Contentenergy-21.ru/files/misc/catalog2020en.pdf Tel/fax: ( 51) 66 -24-60, 66 -26-75, 66 -24-92, 211-60-20, 211-60- 0 e-mail: [email protected] 4 AO «ENERGY +21» 10, Safonova str.,

AO «ENERGY +21»10, Safonova str., Uvelski, Chelyabinsk region, 457000, Russia

�

Content

About the company .......................................................................................................... 6Contacts ............................................................................................................................ 9

Part I. Composite suspension insulators for TL ............................................................. 10

Part II. Bird protection device for composite suspension insulators ........................... �0

Part III. Composite pin insulators .................................................................................... �2

Part IV. Composite line post insulators ........................................................................... �6

Part V. Composite interphase insulating spacers ......................................................... 54

Part VI. Composite post insulators .................................................................................. 60

Part VII. Composite bus support .................................................................................... 102

Part VIII. Composite bushings ........................................................................................ 116

Part IX. Composite pin insulators for traction lines ..................................................... 122

Part X. Composite pin bird-protected insulators for traction lines ........................... 140

Part XI. Line fittings .......................................................................................................... 162

1*

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4 AO «ENERGY +21»10, Safonova str., Uvelski, Chelyabinsk region, 457000, Russia

5


6 AO «ENERGY +21»10, Safonova str., Uvelski, Chelyabinsk region, 457000, Russia

7

About the company AO «Energia+21» was founded in 1993 as specialized polymeric insulator pro-

duction enterprise. Engineering development methods as well as technological pro-cess of Siberian Scientific Research Institute of Power Engineering, Novosibirsk,

became the basis for production of the first insulators. At the very beginning, the company produced only

three types of 70 kN insulators for 35, 110 and 220 kV.Today the range of produced insulators is largely in-

creased. It includes:• line suspension insulators (for power transmission

line from 10 kV up to and including 500 kV);• line post and pin insulators (for 10–35 kV);• post insulators (for 10÷220 kV voltage);• bushing insulators (for 10 kV);• pin insulators, for railway overhead constructions;• pin bird-protected insulators, for railway overhead

constructions;• interphase and insulating spacers.

All produced insulators are made of silicone rubber of high quality and have solid-cast ribbing.

Taking into account all kinds of connections for various voltage classes; loads 70, 120, 160, 210 kN; and levels of atmosphere pollution, the enterprise produces more than 120 types of line suspension insulators and cap-and-pin polymer insula-tors, more than 40 types of support insulators, and more than 30 types of railway insulators.

During 25 years of operational service of insulators produced by AO «Ener-gia+21», there are no records of insulator puncture, or its failure because of design or technological process reasons. The specialists of the company maintain business contacts with the customers and take their suggestions and requests with sensitivity. With due consideration to the opin-ion of consumers, the insulator design is permanent-ly modified that improves its technical characteris-tics, reliability and service life.

The company purposefully takes measures to searching for materials of higher quality with the fol-lowing replacement of employed materials.

Fiberglass, rubber compound, and materials for connection fittings enter the production with im-proved characteristics.

For dynamic consumer needs response the ma-jor part of connection fittings is produced in specially designed forging workshop. Moreover, in 2004 the

metal fittings hot galvanizing workshop was put into operation, along with the quality control laboratory of insulators, purchased materials and compounds. All these measures were taken for improvement of quality and reliability of products.

The quality management system established in the company is certified in accordance with the interna-tional standard ISO 9001.

AO «ENERGIA+21» effectively cooperates with design institutes, scientific research and test centres: research centre FSUE «RFNC-VNIITF», Moscow, «VNIIEM Corporation» JSC, Moscow, and «High Volt-age Direct Current Power Transmission Research In-stitute» JSC, St. Petersburg.

The products of AO «Energia+21» are certified by ENERGOSERT and ENSER-TIKO Associations, as well as by the System of Certification on the Federal Railway Transport.

Moreover, AO «Energia+21» is a constant par-ticipant of different exhibitions (primarily, special-ized power engineering exhibitions).

Due to high quality and novelty of goods, the company has been awarded multiple certificates and medals. According to the results of 2004, AO «Energia+21» was included in the Best People in Russia encyclopedia as the reliable business partner.

Also, the International Academy of Real Econo-my named the company «The enterprise of the year» in the nomination «Effective business technology», while the General Director Salov Oleg Veniaminovich was named «The man of the year».

During its development, AO «Energia+21» realized the high level of its respon-sibility for output products which have the immediate influence on stable operation of power transmission, and, as a result, provide the energy security of Russia. Thus, these factors encourage the company within a short time to apply new types of insulators and fit-tings, steadily improve the output goods, and expand its capacity. Moreover, the enterprise continues to found new work centres, and provide permanent development and growth of professional skills of the whole staff.


� AO «ENERGY +21»10, Safonova str., Uvelski, Chelyabinsk region, 457000, Russia

9

Management staff of AO «ENERGY+21» thank the directors of electric-ity companies (1993–1995 ) provided the help with organization and forma-tion of our factory.

• «Tumenenergo»General Director – Valentin Bogan Chief engineer – Victor VasilyevDeputy Chief engineer – Lev Peutin

• PАО «Chelyabenergo»General Director – Yuri Gusikhin

• PАО «Permenergo»General Director – Yuri Lapin

• PАО «Bashkirenergo»General Director – Vladimir KrainovDeputy General Director – Valentin Alexandrov

• ОАО «YuAIZ»General Director – Vladimir OsipovChief engineer – Vladimir Golovin

• Sibirsky Energy Research Institute Deputy General Director on science – Valery Chunchin Leading specialist – Mikhail Romanov

Contacts:

AO «ENERGY+21»10, Safonova str., Uvelski, Chelyabinsk region, 457000, Russiatel./fax: (351) 663-24-60, 344-06-54, 344-61-88

INN 7424004347, KPP 742401001.

Settlement account: 40702810007520000122 in PАО «Chelindbank», Chely-abinsk. BIC 047501711, corr./account 30101810400000000711.Code OKPO 21639232.

General Director – Oleg SALOV

tel.: (351) 211-60-10, 663-24-92

Deputy General Director – Alexander PETERIMOV

tel.: (351) 211-60-20

Chief engineer – Anatoly IVANISENKO

tel.: (351) 211-60-10, 663-24-92Chief accountant –

Natalia BREDIKHINA tel.: (351)663-24-92

Sales Department: tel.: (351) 211-60-20, 663-24-60

Engineering Department:tel.: (351) 211-60-10, 663-24-92

Purchasing Department: tel.: (351) 211-60-30, 663-26-75

Accounts Department:tel.: (351) 663-24-92

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Part I.Composite suspension

insulators for transmission linesComposite line insulators are accepted by The Research &

Design Center for Power Engineering (RDCPE) and recommended for application in the projects of RDCPE

General scope (application):Polymeric line insulators are intended for insulation and fixture of the conduc-

tors in the power transmission lines and bus arrangement of the switchgears of AC power stations and substations with voltage of 10–500 kV and frequency up to 100 Hz in the condition with various level of pollution. The climatic modification of the insulators is UHL and the category of disposing is 1 in accordance with Russian GOST 15150. The insulators are operated at maximum operating temperatures from -60°C to +50°C and installation at altitude no more than 1000 m above sea level.

Reference designation of insulators(classification):

L К 70 / 110 – 2 GPSP, SS, GP, GS– insulator modification index

1-4 … – maximum level of pollution acc.PUE edition 7, item. 1.9, СТО 56947007-29.240.068-2011

10–500 – nominal voltage of TL in kV

70–210 – specified mechanical failing load in kNК – material of protective coating of insulating part: silicon rubber

L – type of insulator : suspension line unit

Part I. Composite suspension insulators, GOST 551�9, TU 27.90.12.110-012-216�92�2-2017, TU �494-015-216�92�2-2006


Example of reference designation

Insulator LK 70/110-2SP – composite line suspension unit with pro-tective ribbed capsule made from silicon rubber, grade 70/110 on nominal voltage 110 kV, modification SP, for operation in areas with the pollution of the 2nd category.

Insulators are manufactured in different modifications:«SP (СП)», «SS (СС)»,«GP (ГП)», «GS (ГС)»

Line Coupling dimensions

ØD Ød Ød1 B b b1 b2 a a1

7-to

n

33,3-1,5 17+1,2+0,3

17-1,2 16+0,9-1,1

13,4-1,3 19,2+1,6 34,5+1,5 14,5+1,6-1,6

20,5+1,5

12-to

n

33,3-1,5 23+1,5+0,2

17-1,2 22+0,9-1,3

13,4-1,3 19,2+1,6 34,5+1,5 14,5+1,6-1,6

20,5+1,5

16-to

n

41-1,6 26+1,5+0,2

21-1,3 25+0,9-1,3

19,5-1,4 23+2,1 42,5+1,5 20,5+2,1 29,3+1,5

21-to

n

41-1,6 29+1,5+0,2

21-1,3 28+0,9-1,3

19,5-1,4 23+2,1 42,5+1,5 20,5+2,1 29,3+1,5


AO «ENERGY +21»1�10, Safonova str., Uvelski, Chelyabinsk region, 457000, Russia

Coupling link of line fitting:Double socket ball 2У-12-16

“SP” Tongue-Ball “SS” Tongue-Tongue

“GP” Socket-Ball “GS” Socket-Tongue





Characteristics

LK 7

0/10

-2SP

UH

L1

LK 7

0/10

-�SP

UH

L1

LK 7

0/10

-4SP

UH

L1

LK 7

0/20

-2SP

UH

L1

LK 7

0/20

-�SP

UH

L1

LK 7

0/20

-4SP

UH

L1

Nominal voltage, kV 10 20

Mechanical tensile failing load, not less kN 70

Spacing Н, mm 311 392 446 554

Length of insulating part L, mm 227 308 362 470

Leakage distance, сm 31 36 43 64 69 84

Coupling dimensions

B 16 +0,9-1,1

Ød 17 +1,2+0,3

ØD 33,3-1,5

Ød1 17-1,2

b 13,4-1,3

Weight, not more, kg 1,0 1,2 1,3 1,4

Pollution level (PL) acc. to STO 56947007-29.240.068-2011 (Publ.7, Cl. 1.9,)

2 3 4 2 3 4

50% power frequency discharge voltage in wet and polluted conditions, not less, kV 25

Power frequency withstand voltage:– dry, kV– under rain, kV

90 60

9570

Withstand voltage lightning impulse, not less, kV 170 180





Characteristics

LK 7

0/�5

-2SP

UH

L1

LK 7

0/�5

-�SP

UH

L1

LK 1

20/�

5-�S

P U

HL1

LK 7

0/�5

-4SP

UH

L1

LK 1

20/�

5-4S

P U

HL1

Nominal voltage, kV 35

Mechanical tensile failing load, not less kN 70 120 70 120

Spacing Н, mm 640 740 778 878

Length of insulating part L, mm 440 578

Leakage distance, сm 106 116 140

Coupling dimensions

B 16 +0,9-1,1 22 +0,9

-1,3 16 +0,9-1,1 22 +0,9

-1,3

Ød 17 +1,2+0,3 23 +1,5

+0,2 17 +1,2+0,3 23 +1,5

+0,2

ØD 33,3-1,5

Ød1 17-1,2

b 13,4-1,3

Weight, not more, kg 1,9 2 3,2 2,4 3,6


2 3 4



160140

Withstand voltage lightning impulse, not less, kV 295

2 За

к. 2

130



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Characteristics

LK 7

0/11

-2SP

U

HL1

LK 1

20/1

10-2

SPU

HL1

LK 7

0/11

0-�S

PU

HL1

LK 1

20/1

10-�

SPU

HL1

LK 7

0/11

0-4S

PU

HL1

LK 1

20/1

10-4

SPU

HL1


Mechanical tensile failing load, not less kN 70 120 70 120 70 120

Spacing Н, mm 1280 1388 1441 1541 1594 1694

Length of insulating part L, mm 1034 1042 1195 1348

Leakage distance, сm 252 263 316 390

Coupling dimensions

B 16 +0,9-1,1 22 +0,9

-1,3 16 +0,9-1,1 22 +0,9

-1,3 16 +0,9-1,1 22 +0,9

-1,3

Ød 17 +1,2+0,3 23 +1,5

+0,2 17 +1,2+0,3 23 +1,5

+0,2 17 +1,2+0,3 23 +1,5

+0,2

ØD 33,3-1,5

Ød1 17-1,2

b 13,4-1,3

Screen diameter, mmØdv (upper) 135

Ødn (bottom) 135

Weight, not more, kg 3,5 3,8 4,4 5,0 6,0 6,4


2 3 4



340325

340325


Fig. No. 1 22*

Fig. 1 Fig. 2





Characteristics

LK 1

60/1

10-2

SPU

HL1

LK 1

60/1

10-�

SPU

HL1

LK 1

60/1

10-4

SP

UH

L1LK

70/

150-

2SP

UH

L1LK

120

/150

-2SP

U

HL1

LK 7

0/15

0-�S

P U

HL1

LK 1

20/1

50-�

SP

UH

L1LK

70/

150-

4SP

UH

L1LK

120

/150

-4SP

U

HL1


Mechanical tensile failing load, not less kN 160 70 120 70 120 70 120

Spacing Н, mm 1450 1510 1570 1594 1694 1747 1847 2206 2306Length of insulating part L, mm 1022 1082 1142 1346 1500 1959Leakage distance, сm 319 337 390 342 425 535

Coupling dimensions

B 25 +0,9-1,3 16 +0,9

-1,1 22 +0,9-1,3 16 +0,9

-1,1 22 +0,9-1,3 16 +0,9

-1,1 22 +0,9-1,3

Ød 26 +1,5+0,2 17 +1,2

+0,3 23 +1,5+0,2 17 +1,2

+0,3 23 +1,5+0,2 17 +1,2

+0,3 23 +1,5+0,2

ØD 41-1,6 33,3-1,5

Ød1 21-1,3 17-1,2

b 19,5-1,4 13,4-1,3

Screen diameter, mm

Ødv (upper) 160 135Ødn (bottom) 160

Weight, not more, kg 8 8,3 8,6 5,2 6,4 5,9 7,3 7,8 9,3Pollution level (PL) acc. to STO 56947007-29.240.068-2011 (Publ.7, Cl. 1.9,)

2 3 4 2 3 4

50% power frequency discharge voltage in wet and polluted conditions, not less, kV

160 240

Power frequency withstand voltage:– dry, kV– under rain, kV 340

325390380

340325

390380

Withstand voltage lightning impulse, not less, kV 550 650 550 650

Fig. No. 1 2

Fig. 1 Fig. 2





Characteristics

LK 7

0/22

0-2S

P U

HL1

LK 1

20/2

20-2

SP

UH

L1

LK 7

0/22

0-�S

P U

HL1

LK 1

20/2

20-�

SP

UH

L1

LK 1

60/2

20-2

SP

UH

L1

LK 1

60/2

20-�

SP

UH

L1

LK 7

0/22

0-4S

P U

HL1

LK 1

20/2

20-4

SP

UH

L1

LK 1

60/2

20-4

SP

UH

L1


Mechanical tensile failing load, not less kN 70 120 70 120 160 70 120 160

Spacing Н, mm 2206 2306 2564 2664 2410 2590 2650 2750 2830

Length of insulating part L, mm 1917 2275 1941 2121 2361

Leakage distance, сm 505 580 609 663 790

Coupling dimensions

B 16+0,9-1,1 22

+0,9-1,3 16

+0,9-1,1 22

+0,9-1,3 25

+0,9-1,3 16

+0,9-1,1 22

+0,9-1,3 25

+0,9-1,3

Ød 17+1,2+0,3 23

+1,5+0,2 17

+1,2+0,3 23

+1,5+0,2 26

+1,5+0,2 17

+1,2+0,3 23

+1,5+0,2 26

+1,5+0,2

ØD 33,3-1,5 41-1,6 33,3-1,5 41-1,6

Ød1 17-1,2 21-1,3 17-1,2 21-1,3

b 13,4-1,3 19,5-1,4 13,4-1,3 19,5-1,4

Screen diameter, mm

Ødv (upper) 160

Ødn (bottom) 260

Weight, not more, kg 7,9 11,8 9,7 13,9 14,8 16,1 10,6 12,5 16,3

Pollution level (PL) acc. to STO 56947007-29.240.068-2011(Publ.7, Cl. 1.9,)

2 3 2 3 4


260


580550

600580

580550

600580

650620

Withstand voltage lightning impulse, not less, kV 980 1000 980 1000 1100





Characteristics

LK 7

0/��

0-2S

P U

HL1

LK 1

20/�

�0-2

SP U

HL1

LK 1

60/�

�0-2

SP U

HL1

LK 7

0/��

0-�S

P U

HL1

LK 1

20/�

�0-�

SP U

HL1

LK 1

60/�

�0-�

SP U

HL1


Mechanical tensile failing load, not less kN 70 120 160 70 120 160

Spacing Н, mm 2950 3050 3130 3070 3170 3250


Leakage distance, сm 826 905

Coupling dimensions

B 16+0,9-1,1 22

+0,9-1,3 25

+0,9-1,3 16

+0,9-1,1 22

+0,9-1,3 25

+0,9-1,3

Ød 17+1,2+0,3 23

+1,5+0,3 26

+1,5+0,2 17

+1,2+0,3 23

+1,5+0,3 26

+1,5+0,2

ØD 33,3-1,5 41-1,6 33,3-1,5 41-1,6

Ød1 17-1,2 21-1,3 17-1,2 21-1,3

b 13,4-1,3 19,5-1,4 13,4-1,3 19,5-1,4

Screen diameter, mmØdv (upper) 160

Ødn (bottom) 370

Weight, not more, kg 12,5 13,5 16,9 13,1 14,5 17,4Pollution level (PL) acc. to STO 56947007-29.240.068-2011 (Publ.7, Cl. 1.9,)

2 3



650650


Switching surge voltage test under rain, kV 950





Characteristics

LK 7

0/33

0-2S

P М

U

HL1

LK 1

20/3

30-2

SP М

U

HL1

LK 1

60/3

30-2

SP М

U

HL1

LK 7

0/50

0-2S

P М

U

HL1

LK 1

20/5

00-2

SP М

U

HL1

LK 1

60/5

00-2

SP М

U

HL1

LK 2

10/5

00-2

SP М

U

HL1


Mechanical tensile failing load, not less kN 70 120 160 70 120 160 210

Spacing Н, mm 2996 3083 3254 4074 4283 4453 4490

Length of insulating part L, mm 2667 2653 2744 3746 3853 3944 3954

Leakage distance, сm 735 725 1073

Coupling dimensions

B 16+0,9-1,1 22

+0,9-1,3 25

+0,9-1,3 16

+0,9-1,1 22

+0,9-1,3 25

+0,9-1,3 28

+0,9-1,3

Ød 17+1,2+0,3 23

+1,5+0,2 26

+1,5+0,2 17

+1,2+0,3 23

+1,5+0,2 26

+1,5+0,2 29

+1,5+0,2

ØD 33,3-1,5 41-1,6 33,3-1,5 41-1,6

Ød1 17-1,2 21-1,3 17-1,2 21-1,3

b 13,4-1,3 19,5-1,4 13,4-1,3 19,5-1,4

Screen diameter, mm

Ødv (upper) 160

Ødn (bottom) 435

Weight, not more, kg 18,7 19,9 21,7 22,1 23,6 25,1 25,5


2


315 460


650650

800800


Switching surge voltage test under rain, kV 950 1230





Characteristics

LK 7

0/50

0-2S

P U

HL1

LK 1

20/5

00-2

SP

UH

L1

LK 1

60/5

00-2

SP

UH

L1

LK 2

10/5

00-2

SP

UH

L1

LK 7

0/50

0-�S

P U

HL1

LK 1

20/5

00-�

SP

UH

L1

LK 1

60/5

00-�

SP

UH

L1

LK 2

10/5

00-�

SP

UH

L1


Mechanical tensile failing load, not less kN 70 120 160 210 70 120 160 210

Spacing Н, mm 3910 4010 4090 4100 4330 4430 4510 4520


Leakage distance, сm 1116 1315

Coupling dimensions

B 16+0,9-1,1 22

+0,9-1,3 25

+0,9-1,3 28

+0,9-1,3 16

+0,9-1,1 22

+0,9-1,3 25

+0,9-1,3 28

+0,9-1,3

Ød 17+1,2+0,3 23

+1,5+0,2 26

+1,5+0,2 29

+1,5+0,2 17

+1,2+0,3 23

+1,5+0,2 26

+1,5+0,2 29

+1,5+0,2

ØD 33,3-1,5 41-1,6 33,3-1,5 41-1,6

Ød1 17-1,2 21-1,3 17-1,2 21-1,3

b 13,4-1,3 19,5-1,4 13,4-1,3 19,5-1,4

Screen diameter, mm

Ødv (upper) 160

Ødn (bottom) 370

Weight, not more, kg 18,5 19,1 20,0 20,2 19,7 20,3 21,1 21,3

Pollution level (PL) acc.to STO 56947007-29.240.068-2011(Publ.7, Cl. 1.9,)

2 3


460


800800


Switching surge voltage test un-der rain, kV 1230



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AO «ENERGY +21»�110, Safonova str., Uvelski, Chelyabinsk region, 457000, Russia

Part II.Bird protection device

for composite suspension insulators

General scope (application):

Bird-protective device is designed to protect the composite suspension insula-tors from the waste products of birds and prevent the defeat of birds by electric current through a stream of manure. The bird protection device is mounted on the end fitting of a composite suspension insulator of class 70 kN or 120 kN and is used on overhead AC power lines with a voltage of 10–220 kV in areas with 1–4 degree of pollution. The climatic modification is UHL and the category of disposing is 1 in accordance with Russian GOST 15150. Bird-protective device is operated at maxi-mum operating tempera-tures from -60°C to +50°C and installation at altitude no more than 1000 m above sea level. Bird-protective device is made of silicone rub-ber, which is resistant to a wide range of environmental factors, so that the device retains its performance throughout the life of the product. In fig. 2 shows the use of the device in conjunction with the insulator LK 70/110-2SP.

Reference designation:PZU 31-300 is a bird protection device made of silicone rubber with an internal

diameter of 31mm and an outer diameter of 300 mm. It is manufac-tured according to TU 3494-035-21639232-2016 and complies with the re-quirements of the stan-dard of the organization of PAO «ROSSETI» STO 34.01-2.2-010-2015.

Part II. Bird protection device for composite suspension insulators,TU �494-0�5-216�92�2-2016

Part II. Bird protection device for composite suspension insulators,TU �494-0�5-216�92�2-2016

Parameter PZU 31-190 PZU 31-300 PZU 31-460( PZU 35-460)

Outer diameter D, мм 190 300 460

Internal diameter d, мм 31 31 31(35)

Height Н, мм 36,2 41 40,9

Weight, not more, kg 0,35 0,85 1,55

Class of resistance to burning according to GOST 28779 ПВ 0

Tracking-erosion resistant grade according to GOST 27474 1В4,5

The class of surface hydrophobicity according to GOST R 52082 1

Fig. No. 1

Fig. 1 Fig. 2


AO «ENERGY +21»��10, Safonova str., Uvelski, Chelyabinsk region, 457000, Russia

Part III.Composite pin insulators

General scope (application):Polymeric pin insulators are intended for insulation and fixture of the conduc-

tors in the power transmission lines and bus arrangement of the switchgears of AC power stations and substations with voltage of 10–20 kV and frequency up to 100 Hz at temperature from -60°C to +50°C. The cli-matic modification of the insulators is UHL and the category of disposing is 1 in accordance with Russian GOST 15150 and meets to requirement of GOST 15543/1.

Reference designation of insulator (classification):

climatic performance acc. To GOST 15150, category of installation 1the index of the modification of the insulator, providing a complete set of the sleeve for fixing the wire in the groovethe design involving the presence of a chute for rolling wiresmaximum level of pollution acc. PUE edition 7, item. 1.9, STO 56947007-29.240.068-201110, 20 – nominal voltage, kV

P – composite

Sh – pin

Part III. Composite pin insulatorsTU �49�-01�-216�92�2-2007; TU �49�-029-216�92�2-2015

Characteristics ShP-10 UHL1

ShP-10-4 UHL1

ShP-20 UHL1


Puncture voltage, not less, kV 130 150

Full lightning impulse voltage test, kV 80 130

Dry test voltage, kV 50 70

Wet test voltage, kV 40 60

Leakage distance, cm 28 42

Specified mechanical failing bending load, not less, kN 12,5 13

Installation on pins and hooks with diameter D, mm

capsule

К6 К7 К9 К10

20 22 24 22

Weight, not more, kg 0,73 1,1

Porcelain analogue ШФ-10Г – ШФ-10Г

Glass analogue ШС-10 – ШС-10

Fig. No. 1 2


Fig. 1 Fig. 2



Characteristics ShP 10G UHL 1

ShP 10G1 UHL1


Puncture voltage, not less, kV 130

Full lightning impulse voltage test, kV 80

Dry test voltage, kV 50

Wet test voltage, kV 40

Leakage distance, cm 28

Specified mechanical failing bending load, not less, kN 12,5

Installation on pins and hooks with diameter D, mm

capsule

К6 К7 К9

20 22 24

Weight, not more, kg 1,0

Porcelain analogue ШФ-10Г

Glass analogue ШС-10 –

Fig. No. 1 2

Fig. 1 Fig. 2





Part IV.Composite line post insulators


It is intended for fastening and insulation uninsulated and insulated wires pro-tected by overhead power lines and switchgear stations and substations AC volt-age 10–35 kV and frequency up to 100 Hz in areas with 1–4 degree of pollution. Insulators is operated at maximum operating temperatures from -60°C to +50°C and installation at altitude no more than 1000 m above sea level.

The wire can be fixed in the gutter or on the neck of the insulator. Fixing to metal supports (traverse) is carried out by bolting. The presence of the gutter and the protective plastic sleeve allows the expansion of the wires without the use of rolling rollers. This reduces installation time and reduces its cost. After rolling the wires along the insulators, they should be fixed in the groove or on the neck of the insulator on straight sections of the line and on the neck – when the line turns.

Insulators have several modifications depending on the voltage of the net-work, diameter and length of the stud pin for attaching the insulator to the tra-verse. As agreed with the customer, it is possible to manufacture insulators with other con-necting stud pin sizes.

Part IV. Composite line post insulators,TU 27.90.12.110-0�4-216�92�2-2016



version 1 – of an insulator on a wooden transmis-sion tower, without version – on a metal transmis-sion tower

climatic performance acc. to GOST 15150

2,3,4 – maximum level of pollution acc. PUE edi-tion 7, item. 1.9, STO 56947007-29.240.068-2011

stud pin length, mm

thread diameter stud pin

the index of the modification of the insulator, according to the method of fastening the wire on the fitting;

10, 20, 35 – nominal voltage, kV

12,5; 16 – specified mechanical failing bending load, kN

K – material of protective coating of insulating part: sili-con rubber

line post insulator.


Insulator OLSK 12,5/20-A24-50-4 UHL1 TU 27.90.12.110-034-21639232-2016 – is a line post pin insulator with protective coating from silicon rubber with speci-fied failing bending load of 12,5 kN, for nominal voltage of 20 kV, with modification of end fitting А and thread size stud pin M24 and length 50 mm, for operation in areas with the pollution level 4, climatic performance UHL, category of installation 2, on a transmission tower.

tion uninsulated and insulated wires

lution. Insulators is operated at maximum operating temperatures from and installation at altitude no more than 1000 m above sea


OLS K 16/10–A 20–50–4 UHL1 version 1

WWW.ENERGY-21.RU ��Tel/fax: (�51) 66�-24-60, 66�-26-75, 66�-24-92, 211-60-20, 211-60-�0e-mail: [email protected]


Parameter

OLS

K 1

6/10

-А20

-50-

4 U

HL1

OLS

K 1

6/10

-А20

-90-

4 U

HL1

OLS

K 1

6/10

-А24

-50-

4 U

HL1

OLS

K 1

6/10

-А24

-90-

4 U

HL1

OLS

K 1

6/10

-А20

-130

-4

UH

L1 v

ersi

on 1

OLS

K 1

6/10

-А20

-200

-4

UH

L1 v

ersi

on 1

OLS

K 1

6/10

-А24

-130

-4

UH

L1 v

ersi

on 1

OLS

K 1

6/10

-А24

-200

-4

UH

L1 v

ersi

on 1


Specified mechanical failing bending load, not less, kN 16

Pollution level acc. PUE- edition 7 cl.1.9;STO 56947007-29.240.068-2011 4

Leakage distance, not less, cm 50

Spacing Нстр., mm 267

Insulating length L, mm 207

Stud pin length, mm 50 90 50 90 130 200 130 200

Width across flat S, mm 55 75

Weight, not more, kg 5 5,1 5,2 5,6 5,9 6,2

Full lightning impulse voltage test,not less, kV 120

Dry short-term voltage test, not less, kV 65

Wet short-term voltage test, not less, kV 45

At specified relative surface conductivity µСm, not less 20

Thread size stud pin D М20 М24 М20 М24

Fig. No. 1 2

Fig. 1 Fig. 2





Parameter

OLS

K 1

2,5/

20-А

20-5

0-4

UH

L1O

LSK

12,

5/20

-А20

-90-

4 U

HL1

OLS

K 1

2,5/

20-А

24-5

0-4

UH

L1O

LSK

12,

5/20

-А24

-90-

4 U

HL1

OLS

K 1

2,5/

20-А

20-1

30-4

U

HL1

ver

sion

1O

LSK

12,

5/20

-А20

-200

-4

UH

L1 v

ersi

on 1

OLS

K 1

2,5/

20-А

24-1

30-4

U

HL1

ver

sion

1O

LSK

12,

5/20

-А24

-200

-4

UH

L1 v

ersi

on 1



Pollution level acc. PUE- edition 7 cl.1.9;SТО 56947007-29.240.068-2011 4






6,6Weight, not more, kg 5,6 5,7 5,8 6 6,1 6,3 6,6






Fig. No. 3 4

Fig. 3 Fig. 4





Parameter

OLS

K 1

2,5/

35-А

20-5

0-2

UH

L1O

LSK

12,

5/35

-А20

-90-

2 U

HL1

OLS

K 1

2,5/

35-А

24-5

0-2

UH

L1O

LSK

12,

5/35

-А24

-90-

2 U

HL1

OLS

K 1

2,5/

35-А

20-1

30-2

U

HL1

ver

sion

1O

LSK

12,

5/35

-А20

-200

-2

UH

L1 v

ersi

on 1

OLS

K 1

2,5/

35-А

24-1

30-2

U

HL1

ver

sion

1O

LSK

12,

5/35

-А24

-200

-2

UH

L1 v

ersi

on 1









6,6Weight, not more, kg 5,8 5,9 6,0 6,4 6,6 6,8






Fig. No. 5 6

Fig. 5 Fig. 6





Parameter

OLS

K 1

2,5/

35-А

20-5

0-3

UH

L1O

LSK

12,

5/35

-А20

-90-

3 U

HL1

OLS

K 1

2,5/

35-А

24-5

0-3

UH

L1O

LSK

12,

5/35

-А24

-90-

3 U

HL1

OLS

K 1

2,5/

35-А

20-1

30-3

U

HL1

ver

sion

1O

LSK

12,

5/35

-А20

-200

-3

UH

L1 v

ersi

on 1

OLS

K 1

2,5/

35-А

24-1

30-3

U

HL1

ver

sion

1O

LSK

12,

5/35

-А24

-200

-3

UH

L1 v

ersi

on 1









6,6Weight, not more, kg 6,0 6,1 6,2 6,5 6,7 7,2






Fig. No. 7 8

Fig. 7 Fig. 8





Parameter

OLS

K 1

6/10

-B20

-50-

4 U

HL1

OLS

K 1

6/10

-B20

-90-

4 U

HL1

OLS

K 1

6/10

-B24

-50-

4 U

HL1

OLS

K 1

6/10

-B24

-90-

4 U

HL1

OLS

K 1

6/10

-B20

-1�0

-4

UH

L1 v

ersi

on 1

OLS

K 1

6/10

-B20

-200

-4

UH

L1 v

ersi

on 1

OLS

K 1

6/10

-B24

-1�0

-4

UH

L1 v

ersi

on 1

OLS

K 1

6/10

-B24

-200

-4

UH

L1 v

ersi

on 1















Fig. No. 9 10

Fig. 9 Fig. 10





Parameter

OLS

K 1

2,5/

20-B

20-5

0-4

UH

L1O

LSK

12,

5/20

-B20

-90-

4 U

HL1

OLS

K 1

2,5/

20-B

20-9

0-4

UH

L1O

LSK

12,

5/20

-B24

-90-

4 U

HL1

OLS

K 1

2,5/

20-B

20-1

�0-4

U

HL1

ver

sion

1O

LSK

12,

5/20

-B20

-200

-4

UH

L1 v

ersi

on 1

OLS

K 1

2,5/

20-B

24-1

�0-4

U

HL1

ver

sion

1O

LSK

12,

5/20

-B24

-200

-4

UH

L1 v

ersi

on 1









Weight, not more, kg 5,2 5,3 5,4 5,6 5,7 5,9 6,2






Fig. No. 11 12

Fig. 11 Fig. 12





Parameter

OLS

K 1

2,5/

�5-B

20-5

0-2

UH

L1O

LSK

12,

5/�5

-B20

-90-

2 U

HL1

OLS

K 1

2,5/

�5-B

24-5

0-2

UH

L1O

LSK

12,

5/�5

-B24

-90-

2 U

HL1

OLS

K 1

2,5/

�5-B

20-1

�0-2

U

HL1

ver

sion

1O

LSK

12,

5/�5

-B20

-200

-2

UH

L1 v

ersi

on 1

OLS

K 1

2,5/

�5-B

24-1

�0-2

U

HL1

ver

sion

1O

LSK

12,

5/�5

-B24

-200

-2

UH

L1 v

ersi

on 1















Fig. No. 13 14

Fig. 13 Fig. 14





Parameter

OLS

K 1

2,5/

�5-B

20-5

0-�

UH

L1O

LSK

12,

5/�5

-B20

-90-

� U

HL1

OLS

K 1

2,5/

�5-B

24-5

0-�

UH

L1O

LSK

12,

5/�5

-B24

-90-

� U

HL1

OLS

K 1

2,5/

�5-B

20-1

�0-�

U

HL1

ver

sion

1O

LSK

12,

5/�5

-B20

-200

-�

UH

L1 v

ersi

on 1

OLS

K 1

2,5/

�5-B

24-1

�0-�

U

HL1

ver

sion

1O

LSK

12,

5/�5

-B24

-200

-�

UH

L1 v

ersi

on 1















Fig. No. 15 16

Fig. 15 Fig. 16





Part V.Composite interphase

insulating spacers

General scope (application)

Polymeric interphase insulating spacers are intended for insulating fixture of the conductors in the power transmission lines with voltage of 10–220 kV. The spacers are operated at outside temperatures from -60°C to +50°C and installation at alti-tude no more than 1000 m above sea level in the areas with 1–4 levels of pollution according to GOST 9920.

Part V. Composite interphase insulating spacers,TU �494-009-216�92�2-2001

Reference designation of spacers (classification)

Index for the diameter of pressed conductor:А – 9,6…15,2 mm;B – 15,2…24,5 mm;V – 24,5…28,0 mm;G – 28,5…37,5 mm;D – 37,7…46,0 mm.

Spacing, m – is specified by the customer from the range of 0,4–6,0 m, upon agreement with the manufacturer.

10÷220 – nominal voltage of TL, kV

2,5÷70 – specified mechanical failing tensile load ,kN, not lessr – variable

Sh – equipped with a hinge Assembly (allows bend-ing in the center at an angle of more than 12°)

I – insulating

М – interphaseR – spacer

Example of reference designation:

Spacer RМI-70/110-4.5-B TU 3493-009-21639232-2001 – Compo-site insu-lating interphase spacer with specified mechanical failing tensile load of 70 kN for transmission line of 110 kV, fixing the conductors with di-ameter 15,2–24,5 mm acc. GOST 839 at distance 4,5 m.

Spacer RМIr-70/110-3,6-4,2-V TU 3493-009-21639232-2001 – Composite in-sulating interphase spacer with specified mechanical failing tensile load of 70 kN for transmission line of 110 kV, fixing the conductors with diameter 24,5–28 mm acc. GOST 839 at a distance of 3,6 m to 4,2 m.


3 За

к. 2

130

Polymeric interphase insulating spacers are intended for insulating

C to

R I Sh r – 70 / 110–3,8-4,2–B

Example of reference designation:



Parameter

RМ

I-16/

10-0

.4-А

RМ

I -70

/10-

0.4-

B

RМ

I -16

/35-

1.0-

А

RМ

I -70

/35-

1.0-

B

RМ

I -70

/35-

1.0-

B


Spacing Н, m 0,8–2,5 1,5–5,0

Length of insulating part L+L, not less, mm 380 654

Leakage distance, not less, сm 110 180

Diameter of conductor d, mm 9,6–15,2

15,2–24,5

9,6–15,2

15,2–24,5

24,5–28,0

Diameter of screen D, mm –


Specified mechanical failing tensile load, kN, not less 16 70 16 70

Mechanical failing bending load, not less, Nхm 150

Normalized Compression breaking load, not less, Nхm 1

Fig No. 1 2 1 2

* – According to the agreement with the customer can be manufactured in any length spacers.** – In the case of a tread, take into account its diameter.

Fig. 1

3*





Parameter

RМ

I-70/

110-

2,5-

B

RМ

I-70/

110-

2,5-

V

RМ

I-70/

110-

2,5-

G

RМ

I-70/

220-

4,5-

B

RМ

I-70/

220-

4,5-

V

RМ

I-70/

220-

4,5-

G

RМ

I-70/

220-

4,5-

D


Spacing Н, m 2,5…6,0 3,5…6,0

Length of insulating part (L+L), not less, mm 1976 3202


Diameter of conductor d, mm 15,2–24,5

24,5–28,0

28,5–37,5

15,2–24,5

24,5–28,0

28,5–37,5

37,7–46,0

Diameter of screen D, mm 160 260

Specified mechanical failing tensile load, kN, not less 70

Mechanical failing bending load, not less, Nхm 150

Normalized Compression breaking load, not less, Nхm 1

Weight, not more, kg 25 35

Fig No. 2

* – According to the agreement with the customer can be manufactured in any length spacers** – In the case of a tread, take into account its diameter.It is possible to manufacture adjustable spacers with an adjustment step of 100 mm, as shown in Fig. 3. The adjustment range of the construction height of the strut is up to 800 mm.

Fig. 3



Fig. 2



Part VI.Composite post insulators

Post insulators for voltage of �5-220 kVare accepted by The Research & Design Center

for Power Engineering (RDCPE)and recommended for application in the projects of RDCPE


Polymeric post insulators are intended for outside installation for insulating and fixture of current-carrying parts in electrical apparatus, switchgears of AC power stations and substations with voltage of 1–220 kV and frequency up to 100 Hz.

The climatic modification of the insulators is U3 and UHL, and the category of disposing is 1 and 2 in accordance with Russian GOST 15150. The insu-lators are operated at operating temperatures from -60° C to +50° C and in-stallation at altitude no more than 1000 m above sea level.

For the insulators of U3 and UHL2 acc. to GOST 15150 it is possible to com-plete with the flanges from non-magnetic material.

The shape of post surface of flanges is possible to be square or round.Technical conditions: TU 3493-014-21639232-2008; TU 3493-016-21639232-

2008; TU 3493-017-21639232-2008; TU 3493-020-21639232-2008.

Part VI. Composite post insulators Part VI. Composite post insulators


U3, UHL – climatic performance acc. to GOST 15150;the 1st and 2nd category of installation acc. to GOST 151501-4 – maximum level of pollution acc. to PUE of 7 edition, cl. 1,9; STO 56947007-29.240.068-2011А01 – modification index of insulatorLetter – spacing.Numeral – fitting dimensions of flanges.1; 10; 20; 24; 35... – nominal voltage, kV

2,5; 6; 8; 10; 12,5; 20... – specified mechanical failing bending load, kN

K – material of protective body – silicon rubber.

S –core

O – post


Insulator ОSK 8-20-B01-1 UHL2 TU 3493-014-21639232-2008 is a post pin insulator with protective coating from silicon rubber with specified failing bending load of 8 kN, for nominal voltage of 20 kV, with modification of spacing B and coupling dimensions of flanges 01, for operation in areas with the pollution level 1, climatic performance UHL, category of installation 2.



Parameter

OSK �-10-A01-2UHL 2

ОСК 10-10-А01-2UHL 2

ОСК �-20-B01-2UHL 2

GOST Р 52034-2008; TU 3493-014-21639232-2008


Spacing Н, mm 120 170

Insulating length L, mm 107 112 162

Leakage distance, not less, cm 20 19,5 30


Pollution level acc. PUE- edition 7-cl.1.9; STO 56947007-29.240.068-2011 2

Specified mechanical failing bending load, not less, kN 8 10 8

Specified failing rotational torque, not less kNxm 0,245

Withstand voltage industrial frequency in a dry, kV 42 65


Porcelain analogue ИОР-10-7,50 III УХЛ ИОР-20-7,50 III УХЛ

Fig No. 1 2


Fig. 1 Fig. 2



ParameterOSK

8-20-А01-2UHL 2

OSK�-24-B01-2

UHL 2

GOST Р 52034-2008; TU 3493-014-21639232-2008



Insulating length L, mm 178 238

Leakage distance, not less, cm 50 75


Pollution level acc. PUE- edition 7-cl.1.9; STO 56947007-29.240.068-2011 2





Porcelain analogue ИОРФ -20-8,01 УХЛ 2

ИОРФ -24-8,01 УХЛ 2

Fig No. 1

Fig. 1




ParameterOSK

6-10-V02-1 UHL 1

OSK6-10-V0�-1

UHL 1

OSK6-10-G0�-2

UHL 1

GOST Р 52082-2003; TU 3493-016-21639232-2008






Pollution level acc. PUE- edition 7-cl.1.9; STO 56947007-29.240.068-2011 1 2



Withstand voltage industrial frequency in a dry, kV 42

Withstand voltage industrial frequency in the rain, kV, not less 28

50% discharge voltage of industrial frequency in polluted and wet conditions, not less, kV 13


Fitting holes (bottom) М, mm М10 see figure

Porcelain analogue С4-80-I С6-80-I С6-80-II

Fig No. 1 2

Fig. 1 Fig. 2




ParameterOSK

12,5-10-D0�-4 UHL 1

OSK12,5-10-D071-4 UHL 1

OSK�-10-

D074-4 UHL 1

OSK�-20-

K071-4 UHL 1

OSK�-20-

K074-4 UHL 1

OSK10-20-E05-� UHL 1

GOST Р 52082-2003; TU 3493-016-21639232-2008


Spacing Н, mm 285 420 280


Leakage distance, not less, cm 50 87 73

Weight, not more, kg 4,0 3,5 3,2 8,0 6,0

Pollution level acc. PUE- edition 7-cl.1.9; SТО 56947007-29.240.068-2011

4 3

Specified mechanical failing bending load, not less, kN 12,5 8 10



Withstand voltage industrial frequency in the rain, kV, not less 28 50

50% discharge voltage of industrial frequency in polluted and wet conditions, not less, kV

13 26


Fitting dimension (upper) D/D1 (bottom)

Ø76(□54)/Ø76(□54)

Ø120(□85)/Ø120(□85)

115/115

Ø120(□85)/Ø120(□85)

115/115

Ø140(□99)/Ø140(□99)

Fitting holes n/d upper / n/d1 bottom

4М12/4М12

4Ø12/4Ø12

2Ø14/2Ø14

4Ø12/4Ø12

2Ø14/2Ø14

4М12/4Ø15

Porcelain analogue С12,5-80-II under agreement ОНШ

20-10

Fig No. 1Fig. 1

Under agreement with the customer it is possible to produce the flanges with round or square platform.




ParameterOSK

4-20-Е04-3 UHL 1

OSK4-20-Е041-3

UHL 1

OSK10-20-Е05-4

UHL 1

GOST Р 52082-2003; TU 3493-016-21639232-2008






Pollution level acc. PUE- edition 7-cl.1.9;SТО 56947007-29.240.068-2011 3 4

Specified mechanical failing bending load, not less, kN 4 10






Fitting dimension (upper) D/D1 (bottom) 50/50 50/76 Ø140(□99)/

Ø140(□99)


2М10/2М10

2М10/2М12

4М12/4Ø15

Porcelain analogue ИОС 20500C4-170

under agreement ОНШ 20-10

Fig No. 1 2

Fig. 1 Fig. 2


4 За

к. 2

130




ParameterOSK

20-10-Е05-4 UHL 1

OSK20-10-L07-1 UHL 1

OSK20-20-М04-3 UHL 1

OSK20-20-М05-3 UHL 1

GOST Р 52082-2003; TU 3493-016-21639232-2008



Insulating length L, mm 169 130 220 235



Pollution level acc. PUE- edition 7-cl.1.9;SТО 56947007-29.240.068-2011 4 1 3

Specified mechanical failing bending load,not less, kN 20

Specified failing rotational torque,not less kNxm 1,0


Withstand voltage industrial frequency in the rain, kV, not less 28 50

50% discharge voltage of industrial frequency in polluted and wet conditions, not less, kV 13 26



Ø225(□160)/Ø225 (□160)

Ø120(□85)/Ø120 (□85)

Ø140(□99)/Ø225(□160)

Ø225(□160)/Ø225 (□160)


4Ø18/4Ø18

4М12/4Ø15

4М12/4Ø18

4Ø18/4Ø18

Porcelain analogue ИОС 102000

ОНШ 10-10ОНШ 20-80

ИОС 202000

under agree-ment

Fig No. 1Fig. 1


4*




ParameterOSK�-�5-B01-2 UHL 1

OSK�-�5-B02-2 UHL 1

OSK12,5-�5-А01-2 UHL 1

OSK�-�5-V0�-2 UHL 1

OSK5-�5-Е06-3 UHL 1

GOST Р 52082-2003; TU 3493-017-21639232-2008


Spacing Н, mm 440 400 475 570


Leakage distance, not less, cm 95 110 95 116


Pollution level acc. PUE- edition 7-cl.1.9;SТО 56947007-29.240.068-2011 2 3

Specified mechanical failing bending load, not less, kN 8 12,5 8 5





42

Withstand voltage lightning impulse,not less, kV 190


Ø140(□99)/Ø140(□99)

Ø127(□90)/Ø127(□90)

Ø140(□99)/Ø140(□99)

Ø76(□54)/Ø76(□54)

Ø140(□99)/Ø198(□140)


4М12/4М12

4М12/4Ø12

4М12/4М12

4М12/4Ø18

Porcelain analogueИОС-35-

500-01С4-

195-1-Iunder

agreementС8-

200-IIИОС-35-

500-03Fig No. 1

Fig. 1





ParameterOSK

12,5-�5-B01-2 UHL 1

OSK12,5-�5-B02-2 UHL 1

OSK�-�5-

B022-2 UHL 1

GOST Р 52082-2003; TU 3493-017-21639232-2008


Spacing Н, mm 440




Pollution level acc. PUE- edition 7-cl.1.9; SТО 56947007-29.240.068-2011 2

Specified mechanical failing bending load,not less, kN 12,5 8







Ø140(□99)/Ø140(□99)

Ø127(□90)/Ø127(□90)

Ø127(□90)/Ø127(□90)


4М12/4М12

4Ø13/4Ø13

Porcelain analogue ИОС-35-500-01

С4-195-1-I

under agreement

Fig No. 1

Fig. 1





ParameterOSK

20-�5-А01-2 UHL 1

OSK20-�5-А01-3 UHL 1

OSK10-�5-А06-2 UHL 1

GOST Р 52082-2003; TU 3493-017-21639232-2008


Spacing Н, mm 400




Pollution level acc. PUE- edition 7-cl.1.9;SТО 56947007-29.240.068-2011 2 3 2

Specified mechanical failing bending load,not less, kN 20 10






Fitting dimension (upper) D/D1 (bottom) Ø140 (□99)/Ø140 (□99)

Ø140 (□99)/Ø198 (□140)

Fitting holesn/d upper / n/d1 bottom 4М12/4М12 4М12/

4Ø18

Porcelain analogue ИШД 35,ОНШ 35 under agreement

Fig No. 1

Fig. 1





ParameterOSK

20-�5-Г011-2 UHL 1

OSK20-�5-Г04-2 UHL 1

OSK20-�5-Г04-3 UHL 1

OSK20-�5-Г05-1 UHL 1

OSK20-�5-Д02-3 UHL 1

OSK20-�5-Е06-3 UHL 1

GOST Р 52082-2003; TU 3493-017-21639232-2008




Leakage distance, not less, cm 95 116 75 116

Weight, not more, kg 18,0 29 20,0 21,5

Pollution level acc. PUE- edition 7-cl.1.9; SТО 56947007-29.240.068-2011 2 3 1 3






42



Ø140(□99)/Ø140(□99)

Ø225(□160)/Ø225(□160)

Ø225(□160)/Ø254(□180)

Ø127(□90)/Ø127(□90)

Ø140(□99)/Ø198(□140)


4М16/4Ø18 4Ø18/4Ø18 4М12/

4М124М12/4Ø18

Porcelain analogue under agreement

ИОС 35-1000

ИОС 35-2000

С-20-200-II

ИОС35-

500-03

Fig No. 1 Fig. 1




AO «ENERGY +21»��10, Safonova str., Uvelski, Chelyabinsk region, 457000, Russia

ParameterOSK

10-110-А01-2 UHL 1

OSK10-110-А02-2 UHL 1

OSK10-110-B02-2 UHL 1

OSK10-110-B0�-2 UHL 1

OSK10-110-B0�1-2 UHL 1

OSK10-110-B04-2 UHL 1

GOST Р 52082-2003; TU 3493-017-21639232-2008






Pollution level acc. PUE- edition 7-cl. 1.9;STO 56947007-29.240.068-2011 2



Withstand voltage of industrial frequency in a dry and in the rain, kV, not less

230


110



Ø127(□90)/Ø127(□90)

Ø127(□90)/Ø178(□126)

Ø170(□120)/Ø225(□160)

Ø141(□100)/Ø225(□160)


4М16/4М16 4М16/4Ø18 4Ø18/

4Ø184М12/4Ø18

4М12/4Ø18

Porcelain analogue ИОС 110-300С6-450-II-02

under agree-ment

ИОС 110-400

УСТ-110

Fig No. 1Fig. 1





ParameterOSK

10-110-B021-2 UHL 1

OSK10-110-B024-2 UHL 1

OSK10-110-B05-2 UHL 1

OSK10-110-B06-2 UHL 1

OSK10-110-B09-2 UHL 1

OSK10-110-B10-2 UHL 1

GOST Р 52082-2003; TU 3493-017-21639232-2008


Spacing Н, mm 1050






Specified failing rotational torque,not less kNxm 1,0

Withstand voltage of industrial frequency in a dry and in the rain,kV, not less

230


110



Ø96(□68)/Ø178(□126)

Ø96(□68)/ Ø254(□180)

Ø225(□160)/ Ø225(□160)

Ø225(□160)/ Ø254(□180)

Ø127(□90)/ Ø225(□160)

Ø225(□160)/Ø254(□180)


4М12/4Ø18

4Ø18/4Ø18

4М16/4Ø18

4Ø18/8Ø18

Porcelain analogue For bus supports

under agreement

For bus supports

under agree-ment

Fig No. 1Fig. 1





ParameterOSK

10-110-V05-2 UHL 1

OSK10-110-V06-2 UHL 1

OSK10-110-V07-2 UHL 1

OSK10-110-G05-� UHL 1

OSK10-110-G09-� UHL 1

GOST Р 52082-2003; TU 3493-017-21639232-2008






Pollution level acc. PUE- edition 7-cl.1.9;STO 56947007-29.240.068-2011 2 3

Specified mechanical failing bending load, not less , kN 10



230


110



Ø225(□160)/Ø225(□160)

Ø225(□160)/ Ø254(□180)

Ø254(□180)/ Ø275(□194)

Ø225(□160)/ Ø225(□160)

Ø127(□90)/Ø225(□160)


4Ø18/4Ø18

4Ø18/4Ø20

4Ø18/4Ø18

4М16/8Ø18

Porcelain analogue ИОС 110-600

ИОС 110-1250

ИОС 110-2000 С 500-II

Fig No. 1

Fig. 1


5 За

к. 2

130


WWW.ENERGY-21.RU ��Tel/fax: (�51) 66�-24-60, 66�-26-75, 66�-24-92, 211-60-20, 211-60-�0e-mail: [email protected]


ParameterOSK

10-110-B02-� UHL 1

OSK10-110-B0�1-� UHL 1

OSK10-110-B04-� UHL 1

OSK10-110-V05-� UHL 1

OSK10-110-G091-� UHL 1

OSK10-110-G10-� UHL 1

GOST Р 52082-2003; TU 3493-017-21639232-2008


Spacing Н, mm 1050 1100 1220




Pollution level acc. PUE- edition 7-cl.1.9;STO 56947007-29.240.068-2011 2 3




230


110

Withstand voltage lightning impulse, not less, kV 450 480 550


Ø127(□90)/Ø178(□126)

Ø170(□120)/Ø225(□160)

Ø141(□100)/ Ø225(□160)

Ø225(□160)/ Ø225(□160)

Ø127(□90)/ Ø174(□123)

Ø225(□160)/ Ø254(□180)


4М16/4Ø18

4М12/4Ø18

4М12/4Ø18

4Ø18/4Ø18

4М12/4Ø18

4Ø18/8Ø18


Fig No. 1

Fig. 1


5*




ParameterOSK

�0-110-B11-2 UHL 1

OSK20-110-V06-2 UHL 1

OSK20-110-V07-2 UHL 1

OSK20-110-V11-2 UHL 1

OSK20-110-G05-2 UHL 1

OSK20-110-G10-2 UHL 1

GOST Р 52082-2003; TU 3493-017-21639232-2008


Spacing Н, mm 1050 1100 1220








230


110


Fitting dimension(upper) D/D1 (bottom)

Ø225(□160)/ Ø275(□194)

Ø225(□160)/ Ø254(□180)

Ø254(□180)/ Ø275(□194)

Ø225(□160)/ Ø275(□194)

Ø225(□160)/ Ø225(□160)

Ø225(□160)/ Ø254(□180)

Fitting holesn/d upper / n/d1 bottom

8Ø18/8Ø18

4Ø18/4Ø18

4Ø18/4Ø20

8Ø18/8Ø18

4Ø18/4Ø18

4Ø18/8Ø18


Fig No. 1

Fig. 1





ParameterOSK

�0-110-B11-� UHL 1

OSK20-110-V05-� UHL 1

OSK20-110-V06-� UHL 1

OSK20-110-V07-� UHL 1

OSK20-110-G05-� UHL 1

OSK20-110-G10-� UHL 1

GOST Р 52082-2003; TU 3493-017-21639232-2008


Spacing Н, mm 1050 1100 1220








230


110



Ø225(□160)/ Ø275(□194)

Ø225(□160)/ Ø225(□160)

Ø225(□160)/ Ø254(□180)

Ø254(□180)/ Ø275(□194)

Ø225(□160)/ Ø225(□160)

Ø225(□160)/ Ø254(□180)


8Ø18/8Ø18 4Ø18/4Ø18 4Ø18/

4Ø204Ø18/4Ø18

4Ø18/8Ø18


ИОС 100-2000

ИОС 100-

2000-01under

agreement

Fig No. 1 Fig. 1





ParameterOSK

16-150-А05-2 UHL 1

OSK16-150-А06-2 UHL 1

OSK16-150-А05-3 UHL 1

OSK16-150-А06-3 UHL 1

OSK16-150-V06-2 UHL 1

OSK16-150-V09-2 UHL 1

GOST Р 52082-2003; TU 3493-017-21639232-2008






Pollution level acc. PUE- edition 7-cl.1.9; SТО 56947007-29.240.068-2011 2 3 2




300


150


Fitting dimension (upper) D / D1 (bottom)

Ø225(□160)/ Ø225(□160)

Ø225(□160)/ Ø254(□180)

Ø225(□160)/ Ø225(□160)

Ø225(□160)/ Ø254(□180)

Ø225(□160)/ Ø254(□180)

Ø127(□ 90)/ Ø225(□160)

Fitting holes n/d upper / n/ d1 bottom 4Ø18/4Ø18 4М16/4Ø18

Porcelain analogue under agreementFig No. 1

Fig. 1





ParameterOSK

�-150-B024-2 UHL 1

OSK�-150-B09-2 UHL 1

OSK�-220-B024-2 UHL 1

OSK�-220-B09-2 UHL 1

OSK�-220-Е093-2 UHL 1

GOST Р 52082-2003; TU 3493-017-21639232-2008


Spacing Н, mm 1600 2090 2320



Diameter of screen ØDЭ, mm – 345





Withstand voltage of industrial frequency in a dry and in the rain, kV, not less 300 440


150 220


Fitting dimension (upper) D / D1 (bottom)Ø96

(□68)/Ø254(□180)

Ø96(□68)/Ø225(□160)

Ø96(□68)/Ø254(□180)

Ø96(□68)/Ø225(□160)

Ø96(□68)/Ø503(□356)

Fitting holes n/d upper / n/ d1 bottom 4М12/4Ø18

4М12/4Ø23

Porcelain analogue For bus supports

Fig No. 1 2 3 Fig. 1 Fig. 2 Fig. 3





Parameter

OSK12,5-220-

А012-2 UHL 1

OSK 12,5-220-

А05-2 UHL 1

OSK12,5-220-

А09-2 UHL 1

OSK12,5-220-

А10-2 UHL 1

OSK12,5-220-

B05-2 UHL 1

OSK12,5-220-

B06-2 UHL 1

GOST Р 52082-2003; TU 3493-017-21639232-2008Nominal voltage, kV 220Spacing Н, mm 2100 2200Insulating length L, mm 1860 1960Leakage distance, not less, cm 575 600Diameter of screen ØDЭ, mm 370Weight, not more, kg 87,0 86,0 84,0 90,0 89,0 93,0





440


220



Ø127(□90)/ Ø300(□212)

Ø225(□160)/ Ø225(□160)

Ø127(□90)/ Ø225(□160)

Ø225(□160)/ Ø254(□180)

Ø225(□160)/ Ø225(□160)

Ø225(□160)/ Ø254(□180)


4М16/4Ø18

4Ø18/4Ø18

4М16/4Ø18

4Ø18/8Ø18

4Ø18/4Ø18

4Ø18/4Ø18

Porcelain analogueunder agree-ment

С6-950-II УХЛ

С8-950-II УХЛ

under agree-ment

ИОС 110-1250

Fig No. 1 2 1 2


Fig. 1


Fig. 2



Parameter

OSK12,5-220-

А05-3 UHL 1

OSK12,5-220-

А09-3 UHL 1

OSK12,5-220-

А10-3 UHL 1

OSK12,5-220-

А11-3 UHL 1

OSK12,5-220-

Е06-3 UHL 1

OSK12,5-220-

Е09-3 UHL 1

GOST Р 52082-2003; TU 3493-017-21639232-2008Nominal voltage, kV 220Spacing Н, mm 2100 2300Insulating length L, mm 1860 1960Leakage distance, not less, cm 630 660Diameter of screen ØDЭ, mm 370Weight, not more, kg 89,0 87,0 93,0 100,0 102,0 100,0




Dry/wet short-term AC voltage test, not less, kV 440

Specified 50% flashover short-term AC voltage in polluted and wet conditions, not less, kV

220

Full lightning impulse voltage test, not less, kV 950 1050

Fitting dimension(upper) D/D1 (bottom)

Ø225(□160)/ Ø225(□160)

Ø127(□90)/ Ø225(□160)

Ø225(□160)/ Ø254(□180)

Ø225(□160)/ Ø275(□194)

Ø225(□160)/ Ø254(□180)

Ø127(□90)/ Ø225(□160)


4Ø18/4Ø18

4М16/4Ø18

4Ø18/8Ø18

8Ø18/8Ø18

4Ø18/4Ø18

4М16/4Ø18

Porcelain analogue С6-950-II УХЛ С8-950-II УХЛ under agreement

Fig No. 2 1 2 1


Fig. 1


Fig. 2



Part VII.Composite bus supports

Reference designation of bus support(classification):

UHL – climatic performance acc, to GOST 15150;1 – category of installation – for outside operation

Pollution level acc. to PUE 7th edition, cl. 1.9;STO 56947007-29.240.068–2011

Modification index of bus support:Letter – spacing;Figures – coupling dimensions of bottom flange

10÷220 – nominal voltage (kV)

Dimension index for current-carrying parts: For tube – diameter, mm;For plain bus – thickness х width, mm;For conductors – diameter of conductors:

A – 9,6…11,0 mm;B – 15,2…24,5 mm;V – 24,5…28,0 mm;G – 28,5…37,5 mm;D – 37,7…46,0 mm.

Performance index of current-carrying parts:T – tube;Sh – bus;P – conductor.

Number of current-carrying parts P – composite

Sh – bussingO – support

Part VII. Composite bus supportsTU �49�-017-216�92�2-200�



Bussing support OShP-2PB-110-B09-2 UHL1 – composite support for nominal voltage of 110 kV, with modification of spacing «B» and coupl-ing dimensions of bottom flange «09», and clamp for double conductors with diameter from 15,2 mm to 24,5 mm, intended for operation in areas with the 2-nd level of pollution acc. to PUE 7-th edition, cl. 1.9; STO 56947007-29.240.068–2011, climatic performance УХЛ category of instal-lation 1 acc. to GOST 15150.

Bussing support OShP -1Т80-110-B09-2 UHL1 – composite support for nomi-nal voltage of 110 kV, with modification of spacing «B» and coupling dimensions of bottom flange «09», and clamp for the tube with di-ameter of 80 mm, intended for operation in areas with the 2-nd level of pol-lution acc. to PUE 7-th edition, cl. 1.9; STO 56947007-29.240.068–2011, climatic performance УХЛ category of installa-tion 1 acc. to GOST 15150.


Composite bussing supports of outside installation are intended for fitting the current-carrying buses in switchgears of power stations and sub-stations of AC voltage of 10–220 kV, power frequency up to 100 Hz. Cli-matic performance UHL; the 1st category of installation acc. to GOST 15150. The supports are intended for operation at height not more 1000 m above the sea level at air temperature from -60° С to +55° С. Carrying ele-ments of supports are the composite post insulators of core type for 10–220 kV, manufactured acc. to TU 3493-017-21639232-2008.

61 /2 З

ак. 2

130



Parameter

OSh

P -1

PА(B

,V)-1

0-D

03-4

UH

L1

OSh

P -2

PА(B

,V)-1

0-D

03-4

UH

L1

OSh

P -1

PА(B

,V)-1

0-D

08-4

UH

L1

OSh

P -2

PА(B

,V)-1

0-D

08-4

UH

L1


Spacing Н, mm 295


Admissible tension of conductor, kN 2

Number of conductors 1 2 1 2

Fitting dimension of bottom flange øD(□), mm Ø76 (□54) Ø140 (□99)

Number of and diameter of fitting holes n/ød, mm 4М12

Weight, not more, kg 4 5,8

Fig No. 1 2 3 4

Acc. to the agreement with the customer the bus support is manufac-tured with required modification of the clamp and performance of bottom flange with square or round platform.

Fig. 3 Fig. 4

61 /2*



Fig. 1 Fig. 2



Parameter

OSh

P-1S

h10х

120-

10-D

03-4

UH

L1

OSh

P-2S

h10х

120-

10-D

03-4

UH

L1

OSh

P-1S

hV10

х120

-10-

D03

-4 U

HL1

OSh

P-2S

hV10

х120

-10-

D03

-4 U

HL1


Spacing Н, mm 295



Number of conductors 1 2 1 2

Fitting dimension of bottom lange øD(□), mm Ø76 (□54)

Number of and diameter of fitting holes n/ød, mm 4М12

Weight, not more, kg 6,2

Fig No. 1 2 3 4




Fig. 3 Fig. 4

Fig. 1 Fig. 2



Parameter

OSh

P-1P

А(B

,V)-3

5-B

023-

2 U

HL1

OSh

P -2

PА(B

,V)-3

5-B

023-

2 U

HL1

OSh

P-1P

А(B

,V)-1

10-B

021-

2 U

HL1

OSh

P -2

PА(B

,V)-1

10-B

021-

2 U

HL1

OSh

P-1P

А(B

,V)-1

10-B

024-

2 U

HL1

OSh

P -2

PА(B

,V)-1

10-B

024-

2 U

HL1





Number of conductors 1 2 1 2 1 2

Fitting dimension of bottom flange øD(□), mm Ø127 (□90) Ø178 (□126) Ø254 (□180)

Number of and diameter of fitting holes n/ød, mm 4Ø13 4Ø18

Weight, not more, kg 8,5 25 28

Fig No. 1 2 1 2 1 2




Fig. 1 Fig. 2



7 За

к. 2

130




Fig. 1 Fig. 2

Parameter

OSh

P-1P

А(B

,V)-1

10-B

09-2

UH

L1

OSh

P-2P

А(B

,V)-1

10-B

09-2

UH

L1

OSh

P-1P

А(B

,V)-1

50-B

09-2

UH

L1

OSh

P -2

PА(B

,V)-1

50-B

09-2

UH

L1

OSh

P-1P

А(B

,V)-1

50-B

024-

2 U

HL1

OSh

P-2P

А(B

,V)-1

50-B

024-

2 U

HL1






Fitting dimension of bottom flange øD(□), mm Ø225 (□160) Ø254 (□180)

Number of and diameter of fitting holes n/ød, mm 4Ø18

Weight, not more, kg 27 44 48

Fig No. 1 2 1 2 1 2




Fig. 3 Fig. 4

Parameter

OSh

P-1P

B(V

,G,D

)-220

-А09

-2 U

HL1

OSh

P-2P

B(V

,G,D

)-220

-А09

-2 U

HL1

OSh

P-1P

B(V

,G,D

)-220

-А02

4-2

UH

L1

OSh

P-2P

B(V

,G,D

)-220

-А02

4-2

UH

L1

OSh

P-1P

B(V

,G,D

)-220

-Е09

3-2

UH

L1

OSh

P-2P

B(V

,G,D

)-220

-Е09

3-2

UH

L1






Fitting dimension of bottom flange øD(□), mm Ø225 (□160) Ø254 (□180) Ø503 (□356)

Number of and diameter of fitting holes n/ød, mm 4Ø18 4Ø23

Weight, not more, kg 52 55 65

Fig No. 3 4 3 4 5 6






Fig. 5


Fig. 6





Part VIII.Composite bushing


Polymer bushing is intended for the connection of current-carrying units in elec-trical apparatus and switchgears of power stations and substa-tions of AC nominal voltage of 10 kV, power frequency up to 100 Hz. Cli-matic performance of outer part is UHL, modification of performance 1 acc. to GOST 15150. Maximum of the ambi-ent temperature should not exceed 65° C when installed in complete switchgears and 80° C when installed in current leads.

Minimum of ambient temperature is -55° C.Insulators are designed to operate at 1,000 meter above sea level.

Part VIII. Composite bushing TU �49�-019-216�92�2-2010; TU �49�-024-216�92�2-2010

Designation of insulator(classification):

UHL – climatic performance acc. to GOST 15150; 1 – installation category of outer part of in-sulator – for outdoor application

01 and etc. – modification of bus

A, B – modification of flange: А – oval; B – square

7,5; �; 12,5 – minimum bending strength, kN

600; 2000 – nominal current, АU – stretched10 – nominal voltage, kVP – compositeP – bushingI – insulator

Example of designationInsulator IPP-10-630-8-А UHL1 TU 3493-019-21639232-2010 is a composite

bushing with nominal voltage of 10 kV and nominal current of 630 A, minimum bending strength is 8 kN, with oval modification of flange. Bushing is intended for climatic performance UHL, category 1 for the outer part of insulator.


7*



Parameter

IPP-

10-6

�0-7

,5-B

UH

L1

IPP-

10У-

630-

7,5-

B U

HL1

IPP-

10-6

�0-�

-A U

HL1

IPP-

10-6

�0-�

-B U

HL1

Specified mechanical bending load , no less, kN 7,5 8


Nominal current, А 630

Leakage distance of outer part of insulator, cm, no less 31 44 31

Leakage distance of inner part of insulator, cm, no less 20 20

Overall size of insulator L, mm 620 700 576

Length of the inner part of insulator, L1, mm 343 340 283

Puncture voltage in insulating medium, kV, no less 80


Dry specified five-minutes AC voltage, kV, no less 42

Wet specified five-minutes AC voltage, kV, no less 28

Wet average flashover voltage, kV, no less 40


Pollution category (Rules for the Design and Operation of Electrical Installations, 7th edition, item. 1.9) STO 56947007-29.240.068-2011 ОАО «FSK ЕES»

2 4 2

Fig. No. 1 2 1

Fig. 1 Fig. 2





Parameter

IPP-

10-2

000-

12,5

-B U

HL

1

IPP-

10У-

2000

-12,

5-B

UH

L1

IPP-

10У-

2000

-12,

5-B

-01

UH

L1

Specified mechanical bending load, no less, kN 12,5


Nominal current, А 2000

Leakage distance of outer part of insulator, cm, no less 37 62

Leakage distance of inner part of insulator, cm, no less 22

Overall size of insulator L, mm 685 798

Length of the inner part of insulator, L1, mm 380

Interface of fitting holes, C, mm 60

Distance between the busses, b, mm 8 10

Thickness of the bus, s, mm 8 10 8

Puncture voltage in insulating medium, kV, no less 80


Dry specified five-minutes AC voltage, kV, no less 42

Wet specified five-minutes AC voltage, kV, no less 28

Wet average flashover voltage, kV, no less 54

Weight, not more, kg 11,5 14 15

Pollution category (Rules for the Design and Operation of Electrical Installations, 7th edition, item. 1.9) STO 56947007-29.240.068-2011 ОАО «FSK ЕES»

2 4

Fig. No. 3 Fig. 3





Part IX.Composite pin insulators

for traction linesComposite pin insulators for traction lines are certified by

FBU «RS FZHT»


Composite pin insulators are intended for insulating and fixture of traction line equipment with AC voltage of 25 kV, power frequency to 100 Hz and DC voltage of 3 kV in the areas with various level of pollution. Climatic performance is UHL, cat-egory 1 of installation acc. to GOST 15150, the insulators meet the requirements of GOST 15543.1.

The insulators with index «d» are subjected to additional testing to confirm the long term operation. Insulators with index «k» are manufactured with apply of glass fiber core with anti acid corrosion property.

Part IX. Composite pin insulators for traction lines,GOST �02�4-2017, TU �494-00�-216�92�2-02

Reference designation (classification)

anti acid corrosion Index confirming the long term guarantee period of operation

Designation of type of a end fitting: «G» – Socket; «U» – Tongue; «P» – Ball. For the only designation of a letter are not specified

0,6; 0,95… – leakage distance in mm acc. to GOST 30284

�; 10; 25 – nominal voltage of traction line in kV

�0; 70; 120 – class of insulator: specified mechanical failing tensile load in kN

p –– index: cast-solid ribbed protective body

K – material of protective body of insulating part:silicon rubber

P – composite

S – design: pin

P – application:K – cantilever;N – tension;P – suspension;F – fixation.


Insulator NSPKr 120-3/0.6-d-к TU 3493-008-21639232-02 – composite pin insulator with ribbed protective insulating body made from silicon rubber, class 120 for nominal voltage of 3 kV with leakage distance of 0,6 m, with long term guarantee period of operation and anti acid corrosion property.




Parameter

PSPK

r 70-

3/0.

6-G

P(-d

-к)

PSPK

r 70-

3/0.

6-G

U(-d

-к)

PSPK

r 70-

25/0

.95-

GP(

-d-к

)

PSPK

r 70-

25/0

.95-

GU

(-d-к

)

PSPK

r 70-

25/1

.1-G

P(-d

-к)

PSPK

r 70-

25/1

.1-G

U(-d

-к)

PSPK

r 70-

25/1

.5-G

P(-d

-к)

PSPK

r 70-

25/1

.5-G

U(-d

-к)


Spacing Н, mm 350 450 620 730


Leakage distance, not less, сm 60 95 110 150


Climatic performance UHL 1

At specified specific surface conductivity µСm, not less 50 10 20 50

Specified mechanical failing tensile load,not less, kN 70

Wet specified 1 minute power voltage test, kV: – in horizontal position – in vertical position

4028

10070

140100

200140

Power-frequency withstand voltage, not less, kV 15 40

Specified lightning impulse voltage, not less, kV 90 170 200 240

Fig No. 1 2 1 2 1 2 1 2

Fig. 1 Fig. 2





Parameter

PSPK

r 120

-25/

0.95

-GP(

-d-к

)

PSPK

r 120

-25/

0.95

-GU

(-d-к

)

PSPK

r 120

-25/

1.1-

GP(

-d-к

)

PSPK

r 120

-25/

1.1-

GU

(-d-к

)

PSPK

r 120

-25/

1.5-

GP(

-d-к

)

PSPK

r 120

-25/

1.5-

GU

(-d-к

)




Leakage distance, not less, сm 95 110 150



At specified specific surface conductivity µСm, not less 10 20 50

Specified mechanical failing tensile load, not less, kN 120


10070

140100

200140

Power-frequency withstand voltage, not less, kV 40

Specified lightning impulse voltage, not less, kV 170 200 240

Fig No. 1 2 1 2 1 2

Fig. 1 Fig. 2





Parameter

NSP

Kr 1

20-3

/0.6

(-d-к

)

NSP

Kr 1

20-3

/0.8

(-d-к

)

NSP

Kr 1

20-2

5/0.

95(-d

-к)

NSP

Kr 1

20-2

5/1.

1(-d

-к)

NSP

Kr 1

20-2

5/1.

2(-d

-к)

NSP

Kr 1

20-2

5/1.

5(-d

-к)

Nominal voltage, kV 3,0 25

Spacing Н, mm 430 528 570 640 672 770

Insulating length L, mm 229 327 369 439 471 569

Leakage distance, not less, сm 60 80 95 110 120 150






4028

7050

10070

140100

200140

Power-frequency withstand voltage, not less, kV 15 20 40

Specified lightning impulse voltage, not less, kV 90 140 170 200 240

Fig No. 3

Fig. 3



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Parameter

FSPK

r 70-

3/0.

6(-d

-к)

FSPK

r 70-

10/0

.5(-d

-к)

FSPK

r 70-

25/0

.95(

-d-к

)

FSPK

r 70-

25/1

.1(-d

-к)

FSPK

r 70-

25/1

.5(-d

-к)

Nominal voltage, kV 3,0 10 25

Spacing Н, mm 420 324 560 620 720

Insulating length L, mm 197 159 337 397 497

Leakage distance, not less, сm 60 50 95 110 150





Specified failing torque, not less, kNхm 3,5


4028

–50

10070

140100

200140

Power-frequency withstand voltage, not less, kV 15 – 40


Fig No. 4

Fig. 4

8 За

к. 2

130




AO «ENERGY +21»1��10, Safonova str., Uvelski, Chelyabinsk region, 457000, Russia

Parameter

FSPK

r 120

-3/0

,6(-d

-к)

FSPK

r 120

-25/

0,95

(-d-к

)

FSPK

r 120

-25/

1,1(

-d-к

)

FSPK

r 120

-25/

1,5(

-d-к

)


Spacing Н, mm 420 560 620 720









4028

10070

140100

200140



Fig No. 4

Fig. 4

8*





Parameter

KSP

Kr 1

20-3

/0,6

(-d-к

)

KSP

Kr 1

20-2

5/0,

95(-d

-к)

KSP

Kr 1

20-2

5/1,

1(-d

-к)

KSP

Kr 1

20-2

5/1,

5(-d

-к)











4028

10070

140100

200140



Fig No. 5 6

Fig. 5



Fig. 6



Parameter

NSP

K 1

20-3

/0.6

(-D-к

)

NSP

K 1

20-2

5/0.

8(-D

-к)

NSP

K 1

20-2

5/0.

9(-D

-к)

NSP

K 1

20-2

5/1.

2(-D

-к)


Spacing Н, mm 830 1030 1130 1430





At specified specific surface conductivity µСm, not less 50 10 20



4028

7050

10070

140100



Fig No. 7

Fig. 7



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Parameter

FSPK

r 30-

3/0.

33(-d

-к)

FSPK

r 30-

10/0

.39(

-d-к

)







At specified specific surface conductivity µСm, not less 50



Specified lightning impulse voltage, not less, kV 125

Fig. No. 8

Fig. 8





Part X. Composite pin bird-protected insulators for traction lines, GOST �02�4, TU 27.90.12.110-0�0-216�92�2-201�


Part X.Composite pin bird-protected insulators for traction lines


Composite pin insulators are intended for insulating and fixture of traction line equipment with AC voltage of 25 kV, power frequency to 100 Hz and DC voltage of 3 kV in the areas with various level of pollution. Cli-matic performance is UHL, category 1 of installation acc. to GOST 15150, the insulators meet the require-ments of GOST 15543.1.

The main difference between bird-protected insulators and ordinary insu-lators is the increased insulating distance between the metal parts of the insulator and the higher length of leakage distance. At the same time, the discharge characteristics have increased, which significantly reduces the probability of overlap of the insula-tor due to external factors. The use of bird-protected insulators allows to increase the reliability and probability of trouble-free operation of the contact network. In vertical insulators it is possible to use a bird protection screen, which protects the entire insulator from the waste products of birds and prevents electric birds from striking through the droppings.

Reference designation (classification)

The designation of the modification of the insulator: «P» – bird-protected; «PZE» – with bird protection screenDesignation of type of a end fitting: «G» – Socket; «U»-Tongue; «P» – Ball. For the only designation of a letter are not specified

0,6; 0,95… – leakage distance in mm acc. to GOST 30284

�; 10; 25 – voltage of traction line in kV

70; 100; 120 – class of insulator:specified mechanical failing tensile load in kN

p – index: cast-solid ribbed protective body

K – material of protective body of insulating part:silicon rubberP – compositeS – design: pinP – application:

K – cantilever;N – tension;P – suspension;F – fixation.


Insulator NSPKr 120-25/1.6-P TU 37.90.12.110-030-21639232-2018 – com-posite pin bird-protected insulator with ribbed protective insulating body made from silicon rubber, class 120 for nominal voltage of 25 kV with leakage distance of 1,5 m.



Fig. 1 Fig. 2

Parameter

PSPK

r 70-

�/0,

6-G

P-P

PSPK

r 70-

�/0,

6-G

U-P

PSPK

r 70-

25/0

,95-

GP-

P

PSPK

r 70-

25/0

,95-

GU

-P

PSPK

r 70-

25/1

,1-G

P-P

PSPK

r 70-

25/1

,1-G

U-P

PSPK

r 70-

25/1

,2-G

P-P

PSPK

r 70-

25/1

,2-G

U-P

PSPK

r 70-

25/1

,5-G

P-P

PSPK

r 70-

25/1

,5-G

U-P


Spacing Н, mm 351 456 620 669 733








4028

100 70

140100

200140



Fig No. 1 2 1 2 1 2 1 2 1 2







Fig. 1 Fig. 2

Parameter

PSPK

r 100

-�/0

.6-G

P-P

PSPK

r 100

-�/0

.6-G

U-P

PSPK

r 100

-25/

0.95

-GP-

P

PSPK

r 100

-25/

0.95

-GU

-P

PSPK

r 100

-25/

1.1-

GP-

P

PSPK

r 100

-25/

1.1-

GU

-P

PSPK

r 100

-25/

1.2-

GP-

P

PSPK

r 100

-25/

1.2-

GU

-P

PSPK

r 100

-25/

1.5-

GP-

P

PSPK

r 100

-25/

1.5-

GU

-P


Spacing Н, mm 351 456 620 669 733








4028

100 70

140100

200140



Fig No. 1 2 1 2 1 2 1 2 1 2





Fig. 1 Fig. 2

Parameter

PSPK

r 120

-�/0

,6-G

P-P

PSPK

r 120

-�/0

,6-G

U-P

PSPK

r 120

-25/

0,95

-GP-

P

PSPK

r 120

-25/

0,95

-GU

-P

PSPK

r 120

-25/

1,1-

GP-

P

PSPK

r 120

-25/

1,1-

GU

-P

PSPK

r 120

-25/

1,2-

GP-

P

PSPK

r 120

-25/

1,2-

GU

-P

PSPK

r 120

-25/

1,5-

GP-

P

PSPK

r 120

-25/

1,5-

GU

-P


Spacing Н, mm 351 456 620 669 733








4028

100 70

140100

200140



Fig No. 1 2 1 2 1 2 1 2 1 2





Fig. 3 Fig. 4

Parameter

PSPK

r 70-

3/0.

6-G

P-PZ

E

PSPK

r 70-

3/0.

6-G

U-P

ZE

PSPK

r 70-

25/0

.95-

GP-

PZE

PSPK

r 70-

25/0

.95-

GU

-PZE

PSPK

r 70-

25/1

.1-G

P-PZ

E

PSPK

r 70-

25/1

.1-G

U-P

ZE

PSPK

r 70-

25/1

.2-G

P-PZ

E

PSPK

r 70-

25/1

.2-G

U-P

ZE

PSPK

r 70-

25/1

.5-G

P-PZ

E

PSPK

r 70-

25/1

.5-G

U-P

ZE


Spacing Н, mm 351 456 620 669 733








4028

100 70

140100

200140



Fig No. 3 4 3 4 3 4 3 4 3 4





Fig. 3 Fig. 4

Parameter

PSPK

r 100

-3/0

.6-G

P-PZ

E

PSPK

r 100

-3/0

.6-G

U-P

ZE

PSPK

r 100

-25/

0.95

-GP-

PZE

PSPK

r 100

-25/

0.95

-GU

-PZE

PSPK

r 100

-25/

1.1-

GP-

PZE

PSPK

r 100

-25/

1.1-

GU

-PZE

PSPK

r 100

-25/

1.2-

GP-

PZE

PSPK

r 100

-25/

1.2-

GU

-PZE

PSPK

r 100

-25/

1.5-

GP-

PZE

PSPK

r 100

-25/

1.5-

GU

-PZE


Spacing Н, mm 351 456 620 669 733








4028

100 70

140100

200140



Fig No. 3 4 3 4 3 4 3 4 3 4





Fig. 3 Fig. 4

Parameter

PSPK

r 120

-3/0

,6-G

P-PZ

E

PSPK

r 120

-3/0

,6-G

U-P

ZE

PSPK

r 120

-25/

0,95

-GP-

PZE

PSPK

r 120

-25/

0,95

-GU

-PZE

PSPK

r 120

-25/

1,1-

GP-

PZE

PSPK

r 120

-25/

1,1-

GU

-PZE

PSPK

r 120

-25/

1,2-

GP-

PZE

PSPK

r 120

-25/

1,2-

GU

-PZE

PSPK

r 120

-25/

1,5-

GP-

PZE

PSPK

r 120

-25/

1,5-

GU

-PZE


Spacing Н, mm 351 456 620 669 733








4028

100 70

140100

200140



Fig No. 3 4 3 4 3 4 3 4 3 4





Parameter

NSP

Kr 1

20-�

/0,6

-P

NSP

Kr 1

20-�

/0,�

-P

NSP

Kr 1

20-2

5/0,

�-P

NSP

Kr 1

20-2

5/0,

95-P

NSP

Kr 1

20-2

5/1,

1-P

NSP

Kr 1

20-2

5/1,

2-P

NSP

Kr 1

20-2

5/1,

5-P


Spacing Н, mm 429 527 576 640 674 772

Insulating length L, mm 318 416 465 529 563 661

Leakage distance, not less, сm 88 116 130 146 159 186






4028

7050

10070

140100

200140

Power-frequency withstand voltage, not less, kV 15 20 40

Specified lightning impulse voltage, not less, kV 90 140 170 200 240

Fig No. 5

Fig. 5





Fig. 6

Parameter

FSPK

r 70-

�/0,

6-P

FSPK

r 70-

25/0

,95-

P

FSPK

r 70-

25/1

,1-P

FSPK

r 70-

25/1

,5-P


Spacing Н, mm 423 558 620 717








4028

10070

140100

200140



Fig No. 6





Fig. 6

Parameter

FSPK

r 120

-�/0

.6-P

FSPK

r 120

-25/

0.95

-P

FSPK

r 120

-25/

1.1-

P

FSPK

r 120

-25/

1.5-

P


Spacing Н, mm 420 557 618 715









4028

10070

140100

200140



Fig No. 6





Parameter

KSP

Kr 1

20-�

/,6-P

KSP

Kr 1

20-2

5/0,

95-P

KSP

Kr 1

20-2

5/1,

1-P

KSP

Kr 1

20-2

5/1,

5-P











4028

10070

140100

200140



Fig No. 7

Fig. 7



Part XI.Line fittings


The fittings are intended for assembly and adjusting the length of in-sulating sets for conductors and lightning wires of overhead transmission lines, for change the angle of coupling fittings with ball and socket connec-tion in the set.

The fittings are manufactured in climatic performance: UHL, installa-tion cat-egory 1 according to GOST 15150. The fittings meet the require-ments of GOST 13276, GOST 51177 and coupling dimensions correspond to GOST 11359 and GOST 27396.

Clevis SR-7-16 TU 3449-033-21639232-2009 – the clevis with mechanical failing load 70 kN (7 tf) and reference dimension of ball and socket connection of 16 mm.

Clevis SR-12-16 TU 3449-033-21639232-2009 – the clevis with mechanical failing load 120 kN (12 tf) and reference dimension of ball and socket connection of 16 mm.

Links PR-7-6B TU 3449-033-21639232-2009 – the straight link with mechanical failing load 70 kN (7 tf) with the capability to be used in inter-mediate attachment joint, the modification 6B.

Links PR-12-6B TU 3449-033-21639232-2009 – straight link having failing load 120 kN (12 tf) with opportunity using in intermediate attachment joint, the modifica-tion 6B.

Links PRV-7-1 TU 3449-033-21639232-2009 – intermediate twisted link with mechanical failing load 70kN (7 tf), the modification 1.

Links PRV-12-1 TU 3449-033-21639232-2009 – intermediate twisted link with mechanical failing load 120 kN (12 tf), modification 1.

Part XI. Line fittings, GOST 13276, GOST Р 51177TU �449-0��-216�92�2-2009

Parameter

SR-7

-16

PR-7

-6B

PRV-

7-1

SR-1

2-16

PR-1

2-6B

PRV-

12-1

Clear height Н, mm 99 172 101 185

Spacing А, mm 65 130 65 140

Diameter of clevis tongue D, mm 42 45

Thickness of clevis tongue b, mm 16 22

Diameter of fitting hole d, mm 17 23

Diameter of core part d1, mm 17 22

Diameter of pin ball D1, mm 33,3–

33,3–

Thickness of pin ball h, mm 13,4 13,4



Specified mechanical tensile load, not more, kN 70 120

Fig No. 1 3 4 2 3 4




Fig. 1

Fig. 2


Fig. 3

Fig. 4




Signed in press 00.00.2019. Format 60×841/16.Volume 00,00 printing sheets. Circulation 100 pcs. Order 2130.

Chelyabinsk Publishing House454080, Chelyabinsk, Sverdlovsky Av., 60.

Documents

Contentenergy-21.ru/files/misc/catalog2020en.pdf Tel/fax: ( 51) 66 -24-60, 66 -26-75, 66 -24-92, 211-60-20, 211-60- 0 e-mail: [email protected] 4 AO «ENERGY +21» 10, Safonova str.,