Plinth convector water

An efficient heating system is essential for maintaining a warm and comfortable home. Plinth convector water system is one solution that is often disregarded but is very efficient. This cutting-edge technology discreetly and effectively distributes heat throughout your house by using the space beneath your baseboards and cabinets.

Plinth convectors are positioned at the base of your walls and blend in perfectly with the interior design of your house, in contrast to conventional radiators or underfloor heating systems. Through the use of pipes and hot water circulation, they produce heat in the space. This not only maintains a comfortable temperature but also does away with the need for large, unsightly heating components or radiators.

The capacity of plinth convectors to distribute heat evenly and consistently throughout the space is one of their primary benefits. Installing them around the perimeter of the room creates a warm curtain that keeps drafts and cold spots at bay. They are therefore particularly suitable for spaces with lots of windows or those that lose a lot of heat.

The adaptability and compact design of plinth convectors are additional advantages. Unlike conventional radiators or heating systems, they don’t take up valuable wall or floor space because they are installed at floor level. They are therefore perfect for homeowners who like a minimalist look or for rooms with limited square footage.

Plinth convectors have the ability to heat spaces as well as provide efficient ventilation and air movement. Certain models come with integrated fans that facilitate the efficient distribution of warm air, guaranteeing optimal comfort throughout the entire space.

When it comes to heating and insulating your home, one of the key elements to consider is the plinth convector water system. This innovative heating solution not only provides efficient warmth but also saves space and offers flexibility in room layout. By utilizing the natural circulation of water, plinth convectors ensure even distribution of heat, maintaining a comfortable temperature throughout the house. Their compact design makes them ideal for installation in narrow spaces, such as under windows or along walls, maximizing usable floor area. Additionally, plinth convectors can be integrated seamlessly into various interior designs, enhancing both aesthetics and functionality. With their effectiveness, space-saving features, and versatility, plinth convectors are a smart choice for achieving optimal heating and insulation in any home.

Plinth convector

The baseboard convector is a unique kind of heating appliance distinguished by its compact size, easy installation, and excellent heating effectiveness.[Contents]

How the baseboard convector is organized

The baseboard convector appears to be a decorative grille with intensely rising warm air at first glance. It is actually a unique construction with a heating element inside. It may be an electric heater (TEN) or a copper radiator that the heated coolant passes through. This element heats up cold air, which rises when it makes contact with it.

Baseboard convector for water

This device’s main component is integrated into a decorative plinth element that ranges in height from 50 to 130 mm.

Since these systems are typically fairly lengthy, fans are frequently positioned inside the box to force cold air into the heat exchanger, improving performance and increasing the system’s capacity.

Scope of application

A versatile tool, the plinth convector can be used in industrial and sociocultural settings (warehouses, factory workshops, museums, shopping malls, and exhibition centers) as well as residential homes. The active spread of such systems in country houses and dacha plots can be attributed to their relatively high cost-effectiveness and ease of installation.

When it comes to rooms with high ceilings, warm baseboard is the best option because conventional convectors lose a lot of their efficiency because the hottest air layers rise to the top and are no longer useful for heating.

Skirting heaters perform best in situations where there is a lot of glass. The floor’s rising streams act as a thermal curtain to block out the chilly air coming in through the windows. For this reason, the plinth type convector is frequently used to heat loggias, balconies, conservatories, and other structures of a like nature.

Advantages and disadvantages of baseboard convectors

Warm baseboard systems’ basic operating principle gives you several important advantages over situations in which traditional heaters are used for heating:

• The main source of heating in the system is thermal radiation. Therefore, its heating efficiency is high; Electric baseboard convector
• Uniform radiation of heat over a long distance creates a heat curtain to cold air penetrating through walls and windows. The warm air gradually cools as it rises, giving up all its energy for useful heating. The efficiency of the system is therefore very high;
• The walls, heated by constant contact with warm air, become an additional heat accumulator and get rid of excessive moisture, which often forms on their surface due to poor insulation on the outside;

The walls are further shielded from freezing and mold growth because of this effect.

One of the plinth-type system’s drawbacks is that it is rather lengthy, making it unsuitable for use in all rooms. However, since every device has a unique range of applications, this drawback is very relative, and one could argue that the baseboard convector is just not made for small rooms.

Installation technology

In its lower section, warm baseboard systems are installed 15 mm from the floor’s surface. To allow for unrestricted airflow, this space is essential.

The baseboard convector’s modules are connected in series by special supply jumpers and are fastened at the same level using standard fasteners chosen based on the type of wall.

After that, install the thermostat. It should be placed where it is easy to use and away from any future furniture installations. It is advised to place the thermoregulator no closer than two meters away from the panel on the wall opposite it, as its functioning is dependent on the temperature of the surrounding air.

In the event that an electric baseboard convector is installed, it is linked to the network at the end. The maximum current consumption of the system determines the required cross-sectional area for the electric cable that must pass through the thermostat.

Main manufacturers

Note that there is some confusion among climate technology vendors regarding the definition of the term "baseboard convector." Ordinary convectors with small height dimensions are referred to by many companies as such. These models are offered by numerous companies, including French Noroit, Norwegian Nobo, and Dimlex.

The most well-known producers of baseboard convectors, the workings of which are explained in this article, are:

• Russian "Alden Group" with patented system Mr. Tektum; Convector MrTektum
• Ukrainian companies PJSC "Mayak" (trademark "Thermia") and "Carrera Ukraine" (plinth convectors Carrera);
• European brands Best Board, Thermbord and others.

A novel kind of heating system, baseboard convectors can be used for almost any purpose in a room, providing primary or supplemental heat. The equipment’s increasing popularity can be attributed to its efficiency, economy, and simplicity of installation.

What is a baseboard convector, and what are its uses, capabilities, methods of installation, and primary manufacturers?

Baseboard electric convector: pros and cons, features of installation

Many types of equipment are available to heat the living area. Their differences include those related to price, performance, size, and construction.

This article focuses on a baseboard electric convector, a piece of heating equipment that was just introduced to the market.

Electric convector baseboard technological

Device

The operation of a contemporary baseboard electric convector is predicated on the concept of air mass convection.

The device’s interior contains a heating element that heats the air, causing it to rise and push the cold air below. These kinds of adjustments cause the room’s air to warm up.

The plinth convector is distinguished from traditional electric convectors, which are mounted on the walls and floors, by its incredibly small size, elegant appearance, and practical design.

Consequently, this unit will save a ton of space and blend in harmoniously with the interior:

1. The height of such devices varies from 60 to 250 mm, convectors can be camouflaged by covering them with special decorative skirting boards.
2. Up to 100 mm thick, appliances are sold very thin, which practically do not stand out from the walls.

Baseboard energy-saving Electric convectors work well in rooms that are large and have long baseboards. They can also be positioned on loggias and balconies.

What makes up the skirting convector is:

• metal plate, it is fixed to the wall at a distance of 1.5 cm;
• Two pipes designed for heating;
• connecting elements and fasteners, which are located in the corners of the room;
• external facade.

Low-type baseboard electric convectors are ideal for offices and private frame homes where it is not possible to connect to the gas mains or install water heating equipment.

Correlating the following indicators will help you decide how many baseboard electric convectors your home needs:

• the area of the room;
• convector length ;
• power;
• the climate of the area in which you live.

Electric convector baseboard Thermia EVNA – 0,18/230 P2

When selecting the unit itself, consideration of the following parameters is a must:

• weight;
• Size;
• power of the device;
• heat exchanger device;
• whether there is an electronic thermostat, which allows you to maintain the temperature mode with maximum accuracy;
• whether it is equipped with a built-in voltage stabilizer.

Advantages and disadvantages

Megador, the fifth electric convector

These days, baseboard electric convectors are highly common. This is because these units have numerous benefits that make them stand out:

1. Small size: they are miniature and fit perfectly into any interior.
2. Safe in operation: the design of the devices is protected from accidental contact, so such convectors can be installed in children"s rooms.
3. Provide comfortable air temperature, t.к. The air warms up very quickly and the heat is evenly distributed throughout the room.

Nevertheless, despite the clear benefits, a few drawbacks stand out:

• in most cases, baseboard electric convectors are expensive;
• Low power.

Many baseboard electric convector models are challenging to install, so it’s important to learn about the entire installation procedure before beginning, and to call a professional if needed.

Following all installation guidelines is essential to ensure the installed convector operates safely and as productively as possible:

1. First of all, you need to make a marking on the wall, the heating element should be at a distance from the floor – 1 cm, then a metal plate is fixed to the wall.
2. At the next stage it is necessary to screw in pipe holders and connect them to the general contour.
3. The power supply unit should be provided with a separate branch of electricity to which it will be connected.
4. A thermoregulator is installed, and the entire system is subsequently connected to it.
5. When the installation is completed, be sure to check the entire system.
6. And at the very final stage, the external facade is mounted, which covers the entire system.

It is strongly advised that baseboard electric convectors be placed away from furniture, especially wooden furniture. Products of this type suffer from external damage from heated air.

Manufacturers

Let’s look at the most well-known producers of plinth-type electric convectors in Russia and Ukraine.

Benefits and drawbacks of an electric baseboard convector. Installation and selection features. An overview of Russian and Ukrainian manufacturers.

Modern baseboard heating convectors and their properties

You will discover here:

There are numerous ways to heat your house, including infrared heaters, electric convectors in a variety of colors and styles, boiler-equipped radiators, and other heating appliances. Additionally, we will discuss baseboard heating convectors in this review. Despite their relatively recent introduction to the heat engineering market, they have already amassed a devoted following. Their miniaturization is their primary advantage, but let’s discuss each topic sequentially.

What are baseboard heating convectors?

A convector is a heating appliance that operates using the convection principle found in nature. The air is heated by the heating element, also known as the metal radiator, inside, which causes the air to rise upward and push colder air masses downward. There is a sort of air circulation that develops and the air gradually warms. After turning on the device, the room literally gets noticeably warmer in an hour or two (depending on the volume).

The convector heater’s working principle.

The development of heat engineering techniques has led to the creation of plinth heating convectors. Convector heaters, whether they are electric or water-based versions, are initially wall-mounted appliances. They work wonders at warming the air in the space and fostering a cozy, comfortable ambiance. However, because of their size—some of them have incredibly large thicknesses and dimensions—they cannot be used in rooms with designer repairs.

The issue with large, cumbersome heating equipment was resolved by the appearance of plinth heating convectors on sale. Their small size allows them to be installed near the floor, where skirting boards are typically found. This is one of their distinguishing features. Consequently, we possess the so-called skirting heating, which is distinguished by its effectiveness and superior external data.

As we’ve already mentioned, the baseboard heating convectors have compact dimensions.

• Height – from 60-70 to 240-250 mm. Subsequently, the devices are covered with special decorative skirting boards, which allows them to be camouflaged;
• Thickness – up to 90-100 mm. Also on sale there are very thin units, practically not standing out from the walls.

As can be observed, there is an enormous selection of equipment.

These devices typically come already equipped with ornamental housings that mimic baseboard shapes. Here, unique slotted holes are visible, which allow heated air to be released and cold air to be drawn in. These enclosures ensure that the equipment, which is used in both commercial and residential settings today, does not detract from the aesthetics of the space.

Varieties of baseboard convectors

Customers can select baseboard equipment from two primary categories:

• Electric models – operate from the electric network;
• Water models – connected to water heating with any kind of boilers.

Let’s take a closer look at these groups.

This electric baseboard convector heater operates.

A large finned electric heating element is the central component of the electric baseboard convector, an electric heating device. It has a very straightforward design and uses electricity to heat the air. In addition to the heating element, temperature control systems are included. Separate adjustments are not necessary because each model is managed by a single control system.

In situations where installing a traditional water heating system is impractical, such as in buildings without access to gas mains, electric baseboard convectors are intended for use in heating residential and commercial spaces. Although electric heating is expensive, it is typically the only reasonably priced heating option.

Operating such convectors can come at a very high monthly cost. For instance, in order to heat a 100 square meter home. м. Ten kW of equipment is needed. It will use 240 kW of electricity per day, which comes out to an approximate daily cost of 1,000 rubles at the average cost of 4-4.5 rubles. Electric units will be replaced by water models.

Plumbing installation is required in order to install water baseboard convectors.

A traditional heating component for water heating systems is the water baseboard convector. The coolant passes through ribbed radiator that has metal tubes running through it. Although these devices are bigger than their electric equivalents, there are also extremely thin versions available.

Baseboard water heating convectors get their heat from gas, liquid, solid fuel, or electric boilers. When the system is complete, it is incredibly small and unnoticeable because the equipment is positioned directly above the floors and covered in attractive hulls and decorative panels. It will be the greatest choice for residential homes and rooms with designer repairs.

Pros and cons of baseboard convectors

You are now aware of the two types of baseboard heating convectors: water and electric. The first are designed for buildings that do not gasify, while the second can be used in any kind of boiler heating system, making it universal. Although using electric boilers to power them is not entirely reasonable, this will be the best option if gas is anticipated to become available in the future.

Now let’s examine the primary benefits of baseboard heating convectors:

• Miniaturization is the most important advantage. Thanks to their compactness, they make it possible to create heating systems that are extremely discreet;
• Safety for others – the equipment is reliably protected from accidental touching, which completely excludes getting burns. Such convectors can be mounted even in children"s rooms;
• Comfortable air temperature at any height – classic heating convectors leave the air near the floors colder, which makes some people"s feet freeze. With the use of baseboard models this effect is excluded – These devices allow a more even distribution of heat throughout the entire volume of the room. There is also a higher rate of heating.

Skirting type convectors heat the room uniformly, in contrast to standard convectors.

A few drawbacks exist:

• Plinth heating convectors are characterized by high cost – this equipment can not be called cheap, which is due to its compactness;
• Low capacity of the devices – because of this they are laid along almost all walls in heated rooms;
• Some difficulties in installation – to someone installation work may seem difficult, but in fact all problems are solvable.

Although they are not fatal, the drawbacks must be endured.

Installation of baseboard convectors

Water plinth convector installation consists only of setting up the apparatus and laying plastic connecting pipes. Owing to the technique’s compactness and the necessity of passing through walls and corners, there won’t be much unfolding with the pipes because they pass close to the floor. The connections are the same as with traditional batteries, by the way. The user can select between a one-pipe and a two-pipe system.

Electric baseboard convectors should not be installed in rooms where water can get on them.

Installing baseboard-style electric convectors is a challenging task. They already have the benefit of not requiring the supply of pipes with a coolant. However, they require electricity, so each unit needs to have a separate electrical outlet for this reason (it’s preferable to have a separate line for the appliance’s power supply). Remember the importance of using protective automatic devices as well.

The following are the standard specifications for baseboard heating convector placement:

• A distance of 15-20 mm must be maintained between the floors and the radiators – this is necessary for the normal intake of cold air;
• When placing water modifications, careful inspection of all connections for leaks is necessary;
• When installing electrical appliances, it is necessary to use grounding – it will prevent accidental electric shocks in case of damage or breakage of the equipment;
• Do not place baseboard convectors directly behind cabinets and other furniture items to avoid their deterioration from hot air. It is recommended to think over the scheme of placement of interior items even before laying the heating;
• Recommended connection scheme for water models – conventional two-pipe or "leningradka".

Plinth convectors are growing in popularity as a result of consumers’ increasingly stringent demands for heating equipment, which now includes being both extremely efficient and discrete. The baseboard appliances fully satisfy these requirements.

Features of plinth heating convectors. Talk about how to arrange contemporary heating systems using convector heaters.

Advantages	Disadvantages
Efficient heating solution	Requires installation work

Plinth convector water systems provide a space-saving and effective way to heat homes. These systems maximize usable floor space while creating a comfortable indoor environment by making use of the area beneath windows and along baseboards.

The capacity of plinth convectors to disperse heat uniformly across the space is one of its main benefits. A gentle circulation is created as warm air rises from the convector, assisting in the removal of cold spots and preserving a constant temperature from floor to ceiling.

Plinth convectors are also an adaptable choice for both new construction and retrofits because they work with a variety of heat sources, such as heat pumps and boilers. Because of this flexibility, homeowners can select the heating system that best suits their needs in terms of cost and efficiency.

Plinth convectors are not only capable of providing heat, but they can also function as efficient perimeter insulation. They minimize heat loss and increase overall energy efficiency by being positioned along exterior walls, which lowers heating costs and has a positive environmental impact.

To sum up, plinth convector water systems provide a useful and effective way to heat and insulate homes. Their even heat distribution, space-saving design, and ability to work with different heat sources give homeowners a flexible and efficient way to lower energy costs while fostering a comfortable indoor atmosphere.

2 / 2

Video on the topic

Warm baseboard "Mr. Tektum" principle of operation

✅ The windows are leaking? Tired of CONDENSATE? Solution found! Skirting floor convector 400W Megador.

Overview of the warm baseboard "Mr. Tektum" // GC "LUCH"

Baseboard convector ELBOOM – warm baseboard as an economical heating system for any room.

Baseboard heater from Ozone. Power 200/400W..

MEGADOR BASEBOARD HEATER

Super powerful baseboard heater Mr.Tektum – 450 W/m.п.!

What is a Baseboard Heater