Heating stove for two floors

If you put in the work and have the money, a two-story wooden home with a heating furnace on each floor is a real sales dream.

Stove heating for two stories

Although the designs of two-story stoves can vary, they generally don’t have much more complexity than typical one-story heating buildings. Naturally, building it will require more time and building materials, but once you’ve put in the work, you’ll have stove heating throughout the entire house, which will benefit you in multiple ways.

The two-floor stove that is being offered is small and tidy, taking up little space, but its usefulness will help cook in addition to warming the house. As a result, we can presume that the stove will assist in any situation, even if the house’s other energy sources are unexpectedly cut off.

The whole Protz SS ROIKI is operating according to the plan, in line with the homeowner’s selected model.

Excellent example of a two-story furnace

A solid basis or foundation is necessary for a brick building. Since the furnace will be two stories tall rather than one, careful planning will need to go into the foundation.

Foundation

This furnace’s base measures 90 by 90 centimeters, and it rises 2 meters and 10 centimeters from the ground to the ceiling. The foundation can measure roughly 100 × 100 cm and should be marginally bigger than the base.

Stove is challenging, and serious reinforcement will be needed.

The foundation device will require the following supplies:

• Boards for building formwork;
• cement;
• sand;
• crushed stone;
• reinforcement;
• a sheet of roofing material that will serve as waterproofing .

Although it is more difficult to arrange the foundation in an existing house than when building one, it is still possible. You will need to complete several preparatory tasks in order to accomplish this.

• If the floors in the house are wooden, then by marking the place where the stove will be located, you will have to cut part of the boards. It is very important to provide the location of the construction so that it passes through the ceiling overlap between the load -bearing beams, and does not rest against one of them, otherwise it will have to be rebuilt and the ceiling will also have to be rebuilt.
• When the boards are cut out, you can start digging a pit under the foundation. The depth of the pit is selected, relying on the features of the composition and freezing of the soil. It can vary from fifty to eighty centimeters.
• Further, the bottom of the pit is well tamped, and sand is falling asleep on it. This pillow should be at least 10 – 15 cm.
• The next step is to install formwork from the boards. The cracks between them should not be wide so that the concrete solution does not flow from the form. If necessary, you have to finish them .
• The reinforcement is the reinforcement. It can be welded together in the form of a large grid or fixed (tied) using steel wire.
• The most important point in the foundation device is to fill the solution into the form of formwork. The first layer may be a rude solution made of gravel and cement. After it grabs, the upper control layer of cement and sand is poured in a ratio of 1: 3.

The pouring takes roughly three weeks and is not fond of rush.

The foundation can be positioned flush with the floor or 5–7 cm above the coating. Its surface needs to be absolutely level. This is required to ensure that the entire structure is arranged in a perfect horizontal plane. It will take at least three weeks for the foundation to shrink and harden, so don’t rush into starting the masonry.

An overview of the foundation’s "pie"

Once the base is prepared, one or more layers of a waterproofing roofing material are laid on top of it on a level surface.

Building a furnace

In order to ensure that the stove looks good and lasts a long time, you must buy high-quality materials for its construction. For masonry, you’ll require:

• Red brick – 1085 – 1090 pcs. It is better to buy it with a marriage, in case of marriage or unsuccessful splitting;
• Brick silicate or chamotis- it is a fire and is needed to lay out the firebox, only 150- 155 pcs. ;
• For the manufacture of the solution, clay is needed-about 200 kg and sand, approximately 75-80 buckets;
• steel 2 mm wire for fixing cast iron doors;
• Metal corner 7 × 7 cm – 2 pcs. ;
• Metal corner, 80 cm long, 40 × 40 mm – 6 pcs. ;
• Metal corner, 40 × 40 mm 40 × 40 mm long – 2 pcs. ;
• Metal sheet 1 × 1 m for flooring in front of the furnace;
• asbestos sheet or cord 10 – 12 m .

Without cast-iron components, installing a furnace is impossible:

• chimney valves – 3 pcs.;
• grate – grate – 1pc .
• Topa door 1pc .;
• The door blew 1 pc.;
• Doors for the treatment chamber 5 pcs.;
• hob panel with two burners 1 pc .

Once everything is ready, proceed as follows:

The masonic clip is the primary scheme.

• On the waterproofing material, covered on the foundation, the location of the first row is marked.
• Mixed a solution consisting of clay and sand. Its proportions will depend on the fat content of clay. Therefore, it is better to experiment, and make it in advance. To do this, you need to mix the ingredients in different proportions and cast a ball from a fairly thick solution. The solution that, drying, not yes, is the most optimal option for masonry. In such proportions, you need to make the entire solution for the furnace.
• According to the markings, it is laid out dry, t.e . without solution, the first row of brickwork. In the process of visual clarification how bricks will be laid, several of them will have to be adjusted (reduced). The first row is freely attached to waterproofing.
• In the second row, a blowing door is installed, fixing it with a wire and temporarily propped with bricks.

Put the doors in place now.

• From the fourth row, the top chamber is installed. They begin to lay it out with chamotis brick. On the same row, two two rits are placed on the treatment chambers.
• Fifth row – lay asbestos strips on the sides of the bottom of the furnace chamber. On them, in the crocepa, the grate (grille) is laid on the brackets .
• Sixth – a furnace door is put, according to the same principle as the blower.
• rows eight – ten – work is strictly according to the scheme.
• On the 11th row, a steel corner is fixed to the front edge, and the furnace chamber is covered with a cast -iron hob. It is installed on the strips of asbestos.

Among the primary components is the hob.

• From 12 to 16 row, the walls of the hob are laid out according to the scheme.
• On the 17th row, metal corners are being frozen, on which there is a continuous masonry of bricks.
• The eighteenth and nineteenth rows are laid out continuously, except for three holes for draining smoke into the chimney.
• On the twentieth row-the door of another cleaning camera, and, starting from this row, the walls of the drying chamber rise.
• On 24 – again, the corners that will become the basis for masonry, which forms the ceiling of the chamber.
• On the twenty -fifth, the door is fixed on the cleaning camera, and the twenty -nine row work goes according to the scheme without retreats.
• Two gate valves are smiled on the thirtieth row.

Chimney valve installation

• From the thirty -first thirty -fifth row, a narrow part of the furnace is laid out, in which the chimney channels pass.
• From thirty -sixth to thirty -eighth, the masonry expands, approaching the ceiling, which is very clearly visible on the scheme.
• The following ranks relate to the second floor, and they are numb from the first row again.
• From the first to the twenty-sixth row, the dummage stove is laid out according to the scheme. At the same time, do not forget to immediately carefully clean the smoke -breed channels. On the second row, install the door on the cleaning camera.
• The last valve is being embedded in the twenty -seventh.
• From the twenty -seventh to the thirtieth row everything goes according to the scheme.
• The thirty -first and thirty -second second rows are the beginning of a chimney that rests on the ceiling of the second floor. If the ceiling is higher, then the pipe is laid out according to the same scheme to it.

Via the roof and ceiling

• The next part of the furnace, passing through the ceiling of the second floor, passes into the attic and is displayed on the roof. The whole pipe is laid out according to the scheme of the last rows.

Additional choices for two-story furnaces

And simultaneously the stove and the fireplace

This rather compact version of the furnace on two floors of the house was solved somewhat differently both in external design and design. In this case, the firebox has doors made of refractory glass, and when they are opened, it turns into a fireplace. But this option has its drawback – the absence of a hob that never puts in a private house stove. Therefore, such a structure, although it will work on two floors, has only one function – heating. Of course, it is an interior decoration, creates comfort and comfort, but still the furnace should be multifunctional, and come to the aid of the time necessary for the family.

The furnace’s oven is a big plus.

A stove like that that runs on two floors has a lot more features. There’s an oven above the furnace, and there’s a bracket on the side wall that can be hung up to dry clothes when you get home after it rains.

I want to draw attention to the structure’s compactness and the expertly done masonry, which was done by a highly skilled professional button. In spite of its small size, the stove appears sturdy and well-built. The structure’s appearance allowed it to be used as a room’s decorative accent.

A visual video example – bake for two floors

Consider the furnace as soon as possible if you are building a two-story home, as it will be much harder to embed. Will need to drill a hole in the roof, the attic, and the interstory floor. For this reason, building a stove along with the house is preferable since it will come in handy in case of emergencies and deliver Tepl O and UUT to your home.

Choosing the best solution for two floors can make all the difference in the world when it comes to heating and insulation for your house. An efficient means of distributing heat, a two-floor heating stove keeps your home’s two floors toasty warm in the winter. These stoves have the ability to maximize energy consumption and efficiently heat a large space with the right placement, sizing, and usage. A heating stove designed for two floors can provide dependable and affordable heating, improving comfort and lowering utility costs throughout your home, whether you’re building a new home or remodeling an old one.

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