SOLZAIMA AMBER Manual de usuario

Instruction Manual

English

Firewood Round Stove

AMBER

Mod. 940 – B

Thank you for purchasing a SOLZAIMA appliance.

Please read this manual carefully and retain it for future reference.

* All products here detailed meet the requirements of the EU Construction Products Regulation (No.

30 /2011) and bear the E conformity marking;

* SOLZAIMA disclaims any responsibility for damage to the unit when installed by non-qualified

personnel;

* SOLZAIMA disclaims any responsibility for damage to units not installed and operated in compliance

with the instructions included in this manual;

* All local regulations, including but not limited to national and European standards, must be observed

when installing, operating and servicing the unit;

* SOLZAIMA free standing fire units are tested and found to be in compliance with the EN 13240:2002

+ EN 13240:2002/A2:200 + EN 13240:2002/AC:2006 + EN 13240:2002/A2:200 /AC:2006

standards;

* Technical support is normally provided by SOLZAIMA, except in special cases to be determined by

the installer or support technician;

* For assistance, please contact the unit’s supplier or installer. Please provide the unit serial number,

which can be found on the identification plate located on the back of the unit, as well as on the sticker

posted on the back cover of this manual.

You may contact us via email, using the following address: apoio[email protected].

Contents

Page

1. Solzaima .......................................................................................................................... 4

2. Technical specifications ...................................................................................................... 4

3. Unit components ............................................................................................................... 6

3.1. Components .................................................................................................................. 6

3.2. Opcionals ...................................................................................................................... 7

4. Assembly and disassembly of casings ................................................................................. 12

. Installation ..................................................................................................................... 14

.1. Combustion air and gas circulation ................................................................................. 14

.2. Installation space requirements ...................................................................................... 16

6. Instructions for use .......................................................................................................... 17

6.1. Fuel ............................................................................................................................ 17

6.2. Power ......................................................................................................................... 18

6.3. Combustion Principles ................................................................................................... 18

6.4. Air control ................................................................................................................... 19

6. . Energetic efficiency and performance ratings ................................................................... 20

7. Using the unit for the first time.......................................................................................... 21

8. Normal usage .................................................................................................................. 21

9. Safety ............................................................................................................................ 22

10. Cleaning and Maintenance ................................................................................................ 23

10.1. Cleaning .................................................................................................................... 23

10.2. Removing the fume baffle ............................................................................................ 23

11. Troubleshooting ............................................................................................................... 24

12. End-of-life units ............................................................................................................... 2

13. Sustainability .................................................................................................................. 2

14. Glossary ......................................................................................................................... 26

1 . Warranty ........................................................................................................................ 27

16. Statement of performance ................................................................................................ 33

1. Solzaima

Solzaima's vision has always been to provide clean, renewable and more cost-effective energy. This is

why we have been manufacturing biomass units and heaters for the past 40 years.

As a result of the persistence and unconditional support from a network of partners, Solzaima is

currently the leading manufacturer of biomass heating units, especially with its range of central

heating stoves with backboilers.

We provide approximately 20000 homes a year with biomass heating solutions. This market has been

growing at annual rate of 20%, indicating that consumers are becoming increasingly aware of

ecological and more cost-effective heating solutions.

Solzaima is the only Portuguese manufacturing company to have obtained ISO 9001 International

Quality Certification and ISO 14001 International Environmental Certification– because we believe in

high standards and aim to lead by example.

2. Technical specifications

Solzaima's free standing fires are designed as interior heating appliances. These units are easy to

install and do not require any kind of finishing, thus promoting their seamless integration with the

room setting.

* Technical specifications across the free-standing fire range:

* CE approved

* Fuel: Dry firewood

* Type of Equipment: Intermittent

* The combustion chamber and external casing of all our free-standing fires are made of first-rate

carbon steel plate, with thicknesses varying between 4 mm and 1, mm, respectively.

* Heat-resistant ceramic glass. Withstands continuous operation temperatures of up to 7 0°C.

* Coated with heat-resistant paint for temperature peaks up to 900°C and operating temperatures of

around 600°C.

Figure 1 - Equipment identification – Amber

Front Side Back

Top

Figure 2 - General dimensions of the Amber stove

Features Amber

Flue Ø (mm) Ø 1 0 int.

Rated power (kW) 7,3

Performance (%) 81

CO emission (13 %O

) (%) 0,0727

emission (vol.-%) 8,67

Average temperature of combustion products (°C) 233

Combustion flow (g/s) 7

Weight (kg) 11

Maximum heated volume (m

) 166

Firewood length (mm) 300

Firewood consumption (kg/h) 1,6

Height (mm) 11 3

Widdth (mm) 38

Depth (mm) 06

Particles (mg/Nm3) 13

OCG (mg C/m3) 88

NOX (mg/m3) 81

Table 1 - Technical characteristics of Amber stove

3. Unit components

3.1. omponents

Figure 3 - omponents of the Amber stove

Subtitles:

A – Top cover

B – Door

C – Side cover

D – Wooden Base

E – Door handle

F – Glass cleaning palle

G – Door isola ion cord

H – Firewood s orage

I – Ash drawer

J – Primary air

L – Vermiculi e

K – Ash grid

M – Air inle

N – Secondary air

O – Fume baffle

P – Double baffle

Q – Fume ou le

K M

3.2. Optional

3.2.1. Vertical/horizontal fume outlet

The Amber stove has the option of using the smoke outlet horizontally or vertically, the latter being

the way in which the salamander is prepared for the customer.

To convert the smoke outlet to horizontal mode, the vermiculite pieces must be removed from the

combustion chamber, the double baffle must be removed by loosening the two screws that fix it, and

the screws that fix the neck must be loosened. Then do the reverse process to reposition the parts

you have removed.

With the bottleneck in the horizontal position, it may originate some smoke exit through the door, at

the moment of lighting the equipment, for this reason, it is recommended that the bottleneck is in the

vertical position, to obtain a good draught of smoke and reduce the smoke exit at the moment of

lighting.

3.2.2. onnecting the external air inlet

If you wish to use the external air inlet, you should purchase this optional kit separately.

The purpose of this optional accessory is to establish a connection point between the equipment and

the outside ambient air, thus installing a more suitable piping for this purpose. This optional accessory

is intended to provide the connection of a tube that allows the equipment to be supplied with air from

outside.

You can supply the equipment with outside air in the following ways:

1- From the back of the equipment in the lower area:

If i is a he rear of he equipmen a he bo om of he side covers, as shown in Figure 4, he microdo s

of he side covers mus be broken (M).

Figure 4 - Rear view of the equipment; (M) section to remove for external air inlet

Then remove the cover that blocks the external air inlet by loosening the 4 nuts as shown in Figure .

(M)

Figure 5 - Rear view of the equipment; (M) section to remove for external air inlet

After removing the cover, place the optional air inlet kit as shown in Figure 6, tightening the kit with

the 4 nuts that come in the package.

Figure 6 - Rear view of the equipment, placement of the outside air inlet kit

The cover that you removed to place the external air inlet kit must be placed in the lower part of the

equipment, as shown in Figure 7, to do this you must loosen the 3 screws that fix the base to the

equipment to have access to the place where you place the cover.

Then you must fix the cover with the 4 nuts that you removed from the rear of the equipment, thus

covering the external air intake.

Figure 7 - Bottom view of the equipment, blocking the external air intake under the equipment

Unscrew he 4

nu s and remove

he cover.

Placemen of

he ou side air

inle ki .

Loosen he 3 screws ha fix he base o he equipmen .

Fixing he cover, blocking he ou side air in ake.

2- From the base of the equipment

If the installation of the air inlet kit is from the base of the equipment, you can choose from 2

installation zones, from the back of the base or from below the base as shown in Figure 8.

You must break the micro assemblies of the zone (M), using the option you chose to apply the kit.

Figure 8 - External air inlet, (M) section to be cleared for external air inlet

The external air inlet kit must be placed in the lower area of the equipment, as shown in Figure 9. To

do this, loosen the 3 screws that fix the base to the equipment and apply the external air inlet kit with

the 4 nuts that come in the package.

Figure 9 - Bottom view of the equipment, application of the external air inlet kit

3.2.3. Optional Modules

3.2.3.1. Firewood Base Door

If you want to put the door in the base of the equipment, you must purchase this accessory separately

and must follow the following steps.

Ou door air inle ki , from

he rear of he base.

Ou door air inle ki , from

he bo om of he base.

(M)

Loosen he 3 screws ha fix he base o he equipmen

A achmen of he ex ernal air inle ki

1- Using a key, carefully fold the tab on the right side of the base, so that it is perpendicular to the

side, as shown in Figure 10.

Figure 10 - Preparation of the base of the equipment, to place the door

2- Place the magnet on the bent tab and secure it with the nut. These accessories come with the door

Figure 11.

Figure 11 - Preparation of the base of the equipment, to place the door

3- Place the door on the base by first inserting the door axes in the upper hole of the base and then in

the lower hole of the base, as shown in Figure 12.

Figure 12 - Placing the door on the base of the equipment

Place he upper axis of he door, on he upper

axis of he base, wi h he door semi

open.

Til ing o place he door on

base.

Place he lower axis of he door on he

lower axis of he base.

Tabla de contenidos

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