / 62 / 47 127 / 114 170 290
310
420
150
150
10,5
10,5
270
270
12
12
150
150
RONDO R
RONDO H
RONDO NH
RONDO R
RONDO NR
8
8
8
8
8
3 - 10
3 - 10
3 - 10
3 - 10
3 - 10
112 / 62 / 62 108 / 170 260
112 / 62 / 52 108 / 98 170 230
120 / 62 / 52 116 / 106 180 240
112 / 62 / 62 108 / 170 260
120 / 62 / 52 116 / 190 270
350
310
310
350
370
150
150
150
150
150
10,5
10,5
10,5
10,5
10,5
270
270
270
270
270
12
12
12
12
12
150
150
150
150
150
RONDO DOM CL NH 8 8 3 - 3 10 - 10 120 127 / 62 / 60 / 52/ 45116 123 / 106 / 113180190 240 310 150 180 10,5 10,5 270 270 12 12 150
RONDO NR
DANNE
8
5
3 - 10
2 - 7
120 / 62 / 52 116 / 190
90 / 52 / 46 85 / 115
270
131
370
191
150
150
10,5
4,5
270
310
12
12
150
150
DOM DANACL 8 5 3 - 2 10- 7 127 103 / 60 / 52 / 45/ 46123 / 98 113 / 190128 159 214 180 150 10,5 4,5 270 310 12 150
DANOS
DANNE
DANO
DANA
MODA
DANOS
MODUS
DANO
MODO
5
5
5
5
5
5
5
5
5
2 - 7
2 - 7
2 - 7
2 - 7
2 - 7
2 - 7
2 - 7
2 - 7
2 - 7
120 / 52 / 46 116 / 140 176
90 / 52 / 46 85 / 115 131
120 / 52 / 46 116 / 108 140 176
103 / 52 / 46 98 / 128 159
103 / 52 / 46 98 / 128 148
120 / 52 / 46 115 / 140 176
120 / 52 / 46 116 / 135 148
120 / 52 / 46 115 / 108 140 176
120 / 52 / 46 116 / 108 138 160
230
191
230
214
188
230
201
230
204
150
150
150
150
150
150
150
150
150
4,5
4,5
5,2
4,5
4,4
4,5
4,4
5,2
4,2
310
310
290
310
260
310
260
290
255
12
12
12
12
12
12
12
12
12
150
150
150
150
150
150
150
150
150
MODA NURO 100 D 5 5 2 - 2 7- 7 103 101 / 52 / 51 / 46/ 51 98 93,5 / / 128135 148155 188 175 150 150 4,45,3 260 280 12 150
MODUS NURO 120 D 5 5 2 - 2 7- 7 120 119 / 52 / 51 / 46/ 51115 110,5 / / 135145 148165 201 185 150 150 4,45,3 260 280 12 150
MODO NURO 160 D 5 5 2 - 2 7- 7 120 160 / 52 / 51 / 46/ 51115 110,5 / 108/ 127138 170 160190 204 210 150 150 4,24,7 255 275 12 150
NURO 100
100
M
5
5
2 -
2
7
- 7
101
101
/ 51
/ 51
/ 51
/ 51 93,5 93,5 / / 135 155 175
150
150
4,7
4,5
275
285
12
12
150
150
135 155 175
NURO 120 M 5 2 - 7 119 / 51 / 51 110,5 / 145 165 185 150 4,5 285 12 150
NURO 120 5 2 - 7 119 / 51 / 51 110,5/
145 165 185 150 4,7 275 12 150
NURO 160 M 5 2 - 7 160 / 51 / 51 110,5 / 127 170 190 210 150 4,7 275 12 150
NURO 160 5 2 - 7 160 / 51 / 51 110,5 / 127 170 190 210 150 4,7 275 12 150
88
DAN SKAN StoveS Are teSteD
AND coNform to the higheSt
StANDArDS throughout europe
GSP = Weight of steel stove with soapstone
Ø R = Flue pipe diameter (mm)
g/s = Flue gas mass flow (g/s)
T °C = Flue gas temperature (ºC)
Ø Pa = Minimum chimney supply pressure (Pa)
Ø min = Minimum chimney diameter (mm)
TEST rESUlTS anD DaTa BaSED On Din / En13240 TO PrOViDE gUiDE TO CHiMnEY SPECiFiCaTiOn, COnnECTiOn

Österreich
15a B-VG
FRANCE / B / NL
VHR-Houtkeur
TNO
P/F = Pollution / Fine particulates at 13% O ² / nm 3
CO % = Hydrocarbon % at 13% O ² / nm 3
CO g = Hydrocarbon g at 13% O ² / nm 3
EFF = Efficiency (%)
KL = Temperature in storage compartment (ºC)
AIRBOX = airBOX-a / airBOX B/DiBt
Model P/F
mg
HEigHTS, EXTErnal air ETC…
CO
%
CO
g
EFF.
%
89
KL
C°
Vereinigung
Kantonaler
Feuerversicherungen
AIR-
BOX
ALPHA < 29 < 0,09 0,50 > 80 < 50 A+B
HARMONY < 29 < 0,09 0,50 > 80 < 50 A+B
CRISTAL < 29 < 0,09 0,50 > 80 < 50 A+B
SOLO < 29 < 0,09 0,37 > 80 < 50 A+B
NOVO < 29 < 0,09 0,37 > 80 < 50 A+B
PRISMA < 29 < 0,09 1,20 > 80 < 50 A+B
OPRA < 29 < 0,09 1,20 > 80 < 50
TOPO < 29 < 0,09 1,12 > 80 < 50 A+B
SWING < 29 < 0,09 1,12 > 80 < 50 A+B
TWIST < 29 < 0,09 1,12 > 80 < 50 A+B
KARAT < 29 < 0,09 0,62 > 80 < 50 A+B
CLN < 29 < 0,09 0,75 > 80 < 50 A+B
DOM N < 29 < 0,09 0,75 > 80 < 50 A+B
RONDO H < 29 < 0,09 0,87 > 80 < 50 A+B
RONDO R < 29 < 0,09 0,87 > 80 < 50 B
RONDO NH < 29 < 0,09 0,87 > 80 < 50 A+B
RONDO NR < 29 < 0,09 0,87 > 80 < 50 B
DOM CL < 29 < 0,09 0,75 > 80 < 50
DANNE < 20 0,07 0,87 82,1 < 50 DIBt
DANA < 20 0,07 0,87 82,1 < 50 DIBt
DANOS < 20 0,07 0,87 82,1 < 50 DIBt
DANO < 23 0,10 1,25 80,5 < 50 DIBt
MODA < 23 0,10 1,20 84,0 < 50 DIBt
MODUS < 23 0,10 1,20 84,0 < 50 DIBt
MODO < 23 0,07 0,87 84,8 < 50 DIBt
NURO 100 D < 26 0,07 0,87 80 < 50 DIBt
NURO 120 D < 26 0,07 0,87 80 < 50 DIBt
NURO 160 D < 24 0,06 0,75 81,8 < 50 DIBt
NURO 100 M < 23 0,09 1,12 81,3 < 50 DIBt
NURO 120 M < 23 0,09 1,12 81,3 < 50 DIBt
NURO 160 M < 24 0,06 0,75 81,8 < 50 DIBt
CERTIFY
TEST–
CENTRE
ENVIRONMENTAL
PROTECTION
WITH DAN SKAN AUTOMATIC
= intelligent combustion
all Dan SKan stoves are tested in approved
independent testing laboratories where
they are scrutinised for function and safety.
all test results are significantly better than
the requirements of international limits and
standards. For example, regarding fine particles
pollution (P/F), our results are more
than 25% less than the minimum values
required in the strict german BimschV,
Stage ii tests. The achievable efficiency of
all Dan SKan stoves – when used correctly
– is between 80 and 90%.
TYPES OF TEST
Tests passed include the European standard
CE test Din En 13240 certification
programme, Din Plus and the strict air
pollution criteria for german cities including
Munich and historic regensburg as
well as the previously mentioned german
BimschV, Stage ii. Others include tests for
austrian and Swiss standards.
EXTERNAL COMBUSTION AIR
Dan SKan stove are ready to be used with
100% external combustion air supply, if
needed. The original EX-air-1 system, with
connection from the external air and the air
in the room, enables pressure equalisation
in the room where the stove is installed. The
EX-air-2 system enables pre-heated combustion
air through the Dan SKan patented
airBOX (see pages 72 and 73).
CHIMNEY STACK REQUIREMENTS
Chimney systems with an inner diameter
of 180 mm or more and less than 5 metres
effective height could cause problems with
the safe and efficient operation of your
stove. larger diameters cool the flue gases
and provide insufficient draught and could
cause smoke to enter the room. Smaller
diameters and stack heights of 6 metres
and over are strongly recommended (see
page 85).

TOPFIRE… FIRE FROM ABOVE
THE RIGHT START-UP AND HEATING FIRE
INTELLIGENT SELF CONTROL
Dan SKan stoves have an extraordinary efficiency and very economical burning because of the ‘intelligent self-control’ of the Dan
SKan automatic.
Stove dealers throughout Europe confirm that Dan SKan stoves require clearly less fuel to provide a very good heat output
compared to other stoves.
a prerequisite for effective and economical combustion is, of course, that you burn your stove as we recommend with our Top Fire
method as well as our other operating instructions.
The most important thing is that the combustion is always undertaken with a fully closed riddle grate with an ash layer of approximately
50 mm thick in the fire chamber bed and that only the secondary and tertiary air is used from above the fire.
TOP FIRE AS THE STANDARD FIRE
The riddle grate should be closed (pushed in) and the pull control open (pulled outwards).
Before re-lighting the fire, push some of the ashes at the very front of the bed towards the middle and back so that they cover the
riddle grate. Ensure that you still leave some ash covering the front but that the riddle grate is covered by a depth of approximately
50mm to form a good air seal.
Position four or five good sized logs, side to side on the bed with their sawn ends away from the glass. The largest of the logs
should be set towards the front of the fire chamber.
The usual kindling wood for lighting the fire is then placed on top of this wood pile – not under! The fire is then lit from above = TOP
FirE!
it may be necessary to leave the stove door ajar slightly to maximise the combustion air for a quicker start. Do not leave the stove
unattended when the door is ajar.
The fire will then burn from the top downwards and build a good layer of embers for further combustion. The starting fire phase
with the slightly open door will take approximately 30 minutes.
When the fire is burning well and the fire chamber walls are soot-free the stove is operating at the appropriate temperature and the
door can then be closed. The starting fire can then burn for another 1 or 2 hours depending on the original fuel load.
When the fire has burned down and turned into a ‘flat fire’, but still with good flames, you can then reload with two hardwood logs,
such as beech or oak placing these side to side, re-loading every 30 to 50 minutes or so. Be careful only to use dry wood as it will
always burn with flames and not smoke. Only flames create real heating power and keep the up-draught in the flue system working.
When you reload ensure that this is done when there are still some flames arising from the embers – leaving the reloading until
there are no flames could be problematic and make it difficult to re-start the up-draught needed for efficient combustion.
The self opening and closing Dan SKan automatic system will sustain effective combustion throughout the fire cycle so that all of
the flue gases are burned and none escape unused through the flue system to provide you with the highest possible efficiency.
THE TOP FIRE PICTURES (see right hand page)
TOP FIRE AS STANDARD FIRE
Pictures 1 and 2: ash in front of the fire chamber bed is pushed
towards the back and over the riddle grate with a scraper, leaving
some covering of ash at the front of the bed. The ash should form a
bed of at least 50mm deep to create a good air seal over the riddle
grate which should be closed
Pictures 3 and 4: Three to five logs of easily combustible wood are
laid side to side in the fire chamber with the largest logs to the front.
The usual kindling wood for lighting the fire is then placed on top of
this wood pile – not under!
Picture 5: The fire is then lit from above = TOP FirE!
Picture 6A: The door of the stove should be opened slightly to get
more starting air and to create a bellows effect. The pull control is
opened for the whole of the combustion.
Picture 7A: The fire burns from the top downwards and will build a
good layer of embers for further combustion.
Picture 8A: When the fire is burning well and the fire chamber walls
are soot-free the stove door can then be closed. at this stage hardwood
logs such as beech or oak can be loaded, again laid side to side.
TOP FIRE AS AN AIRBOX-FIRE WITH EXTERNAL AIR
Pictures 1 to 5: information as previously for the starting fire.
Pictures 6B to 8B: Combustion using 100% external air is always
undertaken with the stove door closed and with the ClaSSiC line
range the pull control is also closed.
90

Start
1.+ 2.) ... ash back 3.+ 4.) ... wood in
a = Standard fire:
TopFIre
5.) ... fire up 6a.) ... door open 7a.) ... ~ 20 min. 8a.) ... ~ 60 min.
B = air-Box fire:
5.) ... fire up 6B.) ... door closed 7B.) ... ~ 20 min. 8B.) ... ~ 60 min.
a+B

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