JUWMAQLAW
Kurs jumısında berilgen baslanǵish maǵlıwmatlarǵa tiykarlanip rele qorǵanıw hám avtomatika apparatların esaplaw ushın maksimal hám minimal qısqa tutasıw tokları esaplandı. Qısqa tutasıw tokların esaplaw nátiyjeleri hám normal rejim parametrlerine tiykarlanıp transformatorlar elektr dvigateller elektr uzatıw tarmaqlarınıń releli qorǵanıwı esaplanadı.
Transformatorlar ushın differencial qorǵanıw sırtqı qısqa tutasıwlardan qorǵanıw, asa júkleniwden qorǵanıw tańlandı. Saylanǵan qorǵanıwlar transformatordıń isenimli hám qolaylı islewin támiyinleydi.....
Variantlar
№
|
L1 (km)
|
L2 (km)
|
L3 (km)
|
L4 (km)
|
T1=T2 kV
|
T3 kV
|
T4=T5 kV
|
T6 kV
|
1
|
AC-70 (15)
|
AC-70 (8)
|
AC-95 (15)
|
AAShv (20)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
TM 630/10
|
2
|
AC-95 (14)
|
AC-95 (9)
|
AC-70 (16)
|
AAShv (19)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТМ–400/10
|
3
|
AC-95 (13)
|
AC -70 (10)
|
AC-95 (17)
|
AAShv (18)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
ТМ–630/10
|
4
|
AC-70 (12)
|
AC-95 (11)
|
AC-70 (18)
|
AAShv (17)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТСЗ–250/10
|
5
|
AC-95 (11)
|
AC-70 (12)
|
AC-70 (19)
|
AAShv (16)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
ТСЗ–400/10
|
6
|
AC-70 (10)
|
AC-95 (11)
|
AC-95 (20)
|
AAShv (15)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТСЗ–630/10
|
7
|
AC-70 (11)
|
AC-70 (10)
|
AC-95 (19)
|
AAShv (16)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
TM 630/10
|
8
|
AC-95 (12)
|
AC-95 (9)
|
AC-70 (18)
|
AAShv (17)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТМ–400/10
|
9
|
AC-95 (13)
|
AC -70 (8)
|
AC-95 (17)
|
AAShv (18)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
ТМ–630/10
|
10
|
AC-70 (14)
|
AC-95 (9)
|
AC-70 (16)
|
AAShv (19)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТСЗ–250/10
|
11
|
AC-95 (15)
|
AC-70 (10)
|
AC-70 (15)
|
AAShv (20)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
ТСЗ–400/10
|
12
|
AC-70 (14)
|
AC-95 (11)
|
AC-95 (16)
|
AAShv (19)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТСЗ–630/10
|
13
|
AC-70 (13)
|
AC-70 (12)
|
AC-95 (17)
|
AAShv (18)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
TM 630/10
|
14
|
AC-95 (12)
|
AC-95 (11)
|
AC-70 (18)
|
AAShv (17)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТМ–400/10
|
15
|
AC-95 (11)
|
AC -70 (10)
|
AC-95 (19)
|
AAShv (16)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
ТМ–630/10
|
16
|
AC-70 (10)
|
AC-95 (9)
|
AC-70 (20)
|
AAShv (15)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТСЗ–250/10
|
17
|
AC-95 (11)
|
AC-70 (8)
|
AC-70 (19)
|
AAShv (16)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
ТСЗ–400/10
|
18
|
AC-70 (12)
|
AC-95 (9)
|
AC-95 (18)
|
AAShv (17)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТСЗ–630/10
|
19
|
AC-70 (13)
|
AC-70 (10)
|
AC-95 (17)
|
AAShv (18)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
TM 630/10
|
20
|
AC-95 (14)
|
AC-95 (11)
|
AC-70 (16)
|
AAShv (19)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТМ–400/10
|
21
|
AC-95 (15)
|
AC -70 (12)
|
AC-95 (15)
|
AAShv (20)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
ТМ–630/10
|
22
|
AC-70 (14)
|
AC-95 (11)
|
AC-70 (16)
|
AAShv (19)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТСЗ–250/10
|
23
|
AC-95 (15)
|
AC-70 (10)
|
AC-70 (17)
|
AAShv (18)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
ТСЗ–400/10
|
24
|
AC-70 (14)
|
AC-95 (9)
|
AC-95 (18)
|
AAShv (17)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТСЗ–630/10
|
25
|
AC-70 (13)
|
AC-70 (8)
|
AC-95 (19)
|
AAShv (16)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
TM 630/10
|
26
|
AC-95 (12)
|
AC-95 (9)
|
AC-70 (20)
|
AAShv (15)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТМ–400/10
|
27
|
AC-95 (11)
|
AC -70 (10)
|
AC-95 (19)
|
AAShv (16)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
ТМ–630/10
|
28
|
AC-70 (10)
|
AC-95 (11)
|
AC-70 (18)
|
AAShv (17)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТСЗ–250/10
|
29
|
AC-95 (11)
|
AC-70 (12)
|
AC-70 (17)
|
AAShv (18)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
ТСЗ–400/10
|
30
|
AC-70 (12)
|
AC-95 (11)
|
AC-95 (16)
|
AAShv (19)
|
TDN 10000/110
|
ТМН–6300/35–73УЗ
|
TMN 4000/35
|
ТСЗ–630/10
|
31
|
AC-70 (13)
|
AC-70 (10)
|
AC-95 (15)
|
AAShv (20)
|
TDN 10000/110
|
TMN 6300/35
|
TMN 4000/35
|
TM 630/10
|
Ádebiyatlar
Rele himoya va avtomatika fanidan kurs ishini bajarish ushın uslubiy ko’rsatmalar. Rismuxamedov D. A., To’ychiev F. N. Toshkent – 2019.
Pravila ustroystva elektroustanovok (PUE) – Gos. insp. “Uzgosenergonadzor”. Pod. red. A.D.Nigmatullaeva, B.T.Tashpulatova, A.I.Usmanova. Tashkent - 2011 g. 757s.
Shabad M.A. Rascheti releynoy zachiti i avtomatiki raspredelitelnix setey. - L.: Energiya, 1976. 288 s.
Berkovich M.A. i dr. Osnovi texniki releynoy zachiti. 6-ye izd. M. Energoatomizdat, 1984 – 376 s.
E. Kakueviskiy L.I., Smirnov T.V. Spravochnik rele zachiti.
Neklepaev B.N., Kryúshkov I.P. Elektricheskaya chast eletrostansii i podstansiy. Spravochnie materiali dlya diplomnogo i kursovogo proektirohámniya. M.: Energoatomizdat, 1989 g. 608 s.
Yu.M. Juravlev. Metodicheskie ukazaniya k kursovoy rabote po dissipline "Releynaya zachita i avtomatika SES" Tashkent, 1969, 48 s.
Siddikov I.X., Djalilov M.X, Azizov A.A., Kadirova I.V. Metodicheskie ukazaniya i zadaniya na kursovuyu rabotu po kursu «Releynaya zachita, avtomatika i telemexanika sistem elektrosnabjeniya». Tashkent, TGTU, 1992 g, 55s.
Bass E.I., Dorogunsev V.G. Releynaya zachita elektro-energeticheskix sistem: Úshebnoe posobie/ Pod red. A.F. Dyakohám - M.: Izdatelstvo MEI, 2002.- 296 s,
A. V. Bulichev, A. A. Navolochniy. Releynaya zachita v raspredelitelnix elektricheskix setyax: Posobie dlya prakticheskix raschetov - M.: ENAS, 2011. - 208 s.
Kopev V.N. Releynaya zachita. Prinsipi vipolneniya i primeneniya: úshebnoe posobie. - Tomsk: Izd. Tomskogo politexnicheskogo universiteta, 2009. - 153 s.
Qosımshalar
Avtomatik óshirgishler
"Elektron" avtomatlardiń texnik kórsetkishleri
Avtomat túri
|
Parametrleri
|
E06
|
E10
|
E16
|
E25
|
E40
|
Nominal tok, A
|
630
|
1000
|
1600
|
2500
|
4000
|
Kommutatsiyalaw qabiliyeti, kA
|
50
|
84
|
84
|
105
|
160
|
A3000 seriyadaǵi avtomatik hawa óshirgishleri
Túri
|
Nominal tok
A
|
Kernew, V
|
Polyuslar
sanı
|
Ornatıw
toki, A
|
Eng katta o`chish toki, kA
|
Úzıw waqıtı, S
|
Túriaqlı
|
Ózgermeli
|
A3160
|
50
|
110, 220
|
1,2,3
|
15–50
|
1,6–3,6
|
2,5–4,5
|
0,025
|
A3110
|
100
|
220
|
2,3
|
15–100
|
5
|
2,5–10
|
0,015
|
A3120
|
200
|
220
|
2,3
|
15–100
|
20
|
18
|
0,015
|
A3130
|
200
|
220
|
2,3
|
100–200
|
17–28
|
14–25
|
0,015
|
A3140
|
600
|
220
|
2,3
|
100–200
|
17–28
|
14–25
|
0,015
|
A3710B–
A3740B
|
160–
630
|
440
660
|
2,3
|
250–600
–
|
25–50
110
|
32–40
40–60
|
0,03
–
|
A3710F–
A3730F
|
160–
630
|
220
380
|
2,3
|
–
|
25–50
|
25–50
|
–
|
AK, AYe, AC, AP seriyadaǵı avtomatlardiń texnik kórsetkishleri
Túri
|
Nominal tok,
A
|
Nominal
kernewi, V
|
Polyuslar
sanı
|
Ornatıw
toki
|
Eng katta uzish toki, kA
|
Úzıw waqıtı,
s
|
Túriaqlı
|
Ózgermeli
|
AK–63
|
63
|
200–440
|
2, 3
|
0,63–63
|
5
|
9
|
0,03
|
AK–50
|
50
|
320–400
|
2, 3
|
2–50
|
4,5
|
9
|
0,04
|
AP–50
|
50
|
220–500
|
2, 3
|
1,6–50
|
1,252
|
0,3–2
|
0,02
|
A–63
|
25
|
110–220
|
1
|
0,63–25
|
2
|
2,5
|
–
|
AYe–1000
|
25
|
240
|
1
|
6–25
|
–
|
1,5
|
–
|
AYe–2000
|
25, 63, 100
|
220–500
|
1, 2, 3
|
|
10
|
16
|
–
|
AC–25
|
25
|
220–380
|
2, 3
|
1–20
|
3,2
|
2
|
–
|
AV–45/1000
|
6000
|
500
|
1
|
–
|
–
|
200 ge shekem
|
–
|
ACT–2/3
|
25
|
380
|
2, 3
|
–
|
90
|
–
|
0,08
|
AYe–2443
|
16, 20, 25,5, 31, 40, 50, 63
|
380
|
|
–
|
–
|
–
|
–
|
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