Angara 2012
The wood-burning sauna stove
OPERATION MANUAL
Made in Russia
2
Warmth comes from Siberia
Thank you for purchase of «Termofor» Company’s products.
This maintenance manual is intended to learning of work principle, operating rule and service regulations of
the wood-burning sauna stove «Angara 2012» (hereinafter – the stove). The maintenance manual contains
instructions needed for correct and safe operation of the stove.
Persons will be allowed to installation and operation of the stove after learning this manual.
With regards,
The company «Termofor»
This document is protected by copyright law. Whole or part reproduction of this document is banned
without preliminary notice and receipt of permission from the company «Termofor».
The company «Termofor» reserves the right to make modifications in the construction of the stove
which do not decline the useful quality without updating its accompanied documentation.
3
TABLE OF CONTENTS
1. Application ........................................................................................................................ 4
2. Design features .................................................................................................................. 4
3. Characteristic of existing heat-resistant steel. Expressions and commentaries ................. 4
4. Model series ...................................................................................................................... 5
5. Specifications .................................................................................................................... 5
6. Stove structure and operation ............................................................................................ 8
7. Marking and packing of the stove ..................................................................................... 10
8. Suitable application ........................................................................................................... 10
9. Servicing ............................................................................................................................ 25
10. Current repair .................................................................................................................... 26
11. Warranty ............................................................................................................................ 28
12. Storing ............................................................................................................................... 28
13. Carriage ............................................................................................................................. 28
14. Utilization ........................................................................................................................... 29
15. Delivery set ....................................................................................................................... 29
4
1. APPLICATION
The wood-burning sauna stove «Angara 2012»for heating of sauna’s steam room and its adjacent
rooms. Also, the stove is destined for steam generation and water heating.
The stove is destined for private use in Russian sauna and renders possible to get all comfortable
combinations of temperature and humidity of air.
ATTENTION! If using of the stove «Angara 2012»for commercial purposes and, also,
continuous heating of stove for more than 10 hours, when working load will increase sixtenfold. Period of working time of the stove greatly is reduced at such conditions and
manufacturer declines all warranties.
2. DESIGN FEATURES
In closed stones section heated by a circular flame flow, the stones are heated to a temperature of
600 ° C.
Water is supplied into the hottest central part of the closed stones section through a funnel .
It is comfortable to steam a sauna whisk on traditional open heater.
The concept of thermal strength uniformity implemented in the stove. The firebox parts thickness
at the greatest thermal and mechanical load is increased by 1.5 times. The stone section bottom and
the firebox sidewalls reinforced with stringers made of heat-resistant steel.
The heat exchanger of new design for hot water allows its heating directly by flame radiation,
rather than through the stove wall.
Large translucent screen and expanding fuel channel provide tocomfortably overlookthe flames
from different angles ( in "vitra" modification).
Updated attractive design. Decorative exterior elements are made using modern technology.
3.CHARACTERISTIC OF EXISTING HEAT-RESISTANT STEEL.
EXPRESSIONS AND COMMENTARIES
Heat-resistant or scaling resistance means capacity of metal to stand against corrosive attack of gases
at high temperatures (not to be confused with high-temperature strength).
Heat-resistant of steel is enhanced by chrome doping. Chrome creates an inactive film on a surface of
steel, which does not be subjected by corrosion till limiting temperature called as temperature of oxide scale
formation beginning.
Heat-resistant of steel and temperature of oxide scale formation beginning rises with increase of
chrome content.
Steel is deemed heat-resistant when it contents mass fraction of chrome 13 % and more.
Steel divides into low-alloyed, medium-alloy and highly alloyed depending on alloying elements
content.
Steel is deemed highly alloyed when it contents alloying elements 10% and more.
Colloquially, popular phrase "stainless steel" is not standardized expression. Expression "corrosion
resistant steel" corresponds with this expression in modern materials science.
5
A key differentiator of corrosion resistant steel is chrome content 12,5% and more.
Steel used in manufacture of stoves «Angara 2012» - is heat-resistant, highly alloyed,
corrosion resistant (stainless) in accordance with above stated characteristics.
Temperature of oxide scale formation beginning of applied steel is not less 750C, and it is confirmed
by certificates of manufacturers.
For comparison: temperature of oxide scale formation beginning of constructional or "carbon" steel is
no more than 400C, it is greatly low than temperature of walls of functioning wood-burning stove.
Heat-resistant steel is more expensive than traditionally applied "carbon" steel. Its share in
manufacturing costs of stove corresponds near 50%. Therefore, in the process of selection chemical
compositions of steel, a manufacturer excludes those alloying elements and technical operations its
processing which don't increase heat-resistance and lead to unjustified increase in the cost.
Stereotypical perception of stainless steel as mirror surface is erroneous. Mirror surface of household
stainless steel products is achieved by special expensive removal of dark oxide film from surface of sheet.
This action is not needed under manufacture of wood-burning stoves.
The manufacturer considers that buyers of stoves «Angara 2012» shall only pay for those special
characteristics of steel which are needed for its using into wood-burning stoves.
Upon storage and operation of stoves in condition of higher humidity, traces of surface corrosion on
non-painted area are allowed. These traces don't influence upon operational characteristics of product.
4. MODEL SERIES
Basic models «Angara 2012» and «Angara 2012 Vitra» are produced in lots. These models have
general design features and operating principle. Differences between models consist in dimensions, the type
of the fuel channel and door.
The model «Angara 2012» has modification with a short fuel channel.
All models can be completed by an integrated heat-transfer device. The stove has various color
version of a convector.
5. SPECIFICATIONS
Specifications are presented in Table 1. Overall sizes of stove are presented in figures 1-3. Installation
dimensions of the stove (aperture under fuel channel) are presented in clause 8.6.
There are following acceptable fuel types: fuel wood, peat briquette, woodchip briquette for enclosedtype heaters.
Recommended volume of hot-water tank of a samovar type «Baykal» is 55-72 l. Recommended
volume of outboard hot-water tank is 63 l.
Heat time of a vapor room from 20C till 100C is approximately 60 min subject to correct thermal
protection.
ATTENTION! Hot-water tanks and heat exchange unit of samovar type «Kostakan»
aren’t included into delivery set.
6
The capacity of built-in heat exchange unit (for the model with the heat exchange unit) equals to 0.65l.
The size of the connecting thread of heat exchange unit fitting equals to G3/4. Mounting dimensions are
presented in figure 2.
Table1. Specifications of the stove with stones section «Angara 2012» and «Angara 2012 Vitra».
Model
Angara 2012
Angara 2012 Vitra
Calculated capacity size for space heating, CBM
8-18
Width, mm
415
500
Depth, mm (total)
830
850
Depth, mm (without including length of a fuel
channel)
595
595
Height, mm
900
900
Mass, kg
58
65
Capacity size of stones section, l
42
42
Mass of loaded stones, kg
70
70
Capacity size of combustor, l
40
40
Maximum capacity of fuel load, l
30
30
Maximum length of a log, mm
500
500
Diameter of attachable a flue, mm
115
115
Minimal height of a flue from fire-bar, m
5
5
ATTENTION! Maximum capacity size for space heating is determined by terms of
providing with effective convection heat transfer and standards of overall thermal
resistance of walling by SNIP (СНиП) (construction norms and rules) 23-02-2003.
Figure1. Overall sizes of the stove «Angara 2012»
7
Figure2. Overall sizes of the stove «Angara 2012 Vitra».
Figure3. Overall sizes of the stove « Angara 2012» with a short fuel channel.
8
6. STOVE STRUCTURE AND OPERATION
«Angara 2012» stove designed for operation in the intense combustion mode while temperature
increasing in the sauna room, and in the economy combustion mode to maintain the selected temperature.
The stove overall look and the main elements layout are shown in Figure 4.
«Angara 2012» stoves's firebox and stones section (1) made of heat-resistant high-alloy steel with a
chromium content not less than 13% with the wall thickness of 3 mm.
«Angara 2012» stove design scheme provides effective heat exchange. The stove stones section
consists of two components: an external open section (1), divided into two parts and internal closed one (7).
A special funnel provided for water supplying into the inner section (6).
External stones section (1), divided into two parts, provides the best use of heated stones mass and
temperature stability in the steam room. The large mass of stones laid into the internal section is a powerful
steam generator.
The internal stones section round shape protects against soot accumulation on the firebox walls.
Convector casing (2) covering the stove heating surfaces accelerates air heating in the steam room
forming a strong convection flow. Besides of that, it shades hard infrared radiation emitted from the hot
firebox walls, which creates soft warmth in the steam room and serves to protect against accidental contact
with the stove during its operation.
Through the special duct (8) secondary air is supplied into the stove flue ducts for exhaust gases postcombustion and the stones section effective heating.
Outside-mounted fuel channel allows the stove firing in an adjacent room. Model with a short fuel
channel is for those who prefer to fire the stove inside the steam room.
Firebox door, rotating hinged opens at an angle required for a comfortable and safety fuel loading.
«Angara 2012 Vitra» model door manufactured in two interchangeable versions: the steel door (11)
with an outer panel self-cooling property and the door of the original design with translucent screen made
of heat-resistant glass SchottRobax ® (12).
«Angara 2012 Vitra» model completed with a panoramic fuel channel (4) and the door with
translucent screen made of heat-resistant glass SchottRobax ® with diagonal of 17cm (3). There is a gap in
the upper part of the door for pyrolysis self-cleaning of the translucent screen from soot settling.
Heat-resistant glass screen allows you to monitor combustion process and simply enjoy living fire.
The fire-bar (9) made of solid cast iron installed in the lower part of the firebox. The ash box with
sliding ash drawer (10) is under the firebox.
With the stove operation, primary air required for combustion is supplied through the ajar ash drawer
(4) and bar (9) to the fuel. The bar provides combustion process acceleration and a powerful hightemperature flame at the ignition moment. It provides a uniform wood burning which is so necessary for a
bathhouse stove.
Ash falls into the ash box through the gaps of the bar and you can easily clean the stove without
combustion process interrupting.
Combustion gases are directed into the chimney through the flue pipe with diameter of 115 mm.
In the model with a heat exchanger the exchanger mounted within the firebox on the sidewall, there
are symmetrical openings closed with plugs on the firebox opposite wall. The heat exchanger provides
water heating in the outside tank and its location inside the firebox accelerates heating process greatly.
The stove components without large thermal load are made of structural steel.
9
The stove outer surface is covered with a heat-resistant organosilicon enamel of KO-868 type
ATTENTION! The manufacture reserves the right to introduce changes into the sauna
stove design not impairing its consumer properties.
«Angara 2012 Vitra»
«Angara 2012»
1. External stones section
2. Convector casing
3. Door with translucent screen made of heat-
resistant glass SchottRobax ® with diagonal of
17cm
4. Panoramic fuel channel
5. Chimney (chimney flue. It is outside the scope
of supply)
6. Special funnel for water supplying into the
inner section
7. Internal closed stones section
8. Fire box
9. Cast iron stove bar
10. Ash box with sliding ash drawer
11. Steel door
12. Door with translucent screen
Figure 4. layout of the main elements of the stove ―Angara 2012‖. Modification with heat exchange unit.
10
7. MARKING AND PACKING OF THE STOVE
7.1. Marking
On a stove there is an information code plate with details about a model of a stove, its mass, factory
serial number, production date of a stove and other technical features, and also the information on
certificates for this model.
7.2. Packing
A stove is packed in a transport pack. Maintenance manual in a packaging bag and components are
enclosed in the stove combustor.
On a pack of a stove at the front part there is a label with information about a model of a stove, its
mass, design features and production date.
7.3 Procedure of remove the packaging by a consumer
1. Cut a packing tape
2. Remove cardboard boxes
3. Remove a polyethylene
4. Pull from a stove maintenance manual and components (if available) and take off a packing
5. Take away blocks and turn off fixing bolts
6. Remove advertising stickers from a surface of a protective film.
8. SUITABLE APPLICATION
8.1. Operational constraints
ATTENTION! Don’t use the stove for industrial premises of categories A (А), B (Б), V (В)
of fire and explosion safety in accordance with NPB (НПБ) 105-95 (classification of
premises and buildings of fire and explosion safety).
ATTENTION! Don’t use matters as fuel which aren’t mentioned under point 5.
ATTENTION! Expressly prohibited using charcoal and coal briquettes as fuel.
ATTENTION! Don’t use alcohol-containing means, benzene, kerosene and other highly
inflammable matters for ignition. Don’t use a glossy paper, trimmings of wood particle
boards, laminated flooring board, orgalite because these matters would evolve noxious
substances under burning, and would be cause of outburst and damage of a stove.
ATTENTION! Don’t use the stove with an empty heat exchange unit and a hot-water tank
or an unconnected system of water heating (if available).
ATTENTION! Don’t use the stove inappropriately.
ATTENTION! Don’t use the stove in autohouses, trailers and tents.
ATTENTION! Don’t commit overheating of the stove at the time of its operation.
11
Overheating of the stove can be identified by red glow of the metal in the dark.
This situation can appear upon the uncontrolled air supply into the fire box. For example, when the
door is open. The stove warming up may lead to dangerous conditions of the stove operation and its
premature breakdown.
8.2. Commissioning of the stove
ATTENTION! At the time of the first heating of the stove applied on the metal industrial
oils and light volatile compounds of organosilicone enamel evolve smoke and smell,
which aren’t evolved in the following.
People having chest troubles and owners of the pets susceptible to smoke (for example birds) should
take precaution measures.
The first heating of the stove it is necessary making open-air with fire prevention discipline, at least
one hour, with charging of a fire box in half in the regime of active combustion.
For correct operation of the stove, at the time of the first heating it is necessary to organize a
temporary flue with height at least 2m.
For the model of stove with built-in heat exchange unit it is necessary to organize temporary water
heating system during the first pre-heating.
ATTENTION! Don’t make mechanical action to a surface of a stove till complete cooling
and final polymerization of paint at the time of the first heating in order to avoid damage
of a lacquer coating.
ATTENTION! The first heating of the model «Vitra» shall be carried out with opened
door of combustor to prevent smoked translucent screen.
Please, make sure in normal functioning of the all components of the stove and protective
constructions. A faulty stove is not permitted to operation.
An efficient stove:
Doesn’t have external damages of a carcass.
A door freely revolves on hinges, closely adjoins to a carcass and is efficiently fixed by a lock.
A translucent screen on a door (if available) doesn’t have damages.
Fire bar is safe without burnouts and cracks.
An ash drawer has to freely move and it closely adjoins to a carcass in the closed position.
A heat exchange unit (if available) doesn’t have any damages.
8.3. Stones for stones section
It is necessary to load special stones into stones section. The manufacturer recommends using
gabbrodiabase, peridotite, talcum peach, jadeite. These volcanic rocks possess a beautiful pattern and
composed of durable minerals against physical and chemical action. Also, these volcanic rocks don’t
contain harmful impurities. These volcanic rocks possess considerable heating capacity, stand against large,
repeated temperature differential. Also, stones are fireproof and don’t break. Irregular shape of stones and
difference of its sizes provide maximum filling of stones section and maximal area of heat output.
ATTENTION! Stones of unknown origin can contain, numerously, harmful sulfides and
radionuclides, which make its useless and even dangerous for using in a sauna.
12
Stones shall be rinsed by scrub brush in flowing water before load.
Do not put stones higher than a top level of the stove, because stones will not heat-up to temperature
needed for quality steam formation.
Attention! Exclude the possibility of excessive water supply to the non-burning hot stones.
In this case the intensive stones section walls oxidation process will take place due to the
direct contact of water and metal. This reduces the service time of the stones section and
as the result of its burning-through.
Attention! Hot steam exhaust from the stones section takes place when water is supplied
to the non-burning hot stones. Supply water carefully.
During the long use of the stove it is necessary to carry out the shift of stones not less than once per
year. At the same time the pebble gravel should be removed and destroyed stones should be replaced with
the new ones.
8.4. Preparation of premises to installation of the stove
Protect from fire constructions of premises:
• Walls (or partition) of inflammable materials have to be protected with plaster with
thickness 25 mm on an expanded metal or a metal plate on an asbestos paper with thickness
10 mm, from a floor to a level of 250 mm above the top of the stove.
• A wall (or partition), through which fuel channel pass, shall be from nonflammable materials
from a floor to a level of 250 mm above the top of the stove. Recommended thickness of a
wall is 125 mm.
• A floor under the stove has to be protected by a foundation from brick at least two coating or
other nonflammable material at a distance of 380 mm from a wall of the stove.
• A floor of inflammable and combustible with difficulty materials in front of a door of a
combustor has to be protected with a metal plate with size 700×500 mm with length its side
along the stove.
• Make a fireproof partition in a passage of a flue through a ceiling.
• At the time of installation of a flue in premises with a roof of inflammable materials a flue
has to be protected with a spark arrester of gauze with an opening with size no more 5×5
mm, also have to block with nonflammable roofing materials a space around a chimney.
ATTENTION! A place of installation the stove and chimney will be done in accordance
with SNIP (СНиП) (construction norms and rules) 41-01-2003 or, in accordance with
technical standards of a country, where the stove would be exploited.
8.5. Air change in a steam room
It is recommended to organize a balanced system of ventilation for provision of good air change (see
figure 6).
A hole for fresh air intake (9) with a section about 100 square centimeters is made in a floor as closely
as possible to the stove or under the stove.
A hole for used air exhaust (6) is made in a wall just below of a level of a ceiling as far as possible
from the stove. For more moist and cold air exhaust, a vertical box (8) is installed to a top hole. A vertical
box possesses a vent hole at a distance not more than 50 cm from a floor.
13
It is recommended to install adjustable latches (7) in air inlet and exhaust outlet for possibility to
control air exchange.
ATTENTION! It is necessary to provide constant inflow of fresh air into the room where
the stove is operating. The breach of the condition may lead to unstable operation of the
stove and appearance of dangerous situations such as poisoning with carbon monoxide,
fire breaking-out.
8.6. Stove assembly
ATTENTION! All the stove assembly and stones setting into the stones section works shall
be carried out only after total cooling off of the stove.
ATTENTION! The stove is heavy. Make sure that you have the possibilities and equipment
for its moving.
ATTENTION! It is prohibited to install the stove in the places where the stove will create
obstacles for people moving during evacuation.
ATTENTION! It is necessary to carry out the installation of smoke sensors and gas
detectors in the rooms where the stove is installed.
Mount the stove to the specially prepared place. Make sure that the stove is assembled and installed
correctly.
Provided after reading this manual you still have any doubts concerning the stove correct installation
you should consult the stove assembly specialist who is aware of all the aspects of safe and correct
installation of stoves.
A scheme of installation of the stove is presented in figure 6. Distance from the door of the combustor
till the wall opposite will be at least 1250 mm. Distance between the top of the stove and an unguarded
ceiling will be at least 1200 mm.
Distance between an external surface of the stove, flue and wall will be at least 500 mm, for
constructions of inflammable materials will be 380 mm, for constructions of inflammable and combustible
with difficulty materials which are protected by a metal plate on an asbestos paper with thickness 10 mm or
with plaster on expanded metal with thickness 25 mm.
Do not install the stove into the niche in a wall or into the fire place.
Distance from the side of a fuel channel till a wall shall be at least 30 mm. If thickness of a wall is 125
mm then a door of a combustor will have the most correct position.
Wall opening for fuel channel from the level of support feet shall have the following dimensions
(height × width):
for «Angara 2012 2011» models — 480×270 mm.
for «Angara 2012 2011 Vitra» models — 545×410 mm.
14
For installation of the model «Vitra» on the site of
operation it is necessary:
1. Unscrew self-tappers 8 ps. that fixes a door with a
frame to a fuel channel and remove a door; (see
Figure 5)
2. Install the stove on the site of operation (edge of a
fuel channel shall emerge from another side of a
baffle);
3. Install back a door with a frame. I will be fixed by
self-tappers.
Figure 5. Door disassembling under
installation of the stove «Vitra»
a metal plate on a heat-insulation
material (an asbestos paper with
thickness 10 mm)
wood (inflammable material)
a thermal insulation of a
nonflammable material
(haydite/dross/ basalt wool)
bricks and so on (a nonflammable
material)
a material of foundation
(nonflammable)
1. A sheet in front of a combustor
2. A flue cover
3. Flue with a thermal insulation of
type «sandwich construction»
4. An overlap of a nonflammable
material for a roof
5. A roof splicing
6. A hole for used air exhaust
7. Adjustable latches
8. A vertical box
9. A hole for fresh air intake
10. Start-sandwich
Figure 6. Installation of the stove in
inflammable material premise
15
For the models «Angara 2012», the stove is installed on the site and then a door put on a fuel channel.
A door is included in a delivery set.
Installation of a door on the models «Angara 2012»:
1. Remove a stop quick-detachable collar, then remove the axis out of the door, see figure 7 a;
2. Install the door on sleeves of a fuel channel and unite holes;
3. Set an axis from bottom to top through holes. Place a groove under a collar in the top part of an
axis, see figure 7.b;
4. Install a stop quick-detachable collar in a groove on an axis, see figure 7.c.
Figure 7. Assembly of the door under installation of the stove «Angara 2012».
The stones shall be set into the stones section after the end of the stove mounting and its connection to
all the necessary systems.
8.7. Stove pipe assembly
During the use of the stove, the stove pipe shall be treated very carefully.
Stove pipe (chimney stack) – is the means of air ventilation of exhausted gases, it provides the draught
that facilitates the constant air intake into the heating equipment necessary for normal burning process. The
stove is designed only for operation with natural draught.
The stove shall have its own stove pipe.
ATTENTION! It is prohibited to connect the stove to any air ducts except for the cases
when the air duct is designed only for operation as the stove pipe.
ATTENTION! It is prohibited to connect the stove to the stove pipe that is connected to
another equipment or heating unit.
ATTENTION! The stove does not draw. The draught is made only with the stove pipe.
The stove pipe has two functions for the stove trouble-free operation. The first – is the piping of
exhaust gases generating during the fuel combustion. The second – is draught for air intake into the fire
chamber for combustion maintenance.
Draught – is the natural air or gases movement through the stove pipe. It generates due to the feature
of warm air to go upwards.
16
As far as the warm air moves in the stove pipe the low pressure is generated in the place of the stove
connection to the stove pipe. The greater pressure from the outside of the stove makes the air move into the
area of lower pressure – into the area of fire box. Thus the air intake into the fire chamber happens. This
constant air inflow is the draught.
The stove won’t be operating effectively if there is no draught of the definite value.
The optimal draught for operation of stoves of «Termofor» trademark equals to 12±2 Pa.
Provided the excessive draught the considerable air flow will be entering the fire chamber and this will
lead to the stove overheating. Fire hazard may appear.
With the insufficient draught the insufficient amount of air for fuel proper and complete combustion
will be entering the fire chamber and this may lead to smoke generation in the room. The creosote
generation increases upon the formation of excessive smoke in the stove pipe and that may ignite creating
the fire hazard in a house.
Creosote — is colourless (sometimes yellowish or yellow-green), inflammable, hardly soluble in
water oily liquid with strong smell and pungent taste extracted from wood and coal tar. This is the mixture
of phenols mainly guaiacol and cresols. Soluble in alcohol and ether. Poisonous.
Creosote will inevitably be generated in your stove and stove pipe. To reduce the speed of its
generating it is necessary to:
Use only dried billets that were dried during the period for not less than one year.
Use hardwood of broadleaf woods that is more compact (more heavy) and combust with the higher
temperature.
Before the use of the stove check and amend all that can influence the draught. Reducing or increasing
of draught may influence the draught by set of different factors, some of them may change in the course of
time. Factors influencing the draught:
Atmospheric pressure – may act from outside of a room, from inside and from both side by turns.
Weather conditions to which the high pressure conforms (clear and cold days) usually create the perfect
conditions for combustion.
Negative pressure outside the heated room – is created with the help of ventilation facilities such as:
ventilation inside the sauna room, draft hood, equipment for clothes drying, boilers with forced draught.
Upon the negative pressure the air flow in the stove pipe will go backwards at that ―negative draught‖ or
―backdraught‖ is created.
Negative pressure can be neutralized by opening the door or window in the room with the stove.
The stove pipe temperature – the draught in the warmed up stove pipe is better than in the cold one.
The cold stove pipe quickly cools off hot gases going upwards and this will prevent their further going
upwards. Combustion of the first fuel charge will be enough for the stove pipe warming.
Stone stove pipes and stove pipes with section larger than the heating device are warmed up for a
considerably longer period of time.
The chimney stack shall have minimal number of elbows. The straight pipe is preferable. The use of
more than two piping may lead to the draught loss and possible smoke generation.
The manufacturer recommends to use modular thin-walled chimney stacks made of high-alloy,
corrosion-resisting steel of «Termofor» trademark with the diameter of 115 mm. They are effective, durable
and required thee minimum expenses for assembling and during operating.
For reliable fastening of the units together it is necessary to use «collar-strainer»; the use of selfdrilling screws is allowed if necessary.
17
In case of installation of thick-walled metal, ceramic, asbestos-cement or other chimney stack of
greater weight it is necessary to unload the stove from its weight.
ATTENTION! The manufacturer shall not be responsible for the influence of external
factors on the reduction of natural draught in the stove pipe.
ATTENTION! It is prohibited to use chimney stacks with galvanic coating.
ATTENTION! Do not use pipes from different manufacturers in the stove pipe.
ATTENTION! To avoid the smoke blowing into the heated room all the places of chimney
stack units connection against each other and the stove it is necessary to compact with
high-temperature sealant (not less than 1000°С) providing the air-tightness of the pipe
junctions.
ATTENTION! The junction of stove pipe units in overlaps and fire block is prohibited.
ATTENTION! The section of chimney stack located in the zone of sub-zero temperatures
shall be obligatory heat insulated by non-combustible material, withstanding
temperatures not less than +400 °С.
The ideal solution for chimney stack – is the installation of ready-made pipe units with heat insulation
of ―sandwich‖ type of «Termofor» trademark.
In case of connection of the stove to fixed built-in stove pipe or in other cases it is not recommended
to deflect the axis of chimney stack from the vertical line for more than 45°.
ATTENTION! sauna stove and chimney stack assembly shall be carried out by qualified
workers from the specialized construction and installation company in compliance with
the requirements of SNIP 41-01-2003 (construction norms and rules) or in compliance
with technical norms of the country where the stove will be used.
ATTENTION! It is strictly prohibited to make dismountable the connections of the stove
with the stove pipe or other structural elements of the room.
ATTENTION! In case of fire in the stove pipe shut the dampers of air supply into the fire
chamber, leave the room and immediately call the firemen.
In case of fire in the stove pipe it is necessary to have a clear scheme of actions that shall be elaborated
by consulting the specialist. After the fire in the stove pipe will die down, the stove pipe shall be cleaned
and checked for the destructions. Make sure that there are no flammables around the stove pipe.
8.8. Stoves with heat exchange unit
Stoves with heat exchange unit help to locate the tank for hot water outside the steam room and install
it in wash room. «Termofor» heat exchange units are produced in two variants:
1) heat exchange unit of «samovar» type installed at the outlet nozzle of the stove pipe (do not
supplied as part of package);
2) built-in heat exchange unit, installed at the wall of fire chamber inside the stove (supplied with the
stove of corresponding model);
18
For the first variant water in the heat exchange unit is heated due to hot gases piped into chimney
stack. Such heat exchange unit can be moved by its connecting pipe in any direction.
For the second variant – water heating is carried out due to the direct contact of heat exchange unit
walls with the flame in the fire chamber.
Built-in heat exchange unit with factory assembly is installed from right (or left) side of the stove. If
necessary it can be shifted to another side of the stove – this will allow to install the hot water tank from the
side convenient to the Consumer.
Heat exchange units are made of heat-resisting high-alloy stainless steel with the content of chromium
not less than 13%.
«Termofor» company recommends along with «Angara 2012» sauna stove use the heat exchange unit
«Kostakan» of «samovar» type of «Termofor» trademark.
8.9. Shift of built-in heat exchange unit
Holes in fire chamber and convector walls (in models with heat exchange unit) for the connecting
pipes output are on the both sides of the stove that is why the heat exchange unit can be shifted if necessary
to another side.
It is recommended to carry out the shift of built-in heat exchange unit before the stove assembly.
Provided the stove has been already installed and is in use then it is necessary to carry out its disassembling.
ATTENTION! All works shall be carried out when the stove is fully cooled off.
For heat exchange unit shift to another side it is necessary (convector and heat exchange unit fastening
for all models of «Angara 2012» sauna stove are analogous):
1. Remove the convector frame by unscrewing 4 self-drilling screws (figure 8);
2. Remove the convector by unscrewing 5 self-drilling screws (figure 9);
3. Remove the heat exchange unit (figure 10) by unscrewing 2 nuts and taking it off the holes, the
gaskets shall stay on the nipples;
4. Remove 2 blind plugs by unscrewing nuts and taking off the blind plugs from the holes;
5. Insert the heat exchange unit into the holes on the other side of the stove and fasten it with nuts;
6. The rest holes shall be fastened with blind plugs;
7. Carry out the convector assembly in the reverse order (see cl. 2-1).
Figure 8. Disassembling of «Angara
2012» sauna stove convector frame
Figure 9. «Angara 2012» sauna stove convector
disassembling
19
ATTENTION! During the heat exchange unit shift the gaskets made of non-combustible
material shall be located from the inner side of the fire chamber.
Figure 10. «Angara 2012» sauna stove heat exchange unit and blind plugs disassembling
8.10. Installation of a water heating system
ATTENTION! Don’t connect a heating system to a heat exchange unit.
A general scheme of installation of a water heating system is presented in figure 11 – with a fixed heat
exchange unit; 12 – with heat exchange unit of «samovar» type. Elements of a water heating system
including a heat exchange unit aren’t supplied as part of delivery set.
A water heating system consists of:
• A heat exchange unit (2) with two fitting adapter;
• Connective pipes (pipeline) (8);
• An outboard tank (5) for hot water with two fitting adapters for connecting to a heat transfer
system and one fitting adapter for installation of a tap of hot water distribution;
• A tap for hot water (6), a threeway tap (7) and a tap for water drain from a system (9).
At the time of installation of a water heating system, a bottom of an outboard tank for hot water shall
be over of a level of a top fitting adapter of a heat transfer device no less than 30 cm.
ATTENTION! At the time of pipelines installation, don’t permit its sagging in horizontal
segments. It is recommended to install these pipelines at an angle of up no less than 30°.
ATTENTION! Don’t use pipes with work temperature of operation less than +95°C for a
water heating system.
20
1. Chimney
2. Fixed heat exchange unit
3. Stove «Angara 2012»
4. Connection with atmosphere
5. Outboard tank for hot water
6. Tap for hot water
7. threeway tap
8. Connective pipes
9. Tap for water drain
Figure 11. Scheme of installation of a water
heating system with using the fixed heat exchange
unit
1. Chimney
2. Heat exchange unit «Kostakan» of
«samovar» type
3. Stove «Angara 2012»
4. Connection with atmosphere
5. Outboard tank for hot water
6. Tap for hot water
7. Connective pipes
8. Connective pipes
Figure 12. Scheme of installation of a water
heating system with using the heat exchange unit
«Kostakan» of «samovar» type
ATTENTION! Don’t use connecting elements of a pipe fitting with nominal width less
than nominal width of fitting adapter of a heat exchange unit.
ATTENTION! It is prohibited to exceed the operating pressure in the water heating
system for more than 0.05 MPA (0,5 kgs/cm²) during the use of «Angara 2012»bath stove
with the heat exchange unit.
ATTENTION! Pressure test of the system by higher pressure shall be carried out when the
heat exchange unit is switched off.
ATTENTION! Only clear water shall be filled to a water heating system. It shall meet
requirements of quality in the context of salt, iron, lime content and other.
If necessary to get hot water at a short time then it will be permitted to make water distribution before
its entry to a tank. For this purpose, it is necessary to connect a threeway tap (7) to a pipe of hot line
21
between a top fitting adapter of a heat transfer device and a outboard tank in a convenient place for you
(figures 11 and 12).
To connect the remote hot water tank to built-in heat exchange unit it is necessary to have the
connecting pipes (pipeline) with connecting thread G 3/4.
Provided the pipeline has internal thread then it is simply screwed to the nipple of the heat exchange
unit (see figure 13).
Provided the pipeline has external thread then it is screwed trough reducing socket with the internal
thread G 3/4. (see figure 14)
It is necessary to compact thread connections by plumbing sealant or PTFE-4 band GOST24222-80
(GOST – national state standard).
Figure 13. Direct connection of the pipeline.
Figure 14. Pipe connection through coupling.
8.11. Hot water tank assembly
ATTENTION! Hot water tank is the unit of extra high hazard that is why it is necessary to
exercise caution while being near it.
ATTENTION! «Termofor» company is not responsible for improper fastening of the tank.
ATTENTION! Avoid corrosive substances entering the hot water tank and water heating
system.
ATTENTION! It is prohibited to pour water into the empty tank and (or) fill in empty
water heating system (if any) after stove starting up until the full cooling off of the stove
and the tank.
Two types of tanks can be used for hot water with the stove ―Angara 2012‖: ―outboard‖ tank and
«samovar» type.
An outboard tank is fixed on a wall of steam room or washing room in convenience place for a
Consumer. Then, it is connected to a heat transfer device through the use of pipeline (scheme of installation
of a water heating system, see point 8.10). Water in a tank is heated by its circulation through a heattransfer.
22
ATTENTION! To avoid injuries and burns it is necessary to provide maximum reliable
fastening of the tank to the wall.
ATTENTION! The wall at which the remote tank is installed shall support the weight of
the tank fully filled in with water.
A tank of «samovar» type is fixed on outlet branch pipe of the chimney. Water is heated by warm of
outgoing flue gases into the chimney.
When water starts to boil cold water shall be added into the tank.
Don’t pour the water in tank up to the top because when water starts to boil it may spill over.
ATTENTION! It is prohibited to misuse the tank.
ATTENTION! It is prohibited to use defective tank having visual damages and (or)
leakages.
ATTENTION! It is prohibited to use the tank under excessive pressure that differs from
the atmospheric one.
ATTENTION! It is prohibited to touch the warmed up to high temperatures surfaces of the
tank with bare hands or with other parts of body in order to avoid burns and damages.
«Termofor» company recommends to use «Angara 2012» sauna stove along with tanks of «Termofor»
trademark.
8.12. Operation of the stove
ATTENTION! Make sure in presence of a flue draft before heating of the stove.
ATTENTION! The stove shall be used only by people, who know rules of operation to
avoid personal injuries.
Before regular heating of the stove, it is necessary to check the firebox and ash drawer and if it would
be necessary to clear its from ash and other items (unburned fuel, foreign objects (e.g. nails) remained from
past using of the stove.
It is necessary to lay the firewood on the fire bar through the door. At the time of heating, that to
provide an intensive ignition of a fuel and air access to a combustion zone, it is necessary to lay not tightly
the firewood and a little push the ash drawer.
Do not load the fire chamber up to the top – this may lead to a dangerous situation when the door will
be open. Always shut the door after starting the stove up.
ATTENTION! Do not burn the firewood in a fuel channel. It can lead to deformation of a
door and smoke spreading in a sauna.
Attention! It is prohibited to stoke the stove with the open door except for the cases of re-
starting up. This may lead to appearance of dangerous modes of stove operation, smoke
entering the heated room and fire breaking-out.
23
ATTENTION! Don’t use constrained air-feeding in the ash drawer.
To reduce the amount of pollutant emissions it is necessary to start the ignition from the upper part of
the fuel and during the use of the stove add firewood into the fire chamber by small portions.
Fire box shall be filled with small and medium firewood for quick achievement of high temperature in
a steam room with more economic expense of firewood (regime of temperature increase). Large-size
firewood shall be put into the bottom and smaller ones to the top. Put the kindling wood on top of the
firewood.
Ash hole shall be closed and big firewood shall be loaded into the combustor for supporting of stones’
temperature and air in a steam room. Sensible quantity of firewood is 3-4 pcs.
For the emergence of a stable chimney draft after heating of the stove is needed a little time. Small
smoke emission in a premise is possible if would be opened the door of the just heated working in the
regime of temperature increasing stove. Burning of the first fuel is sufficient for flue preheat and
developing of a chimney draft which prevents fuming.
In the following, air flow, affecting the combustion rate, would be regulated with opening or closing
of the ash drawer.
For laying a regular batch of fuel, it is necessary completely close the ash drawer and to slowly open
the door after some seconds.
Be careful during the regular firewood adding to not put out the fire.
For ending of the stove’s operation, please, wait till completely burning-out of a fuel, thereafter,
clearing the stove from ash and to close fully the door, the ash drawer and the gate.
ATTENTION! Don’t extinguish fire with water.
ATTENTION! Little deformation of metal is possible in the combustor at the time of
stove’s operation. It doesn’t disturb of hermiticity of weld seams. It isn’t a sign of
defective products.
ATTENTION! If temperature in a premise is less than +5°C at the period of pause in the
stove’s work, then water will be drained from a system of water heating.
8.13. Characteristic faults and methods of elimination
Trouble type
Possible cause
Troubleshooting
Disturbance of a burning process
Chimney draft has deteriorated
Clean the chimney
Emergence of fuming
Chimney draft has deteriorated
Clean the chimney
Emergence of smell
Evaporation of remains of oils
and volatile components of
enamel
Preheat the stove in accordance
with point 8.2. in a place of
installation with maximum
ventilation of a premise
Drops on an external surface of a
tube
Insufficient impermeability of
joints of chimney
Densify joints with heat-proof
sealant
Slow heating of a premise
Insufficient heat insulation of a
premise
Incorrectly selected stove
Insulate a premise
Select a stove of higher power
Burnout of the fire bar and (or)
side walls
Have used a fuel with high
burning temperature
Overheating of the stove
Repair or replace the stove,
thereafter, use recommended fuel
24
8.14. Security measures at the time of the stove operation
Before the beginning of heating season the stove shall be tested. In the case of a fault, the stove shall
be repaired. A faulty stove is not permitted to operation. See signs of an efficient stove under point 8.2.
ATTENTION! Don’t leave an unattended heating stove and, also, don’t trust children and
people, who are in a state of drug, alcoholic or other toxic intoxication controlling the
stove.
ATTENTION! Don’t touch to heated till high temperature of surfaces of the stove with
hand without defense and other exposed parts of a body to avoid burns and injuries.
ATTENTION! Don’t locate a chimney, other inflammable materials on the plate in front
of the combustor or nearer of 0,5 m to the surface of the stove.
ATTENTION! To avoid an accident contact with a heat surface of the stove it is
recommended to make a barrier in the form of a netting or a fender of nonflammable
material which shalln’t prevent air flow near of the stove.
ATTENTION! Don’t install a closed sheathing, which would prevent free convective
stream.
ATTENTION! Don’t dry any things and objects on a partly cold surface of the stove.
ATTENTION! Carbon monoxide generation may be deathful.
Carbon monoxide has neither smell nor colour, and is generated during the combustion of wood, coal,
oil, gas and other combustion agents. It is important to have good draught and reliable ventilation system so
that combustion products were exhausted through the stove pipe. Correctly installed stove designed so that
to be maximally safe during operation, nevertheless it is recommended to install the carbon monoxide
sensors.
The sensors shall be installed at a distance from the stove to avoid false actuation. During the
assembly and service maintenance of smoke sensors it is necessary to follow the instruction provided by the
manufacturer for their assembly and location.
It is recommended to install the sensors at the level of «table» (but not close to the ceiling) to avoid
false actuation. Make sure that sensors actuate for the presence of carbon monoxide. In case of fire alarm
(sensor actuation):
• Pay attention to the signs of poisoning with carbon monoxide: headache, sickness, sleepiness.
• Increase the intensity of ventilation (open windows, doors)
• Make sure that door and ash-drawer at the stove are shut tight
• Check – if there is smoke from the stove (through the air dampers)
• Check the connecting pipe and stove pipe for the presence of blowing, smoke obstacle, and back-
draught.
• Check carbon monoxide sensors for false actuation.
It is strictly prohibited to change the system of air supply into the fire chamber if you want to increase
the flame. The changes of air supply into the fire chamber differing from the designed one will create
dangerous conditions for the stove use.
25
ATTENTION! Place power lead and electrical equipment in the safety area described in
the manual.
During the economical combustion takes place the intensive generation of tar and other organic fumes
that are mixing with exhausted steam and generated creosote. Creosote fumes condensate at relatively cold
surfaces of the stove pipe and may be accumulated there. And if afterwards they ignite this creates extreme
temperatures in the chimney stack and may lead to ignition of materials surrounding the pipe and cause fire.
ATTENTION! Provided the creosote ignition in the stove pipe shut all air dampers of the
stove, leave the room and call the firemen.
ATTENTION! Stove for sauna house (sauna) can be the reason for fire ignition.
Open and close the door only by the handle. Raked out ashes and drosses from the combustor shall be
extinguished with water and shall be located in a special fireproof place.
9. SERVICING
ATTENTION! Don’t perform a mechanical cleaning and servicing of the stove till its full
cooling.
9.1. Servicing of the stove and the chimney
Maintenance work of the stove and the chimney shall be regularly done for most efficient and safety
operation of the stove.
Sweep chimneys and stoves before the beginning of heating season and also during it in accordance
with the «Rules of fireproof routine in the Russian Federation» at least:
• Once in three months for stoves;
• Once in two months for continuous furnaces and fire-places;
• Once in month for ovens and other stoves of continuous (long-term) heat.
It is necessary to use the stove, out of bounds of the Russian Federation, in accordance with technical
standards of a country, where the stove would be exploited.
Involvement of experts for checking and sweeping a chimney is preferable.
ATTENTION! The company «Termofor» doesn’t have responsibility for consequences of
unqualified work to sweeping and checking of the chimney or the stove.
The chimney can be cleaned both mechanically (with special devices, such as bristle brushes, brushes,
loads, scrapers) and chemically (with the special chemical purifier «log-sweep»). A bristle brush would be
selected depending on a form and a cross-sectional size of a tube.
ATTENTION! Take necessary measures to protect eyes and anatomical airways from a
dust and soot at the time of a mechanical cleaning of chimneys.
26
ATTENTION! Read instruction through carefully and follow recommendation of a
manufacturer of chemical purifiers. Not recommend using compositions for carbon
burning-off are self-made.
9.2. Service maintenance of door translucent screen
To prevent soot accumulation at the translucent screen (glass) it is necessary to clean it from time to
time.
Accumulation of acidulous thin coating (of soot) will as the result erode and weaken the glass of the
translucent screen.
It is important to obey the following instructions so that the glass can be used for a long period of
time.
On the regular basis inspect the glass for chips and cracks. Provided any cracks or chips are found
immediately put out the stove and address the manufacture for glass replacement issue.
Don’t slam the door; don’t otherwise hit the glass. When shutting the door make sure that billets and
other objects do not stick out from the fire chamber so that not to damage the glass.
Don’t start up fire near the glass or in such a manner that during the burning process it may be close to
the glass.
When cleaning the glass do not use materials that can scratch or in other way damage the glass.
Scratches on the glass may during the use lead to glass destruction.
Never try to clean the glass while it is still hot. Before kindling the glass shall be completely dry.
Never put into the stove materials that can ignite explosively. Even small explosion in the closed space
is capable to smash out the glass.
Glass cleaning from sooty deposits shall be carried out as and when necessary by soft cloth wetted
with special solution for fireplace and stove glasses in accordance with the instruction.
It is prohibited to use the stove with damaged translucent screen. In case of glass damages for its
replacement it is necessary to install only high-temperature ceramic glass with thickness of 4 mm and
correct dimensions. For correct replacement order see cl. 10.
Do not use instead of the glass the heat-strengthened glass or thickened window glass. Contact the
manufacturer for the glass replacement issue.
10. CURRENT REPAIR
A damage of a varnish-and-paint coating, at the time of operation, would lead to emergence of
corrosion. It is not the warranty case. The manufacturer recommends refreshing the paint of the carcass with
a heat-proof organosilicone enamel of type KO-868.
The built-in heat exchange unit undergoes the highest temperatures exposure that is why the metal it is
made of during the stove operation may change its shape or burned through. If such an event took place the
heat exchanging unit shall be replaced. Such damage appears as the result of breach of service instructions
and is not a warranty event.
Heat exchange unit replacement is carried out analogously to the re-installment described in cl. 8.9.
In case of translucent screen (glass) damage at the door of «Vitra» model it shall be replaced as
follows (see figure 15):
27
1. Unscrew two nuts fixing the clamp
(figure15.I), and disassemble it and distance
bushings.
2. Remove the glass from the stop.
3. Take new glass and if it doesn’t have thread
sealing tape stick them: tape of 20 mm in
width is stuck from the top and from below
the glass, in a «П» shape (figure 16.I), tape
of 10 mm in width is stuck vertically, along
the lateral sides of the glass (figure 16.II).
4. Insert the glass into the stop, at that the tape
stuck from the lateral sides (vertical) shall be
pressed between the glass and the door frame
(figure 16.II).
5. Fix the glass with the clamp and tighten the
clamp with nuts.
Figure 15. Repair of translucent screen of «Vitra»
model door
ATTENTION! Nuts fastening the clamp are screwed to the mounting bolts through the
remote plugs (Figure 16.1).
Figure 16. Fastening of translucent screen of the «Vitra» model door
28
11. WARRANTY
Warranty period for the product is 12 months from the date of transfer it to the Consumer.
If the Consumer finds an inadequacy in the stated specifications (features) of the Products, the
Consumer will have the right to address his Claim to the organization (the Client) which has sold these
Products.
Herewith, the Client has right to address to the Manufacturer that settle the Claim.
If an identified misstatement is satisfied the following conditions, the Manufacturer will make
reworking the Products integrally or its unit (in accordance with decision of the Manufacturer), substituting
a damaged unit or its elements, free of charge or compensating for damage by other means (with the
approval of the Consumer):
1) It has established that a defect is in 12 months from the date of transfer the Products to the
Consumer;
2) It has established that a defect is due to the fault of the company «Termofor».
Warranty doesn’t apply to the Products and also its units or elements which have been changed by the
Consumer. Warranty doesn’t apply to elements of the Products which shall be substituted at the time of
normal operation.
The Manufacturer doesn’t give warranty to the products if the Consumer wouldn’t fulfill the
requirements of the Maintenance manual.
If the Consumer (a person who has installed the product) wouldn’t follow the technical requirements
of products installation and operation it leads to release of the Manufacturer from liability.
Warranties are ended from the time of determine of conditions stated above and in the future will not
be renewed.
12. STORING
The product shall be kept in the pack in accordance with GOST (ГОСТ) 15150-69, group 3 (enclosed
premises with a free ventilation without artificially adjustable climate conditions) at a temperature from -60
till +40ºC and relative air humidity no more than 80% (at a temperature of +25ºC).
In air of a premise of storing the product shalln’t be aggressive substances (acid fumes, alkalies).
Storage requirements concern to storehouses of the Consigner and the Consumer.
An expiration date of the product in a consumption package without reconservation is no more than 12
month.
13. CARRIAGE
13.1 Conditions of carriage
Carriage of the product is permitted in a transport packaging by all types of transport (including heated
airproof compartments of aircrafts no limits distance).The kind of carriage shall be small and low-rise at the
time of waggonage.
At the time of carriage of the product it shall be provided for defense from intrusion of dust and
rainfall. Canting of the product is not allowed.
29
13.2 Preparation for carriage
The products shall be fastened for guarantee of steady position and excluding mutual displacement
and strokes before carriage.
The requirements of handling instructions on the package shall be strictly observed at the time of load
handling.
14. UTILIZATION
The stove and its elements shall be dismantled and sent to utilization at the time of end of operating
life or breakdown of the stove (in consequence of improper operation).
At the time of disconnect the stove and its elements from the flue shall protect eyes and anatomical
airways from a dust and soot in the elements of the system which have arisen during the operation.
ATTENTION! Dismantle the stove only after its full cooling.
The product does not contain in its composition dangerous or toxicant substance which would cause
harm human health or environments. At the time of end of operating life, the stove is not danger for life,
human health and environments. As a result of this, the product can be utilized in accordance with the rules
of utilization of common industrial waste.
15. DELIVERY SET
The table lists the delivery set
Model of the
product
Stove
Fill
funnel
Door of
the firebox
Axis of the door
with spacer
Mittens
Maintenance
manual
Package
1 pc
1 pc
1 pc
1 pc
1 couple
1 pc
1 pc
Angara 2012
• • • • • • •
Angara 2012 Vitra
• • • • •
30
CERTIFICATE OF ACCEPTANCE AND GUARANTEE
The wood-burning stove with stones section «Angara 2012» of the model ____________
______________________________________ produced by Kontur, LLC, 43 2ya Shkolnaya st.,
Novosibirsk, Russia, 630032 in accordance with recquirements of government standards and
current technical documentation, correspond to the technical specification 4858-001-01365969402011 and is found fit for operation.
Head of quality control department ________________/_________________________
Signature Clarification of signature
Date of issue ―___‖ ____________ 20____
Special marks:
EXTERIOR CHECK CERTIFICATE
The consumer should carry out an exterior check of the goods for the purpose of carcass’
wholeness and the presence of the all delivery set at the moment of purchase of the stove.
Don’t have claims to an exterior form and completeness of set
The Customer ___________________________/_________/__________20___
Name, surname Signature
SALE CERTIFICATE
Date of sale ―___‖ _________ 20___ Place of seal of trading organization
The item is certified
Information about certificates can be obtained from the website www.termofor.ru
31
Informational center for consumers:
«Termofor», LLC
Legal adress: 630033, 62/3 Mira st., Novosibirsk, Russia
Wholesale department: +7 383 353-71-39
Retail department: +7 383 230-00-85
E-mail: termofor@termofor.ru
www.termofor.ru
© 2001—2014 «Termofor» Company. All rights reserved.
Marks and names «Термофор», «Termofor», «M» are registered trademarks of "Termofor" company.
The wood-burning sauna stove «Angara 2012». Operation Manual.
Loading...