Ecofire Tiffany Idro - Pan Palazzetti - Free user manual and instructions

USER MANUAL Ecofire Tiffany Idro Palazzetti

9 PRIMA ACCENSIONE 35

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Произведено в Италики Италида жасалған

Fig.1

Technical line drawing of a server rack cabinet with ventilation slots and labeled component A (no text or symbols beyond label)

Fig. 2

Pile of cylindrical plant material samples, likely wood chips or similar organic material, with no visible text or symbols.

Potential that assets in the company hold a portion of the company. Potency that assets in the company hold a portion of the company.

PNC18

1.2017

Cargasso is expected to be a result of an outcome in the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of the case of

Made in Italy Произведено в Италики Италияда жасалган

Fig. 4

I L M H G2 G1 D C

Fig. 7

Technical diagram of an electrical enclosure with labeled components including S, F, and P, showing internal wiring and assembly.

Fig. 8

4.4 Componenti

Y V1 U C D R W V2 Fig. 9

bypass open bypass closed

Fig. 10

5 MOVIMENTAZIONE E TRASPORTO

Isometric technical line drawing of a mechanical device with mounting base and internal components (no text or symbols)

Fig. 11

5.2 Trasporto

Isometric diagram of a rectangular chamber with labeled component A and 10 mm dimension (no text or symbols beyond labels)

Technical diagram of a mechanical or electronic component with labeled parts A and B

Fig. 12

Architectural cross-section diagram showing wall and brick wall layers with directional arrows indicating flow or movement (no text labels)

UP

D A A B C Fig. 18

PA Fig. 19

Isometric line drawing of a room interior with ventilation grilles and a central air conditioner unit (no text or symbols)

3D diagram of a mechanical setup with a cylindrical component and a base, labeled D, showing motion arrows (no text or symbols)

3D diagram of a mechanical component with a cylindrical pin and base, labeled 'Fig. 31' (no text or symbols on the object itself)

Technical line drawing of a mechanical device with internal tubing and a magnified inset showing a cable or wire assembly (no text or symbols present)

Fig. 32

Technical diagram of an industrial machine with labeled components (A, B, C, D, E, F) and internal piping and ventilation system.

Fig. 33

Technical diagram of an industrial machine with labeled components including fans, gears, and control panel

Fig. 35

Technical diagram showing two mechanical assembly configurations with red arrows indicating motion or force directions (no text or symbols present)

Line drawing of a hand holding a plug, next to a wall-mounted device with circular components (no text or symbols)

Fig. 38

Technical line drawing of a server rack with multiple slots, ventilation grids, and an external unit (no text or symbols)

22.15 20.3 °C 6 1 T 6 5 4 3 2 1

Fig. 39

User interface toolbar with icons for media control, navigation, and playback controls

Fig. 43

8.2 Display PREMIUM UI

Simple icon of a smartphone with two dots on the screen (no text or symbols)

Fig. 44

9 PRIMA ACCENSIONE

9.1 Carico pellet

Line drawing of a mechanical device with an open lid and internal components, no text or symbols present

Line drawing of a kitchen counter with a tray holding granular material and a lid, no text or symbols present

Isometric line drawing of a cabinet interior with two cat silhouettes and directional arrows indicating movement (no text or symbols)

Fig. 48

Technical line drawing of an open industrial oven or storage unit with internal compartments and ventilation duct (no text or symbols)

Fig. 49

PALAZZETTI

Technical line drawing of an open refrigerator with internal compartments and a close-up inset showing the exterior view (no text or symbols)

Fig. 50

Technical line drawing of a mechanical assembly with coiled springs and housing (no text or symbols)

Fig. 51

Technical diagram showing three mechanical assembly steps labeled A, B, and C with component illustrations.

Fig. 52

1.1 Symbols 43
1.2 Intended use 43
1.3 Preservation of the manual 43
1.4 Update of this manual 43
1.5 Overview 44
1.6 Compliance 44
1.7 Responsibility of the manufacturer 45
1.8 Technical assistance and maintenance 45
1.9 Spare parts 45
1.10 Serial plate 45
1.11 Delivery of the appliance 46

2 SAFETY WARNING 46

2.1Warnings for the installer 46
2.2 Warnings for technical maintenance personnel 47
2.3 Warnings for users 47

3 FUEL CHARACTERISTICS 50

3.1 Fuel characteristics 50
3.2 Pellet storage 50

4 BECOMING FAMILIAR WITH THE PRODUCT 51

4.1 Serial plate 51
4.2 Wiring diagram 52
4.3 Hydraulic system 53
4.4 Components 55
4.5 System fluid filling/replenishment 55

5 HANDLING AND TRANSPORTATION 56

5.1 Removal of the transport pallet 56

6 PREPARING THE PLACE OF INSTALLATION 58

6.1 General considerations 58
6.2 Safety Precautions 58
6.3 Place of installation 58
6.4 Combustion air 59
6.5 Flue gas fitting 61
6.6 Roof exhaust with traditional fireplace 63

7 INSTALLATION 65

7.1 General considerations 65
7.2 Upper outlet installation configuration 65
7.3 Back outlet installation configurations 67
7.4 Levelling the stove 68
7.5 Air output configurations 68
7.6 Electrical connection 68
7.7 Probe configurations 69

8 DISPLAY CONFIGURATION 72

8.1 Display 72
8.2 PREMIUM UI display 72

9 FIRST IGNITION 73

10 CLEANING AND MAINTENANCE 74

10.1 Routine maintenance cleaning schedule 74
10.2 Ordinary cleaning 75
10.3 Ordinary maintenance 76

11 DEMOLITION AND DISPOSAL 78

11.1 Disposal of electrical components 78

1 GENERAL INTRODUCTION

Palazzetti heating appliances are manufactured and tested in accordance with the safety requirements set forth in the reference European directives.

Even partial printing, translation and reproduction of this manual are bound by the authorisation from Palazzetti. Technical information, graphical representations and specifications in this manual may not be disclosed to third parties.

Do not operate if not all the information provided in the manual has been thoroughly understood; if in doubt always request the advice or intervention of Palazzetti specialised personnel.

Palazzetti reserves the right to change specifications and technical and/or functional characteristics of the product at any time without prior notice.

1.1 Symbols

In this manual the points of major importance are highlighted by the following symbols:

INDICATION: Indications concerning the correct use of the appliance and the responsibilities of those in charge.

ATTENTION: The point in which a note of particular importance is expressed.

HAZARD: Expresses an important note of behaviour for the prevention of injuries or damage to property.

1.2 Intended use

The appliance, which is the subject of this manual, is an indoor domestic heating stove, powered exclusively by wood pellets with automatic loading.

The appliance must only work with the fire box door closed.

The intended use indicated is valid only for appliances in full structural, mechanical and engineering efficiency.

Purpose and content of the manual

The purpose of this manual is to provide the fundamental and basic regulations for correct installation of the appliance.

Strict observance of that which is described herein guarantees a higher level of appliance safety and productivity.

1.3 Preservation of the manual

Preservation and consultation

The manual must be kept carefully and must always be available for consultation, both by the user and by the assembly and maintenance staff.

The installation manual is an integral part of the appliance.

Deterioration or loss

If needed, request an additional copy from Palazzetti.

Sale of the appliance

In the event of transferring the appliance the user is obliged to deliver even this manual to the new owner.

1.4 Update of this manual

This manual reflects the latest developments at the time the appliance was placed on the market.

The products already on the market with the relevant technical documentation, will not be considered by Palazzetti as deficient or inadequate due to possible modifications, adjustments or application of new technologies on newly marketed products.

1.5 Overview

The instructions in this manual apply as general rules; it is still necessary to comply with all the rules laid down by the local, national and European legislation in force in the country where the appliance is installed.

Information

In the event that you need to contact the Manufacturer of the appliance, refer to the serial number and the identification data indicated on the identification plate.

In case of problems, contact the dealer or a qualified technician authorised by the manufacturer; in case of repair, request the use of original spare parts.

Periodically check and clean the flue gas duct (connected to the chimney flue).

The pellet stove is not a cooking device.

Store this instruction manual, which is an integral part of the stove, for its entire service life. If the stove is sold or transferred to another user, always make sure it is accompanied by the product booklet.

In case of loss, contact the manufacturer or authorised retailer to receive another copy.

Maintenance

Maintenance operations must be carried out by qualified personnel authorised to work on the appliance to which this manual refers.

Responsibility for the works of installation

Responsibility for the works carried out for the installation of the appliance cannot be considered to be taken on by Palazzetti; it is and remains the responsibility of the installer, who is responsible for carrying out the checks relating to the flue, the air intake and how right the proposed installation solutions are.

1.6 Compliance

The appliances described in this manual comply with the legal provisions of the EU directives that can be consulted at the following web address: https://prdocs.palazzetti.it

The search key to be used is the serial number as shown below in the illustrative image (Fig. 1).

Palazzetti Lelio S.p.A.-via Roveredo 103 - 33080 Porcia (PN)

EN 14785:2006

DOP Nr.P00041489 - N.B. 2456

1.7 Responsibility of the manufacturer

With the delivery of this manual, Palazzetti declines all responsibility, both civil and criminal, direct or indirect, due to:

• installation that does not comply with standards in force in the country and with safety directives;
• partial or total non-compliance with the instructions contained in this manual;
• installation by unqualified and/or untrained personnel;
• use not in compliance with the safety directives;
• modifications and/or repairs carried out on the appliance that are not authorised by the manufacturer;
• lack of maintenance;
• exceptional events.

1.8 Technical assistance and maintenance

Palazzetti has a dense network of service centres with specialised, trained and skilled technicians.

The headquarters and our sales network is at your disposal to direct you to the nearest authorised service centre.

1.9 Spare parts

Use only original spare parts.

Do not wait until the components are worn by use before proceeding to their replacement.

Replace a worn component before its breaking favours the prevention of accidents arising from accidents caused by the sudden breakage of components which may cause serious damages to persons and objects.

1.10 Serial plate

The serial identification plate (A) is positioned on the rear (Fig. 2) and shows all the characteristic data relating to the appliance, including details of the Manufacturer, the Serial number and brand CE

• The Serial number must always be indicated for any type of request regarding the appliance.

Technical line drawing of a server rack cabinet with ventilation grilles and mounting holes (no text or symbols)

Fig. 2

1.11 Delivery of the appliance

The appliance is delivered perfectly packaged and fixed to a wooden platform which allows handling it using fork lift trucks and/or other means.

The following material accompanies the appliance:

• manual for use, installation and maintenance;
• bar code label;
• display booklet.
• Handle

2 SAFETY WARNING

2.1 Warnings for the installer

Observe the prescriptions contained in this manual.

The instructions for assembly and disassembly of the appliance are reserved for specialist technicians only.

The installation, use and maintenance of the product must be in accordance with the manufacturer's instructions and in compliance with the regulations. Failure to comply with the instructions and any incorrect operations may give rise to hazardous situations, damage to property, animals, health problems or malfunctioning.

Installation, electrical connection, operational testing and maintenance must be carried out exclusively by authorised and qualified personnel.

The installation and maintenance of the product must be carried out exclusively by qualified personnel with suitable knowledge of the product itself. Use only original spare parts recommended by the manufacturer.

Responsibility for the works carried out in the location of the appliance is, and remains, with the user; the latter is also responsible for carrying out the checks relating to the proposed installation solutions.

The installer must comply with all local, national and European safety regulations.

The appliance must be installed on floors with adequate load bearing capacity.

Check that the chimney flue and air inlet set-ups conform to the type of installation.

Do not carry out on-the-fly electrical connections with temporary or uninsulated cables.

Check that the earthing of the electrical system is efficient.

Before starting the assembly or disassembly phases of the appliance, the installer must observe the safety precautions required by law and the following indications in particular:

• do not operate in adverse conditions;
• they must operate in perfect psychophysical conditions and must check that the personal protective equipment is intact and functioning perfectly;
  • they must wear gloves and safety shoes;

• they must use tools with electrical insulation;
- they must make sure that the area used during assembly/dismantling is free from obstacles.

The product must only be installed in rooms that are not at risk of fire and equipped with all the necessary services including air and electrical supplies and flue gas exhausts.

Evaluate the static conditions of the surface bearing the weight of the product and provide suitable insulation if it is composed of flammable materials (e.g. wood, carpet, plastic).

Live electrical parts: power the product only once it has been completely assembled.

2.2 Warnings for technical maintenance personnel

Maintenance operations must be carried out only by authorised and qualified personnel.

Observe the prescriptions contained in this manual.

Always use personal protective equipment and other means of protection.

Before starting any maintenance work ensure that the appliance, if it has been used, has cooled down.

Even if only one of the safety devices is not working, the appliance is to be considered not working.

Disconnect the appliance from the mains before carrying out any maintenance operations.

Disconnect the appliance from the electrical mains before working on electrical and electronic parts, connectors and moving parts (pellet loading systems, automatic burn pot cleaning systems, etc.).

2.3 Warnings for users

To ensure correct use of the product and electronic appliances connected thereto and to prevent accidents, it is important to always follow the instructions provided in this manual.

The appliance has particularly hot external surfaces (door, handle, glass, flue gas outlet pipes, etc.). It is therefore necessary to avoid coming into contact with these parts without wearing suitable protective clothing or without using special equipment, such as heat-protection gloves or “cold handle” operating systems. For this reason, we recommend being very careful during operation, in particular:

Do not touch and do not get close to the glass of the firebox door, it may cause burns, do not stare at the flame for a long time.

Do not hang laundry directly over the appliance for drying: fire hazard.

• do not touch the flue gas outlet;
• do not perform any type of cleaning;
• do not remove the ashes;
• do not open the firebox door;
• do not open the ash drawer (where provided).

This appliance is not intended for use by persons (including children) with reduced physical, sensory or mental capabilities, or lack of experience and knowledge, unless they have been given supervision or instruction regarding use of the appliance. appliance by a person responsible for their safety. Children must be supervised to ensure that they do not play with the appliance. Before starting any operation, the user or anyone preparing to operate on the product must have read and understood the entire contents of this installation and use manual. Errors or bad settings can cause dangerous conditions and/or irregular operation.

Unskilled users must be protected from access to any part that could expose them to danger. Therefore, they must not be allowed to intervene on internal parts at risk (electrical or mechanical), even if the disconnection of the power supply is required.

Respect the instructions and warnings highlighted on the sign plates displayed on the appliance.

The sign plates are accident prevention devices, therefore they must always be perfectly legible. If these are damaged and unreadable, it is mandatory to replace them, requesting the original spare parts from the Manufacturer.

Follow the routine and extraordinary maintenance schedule carefully.

Do not use the appliance without having first carried out daily cleaning.

Do not use the appliance if operation is abnormal, you suspect a breakage or if there are unusual noises.

In case of failure or malfunction, turn the appliance off and immediately contact your specialised technician.

Do not throw water on the appliance in operation or to extinguish the fire in the burn pot.

Do not switch the appliance off by disconnecting the mains electrical connection.

Do not lean on open doors, this could compromise the stability of the appliance.

Do not use the appliance as an anchor support of any kind.

It is prohibited to use the product as a ladder or support structure.

Do not clean the appliance until the structure and ashes have completely cooled.

Only touch the door when the appliance is cold.

In case of flue gas leaks in the room or explosions detrimental to the device, turn it off, ventilate the room and immediately contact your installer/service technician.

In case of fire in the chimney flue, turn the appliance off, disconnect it from the power supply and do not open the door. Then call the competent authorities.

In case of failure of the ignition system, do not ignite the appliance with flammable

materials.

In electrically powered devices, if unburned gas/fumes accumulate inside the fire box, do not disconnect the electrical power supply and move as far away from the appliance as possible.

In case of malfunction of the appliance due to a poor flue draught, clean the flue in accordance with the procedure described in following paragraphs.

Do not touch the painted parts during operation to avoid damage to the paintwork. All responsibility for improper use of the product is fully borne by the user, who relieves the manufacturer of any civil and criminal liability.

It is prohibited to operate the appliance with the door open.

It is prohibited to use the appliance if the door glass or gaskets are damaged.

Any type of unauthorised handling or replacement with non-original spare parts shall place the safety of the operator at risk and relieve the manufacturer of any civil and criminal liability.

It is prohibited to manually load pellets into the burn pot; this type of incorrect behaviour may generate an abnormal amount of unburned gas, giving rise to the risk of explosion inside the chamber.

Unburned pellet deposits in the burn pot after a failed ignition must be removed before making a new ignition attempt.

If the burn pot is not cleaned and regularly serviced, malfunctions and explosions may occur inside the appliance. Be sure to remove all traces of material and deposits from the holes of the burn pot and to clean them each time the ash is emptied or after each failed ignition attempt. Make sure the burn pot holes don't decrease in size as this may have a negative effect on the safe operation of the appliance.

Do not wash the product with water. Water may infiltrate the unit and damage the electrical insulation, causing electric shocks.

Do not sit/stand in front of the product in operation for long periods.

Incorrect use of the product or incorrect maintenance works may create a serious risk of explosion in the combustion chamber.

Only use the fuel recommended by the manufacturer. The product must never be used as an incinerator.

It is prohibited to use benzene, lamp fuel, kerosene, liquid firelighter for wood, ethyl alcohol or similar liquids to light or rekindle a flame in this appliance. Keep these liquids at a due distance from the appliance during operation.

It is prohibited to insert other types of fuels in the tank other than wood pellets.

Some tips to avoid corrosion phenomena:

• carry out routine cleaning operations to avoid the build-up of ash deposits;
• feed the appliance only with fuel having the characteristics described in the section "Fuel characteristics";
• Do not use solvents, acids, aggressive detergents or products to directly clean the glass or other components of the product;

- Avoid leaving the product in unfavourable ambient conditions (humidity, airborne salinity, storms, etc.).

3 FUEL CHARACTERISTICS

3.1 Fuel characteristics

The pellet (Fig. 3) is a compound made from various types of wood pressed together with mechanical procedures in compliance with environment protection regulations, and it is the only fuel required for this type of appliance.

Pile of cylindrical wooden sticks, likely wood or rubber, with no visible text or symbols.

Use pellets with standard length between 3 and 40 mm.

Using poor quality pellets or pellets that do not comply with the manufacturer's indications may compromise the normal operation of the appliance, cause damage (including aesthetic damage) to the product and result in the warranty being voided.

The efficiency and thermal potential of the appliance may vary according to the type and quality of the pellets used.

We recommend the use of class A1 pellets (ISO 17225-2 standard, ENplus A1, DIN Plus or NC 444 category "High Performance NF Pellets Biofuel Quality").

It is prohibited to use the appliance as an incinerator to burn rubbish.

The appliance is equipped with a pellet storage tank having the capacity indicated in table

(Technical characteristics of the product booklet)

The loading compartment is positioned at the top, it must always be open for loading of the pellets and must remain closed while the appliance is operating.

Once a month it is preferable to completely use up the pellets in the tank to eliminate the quantity of fuel dust.

3.2 Pellet storage

Pellets must be kept in a dry place, not too cold and the bags must be kept sealed.

It is advisable to keep a number of bags of pellets in the room where the appliance is being used or in an adjacent room provided it is at the correct temperature and humidity and at a safe distance (at least one meter) away from heat sources.

Wet and/or cold pellets (5 °C) reduce the thermal potential of the fuel resulting in the need for more cleaning maintenance of the burn pot (unburned material) and of the fire box.

Pay particular attention to the storage and handling of pellet bags. Their crushing and the formation of sawdust must be avoided.

If sawdust is placed in the appliance tank it could cause the pellet loading system to block.

4 BECOMING FAMILIAR WITH THE PRODUCT

4.1 Serial plate

Palazzetti Lelio S.p.A.-via Roveredo 103 - 33080 Porcia (PN)

EN 14795:2006

DOF Nt. RIGID 45333-N.B. 2610

Logistic analysis of the total cost of an unamortized cost of 100% of the total cost, which is calculated by the sum of the other components of the total cost.

Made in Italy

F Fuel
Plmax Max. thermal power input
Plmin Min. thermal power input
Pmax Rated thermal power
Pmin Reduced thermal power
Pwmax Nominal heat output to water
Pwmin Reduced heat output to water
EFFmax Efficiency at rated power
EFFmin Efficiency at reduced power
COmax CO emissions at rated power (13% O2)
COmin	CO emissions at reduced power (13% O2)
p	Maximum operating waterpressure
Dust	Dust at rated power (13% O2)
Tf	Flue gas temperature
TwMax	Maximum water temperature
X1/X2/Y Minimum distance from flammable materials
V	Voltage
f	Frequency
Wmin	Max power absorbed during operation
Wmax	Max power absorbed during ignition

4.2 Wiring diagram

	1 Hall sensor 11b Water safety
	3 Room sensor	Pa	12 Low pressure safety
	4a Water probe 13 Micro-switch
	4b Return water probe Room fan	Air
	6 Flue gas probe 15 Burn pot cleaning	clean
	7 Pressure differential Pellet sensor
	8 Incandescence resistance		21 Circulator
	9 Flue gas exhaust fan	UI/PC	24 Control panel
	10 Loading dispenser		32 Main switch
	11a STB Safety

In configuration 2, component no.3 (room probe) will be converted to the room thermostat input, which will switch off the stove.

graph TD
    A["UI/PC"] --> B["DATA CABLE"]
    B --> C["CN12"]
    C --> D["CN5"]
    D --> E["CN7"]
    E --> F["CN6"]
    F --> G["CN3"]
    G --> H["CN1"]
    H --> I["CN8"]
    I --> J["CN10"]
    J --> K["CN2"]
    K --> L["CN3"]
    L --> M["CN1"]
    M --> N["CN8"]
    N --> O["CN10"]
    O --> P["CN2"]
    P --> Q["CN3"]
    Q --> R["CN1"]
    R --> S["CN8"]
    S --> T["CN10"]
    T --> U["CN2"]
    U --> V["CN3"]
    V --> W["CN1"]
    W --> X["CN8"]
    X --> Y["CN10"]
    Y --> Z["CN2"]
    Z --> AA["CN3"]
    AA --> AB["CN1"]
    AB --> AC["CN8"]
    AC --> AD["CN10"]
    AD --> AE["CN2"]
    AE --> AF["CN3"]
    AF --> AG["CN1"]
    AG --> AH["CN8"]
    AH --> AI["CN10"]
    AI --> AJ["CN2"]
    AJ --> AK["CN3"]
    AK --> AL["CN1"]
    AL --> AM["CN8"]
    AM --> AN["CN10"]
    AN --> AO["CN2"]
    AO --> AP["CN3"]
    AP --> AQ["CN1"]
    AQ --> AR["CN8"]
    AR --> AS["CN10"]
    AS --> AT["CN2"]
    AT --> AU["CN3"]
    AU --> AV["CN1"]
    AV --> AW["CN8"]
    AW --> AX["CN10"]
    AX --> AY["CN2"]
    AY --> AZ["CN3"]

PLUG C/FUSE 4 A
NOTE: phase protection, added by customer. Do not change polarity!
* Where applicable
00 472 7085 09/04/2024

Fig. 5

4.3 Hydraulic system

Connection to the hydraulic system and the system itself must be performed by qualified personnel, in compliance with the laws and regulations in force in the country of installation.

Make sure that all the control and safety devices have been installed correctly, including those supplied (safety valves and thermal discharge).

The system must be designed in such a way as to absorb the minimum power of the stove in any operating condition.

To be able to work on the hydraulic system easily: open the door and remove the right side as described in the product disassembly and assembly chapter (chapter 2) of the manual.

E B A T

Fig. 6

A Pressure gauge
B Relief valve
C System water return (G3/4"M)
D System water delivery (G3/4"M)
E Expansion vessel closed
F Circulator
G1 Anti-condensate valve
G2 Anti-condensate valve bypass
H Boiler drain connection
I	Shut-off valve for removing the hydraulic kit

L Exchanger flow pipe

M Exchanger return pipe

P Safety valve

R Switch

S Pellet thermostat

T Water thermostat

U RJ11 connector

V1 Smoke outlet pipe UP

V2 Smoke outlet pipe US

W Power cable

Y Tank lid

4.3.1 Hydraulic connections

Connect the stove to the heating system through the delivery and return pipes (C)-(D).

Prepare a drain pipe, of suitable diameter, to which the discharge of the safety valve (P) should be connected.

If necessary, make sure that the pre-charge of the closed expansion vessel (E) is correct.

In order to always guarantee high efficiency and durability of the product, it is advisable to use a softener in the presence of hard water (18-30 °F). If necessary, use an anti-algae additive for the technical water.

Maximum operating pressure: 2.5 bar

It is good practice to clean the system before starting operation.

IDRO

I L M H G2 G1 D C

Fig.7

S F P

Fig. 8

4.4 Components

Y V1 U C D R W V2 Fig. 9

4.5 System fluid filling/replenishment

Before performing the operations listed below, make sure that both delivery and return pipes have been connected.

Connect a water pipe from the aqueduct to the boiler drain connection (H), open the vent valve (B), open the boiler drain valve (H) to allow the water to flow until the stove is completely filled. Close the vent valve (B) and wait for the minimum operating pressure (1 bar) to be reached, which can be checked from the pressure gauge on the stove.

If the system is equipped with manual or automatic replenishment, the stove can be filled via the delivery (D) and return (C) pipes. Therefore, open the vent valve (B) and open the bypass valve (G2) in the anti-condensate valve (G1) to allow the water to flow until the stove is completely filled. Close the vent valve (B) and wait for the minimum operating pressure (1 bar) to be reached, which can be checked from the pressure gauge on the stove. Close the bypass valve (G2) in the anti-condensate valve (G1).

bypass open bypass closed

Fig. 10

5 HANDLING AND TRANSPORTATION

The appliance is delivered complete with all the parts required. Pay attention to the tendency for the appliance to become unbalanced.

The centre of gravity of the appliance is carried towards the front.

Bear in mind the above also when moving the appliance on the transport stand. It is advisable to unpack the appliance only when it has arrived at the installation site.

Make sure that children do not play with the packaging components (e.g. films and polystyrene).

The product must be handled and unpacked using suitable means.

Danger of suffocation!

During moving, lifting, and unpacking of the appliance the following is absolutely necessary:

• always keep it upright;
- never tip it over into a horizontal position;
- never tilt it on the front to avoid breaking the glass of the fire box door.

5.1 Removal of the transport pallet

Disposal can be entrusted to a third party, provided only companies authorised for the recovery and elimination of the materials in question are used.

Always follow the regulations in force in the country in which the appliance is being used for disposal of materials and possibly for the disposal report.

To remove the appliance from the transport pallet:

• remove the sides;
• remove the fixing brackets;
• lift the appliance;
• remove the transport pallet;
• refit the sides with their fixing screws.

Isometric technical diagram of a mechanical device with mounting base and internal components (no text or symbols)

Fig. 11

5.2 Transportation

Make sure that the lifting carriage has a payload higher than the weight of the appliance to be lifted. The full responsibility of the lifting of loads lies with the person handling the lifting equipment.

Ensure wood or timber floors are properly protected in order to prevent the weight of the appliance from damaging them during movement.

During lifting, avoid jerking or abrupt movements.

Pay attention to overbalancing.

5.3 Checking the floor where the appliance will be placed

Check the load capacity of the floor slab.

If a floor is not suitable for supporting the weight of the appliance, install appropriate steel plates or a concrete base (A -Fig. 12) equipped with 10x10x6 electro-welded mesh (B - Fig. 12) to distribute the weight.

For the dimensions of the plates and the concrete base, use a qualified technician.

10 mm A

Technical diagram of a mechanical assembly with labeled components A and B

Fig. 12

6 PREPARING THE PLACE OF INSTALLATION

6.1 General considerations

The following paragraphs contain some guidelines to be followed to obtain the maximum efficiency of the product purchased and to ensure safe operation. The following indications are however subject to compliance with any possible national, regional and municipal laws and regulations in force in the country where the appliance is installed.

For Italy, installation must be carried out by qualified personnel in compliance with the EN 10683 standard.

6.2 Safety Precautions

The operations for assembly and disassembly of the appliance are reserved for specialist technicians only.

It is recommended to be sure of their qualifications and their actual capacity.

For Italy, these technicians must be in possession of the letter "C" qualification issued by the chamber of commerce based on the Ministerial Decree. 37/08.

6.3 Place of installation

For the minimum distances that must be respected when positioning the appliance with respect to flammable materials and objects, refer to the instructions in Fig. 13.

Floors made of flammable material such as wood, parquet, linoleum, laminate or floors covered with carpets must be protected by a fireproof base under the appliance that also protects the front during cleaning from any falling burning residues.

The manufacturer declines all responsibility for any variations in the characteristics of the material constituting the floor under the protection.

Z Y2 X2 X1 Y1 Fig. 13

Remember to respect the minimum distance from flammable materials (X), shown on the identification plate of the pipes used to make the chimney

Pi = Flammable wall

Pp = Floor protection

SAFETY DISTANCE FROMFLAMMABLE MATERIALS(mm)	X1 X2 Y1 Y2 Z
	800	100	200	200	750

MINIMUM DISTANCES FOR CORRECT MAINTENANCE AND MANAGEMENT (mm)	X1 X2 Y1 Y2 Z
	800	50	350	350	750

Set up an accessible technical space for any maintenance work.

Set up the electricity supply line to arrive near the appliance for the connection of the power cable.

SAFETY DISTANCES

US

Pi X Pi X1 Pp Fig. 14

UP

Pi X Pi X1 Pp Fig. 15

6.4 Combustion air

The appliance, during its operation, requires combustion air.

The inflow of combustion air can be obtained in the following ways:

• it can come directly from outside with direct connection to the combustion chamber (Fig. 16 - Fig. 17).
• it can come from the installation room or suitable adjacent rooms (Fig. 20 - Fig. 21)

Extraction of combustion air from outside

In this case, a possible alternative may be:

• to channel the combustion air using a coaxial pipe to expel the flue gases and extract the air (Fig. 16 - Fig. 18 - A, B = Air inlet, C, D = Flue gas outlet); in this case it is not necessary to create a classic air intake in the room.
  • to connect the combustion air inlet of the appliance to the air intake using a special pipe (Fig. 17 - Fig. 19).

US

D A A B C Fig. 16 F

Architectural cross-section diagram showing wall and brick wall layers with directional arrows indicating movement (no text or symbols)

UP

D A A B C Fig. 18

PA Fig. 19

Extraction of combustion air in the room

Create the air intake on the wall (Fig. 20 and Fig. 21 - PA = Air Intake), and leave the appliance to withdraw the room air, making sure to connect the section of corrugated pipe on the air inlet pipe, if supplied, fixing it with the strap and folding it slightly downwards to prevent any resonance effects.

US

PA Fig. 20

UP

PA Fig. 21

If the rear wall of the appliance is an external wall, make a hole for the intake of combustion air at a height of about 20-30 cm from the ground, observing the dimensions on the technical data sheet in section "Technical features".

A non-closable permanent aeration grid must be placed externally; in areas that are particularly windy and exposed to weathering, provide rain and wind protection.

Ensure that the air intake is positioned so that it won't be accidentally obstructed.

If it is impossible to create an external air intake in the wall behind the appliance (non-perimeter wall), a hole must be made in an external wall of the room where the appliance is positioned.

If it is not possible to create the fresh air intake in the room, an external hole can be created in an adjacent room provided it is permanently interconnected by means of a transfer grille.

It is forbidden to take combustion air from garages, warehouses of combustible material or places with activities at risk of fire.

Isometric line drawing of a room interior with ventilation grilles and a cabinet, no text or symbols present

If there are other heating or extraction appliances in the installation room, combustion malfunctions may occur due to a lack of combustion air. The combustion air intakes must therefore be sized correctly, in order to ensure the necessary supply of air for the correct operation of all devices.

6.5 Flue gas fitting

The appliance works with the combustion chamber at negative pressure. It is therefore essential to make sure that the flue gas evacuation is airtight (this is the responsibility of the installer).

The appliance must be connected to its own flue gas duct, not shared, and which is suitable for ensuring adequate dispersion of the combustion products into the atmosphere, in accordance with the regulations in force in the country of installation.

The components making up the flue gas ducting system must be declared suitable for the specific operating conditions and provided with CE marking.

It is mandatory to create a first vertical section measuring at least 1.5 meters to guarantee correct expulsion of the flue gases.

It is advisable to make a maximum of 3 direction changes, in addition to that resulting from the rear connection of the appliance to the chimney, using 45 - 90^ bends or Tee fittings (Fig. 23 - Fig. 24).

Always use a Tee fitting with inspection cap at each horizontal and vertical change of the flue gas route (Fig. 25)

The horizontal sections must have a maximum length of 2-3 m with an upward slope of 3-5%.

Anchor the pipes with suitable collars to the wall.

The flue gas fitting MUST NOT BE connected:

• to a chimney used by other generators (boilers, stoves, fireplaces, etc. ...);
- to air extraction systems (hoods, vents etc. ...) even if "ducted".
It is forbidden to install shut-off and draught valves.

US

MAX 2 - 3 m C > 3 - 5% MIN 1,5 m B B Fig. 23

UP

MAX 2 - 3 m C > 3 - 5% MIN 1,5 m B B Fig. 24

ONLY FOR UPPER OUTLET (where present)

As an additional safety measure, a threaded coupling with "R" closing cap is provided in order to connect a condensate drain pipe ("Fig. 25")

R Fig. 25

6.6 Roof exhaust with traditional fireplace

The chimney for the evacuation of flue gases must be made by qualified personnel in compliance with standards UNI 10683- EN 1856-1-2- EN 1857-EN 1443- EN 13384-1-3- EN 12391-1 both in terms of the dimensions and the materials used in its construction.

The flue gases can be evacuated through a traditional chimney (Fig. 26 - "Fig. 27"-) provided the good condition and proper maintenance of the chimney has been verified. In the case of an old chimney, it is advisable to renew it using ducting. The flue gas exhaust must be on the roof.

US

1 2 3 Fig. 26

1) Wind-proof cowl
2) Seal
3) Inspect

1 2 3 Fig. 27

1) Non-combustible material
2) Steel piping
3) Closing panel

UP

1 2 3 Fig. 28

1) Wind-proof cowl
2) Seal
3) Inspect

1 2 3 Fig. 29

1) Non-combustible material
2) Steel piping
3) Closing panel

Make sure that the connection to the brickwork chimney is properly sealed.

If the chimney has a larger section, it must be "intubated" with a suitably insulated steel pipe (with diameter suitable for the route.

In case of pipes that pass through wooden roofs or walls, it is recommended to use special certified ducting kits commonly available on the market.

7 INSTALLATION

7.1 General considerations

The following sections provide a number of indications to be complied with in order to obtain the maximum performance from the purchased product.

7.2 Upper outlet installation configuration

It is possible to install the stove in different ways according to personal requirements:

• Coaxial pipe
• Single-wall pipe and air intake in room
• Single wall pipe and air intake connected to the outside

7.2.1 Coaxial pipe

It is possible to use a coaxial pipe to expel the flue gases and simultaneously recover the combustion air since the stove has already a factory configuration for this type of installation

While it is understood that it is the technician's responsibility to properly size the chimney flue based on the installation situation and the product, it is nonetheless advisable not to exceed a length of 7 metres with an 8/13 cm coaxial pipe. "Fig. 30"

7.2.2 Single-wall pipe and air intake in room

In this case the combustion air will be taken from the room.

To achieve this:

- Connect the flue gas outlet pipe (A) ("Fig. 31").

7.2.3 Single-wall pipe and air intake connected to the outside

The images in the following paragraphs are purely indicative.

In this case the combustion air will be taken directly from outside via the rear of the stove.

- Disconnect the combustion air hose (D) in the upper part ("Fig. 32").

Technical line drawing of a mechanical device with internal tubing and a magnified inset showing a component labeled D (no text or symbols present)

Fig. 32

• Remove the preform (E) on the back panel (C) and insert the flexible hose (D) to connect it to an outside air intake.
• Reassemble the back panel (C) and the sides by proceeding as described in he product manual
• Connect the flue gas outlet pipe (F) ("Fig. 33").

Technical diagram of an industrial machine with labeled components (A, B, C, D, E, F) and a red X mark indicating a specific part.

Fig. 33

7.3 Back outlet installation configurations

It is possible to install the stove in different ways according to personal requirements:

• Single-wall pipe and air intake in room
• Single wall pipe and air intake connected to the outside

7.3.1 Single-wall pipe and air intake in room

In this case the combustion air will be taken from the room.

To achieve this:

- Connect the flue gas outlet pipe (A) ("Fig. 34").

A

Fig. 34

7.3.2 Single-wall pipe and air intake connected to the outside

In this case the combustion air is taken directly from outside, from the back of the stove.

• Remove the sides
• Remove the back panel of the stove (C).
• Remove the preform (D) on the back panel (C) and insert the flexible hose (E) to connect it to an outside air intake ("Fig. 35").
• Tighten the hose (E) with the previously loosened metal clamp (F).
• Connect the flue gas outlet pipe (G).

Technical diagram of an industrial machine with labeled components including fans, gears, and control panel

Fig. 35

7.4 Levelling the stove

The stove must be levelled with the help of a spirit level, using the adjustment feet A = Spirit Level (Fig. 36).

A

Fig. 36

7.5 Air output configurations

STANDARD OUTPUT CONFIGURATION
UPPER OUTPUT CONFIGURATION

Technical diagram showing two mechanical assembly configurations with red arrows indicating motion or flow directions (no text or symbols present)

7.6 Electrical connection

Simply connect the appliance to the electrical system using the supplied plug (Fig. 38). The electrical connection (plug) must be easily accessible after appliance installation as well.

Hand holding a tool near a wall-mounted device with a circular component (no text or symbols visible)

Fig. 38

If the power supply cable is damaged it must be replaced by the technical assistance service or a qualified technician in order to prevent any risk.

The system must feature an earthing system and a differential switch in compliance with the laws in force

The flue gas exhaust duct must have its own earth connection.

7.7 Probe configurations

7.7.1 Room thermostat configuration

In configuration 1, the appliance is controlled by an external thermostat or programmable thermostat (not supplied) which switches the appliance on and off depending on the set temperature (Fig. 39).

When the temperature is satisfied, the thermostat opens the circuit and switches off the stove. The stove switches back on automatically when the temperature falls below the value set on the external thermostat (closed circuit).

In this configuration, it is advisable to set the water temperature to a high value (e.g. 70^ C).

In this configuration the appliance switches off when the external thermostat is satisfied.

If the thermostat allows scheduled programming, to avoid overlapping operation time slots, it is advisable to deactivate the appliance timer by setting it to OFF.

Technical line drawing of a server rack with ventilation grilles and control panel (no text or symbols)

22.15 20.3 ℃ 6 1 T 6 5 4 3 2 1

Fig. 39

7.7.2 Room probe configuration

Configuration 2 is the default configuration for this appliance. In this case it is not necessary to make any changes.

The appliance leaves the factory with the room probe already connected to the terminals and positioned on the rear panel (Fig. 40).

It is possible to place the room probe in another place to detect the desired room temperature.

Set configuration 2 to switch the appliance on and off either manually or according to a program.

The appliance modulates the power according to the room temperature read by the room probe placed on the stove itself.

You can set the "Eco-mode" function to have the appliance switch off or on again according to the room temperature set.

The antifreeze function can also be set in this configuration.

This configuration can also be used to switch the appliance on and off manually or in a programmed way (with the Timer function active).

Fig. 40

7.7.3 Configuration with storage tank with coil

In configuration 3, it is possible to make the stove keep a storage tank equipped with a coil at a certain temperature

In this case, simply disconnect the room temperature probe on the stove and extend it to the probe pit on the storage tank (Fig. 41).

The antifreeze function can also be set in this configuration.

Technical diagram showing internal components of an electronic device with labeled pins and wiring connections, including a zoomed-in detail view.

7.7.4 Configuration with storage tank without coil

In configuration 4, it is possible to make the stove keep a storage tank without a coil at a certain temperature. In this case, simply disconnect the temperature probe on the stove and extend it to the probe pit on the storage tank (Fig. 42).

The antifreeze function can also be set in this configuration.

Technical diagram showing internal components of an electronic device with labeled pins and wiring connections, including a zoomed-in detail view.

8 DISPLAY CONFIGURATION

8.1 Display

Screenshot of a media player interface with control buttons, playback controls, and menu icons

Fig. 43

The configurations for the Display can be found in the relative manual in the chapter ("1 INITIAL SETTINGS")

8.2 PREMIUM UI display

Simple icon of a smartphone with rounded corners and two dots on the screen (no text or symbols)

Fig. 44

The configurations for the PREMIUM UI Display can be found in the relative manual in the chapter ("3.1.10 Installer menu")

9 FIRST IGNITION

9.1 Pellet loading

• Open the pellet loading hatch.
• Load the pellets and close the hatch

Line drawing of a mechanical device with an open lid and internal components, showing a curved arrow indicating rotation (no text or symbols)

Line drawing of a laboratory setup with a tray, beaker, and granular material (no text or symbols)

The first ignition must be carried out by the installer.

The appliance, which is the subject of this manual, is an indoor domestic heating stove, powered exclusively by wood pellets with automatic loading.

The product only works with the pellet loading hatch closed. During operation, the stove will emit an acoustic signal when the door is opened, which can be kept open for 60 seconds before the stove goes into alarm.

9.2 Primo avvio

10 CLEANING AND MAINTENANCE

Cleaning can be carried out by the user.

Maintenance operations must be performed by an authorised technical assistance centre.

Before performing any maintenance operation, take the following precautions:

• Ensure that all appliance parts are cold.
• Make sure that the ashes are completely extinguished.
• Use personal protective equipment provided for by Directive 89/391/EEC.

- Make sure that the general line switch is turned off.

- Make sure that the power supply cannot be accidentally reactivated. Remove the plug from the wall socket.

• Always use appropriate equipment for maintenance.

- Once maintenance or repair operations have been completed, before putting the appliance back into service, reinstall all the safety guards and reactivate all the safety devices.

10.1 Routine maintenance cleaning schedule

10.1.1 Routine cleaning (User)

	EVERY TIME THE APPLIANCE IS TURNED ON	EVERY WEEK	ONCE EVERY TWO WEEKS
Burn pot (Fig. 48) X
Ash drawer/compartment (Fig. 48) X
Glass Fig. 49 X
Flue manifold X

10.1.2 Ordinary maintenance (certified technical service centre)

	1 YEAR (*)
Door and burn pot seals X
Door safety Fig. 52 X
Smoke system	X
Flue pipe cleaning Fig. 51	X
Device	X

(*) At least once a year or every 4000 kg of pellets burned.

10.2 Ordinary cleaning

10.2.1 Cleaning the inside of the firebox

Daily or before each ignition, it is necessary to check that the burn pot is clean to ensure the free flow of combustion air from the holes of the burn pot itself.

Vacuum the ash accumulated in the burn pot (Fig. 48).

If necessary, remove the ash drawer and empty it, making sure to remove any residue in the compartment where it is contained (Fig. 48).

Using an ash vacuum can simplify the cleaning operations

10.2.2 Cleaning the glass

This is done with a damp cloth or damp paper towel passed through the ash (Fig. 49).

Rub until the glass is clean. Do not clean the glass while the stove is on and do not use abrasive sponges

PALAZZETTI

10.2.3 Maintenance of flue manifold

Remove the ash drawer and, using a special ash vacuum, remove any residues in the compartment that contains it. Use a flexible brush to clean the exchanger pipes in the combustion chamber (Fig. 50).

Remove any residues that fall in the flue manifold using an ash vacuum.

Technical line drawing of a refrigerator interior with door, shelves, and ventilation slots (no text or symbols)

Fig. 50

10.3 Ordinary maintenance

10.3.1 Flue pipe cleaning

Technical line drawing of a mechanical assembly with coiled spring components and mounting brackets (no text or symbols)

Fig. 51

Remove any residues that fall in the flue manifold using an ash vacuum.

10.3.2 Door safety

In order to ensure the correct and safe operation of the firebox door, it is necessary to lubricate the springs of the closing mechanism, which can be located at the hinges (A), at the door closing latch (B), or inside the block (C), in which case use spray lubricant around the screw head so that the lubricant reaches the spring.

Technical diagram showing three labeled mechanical assembly steps (A, B, C) with components like a bottle, spring, and bolt assembly.

Fig. 52

10.3.3 Maintenance of the smoke system

If there are horizontal sections, it is necessary to check and remove any deposits of ash and soot before they obstruct the passage of fumes.

The incrustations inside the flue affect the optimum forced draught. When they reach a thickness of 5-6 mm, with high temperatures and sparks, they can ignite with easily imaginable consequences both for the flue and for the house.

In the event of failure to clean or inadequate cleaning the appliance may have operating problems including:

• bad combustion;
• blackening of the glass;
• blockage of the burn pot with accumulation of ash and pellets;
• deposit of ash and excessive deposits on the exchanger with consequent poor performance.

11 DEMOLITION AND DISPOSAL

The demolition and disposal of the appliance is the sole responsibility of the owner, who must comply with the current regulations in the country where the appliance is in use for the disposal of materials and, if required, for a declaration of disposal, with regard to safety, respect and protection of the environment.

Disposal can be entrusted to a third party, provided only companies authorised for the recovery and elimination of the materials in question are used.

All dismantling for demolition must be carried out with the appliance stationary and with the power supply cut, where present.

Leaving the appliance in accessible areas is a serious danger to people and animals.

The differentiated disposal of the product makes it possible to avoid potentially negative consequences on the environment and health, and also allows recycling of the materials making up the product in order to achieve significant energy and resource savings.

Any liability for damage to people and animals always falls on the owner. Upon demolition, the EC marking, this manual and other documents relating to this appliance must be destroyed.

11.1 Disposal of electrical components

• Remove all the electrical equipment.
• Separate the accumulators on the electronics boards.
• Scrap the structure of the appliance with the assistance of authorised companies.

INFORMATION FOR THE PROPER DISPOSAL OF THE BATTERIES WITHIN THE MEANING OF THE EU DIRECTIVE 2006/66/EC

Please replace the battery when its electric charge is exhausted: at the end of its useful life this battery must not be disposed of together with unsorted waste. It must be delivered at appropriate selective collection centres for municipal waste or to resellers who provide this service. Disposing of a battery separately

avoids possible negative effects on the environment and on human health resulting from improper disposal and allows the materials it is made of to be recovered and recycled, leading to significant savings in energy and resources. In order to emphasize on the obligation to dispose of separately the batteries, on the battery itself there is the crossed-out wheeled bin symbol. Abusive disposal of the product by the user involves the application of administrative sanctions provided by law.

A crossed-out wheelie bin symbol on the equipment label indicates that the product must not be disposed of as unsorted waste, but should be sent to separate collection facilities for recovery and recycling.

Pursuant to art.13 of Italian Legislative Decree no. 151 of 25 July 2005 implementing the Directive 2002/96/EC of 23 February 2003 on Waste Electrical and Electronic Equipment relating to the measures and procedures designed to prevent the production of waste electrical and electronic equipment, called WEEE, promoting the reuse, recycling and other forms of recovery so as to reduce the quantity to be disposed of and improving the intervention of the parties involved in the life cycle of such products.

INHALTSVERZEICHNIS

1 ALLGEMEINES 81

1.1 Symbole 81

Matr N° LT0000000000000000000000 Matr A/85% 1.17% 2.17% 3.17% 4.17% 5.17% 6.17% 7.17% 8.17% 9.17% 10.17% 11.17% 12.17% 13.17% 14.17% 15.17% 16.17% 17.17% 18.17% 19.17% 20.17% 21.17% 22.17% 23.17% 24.17% 25.17% 26.17% 27.17% 28.17% 29.17% 30.17% 31.17% 32.17% 33.17% 34.17% 35.17% 36.17% 37.17% 38.17% 39.17% 40.17% 41.17% 42.17% 43.17% 44.17% 45.17% 46.17% 47.17% 48.17% 49.17% 50.17% 51.17% 52.17% 53.17% 54.17% 55.17% 56.17% 57.17% 58.17% 59.17% 60.17% 61.17% 62.17% 63.17% 64.17% 65.17% 66.17% 67.17% 68.17% 69.17% 70.17% 71.17% 72.17% 73.17% 74.17% 75.17% 76.17% 77.17% 78.17% 79.17% 80.17% 81.17% 82.17% 83.17% 84.17% 85.17% 86.17% 87.17% 88.17% 89.17% 90.17% 91.17% 92.17% 93.17% 94.17% 95.17% 96.17% 97.17% 98.17% 99.17% 100.17%

Technical line drawing of a server rack cabinet with ventilation slots and mounting holes (no text or symbols)

Fig. 2

Pile of cylindrical plant material samples, possibly wood chips or similar seeds, with no visible text or symbols.

I L M H G2 G1 D C

Fig. 7

Technical diagram of an electrical enclosure with labeled components including S, F, and P, showing internal wiring and assembly.

Fig. 8

4.4 Komponenten

Y V1 U C D R W

V2

Fig. 9

Technical line drawing of a mechanical component with symmetrical features and mounting holes (no text or symbols)

bypass open

Technical line drawing of a mechanical component with symmetrical features and mounting holes (no text or symbols)

bypass closed
Fig. 10

Isometric line drawing of a server or rack unit with mounting base and internal components, showing no text or symbols.

Fig. 11

5.2 Transport

Technical diagram of a mechanical assembly with labeled components A and B, showing a rectangular block mounted on a base with a grid-patterned base.

Fig. 12

6.3 Installationsort

Architectural cross-section diagram showing wall and brick wall layers with directional arrows indicating movement (no text or symbols)

UP

D A A B C Fig. 18

PA Fig. 19

Isometric line drawing of a room interior with ventilation grilles and a central control unit (no text or symbols)

Technical diagram of a mechanical assembly with labeled components 1, 2, and 3

Fig. 28

1) Winddichter Schornstein
2) Abdichten
3) Inspektion

Technical diagram of a mechanical or electrical component with labeled parts 1, 2, and 3

Fig. 29

3D diagram of a mechanical assembly with a cylindrical component and a base, labeled D, showing no text or symbols.

3D diagram of a mechanical component with a cylindrical pin and base, labeled 'Fig. 31' (no text or symbols on the diagram itself)

Technical line drawing of a mechanical device with internal tubing and a magnified inset showing a component labeled D (no text or symbols present)

Fig. 32

Technical diagram of an industrial machine with labeled components (A, B, C, D, E, F) and internal structure.

Fig. 33

Diagram showing a device panel with labeled component A and directional arrow indicating movement or flow.

Fig. 34

Technical diagram of an industrial machine with labeled components including fans, gears, and control panel

Fig. 35

Technical diagram of a mechanical assembly with red directional arrows indicating motion or flow (no text or symbols present)

Technical diagram of a mechanical assembly with red arrows indicating motion or force directions (no text or symbols present)

Line drawing of a hand inserting a plug into a wall-mounted device (no text or symbols)

Fig. 38

Technical diagram of a server rack with labeled components and an analog temperature sensor display showing 22.15°C.

Fig. 39

Technical diagram of an electronic device rear panel with labeled ports and a close-up of the internal connector pin layout.

Fig. 40

Technical diagram showing internal components of an electronic device with labeled pins and wiring, including a zoomed-in detail view.

Line drawing of a mechanical device with an open lid and internal components, showing airflow direction (no text or symbols)

Line drawing of a kitchen appliance with a lid, drawer, and counter (no text or symbols)

Technical line drawing of a mechanical assembly with two hanging components and directional arrows (no text or symbols)

Fig. 48

Isometric line drawing of a cabinet with open door and internal compartments (no text or symbols)

Fig. 49

Technical diagram showing three labeled mechanical assembly steps (A, B, C) with components like bolts, springs, and a spray bottle.

Fig. 52

5 MANUTENTION ET TRANSPORT 133

Technical line drawing of a server rack cabinet with ventilation slots and mounting bracket (no text or symbols)

Fig. 2

Pile of cylindrical wooden sticks, likely wood or rubber, with no visible text or symbols.

I suggest a concept for the best future world can be expected to reach a global market in the past decade, which is not possible. In this case it will also be a more sustainable approach to the global market.

Made in Italy

Произведено в Италики

Италияда жасапган

Fig. 4

I L M H G2 G1 D C

Fig. 7

Technical schematic diagram of an electrical enclosure with labeled components and a magnified inset showing a motor or switch mechanism.

Fig. 8

4.4 Composants

Y V1 U C D R W V2 Fig. 9

bypass open bypass closed Fig. 10

5 MANUTENTION ET TRANSPORT

Isometric line drawing of a server or rack unit with mounting base and internal components, showing no text or symbols.

Fig. 11

5.2 Transport

3D diagram of a rectangular block mounted on two slabs with a 10 mm dimension label, showing a small circular component labeled A (no text or symbols beyond labels)

Isometric diagram of a mechanical or electronic component with labeled parts A and B, showing no text or symbols beyond labels.

Fig. 12

6 PRÉPARATION DU LIEU D'INSTALLATION

Cross-sectional diagram of a building structure with brick walls and ground floor, showing elevation arrows (no text or symbols)

UP

D A A B C Fig. 18

PA Fig. 19

Isometric line drawing of a room with two windows, a cabinet, and directional arrows indicating airflow or movement (no text or symbols)

Fig. 22

Diagram of a mechanical setup with a cylindrical component and a base, labeled D, showing motion direction (no text or symbols beyond labels)

3D diagram of a mechanical component with a cylindrical pin and mounting hole, labeled 'A' (no text or symbols on the object itself)

Technical line drawing of a mechanical device with internal tubing and a magnified inset showing a component labeled D (no text or symbols present)

Fig. 32

Technical diagram of an industrial machine with labeled components (A, B, C, D, E, F) and internal piping layout.

Fig. 33

Technical diagram of an industrial machine with labeled components (A, B, C, D, E, F)

Fig. 35

Technical diagram of a mechanical assembly with red directional arrows indicating motion or flow (no text or symbols present)

Technical diagram of a mechanical assembly with red arrows indicating motion or force directions (no text or symbols present)

Fig. 37

Illustration of a robotic hand interacting with a wall-mounted device (no text or symbols visible)

Fig. 38

Technical diagram of a server rack with labeled components and an electrical measurement setup showing 22.15/20.3°C display.

Fig. 39

7.7.2 Configuration sonde d'ambiance

Technical diagram of an electronic device rear panel with labeled ports and a close-up of the internal structure showing pin numbering and cable connection.

Fig. 40

Technical diagram showing internal components of an electronic device with labeled pins and wiring, including a zoomed-in detail view.

User interface panel with icons for media control, navigation, and playback controls

Fig. 43

Simple black-and-white icon of a smartphone with two dots on the screen (no text or symbols)

Fig. 44

Line drawing of a mechanical device with an open lid and internal components, labeled Fig. 45 (no text or symbols on the diagram itself)

Line drawing of a laboratory setup with a tray, beaker, and granular material (no text or symbols)

Isometric line drawing of a cabinet interior with two cat silhouettes hanging from the door, showing internal compartments and a window (no text or symbols)

Fig. 48

Line drawing of an open refrigerator with doors, shelves, and ventilation (no text or symbols)

Fig. 49

Technical line drawing of an internal refrigerator with door, vent, and drawer (no text or symbols)

Fig. 50

10.3 Entretien ordinaire

Technical line drawing of a mechanical assembly with coiled spring components and mounting brackets (no text or symbols)

Fig. 51

Technical diagram showing three mechanical assembly steps labeled A, B, and C with component illustrations.

Fig. 52

EN 14785:2006 Italian text document with ISO code, technical specifications, and QR code for a product.

Fig.1

Technical line drawing of a server rack cabinet with ventilation slots and mounting holes (no text or symbols)

Fig. 2

1.11 Entrega del aparato

Pile of cylindrical wooden sticks, likely wood or rubber, arranged in a pile (no text or symbols visible)

4 CONOCER EL PRODUCTO

Apparel e/o/ou per 1000000000000000000000000000000000000000000000

Type: N°

Matr N°

I L M H G2 G1 D C

Fig. 7

Technical schematic diagram of an industrial machine with labeled components F and P, including a detailed inset showing a mechanical assembly.

Fig. 8

4.4 Componentes

Y V1 U C D R W V2 Fig. 9

Technical line drawing of a mechanical component with symmetrical features and mounting holes (no text or symbols)

bypass open

Technical line drawing of a mechanical component with symmetrical features and mounting holes (no text or symbols)

bypass closed
Fig. 10

Isometric line drawing of a server or appliance unit with mounting base and internal panel (no text or symbols)

Fig. 11

5.2 Transporte

Pi = Pared inflamable

Cross-sectional diagram of a brick wall structure with directional arrows indicating flow or movement (no text or symbols)

UP

D A A B C Fig. 18

PA Fig. 19

Isometric line drawing of a room interior with ventilation ducts and a central control unit (no text or symbols)

Diagram of a mechanical setup with a cylindrical component and a base, labeled D, showing motion direction (no text or symbols beyond labels)

Diagram of a mechanical setup with a cylindrical component and a base, showing motion direction (no text or symbols)

Technical line drawing of a mechanical device with internal tubing and a magnified inset showing a component labeled D (no text or symbols present)

Fig. 32

Technical diagram of an industrial machine with labeled components (A, B, C, D, E, F) and a red X mark indicating a specific part.

Fig. 33

Technical diagram of an electronic device with labeled components including fans, gears, and a control panel.

Fig. 35

Technical diagram showing two mechanical assembly configurations with red directional arrows indicating motion or flow (no text or symbols present)

Line drawing of a hand holding a device near a wall-mounted screen (no text or symbols)

Fig. 38

Technical diagram of a server rack with labeled components and an inset showing a connected device with temperature and temperature readings.

Fig. 39

Technical diagram of an electronic device rear panel with labeled connectors and a close-up inset showing pin connections to a T component.

Fig. 40

Technical diagram showing internal components of an electronic device with labeled pins and wiring connections, including a zoomed-in detail view.

Technical diagram showing internal components of an electronic device with labeled pins and wiring, including a zoomed-in view of the connector pin layout.

Control panel interface with icons for media control, navigation, and playback controls

Fig. 43

Simple icon of a smartphone with rounded corners and a blank screen (no text or symbols)

Fig. 44

Line drawing of a kitchen appliance with an open lid and ventilation slots, showing a directional arrow (no text or symbols)

Line drawing of a kitchen appliance with a tray holding granular material and a lid, no text or symbols present

Fig. 46

Technical line drawing of a mechanical assembly with two hanging components and directional arrows (no text or symbols)

Fig. 48

Technical line drawing of an open industrial oven or refrigerator with internal compartments and ventilation slots (no text or symbols)

Fig. 49

Technical line drawing of an internal storage unit with a close-up inset showing internal components (no text or symbols)

Fig. 50

Technical line drawing of an electrical enclosure with coiled spring components and wiring (no text or symbols)

Fig. 51

Technical diagram showing three mechanical assembly steps labeled A, B, and C with component illustrations.

Fig. 52

Palazzetti reserves the right to change its products at any time and without notice in order to improve them without compromising their essential characteristics.