BelKomin TIS EKO DUO Series User manual

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Water heating steel solid fuel TIS EKO, TIS EKO DUO
Installation and operation manual

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ATTENTION!
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- Avoid overpressure in the boiler higher than indicated in the technical documentation (the boiler
instruction manual).
- Never leave the boiler with water at an ambient temperature below 5 C.
- Do not operate the boiler without heat carrier or if the water froze in the boiler.
- Never install isolation valves on the hot water supply line from the boiler to the fitting position of the
safety valve. The safety valve is placed before the isolation valve and it is designed for the pressure no
more than 0,15 MPa for the open-type heating systems and 0,25 MPa for the closed-type heating systems.
- Forbidden to use the boiler without the safety valve.
- The instruction manual is for all the boilers TIS ECO/ECO DUO models, no matter what their outfit and
heat productivity are.
- Buying the boiler check the outfit and frontage of the boiler with the seller. After selling producer do not
accept any complaints about the wrong outfit and mechanical damage.

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CONTENTS
1. INTRODUCTION
2. BOILERS USAGE
3. BOILERS WORK DESCRIPTION
4. TIS EKO MAIN DIMENSIONS AND TECHNICAL DATA
5. TIS EKO DIAGRAM, BUNKER SIZES
6. TIS EKO DUO MAIN DIMENSIONS AND TECHNICAL DATA
7. TIS EKO DUO DIAGRAM, BUNKER SIZES
8. HEATING AND BOILER INSTALATION
9. FUEL PLACEMENT
10. RECOMMENDED INSTALATION SCHEME
11. RECOMMENDATIONS FOR BOILER INSTALATION AND OPERATION
12. BOILER IGNITION AND ADJUSTMANT
13. FUEL INSTRUCTIONS
14. FEEDER DESCRIPTION AND MAINTENANCE
15. BURNER DEVICE DIAGRAM
16. ACCIDENTS AND THEIR REPAIRING
17. MALFUNCTIONS AND TROUBLESHOOTING
18. GUARANTEE
19. GUARANTEE OBLIGATIONS
20. RECYCLING
21. BOILER MANUFACTURING, ACCEPTANCE AND SALE CERTIFICATE
22. ATTACHMENT
23. GUARANTEE CARD

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1.0 INTRODUCTION.
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LLC «BelKomin» company thanked for choosing our heating appliance.
Multifunctional boilers TIS ECO and TIS ECO DUO are designed for burning pellets and other types of
solid fuels (wood, coat, peat) on an additional grille (only in ECO DUO models).
Due to the innovating mechanism and usage of the latest achievements in steel processing within the
manufacturing process, we created a cheap energy source system suitable for houses, enterprises and
outbuildings up to 1000 m².
Producing the boilers TIS ECO and TIS ECO DUO models, we wanted to satisfy the needs of any
consumer, so we based on many years observations and comments.
This leads to the creation of the easy-to-use and highly effective appliance.
ECE is no more than 92%. Before the installation and operation read the instruction manual carefully.
The guarantee of the correct and prolonged work of the appliance is obligatory following all the directions
and recommendations of the producer.
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2.0 BOILERS USAGE .
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2.1 TIS ECO / TIS ECO DUO are steel low-temperature water heating boilers designed for the heating of
objects with the heat demand 8-99 kVt. They can also function together with the water heater when
following the instruction manual. The main function of the boilers is heat supply of individual houses and
domestic buildings with the forced circulation heating systems of open and closed types.
2.2 The boiler is located in the closed heating premises with natural or forced ventilation.
3.0 BOILERS WORK DESCRIPTION .
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Fuel burning (pellet) takes place on the burner with the help of feed auger, burner and fan. All the
processes of the boiler work and additional devices are controlled by electronic control unit. There is an
additional grille for the burning alternative fuel (wood, briquettes, coal) in the TIS ECO DUO model, in
such case the loading is done manually and additional settings are made in electronic control unit.
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Fuel combustion on the additional grille (DUO version) is not the main work of the boiler!
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Bunker filling with fuel is made not less than 1/3 of the capacitive volume. The fuel gets into the burner
from the loading device, where the burning process occurs with the help of the forced fan. The inflow and
outflow boiler heat carrier circulate through pipes with the external thread G 1 ½ or 2. Boiler chimney with
the outer diameter 159 mm or 220 mm is located at the back and it is the continuation of the boiler inner
tube (heat exchanger). For feeling or pouring off of the heat carrier from the boiler there is a drain pipe the
screw-thread ¾’’, the pipe is at the bottom of the rear case.

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4.0 TIS EKO MAIN DIMENSIONS AND TECHNICAL DATA
Technicaldata
Power
Max.operating
temperature
Watervolumeintheboiler
Min.chimneydraught
Connections
Chimneydiameter
Boilerweight
Boilersdimensions
Bunkervolume
A
B
C
D
E
V
Boilertypekwt°С litersПа "mmkgcmcmcmcmcmcmdm3
TISEKO158‐2085801811/21594225363157137216270
TISEKO2510‐2585901811/21594525373157137216330
TISEKO3515‐40851202011/21595286873141120216420
TISEKO4520‐50851252011/21595536877141120216420
TISEKO5525‐60851352222206016877147123216540
TISEKO6530‐70851452222206406882147123216700
TISEKO7535‐75851502222206656887147123216700
TISEKO9545‐95851752222207637887170148216900
*sockethightheatcarrieroutlet60mmfromboilercover
.
*Alldimensionscanvaryby+/‐5%!
Fn.: The producer reserves the right to make changes to the boilers and completing parts construction
without impairing the product quality.

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5.0 TIS EKO DIAGRAM
TIS EKO BOILER 15-95.
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1 – boiler feet; 2 – water heat exchanger (water jacket); 3 – socket heat transfer outlet ;
4 - burner; 5 – socket heat carrier return; 6 - insulation; 7 - chimney;
8 – chimney maintenance door; 9 – combustion chamber door; 10 – ash removal door and access to the
burner; 11 - hopper; 12 - feeder.
TIS EKO bunker sizes.
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Boiler model Width,
mm
Length,
mm
Height,
mm
Volume,
dm³
EKO 15 560 560 1120 270
EKO 25 560 660 1120 330
EKO 35 770 660 970 420
EKO 45 770 660 970 420
EKO 55 770 700 1230 540
EKO 65 840 840 1230 700
EKO 75 840 840 1200 700
EKO 95 870 1030 1260 900

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ATTENTION: For qualitative and reliable operation of the equipment, setting optimal parameters of the
regulator, conclude an agreement with the customer service in your region. All the information is
available on the website www.belkomin.com, or at the seller.
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8.0 HEATING AND BOILER INSTALATION
Requirements:
- connect the boiler to the heating system according to the project developed by highly qualified and
experienced specialists in thermal mechanics;
- in order to avoid condensation, install the return water temperature no less than 50 C if the supplying
heat carrier temperature is at least 65 C.
.
Filling the heating system with water, check the water is clear and clean, without any impurities of
aggressive substances with the hardness no more than 2 mEq / dm3. Hard water causes scrum in the boiler
which reduces its heat productivity and can cause premature boiler breakdown.
Fn.: boiler breakdown due to the scrum is not covered by the warranty.
- Process the water if its hardness of water does not meet the required standards. 1 mm scrum deposit (chalk-
stone) reduces the heat transfer from the metal to the heat carrier onto 10 %.
- Remain the constant volume of the heat carrier during the whole heating season. Do not forget to monitor
the pressure.
- Top the water up to the heating system at the temperature of the boiler no less than 70 C.
- Do not use any liquids inappropriate for the heating systems as a heat carrier.
8.2 Boiler position with the regard to the required servicing space
- Leave the space no less than 1,5 m in front of the boiler.
- Leave 500 mm distance between the boiler and the wall of the premises.
- Leave 500 mm space from the sides to provide access to the boiler.
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11.0 RECOMMENDATIONS FOR BOILER INSTALATION AND OPERATION:
11.1 Install the boilers with an open expansion tank or membrane in the open and closed heating
systems. The expansion tank volume depends on the heating system volume and is calculated in the
heating system development. .
11.2 The pressure in the closed heating system type must not exceed the maximum working pressure of
the water in the boiler (0,25 MPa) in an operation state with the maximum temperature of the water in the
boiler of 85 C.
11.3 Place the safety valve on the feed line between the boiler and the stop valve.
11.4 Place the check valve before the stopcock of the nourishing branch pipe if the filling and
replenishment of the boiler from the plumbing are provided. Fill the system under the pressure no more
than the boiler maximum working pressure.
11.5 Make the heating system test (test of the pipes, heaters) when the boiler is disconnected, the pressure
must be no more than the maximum working pressure indicated in the mechanical part of the heating
system project. The heating system project must be worked out by the specialized institution which is
eligible to perform such work.
11.6 Requirements to the connection of the boiler electrical part:
- a person who has qualified as an electrician and has admission to perform such work can plug the boiler
electrical part.
- wiring works should be done under PSD.
11.7 Maintenance of the boiler and smoke flues:
Attention: Soot and condensate are formed in the chimney during the boiler operation which can lead to
the traction deterioration and cause a fire hazard. The chimney serviceability must be provided for the
boiler effective and safe operation. The chimney must be smooth inside. The chimney must not lead to the
accumulation of moisture and soot and not let to gases output and combustion products. The number of
tube bends should be as small as possible. Choosing a chimney is necessary to take into account its
compatibility with the boiler, type of fuel and ease of assembly and dismantling for the maintenance and
fire safety standards matching.
* Instructions for the people responsible for boiler operation and maintenance:
- People acquainted with the mechanism and service regulations of such equipment are accepted to the boiler operation and
maintenance;
- Timely inspect the appliances; regularly clean the boiler and chimney. Soot and ash deposits on the smoke channel cases
reduce the heat transfer. Deposits, resin formation and condensation depend on the fuel used, chimney draft and operating
mode. Boiler and burner cleaning are recommended to be done in the cold state once a week. Boiler and burner cleaning can be
also made when contaminated.
- Remove ash from the boiler daily. Check the boiler external condition, burner, electronic control unit, detectors and wiring.
Clean them all if necessary.
- Clean boiler heating surfaces weekly with a poker. Clean the burner. Clean the upper heat exchanger from the soot with a
scrubber, then remote soot through the access panels.
- Make the repairing, preventive maintenance, cleaning and etc. when the boiler is blown out and then switched off. If there are
any malfunctions in electrical equipment (short circuit to the boiler case, insulation failure in cables and etc.) switch off the
boiler promptly and call the service representative. Check the existence of draft in the chimney by putting a paper strip to the
ashpit (the paper strip should turn to the ashpit side). Watch for the ventilation openings for air inflow and exhaust not to be
reduced or closed.
- Use the exhaust hoods for smoke removing within premises where the boiler is placed.

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12.0 BOILER IGNITION AND ADJUSTMENT .
Before boiler ignition check the condition of the electronic control unit, temperature detector, isolation
valves, pumps, safety valve, and pressure in the heating system, mixer work, chimney, air ventilator,
water presence in the emergency extinguishing system.
дополнить), наличие топлива на горелке (при необходимости добавить с помощ
Boiler ignition procedure:
над горелкой.
3.Включить автоматику котла и перейти в режим «Ручная работа»
1. Check the fuel presence in the bunker (supplemented if necessary) ,
availabilityoffuelontheburner
availability of fuel on the
burner
(add if necessary twist the auger to «Manual mode»)
2.Hang a cast iron deflector above the burnerвентилятора с шагом 5 ход
7.После полного разгорания топлива на горелке, когда уровень горящего топлива опустится ниже верхнего кольца перевести котёл в
автома
3.Turn on the boiler electronic control panel and switch to “Manual mode” Maм нажатия клавиши «EXIT» до появления
основно емп
4. Ignite the fuel on the burner. Attention!!! Do not use flammable liquids at the boiler ignition!!!
5. Turn on in the «Manual mode» «Fan» 25 position.
6.Gradually, in process of fuel ignition, add turns of the fan with step 5 positions.
7.After the fuel burns on the burner with the level of burning fuel falling below the upper ring,
turn the boiler into automatic mode.
8.To enter the automatic mode, you must exit the setup menu by pressing the "EXIT" keys until the main
temperature screen appears.
9.During the work, make sure that the fuel level on the burner does not fall below the upper ring, and does not
get poured through the burner. If necessary, adjust the fuel level using the "Feed time" and "Feed interruption"
settings.
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Wrong Correct Wrong
Basic work, configured parameters:
Feeding time _______sec. * Feed interruption _______sec. * Boost force______sec.
When the set temperature is reached, the boiler goes into the support mode, stopping the main operation.
Support mode configured parameters:
Feeder operation in support sec.* Support disruption min.*
Fan in support sec.* Fan timeout
min * The procedure for boiler
extinguishing and conservation:
Attention: When the boiler is extinguished, monitor the temperature of the coolant according to the
installed thermometers. Do not allow the boiler overheating .
1.Remove the fuel from the bunker completely as possible.
2. Go to the “Manual mode”.
3.Switch on the pumps in manual mode to cool the boiler.
Attention!!! The pumps must be switched on permanently when the boiler is extinguished, as a sudden
excess of the coolant temperature is possible.
4.Switch on the fan in manual mode.
5. Switch on the feeder in manual mode.

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6.Supply fuel to the burner and the burn it until complete disappearance.
Attention: When the boiler is extinguished, monitor the temperature of the coolant according to the
installed thermometers.
Do not allow the boiler overheating . Keep the bunker closed all the time.
7. Wait for burner complete cooling
13.0 FUEL INSTRUCTIONS .
13.1 The upper limit of the fuel fraction
The maximum coal fraction is limited to 25 mm.
13.2 Coal coking properties .
Coal with small or medium coking properties, such as type 31 or type 32 with volatile content above
30%, can be used. It is not recommended to use coal type 33 (coking) and type 34 (strongly
coking). Also, the use of other fuels such as coke, anthracite, briquettes or lignite without
consulting the manufacturer is prohibited (the feeding mechanisms must have a special design).
Each type of coal used must have a fraction below 25 mm!
13.3.  The maximum amount of fine coal is limited to the following values:
The maximum amount of fine coal passing through a 1/8 "sieve is
for type 31 (only classified coal) to 20%
for type 32 (only classified non-coking coal) to 20%
other types - coal species up to 10%
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13.4. Humidity max. up to 10%!!!
This is the main parameter of the fuel used. It is very difficult to burn coal if it contains an
excessive amount of wet crumbs. If coal humidity over 10% (to 15%), the percentage content of the
crumb should not exceed 15%. ATTENTION! Coal containing more than 30% of crumb and more
than 10% of moisture is not recommended!
13.5.The ash content is up to 15%
13.6 .  Ash melting point
for type 31 and part of type 32/1 not less than 12000C
for type 32/2 not less than 12500 C
General advice on the choice of coal type .
The right choice of coal type provides:
- boiler trouble-free operation;
- high efficiency of the burner work and fuel economy up to 15 % compared with fuel of a lower quality;
- reduction of harmful chemicals emission into the atmosphere.
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GENERAL RECOMMENDATIONS REGARDING THE PELLET
CHOISE
The right choice of the pellet type and class provides:
- boiler trouble-free operation;
- high efficiency of the burner work and fuel economy up to 15 % compared with fuel of a lower quality;
- reduction of harmful chemicals emission into the atmosphere.
Recommendations for the fuel used (pellets):
– The maximum size (length) of pellets is limited to 30 mm
--Pellets diameter 6-10 mm
– Ash content up to 0,03%
– Humidity до 6%
– Density 1,25 кг/дм3
– Sulfur content up to 0,03%

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14.0 FEEDER DESCRIPTION AND MAINTENANCE .
14.1 G eared motor and auger construction
External parts of the reducer (housing) and motor housing are aluminum. The manufacturer fills the
reducers with synthetic oil, which does not require replacement during the whole period of
operation. The reducer is connected to the feed auger by coupling, the role of protecting mechanism
against the damage in screw locking case, is performed by a safety wedge (screw M5 with
incomplete thread, galvanized in the hardness class 5.8). The use of other safety wedges threatens
to the geared motor or electric motor damages and also will void the warranty! The auger transports
fuel from the tank to the lower part of the retort.
14.2 Retort construction .
Retort with a correspondingly spaced primary air nozzle forms a monolithic component. The retort
nozzles, through which primary air is supplied, are made of gray cast iron. The retort is driven by an
auger and rotates inside the burner ring.
14.3 Deflector .
The height of the deflector hanging is set by the boiler manufacturer. Normally the deflector is set to:
for a retort of 15kW and 25kW min.15cm
for a retort of 50 kW min.15 cm
for a retort of 75 kW min20 cm for a retort of 95 kW min20 cm
above the retort upper edge.
The deflector should be suspended on a heat-resistant wire Ř 10.
Functions of the deflector:
flame support in the retort
flame breakdown on the heat exchanger mantle
ATTENTION! The use of coking coal leads to a rapid wear of the deflector and other cast iron
parts of the feeding device (loss of guarantee). 
ATTENTION ! In the TRIO feeder, secondary air nozzles are used. These nozzles must always be
installed in the direction of the flame.
ATTENTION! The boiler has a double "fire fighting" function
I- in the controller "fire fighting" function (after overheating of the auger tube with returning burning
fuel, the controller must give a signal and push the fuel out of the pipe ).
II- It is necessary to install a safety valve (thermostatic valve) on the screw tube (the coupling for
welding is welded) and the tank with water connected to it.
Daily boiler and burner inspection. Burner cleaning
ash removal from the boiler – at least once a week. Boiler
and chimney cleaning– at least once a month. When using low quality pellets (with increased ash
content and slagging), to ensure uninterrupted and reliable operation of the equipment, inspect and clean as
needed (to the extent of contamination).
Manual for feeder servicing .
1. Weekly maintenance
2. Open firebox door and check the condition of the flame.
3. Remove the slag periodically if there a lot of it in the firebox. Take into account the above
principles and the need to regulate properly the fuel and air pressure proportions. In case of slag
permanent appearance, make sure that the type of fuel meets the recommended characteristics.
4. Check the fuel level in the hopper
Monthly maintenance .
Perform actions on a weekly maintenance and :
1. Check the accumulation of slag residues in the retort, if necessary, extinguish the boiler and clean
the retort.

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2. Verify that dust and other wastes do not accumulate in the fuel hopper and the auger casing, and
remove them.
3. Check the condition of the air nozzles and the patency of the air outlets.
ATTENTION ! Actions from 10.2 and 10.3 must be done after the end of heating season or in case
of heating hot water – once a year.
Regular maintenance.
1. It is necessary to preserve the feeder after each heating season or in the case of heating hot water
once a year (warranty condition).
2. Run the auger once every three months for 15 minutes. Due to this, it is possible to avoid locking the auger
inside the pipe.
3. Clean the pipe of fuel residues, empty the hopper, clean the retort, unscrew the bottom cover, remove the ash
4. Remove the rotary ring from the burner plate, remove the furnace plate from the feeder, remove the feeder by
unscrewing four M10 bolts securing the feeder to the boiler. Remove the geared motor with the auger
(unscrewing four M8 bolts), Separate the geared motor from the auger (taking out the safety pin), process with a
solid lubricant for bearings an auger spindle and an inner sleeve of a geared motor, to prevent grouting of both
elements (geared motor and auger). In order to fold the feeder, follow the steps in reverse order, paying special
attention to the centering of the rotary ring inside the burner plate (four M10 bolts are used for alignment).
ATTENTION ! – after installing the burner plate do not tighten the bolts. ATTENTION! CENTER ON THE
INCLUDED FEEDING DEVICE!
15.0 BURNER DEVICE DIAGRAM .

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16.0 ACCIDENTS AND THEIR REPAIRING .
Possible malfunctions and ways to delete them are indicated in Tables
Malfunctions
name
List of possible reasons
The coal
feeder
for the retort
does not turn
on
No power or
the boiler
controller
is off
Geared
motor fuse
is on
Reboot
relays
turned on
The motor
thermal
switch is
on
Auger feeder
is empty
(without any
coal)
Geared motor fuse
is on
Reboot
relays
turned on
There is
no coal
in the
bunker or
coal is
hovering
over the
feeder
The wedge
protecting
the clutch
of
the geared
motor
is cut off
Auger
coupling
from
the
geared
motor
is
switched
off
The auger of
the coal feeder
does not rotate
into the
retort,
geared motor
does not work
The wedge
protecting
the clutch of
the geared motor
is cut off
auger
coupling
from
the geared
motor
is switched
off
The auger
is
not
cleaned
before
operating
the boiler
Frequent
cutting
of the auger
safety wedge
The pipe flange is
bent
or the fastening
bolts
are loosened
Improperly
centered
support part
of
the geared
motor
relative to
the auger
Geared
motor
support
part
is unstable
to
the base
Smoke from
the bunker
Clogging the air
supply hole
in the retort
column
Auger burnt
end retort
Combustion
misconfiguration
Protective
measures
Check the power
and the main
switch
on the control
board
Reset or
replace
if necessary
Reset the
reboot
relay
Check the
switch,
determine
the cause
of its
activation
Check the
coal level
in the
bunker
and over
the holes
of coal
supply
Check and
replace
if
necessary
Replace
the
coupling
insert and
reconnect
the
coupling
Remove the
auger. Clear.
Inform the
manufacturer
Clean the
retort, clean
the holes
Check
alignment of
the
installation
and center

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17.0 MALFUNCTIONS AND TROUBLESHOOTING .
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№
Possible malfunction Malfunction cause Troubleshooting (made by the
producer)
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1
Poor fuel combustion Bad chimney draft
Raw poor quality fuel
Clean the flue pipe and gas outlet of
soot and ash, check the correct
installation (according to the
instruction manual).
Raw Fuel Replace the fuel.
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2
Good combustion in the
boiler, the heat carrier is
boiling in the boiler, but is
not heated in the heater.
Bad circulation of the heat carrier in the
heating system.
Check the correct installation of the
heating system (the presence of the
slope, the absence of air plugs, etc.)
Circulation pump
does not operate.
Troubleshoot or replace the
pump.
The leak of the heat carrier in the
system.
The air presence in the system
Eliminate the leak. Energize the
system, bleed the air.
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3
The appearance of
the smoke in the
premises.
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Clogged chimney. Clear the chimney from soot
and ash.
Chimney is not warmed (stale cold air in
the chimney).
Restore the chimney draft burning
some paper, straw, sawdust, etc. in
the cleaning hatch
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4
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Failure of the grate High temperature of fuel
combustion. Incorrect air distribution
in the boiler.
Reduce the air supply. Replace the grate.
Clean air ducts
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5
Water inside the boiler
(condensate).
Condensate from the chimney. Check the condensate drain. Insulate
the chimney. Regulate the
combustion process.
Low temperature of the
heat carrier in the boiler.
Maintain the heat carrier
temperature of the boiler 65-80 C.

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18.0 GUARANTEE .
The manufacturer provides a full guarantee of the product in accordance with the terms and conditions
described warranty.
Initial commissioning and equipment maintenance produced by
LLC «Belkomin» must be carried out by qualified specialist. In the case of non-compliance of this
manual, will not accept warranty claims. Each complaint should be immediately transmitted after
malfunctions detection in written form to the seller or producer.
ATTENTION!!!
Ask the sellers and adjustment organizations to fill in the warranty card correctly.
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19.0 GUARANTEE OBLIGATIONS.
LLC «Belkomin» (producer) warrants the product produced;
The producer is responsible for the guarantee if the defect appears in the device due to producer fault;
The producer decides independently to remedy the defect or replace the whole unit;
The warranty is only valid if the warranty card has boiler serial number, boiler brand and seller’s mark;
The warranty is only valid if the warranty card is correctly filled and has a note of commissioning date,
stamp of the organization or installer who instructed the customer and put the boiler into operation;
Warranty repairs are free;
Warranty repairs may be done only by a specialized organization, installer or service center accredited by
the producer;
The warranty only covers the unit, installed in accordance with the instruction manual and the rules
written in it;
The warranty period for the boiler drum is 60 months from the sale date;
The warranty period for the control elements, burner, load tank, electronic regulator is 12 months from the
sale date;
The guarantee does not cover the boiler expendable material components: door seal, cast iron grate,
handles, screws, screw-nuts, incendiary element, scrubber, poker;
The warranty expires in case of improper installation or use of the device inappropriately;
The producer is not responsible for the mechanical damage during shipping;
The whole unit or its parts that have lost their marketability on the consumer's fault cannot be exchanged
or returned for warranty obligations;
TIS ECO and TIS ECO DUO boilers are subjected to compulsory grounding!
* Using open heating systems there is a risk of boiler corrosion.
BOILER IS PLACED ON THE VEHICLE ONLY IN AN UPRIGHT POSITION!!! (otherwise it will be
removed from the warranty).
The boiler is shipped on a pallet or without it on customer’s request but only in an upright position!
It is recommended that in upright position the boiler was transported as close to the installation place as
possible, it minimizes the possibility of the damage to the boiler case.
When the boiler is shipped in another position the warranty removed.
 The package may also include various kinds of control devices (additional expanders) or some other
automation devices depending on the purpose and the customer’s wishes.

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MANUFACTURER: Belarus, Grodno region, d. Novaya Gozha, 6.
OFFICE: 230008, Belarus, Grodno, Tavlaya st, 1.
Regarding the equipment quality contact:
Manufacturer: Phone/Fax [phone]; Phone: [phone]; E-mail:
[email protected]
Minsk office: Phone/Fax: [phone]; phone: [phone];
[email protected]
Service center: E-mail: servic[email protected], [e-mail].
20.0 RECYCLING.
- Upon reaching the limit state boiler burning heating surface, it must be disconnected from the
heating system.
- After switching off the boiler presents no danger to the people’s lives and health and the
environment.
- Recycling - boiler housing and the grate can be remelted.
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21.0 BOILER MANUFACTURING, ACCEPTANCE AND SALE CERTIFICATE.
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Hot water heating steel TIS ECO / ECO DUO _______serial №__________
Correspond: ТУ BY 590831167.001-2013, ТР ТС 010/2011, ТР ТС 020/2011, ТР ТС 004/2011,
Declaration on conformity: № ТС BY/112 11,01, ТР010 042 00065 and recognized serviceable.
Manufacturing date: «_____» _________ 201_ .
Tested by water pressure 0,4 MPa.
Packager ___________________________________ producer L.S.
(Full name)
Selling date: «_____» _________ 201 _.
Seller’s data and signature________________________
_____________________________________________________________________________
L.S.
Familiar with the terms of the boiler connection, operating conditions and the warranty.
Customer:___________________________________________
15.0 Installation information.
Address where the boiler is
installed:_________________________________________________________
Installation date: _______________________________________________________________
Boiler is installed by: ____________________________________
_____________________________________________________________________________
Commissioning date:____________(name of organization)________________________
L.S. Signature_____________________________

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22.0 ATTACHMENT .
Boiler maintenance records

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24.0. GUARANTEE CARD
№1 boiler warranty repair
Boiler serial number_____________________
Selling date «____»___________ 20____
L.S. (seller)________________________
Shop address_________________________
Carried out works on troubleshooting
Repairer (full name)_____________________
Company______________________________
Repairing date__________________________
L.S.(company)_________ Signature________
24.0. GUARANTEE CARD
№1 boiler warranty repair
Boiler serial number_____________________
Selling date «____»___________ 20____
L.S. (seller)________________________
Shop address_________________________
Carried out works on troubleshooting
Repairer (full name)_____________________
Company______________________________
Repairing date__________________________
L.S.(company)_________ Signature________
24.0. GUARANTEE CARD
№1 boiler warranty repair
Boiler serial number_____________________
Selling date «____»___________ 20____
L.S. (seller)________________________
Shop address_________________________
Carried out works on troubleshooting
Repairer (full name)_____________________
Company______________________________
Repairing date__________________________
L.S.(company)_________ Signature________
24.0. GUARANTEE CARD
№1 boiler warranty repair
Boiler serial number_____________________
Selling date «____»___________ 20____
L.S. (seller)________________________
Shop address_________________________
Carried out works on troubleshooting
Repairer (full name)_____________________
Company______________________________
Repairing date__________________________
L.S.(company)_________ Signature________
24.0. GUARANTEE CARD
№1 boiler warranty repair
Boiler serial number_____________________
Selling date «____»___________ 20____
L.S. (seller)________________________
Shop address_________________________
Carried out works on troubleshooting
Repairer (full name)_____________________
Company______________________________
Repairing date__________________________
L.S.(company)_________ Signature________
24.0. GUARANTEE CARD
№1 boiler warranty repair
Boiler serial number_____________________
Selling date «____»___________ 20____
L.S. (seller)________________________
Shop address_________________________
Carried out works on troubleshooting
Repairer (full name)_____________________
Company______________________________
Repairing date__________________________
L.S.(company)_________ Signature________