Cadel IDRO PRINCE3 12 User guide

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INSTALLER MANUAL
PELLET THERMOSTOVE
IDRO PRINCE312-16-23-23H2O-30-30H2O -
IDRO RIVER316-23-23H2O - AQUOS316-23-23H2O -
IDRON 16-22 AIRTIGHT - MIRA 16-22 - TESIS 16-23 AIRTIGHT
- HIDROFIRE 22.8 - MAYA316-24

IDROSTUFE A PELLET
2
SUMMARY
1 MANUAL SIMBOLOGY....................................3
2 PACKAGING AND HANDLING..........................3
2.1 PACKAGING .............................................................3
2.2 STOVE HANDLING....................................................3
3 CHIMNEY FLUE .............................................3
3.1 INTRODUCTION.......................................................3
3.2 CHIMNEY FLUE........................................................4
3.3 TECHNICAL FEATURES.............................................4
3.4 HEIGHTDEPRESSION..............................................5
3.5 MAINTENANCE........................................................5
3.6 CHIMNEY POT..........................................................5
3.7 CHIMNEY COMPONENTS.........................................6
3.8 CHIMNEY FLUE CONNECTION..................................6
3.9 EXAMPLES OF CORRECT INSTALLATION..................7
4 COMBUSTION AIR.........................................9
4.1 EXTERNAL AIR INLET...............................................9
4.2 COMBUSTIBLE AIR INLET FOR SEALEDCHAMBER
INSTALLATION .................................................................10
4.3 COMBUSTIBLE AIR INLET FOR SEALEDCHAMBER
INSTALLATION .................................................................10
5 INSTALLATION AND ASSEMBLY....................11
5.1 INTRODUCTION.....................................................11
5.2 PREPARATION AND UNPACKING ...........................11
5.3 OVERALL DIMENSIONS .........................................13
5.3.1 IDRO PRINCE312 DIMENSIONS ...........................13
5.3.2 IDRO PRINCE3162323 H2O  IDRO RIVER3162323
H2O DIMENSIONS...............................................................13
5.3.3 DIMENSIONI STUFA IDRO PRINCE 30  30 H2O....14
5.3.4 AQUOS3162323 H2O DIMENSIONS...................15
5.3.5 IDRON 1622 AIRTIGHT  HIDROFIRE 22.8  MIRA 16
22 TESIS 1623 AIRTIGHT DIMENSIONS...........................15
5.3.6 MAYA316  24 DIMENSIONS...............................16
5.4 MINIMUM DISTANCES...........................................16
5.5 IDRO PRINCE312162323 H2O3030 H2O  MIRA
1622  TESIS 1623 AIRTIGHT FRAME ASSEMBLY..........17
5.6 FITTING THE METAL FRAME OF IDRO RIVER3162323
H2O ..............................................................................18
5.7 FITTING THE MAIOLICA FRAME OF IDRO RIVER316
2323 H2O........................................................................19
5.8 ASSEMBLING THE TOP CLADDING AND BOTTOM
DOOR ..............................................................................19
5.9 MAYA3 1624 FRAME ASSEMBLY..........................20
5.10 ASSEMBLING AQUOS SIDE PANELS3162323 H2O..... 21
5.11 ASSEMBLINGTHEIDRON1622AIRTIGHT/HIDROFIRE
22.8 SIDE PANELS / TESIS 1623 AIRTIGHT......................22
5.12 ELECTRIC CONNECTION.........................................22
5.13 STOVE POWER SUPPLY..........................................22
6 SMOKE OUTLET CONNECTION MAYA 3...........23
6.1 GENERAL WARNINGS ............................................23
6.2 REAR OUTLET CONNECTION..................................23
6.3 TOP OUTLET CONNECTION MAYA 3 .......................24
7 PLUMBING CONNECTION.............................24
7.1 PLUMBING SYSTEM CONNECTION.........................24
7.2 CONNECTION DIAGRAM IDRO PRINCE312...........25
7.3 CONNECTIONDIAGRAMIDROPRINCE31623 IDRORIVER3
16  23  AQUOS31623  IDRON 1622 AIRTIGHT  HIDROFIRE
22.8  MIRA 1622  TESIS 1623 AIRTIGHT ..........................26
7.4 CONNECTION DIAGRAM IDRO PRINCE 30.............27
7.5 CONNECTION DIAGRAM IDRO PRINCE323 H2O,
IDRORIVER323 H2O, AQUOS323 H2O...............................27
7.6 CONNECTION DIAGRAM IDRO PRINCE 30 H2O....28
7.7 CONNECTION DIAGRAM MAYA316  24 ................29
7.8 3 BAR DISCHARGE VALVE ......................................29
7.9 WASHING THE SYSTEM .........................................30
7.10 FILLING THE SYSTEM.............................................30
7.11 WATER CHARACTERISTICS ....................................30
7.12 SYSTEM CONFIGURATION .....................................31
7.13 SYSTEM WITH: DIRECT VENT PELLET STOVE AND
ROOM PROBE...................................................................31
7.14 SYSTEM WITH: DIRECT VENT PELLET STOVE AND
ROOM THERMOSTAT ........................................................32
7.15 SYSTEM WITH: DIRECT VENT PELLET STOVE, ROOM
PROBE, AND DHW BOILER...............................................33
7.16 SYSTEM WITH: DIRECT VENT PELLET STOVE, ROOM
THERMOSTAT, AND DHW BOILER.....................................33
7.17 SYSTEMWITH: PELLET STOVE AND PUFFER..........34
7.18 SYSTEM WITH: PELLET STOVE, PUFFER, AND
AUXILIARY BOILER WALL MOUNTED............................35
7.19 OPERATING MODE.................................................36
7.20 ELECTRICAL CONNECTIONS...................................37
7.21 REAR PANEL ..............................................37
8 SPECIAL MAINTENANCE ..............................38
8.1 INTRODUCTION.....................................................38
8.2 FUME CONDUIT CLEANING....................................38
8.3 SMOKE EXTRACTOR COMPARTMENT CLEANING...39
8.4 CLEANING THE SMOKE EXTRACTION SYSTEM AND
GENERAL CHECKS ............................................................39
8.5 DOOR CLOSING FUNCTIONALITY PERIODIC CHECK....39
8.6 REPLACING THE OVERPRESSURE RELIEF VALVE FOR THE
COMBUSTION CHAMBER .................................................40
8.7 FUME PIPES ANNUAL CLEANING .........................40
8.8 GASKET REPLACEMENT.........................................41
9 IN CASE OF ANOMALY..................................41
9.1 PROBLEM SOLVING ...............................................41

3
IDROSTUFE A PELLET
1 MANUAL SIMBOLOGY
USER
AUTHORISED TECHNICIAN
(ONLY to interpret or the Stove-manufacturer or the Authorized Techni-
cian of Technical Assistance Service approved by the Stove-manufacturer)
SPECIALIZED STOVE-REPAIRER
CAUTION:
READ CAREFULLY THE NOTE
CAUTION:
DANGER OR IRREVERSIBLE DAMAGE POSSIBILITY
• The icons with the stylized figures indicates whom the subject dealt in the paragraph is addressed to (between the User and/
or the AuthorizedTechnician and/or the Specialized Stove-repairer).
• WARNING symbols indicates an important note.
2 PACKAGING AND HANDLING
2.1 PACKAGING
• The packaging is made up of recyclable cardboard boxes according to RESY standards, recyclable expanded polystyrene inserts
and wooden pallets.
• All packaging materials can be re-used for a similar use or eventually discharged as waste assimilable to the municipal solid
ones, in accordance with current regulations.
• After having removed the packaging please assure you about the integrity of the product.
2.2 STOVE HANDLING
Both whether the stove is packed or not it is necessary to observe the following instructions for handling and transporting the
stove from its sale point to its installation point and for any future movements:
• The stove must be handled with idoneous means paying attention to the existing safety regulations;
• do not turn the stove upside down and/or upset it on one side, but keep it in vertical position or as accorded with the construc-
tor instructions;
• if the stove is made up of ceramic, stone, glass or any particularly fragile material components, all must be moved with the
utmost care.
3 CHIMNEY FLUE
3.1 INTRODUCTION
This chapter about the Chimney Flue has been drawn up in cooperation with Assocosma (www.assocosma.org) and is based on
European Standards (EN 15287 - EN 13384 - EN 1856 - EN 1443) and UNI 10683:2012.
It provides instructions for a good and correct execution of the chimney flue but it does not absolutely replace the current stan-
dards which the qualified manufacturer/installer should comply with.

IDROSTUFE A PELLET
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3.2 CHIMNEY FLUE
Fig. 1 - Chimney Flues
LEGEND Fig. 1
1Chimney flue with insulated stainless-steel pipes
2Chimney flue on the existing chimney
3Inspection plug
4Inspection door
5≥ 3,5 mt
• The chimney flue or chimney is of great importance for the correct running of the heating appliance.
• It is fundamental that the chimney flue is perfectly built and always maintained with a perfect efficiency.
• The chimney flue must be sole (see Fig. 1) with insulated stainless-steel pipes (1) or installed on the existing chimney flue (2).
• Both this solutions must be endowed with an inspection plug (3) and/or an inspection door (4).
3.3 TECHNICAL FEATURES
Fig. 2 - Inclined roof
LEGEND Fig. 2
1Height over the ridge of the roof = 0,5 mt
2Roof inclination ≥ 10°
390°
4Measured distance at 90° from the roof surface = 1,3 mt
• The chimney flue must be sealed from fumes.
• It must have a vertical run without narrowing. It must be realized with fume and condensation resistant materials with ther-
mal insulation and able to last against usual mechanical stresses.

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IDROSTUFE A PELLET
It must be insulated to avoid condensation and to reduce fume cooling effects.
• The stove must be spaced out from fuels or flammable materials with an air gap or with insulating materials. Check the distan-
ce with the chimney manufacturer.
• The chimney entrance must be placed in the same room where the appliance is installed or otherwise in the adjacent room and it
must be provided with a solid and condensation collection chamber under the entrance, accessible through the sealed metal gate.
• Auxiliary exhaust fans cannot be installed neither along the chimney nor on the chimney pot.
• The inner section of the chimney flue can be round (the best one) or square and the jointed sides must have a minimum radius
of 20 mm.
• The section dimension must be:
•minimun Ø100 mm
•recommended max Ø180 mm
• Made the efficiency of the chimney flue overhauled by an expert stove-repairer and if necessary cover the chimney flue with
materials in compliance with current regulations.
• The flue system must be placed on the roof.
• The chimney flue must be provided CE in accordance with EN 1443 regulation. Please find attached an example of label:
Fig. 3 - Example of label
3.4 HEIGHTDEPRESSION
The depression (draught) of a chimney flue depends also on its height. Check the depression with the values provided at FEATU-
RES a pag. 48. Minimum height 3,5 meters.
3.5 MAINTENANCE
• The fumes extraction pipes (fumes conduit + chimney flue + chimney pot) must always be cleaned, scrubbed and checked
by an expert stove-repairer, in compliance with current regulations, with the instructions of the stove-manufacturer and the
directives of your insurance company.
• In case of doubts, please follow the most restrictive regulations.
• Have your chimney flue and chimney pot checked and cleaned by an expert chimney sweep at least once a week.The chimney
sweep has to release a written declaration about the security of the system.
• Not cleaning compromise safety.
3.6 CHIMNEY POT
Fig. 4 - Anti-wind chimney pots

IDROSTUFE A PELLET
6
The chimney pot is important for the correct running of the heating appliance:
• We recommend using an anti-wind chimney pot, see Fig. 4.
• The hole width for fumes exhaust must be the double of the chimney flue width and fitted in a way that the fume exhaust is
assured also in case of wind.
• It should prevent the infiltration of rain, snow and animals.
• The outlet height in the atmosphere must be away from the reflux area caused by the roof structure or by obstacles laying
nearby (see Fig. 2).
3.7 CHIMNEY COMPONENTS
Fig. 5 - Chimney components
LEGEND Fig. 5
1Chimney pot
2Fume outlet
3Chimney flue
4Termal insulation
5External wall
6Chimney union
7Fume pipe
8Heat generator
9Inspection door
10 T-union with inspection plug
3.8 CHIMNEY FLUE CONNECTION
Your pellet stove works through a fume draught forced by a fan. It is obligatory to check that all pipes are realized in compliance
with the following regulation on material selection: EN 1856-1, EN 1856-2 e UNI/TS 11278. All must be effected by specialized
personnel or companies as provided by UNI 10683:2012.
• The connection between the appliance and the chimney flue should be short in order to favor the draught and to avoid con-
densation in the pipes.
• The fume conduit should be equivalent or longer than the outlet joint ones (Ø 80 mm).
• Some stove models are endowed with a lateral and/or back exhaust. Check that the unused exhaust is sealed with the plug
given with standard equipment.

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IDROSTUFE A PELLET
SYSTEM TYPE Ø80 mm PIPE Ø100 mm PIPE
Minimum vertical length 1,5 mt 2 mt
Maximum length (with 1 union) 6,5 mt 10 mt
Maximum length (with 3 unions) 4,5 mt 8 mt
Maximum number of unions 3 3
Level section (minimum inclination 3%) 2 mt 2 mt
Installation at a height above 1200 m a.s.l. NO Obligatory
• Use a plate pipe for stoves of Ø80 mm or Ø100 mm depending on the type of system and with silicone gaskets.
• It is forbidden to use metal, fibre cement or aluminium flexible pipes.
• For change of direction it is obligatory always to use a union (with angle > 90°) with inspection plug which enables an easy
periodic cleaning of the pipes.
• Please assure you that after the cleaning the inspection plugs are sealed with its efficient gasket.
• It is forbidden to exhaust flue gases directly from the wall towards the outside and closed spaces also at open top.
• The fume conduit must be placed at a distance of minimum 500 mm from flammable or heat-susceptible components.
• It is prohibited to connect more than one wood/pellet (*) or any other type of appliance (vent cowling...) to the same flue.
(*) unless there are national derogations (for instance in Germany), which under suitable conditions allow for the installation of
several appliances in the same fireplace. In any case, strictly follow the product/installation requirements of the relative regulations/
legislation in force in that country.
3.9 EXAMPLES OF CORRECT INSTALLATION
Fig. 6 - Example 1
LEGEND Fig. 6
1Insulating material
2Reduction from Ø100 to Ø80 mm
3Inspection plug
4Minimum safety distance = 0,5 mt
• Chimney flue installation Ø100/120 mm with an enlarged drilling for pipe transit.

IDROSTUFE A PELLET
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Fig. 7 - Example 2
LEGEND Fig. 7
1Insulating material
2Inspection plug
3Chimney inspection entrance
4Minimum safety distance = 0,5 mt
5Inclination ≥ 3°
6Level section ≤ 1 mt
• Old chimney flue with an inserted pipe of minimum Ø100/120 mm and with an external door which enables the chimney
cleaning.
Fig. 8 - Example 3
LEGEND Fig. 8
1Insulating material
2Inspection plug
3Minimum safety distance = 0,5 mt

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IDROSTUFE A PELLET
• External chimney flue entirely made up of insulated stainless steel pipes, i.e. with double wall of minimum Ø100/120 mm: all
must be firmly attached to the wall. For chimney against wind effects please (see Fig. 4).
• Ducting system through T-unions which enables an easy cleaning without disassembling the pipes.
We recommend to check with your chimney flue manufacturer the safety distances which must be respected
and the type of insulating material. The aforesaid regulations are valid also for holes made on the wall (EN
13501 - EN 13063 - EN 1856 - EN 1806 - EN 15827).
4 COMBUSTION AIR
4.1 EXTERNAL AIR INLET
Fig. 9 - Direct air inow
LEGEND Fig. 9
1Room to ventilate
2External air inlet
• The room must be endowed with an external air recycling for a good climate in your ambient.
• The air inflow from outside to the inner occurs directly, through an opening on the external wall of the room (see Fig. 9).
• Bedrooms, garages, and store of flammable materials are excluded.
• The air inlet should have a total net surface of 80 sqcm2: the aforesaid surface is to widen if inside the room there are other
activated appliances (for example: electric ventilators for foul air suction, cooker hoods, other stoves, etc...) which depress the
environment.
• At switched on appliance it is necessary to check that the pressure fall between the room and the outside does not exceed 4,0
Pa value: if necessary widen the air inlet (EN 13384).
• The air inlet must be realized at a height close to the floor with an external grid against birds. In such a way it cannot be ob-
structed by any object.
• In case of installation with sealed-chamber the air inlet is not necessary.

IDROSTUFE A PELLET
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4.2 COMBUSTIBLE AIR INLET FOR SEALEDCHAMBER INSTALLATION
Fig. 10 - Air inlet for sealed-chamber installation
LEGEND Fig. 10
1≥ 1,5 mt
2≥ 0,3 mt
3-3 Sectional view
4Shield grid
5Curve inlet to turn downwards
Check if the purchased stove has a sealed-chamber. If the stove is endowed with a sealed-chamber and you want also the whole
installation with sealed chamber, please read the following instructions:
• It is necessary to extract the air for combustion directly from outside.
• Use a tube with minimum Ø60 mm and maximum 2 meters lenght; to connect see the back of the stove.
• French standards require installation in double-walled flues (concentric system).The combustion air is drawn from the cavity.
• During installation step is necessary to verify the minimum distances required for the combustible air inlet as (for example)
an open door or window causes a vortex which could remove the combustible air necessary to the stove (see the underlying
scheme).
• On the external wall it is necessary to install a curve at 90° to protect the combustible air inflow from wind effects: turn the
curve inlet downwards, see Fig. 10.
• Endow the curve with an external shield grid against birds in such a way that it cannot be obstructed by any object.
Check with your local authorities if exists any restrictive regulation regarding the combustible air inlet: if pre-
sent, they must be applied
In some countries and/or regions the installation with sealed-chamber is obligatory: in case of doubt, please
follow the most restrictive regulations.
4.3 COMBUSTIBLE AIR INLET FOR SEALEDCHAMBER INSTALLATION
How to connect to the stove in the sealed chamber with concentric system:

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IDROSTUFE A PELLET
Fig. 11 - Phase1
• Connect the air intake pipe to the combustion air pipe of the stove and tighten everything with a clamp (see [Fig. 11).
5 INSTALLATION AND ASSEMBLY
5.1 INTRODUCTION
• The assembly position must be chosen depending on environment, outlet, chimney flue.
• Check with local authorities if there are any restrictive regulations which regard the combustible air inlet, room ventilation,
fume exhaust system together with chimney flue and chimney pot.
• Check if there is the combustible air inlet.
• Check the probable presence of other stoves or appliances which could depress the room.
• Check at switched on stove if there is the presence of CO in the room.
• Check if the chimney has the necessary draught.
• Check if during the fume passage all has been executed in safety (probable fume losses and distances from flammable mate-
rials, etc.…).
• The installation of the appliance must enable an easy access for appliance, fume exhaust pipes and chimney flue cleaning.
• The installation must enable en easy access to the electric connection plug.
• To install more appliances, the external air inlet must be correctly dimensioned (see FEATURES a pag. 48).
5.2 PREPARATION AND UNPACKING
The product is packaged in a recyclable cardboard box according to RESY standards, on a wood pallet. All the packaging materials can
be reused for similar purposes or, in the event, disposed of as waste assimilable to urban solid waste, following the standards in force.
After having removed the packaging, make sure the product is intact.
Handle the product with appropriate means, respecting the safety standards in force. Do not overturn the
packaging and use caution for the ceramic details.
The stoves are delivered in a single package with ceramic panels or steel sides packaged along with the structure and positioned
either on top or to the side. Open the packaging, remove the cardboard and any supporting polystyrene and place the stove in the
selected location, making sure it complies with the requirements.
The stove body or single unit must always be handled upright exclusively using hand trucks. Be especially careful to protect the
door and its glass from mechanical impacts that would compromise their integrity.
If possible, unpack the stove near the area in which it will be installed.
The packaging materials are neither toxic nor harmful.
To take the stove off the pallet, remove the two“U”screws and slide the“S”plate out from the stove foot.There are four“S”brackets
(see below).

IDROSTUFE A PELLET
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Fig. 12 - Remove the fastening brackets
Fig. 13 - Remove the fastening brackets
Position the stove and connect it to the smoke duct. Adjust the 4 feet (J) to find the right level so that the smoke duct and pipe are
coaxial. If the stove needs to be connected to an exhaust pipe that goes through the back wall (to go into the flue), be extremely
careful not to force it.
Forcing the stove smoke exhaust or using it improperly to lift or position the stove will irreversibly compromise
its function.
Turning the feet clockwise lowers the stove.Turning the feet anticlockwise raises the stove (see below).
Fig. 14 - Foot adjustment

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IDROSTUFE A PELLET
5.3 OVERALL DIMENSIONS
5.3.1 IDRO PRINCE312 DIMENSIONS
Fig. 15 - Idro Prince312
LEGEND Fig. 15
152 cm
252,7 cm
3100 cm
422,3 cm
515,5 cm
633,5 cm
720,8 cm
8Exhaust fumes d.8 cm
9Hole combustion air inlet d.5 cm
5.3.2 IDRO PRINCE316-23-23 H2O - IDRO RIVER316-23-23 H2O DIMENSIONS
Fig. 16 - IDRO PRINCE316 - 23 - 23 H2O IDRO RIVER316 - 23 - 23 H2O

IDROSTUFE A PELLET
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LEGEND Fig. 16
152 cm
253,5 cm
3111,5 cm
423,5 cm
515 cm
635 cm
720 cm
8Exhaust fumes d.8 cm
9Hole combustion air inlet d.5 cm
5.3.3 DIMENSIONI STUFA IDRO PRINCE 30 - 30 H2O
Fig. 17 - Idro Prince 30-30 H2O
LEGEND Fig. 17
169 cm
268,5 cm
3135,5 cm
442,8 cm
515,1 cm
648,6 cm
725,2 cm
8Exhaust fumes d.10 cm
9Hole combustion air inlet d.8 cm

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IDROSTUFE A PELLET
5.3.4 AQUOS316-23-23 H2O DIMENSIONS
Fig. 18 - Aquos316-23-23 H2O
LEGEND XREF-2:10645]
154,6 cm
257,5 cm
3109,5 cm
423 cm
517,3 cm
634 cm
722,5 cm
8Exhaust fumes d.8 cm
9Hole combustion air inlet d.5 cm
5.3.5 IDRON 16-22 AIRTIGHT - HIDROFIRE 22.8 - MIRA 16-22 - TESIS 16-23 AIRTIGHT DIMENSIONS
Fig. 19 - Idron 16-22 Airtight / Hidrore 22.8 / Mira 16-22 /Tesis16-23 Airtight

IDROSTUFE A PELLET
16
LEGEND Fig. 19
152,5 cm
251,5 cm
3109 cm
423 cm
514,5 cm
634 cm
720 cm
8Exhaust fumes d.8 cm
9Hole combustion air inlet d.5 cm
5.3.6 MAYA316 - 24 DIMENSIONS
Fig. 20 - MAYA3 16 - 24
LEGEND Fig. 20
140.5cm
292.5cm
3113.5cm
457.5cm
513cm
637.5cm
746cm
8Scarico fumi d. 8 cm
9Presa aria comburente d.5 cm
10 Scarico fumi superiore d.8 cm
11 10,5
12 40,5
5.4 MINIMUM DISTANCES
We recommend installing the stove away from any walls and/or furniture with minimum air circulation to efficiently ventilate
the appliance and properly distribute heat in the room. Respect the distances from flammable or heat-sensitive objects (sofas,
furniture, wood finishes, etc.), as specified below. The front distance from flammable materials must be at least the value shown
in the product technical data table.
For objects that are considered particularly delicate, like furniture, curtains, sofas, increase the distance from the stove accordingly.
If there are wood floors, we recommend assembling a floor protector and, in any case, following the standards
in force in the country.

17
IDROSTUFE A PELLET
Fig. 21 - Safety distance
MODEL NON-FLAMMABLE WALLS FLAMMABLE WALLS
IDRO PRINCE312 A = 5 cm / B = 5 cm A = 20 cm / B = 20 cm
IDRO PRINCE316-23-23 H2O A = 5 cm / B = 5 cm A = 20 cm / B = 20 cm
IDRO PRINCE 30-30 H2O A = 5 cm / B = 5 cm A = 20 cm / B = 20 cm
AQUOS316-23-23 H2O A = 5 cm / B = 5 cm A = 20 cm / B = 20 cm
IDRON 16-22 AIRTIGHT A = 5 cm / B = 5 cm A = 20 cm / B = 20 cm
HIDROFIRE 22.8 A = 5 cm / B = 5 cm A = 20 cm / B = 20 cm
If the floor is made of combustible material, we recommend using a protector made of incombustible material (steel, glass) that
also protects the front part from any falling burnt particles during cleaning.
The appliance must be installed on flooring that has an appropriate load-bearing capacity.
If the existing construction does not meet this requirement, appropriate measures must be taken (for example, a load distribution
plate).
5.5 IDRO PRINCE312162323 H2O3030 H2O  MIRA 1622  TESIS 1623 AIRTIGHT FRAME AS
SEMBLY
To assemble the frame, proceed as follows:
Fig. 22 - Secure the strut Fig. 23 - Secure the grate Fig. 24 - Position the frame
• Secure the strut with screws (see Fig. 22). Work on a table.
• Secure the grate with screws on the upper front (see Fig. 23).
• Hook the frame to the stove (see Fig. 24).

IDROSTUFE A PELLET
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Fig. 25 - Secure the frame Fig. 26 - Put in the lower door Fig. 27 - Close the door
• Secure the frame to the lower part of the stove (see Fig. 25).
• Fit the lower door by putting the pins into the specific holes (see Fig. 26).
• Turn the door and close it (see Fig. 27).
5.6 FITTING THE METAL FRAME OF IDRO RIVER3 162323 H2O
To assemble the frame, proceed as follows:
• Remove the top panel Fig. 28
• Remove the grid of the top panel by unscrewing the 4 screws Fig. 29
• Secure the top panel to the support (with the screws) and screw the grid back into place Fig. 30
Fig. 28 - Remove the panel Fig. 29 - Remove the grid Fig. 30 - Secure the panel to the support
Fig. 31 - Attach the frame to the stove in the slots Fig. 32 - 1st slot

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IDROSTUFE A PELLET
Fig. 33 - 2st slot Fig. 34 - Secure the frame
5.7 FITTING THE MAIOLICA FRAME OF IDRO RIVER3 162323 H2O
To assemble the frame, proceed as follows:
Fig. 35 - Fitting the maiolica panels Fig. 36 - Bottom slot
Fig. 37 - Attach the panel Fig. 38 - Securing the panel
5.8 ASSEMBLING THE TOP CLADDING AND BOTTOM DOOR
To assemble the cladding, proceed as follows:
Place the top panel on the stove (if maiolica).
Attach the top in the specific slots (if in metal).

IDROSTUFE A PELLET
20
Fig. 39 - Placing the top panel Fig. 40 - Securing the bottom door panel Fig. 41 - Adjust the magnet and block with the
key
5.9 MAYA3 1624 FRAME ASSEMBLY
To assemble the frame, proceed as follows:
Fig. 42 - Secure the strut Fig. 43 - Secure the grate Fig. 44 - Unscrew the screw
• Secure the strut with screws (see Fig. 42). Work on a table.
• Secure the grate with screws on the upper front (see Fig. 43).
• Unscrew the screw of the door (see Fig. 44).
Fig. 45 - Remove the door Fig. 46 - Position the frame Fig. 47 - 1° slot
• Remove the door (see Fig. 45).
• Hook the frame to the stove (see Fig. 46).
• Parts of gear joints ().