Water circuit

There’s a lot more that goes on in the background to keep our homes warm and comfortable than simply raising the thermostat. The water circuit is one of the most important parts of heating systems; it is an integral part that keeps our homes warm. Long-term energy and financial savings can be achieved by optimizing our heating efficiency and having a thorough understanding of how this system operates.

Fundamentally, a water circuit is a closed-loop system that is intended to distribute hot water throughout the house from a heat source, like a furnace or boiler. By means of pipes set in the walls, floors, or radiators, this hot water circulates and releases heat energy into the adjacent spaces. Warmth is continuously produced as the water cools and then returns to the heat source to be warmed again and cycled.

The capacity of a water circuit heating system to distribute heat evenly and consistently throughout the house is one of its main benefits. Every area of your house will remain comfortably warm thanks to water circuits’ uniform heat delivery, in contrast to traditional forced-air systems, which can cause hot and cold spots. This reduces energy waste and improves comfort because less heat is needed to maintain the desired temperature.

Water circuits also provide flexibility in terms of heat sources and distribution techniques. There is a water circuit configuration to fit your needs, whether you like baseboard heaters, wall-mounted radiators, or radiant floor heating. With options for integrating renewable energy sources like solar or geothermal power, these systems are now more environmentally friendly and energy-efficient thanks to modern technological advancements.

Connection of a water circuit

The fireplace can be connected to the house’s existing heating system. The fireplace is equipped with pipes for both water supply and drainage, in addition to a dummage pipe. Extra nozzles are installed for water circulation in the boiler in case it becomes necessary to heat the floor for a private residence.

When connecting a water circuit, the following important points must be observed:

The following crucial guidelines need to be followed when establishing a water circuit:

• installation on a flat surface. If there is no way to align the floor on which the fireplace will stand, you can apply adjustable on the leg. An uneven installation entails the danger during operation and a significant decrease in the effectiveness of the fireplace;
• Mandatory testing for tightness after filling the system with water. First you should check all the joints of the pipes without supplying pressure. Then, turning on the circulation pump, once again exclude the flow and leature of pipes and joints. It is also necessary to ensure the tightness of the chimney, covering the joints with a heat -resistant sealant;
• Checking the operation of the fireplace and heating water. You should not be scared of the smell from the fireplace at the first ignition – for a short time it will disappear. It is necessary to check the correctness of the automation: how accurately adjusting the water temperature in radiators is, is it possible to adjust the speed of its supply.

Types of water furnaces

• installations operating on traditional firewood. We make a reservation that such foci should not be too productive, since the outlet of the focus is inevitable before it is necessary.
• The Bulerian furnace is characterized in that it does not intend to install a special register for heating the coolant. In "Bulereyan", water or antifreeze is heated in the furnace itself, while an additional compartment is provided to increase the productivity of the device, where wood gas is received.
• Heating stoves made of durable cast iron represent devices based on a cast -iron case where heat is obtained. Very good stoves, in simple terms, they are bought “for centuries”, since cast iron belongs to those materials that have high durability and reliability of their use. Only a water body in the device is made of thermal steel, everything else is cast iron.

1. The simplest: reducing or increasing the portion of fuel affects the reduction or lowering of the temperature mark.
2. For transforming the temperature conditions, a special damper-regulator is used.
3. The use of the circulation pump affects the rhythmic heating of the house.

Choice 1 Chazelles CH860 C with a water circuit

The most widely used firebox on the market today is the Camine CH860 C with a water circuit. She is the perfect example of combining price and quality.

Not only does the device’s large glass tightly seal the furnace chamber, but it also lets the owners enjoy a close-up view of the fire.

The furnace door features a lateral opening, a decorative fence keeps firewood from flying everywhere, and a glass cleansing system keeps the glass clear and clean all the time.

• Top capacity – 26.7 kW.
• The maximum volume of heated room is 650 m3.
• Water circuit.
• Dimensions: 635x760x870 mm.
• Efficiency – 79%.
• Door opening – side.
• Glass cleaning system.
• The manufacturer is France.
• Price – 148,000 rubles.

A large country house can be heated and warm water for household needs can be obtained from an affordable, elegant, and powerful firebox.

The fireplace is aesthetically pleasing, with a large glass pane that lets you freely view the burning and control its intensity.

Installation and installation

Instead of taking a chance and installing it yourself, you should leave the installation to the professionals.

1. After a thorough inspection of the fireplace, make sure the integrity of the parts and fortress of the compounds.
2. The device is installed on a 30-40-centimeter foundation.
3. The level should be leveled and connected to chimney channels and water system. According to consumer reviews, this procedure is simple.
4. The next step is the installation of the components, according to the instructions for each individual model, what can be seen on the video.

Most fireplaces with a water shirt use a standard connection model that is essentially the same:

• arrange a fireplace itself in a basement or living room;
• A hydraulic accumulator is installed in the utility room,
• install radiators on the inner perimeter of the house for heating the room.

The type of system is altered by the expansion tank’s placement, which determines whether it is closed or open:

1. The open system is characterized by the placement of the expansion tank at the highest point of the room; The heat exchanger, located in the free part of the furnace, is located in the coil and filled with water under the influence of gravity. Such a system is simple, it can easily be mounted with your own hands, but due to a large energy loss of water and high hydraulic pressure of pipes, it is ineffective.
2. With a closed system, the heat exchanger is located in the closed part of the fireplace, and the pump is used for water circulation in the system. Water boils in case of circulation stops, as a result of which an emergency shutdown of the equipment is triggered. Such a system is much more complicated for assembling with your own hands

An extra coil is inserted in the device’s back to stop this occurrence, and it can be filled with cold water if needed. These fireplaces have a water temperature sensor integrated into the water shirt; if the sensor senses an overheat, the system disconnects automatically.

Which option to choose?

Nearly the same device is used in all of these devices. They might not be exactly alike, depending on the manufacturer and model.

1. In their configuration, a fireplace with a water shirt can be three- or four-sided.
2. Some models are equipped with side glass, which increases their aesthetic and practical properties and makes them in demand, according to reviews.
3. The furnaces of different models of a fireplace with a water shirt can be tunnel type or tunnel+side glass.
4. Heat -powered glass in the door of the furnace can be panoramic or prismatic.

The basic component of every model is the same. Additionally, the cost of the fireplace with a water shirt varies, occasionally significantly, based on the manufacturer and the stamp.

The device and functioning of the firebox for the fireplaces with a water circuit

The firebox, which houses the heat exchanger, is designed very differently from the device of a conventional furnace because of its primary purposes. The gadget meant for the fireplace works on the following principle:

• The furnace chamber heats up gradually during the combustion of firewood or coal;
• The coolant circulates in the circuit and heats up from the air rising in the firebox upwards;
• Heated water enters the heating system, giving their heat to the devices, which heat the space in the house.

The water circuit receives the cooled coolant once more. Provide all of these signs of the void inside the furnace; they are heated and will keep the water or antifreeze inside the contour continuously heated.

Because of this, compared to using a traditional fireplace or small stove, heat transfer indicators are significantly higher. For this reason, the firebox can serve as the room’s sole source of heat.

It is advised to use the Topka-Kotel system to get the highest heating indicators or to throw a large house with the least amount of resources.

In this scenario, the heating of the property will happen continuously because the boiler will be operating primarily when no one is in the house and a fireplace firebox will be in use when someone is in the house.

Fireplaces with a water circle furnace

The following are a system’s primary benefits:

• The ability to select optimal power indicators;
• Uniform heating of large and small rooms;
• Effective work for any installation scheme.

If the water heating pipeline is already in place, all you have to do to install the furnace is connect it; no additional building or modifications are required.

If the firebox is made by a professional, installing and connecting it will not take much time. If an independent type of installation is chosen, though, you should research the relevant literature or get in touch with the workshop to ensure reliability.

Following a complete connection and verification, the structure’s operation can begin.

Thus, it is not necessary to spend a lot of money on heating in order for the room to be hot even in the winter. Installing a furnace in the home along with a water heating circuit will suffice to ensure a comfortable temperature at all times.

Russia offers a variety of climates, from hot summers to freezing winters, but a home with a fireplace will always be cozy and pleasant. For this reason, anyone who enjoys living in the suburbs should buy and install this design. The furnaces recommended by Russia account for every aspect of the climate.

Installation of a water circuit system

You should move on to the installation of a water heating system once the bricklaying for the fireplace design is complete. Measurement devices and a circulation pump can be added to the system if necessary. There are connected trunk pipelines that go from the radiators to the fireplace. As it happens, the pipes are supposed to pass through the walls. In this instance, the ceilings where the pipe passage is supposed to be must be broken. The created hole is then carefully filled in with cement.

In the room where they are located, pipes are brought to the radiators, which are hung on brackets beneath the window. The window sill is used to determine the installed radiator’s size:

• The minimum distance from the floor is 10 – 15 cm;
• from the wall distance – from 3 cm;
• Distance from the windowsill – 10 cm.

To guarantee the radiator’s continuous operation, installation must be done in a specific order. First, future bracket locations are marked on the wall. The marking has holes drilled into it. Brackets are fastened to wall, strictly adhering to verticality, which is verified with construction level. Gather all of the taps in accordance with the current layout before hanging the radiator on the wall. Installing the supply/outlet pipe is the last step.

Thermal clothing must be installed at the input and output, along with accessories that regulate and shut off the flow of water. In the event that the water in the system suddenly boils, the expansion tank must be mounted.

How can you build a fireplace or barbecue with your hands?

How are fireplaces and furnaces laid?

Fireplaces made of gypsum cardboard: design and embellishment

What is the difference between fireplaces with a water circle with each other

1. Appearance. For example, fireplaces can differ in the appearance of the glass: prismatic, direct or panoramic. The type of glass most often affects the cost of the fireplace. Direct – cheaper, panoramic and prismatic – more expensive. At the same time, each manufacturer can make its own adjustments to the appearance.
2. Power. Framps are available for various heating power, which depends on the heating area: 12, 15, 19 and 24kW.
3. According to the connection scheme – open or closed connection diagram (more on this later). Framines for an open system are made under a pressure of 1.5 atmospheres and the thickness of the internal wall 4mm. Kamins for a closed system should withstand higher pressure – 2.5 bar. They have a large wall thickness – 6 mm and, accordingly, the larger fire of the fireplace.

Buying fireplaces and overview of models

There are currently a lot of these devices available on the market. A fireplace can be bought from a specialist point of sale or an internet retailer. The most important thing is to understand the qualities you require.

You can purchase fireplaces with a water shirt for any budget by searching Yandex.Market online. A fairly large selection is available there.

We recommend that you use Yandex.Cards to find the closest point of sale, visit to see the products in person, and get advice. If you type in a request for the sale of fireplaces in the search, all points will show up on the cards that you can buy.

The heating device ranges in price from 30,000 to 300,000 rubles. Examine a few models below.

Features of the Kamin Bartu stove featuring a water circuit and stove:

• Complete thermal power: 14 kW (140 kV. m);
• heat exchanger: steel 5 mm thick, volume – 4 l;
• Dimensions (VHShHG): 890x550x415 mm;
• Water circuit power: 5 kW;
• mass: 150 kg;
• The diameter of the chimney: 150 mm;
• Price: 23-25 thousand. rubles.

The Edilkamin Acquatondo 22 Prisma fireplace has a lifting door with prismatic glass and a water circuit. Principal attributes:

• Dimensions (VHShHG): 1380x800x680 mm;
• Section: 220 mm;
• The volume of heated room: 530 cubic meters. m;
• Power: 26 kW;
• Efficiency: 79%;
• Selection of warm water: 60%;
• Fuel consumption (firewood): 6.5 kg/h;
• fluid productivity: 14 l/min;
• Weight: 230 kg;
• Price: 230-270 thousand. rubles.

Shiber-equipped Ferlux Camminer Caming C-21w equipped with an ash removable and a water circuit. The door can be opened to the side in order to change the air supply so that it burns. Principal attributes:

• External dimensions (VHShHG): 670x692x480 mm;
• Internal dimensions (VHShHG): 415x572x330 mm;
• Glass thickness: 4 mm;
• Nominal power: 12.5 kW;
• Water circuit power: 3.7 kW;
• Flip tank volume: 7 l;
• Heated volume: 150 cubic meters. m;
• Efficiency: 72%;
• The diameter of the chimney: 180, 200 mm;
• Fuel: firewood;
• Weight: 119 kg;
• Price: 55-65 thousand. rubles.

Brick laying of a water fireplace

The base needs to be completely dry before a waterproofing layer is applied. This can be accomplished by applying two layers of roofing material.

The next step involves preparing a solution with water, clay, and sifted sand. Wet the clay with water first, and then knead all of the lumps. Hands are used to remove any small pebbles and other trash from it. If the clay is found to be oily, a small amount of purified sand is added, and the mixture is swirled until the clay stops sticking to the shovel and starts to drain out of it.

Counseling! Sand can be sifted right before the batch to save time on "catch" waste. To make the solution stronger for the first masonry, it is advised to add some cement to it.

About 30% of the mass is made up of this percentage. Brick halves are used to construct arched channels from the exterior. They must be polished in order for them to have a tidy and smooth surface.

Incredibly significant! Remember that polished-surface bricks do not fit inside chimneys because they will obstruct smoke flow freely through them. Brick needs to be carefully calibrated by size and weight before laying can begin.

After that, they are cleaned and submerged in water for a while. This prevents the bricks from being pulled out of the solution after they have been saturated with third-party moisture.

Brick needs to be carefully calibrated by weight and size before laying can begin. After that, they are cleaned and submerged in water for a while. This prevents the bricks from being pulled out of the solution after they have been saturated with third-party moisture.

• Then the first row of the fireplace is laid after which the evenness of the masonry is measured using the level (this is very important).
• After the first, all other rows are placed in accordance with the order. Moreover, each of them is checked by plumbing and the construction level for evenness. The uniformity of the design by diagonals is checked by a rope. When laying solid rows, use a trowel, and on the inside of the chimney, you will have to do this with a hand so that any pebble that came into a solution could be immediately detected and removed.
• The fuel and walls from the inside after masonry are thoroughly wiped, while removing excess . You can melt it from the inside.
• To give a beautiful appearance, the vault of the furnace is produced by the method of gradual "assignment". For temporary jumpers, a circular formwork is made. The masonry itself begins with the central zone and continues one and the other side. After several rows of jumpers are laid, you can remove. You must do this.
• The chimney is laid out in strict verticality. Therefore, each laid row should be checked for evenness.
• At the top of the building where the chimney will be brought out, you need to think about fire safety. Between the roof and the chimney for this should be installed the obstructing layer using non -combustible materials.

Masonry is a labor-intensive and time-consuming process overall. And the accuracy with which everything is completed will depend on both the structure’s aesthetic appeal and functionality. You can view the following video to learn how to build a stove-stone on your own for heating water:

The advantages and disadvantages of the fireplace furnace with a water circuit

It is important for you to familiarize yourself with the pros and cons of the furnace with a shirt before making any purchases to avoid disappointments down the road.

Examine the fireplace furnace’s connection diagram thoroughly before installing it.

Personal qualities:

1. The brick thermoconom (Russia) is easy to integrate into any heating system, and outside can be decorative brick. Often fireplaces are used as the main device for supplying heat to pipes.
2. The designs are multifunctional, as they can be used for heating and hot water. Any fireplace can be an excellent decoration in the house, regardless of the design solution.
3. The device can be used for heating a house whose area is 250 m².
4. Thermocons are almost durable, since there is no overheating of the furnace.
5. Choosing a fireplace fireplace, a completely safe product is purchased, since there will be no penetration of smoke or flame inside the room.
6. The system does not need to be connected to electricity, which means it is economical.
7. Finding and purchasing fuel for such a fireplace is not difficult and not expensive.
8. Often on sale you can find fireplaces in which you can cook food.

However, there is no automation at all, meaning that the only way to maintain heat is by hand. This low efficiency means that heat cannot be maintained for very long without fuel, especially during the winter.

Numerous studies have revealed that the pellet option with "wannies" is significantly more expensive than similar devices, like a boiler that uses steam heating for the same amount of power.

Only if you use the fireplace regularly for five or six years will you be able to recover the difference. Typically, only the ground floor of a house with planned periodic accommodations is heated, so installing "dropsy" in such a situation would be inappropriate.

What is a water circuit

The thermoconom case is composed of cast iron up to 8 mm thick or boiler steel measuring 4-5 mm, and it is painted outside with fire-resistant material.

About forty liters of water can be stored in the area between the walls, also known as the "Water shirt." Heat-resistant tiles cover the furnace’s interior. Air channels are positioned between the furnace’s walls, providing access to oxygen to sustain the combustion process. Heat exchangers are also installed, as previously mentioned.

The water heated in the coils is directed into the heating system and, if required, the hot water supply system, while the air heated in the channels through the specially designed holes enters the room.

Features of installation and cladding

Whatever needs for heating, the owner of the house does not have, buy firewood fireplaces with a water circuit – will always be a correct and productive solution. At the same time, in their installation and installation, such foci are identical to classic heating heating – without a hydraulic circuit. That is, for a focus with a heat exchanger, the same components as a chimney, a non -combustible base (foundation), isolation of surfaces near the walls of the furnace and in the places of passage of the chimney will be needed. Only the system of pipes, pipes and ducts for wiring heat and coolant through the selected rooms acts as an additional factor.

The cladding on these heaters is also standard. Any focal point on a water shirt, from traditional and antiquated to contemporary and cutting edge, can be encased in a gorgeous and fashionable cladding in the chosen design.

Connection schemes

Plan for heating water

Installing such a design in a two-story home with a 250 square foot usable area requires that you follow the following guidelines for fireplace placement:

• The structure is installed below, that is, on the lower floor
• The water tank is placed in technical rooms, it is the heat from the coolant should be received there
• In the container with a coil, water warms up to the desired temperature
• From a hydraulic accumulator (tank with water), the heated is supplied to the radiators
• With good design power, part of the heated water can be used for household needs
• The cooled water through the return is returned to the tank again, heats up and again enters the batteries. The pipe lane is circulated by water intended for personal use by the inhabitants of the house. That is, it also heats up periodically.

There is not much of a difference in the layout of the fireplace device in a typical home (first floor). The wiring of downs, radiators, and pipelines differs. Even though installing these furnaces is the same, there are a few subtle differences to be aware of. The expansion tank’s location and type are primarily to blame for this. This is why it is separated into open and closed connection methods.

Open connection method

Water really enters the system where I installed the tank, which is at the very top of the monastery (the attic). She then goes inside the battery. The system’s simplicity of installation and the total lack of any extra electrical appliances are its defining features.

Closed connection method

In this version, the water enters the tank through the pump rather than gravity. It does not care about height or distance, so you can install it anywhere. There are a few benefits to this approach over the prior one:

• Has no restrictions in the area of the heating. That is, you can heat a house with a living area of more than 100 squares (in the previous method of connection there are such restrictions)
• The number of radiators can be increased, while the efficiency will not decrease
• The system does not overheat

DIY brick stoves with water heating

How is a brick furnace constructed?

1. the recess, inside of which we pour broken brick, laughter stone, gravel, etc.P. The average layer thickness will be eighteen centimeters. Everything is tamped and poured with cement mortar.
2. After that, lay two brick rows on a cement solution, on top – a layer of waterproofing (roofing material or peramy).
3. laying out brick on a sand-clay solution.
4. We bring the masonry five to eight centimeters above the floor surface.

How should a masonry solution be prepared?

1. For the preparation of a quality solution, you should choose good clay, experts recommend using blue Cambrian clay. Clay is soaked in water for several days. You can apply dry clay, but the proportion of water and clay will be different – 1: 1, wet clay in the proportion of water – 1: 2. Pour the water into a thin stream into clay, the result should be a lot of consistency of liquid sour cream. When preparing the solution, take into account the fat content of clay.
2. You need good sand to knead the solution. Experts advise using river or sea sand, which is sifted before use, washed and defended for 2-3 days. Water must be drained until it becomes clean. Only after that the sand can be dried and sift.
3. Direct preparation of the solution. First, mix the sand and cement, after pouring them with a slide. We put the resulting mass in a trough and dilute with liquid clay to a state of thick sour cream, adding a little salt. Thick solution can be diluted with water.
4. Checking the solution. It is important to get a plastic, ready -made solution that will not drain from the trowel with which the solution is checked.

Once the solution is prepared, install the furnace next.

1. Preparation of the solution. Pour a slide of sand and cement, which are mixed with a construction shovel. After that, the whole mass is placed in a special container and diluted with liquid clay. The solution should resemble a thick sour cream by consistency, for this it is better to add a little sodium salt to it. If the solution is too thick, add water.
2. As a solution can be checked for readiness? The mixture should be plastic, do not spread and fall apart into separate parts. The check is carried out using a trowel to which the solution should not stick, but evenly lie down on the surface.

Advantages and features

The fact that these devices can be integrated into the current heating system explains their popularity. Certain fireplaces that have a water circuit and a firebox can completely replace heating boilers.

The benefits of these devices also include:

• Multifunctionality;
• Durability;
• The ability to install anywhere;
• Autonomy;
• The availability of fuel.

The aesthetics of these devices is another benefit of using them. Certain models’ fashionable cladding and shapes make them suitable for use as a sort of room decoration.

Water circle fireplaces require very little maintenance, and there are no hard and fast rules when it comes to installing one in a space. But the furnace’s long lifespan and inexpensive cost remain its greatest advantages.

These devices cannot, however, be used as the primary heat sources during the winter due to their low efficiency. Furthermore, the absence of automatic control is another reason why fireplace furnaces are not common. As a result, you must manually melt and continue burning firewood while continuously laying it up.

Popular models

Some of the most popular gadgets in this category are made by the following brands:

• Tarnava Aquatar;
• Kratki Amelia;
• Chazeless;
• Hot aqua.

Accurately regarded as one of the best models on the list is Topka Tarnava. It has a long service life because it is constructed entirely of gray cast iron and has no seams.

Steel sheets cooked in a single tank make up the furnace’s water circuit. Modern technology for the device’s air supply has made it possible to prevent soot from getting on the door’s glass. A fence within the firebox itself keeps ash and coals from falling out.

The device has a 16 kW power output, which is more than sufficient to heat a room up to 320 m³. It is perfect for a country home and accomplishes multiple goals:

• Effective heat source;
• Preparation of hot water;
• The opportunity to admire the living fire.

It costs 126 thousand rubles for this brand’s fireplace firebox without a face.

The item manufactured by the Polish business Kratki is the second most well-liked. The manufacturer’s extremely efficient furnace, which is marketed under the AMILIA brand, heats the space. A good overview is provided by the large glass in the door, which lets you see the smoldering coals in the front and right sections of the fireplace.

We examine a widget regarding Kratki merchandise:

An area of up to 200 m² can be quickly and efficiently heated by connecting the furnace to the heating system thanks to its water circuit. This kind of gadget costs 233 thousand rubles.

The French manufacturer’s firebox, marketed under the Chezelles brand, is the most sought-after product in the domestic market. It is of excellent quality and dependability and, like earlier models, has a water circuit. A large glass door on the firebox allows you to watch the firewood burn while securely shutting the camera. The firewood scattering prevents the decorative fencing from being included in the design, and the glass cleaning system keeps the glass clear and clean all the time.

The device’s 26.7 kW of power is sufficient to heat a sizable home and generate hot water. Such a model can cost up to 148 thousand rubles at the same time.

A fireplace firewall featuring a hot Aqua water circle is among the least expensive models. This product is made in Ukraine and is on par with goods from other countries in terms of quality. Furthermore, there are constructive differences between this brand’s furnaces. They can be fitted with a second, bluish-tinted glass, which improves the device’s efficiency by 5% and makes a significant difference. You can change the amount of combustion when there is a gate shutter or shutter in the chimney pipe.

There are hot models of the firebox. Aqua features a unique glass lifting mechanism, and the camera was able to open both up and to the side. One of the most reasonable prices for such a device is approximately 100,000 rubles.

Choosing a model in accordance with the interior of the room

When buying heating equipment, people typically consider the heated room’s size and power. However, the aesthetics of a fireplace are crucial. These devices are usually placed in the living room or hallway and need to blend in with the overall style of the space. After all, among its duties are not only keeping the space at a comfortable temperature but also furnishing it to suit the tastes of the room’s occupants.

Installation and connection

The water circuit connection diagram for a fireplace is typically standard and easy to implement. You will require the following instructions if you lack the necessary experience performing such work:

1. Remove all bags, boxes from the hearth and install on a pre -prepared coating;
2. Check evenness using the construction level;
3. The pipe should be at the same level with the chimney;
4. Install all additional elements (ash, grate, lattice and doors);
5. If the weight of the system is already completely established, all that will need to be done is to carry out the connection of the focus with the chimney and seal all joints and seams well;
6. If all work is carried out for the first time, first of all, a fellow is required to be elements responsible for gas removal;
7. For single -circuit pipes, it is necessary to warm up, as they are steel and quickly cool, and are also carried out from the outside of the construction;
8. Joints and gaps between the docking elements of the chimney are treated with sealant;

Picture showing the systems and components that need to be connected

Picture showing the systems and components that need to be connected

Furnace connection diagram that has been simplified with a water shirt

Furnace connection diagram that has been simplified with a water shirt

A technique for heating the hearth that shows the airflow directions and output

A technique for heating the hearth that shows the airflow directions and output

Important: Avoid doing too many horizontal sections when assembling and operating a chimney as this may result in improper or sluggish traction work. In this instance, there should be roughly 900–1000 centimeters between the chimney and the firebox.

Additionally, the chimney’s joints shouldn’t intersect with different beams or ceilings because at this point, it will be impossible to seal the seams completely and with high quality.

1. The maximum angle of inclination of the chimney elements is 40-45 degrees. If such a value is unacceptable to adjust the angle from 14 to 31 degrees;
2. The pipe is connected to the horizontal chimney pipe. The diameter of the pipe must correspond to the parameters of the chimney elements;
3. If you need to make a branch, use the tee, and to remove the horizontal area through wall floors, fixing by means of special brackets;
4. In places of passage of the chimney through the ceilings, mandatory isolation and sealing is carried out. For these purposes, you can use basalt fiber;
5. The pipe is displayed on the roof and is vertically fixed;
6. The upper part is equipped with a special protective cap-zone.

Diagram of connections and chimney via roof overlap

Diagram of connections and chimney via roof overlap

A picture illustrating a set fireplace

The fireplace is primarily meant to be installed in homes with large rooms, multiple floors, and an impressive overall size. With this option, you can heat something quickly, evenly, and intensely. Additionally, these gadgets are very affordable. However, hiring a professional is advised if you lack the necessary installation knowledge and abilities.

Device device

1. The combustion chamber is located inside the waterjack, closing a cast -iron, equipped with heat -resistant glass, a door with a bolt.
2. Firewood for kindling is laid on a grate installed on a cast -iron sheet with chamotte slabs.
3. Above it is installed by the ribs up the bars of the ash, as in the photo.
4. To prevent the hot coals from waking up from the furnace, the device is equipped with a cast -iron fence.
5. The remnants of combustion are collected in a drawer located under the firebox. Smokebuits that are above the combustion chambers take smoke and help the heat transfer inside the fireplace.
6. The upper and lower pipes contribute to the circulation of water in the system, the influx and the removal of heated water to the fireplace.

Knowing the water circuit is essential to efficiently heating and insulating your house. The water circuit is essentially the system that distributes hot water throughout your home for use in domestic settings and for heating. A boiler, pipes, radiators, underfloor heating, and possibly a hot water tank make up this circuit in most cases. Knowing how this circuit works enables homeowners to maximize the efficiency of their heating system, ensuring warmth where it’s needed and reducing energy waste. Understanding the fundamentals of the water circuit will help homeowners diagnose problems, decide what improvements or repairs to make, and ultimately design a more cozy and energy-efficient living environment.

Open Contain fireplace potentials

These kinds of fireplaces can be used as a backup source of heat as well as the primary source. A unique connection plan needs to be drawn up in situations where the wood-burning fireplace serves as the primary source of heat for the house.

In addition to heating the building, which is about 400 square feet, it also supplies hot water for residents’ domestic needs and maintains the system of warm floors.

Crucial! The stove-stone can be used as a backup heating source or as an alternative source of energy when connected to the current heating system. Additionally, while it is operating, the primary heating system will be turned off automatically because modern boilers have automation that controls the heating of the water and disconnects it at excessive temperatures.

It is also possible to use the fireplace without having a connection to the main heating system. This is particularly beneficial for heating elementary water during the warm months of the year. These kinds of designs can address a number of issues, including the following:

• Excellent appearance.
• Saving energy resources.
• Heating the room and warming up water as necessary.

The principle of operation of the fireplace cassette with a water shirt

• Duration of combustion-in a classic fireplace, firewood burn in 1.5-2 hours. In a closed -type firebox, the duration of burning increases to 3 hours. There are fireboxes in which the principle of slow fuel burning is used. The combustion period increases due to the exact settings for the supply of air and the removal of combustion products.Prolonged fire fireplace fireplaces work within 6 hours from one bookmark. The function of secondary outburst of the outgoing smoke gases is provided.
• Type of the coolant circulation – the design of the firebox allows the connection to the heating system of any type. The furnace is installed in open and closed systems with pump and coolant.

Regardless of the distance from the primary heat source, the pumping circulation ensures that heating radiators are heated uniformly. When a pump is connected, the firebox’s heat efficiency rises by at least 40%.

The main stages of the construction

The strongest materials go into making the fireplace stove, which provides heat for the rooms. Bricks or steel with a thickness of up to 3 mm can be utilized as such. Creating a working drawing is the first step in the building process. To accomplish this, decide where the fireplace will be installed in the future and take the required measurements out. The primary dimensions of the structure must then be determined and transferred to the graphic section.

When the drawing is ready, you can start marking on which the foundation will be created. Initially, incomplete disassembly of the floor is carried out, a pit in the shape of a rectangle is born, its depth should not exceed 0.5 m. A crumb of brick or gravel is poured to the bottom of the resulting pit. Next, a layer of cement is poured, the horizontality of the flooded layer is carefully checked using the level. Cement should completely dry. On a fully dried layer of flooded cement, it is necessary to lay 2-3 layers of roofing material, which acts as a waterproofing, which helps to completely eliminate the effect of moisture.

Go back to the contents table.

Kratki company

Polish wood fireplace Kratki

One of the most well-known fireplace manufacturers in Europe is the Polish business Kratki. The company started out making fireplace grilles in 1998, and because of the superior quality of the products it offered, it quickly gained the consumer market. Later, the company’s product line grew and started to include firewood-powered stove heating apparatus.

Today, Kratki is a strong, rapidly growing company that offers a large selection of stoves, fireplaces, and fireplace accessories. It is situated close to Radom’s largest industrial area. The business operates under the tenet that "Polish one means excellent," giving users efficient equipment that satisfies the highest security and quality requirements.

Firewood made of Kratki wood

Krati’s ability to grasp the fundamentals of fireplace construction and adapt quickly to shifting market conditions allowed him to assume leadership roles both domestically and internationally. The Russian Federation, Sweden, the Czech Republic, Slovakia, Norway, Finland, Germany, the Baltic nations (Lithuania, Estonia, Latvia), Belarus, Ukraine, Slovenia, Cyprus, Greece, Switzerland, Italy, Spain, Belgium, France, Romania, and Austria are currently the markets for the company’s fireplace products.

Kratki has achieved the cost of manufactured equipment due to high levels of automation in their production process, which has positively impacted their final, relatively democratic price. The Polish company’s production area is furnished with cutting-edge, contemporary machinery, including robotic welding complexes, metal cutting lasers, numerical control machines, limb presses, and electric tools for handling stone and wood. The current fireplace collections are continuously updated by the Kratki design bureau to enhance their visual appeal and functional features.

Kamins for the Kratki house, a Polish company

The business also gives careful consideration to the suppliers of the raw materials (wood, glass, ceramic, and artificial and natural stone) that are used to adorn the fireplace portals of its heating devices, only doing business with reputable companies that offer high-quality goods. The Polish manufacturer also pays close attention to logistics, which enables them to expedite the sale, transportation, and storage of their products and deliver them to customers. Thanks to all of these actions, as well as the excellent quality and reasonable price of their fireplace products, Kratki was able to quickly win over their clients and important trade partners.

Polish wood fireplace Kratki

The company has publicly stated the fundamental tenets of its operations:

• production of fireplace products at an affordable price;
• the creation of a warm atmosphere in the houses of its customers;
• promotion of the image of the fireplace as the most effective and environmentally friendly heating equipment;
• support for socio-cultural initiatives and charitable assistance;
• expansion of a trade supply and operational response to market needs by expanding the assortment of its heating products.

Kamins with a water circle variety of models

You must be aware of the thermal power that a fireplace or firebox with a water circuit can produce in order to choose the best option for your house or give one.

There are models available for purchase that are intended to be installed in dachas, or small homes in the area.

An indicator rated between 6 and 8 kW will be more than adequate for such premises. When the efficiency is between 80 and 85 percent, the room will remain comfortable throughout the fall season.

It’s crucial to keep in mind that fireplaces meant for residential heating can be utilized in a single circuit with a boiler that runs on electricity, gas, or wood. In addition to producing ideal temperature indicators, this symbiosis will maintain the fireplace’s aesthetic function as the primary focus of this design.

The fireplaces should generate 32 kW of power if the country home is larger than 300 m2. With a water circle of declared power, the fireplace serves as the main source of heat and only secondly as an interior decoration.

A waterfront with a water circuit and a fireplace

Features of the installation of a water furnace

Water-resistant top

1. The thickness of the water register should be at least four millimeters, otherwise the coolant will boil in the structure, and the efficiency of the focus will decrease.
2. The coil, or rather the thickness of its walls, is three millimeters, if you take the thickness a little smaller, the device will burn out, and the entire heating system will become unusable.
3. The recommended distance between the walls of the hearth body and the heat exchanger itself is 1.5 centimeters.
4. You can not do at random a water shirt to connect a water shirt to the furnace, first you should prepare a project supplemented with a clear description of each stage of work.

Independent construction

Working independently without hiring experts saves money and gives the winner an unfathomable sense of satisfaction. The chance to install a water circuit for a fireplace using his own hands is something that no master will pass up. To accomplish this, all work must be split into two sections: the installation of a heat exchanger and the construction of a body, the function of which is fulfilled by a brick fireplace.

Building the corps

Any facility’s construction requires careful planning. Finding the appropriate drawings of the fireplace cauldron is the first step.

It’s crucial to choose materials exclusively that will enable you to construct a fireplace with distinct channels for the water shirt. Steel sheets encircle the walls of the tights shirt.

The foundation is laid before any construction can begin. This is accomplished by excavating a foundation pit, the size of which is marginally greater than the planned fireplace’s area. The foundation will need to be filled with the following materials:

• crushed stone;
• sand;
• Boards for formwork;
• cement;
• Ruberoid.

The first phases of building

The floor level needs to be reached by raising the foundation’s level. The plane is lined with roofing material to provide waterproofing before the fireplace is laid. The fireplace’s case is constructed from heat-resistant chamotis brick and refractory brick. A mixture of clay is used as a remedy.

Creating the long-term lesson and solution. To make a fine mixture of clay and sand, you must first examine the clay for fat content and then soak it. These days, you can buy pre-made, dosed mixtures that are ready to use in masonry fireplaces. Just dilute them according to the directions. Because there are so many different combinations available, carefully review the instructions regarding the range of use.

The foundation of the fireplace’s masonry is made up of horizontal rows. This is how all models are supposed to work. It’s critical to keep an eye on the built base’s horizon at this point. After that, ash formation starts, which is a necessary component of all solid fuel fireplaces. Although the firebox construction process begins similarly to most projects, this stage’s completion is unique. As things stand, installing a heat exchanger now is essential; otherwise, this possibility won’t exist.

Heat exchanger

A small tank with two flanges to which the pipes will be connected is the most basic type of heat exchanger. One pipe will supply cold water, while the other will remove hot water. Metal is destructively affected by the flame. Not to mention the temperature differential, but also consider the chemical reaction of combustion products. A metal that is roughly 4 mm thick can be used as the heat exchanger’s material. Reduced thickness will result in a significant reduction in capacity.

The particular fireplace design determines the more precise heat exchanger dimensions. The iron sheet is blowing based on the installed dimensions. To build a tank, you must be proficient with welding.

If you have sufficient welding experience, you should consider optimizing the device’s efficiency right away. You can do this by building it in sections, registers, or in the shape of a coil or maze. The labyrinth is constructed from identically sized rotating corners and sections of metal pipe.

Completion of construction

The heat exchanger must be integrated into the fireplace area once it is ready. The plan calls for the formation of stands upon which the tank will rest. It is best to place the heat exchanger drives outside the fireplace zone to allow for easy and convenient repairs in the event of unanticipated circumstances.

The fuel chamber’s formation and the smoke opening’s formation are complementary. The building of the chimney is the final phase. Since it is generally accepted that the chimney channel for solid fuel fireplaces should be straight and oriented vertically, his plan is frequently left out of the instructions.

It may take up to ten days for the entire solution to dry before you can begin adding water to the system. During the initial days, thoroughly check every connection for leaks. There won’t be any circulation in the closed system if the leaks in the open system only cause the water level to drop.

Operating the fireplace as an additional heat generator in a device with a water circuit requires either connecting the circuit to the system or disconnecting it. In the summer, you can use the fireplace solely to rest near the source of the open flame by using the bypass crane to cut off the water supply to the system.

We hope that you now have a better understanding of how to build a water heating fireplace yourself. Naturally, the task takes a lot of time, but with the right zeal, it can be completed quite easily.

The main varieties

Prolonged combustion fireplace ratings typically help you identify a particular model that is best suited for your house or vacation cabin. But, to ensure that your decision is the most accurate and that the model you choose does not let you down later, we advise that you become acquainted with the primary varieties of this kind of heating equipment:

1. Closed water fireplace is the most popular and common furnace version. Equipped with a battery and circulation pump. Works on the principle of stove-stone stoves. Suitable for heating two -story and large houses, is equipped with long tubes and heating radiators. This option is not suitable for simple furnaces with slight power and tank. Equipped with an automatic system that allows you to carry out safe heating of the necessary intensity and degree. The system itself determines the speed of the fluid tubes and regulates heating automatically;
2. A fireplace, the price of which is more affordable – these are open -type models. Such stoves are not equipped and not complemented by various devices, in contrast to the first option. Water is pumped and circulates according to the heat exchanger naturally. In order to improve the efficiency and quality of operation of such heating equipment, the firebox is often complemented by a special capacious accumulative capacity for water;
3. A cast -iron fireplace can include the category of the most effective and productively working if it belongs to the category of double -circuit. Double -circuit fireplaces allow the fuel to burn more efficiently and economically. The movement of water flows has a focus from top to bottom. In order for the firebox to heal faster into it periodically a small amount of air enters it. Further, air masses enter the air duct of the sliding hole. Since preliminary heating of the air masses is produced, a minimum amount of smoke is formed, which in turn has a positive effect on the appearance of the furnace chamber, and soot and soot settled quite a bit.

How to install a fireplace with a heating contour

Methods for installing furnaces with a contour

• Brick masonry is a time -consuming process that requires high qualification of a specialist. For work, a special fire -resistant ceramic brick is used. The use of silicate bricks is prohibited.
• Plasterboard niche is a relatively cheap and fast way of facing the fireplace furnace. Work is simple and performed with their own hands. The main advantage of the solution is the speed of work. Make a box and completely sheathe a cassette, you can in 1-2 days. Gypsum plasterboard is lined with any type of ceramic tile.
• Penoblok wall is another effective method of firebreak facing. Plates are laid on a special heat -resistant glue. For better adhesion and strength of the seams, reinforcing between foam blocks.

Connection of the fireplace furnace to the system

• Safety group-the temperature inside the hearth and smoke gases when burning firewood, reaches 450-550 ° C. This is more than enough to boil the coolant. To protect the water circuit from overheating, two design solutions are used: the installation of a security group and a knot of the admissions:
• The first is necessary for emergency situations when it is necessary to urgently reset the pressure in the system.
• The knot of the worship will not allow the coolant to overheat to the boiling temperature.
• Expande tank – for a closed system, a membrane tank is installed. The tank prevents oxygen from the pipes, which is well affected by their condition. In an open system, an expansion tank is mounted in the form of a metal container installed at the highest point of the water circuit.
• Pipes – in view of the features of heating the coolant, when installed, it is better to use metal pipes. Especially on the site of the so -called small circle of the heating system. In the case of boiling the coolant, the pipeline will remain intact. Metal -plastic or PVC, is not able to withstand such a thermal load.
• Warm floors – belong to low -temperature heating systems. The temperature of the floor surface heating should not exceed 23 ° C. The average heating of the coolant in a wood firebox, at the level of 60-70 ° C. To level the difference, special equipment is installed for connecting to a low -temperature heating system – a mixing unit with a three -way valve.

Pros and cons of heating from the fireplace liner

Gas: The high installation costs are a confirming factor in the firebox’s drawbacks. Installing false feet or a portal beneath the liner is costly, particularly when hiring professionals with the necessary skills is involved.

What is the peculiarity of such a furnace

This fireplace component typically varies from cast iron in commercial settings, ensuring its dependability and longevity. There is a viewing window with heat-resistant glass installed in the firebox door. A domed smokebone is an obligatory detail on many models. It lets you operate the furnace when the door is closed as well as open. In this instance, smoke builds up inside the smokers instead of falling out.

Furnaces designed to be installed in the existing fireplace are available. The equipment of cassettes with a flat smoke collection is what separates them. Another furnace modification has surfaced recently. Water circuits are used in their production. This device is different from a special heat exchanger that is typically present in a constructive way.

Because of him, the liquid coolant that circulates throughout the system transmits the energy produced during fuel combustion. These gadgets are either lined with natural stone or installed in a brick case. However, the unit’s exterior should allow air to freely circulate around it, absorbing heat.

Preparation and construction of the structure

In order to construct a water fireplace by hand, you will need:

• The cement mortar includes: clay, sifted sand, cement of the M300 brand (not lower). Clean (sift) of dust from dust, excess garbage before use – rinse the advice thoroughly! For an incompetent stovenik, it is better to use Cambrian clay in the work since it is very easy to work. Ordinary can safely use those who have knowledge and experience with it, in particular in the preparation of solutions.
• The brick, by the way, is half -hearted to be considered as integral, and approximately 5% of the total amount will certainly go into a spoiled
• Metal smoke flashes, reinforcing rods

Pour the foundation

The idea of setting the groundwork

• The basis of the fireplace with the foundation of the house is not connected. Moreover, the gap should remain between the base of the fireplace and the surface of the wall. The gap between the base of the fireplace and the house is filled with sand. The width of the base, unlike the width of the basement, increases by 10 cm somewhere
• To lay the foundation, a hole rings into 60 cm depth. A lace of gravel is laid on the bottom, tightly tamped. Before pouring concrete, formwork is built (at least 15 cm over the floor of the floor), lined with roofing material (for). Only after that the foundation is poured with a concrete solution mixed in proportions: 3 parts of sand and 1 part of the cement.
• Pour the solution gradually in several receptions, carefully smoothing each layer. The upper should be approximately 7 cm below the floor surface. Then it is left alone for 7 days to dry.

Tarnava Aquatar Seamor Technology for warmth and comfort in the house

First place goes to the monolithic gray cast iron fireplace, TARNAVA Aquatar, quite rightly. High product quality has been attained by using a unique casting technique that eliminates bolts and seams.

The water shirt is constructed from premium steel sheets that are welded together.

The camera is hermetically closed by the heat-resistant glass on the fireplace door. Because of its sizable perimeter, you can see the combustion process taking place.

Soot from settling on the glass is avoided by the combustion chamber’s contemporary air supply system. An extremely efficient fireplace is provided by a secondary gas burning system.

The furnace acts as a decorative barrier to keep combustion products inside the chamber.

• The maximum volume of heated room is 320 m3.
• Power – 16 kW.
• Efficiency – 70%.
• The side opening of the door.
• The capacity of the water shirt is 18 liters.
• Dimensions: 490x605x1300 mm.
• Manufacturer – Poland.
• Cost without cladding – 126 500 rubles.

Aquatar Tarnava 16 An attractive fireplace is the ideal way to furnish a country home. Installing such a device can address multiple issues at once: efficient building heating, hot water for domestic use, and the aesthetic appeal of a living fire.

Installation and connection of a fireplane stove

To implement a thermoconomic heating system in your home, you will need to purchase the following equipment:

1. The device itself, which can be installed in a specially designated room or in one of the living rooms of the house.
2. The capacity for the coolant with the coil mounted in the back room.
3. Pipes, radiators and components of the hot water supply system.

An open or closed installation scheme connects each of these components to the others. The kind of expansion tank and where it is located vary in the installation plan.

When arranging a house, a heating system according to an open scheme applies the force of gravity. That is, from the expansion tank installed in the attic, water freely enters the heat exchanger, from where it is already heated by pipes throughout the house. To avoid some emergency situations, it is provided for the return of excess hot water to the tank. The simplicity of this scheme is obvious. When using it, you do not need to install any additional electrical appliances, which will contribute to the operation of the heating system. At the same time, it is not recommended to use such an installation plan for heating a large house. This is due to the fact that, first of all, the specific gravity of the heated water in the areas of the device is irrevocably lost due to the large hydraulic resistance of the pipes.

It is thought that closed heating systems are more prevalent. Through the use of a membrane expansion tank, the water is directed toward the stove’s integrated heat exchanger, where it heats to a temperature of up to 80 degrees. Additionally, hot liquid enters the heating system through a boiler-drive boiler with the assistance of a circulation pump. There is a connection between turning off the heat transfer, which can cause the water to boil, and turning off the circulation pump because the power supply is cut off.

You can avoid coolant overheating because of the additional coil located at the back of the firebox. It should be filled with cold water for this, if needed. By taking such precautions, the fireplace system will be shielded from internal pressure buildup that could cause the device to malfunction. The water shirt also has a thermal protection sensor, which activates when the allowed temperature rises above the allowable.

Preparation of the fireplace project

It is crucial that you choose the proper location and measure it. It is usually found in the corner or near the room’s outer wall because the furnace causes the back of the building to warm up significantly.

Drafts will inevitably form if it is placed in front of the doors or windows.

Important calculations

• As for the dimensions, here you also need to correctly calculate the value. It should be 1/70 part of the entire area of the room. For example, with a room of the room in 80 squares, the fireplace hole will be about 36 per 52 cm. Important parameters are the size of the chimney and the depth of the furnace. For example, with an area of the fire hole of 0.4 square meters, the depth is about 35 cm. Important! With a low furnace depth, the smoke will fall into the room. With too much – heat will be lost.
• The smokehrode is not less than 4 meters, its area is an order of magnitude (this is 10 times) smaller. In our case, it is 0.04 square meters.
• The main material of the design is typical brick. In certain places, you can also use silicate double brand M150. It is strong and economical, will give a beautiful appearance and accuracy of the structure. It is also important to calculate how much, in fact, it will be needed taking into account marriage, quarters and halves.
• For calculation there is a guide – this is a detailed laying scheme of each row separately. Over the fuel, you need to lay a brick, gradually narrowing the smoke chamber. A passes are made between them – a protrusion that prevents the conclusion into sparks and the smoke itself into the room.
• The back wall of the fireplace must be isolated, according to fire safety requirements. You can use a regular metal sheet for this.

Component	Description
Boiler	Heats water for the circuit
Radiators	Distribute heat throughout the house
Pipes	Carry hot water from the boiler to radiators
Thermostat	Controls temperature by regulating boiler operation

Comfort and economy depend greatly on the heating and insulation system in your home having an effective water circuit. The water circuit is the foundation of your home’s thermal management system, doing everything from keeping your hot water flowing consistently for everyday needs to providing comfortable warmth during cold winter months. Through comprehension of its constituent parts and the optimization of its operation, you can greatly improve your living space while reducing energy costs.

The boiler, which serves as the heating system’s central component, is one of the most important components of a water circuit. The boiler, which can run on gas, electricity, or other fuels, heats water to a predetermined temperature and then sends it via pipes to radiators or underfloor heating systems. To guarantee optimum performance and energy efficiency, regular maintenance and boiler sizing are crucial.

The water circuit includes a boiler as well as a number of pumps, valves, and controls that control the temperature and flow of water throughout the house. For example, thermostatic radiator valves reduce energy waste by preventing wasted heat from rising in unoccupied spaces and enabling the heating of individual rooms based on specific needs. Smart controls and programmable timers allow you to further optimize efficiency by creating personalized heating schedules based on your needs.

To maximize the water circuit’s effectiveness, proper insulation is essential. Heat loss during transportation is avoided by well-insulated pipes, guaranteeing that hot water reaches its destination without requiring extra energy. Similar to this, having enough insulation in the walls, floors, and roof helps the house hold onto its heat, which lessens the strain on the heating system and lowers energy use overall.

Ultimately, having a comfortable and energy-efficient home depends on having a well-designed and maintained water circuit. Homeowners can minimize their environmental impact and utility bills while still enjoying consistent warmth and hot water by prioritizing insulation, installing smart controls, and investing in high-quality components. The water circuit must be carefully considered when designing a new installation or updating an old one in order to create a warm and sustainable living area.

Video on the topic

Oven fireplace of Aquar Aqua after 3 years of operation, what happened to her

Honstone with a water circuit MBS Thermo Magnum

Stove fireplace meta warta with a water circuit

Nadia – a fireplace with a water shirt kratki

How to heed a 2-HETAGE HOUSE if there is no gas and electric boiler. Fireplace, warm floor, radiators, DIS. Part 1

Flumenfire Poellet fireplace with a water circuit.Vesta 18-21

Kamin Aquaflam with a water circuit

Gavryliv and Sons 76 62 WM fireplace fireplace.