Which heating radiators are suitable for panoramic windows

To effectively heat rooms with panoramic glazing or sufficiently wide “French” windows, a non-standard solution will be required. One of the possible options is to install low radiators, which guarantee high-quality heating of the apartment and also prevent the spread of cold and icing of the glass. This approach to solving the problem is the only correct one, except for cases when thermal curtains are used. In choosing the right type of radiators for panoramic windows, familiarity with the design features of these devices, as well as their advantages and disadvantages, will help.

Types of structures

Depending on the material used for the production of radiators, several types of devices can be distinguished.

• Aluminum and cast iron. These are perhaps the “oldest” versions of radiators, which were first presented to consumers at the beginning of the last century. However, it is quite difficult to find floor products made of these metals; conventional batteries are much more common, which are simply attached to the floor using brackets. We can say that these are ordinary wall-mounted models that are simply attached to the floor.
• Bimetallic radiators. This type of heating devices includes those made of two metals; aluminum-copper and aluminum-steel are more common. The features of such radiators include the following point: the water inside them moves along a special core made of steel and characterized by high corrosion resistance.
• Steel. This version of radiators is quite widespread; convectors, registers and tubular models are made from this alloy. Convectors are characterized by the same design as their counterparts made of aluminum and copper, however, with the same dimensions, the degree of heat transfer of steel models is slightly lower.

Tubular modifications can have a wide variety of configurations, due to this they are often used not only for effective heating, but also as a decorative element in the room, a stylish accent of a modern interior. The registers look like the most basic homemade installations, they are produced quite quickly: thick pipes are simply connected to each other using special jumpers, which forms a closed circuit at the output. Such products can be used as an element of the heating system or autonomously.

Separately, you need to dwell on the types of heaters inside floor radiators.

Depending on the principle of operation, they are divided into electric and water.

• The first varieties work due to a special closed heating element on which metal plates are held; they can be copper or steel. The purpose of such discs is to maximize the surface area in contact with the air flow. Such radiators are characterized by a high degree of safety, since they are equipped with fuses for effective and reliable protection against any possible malfunctions in the electrical network.
• The operating principle of water models is slightly different. The main heating element here consists of metal pipes with several plates, which are attached to a centralized heating network using special pipes.

Depending on the type of model, a floor radiator may include a fan, this significantly increases the heat transfer of the device. Such a radiator operates from an electric current network and is supplemented with special vibration-proof supports, which greatly reduce the level of noise emitted.

For owners of non-standard rooms, radiators of a wide variety of shapes and the required radius of curvature can be manufactured according to individual projects. If you plan to use the device in homes with high humidity levels, then you should give preference to models made of stainless materials with a built-in drain for drainage. Some models have special electronic regulators that allow you to set the optimal temperature background. As a rule, a remote control is included with such products.

Main characteristics

Floor radiators are heat-generating equipment that is installed so that technical elements are not visible. The design of the radiator is quite simple and consists of a box made of stainless steel. Inside it has heat exchangers consisting of copper and aluminum. To connect radiators built into the floor, corrugated tubes made of corrosion-resistant materials are used. A distinctive feature of the device is that there is no gap at all between the plates and the circuit.

Such designs come with or without housings. Both options are quite easy to install. Before installation, you need to prepare a gutter that matches the length of the radiator. Then the device itself is placed in it, and only after that the radiator is connected to the communications. Radiator sizes range from 90 centimeters to three meters. This allows you to choose an option that will fully correspond to the selected room. That is, it will be able to fully heat it, and at the same time will not take up too much space in the room.

Areas and features of application, effectiveness

Model SOLIRA 2020/4 No. 12 with a height of 200 mm and a depth of 70 mm.
Narrow batteries have become an alternative to conventional batteries in the face of changing building standards. They are ideal for panoramic and stained glass windows. In addition, large radiators do not always fit into bathrooms, toilet rooms, and balconies. With their miniature size, low batteries are practically not inferior to standard analogues in terms of efficiency, if the installation is carried out without violating technology.

Low horizontal structures are used in narrow rooms where there are low walls, partitions or panoramic windows. They are also indispensable for small loggias and balconies, as they do not take up much space. Narrow horizontal radiators are also installed in long rooms and corridors.

The main feature of such radiators is not even the size and dimensions, but the specificity of heating the room: the lower and longer the heating device, the more even the temperature of the room and the better the entire volume of air is heated.

Radiators for panoramic windows

In this article we will look at the main options for heating rooms with panoramic windows, their advantages and disadvantages. Large, wide floor-to-ceiling windows create a unique atmosphere in the house: they fill the room with light and open up a stunning view. At the same time, modern energy-saving double-glazed windows make it possible to use panoramic windows even in Russian conditions. It is not surprising that this architectural solution is gaining increasing popularity. But at the same time, it requires more careful planning of upcoming repair work.

In-floor convectors for panoramic windows

Most often, heating of such premises is assigned to in-floor convectors. This is the most obvious and simple solution from a design point of view: the convector is not conspicuous, does not block the view from the window, and at the same time is located directly under the window, reliably protecting the window from condensation. In-floor convectors are also convenient for interior designers: they may not take heating devices into account in their design, assuming that they will be invisible convectors in the floor. Most manufacturers provide the option of painting the decorative grille to match the color of the floor covering.

But in-floor convectors also have certain disadvantages that do not allow them to be called a universal solution:

• Firstly, it is not always technically possible to install them. For example, this may be due to too strict restrictions on the height of the convector, which makes it impossible to find a suitable model.
• Secondly, the design of convectors makes them difficult to clean: they quite easily collect dust, which is already difficult to remove from under the heat exchanger.
• Thirdly, in-floor convectors are a relatively low-power heating device. In most cases, they are not enough to fully heat the entire room. A solution could be to use forced convection convectors equipped with tangential fans, but this not only increases the overall cost of equipment and installation, but also negatively affects indoor comfort: constant slight noise from the fans, fine dispersive dust in the air, etc. .

In-floor convectors for panoramic windows.

Pros:

• Convectors fit well into the interior and do not block the view from the window
• Located directly under the window, convectors reliably protect the room from drafts and condensation on the glass

Minuses:

• It is not always possible to install convectors for technical reasons
• Trench convectors have low thermal power, which is why they can only be used in combination with other heating devices. Convectors with forced convection have high power, but they also have their own disadvantages.
• Like any convectors, trench convectors have dust removal pipes. Therefore, maintaining perfect cleanliness in the house will be more difficult.

Low radiators for panoramic windows

Another heating solution can be low floor radiators. They are more versatile - they can be installed with almost any pipe layout in the apartment and at any floor pouring height.

The main disadvantage of low radiators is that they partially block the view from the window, and in some cases may interfere with its full opening, as well as with washing the glass.

Pros:

• Radiators are located directly opposite the window - they protect the windows from condensation, as well as the room from drafts.
• Low floor radiators can be installed in almost any conditions: any pipe layout and floor height.

Minuses:

• Radiators partially cover the panoramic window
• Low radiators will also interfere with opening the window (if provided for by its design), and also, in some cases, with washing the window.

Radiators next to windows

An interesting design solution could be radiators located next to panoramic windows. In this case, the radiators evenly heat the room without covering the window. The main disadvantage here is the non-optimal location of the heating radiators.

Pros:

• In most cases this is the cheapest option
• Wide choice in the location of the radiator, as well as in the choice of radiator model
• Radiators are easy to clean

Minuses:

• The radiator does not block the flow of cold air from the side of the window, as a result of which the temperature near the window may be lower than in the rest of the room
• In some cases, condensation may form on the glass, but this is more likely a matter of insufficient ventilation or poor quality of the glass unit.

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Models without housing

In this case, heating radiators are installed in a specially prepared niche. Its walls are insulated. The most commonly used is polyester foam. Batteries of this type are mainly located in new buildings, where their installation is provided for in the design documentation.

Diagram and principle of operation of a liquid electric radiator

The heating circuit is installed inside the niche at a height of 10 cm from the bottom. This is due to fire safety regulations. Also, the presence of an air gap improves the movement of warm masses and increases the efficiency of the heating device.

The channel with heating elements is closed with a special grille. It must withstand significant loads that are possible during operation.

Also, the grill must be removable so that the channel can be cleaned of accumulated dust. It can move completely away or collapse.

Which radiators to choose for a wooden house

Heating a wooden house (we are talking primarily about log houses) indeed has its own characteristics, since the thermal conductivity of wood is low and depends on its species. In addition, it is necessary to ensure maximum fire safety. But in general, the issue of providing heat, as well as safety, rests primarily on the correct installation of the heating system, the choice of boiler and the number of radiators. There are no restrictions on the type of radiators here: steel, cast iron, bimetallic, aluminum - all of them can be used in a wooden frame.

Any type of radiator is suitable for a wooden house. Source pinterest.com

Minimum required thermal power

Typically, thermal calculations of houses are done infrequently, so calculations have to be done room by room. The power of all radiators should be 20% higher than the power of the boiler. For a house insulated according to GOST, heat loss is 10 kW per 100 sq. m. with a ceiling height of up to 2.7 m.

Determining the number of radiators in each room by area is not always reasonable. Heat loss depends on walls, windows, doors. You shouldn't hang too many batteries either. But there should be enough of them so that the system is not hot (>70°C).

Here is an example of power distribution:

1. The inner room is heated by the neighboring ones and can be equipped with a minimum number of radiators.
2. External wall and window – 1 kW per 10 m2.
3. A long outer wall and two windows - multiply the previous figure by 1.2.
4. Two external walls and a window - multiply by 1.3.
5. Two external walls and two windows - we multiply the primary data by 1.4 or 1.5.

This definition of power is relative. Much depends on other characteristics of the house: layout, size of external walls and windows. But for more than 90% of standard Russian houses, such a simple calculation is quite enough.

Radiators built into the floor

The presence of floor heating devices built into the floor is indicated only by a decorative grille on the floor.

Floor heating radiators built into the floor provide an even more hidden installation of the heating system. From their name it is clear that they are installed directly in the floors, and the heat is released through a decorative grille installed flush with the floor covering. Such devices can be installed directly in doorways and do not interfere with passage.

The advantage of radiators built into the floor is their complete invisibility: only the decorative grille is visible from above. Due to this, they are often used in rooms with an exclusive design, where the presence of unnecessary and interfering elements is unacceptable. But the main disadvantage is that such devices are placed in special niches, which is why it is best to provide for their installation at the stage of building construction. Installing floor-mounted radiators in already built and finished buildings poses a big problem.

Criterias of choice

Water systems are more difficult to work with; several additional factors may influence the purchasing decision, in addition to the dimensions and material from which the body, fins and pipes are made.

Kinds

Low radiators are a type of battery that differs from standard ones in its height. This parameter for such units is only 200-400 mm. Such devices are installed in rooms with large panoramic windows, in swimming pools, gyms, greenhouses, etc.

The main criterion on the basis of which types of low radiators are distinguished is the material of manufacture.

Cast iron

Batteries of this type are sections created by casting. Such devices have good thermal inertia and are resistant to corrosion. However, they have a low operating pressure, which reaches only 10 atm. In addition, they are very fragile. Users note that plaque often forms on the inner surface of the channels and dirt accumulates, which leads to a decrease in heat transfer. Therefore, you need to clean them periodically.

Steel

Steel panel radiators are constructed from one or more heating plates that are enclosed in a finned shell.

Their main positive characteristics:

• good thermal conductivity;
• low inertia;
• low coolant consumption.

Despite many good technical indicators, there are some disadvantages: such radiators cannot withstand water hammer and corrosion.

Reviews indicate that when water is drained, rust forms on the walls of the panels. Another disadvantage is that such heaters are not cheap. For example, if you want to purchase a radiator with a height of 300 mm, be prepared to pay from 2000 to 5000 rubles for it.

Aluminum

Low heating radiators made of aluminum have an attractive design, high heat transfer rates and are light in weight. They are characterized by high technical characteristics, thanks to which they are able to withstand operating pressures of up to 16 atm.

However, there are also some disadvantages. For example, aluminum radiators are short-lived: their service life is 10, in rare cases 15 years. Plus, such devices are not able to withstand hydraulic shocks, and as a result, leaks can form between sections.

The price of aluminum radiators varies from 300 to 1500 rubles.

Note! Aluminum batteries withstand water hammer better than cast iron ones, but their convection properties are much worse. Bimetallic

Bimetallic

The design of bimetallic models of low radiators consists of a core, which is made of steel or copper pipes, and an aluminum shell. Such batteries withstand high pressure well, consume a small amount of water and are resistant to corrosion processes.

Lamellar

Convector-type plate radiators are produced with the lowest heights; they can be attached to both the wall and the floor, and, if necessary, covered with decorative grilles. The devices have high heat transfer rates. The maximum pressure they can withstand is 20 atm. The disadvantage is that if there is a leak, it will not be possible to replace a part; you will have to buy a new radiator.

Aluminum

The lowest aluminum radiators have a height of 245 mm. The Sira campaign has such models. Alux 80 and Alux 100, Rovall 80 and Rovall 100, Swing. They have a good heat output for such miniature products - 89-97 W. Global has a low radiator - model Gl-200/80/D. This model is cast, with a working pressure of 16 bar.

The lowest radiator at Global Gl-200/80/D has a height of 200 mm

There are aluminum radiators with an interaxal distance of 200 mm from the Russian manufacturer, Rifar, Rifar Base 200 and Rifar Forza 200. Moreover, their back wall is solid. You can safely place them with your back to the window and not worry about the appearance from the street.

But these are the smallest radiators. There is a large selection of models, the height of which will not be higher than 45 cm. Every company has such sizes, in almost every line. A center distance of 300 mm, 350 mm or 400 mm also fits into the low category.

Advantages, disadvantages

Any line has low batteries, with an axial distance of 300 or 350 mm

Advantages of aluminum radiators: lightweight, have high heat transfer, small capacity (little water can be placed), and quickly respond to temperature changes.

The most important disadvantage is the chemical reactivity of aluminum and its softness. For normal and long-term operation, a high-quality coolant is required: Ph 7-8, operating pressure - from 5-6 Bar for extrusion models, to 10-12 for cast ones. It is imperative that the coolant contains a small amount of oxygen and suspended matter. Oxygen promotes the oxidation and destruction of aluminum, and suspensions wear down the metal.

But each manufacturer has its own requirements. For example, Chinese aluminum Radena radiators operate at 16 Bar pressure and coolant with Ph 6.5-9. And Sira extrusion models have a working pressure of 16 Bar and a warranty period of 25 years. There are probably other aluminum radiators whose characteristics go far beyond the average: and there are too many manufacturers and models.

When choosing, do not forget about all these technical subtleties: only if the operating conditions coincide with the manufacturers’ recommendations, the heating will work for a long time and without failures.

When installing the system, it is worth remembering that aluminum cannot be combined with copper (or copper-based alloys) directly. This means that when installing copper pipes, it is better to install other radiators. And also do not install bronze or brass fittings. Galvanized fittings and fittings work well with aluminum.

Application area

Scope of application: in individual heating there are practically no restrictions, it is only worth paying attention to the temperature of the coolant, especially if the system has a coal or wood boiler. It is risky to install them in apartments

Unless they are very reliable and proven, and only if the coolant in the system meets the manufacturer’s requirements.

Read about choosing radiators for an apartment and a house in the article “Aluminum batteries: types, selection, connection”

How to place batteries

First of all, recommendations concern the installation location. Most often, heating devices are installed where heat loss is the most significant. And first of all these are windows. Even with modern energy-saving double-glazed windows, it is in these places that the most heat is lost. What can we say about old wooden frames?

If there is no radiator under the window, then the cold air descends along the wall and spreads along the floor. The situation is changed by installing a battery: warm air, rising upward, prevents cold air from “draining” onto the floor. It must be remembered that in order for such protection to be effective, the radiator must occupy at least 70% of the width of the window. This norm is prescribed in SNiP. Therefore, when choosing radiators, keep in mind that a small radiator under the window will not provide the required level of comfort. In this case, there will be zones on the sides where the cold air will go down, and there will be cold zones on the floor. In this case, the window may often “sweat”, condensation will form on the walls in the place where warm and cold air collide, and dampness will appear.

For this reason, do not try to find the model with the highest heat output. This is justified only for regions with a very harsh climate. But in the north, even the most powerful sections have large radiators. For central Russia, average heat transfer is required, for southern regions, low radiators are generally needed (with a small center distance). This is the only way you can fulfill the key rule for installing batteries: blocking most of the window opening.

In cold climates, it makes sense to install a thermal curtain near the front door. This is the second problem area, but it is more typical for private houses. This problem may occur in ground floor apartments. The rules here are simple: you need to place the radiator as close to the door as possible. Choose a location depending on the layout, also taking into account the possibilities of piping.

Specifics of connecting and installing different systems

Redevelopment of old houses or simple renovation of an apartment with the replacement of old heating radiators is always associated with the need to study the peculiarities of laying pipelines and methods of connecting batteries. With the open installation method, it is enough to select the correct parameters of the device and shut-off valves, calculate the mounting locations for the brackets and install the battery.

When installing hidden, work is carried out on laying communications, equipping the installation site, and adjusting the decorative grille. It must be remembered that hidden installation requires more space than the size of the convector. For air movement, it is necessary that there is at least 3-5 cm of free space around the radiator around the perimeter and the same amount below it.

In addition, the decorative grille should have an inclined arrangement of the blinds. This element plays an important role in shaping the direction of the flow of warm air. If the sashes are turned towards the frames, then a heat shield will be created effectively. And if the blinds are turned in the opposite direction, then the flow of heated air will be used ineffectively.

Types of panoramic windows

Panoramic windows come in two types: cold and warm. Cold glazing is used on unheated balconies, loggias, and terraces. They are framed or frameless. Frameless ones are simply thick glasses of a certain size that fit tightly one to the other. Panoramic glazing with frames is what we are used to. A wooden or plastic frame into which glass is inserted. But cold glazing is rarely installed; much more often they use windows that can protect against cold and heat.

An example of cold frameless glazing

Most often today, plastic or metal-plastic windows are installed. Depending on the climate, you can select the required number of cameras, the type of glass (tinted, mirror-coated, energy-saving, reinforced and even armored). As a result, with proper installation, you can get windows that, in terms of their thermal characteristics, are no worse than the adjacent walls.

A house with panoramic windows can have windows with different types of opening:

• Deaf. These are the ones that don't open at all.
• With ventilation and micro-ventilation. Open windows are necessary to provide fresh air. Such modes are not needed if there is supply and exhaust ventilation.
• Swing. The usual form of opening. Such windows can be used to access a balcony or terrace, veranda, or simply to the street.

Hinged windows - the ones we are used to

Sliding. They differ in that the doors move to the sides. They are more convenient because they do not require free space in front of them to open. In modern versions they have no worse heat and sound insulation characteristics than traditional swing doors.

Sliding systems are convenient because they do not require space in front of the door

Foldable. Panoramic windows can be folded like a book. 5-6 valves can be involved. When installing such windows/doors, you can turn the room into an open terrace.

The doors were folded and the room turned into part of the terrace

Using doors of various opening methods, you can achieve the functionality that you need. Wooden houses with panoramic windows are rare. The fact is that wood constantly changes size and ordinary windows are placed in special casing boxes that compensate for this movement. If the window area is very large, this may be problematic. If a solution has been found, you can install wooden or plastic windows. And so that white plastic does not look alien, they install frames laminated with a film that imitates wood.

Heating options for windows

When conventional radiators do not fully cope with the functions assigned to them or a different type of heating system is used in the premises, it is recommended to install heated windows to ensure comfortable conditions. Thanks to this solution, it is possible to minimize heat leakage and maintain optimal temperature conditions in the rooms at the lowest possible cost. There are several options for heating windows on the market, so you can always choose the most suitable one.

In what cases is it recommended to use heated windows?

If the window openings have a large area, then it is definitely better to immediately install heated windows, since the flows emanating from the radiator are not able to create an effective thermal curtain. These models are also recommended when rooms are heated:

heated floor system;

infrared heaters installed outside window openings;

warm air through ventilation ducts;

fireplaces, etc.

In all of the above cases, there are no full-fledged thermal curtains opposite the window openings, which can provoke a whole list of negative consequences:

rapid decrease in temperature in the rooms;

excessive condensation;

the appearance of fungus and mold on various elements of window structures.

Aluminum, wooden and plastic heated windows do not have such problems. In addition, they not only help create comfortable conditions for living and working, but also allow you to significantly reduce heating bills.

Window heaters

These products are designed to slow down the process of heat exchange between indoor spaces and the street. They also allow you to additionally warm the air in the rooms, thereby reducing the load on the central heating system.

Today, window heaters are represented by two types of devices:

infrared elements - devices whose operation does not generate air currents, since they heat objects located in their area of ​​action;

air thermal curtains - such a window heater supplies a powerful stream of air heated to a certain temperature parallel to the opening, due to which an additional invisible barrier is created between the room and the street.

Such devices not only retain heat and heat the rooms, but also prevent the appearance of drafts that can occur if the windows are slightly depressurized.

Flexible window heating system

Infrared elements and thermal curtains are generally effective, but have some disadvantages. For example, they require space for installation, sometimes create noise and in some cases have a negative impact on the interior. European engineers have figured out how to make a quiet and unnoticeable device that prevents windows from cooling. Its work is based on thin heating elements, which are a flexible tape that runs along the perimeter of the glass unit. Such a system consumes little energy and increases the temperature of the glass unit, eliminating cold bridges in both blind and active sashes.

In addition to being economical and compact, this system is suitable for windows that are already in use. Thanks to the minimal thickness and flexibility of the heating elements, it is possible to remove the glass unit from the frame, wrap it in tape and insert it back, and then connect it to the control unit. This device prevents condensation from forming and slows down the heat transfer process. Its integration guarantees the absence of frost on the windows even at very low temperatures.

The flexible system is best suited for openings with relatively small dimensions, since it slightly heats these products only around the perimeter. If significant heat loss through the windows is expected, then it is better to use a device that is able to heat the glass over its entire area.

Heated double-glazed windows

Recently, there has been an increase in demand for windows in which heated double-glazed windows are installed, capable of creating a thermal curtain directly in the air chamber itself. Their operating principle is based on heating a special coating, evenly distributed over the entire area of ​​the glass, with the passage of electric current. A detailed review of these models has been published on OknaTrade. This modification will cost more than the two previous devices, but it is much more advanced and compact than heaters and more functional than flexible heating tapes. In Russia, heated double-glazed windows are recommended for installation in regions with harsh climates, as well as glazing of verandas, terraces, winter gardens and swimming pools.

Appearance of low heating radiators

Appearance of low radiators
The modern manufacturing market offers various designs and color solutions for heating radiators. This type of product can also be selected according to the following parameters:

• to size;
• optimal length;
• convenient width;
• required power;
• and also by the number of sections.

According to technical parameters, this type of product is suitable for equipping heating systems of any premises. One of the undoubted advantages of these devices is the high-quality final finishing of the surface coating of heating radiators. This can be a specialized varnish, spraying or paint.

This nuance ensures resistance to corrosive processes, and this treatment does not require regular painting or other types of maintenance. High-quality devices in this area save up to 30 percent of material costs for heating needs.

Radiators are produced in a variety of versions to meet the different requirements and preferences of customers for this type of product. This assortment allows you to choose the most successful option for installing low batteries in a certain room, moreover, it is beneficial both during installation and is suitable for certain heating systems.

Floor-mounted heating radiators

Floor heating radiators are convenient for use in residential buildings, offices, winter gardens, etc. There are no restrictions on use; the devices operate on the convection principle. Plus - reduced heating costs without changing the intensity of heating of the premises.

The design is simple - a tubular heater with plate fins is placed inside a metal housing. This finned configuration increases the area of ​​contact of air with the coolant and ensures prompt heating. The upper part of the box is equipped with a grille and is placed at floor level.

Aesthetic appeal does not affect the power; moreover, the device is built into the floor and is not visible. For installation in rooms with high humidity, you should choose a stainless steel device; for other rooms, galvanized types are suitable. The grille is protected from rust by powder coating and is made of steel, marble, wood.

By design, gratings are divided into:

1. Linear. They are lifted entirely, with the entire plate, the crossbars are located lengthwise and crosswise.
2. Rolled. They are rolled up and equipped only with transverse crossbars.

Types and scope of application

Heating radiators built into the floor are used in residential and non-residential buildings where it is not possible to use standard types. Units recessed into the floor are needed in greenhouses, houses with panoramic windows, exhibition and museum halls.

Unlike low floor heating radiators, those recessed into the screed are better suited for panoramic windows. In the latter case, the battery is not visible, and a full view from the window opens. To increase functionality, add fans. The air heating rate increases by 90%; porous rubber gaskets are used to reduce the noise effect. They are also equipped with electronic temperature sensors and regulators for adjusting the temperature regime.

Devices are distinguished by type of heating:

• Electrical. Equipped with a built-in sealed heating element with fins made of copper and aluminum alloy plates. The most practical heating elements are made of stainless steel. All electrical appliances are equipped with fuses.
• Mermen. A heater in the form of a hollow tube with plate fins is connected to the heating main. The pipeline is made of steel, aluminum or copper. When integrating devices into a centralized network, copper heat exchangers are not recommended.

Advantages and disadvantages of built-in heating radiators

Among the main advantages of using devices:

1. Hidden installation anywhere in the room. Thanks to its concealment in the floor, the device is not at all noticeable on the surface. A durable grille can withstand the weight of furniture and people.
2. Easy to care for. The grille is easy to clean with a vacuum cleaner, as is the inner niche.
3. Versatility. The modules do not affect the overall decor and do not require careful selection to match the color of the finish or the overall style of the interior.
4. Safety and high reliability during operation. The grilles are produced with small perforations, so it is impossible for a shoe heel to get stuck and a child will not be able to put a hand or foot inside the niche.

Built-in radiators provide a good thermal curtain, which is convenient in houses with panoramic windows, retail outlets or storefronts.

The disadvantages include:

• complexity of installation;
• the need to raise the floor level taking into account the size;
• increased cost - compared to other devices;
• uneven heating in rooms with wall heights of 3 m or more.

Buying tips

The presence of a fan and control system makes it easier to set up work. The size, power of the unit and installation conditions also deserve attention.

When purchasing a built-in water convector, take into account:

1. Pressure indicator in the heating network. Centralized lines produce up to 10 bar, autonomous lines no higher than 2.5 bar at peak loads.
2. Cleanliness and characteristics of the coolant.
3. Type of heating system. This can be a one- or two-pipe network.
4. The diameter size is needed for adapters. The material of the pipes depends on the room in which the device will be used.

The main purpose of floor-standing and built-in heating radiators is to warm up rooms where it is impossible to install traditional radiators. They are more expensive than standard models. It is necessary to choose with a preliminary calculation of the installation area and type of pipes.

Prices: summary table

Expert advice

There are quite a few popular options for heat supply using floor products.

• In-floor radiators - the main device is located below the floor line, and on the surface there is only a grille, through which cold air masses penetrate into the convectors, and warm ones rise upward. Such installation is quite labor-intensive, and the liner itself is often hidden, which is extremely undesirable in case of emergency situations.
• The use of fan coil units is a system in which the heat exchangers are blown by built-in fans, which optimally redistribute warm air flows. This design ensures uniform distribution of heat over the entire area of ​​the room, and in addition, completely frees the floor from additional communications, since they are all located above and do not “steal” the usable space of the room.

Floor radiators are still considered little-known devices, although there are quite a few situations where they are truly irreplaceable. The devices are connected in the same way as the simplest radiators; they are practical, ergonomic and energy efficient.

See the following video about the advantages of floor heating radiators.