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Paton ProMIG-200 User Manual Download Page 37

 

PATON

 ProMIG 

DC MMA/TIG/MIG/MAG    

      - 36 -

 

a) 2,0...16,0 м/хв (крок зміни 0,1 м/хв)

 

1) [But] режим кнопки на пальнику = [2T] (за замовчуванням)

 

а) [2T] –

 

режим кнопки на пальнику 2Т

 

б) [4T] –

 

стандартний режим кнопки на пальнику 4Т

 

в) [альт.

4T] 

–

 

альтернативний режим кнопки на пальнику 4Т

 

2) [Dru] 

увімк/вимк. двигуна подачі дроту = ON (за замовчуванням)

 

a) ON 

–

 

увімкнено (за наявності зв'язку, апарат сам включає в режимі MIG/MAG)

 

б) OFF –

 

вимкнений (за наявності зв'язку, апарат сам вимикає в режимі MMA та 

TIG) 

3) [t.Pr] час перед

-

продувки

 

захисним газом = 0,1 сек

. 

(за замовчуванням)

 

а) 0,1...25,0 сек

. 

(крок зміни 0,1 сек

.) 

4) [t.P0] час після

-

продувки

 

захисним газом = 1,5 сек

. 

(за замовчуванням)

 

a) 0,1...25,0 сек

. 

(крок зміни 0,1 сек

.) 

5) [t.u

P] час наростання швидкості подачі дроту = 0,1 сек

. 

(за замовчуванням)

 

a) 0 [OFF] ... 5,0 сек

. 

(крок зміни 0,1 сек

.) 

6) [t.dn] час спадання швидкості подачі дроту = OFF (за замовчуванням)

 

a) 0 [OFF] ... 5,0 сек

. 

(крок зміни 0,1 сек

.) 

 

8. РЕЖИМ РОБОТИ ВІД ГЕНЕРАТОРА

 

Джерело живлення придатне для роботи від генератора

, 

за умови:

 

Під час роботи 

електродом

 

Задане значення 

струму при MMA і 

TIG 

Під час роботи діаметром дроту

 

при MIG/MAG

 

Мінімальна 

потужність 

генератора

 

Ø

2 

не більше 80А

 

не більше 

Ø

0,6мм

 

3,0 kVA 

Ø3

 

не більше 120А

 

не більше 

Ø

0,8мм

 

4,5 kVA 

Ø

4 

не більше 160А

 

не більше 

Ø

1,0мм

 

6,0 kVA 

Ø

5 

не більше 200А

 

не більше 

Ø

1,0мм

 

7,7 kVA 

Ø

6 легкопл.

 

не більше 250А

 

не більше 

Ø

1,2мм

 

10,0 kVA 

Ø

6 легкопл.

 

 

не більше 270А

 

не більше 

Ø

1,2мм

 

12,0 kVA 

Ø

6 

 

не більше 350А

 

не більше 

Ø

1,4мм

 

16,0 kVA 

Ø

8 легкопл.

 

 

не більше 500А

 

не більше 

Ø

1,6мм

 

30,5 kVA 

Ø

8 

 

до 630А

 

не більше 

Ø

2,0мм

 

42,0 kVA 

Для безвідмовної роботи!

 

Вихідна міжфазна

 

напруга генератора не повинна виходити 

за допустимі межі:

 

- 160-

260V (для моделей ProMIG

-160/200/250); 

- 320-

440V для всіх трьох фаз (для моделей ProMIG

-270/350/500/630). 

 

Summary of Contents for ProMIG-200

Page 1: ......

Page 2: ......

Page 3: ...14 4 TIG 15 4 1 1 TIG LIFT 16 4 1 2 TIG LIFT 17 4 1 3 TIG 2T 18 4 1 4 TIG 2T 19 4 1 5 TIG 4T 20 4 1 6 TIG 4T 21 4 2 21 4 3 21 4 4 21 4 5 22 4 6 22 4 7 22 4 8 22 5 MIG MAG 24 5 1 MIG MAG 26 5 1 1 2T 2...

Page 4: ...MMA TIG MIG MAG 1x220V ProMIG 160 ProMIG 200 ProMIG 250 2 80 0 6 1 75 1 5 115 2 155 2 5 195 4 310 6 465 3 120 0 8 1 5 75 2 105 2 5 130 4 205 6 310 4 160 1 0 2 75 2 5 95 4 155 6 230 5 200 2 5 75 4 125...

Page 5: ...ProMIG 350 ProMIG 500 ProMIG 630 3 120 0 8 1 5 135 2 175 2 5 220 4 350 6 525 4 160 1 0 2 130 2 5 160 4 260 6 385 5 220 2 5 115 4 180 6 270 6 270 1 2 2 5 85 4 135 6 205 6 350 1 4 2 5 65 4 100 6 150 6 4...

Page 6: ...0V 630 400V MIG MAG MMA TIG Professional 160 200 250 270 350 5000 630 1 6 8 ProMIG 630 400V 0 6 2 0 ProMIG 630 400V MMA PATON KZ 2 15 2 2 15 4 4 ProMIG PATON 16 1 MMA 1 7 3 TIG 1 7 3 MIG MAG 2 6 3 2 3...

Page 7: ...160 100 134A 70 200 100 167A 70 250 100 208A 70 270 100 225A 70 350 100 290A 70 500 100 420A 70 630 100 520A 160 260 160 260 160 260 15 15 15 15 8 160 10 200 12 250 12 270 14 350 16 500 18 630 12 24...

Page 8: ...260 270 360 260 270 360 260 270 540 360 400 540 360 400 510 180 385 510 235 410 IP33 IP33 IP33 IP33 IP33 IP21 IP21 160 2 7 16 2 1 16 200 3 9 25 2 1 25 250 5 11 35 2 1 35 270 5 11 35 2 1 35 350 6 14 3...

Page 9: ...PATON ProMIG DC MMA TIG MIG MAG 8 1 2 MMA TIG MIG MAG 3 4 MMA TIG MIG MAG 5 6 7 8 9 10 11 KZ 2 12 13 2 4 4 MMA TIG MIG MAG...

Page 10: ...9 PATON ProMIG DC MMA TIG MIG MAG MIG MAG B MMA TIG MIG MAG MIG MAG 14 15 16 17 36V 18 19 20 21 2 15 2 1 2 2 5...

Page 11: ...PATON ProMIG DC MMA TIG MIG MAG 10 3 4 4 2 3 1 220 27 18 ProMIG 160 200 250 2 3x380 3x400 ProMIG 270 350 500 630 1 2 270 ProMIG 160 200 250 450 ProMIG 270 350 500 630 2 4 ProMIG 160 200 250...

Page 12: ...11 PATON ProMIG DC MMA TIG MIG MAG 3 MMA B ProMIG 270 350 500 630 12 4 MMA 2 6 1 MMA I 3 1 MMA 6 1...

Page 13: ...PATON ProMIG DC MMA TIG MIG MAG 12 3 2 HOT START 40 3 90 90 40 126 H St t HS 6 1 3 3 ARC FORCE...

Page 14: ...13 PATON ProMIG DC MMA TIG MIG MAG 40 Ar F u AF 3 2 6 1 3 4 ANTI STICK 0 6 0 8 3 5...

Page 15: ...PATON ProMIG DC MMA TIG MIG MAG 14 BAH 1 4V A 21 3 13 45 70 BAH 1 0V A 1 4 BAH 0 2 0 6V A u AF 18V 6 1 3 6 Sh A ON OFF 6 1 3 7 0 1 12 BSn OFF 6 1 3 8 Po P Fr P dut Po P...

Page 16: ...15 PATON ProMIG DC MMA TIG MIG MAG OFF Fr P dut 5 0 50 Po P 3 60 Po P 40 Fr P 5 0 dut 50 36 84 5 50 50 dut 50 dut 20 dut 70 60 60 6 1 4 TIG...

Page 17: ...PATON ProMIG DC MMA TIG MIG MAG 16 Ar He 40 Ar 60 B A 12 4 TIG 2 6 1 13 4 1 1 TIG LIFT 6 1...

Page 18: ...17 PATON ProMIG DC MMA TIG MIG MAG 4 1 2 TIG LIFT t uP 12 4 TIG TIG LIFT 3 But 2 LIFT 3 2 6 1...

Page 19: ...PATON ProMIG DC MMA TIG MIG MAG 18 4 1 3 TIG 2T 6 1 1 2 12 4 TIG...

Page 20: ...19 PATON ProMIG DC MMA TIG MIG MAG TIG 2T 3 But 2 2T 3 2 6 1 13 4 1 4 TIG 2T t1 t2...

Page 21: ...PATON ProMIG DC MMA TIG MIG MAG 20 4 1 5 TIG 4T 6 1 TIG 2T 4 1 3 12 4 TIG TIG 4T 3 But 2 4T 3 2 6 1 13...

Page 22: ...21 PATON ProMIG DC MMA TIG MIG MAG 4 1 6 TIG 4T TIG 2T 4 1 4 1 t1 t2 2 t3 t4 4 2 t Pr 0 1 6 1 4 3 t Po 1 5 6 1 4 4...

Page 23: ...PATON ProMIG DC MMA TIG MIG MAG 22 TIG 4T Pr A 20 6 1 4 5 TIG 4T 20 6 1 4 6 t uP TIG 2T OFF 6 1 4 7 t dn OFF 6 1 4 8...

Page 24: ...23 PATON ProMIG DC MMA TIG MIG MAG Po P Fr P dut Po P OFF Fr P dut 10 0 50 Po P 2 100 Po P 30 Fr P 10 0 dut 50 70 130 10 50 dut 50 dut 20 dut 70 100 100 6 1...

Page 25: ...PATON ProMIG DC MMA TIG MIG MAG 24 5 MIG MAG 2 Ar He 80 Ar 20 CO2 KZ 2 18 11 2 Ar CO2 21 12 4 MIG MAG 2...

Page 26: ...25 PATON ProMIG DC MMA TIG MIG MAG 20 3 8 7 6 1 9 0 2 4 6 19 0 6 1 2 2 8...

Page 27: ...PATON ProMIG DC MMA TIG MIG MAG 26 5 1 MIG MAG 6 1 5 1 1 2T t Pr t uP 5 1 t dn t Po...

Page 28: ...27 PATON ProMIG DC MMA TIG MIG MAG 5 2 MIG MAG 4T 6 1 5 2 1 4T 4 4 4 t uP 5 2 t dn t Po 4 4...

Page 29: ...PATON ProMIG DC MMA TIG MIG MAG 28 t Pr 2 PATON 2 5 3 3 OFF 6 1 5 4 t Pr 0 1 6 1 5 5 t Po 1 5 6 1 5 6 t uP...

Page 30: ...29 PATON ProMIG DC MMA TIG MIG MAG 0 1 OFF 6 1 t uP t uP 0 2 0 5 5 7 t dn t dn 0 1 6 1 t dn t dn 0 3 0 7 5 8...

Page 31: ...PATON ProMIG DC MMA TIG MIG MAG 30 Po P Fr P dut Po P OFF Fr P dut 20 50 Po P 0 8 5 5 dut 50 14 4V 21 6V 20 50 dut 50 dut 20 dut 70 18V 18V 6 1...

Page 32: ...31 PATON ProMIG DC MMA TIG MIG MAG 5 9 ON 6 1 MMA 2 TIG 3 MIG MAG MIG MAG 8 MIG MAG 3 10 MIG MAG 4 2 8 6 1 3 3 5 3...

Page 33: ...PATON ProMIG DC MMA TIG MIG MAG 32 3 2 2 3 3 10 333 222 111 10 2 8 3 5 6 2 4 1 6 3 3 10 333 222 111 000 10 6 4 MMA TIG MIG MAG 16 1 3...

Page 34: ...0 1 roMIG 250 12 270 1 roMIG 270 14 350 1 roMIG 350 16 500 1 roMIG 500 18 630 1 roMIG 630 1 H St 40 a 0 OFF 100 5 2 t HS 0 3 a 0 1 1 0 0 1 3 Ar F 40 a 0 OFF 100 5 4 u AF 12V a 9 18V 1V 5 BAH 1 4V A a...

Page 35: ...IFT TIG LIFT 2T TIG 2T 4T TIG 4T 2 t Pr 0 1 0 1 25 0 0 1 3 t Po 1 5 0 1 25 0 0 1 4 Pr A 20 a 8 50 1 roMIG 160 10 50 1 roMIG 200 12 50 1 roMIG 250 12 50 1 roMIG 270 14 50 1 roMIG 350 16 50 1 roMIG 500...

Page 36: ...V 0 1V roMIG 200 12 0 28 0V 0 1V roMIG 250 12 0 29 0V 0 1V roMIG 270 12 0 30 0V 0 1V roMIG 350 12 0 40 0V 0 1V roMIG 500 12 0 44 0V 0 1V roMIG 630 1 But 2T 2T 2 4T 4 4T 4 2 Ind OFF 0 OFF 3 1 3 t Pr 0...

Page 37: ...0 1 4 t P0 1 5 a 0 1 25 0 0 1 5 t uP 0 1 a 0 OFF 5 0 0 1 6 t dn OFF a 0 OFF 5 0 0 1 8 MMA TIG MIG MAG 2 80 0 6 3 0 kVA 3 120 0 8 4 5 kVA 4 160 1 0 6 0 kVA 5 200 1 0 7 7 kVA 6 250 1 2 10 0 kVA 6 270 1...

Page 38: ...5 10 4 15150 69 5 50 11 12 1 1 2 1 3 PATON 1 4 ABICOR BINZEL 1 5 ABICOR BINZEL 1 6 1 7 1 ProMIG 160 15 2 200 15 2 250 15 2 270 15 2 ABICOR BINZEL 1 0 6 0 8 1 0 1 2 2 1 ProMIG 250 15 4 270 15 4 350 15...

Page 39: ...PATON ProMIG DC MMA TIG MIG MAG 38 0 8 1 0 1 1 ProMIG 500 15 4 630 15 4 0 8 1 0 1 2 1 6 2 0 8 1 0 1 13...

Page 40: ...39 PATON ProMIG DC MMA TIG MIG MAG...

Page 41: ...PATON ProMIG DC MMA TIG MIG MAG 40 PATON ProMIG 160 200 250 DC MMA TIG MIG MAG...

Page 42: ...41 PATON ProMIG DC MMA TIG MIG MAG PATON ProMIG 270 400V 350 400V DC MMA TIG MIG MAG...

Page 43: ...PATON ProMIG DC MMA TIG MIG MAG 42 PATON ProMIG 500 400V 630 400V DC MMA TIG MIG MAG...

Page 44: ...43 PATON ProMIG DC MMA TIG MIG MAG 14 ProMIG 160 5 ProMIG 200 ProMIG 250 ProMIG 270 400V 3 ProMIG 350 400V ProMIG 500 400V 2 ProMIG 630 400V PATON...

Page 45: ...PATON ProMIG DC MMA TIG MIG MAG 44...

Page 46: ...8 57 4 TIG 58 4 1 1 TIG LIFT 60 4 1 2 TIG LIFT 60 4 1 3 TIG 2T 61 4 1 4 TIG 2T 62 4 1 5 TIG 4T 63 4 1 6 TIG 4T 64 4 2 64 4 3 64 4 4 65 4 5 65 4 6 65 4 7 65 4 8 65 5 MIG MAG 67 5 1 MIG MAG 2T 69 5 1 1...

Page 47: ...MMA TIG MIG MAG 1x220V ProMIG 160 ProMIG 200 ProMIG 250 2 80 0 6 1 75 1 5 115 2 155 2 5 195 4 310 6 465 3 120 0 8 1 5 75 2 105 2 5 130 4 205 6 310 4 160 1 0 2 75 2 5 95 4 155 6 230 5 200 2 5 75 4 125...

Page 48: ...ProMIG 350 ProMIG 500 ProMIG 630 3 120 0 8 1 5 135 2 175 2 5 220 4 350 6 525 4 160 1 0 2 130 2 5 160 4 260 6 385 5 220 2 5 115 4 180 6 270 6 270 1 2 2 5 85 4 135 6 205 6 350 1 4 2 5 65 4 100 6 150 6...

Page 49: ...270 400V 350 400V 500 630 MIG MAG TIG MMA Professional 160 200 250 270 350 500 630 1 6 8 ProMIG 630 0 6 2 0 ProMIG 630 MMA KZ 2 15 2 2 15 4 4 ProMIG PATON 16 1 MMA 1 7 3 TIG 1 7 3 MIG MAG 2 6 3 2 3 16...

Page 50: ...200 100 167A 70 250 100 208A 70 270 100 225A 70 350 100 290A 70 500 100 420A 70 630 100 520A 160 260 160 260 160 260 15 15 15 15 8 160 10 200 12 250 12 270 14 350 16 500 18 630 12 24 12 26 12 28 12 2...

Page 51: ...70 360 260 270 540 360 400 540 360 400 510 180 385 510 235 410 IP33 IP33 IP33 IP33 IP33 IP21 IP21 160 2 7 16 2 1 16 200 3 9 25 2 1 25 250 5 11 35 2 1 35 270 5 11 35 2 1 35 350 6 14 35 2 1 35 500 8 30...

Page 52: ...51 PATON ProMIG DC MMA TIG MIG MAG 1 2 MMA TIG MIG MAG 3 4 MMA TIG MIG MAG 5 6 7 8 9 10 11 KZ 2 12 13 2 4 4 MMA TIG MIG MAG MIG MAG...

Page 53: ...PATON ProMIG DC MMA TIG MIG MAG 52 B MMA TIG MIG MAG MIG MAG 14 15 16 17 36V 18 19 20 21 2 15 2 1 2 2 5...

Page 54: ...53 PATON ProMIG DC MMA TIG MIG MAG 3 4 4 2 3 1 220 27 18 ProMIG 160 200 250 2 3x380 3x400 ProMIG 270 350 500 630 1 2 270 ProMIG 160 200 250 450 ProMIG 270 350 500 630 2 4 ProMIG 160 200 250...

Page 55: ...PATON ProMIG DC MMA TIG MIG MAG 54 3 MMA B 12 4 MMA 2 6 1 MMA I 3 1 MMA 6 1...

Page 56: ...55 PATON ProMIG DC MMA TIG MIG MAG 3 2 HOT START 40 3 90 90 40 126 H St t HS 6 1 3 3 ARC FORCE...

Page 57: ...PATON ProMIG DC MMA TIG MIG MAG 56 40 Ar F u AF 3 2 6 1 3 4 ANTI STICK 0 6 0 8...

Page 58: ...57 PATON ProMIG DC MMA TIG MIG MAG 3 5 BAH 1 4V A 4 3 13 45 70 BAH 1 0 V A 1 4 BAH 0 2 0 6 V A u AF 18V 6 1 3 6 Sh A ON OFF 6 1 3 7 0 1 12 BSn OFF 6 1 3 8...

Page 59: ...PATON ProMIG DC MMA TIG MIG MAG 58 Po P Fr P dut Po P OFF Fr P dut 5 0 50 Po P 3 60 Po P 40 Fr P 5 0 dut 50 36 84 5 50 50 dut 50 dut 20 dut 70 60 60 6 1 4 TIG Ar He...

Page 60: ...59 PATON ProMIG DC MMA TIG MIG MAG B A 12 4 TIG 2 6 1 13...

Page 61: ...PATON ProMIG DC MMA TIG MIG MAG 60 4 1 1 TIG LIFT 6 1 4 1 2 TIG LIFT t uP 12 4 TIG TIG LIFT 3 But 2 LIFT...

Page 62: ...61 PATON ProMIG DC MMA TIG MIG MAG 3 2 6 1 4 1 3 TIG 2T 6 1 1 2 ProMIG 160 200 250 270 350 ProMIG 500 630...

Page 63: ...PATON ProMIG DC MMA TIG MIG MAG 62 12 4 TIG TIG 2T 3 But 2 2T 3 2 6 1 13 4 1 4 TIG 2T t1 t2...

Page 64: ...63 PATON ProMIG DC MMA TIG MIG MAG 4 1 5 TIG 4T 6 1 TIG 2T 4 1 3 12 4 TIG TIG 4T 3 But 2 4T 3 2 6 1...

Page 65: ...PATON ProMIG DC MMA TIG MIG MAG 64 13 4 1 6 TIG 4T TIG 2T 4 1 4 1 t1 t2 2 t3 t4 4 2 t Pr 0 1 6 1 4 3 t Po 1 5 6 1...

Page 66: ...65 PATON ProMIG DC MMA TIG MIG MAG 4 4 TIG 4T Pr A 20 6 1 4 5 TIG 4T 20 6 1 4 6 t uP TIG 2T OFF 6 1 4 7 t dn OFF 6 1 4 8...

Page 67: ...PATON ProMIG DC MMA TIG MIG MAG 66 Po P Fr P dut Po P OFF Fr P dut 10 0 50 Po P 2 100 Po P 30 Fr P 10 0 dut 50 70 130 10 50 dut 50 dut 20 dut 70 100 100 6 1...

Page 68: ...67 PATON ProMIG DC MMA TIG MIG MAG 5 MIG MAG 2 Ar He 80 Ar 20 CO2 KZ 2 18 11 2 Ar CO2 21 12 4 MIG MAG...

Page 69: ...PATON ProMIG DC MMA TIG MIG MAG 68 2 20 3 8 7 6 1 9 0 2 4 6 19 0 6 1 2 2 8...

Page 70: ...69 PATON ProMIG DC MMA TIG MIG MAG 5 1 MIG MAG 2T 6 1 5 1 1 2T t Pr t uP 5 1 t dn t Po...

Page 71: ...PATON ProMIG DC MMA TIG MIG MAG 70 5 2 MIG MAG 4T 6 1 5 2 1 4T 4 4 4 t uP 5 2 t dn t Po 4 4...

Page 72: ...71 PATON ProMIG DC MMA TIG MIG MAG t Pr 2 PATON 2 5 3 3 OFF 6 1 5 4 t Pr 0 1 6 1 5 5 t Po 1 5 6 1...

Page 73: ...PATON ProMIG DC MMA TIG MIG MAG 72 5 6 t uP 0 1 OFF 6 1 t uP t uP 0 2 0 5 5 7 t dn t dn 0 1 6 1 t dn t dn 0 3 0 7 5 8...

Page 74: ...73 PATON ProMIG DC MMA TIG MIG MAG Po P Fr P dut Po P OFF Fr P dut 20 50 Po P 0 8 5 5 18V Po P 20 Fr P 20 dut 50 14 4V 21 6V 20 50 dut 50 dut 20 dut 70 18V 18V...

Page 75: ...PATON ProMIG DC MMA TIG MIG MAG 74 6 1 5 9 ON 6 1 MMA 2 TIG 3 MIG MAG MIG MAG 8 MIG MAG 3 10 MIG MAG 4 2 8...

Page 76: ...75 PATON ProMIG DC MMA TIG MIG MAG 6 1 3 3 5 3 3 2 2 3 3 10 333 222 111 6 3 10 2 8 3 5 6 2 4 1 6 3 3 3 10 333 222 111 000...

Page 77: ...AG 16 1 3 2 6 1 3 3 5 3 7 MMA 0 1 90 a 8 160 1 roMIG 160 10 200 1 roMIG 200 12 250 1 roMIG 250 12 270 1 roMIG 270 14 350 1 roMIG 350 16 500 1 roMIG 500 18 630 1 roMIG 630 1 H St 40 a 0 OFF 100 5 2 t H...

Page 78: ...dut 50 a 20 80 5 TIG 0 2 100 a 8 160 1 roMIG 160 10 200 1 roMIG 200 12 250 1 roMIG 250 12 270 1 roMIG 270 14 350 1 roMIG 350 16 500 1 roMIG 500 18 630 1 roMIG 630 1 But 2T LIFT TIG LIFT 2T TIG 2T 4T T...

Page 79: ...a 0 OFF 15 0 0 1 7 t dn OFF a 0 OFF 15 0 0 1 8 Po P OFF a 0 OFF 80 5 9 Fr P 10 0 a 0 2 500 0 1 1 10 dut 50 a 20 80 5 MIG MAG 0 3 19 0V a 12 24 0V 0 1V roMIG 160 12 26 0V 0 1V roMIG 200 12 28 0V 0 1V...

Page 80: ...Po P OFF a 0 OFF 80 5 8 Fr P 20 a 5 500 1 9 dut 50 a 20 80 5 0 1 7 0 a 2 0 16 0 0 1 1 But 2T 2T 2 4T 4 4T 4 2 Dru ON a ON MIG MAG OFF MMA TIG 3 t Pr 0 1 0 1 25 0 0 1 4 t P0 1 5 a 0 1 25 0 0 1 5 t uP 0...

Page 81: ...G DC MMA TIG MIG MAG 80 4 160 1 0 6 0 5 200 1 0 7 7 6 250 1 2 10 6 270 1 2 12 0 6 350 1 4 16 0 8 500 1 6 30 5 8 630 2 0 42 0 160 260V ProMIG 160 200 250 320 440V ProMIG 270 350 500 630 9 5 10 4 15150...

Page 82: ...ABICOR BINZEL 1 5 ABICOR BINZEL 1 6 1 7 1 ProMIG 160 15 2 200 15 2 250 15 2 270 15 2 ABICOR BINZEL 1 0 6 0 8 1 0 1 2 2 1 ProMIG 250 15 4 270 15 4 350 15 4 ABICOR BINZEL 1 0 8 1 0 1 2 1 6 2 0 8 1 0 1...

Page 83: ...PATON ProMIG DC MMA TIG MIG MAG 82...

Page 84: ...83 PATON ProMIG DC MMA TIG MIG MAG...

Page 85: ...PATON ProMIG DC MMA TIG MIG MAG 84 PATON ProMIG 160 200 250 DC MMA TIG MIG MAG...

Page 86: ...85 PATON ProMIG DC MMA TIG MIG MAG PATON ProMIG 270 400V 350 400V DC MMA TIG MIG MAG...

Page 87: ...PATON ProMIG DC MMA TIG MIG MAG 86 PATON ProMIG 500 400V 630 400V DC MMA TIG MIG MAG...

Page 88: ...87 PATON ProMIG DC MMA TIG MIG MAG 14 ProMIG 200 5 ProMIG 250 ProMIG 270 400V 3 ProMIG 350 400V ProMIG 500 400V 2 ProMIG 630 400V PATON...

Page 89: ...PATON ProMIG DC MMA TIG MIG MAG 88...

Page 90: ...ent function 107 4 6 Welding current build up function 107 4 7 Welding current ramp down function 107 4 8 Pulse current welding function 108 5 Metal arc inert gas welding Metal active gas welding MIG...

Page 91: ...MAG Cross section of each core of the mains wire sq mm Max wire length m 1x220V ProMIG 160 ProMIG 200 ProMIG 250 2 mm not more than 80 not more than 0 6 mm 1 75 1 5 115 2 155 2 5 195 4 310 6 465 3 mm...

Page 92: ...not more than 0 8 mm 1 5 135 2 175 2 5 220 4 350 6 525 4 mm not more than 160 not more than 1 0 mm 2 130 2 5 160 4 260 6 385 5 mm not more than 220 2 5 115 4 180 6 270 6 mm fusible not more than 270A...

Page 93: ...2 prefix a 2 roller feeder is installed and with the 15 4 prefix a top quality 4 roller feeder with a drive to all rollers is installed All PATON ProMIG models have an integrated under voltage protect...

Page 94: ...n of welding voltage V 12 24 12 26 12 28 12 29 12 30 12 40 12 44 Limits of wire feed speed control m min 2 0 16 2 0 20 MMA electrode diameter mm 1 6 4 0 1 6 5 0 1 6 6 0 1 6 6 0 1 6 6 0 1 6 8 0 1 6 8 0...

Page 95: ...on area Cable brand not more than 160 2 7 m 16 mm2 KG 1 16 not more than 200 3 9 m 25 mm2 KG 1 25 not more than 250A 5 11 m 35 mm2 KG 1 35 not more than 270 5 11 m 35 mm2 KG 1 35 not more than 350 6 1...

Page 96: ...rs mode 2t 4t alt 4T Bayonet type power current socket a MMA welding the electrode cable is connected in more rare cases when using special electrodes the ground cable is connected b TIG welding only...

Page 97: ...in less than 4 hours Place the unit so that cooling air can enter and exit freely through the vents on the front and rear panels Make sure that no metal dust e g when sanding is sucked into the unit d...

Page 98: ...welding mode Procedure for preparing the unit for operation insert the electrode cable into the socket of the source A insert the ground cable into the socket of the source B connect the grounding ca...

Page 99: ...when using good mains However do not forget that the increased current of this function can burn through the workpiece when welding thin metals thus we recommend reducing the Hot start function curre...

Page 100: ...the default level 40 In the advanced settings you can change both the force of the Arc Force Ar F and the trigger level of the function u AF Unless required do not increase the power and level of trig...

Page 101: ...graph 6 1 to change the value of any function in the current welding mode 3 7 NO LOAD VOLTAGE REDUCTION UNIT FUNCTION When performing welding operations in the containers tanks and where an enhanced e...

Page 102: ...metry between the current pulse time and the current pause time is introduced default duty cycle dut 50 duty cycle dut 20 duty cycle dut 70 The unit will react in such a way that the average current l...

Page 103: ...e modes are switched in a circle use buttons 2 to set the current main parameter this is the welding current if necessary you can adjust additional functions of the welding process see paragraph 6 1 f...

Page 104: ...ned electrode tip away from the workpiece The unit will detect this moment and perceive it as a signal to start the welding process thereby starting to increase the welding current LINEARLY to the set...

Page 105: ...Caution If this connector is not used cover it with a rubber cap to protect from dirt ProMIG 160 200 250 270 350 ProMIG 500 630 After assembly turn on the non contact arc striking unit oscillator put...

Page 106: ...illator unit When the button on the torch is pressed the control signal is sent to the oscillator unit which fulfils the function of gas pre purge t1 of the welding zone opens the gas valve and with a...

Page 107: ...ton type with a 13 mm bayonet connector Choose the maximum torch current according to your operating requirements 4 1 6 TIG 4T TORCH BUTTON FUNCTION This function of the control button is used only if...

Page 108: ...ing the TIG 4T button mode By default the pre current Pr A is set at 20A See paragraph 6 1 to change the value of any function in the current welding mode 4 5 CRATER FILLING CURRENT FUNCTION This func...

Page 109: ...Po P as a key parameter is set to OFF i e the function is turned off and pulsation frequency Fr P and duty cycle dut at the values of 10 0 Hz and 50 respectively To enable the function simply set the...

Page 110: ...ity tie the source and the base with a belt through the slit shaped holes on the sides of the source Belt is included connect the control cable from the wire feeder to connector 18 on the back of the...

Page 111: ...ns of the welding process at the source and the wire feeder see paragraph 6 1 for the order of switching Do not forget about the supply of shielding gas To check its availability in the torch channel...

Page 112: ...a signal is given to turn on the source and the wire feed motor From this moment the welding process begins at the same time the function of smooth reaching the welding mode for the time t uP is trigg...

Page 113: ...egins at the same time the function of smooth reaching the welding mode for the time t uP is triggered as well as additional functions e g pulse mode can be triggered all this according to the cycle o...

Page 114: ...s necessary to protect the welding zone from the harmful effects of atmospheric air and consists in pre purging the welding zone with shielding gas before striking the welding arc By default the pre p...

Page 115: ...ing with steel wire the reduction time t dn at the source must be either equal to or slightly more than that at the wire feeder When welding with aluminium wire the reduction time t uP at the source m...

Page 116: ...the weld pool e g by comparing it with another main voltage without pulse mode If the task is precisely to reduce the heat input into the weld using a pulse mode e g when welding thin metals then it...

Page 117: ...nt panel of the feeder are responsible for changing the current value on the digital indicator on the right 6 1 SWITCHING TO THE REQUIRED FUNCTION If the unit has a system of protection against unauth...

Page 118: ...settings The current preset program number is displayed in the upper right corner of the indicator of the source on the front panel When the unit is turned on for the first time the program is always...

Page 119: ...ON enabled b OFF disabled 8 Po P current pulsation power OFF by default a 0 OFF 80 change step 5 9 Fr P current pulsation frequency 5 0 Hz by default a 0 2 500 Hz dynamic change step 0 1 Hz 1 Hz 10 du...

Page 120: ...350 f 16 50 change step 1 for ProMIG 500 g 18 50 change step 1 for ProMIG 630 6 t uP current build up time OFF by default a 0 OFF 15 0 sec change step 0 1 sec 7 t dn current ramp down time OFF by def...

Page 121: ...5 500 Hz change step 1 Hz 9 dut pulse pause ratio duty cycle it is the percentage of the larger voltage pulse to the period of repetition 50 by default a 20 80 change step 5 Right indicator of the wi...

Page 122: ...e free operation The output line to line voltage of the generator must not exceed the permissible limits 160 260V for ProMIG 160 200 250 320 440V for all three phases for ProMIG 270 350 500 630 9 CARE...

Page 123: ...automatic torch ABICOR BINZEL 1 pc Rollers for solid wire 0 6 0 8 1 0 1 2 2 sets Belt for attaching the source to the wire feeder 1 pc For ProMIG 250 15 4 270 15 4 350 15 4 Semi automatic torch ABICOR...

Page 124: ...re sufficient supply of fresh air vapours of solvents should not get into the radiation zone of the welding arc HAZARD OF SPARKLES remove flammable objects from the working area do not perform welding...

Page 125: ...on the welding unit legible STRAY WELDING CURRENTS make sure that the ground cable terminal is firmly connected to the unit if possible do not install the welding unit directly on an electrically cond...

Page 126: ...125 PATON ProMIG DC MMA TIG MIG MAG Wiring schematic diagram PATON ProMIG 160 200 250 DC MMA TIG MIG MAG...

Page 127: ...PATON ProMIG DC MMA TIG MIG MAG 126 Wiring schematic diagram PATON ProMIG 270 400V 350 400V DC MMA TIG MIG MAG...

Page 128: ...127 PATON ProMIG DC MMA TIG MIG MAG Wiring schematic diagram of the internal unit PATON ProMIG 500 400V 630 400V DC MMA TIG MIG MAG...

Page 129: ...of the housing and parts as a result of falling from a height or falling of heavy objects on the equipment falling out of buttons and connectors with traces of corrosion which caused a malfunction fa...

Page 130: ...efuse to provide warranty repairs or to set the month and year of manufacture of the unit as the start date for the fulfilment of warranty obligations established by the serial number if the owner los...

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