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, (.8.7,), . , . , .

. , .

, , . , .

8.3. () , , , , . , .8.8. , . , , IH ( ), . , . IH . . , , . - . , . - , .

. 8.8. ( ) , , , .

' . , 20 ·, 50 50 ᒺ 12 , 17 . (.8.2). .

8.2. , , 120 ᒺ , 3 24 , 2500 , :

550 3, 21 0, ( ) . 䳺 ( 1000 /) (, , ) . : , 50 , , , 1/6 3,3 . 50 160 . , 2 , . () (̲) . 䳺 , .

, (-). - , , . , .

.

.

LHG (POWCON) ESAB , . (.8.9) 250 ( 400 ) , (R1, L1 L2) 1 2 1000 .

. 8.9. LHG (POWCON) , 5...8, VS1, VS2 T.

VS1 VS2, L3 L4 R5, R6 3, 4. , , . ( VD1 VD2) ( L5 L6 11, 12 13). III 㳿, 5...8 , .

2 , 1 . , , . () (). ϳ .

, VS1 VS2 1 , 5...8 750 . ϳ 1...2 . 1 , . 1 . ϳ , . , .

LHG 5...8, 11...13, .

-161. 䳿 (.8.10) . 1, 2, 3.

. 8.10. - - 4 5, .

- , . . ϳ . . 15 6 7. 8 .

. , "" . .

-160. (), (Ҳ) ().

(.8.11) , L- , , 1, - L, ʲ, 2. Գ , (.8.11,) .

. 8.11. - -160 () () RLC-, .

, - . . , .4.

.

, , , . ϳ , . , , . , ( ), , ( ).

"Fronius", "Messer Griesheim", "ESAB", "KEMPPI".

TRANSPOKET 1400 ("Fronius") (, Ҳ), , . , . (4,2 ) (312110200 ).

TRANSPOKET 330 ("Fronius") , , . Ҳ.

, . " " .

TRFNSSYNERGIC 3300 ("Fronius") (̲/), , , , . , .

TRANSSYNERGIC 4000 ("Fronius") (̲/). ( ) . . , , , : , , , , , , .

TRANSPULSSYNERGIC 2700 ("Fronius") (̲/) . , , , .

, ̲- . , TRANSSYNERGIC 4000.

TIME SYNERGIC ("Fronius") . , , . - : , . (.8.12,).

. 8.12. () () 1- : ( );

;

, , . ³ . ϳ .

2- : . ³ .

(.8.12,). 1- : ( ). . . 2- :

. ( ). . , . 3- : . ³ . 4- : . .

Inverter STIK 150, Inverter STIK 350 ("Messer Griesheim") () . " " (otstart) . , Arcforcing - , . , .

Inverter Inverter TIG 250 DC, Inverter TIG 450DC, Inverter TIG 250DC/AC, TIG 450 DC/AC ("Messer Griesheim") , . ( ) , , .

. .

50...200 .

.

- (UP Slope/DOWN Slope).

(.8.13).

. 8.13. inverter TIG : 1 ;

2 UPSlope ( );

3 DOWNSlope ( );

4 ;

5 ( );

6, 7 ;

8 " ";

9 ;

10 ( );

11 ;

12 ( );

13 ;

14 ( 䳿 , , );

15 ;

16 ;

17 .

- ̲/ ᒺ , . , . 璺 .

() . ( , , , , ) . , , , , , , , . .

- , , integral integral MIG 250 compact, MIG 350 puls ("Messer inverter inverter Griesheim").

Aristo 2000 ("ESAB") , Ҳ, ̲/ , . , .

, .

146 100 .

Aristo 2000 - , , , , , , , .

S 5000 PSS 5000 ("Kemppi") / . PS 5000 , Ҳ ̲. Ҳ , ̲Ö . , 璺 , , . : , , , , . , .

PS 5000 PSS 5000 - : Ҳ "", ̲/ .

, , . (DC+, DC ).

.

Ҳ , . ( 50...100 ) . , . +70 % ( ), +30 % ( ).

Ҳ , .

SS 5000 , 4 .

.2 (. .2.10).

8.4. , , ( ), . (), ( ) .

, , . , .

, .. , .8.14.

. 8.14. : (), () , 2. 1 , (, , , ).

㳿 - , 80 300...3000 ;

50...800 .

(), (). (), (). . ' () () ( ) . " " () (). . U U , 2 .

- 24 , . . 400 , . 100 , 30 100 . (.8.15). , 50 . : (), , (), () VD1,VD2. .

. 8.15. , . , (U 24 ), .

1. ?

2. ?

3. ?

4. ?

5. ?

² , , , 20000 . , . .

: ;

380 , ;

;

, , ;

䳿 , . , . .

ϳ , 璺 . , . , , .

9.1. .

(.9.1) , n (1...n), . - ( ) .

. 9.1. , , - , ( , ) .

- , U.const, . 璺.

- U. = U0 - U, (9.1) U0 , ;

U l, .

U. :

U. 0;

U0 = const , . , - , U.< +5 % U. .

- I. U. = U. -, (9.2) R I. R R ..

, (9.2) , - , . , - , .

- , (9.2), :

U. -U. I. =, (9.3) R U. - , .

, . , , .

(.9.2), , (l1ln), 㳿 , l1 < l2 < l3 .. , .

. 9.2. 䳿 P P = = 100 %, (9.4) P P + P - , ;

, R - , ;

= I R. , . ϳ : -, R, -, - U..

R , . - U. , , .

L, R .

ʳ , , P. n =, (9.5) P . , ;

г - , ;

, . = 0,5...0,6, = 0,7...0,9.

, . , .

, 璺 :

1. . , 璺 , , .

2. :

, , . 璺 (, ), , .

3. , (1, 2 ), . , . , 璺 , , 璺.

4. , , , , .

5. , , .

9.2. - . 璺 , , 㳿 . . , .

, . . . , , .

, , .

:

, , , , .

. (.9.3,) . . , , , , , .

, , . , . , ;

(.9.3,).

, , , . . :

j R = li = li, (9.6) Si I , ;

j , /2;

S , 2;

, , ;

l - , .

- j Ui = RiIi = liIi. (9.7) I n U = j, (9.8) l i i= ³ n P = j Ii. (9.9) l i i= . 9.3. () () . (.9.4). .

(3) = , (9.10) p ' ;

' .

. . 9.4. U = lnIn. (9.11) S n P = (9.12) jI li.

n i= ʳ . - .

, .

, , , 㳿.

.

. , . , (.9.5).

. 9.5. , .

9.3. , .9.1, .

, . , -1000 -1000 . 䳿 , , , . -42501, . :

, ..4250/800 *) , ⅅ...5/ , % , ..70... *) , .

.

, , . .

50 100 % 4 . -1001, -1601, -3001, "" (), -1202, -6303 ( "Գ ").

, , , (.9.6). "" .

, "", 180 .. , .

. ʳ . -1001 161-400, -1601 12 161-320.

. .

-1001 7 , -1601 9 , -6303 4 -1202 8 .

. 9.6. - -4401 () -4301 ().

-4401 . -4 .

. .

-4301 (.9.7). L1...L4 1...4, . - 60 315 .

80 , 12 1 . .

. 9.7. -4401 . -4 (. . 2.11).

-5000.

-1201. , 1201, 2,5 % +5 % . .2 (. . 2.11).

-5000 . ³ . 200. - -506 (..4.17). -5000 . 璺 "" , .

. -302. 200 300 , . -5000 .2 (. .2.11).

9.4. . . , . .

. (. .2.12).

-3012. (.9.8), , .

, . , 5 3,2 , .

10, 20, 50, 100 . S1...S6 . , , .

. . , , . .

. -300- (.9.9), 1.

. 9.8. () () - , , 12 , .

-300-1 .9.9. -300- 10, 20, 40, 80, 150 . 1...5.

S2...S5.

S6 . R6 R7, VS. R8...R10 VD . , VS . KV2, . R6 KV2. V2 KV1. , S2...S5, . KV1 . ϳ VS . .

. : 㳿 , , , . , , .

, , .

, , , ;

.

. , 㳿, . , .

, .9.10. VS1, L1, RS VD1. VD2. VS1 1 VS2, L2 VD3, , .

V1 V2. VS1. ³ , R1 . 1 R2 . .

. 9.10. RS , . R6 ( ). RS, , , , VS1. , L1, , VD1. , , , VS1. VS1 , L2VD3VS1. , .

. .

9.5. - - , . :

1) , , , ;

2) , , , , ;

3) , , , .

.

(.9.11) , , , , VD1, VD2 .

ij , , . - : , , . ( , ) , . . .

. 9.11. (.9.12) . г , , , VS1,VS2 , . .

. 9.12. .

. - .

1. ?

2. ? ?

3. ?

4. ?

5. ?

Ͳ ֲ ֲ . 14.10.1992 . " " : " , , ".

, , - . .. - . , , , , . , , .

, , " ᒺ ", " ", " ", 12.0.001-82.

10.1. . 660 . , , 60...80 . 0,01 , 500...50000 . . . г .

, , ᒺ , , .

12 0,5 . . ֳ , , , .

- . , . . , , - .

- , , . 㳿 ( ) .

:

12.2.007.0-75 " . " 12.2.007.8-75 " . ". , , , , , .

( 14254-96) () . ( ) . , , . .

.10.1, .10.2.

10.1. 14254- 0 1 - , 50 , 50 2 - 50 12 12 3 - , 2,5 2,5 2,5 10.2. 14254- 0 1 - , , 2 - , , 15 - 15 3 , 60 , 12.2.007.8-75 , , 11, , 21. 22, 21.

, , . , , . ϳ ( , , ) ( ) 璺. , () , . , , ' , 10...15 .

, .

, .

, , 15 . , . : , , .

. .

. ֳ :

1. , , , . .

2. 500 . 2,5 . , .

3. .

4. ϳ -, . , , .

5. .

6. .

.

10.2. ϳ ( , ) (). .

12.2.007.8-75, , 12 , , 1 . 0,02...0,05 .

, , , . , .

10.2.1. . -06, , . - (.10.1). - -317-1, -401-1 -503-1 12 1 . .

, .10.2.

: 1, 2, . 10.1. ϳ 3, 4, -06 5, 6, 7.

VS1 VS2, -. VD1 VD2, R1 R2 KV1 KV2. KV1 KV2, TV2, VD5, VD3, VS3 VS4, RP R3 R4.

KV2, C2, VD6, TV3. TA.

.

. 10.2. , . , ' , VS3 VS4. RP 0,5 , 1,6 , , VD5. KV3. 8 10,4 , .

, , , , 3,75 , 12 . KV3 KV1. VS1 VS2, .

. KV1 ( VS3, VS4) ( 1) KV3 KV1. , KV2, KV1.

, , , KV2 : TV3 VD6. KV2 5 ( 2) , VS1 VS2, 1 .

.

, , .

10.2.2. , .

. 10.3. (10...20 ) 300...400 (.10.3). ij 100 12 . , . , ' .

, , , . .

, .

1. ?

2. ?

3. ?

ί ˲ 1. .., .., .. : . .: , 1990. 224 .

2. .., .. . .: , 1982. 79 .

3. .. . ( .

, ) // . 1999. 2 (6). .2628.

4. .. . ( . ) // . 1999. 3 (7). .2628.

5. .. . ( . ) // . 1999. 4 (8). .2628.

6. .. . ( . ) // . 1999. 5 (9). .2528.

7. .. . ( ) // . 1999. 6 (10). .2528.

8. .., .. // . 1997. 2. . 41.

9. .. : . .:

, 1982. 182 .

10. .., .. . .:

, 1985. 227 .

11. .., .. "" // . 2000.

5. .2832.

12. .. // . 1995. 5. .810.

13. .., .. . .:

, 1988. 320 .

14. .. // . 1992. 1. .5354.

15. .., .., .. - . .: , 1985. 80 .

16. ., .., .. . .: . ., 1988. 136 .

17. "" // .. , .. , .. . // . 2000. 4 (14). .810.

18. / .. , .. , .. . // . 1999. 12. .5052.

19. .. // . 1997. 8. .4149.

20. .. . : , 1980. 56 .

21. .. // . 1995. 5. .36.

22. .., .. : .

. : , 1999. 368 .

23. : . / .

.. . .: . . , 1986. 656 .

24. .., .., .. // . 1999. 1. .2933.

25. .. . .: , . , 1988. 208 .

26. .., .. . .: , 1987. 144 .

27. .. . .: , 1987. 208 .

28. .., .., . . .:

, 1999. 600 .

29. :

. / .. , .. , .. .

: , 2000. 283 .

30. / .. , .. , .. . .: , 1986. 320 .

31. "" // . 1993. 5 .1013.

OATO CTPTP MOBHX OHAEH BAPBAHX EPE BEHH 1. Cpyypa yooo oae apeai (OCT 2402-82) A X XX XX X X aeopi poie a OCT 15150- 1 poo a ipoy oipi;

2 y piex, e oa eepay p ooa eicoo ipic i o a a ipoy oipi;

3 y aex piex, e oa eepayp oooci, i icy a y icoo ee i a ipoy oipi;

4 y piex i y peya iax yo;

5 y piex i ieo ooic) iae oa a OCT 15150- (X ecyaai paoax xoo iao, y paoax i oip iao, T y paoax i poi iao) Hoep pecpaio popo poy Hoia apa cpy (opyeo y ecax aep) oe oae y pooo ya ( appaop, e) oae y poy (apea apa i yo ypioo op) puima. ae oiaoo apaoo cpyy ecax a ep opy o aoo ioo ca.

2. Cpyypa yooo oae epeopai (OCT 7237-82) XX XX X X aeopi poie a OCT 15150- iae oa a OCT 15150-69 Hoep pecpaio popo poy Hoia apa cpy (opyeo y ecax aep) oae y poy (epeopa apa yooo apa) puima. ae oiaoo apaoo cpyy ecax aep opy o aoo ioo ca.

3. Cpyypa yooo oae pacopaopi aoaoo apa i co (OCT 7012-77) T X XX XX X X aeopi poie a OCT 15150 iae oa a OCT 1515069 Hoep pecpaio popo poy Hoia apa cpy (opyeo y cox aep) oae oa pacopaopa a o oio xapaepc (, ao ) oae y poy (pacopaop yooo apa i co) puima. ae oiaoo apaoo cpyy y cox aep pacopaopi a 630 A opy o 6.

4. Cpyypa yooo oae pacopaopi pyoo yo oo apa (OCT 95-77E) T X XX X X X aeopi poie a OCT 15150- iae oa a OCT 15150- Hoep pecpaio popo poy Hoia apa cpy (opyeo y ecax aep) oae oa pacopaopa a cocoo peya apaoo cpyy (M exai, eep) oae y poy (pacopaop yooo apa) puima. p oaei pacopaopi oia cpyo 125 i 315 A ae oiaoo cpyy opy o 12 a 31 ioio.

5. Cpyypa yooo oae pi yooo apa (OCT 13821-77E) B XX X X X aeopi poie a OCT 15150- iae oa a OCT 1550- Hoep pecpaio popo poy Hoia apa cpy (opyeo ecax aep) oae y poy (p yooo apa) puimu:

1. pi a cpy 125, 315 a 1250 A y ecax aep a e cpyi opy o 12, 30 a 120.

2. Bpi apa cepeoi ax a iepx ai a ay cay cpyypy yooo oae oaa o oae y poy oae cocoy axcy y: ai a;

iepi.

6. Cpyypa yooo oae ycaoo apa ea (opao) eepoo: a) (T 539.073-78);

) (T 739.302-82) a) X XX X X X aeopi poie a OCT 15150- iae oa a OCT 15150- Bapia oa Hoep pecpaio popo poy Hoia cpy y cox aep axcx aax yooo apa caoa ) 3 X X X aeopi poie a OCT 15150- iae oa a OCT 15150-69 Hoep pecpaio popo poy Hoia apa cpy y cox aep iepcaa axcx aax yooo apa caoa OATO Tau 2.1. Texii xapaepc ooocox pacopaopi yooo apa Coci a- Mapa pa (oe) T-102 160 26,4 80 60...175 22...27 20 72 0, T-306 250 30,0 80 100...300 24...32 20 78 0, T-502 500 40,0 80 100...560 24...42 60 88,5 0, TM-121 125 50 50...125 15* TM-165 160 26,0 62 55...170 22...27 25 68 0, TM-180 180 75 45...180 20* TM-250 250 72 20...285 20* TM-254 250 30,0 62 30...250 23...30 25 76 0, Pye yoe TM-259 250 30 75 90...260 - 20 70 op TM-317 315 33,0 80 60...370 23...34 60 86 0, eepoa TM-317-1 315 33,0 12 60...360 23...34 60 86 0, 009-315 315 32,0 90315 60* 63 TM-401 400 36,0 80 80...460 23...38 60 86 0, TM-401-1 400 36,0 12 80...460 23...38 60 86 0, TM-411 400 80 50...420 10* TM-503 500 40,0 80 90...560 24...42 60 88 0, TM-503-1 500 40,0 80 90...560 24...42 60 86 0, TM-503-2 500 40,0 80 90...560 24...42 60 86 0, 002-500 500 40,0 63 100500 60* 85 Hoia apa cpy, A Hoiaa pooa apy a, B Hapya xoo coo xoy, B Mei pey a ap aoo cpy y, A Mei pey a pooo apy, B Pe poo, H % , % oeii o yoci poo. ma.2. Coci a- Mapa pa (oe) TM-505 500 - 75 80...420 60 88 0, CT-250 250 25,0 60 70...250 20 86 0, CT-500 500 30,0 60 145...650 60 90 0, Pye yoe CT-500-80 500 30,0 80 60...650 60 92 0, op TCM-250 250 20,0 60 92...250 20 69 0, eepoa TCM-500 500 40,0 68 60...700 40 82 0, T-101 100 24,0 42 40...110 22...24 20 60 0, T-251 250 30,0 50 90...260 24...30 20 65 0, T-402 400 44,0 12 80...430 25...46 60 86 0, T-1001 1000 44,0 80 400...1200 36...44 100* 87 T-1601 1600 60,0 110 600...1800 34...60 100* 88 Aoae T-2001 2000 50,0 80 600...2200 100* 89 i co T-1002 1000 56,0 300...1200 30...56 100* 86 T-2002 2000 76,0 600...2200 32...76 100* 88 puima. Xapaepc, oaei *, ioia pey poo epea B.

Hoia apa cpy, A Hoiaa pooa apy a, B Hapya xoo coo xoy, B Mei pey a ap aoo cpy y, A Mei pey a pooo apy, B Pe poo, H % , % oeii o yoci Tau 2.2. Texii xapaepc ooocox epeopai i apeai yooo apa apaep Coci ap- Mapa a (oe) epemopai oemopuu eepamopau Pye yoe CO-300-2 315 45...315 90 32 60 CO- op CO-315 M 315 45...315 90 32 60 CO-300 M eepoa, exaioae -502 500 75...500 90 40 60 - i co Mexaioae a aoa e cepeo- C-500-1 500 60...500 - 60 60 C-500- i axcx ai Apeamu oemopuu eepamopau Pye yoe He 60 (315 A) op AC-300-7 315 45...315 ie 32 CO-300- 100 (240A) eepoa Hoia apa cpy, A Mei pey a ap aoo cpy y, A Hapya xoo coo xoy e epaopa, B Hoiaa pooa apy a, B Pe poo, H % T eepaopa poo. ma. 2. Coci Mapa apa (oe) He 45 (500 A) AC-400 400 120...600 ie 40 C- 100 (400 A) He 35 (350 A) A-309 315 15...350 ie 32 60 (315 A) - Pye yoe 100 100 (240 A) op He eepoa 60 (315 A) A-311 315 15...315 ie 32 - 100 (240 A) He 60 (315 A) A-303 315 45...315 ie 32 CO-300- 100 (240 A) Pye yoe op eepoa He AC-3-1, 60 (500 A) a 500 120...500 ie 40 C- AC-500 100 (400 A) exaioae cepeoi axcoo ay Hoia apa cpy, A Mei peya apaoo cpyy, A Hapya xoocoo xoy eepaopa, B Hoiaa pooa apya, B Pe poo, H % T eepaopa Apeamu emuuu eepamopau He 35 (350 A) A-318 315 45...350 ie 32 60 (315 A) - 100 100 (240 A) Pye yoe He 35 (350 A) op A-3120 315 15...350 ie 32 60 (315 A) - eepoa 100 100 (240 A) He A-4001 C 400 60...450 ie 36 60 (400 A) Pye yoe op eepoa, (2 He 60 (2330 A) 2 (60...330) oca) A-502 2315/500 ie 2x32/40 80 (2315 A) 250... exaioae 100 (500 A) i co (1 oc) epemopa emuu eepamopo Pye yoe op -305 315 40...350 90 32 60 - eepoa 35 (170 A) 60 (140 A) 35 (250 A) 60 (200 A) 35 (400 A) 60 (350 A) 60 (500 A) 60 (600 A) 100 (400 A) 100 (500 A) 30... 40... 40... 30... 30... Apeamu a ai acuxpoux eepamopi (MG-EDW, poo Hiea) Mapa 500 DZ (oe) 170 SB/H 600 DPW 400 S-DD 250 SD/ES a op eepoa Pye yoe Coci ap poo. ma. 2. pa o a ep e T H % , o po Pe a, B y p a a o po a a i Ho B pa, o a ep e y o x o co pya xoo a H A y, y p c o o a ap a ey p Mei cpy, A apa a i o H Tau 2.3. Texii xapaepc ooocox apax pi Coci ap- Mapa pia a (oe) cey ocioo 130 25 B-131 20* cpyy, y ae 180 27 y i Pye yoe oo cpyy op eepoa B-306 315 32 70 45...315 60 B-306 M 315 31 75 45...315 15* B-396 C 315 32 75 80...320 60* - B-401 400 36 80 50...450 60 Pye yoe op eepoa, B-502-2 500 40 80 50...500 60 78 exaioae i co BC-300 A 315 34 50...135 16...34 60* Mexaioae y BC-600 M 630 50 100...630 20...50 60* cepeoi a -302 315 63 50350 1632 60* xcoo ay B-303 315 40 50...315 16...40 60* Hoia ap a cpy, A Hoiaa pooa apya, B Hapya xoocoo xoy, B Mei peya apaoo cpyy, A Mei peya pooo apy, B Pe poo, H % , % poo. ma.2. Coci ap- Mapa pia a (oe) B-304 315 32 45 50-350 80* Mexaioae y B-303-3 315 40 60 40-325 60* cepeoi a- B-401 400 42 75 80-500 60* xcoo ay B-601 630 66 90 100-700 18-66 60* BC-303 315 34 50...315 16...34 60* 60...500 18... B-506 500 80 60* Pye yoe o- 50...500 22... cey p p eepo 60...500 18... pooi a opcx B-506 C 500 85 60* a, e- 46 xapaepcax, y 50...500 22... xaioae i aey a 65...630 18... co a ce B-601 630 90 60* cax xapae peoi axc- 50...630 22... pcax x ai 52 60... 18... B-601 C 630 85 60* 50 50... 22... Hoia ap a cpy, A Hoiaa pooa apya, B Hapya xoocoo xoy, B Mei peya apaoo cpyy, A Mei peya pooo apy, B Pe poo, H % , % Pye yoe o 32 50...315 22... cey p -301 315 72 60* p eepo 38 60... 18...38 pooi a opcx a, e xapaepcax, y 50 60...500 18... xaioae i -501 500 85 60* 83 aey a co a ce- 46 50...500 22... cax xapae peoi axc B-1203C 1250 251250 100* pcax x ai 300... B-1201 1250 56 85 24...56 100* Mexaioae i co a ce B-1202 1250 56 250...1250 24...56 100* peoi axc x ai B-1250 1250 44 55 250...1250 24...56 100* puima. Xapaepc, oaei *,ioia pey poo epea B.

Tau 2.4. Texii xapaepc epe e iyco-yooo apa acoa iic cyei Aiya cpyy Tpaic Mapa iyci, peya iycy, A iycy, c i/c cpyy iycy paoci iycy -1 50 450...850 1,5...2,0 4 -2 50 500...1000 1,6...2,8 3 -3 28...94 240...800 0,9...1,2 -C-1 50, 100 400...1200 1,4...2,5 -C-2 100 200...1200 10 % 0,8...3,0 4 -1 50, 100 400...1200 1,5...3,5 3 B-301 50, 100 300...1000 o 4 -1 50, 100 0...800 0...6 6 B-302 50, 100 300750 1,55,0 -169 30300 450800 1,55,0 Tau 2.5. Texii xapaepc epe e apooyooo apa Hoia Mei pey- Mei pey Hapya Hoia a a a- a Pe xoocoo a pooa pa Mapa Pi cpyy paoo pooo a- poo, pia xoy, apya, cpy, cpyy, py, H % B B A A B -301-1 i 315 72 16 15...315 60* ae peya (AC) acy e c -501-1 AC 500 72 16 40...500 60* cpyy -81 oci 50 8...80 - (DC) -82 DC 80 80 8...80 20* -161 DC 150 40 5...150 -180 AC 180 80 35...180 20* -350 DC 315 80 12...315 60* -251 AC/DC 250 80 5...250 35* -351 AC/DC 315 80 5...350 60* -301 AC/DC 315 72/65 16/12 15...315 -302 AC/DC 315 80/100 10...315 60* TP-300 AC/DC 315 65 30 10...315 100 ae peya TP-630 AC/DC 630 65 30...630 60* acy e c cpyy poo. ma.2. Hoia Mei pey- Mei pey- Pe Hapya Hoia a a a- a xoocoo a pooa pa Mapa Pi cpyy paoo pooo a- poo- pia xoy, apya, cpy, cpyy, py, , B B A A B H % BC-160 DC 160 40...180 16...34 60 Aoae pey BC-315 DC 315 50...350 16...34 60 a aiy a oci apoca BC-1000 DC 1000 150...1100 16...60 c cpyy a oa y apa a ae e ii apa BCB-1000 DC 1000 45 30 25...1000 60 BCB-2000 DC 2000 45 30 25...2000 60 BCB-40 DC 40 30 2...50 2...15 60 Moyi op BCB-80 DC 80 30 3...90 3...30 60 iyci cpyy i poyo o p BCB-160 DC 160 30 5...180 5...60 yo BCB-315 DC 315 30 8...350 8...120 BCB-630 DC 630 30 10...700 10...200 CB-315 AC/DC 315 60 20...350 20...150 60* CB-630 AC/DC 630 80 30700 puima. Xapaepc, oaei *,ioia pey poo epea B.

Tau 2.6. Texii xapaepc pacopaopi eepoaooo apa Hoia Hapya iic iaao pey- Pe po apa xoo- cyei pe- iic Mapa a poo- o, cpy, coo ya a o apy, B H % A xoy, B apy TC-1000-1 1000 56 38...62 18 80 TC-1000-3 1000 56 38...62 18 80 TC-3000-1 3000 46 5...46 10 100 TC-3000-3 3000 56 8...63 48 100 T-10000-1 10000 72 40...72,4 4 100 TPM-1000-1 1000 62 21...57 3 100 TPM-3000-1 3000 61 18...57 3 100 T-3001 3000 1555 100 Tau 2.7. Texii xapaepc eepoax epeopai aco oeii o- ocio p T epeo- acoa oy- ap Hapya, yoci a- oecaop: oiao paa cpyy, ic, a B aae ic, / y aaa B cpy, A (ic) apya, B ei, % B 100-8000 8000 100 800/400 139/278 0,9 B-250-10 10000 250 800 329 0,95 6,2/835 82, Tau 2.8. Texii xapaepc cooacox eepaopi Cxea acoa oyic o- co eepa- Aoa a- Cxea T eepaopa , % p cpyy, M aa, B opx a pya, B eepaopa B4-10/0,44 0,44 10 1 7 76 O B4-60/0,066 0,066 60 1 10 80 Pc.7.4,a B9-60/0,44 0,44 60 1 10 77 B B2-100/0,066 0,066 100 1 10,5...11,5 77 B3-100/0,44 0,44 100 1 10 77 B B3-160/0,066 0,066 160 1 10,5...11,5 72 BC4-160/0,44 0,44 160 1 11 78 B BC5-160/0,44 0,44 160 1 11 79 OB BC2-400/0,44 0,44 400 1 11,5 Pc.7.4, BC2-600/0,44 0,44 600 2 11,5 76 B BC2-1000/0,44 0,44 1000 2 11,5 puima. O oooypa e ocoo oypy;

ooypa e ocoo oypy;

B ooypa oc oypo;

OB oooypa oc oypo.

Tau 2.9. Texii xapaepc epe e ycaoo aooo apa a pia Hoia a- Hapya Hoiaa po- Mei peya Mapa ycao a pae pa cpy, A xoocoo xoy, oa apya, B cpyy, A B C-301 (apa) 315 80 40 25... C-403 (apa) 400 90 70... C-504 (apa) 500 180 100... C-804 (apa) 800 180 90 300... B-301 (aae) 315 18...40 20... APAT-60 (pia) 60 300 70120 20 AP-201 (pia) 200 180 150... AP-403 (pia) 400 300 200 150... AP-404 (pia) 400 320 270 200... BP-0401 (pia) 40 250 125 BP-0901 (pia) 90 300 100...150 40... e-4M (pia) 300 200 120200 100 e-6M (pia) 315 330 140260 100 O-302 (apa, aae, 315 20...80 60... ae) Tau 2.10. Texii xapaepc iepopx epe e Hoi Hoia Hapya aa oei Mei pey- Mei pe- Pe Mapa epea a coci xooc- ap- i , apa- a ya poo, apa oo xo- aa oy- % cpyy, A apy, B H % y, B apy- oci cpy, A a, B B-91 (MMA) 90 100 5090 B-122 (MMA) 125 90 25 20125 20* B-161 (MMA) 160 20...180 20...30 60* PC-160 (MMA, TI, 150 65 5...150 12...28 60* MI/MA) PC-315 (MMA, TI, 315 80 15...350 14...38 MI/MA) PC-500 (MMA, TI, 500 80 15...500 14...42 MI/MA) TRANSPOCKET: 1400 (MMA, TI) 140 5...140 35 330 (MMA, TI) 300 3...330 60* 2000 (MMA, TI) 200 3...200 35 TRANSSYNERGIC: 330 (MI/MA) 300 50 40 3...330 0...40 60 0,97 4000 (MI/MA) 400 3...400 50* 5000 (MI/MA) 500 3...500 40* TRANSPULSSYNERGIC: 2700 (MI/MA) 250 3...270 40* 5000 (MI/MA) 500 3...500 40* TIME SYNERGIC (MA) 450 3...450 60* TRANSTIG: 1600 (MMA, TI) 160 2...160 40 2000 (MMA, TI) 200 3...200 35 STICK 150 (MMA,TI) 150 95 - 5...150 - 25* 0,9 STICK 350 (MMA,TI) 350 109 20...350 60* 0,9 TIG 250 DC (MMA, TI) 250 106 5...250 60* 0,85 TIG 450 DC (MMA, TI) 450 65 5...450 60* 0,85 5...250 DC TIG 250 DC/AC 250 78 60* 0,9 (MMA, TI) 7...250 AC 5...450(DC) TIG 450 DC/AC 450 78 60* 0,9 (MMA, TIG) 7...450(AC) MIG 250 (MI, TI) 250 106 5...250 10...26,5 60* 0,9 MIG 350 (MI, TI) 350 70 5...350 10...33,5 60* 0,9 MIG 500 (MI, TI) 500 70 5...500 10...41 60* 0,9 Aristo 2000:

LUD 320 (MMA,TI, MI/MA) 320 50 31 8...320 100* LUD 450 (MMA,TI, 400 50 34 8...450 60* MI/MA) 500 10...500 10... PS 5000 (MMA, TI, 80 60* 0,9 MI) 35, 390 40...500 12... 40 10...500 DC PSS 5000 (MMA, TI, 500 80 60* MI/MA) 35,6 15...450 AC puima. Xapaepc, oaei *,ioia pey poo epea B Tau 2.11. Texii xapaepc aacx peocai (paic y poo 5 x, B 60 %) Hoia cpy, Mei peya a- Pi i cpya ox T peocay Oip, O A paoo cpyy, A cyei, A P-201 200 12...200 0,15...2,5 P-301 315 10...315 0,095...3,0 P-501 500 25...500 0,06...1,25 PC-300-1 300 40...300 0,1...0,75 Tau 2. 12. Texii xapaepc aaoocox apax pi Hapya, B Hoia apa- iaao pey- co cpy, A a apa- xoocoo oiaa ap- , Mapa epea oo cpyy o- xoy pooa ax % pa apa- ca, A oci oo oca BM-1001 1000 315 12...315 70 60 7 BM-1601 1600 315 12...315 70 60 9 BM-3001 3000 315 12...315 70 60 10 BM-1202 C 1250 75 65 8 BM-6303 C 630 85 70 4 BM-4x301 4x315 80100 32 4 100...400 75 36...45 4 BM-4401 BM-1602 1600 200 120...250 40 30 9 BM-1602-1 1600 400 200...400 60 50 5 BM-1602-2 1600 600 400...630 70 60 3 BM-5000 5000 315 12...315 70 30...60 30 0, puima. pi oia pe poo pa;

apaoo oca oia pe poo B 60 %.

MICT BCT.................................................................................................................. 1. EETPHI BACTBOCTI BAPBAHO ......... 1.1. ye yooo popy................................................................... 1.2. poec y apai yi ocioo cpyy. Pooi oeiay o y...................................................................................................... 1.3. Cai o-aepi xapaepc apao y.............. 1.4. Ciic eepeo cce "epeo e ya aa" 1.4.1. Ciic cce p ax ixex cpyy..................... 1.4.2. Ciic cce p ixex o y.................... 1.4.3. Ciic cce p oax apy o epei 1.5. Ocooci y, o c ooa i cpyo........ 1.6. Tpaa apaa ya.................................................................... 1.7. aciai a aaa xapaepca apax epe e................................................................................................................. opoi a........................................................................................ 2. BAPBAHI TPAHCOPMATOP.......................................... 2.1. Eee eopi apaoo pacopaopa................................. 2.2. Tpacopaop exai peya..................................... 2.2.1. Tpacopaop epecy ooa................................ 2.2.2. Tpacopaop pyxo ai ya................... 2.2.3. Tpacopaop poce oip aopo.................. 2.3. Tpacopaop ai peya....................................... 2.4. Tpcopi pacopaop................................................................... 2.5. Ccea aooo epya pcopx pacopaopi............. 2.6. Tpacopaop e pao y................................... 2.7. Bip pacopaopi pix cocoi apa................... opoi a........................................................................................ 3. MAHHI EPEA BEHH OCTIHOO CTPM 3.1. Teopei oco poo apax oeopx eepaopi..... 3.2. p poo a xapaepc ex apax ee paopi.............................................................................................................. 3.3. aii acoci eepaopi........................................................ 3.4. aaa xapaepca ox pocox apax a x epe e ocioo cpyy............................................. 3.4.1. apai epeopai i apea oeop eepa opa........................................................................................................ 3.4.2. apai epeopai i apea e eepa opa........................................................................................................ 3.4.3. Apea a ai acxpox, eiox eepaopi........ opoi a........................................................................................ 4. BPMI OBOO BAPBAHH...................... 4.1. po ca apaoo pa................................. 4.2. o poo aipoiox ei y apax pax........................................................................................................ 4.3. aaoai cxe p............................................................ 4.4. p opya oiix xapaepc a peya xix apaepi apax pi............................................ 4.5. Ooocoi pi......................................................................... 4.5.1. Bpi i ca oii xapaepca........... 4.5.2. Bpi opc oii xapaepca.......... 4.5.3. Tpcopi apai pi............................................ 4.6. Bip pi pix cocoi apa........................... opoi a........................................................................................ 5. EPEA BEHH IMCHO-OBOO BAPBAHH.................................................................................................. 5.1. Eepi xapaepc i caiic poecy iyco-yo oo apa.............................................................................................. 5.2. Bo o epe e iyco-yooo apa..... 5.3. Coco opya iycoo cpyy a oi cxe iyc x epe....................................................................................................... 5.4. Iyci epea e apoayaa eepi................. 5.5. Iyci epea e e apoayai eepi................. 5.6. Ocooci acpoa a peya xix apaepi i ycx epe e............................................................................ opoi a........................................................................................ 6. EPEA BEHH APOHOOBOO BAP BAHH HEABM EETPOOM........................................................ 6.1. Ceiaioai yioai pcpo epe e................. 6.1.1. oaoe aaa y........................................................ 6.1.2. Iyca caiiai opi y............................................. 6.1.3. Oee ocio caoo ioo cpyy...................... 6.1.4. aapa paepa a.............................................................. 6.2. epea e apa i cpyo........................ 6.3. epea e apa oci cpyo..................... 6.4. iepcai epea e apa i a oci cpyo.................................................................................................... opoi a........................................................................................ 7. CEIAIOBAHI EPEA BEHH BAP BAHH TA COPIHEHX POECIB..................................................... 7.1. epea e eepoaooo apa...................... 7.2. epea e apa cpyo coo aco............ 7.3. epea e eepoo-poeeoo apa........... 7.4. epea e aox exooi opo aepiai... opoi a........................................................................................ 8. IHBEPTOPHI EPEA BEHH OBOO BA PBAHH........................................................................................................... 8.1. p poo a cxei pie iepopi cpyy i apy...... 8.2. Cxe iepopx epeopai apax epe e 8.3. Toi apai iepopi epea e.............................. 8.4. Iepopi epea e a ocoi ayyopi........................ opoi a........................................................................................ 9. AATOOCTOBI CCTEM TA EPEA BEHH... 9.1. Bae apaepi aaoocox cce e................. 9.2. Cxe e apax oci.................................................. 9.3. aaoocoi epea e........................................................... 9.4. Peya cpyy i apy a apax ocax..................... 9.5. Ocooci aaoocooo e p iyco-yooy apai....................................................................................................... opoi a........................................................................................ 10. TEXHIA EE TA OXOPOHA PAI P ECA TAI BAPBAHX EPE BEHH..................................... 10.1. aai ooe exi ee................................................... 10.2. Oee apy xoocoo xoy pacopaopi...................... 10.2.1. pcpo e apy xoocoo xoy pacopa opi exai peya.......................................................... 10.2.2. Oee apy xoocoo xoy pcopx pacopaopi....................................................................................... opoi a........................................................................................ CCO PEOMEHOBAHO ITEPATP........................................... OATO 1.......................................................................................................... OATO 2.......................................................................................................... PAAH Caica Boopo EPEA BEHH BAPBAHH ABEHHM Haa oci Peaop I.A. Mapo o'epa paa T.B. ooapeo, O.C. Hoe o'epa epca O.C. Hoe a oa .. Capoy opeop H.O. aia icao o pyy 09.09.2002. opa 6084/16. aip oce.

. py.ap. 18,5. O.-. ap. 19,9. Tpa 300 p. B. 16.

a. 146. ia ooipa.

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