Download "Сварка полуавтоматом для чайников (Часть 2)"

"videoThumbnail Сварка полуавтоматом для чайников (Часть 2)

0:17

Ручки регулировки

0:40

Потенциометр сварочного напряжения

0:46

Ручка регулировки силы тока/скорости подачи проволоки

1:03

Переключатель скорости подачи проволоки, положения кнопки в зависимости от диаметра сварочной проволоки

1:31

Ручка регулировки индуктивности. Изменение жёсткости дуги, формы валика и глубины провара.

2:15

Как держать горелку полуавтомата

2:27

Сварка "углом вперёд" и "углом назад"

2:54

Таблица соотношения толщины металла со сварочным напряжением и скоростью подачи.

3:01

Подготовка к сварке. Нижнее положение.

3:25

Настройка сварочного режима для металла 1.5-2мм.

3:51

Настройка скорости подачи проволоки в зависимости от сварочного напряжения

4:15

Как звучит некачественная сварка

4:40

Настройка индуктивности Overman 180

5:03

Разница настроек в зависимости от пространственного положения шва.

5:12

Вертикальный шов

5:18

Сварка "сверху-вниз" и "снизу-вверх" в зависимости от толщины заготовок

5:30

Наглядная демонстрация различия настроек в зависимости от пространственного положения шва.

5:47

Сварочные параметры Overman 180 для вертикального шва

5:59

Сварка металла 0.8 - 1.5мм. Сварка точками

6:32

Примеры настройки полуавтомата

7:03

Анонс третьей части

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Сварка аргоном американкой(бабочкой)полный разбор такого стыка.Tig welding

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ПОЛНЫЙ ОБЗОР СВАРОЧНОГО ПОЛУАВТОМАТА ФОТОН САИПА-165! БЕЗГАЗОВЫЙ АППАРАТ ! РОССИЙСКОЕ КАЧЕСТВО!

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Двигатель миллионик существует? Реально!?

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Welding

Сварочные уроки

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00:00:04

the second part of our lesson will be

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devoted to studying the functionality of the

00:00:10

averman 180 machine, inverter settings

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and welding of thin workpieces on the front

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panel of the device

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there are three adjustment knobs, this

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feature

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distinguishes the averman 180 from many budget

00:00:24

competitors, usually manufacturers

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limit themselves to two adjustments of the

00:00:28

welding voltage and wire feed speed

00:00:31

on germany

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there is also the inductance adjustment knob,

00:00:35

why we

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will tell you a little later, using the first

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knob, the welder can adjust the required

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welding voltage on the averman 180, the

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wire feed speed potentiometer

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is indicated by the letter a, since when working

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with a semi-automatic device, the wire feed speed

00:00:53

and the current strength are

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two interdependent quantities and an

00:00:58

increase in the feed speed and the current

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increases when decreasing, it

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decreases; in addition, the wire feed speed,

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depending on its diameter,

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can be adjusted with a switch; this

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feature is also Averman’s trump card,

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and when working with wire with a

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diameter of 0.8 millimeters, it is

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recommended to set the toggle switch to the

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high speed position;

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quickly, when using wire with a

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diameter of 1 millimeter, the button should be

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in position low speed

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or slow third adjustment knob

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this is inductance, the averman machine

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is a representative of the professional

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line of devices and this adjustment

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confirms its status; this

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setting allows you to adjust the

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rigidity of the arc and change the

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depth of penetration and the shape of the

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roller at your discretion; in other words, inductance

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helps to weld a strong and beautiful seam

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even in a kettle, when the

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inductance decreases, the arc will be colder as a

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result, a thin roller and deep

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penetration; when the

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inductance increases, the arc becomes hotter; as

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a result, we get a wide and smooth

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roller with

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deep penetration; before

00:02:12

moving on to the settings, we’ll tell you how to

00:02:14

hold the torch correctly; the torch

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must be held at an angle of

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approximately 60 degrees to the surface of the

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workpiece, the

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distance from the nozzle to the weld pool is

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seven twenty millimeters;

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welding is done in most

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cases at an angle forward or away from you so

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that the edges being welded are visible,

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but welding at an angle

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backwards, in other words, towards yourself, is also allowed. Now

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let’s try to set up the device in order to

00:02:43

understand the approximate the ratio of the

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thickness of the workpiece welding voltage

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and the wire feed speed you can

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use the table presented,

00:03:01

turn on the machine, connect the ground cable

00:03:04

to the parts being welded or, as in our

00:03:06

case, to the welding table,

00:03:08

bite off the excess wire during the

00:03:11

welding process, before each seam you need to

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bite off the tip of the wire on which a

00:03:16

ball is formed, this manipulation is

00:03:18

necessary since the ball

00:03:20

does not conduct current well and difficulties may arise at the beginning of a welding session,

00:03:25

consider setting the mode using the example of

00:03:27

metal one and a half to two millimeters thick;

00:03:29

before welding,

00:03:31

the parts must be cleaned of rust

00:03:33

paint and other coatings; it

00:03:36

is better to set the mode on a

00:03:38

metal workpiece of the same thickness and

00:03:40

composition as the main one metal that you do

00:03:43

n’t mind throwing away for the

00:03:45

correct positioning of the metal, we

00:03:47

use magnets, we put tacks at

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approximately the same level and the welding voltage

00:03:52

during the welding process you will need to change the

00:03:55

wire feed speed according to your

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own feeling, you will need to

00:04:00

achieve an acceptable balance of smooth

00:04:02

arc burning and correct formation of the

00:04:05

seam on the screen you see the seam with too

00:04:08

high, too low and normal

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wire feed speed,

00:04:14

you can also judge the welding process by the sound of

00:04:17

welding; if you hear a distinct click,

00:04:20

then you either set the

00:04:23

welding voltage too high or the

00:04:25

wire feed speed is not sufficient;

00:04:28

if the wire feed speed is higher than

00:04:31

normal, the wire will not have time

00:04:33

to melt You can see the settings of the device for these

00:04:36

conditions on the screen. Now let’s

00:04:39

adjust the inductance for clarity.

00:04:42

Let’s remove the value to a minimum. In this

00:04:45

position of the handle, the arc will be as

00:04:48

hard as possible. Now let’s move the handle to the

00:04:50

maximum position. The arc will be soft. The

00:04:53

difference can only be felt

00:04:56

by trying to change these modes

00:04:58

yourself. It’s worth considering that each

00:05:01

spatial the position of the seam

00:05:03

requires its own settings;

00:05:05

vertical; lower horizontal and

00:05:08

ceiling seams

00:05:09

require different settings; for example,

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look at a vertical seam of metal one

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and a half millimeters thick; metal up to

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three millimeters is advisable to weld

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from top to bottom; if the metal is thicker than three

00:05:23

millimeters; welding is done from bottom to top; the

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torch should be at an

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angle of approximately 45 degrees to the workpiece

00:05:30

let's try to weld a vertical seam in

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the same mode as the control sample,

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as you can see,

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the mode for welding is not suitable metal pro, a

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large drop is collected,

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it is necessary to reduce the welding voltage

00:05:45

and feed speed, set the voltage to

00:05:48

16 volts and reduce the wire feed speed by half,

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as you can see, the

00:05:55

welding result is much better previous attempts, we will

00:05:57

further consider the example of welding thin

00:06:00

metal 0.8 and a half millimeters thin

00:06:04

metal with a thickness of for example 0.8 millimeters is

00:06:08

not welded with a continuous seam in order

00:06:11

not to overheat the metal and avoid its

00:06:13

warping, you need to weld the workpieces

00:06:16

in spots,

00:06:17

of course we are not talking about a sealed

00:06:20

seam, this technique is suitable for welding,

00:06:22

for example, a car body,

00:06:24

this method guarantees that the metal will

00:06:26

not move during the welding process and it will retain

00:06:29

its geometry;

00:06:34

example of welding metal 1

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millimeter thick; lower position

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butt joint with an angle forward;

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settings you see on the screen

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vertical seam

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butt joint metal thickness one

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millimeter;

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welding from top to bottom; it is worth noting that in

00:06:52

this case, for thin metal, the

00:06:56

inductance on the machine should be reduced to a minimum

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in order to cool the arc and better

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control the molten metal. At this point,

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we will finish the story about welding thin metal and

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move on to the third part of our lesson from

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which you will learn what pore undercutting is,

00:07:12

they are penetration and so on and also learn to

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avoid them, we will tell you how to weld

00:07:17

workpieces 4 millimeters thick and more,

00:07:20

we will show the machine settings for different

00:07:23

spatial positions

Description:

00:17 Ручки регулировки 00:40 Потенциометр сварочного напряжения 00:46 Ручка регулировки силы тока/скорости подачи проволоки 01:03 Переключатель скорости подачи проволоки, положения кнопки в зависимости от диаметра сварочной проволоки 01:31 Ручка регулировки индуктивности. Изменение жёсткости дуги, формы валика и глубины провара. 02:15 Как держать горелку полуавтомата 02:27 Сварка "углом вперёд" и "углом назад" 02:54 Таблица соотношения толщины металла со сварочным напряжением и скоростью подачи. 03:01 Подготовка к сварке. Нижнее положение. 03:25 Настройка сварочного режима для металла 1.5-2мм. 03:51 Настройка скорости подачи проволоки в зависимости от сварочного напряжения 04:15 Как звучит некачественная сварка 04:40 Настройка индуктивности Overman 180 05:03 Разница настроек в зависимости от пространственного положения шва. 05:12 Вертикальный шов 05:18 Сварка "сверху-вниз" и "снизу-вверх" в зависимости от толщины заготовок 05:30 Наглядная демонстрация различия настроек в зависимости от пространственного положения шва. 05:47 Сварочные параметры Overman 180 для вертикального шва 05:59 Сварка металла 0.8 - 1.5мм. Сварка точками 06:32 Примеры настройки полуавтомата 07:03 Анонс третьей части

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