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подкачать гидробак

как подкачать гидробак

00:00:00

good afternoon, today we’ll talk about pumping

00:00:03

air into the hydraulic accumulator of

00:00:06

water supply systems from a well from a well,

00:00:09

including several houses,

00:00:11

when it needs to be done, how it

00:00:14

needs to be done and with what we will

00:00:18

use a regular car

00:00:19

compressor that is in every

00:00:21

passenger car and we will connect

00:00:23

it to the battery 12 exactly the same volt

00:00:26

that anyone needs in a car

00:00:30

when it is necessary to pump up the air, when the

00:00:33

pressure often begins to spike when

00:00:35

turning on the water in the tap and when the hydraulic tank

00:00:39

begins to condense heavily, first

00:00:41

a little about the design of the hydraulic tank, how it

00:00:44

lunges, not everyone understands it, everything is

00:00:46

quite simple here but many people don’t understand,

00:00:49

including those who collided for the first time,

00:00:53

here is the metal volume itself, there is a pear in it, the

00:00:57

pear comes out through

00:01:01

the hole of the storm battle flange,

00:01:05

here the flange is visible that there is rust,

00:01:08

why because firstly the hydraulic tank

00:01:11

has been standing for a long time, secondly,

00:01:13

no one has controlled the air in it since birth, so it

00:01:15

often drains in this place,

00:01:17

water accumulates, begins to rust, the

00:01:21

bulb comes out of the flanges with a hole in

00:01:24

this direction, that is, water

00:01:26

is always in the bulb,

00:01:27

but between the bulb and the body of the hydraulic tank

00:01:30

there is air, the air there must be

00:01:33

under pressure, the pressure is pumped by a

00:01:36

pump with

00:01:37

exactly the same pump as you

00:01:39

pump the tires of your car, here are

00:01:42

the grains, the choke is absolutely one to one, like the

00:01:44

wheels of a car, the correct setting

00:01:49

of the hydraulic tank will allow you to avoid condensation as much as possible,

00:01:51

that is, when you are in a

00:01:52

vertical position, the hydraulic accumulator,

00:01:54

air fills the space

00:01:56

between the body and the pear and the pear

00:01:58

is located inside, that is, the

00:02:00

air layer does not form the wall of the pear rests against a

00:02:04

metal wall and therefore there is

00:02:07

the least amount of condensation on the outside,

00:02:09

including the bulb

00:02:11

in the hydraulic accumulator wears out evenly; it rubs less against the

00:02:14

walls inside; between it, between the bulb and the

00:02:17

body, there should be talc and in good

00:02:20

films like a bet or not a GI, this

00:02:22

tank is enough, so the bulb lasts a

00:02:24

long time takes longer and wears out less,

00:02:27

including when you place the hydraulic tank

00:02:28

vertically and attach the

00:02:31

hydraulic tank to the wall by itself, look it is

00:02:32

horizontal, that is, it has legs

00:02:34

located in this part, that is, often

00:02:36

the hydraulic tank is placed horizontally, this is

00:02:37

wrong, it is better to place it vertically

00:02:39

or on the legs of the well with each a caisson

00:02:42

or like this, a horizontal

00:02:44

hydraulic accumulator on the wall, then it

00:02:46

will wear out naturally, it will

00:02:48

last longer for you, and a very important point

00:02:49

is the grinding of yours,

00:02:51

many companies simply don’t do it, there are

00:02:54

burrs in the end, this idea, the

00:02:56

burrs grind the pear, so the

00:02:58

correct air setting is the

00:03:01

air pressure correctly setting the hydraulic tank

00:03:02

on the left will allow you to extend

00:03:05

the hydraulic tank several times

00:03:06

when they are well tuned 10 years background

00:03:08

service life of a stout or huni jeep which is the

00:03:10

same thing the same factory is doing

00:03:13

now let's see when the system to the right

00:03:17

it works correctly here we adjusted the

00:03:18

battery settings or pressure what is

00:03:21

happening that is when

00:03:22

the pump turns on when the pump turns off what the pressure gauge

00:03:25

shows us I’ll open the tap with

00:03:28

cold water and we’ll look at what’s

00:03:32

going on here on the pressure gauge the

00:03:34

pressure gauge showing water in the

00:03:37

water supply system this pressure gauge shows the

00:03:39

water pressure after the filter, that is,

00:03:42

this is the real pressure between the hydraulic tank and the

00:03:44

pump there should be nothing, no

00:03:46

filters under any circumstances, they will only

00:03:49

cause the Harley to work incorrectly, the pressure does

00:03:52

not drop,

00:03:57

the pump has not yet turned on, we see that the

00:03:59

private is not upset, it is ideal when the

00:04:02

pump activation pressure is approximately

00:04:06

22 and 1 2 1 atmospheres,

00:04:09

two point one tenths of the sphere, then it should

00:04:11

spin the pump should pump up to

00:04:14

approximately three and a half atmospheres and

00:04:16

turn off here Lyoshka razr guli ravana,

00:04:19

that is, it is clear that the spring has weakened and we

00:04:22

see that the pump is so far and the film turned out I

00:04:23

wanted to go out one and a half years ago,

00:04:26

no one has adjusted anything here, and the system has been

00:04:29

working for five years now, by the way

00:04:31

this is said to be the quality of both

00:04:33

the components and the hydraulic tank from the stout company,

00:04:36

you see and the pressure drops, it continues to

00:04:39

drop, the pump still doesn’t turn on

00:04:41

because if the pump turned on, we

00:04:43

saw the arrow going up,

00:04:47

but it doesn’t go up yet, so it drops,

00:04:50

drops, let’s flush the toilet to

00:04:52

speed up the release of water from the hydraulic tank

00:04:57

now the pear is pressed with its pressure

00:05:00

plus the air between the pear and the

00:05:03

walls of the housing will press on the water and the water

00:05:06

is forced out into the water supply system,

00:05:08

that is, it comes from there from the

00:05:10

well through the pipe, the party running

00:05:12

fitting is here at the pressure and then

00:05:14

it is forced out through the filter

00:05:17

the water supply has already started we see that these arrows are equal,

00:05:19

so we don’t need to clean the filter in

00:05:22

any way because the pressure drops and we

00:05:25

found everything doesn’t turn on, so the pump

00:05:27

turned on, that is, it turned on at

00:05:29

almost 1 atmosphere, this is very little

00:05:32

setting is incorrect, so

00:05:34

the customer called us and said come to

00:05:36

the construction site, don’t close the system the

00:05:37

tap will look at how long it takes to

00:05:39

unscrew the pump, the pump should

00:05:43

turn off at 3 plug-in atmospheres,

00:05:45

now there is no water flow,

00:05:48

but the pump is working and it fills the water into the

00:05:53

accumulator, that is, it comes from the

00:05:55

well like this and

00:05:57

pump the pear into the pear and

00:06:00

air pressure is created between the

00:06:02

pear and the pear. the body rises. now

00:06:04

it expands in this way in the hydraulic tank, let

00:06:09

's see how much pressure will

00:06:11

occur

00:06:12

at which the pump will turn off, that

00:06:16

is, essentially the water pressure in the

00:06:18

system, the

00:06:19

game tank maintains water pressure for a while so that the

00:06:21

pump does not work constantly, that

00:06:24

is, these are the cyclical operation of the pump,

00:06:26

this is a normal system, normal operation of the

00:06:28

system water supply from a well or

00:06:30

borehole, we

00:06:31

see that it gives decently and gives for

00:06:33

quite a long time the first mistake that I

00:06:37

saw was this mood

00:06:39

disorder or pressure, that is, the

00:06:40

spring has weakened over five years and

00:06:43

it needs to be adjusted a little, as long as

00:06:47

everything shows us the pump turned off at an hour the

00:06:49

iris helped out the pump for 3 and a half,

00:06:51

that is, the upper pressure is normal, the

00:06:53

lower pressure is low, so we will

00:06:55

regulate everything and or pressure and

00:06:56

adjust the air in the hydraulic tank. Now I

00:06:59

will show you how the system works before

00:07:03

adjustment when

00:07:05

there is no air in the hydraulic accumulator, that is, this is what

00:07:07

happens in this case, for this I will release

00:07:09

all the air from the coffin we

00:07:15

see that the water pressure also drops,

00:07:19

why because the pine trees turn on, it’s

00:07:21

too early for it to turn on,

00:07:22

but at the same time, when I release water into the air

00:07:27

from the hydraulic tank, the water

00:07:28

comes to the bulb because the pressure

00:07:30

between the bulb and the body of the hydraulic accumulator

00:07:33

decreases, I release the air in this

00:07:35

way and the water pressure also

00:07:40

drops because that the balance in air

00:07:43

and water for the whole and the pressure is essentially

00:07:46

not equal, we see that the pressure has

00:07:54

practically dropped to unity,

00:07:57

that is, we have removed all the air from the

00:07:59

hydraulic tank, now the pump has turned on again, the

00:08:04

pump setting was incorrect, it

00:08:09

happened and began to pump water into the

00:08:11

hydraulic tank, but now there is air The hydraulic accumulator will completely

00:08:14

leave the space between the bulb

00:08:17

and the

00:08:21

water pressure in the

00:08:24

water supply system will increase very quickly. I completely bled all the

00:08:30

air out of the hydraulic tank and the pressure

00:08:33

dropped a little again because

00:08:36

we'll turn it off now. I'll open the

00:08:37

cold water. You can see how quickly the water drops, the

00:08:42

water pressure in In the water supply system,

00:08:45

water now flows due to the pressure

00:08:46

that the pipes create, also the masters

00:08:50

moved 50 meters each and the pipe in its

00:08:54

diameter increases slightly with the pressure,

00:08:56

we see that the water pressure drops

00:08:59

very quickly, the water displaces the pipe

00:09:03

displaces the water due to compression, and now

00:09:07

the pump should turn on, come on I

00:09:09

'm bored of water, we close the tap, the

00:09:12

pressure quickly builds up in the main line and the

00:09:17

pump turns off again, opening the water again, the

00:09:21

pressure quickly drops like crazy,

00:09:28

it will go to one, that is, literally there are

00:09:30

5 liters of water coming out of the

00:09:33

water supply system, even probably less and the

00:09:38

pressure drops again,

00:09:43

look now we want a pump Yes, the

00:09:49

pump turns on and then the

00:09:53

pressure quickly builds up, the pipes expand, the

00:09:55

water supply systems in the main line expand, and then

00:09:58

the pump turns off again,

00:10:01

turning on the pump so frequently won’t lead to anything good. When

00:10:02

you have

00:10:04

a Taras problem, it means the air

00:10:05

has come out of the hydraulic accumulator and you need to

00:10:08

pump up the hydraulic tank. This often happens

00:10:13

when the line is short, let's say 5-10

00:10:18

meters, in this case the needle starts to

00:10:21

rattle, or rather, not the needle starts to

00:10:25

rattle, but even the pump starts to rattle, the relay

00:10:28

very quickly builds up pressure, the

00:10:31

needle jumps, that is, a drop rises a

00:10:33

fall in the case like this down up down up

00:10:35

down up and this

00:10:39

indicates that there is no air in the

00:10:41

hydraulic accumulator system of the

00:10:44

water supply systems all the air has come out of the hydraulic tank

00:10:48

what needs to be done to pump

00:10:51

air into the hydraulic accumulator the system for supplying

00:10:53

water from a well or from a well you

00:10:55

need to turn off the automatic

00:10:59

power supply to the pump and open the tap and

00:11:03

you can open any cold water tap in

00:11:06

at home or to everyone on the screen, a well or

00:11:09

a well, which is faster, so that there is a free

00:11:13

exit of water from the water supply system, you even

00:11:18

need to remove the cap on the top

00:11:20

cap on the hydraulic tank with a hall match to

00:11:24

which we will connect the pump when

00:11:30

we supply air to the hydraulic tank

00:11:33

in the volume between the bulb and the

00:11:37

accumulator body, it will come in

00:11:40

so be forced to displace the water that

00:11:42

is in the bulb in the deflated state

00:11:44

of the hydraulic accumulator, we have the bulb under

00:11:47

full pressure, the water pressure

00:11:49

from inside the bulb is completely pressed against the

00:11:52

walls of the hydraulic accumulator, so

00:11:55

we have

00:11:56

practically no air there now, so when we

00:12:00

pump air into the gap between the bulb and the

00:12:04

hydraulic tank body, there will be water

00:12:07

it will be forced out of the pear, it

00:12:09

will be forced out through the common hole of the hydraulic tank, that

00:12:11

is, into the water supply system, so the

00:12:13

pressure will naturally increase, the

00:12:15

water pressure in the system will be plants

00:12:18

because you have the pump turned off, this needs to

00:12:22

be understood, but at the same time, you will be

00:12:24

monitoring here not the air pressure

00:12:26

in the hydraulic tank, but

00:12:28

the pressure water, but

00:12:30

you will control the air pressure in the hydraulic tank system using the

00:12:33

compressor, we take a

00:12:37

regular car compressor,

00:12:38

here it is, a regular battery,

00:12:41

we connect to the hydraulic accumulator at

00:12:44

the top of the fitting

00:12:46

in which you supply air, turn off the

00:12:50

pump, open the tap and

00:12:53

water supply system and start supplying

00:12:55

electricity to the pump for those who have a

00:12:58

standard one a standard 12 volt plug,

00:13:02

I took this wire to show how to

00:13:04

connect to us here plus an

00:13:07

ordinary one on the side we have a minus, that is,

00:13:09

we put a plus in the positive terminal

00:13:12

here and the minus post with an ordinary wire

00:13:14

we close the Watson minus and begin to

00:13:17

pump air into the hydraulic tank, I

00:13:34

draw your attention that the taps are open

00:13:37

and the water is slowly coming out of the

00:13:39

poet from the hydraulic accumulator,

00:13:42

air comes in and the water

00:13:44

comes out of the pear,

00:13:48

that is, we supply air, it fills the

00:13:51

volume between the body and the pear,

00:13:53

naturally the water in the pear is compressed and

00:13:56

slowly leaves the water supply system,

00:13:59

look, the pressure has risen about what I

00:14:00

said, that is, the water pressure inside

00:14:03

rises,

00:14:05

but about the fact that the air presses on the

00:14:08

membrane between the membrane housings and

00:14:10

the water is slowly displaced by the one

00:14:12

that was in your pear hydraulic tank, let's

00:14:17

look at the pressure, it's

00:14:20

almost two and a bit,

00:14:23

turn off our

00:14:25

compressor, turn on the compressor and

00:14:28

release the pressure, pumped a little up to

00:14:31

18 up to 18 we release the pressure by

00:14:34

unscrewing here our

00:14:39

nozzles ours called pinchuk we release we

00:14:42

control we check here we let in we control we

00:14:49

let in we control that

00:14:55

is, when we raise we lower we press we

00:15:00

control it should be 18

00:15:13

all 18 now we turn on the pump we close the

00:15:18

tap and we adjusted the pressure and before

00:15:22

start the system work I'm up to a little

00:15:26

explanation here at the moment we have

00:15:28

water pressure 0 pressure in the hydraulic tank 18

00:15:32

this indicates that the air

00:15:36

has completely compressed the

00:15:38

bulb in the hydraulic tank and you hear how it

00:15:42

will teach it as if it is empty inside

00:15:44

while the bulb is completely inside with compressed

00:15:46

air as soon as we Let's start turning on the

00:15:49

water and thereby turning on the pump, we have

00:15:52

an expansion of the pear, it expands and the

00:15:55

back pressure of air on the

00:15:58

pear begins, so at the moment when the pump is turned on,

00:16:00

we should have one, it will start to be two wholes,

00:16:03

move away from the atmosphere the moment of turning off is

00:16:05

about 3 3 and a half, and let's set it up, start the

00:16:10

system, turn it on the pump water is

00:16:14

on now, here we have a key,

00:16:16

we have the role of pressure like this, we will

00:16:18

set up the pressure switch, it is

00:16:21

very convenient and you can unscrew the nut

00:16:24

here, from which they hold the body of the

00:16:26

relay itself, we took two nuts,

00:16:31

one nut is large, the other nut is a

00:16:33

small large nut we adjust the

00:16:37

displacement of the range by suppressing the upper

00:16:39

side, that is, we move the range itself

00:16:41

up like this, and with the small nuts, when

00:16:44

we tighten it, we expand the range,

00:16:46

when we unscrew it, we narrow the range, that

00:16:48

is, we need to increase the total pressure

00:16:51

using the large nut, we tighten it

00:16:54

a few turns,

00:16:55

here I directed the small one We

00:16:58

unscrew the nut a little bit

00:17:00

to narrow this range and

00:17:02

thereby we will achieve by working a

00:17:05

suppression interval of about two two and one three and a

00:17:10

half four that's how we'll make

00:17:13

the settings completed and look what I

00:17:16

want to show you I specially raised

00:17:18

the pressure now a little more than normal to 4

00:17:20

atmospheres

00:17:21

so that you understand how correctly

00:17:25

the hydraulic accumulator sounds, even despite the fact that the

00:17:27

pressure is exceeded, look, we are

00:17:30

knocking from above, you hear fr,

00:17:36

this indicates that between the body of

00:17:39

the hydraulic tank and the pear there is air everywhere, even

00:17:43

in the lower part it begins to appear, how

00:17:46

many pears here begin to touch the

00:17:47

wall the body is only here now we see the

00:17:49

pressure a little when I lower it, I’m three and a

00:17:51

half and there will be an even more ringing

00:17:55

sound, that is, even with the

00:17:58

hydraulic tank pumped through the air, we see that the bulb

00:18:00

barely touches the bottom of the walls, so

00:18:03

when the hydraulic tank is adjusted correctly,

00:18:07

the minimum amount of condensate and the

00:18:11

pump rarely turns on, that is, until

00:18:14

the volume of water comes out, the

00:18:16

pressure will not go up to two atmospheres,

00:18:18

the pump will not turn on and the water output is 80

00:18:22

in the hydraulic tank, well, about 40 maximum 50

00:18:24

liters with the correct settings,

00:18:27

finally, a couple of important points, always

00:18:30

follow this architecture of the

00:18:32

hydraulic tank to drink and the running role

00:18:35

water supply pressure from the pump here to the 5th

00:18:39

annual point here where the

00:18:41

pressure and pressure gauge and pressure switch are controlled and the

00:18:43

supply through a 100 micron filter is the

00:18:46

water supply system. It is precisely this

00:18:51

device and such a layout and

00:18:53

architecture that made it possible to obtain

00:18:55

long-lasting water supply systems that

00:18:57

least need to be adjusted because

00:18:59

you relieve the pressure at the point where the

00:19:02

pumps press David the hydraulic tank is important

00:19:04

when the hydraulic tank is located in a different place

00:19:06

further from the fender when the pipe inlet from the

00:19:09

pump is also in a different place the system

00:19:11

works a little unbalanced and

00:19:13

there may be problems with setting up

00:19:14

the water supply these are the systems we

00:19:17

install at our customers’ sites every day

00:19:19

and they are extremely

00:19:21

happy because this layout of

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