Kirill Sysoev
Calloused hands never get bored!
Content
Creating an oasis of harmony among hot steam, water flowing like a river from showers or mini-pools is not easy. The operation of the bathhouse requires compliance with some subtleties even at the construction stage. To high humidity did not spoil the structure, and the stale air did not interfere with bath procedures, it is necessary to choose and make the right ventilation.
Ventilation in the bathhouse - diagram and device
The influx and outflow of air is the most important condition, since air exchange is based on the balance of supply ventilation (fresh air) and exhaust - the exit of waste air. The movement of air flow can occur in a natural, forced or combined way. From the right choice The ventilation system will depend on the level of air humidity, flow circulation, and heat exchange. If the ventilation scheme and arrangement in the bathhouse is disrupted, the microclimate will be disrupted, it will be difficult to breathe, and mold will appear on the walls. Expert advice will help you avoid this:
- The exhaust vent should be higher than the supply vent because cold air heavier than warm.
- It is not recommended to make an exhaust vent on the ceiling, since this place warms up more slowly than others.
- The classic location of the inlet is near the stove and close to the floor.
- The ventilation of the bath should be built according to the principle: the supply openings are located on the opposite wall from the exhaust ones, and dampers should be installed on the latter.
Ventilation in the steam room
To choose the right system, prolonging the life of the structure and finishing materials, you should understand the characteristics of each type, and steam room ventilation can be of the following types:
|
According to the operating principle |
Peculiarities |
Is it suitable for a bath? |
|
Natural |
The convection flow is formed due to the pressure difference between the street and the room, and the location of the supply and exhaust openings will interfere with normal heating. |
|
|
Combined |
Using air extraction devices; the absence of strict recommendations for the placement of vents makes this method one of the best. |
|
|
Mechanical |
Submission fresh air, the temperature is maintained by special devices, but despite all the convenience, the disadvantage of this method is considered to be high cost. |
Ventilation in the waiting room
The steam room, with its high temperature, is often surrounded by functional rooms. Dry the furnishings, maintain comfortable conditions, to ensure the flow of oxygen-enriched air - these are the main functions of ventilation in the dressing room. If the steam room is used all year round, then you need to take care of installing the fan, ideal option– forced (mechanical) system with exhaust air exhaust through the toilet or washing compartment. The natural way - keeping doors and windows wide open - is an unreliable way to ventilate the dressing room.
Ventilation in the bathhouse sink
Installing the stove correctly and distributing the flow of cold and warm air is just as important as taking care of other bath procedures. The desire to wash yourself by rinsing with water will require a careful approach to the arrangement of this place. To prevent moisture from accumulating under the floor or in the walls, ventilation is needed in the washing compartment of the bathhouse. The simplest option is to make a combined steam room and sink, and if these rooms are separate, then you will need special equipment to remove condensate.
Ventilation in the relaxation room of the bathhouse
After active bath procedures, when the superheated steam air relaxes the muscles, you want to relax. The ventilation device in the relaxation room of the bathhouse is almost no different from general principles. If the room is small, where there are a couple of shelves, and there is no contact with water, you can periodically create a draft. If the room is large, then ventilation is necessary for a combined bathhouse. Among the newest technical developments It is better to give preference to compact devices - ventilators.
Ventilation in a frame bath
Wooden floors will rot within a couple of years if you do not take care of the ventilation system and drying. Even antiseptic treatment will not cope with this as well as ventilation in frame bath providing a flow of fresh air. The design of a natural ventilation system includes: ducts, a pipe from the stove, a through recess, vents, and doors. The vent in the bathhouse is located at the top, closer to the roof, and to regulate the flow it must be equipped with a valve or damper. Forced ventilation in a frame bath is used where only one of the walls is external.
Exhaust hood in a log bathhouse
From wooden beam it turns out to be a traditional Russian steam room, and if the vents are positioned correctly, the direction of the air flow will create comfortable conditions. To ensure complete ventilation, the hood in the log bathhouse will still have to be equipped. The classic version involves the device natural scheme air exchange. The special feature of the stove-heater vent, a damper with a valve for the chimney, mounting fans to speed up air exchange - all this is necessary to prevent the formation of a layer of condensation and drafts.
How to make ventilation in a bathhouse
Even at the construction stage, it will be necessary to provide for the creation of a ventilation system. How to make a hood in a bathhouse to maintain the microclimate? The logs of a traditional steam room are laid with a gap, so the cracks of the log house allow fresh air to pass through, and ventilation can be done using a draft. Ventilation system in a bathhouse made of brick, foam block or other modern building materials, will require the installation of a ventilation system with required quantity supply and exhaust openings before the construction of the building begins. Preference should be given to a combined or mechanical scheme.
Ventilation bastu
So that dry steam gives a warm embrace, heats floors and protects walls from rot, installation of ventilation is done as follows:
- There is no need for special holes in the foundation of the building; you can make a wooden floor with slots. Equip the room glass door with three canopies, good sealing, magnetic latches.
- Install an electric convection oven, which will ensure air flow circulation according to the principle of an inverted glass.
- Make an inflow under the stove, and an exhaust hole under the shelf 30 cm from the floor. Warm air will rise up the box under the lining and be discharged out through a hole, which should be made on the opposite wall from the inflow (diagonally and as far as possible).
- The heated air will fill the steam room, pushing the cold air to the bottom. If you make a channel with an adjacent room, the steam room will transfer some of the heat to it.
Sauna ventilation
It is necessary to lay the foundations of a ventilation system at the construction stage, because remodeling a finished building will cost more. Brief instructions for designing a bathhouse ventilation system look like this:
- Allowed free location vents, so a combined or mechanical system, including bath hoods, is suitable.
- For a continuous flow of fresh air, make an vent at the level of half a meter from the floor near the stove, and an exhaust hole on the opposite wall.
- Be sure to install adjustable dampers (gate, gate) on the inflow and outlet to maintain the microclimate.
Ventilation in a Russian bath
In order for natural ventilation in the steam room of a Russian bath to contribute to a healing effect, when arranging it, you must adhere to the following scheme:
- Take care of the possibility of ventilation: window, door, vents.
- The upper levels of the window and door should coincide, and above this is a place for a heat pocket. For burst ventilation In small steam rooms, simple ventilation is enough to quickly renew the air.
- A stove with a chimney is a natural exhaust for a bathhouse: exhaust air will flow upward through the duct, and the inflow will be through the cracks at the bottom of the door.
- For air exchange, arrange vents: an exhaust hole under the ceiling, equip it with a door (damper), and make an inflow next to the stove and install a ventilation grille.
Video: how to properly ventilate a bathhouse
Found an error in the text? Select it, press Ctrl + Enter and we will fix everything!Is ventilation needed in a sauna? After all, precious heat is removed outside along with the air flow. This is the reasoning of an ignorant person.
In fact, it is difficult to breathe hot air; it becomes a little easier if the air is dry. But in an enclosed sauna, an abundance of moisture is released by sweating people. If you pick it up bath broom, then the humidity rises instantly and significantly. It is simply impossible to breathe, and such a procedure cannot be called health-improving. The heart and blood vessels suffer first, so ventilation is needed in every sauna to regulate humidity and supply oxygen.
Most often, a shower room and a relaxation room are adjacent to the steam room. These sauna rooms require ventilation. With high humidity it is difficult to breathe, it is impossible to dry yourself and dry yourself. In the absence of air exchange, the walls of the room will eventually become covered with mold, and bad smell. Wooden structures rot, instead of 20 years the sauna will last four times less.
A musty atmosphere and condensation on the walls or ceiling indicate that the ventilation is not in order. Read on to learn how to properly ventilate any sauna.
Basic rules for arranging ventilation in a sauna
Maintaining high temperatures and clean air. Here are the main requirements for the operation of ventilation in a sauna. In just 1 hour, the air in a small room must imperceptibly exchange at least 4 times, so the ventilation system in the sauna is created according to special rules. Portions of fresh air should be mixed with the hot air of the room. The slightest errors in calculations or installation can lead to “drafts” or stuffiness. We will tell you about the most effective and frequently used schemes, and show you how to do ventilation in a sauna with your own hands.
The ventilation device in a sauna can be mechanical, natural or a combination. The first option for ventilating a sauna in a cottage is quite expensive, so forced exhaust air outflow is more popular. Fresh air from the street is drawn into the sauna when the pressure decreases due to the operation of the exhaust fan.
The good thing about the combined ventilation scheme in a sauna is that it does not require a cross arrangement of exhaust grilles, and this necessary condition for work natural ventilation in the sauna. The video highlights the process of placing vents in convenient places. The system must ensure thorough mixing of cold and hot air flows. Otherwise, the temperature difference in the room will be too noticeable.
Laws of ventilation in saunas:
- The diameter of the exhaust pipe must be no less than the diameter of the supply pipe, this is the norm;
- Pipe sections are selected proportionally to the volume: per 1 cubic meter the room has a cross-sectional area of 24 centimeters;
- It is forbidden to install outflow and inflow strictly opposite each other;
- Sauna vents are equipped with ventilation valves that allow you to reduce or increase the air flow.
Neglecting any of the rules will lead to disruption of air flow and ineffective operation of the system. How to make ventilation in a sauna with your own hands correctly?
Natural sauna ventilation
Natural ventilation of the sauna room is ensured by the pressure difference between the outdoors and indoors. The advantage of this scheme is the low cost of installation and the absence of operating costs. You can equip such ventilation in a sauna with your own hands.
Natural ventilation can be achieved through:
- aeration;
- wind pressure.
The principle of aeration is the penetration of air from the street through vents in the lower part of the room. Rising upward, it “squeezes” hot masses through the air duct. This good way ventilation for very hot saunas with lots of steam. In such conditions, air exchange occurs quite intensively. Schemes and photographs of ventilation in a sauna clearly demonstrate the process of movement of cold and hot air masses.
Wind pressure is possible only in log buildings. The air pressure in the room is provided by strong gusts of wind, creating a vacuum of air on the leeward side. Through the gaps between the logs, air comes out on one side and enters on the other.
It is impossible to regulate the intensity of ventilation in such a room: when strong winds There may be a draft, the temperature may not be maintained sufficiently. A photo diagram of natural ventilation in the sauna is attached.
Mechanical ventilation in the sauna
Mechanical or forced ventilation in the sauna is installed when there is no way to organize natural inflow or exhaust. Equipment for forced ventilation saunas are quite complex and expensive: fans, air filters, heaters, coolers.
Forced air outflow
With a forced sauna ventilation system, exhaust air is blown out by exhaust fans. The air is filtered before being released outside.
There is an urgent need for forced air evacuation in saunas with large swimming pools, public institutions that receive many visitors, and washing rooms.
The system removes gases, steam, and foreign odors, providing visitors with clean and fresh air.
Forced air flow
The influx during mechanical ventilation of a wooden sauna is forced. In some cases, it is impossible to ensure a natural flow of fresh air from the street. Then use supply system. It is quite complex and contains a noise reduction mechanism, an inlet chamber, check valves, diffusers and distribution grilles.
Typically, the air is heated and filtered before being supplied.
Simple and effective schemes for combined sauna ventilation
The diagrams we have provided clearly explain how to properly make ventilation in a sauna with your own hands.
Scheme No. 1
The inlet opening is installed directly behind the firebox, 0.2 m above the floor. The exhaust is planned on the wall opposite, at the same height. Air from the street passes through the hot stove and rushes up to the ceiling. As the temperature decreases, the air flow descends and reaches the exhaust vent.
At similar device ventilation in any sauna is provided high temperature and excellent heating.
Scheme No. 2
This ventilation is good for a sauna in a cottage, when only one wall of the room faces the street.
Both outflow and inflow are on external wall right opposite the firebox. At a height of 0.2 m from the floor there is a supply air supply, 0.2 m from the ceiling - an exhaust air supply with a built-in fan.
A flow of cold air hits the hottest part of the stove, circulates around the room and exits through the hood to the outside.
Scheme No. 3
Provides gentle heating of the room. The air supply is installed behind the firebox at a level of 0.5 meters from the floor. And the hood with a fan on the wall opposite is 0.2 m from the floor.
Air masses move in a circle: they were heated by the stove, rose, fell and fell on exhaust fan. The air movement with this scheme is not so intense, so the temperature in the room is uniform, and gradual, uniform heating is guaranteed.
You can combine forced ventilation in a wood-burning sauna with natural outflow. The supply air creates increased pressure in the room, accelerating the removal of waste through ventilation grilles. Air flow is regulated using sauna ventilation valves. It is quite possible to construct such a sauna ventilation system with your own hands if you have some construction skills.
Sauna ventilation diagram, taking into account utility rooms and calculations
This scheme takes into account not only the steam room, but also the washing compartment and the rest room. Below we provide an explanatory video of ventilation in the sauna.
- steam room - equipped with natural ventilation;
- washing - mechanical hood;
- rest room - natural inflow and outflow;
- utility room - mechanical hood activated by a light switch.
Calculation of air exchange and diameter of air ducts in a sauna
It will not be possible to create ventilation in a sauna “like your neighbor’s”. Accurate calculations are required. At the design stage of forced ventilation, air exchange is determined. This is the volume of air that must be replaced in a given room in 1 hour.
Air exchange = O x K,
Where ABOUT– volume of air in the room, TO– frequency of air exchange.
The air exchange rate is a value determined for each type of room:
- steam room – 5;
- shower room – 50;
- rest room – 3;
- massage room – 5.
The calculated figure is rounded up to 0 or 5 after the decimal point.
A balance must be maintained between the inflow and outflow values. Therefore, when, according to calculations, the inflow is greater, the exhaust rate also increases.
Taking into account the obtained values, the diameters of the air channels are calculated.
The cross-sectional shape of the air ducts depends on the design and type of ventilation, but round ducts are easier to install. The knees are connected to each other using sauna fittings. Ventilation valves can be purchased at any large construction supermarket along with all the necessary consumables.
When selecting fan power, you should definitely leave a reserve of air exchange. The total power of supply fans should actually be 6–10% less than the power of exhaust fans. This ensures complete “pulling” of used air from the room.
The difference in performance is compensated by natural inflow through cracks in walls and doors.
The role of the stove in sauna ventilation
Specialized equipment ensures optimal ventilation parameters in the sauna. Allows you to set the desired temperature and humidity, air flow power and heating. However, you cannot install such ventilation in a sauna yourself, and high-tech equipment is very expensive. Therefore, most owners use traditional ways, which have been working well for centuries.
And with such technologies, the air flow is provided by the stove. Most often, the firebox is installed in the steam room itself or in an adjacent room. In the second case, heating is carried out by a combustion tunnel. As a rule, saunas have metal fireboxes lined with stone or brick. When tiling, gaps should be left to allow for a small air flow. The gap between the brick and the stove is left up to 1 cm. The front surface of the firebox is lined with brick in three rows.
Air flow in the sauna
The air flow to the stove is provided by a special air duct located under the floor. The outlet is made as close to the firebox as possible. The box for the ventilation duct is equipped with a diameter 1/5 larger than the cross-section of the chimney. The air flow should be directly from the street so that it is truly fresh, without additional basement odors.
You can assemble such ventilation in a sauna with your own hands. A box with access to the street is installed along the baseboard. The inner cut is covered with a lattice, and the outer cut is covered with a mesh to prevent insects or rodents from getting into it.
When the firebox goes into the steam room, one channel should be equipped for inflow, another for convection. Many people hide the bottom box under a podium on the floor. The stove is installed on it, preliminarily placed metal sheet to avoid fire. The oven is lined with brick, after which a screen with two doors for convection is erected. Through them, heat spreads from the stove throughout the room, and fresh air also penetrates.
Ensuring air flow in the sauna
The outflow of air is carried out by an exhaust ventilation duct located diagonally relative to the supply air duct. This design guarantees excellent ventilation of the steam room. If the wall facing the stove opens into an adjacent room, it is necessary to equip a convection door here too.
The outlet of the outlet channel is equipped at 20 - 25 cm from the floor. Next, the pipe runs up to the ceiling and is discharged outside. It is most convenient to use plastic ventilation pipes. For beauty, they are covered on top with boxes made of wooden lining. The most commonly used boxes are 125 square meters in diameter. cm.
The lower doors do not close during lighting. Through the top warm air will be pulled out, partially falling back into the firebox and warming up again. This phenomenon is called furnace runaway. Having achieved intense combustion, the lower doors are closed, while the upper ones are left open.
The need to organize normal air exchange in rooms of such a specific purpose is obvious to everyone. Since the reader wants to understand the structure, standard diagrams and installation features of the ventilation system in a sauna, he knows a priori that its absence negatively affects the effectiveness of the procedures and shortens the service life of all structural elements approximately 3.5 - 4 times.
How to do all the work on installing ventilation in a sauna with your own hands, and technically competently, is the topic of this article.
Standards and requirements for the ventilation scheme in the sauna
The key to success is not only in the meaningful implementation of technological operations at each stage of its installation. The master needs to have a clear idea of what should happen in the end, whether he can do everything with his own hands, how much time it will take and how much the installation of the ventilation system will cost.
Basic Requirements
- Constant flow of air (fresh) from outside.
- Constant temperature in the rooms, including high temperatures in the steam room.
Ventilation systems in bathhouses and saunas are similar in many ways, but there are also fundamental difference. It lies in the way the air is heated. It is dry for a sauna. Therefore, blindly copying circuits without taking into account the peculiarities of their operation is a pointless exercise.
Norms and rules for the design of the ventilation system
- In the sauna, almost all rooms have modest dimensions. In relation to rooms with small in size you need to focus on a ventilation scheme that ensures that the air is renewed approximately every quarter of an hour, at least. For a sauna this is considered the maximum norm.
- During the design and installation process, all risks of drafts or, conversely, areas with stagnant air should be considered and eliminated.
Typical ventilation system diagrams
Mechanical
It is considered the most effective, but also expensive. You will need valves, filters, diffusers, a noise suppression device and a number of other circuit elements. An example is shown in the figure:
Natural
For a DIY device - the most easy option ventilation.
But this only applies to the installation process, since high-quality air exchange can only be ensured with accurate engineering calculations. In addition, this scheme has quite a lot of disadvantages. For example, dependence on the direction and strength of the wind.
Supply and exhaust
From the point of view of “efficiency + final cost of installation + do it yourself” - the best engineering solution.
Let’s look at the organization of ventilation according to this scheme in more detail.
Does it make sense to install ventilation in each room according to the same scheme? If for a steam room there is a supply and exhaust system - best option, then for a dressing room or rest room (taking into account costs) it is quite enough to organize natural air exchange.
Design and principle of operation of the circuit
If the reader understands the principle of operation of ventilation in a sauna, then the author’s task is completed. Any owner can handle the installation of the system with his own hands, without involving specialists. Next will be given general recommendations on drawing up the scheme and technology of work.
Inlet openings
In relation to the steam room, they must be mounted at the bottom of the walls and in the area of the stove. Why? Firstly, cold air coming from the street will heat up faster. Secondly, this feature of the scheme prevents it from entering the area where a person is receiving the procedure.
If between the floor covering and door leaf When installing the box, leave a small gap (about 50 mm), this will further increase the efficiency of air exchange between rooms.
Hood
The intake opening of the air outlet channel, regardless of the chosen scheme, is always located strictly opposite the supply one, that is, on the opposite wall of the room. Depending on its specifics, there may be two such “receivers” (in a steam room - a must). The first is at least 100 cm from the level flooring, the second - to remove air from the sauna to the outside - under the ceiling. Both are connected using a box. To exclude the influence of wind rose and altitude fan pipe, a fan should be installed in the hood.
The peculiarity of the scheme is that it is necessary to install adjustable dampers in both channels - inflow and outlet. They are also called gates or gates. It is with the help of such devices that the desired microclimate is maintained in any room.
The appearance of condensation on surfaces, stale air in rooms - obvious signs improper installation or system malfunctions.
How does the ventilation circuit work in a steam room?
Ventilation
All valves and doors are fully open and the fan is on. 5-10 minutes are enough, and the air in the sauna is completely renewed.
Warming up
The doors and dampers of the exhaust duct are closed, but the supply duct remains open. This achieves rapid heating of the room to the required temperature with a minimum of fuel consumption for the furnace.
Taking treatments in the sauna
The hood damper opens slightly, but only at the lower opening. What does this give? The circulation of flows begins, while the heated air remains in the ceiling area. Consequently, the temperature in the steam room is maintained constant. And at the same time, the renewal of air does not stop. As a result of the operation of the scheme, the most favorable microclimate with significant fuel savings, that is, full compliance with the requirements of paragraph 1.1.
Common mistakes when installing ventilation yourself
- Installation of only one hole for removing air from the sauna, albeit with a damper, under the ceiling. This drawback of the circuit risks that the heated air will quickly be removed outside. Consequently, the process of regulating its temperature in the steam room will become more complicated and fuel consumption will sharply increase.
- The location of all openings (supply, exhaust) is at the same height from the floor. It is difficult to judge the effectiveness of the scheme (although the air exchange will be minimal), but it is clear that a draft is provided.
- The cross-section of the exhaust channel is smaller than the inflow channel. Air exchange in the sauna will be difficult. How to choose the optimal parameter for any ventilation scheme? Recommended ratio: per 1 m3 of room – 24 cm² of air duct cross-section.
The scheme described above is the most convenient for doing it yourself, and its effectiveness in the sauna has been confirmed by practice. Dear reader can rest assured that if all the features of its design are taken into account, it will work effectively. Good luck with your design.
Temperature background and high level moisture in the bath - favorable conditions for the settlement of all kinds of harmful microorganisms. These include bacteria, viruses, molds that destroy wood and the pulmonary system of bath lovers. Properly done ventilation in the bathhouse will eliminate the listed negativity. How to make it?
We will tell you everything about the rules of the organization ventilation systems intended for drying wet areas. Using reliable information will help you develop and implement an impeccable ventilation project. The data presented for consideration are based on building codes and practical experience of builders.
The article describes in detail the methods of constructing ventilation systems designed to remove water suspended in the air, drying finishes and load-bearing structures. The materials and components required for their arrangement are described. Photo applications and video tutorials will provide effective assistance in mastering a difficult topic.
The bathhouse needs regular air renewal. This is a safety requirement for people taking bath procedures. Also, proper ventilation can extend the service life to 50 years or more.
The type of ventilation system is selected individually and depends on the location, size of the structure, and materials used in construction.
Bath ventilation schemes
All existing ventilation systems according to their operating principle are divided into natural, forced and combined. In the first case, ventilation occurs due to the random intake of street air, its mixing in the room and the displacement of exhaust air through the openings in a natural way.
Image gallery
If insulation takes place, then a counter-lattice must be installed to ensure ventilation between the insulation and other layers of the roof. It is also used to ventilate wall structures so that condensation does not form in the thickness of the layers.
To dry floors, use burst ventilation or install a ventilated floor. This option should be considered during the construction phase. To do this, a rough floor is made by carefully pouring concrete on a slope, and the finishing floor is laid from hardwood boards, leaving small gaps between them. This floor provides quick removal excess moisture.
It is important to properly organize ventilation in all rooms of the bathhouse. Particular attention should be paid to the washing/shower area, where high humidity threatens the formation of fungus and mold.
All rooms of the bathhouse need ventilation, including:
- washing room;
- dressing room/rest room;
- other premises.
To arrange proper ventilation, you have to choose the optimal scheme that suits the requirements and conditions of a particular bath. It is important to remember that fresh air must enter and be removed from all rooms.
They build ventilation ducts, make supply and exhaust openings in the walls, or install an entire system of air ducts - everything is very individual
Experienced craftsmen do not recommend laying complex ventilation duct systems, preferring to stop at the very simple solution, suitable for a particular case. The rule here is that the simpler the better. And in terms of price, the simple option will cost several times less.
Image gallery
Bathhouse ventilation has important when arranging a steam room, however, in order for it to function as it should, the layout of the air duct and other utility channels must be properly thought out. It is also necessary to select reliable equipment, ranging from dehumidifiers and heating to humidifiers and thermostats.
Having decided to install bath ventilation, you can try to figure out how to do it yourself, but it is much better to turn to professionals who will install the device. exhaust system and the structure of other communications is well known. At the same time, it is not necessary to consider mainly expensive high-tech options - it is enough to limit yourself to basic solutions.
Speaking about how to properly design the ventilation of a bathhouse, you must immediately take into account that the natural flow of fresh air is necessary not only for a comfortable stay, but also to maintain the combustion process, and this, as is known, largely depends on the access of oxygen. It is recommended to lay specially for the furnace ventilation duct with an outlet through a steel sheet designed to protect the floor from fire in case of hot coals from the firebox. The box should be wider than the chimney, about a quarter.
Supply ventilation of the bath
Ventilation equipment is installed, due to which fresh air is forcedly pumped in and subsequently heated; This type of bath ventilation provides complete control over air exchange. Fans are installed in the channels through which air moves, directing the flow in the desired direction. As a result, there is always enough oxygen in the steam room.
Ventilation of a bathhouse with a furnace firebox
from the rest room
Ventilation in the washing bath should be created taking into account high humidity. The hole through which the exhaust air escapes must be sufficiently warmed up, otherwise in winter ice may form at its end on the street side. It is extremely difficult to design a good steam room on your own, as this requires experience. It is better to turn to professionals for this purpose. The RusPar company has been designing baths for quite a long time and is ready to fulfill orders of any level of complexity. We will deliver the steam room turnkey strictly within the pre-agreed time frame.
Ventilation of a bathhouse with a firebox
ovens in the steam room
Is ventilation necessary in a log bath?
| It is very difficult to answer this question. On the one hand, the air in such a room freely penetrates through lower crowns walls, on the other hand, this may not be enough for proper ventilation. Moreover, often modern designs bathhouses are noticeably different from classic designs, so ventilation holes must be present in them. But what should the ventilation of a bathhouse be like, what standards should be taken into account when designing it, especially when you undertake construction with your own hands? | If a stove-heater is installed, then you should take into account the peculiarity of its vent: air flows out through it. Plus, floor ventilation is being installed, all the necessary communications are laid through ducts in the bathhouse, fans are installed in certain places, which will turn on if necessary to speed up air exchange. It is important that the room is guaranteed to be free from drafts and condensation does not form. |