Bimetallic heating radiators: technical characteristics, dimensions, weight, installation of bimetallic heating radiators

Selecting the appropriate heating system is essential for maintaining a warm and comfortable home. Bimetallic heating radiators are particularly noteworthy among the available options due to their high efficiency and long lifespan. With their effective heat distribution capabilities, these radiators will keep your house comfortable even in the coldest months of the year.

Steel and aluminum are the two separate metals used to make bimetallic heating radiators. They are able to provide the best of both worlds thanks to this special combination of aluminum’s superior heat conductivity and steel’s strength and durability. Bimetallic radiators are therefore the best option for heating your home because they heat up quickly and keep a steady temperature.

The technical features of bimetallic heating radiators, which make them extremely effective at heating large spaces, are one of their main advantages. Over time, these radiators can help you save money on heating expenses because they are made to maximize heat output while consuming the least amount of energy. Furthermore, because of their robust design, they will be able to endure regular use and continue to provide dependable heating for many years to come.

Bimetallic heating radiators are available in a range of sizes and weights to accommodate diverse requirements and tastes. There is a bimetallic radiator size that is ideal for you, regardless of how big or small your home is. These radiators are also surprisingly lightweight for their sturdy design, which makes handling and installation simple.

When it comes to installation, bimetallic heating radiator setup is a simple task that can be finished by a trained specialist. Installing radiators usually entails mounting them to the wall and wiring them into the heating system in your house. Bimetallic radiators can keep your house warm and cozy all year round with the right installation, regardless of the outside weather.

The best bimetallic radiators with an interase distance of 500 mm

It was not by chance that heating apparatus with a 500 mm interdose distance was selected for rating compilation. The majority of contemporary residential buildings have fairly large window openings, with at least 60 centimeters separating the windowsill from the floor. Thus, the most well-liked bimetallic radiators in this category are among people.

Terminology

The term "Interssexation" appears frequently in the descriptions and specifications. The terms "inter-synoppel," "intercenter," and "connective dimensions" are occasionally encountered. These are several names for the same value. Its definition is the separation between the section or radiator’s input openings’ centers.

The center distance is one of the most frequently found technical characteristics of radiators.

If the supply pipes are in good condition and don’t require replacement, this parameter is crucial. In this instance, you can select a model that has the same interax distance as older radiators to avoid digesting the eyeliner.

The following parameters describe the overall dimensions of the radiator or the section itself:

• mounting height;
• depth;
• width.

In the event that the radiator is divided into sections, the width and depth correspond to the section’s size. Additionally, the radiator’s depth will remain constant, and the battery’s width will depend on how many sections are needed (you should add roughly 1 centimeter to the gaskets that are laid for the compounds’ tightness).

Radiator names frequently include numbers, such as RAP-350, Magica 400, Rococo 790, or RAP-500. Numbers: This is the millimeter-based center distance. It is more user-friendly for both buyers and sellers to navigate. The mounting height can actually vary significantly even with the same interdess distance. As a result, the specification used the most precise figure.

An illustration of a technical feature. The Revolution Bimetall model is this one.

The amount of water in the section is one of the radiator’s parameters that can be considered. In the case of apartments with central heating, this feature is irrelevant; however, for standalone systems, it is significant when determining the system volume (e.g., to calculate boiler productivity or pump characteristics).

Thermal power is perhaps the most significant parameter. It is important to remember that using the greatest power is not always required. A growing number of apartments and homes with decent thermal insulation need only modest, medium-power heating equipment.

It is important to keep in mind that the radiator beneath the window should cover at least 75% of the window opening’s width when choosing the thermal power of one section. The room will then be warm, there won’t be any cold spots, and the glass won’t "sweat." Consequently, it is preferable to take ten weaker sections rather than six strong ones with a high thermal commitment.

Even though the radiator can provide the necessary power, there will still be noticeable hot and cold spots in the room.

Window width standard: 1100–1200 mm. As for the other 75%, it is 825-900 mm. This is where your battery should be at least this long. With a little forward thinking, let’s assume that an aluminum radiator section has an average width of 80 mm. This indicates that you will require 10–12 sections.

Types of radiators

During the Soviet era, all batteries had the same appearance, resembling an accordion. Many types of modern radiators, including bimetallic ones, are produced. A portion of monolithic samples is made up solely of steel tubes that have not been disassembled. It is impossible to alter the heater’s device’s dimensions, either by adding or subtracting pipes. There is no other trustworthy heating appliance if the thermal power of the battery for a given room is accurately determined. These batteries have a pressure tolerance of up to 100 atmospheres. The priciest bimetallic heaters are currently available on the market.

The radiator section parameters required for a single room can be ascertained thanks to the collapsible (sectional) models. Prior to purchasing the appliance, you should ascertain how much power it should use while accounting for any heat loss in order to guarantee the actual temperature in the apartment. Its size directly affects the heater’s capacity. The heating device operates more economically the smaller the container.

Standard height

When they refer to a standard height, they mean 500 mm in the center. This was the exact annexing dimensions of the famous cast-iron "accordion" from the Soviet era. Additionally, these batteries are still used in heating networks due to their extended service life. They have only changed to new as of late. Additionally, they frequently search for heating devices of the same size because they do not want to replace the system. Good news: they belong to practically every group.

Cast iron

These days, cast iron is used to create more than just the "accordion," successful though it is. Retro radiators made in a modern style also have an interase distance of 500 mm:

• "Accordion" is called MS-140, MS-110, MS-90 and MS-85. In these modifications, depth differs: 140, 110, 90 and 85 mm, respectively. It turns out different and width. Moreover, it differs in different manufacturers of the same model. So the MS-140 of the Minsk plant has a width of 108 mm, and Bryansk and Novosibirsk-93 mm.
• Cast iron radiators in the retro style with an interax distance of 500 mm appearance and dimensions will have completely different. Say, model Modern 500. Sections with legs dimensions 645*100*45 mm, without legs 572*100*45 mm, thermal power 93 watts. And the other Derby M 500 has dimensions 660*174*63 mm and heat transfer 118 W (where the dimensions are indicated so height*depth*width).
• New -sample cast -iron batteries also have a decent spread of parameters. Turkish Demrad Ridem 3/500 – 572*98.2*60 mm, Demrad Ridem 4/500 – 572*134*60 mm. The Czech Viadrus Style have the following dimensions of 580 mm height, width-60 mm, the depth is not indicated due to its nonlinear form (at the top already below). Such sizes today can have cast -iron batteries

Aluminum

Aluminum radiators come in more uniform sizes. You can even discuss the average values here. The average section height is 570-585 mm with a cross-country distance of 500 mm. 80 mm is about standard width. Depth options are available. Nearly flat are: The "Termal" radiators, manufactured in Russia, are only 52 mm deep. These aluminum batteries are the flattest available. 80–100 mm are shared by all others.

Bimetallic

The circumstances are even more typical here. This category did not include any flat radiators. The average dimensions are as follows: height 565–575 mm, width 80–87 mm, and depth 80–95 mm.

The Global GL-200/80/D’slowestradiator is 200 mm tall.

Steel

Rarely are steel panel radiators made with a 500 mm interaceal distance. However, there are still some. For instance, the following connective dimensions were specifically created for the Kermi campaign and are located in the Plan -K and Profil -k line. Standard radiators and the Russian RSV-1 model are available.

There is a wide variety of models and sizes available for tubular radiators. Finding the necessary sizes is fairly simple in this case. Europeans have it, as does Russian] KZTO [/Anchor]. Since many people prefer the lower connection, they tend to operate more with total height mounting in this category.

The sizes of aluminum radiators of various manufacturers and their models

The radiator assembly size and the aluminum radiator section size are shown below the tables.

Aluminum radiators ROVALL

This company, which is a part of the Sira Group, produces aluminum batteries with 50, 20, and 35 centimeters between collectors. Adapters, plugs, nipples with gaskets (for joining sections), wall installation brackets, and the Mayevsky crane should all be included in the installation kit (separately purchased).

• Maximum working pressure – 20 bar.
• Pressure when testing the device – 37.5 bar.
• Water temperature limit – 110 ° C.

Features ROVALL ALX 200: 200 mm is the distance between the axes.

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

Alux 200/1	245 / 100/80	92	1
Alux 200/4	245 / 100/320	368	4
Alux 200/6	245 / 100/480	552	6
Alux 200/8	245 / 100/640	736	8
Alux 200/10	245 /100 /800	920	10
Alux 200/12	245 / 100/960	1104	12
Alux 200/14	245 /100 /1120	1288	14
Alux 200/16	245 /100 /1280	1472	16

* All information is derived from official manufacturer sources.

Features ROVALL ALUX 350: 350 mm is the distance between the axes.

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

Alux 350/1	395 / 100/80	138	1
Alux 350/44	395 / 100/320	552	4
Alux 350/6	395 / 100/480	828	6
Alux 350/8	395 / 100/640	1104	8
Alux 350/10	395 / 100/800	1380	10
Alux 350/12	395 / 100/960	1656	12
Alux 350/14	395 /100 /1120	1936	14
Alux 350/16	395 /100 /1280	2208	16

* All information is derived from official manufacturer sources.

Features ROVALL Alux 500: 500 mm is the distance between axes.

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

Alux 500/1	545 x 100 x 80	179	1
Alux 500/4	545 x 100 x 320	716	4
Alux 500/6	545 x 100 x 480	1074	6
Alux 500/8	545 x 100 x 640	1432	8
Alux 500/10	545 x 100 x 800	1790	10
Alux 500/12	545 x 100 x 960	2148	12
Alux 500/14	545 x 100 x 1120	2506	14
Alux 500/16	545 x 100 x 1280	2840	16

* All information is derived from official manufacturer sources.

Aluminum radiators Climatic Control Corporation LLP

The company’s innovation, the superb heat-on-heat Bilux Al radiators, are designed with careful consideration for the unique characteristics of each heating system. Their surface area is very large, and the vertical pipe’s cross section is optimally designed. China is the location of the radiator data plant. The collectors’ axes can be separated by either 30 cm (Bilux al m 300) or 50 cm (Bilux al m 500).

During the manufacturing process, a unique welding technique is used to join the upper, pressure-cast sections to the lower. Following assembly, the batteries undergo mechanical and chemical processing. They are then put to the test to see how strong and sealed they are. Multiple receptions feature paintings of batteries. They use an electrostatic field to act on them after they have cleaned. Enamel based on epoxy resin is sprayed at this point. Following that, the product’s surface is polymerized by heating it to a high temperature.

Because of the unique design of Bilux Al radiator ends, a special ring can be used as a gasket. Its construction is entirely composed of sealing joints. breasts when utilizing a cadmed. The leaks are categorically not included. Try to keep it as simple as possible, regardless of how many times the batteries move.

• The limit of the working pressure is 16 bar.
• Test pressure limit – 24 bar.
• pressure capable of breaking the battery – 48 bar.

Features of Bilux Al:

Mimmramers (w/r/d), the maximum of the entire radiator, the strokes of the sections, and the condition between the axes are all modeled.

Bilux al m 500	500	570 / 75-80 / 75	180	1
Bilux al m 300	300	370 / 75-80 / 75	128	1

* All information is derived from official manufacturer sources.

Fondital aluminum radiators

Radiators made by this company are called Calidor Super. They are suitable for both the Russian climate and that of the CIS. In production, Russian – GOST R Ru.9001.5.1.9009 – is considered in addition to European standards EN 442. Casting under high pressure is the manufacturing process. The process of coloring involves two steps. Anaphoresis is used to apply the protective layer of enamel first, and then powder enamel is applied to give the product beauty. You have to buy the installation kit separately. The Maevsky crane, deaf traffic jams, brackets, and adapters are shown here.

The separation of the axes:

• 35 cm – model S4, having a depth of the section 9.7 cm and four lateral ribs.
• 50 cm – both model S4 (with four ribs and a depth of 9.7 cm), and a lighter model S3 (with three ribs and a depth of 9.6 cm).

• The limit of the working pressure is 16 bar.
• Rupture pressure limit – 60 bar. Pressure tests of 24 bar are carried out at each stage of manufacturing.
• Water temperature limit – 120 ° C.

Features of the Calidor Super 350 S4 radiators include four side ribs, a depth of 96 mm, and an inter-center distance of 350 mm.

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

Calidor S 350/1	428 /96 /80	145	1
Calidor S 350/4	428 /96 /320	582	4
Calidor S 350/5	428 / 96/400	727	5
Calidor S 350/6	428 /96 /480	873	6
Calidor S 350/7	428 /96 /560	1018	7
Calidor S 350/8	428 / 96/640	1163	8
Calidor S 350/9	428 /96 /720	1309	9
Calidor S 350/10	428 /96 /800	1454	10
Calidor S 350/11	428 /96 /880	1600	eleven
Calidor S 350/12	428 / 96/960	1745	12
Calidor S 350/13	428 /96 /1040	1891	13
Calidor S 350/14	428 /96 /1120	2036	14

* All information is derived from official manufacturer sources.

The Calidor Super 500 S4’s measurements and features include a 500 mm center distance, four side ribs, and a 96 mm depth.

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

Calidor S 500/1	578 /96 /80	192	1
Calidor S 500/4	578 /96 /320	770	4
Calidor S 500/5	578 / 96/400	962	5
Calidor S 500/6	578 /96 /480	1155	6
Calidor S 500/7	578 /96 /560	1347	7
Calidor S 500/8	578 / 96/640	1539	8
Calidor S 500/9	578 /96 /720	1732	9
Calidor S 500/10	578 /96 /800	1924	10
Calidor S 500/11	578 /96 /880	2117	eleven
Calidor S 500/12	578 / 96/960	2309	12
Calidor S 500/13	578 /96 /1040	2502	13
Calidor S 500/14	578 /96 /1120	2694	14

* All information is derived from official manufacturer sources.

Specifications and attributes of the Calidor Super 500 S3 – 500 mm is the intersexate distance. Additionally, the section is 100 mm deep and features three lateral ribs:

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

Calidor S 500/1	578 / 100/80	178	1
Calidor S 500/4	578 / 100/320	712	4
Calidor S 500/5	578 / 100/400	890	5
Calidor S 500/6	578 / 100/480	1068	6
Calidor S 500/7	578 /100 /560	1246	7
Calidor S 500/8	578 / 100/640	1424	8
Calidor S 500/9	578 / 100/720	1602	9
Calidor S 500/10	578 / 100/800	1780	10
Calidor S 500/11	578 / 100/880	1958	eleven
Calidor S 500/12	578 / 100/960	2136	12
Calidor S 500/13	578 /100 /1040	2314	13
Calidor S 500/14	578 / 100/1120	2478	14

* All information is derived from official manufacturer sources.

Aluminum radiators of Faral S.P.A.

This company produces Faral Green HP radiators specifically for Russia that are extremely robust and can withstand operating pressures of up to 16 atmospheres. The cast method is used to produce them. They are coated with a layer of zirconium, which is impervious to water and deeply penetrates the aluminum surface, both on the inside and the outside. As a result, there is no gas release when the battery comes into contact with water. Corrosion caused by electrochemical processes is not included.

The Faral Green and Trio HP batteries have a depth of 8 and 9.5 cm, respectively. Additionally, there are 35 or 50 centimeters separating the collectors’ axes. A standard air tap, adapters with plugs and brackets, silicone gaskets, and screws with traffic jams are all part of an installation set that can be purchased separately.

• The limit of the working pressure is 16 bar.
• Test pressure limit – 24 bars.
• Water temperature limit – 110 ° C.

The Faral Green HP 350 radiator’s dimensions and features, including the 350 mm gap between its axes:

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

Faral Green HP 350/1	430 /80 /80	134	1
Faral Green HP 350/4	430 /80 /320	544	4
Faral Green HP 350/6	430 /80 /480	816	6
Faral Green HP 350/8	430 /80 /640	1088	8
Faral Green HP 350/10	430 /80 /800	1360	10
Faral Green HP 350/12	430 /80 /960	1632	12
Faral Green HP 350/14	430 /80 /1120	1904	14

* All information is derived from official manufacturer sources.

The Faral Green HP 500 radiator’s dimensions and features are as follows: the axes are 500 mm apart.

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

Faral Green HP 500/1	580 /80 /80	180	1
Faral Green HP 500/4	580 /80 /320	720	4
Faral Green HP 500/5	580 /80 /400	900	5
Faral Green HP 500/6	580 /80 /480	1080	6
Faral Green HP 500/7	580 /80 /560	1260	7
Faral Green HP 500/8	580 / 80/640	1440	8
Faral Green HP 500/10	580 /80 /800	1800	10
Faral Green HP 500/12	580 /80 /960	2160	12
Faral Green HP 500/14	580 /80 /1120	2520	14

* All information is derived from official manufacturer sources.

The Faral Trio HP 500 radiator’s measurements and features include a 500 mm length distance.

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

FARAL TRIO HP 500/1	580 /95 /80	212	1
FARAL TRIO HP 500/4	580 /95 /320	848	4
FARAL TRIO HP 500/5	580 / 95/400	1060	5
FARAL TRIO HP 500/6	580 /95 /480	1272	6
FARAL TRIO HP 500/7	580 /95 /560	1484	7
FARAL TRIO HP 500/8	580 / 95/640	1696	8
FARAL TRIO HP 500/10	580 /95 /800	2120	10
FARAL TRIO HP 500/21	580 / 95/960	2544	12
FARAL TRIO HP 500/14	580 /95 /1120	2968	14

* All information is derived from official manufacturer sources.

The Faral Trio HP 350 radiators’ measurements and features, including the 350 mm center distance:

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

FARAL TRIO HP 350/1	430 /95 /80	151	1
FARAL TRIO HP 350/4	430 /95 /320	604	4
FARAL TRIO HP 350/6	430 /95 /480	906	6
FARAL TRIO HP 350/8	430 / 95/640	1208	8
FARAL TRIO HP 350/10	430 /95 /800	1510	10
FARAL TRIO HP 350/12	430 / 95/960	1812	12
FARAL TRIO HP 350/14	430 /95 /1120	2114	14

Also see: How to select a diesel heater: types, working principle, advantages and disadvantages of

* All information is derived from official manufacturer sources.

Aluminum radiators Global

Both an apartment and a private home can use the same company’s radiators. Their originality and elegance in design set them apart. The two most widely used models are Global Vox and Global Iso. Each of them is capable of having a 35 or 50 cm gap between the axes. Standard fastening set (separately sold).

• Maximum working pressure – 16 bar.
• Pressure pressure – 24 bar.
• The maximum temperature of hot water is 110 ° C.

The Global Vox 350 radiators’ dimensions and features, including their 350 mm center distance:

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

Global Vox 350/1	440 /95 /80	145	1
Global Vox 350/4	440 /95 /320	580	4
Global Vox 350/6	440 /95 /480	870	6
Global Vox 350/8	440 / 95/640	1160	8
Global Vox 350/10	440 /95 /800	1450	10
Global Vox 350/12	440 / 95/960	1740	12
Global Vox 350/14	440 /95 /1120	2030	14

* All information is derived from official manufacturer sources.

The Global Vox 500’s measurements and features are as follows: the axes are 500 mm apart.

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

Global Vox 500/1	590 /95 /80	193	1
Global Vox 500/4	590 /95 /320	772	4
Global Vox 500/6	590 /95 /480	1158	6
Global Vox 500/8	590 / 95/640	1544	8
Global Vox 500/10	590 /95 /800	1930	10
Global Vox 500/12	590 / 95/960	2316	12
Global Vox 500/14	590 /95 /1120	2702	14

* All information is derived from official manufacturer sources.

The 350 mm inter-center distance is one of the dimensions and features of the Global ISEO radiators.

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

Global iso 350/1	432 /80 /80	134	1
Global iso 350/4	432 /80 /320	536	4
Global iso 350/6	432 /80 /480	804	6
Global iso 350/8	432 / 80/640	1072	8
Global iso 350/10	432 /80 /800	1340	10
Global iso 350/12	432 /80 /960	1608	12
Global iso 350/14	432 /80 /1120	1876	14

* All information is derived from official manufacturer sources.

The Global ISEO radiators’ dimensions and features, with a 500 mm center distance:

The size model (w/r/d), MMCOMY OF EVERY REDARTER, The quantity of sections

Global iso 500/1	582 /80 /80	181	1
Global iso 500/4	582 /80 /320	724	4
Global iso 500/6	582 /80 /480	1086	6
Global iso 500/8	582 / 80/640	1448	8
Global iso 500/10	582 /80 /800	1810	10
Global iso 500/12	582 /80 /960	2172	12
Global iso 500/14	582 /80 /1120	2534	14

* All information is derived from official manufacturer sources.

Torex aluminum radiators

The company uses casting to produce aluminum sectional batteries for Torex. What sets them apart is the frontal part’s unique design, which creates captivating light transitions. Batteries are made with a depth of 7.8 and 7 cm for models with an interaceal distance of 35 cm, and a depth of 7.8 cm for models with a distance of 50 cm. Sections can range in number from six to fourteen. The cost of the battery does not include the installation kit.

• The limit of the working pressure is 16 bar.
• Test pressure limit – 24 bars.
• Temperature limit – 110 ° C.
• The optimal pH of water is 7-8 (you can 6.5-8.5).

The radiators Torex B 350’s measurements and features: the radiators’ center distance is 350 mm.

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

Torex B 350/1	420 /78 /80	130	1
Torex B 350/6	420 /78 /480	720	6
Torex B 350/8	420 / 78/640	1040	8
Torex B 350/10	420 /78 /800	1300	10
Torex B 350/12	420 / 78/960	1560	12
Torex B 350/14	420 /78 /1120	1820	14

* All information is derived from official manufacturer sources.

The Torex B 500’s measurements and features, including its 500 mm center distance:

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

Torex B 500/1	570 /78 /80	172	1
Torex B 500/6	570 /78 /480	1032	6
Torex B 500/8	570 / 78/640	1376	8
Torex B 500/10	570 /78 /800	1720	10
Torex B 500/12	570 / 78/960	2064	12
Torex B 500/14	570 /78 /1120	2408	14

* All information is derived from official manufacturer sources.

The radiators Torex C 500’s measurements and features: the radiators’ center distance is 500 mm.

Sections VTKOLICITION, MMCOMY OF EVERY REDARTER, and the model of size (w/r/d)

Torex C 500/1	570 /70 /75	198	1
Torex C 500/6	570 /70 /450	1188	6
Torex C 500/8	570 / 70/600	1584	8
Torex C 500/10	570 /70 /750	1980	10
Torex C 500/12	570 / 70/900	2376	12
Torex C 500/14	570 /70 /1050	2772	14

* All information is derived from official manufacturer sources.

Radiator power ratio and size

The length, height, and width of the bimetallic radiator’s sections all correlate with power, as demonstrated by the long-term use of heating devices. This makes sense—the greater the radiator’s area, the greater its heat transfer.

It will be evident what the differences are between the bimetallic structure and an aluminum analogue in terms of heat transfer, mass, capacity, size, and pressure level.

• Bimetallic radiators 350 mm (Interssection):
• Heat transfer 136 W (aluminum – 139)
• Pressure level (worker) 20 bar (15 bar for aluminum)
• Press pressure testing indicator 30 bar (20-25 bar, respectively).
• Section 0.18 l (0.19 l)
• Weight of one section 1.36 kg (aluminum – 1.2 kg).
• Bimetallic radiators 500 (80 depth):
• Heat transfer from one section 204 W (180 W aluminum with similar dimensions).
• Working pressure 30 bar (20, respectively).
• Pressure pressure 40-50 bar (30 bar).
• Section 0.2 l (0.27 l).
• Weight of one element 1.90 kg (1.45 kg).

The parameters listed above demonstrate how the power varies with the radiator’s size, weight, and volume in addition to its pressure level.

When deciding which kind of batteries to install, consider the room’s actual heat requirements rather than the design and style of the interior. Thankfully, manufacturers today create models at every price point; low bimetallic heating radiators can be found in stores next to high analogues.

To determine the recommended power for a device, simply refer to the table provided by the manufacturer or seller for each product and locate the appropriate size indicator. You can always add more power by installing a sectional model, but if the radiator cannot fit under the window, you should go with designer heater options.

We explore the world of bimetallic heating radiators as part of our investigation into efficiently heating and insulating your home. These cutting-edge gadgets combine efficiency and durability, with special features and sizes designed for contemporary home configurations. For homeowners looking for dependable and effective heating solutions, it is essential to comprehend their weight, dimensions, and installation procedure. Come along as we explore the technical features of bimetallic heating radiators, illuminating their installation processes and offering advice on how to maximize the heating system in your house.

The difference between the height and the interdose distance

Depending on the design and performance features, bimetallic radiators of different models may have the same center distance but different installation heights.

It is important to distinguish between the inter-center distance and the height of the bimetallic radiator. The distinction between the two ideas is particularly "manifested" when installing a heating device in a window niche or opening:

• The standard bimetal radiator is 300, 350 or 500 mm, such devices are considered universal.
• Models are less common in which this parameter is 200, 400, 600, 700, 800 or 900 mm, but they are also produced.

The bimetallic radiator’s height and center distance must both be considered when selecting an appropriate model. In addition to "fitting" the device, you must ensure that it can withstand the advised distances from the wall, floor, and window sill during installation. Should this not happen, there won’t be adequate room for air to flow, which will drastically reduce the heating device’s efficiency.

A bimetallic battery, for instance, has a standard mounting height of 570 to 590 mm and an interaceal distance of 500 mm.

Tall and narrow

Elevated radiators appear strange even when operating normally. Furthermore, if you choose to paint it an unconventional color, give it an odd shape, and accept a shelf or mirror, it generally looks more like a designer item than a common heating appliance.

Startling fans of cast iron right away: a meter is the height of the highest cast-iron radiator. They didn’t get together up above. Bimetallic ones are comparable in that they do not exceed one meter. Additionally, bimetall generally only has 760–860 mm in diameter.

The Arbonia Entreometherm vertical tubular radiator is among the most beautiful models.

Standard steel panel batteries have a maximum height of 900 mm. However, some models are designed to reach heights of two meters and higher. For instance, Kermi offers two Verteo Plan and Verteo Profil models, with a maximum height of 2.2 m. Giants can also be found in Purmo: Kos v, Faros v, Tinos v, Narbonne v, and Paros v. Their depth and front panel type (smooth or profiled) are different. However, their collective connection is quite weak.

The highest point of a steel tubular radiator is 3000 mm. Additionally, some manufacturers are able to make the above if needed. Every manufacturer that is in the market has high models, and they all provide "on order" versions of these non-standard options. Here, we’ve only included the most intriguing ones as seen from a design perspective: Planterm at Arbonia, the Kermy Dekor series, Harmony in the Russian KZTO, and Charleston at Zender are all examples of this.

Other types don’t have high radiators. I have to admit that it’s a big choice. would not be perplexed.

Advantages of bimetallic heating radiators

This variety’s popularity can be explained in a very straightforward way. Although cast iron radiators are not very attractive, they are very dependable. It is also challenging to mount them. Aluminum batteries have a sleek, contemporary appearance. Nevertheless, this metal does not react well to oxygen contact in the coolant. As a result, aluminum radiators leak and fail quickly. Steel batteries have a longer lifespan. They do not, however, appear particularly attractive at the same moment.

The benefits of steel and aluminium radiators are combined in bimetallic versions. These batteries are ideal for today’s interior. They contain aluminum sections. Additionally, because the steel pipes that the coolant passes through them are long-lasting, they function for a long time.

What are the types of heating radiators?

Radiators come in a lot of different varieties in our contemporary world of advanced technologies, but they are all categorized. Differentiate between the following types of heating radiators:

• cast iron;
• aluminum;
• Bimetallic radiators.

Cast iron heating radiators

Although cast iron batteries are the strongest and most resilient, they do have certain drawbacks. Because of their width, which causes them to be heated for a longer period of time, they require a bigger heat unit to warm up.

Aluminum heating radiators

Aluminum radiators warm up quickly, but they are not very practical. These batteries have a high risk of spontaneous discharge due to their inability to withstand pressure drops. They are ideal for heating modest cottages or private homes, but they are not utilized in tall, high-rise structures.

Bimetallic heating radiators

These are universal radiators, bimetallic. These radiators work well in multi-story buildings as well as low-rise homes with independent heating systems.

The choice of bimetallic radiator

It is vital to focus on a particular model once it is decided whether to buy a new one or replace the cast-iron radiator with a bimetallic sample. For the last decision, you require:

1. Dwell on any form of the radiator;
2. Explore the market for materials for the manufacture of radiators;
3. Determine the efficiency coefficient for the analysis of parameters such as the throughput and heat transfer of bimetallic heating radiators, the calculation of which is required to separately be made;
4. It will be easy to understand the weight of the weight of the device, which will be quite easy to understand what material it is made of. For example, bimetallic radiators are outwardly similar to aluminum, but have a weight difference by 55%.

Radiators that are bimetallic can be made:

The technical attributes of radiators made of iron.

• Using whole steel fixed on the radiator frame for all technical requirements;
• Using steel sheets not on the entire surface of the devices, but in the locations of the tubes for heating.

Bimetallic heating radiators with a height of 800 are more corrosion-resistant in the first scenario.A more precise and thorough assembly is required when utilizing steel sheets to prevent plate displacement, which lowers efficiency.

Bimetallic radiators have an odd characteristic in that sounds and noises related to the movement of hot water emerge as a result of the metal heating and expanding.

It is also helpful to understand the benefits and drawbacks of choosing bimetallic or aluminum radiators.

Calculation of the number of bimetallic batteries

The bimetal radiator has how many sections that can heat the room completely? Bimetallic radiator calculations require an understanding of two parameters:

• how many square meters the area of the room occupies;
• Power of one section of the device.

Construction standards state that about 100 W is needed to heat one square meter of living space. to determine the total amount of power required to heat the space. The area’s value is increased by 100. The power of the chosen radiator’s section is divided into the result.

We will ascertain the number of device sections required for a 25 square meter room. When using a bimetallic device with a 170 W power output in one section.

1. 25 x 100 = 2500 W – required power.
2. 2500. 170 = 14.7 – round to 15 – we get the required number of sections.

You can add 20% of the reserve because obstructions or equipment wear may cause the system parameters to change. Additional sections might be required to heat the apartment on the corner, rooms with lots of windows, and rooms with high ceilings. The necessary number of sections will be more than 1.5–2 times in areas with a harsh climate.

Crucial! Multiple radiators with fewer sections are recommended because batteries with more than ten sections are not sufficiently warmed up.

Low radiators

Any heating device that has a center distance of less than 400 mm is categorized as low. And they provide a wide variety of models here.

Radiators with steel panels are very low.

The Bolton 220 model, which has an installation height of 340 mm and a mounting height of 330 m, is the minimum interic in the cast-iron group, slightly above the Hellas 270 model from Viadrus. The remaining ones are higher and have an interax distance of roughly 300–350 mm.

The smallest aluminum radiators have an installation height of 245 mm and a center diameter of 200 mm. They have a sira [/anchor] feature. These are 80 mm and 100 mm deep Alux and Rovall models. Models of another well-known Global [/Anchor] (Global) with comparable dimensions are the GL-200/80/D model, and the Russian equivalent of "Rifara" is "BAS 200" and "Forza 200."

Aluminum batteries are slightly larger (with an intericseum of 300 mm or more) all manufacturers have. Here the choice is wide.

The height of bimetallic low radiators is 245 mm for Sira and 264 mm for Rifar. But the majority of models have 350 mm annexive dimensions. They are available from any manufacturer. In actuality, this distance can be ascribed to the standard ones since everyone possesses them.

Additional options within the steel radiator category. Purmo produces the smallest panel, the Purmo Planra and Ramo Compact, with a height of 200 mm and a center distance of 150 mm.

Every other manufacturer’s height begins at 300 mm. Additionally, the length (which changes by 100 mm) can reach up to three meters.

The floor has the lowest possible radiators.

Additionally, tubular radiators are incredibly tiny. Delta Laserline (a manufacturer) offers sizes starting at 150 mm. All tubular radiator models in Arbonia begin at 180 mm in height; the ZEHNDER (Charleston model) model begins at 190 mm, and the Russian KZTO model begins at 300 mm.

Low-profile copper and copper-aluminum radiators are available. They are mostly made in small sizes, but they have a lot of power and a hefty price tag. The following models rank lowest: The Chinese Mars (sectional type) has a height of 385 mm, the Russian "isotherm" is from 215 mm, the Polish regulus-suistem-all models with a height of 215 mm, and the Ukrainian "term" is 200 m.

The convectors that are integrated into the floor can be regarded as the lowest. They are positioned for heating continuous glazing or integrated into the window sills of panoramic windows; they do not project above the floor. There are various capacities and uses for it, including basic or supplemental heating.

Technical Characteristics	Dimensions, Weight
Bimetallic heating radiators typically have high heat output and durability. They often feature adjustable thermostat settings and efficient heat distribution.	The dimensions of bimetallic radiators vary but are commonly available in standard sizes suitable for most spaces. They are generally lightweight compared to traditional cast iron radiators, making them easier to handle during installation.
Installation of Bimetallic Heating Radiators
Installing bimetallic radiators involves mounting brackets securely to the wall at appropriate intervals. Pipes are then connected to the radiator valves, ensuring proper alignment and sealing to prevent leaks. Bleeding the radiators may be necessary to remove trapped air and optimize performance.

Bimetallic heating radiators provide a contemporary approach to effective and efficient home heating. Due to their durability and high heat output, they are a popular option for homeowners who want to upgrade their heating systems. Bimetallic radiators are available in a range of sizes and weights to accommodate a variety of spaces and heating requirements.

Bimetallic heating radiators are a sensible option for both new construction projects and retrofitting existing heating systems because of their easy installation. Their adaptability makes it simple to incorporate them into various heating configurations, including individual room heating and central heating systems.

The longevity and corrosion resistance of bimetallic radiators are two of their main benefits. These radiators, which are composed of steel and aluminum, are resistant to deterioration even under heavy use. Because of its durability, homeowners will be able to enjoy dependable heating for many years to come with little upkeep needed.

Furthermore, bimetallic radiators ensure efficient and even heating of rooms by providing superior heat distribution. This not only improves comfort but also lowers energy usage and heating expenses. Homeowners can invest in bimetallic radiators to increase comfort levels while simultaneously considering energy efficiency.

To sum up, bimetallic heating radiators offer a cutting-edge and effective way to heat houses. Their technical attributes, simplicity of installation, robustness, and energy efficiency provide homeowners with an affordable and dependable means of maintaining year-round warmth and comfort in their homes.