The best gas boilers for heating a private house of 350 sq.m.

The best gas boilers for heating a private house of 350 sq.m. according to user reviews: summary technical characteristics of boilers with prices for them in online stores in your city.

Number	Name	Rating
Baxi gas boilers for 350 sq.m.
1	Baxi LUNA-3 COMFORT 240 i
2	Baxi ECO Four 24 F
3	Baxi MAIN 5 24 F
4	Baxi LUNA-3 COMFORT 310 Fi
5	Baxi ECO-4s 24
6	Baxi ECO-5 Compact 24F
7	Baxi ECO-4s 24F
8	Baxi MAIN Four 240 F
Gas boilers Vaillant for 350 sq.m.
1	Vaillant turboTEC pro VUW 242/5-3
2	Vaillant atmoTEC pro VUW 240/5-3
3	Vaillant turboTEC plus VU 362/5-5
Protherm gas boilers for 350 sq.m.
1	Protherm Bear 30 PLO
2	Protherm Cheetah 23 MTV (2010)
3	Protherm Cheetah 23 MOV (2010)
4	Protherm Bear 40 KLZ
5	Protherm Bear 40 KLOM
6	Protherm Bear 30 KLOM
7	Protherm Jaguar 24 JTV
Viessmann gas boilers for 350 sq.m.
1	Viessmann Vitopend 100-W A1JB010
Oasis gas boilers for 350 sq.m.
1	Oasis RT-20
2	Oasis BM-20
3	Oasis BM-18
4	Oasis RT-24
Gas boilers Buderus for 350 sq.m.
1	Buderus Logamax U072-35
2	Buderus Logamax U072-24
3	Buderus Logamax U072-24K
Bosch gas boilers for 350 sq.m.
1	Bosch Gaz 6000 W WBN 6000-18 C
2	Bosch Gaz 6000 W WBN 6000-24 C
Navien gas boilers for 350 sq.m.
1	Navien DELUXE 24K
2	Navien SMART TOK 24K
Leberg gas boilers for 350 sq.m.
1	Leberg Flamme 24 ASD
Kentatsu gas boilers for 350 sq.m.
1	Kentatsu Nobby Smart 24–2CS
Lemax gas boilers for 350 sq.m.
1	Lemax PRIME-V28
2	Lemax Clever 40
3	Lemax Wise 25
4	Lemax PRIME-V32
5	Lemax Patriot-20
6	Lemax Leader-35
7	Lemax Premium-30
8	Lemax Leader-25
9	Lemax Premium-25
10	Lemax Premium-20
11	Lemax PRIME-V24
Gas boilers MORA-TOP for 350 sq.m.
1	MORA-TOP SA 30 E
2	MORA-TOP SA 50
3	MORA-TOP SA 40 G
4	MORA-TOP Meteor Plus PK24SK
5	MORA-TOP Meteor Plus PK24KT
6	MORA-TOP Meteor Plus PK18SK
7	MORA-TOP SA 50 E
8	MORA-TOP Meteor Plus PK18ST
9	MORA-TOP Meteor PK18ST
10	MORA-TOP Meteor Plus PK24ST
11	MORA-TOP Meteor PK24KT
Ariston gas boilers for 350 sq.m.
1	Ariston CARES X 24 FF NG

What is a square meter

First you need to define what a square meter is. People who failed math at school sooner or later face the problem of calculating the amount of building materials. Therefore, a square meter is the main guideline when determining the area of ​​a room.

If we draw a square (a geometric figure with equal sides) whose side is 100 cm, then by multiplying it by 100 we get the number 10,000 cm. This means that the figure has an area of ​​10,000 cm2. It could have been simpler. Counting in meters: 100 cm - 1 meter. Let's use the formula for calculating the area - multiply the two sides, i.e. We multiply 1 by 1, we get 1 m. Thus, the size of the square is 1 square meter.

Formula for calculating square meters

To calculate the area, you need to use the square meter formula AXB, where number A is the length of one side, and number B is the length of the other side. They can be the same if the shape of the floor or wall is square.

Most often it is not a square, but a rectangle, that is, A will have one value, and B will have a different value. You will have to mentally multiply them either using a multiplication table or a calculator. And the resulting figure will be the area that needs to be covered with paint or something else.

This is interesting! Sometimes you need to know how to correctly calculate the dimensions. How much is 1 4 inches in millimeters? You can read about this in our article.

It happens that the shape of the floor is not standard, but, for example, trapezoidal. Further it is more difficult, especially for people who do not know what a triangle is (there is also something similar in nature). To calculate the size of a trapezoid, you must first calculate the area of ​​the rectangle in the center, and then the size of each triangle on the sides. then these three numbers are added together. Wouldn't it be easier to assemble a team of workers? Let them find out how to calculate the area of ​​a room.

Floor or ceiling area

The ceiling and floor are the same as in a regular apartment. How to calculate square meters? Very simple. If the room is an attic, then there is no ceiling - only the floor and walls.

Step 1: Measure the length of the room and write the number down on paper. If the number is an integer, just write the number. For example, 5 (m). If the number is greater than 5 but less than 6, then you must remember the decimals and write, for example, 5.5 (m).

Step 2. Measure the width of the room and write similarly. For example - 3m.

Step #3: Now you need to multiply these two numbers. Example: 5 x 3 = 15m. Thus, the area of ​​the room is 15 square meters. Accordingly, the ceiling size will also be 15 square meters. Write this number down separately and circle it with a ballpoint pen.

Leberg gas boilers for 350 sq.m.

Leberg Flamme 24 ASD

• Power, kWt:
  20
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  4.5

Advantages:

• easy installation
• brass heat sink
• fan at the top
• price
• build quality
• auto diagnostic system
• double-circuit
• high efficiency

Flaws:

• weight
• frequent breakdowns

How to calculate square meters of a wall with a window

A wall with a window is a little more difficult to process.

In this case, you need to calculate the size of the wall separately and the size of the window separately. Then subtract the smaller area from the larger one. You will receive the number of square meters that need to be covered with paint or plaster.

1. Using the already accepted scenario, calculate the size of the wall. Let this be a known quantity - 15.4 m2.
2. Then measure the height and length of the window. Multiply the numbers. For example: length 1.5 m, height 1.2 m. If we multiply this, we get 1.8. Thus, the window area is 1.8 square meters.
3. Let's take the area of ​​the wall and subtract the window size from it: 15.4 - 1.8 = 13.6. The cleaning area is 13.6 square meters.

Navien gas boilers for 350 sq.m.

Navien DELUXE 24K

• Power, kWt:
  24
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  4.0

Advantages:

• price
• remote control

Flaws:

• noise
• cold and hot shower

Navien SMART TOK 24K

• Power, kWt:
  24
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  4.5

Advantages:

• wi-fi
• remote control with thermometer included
• phone app

Flaws:

• remote control with defective

How to calculate square meters of a wall with a door

Similar steps need to be taken when you need to calculate the square meters of a wall with a door. If the door is a rectangle from a mathematical point of view, then its area should be calculated using the usual formula AX B. That is, you need to measure the height and length, and then multiply these numbers to get the size of the door.

Then subtract the door size from the wall area to get the square foot you will need to purchase trim materials. If the previous owner of the apartment made an arched door, he cannot do without calculating the size of the circle.

Measuring the area of ​​complex figures

Circle and triangle are complex shapes for independent calculation. How to measure the square meters of a circle if you don't have a math or engineering background? Again, applying the formula.

How to Measure a Circle Size

There is a formula for calculating the area of ​​a circle. There is a constant number, the ratio of the circumference of a circle to its diameter. This number is the same for all circle sizes. It's called pi and it's equal to 3.14. This is the number that is used in the calculations.

Step #1. We measure the diameter (this is a line passing through the center of the circle from one edge of the circle to the other). Let the diameter be 3 m. Then we find the radius - this is half the length of the diameter. This is 1.5 m. We write the radius on a piece of paper.

Stage 2. Calculations are made using the formula S = RR2, where S is the area of ​​the circle, P is a fixed number, R is the radius of the circle. It turns out 3.14 x (1.5 x 1.5) = 7.065. The area of ​​this area is 7,065 square meters.

But this is the area of ​​the entire circle. The arch above the door is a semicircle. So you'll still have to divide that number by two and then add it to the rectangular area of ​​the door. 7.065. 2 = 3.53 m2.

How to measure the area of ​​a triangle

If the previous owner of the apartment was a mathematician, then perhaps he made triangular shapes on the ceiling that need to be restored and emphasized with a different color or plaster. You will have to calculate so as not to overpay.

Calculating the square meter in a triangular figure begins by looking closely at the figure.

You need to find the base of the triangle, that is, the line on which the other two rest (like the roof on a house). Then draw a line from the opposite top to the bottom. Write down these two numbers.

Step 1. Divide the base of this triangle by 2 and write it down. We will need this release in the near future. Measure the height and write it down.

Step 2: Calculate the area of ​​this drawing. To do this, use the formula: S = 0.5ah, where S is the area of ​​the triangle, a is the base, and h is the height. Example: the base is 3 m and the height is 2.5 m. Total: 0.5 x 3 x 2.5 = 3.75. The area of ​​the triangle is 3.75 m2. Write them down so you don't forget about them.

Ariston gas boilers for 350 sq.m.

Ariston CARES X 24 FF NG

• Power, kWt:
  25.8
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  5.0

Advantages:

• No

Flaws:

• noisy
• high gas consumption
• often produces errors

Tips and tricks

This way you can calculate the area of ​​the entire apartment and paint it in different colors. The dimensions of all walls and ceilings have been added - we get a number that should be used as a guide when purchasing building materials.

All you have to do is go to the store and buy supplies. Here you still have to do the math, because not all packages are designed for large rooms. For example, the size of the ceiling in the kitchen is 3x3. How many square meters of plaster are needed if one package can cover 3 square meters? Let's say the ceiling area is 9 square meters. One package is enough for 3 square meters. Therefore, we will need 3 packages for the entire ceiling.

If the packaging states that the consumption is 12 m2, this means how much product is needed for a wall measuring 3 x 4 m2.

Or another example. The wall in the apartment is 6 x 4. How many square meters need to be painted? Multiply 6 by 4 and you get 24 square meters. How many 3-liter cans of paint are needed if each of them fits 6 square meters? Let's calculate 24 by dividing by 6. That's 4. So, to cover the entire wall, you need to buy 4 three-liter cans of paint.

It is always better to take spare parts with you for repairs so that you don’t have to return to the store later. In the future, when you need to paint or whitewash something, leftover materials may come in handy.

How to calculate the square footage of a room, walls, ceiling, floor

From time to time we need to know the area and volume of a room. This data may be needed when designing heating and ventilation, when purchasing building materials, and in many other situations. In addition, it is necessary to know the surface of the walls from time to time. All this data is easy to calculate, but first you will have to work with a tape measure - measure out all the necessary dimensions. How to calculate the area of ​​the room and walls, the volume of space and will go further.

It is often necessary to calculate the volume of a room, its volume.

Room area in square meters

It is not difficult to calculate, you just need to remember the simplest formulas and also take measurements. For this you will need:

• Roulette. Better - with a buckle, but appropriate and ordinary.
• Paper and pencil or pen.
• Calculator (or counting in a column or in your head).

The set of tools is unpretentious and can be found in any home. It’s easier to take measurements with an assistant, but you can do it yourself.

First you need to measure the length of the walls. It is advisable to do this along the walls, but if they are all loaded with heavy furniture, you can also measure inside. Only in this case it is necessary to ensure that the tape measure lies along the walls, and not diagonally - the measurement error will be less.

Rectangular room

If the room has the correct shape and has no protruding parts, calculating the area of ​​the room is easy. Measure the length and width and write them down on a piece of paper. Enter the numbers in meters and then insert centimeters after the decimal point. For example, the length is 4.35 m (430 cm) and the width is 3.25 m (325 cm).

How to calculate the area of ​​a room

We multiply the found numbers to get the area of ​​the room in square meters. If we return to our example, we get the following information: 4.35 m * 3.25 m = 14.1375 square meters. This value usually leaves two digits after the decimal point, so round up. So, the estimated area of ​​the room is 14.14 square meters.

Irregularly shaped room

If you need to calculate the area of ​​an irregularly shaped room, it is divided into simple shapes - squares, rectangles, triangles. Then measure all the required dimensions and make calculations.

Before calculating the area of ​​the room, we also make changes. Only in this case there will be not two, but four numbers: add length and width to the protrusion. The dimensions of both elements are calculated separately.

One example is in the photo. Since they are both rectangular, the area is calculated using the same formula: length times width. The found number should be subtracted or added to the size of the room, depending on the configuration.

Complex shaped room area

Let's use this example to calculate the area of ​​a room with a ledge:

1. Calculate the area without overhang: 3.6 m * 8.5 m = 30.6 sq.
2. We calculate the dimensions of the protruding part: 3.25 m * 0.8 m = 2.6 m2.
3. Add these two values: 30.6 m2 + 2.6 m2. = 33.2 m2.

There are also rooms with sloping walls. In this case, divide it so that you get rectangles and triangles (as in the picture below). As you can see, in this case five measurements are required. The division could have been done differently by using a vertical line rather than a horizontal one. It doesn't matter. It only requires a set of simple shapes and you can choose from them for free.

How to calculate the area of ​​an irregularly shaped room?

In this case, the calculation procedure is as follows:

1. We consider the large rectangular part: 6.4 m * 1.4 m = 8.96 sq. After rounding we get 9.0 m2.
2. We calculate a small rectangle: 2.7 m * 1.9 m = 5.13 sq. m. After rounding, we get 5.1 m2.
3. Find the area of ​​this triangle. Since it has a right angle, its area is half the area of ​​a rectangle with the same dimensions. (1.3 m * 1.9 m) / 2 = 1.235 m². After rounding we get 1.2 sq.
4. Now add up to find the total area of ​​the room: 9.0 + 5.1 + 1.2 = 15.3 square meters.

The layout of the rooms can be very diverse, but you understand the general rule: divide into simple shapes, measure out all the necessary dimensions, calculate the area of ​​​​each fragment, and then add it all up.

Formulas for calculating the area and perimeter of simple geometric shapes

Another important note: the area of ​​the room, floor and ceiling are the same values. Differences are possible in the case of semi-columns that do not reach the ceiling. The area of ​​these elements is then subtracted from the total area. The result is the floor area.

Gas boilers MORA-TOP for 350 sq.m.

MORA-TOP SA 30 E

• Power, kWt:
  25
• Number of circuits:
  1
• Type:
  floor
• Network phasing:
  1
• Circulation pump:
  no
• Expansion tank:
  no
• Rating:
  5.0

Advantages:

• power indicator
• thermometer
• pressure gauge
• auto ignition
• flame modulation
• price
• compact
• high efficiency
• gas control
• winter-summer mode

Flaws:

• No

MORA-TOP SA 50

• Power, kWt:
  45
• Number of circuits:
  1
• Type:
  floor
• Network phasing:
  1
• Circulation pump:
  no
• Expansion tank:
  no
• Rating:
  5.0

Advantages:

• quality
• reliability
• economical
• simplicity
• price
• cast iron heat exchanger

Flaws:

• No

MORA-TOP SA 40 G

• Power, kWt:
  35
• Number of circuits:
  1
• Type:
  floor
• Circulation pump:
  no
• Expansion tank:
  no
• Rating:
  5.0

Advantages:

• price
• cast iron heat exchanger
• high efficiency
• energy dependence
• resistance to pressure drops in gas networks

Flaws:

• No

MORA-TOP Meteor Plus PK24SK

• Power, kWt:
  23.7
• Number of circuits:
  1
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  5.0

Advantages:

• price
• simplicity
• weight
• ease of installation
• high efficiency
• user-friendly interface
• availability of kits for connecting boilers
• economical consumption

Flaws:

• No

MORA-TOP Meteor Plus PK24KT

• Power, kWt:
  23
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  5.0

Advantages:

• economical
• simplicity
• energy saving mode
• double-circuit
• high efficiency
• lcd display
• built-in circulation pump
• six liter expansion tank
• auto ignition
• autodiagnostics

Flaws:

• price

MORA-TOP Meteor Plus PK18SK

• Power, kWt:
  18.9
• Number of circuits:
  1
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  5.0

Advantages:

• autodiagnostics
• gas control
• overheat protection
• Anti-freeze mode
• pump blocking protection
• suitable for single-phase network
• price
• silent

Flaws:

• No

MORA-TOP SA 50 E

• Power, kWt:
  45
• Number of circuits:
  1
• Type:
  floor
• Network phasing:
  1
• Circulation pump:
  no
• Expansion tank:
  no
• Rating:
  5.0

Advantages:

• economical
• reliable
• safe
• easy to use and maintain
• silent
• assembled with high quality
• price
• compact
• high efficiency
• gas control protection
• electric ignition
• combustion waste control

Flaws:

• weight

MORA-TOP Meteor Plus PK18ST

• Power, kWt:
  18.6
• Number of circuits:
  1
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  5.0

Advantages:

• low gas consumption
• easy to maintain
• unpretentious to gas pressure changes
• gas control
• high efficiency
• large expansion tank
• auto ignition
• air vent
• room thermostat
• economical

Flaws:

• No

MORA-TOP Meteor PK18ST

• Power, kWt:
  18.6
• Number of circuits:
  1
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  5.0

Advantages:

• overheat protection
• external control connection
• auto ignition
• thermometer
• economical
• price
• thermostat

Flaws:

• No

MORA-TOP Meteor Plus PK24ST

• Power, kWt:
  23
• Number of circuits:
  1
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  5.0

Advantages:

• overheat protection
• high efficiency
• gas control
• overheat protection
• auto ignition
• thermometer
• pump blocking protection
• economical
• flame modulator
• room thermostat

Flaws:

• copper heat exchanger

MORA-TOP Meteor PK24KT

• Power, kWt:
  23
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  5.0

Advantages:

• auto ignition
• silent
• design
• economical
• indicator on the case
• price
• double-circuit
• closed combustion chamber

Flaws:

• No

How to calculate the square footage of walls

Determining the area of ​​walls is often required when purchasing finishing materials such as wallpaper, plaster, etc. These calculations require additional measurements. In addition to the existing width and length of the room, you will need:

• ceiling height;
• Height and width of doorways;
• Height and width of window openings.

All dimensions are indicated in meters, since wall area is also usually measured in square meters.

It is most convenient to put dimensions on a plan.

Since the walls are rectangular, the area is calculated as for a rectangle: the length is multiplied by the width. In the same way, we calculate the sizes of window and door openings and subtract their sizes. For example, let's calculate the area of ​​the walls shown in the figure above.

1. Wall with door:
   2.5 m * 5.6 m = 14 sq m - total area of ​​the long wall
2. what is the area of ​​the doorway: 2.1m * 0.9m = 1.89m2
3. wall without doorway: 14 m * 1.89 sq.m = 12.11 sq.m
4. wall with window: small wall area: 2.5 m * 3.2 m = 8 sq m
5. how much space does a window take up: 1.3 m * 1.42 m = 1.856 m2, after rounding we get 1.75 m2.
6. wall without window: 8 m² - 1.75 m² = 6.25 m².

Determining the total area of ​​the wall is not a problem. Add all four numbers: 14 m2 + 12.11 m2 + 8 m2 + 6.25 m2. = 40.36 m2.

Viessmann gas boilers for 350 sq.m.

Viessmann Vitopend 100-W A1JB010

• Power, kWt:
  24
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  3.0

Advantages:

• electronic control with programmer
• compact
• simple and convenient installation
• convenient access to almost all parts and components

Flaws:

• problems with hot water supply to two taps
• noisy
• frequent breakdowns

Room volume

Formula for calculating the volume of a room

Some calculations require the volume of the room. The following three dimensions are multiplied: width, length and height of the room. This value is measured in cubic meters (cubic capacity), also called cubic capacity. To give you an example, use the information from the previous paragraph:

• length - 5.6 m;
• width - 3.2 m;
• height 2.5 m.

If we multiply everything, we get: 5.6 m * 3.2 m * 2.5 m = 44.8 m 3. Thus, the volume of the room is 44.8 cubic meters.

Kentatsu gas boilers for 350 sq.m.

Kentatsu Nobby Smart 24–2CS

• Power, kWt:
  23.8
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  4.5

Advantages:

• silent
• quality assembly
• easy setup
• heat exchangers
• branded pump and cooler

Flaws:

• No

How to convert square meters into linear meters and simply into meters?

The correct answer is No, because square meters and linear meters are units of measurement of different categories. Square meters measure the area, while linear meters measure only the length of the product.

Here's a quick rundown of the terms: square meter and linear meter.

A square meter (sq.m; m2) in the International System of Units (SI) is the area of ​​a square with a side equal to 1 meter. A square meter is a measure of the area of ​​walls, floors, real estate, where the area of, for example, an office or apartment is equal to the floor area. Or, if you need to count the number of ceramic tiles on a wall or linoleum on a floor, you need to multiply the length by the height to get the square footage. Although linoleum itself is sold by linear meters, more on that below.

The symbols in square meters (m2) are used in...

• Measurement of buildings, houses, apartments, rooms;
• Measurement of facing and terrace materials;
• Measuring roofs and floors;
• Measuring the area occupied by equipment and furniture

Square meters concept

Converting square meters to linear meters, but simply to meters - NO!

One meter (roll of fabric, product, fence, furniture) is the length regardless of the width. Since the price of the material is included in the cost of 1 linear meter of lining, linoleum or cube. A linear meter of linoleum 3 meters wide will, of course, be more expensive than linoleum 2.5 meters wide.

Sometimes linear meters are also used in the manufacture of kitchen furniture for convenient calculations. For example, the manufacturer calculated that a kitchen cabinet 3 meters long and 60 centimeters wide with the required number of shelves, drawers, and doors will cost $1,200 at the National Bank exchange rate. And as you know, the kitchen in our apartments is different, mostly small, so the manufacturer sets the price for 1 linear meter at $400. The client can only fit 2.5 meters. We discuss standard equipment, placement of shelves, drawers and set a price of $1000.

Read more: How to make raised beds with your own hands

$400 x 2.5 million = $1000

Designations in linear meters are used to measure:

• Flooring in rolls (fabric in rolls, carpet, linoleum...);
• Boards, slats, block house, baseboards, sometimes pipes, fittings;
• The cost is based on the price of furniture (kitchen) with standard appliances and fittings.

Bedroom

The main bedroom is designed with contrasting colors and textures. The walls are covered with light gray suede decorative paint. It has a texture that is pleasant to the touch, reminiscent of suede. On the wall behind the head of the bed there is an MDF slatted wall panel covered with dark veneer. The bed with a lifting mechanism from the Italian factory Novamobili is made of premium gray fabric. Bedside tables and console in wood-colored veneer, chest of drawers in enamel. The console chair from Kristalia has felt upholstery, which also adds warmth and coziness to the bedroom. The main light sources in the room are also lamps from the manufacturer Kreon. The wall to the right of the bed is made of glass with variable transparency and separates the bedroom from the bathroom. It will be discussed below.

How to calculate linear meters into square meters and vice versa

Example 1

To convert square meters into one linear meter, you need to know the length and width of the product (material) being sold in linear meters.

We need to put 12 m2 of linoleum in the kitchen, and the store sells them by linear meters, but with a width of 2.5 m, 3 m or 4 m. It is better to buy 4 linear meters of linoleum 3 meters wide, or 3 linear meters 4 meters wide:

4 m (length) x 3 m (roll width) = 12 square meters.

In this particular case, 12 square meters equals 3 or 4 linear meters, but this is not the way to calculate it since we always have to take the width into account.

Example 2

Let's take the same example of 2.5 linear meters of kitchen furniture. We need to know the floor area that our kitchen furniture covers. To do this, we multiply the length of 2.5 meters by the width of the kitchen wall of 0.6 meters and get 1.5 square meters - this is the area that our furniture occupies in the kitchen.

Gas boilers Buderus for 350 sq.m.

Buderus Logamax U072-35

• Power, kWt:
  35
• Number of circuits:
  1
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  4.5

Buderus Logamax U072-24

• Power, kWt:
  24
• Number of circuits:
  1
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  4.0

Advantages:

• economical

Flaws:

• often produces errors

Buderus Logamax U072-24K

• Power, kWt:
  24
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  3.5

What is meant by linear meter

The mysterious linear units of measurement when purchasing linoleum or bathtub surrounds become a problem for the average buyer. They are not studied in school on the same basis as ordinary centimeters and kilograms, and therefore cause some outright confusion: what they are, how to convert them into understandable and familiar square meters and vice versa.

The unit of length is the length of the product equal to 1 meter. The difficulty is that different products have different numbers of square meters in 1 linear meter.

For example, one millimeter of linoleum is equal to 2.5 square meters. Foot, and one kilogram of board is equal to 0.5 square meters. Futa.

This confusion raises many questions for ordinary consumers who have not previously encountered this problem, and often leads to unnecessary expenses when purchasing goods or in insufficient quantities.

Moreover, this measurement method is widely used in furniture manufacturing.

To find out how many linear meters of kitchen you need to order, just measure the length of the wall on which you plan to install new furniture.

Often, standing in a building materials store or furniture workshop, you can hear customers asking: “How many square meters are in one linear meter?”

Bosch gas boilers for 350 sq.m.

Bosch Gaz 6000 W WBN 6000-18 C

• Power, kWt:
  18
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  4.5

Advantages:

• silent
• compact
• economical
• build quality

Flaws:

• complex initial setting of hot water and heating power
• thinks for a long time when switching from heating to hot water
• difficult to buy parts for repairs

Bosch Gaz 6000 W WBN 6000-24 C

• Power, kWt:
  24
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  3.5

Advantages:

• silent
• many settings
• fast heating

Flaws:

• tubes in the differential relay quite often accumulate condensation
• inconvenient controls
• high cost of components for repairs
• mass error ea

Let's translate!

Calculating this is not so difficult, and even a schoolchild can do it. There is no need for heavy formulas, everything is very simple. If the manufacturer indicated the size in square meters, then simply multiply this number by the width of the material.

Let's look at a simple example.

Standard sheet metal for sale. Its width is 2.5 m, thickness 0.5 mm. To find out how much area we can cover with 5 linear meters of this product, just multiply this number by the width of the sheet:

5 pg.m * 2.5 m = 12.5 m2.

This is the area that can be covered by purchasing this volume.

Based on this, if we need to cover, for example, 67 sq.m., then to determine the number of sheets we need to buy, we divide the area by the width of the sheet and find out how many linear meters of metal will be needed.

It is necessary to purchase 67 m² / 2.5 m = 26.8 = 27 linear meters of metal.

Reference. How many linear meters are in one square meter? There is no one size fits all answer to this question because the quantity depends on the width and is completely different for different products.

For example, an area of ​​1 sq.m. the fabric will be radically different from the area of ​​1 pg. dishes. But we can easily understand how to convert square meters to linear meters.

We'll show the solution with a simple example, this time using polystyrene sheets.

The polystyrene sheet has dimensions of 2.5 m x 5 mm, where 2.5 m is the width. Next:

1 m² / 2.5 m = 0.4 hours

It's simple

How to convert square meters to linear meters? Divide 1 sq. M for the width of the product.

How to convert linear meters to square meters? Multiply the meter by the width of the product.

The width is always indicated on the material, or additional information can be obtained from the seller.

Oasis gas boilers for 350 sq.m.

Oasis RT-20

• Power, kWt:
  20
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  5.0

Advantages:

• electronic control
• powerful
• safe
• reliable

Flaws:

• few functions

Oasis BM-20

• Power, kWt:
  20
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  5.0

Advantages:

• price
• simplicity
• bimetallic heat exchanger

Flaws:

• No

Oasis BM-18

• Power, kWt:
  18
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  5.0

Advantages:

• price
• Ease of use
• safety
• compact
• frost protection

Flaws:

• No

Oasis RT-24

• Power, kWt:
  24
• Number of circuits:
  2
• Type:
  wall
• Network phasing:
  1
• Circulation pump:
  yes
• Expansion tank:
  yes
• Rating:
  3.5

Advantages:

• design
• compactness
• multi-level security system

Flaws:

• price
• build quality
• noise
• chinese pump
• heat exchanger is leaking
• frequent problems with the board
• loud start