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УЗК

дефектоскопия

настройки

уникальные вещи

мои эксперименты в сельском хозяйстве

мои эксперименты в домашнем хлзяйстве

УЗК от Михалыча

УЗК сварных швов

Сканирование

Стандартный образец

Настроечный образец

ультразвуковой контроль

Дефектоскоп

UCD 50 IPS

сварной шов

00:00:01

good afternoon, I’m with you again my name is

00:00:04

Lopatin Vladimir Mikhailovich

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for ours and of course for those who have subscribed, you

00:00:09

can Mikhalych

00:00:10

today we are removing the settings of an

00:00:13

ultrasonic flaw detector o with d 50

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fps company housing for monitoring with an inclined

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prismatic transducer,

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turning on the flaw detector, as I already told you,

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is done with the network two key

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hold for three seconds for the

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launch to occur; moving through the horizontal

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menu is carried out with the left-

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right arrows; moving through the vertical menu is

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carried out with the up-down arrows;

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changing the parameter you candle is

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carried out with plus and minus com;

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changing the step of this parameter

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is carried out with the square key; in

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this case, then now we will go through the

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correspondence with our algorithm for settings

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indicated above in the theoretical part,

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so first we must establish the first thing

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that we set the speed of

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ultrasonic vibrations due to the fact

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that we control with you an

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inclined transducer, then a

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transverse wave will be used to know the

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speed of the transverse wave stood up

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3,260 we go to the menu in speed

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we change the speed to 3,260

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installed after that we need to

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set the oscillation frequency with you if

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you see on the converters it

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says frequency two and a half

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megahertz the frequency is set in our

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generator

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move to the generator and set the

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frequency to

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two and a half megahertz the next thing

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we need install this is the

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operating diagram of our transducer,

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in this case it is a combined

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transducer, we move into the sensor,

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look at the type of transducer combined

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installed next, we must

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set the angle of input of ultrasonic

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vibrations to the transducers, here it

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is indicated with google input 60 degrees,

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we go here in the sensor angle and

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change it to 60 degrees

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the next thing we need to set is to

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reset the protector, move

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the sensor, change the protector, set it

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equal to 0, so we have made

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preliminary settings,

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then we correspond with our

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algorithm, we need to make the settings, the

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first thing we set is the

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sweep duration,

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set the sweep duration

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to 7, we control the thickness of the material in

00:04:24

this case we have exactly our sample

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is equal to 12 millimeters, which means that

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accordingly you and I have to

00:04:32

set the error to 14, in this case

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it means 14 multiplied by 7, it turns out 70 and

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70 means ninety-four millimeters,

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so we go with you to the scan and

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set the scan equal to ninety

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4 millimeters 98 excuse me the mathematics

00:05:28

was set rather weakly, which means that in the settings you and I are

00:05:32

all with what we use in rc, you and I

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had to reset the points in rc,

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which means we had to go into vr mode,

00:05:44

which at the points of point 1 and at point 2 we need to

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change in rc set equal gain

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equal to 0, move in the gain at the

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first point 0,

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turn on point number 2 and turn on

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the gain, also equal to 0, the

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next thing we need to set

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is we need to set up the depth gauge, as

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you remember, the depth gauge is adjusted by

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the reflector to a known depth

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using our protector,

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here we have a charge tank, we

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set it in the lower position and

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set it up, we catch it on the screen, that is,

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we move, we increase the signal amplification

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and we earn our earnings. If you pay attention

00:07:24

to the screen, when you move the

00:07:29

transducer across our sample, a

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signal appears that

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disappears, including here we see

00:07:44

ours on the screen

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We amplify the signal, we make sure that it reaches

00:07:53

our strobe and we make sure that the

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strobe contains only one of our

00:08:04

useful signals. In this case, on our

00:08:09

tap it still gets into the probing lanyard.

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This shouldn’t happen, which means we shift

00:08:15

our beginning so that only one

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signal hits, so we on the

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screen of the flaw detector we see

00:08:25

that the depth, which is designated by us as y, is

00:08:29

equal to 18 millimeters, and we know that

00:08:34

the sample and the notch in it are at a

00:08:37

depth of 14 millimeters, we move with

00:08:41

you to the sensor and change the protector,

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ensuring that the value we have is

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14 millimeters,

00:09:05

we see on the screen the depth is 14

00:09:09

millimeters, so we

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have set up the depth gauge, the next parameter

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that we need to set up is

00:09:20

sensitivity,

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what is sensitivity, this is the

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minimum size we detect the defect,

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sensitivity we set up using

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some kind of control reflector, in this

00:09:33

case, for control with an

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inclined transducer, we use

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a notch

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we With you we found a notch with a direct beam,

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go into VR mode and install it.

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number one and by amplification we ensure that

00:10:04

the signal reaches the rejection level, our

00:10:08

level is set in the zone, or that is, 80

00:10:15

percent of the screen, after that we show the

00:10:24

device where this one is located.

00:10:28

or our notch for this, we move

00:10:32

our marker and combine it with our

00:10:39

reflection on the screen of the flaw detector,

00:10:45

so we see that we have set up the

00:10:48

first point in the rch with you, now we must

00:10:55

turn the sample over and find this

00:11:03

notch with a once reflected beam,

00:11:08

how can we understand whether it is it or not we shift

00:11:12

to one side, we suddenly shift

00:11:15

to the side perpendicular to the direction

00:11:17

along the direction of propagation and

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we see our earnings barrel in this case,

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here it is on the screen,

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which means that there are no unnecessary signals on the screen,

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we go into the main mode

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and change the scan, reduce it,

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we ensure that on the screen We are

00:11:43

left with only the probing signal

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reflected from the notch by a once-

00:11:50

reflected beam, so we see on the screen

00:11:54

our zara the barrel has shifted to one

00:11:57

side, shifted to the other side, we have caught

00:11:59

its

00:12:01

maximum,

00:12:13

we have caught its maximum, we go into the grunt mode,

00:12:19

we establish that this is our point number

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2 and with time

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we show where it is our

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point number two is located yes. number

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two just coincides with the maximum of

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the signal reflected from our notch,

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now we go into amplification for the second

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point and raise it, ensuring

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that the signal reflected from our

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notch reaches the level of our

00:13:05

reflector, so we have set up with

00:13:08

you that the sensitivity is the next thing

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we need to set is this

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control zone the control zone is configured from the

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probing signal to the notch on

00:13:26

a single reflection, inclusive,

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which means we enter the zones and shift the beginning of the

00:13:39

zone, so it will be sufficiently farther,

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move around the screen and ensure that the

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signal gets from the notch to the

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zone, so we have set up the

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control zone, it turns out that we

00:14:02

have completed with you the complete setup of an

00:14:06

ultrasonic flaw detector for

00:14:08

testing with an inclined transducer using

00:14:12

transverse waves, thank you very much if

00:14:20

you liked the video, like and

00:14:23

subscribe

00:14:26

the video is your interest, I will definitely

00:14:28

film other types of setup,

00:14:31

thank you for your attention

Description:

Дефектоскоп. Настройка. Наклонный (призматический) ПЭП.UCD 50 IPS Настройка Наклонный ПЭП. Ультразвуковой контроль.UCD 50 IPS дефектоскоп. Кропус. Применение наклонных, призматических ПЭП. Настройка ВРЧ. Настройка глубиномера

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