Planika SINATRA 1200 User manual

Copyright Planika Sp. z o.o. www.planikafires.com IG0223#11 12.09.2022 1
INSTALLATION AND USER’S MANUAL
SINATRA 1200-2400
G20/G25/G25.3 (Natural Gas) G30/G31 (Propane-Butane/Propane)
Single Sided
Left/RightCorner
ThreeSided
See-Through
RoomDivider
Island
Produced by:
Planika Sp. z o.o.
Bydgoskich Przemysłowców 10
85-862 Bydgoszcz, Poland
Telephone: + 48 52 364 11 60
Scan for other languages

2
IT IS OBLIGATORY TO READ AND STORE THIS INSTALLATION MANUAL.
TABLE OF CONTENTS
1. INTRODUCTION..........................................................................................................................................................................................................................4
2. GENERAL INFORMATION............................................................................................................................................................................................................5
3. SAFETY........................................................................................................................................................................................................................................5
3.1. Safety instructions...........................................................................................................................................................................................................6
3.2. Safety instructions for the use of fireplace powered by gas cylinder ..............................................................................................................................7
3.3. Protection against backward chimney draft....................................................................................................................................................................8
4. UNPACKING................................................................................................................................................................................................................................9
4.1 Table of the Elements:...............................................................................................................................................................................................................9
5. INSTALLATION............................................................................................................................................................................................................................9
5.1. Type of gas ......................................................................................................................................................................................................................9
5.2. Conversion to another type of gas ..................................................................................................................................................................................9
5.3. Gas connection..............................................................................................................................................................................................................10
5.4. Electrical connection .....................................................................................................................................................................................................11
5.4.1. Connecting additional lighting or other electric receivers .......................................................................................................................................11
5.5. Device positioning.........................................................................................................................................................................................................12
5.6. Flue gas exhaust system and combustion air supply.....................................................................................................................................................14
5.6.1. Air supply for the combustion process.....................................................................................................................................................................14
5.6.2. Fireplace with open combustion chamber and mechanical ventilation...................................................................................................................16
5.6.3. Discharge of combustion products - natural draught...............................................................................................................................................17
5.6.4. Discharge of combustion products - mechanical draught........................................................................................................................................18
5.7. Distances of the exhaust outlet from the structural elements of the building..............................................................................................................19
5.8. Fireplace housing execution..........................................................................................................................................................................................20
5.8.1. Installation of the Single Sided type.........................................................................................................................................................................22
5.8.2. Installation of the Left / Right Corner type ..............................................................................................................................................................23
5.8.3. Installation of the Three Sided type.........................................................................................................................................................................24
5.8.4. Installation of the Room Divider type ......................................................................................................................................................................25
5.8.5. Installation of the See- Through type.......................................................................................................................................................................26
5.8.6. Installation of the Island type ..................................................................................................................................................................................27
5.9. Placing the inspection hatch..........................................................................................................................................................................................28
5.10. Placing decorative elements ....................................................................................................................................................................................30
5.10.1. Arranging decorative logs ........................................................................................................................................................................................31
5.10.1.1. Decorative logs for Sinatra 1200.........................................................................................................................................................................32
5.10.1.2. Decorative logs for Sinatra 1600.........................................................................................................................................................................33
5.10.1.3. Decorative logs for Sinatra 2000.........................................................................................................................................................................34
5.10.1.4. Decorative logs for Sinatra 2400.........................................................................................................................................................................34
5.10.2. Arranging Decorative Stones....................................................................................................................................................................................35
5.11. Glasses .....................................................................................................................................................................................................................36
6. CONTROL..................................................................................................................................................................................................................................37
6.1. Remote controls............................................................................................................................................................................................................37
6.1.1. Remote control for the user.....................................................................................................................................................................................37
6.1.2. Orange remote control for the installer...................................................................................................................................................................38
6.2. Alternative ways of control ...........................................................................................................................................................................................38
6.2.1. Wired connection ....................................................................................................................................................................................................38
7. FINAL INSPECTION....................................................................................................................................................................................................................40
7.1. Gas tightness.................................................................................................................................................................................................................40

3
7.2. Gas Pressure..................................................................................................................................................................................................................40
7.3. Ignition of the main burner ...........................................................................................................................................................................................40
7.3.1. First ignition of the device after installation or after modifications.........................................................................................................................40
7.3.2. The Hearth ...............................................................................................................................................................................................................41
7.4. Flame.............................................................................................................................................................................................................................42
7.5. Checklist ........................................................................................................................................................................................................................42
8. USAGE......................................................................................................................................................................................................................................43
8.1. First use.........................................................................................................................................................................................................................43
8.2. Discoloration of walls and ceilings.................................................................................................................................................................................43
9. REMOTE CONTROL...................................................................................................................................................................................................................43
9.1. Display and buttons.......................................................................................................................................................................................................43
9.2. Explanation of symbols..................................................................................................................................................................................................44
9.3. Setting connection between the remote control and the receiver ...............................................................................................................................44
9.3.1. Battery exchange .....................................................................................................................................................................................................45
10. USER MENU........................................................................................................................................................................................................................46
10.1. Eco Flow...................................................................................................................................................................................................................46
10.2. Relay - control of additional optional lighting..........................................................................................................................................................47
10.3. Fan/damper control or LED......................................................................................................................................................................................47
10.4. Date and time settings.............................................................................................................................................................................................47
11. INSTALLATION MENU .........................................................................................................................................................................................................48
11.1. Time format of 12-hour or 24-hour .........................................................................................................................................................................48
11.2. User Menu Settings..................................................................................................................................................................................................48
12. CONTROL ............................................................................................................................................................................................................................49
12.1. Manual control ........................................................................................................................................................................................................49
12.1.1. Ignition of the device ...............................................................................................................................................................................................49
12.1.2. Flame height adjustment.........................................................................................................................................................................................50
12.1.3. Switching on and off the side sections of the furnace .............................................................................................................................................50
12.1.4. Turning off the device..............................................................................................................................................................................................50
13. SIGNAL QUALITY .................................................................................................................................................................................................................51
14. TROUBLESHOOTING............................................................................................................................................................................................................51
15. MAINTENANCE ...................................................................................................................................................................................................................53
15.1. Spare parts...............................................................................................................................................................................................................53
15.2. Cleaning of the glass with anti-reflective coating (if delivered) ...............................................................................................................................53
16. ENVIRONMENTAL PROTECTION..........................................................................................................................................................................................54
16.1. The device................................................................................................................................................................................................................54
17. DELIVERY.............................................................................................................................................................................................................................54
18. TECHNICAL SPECIFICATIONS...............................................................................................................................................................................................55
18.1. SINATRA 1200 ..........................................................................................................................................................................................................55
18.2. SINATRA 1600 ..........................................................................................................................................................................................................55
18.3. SINATRA 2000 ..........................................................................................................................................................................................................56
18.4. SINATRA 2400 ..........................................................................................................................................................................................................56
19. ELECTRICAL DIAGRAMS.......................................................................................................................................................................................................57
19.1. Schematic diagram...................................................................................................................................................................................................57
19.2. Wiring diagram of Decorative Fire Gas Transceiver DFGT........................................................................................................................................58
19.3. Wiring diagram of gas controler ESYS ......................................................................................................................................................................59
20. WARRANTY.........................................................................................................................................................................................................................60

Copyright Planika Sp. z o.o. www.planikafires.com IG0223#11 12.09.2022 4
1. INTRODUCTION
The Planika company designs and manufactures gas heating devices that meet the highest standards of quality,
efficiency and safety. The device has a CE marking, which means that it meets the essential requirements of the
Regulation (EU) 2016/426 relating to Devices burning gas and compliant is with Standard EN 509: 2002 for Gas
Appliances with Decorative Combustion Effect, and EN 778: 2010.
Each gas fireplace produced by Planika is subjected to factory quality control, during which it undergoes rigorous safety
tests. Materials of the highest quality used for its production guarantee the user a smooth and reliable functioning of
the device.
The device is delivered together with the instruction manual and assembly instructions. The assembly instructions
provide the necessary information to install the device in such a way that it works properly and safely. In addition, you
can find technical data about the device, information on its maintenance and possible failures that may occur, along
with their possible causes and how to resolve them.
WARNING! The installer must be a certified and qualified specialist in gas heating and electricity and should have all
the qualifications required by local law.
CE Declaration of conformity
We hereby declare that both the design and construction of a gas heating device manufactured by Planika Sp. z o.o. (with registered office at
Bydgoskich Przemysłowców 10 85-862 Bydgoszcz, Poland) meet the essential requirements contained in the Directive and the Ordinance on gas
appliances.
Product: Gas device with decorative combustion effect with draft interrupter and atmospheric burner, discharging flue gas to exhaust duct BBS
type and thermal sensor protecting against the outflow of exhaust gases into the room in the event of disturbances in the draft.
Type: SINATRA 800-2400, SINATRA CampFire, VERSAL 400-1000 in versions: LF, F, FR, LFR, T, W, RD
Directives: 2014/35/EU; 2014/30/EU
Regulation: 2016/426/EU
Standards: PN-EN 509: 2002/A1: 2002/A2: 2002; PN-EN 778: 2010; PN-EN 437 + A1: 2012; PN-EN 60335-2-102
The notified body: the Oil and Gas Institute - National Research Institute (Lubicz 25 A street, 31-503 Kraków, Unit number: 1450) carried out and
on 09.10.2018 issued the certificate no. GAR1450CT0048 for the above mentioned devices.
The company's quality control system guarantees that the mass-produced devices meet the essential requirements of the applicable Directives
and Regulations as well as the standards contained therein. This Declaration is annulled if any modifications are made to the device without the
prior written consent of Planika.
Brzoza 02.02.2018 Chairman of the Board
Jarosław Dąbrowski
Model Sinatra 800 Sinatra 1200 Sinatra 1600 Sinatra 2000 Sinatra 2400 Sinatra CampFire
Type SIGA/01 SIGA/02 SIGA/03 SIGA/04 SIGA/05 SIGA/CF
Series of types SIGA/01/xx/H SIGA/02/xx/H SIGA/03/xx/H SIGA/04/xx/H SIGA/05/xx/H SIGA/CF/xx/H
* xx - Type of glazing (LF, F, FR, LFR, T, RD, W)

5
2. GENERAL INFORMATION
Gas fireplaces SINATRA are devices with an open chamber and a decorative combustion effect with a nominal thermal
load not exceeding 20 kW (Hi), which use the highest class advanced automation to control the gasvalve. The appliance
complies with European directives regarding safety, the environment and energy consumption. The air needed for the
combustion of gas is supplied to the furnace from the outside and the gases generated during the combustion process
are discharged outside the building by an insulated flue pipe. The safety of the entire system is controlled by a series
of systems and a draft interrupter with a thermal sensor, which will switch off the device in the event of detecting a
blocked chimney. Additionally, in order to ensure proper chimney draft, the device can be installed together with an
exhaust fan equipped with a vacuum sensor, which after detection of appropriate strings will allow the fan controller
to start the fireplace and in conditions of insufficient chimney draft will increase the fan speed or turn off the whole
device. This provides the user with 100% safety, making the fireplace completely independent of the weather
conditions and type of ventilation installed in the building.
Gas fireplaces SINATRA are decorative appliances intended for indoor use only and can be supplied with natural gas
or liquefied propane or propane-butane gas. The devices are manufactured in seven versions of glazing, thus adapting
to any installation variant, so as to be able to fully meet the requirements of even the most demanding customers.
Regardless of the variant and the length of the SINATRA fireplace, they are equipped with automation and protection
of the same type, and the way of their connection to the gas system and the chimney system is identical. The user can
also choose a variant of the fireplace interior design, and the control can be carried out by using remote control
attached to the device or through the intelligent building automation system.
3. SAFETY
WARNING! It is mandatory to make sure to carefully read the installation manual and user manual before beginning
of installation and operation of the fireplace series SINATRA. This manual should be retained for the life time of the
device.
WARNING! The device must be installed in accordance with the relevant national and local regulations. Connection to
the flues, wall and roof passage as well as all elements used to install the fireplace should be made in accordance with
existing norms of the national building legislation.
To ensure the secure installation and perfect operation of the device, observe the following precautions and adhere
to the following safety rules:
•Read installation manual and user manual before installation and first use of the device.
•The device can be installed and serviced only by certified and skilled professional specializing in the field of gas
heating and electricity.
•Installation of the unit must allow easy access to all components subject to maintenance and service, and to
allow free access to the components of the system closing the front glass (if installed).
•Do not use the device before you fully install it in the chosen destination.
•Fireplace series SINATRA should be monitored at least once a year in accordance with this installation manual
and as well as all applicable national and local regulations concerning safe installation and use of gas
appliances.

6
•Make sure that the information on the nameplate are consistent with the local type of domestic gas and
pressure.
•Do not change the structure of the device and its sealed components or modify the default settings of the
fireplace.
•Do not place extra decorative accessories (other than those supplied with the unit) or the glowing coals on the
burner or in the combustion chamber.
•The components of the control system with the gas valve cannot be exposed to moisture.
•Carbon dioxide (CO2) or powder extinguisher must be placed near the unit.
•Before connecting the device you should familiarize yourself with all connecting schemes (including electric),
set out in the manual.
•The first time you turn on the fireplace SINATRA, it is necessary to use it at the maximum level of the flame for
a few hours so that the elements warm themselves, and possible small residues of paints, coatings and
lubricants will evaporate.
•During the first hours of use of the device, additional ventilation and ventilation of the room is recommended,
to quickly remove the characteristic smell fire resistant paint.
WARNING! When you first start your device, the installer should perform the leak test on all gas connections, check
the connections of all elements of the system (including the proper connection to the concentric air combustion
system) and check the correct operation of all the items, in particular system of ignition and flame failure protection
system.
•Do not move the device during its operation.
•The surface of the fireplace series SINATRA may strongly heat up during use - up to more
than 100 °C .
WARNING! Accessible parts of the devices, including the glass (if installed), can become very hot. You absolutely must
protect children from contact with the working device!
•In case of failure of any of the glass panels, please contact your service provider or distributor.
•The device should be installed away from flammable materials.
•All metal parts of the fireplace series SINATRA are constructed of materials resistant to rust or covered with
corrosion coating.
•Never leave the fireplace SINATRA unattended (as in the case of any other type of fireplace or fire in the room).
Fireplace series SINATRA should be installed out of reach of children, unauthorized persons and animals so
direct contact with hot parts of the fireplace is not possible.
•In case of feeling any gas leaks, immediately turn off the fireplace and, depending on the type of fuel, close
the main valve on the gas cylinders LPG or close the valve supplying natural gas to the device. You should also
ventilate the room in which the fireplace is installed and contact the service staff.
•If the unit is not used for a long time, depending on the type of fuel, close the main valve on the LPG cylinder
or close the valve supplying natural gas to the device.
3.1. Safety instructions
•SINATRA fireplaces are not standalone devices and are intended only for installation.
•For installation of exhaust flue, you should only use the system recommend by the company Planika.

7
•For the construction of fireplace housing equipment use only non-flammable materials (e. g. non-combustible
and heat-resistant plates or materials made of stone). Non-combustible materials must be used to complete
both external as well as internal part of the housing, and for completing the wall, at which the device will be
placed.
•Strictly follow the minimum distance between non-combustible walls of the housing and the device.
•To improve the circulation inside the unit and to reduce the risk of overheating of its walls (including the wall,
which the device was placed on), you must comply with the distances shown in the mounting drawings.
•Use the electric wires in high-temperature insulation, and place them away from the hot parts of the fireplace
and installation items.
•Combustible materials should be placed no closer than within 1 m from the unit.
•Only decorative accessories attached to the device by the manufacturer should be placed on the hearth (logs,
stones, vermiculite or ash imitation). These accessories should be installed as described in this manual.
Incorrect placement of decorative materials may result in shortening the useful life of the hearth and its
damage.
WARNING! Make sure you don’t place any decorative elements around the ignition and ionization electrodes.
WARNING! Before installation, ensure that the local distribution conditions (identification of the type of the gas and
pressure) and the adjustment of the appliance are compatible.
3.2. Safety instructions for the use of fireplace powered by gas cylinder
•Use only the type of gas and pressure specified on the label by the manufacturer.
•Gas cylinders should always be in an upright position - both during use and transport.
•A storage of the gas cylinder should be located in a place easily accessible to allow its immediate closure.
•During installation, never approach the gas flame or any other source of fire.
•Gas cylinder should not be closer than 1.5 m from the fireplace SINATRA.
•Any leaks should be located using a mixture of water and foaming cleaning fluid. The resulting air bubbles
indicate a leak.
•Always use a pressure reducer between the cylinder and the device. Replace pressure regulator at least every
5 years. Permissible pressure: 30mbar, 37mbar (recommended), 50 mbar. Use only regulators that meet the
requirements of European Standard EN16129.
•Use only approved and certified cables connecting gas (flexible hose). Replace them at least every 2 years.
•Flexible hose supplying gas to the unit should be located away from sharp edges and hot surfaces. Avoid bends
and twists of flexible connections along the whole length.
•Note that the gas cylinder LPG should be installed in well-ventilated areas. LPG gas is heavier than air and its
accumulation on the substrate can lead to the formation of explosive mixtures.
•Optional housing, which cylinder of LPG will be placed at, must have adequate ventilation. It must have an
upper ventilation opening above the top of the cylinder (with min 1/100 base surface of the installation) and
a lower vent opening at its base (with min 1/50 base surface of the installation).

8
•Turn off gas cylinder, if the device is not in use.
•Filling the gas cylinders should only be done at certified gas filling stations.
•Exchange of empty bottles for full should take place only at authorized points.
3.3. Protection against backward chimney draft
All Sinatra series fireplaces are equipped with a thermal sensor on the draft diverter as standard. It prevents operation
of the device in case of blockage or complete block of the flue pipe. It prevents the fireplace from being used when
there is a backward draught and a dangerous release of smoke and combustion products, including carbon monoxide,
which is the most dangerous for human and animal health and life, into the room where the fireplace is installed.
Reverse draught occurs when air enters the room through the flue pipe due to ventilation disturbances in very airtight
buildings. The air is sucked in through all other available ducts, including those for combustion and ventilation
purposes, instead of through dedicated air supply ducts. Backward chimney draft can also be created in the case of
mounting, in buildings where open combustion chamber devices are used, mechanical exhaust ventilation, including
kitchen hoods. In this case, backward chimney draft occurs when the efficiency of the exhaust fan (e.g. in kitchen hood)
exceeds the efficiency of micro ventilation in the room, and the resulting negative pressure leads to the intake of air
through the combustion ducts.
When backward chimney draft appears, the air flow into the room through theopen combustion chamber and through
the draft diverter installed on the device. In such a case, when the fireplace starts up, hot and light exhaust fumes are
blocked by cold air and directed to the thermal sensor (installed on draft diverter), instead of going through the
fireplace's hood to the flue. It results in the interruption of the device operation.
In this case, the fireplace will automatically switch off and error code F08 will appear on the remote control. The unit
can be restarted after the cause of the backward chimney draft or blockage of the flue pipe have been eliminated.
Error F08 will remain on the remote control until the thermal sensor cools down below its activation temperature.
WARNING! In case of repeated operation of the spillage monitor, a specialist should be informed.
WARNING! The spillage monitoring system shall not be adjusted by the installer.
WARNING! The spillage monitoring system shall not be put out of operation.
WARNING! When the spillage monitoring system, or any of its parts is exchanged, only original manufacturer’s parts
shall be used.

9
4. UNPACKING
WARNING! Prior to installation refer to the instructions included with the device and check the completeness of the
elements on basis of table of the elements.
4.1 Table of the Elements:
•1 x complete gas fireplace
•1x installation manual and user’s manual
•1x remote control
•1x power cord ended up with cube
•1x gas assembly handle
•1x set of black vermiculite
•1x additional decorative elements (optionally)
After receiving the unit:
• Carefully remove the packaging of each item.
• Remove all delivered components which have been placed inside or under the device for the time of transport.
• Remove all the screws and brackets, which are used for attaching the device to the pallet.
• Inspect the device and accessories for possible damage caused during transport.
•Contact your dealer if any item from the package is damaged or found to be missing.
• Never start the installation, if the device is damaged.
• The packaging should be disposed in accordance with local regulations.
5. INSTALLATION
WARNING! The installer should be certified and qualified professional in the field of installation of gas and electric.
The device must be installed in accordance with the relevant applicable national and local regulations and to follow
the rules or instructions contained in this installation manual.
5.1. Type of gas
Before installing, make sure that the data on the rating plate comply with the local type of domestic gas and pressure,
and are in accordance with the type and pressure of gas in the target site. On the rating plate, which is located on the
shipping box and next to the gas assembly, you can find type and family of the gas, the gas pressure and the country
the device is intended for.
5.2. Conversion to another type of gas
Warning! Conversion of the device to another type of gas can be made only by replacement of the entire main
hearth to another suitable for the new type of gas. The conversion can be done only by an authorized gas installer.
To do this, contact the distributor. When ordering, always specify type and serial number of the device.
Warning! You should never connect any device adapted to the combustion of liquefied gas to the gas network of
natural gas and vice versa.

10
5.3. Gas connection
Gas control system used in a series of SINATRA meets the requirements for appliances burning gaseous fuel contained
in Directives 2009/142/EC, Regulation (EU) 2016/426 and standards EN 298, EN 55014-1, EN 60730-1, EN 60335.
First and foremost, make sure that the connecting device is designed to supply a gas suitable for the type placed in the
gas installation. All necessary information regarding the desired parameters of the gas are found on the rating plate of
the device. Before connecting the gas supply, it is necessary to blow them to remove any remaining metal filings and
other contaminants from inside. Automatic gas control system should be protected from moisture and dust. These
factors may cause irreparable damage to the individual components. The pipe supplying gas to the fireplace should be
equipped with a ball valve with a diameter of 1/2 inch. The individual elements of the gas installation cannot be sealed
using Teflon tape or PTFE tape.
The gas valve on the gas pipe must be installed in accordance with applicable national regulations. Gas connection
"Gin" on the main control valve of the fireplace is located next to the controller of the gas valve "C". Before connecting
the gas, make sure that the gas pipes and connections have no dirt. Gas connection is finished with internal
thread 3/8".
Regarding gas connection, the following requirements shall apply:
• You must use the gas pipe with the correct dimensions, so there are no pressure loss.
• Ball gas valve should be installed in an easily accessible place and have the necessary CE mark.
Photo 1 - Gas Connector

11
5.4. Electrical connection
Fireplaces SINATRA requires connection to the mains 230V and should be connected by a person with the appropriate
permissions. Remember to use electric cables in the heat-resistant insulation and place them away from the hot parts
of the fireplace and installation elements. Electrical components of the gas valve control unit are sensitive to dirt and
dust generated during the assembly process of making fireplace housing. Remember to protect against dust and
moisture, all electrical components of the fireplace until their final assembly. The electrical connection is completed
with triple cube (L, N, PE)
WARNING! Power must be connected only after connecting the air combustion system with all elements of the gas
control system.
5.4.1. Connecting additional lighting or other electric receivers
Electronics that control the gas valve gives you the ability to connect an optional lighting (for example, to highlight the
interior of the housing) and allows you to control it from the remote control and automation of intelligent building.
The exact description of additional lighting control (or other electrical receiver) is described in the user manual.
A built-in relay "L" can be used to control any AC receiver (AC 230V/0,5A). The relay has neutral polarity.
Connector "B" is used for connection of an additional fan or optional throttle (max 230V AC/0,8A) eg. to improve air
circulation within the housing or to distribute warm air from inside the housing to the other rooms.
Connector "M" is used for connecting additional gas solenoid, whose task is to turn on and off the side section of the
hearth.
Connector "D" gives the possibility to use an alternative method of controlling the fireplace (as described in section
6.2.1). and integrate it through a wired connection with Smart Home System.
Connector "F" is used to connect the fan (with feedback to the driver), mounted on the air combustion wire, supporting
the chimney draft (max 230V AC / 0.8A). This connector cannot be controlled with the remote control and operates
independently from the user. This connector is not active.
Photo 2 - Diagram of electrical connections

12
5.5.Device positioning
Before connecting the device to gas and flue system, it should be thoughtful to choose the place of its detention and
place it in such way, so that the flue system have the minimum number of bends. This will ensure adequate chimney
draft and adequate circulation inside the combustion chamber. It is also important that after you connect the fireplace
to a gas pipe, flexible connecting wires are not exposed to excessive twisting and are located away from hot parts.
By acceding to the installation of the unit, particular attention should be paid to:
•The unit was located at a minimum distance of 1m from objects or flammable materials.
•The device was minimum 50 mm away from the non-flammable housing elements and the minimum distance
between the device and the back wall was not less than 50 mm.
Picture 1 -Minimum required distances between non-combustible building elements and the device
•Outlet pipes were installed according to the manual.
•The wall, before which the device will be placed at, was made of non-flammable and heat-resistant material.
•The unit was in a stable position and was placed on a flat leveled base. This will be particularly important if the
adjustable feet attached to device, will be extended to its maximum height, or when the device is sited in
additionally elevated foundation.
WARNING! Precise leveling the ground and the body of the fireplace will ensure the stability of the device.
•Minimum structural dimensions of the fireplace housing have been preserved.
•Gas pipeline together with the installed gas valve was supplied at the place of installation.
•Create an opening for the needs of combustion system with the following diameters:
opipe diameter +50 mm for the needs of the channel passing through non-combustible material;
opipe diameter +150 mm for needs of the channel passing through combustible material;

13
Picture 2 –Installation of insulated flues
The device should be installed on a stable non-flammable surface. Gas insert is equipped with a special feet with the
possibility of adjusting their height and two adjustable mounting brackets to allow attachment of the device to the
wall. The mounting brackets are used to maintain the minimum distance from non-combustible walls. It is forbidden
to install gas insert without a minimum distance from the rear or side wall. The assembly is allowed only vertically.
Picture 3 –Leveling and regulation

14
5.6. Flue gas exhaust system and combustion air supply
SINATRA fireplaces usually use conventional combustion tubes for normal operation (not coaxial air exhaust systems).
It is recommended to use insulated combustion tubes to avoid excessive cooling of the flue gas and creating an
undesirable effect of condensation.
WARNING! If the appliance is going to be connected to the existing chimney, it must be swept before the appliance is
installed and the flue test in accordance with national regulations must be carried out.
It is essential to bring fresh air from outside the building for every insert with an open combustion chamber to avoid
disturbance of ventilation and air flow in the room in which this type of fireplace is installed. This is due to the fact that
open gas insert takes in a large amount of combustion air (for example: to burn 1m3 of gas, 11m3 of fresh air is
needed). In addition, unburnt air is sucked in with the exhaust gases (not taken in the combustion process), which, as
a result of the natural draught caused by the difference in internal and external temperatures, is discharged outside.
The following table shows the diameters of the flue pipes as well as the diameters of the supply openings depending
on the length of the fireplace:
Model
Diameter of the chimney [mm]
Min. Diameter of fresh air intake
[mm]
Min exhaust fan efficiency/
balanced inflow of fresh air [m3/h]
Sinatra 1200
200
150
300
Sinatra 1600
200
150
450
Sinatra 2000
200
200
650
Sinatra 2400
200
200
700
Table 1: The dimensions of the devices and the diameter of the flues
WARNING! If the device is to be connected to an existing chimney, it must be thoroughly cleaned before installing the
device and it must be inspected in accordance with the applicable national and local regulations.
WARNING! The chimney should be checked regularly to ensure that all combustion products are entering flue or
canopy, as applicable, and that there is no excessive build up of soot.
WARNING! Debris from any source or any soot formed shall require removal by qualified service personnel or chimney
sweep.
5.6.1. Air supply for the combustion process
WARNING! The air supply to the combustion process must be installed in accordance with the applicable national
and local regulations.
The air necessary for the combustion process and the creation of a gas-air mixture should be brought under the
fireplace stove insert via a duct to the base of the place where it is installed. The air can be led through a separate
space under the fireplace. (e. g. a basement) or through an air channel passing directly through the outer wall of the
building. There is no need to connect the air duct directly to the fireplace. Due to the vacuum generated in the
chimney and the difference in temperature, air vents symmetrically located in the base of the fireplace stove enter
the combustion chamber and the flue gases are thrown out through a correctly installed flue pipe.

15
WARNING! Any purpose-provided ventilation should be checked regularly to ensure that it is free from obstruction.
WARNING! Ventilation system in the room where the device is installed should be checked regularly to ensure that
it is free from obstruction.
Picture 4 –Air supply to the combustion process
At the end of the fresh air inlet (B) and at the beginning of the flue (A) a damper (manual or electric) must be installed
and it should be closed when the fireplace is not in use to prevent the room in which the fireplace is installed from
cooling down. If an eclectic dampers are used, they will close or open automatically if necessary.
Picture 5 –Place of dampers installation

16
Insufficient amount of the air supplied to the fireplace is the most common reason for its malfunction. Modern houses
are very airtight and old houses are insulated and sealed, so it is not possible for the fireplace to take enough air for
its proper functioning, but they need to be fed specifically through a separate duct.
WARNING! In case of smaller fireplaces (up to 7 kW) it is acceptable that the fireplace draws fresh air directly from the
room in which it is located, but it is necessary that at the same time the same amount of air that will be discharged
through the chimney system together with the exhaust gases is supplied to this room (see Table 1). A ventilation grate
should be placed in the lower part of the fireplace housing and the fresh air intake into the room, where the chimney
is installed, should be placed as close as possible to the place of installation. However, this type of combustion air
supply cannot be used in all cases. This is regulated by separate local building regulations
In order to properly supply fresh air to the combustion process, it is necessary to:
•Make sure that the external air supply duct is airtight, insulated and fitted with a damper blade to prevent
heat loss when the fireplace is not in use;
•Make sure that the air inlet ducts are as smooth as possible and that they are thermally insulated if they pass
through cellars (condensation);
•Use as few bends as possible to decrease airflow resistance. Do not draw air into the fireplace from active or
closed ventilation ducts (very high air flow resistance).
•Remember that air should not be taken from the garage, cellar or street side, as dust and unpleasant odours
will flow into the room with it. It is best to take the air from the western direction, from which (e. g. in Poland)
the wind blows most often. If the inlet is located on the leeward side, there may be a vacuum in the supply air
duct on windy days and air may be drawn from the fireplace instead being supplied to the fireplace.
•Place the air inlet outside the building at a height of at least 1 m above the ground (in order not to draw in
dirty air). It shall end with a ventilation grille to prevent rodents from entering.
5.6.2. Fireplace with open combustion chamber and mechanical ventilation
According to current standards, in order to ensure proper working conditions for fireplaces with open chamber, it is
necessary to bring in sufficient amount of air, so that the speed of its flow through the combustion chamber is not less
than 0. 2 m/s. This is the minimum flow rate to ensure safe evacuation of combustion products through a suitably
selected (height and cross-sectional) natural draft flue.
It is important to remember that the devices installed in the room, in particular those which consume air (such
as fireplaces), must not cause any disturbances limiting the effectiveness of ventilation. Therefore, in a room with solid
or liquid fuel fireplaces or gas appliances that draw combustion air from the room and have a gravitational exhaust
system, mechanical exhaust ventilation is not permitted. At the same time, it is permitted to install devices for taking
air for combustion from the room and with gravitational exhaust ventilation, in rooms where mechanically balanced
(simultaneous supply and exhaust ventilation) or overpressure supply ventilation is applied
Balanced amount of air used and supplied fresh air is necessary for proper operation. Ventilation is only effective if it
is designed correctly and the amount of air supplied is sufficient. The amount of extracted air and the amount of air

17
used by the fireplace may be too high and lead to the occurrence of negative pressure in the rooms. To prevent this,
the supply and exhaust air requirements of a fireplace of a given power rating must be taken into account when
designing its supply and extract air system. (See Table 1).
WARNING!!! If we have any concerns that the air balance may not be ensured and the risk of backward chimney
draft can appear or if the flue length is too short or too complicated, it is essential to use an exhaust fan to assist in
the evacuation of the combustion products outside the building. We recommend EXODRAFT RSVG (or RSG) series
fans.
WARNING!!! Installer must check that all the products of combustion are entering the flue after 10 minutes when
the appliance is lit cold by traversing the perimeter of the fireplace opening or canopy, as applicable, using a smoke
generator, gas analyzer or a smoke matches (attached to the data plate).
5.6.3. Discharge of combustion products - natural draught
SINATRA fireplaces work on the basis of natural chimney draught. However, it should be remembered that a flue pipe
of appropriate diameter, matched to the length and power of the fireplace insert, is required for proper operation (see
Table 1). In buildings with very good ventilation (gravitational ventilation, supply and exhaust mechanical ventilation,
balanced or overpressure), the fireplace insert will work properly if, with a properly selected cross-section of the flue
pipe, it is at least 5 m high and will not have any skews or bends or reductions along its entire length.
Picture 6 –Natural draft flue pipe
This configuration of the flue pipe will ensure sufficient natural draft in the flue pipe, which must be between
10 and 12 Pa. The measurement shall be carried out while the appliance is operating at its nominal maximum rate of
combustion, preferably during a test firing. If it exceeds 20 Pa, a pressure regulator must also be installed to lower and
stabilize the chimney draft.
The flue pipe should be vertical, without constrictions and with an outlet above the ridge, and must be located directly
above the fireplace. In this case, there is no need to install any additional chimney cleanout inspection door as the
fireplace itself and its chamber can be used for this purpose.

18
5.6.4. Discharge of combustion products - mechanical draught
In cases where an exhaustmechanical ventilation system is installed in the room (which creates a vacuum in the room),
it interferes with the proper functioning of the fireplace with open combustion chamber and the natural draught in
the flue pipe. There may be a dangerous phenomenon of the flue gas retreating through the flue pipe, which instead
of discharging of the combustion products to the outside starts to act as an additional supply air ventilation duct. In
this case, it is necessary to use an exhaust fan to support the evacuation of combustion products outside the
building. This will ensure adequate vacuum in the flue pipe and guarantee that the fireplace will operate only under
conditions of correct flue pipe draught.
WARNING!!! The necessity to use an additional exhaust fan occurs when:
•the flue pipe is too short (less than 5 meters),
•it is necessary to install a flue pipe with a smaller cross section than the one recommended
•or there is a need to use any knees or bends or reduction when designing its course.
We recommend the use of the EXODRAFT mechanical extractor, as they are compatible with the SINATRA series
fireplaces. Operating of both devices is carried out using only one remote control. The mechanical exhaust fan also
acts as a safety device or a safety valve that turns off the fireplace in the event of the chimney draft disappearing.
Picture 7 –Exhaust duct with mechanical extractor
WARNING!!! When the flue pipe is installed behind the fireplace or next to it, it must necessarily have a chimney
cleanout inspection door for emptying the residue after the combustion process and for the purposes of annual
flue inspections.

19
5.7.Distances of the exhaust outlet from the structural elements of the building
During the design and installation of flue system, you should pay special attention to the location of the exhaust outlet
in relation to the structural elements of the building.
Height near a roof window.
Location near a roof window.
Height above the ground level.
Location near the door and window
openings.
Location under the balcony and below the
edge of the roof.
Location near shading projections.
Table 2 –Distances of the exhaust outlet

20
•The distance from the obstacles and structural elements at the roof passage.
Picture 8 –Distance from the obstacles and structural elements
1. In case of exhaust outlet from flue system situated at a distance of 1,5m from the obstacle, the outlet chimney
must be placed 0,3m above the top edge of the obstacle.
2. In case of exhaust outlet from the flue system situated at a distance of 1,5 to 3m from the obstacle, the outlet
chimney must be placed at least at the level of the upper edge of the obstacle.
3. In case of exhaust outlet from the flue system situated at a distance of 3 to 10 meters from the obstacle, the
outlet chimney must be placed at least 0,3 m above the surface of the roof with a slope greater than 12° and at
least 0,6 m above the surface of the flat roof.
5.8. Fireplace housing execution
Before performing the installation, protect the elements of the gas control system from dirt. Installation of the
fireplace, according to current building regulations should be made of non-combustible materials (including floor and
ceiling). If the fireplace is powered by natural gas (NG), exhaust grille should be placed under the ceiling of the room
where the device is installed. Power liquid propane - butane (LPG) requires from the installer placing the exhaust grilles
next to the floor, above ground level in the room in which the device is installed.
To perform the installation of the fireplace housing, you should use non-combustible and heat-resistant materials,
including its upper part, material in its interior and behind the device.
WARNING! The device must not be used as a supporting construction - it cannot keep the weight of the fireplace wall.
WARNING! If the device is built into the floor (only in the case of natural gas), you must take into account the minimum
distance from flammable material floor finish. It is prohibited to build in LPG-powered device into the floor.
WARNING! You should follow the recommended minimum dimensions of the housing.