Weight and characteristics of cast -iron heating batteries of different types

We frequently rely on different kinds of heating systems in our homes to keep us warm and cozy, particularly during the winter months. The cast-iron heating battery is one element that these systems often have in common. These sturdy appliances are essential to effectively dispersing heat throughout our houses.

There are many different types, sizes, and shapes of cast-iron heating batteries, each with special benefits and traits of its own. Homeowners who want to maximize comfort and efficiency from their heating systems must be aware of the weight and characteristics of the various kinds of cast-iron heating batteries.

The weight of cast-iron heating batteries is an important factor to take into account. A heating battery’s weight can affect how easy it is to install, how long it lasts, and how well it works overall. The weight of various kinds of cast-iron heating batteries varies based on things like size, design, and construction materials.

Cast-iron heating batteries are still widely used because of their strong construction and efficient heat retention, even with the advancements in heating technology. To choose the best choice for the heating requirements of your house, it is crucial to comprehend the features of the various kinds of cast-iron heating batteries.

Pros and cons of cast -iron radiators

Without exaggeration, we can state that there are benefits outweighing the drawbacks of using this metal for ribbed batteries. First, let’s discuss the latter:

1. Cast iron, although fragile, is durable and durable. Products from it calmly serve up to 50 years.
2. Any radiator spilled from cast iron is perfectly opposed to corrosion, and therefore is used in networks with low -quality coolant (for example, in central heating systems).
3. Wide selection of appearance. Modern aluminum radiators here clearly lose to beautiful heating batteries made of cast iron in various styles – retro, modernity and so on.

Let us now discuss the drawbacks. The following drawbacks can be identified based on the weight of the cast-iron battery’s radiator section (their mass is determined in tens of kilograms):

• inertia;
• complexity of installation in terms of fastening to the walls;
• decent cost of heating instruments.

As a point of reference. We’ll talk more about how some manufacturers were able to improve the technical qualities of cast-iron radiators by drastically reducing their weight.

Because of the mass of the cast-iron sections and the volume of water they contain, inertiality causes the heating and cooling of heating batteries to take a long time. Radiator valves with thermal heads complicate automatic temperature control in the rooms because it takes time to heat the device’s housing and coolant. It is true that such a system releases heat more slowly than aluminum or bimetall heaters when the boiler is abruptly disconnected.

Cast iron radiator sections that are heavy are challenging to fasten to walls made of contemporary porous materials like foam block and aerated concrete, not to mention frame homes and cottages made of SIP panels. Expenses must be increased in order to purchase expensive design cranes and unique brackets for mounting cast-iron heavy radiators.

It’s important to comprehend the weight and properties of cast-iron heating batteries when it comes to insulation and home heating. These robust heating units are available in a number of varieties, each with special features and advantages. Knowing the features and weight of both types of radiators—conventional column radiators and contemporary panel radiators—will help you make wise choices for your house. When choosing the best heating solution for your needs, factors like durability, maintenance requirements, and heat distribution are important considerations. Homeowners can evaluate the efficiency, efficacy, and general suitability of various cast-iron heating batteries for establishing a warm and comfortable living space by investigating the weight and features of each one.

How much does one section weigh

Using this indicator, we will compare various heating devices; the old Soviet "accordions" will serve as our point of comparison. Therefore, at a standard intersostean height of 500 mm, the weight of one section of the cast-iron traditional battery MS-140 is 7.12 kg, and its capacity is 1.5 liters of water. In other words, the radiator’s total mass in section 1 when it is operating is 7.12 + 1.5 = 8.62 kg.

An illustration of a mass computation. Heating devices with four to twelve sections are typically found in private homes. If seven sections are used as the average, the old-style battery’s mass will be 8.62 x 7 = 60.34 kg, and its mass without water will be 49.84 kg. Installing a sort of collapse on your own is difficult; you most definitely need help.

The weight of the rib, its spaciousness, heat transfer, and price in conditional units are the indicators that homeowners are most interested in. We will present a variety of options for new heaters in the table below, including cast-iron euro batteries.

Note: The numbers that follow the model and brand names indicate the following: the depth in millimeters and the distance between the axes of traffic jams.

As you can see, we chose products that vary in depth and are roughly the same height, which has an impact on how massive each rib is. In order to assess the actual mass of radiators, we propose calculating it using the thermal capacity needed to heat a typical 20 m² room. Two kW of heating power is required, which is obtained by placing 100 W Poppa on a square.

Calculation of the real weight of heating devices

Let’s now calculate how much 2 kW of heat transfer is provided by the weight and number of sections of cast-iron heating batteries. Let’s begin with the MS-140, an outdated model with 160 watts of power coming from a single rib. Divide the 2000 watts by 160 watts to obtain 12.5 sections, or 13 rounded pieces. When complete, the batteries will weigh 13 x 7.12 = 92.6 kg, and 112 kg when filled with water. In other words, 112 /2 = 56 kg of radiator mass filled with coolant accounts for every kilowatt of heat transfer.

Similarly, we determine the specific weight of the aforementioned cast iron batteries and the advancements in the technologies used to produce these heaters. The outcomes are shown in the table:

Remark. You can easily see how much modern cast iron costs to heat homes and apartments from the table that is provided. In contrast, the MS-140 section costs 8.3 e., and a complete radiator for 2000 watts costs 108 in. e. The number of homeowners who can purchase designer goods is restricted by similar prices.

The investigation leads to the following conclusions:

1. The thermal power of the heating device is practically independent of its mass, only on the surface area.
2. Manufacturers make both massive and lighter models of cast -iron batteries, which are attached to the walls.
3. The most heavy radiators from cast iron are made in the style of "retro", lightweight – in the style of "modern.
4. If we compare new heaters from different brands with "accordions" in terms of the volume of the coolant, it becomes clear that this indicator has almost not changed.
5. Massiveness is provided due to the thickness of the cast -iron walls. This means that the thinnest walls are from products from Turkish brands EXEMET and DEMIR DOKUM, and the thickest – the Russian manufacturer Retro Style.
6. Note that the weight of cast iron affects the final price of the product. The heavier the product, the more it is.

As a point of reference. Large mass vintage models of heating devices are typically available in floor version. That is, extra supports are positioned in the middle of the long cast-iron heater, and the two extremities are furnished with legs. View the following video to learn more about installing designer batteries:

Selecting the ideal cast-iron heating battery type for your house is essential to guaranteeing effective heating and economical energy use. We have examined several kinds of cast-iron heating batteries in this post, taking into account their weight and important features.

First, we looked at classic cast-iron radiators, which are renowned for their toughness and timeless appeal. Even though these radiators might weigh more than more contemporary models, their superior heat retention qualities make them perfect for keeping your home at a constant temperature.

We then talked about the advantages of cast-iron radiators that are lightweight. These radiators still provide effective heating in spite of their lighter weight, which makes them a sensible option for both new installations and retrofit projects. Additionally, because they weigh less, installation is easier, which lowers labor costs and increases accessibility for do-it-yourselfers.

We also looked at the benefits of baseboard heaters made of cast iron. When a more covert heating solution is required or when there is limited wall space available, these stylish and compact units are ideal. Even though they might not have as much water capacity as conventional radiators, they nevertheless produce a good amount of heat and add to a homey feel.

Lastly, we talked about how crucial it is to choose the appropriate output and size for your heating system. While undersized radiators might find it difficult to heat your home sufficiently, oversized radiators can result in inefficiencies and energy waste. You can minimize energy costs and maximize comfort by carefully calculating your heating requirements and selecting cast-iron heating batteries that fit your needs.

In conclusion, different types of cast-iron heating batteries have different weights and features, each with a unique set of benefits. Whether you choose baseboard heaters, lightweight models, or conventional radiators, it is crucial to put durability, efficiency, and fit for your particular needs first. You can benefit from consistent warmth and energy savings for many years to come with the appropriate decision.