Kühtreiber MAKin 180 User Manual Download Page 21

 | 21

Welding in method MIG/MAG

Welding wire is lead from the roller into the flow dra

-

wing tie with the use of the feed. arc joins thawing wire 

electrode  with  welding  material.  Welding  wire  func

-

tions as a carrier of the arc and as the source of addi

-

tional material at the same time. protective gas flows 

from the spacer which protects arc and the whole weld 

against the effects of surrounding atmosphere (pic. 8).

Protection gases

Gas opening 
Tip holder

Welding tip

Welding arc 

Wire feeder rolls

Welding wire

Nas nosle

Protection gas

 Welding

piece

picture 8

Protective gases

Inert gases - MIG method

Active gases - MIG method

Argon (Ar)

Helium (He)

Mixtures of He/Ar

Carbon dioxide

Mixed gases

Ar/CO

2

Ar/O

2

Warning about possible problems 

and their remedy

the extension cord and welding cables are considered 

the most common cause of the problem. 

If you have 

any problems, follow these steps:

•  check the value of the supplied mains voltage.

•  make sure that the power cord is fully connected to 

the power outlet and the main power switch.

•  make sure the fuses or the circuit breakers are ok.

if you are using the extension cable, check its length, 

cross-section and connection.

Make sure the following parts are not defective:

•  main switch of the grid

•  power socket and main power switch

Routine maintenance and inspection

check according to eN 60974-4. always before use the 

machine  to  check  the  condition  of  the  welding  and 

supply lines cable. do not use damaged cables.

perform a visual check:

•  welding cables

•  power grid

•  welding circuit

•  covers

•  control and indicator elements

•  general status

en

table 8: orientation parameters for miG / maG welding

Welding 

 

current (A)

Welding 

 

voltage (V)

Material 

 

(mm)

Wire feed speed (m/min.)

Ø 0.6 mm

Ø 0.8 mm

Ø 1.0 mm

40 a

13 - 15 v

1 - 2

2 - 3

60 a

14 - 16 v

2 - 4

3 - 5

2 - 3  

80 a

15 - 17 v

3 - 5

6 - 8

3 - 5

2 - 3

100 a

16 -

 19 V

3 - 5

8 - 10

3 - 6

2 - 3

120 a

17 -

 20 V

4 - 6

4 - 7

3 - 5

140 a

19 

- 21 v

5 - 10

5 - 8

3 - 5

160 a

20 

- 22 v

5 - 10

6 - 9

4 - 7

180 a

21 - 23 v

5 - 10

6 - 9

Summary of Contents for MAKin 180

Page 1: ...1 MAKin 180 Multi MIG N vod k obsluze sva ovac stroj User manual welding machine CZ EN...

Page 2: ...A obalenou elektrodou a TIG s dotykov m startem sva ov n v ochrann atmosf e netav c se elektrodou Jedn se o zdroj sva ovac ho proudu se strmou a plochou charakteristikou Sva ovac stroj je zkonstruov n...

Page 3: ...ojen ochrann ho plynu 6 P vodn kabel 7 Dr k c vky dr tu 8 P tlak kladky 9 Kladka p tla n 10 Zav d c spir la 11 Kladka profilov 12 Posuv dr tu 2 kladka 13 Volba polarity 14 Volba polarity i mont e Obsa...

Page 4: ...nelze regulovat Doho en dr tu ANO tov rn nastaveno nelze regulovat Spool Gun ANO Gener tor ANO TIG DC Gener tor ANO MMA SOFT START ANO tov rn nastaveno nelze regulovat HOT START ANO tov rn nastaveno...

Page 5: ...4 LED signalizuj c p eh t stroje podp t p ep t Pozice 5 LED displej zobrazen parametr rychlosti posuvu sva ovac ho proudu Pozice 6 Ovl dac n kod r 1 nastaven rychlosti posuvu proudu u metody MMA TIG...

Page 6: ...y a zabra uje tak jej mu p ilepen Funkce je ak tivov na pokud nap t na oblouku klesne pod cca 17 V MMA Nastaven funkce ANTI STICK p ilepen elektrody Funkce sni uje sva ovac nap t na 5 V p i vyhodnocen...

Page 7: ...invertor hlavn m vyp na em P epn te stroj do re imu TIG Nastavte parametry sva ov n dle v e uveden ho postupu 3 Stiskn te tla tko na ho ku 4 Pro ukon en sva ovac ho procesu uvoln te tla tko na ho ku...

Page 8: ...o isto t 99 99 Mno stv pr toku ur ete dle tabulky 3 Tabulka 3 Sva ovac proud A Pr m r elektrody mm Sva ovac hubice Pr tok plynu l min n Pr m r mm 6 70 1 0 4 5 6 8 0 5 6 60 140 1 6 4 5 6 6 5 8 0 9 5 6...

Page 9: ...tivn Pro p esn v b r sledujte instrukce posky tovan v robcem elektrod Pou it proud z vis na pozici sv en a typu spoje a zvy uje se podle tlou ky a rozm r sva ovan ho materi lu Tabulka 5 S la sva ovan...

Page 10: ...ipojen Zkontrolujte zda n sleduj c sti nejsou vadn Hlavn vyp na rozvodn s t Nap jec z str ka a hlavn vyp na stroje POZN MKA I p es Va e po adovan technick dovednosti nezbytn pro opravu stroje V m v p...

Page 11: ...oblouk Sva ovac kabely nejsou p ipojeny P ipojte oba sva ovac kabely Sva ovac kabely jsou po kozeny Opravte vym te po kozen kabel Zemn c kabel nen p ipojen Zkontrolujte p ipojen zemn c ho kabelu 6 Obl...

Page 12: ...Chyba ochrann ho plynu E13 Podp t v s ti E14 P ep t v s ti E15 Proudov p ep t E16 P et en podava e dr tu Tla tka E20 Chyba tla tka na ovl dac m panelu E21 Jin chyba ovl dac ho panelu E22 Chyba sva ova...

Page 13: ...IG welding These is welding current sour ce with steep and flat characteristics Welding machine is designed using high frequency transformer with ferri te core transistors digital control and SMD tech...

Page 14: ...MMA cable MIG polarity 3 TIG grounding cable connection MMA cable MIG polarity 4 Main switch 5 Protective gas supply 6 Network cable 7 Wire spool holder 8 Pulley pressure 9 Press roller 10 Lead in spi...

Page 15: ...not adjustable BURN BACK YES factory preset not adjustable Spool Gun YES Generator YES TIG DC Generator YES MMA SOFT START YES factory preset not adjustable HOT START YES factory preset not adjustabl...

Page 16: ...on 4 LED signaling a fault or overheating Position 5 LED display showing fire feed speed welding current Position 6 N coder I setting of wire speed current for MMA TIG methodes Position 7 N coder II s...

Page 17: ...d thereby accelerating the electrode melting and preventing it from sticking The function is activated when the arc voltage drops below approx 17 V MMA Setting ANTI STICK function sticking electrode T...

Page 18: ...he protective gas 2 Turn the inverter on by the main switch Switch the machine to TIG mode Set the welding parameters according to the above procedure 3 Press the button on the burner 4 Release the bu...

Page 19: ...ng it is necessary to use argon with a puri ty of 99 99 Determine the amount of flow according to Table 3 Table 3 Welding current A of electrode mm Welding nozzle Flow of gas l min n mm 6 70 1 0 4 5 6...

Page 20: ...ode depending on its diameter and the thickness of the base material These data are not ab solute and are informative only For exact selection follow the instructions provided by the manufacturer of t...

Page 21: ...follow these steps Check the value of the supplied mains voltage Make sure that the power cord is fully connected to the power outlet and the main power switch Make sure the fuses or the circuit brea...

Page 22: ...machine 5 The arc cannot be ignited The welding cables are not connected Connect both welding cables The welding cables are damaged Repair replace damaged cable The ground cable is not connected Check...

Page 23: ...12 Shielding gas error E13 Undervoltage in the network E14 Overvoltage in the network E15 Current overvoltage E16 Wire feeder overload Buttons E20 Control panel button error E21 Other control of panel...

Page 24: ...Posuv dr tu Wire feed 3 N kod r N coder 4 Z suvka EURO EURO socket 5 Rychlospojka 35 50 Quick coupling 35 50 6 PCB v konov Fan 7 Plynov ventil Gas valve 8 Hlavn vyp na Main switch 9 Dr k c vky Holder...

Page 25: ...ac stroj Welding machine 4 Typ stroje Machine type 5 Jm no a adresa v robce Name and address of manufacturer 6 V robn slo Serial number 7 Normy Standards 8 Proud p i zat en Current under Load 9 Nap t...

Page 26: ...26 Elektrotechnick sch ma Electrical scheme...

Page 27: ...robku Type MAKin 180 Multi MIG V robn slo stroje Serial number V robce Producer Raz tko OTK Stamp of Technical Control Department Datum Date of production Kontroloval Inspected by Z znam o proveden m...

Page 28: ...28 V robce si vyhrazuje pr vo na zm nu The manufacturer reserves the right to make changes 01 2021...

Reviews: