Nordpeis Salzburg R Environmentally Friendly Fireplace User Manual

Installation and user manual

Salzburg R / Salzburg R +1

IMPORTANT SAFETY PRECAUTIONS!

1. Please follow the installation manual when connecting your stove/fireplace to the chimney /flue pipe. If connected differently from the instruction please, consider the heat radiation from the flue pipe to the surrounding materials.
2. Before use, please carefully read the user manual and follow the instructions.
3. Integrated or defined convection openings may never be reduced or partially obstructed. This may lead to overheating, which again can cause a house fire or serious damage to the product.
4. Use only designated fire starters. Never use gasoline, diesel or other liquids to start the fire. This may cause explosions!
5. Never use other fuel than natural dry chopped wood. Briquettes, peat, coke, coal, and waste from construction materials develop far higher temperatures and emissions than natural wood. Since your product has been designed for use with natural wood only, other fuels may damage the product, chimney, and surrounding constructions.
6. In case of damage to the glass or door gasket, all use of the product must be discontinued until the damage has been repaired.
7. Products connected to a vented steel chimney must never be operated with open or ajar doors other than reloading wood or shortly during the kindling process.

Failure to follow these precautions will leave your warranty void and expose people and property to danger.
Advise: Even if not required in your area, it is always wise to have a qualified stove/fireplace fitter do the installation, or at least do the final inspection before use.

General information about heat accumulating fireplaces

Heat-accumulating fireplaces differ from other fireplaces in that they are intended to provide moderate heat for prolonged periods with a limited time of burning. Conventional fireplaces give off strong heat during the burning period but with a very limited cool-down period. The heat-accumulating fireplaces from Nordpeis have a long duct system where the heat developed in the combustion chamber passes through the duct system before it exits through the chimney. The heat from the gases is absorbed by the material surrounding the smoke ducts, and by the time the smoke exits through the chimney. The efficiency of a well-constructed heat-accumulating fireplace is thus far better than the efficiency of a conventional fireplace. A heat-accumulating fireplace can keep an even temperature throughout the day with only one heating cycle.

The stove is fitted with an air damper in addition to the regular air control. The air damper should always be fully open during operation, and the burn rate can be regulated by increasing or decreasing the air control. The air damper should only be closed at the end of a burn cycle after the wood has turned into ambers. This is to eliminate further air change inside the stove and avoid heat to escape through the chimney.

IMPORTANT: Closing the air damper during operation will cause a build-up of gases inside the stove, and may lead to an explosive ignition.

Catalyst
The catalyst helps in reducing the emissions of organic gasses, CO, and particles, and can potentially last for decades if treated correctly. The catalyst is designed only for pure, natural wood. Burning plastics, and wood containing glue, varnishes, paints, etc., will dramatically reduce the lifetime of the catalyst, or at worst destroy it or clog it. Under normal circumstances, the catalyst is self-cleaning but can be clogged if improper fuel is used. It may be cleaned using pressurized air or a vacuum cleaner.

Air Vent
When burning in heat-accumulating fireplaces the air vent is traditionally kept open to a maximum. This ensures optimal combustion and minimizes carbon deposits in the smoke duct system. In addition, it makes it easier to keep the glass clean during intensive burning. However, should one wish for a longer burn period and slower flames, the air vent is adjusted and reduced.

Cleaning the Smoke Duct System
When the fireplace is used every day throughout the heating season, we recommend that the smoke duct system is swept once a year. This is to maintain the draught and efficiency. Soot isolates the ducts and thus lowers the efficiency. One can also notice that the draught is reduced and that the flames are difficult to control with the air vent function. Remember that the fireplace must always be cold before it is swept /inspected. The inspection shall be performed by Professional fitters.

Ash and Ash-pan
The ash pan consists of an inner part that is used for the regular emptying of ashes. The duct system can be reached when the outer part of the ash pan also is removed.

Sweeping instruction : Carefully remove the Thermotte baffle plate (LA- SAL06-040). Then carefully remove the second baffle plate with the catalyst (LA-SAL06-070) by lifting and turning it until the baffle supports and the out blocks in the baffle match, then lowering the baffle plate taking care not to drop the catalyst. Sweep the three spiraling canals with a sweeping brush with a diameter of about 100 mm and remove the debris which falls down from the combustion chamber. Access for cleaning a lateral/rear convective smoke tube is found through the lid for the top connection.

The ashes must be emptied periodically. Please note that the ash may contain hot embers even several days after the fire has ceased. Use a container of non-combustible material to remove the ashes.

Weight
The homeowner must ensure that the floor can withstand the load of the total weight of the product.

Firewall
Freestanding fireplaces can be installed without a firewall. Observe all safety distances to combustible materials.

Connection to Chimney
Follow specifications from the chimney manufacturer for connection to the chimney. Dry stack the fireplace for accurate height and positioning of the flue/chimney connection.

The product is not compatible with top connected concrete chimney.
The maximum weight of the steel chimney (top connection) is 300kg.

By top connection to the steel chimney, we refer to the respective manufacturer’s installation instructions. Requirements for Floor Plate by Combustible Floor Follow the requirements for floor plates (stone, steel, etc.) that apply in the country that the product is installed.

Glue
The outer elements should be glued with the acrylic which is included. Make sure that all the surfaces that are to be glued are free of dust. The surfaces can be cleaned for better adhesion. Ensure that the surfaces are dry before spreading on the acrylic. Once the fireplace is assembled, fill the joints with acrylic and even it out with a sponge or finger and some soapy water, in order to have a clear indentation between the elements (FIG Z).

Minor Dents
Transportation and handling can cause minor dents to the product. This can be repaired with the powder glue which is included. For a perfect result, you can fill and grind with a suitable filler on top of the powder glue. Fill smaller cracks and uneven surfaces with a float or a brush. If the dent is deep, it is recommended to fill in several stages to avoid sinking. Even out with e.g. a damp sponge or a float.

Painting
The surface of the surround is developed to be painted without priming work. Use latex or acrylic-based paint (emulsion paint), or cement-based textured paint. In the unlikely case that there are some irregularities in the surface, these can be filled with acrylic which is included, or light and appropriate filling material. Any surface that has been filled needs to be smoothened with fine sandpaper.

Polishing
If a more traditional and polished surface is wished for, it is recommended to dampen the surround and then cover it with tile adhesive (powder glue) and a fiberglass mesh, prior to possibly adding mortar or mineral polish.

Tiles
This fireplace can also be partially or completely covered with tiles / natural stone of your choice. As for the section above on “Polishing”, we recommend that the chimney surround is dampened before it is covered with tile adhesive (powder glue) and a fiberglass mesh. This is to ensure good adhesion and prevent the formation of cracks at the joints of the surround.

Please note that the adhesive and mortar must be set before burning in the fireplace. Follow the instructions from the mortar/adhesive producers.
Regardless of surface treatment, it is advantageous to mask the entire door frame to avoid having to clean it later. Please note that the air gap between the surround and the door frame must not be filled with glue, mortar, or similar.

Thermotte™
The insulation plates (Thermotte) are classified as “wear and tear” parts that will require to be exchanged after some years. The wear time will depend on the individual use of your product. Nordpeis offers a one-year warranty on these parts. After this, replacements can be purchased.
Please note : Wood logs that are too long can cause additional strain and crack the plates, due to the tension created between the side plates.

Cracks in the i PowerStone
Due to thermal effects, there may be small cracks /fissures in the PowerStone. This is natural and does not affect the product’s function or safety.

Warranty

Warning!
Use replacement parts recommended only by the Manufacturer.
Warning!
Any unauthorized modification of the appliance without written permission of the Manufacturer are prohibited.

For a detailed description of the warranty, and conditions see the enclosed warranty card or visit our website www.nordpeis.com

Recycling of the refractory glass
Refractory glass cannot be recycled. Old glass, breakage or otherwise unusable refractory glass, must be discarded as residual waste. Refractory glass has a higher melting temperature, and can therefore not be recycled together with glass. In case it would be mixed with ordinary glass, it would damage the raw material and could, in the worst case end the recycling of glass. It is an important contribution to the environment to ensure that refractory glass does not end up with the recycling of ordinary glass.

Packaging Recycle
The packaging accompanying the product should be recycled according to national regulations.

Door and Glass
Should there be any soot on the glass it may be necessary to clean it. Use dedicated glass cleaner, as other detergents may damage the glass/gaskets. (Attention! Be careful, even a dedicated glass cleaner can damage the varnish on the door frame and gaskets). Good advice for cleaning the glass is to use a damp cloth or kitchen roll paper and apply some ash from the burn chamber. Rub around the ash on the glass and finish off with a piece of clean and damp kitchen roll paper. Attention! Only clean when the glass is cold. Periodically, it may be necessary to change the gaskets on the door to ensure that the burn chamber is air-tight and working optimally. These gaskets can be bought as a set, usually including ceramic glue.

Advice on Lighting a Fire

Combustion pace
A heat-storing product should not be burned in too aggressively as this may damage the product. In order to get the most out of a heat-storing product, it is therefore important to optimize the combustion pace and the size of the loads. Read the combustion rates and load sizes that apply to your product.

The best way to light a fire is with the use of lightning briquettes and dry kindling wood. Newspapers cause a lot of ashes and the ink is damaging to the environment. Advertising flyers, magazines, milk cartons and similar are not suitable for lighting a fire. A good air supply is important at ignition. When the flue is hot the draught increases and the door can be closed.

Warning: In order to avoid injuries, please be aware that the surface may become hot during operation and that extra care needs to be taken to avoid skin burns.
Warning: NEVER use a lighting fuel such as petrol, paraffin, methylated spirits, or similar for lighting a fire. This could cause injury to you as well as damage to the product.

Use clean and dry wood with a maximum moisture content of 20% and a minimum of 16%. Humid wood requires a lot of air for combustion, as extra energy/ heat is required for drying the humid wood and the heat effect is therefore minimal. In addition, this creates soot in the chimney with the risk of creosote and chimney fire.

In case of a chimney fire, close the door and air supplies on the stove, and call the Fire Brigade. After a chimney fire, the chimney must in all cases be inspected by an authorized chimney sweeper before you use the appliance again.

Storing of Wood
In order to ensure that the wood is dry, the tree should be cut in winter and then stored during the summer, under the roof, and in a location with adequate ventilation. The wood pile must never be covered by a tarpaulin that is lying on the ground as the tarpaulin will then act as a sealed lid that will prevent the wood from drying. Always keep a small amount of wood indoors for a few days before use so that moisture on the surface of the wood can evaporate.

Burning
Not enough air to the combustion may cause the glass to soot. Hence, supply the fire with air just after the wood is added, so that the flames and gases in the combustion chamber are properly burnt off. Open the air vent and have the door slightly ajar in order for the flames to establish properly on the wood.
Note that the air supply for the combustion also can be too large and cause an uncontrollable fire that very quickly heats up the whole hearth to an extremely high temperature (when burning with a closed or nearly closed door). For this reason, you should never fill the combustion chamber completely with wood.

Warning!
The Firebox shall be always closed except during ignition, refueling, and ash removal.

Choice of Fuel
All types of wood, such as birch, beech, oak, elm, ash, and fruit trees, can be used as fuel in the stove. Wood species have different degrees of hardness – the higher the hardness of the wood, the higher the energy value. Beech, oak, and birch have the highest degree of hardness.
Attention! We do not recommend the use of fuel briquettes / compact wood in our combustion chambers, as these products may develop significantly higher temperatures than the combustion chamber can withstand. Burning briquettes / compact wood is at your own risk and can cause invalidity of the warranty.

Warning:
NEVER use impregnated wood, painted wood, plywood, chipboard, rubbish, milk cartons, printed material, or similar. If any of these items are used as fuel the warranty is invalid. Common to these materials is that they during combustion can form hydrochloric acid and heavy metals that are harmful to the environment, you, and the stove. Hydrochloric acid can also corrode the steel in the chimney or masonry in a masonry chimney. Also, avoid burning bark, sawdust, or other extremely fine wood, apart from when lighting a fire. This form of fuel can easily cause a flashover that can lead to temperatures that are too high

Warning!
Make sure the stove is not overheated – it can cause irreparable damage to the product. Such damage is not covered by the warranty.

Source: “Håndbok, effektiv og miljøvennlig vedfyring” by Edvard Karlsvik SINTEF Energy Research AS and Heikki Oravainen, VTT. For your own safety, comply with the assembly instructions. All safety distances are minimum distances. Installation of the fireplace must comply with the current rules and regulations of the country where the product is installed. Nordpeis AS is not responsible for wrongly assembled fireplaces. Subject to errors and changes. For the latest updated version go to www.nordpeis.com

Technical information:

Salzburg R / Salzburg R Extension Base /Salzburg R +1

Minimum distances to combustible materials () with heat shield| Back 30 mm ()
200 mm
200 mm (+1)
Side 450 mm (*)
450 mm
450 mm (+1)
---|---
CO-content of flue gas @ 13%02| <1500 mg/m3
Flue gas temperature| 195°C
129 °C (+1)
Thermal output| 36,85 kWh 39,10 kWh (+1)
Thermal storage capacity| 100% after 4,0 hrs 50% after 11,2 hrs 25% after 17,9 hrs
Energy efficiency| > 65 %
Nominal heat output during the discharge period (100%-25%)| 2,1 kW
2,3 kW (+1)
Chimney draft| 12 Pa
Length of wood logs| 350 mm
Weight (kg)| 675 /705 (Extension Base)
Weight (+1) (kg)| 890
Load size (kg)| 2 kg
Max nr. loads| 5
Loading interval| 45 min
No. burning cycles per 24 hours| 1

Before Installing a new fireplace

Several European countries have local regulations for the installation of fireplaces, which change regularly. It is the responsibility of the client that these regulations are complied with in the country/region where the fireplace is installed.
Nordpeis AS is not responsible for incorrect installation.

Important to check

• distance from the firebox to combustible/flammable materials
• insulation materials/requirements between fireplace surround and back wall
• size of floor plates in front of a fireplace if required
• flue connection between the firebox and chimney
• insulation requirements if the flue passes through a flammable wall

Chimney Draft
Compared to older models, the clean-burning fireplaces of today put significantly higher demands on the chimney. Even the best fireplace will not work properly if the chimney does not have the right dimensions or is not in good working order. The draught is mainly controlled by gas temperature, outside temperature, air supply as well as the height and inner diameter of the chimney. The diameter of the chimney should never be less than that of the flue/chimney collar. At nominal effect, there should be a negative pressure of 12 to 25 Pascal.

The draft increases when:

• The chimney becomes warmer than the outside air
• The active length of the chimney over the hearth increases
• Good air supply to the combustion

It can be difficult to obtain the right draught conditions in case the chimney is too large relative to the fireplace, as the chimney does not heat up well enough. In such cases, you should contact professional for evaluation of possible measures. If necessary, contact a chimney sweeper. The product is type tested and should be connected to a chimney that is dimensioned for the smoke gas temperature indicated in the CE declaration. When necessary, contact a professional in advance.

Attention! It is recommended to use a qualified professional when installing a new fireplace.

Air supply (=mm AIR)
A set for fresh air supply is available as an accessory. This will ensure that the air supply to the combustion chamber is less affected by ventilation systems, kitchen fans, and other factors which can create a down-draught in the room. In all new constructions, we strongly recommend the product is designed and prepared for direct supply of outside air. In older houses also, the use of a fresh air supply set is also recommended.
The insufficient air supply can cause poor draught and thereby low combustion efficiency and the problems this entails soot stains on the glass, inefficient utilization of the wood, and soot deposits in the chimney.

Warning!
Keep combustion and convection air inlet free from blockage.
Warning! Extractor fans when operating in the same room or space as the appliance may cause problems.

Distance illustration (FIG 1 – 1B)
*The illustration indicates the approximate center height of the recess for the flue. Consider the possible inclination of the flue prior to making perforating the chimney. Distortions in floors and walls may also influence the height, and dry stack therefore the fireplace for accurate height and positioning of the flue/chimney connection. If a fresh air supply set (accessory) is connected through the floor, mark where the hole should be.

Attention! Since the inner core is composed of many layers the connection height may vary by up to a few centimeters from installation to installation.
Safety distances (FIG 2 – 2B)
Ensure that the safety distances are complied with.

IMPORTANT! Drying Process The fireplace contains a lot of moisture when it is new and no fire has been made before. This moisture must be dried out before the fireplace can withstand the combustion rate given below.
To extract the moisture, follow this procedure:

1. Ensure that the air vent control just below the door is completely open
2. Ensure that the damper is in ignition mode.
3. Make a small fire with 0.5-1 kg of kindling wood

Attention! Let the air vent and damper remain open until the fire is burnt out.
This procedure is repeated twice more, with a 24 hrs gap between each time.
Attention! Failure to follow the guidelines for drying can cause the elements to crack. The air vent control is turned to the right to increase the air supply to Salzburg R
Combustion pace

An accumulating fireplace is designed to absorb thermal energy during a relatively short period of relatively intense heat. When the period of intensive combustion is completed, the product will deliver the accumulated heat over a longer period of time.
Attention! Combustion beyond the recommended pace (see a table with Technical Information) will result in higher surface temperatures, which can lead to discoloration of the paint. It can also result in higher-than-intended temperatures against combustible walls.

Follow the values in the table to find the correct load size and what loading interval is right for your product.
When the last load has passed into the ember phase with few embers left, the air damper is closed to prevent heat from escaping through the chimney.
Remember to open the air damper before making a fire in the fireplace.
The ignition mode should only be open when necessary for short periods (10-15 minutes) at the time a fire is lit, and at new loads, in order to prevent smoke or ash from escaping into the room. Persistent combustion with an open ignition mode can result in exceeding the maximum allowed chimney temperature.

Assembly

Attention! It is very important that the installation instructions are read carefully and followed closely in order to ensure the optimal functioning of the product.

Some advice in case of combustion problems

information or clean the fle, smoke baffle, and burn chamber.
The flue is sooty or there is accumulated soot on the smoke baffle
The smoke baffle is wrongly positioned| Verify the assembly of the smoke baffle – see assembly instructions.
The stove release smoke when lighting the fire and during combus- tlon| Downdraught in the room caused by no draught, that the house is too “air tight’.| Light the fire with an open window. If this helps, more/bigger vents must be installed in the room.
Downdraught in the room – caused by an extractor and/or central ventilation system that pulls too much air out of the room.| Turn off regulate extractor and/or other ventilation. If this helps, more vents must be installed.
The flues from two fireplaces/stoves are connected to the same chimney at the same height.| One flue must be repositioned. The height difference of the two flue pipes must be of at least 30 an.
The flue is in a reclining position from the smoke dome to the chimney.| The flue must be moved so that there is an inclination of at least 10° from the smoke dome to the chimney. Possibly install a smoke suction device.
The flue is too far into the chimney.| The flue must be reconnected so that it does not enter into the chimney but ends 5 mm before the chimney’s inner wall. Possibly install a smoke suction device’.
Soot hatch in the basement or attic that is open and thus creating a false draught.| Soot hatches must always be closed. Hatches that are not tight or are defective must be changed.
Damper/top draught vents or doors on fireplaces that are not in use are open and create a false draught.| Close damper, doors, and top draught vents on fireplaces that are not in use.
An open hole in the chimney after that a fireplace has been removed, thus creating a false draught.| Holes must be completely sealed off with masonry.
Defect masonry in the chimney, e.g. it is not airtight around the flue pipe entry and/or broken partition inside the chimney creating a false draught.| Seal and plaster all cracks and sites that are not tight.
The cross-section in the chimney is too large which results in no or very low draught.| The chimney must be refitted, possibly install a smoke suction device’.
The cross-section in the chimney is too small and the chimney cannot carry out all the smoke.| Change to a smaller place or build a new chimney with a larger cross-section. Possibly install a smoke suction device’.
The chimney is too low and hence a poor draught.| Increase the height of the chimney and/or install a chimney cap/ smoke suction device’.
The stove releases smoke Inside when
It Is windy outside.| The chimney is too low in relationship to the surrounding terrain, buildings, trees etc.| Increase the height of the chimney and/or install a chimney cap/ smoke suction device’.
Turbulence around the chimney due to the roof being too flat.| Increase the height of the chimney and/or install a chimney cap/ smoke suction device.
The stove does not heat sufficiently.| The combustion receives too much oxygen due to leakage under the lower border of the stove or too strong a chimney draught. Difficult to regulate the combustion and the wood burn up too quickly.| Any possible leakage must be sealed off. A draught regulator or possibly a dam. per can reduce the chimney draught. N.BI A leakage of only 5 cm2 is enough for 30% of the heated air to disappear.
Too much draught| The smoke buffer is wrongly positioned.| Verify the positioning of the smoke buffer – see assembly instructions.
In the case of using oven-dried wood, requires less air supply than when using normal wood.| Tum down the air supply.
The gaskets around the door are worn and totally flat.| Replace the gaskets, and contact your dealer.
The chimney is too large.| Contact chimneysweeper or another professional for more details.
The glass is sooty| The wood is too wet.| Only use dry wood with a humidity of a maximum 20%.
The air vent control is closed too tightly.| Open the air vent control to add air to the combustion. When new wood logs are inserted al vent controls should be completely opened or the door slightly opened until the flames have a good take on the wood
White glass| Bad combustion (the temperature is too low)| Follow the guidelines in this user guide for correct combustion.
Using the wrong material for combustion (such as: painted or impregnated wood, plastic laminate, plywood, etc)| Ensure and clean wood. d to use only
Smoke Is relea- sect when the door is opened| A leveling out of pressure occurs in the burn chamber.| Open the air vent control for about 1 min before opening the door – avoid opening the door too quickly.
The door is opened when there is a fire in the burn chamber.| Open the door carefully and/or only when there is a hot ember.
White smoke| The combustion temperature is too low.| Increase the air supply.
The wood is humid and contains water damp.| Ensure to use only dry and clean wood.
Black or grey/ black smoke| Insufficient combustion.| Increase the air supply.

Fig 1 Salzburg R = mm

Fig 1 A Salzburg R Extension Base = mm

Fig 1 B Salzburg R +1 = mm

Fig 2 Salzburg R

= Brannmur
= Brennbart materiale

Salzburg R / Salzburg R+1
– with heat shield

Fig 2 a Salzburg R

Fig 2 b SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 3 SALZBURG R/ SALZBURG R + 1

FIG 3 a SALZBURG R EXTENSION BASE

The base plate (1) or the extension base plate (2) is placed on the floor. It is important that the entire intended contact surface is in actual contact with the floor. This can be ensured by spreading a layer of tile adhesive or thin mortar on the floor before the base plate is placed on the floor. This is to ensure that the heavy fireplace is not left sitting on any irregularities and to ensure an even weight distribution of the fireplace. It is also important to ensure that this plate is level in both directions before proceeding with the installation.
Attention! The use of shims to level the base plate is not recommended as the differences in tension on the base plate can cause it to crack under the weight of the product.

FIG 3 b SALZBURG R EXTENSION BASE

IMPORTANT! The inner core of Powerstone™ must be centered on the first element.
Attention! In the case of the extension base appliance further assembling steps are the same as the standard ones.

FIG 5 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 6 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

The inner core elements are equipped with gaskets on the contact surface that should face upwards. There is therefore no need for further adhesives or sealing between each element. Ensure that the surfaces are clean and even and that there are no pieces of concrete or similar that may compromise the density between the elements.

FIG 7 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 8 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 9 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 10 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 10 a SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

Do not use the brackets if the radiation shield will not be used.

FIG 11 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 11 a SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 11 b SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 11 c SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

NOTE! It is important to center the inner core relative to the surround. Ensure that the core is centered after each shift of PowerStone™. Confirm that the inner core is assembled vertically and that the layers are not offset relative to each other. There should be a 6-10 mm air gap between the inner core and the surround.

FIG 12 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 13 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 14 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

We recommend removing the door during assembly in order not to damage it. Open the door and gently tighten the small screw with a 2,5 mm Allen key Remove the transportation lock and lift the door up and out of the lower edge. Be careful when the door is pulled out from the bottom as to not damage the frame.

FIG 14 a SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 15 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 15 a SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 15 b SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 16 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

Do not use the brackets if the radiation shield will not be used.

FIG 17 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

Do not use the brackets if the radiation shield will not be used.

FIG 17 a SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 17 b SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

Do not use the brackets if the radiation shield will not be used.

FIG 17 c SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 18 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 19 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 20 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

Do not use the brackets if the radiation shield will not be used.

FIG 20 a SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 20 b SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

Do not use the brackets if the radiation shield will not be used.

FIG 21 SALZBURG R + 1 (extension – optional)

Do not use the brackets if the radiation shield will not be used.

FIG 21 a SALZBURG R + 1 (extension – optional)

FIG 21 b SALZBURG R + 1 (extension – optional)

Do not use the brackets if the radiation shield will not be used.

FIG 21 c SALZBURG R + 1 (extension – optional)

If you are not assembling Salzburg R +1, please skip FIG 21c and continue assembling from FIG 22.

FIG 22 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 23 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

Rear flue connection

FIG 23 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE
Rear flue connection

Place the smoke pipe. Before placing the next Powerstone, make sure the connection between the Powerstone and the smokepipe is sealed. The flue pipe should be flush with the inside of the Powerstone.

FIG 24 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE
Rear flue connection

FIG 25 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE
Rear flue connection

FIG 26 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE
Top flue connection

Glue the Powerstone cover to the elements using fire cement or similar.

FIG 27 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE
Top flue connection

FIG 28 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 29 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE
Rear flue connection
FIG 30 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 31 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 31 a SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 32 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

The distance between the surround and door frame should be equal at the top and the bottom.

FIG 32 a SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 32 b SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 32 c SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 33 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 34 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 35 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 36 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 37 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 38 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 39 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 40 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 41 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 42 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

FIG 43 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE
POSITION OF THE SERIAL NUMBER
FIG 44 SALZBURG R / SALZBURG R + 1 / SALZBURG R EXTENSION BASE

Declaration of Ecodesign Conformity

This is to declare that Nordpeis Salzburg R complies with the Ecodesign requirements described in the Commission Regulation, Directive 2015/1185 of the European Parliament and of Council 2009/125/WE for local solid fuel space heaters.

Emission from combustion:|
---|---
Carbon monoxide at 13% 02| CO:| < 1500 mg / m3
Oxygen nitride NOx at 13% 02| NOx :| < 200 mg / m3
Organic Gaseous Carbon at 13% 02| OGC :| < 120 mg / m3
Particulate Matter at 13 02| PM :| < 40 mg / m3
Energy efficiency| | > 65 %

The undersigned is responsible for the manufacture and conformity with declared performance.

Technical parameters for solid fuel local space heaters

Model identther(s): Salzburg R

Indirect heating fundonakty. no
Died heat output: 2,1 (kW)
Fuel| Preferred fuel (only one):| Other suitable fuel(s):
Wood logs with a moisture content s 25 %| yes| no
Compressed wood with moisture cadent < 12 %| no| no
Otter woody bkmass| no| no
Non-woody banes| no| no
Anthracite and dry steam coal| no| no
Had coke| no| no
Low-temperature coke| no| no
Bituminous coal| no| no
Write briquettes| no| no
Peat briquettes| no| no
Blended fosse bed &Muslim| no| no
Otis fossil fuel| no| no
Blended biomass and fossil kid briquettes| no| no
Otis Nerd of biomass and solid fuel| no| no
Characteristics when operating with the preferred fuel
Seasonal space healing energy efficiency d e< 65 %
Energy Efficiency Index (EEO: 112,8
Item| I Symbol| I value| I Unit| Item| I Symbol| I value| Unit
Heat output| Useful efficiency (NCV as °calved)
Nominal heat output| I Peen,| 12,1| I IAN| Useful evidence at the normal heat output| dm.,| I < 66 %|
Auxiliary electricity consumption| Type of heat output from temperature control (select one)
Al nominal heat output| | | IAN| en* stage heat copal, no roan temperature antral| no|
Al raninnan heat cuBut| 0,,| | IAN| two or more manual stages, no roan temperance cartel| yes|
In slancty mode| eta| | kW| with mechanic thermostat roan temperance control| no|
| wilt electronic roan temperature control| no|
| wilt electronic roan temperance coned plus day timer| I
no|
| wit) electrode roan temperature coned plus we timer| no|
| Other control options (multiple selections possible)
| roomtemperaktre ccntrol. with presence detection| no|
| room temperature control, with open window detection| no|
| wit) distance control option| no|
Permanent pilot flame power requirement| | |
Eliot flame power requarnent (iapplicabie)| Pow| I| I IAN|
Contact details| Name and address of the swam:
Nordpels AS, Ofellebeidatubben 11, N3420 LERSKOG EN, Norway

Nordpeis AS, Gjellebekkstubben 9-11, N-3420 LIERSKOGEN, Norway
www.nordpeis.no

References

• art.no
• The largest fireplace supplier in Norway | Nordpeis
• Kaminanlage und Kaminofen | Wärmende Innovation | Nordpeis
• Cheminées et poêles | Un design chaleureux | Nordpeis
• Størst på peis - finn din favoritt | Nordpeis

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