-
.002 (915.1)
.. - . . .002 (915.1) - : , 2005. - 46 .
, , .
, .
ã , 2005
.. 3
.. 4
.. 5
1. 7
2. .. 12
3. .. 18
4. .. 23
5. 28
6. .. 33
7. .. 38
8. .. 44
, - . .
.
.
() :
- , ;
- ;
- .
380 .
×, 充. 200
( / / ), 셅 600´430´510
|
|
( / / ), 셅 260 / 160 / 250
, , 充.. 30
.
- .
, , .
, .
, .
Ĩ, , .
, 01 I, , .
, .
, .
- 11, 12 ( - ) ~ 220 , 50 . .000, , 100 .
- ( ) . 2 . .042, , I1 =0,42 . . .042, , » I1 =0,42 . . .042, , ѻ I1 =0,42 .
- , , . ( 0 9). ( 1 250) 100 . , I1 =1,25 125. . .
- . . .000.
- .
5.1. 2 . I250, , I2= 50 %. 50 % I1 OL2. , I1=0,42 IOL2 =0,42+(0,42∙50)/100=0,63 . I2
|
|
( 0 9). ( 0 99) . .
5.2. I370, , I3= 70 %. , , , 70 % I1 .OL3. , I1=0,42 IOL3 =(0,42∙70)/100=0,29 . I3 ( 0 9).
( 0 99) . .
5.3. t010, ,
t0= 10 , () . t0. t0 ( 0 9). ( 0 99) . .
5.4. t103, ,
t1= 3 . I1 3 OL1. , I1=0,42 IOL1 =4∙0,42=1,64 3 . t1 ( 0 9).
( 0 99) . .
5.5. t205, ,
t2= 05 . OL2 t2= 5 . t2 ( 0 9). ( 0 99) . .
5.6. t305, ,
t3= 5 . ( ) OL3 t3= 5 . t3 ( 0 9). ( 0 99) . .
- . . .000.
1.
-
-
-
1 | 120 / ~ 380 / 1500 -1 | |
QF1 | ~ 380 / 6 | |
SF1 | ~ 230 / 0,5 | |
1 | ~ 380 / 10 | |
1 | ~ 660 / 10 / 0,420,58 | |
SB1, SB2 | ~ 380 / 10 | |
HLR1, HLG1 | ~ 220 | |
V1 | ~ 0500 | |
A1 | ~ 02 |
|
|
, ( ) , , .
.
QF1 SF1, .
. , , 5, 6, .
1, .
QF1 SF1.
.
. HLG1 (»).
SB1 (Ļ). 1, HLR1 (Ļ). V1 A1 1. HLG1 (») .
SB2 (ϻ). 1 . 1 , HLG1 (»). HLR1 (Ļ) .
SB1 (Ļ).
1 , , » . 1 . 1. , 1 .
» 1.
.
.
QF1 SF1.
1, . , 1. , .
1.
QF1 SF1.
.
. HLG1 (»).
SB1 (Ļ). 1 , HLR1 (Ļ). V1 A1 1. HLG1 (») . 1 . , 1 .
, 1 .
|
|
2.
-
-
-
1 | 120 / ~ 380 / 1500 -1 | |
QF1 | ~ 380 / 6 | |
SF1 | ~ 230 / 0,5 | |
1 | ~ 380 / 10 | |
1 | ~ 660 / 10 / 0,420,58 | |
S1 | ~ 220 / 2 / 3 | |
HLR1, HLG1 | ~ 220 | |
V1 | ~ 0500 | |
A1 | ~ 02 |
, ( ) , , .
.
QF1 SF1, .
SA1 ϻ.
. , , 5, 6, .
1, .
QF1 SF1.
.
. HLG1 (»).
SA1 Ļ. 1, HLR1 (Ļ). V1 A1 1. HLG1 (») .
SA1 ϻ. 1 . 1 , HLG1 (»). HLR1 (Ļ) .
SA1 Ļ.
1 , , » . 1 . 1. , 1 .
» 1.
SA1 ϻ.
.
.
QF1 SF1.
1, . , 1. , .
1.
QF1 SF1.
.
. HLG1 (»).
SA1 Ļ. 1 , HLR1 (Ļ). V1 A1 1. HLG1 (») . 1 . , 1 .
SA1 ϻ, , 1 .
3.
|
|
-
-
-
1 | 120 / ~ 380 / 1500 -1 | |
QF1 | ~ 380 / 6 | |
SF1 | ~ 230 / 0,5 | |
1 | ~ 380 / 10 | |
13 | 02,5 | |
4 | ~ 380 / 2,5 | |
V1 | ~ 0500 | |
A1 | ~ 02 |
, ( ) , , .
.
QF1 SF1, .
. , , 5, 6, .
QF1 SF1.
.
.
4 ( ) .000, 100 ( ) 1, .
, 4 : I1 = 0,42 ( ), I2 = 50%, I3 = 70% t0 = 10 c, t1 = 3 c, t2 = 5 c, t3 = 5 c. , . ( , ).
4. .
4. 1. 1 2 1. 4 100 1 . .
.
1 4.
4. .
1 4.
1 , , » . V1 A1 1. 4 100 1 . 1 . t3 = 5 c 1 . OL3, 4.
» 1.
.
.
QF1 SF1.
1, . , 1. , .
QF1 SF1.
.
.
4. .
4. 1 . V1 A1 1. 4 100 1 . 1 . t2 = 5 c 1 . OL2, 4.
, 1 .
4.
-
-
-
1 | 120 / ~ 380 / 1500 -1 | |
QF1 | ~ 380 / 6 | |
SF1 | ~ 230 / 0,5 | |
1 | ~ 380 / 10 | |
13 | 02,5 | |
4 | ~ 380 / 2,5 | |
SB1, SB2 | ~ 380 / 10 | |
HLR1, HLG1 | ~ 220 | |
V1 | ~ 0500 | |
A1 | ~ 02 |
, ( ) , , .
.
QF1 SF1, .
. , , 5, 6, .
QF1 SF1.
.
. HLG1 (»). 4 ( ) .000, 100 ( ) 1, .
, 4 : I1 = 0,42 ( ), I2 = 50%, I3 = 70% t0 = 10 c, t1 = 3 c, t2 = 5 c, t3 = 5 c. , . ( , ).
2 SB1 (Ļ). 1, HLR1 (Ļ). V1 A1 1. HLG1 (») . 4 100 1 . .
2 SB2 (ϻ). 1 . 1 , HLG1 (»). HLR1 (Ļ) .
1 2 SB1 (Ļ).
1 , , » . V1 A1 1. HLG1 (») . 4 100 1 . 1 . t3 = 5 c 1 . OL3, 4.
» 1.
.
.
QF1 SF1.
1, . , 1. , .
QF1 SF1.
.
. HLG1 (»).
2 SB1 (Ļ). 1 , HLR1 (Ļ). V1 A1 1. HLG1 (») . 4 100 1 . 1 . t2 = 5 c 1 . OL2, 4.
, 1 .
5.
-
-
-
1 | 120 / ~ 380 / 1500 -1 | |
QF1 | ~ 380 / 6 | |
SF1 | ~ 230 / 0,5 | |
1, 2 | ~ 380 / 10 | |
1 | ~ 660 / 10 / 0,420,58 | |
SB1, SB2, SB3 | ~ 380 / 10 | |
HLR1, HLR2, HLG1 | ~ 220 | |
V1 | ~ 0500 | |
A1 | ~ 02 |
, ( ) , , .
.
QF1 SF1, .
. , , 5, 6, .
1, .
QF1 SF1.
.
. HLG1 (»).
SB1 (Ļ). 1, HLR1 (Ļ). V1 A1 1. HLG1 (») .
SB3 (ϻ). 1 . 1 , HLG1 (»). HLR1 (Ļ) .
SB2 (Ļ). 1 , HLR2 (Ļ). V1 A1 1. HLG1 (») .
SB3 (ϻ). 1 . 1 , HLG1 (»). HLR2 (Ļ) .
SB1 (Ļ).
1 , , » . 1 . 1. , 1 .
» 1.
.
.
QF1 SF1.
1, . , 1. , .
1.
QF1 SF1.
.
. HLG1 (»).
SB1 (Ļ). 1 , HLR1 (Ļ). V1 A1 1. HLG1 (») . 1 . , 1 .
, 1 .
6.
-
-
-
1 | 120 / ~ 380 / 1500 -1 | |
QF1 | ~ 380 / 6 | |
SF1 | ~ 230 / 0,5 | |
1, 2 | ~ 380 / 10 | |
1 | ~ 660 / 10 / 0,420,58 | |
S1 | ~ 220 / 2 / 3 | |
HLR1, HLR2, HLG1 | ~ 220 | |
V1 | ~ 0500 | |
A1 | ~ 02 |
, ( ) , , .
.
QF1 SF1, .
SA1 ϻ.
. , , 5, 6, .
1, .
QF1 SF1.
.
. HLG1 (»).
SA1 Ļ. 1, HLR1 (Ļ). V1 A1 1. HLG1 (») .
SA1 ϻ. 1 . 1 , HLG1 (»). HLR1 (Ļ) .
SA1 Ļ. 1 , HLR2 (Ļ). V1 A1 1. HLG1 (») .
SA1 ϻ. 1 . 1 , HLG1 (»). HLR2 (Ļ) .
SA1 Ļ.
1 , , » . 1 . 1. , 1 .
» 1.
SA1 ϻ.
.
.
QF1 SF1.
1, . , 1. , .
1.
QF1 SF1.
.
. HLG1 (»).
SA1 Ļ. 1 , HLR1 (Ļ). V1 A1 1. HLG1 (») . 1 . , 1 .
SA1 ϻ, , 1 .
7.
-
-
-
1 | 120 / ~ 380 / 1500 -1 | |
QF1 | ~ 380 / 6 | |
SF1 | ~ 230 / 0,5 | |
1, 2 | ~ 380 / 10 | |
13 | 02,5 | |
4 | ~ 380 / 2,5 | |
V1 | ~ 0500 | |
A1 | ~ 02 |
, ( ) , , .
.
QF1 SF1, .
. , , 5, 6, .
QF1 SF1.
.
.
4 ( ) .000, 100 ( ) 1, .
, 4 : I1 = 0,42 ( ), I2 = 50%, I3 = 70% t0 = 10 c, t1 = 3 c, t2 = 5 c, t3 = 5 c. , . ( , ).
4. .
4. 1. 1 2 1. 4 100 1 . .
.
4. t0 = 10 c 1 . 1 2 1. 4 100 1 . .
.
1 4.
4. .
1 4.
1 , , » . V1 A1 1. 4 100 1 . 1 . t3 = 5 c 1 . OL3, 4.
» 1.
.
.
QF1 SF1.
1, . , 1. , .
QF1 SF1.
.
.
4. .
4. 1 . V1 A1 1. 1 . t2 = 5 c 1 . OL2, 4.
, 1 .
8.
-
-
-
1 | 120 / ~ 380 / 1500 -1 | |
QF1 | ~ 380 / 6 | |
SF1 | ~ 230 / 0,5 | |
1, 2 | ~ 380 / 10 | |
13 | 02,5 | |
4 | ~ 380 / 2,5 | |
SB1SB3 | ~ 380 / 10 | |
HLR1, HLR2, HLG1 | ~ 220 | |
V1 | ~ 0500 | |
A1 | ~ 02 |
, ( ) , , .
.
QF1 SF1, .
. , , 5, 6, .
QF1 SF1.
.
. HLG1 (»). 4 ( ) .000, 100 ( ) 1, .
, 4 : I1 = 0,42 ( ), I2 = 50%, I3 = 70% t0 = 10 c, t1 = 3 c, t2 = 5 c, t3 = 5 c. , . ( , ).
2 SB1 (Ļ). 1, HLR1 (Ļ). V1 A1 1. HLG1 (») . 4 100 1 . .
2 SB2 (ϻ). 1 . 1 , HLG1 (»). HLR1 (Ļ) .
t0 = 10 c SB2 (Ļ). 1 , HLR2 (Ļ). V1 A1 1. HLG1 (») . 4 100 1 . .
2 SB2 (ϻ). 1 . 1 , HLG1 (»). HLR1 (Ļ) .
1 SB1 (Ļ).
1 , , » . V1 A1 1. HLG1 (») . 4 100 1 . 1 . t3 = 5 c 1 . OL3, 4.
» 1.
.
.
QF1 SF1.
».
1, . , 1. , .
QF1 SF1.
.
.