background top icon
background center wave icon
background filled rhombus icon
background two lines icon
background stroke rhombus icon

Download "Отопление в каркасном доме"

input logo icon
Video tags
|

Video tags

отопление
водоснажение
каркасный дом
канализация
обвязка котла
стальной радиатор
котельня
газовый котел
Отопление в каркасном дому
Subtitles
|

Subtitles

subtitles menu arrow
  • ruRussian
Download
00:00:03
small frame house, they
00:00:07
contacted me quite late
00:00:09
when all the walls had already been sewn up in some
00:00:13
places, they had to remove the cladding because it was
00:00:16
necessary to lay communications, but
00:00:19
this did not become a big problem, the
00:00:24
house was completely sorted out, our house is very simple in terms of
00:00:27
heating exclusively
00:00:29
radiator network steel panel
00:00:31
radiators mainly bottom connection
00:00:34
through a copper tube as usual for the house a
00:00:38
project was developed for
00:00:41
heating water supply heat loss calculation
00:00:47
very good results we have 54 watts
00:00:52
per square meter
00:00:54
due to the fact that the house is frame and a large
00:00:58
layer of insulation the insulation circuit we are
00:01:00
like good results for 131
00:01:04
square meters, we have a total heat loss of 7
00:01:06
kilowatts, of which 28 Nov infiltration and
00:01:09
directly penetrating through the
00:01:11
enclosing structure 5 5 5 that is,
00:01:14
this is very very good
00:01:19
heat loss for each individual
00:01:23
room; on the basis of them, devices have already been
00:01:26
selected;
00:01:31
installation diagram about the system heating,
00:01:34
the customer wanted it to be a
00:01:37
manifold on and a manifold on and
00:01:39
connection of radiators, that is, each
00:01:41
radiator has its own inlet, he
00:01:46
argued this by saying that he wants one with
00:01:49
the least number of connections in the
00:01:52
underground so that there are no tees and
00:01:54
so that in case something happens
00:01:57
from the inlets or radiators,
00:01:59
it could be separately shut off in the
00:02:00
boiler room and not block the
00:02:03
heating systems of the whole house, that is, this
00:02:05
scheme is quite beloved by beginners; there is
00:02:08
no need to calculate the diameters of 16 pipes
00:02:11
everywhere; it is unlikely that
00:02:15
this radiator will
00:02:18
need, say, 20 pipes in such
00:02:22
houses and
00:02:23
that is, if you put 16 in diameter, you can’t
00:02:27
go wrong that here we have the calculated
00:02:30
load on each of the inlets in baht and
00:02:35
balancing data
00:02:37
is needed so that we do not have different lengths of
00:02:40
inlets and,
00:02:42
accordingly, different resistances for
00:02:44
each radiator in its own and let’s say the
00:02:46
nearest combs we will have a radiator in
00:02:50
front of the coolant flow rate,
00:02:51
respectively, on each of the radiators
00:02:54
there is a balancing valve, also a
00:02:57
valve under the thermostatic angle, by
00:02:59
setting it to the required value, we
00:03:02
limit the flow of coolant through
00:03:04
this valve, thereby
00:03:06
setting this from the project on each
00:03:10
radiator, we will put all radiators in
00:03:13
equal conditions with From the point of view of hydraulics,
00:03:15
now our system will work
00:03:17
well,
00:03:19
of course, with such a wiring, the
00:03:23
optimal location for the
00:03:25
collector would
00:03:27
be in the center of the building, but
00:03:30
the customer initially insisted
00:03:33
that all equipment be located
00:03:34
exclusively in the boiler room;
00:03:42
water supply here is all very simple; here is the
00:03:45
collector The scheme immediately had to be
00:03:48
abandoned since it would be pointless to place the collector in the
00:03:51
boiler room,
00:03:53
because we
00:03:57
have the twentieth line from the source, cold
00:04:00
hot water api circulation and already our own
00:04:03
from the water at the consumer at the last point,
00:04:07
we have hot water
00:04:10
going into the circulation circuit, passing
00:04:12
through heated towel rails to the exit back
00:04:14
to the boiler room, the kitchen sink is connected by
00:04:18
waste directly to the source, in
00:04:22
general, everything is quite simple
00:04:26
to say nothing more here
00:04:29
and
00:04:30
[music]
00:04:32
sanitary sewerage sunbed to cross
00:04:35
the building from east to west, that is,
00:04:39
we do not have direct foreheads, not only 45,
00:04:43
even in places at the entrance there are bends Our
00:04:47
connections have a 45 degree bend and an
00:04:51
oblique tee, so we have
00:04:54
no sharp corners anywhere at this point,
00:04:56
we have made an outlet and it is brought out here in the
00:04:59
boiler room. for a washing
00:05:02
machine 110 in order to conveniently
00:05:06
use it as an audit in the future,
00:05:08
easy access here, a central
00:05:11
sewerage and water supply system,
00:05:17
very simple
00:05:20
minimalism, we have a single-circuit boiler, a
00:05:23
closed combustion chamber, an
00:05:25
indirect heating boiler,
00:05:27
there are no
00:05:28
separators for
00:05:30
pump groups and mixers,
00:05:33
nothing is needed here, I will repeat we have an
00:05:35
exclusively radiator unit and the
00:05:38
power of the boiler pump is more than
00:05:41
enough to distribute the
00:05:43
carrier to consumers, that is, to the
00:05:45
radiators, the underfloor heating collector,
00:05:48
or rather the radiator on the network, I was moved
00:05:50
to the opposite wall to leave a
00:05:53
little more space for the washing machine,
00:05:56
here are the fruits of the
00:06:00
backup counter, the main one is located
00:06:02
in the well, at the request of the type of channel
00:06:05
in front of the house, it is sealed and in order
00:06:07
not to climb there every time to take
00:06:09
readings, another one is installed sequentially and
00:06:14
no longer has a separate entrance to the frame;
00:06:18
circulation was organized through a
00:06:21
tee; a pump; a check valve; a
00:06:26
bug in the hot water supply system;
00:06:29
expand it; and that’s all there is
00:06:32
nothing else here, most of all
00:06:35
nothing is needed, so let’s go through the house
00:06:39
Costin and
00:06:40
two radiators
00:06:43
on the south side, all the windows are
00:06:48
low on the windowsill and accordingly the
00:06:50
radiators had to be selected, also the
00:06:52
minimum height to get into
00:06:54
this niche
00:06:58
future wardrobe
00:07:05
two rooms 2 bedrooms
00:07:12
hunger toilet of the toilet, the outlets under the washbasin
00:07:17
looked exposed because it would be closed
00:07:19
later with the roller itself, to hide them there was no
00:07:28
bathtub shower, washbasin, but there was a
00:07:34
shower
00:07:36
drain with 5 floor construction and
00:07:40
outlets under the towel to dry
00:07:45
another room, although the house is small,
00:07:48
but instead it has enough everything successfully
00:07:50
planned
00:07:52
for this perhaps everything
00:07:54
was with you Dmitry
00:07:57
all the best goodbye

Description:

Системы отопления, водоснабжения и канализации в каркасном доме. Пример расчета и монтажа простой системы отопления и водоснабжения, обвязки котельной. Мой instagram instagram.com/profitherm.by

Preparing download options

popular icon
Popular
hd icon
HD video
audio icon
Only sound
total icon
All
* — If the video is playing in a new tab, go to it, then right-click on the video and select "Save video as..."
** — Link intended for online playback in specialized players