Manual Cadel Tecno 3 - 2019 (page 44 of 47) (English)

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INSTALLER MANUAL

Pellet Stove

KRISS

- TECNO

- EVO

- ELISE

- SHELL

- CRISTAL

GLASS

- VERVE AIRTIGHT - PRETTY AIRTIGHT - BREEZE AIRTIGHT

TITANIA AIRTIGHT - VENERE AIRTIGHT

KRISS

- TECNA

- EVO

- ELISE

- SHELL

- CRISTAL

- GLASS - VERVE AT - PRETTY AT - TITANIA AT - VENERE AT - BREEZE AT

SUMMARY

1 MANUAL SIMBOLOGY .................................... 2

2 PACKAGING AND HANDLING ..........................2

2.1 PACKAGING .............................................................2

2.2 REMOVING THE STOVE FROM THE PALLET ..............2

2.3 STOVE HANDLING....................................................3

3 CHIMNEY FLUE ...........................................3

3.1 INTRODUCTION .......................................................3

3.2 CHIMNEY FLUE ........................................................3

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 KRISS

 TECNO

 EVO

 ELISE

 SHELL

PS  CRISTAL

 GLASS  VERVE AT  PRETTY AT 

TITANIA AT  VENERE AT .................................................10

4.4 COMBUSTIBLE AIR INLET FOR SEALEDCHAMBER

INSTALLATION SHELL

UP  BREEZE AT .........................11

5 INSTALLATION ............................................11

5.1 INTRODUCTION .....................................................11

5.2 OVERALL DIMENSIONS ...............................12

5.3 GENERAL INSTALLATION .......................................20

5.4 STOVE DOOR REMOVAL/INSTALLATION ................21

5.5 EVO

SIDE PANELS ASSEMBLY ..............................21

5.6 MOUNTING THE VERVE AIRTIGHT SIDE PANELS .... 22

5.7 MOUNTING THE GLASS DOOR ...............................23

5.8 MOUNTING THE PRETTY AIRTIGHT SIDE PANELS .. 24

5.9 TECNA

SIDE PANEL DISASSEMBLY ......................25

5.10 KRISS

 CRISTAL

SIDE PANEL DISASSEMBLY ......26

5.11 ELISE

/SHELL

SIDE PANEL DISASSEMBLY ............26

5.12 VERVE AIRTIGHT SIDE PANEL DISASSEMBLY .......27

5.13

SHELL

/SHELL

PS /SHELL

UP COATING REMOVAL ......

5.14 GLASS SIDE PANEL DISASSEMBLY ........................ 28

5.15 BREEZE AIRTIGHT SIDE PANEL DISASSEMBLY ......29

5.16 ELECTRIC CONNECTION .........................................29

5.17 CONNECTION TO THE EXTERNAL THERMOSTAT .....30

5.18 STOVE CALIBRATION AND DEPRESSION

MEASUREMENT ...............................................................30

6 SPECIAL MAINTENANCE ..............................31

6.1 INTRODUCTION .....................................................31

6.2 FEED SCREW MAINTENANCE.................................31

6.3 FUME CONDUIT CLEANING .................................... 32

6.4

FUME CHAMBER AND FUME PASSAGES CLEANING

...33

6.5 LOWER COMPARTMENT CLEANING .......................34

6.6 FUME PIPES ANNUAL CLEANING ......................... 34

6.7 GASKET REPLACEMENT ......................................... 35

7 IN CASE OF ANOMALY ..................................35

7.1 PROBLEM SOLVING ...............................................35

8 TECHNICAL DATAS ......................................38

8.1 FUSE REPLACEMENT .............................................38

8.2 FEATURES ..............................................................39

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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 Authorized Technician 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 REMOVING THE STOVE FROM THE PALLET

Proceed as follows:

Fig. 1 - Bracket removal

• Remove the brackets which secure the feet of the stove (see Fig. 1). Then remove the stove from the pallet.

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2.3 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.

3.2 CHIMNEY FLUE

Fig. 2 - Chimney Flues

LEGEND Fig. 2

1 Chimney flue with insulated stainless-steel pipes

2 Chimney flue on the existing chimney

3 Inspection plug

4 Inspection 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. 2) 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).

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3.3 TECHNICAL FEATURES

Fig. 3 - Inclined roof

LEGEND Fig. 3

1 Height over the ridge of the roof = 0,5 mt

2 Roof inclination ≥ 10°

3 90°

4 Measured 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.

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:

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Fig. 4 - 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. 40. 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. 5 - Anti-wind chimney pots

The chimney pot is important for the correct running of the heating appliance:

• We recommend using an anti-wind chimney pot, see Fig. 5.

• 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. 3).

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3.7 CHIMNEY COMPONENTS

Fig. 6 - Chimney components

LEGEND Fig. 6

1 Chimney pot

2 Fume outlet

3 Chimney flue

4 Termal insulation

5 External wall

6 Chimney union

7 Fume pipe

8 Heat generator

9 Inspection 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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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. 7 - Example 1

LEGEND Fig. 7

1 Insulating material

2 Reduction from Ø100 to Ø80 mm

3 Inspection plug

4 Minimum safety distance = 0,5 mt

• Chimney flue installation Ø100/120 mm with an enlarged drilling for pipe transit.

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Fig. 8 - Example 2

LEGEND Fig. 8

1 Insulating material

2 Inspection plug

3 Chimney inspection entrance

4 Minimum safety distance = 0,5 mt

5 Inclination ≥ 3°

6 Level 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. 9 - Example 3

LEGEND Fig. 9

1 Insulating material

2 Inspection plug

3 Minimum safety distance = 0,5 mt

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• 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. 5).

• 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. 10 - Direct air inow

LEGEND Fig. 10

1 Room to ventilate

2 External 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. 10).

• Bedrooms, garages, and store of flammable materials are excluded.

• The air inlet should have a total net surface of 80 sqcm

: 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.

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4.2 COMBUSTIBLE AIR INLET FOR SEALEDCHAMBER INSTALLATION

Fig. 11 - Air inlet for sealed-chamber installation

LEGEND Fig. 11

1 ≥ 1,5 mt

2 ≥ 0,3 mt

3-3 Sectional view

4 Shield grid

5 Curve 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. 11.

• 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 KRISS

 TECNO

 EVO

 ELI

 SHELL

PS  CRISTAL

 GLASS  VERVE AT  PRETTY AT  TITANIA AT  VENERE AT

How to connect to the stove in the sealed chamber with concentric system:

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Fig. 12 - Phase1 Fig. 13 - Phase 2 Fig. 14 - Phase 3

• Original position with completely embedded tube (see Fig. 12).

• Pull out the tube for 2 cm (see Fig. 13).

• Insert the female tube ø 6 cm (see Fig. 14).

4.4 COMBUSTIBLE AIR INLET FOR SEALEDCHAMBER INSTALLATION SHELL

UP  BREEZE AT

How to connect to the stove in the sealed chamber with concentric system:

Fig. 15 - Phase1 Fig. 16 - Phase 2

• Connect the concentric pipe with the fitting located behind the stove (see Fig. 15).

• Push the concentric pipe up to stroke end (see Fig. 16).

5 INSTALLATION

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 (see ELECTRIC CONNECTION a pag. 30).

• To install more appliances, the external air inlet must be correctly dimensioned (see FEATURES a pag. 40).

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5.2 OVERALL DIMENSIONS

Fig. 17 - General dimensions: Tecna

LEGEND Fig. 17

1 49,1 cm

2 96,1 cm

3 48,8 cm

4 23,8 cm

5 32,5 cm

6 16 cm

7 Exhaust fumes d.8 cm

8 Hole combustion air inlet d.6 cm

9 20 cm

Fig. 18 - General dimensions: Evo

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LEGEND Fig. 18

1 52.8 cm

2 94.1 cm

3 52.8 cm

4 23.8 cm

5 32.5 cm

6 17.3 cm

7 Exhaust fumes d.8 cm

8 Hole combustion air inlet d.6 cm

9 21.5 cm

Fig. 19 - General dimensions: Kriss

LEGEND Fig. 19

1 52,8 cm

2 94,1 cm

3 52,8 cm

4 23,8 cm

5 32,5 cm

6 17,3 cm

7 Exhaust fumes d.8 cm

8 Hole combustion air inlet d.6 cm

9 21,5 cm

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Fig. 20 - General dimensions: Elise

LEGEND Fig. 20

1 62 cm

2 100 cm

3 52 cm

4 23,8 cm

5 32,5 cm

6 22,5 cm

7 Exhaust fumes d.8 cm

8 Hole combustion air inlet d.6 cm

9 26,3 cm

Fig. 21 - General dimensions: Shell

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LEGEND Fig. 21

1 55,9 cm

2 100,8 cm

3 55,9 cm

4 19,4 cm

5 32,4 cm

6 21,5 cm

7 Exhaust fumes d.8 cm

8 Hole combustion air inlet d.6 cm

9 45°

Fig. 22 - General dimensions: Glass

LEGEND Fig. 22

1 49,2 cm

2 96,2 cm

3 54,6 cm

4 23,8 cm

5 32,5 cm

6 17,3 cm

7 21,5 cm

8 Hole combustion air inlet d.6 cm

9 Exhaust fumes d.8 cm

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Fig. 23 - General dimensions: Verve Airtight

LEGEND Fig. 23

1 46,6 cm

2 106 cm

3 51,6 cm

4 23,8 cm

5 32,5 cm

6 17,3 cm

7 21,5 cm

8 Hole combustion air inlet d.6 cm

9 Exhaust fumes d.8 cm

Fig. 24 - General dimensions: Cristal

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LEGEND Fig. 24

1 45,6 cm

2 97 cm

3 50,6 cm

4 20,8 cm

5 32,4 cm

6 13,8 cm

7 Hole combustion air inlet d.6 cm

8 Exhaust fumes d.8 cm

9 17,9 cm

Fig. 25 - General dimensions: Pretty Airtight

LEGEND Fig. 25

1 51 cm

2 97 cm

3 50,7 cm

4 20,8 cm

5 32,4 cm

6 16,9 cm

7 Exhaust fumes d.8 cm

8 Hole combustion air inlet d.6 cm

9 20,9 cm

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Fig. 26 - General dimensions: Titania Airtight - Venere Airtight

LEGEND Fig. 26

1 50 cm

2 97 cm

3 50 cm

4 20,8 cm

5 32,4 cm

6 16,1 cm

7 Exhaust fumes d.8 cm

8 Hole combustion air inlet d.6 cm

9 20,2 cm

Fig. 27 - General dimensions: Shell

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LEGEND Fig. 27

1 52,3 cm

2 114 cm

3 57,5 cm

4 27 cm

5 31,8 cm

6 26,7 cm

7 Exhaust fumes d.8 cm

8 Hole combustion air inlet d.6 cm

9 45°

Fig. 28 - General dimensions: Shell

LEGEND Fig. 28

1 52,3 cm

2 114 cm

3 60 cm

4 52,2 cm

5 26,1 cm

6 Exhaust fumes d.8 cm

7 Hole combustion air inlet d.6 cm

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Fig. 29 - General dimensions: Titania Airtight - Venere Airtight

LEGEND Fig. 26

1 50 cm

2 97 cm

3 50 cm

4 20,8 cm

5 32,4 cm

6 16,1 cm

7 Exhaust fumes d.8 cm

8 Hole combustion air inlet d.6 cm

9 20,2 cm

5.3 GENERAL INSTALLATION

Fig. 30 - General installation

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LEGEND Fig. 30

1 Stove

2 Minimum lateral distance = 200 mm

3 Minimum rear distance = 200 mm

4 Minimum front distance = 1000 mm

It is obligatory to install the stove away from walls and/or pieces of furniture, with a minimum air flow of 200 mm on the sides and

200 mm on the back, to enable an eficient appliance cooling and a good distribution of heat in the room (see Fig. 30).

If the walls are made up of flammable materials, check the safety distances (see Fig. 30).

At maximum power check that the wall temperature does not ever exceed 80°C. If it would be necessary please install a fire re-

sistant plate on the concerned walls.

In some countries also masonring load-bearing walls are considered flammable.

5.4 STOVE DOOR REMOVAL/INSTALLATION

DOOR REMOVAL

For some operations (e.g.: side panel assembly and cleaning) you must remove the stove door.

To remove the door:

• Open the door.

• Use a screwdriver to rotate the lever in the direction of the arrow (see Fig. 31).

• Lift the door to allow the door pivots to slide out of the structure bracket (see Fig. 32).

• Keep the door in a safe place until next use.

Fig. 31 - Remove screws Fig. 32 - Door removal

DOOR ASSEMBLY

To assemble the door you must centre the pivots fixed to the door, on the structure bracket.

After having mounted the door with the screwdriver, lift the lever so that the door is locked.

5.5 EVO

SIDE PANELS ASSEMBLY

• Remove the cover: loosen the 4 upper screws (see Fig. 33).

• With your finger, fold the upper flaps which are located on the black profiles outwards (see Fig. 34).

• Insert the side panels into the corresponding guides letting them slide slowly down to the base (see Fig. 35).

• Reposition the cover by centring the special teeth (see Fig. 36).

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Fig. 33 - Remove screws Fig. 34 - Fold aps

Fig. 35 - Insert side panels Fig. 36 - Position cover

5.6 MOUNTING THE VERVE AIRTIGHT SIDE PANELS

• Remove the front panel: loosen the 4 screws (see Fig. 37).

• Hook the coloured panels: fit the front part between the guides on the stove, then hook back through the teeth (see Fig. 38).

• Position the front panel (see Fig. 39).

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Fig. 37 - Remove the front panel Fig. 38 - Hook the panels Fig. 39 - Position the front panel

5.7 MOUNTING THE GLASS DOOR

• Tighten the screws on the bushes on the glass: 4 screws with round heads and 2 screws with flat heads (see Fig. 40).

• Position the glass on the metal door: hook the screws' heads on the door's holes (see Fig. 41).

• Lock the screws (see Fig. 42).

• If required, adjust the door from the relative screws on the hinges (see Fig. 43).

Fig. 40 - Tighten the screws Fig. 41 - Position the glass

Fig. 42 - Locking the screws Fig. 43 - Door adjustment

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5.8 MOUNTING THE PRETTY AIRTIGHT SIDE PANELS

METAL

• Place the coloured panel on a surface (see Fig. 44) and with the help of clamps, lift all tabs (see Fig. 45).

• Hook the panel into the appropriate seats (see Fig. 46).

• NB: the 2 opposite tabs are used to lock the panel.

Fig. 44 - Coloured panel Fig. 45 - Fold tabs Fig. 46 - Slide the panel on

MAJOLICA AND STONE

• Remove the door (see STOVE DOOR REMOVAL/INSTALLATION a pag. 22).

• Loosen the rear and front screws of the side panel (see Fig. 47) and remove it (see Fig. 48).

Fig. 47 - Remove the screws Fig. 48 - Removing the side panel

• Place the tiles or the stone facedown on a surface (see Fig. 49).

• Position the previously removed panel over the finish at the fixing holes and tighten the screws (see Fig. 50).

• Reposition the panel with the finish to the stove.

• Reposition the door.

• NB: the help of a second person when installing the majolica and stone panels is recommended.

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Fig. 49 - Finish positioning Fig. 50 - Tighten the nish to the side

5.9 TECNA

SIDE PANEL DISASSEMBLY

To access the internal stove parts, disassemble the back side panels as indicated below:

• Loosen the 4 back screws (see Fig. 51).

• Unhook the back side panels (see Fig. 52).

• To assemble proceed in reverse order.

Fig. 51 - Remove screws Fig. 52 - Unhook the side panels

To disassemble the front side panels proceed as indicated below:

• Remove the door (see STOVE DOOR REMOVAL/INSTALLATION a pag. 22).

• Loosen the 4 screws and remove the black panels above and below the door (see Fig. 53).

• Unhook the side panels (see Fig. 54).

• To assemble proceed in reverse order.

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Fig. 53 - Remove proles Fig. 54 - Unhook the side panels

5.10 KRISS

 CRISTAL

SIDE PANEL DISASSEMBLY

To access the internal stove parts, disassemble the side panels as indicated below:

• Remove the door (see STOVE DOOR REMOVAL/INSTALLATION a pag. 22). (NB: You do not have to dissemble the door to

remove the right side panel).

• Loosen the 6 back screws (see Fig. 55).

• Loosen the 4 front screws and remove the side panels (see Fig. 56 and Fig. 57).

• To assemble proceed in reverse order.

Fig. 55 - Loosen screws Fig. 56 - Remove screws Fig. 57 - Remove side panels

5.11 ELISE

/SHELL

SIDE PANEL DISASSEMBLY

To access the internal stove parts, disassemble the side panels as indicated below:

• Unhook the side panels from low to high (see Fig. 58).

• For assembly, proceed in reverse order, adjusting the front faceplates both vertically and horizontally to bring them level with

the side panels (see Fig. 59 and Fig. 60).

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Fig. 58 - Remove side panels Fig. 59 - Locking teeth Fig. 60 - Adjustments

5.12 VERVE AIRTIGHT SIDE PANEL DISASSEMBLY

To access the internal stove parts, disassemble the side panels as indicated below:

• Loosen the 4 back screws (see Fig. 69).

• Remove the side panels (see Fig. 70).

• To assemble proceed in reverse order.

Fig. 61 - Loosen screws Fig. 62 - Remove side panels

5.13 SHELL

/ SHELL

PS / SHELL

UP COATING REMOVAL

To access the internal stove parts, disassemble the side panels as indicated below:

• Remove the door and the rh and lh front profiles (see Fig. 63 and Fig. 64).

• Remove the rear screws locking the coques. Remove the upper shell from above and the lower one by pulling it towards you.

(see Fig. 65, Fig. 66, Fig. 67 and Fig. 68).

• For assembly, proceed in reverse order.

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Fig. 63 - Door removal Fig. 64 - Prole screws removal (rh and lh). Fig. 65 - Front prole removal (rh and lh).

Fig. 66 - Rear screws removal Fig. 67 - Remove the upper coque from above. Fig. 68 - Remove the lower coque by pulling it

towards you.

5.14 GLASS SIDE PANEL DISASSEMBLY

To access the internal stove parts, disassemble the side panels as indicated below:

• Loosen the 6 back screws (see Fig. 69).

• Remove the side panels (see Fig. 70).

• To assemble proceed in reverse order.

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Fig. 69 - Loosen screws Fig. 70 - Remove side panels

5.15 BREEZE AIRTIGHT SIDE PANEL DISASSEMBLY

To access the internal stove parts, disassemble the side panels as indicated below:

• Remove the cast iron cover (see Fig. 71).

• Loosen the rear screws of the sides (see Fig. 72).

• Open the side and release it from the teeth (see Fig. 73).

• To assemble proceed in reverse order.

Fig. 71 - Top removal Fig. 72 - Remove screws Fig. 73 - Removing the side panel

5.16 ELECTRIC CONNECTION

Warning: the appliance must be installed by an authorized technician!

• The electric connection occurs through a cable with plug put in an electric socket which is able to support charge and tension

specific of every model, as described in the technical datas table (see FEATURES a pag. 40).

• The plug must be easily accessible when the appliance is installed.

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• Please further assure you that your network is endowed with an efficient earth connection: if it does not exist or if it is not

efficient, please endow you with one in compliance with the law.

• Connect the supply cable first on the back of the stove (see Fig. 74) and then at a wall electric socket.

Fig. 74 - Electric socket with master switch

• The master switch O/I (see Fig. 74) is to open only to switch the stove on, otherwise it is advisable to keep it off.

• Do not use extension cables.

• If the feeder cable is damaged, it must be replaced by an authorized technician.

• When the stove is not going to be used for a long period of time, it advisable to remove the plug from the socket on the wall.

5.17 CONNECTION TO THE EXTERNAL THERMOSTAT

The stove works through a thermostat probe placed in its inner. If you desire, the stove can be connected to an external room

thermostat. This operation must be executed by an authorized technician.

Connect the wires from the external thermostat to the "Term opt" terminal on the stove board. Activate the external thermostat

(default setting OFF) as indicated below:

• Press the "menu" button.

• Scroll with the arrows to "Settings".

• Select by pressing "menu".

• Scroll with the arrows again to "Ext.Thermostat".

• Select by pressing "menu".

• Press the - + buttons.

• To activate the external thermostat select "on".

• Press the "menu" button to confirm.

5.18 STOVE CALIBRATION AND DEPRESSION MEASUREMENT

This stove has a pickup point positioned on the tank in order to measure the depression of the combustion chamber and verify its

proper operation.

To do this, proceed as follows:

• Remove inspection casing "C" from the back of the stove (see Fig. 75).

• Loosen nut "D" from the bottom of the tank, near the pressure switch.

• Connect a digital pressure switch with a tube to detect the depression (see Fig. 76).

• Load the feed screw via appropriate function.

• Start the stove and set "Fire" at power 1 (the start of this stove lasts from 8 to 10 minutes to ensure minimum draught).

• Compare the read values with those on the table.

• Change power every 10 minutes and wait for it to stabilise.

• Access the user menu and, if necessary, change the parameters.

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Fig. 75 - Casing removal Fig. 76 - Digital pressure switch connection

DATA P1 P2 P3 P4 P5

Stove depression -

temperature 7 kW

19/21 Pa - 110°C 32/35 Pa - 125°C 48/50 Pa - 145°C 52/54 Pa - 160°C 63/65 Pa - 165°C

Stove depression

- temperature 8.5

19/21 Pa - 110°C 32/35 Pa - 125°C 49/51 Pa - 155°C 63/65 Pa - 165°C 68/70 Pa - 180°C

Stove depression -

temperature 9 kW

19/21 Pa - 110°C 32/35 Pa - 125°C 49/51 Pa - 155°C 63/65 Pa - 165°C 73/75 Pa - 190°C

NB: for good combustion, the depression values must be between + -5 Pa and the temperature values between + - 10°C.

6 SPECIAL MAINTENANCE

6.1 INTRODUCTION

For a long working life of the stove, have a periodic cleaning of the stove as described in the following paragrafs.

• Fume outlet pipes (fume conduit + chimney flue + chimney pot) must always be cleaned, scrubbed and checked by an autho-

rized technician in compliance with local regulations, with the instructions of the manufacturer and those of your insurance

company.

• It is also necessary to have the combustion chamber, motors and fans cleaned and to have the gaskets and the electronical

elements checked at least once a year.

All these operations must be planned in time with your Autorized Technical Assistance Service.

• After a long ineffective time, before turning on the stove check if there are obstructions in the fume exhaust.

• If the stove had been using continuously and intensely, the whole system (chimney included), must be cleaned and checked

more frequently.

• In case of replacement of damaged pieces please ask for the original spare part at the Autorized Retailer.

6.2 FEED SCREW MAINTENANCE

Proceed as follows for the feed screw maintenance:

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Fig. 77 - Screw removal Fig. 78 - Coque removal Fig. 79 - Gear motor removal

• Enter the tank and loosen the 4 screws of the feed screw coque (see Fig. 77).

• Remove the coque (see Fig. 78).

• Remove the gear motor by loosening the locking screw (see Fig. 79).

Fig. 80 - Spiral removal Fig. 81 - Bearing removal

• Remove the spiral (see Fig. 80).

• If worn, remove the bearing (see Fig. 81) and replace it.

• To reassemble, proceed in reverse order.

6.3 FUME CONDUIT CLEANING

The exhaust system must be cleaned every season (or every 1500 operation hours).

Fig. 82 - Fume conduit cleaning

• Remove the inspection lid of the T-union (see Fig. 82).

• Extract the ash which has accumulated in the inner.

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• After cleaning repeat the operation in reverse order, checking the condition and efficiency of the gasket, and if necessary

replace it.

It is important to sealed the cap othrwise noxiuous fumes will propagate among the room.

6.4 FUME CHAMBER AND FUME PASSAGES CLEANING

Every season (or every 1500 operation hours) the fume chamber and the fume passages cleaning must be executed.

• Remove the side panels of the stove according to the model (see dedicated sections).

• When the stove is cool, remove plate “F” by loosening the two screws (see Fig. 83).

• To remove plate “G”, you must remove the door (see dedicated section).

• Once the plates have been removed, using the brush provided with the stove, brush the exchanger walls to let dust fall into the

lower compartment.

• Remove the upper deflector (see Fig. 84), vacuum any ash and clean the internal combustion chamber walls.

• After cleaning, repeat the operation in reverse making sure the gasket is intact and efficient: if necessary, have it replaced by

an authorised technician.

Fig. 83 - Plates removal Fig. 84 - Cleaning

Once the exchanger cleaning has been finished, you must remove the four screws fixing plates “C” to the structure, remove gasket

“D” and then clean the lower compartment where all ash deposits from previous cleaning operations have accumulated (see Fig.

85). Remove the screws fixing plate “E” to the structure, clean the fan with the brush and vacuum any residue (see Fig. 86). If

necessary, replace gasket “D”.

Check the ceramic fibre gasket seal on the stove door. If necessary, order new gaskets from the dealer for replacement or contact

an authorised service centre to perform the entire operation.

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Fig. 85 - Plate removal Fig. 86 - Cleaning

The fume exhaust system cleaning frequency depends on stove use and its installation. We recommend con-

tacting an authorised service centre for the end-of-season cleaning and maintenance operations because the

centre will perform an overall check of the parts, as well as the above-mentioned operations.

6.5 LOWER COMPARTMENT CLEANING

Once the combustion chamber cleaning is finished, we recommend cleaning the G grid on the stove back (see Fig. 87) and the V

fans to remove any dust or dirt, in order to guarantee high performance (see Fig. 88).

Every year, clean the room fan to remove ash or dust causing unbalance of the blades and greater noise.

Fig. 87 - Back grid Fig. 88 - Fans

LEGEND Fig. 87 - Fig. 88

G Grid

V Fans

6.6 FUME PIPES ANNUAL CLEANING

Clean once a week from soot with brushes.

The cleaning operation must be executed by a specialized stove-repairer who will provide for the cleaning of fume pipe, chimney

flue and chimney pot. He will also check their eficiency and will release a written declaration of the safety of the appliance. This

operation must be executed at least once a year.

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6.7 GASKET REPLACEMENT

In case of deterioration of fire door, hopper or fume chamber gaskets, it is necessary to replace them by an autorized technician in

order to guarantee the good running of the stove.

Use exclusively original spare parts.

7 IN CASE OF ANOMALY

7.1 PROBLEM SOLVING

Before of every Authorized Technician intervention, the same Technician has the duty to check if the parame-

ters of the mother board correspond to those of the table you own.

In case of doubts regarding the use of the stove, please contact ALWAYS the Authorized Technician on order to

avoi irreparable damages!

PROBLEM CAUSE SOLUTION INTERVENTION

The control display

does not switch on

The stove is

without power

supply

Check if the plug is connected.

Burned protection

fuse in the electric

socket

Replace the protection fuses in the electric socket (3.15A-

250V).

Faulty control

display

Replace the control display.

Faulty flat cable Replace the flat cable.

Faulty electronic

board

Replace the mother board.

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PROBLEM CAUSE SOLUTION INTERVENTION

Pellets do not

reach the combu-

stion chamber

Empty hopper Full the hopper.

Open fire door or

open pellet door

Close fire door and pellet door and check that there are no

pellet grains at the gasket level.

Clogged stove Fume chamber cleaning

Auger blocked by a

foreign object (for

example nails)

Clean the auger.

The auger geared

motor is out of

order

Replace the geared motor.

Check if on the

display there is an

"ACTIVE ALARM"

Have the stove checked.

The fire extinguish

and the stove stops

Empty hopper Full the hopper.

Auger blocked by a

foreign object (for

example nails)

Clean the auger.

Bad quality pellets Try other types of pellets.

Pellet drop value

too low "phase 1"

Adjust the pellet loading.

Check if on the

display there is an

"ACTIVE ALARM"

Have the stove checked.

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PROBLEM CAUSE SOLUTION INTERVENTION

Flames are weak

and orange colou-

red, pellets do not

burn properly and

the glass blackens

Not sufficient

combustion air

Check as following: probable obstructions of the combusti-

ble air inlet from the back or from the bottom of the stove;

burning pot obstructed holes with too ash remains. Have the

fan blades and auger cleaned.

Obstructed exhaust

The exhaust chimney is partially or totally obsturcted. Contact

an expert stove-repairer who checks the stove from the

exhaust up to the chimney pot. Provide immediately for stove

cleaning.

Obstructed stove Provide immediately at the inner cleaning of the stove.

The fume fan is out

of order

The pellets can burn also thanks to chimney flue depression

without the aid of the fume fan. Have the fume fan imme-

diately replaced. It can be noxious to health to let the stove

running without fume fan.

The exchanger

fan continues to

turn even though

the stove has just

cooled

Faulty fume tem-

perature probe

Replace the fume probe.

Faulty mother

board

Replace the mother board.

Ash remains along

the stove

Faulty or out of

order door gaskets

Replace the gaskets.

Not sealed fume

pipes

Contact an expert stove-repairer who will immediately pro-

vide for sealing the junctions with high-temperature silicone

and/or for replacing pipes with those in compliance to current

regulations. A not sealed fume channelisation can be noxious

to health.

The stove is at its

highest power but

does not heat up.

Ambient tempera-

ture reached.

The stove is at its minimum value. Increase the desired am-

bient temperature.

Stove running and

display showing

"Smoke Overtepe-

rature"

Reached fume

outlet limit tempe-

rature

The stove runs at minimum. NO PROBLEM!

The stove's smoke

duct produces

condensation

Low smoke tempe-

rature

Check that the flue is not clogged.

Increase stove power to minimum (pellet drop and fan revs).

Install condensation collection cup.

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PROBLEM CAUSE SOLUTION INTERVENTION

Stove running and

display showing

"SERVICE"

Routine main-

tenance alert (it

does not block the

system)

When this flashing message appears upon start-up, it means

that the preset operating hours have elapsed before mainte-

nance. Contact the service centre.

8 TECHNICAL DATAS

8.1 FUSE REPLACEMENT

For fuse replacement in the electric socket which stands on the back of the stove, extract the fuses to change with the aid of a

screwdriver for opening the shutter (see Fig. 89).

Fig. 89 - Shutter with fuses to remove

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8.2 FEATURES

DESCRIPTION KRISS

- 7 kW EVO

- 7 kW CRISTAL

- 8,5 kW

WIDTH 52,8 cm 51,5 cm 45,5 cm

DEPTH 52,8 cm 48,5 cm 51 cm

HEIGHT 94,1 cm 94,5 cm 97 cm

WEIGHT 88 kg 81 - 90,5 - 126 kg 79 kg

INTRODUCED THERMIC POWER (Min/Max) 2,58 - 7,96 kW 2,58 - 7,96 kW 2,58 - 9,73 kW

NOMINAL THERMIC POWER (Min/Max) 2,4 - 7,15 kW 2,4 - 7,15 kW 2,4 - 8,67 kW

EFICIENCY (Min/Max) 92,91 - 89,8 % 92,91 - 89,8 % 92,91 - 89,14 %

FUME TEMPERATURE (Min/Max) 95,3 - 171,5 °C 95,3 - 171,5 °C 95,3 - 196,6 °C

FUME MAXIMUM LOADING CAPACITY (Min/Max) 2,2 - 4,4 g/s 2,2 - 4,4 g/s 2,2 - 4,8 g/s

CO EMISSIONS (13% O

) (Min/Max) 0,022 - 0,004 % 0,022 - 0,004 % 0,022 - 0,006 %

OGC EMISSIONS (13% O

) (Min/Max) 3,9 - 0,3 mg/Nm

3,9 - 0,3 mg/Nm

3,9 - 1,5 mg/Nm

EMISSIONS (13% O

) (Min/Max) 104,4 -134,4 mg/Nm

104,4 -134,4 mg/Nm

104,4 -135,7 mg/Nm

Medium CO CONTENTS at 13% O

(Min/Max) 274 - 44 mg/Nm

274 - 44 mg/Nm

274 - 79 mg/Nm

Medium POWDER CONTENTS at 13% O

(Min/Max)

19,3 - 13,4 mg/Nm

19,3 - 14 mg/Nm

CHIMNEY DEPRESSION (Min/Max) 7,7 - 11,5 Pa 7,7 - 11,5 Pa 7,7 - 11,6 Pa

ON SHARED CHIMNEY FLUE NO NO NO

FUME OUTLET DIAMETER Ø80 mm Ø80 mm Ø80 mm

COMBUSTIBLE Pellet Ø6-7 mm Pellet Ø6-7 mm Pellet Ø6-7 mm

PELLETS HEATING VALUE 5 kWh/kg 5 kWh/kg 5 kWh/kg

PELLETS HUMIDITY ≤ 10% ≤ 10% ≤ 10%

HEATING VOL. 18/20°C Coeff. 0,045 kW (Min/Max)

58 - 172 m

58 - 208 m

HOURLY CONSUMPTION (Min/Max) 0,53 - 1,65 kg/h 0,53 - 1,65 kg/h 0,53 - 2,01 kg/h

HOPPER CAPACITY 18 kg 18 kg 18 kg

RANGE (Min/Max) 34 - 10,9 h 34 - 10,9 h 34 - 9 h

SUPPLY 230 V - 50 Hz 230 V - 50 Hz 230 V - 50 Hz

POWER INPUT (Max) 364 W 364 W 346 kW

INGNITER RESISTANCE POWER INPUT 300 W 300 W 300 W

MINIMUM EXTERNAL AIR INLET (last effective area)

80 cm

STOVE WITH SEALED CHAMBER YES YES YES

EXTERNAL AIR INLET FOR SEALED CHAMBER 60 mm 60 mm 60 mm

DISTANCE FROM COMBUSTIBLE MATERIAL

(back/side/bottom)

200 / 200 / 0 mm 200 / 200 / 0 mm 200 / 200 / 0 mm

DISTANCE FROM COMBUSTIBLE MATERIAL

(ceiling/front)

0 / 1000 mm 0 / 1000 mm 0 / 1000 mm

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DESCRIPTION KRISS

- 8,5 kW EVO

- 8,5 kW TECNA

- 8,5 kW

WIDTH 52,8 cm 51,5 cm 49,1 cm

DEPTH 52,8 cm 48,5 cm 48,8 cm

HEIGHT 94,1 cm 94,5 cm 96,1 cm

WEIGHT 88 kg 81 - 92 - 126 kg 89 kg

INTRODUCED THERMIC POWER (Min/Max) 2,58 - 9,73 kW 2,58 - 9,73 kW 2,58 - 9,73 kW

NOMINAL THERMIC POWER (Min/Max) 2,4 - 8,67 kW 2,4 - 8,67 kW 2,4 - 8,67 kW

EFICIENCY (Min/Max) 92,91 - 89,14 % 92,91 - 89,14 % 92,91 - 89,14 %

FUME TEMPERATURE (Min/Max) 95,3 - 196,6 °C 95,3 - 196,6 °C 95,3 - 196,6 °C

FUME MAXIMUM LOADING CAPACITY (Min/Max) 2,2 - 4,8 g/s 2,2 - 4,8 g/s 2,2 - 4,8 g/s

CO EMISSIONS (13% O

) (Min/Max) 0,022 - 0,006 % 0,022 - 0,006 % 0,022 - 0,006 %

OGC EMISSIONS (13% O

) (Min/Max) 3,9 - 1,5 mg/Nm

3,9 - 1,5 mg/Nm

EMISSIONS (13% O

) (Min/Max) 104,4 -135,7 mg/Nm

104,4 -135,7 mg/Nm

Medium CO CONTENTS at 13% O

(Min/Max) 274 - 79 mg/Nm

274 - 79 mg/Nm

Medium POWDER CONTENTS at 13% O

(Min/Max)

19,3 - 14 mg/Nm

CHIMNEY DEPRESSION (Min/Max) 7,7 - 11,6 Pa 7,7 - 11,6 Pa 7,7 - 11,6 Pa

ON SHARED CHIMNEY FLUE NO NO NO

FUME OUTLET DIAMETER Ø80 mm Ø80 mm Ø80 mm

COMBUSTIBLE Pellet Ø6-7 mm Pellet Ø6-7 mm Pellet Ø6-7 mm

PELLETS HEATING VALUE 5 kWh/kg 5 kWh/kg 5 kWh/kg

PELLETS HUMIDITY ≤ 10% ≤ 10% ≤ 10%

HEATING VOLUME 18/20°C Coeff. 0,045 kW

(Min/Max)

58 - 208 m

HOURLY CONSUMPTION (Min/Max) 0,53 - 2,01 kg/h 0,53 - 2,01 kg/h 0,53 - 2,01 kg/h

HOPPER CAPACITY 18 kg 18 kg 18 kg

RANGE (Min/Max) 34 - 9 h 34 - 9 h 34 - 9 h

SUPPLY 230 V - 50 Hz 230 V - 50 Hz 230 V - 50 Hz

POWER INPUT (Max) 346 kW 346 kW 346 kW

INGNITER RESISTANCE POWER INPUT 300 W 300 W 300 W

MINIMUM EXTERNAL AIR INLET (last effective

area)

80 cm

STOVE WITH SEALED CHAMBER YES YES YES

EXTERNAL AIR INLET FOR SEALED CHAMBER 60 mm 60 mm 60 mm

DISTANCE FROM COMBUSTIBLE MATERIAL

(back/side/bottom)

200 / 200 / 0 mm 200 / 200 / 0 mm 200 / 200 / 0 mm

DISTANCE FROM COMBUSTIBLE MATERIAL

(ceiling/front)

0 / 1000 mm 0 / 1000 mm 0 / 1000 mm

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DESCRIPTION ELISE

- 8,5 kW SHELL

- 8,5 kW KRISS

- 9 kW

WIDTH 62 cm 53,4 cm 52,8 cm

DEPTH 52 cm 52,2 cm 52,8 cm

HEIGHT 100 cm 99,5 cm 94,1 cm

WEIGHT 95 kg 88 kg 88 kg

NTRODUCED THERMIC POWER (Min/Max)

2,58 - 9,73 kW 2,58 - 9,73 kW 2,58 - 10,25 kW

NOMINAL THERMIC POWER (Min/Max) 2,4 - 8,67 kW 2,4 - 8,67 kW 2,4 - 9,1 kW

EFICIENCY (Min/Max) 92,91 - 89,14 % 92,91 - 89,14 % 92,91 - 88,79 %

FUME TEMPERATURE (Min/Max) 95,3 - 196,6 °C 95,3 - 196,6 °C 95,3 - 204,6 °C

FUME MAX LOADING CAPACITY (Min/Max)

2,2 - 4,8 g/s 2,2 - 4,8 g/s 2,2 - 5 g/s

CO EMISSIONS (13% O

) (Min/Max) 0,022 - 0,006 % 0,022 - 0,006 % 0,022 - 0,005 %

OGC EMISSIONS (13% O

) (Min/Max) 3,9 - 1,5 mg/Nm

3,9 - 1,5 mg/Nm

3,9 - 2,1 mg/Nm

EMISSIONS (13% O

) (Min/Max) 104,4 -135,7 mg/Nm

104,4 -135,7 mg/Nm

104,4 -138,7 mg/Nm

Medium CO CONTENTS at 13% O

(Min/Max) 274 - 79 mg/Nm

274 - 79 mg/Nm

274 - 63 mg/Nm

Medium POWDER CONTENTS at 13% O

(Min/Max)

19,3 - 14 mg/Nm

19,3 - 12,1 mg/Nm

CHIMNEY DEPRESSION (Min/Max) 7,7 - 11,6 Pa 7,7 - 11,6 Pa 7,7 - 11,7 Pa

ON SHARED CHIMNEY FLUE NO NO NO

FUME OUTLET DIAMETER Ø80 mm Ø80 mm Ø80 mm

COMBUSTIBLE Pellet Ø6-7 mm Pellet Ø6-7 mm Pellet Ø6-7 mm

PELLETS HEATING VALUE 5 kWh/kg 5 kWh/kg 5 kWh/kg

PELLETS HUMIDITY ≤ 10% ≤ 10% ≤ 10%

HEATING VOLUME 18/20°C Coeff. 0,045 kW

(Min/Max)

58 - 208 m

58 - 218 m

HOURLY CONSUMPTION (Min/Max) 0,53 - 2,01 kg/h 0,53 - 2,01 kg/h 0,53 - 2,12 kg/h

HOPPER CAPACITY 18 kg 18 kg 18 kg

RANGE (Min/Max) 34 - 9 h 34 - 9 h 34 - 8,5 h

SUPPLY 230 V - 50 Hz 230 V - 50 Hz 230 V - 50 Hz

POWER INPUT (Max) 346 kW 346 kW 346 kW

INGNITER RESISTANCE POWER INPUT 300 W 300 W 300 W

MINIMUM EXTERNAL AIR INLET (last effective area)

80 cm

STOVE WITH SEALED CHAMBER YES YES YES

EXTERNAL AIR INLET FOR SEALED CHAMBER 60 mm 60 mm 60 mm

DISTANCE FROM COMBUSTIBLE MATERIAL

(back/side/bottom)

200 / 200 / 0 mm 200 / 200 / 0 mm 200 / 200 / 0 mm

DISTANCE FROM COMBUSTIBLE MATERIAL

(ceiling/front)

0 / 1000 mm 0 / 1000 mm 0 / 1000 mm

KRISS

- TECNA

- EVO

- ELISE

- SHELL

- CRISTAL

- GLASS - VERVE AT - PRETTY AT - TITANIA AT - VENERE AT - BREEZE AT

DESCRIPTION

VERVE AIRTIGHT - 8,5 kW

GLASS - 8,5 kW

PRETTY AIRTIGHT -

8,5 kW

WIDTH 46,6 cm 49,2 cm 52 cm

DEPTH 51,6 cm 54,6 cm 51 cm

HEIGHT 106 cm 96,2 cm 97 cm

WEIGHT 79 - 93,7 kg 90 kg 82 - 90,8 - 118 kg

INTRODUCED THERMIC POWER (Min/Max) 2,58 - 9,73 kW 2,58 - 9,73 kW 2,58 - 9,73 kW

NOMINAL THERMIC POWER (Min/Max) 2,4 - 8,67 kW 2,4 - 8,67 kW 2,4 - 8,67 kW

EFICIENCY (Min/Max) 92,91 - 89,14 % 92,91 - 89,14 % 92,91 - 89,14 %

FUME TEMPERATURE (Min/Max) 95,3 - 196,6 °C 95,3 - 196,6 °C 95,3 - 196,6 °C

FUME MAXIMUM LOADING CAPACITY (Min/Max) 2,2 - 4,8 g/s 2,2 - 4,8 g/s 2,2 - 4,8 g/s

CO EMISSIONS (13% O

) (Min/Max) 0,022 - 0,006 % 0,022 - 0,006 % 0,022 - 0,006 %

OGC EMISSIONS (13% O

) (Min/Max) 3,9 - 1,5 mg/Nm

3,9 - 1,5 mg/Nm

EMISSIONS (13% O

) (Min/Max) 104,4 -135,7 mg/Nm

104,4 -135,7 mg/Nm

Medium CO CONTENTS at 13% O

(Min/Max) 274 - 79 mg/Nm

274 - 79 mg/Nm

Medium POWDER CONTENTS at 13% O

(Min/Max)

19,3 - 14 mg/Nm

CHIMNEY DEPRESSION (Min/Max) 7,7 - 11,6 Pa 7,7 - 11,6 Pa 7,7 - 11,6 Pa

ON SHARED CHIMNEY FLUE NO NO NO

FUME OUTLET DIAMETER Ø80 mm Ø80 mm Ø80 mm

COMBUSTIBLE Pellet Ø6-7 mm Pellet Ø6-7 mm Pellet Ø6-7 mm

PELLETS HEATING VALUE 5 kWh/kg 5 kWh/kg 5 kWh/kg

PELLETS HUMIDITY ≤ 10% ≤ 10% ≤ 10%

HEATING VOLUME 18/20°C Coeff. 0,045 kW

(Min/Max)

58 - 208 m

HOURLY CONSUMPTION (Min/Max) 0,53 - 2,01 kg/h 0,53 - 2,01 kg/h 0,53 - 2,01 kg/h

HOPPER CAPACITY 18 kg 18 kg 18 kg

RANGE (Min/Max) 34 - 9 h 34 - 9 h 34 - 9 h

SUPPLY 230 V - 50 Hz 230 V - 50 Hz 230 V - 50 Hz

POWER INPUT (Max) 346 kW 346 kW 346 kW

INGNITER RESISTANCE POWER INPUT 300 W 300 W 300 W

MINIMUM EXTERNAL AIR INLET (last effective area)

80 cm

STOVE WITH SEALED CHAMBER YES YES YES

EXTERNAL AIR INLET FOR SEALED CHAMBER 60 mm 60 mm 60 mm

DISTANCE FROM COMBUSTIBLE MATERIAL

(back/side/bottom)

200 / 200 / 0 mm 200 / 200 / 0 mm 200 / 200 / 0 mm

DISTANCE FROM COMBUSTIBLE MATERIAL

(ceiling/front)

0 / 1000 mm 0 / 1000 mm 0 / 1000 mm

KRISS

- TECNA

- EVO

- ELISE

- SHELL

- CRISTAL

- GLASS - VERVE AT - PRETTY AT - TITANIA AT - VENERE AT - BREEZE AT

DESCRIPTION

TITANIA AIRTIGHT -

8,5 kW

VENERE AIRTIGHT -

8,5 kW

SHELL3 PS - 9 kW

WIDTH 50 cm 50 cm 52,3 cm

DEPTH 97 cm 97 cm 57,5 cm

HEIGHT 50 cm 50 cm 114 cm

WEIGHT 79 kg 79 kg 85,3 kg

INTRODUCED THERMIC POWER (Min/Max) 2,58 - 9,73 kW 2,58 - 9,73 kW 2,58 - 10,25 kW

NOMINAL THERMIC POWER (Min/Max) 2,4 - 8,67 kW 2,4 - 8,67 kW 2,4 - 9,1 kW

EFICIENCY (Min/Max) 92,91 - 89,14 % 92,91 - 89,14 % 92,91 - 88,79 %

FUME TEMPERATURE (Min/Max) 95,3 - 196,6 °C 95,3 - 196,6 °C 95,3 - 204,6 °C

FUME MAXIMUM LOADING CAPACITY (Min/Max) 2,2 - 4,8 g/s 2,2 - 4,8 g/s 2,2 - 5 g/s

CO EMISSIONS (13% O

) (Min/Max) 0,022 - 0,006 % 0,022 - 0,006 % 0,022 - 0,005 %

OGC EMISSIONS (13% O

) (Min/Max) 3,9 - 1,5 mg/Nm

3,9 - 1,5 mg/Nm

3,9 - 2,1 mg/Nm

EMISSIONS (13% O

) (Min/Max) 104,4 -135,7 mg/Nm

104,4 -135,7 mg/Nm

104,4 -138,7 mg/Nm

Medium CO CONTENTS at 13% O

(Min/Max) 274 - 79 mg/Nm

274 - 79 mg/Nm

274 - 63 mg/Nm

Medium POWDER CONTENTS at 13% O

(Min/Max)

19,3 - 14 mg/Nm

19,3 - 12,1 mg/Nm

CHIMNEY DEPRESSION (Min/Max) 7,7 - 11,6 Pa 7,7 - 11,6 Pa 7,7 - 11,7 Pa

ON SHARED CHIMNEY FLUE NO NO NO

FUME OUTLET DIAMETER Ø80 mm Ø80 mm Ø80 mm

COMBUSTIBLE Pellet Ø6-7 mm Pellet Ø6-7 mm Pellet Ø6-7 mm

PELLETS HEATING VALUE 5 kWh/kg 5 kWh/kg 5 kWh/kg

PELLETS HUMIDITY ≤ 10% ≤ 10% ≤ 10%

HEATING VOLUME 18/20°C Coeff. 0,045 kW

(Min/Max)

58 - 208 m

58 - 218 m

HOURLY CONSUMPTION (Min/Max) 0,53 - 2,01 kg/h 0,53 - 2,01 kg/h 0,53 - 2,12 kg/h

HOPPER CAPACITY 18 kg 18 kg 18 kg

RANGE (Min/Max) 34 - 9 h 34 - 9 h 34 - 8,5 h

SUPPLY 230 V - 50 Hz 230 V - 50 Hz 230 V - 50 Hz

POWER INPUT (Max) 346 kW 346 kW 346 kW

INGNITER RESISTANCE POWER INPUT 300 W 300 W 300 W

MINIMUM EXTERNAL AIR INLET (last effective area)

80 cm

STOVE WITH SEALED CHAMBER YES YES YES

EXTERNAL AIR INLET FOR SEALED CHAMBER 60 mm 60 mm 60 mm

DISTANCE FROM COMBUSTIBLE MATERIAL

(back/side/bottom)

200 / 200 / 0 mm 200 / 200 / 0 mm 200 / 200 / 0 mm

DISTANCE FROM COMBUSTIBLE MATERIAL

(ceiling/front)

0 / 1000 mm 0 / 1000 mm 0 / 1000 mm

KRISS

- TECNA

- EVO

- ELISE

- SHELL

- CRISTAL

- GLASS - VERVE AT - PRETTY AT - TITANIA AT - VENERE AT - BREEZE AT

DESCRIPTION SHELL3 UP - 9 kW

BREEZE AIRTIGHT - 9

WIDTH 52,3 cm 52,8 cm

DEPTH 57,5 cm 60 cm

HEIGHT 114 cm 114 cm

WEIGHT 88 kg 88 kg

INTRODUCED THERMIC POWER (Min/Max) 2,58 - 10,25 kW 2,58 - 10,25 kW

NOMINAL THERMIC POWER (Min/Max) 2,4 - 9,1 kW 2,4 - 9,1 kW

EFICIENCY (Min/Max) 92,91 - 88,79 % 92,91 - 88,79 %

FUME TEMPERATURE (Min/Max) 95,3 - 204,6 °C 95,3 - 204,6 °C

FUME MAXIMUM LOADING CAPACITY (Min/Max) 2,2 - 5 g/s 2,2 - 5 g/s

CO EMISSIONS (13% O

) (Min/Max) 0,022 - 0,005 % 0,022 - 0,005 %

OGC EMISSIONS (13% O

) (Min/Max) 3,9 - 2,1 mg/Nm

3,9 - 2,1 mg/Nm

EMISSIONS (13% O

) (Min/Max) 104,4 -138,7 mg/Nm

104,4 -138,7 mg/Nm

Medium CO CONTENTS at 13% O

(Min/Max) 274 - 63 mg/Nm

274 - 63 mg/Nm

Medium POWDER CONTENTS at 13% O

(Min/Max)

19,3 - 12,1 mg/Nm

CHIMNEY DEPRESSION (Min/Max) 7,7 - 11,7 Pa 7,7 - 11,7 Pa

ON SHARED CHIMNEY FLUE NO NO

FUME OUTLET DIAMETER Ø80 mm Ø80 mm

COMBUSTIBLE Pellet Ø6-7 mm Pellet Ø6-7 mm

PELLETS HEATING VALUE 5 kWh/kg 5 kWh/kg

PELLETS HUMIDITY ≤ 10% ≤ 10%

HEATING VOLUME 18/20°C Coeff. 0,045 kW

(Min/Max)

58 - 218 m

HOURLY CONSUMPTION (Min/Max) 0,53 - 2,12 kg/h 0,53 - 2,12 kg/h

HOPPER CAPACITY 18 kg 18 kg

RANGE (Min/Max) 34 - 8,5 h 34 - 8,5 h

SUPPLY 230 V - 50 Hz 230 V - 50 Hz

POWER INPUT (Max) 346 kW 346 kW

INGNITER RESISTANCE POWER INPUT 300 W 300 W

MINIMUM EXTERNAL AIR INLET (last effective area)

80 cm

STOVE WITH SEALED CHAMBER YES YES

EXTERNAL AIR INLET FOR SEALED CHAMBER 60 mm 60 mm

DISTANCE FROM COMBUSTIBLE MATERIAL

(back/side/bottom)

200 / 200 / 0 mm 200 / 200 / 0 mm

DISTANCE FROM COMBUSTIBLE MATERIAL

(ceiling/front)

0 / 1000 mm 0 / 1000 mm

NOTE

CADEL srl

31025 S. Lucia di Piave - TV

Via Foresto sud, 7 - Italy

Tel. +39.0438.738669

Fax +39.0438.73343

www.cadelsrl.com

www.free-point.it

Rev. 01 - 2018

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Cadel Tecno 3 - 2019 User Manual - English - 44 pages

Cadel Tecno 3 - 2019 Installation Guide - German - 48 pages

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Cadel Tecno 3 - 2019 Manual

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