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Download "Как проложить канализационные трубы? | Самые популярные ошибки канализации"

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кристалл-септик
виталий залыгин
септик кристалл
септик
автономная канализация
канализация
канализационные трубы
канализация в доме
уклон канализационной трубы
как глубоко закапывать трубу
канализация и ее монтаж
уклон трубы
трубопровод
автономная канализация своими руками
канализация в доме своими руками
монтаж канализации
монтаж канализационных труб
монтаж труб канализации
ошибки трубопровода
ошибки канализации
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  • ruRussian
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00:00:02
freeze and form as debris. The pipes
00:00:05
are in complete immobility,
00:00:07
do not forget to provide an inspection
00:00:08
window, properly seal the
00:00:10
pipeline with reinforced tape,
00:00:12
hello everyone, Vitaly Zalygin is with you again, you
00:00:15
are on the channel crystal septic tank in
00:00:17
this video I will tell you about the pipeline,
00:00:19
about laying a sewer pipe about
00:00:22
water in a suburban area, over the 10 years of
00:00:24
my work in the field of installing septic tanks, I have
00:00:27
accumulated a lot of experience that I would like to
00:00:29
share with you, let's go on our channel,
00:00:31
we raised many questions about how to
00:00:33
install a septic tank, where is the best way to do it,
00:00:36
how to choose the right septic tank, how to
00:00:38
install a circuit when the groundwater level is high,
00:00:40
how is this move on popular
00:00:43
mistakes and why the pipeline
00:00:45
actually has accumulated more than a dozen
00:00:47
very important points that can
00:00:50
directly affect the operation of the entire
00:00:52
sewerage system in your suburban area,
00:00:54
because if you make just a couple of
00:00:57
mistakes, the sewerage system can simply
00:01:00
become clogged, which will entail very
00:01:02
large expenses in the best case, it
00:01:05
will be possible to get a plumber from Ershov
00:01:06
to clean the sewer; in the worst case, you
00:01:09
will have to carry out fairly large-scale
00:01:11
excavation work. 1 very common
00:01:14
mistake is to use a
00:01:16
pipeline outdoors from a material that is
00:01:19
intended for indoor use,
00:01:20
let me show you what it
00:01:22
looks like, it is a gray PVC pipe, it
00:01:25
is used for this purpose to lay
00:01:27
water supply from the floors or throughout the room,
00:01:30
that is, such a pipe can
00:01:32
only withstand positive temperatures, what will happen
00:01:35
if you put it on the street or
00:01:37
bury it in the ground, if you put it on the street, it
00:01:40
may even crack
00:01:42
if you bury it in the ground, then the soil can
00:01:44
simply destroy it push through the
00:01:52
gray pipe, we figured it out, we don’t
00:01:55
need it for external sewerage,
00:01:56
you can’t use it, but for external
00:01:58
sewerage you can use orange
00:02:01
pipes, they have a different wall thickness,
00:02:05
they are made of fluff intended for
00:02:08
laying in the ground in order to
00:02:10
withstand low temperatures, that
00:02:12
is, even negative temperatures,
00:02:14
such pipes can hold securely in
00:02:17
the ground and withstand even a
00:02:20
car if they are buried according to
00:02:21
technology, sprinkled with sand, we move on
00:02:23
smoothly, mistakes number two,
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even with an orange pipe, even if you
00:02:27
chose the orange pipe, you can
00:02:29
stumble upon a very important mistake that will
00:02:33
subsequently cause certain
00:02:35
troubles - this is the thickness of the material from
00:02:38
which it is made the pipe itself
00:02:40
now you see on the screen the markings of
00:02:42
the pipe that is in my
00:02:44
hands here it says the
00:02:46
diameter of the pipe is 110 millimeters by 32
00:02:49
now you see on the screen a completely different
00:02:52
pipe on it there is a mark of 2 millimeters it
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would seem the same material
00:02:57
these are orange pipes one pipe is
00:03:00
32 millimeters thick and in the other the thickness is
00:03:03
significantly less
00:03:04
let’s do a little experiment, I
00:03:07
’ll try to squeeze an orange pipe
00:03:09
2 millimeters thick just with my hands and
00:03:11
let’s see how this pipe behaves under
00:03:15
pressure, well, everything is clear about Mazda, it was carried out
00:03:18
now, I’ll try to
00:03:21
squeeze a pipe with a thickness of 32 in the same way
00:03:23
millimeters from another manufacturer, it’s
00:03:25
not so simple, in general, it literally won’t
00:03:28
start at all, even so the pipes
00:03:30
can be the same color, well,
00:03:33
approximately the same color, and the 1st
00:03:35
and 2 are red, but they are distinguished by the
00:03:39
thickness of the material and, naturally,
00:03:41
the cost, although in some cases the
00:03:43
difference in cost is only 10
00:03:45
percent, that is, this pipe costs only
00:03:49
160 rubles, this is in the area of ​​180 places 85,
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these are meter pieces, that is, if we are talking
00:03:56
about two-meter and three-meter ones, then
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the price of course will be slightly
00:04:01
different; the essence of the error is that if you
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use thin-walled pipes
00:04:06
as external sewerage there is a
00:04:08
possibility of ground pressure, or if
00:04:11
these pipes are sold at least a little, then
00:04:14
water can simply get into them,
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this water will get into a large system
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and, as we told in the last video, this
00:04:21
can directly disrupt the work of the
00:04:23
biological treatment plant, this will entail and
00:04:26
unnecessary waste of electricity can lead to the
00:04:31
pump compressors being released before the appointed time and, in itself,
00:04:34
disrupt the operating mode of bacteria, which
00:04:36
will either lead to a complete breakdown of the station
00:04:38
or to the fact that the station will simply
00:04:40
begin to exhaust a strong noticeable odor.
00:04:43
These mistakes are the selection of the correct
00:04:46
diameter of sewer pipes using the
00:04:49
example I’ll tell you the same thing about this pipe: a
00:04:50
sewer pipe
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can have a diameter of at least one hundred and ten
00:04:55
millimeters, that is, it is 11 centimeters.
00:04:58
Such pipes are of a smaller diameter,
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only gray in color and they serve
00:05:02
exclusively for water supply. If you
00:05:05
are going to run a pipeline from
00:05:07
your toilet, then the cross-section of the pipe should
00:05:10
be a minimum of
00:05:11
11 centimeters. there are also 16 centimeters
00:05:14
and even more, as a rule, for an ordinary
00:05:18
household pipeline, that is, for
00:05:19
ordinary household sewerage, they are used
00:05:21
about exactly this diameter; it
00:05:23
simply doesn’t make sense to lay more,
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or if you lay a
00:05:28
pipeline with a diameter of 16 centimeters and
00:05:31
there is a connection of
00:05:34
11 centimeters in the septic tank, then you will have to make a
00:05:37
regular adapter and this place may turn
00:05:39
out to be a weak link, which
00:05:41
later, of course, will not form a
00:05:43
waste, but if something very
00:05:45
large leaks, then of course in this place it
00:05:47
simply won’t fit through. Let’s
00:05:48
move on to the fourth problem when
00:05:50
laying a pipeline for an autonomous
00:05:52
sewer system - this is the gasket pipeline
00:05:54
at the freezing level, let's turn to our
00:05:57
board and draw a little, as a rule, an
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ordinary deep biological
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treatment station has a pipe connection depth of
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at least 70 centimeters,
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respectively, the pipe that comes from
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the house lies even higher,
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that is, even closer to ground level, that is, the
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pipe from the house can leave approximately
00:06:23
40 centimeters,
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sometimes by 30 centimeters, it goes with a
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slight slope of two centimeters per meter
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and
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sooner or later it ends up in the septic tank, a very
00:06:31
common mistake is that you need to
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put this steam pipe below the
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freezing level, builders often want, as
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they say, to be on the safe side,
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to do what is the best way to bury the pipe
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where it will not freeze
00:06:46
because that they heard about this somewhere
00:06:48
because someone has already done this to them,
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but they simply confuse the
00:06:52
sewer pipeline with the
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pipeline for pressure water supply,
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that is, the pipeline in which there
00:06:59
is always water, this sample about
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which is always empty which
00:07:03
periodically carries water from fecal
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drains, what will happen if the right pro
00:07:07
is laid at the freezing level, that
00:07:10
is, below the freezing level, as a rule,
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according to Soviet snips, the freezing level,
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for example in the Moscow region,
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is eighty meters, that is, if you
00:07:19
lay the promod pipe at a depth of
00:07:21
80 meters, that is the septic tank itself, that is, the
00:07:25
connection to the septic tank should be at
00:07:27
this depth, that is, you will have to
00:07:29
purchase a septic tank that can
00:07:34
connect to this pipe, these are
00:07:38
usually septic tanks with an extended neck, septic tanks
00:07:40
with an elongated body, the more
00:07:43
septic tanks in the body, the higher its price, the
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larger the septic tank itself, the deeper the septic tank itself,
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the more excavation work is carried out, the
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more excavation work is carried out, the
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more soil that will be removed and
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end up on your site because the
00:08:01
soil that will spill out around the
00:08:03
septic tank is ordinary sand so that in the end you
00:08:06
get what is best
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and you get at least 20 thousand rubles in
00:08:12
overpayment and huge mountains of soil on
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your site, that is, what you now
00:08:17
see in the picture is precisely the laying of
00:08:20
the pipeline at a
00:08:21
depth not at the freezing level, this is the
00:08:24
correct
00:08:25
laying of the pipeline, I will repeat once again
00:08:28
why because freezing in
00:08:30
the pipeline will simply not do anything
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nor provide water runoff that
00:08:35
comes from at home, the pipeline always
00:08:37
has a positive temperature,
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that is, warm water rushed through and there were
00:08:43
n’t even drops left on the very smooth surface of the PVC pipe,
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and if suddenly there were
00:08:47
droplets left, and even if they suddenly froze a
00:08:50
little, it would
00:08:51
n’t melt and be dragged along by the
00:08:53
next warm drain that comes
00:08:56
from the house. we have reached the 5th error - this is
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compliance with the very slope of laying
00:09:01
sewer pipes in the blind it is written
00:09:04
that the laying of the pipeline must
00:09:06
correspond to 2 degrees, that is, a
00:09:09
difference of two centimeters per meter, let's
00:09:13
figure out why the first case is a
00:09:15
pipe with a normal slope, the second case is a
00:09:20
pipe with a very steep slope and the third
00:09:24
case is a
00:09:25
pipe almost without a slope in this case,
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the placement of the pipeline is correct and
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large masses and water will be
00:09:40
transported through the pipeline
00:09:42
evenly, nothing will be delayed and everything
00:09:46
that gets out of the toilet bowl
00:09:47
will reach the septic tank and the pipeline
00:09:50
will remain empty in the second case, the water
00:09:54
can run faster ok and everything that
00:09:59
gets out of the toilet bowl
00:10:01
can simply remain on the
00:10:03
walls of the pipeline when it dries over
00:10:06
time, form roughness in this place and
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further provoke
00:10:11
litter, which will lead to cleaning of pipelines, you know what, an
00:10:14
even more
00:10:16
complicated situation will occur if the pipe is
00:10:18
laid with a completely minimal
00:10:21
slope, that is, less than two centimeters
00:10:23
per meter
00:10:24
one centimeter per meter or half a
00:10:26
centimeter per meter the water simply
00:10:29
will not flow at all,
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it will flow very slowly, the
00:10:35
fecal matter will not be transported,
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they will simply
00:10:40
remain in the pipeline and in this
00:10:44
pipeline
00:10:45
there is a very high probability of
00:10:48
further
00:10:50
quarrel, which will again lead either for
00:10:54
cleaning or for complete dismantling of
00:10:56
pipelines when laying a pipeline,
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our installation teams use a
00:11:00
little military trick, you know very well
00:11:02
such a construction tool as a
00:11:04
level, this is such a long board,
00:11:06
as a rule, it looks like this
00:11:11
thing in the middle, there is
00:11:18
a cone in this cone, liquid is poured
00:11:22
and
00:11:24
dangles in a bubble in the liquid and it is the tilt and
00:11:29
displacement of this bubble that tells us
00:11:32
that the level is either level or the level is
00:11:35
tilted, that is, if the level
00:11:37
is tilted then the bubble will naturally
00:11:42
end up at the top
00:11:44
by itself, so of course, with the bubble it is
00:11:48
impossible to catch a slope of 2 centimeters per
00:11:51
meter so this is what this trick looks like
00:11:53
if the level itself is exactly one meter at its
00:12:01
end, well, that is, naturally a
00:12:04
small board is attached below, which
00:12:08
itself is 2
00:12:11
centimeters high and do the same once, it
00:12:13
could be a bottle cap,
00:12:14
it could be some kind of piece of wood or a
00:12:17
large layer of adhesive tape at your
00:12:21
discretion, but the most basic point is that the
00:12:24
height of this layer or plank should be
00:12:26
no more than two centimeters and, of course,
00:12:28
no less,
00:12:29
so when this level is placed on the
00:12:31
pipeline,
00:12:32
the bubble appears in the middle
00:12:37
if the pipe is laid strictly
00:12:39
at an angle of 2 centimeter per meter, that is, the
00:12:41
slope is two degrees, so you will
00:12:44
never make a mistake and will
00:12:46
not need to work with your builder or
00:12:48
you will have to catch these very important degrees. The
00:12:51
sixth mistake when assembling a pipeline
00:12:54
is connecting pipes, assembling pipes without
00:12:58
appropriate lubrication,
00:13:00
now we see on the screen once the pipe
00:13:03
connections of the pipeline inside you see a
00:13:07
rubber mojet, here it is
00:13:09
fixed like this, like this, the
00:13:12
connection of this pipeline itself
00:13:14
is carried out in a very difficult rubber band, it is
00:13:18
quite dry and the pipe goes into it
00:13:21
under great force, what will happen if
00:13:23
you try to insert this pipe
00:13:26
there by force or even hammer it into the
00:13:29
moment when the pipe ends
00:13:32
in the second pipe, the rubber band can move
00:13:35
and stand across the pipeline itself.
00:13:37
Now we will see what it will
00:13:39
look like inside the pipe itself. You
00:13:42
see in this tunnel that the rubber band has
00:13:45
simply stood in the middle. Of course, it’s not difficult
00:13:47
to guess that this is the direct reason for the
00:13:49
formation of 40 of course, this will
00:13:51
interfere with the passage of
00:13:54
suddenly falling debris, rags of hair, a
00:13:57
huge amount of all
00:13:59
kinds of deposits will accumulate in this case,
00:14:02
it is necessary to use a special
00:14:03
lubricating gel and such cases are sold
00:14:06
in plumbing stores and look
00:14:08
like a regular cream and are not sometimes
00:14:11
squeezed out of tubes; sometimes they are
00:14:13
sold in bottles if it is not
00:14:17
possible to purchase such a gel, then
00:14:19
you can use the most common household
00:14:21
means such as soap,
00:14:24
fairy dishwashing detergent,
00:14:27
shampoo or something similar, that is,
00:14:29
any base that will then
00:14:32
simply be washed off with water and the
00:14:34
pipeline
00:14:35
will remain in place in no case
00:14:38
You can’t use silicone sealant,
00:14:40
what will happen if you
00:14:42
use silicone sealant,
00:14:44
when the silicone sealant dries, it
00:14:47
can form a thickening in this place;
00:14:51
moisture will simply begin to enter
00:14:53
through this place; if a thickening
00:14:56
forms inside the pipeline, then a
00:14:59
roughness will form in the place, which
00:15:02
will also interfere the passage of dirt and
00:15:05
runoff and everything else that gets into
00:15:07
the sewer and trying to form a gap in this
00:15:10
place
00:15:11
error number seven is an equally popular
00:15:13
mistake and it is also related to the
00:15:15
connection, that is, the connection of
00:15:17
the pipeline, this is the inclusion of one another
00:15:19
into the other, it is called laying the
00:15:22
pipeline with a socket in the other direction,
00:15:25
let's let's draw a house is from this
00:15:27
country
00:15:28
here the house is there already on the roof the pipeline
00:15:34
goes out so the next pipe
00:15:37
should be socketed in this direction that
00:15:41
is, the pipe expansion element
00:15:43
ends up here exactly like the
00:15:48
next pipe element ends up
00:15:52
here
00:15:55
so the assembled pipeline
00:15:58
will serve reliably what happens
00:16:01
if you you will assemble the steam pipe in the
00:16:02
opposite direction when assembling the
00:16:05
wire pipe, I will draw it in close-up;
00:16:20
a void will be formed at the junction of 2 pipes in this place, which
00:16:25
will subsequently become clogged with sediment; here there will be a
00:16:29
prize and at least everything that ends up in the
00:16:31
sewer in the future.
00:16:34
it can also form debris, not to
00:16:36
mention the fact that in some
00:16:38
biological treatment stations the connection, that is, the
00:16:41
entrance to the septic tank itself, also has a socket, that
00:16:46
is, when you come to this connection with
00:16:50
exactly the same socket you will end up with the
00:16:53
condition mom mom you will have to
00:16:55
cut off and
00:16:57
reassemble the error number eight is the
00:16:59
sealing of connections in our practice we
00:17:01
would come across two types of cases
00:17:03
when we had to install a
00:17:06
pipeline for a conventional sewerage system
00:17:08
or when we had it installed a
00:17:10
pipeline for cesspool septic tanks, that
00:17:12
is, these are just ordinary barrels in which
00:17:14
100 are collected in such septic tanks, it is very
00:17:16
important that in no case
00:17:18
excess water got in and such septic tanks are sometimes
00:17:21
installed directly in swamps
00:17:23
where the groundwater level
00:17:25
reaches almost ground level. In the last
00:17:27
issue, we promised to tell you how to
00:17:29
properly seal a
00:17:31
pipeline with reinforced tape
00:17:32
in those cases when the pipeline is
00:17:34
laid directly in water, that is, there
00:17:36
will be water around the pipe so that water under no
00:17:40
circumstances did I get into these joints
00:17:42
because these rubber bands that are in the stack do
00:17:45
not always actually help,
00:17:48
especially if there is a lot of water in the ground,
00:17:52
if the connection of this pipeline is
00:17:53
broken, then when you call a sewer truck, you
00:17:57
pump out the wrong water that
00:17:59
came from you at home, the water that
00:18:02
got into you from outside the site through this
00:18:05
connection is not enough to simply connect
00:18:10
the pipeline by
00:18:13
simply screwing this insulating tape on,
00:18:17
this will not lead to anything good,
00:18:20
you need to
00:18:21
pull the insulating tape with great
00:18:25
force
00:18:27
[music]
00:18:32
the tape is torn, it’s okay, we
00:18:36
’ll tear off a new piece and start with this place
00:18:43
each new turn of
00:18:45
this electrical tape must be stretched,
00:18:51
another part is picked up and
00:18:56
glued
00:18:59
[music] the
00:19:08
resulting tension of this
00:19:10
plumbing tape does not leave
00:19:13
any chance for moisture to get
00:19:16
from the outside to the inside or from the inside to the outside. When
00:19:20
I pulled this electrical tape
00:19:23
with force, then when the electrical tape was
00:19:26
glued here it formed a certain such a
00:19:31
stretched layer, that is, if you just glue it,
00:19:36
some voids will form under it,
00:19:40
which can later even come
00:19:42
off. Each new layer, stretched with
00:19:45
reinforcement, attracts the previous layer
00:19:48
even more strongly, that is, this suggests that
00:19:51
each new layer of electrical tape
00:19:54
further strengthens the previous wound
00:19:57
layer. this is exactly the name this method of
00:20:01
sealing pipelines for
00:20:05
storage tanks
00:20:06
must be applied, each
00:20:09
connection of the pipeline must be
00:20:11
sealed in this way, the decoupling
00:20:13
of this story to which we
00:20:16
visited the facility where we visited many times
00:20:18
in order to eliminate the leak from the
00:20:20
pipeline for the decoupling was
00:20:22
precisely this Having tried a huge
00:20:25
number of methods, we came up with this one 15
00:20:27
times to that site, we didn’t go
00:20:29
because we used this particular method, the client
00:20:32
was satisfied, the issue was resolved in
00:20:35
this way, it’s worth
00:20:36
sealing the junction of the
00:20:38
pipeline connection, and we move on, and the
00:20:41
next mistake is turning the
00:20:43
sewer pipes and turning the
00:20:45
sewer pipes this is a weak point in
00:20:48
my case when you
00:20:49
simply can’t do without them, how can you
00:20:52
avoid this, how should you do it correctly
00:20:53
if you need to make a 90-degree turn,
00:20:57
topaz type, this should not be done under any circumstances,
00:20:59
or you need to use a
00:21:01
special inspection well,
00:21:02
that is, make a turn, put it wide
00:21:05
a well that can be opened in which
00:21:07
you can look to check the condition of
00:21:10
this turn, if there is something to clean there is a
00:21:12
more budget option, I won’t
00:21:14
tell you if you had to turn the
00:21:17
sewer pipes at 90 degrees, you
00:21:19
need to use a different corner, one
00:21:21
at 90 degrees, or either the corner
00:21:24
today is called a branch, but here there are
00:21:27
two such bends of at least 45 degrees,
00:21:29
if you use three of 30
00:21:31
degrees each, then this is even more convenient, there are also
00:21:34
supports and 15 degrees, but this is for
00:21:36
complete fanatics,
00:21:37
if you still had to make such a
00:21:39
sharp turn, then do not forget to
00:21:41
provide an inspection window, this is the
00:21:45
same standard a part that has an
00:21:47
open twist-off element and a
00:21:50
hermetically sealed fixation with an elastic band; it
00:21:54
will not allow odor and generated
00:21:57
gases to pass through the system and will always help you
00:22:00
get to this turn or
00:22:03
get to the pipeline to
00:22:05
clean it, that is, such an element can be
00:22:08
used both at the turn and at every
00:22:10
15 meter of your pipeline, that is,
00:22:13
such a thing saves money on a leash,
00:22:16
he gives us inspection wells,
00:22:17
the cost of such a part is about 150
00:22:20
rubles, the cost of an inspection inspection
00:22:23
well is about 8000. The tenth mistake is very
00:22:26
controversial and it sounds like inserting pipes
00:22:29
without fully preparing this video, I
00:22:32
got acquainted with some documentation from
00:22:35
pipeline manufacturers,
00:22:36
some manufacturers write that the
00:22:39
pipes themselves must not be inserted all the way,
00:22:42
that is, when assembling, insert the pipe
00:22:46
all the way and then pull it out approximately
00:22:48
one centimeter. I assume that such a
00:22:52
measure is necessary in order to create
00:22:54
compensation in the pipeline so that if
00:22:57
suddenly the pipeline sags or
00:23:00
somehow wanders soil so that this gives
00:23:03
it the opportunity to walk without it
00:23:06
cracking at the joints.
00:23:08
Why do you think manufacturers write this?
00:23:10
You can write your thoughts in the
00:23:12
comments to this video. 11 error is not
00:23:15
so popular but still
00:23:16
common. We had to
00:23:18
deal with such problems in those
00:23:20
cases when customers were planning to
00:23:22
lay a pipeline
00:23:23
independently, namely, backfilling the
00:23:26
pipeline with the same clay
00:23:28
that you dug in order to
00:23:30
lay this pipeline, that is, what to
00:23:32
dig out we are burying, we will turn to the drawing at
00:23:35
the moment when the pipeline
00:23:37
is laid in the hole, it is laid in the
00:23:41
void and constantly is adjusted to
00:23:44
catch its level in such cases from the
00:23:47
pipeline under its junction
00:23:50
what types of pebbles are laid the pipeline is completely
00:23:54
built along a strict slope and
00:23:56
backfilled with sand after
00:23:59
the sand spills the sand is additionally
00:24:01
spilled with water this is done so that
00:24:03
absolutely all the voids formed
00:24:07
under the pipes are filled with
00:24:10
sand so that the sand is around the
00:24:13
pipes, including so that, as they say, the
00:24:17
pipes are completely immobile,
00:24:19
that is, the sand seems to envelop the entire
00:24:23
pipe from all sides and the pipe
00:24:26
lies completely on the sand and, accordingly,
00:24:29
even if you step on this pipe, it will
00:24:32
not go anywhere because its entire
00:24:34
body, along its entire length and very strong, is
00:24:37
motionlessly shrouded in this damp sand and
00:24:41
what happens if you fill it with the
00:24:43
same clay, clay is usually
00:24:46
dug out in which chambers, sometimes smaller,
00:24:49
sometimes larger, all depending on
00:24:52
how dry the soil is, if you fill it up
00:24:55
in lumps, then these lumps naturally will
00:25:01
form voids both in the sides of the pipe
00:25:04
and under the pipe itself over time when the
00:25:06
soil subsides when these lumps
00:25:10
are crushed
00:25:11
and rainwater or melted snow gets into this trench the
00:25:17
soil will be compacted compacted
00:25:20
compacted
00:25:21
but during this time the pipeline connections
00:25:24
change their position
00:25:25
those pipes which were level can
00:25:29
simply sag in some places and in the
00:25:32
first case either open up altogether
00:25:35
or form voids or even give a
00:25:37
reverse slope to the pipeline; if you
00:25:40
have a reverse slope to the pipeline,
00:25:42
then of course it is in this place that you
00:25:45
fill with this water and it can freeze
00:25:49
and the formation of debris will generally lead to
00:25:51
very big problems, so
00:25:53
the pipeline is filled up like a septic tank,
00:25:54
only with sand, we move on to error number
00:25:57
12, this is laying a
00:25:59
sewer pipe in the same trench where the
00:26:02
pipeline for carrying water was laid the day before,
00:26:04
this is a very similar mistake
00:26:07
to the previous one, let's look at why
00:26:11
the water pipe pressure pipe
00:26:13
water pipe is laid to the
00:26:16
depth of freezing, that is, to the
00:26:17
depth where it is not frozen,
00:26:22
where the water does not freeze,
00:26:24
that is, this water will flow to your
00:26:26
house all year round,
00:26:28
respectively, the depth of laying such a
00:26:31
pipeline is
00:26:32
below one and a half meters, often
00:26:34
the pipeline for laying water
00:26:36
is laid without slope because it goes under
00:26:38
pressure, a trench is dug and
00:26:45
trenches are laid at a depth of one and a half
00:26:48
meters and in order to save money, let's put it
00:26:51
here and fill the sewer pipe a little with
00:26:55
sand to the required marks.
00:27:11
they put the soil that was
00:27:15
backfilled, the water supply system begins to sag over time
00:27:18
and this directly entails the subsidence of the
00:27:22
sewer pipe itself, this can
00:27:25
lead to the pipe giving a
00:27:28
reverse slope just like in the
00:27:29
previous mistakes and 1 unit and
00:27:33
forming some kind of void in the connection
00:27:35
into which either water will flow out of it
00:27:38
or water will get into it and the water will
00:27:40
play in any case, so such a measure can
00:27:43
also lead to a solution throw
00:27:45
about water and gas quarrel, so how to
00:27:48
do it, laid a regular pipeline with water,
00:27:51
completely filled up this hole,
00:27:54
and now Nearby we dug a separate hole,
00:27:57
put a sewer pipe in it separately
00:28:00
and separately filled it all up with
00:28:03
error number 12, figured it out and smoothly
00:28:06
approached error number 13, the last
00:28:08
error is laying a heating cable
00:28:11
inside the sewer pipeline, I’ll
00:28:13
start with a short story one day we
00:28:16
arrived at the site where I was
00:28:17
installing stations biological
00:28:18
treatment, you were digging a pit, the pipeline
00:28:21
had already been laid by the customers in advance and
00:28:24
it was laid in such a way that it was in charge of the slope,
00:28:27
it was clear that debris could
00:28:30
form as a result, the client expressed a
00:28:32
desire to put a heating cable and not
00:28:35
around the pipeline itself, as it should be
00:28:37
done, now I’ll draw it, that is, not around
00:28:42
the pipe, as this must be done in order to
00:28:46
really warm the pipe, but
00:28:48
inside the pipe, and here it is not difficult to guess
00:28:52
that the cables laid inside the pipe itself
00:28:54
can cause a quarrel,
00:28:57
that is, we are looking at the pipe, the cable lies
00:29:00
like this and excessive heat and excess sediment
00:29:04
can form on the body of the cable itself,
00:29:07
which ultimately in the end, of course, this will lead to
00:29:10
something in 40 years, this large list of errors
00:29:12
when laying a pipeline is literally everything
00:29:15
that we could remember with our team,
00:29:17
based on our experience and relying on the experience of
00:29:20
our partners, thank you for watching
00:29:22
this video to the end, don’t forget
00:29:24
to watch this
00:29:25
and this video, I’m sure that they will not
00:29:27
disappoint you Vitaly Zalygin was with you
00:29:30
and the channel crystal septic tank happiness and
00:29:32
health to you and your loved ones bye

Description:

▶ Не устанавливай так септик для дачи! | Куда запрещено ставить септик на участке? https://youtu.be/4CLInsSnkCA ▶ 5 ошибок при покупке септика! Какой септик выбрать для загородного дома? https://youtu.be/AOMrjBcoFNc ▶ Септик при высоком уровне грунтовых вод | Основные проблемы и их решение https://youtu.be/8jYnjeB6eyo ▶ Какой септик выбрать? | Септик Кристалл на выставке "Загородный Дом", Москва 04-07 апреля 2019 https://youtu.be/7LJCPiHlEtk ▶ Как установить Септик Кристалл (все этапы)| Канализация в частном доме под ключ https://youtu.be/DZEslVwC7fQ С Вами Виталий Залыгин и компания "Кристалл-септик" ☛ https://кристалл-септик.рф В этом видео я расскажу про трубопровод. Как проложить канализационные трубы? Если у вас установлена автономная канализация своими руками, обратите внимание на уклон канализационной трубы. Мой опыт показывает, что ошибки трубопровода допускают многие люди. Какие еще ошибки канализации возможны? Как правильно провести монтаж канализационных труб? И почему неверный монтаж труб канализации может привести к засорам? Поговорим про ошибки канализации в этом выпуске! ✔ Подписывайся на наш канал: https://www.youtube.com/channel/UCbopWLUOZV8NR-xY29eppow?feature=embeds_subscribe_title ☛ https://кристалл-септик.рф ☎ Единый номер службы поддержки: +7 (495) 104-42-44 ✉ [email protected]

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