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Products catalogue 2015

HigH-voltage composite insulators

gig polymer

contents

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3–23

24–25

26–31

32–35

36–45

About the company

Manufacturer of polymer insulators

Line suspension insulators

Line post insulators

Railway insulators

Post insulators for outdoor installation

Test reports

1

about the company

Global Insulator Group (GIG) is an international industrial holding investing in production anddevelopment in the field of glass, composite, porcelain insulation and line fittings. The basic enterprises –Yuzhnouralsky Insulators and Fittings Plant, OAO "YuAIZ" (Russia), Lviv Insulator Company LLC (Ukraine),Kazakh Insulators and Fittings Plant (Kazakhstan), and modern production of composite insulatorsGIG Polymer (Estonia).

Suspension disc-type glass insulators – 12 million units per year. Suspension string toughened glassinsulators for HVTL and substations for the voltage range of 35–1150 kV for AC systems and up to800 kV for DC lines as well.

Porcelain insulators – 7 000 ton per year. Porcelain insulators for HVTL for the voltage range of0.4–20 kV and for 0.4–110 kV substations.

Composite insulators – 500 000 units per year. Line suspension insulators for voltage of 15–765 kV,pin insulators for traction lines, line post insulators, post insulators for substations and hardware-controlledinsulators for 765 kV.

High-voltage transmission and distribution line fittings – 4 000 ton per year, for 35–1150 kV HVTL.

More than 300 companies from Russia, the CIS countries and from 48 countries of Europe, America,Africa, Middle East, Asian-Pacific region are the constant consumers of the holding's products. Thewide geography of deliveries provides manufacturing of the insulation units for different environmentalconditions.

The new constructive designs are based on the 50-year-old operating experience in the field of insulationat the important high-voltage objects in harsh environmental conditions. Thanks to constant cooperationof GIG technical centre with the TL service departments there were developed the products with specialrequirements: Super-FOG glass insulators, glass insulators with a waterproof (composite) coating,insulators for DC lines, pin glass-porcelain insulators, seamless composite insulators for HVTL andsubstations up to 500 kV, line fittings for tight and high-temperature conductors.

The products of Global Insulator Group comply with the quality management systems of ISO 9001,14001, and 18001. The products are subjected to testing in the factory laboratories and internationalindependent test centers to confirm the customer's requirements and national standards.

Technical support of the GIG clients is carried out by the technical consulting service "GIG-Operationdivision".

manufacturer of polymer insulators

2

The plant specializes in the manufacture of polymer insulators. High-technologyenterprise for manufacturing of polymer insulators GIG Polymer was placedin operation in 2013 in Estonia (Tallinn).

Main types of the output products:

· Polymer line suspension insulators for voltage range of 15–765 kV.

· Railway polymer insulators (trolley wire insulators for overhead railroad systems).

· Polymer line post insulators.

· Polymer substation post and apparatus insulators with up to 750 kV voltage.

· Interphase polymer insulating spacers with up to 765 kV voltage.

GIG Polymer use the highest performance technologies for silicone rubber basedpolymer insulators: LSR technology (liquid silicone rubber casting technology),HTV technology (injection molding of rubber with high viscosity under highpressure).

Advantages of GIG Polymer insulators:

· There is no need in puncture tracing and diagnostics on the insulator sincethe design eliminates all probable puncture causes.

· Special design of end fittings reduces the possibility of flashover.

· Unique vacuumizing method – Bubble Free vulcanization.

· Insulators of any size up to 500 kV are casted in one molding cycle withoutseams and joint lines.

· All kinds of end fittings, including stainless steel fittings.

· Any kind of insulator configuration can be developed promptly – moldarrangement is based on mosaic technology.

· Special corrosion-resistant fiberglass.

· 100% laboratory incoming inspection of the components and raw materials.

· High hydrophobicity and tracking resistance of the silicone rubber.

· Extra smooth rubber surface.

· Inclined ribs form dry zone.

· One molding cycle suspension insulators with ribs diameter up to 180 mm.

· Collet coupling of the end fittings ensures uniform load distribution onfiberglass rods.

· Hot dip galvanizing with coating thickness from 70 μm.

Certificate of compliance with therequirements of ISO 9001:2008

Certificate of compliance with therequirements of ISO 14001:2004

Certificate of compliance with therequirements of BS OHSAS 18001:2007

3

line suspension insulators

Line suspension insulators

Designed for insulating and fixing the wires and ground wire of overhead transmission lines. It is also used in switchgearpower stations and AC substations with voltage 10–750 kV and frequency up to 100 Hz, at an ambient temperature from–60°C to +50°C, located at an altitude of 3500 m above sea level, in regions with site pollution severity classes from verylight to very heavy according to IEC 60815-1.

Insulators could be furnished with all types of end fittings according to IEC 60120, IEC 60471, IEC 61466. Also the creepagedistance could be varied at the customer's request.

IsolatorSocket Pin Ball Tongue Clevis Y-Clevis Eye

load class

70 kN S16 (IEC 60120) B16 (IEC 60120) T13L (IEC 60471) Ñ13L (IEC 60471)Y16 E17

(IEC 61466) (IEC 61466)

120 kN S16 (IEC 60120) B16 (IEC 60120) T16L (IEC 60471) Ñ16L (IEC 60471)Y19 E24

(IEC 61466) (IEC 61466)

160 kN S20 (IEC 60120) B20 (IEC 60120) T19L (IEC 60471) Ñ19L (IEC 60471)Y22 E25

(IEC 61466) (IEC 61466)

210 kN S20 (IEC 60120) B20 (IEC 60120) T22L (IEC 60471) Ñ22L (IEC 60471)Y22 E25

(IEC 61466) (IEC 61466)

300 kN S24 (IEC 60120) B24 (IEC 60120) T25L (IEC 60471) Ñ25L (IEC 60471) – –

Depending on the customer request send fittings can be selected with different dimensions.

Standard end fittings depending on the class of mechanical load

Socket TonguePin Ball

EyeClevis Y-Clevis

4

line suspension insulators

ReferenceType of insulator

Weight, SpacingLength

Leakagedesignation

in accordancekg Í, mm

of insulatingdistance, mm

with IEC 61466-1 part L, mm

CS 70 S16 B16 - 190/485 1.5 300

LS-70/12-485CS 70 S16 T13L - 190/485 1.5 311

223 485CS 70 T13L B16 - 190/485 1.3 300CS 70 T13L T13L - 190/485 1.3 312

CS 70 S16 B16 - 230/685 1.6 365

LS-70/15-685CS 70 S16 T13L - 230/685 1.6 376

288 685CS 70 T13L B16 - 230/685 1.4 365CS 70 T13L T13L - 230/685 1.4 377

CS 70 S16 B16 - 270/890 1.7 430

LS-70/24-890CS 70 S16 T13L - 270/890 1.7 441

353 890CS 70 T13L B16 - 270/890 1.5 430CS 70 T13L T13L - 270/890 1.5 442

• Nominal voltage: 10–24 kV• Class of mechanical load: 70 kN

Fig. 1

Fig. 2

5

line suspension insulators

Nominal Standard mechanicalLightning impulse Power frequency Wet switching

voltage, kV load, kNwithstand withstand impulse withstand Fig.voltage, kV voltage, kV voltage, kV

12 70 190 50 – 1

15 70 230 70 – 2

24 70 270 95 – 3

Fig. 3

In the design of the insulators used standard fittings, connection dimensions comply with standards: IEC 60120, IEC 60471,IEC 61466.

The pictures show the appearance of the insulators with socket-ball (SB) connection.

6

line suspension insulators

ReferenceType of insulator

Weight, SpacingLength

Leakagedesignation

in accordancekg Í, mm

of insulatingdistance, mm

with IEC 61466-1 part L, mm

CS 70 S16 B16 - 300/980 1.9 495

LS-70/36-980CS 70 S16 T13L - 300/980 1.9 506

418 980CS 70 T13L B16 - 300/980 1.7 495CS 70 T13L T13L - 300/980 1.7 507

CS 70 S16 B16 - 300/1095 2.0 495

LS-70/36-1095CS 70 S16 T13L - 300/1095 2.0 506

418 1095CS 70 T13L B16 - 300/1095 1.8 495CS 70 T13L T13L - 300/1095 1.8 507

CS 70 S16 B16 - 330/1300 2.0 560

LS-70/36-1300CS 70 S16 T13L - 330/1300 2.0 571

483 1300CS 70 T13L B16 - 330/1300 1.8 560CS 70 T13L T13L - 330/1300 1.8 572

• Nominal voltage: 36 kV• Class of mechanical load: 70 kN

Fig. 4

Fig. 5

7

line suspension insulators

Nominal Standard mechanicalLightning impulse Power frequency Wet switching

voltage, kV load, kNwithstand withstand impulse withstand Fig.voltage, kV voltage, kV voltage, kV

36 70 300 95 – 4

36 70 300 95 – 5

36 70 330 105 – 6

Fig. 6

In the design of the insulators used standard fittings, connection dimensions comply with standards: IEC 60120, IEC 60471,IEC 61466.

The pictures show the appearance of the insulators with socket-ball (SB) connection.

8

line suspension insulators

ReferenceType of insulator

Weight, SpacingLength

Leakagedesignation

in accordancekg Í, mm

of insulatingdistance, mm

with IEC 61466-1 part L, mm

CS 70 S16 B16 - 630/2700 3.2 1203

LS-70/110-2700CS 70 S16 T13L - 630/2700 3.2 1213

1015 2700CS 70 T13L B16 - 630/2700 3.0 1211CS 70 T13L T13L - 630/2700 3.1 1221

CS 70 S16 B16 - 960/5200 5.2 2143

LS-70/220-5200CS 70 S16 T13L - 960/5200 5.2 2153

1771 5200CS 70 T13L B16 - 960/5200 5.0 2151CS 70 T13L T13L - 960/5200 5.1 2161

CS 120 S16 B16 - 550/2790 4.0 1316

LS-120/110-2790CS 120 S16 T13L - 550/2790 4.0 1331

1085 2790CS 120 T13L B16 - 550/2790 3.8 1328CS 120 T13L T13L - 550/2790 3.9 1343

• Nominal voltage: 110–220 kV• Class of mechanical load: 70–120 kN

Fig. 7

Fig. 8

Fig. 9

In the design of the insulators used standard fittings, connection dimensions comply with standards: IEC 60120, IEC 60471,IEC 61466.

The pictures show the appearance of the insulators with socket-ball (SB) connection.

9

line suspension insulators

Nominal Standard mechanicalLightning impulse Power frequency Wet switching

voltage, kV load, kNwithstand withstand impulse withstand Fig.voltage, kV voltage, kV voltage, kV

110 70 630 230 – 7

220 70 960 460 – 8

110 120 630 230 – 9

Protective fittings for insulators with nominal voltage 110–220 kV

10

line suspension insulators

• Nominal voltage: 66–220 kV• Class of mechanical load: 70 kN

ReferenceType of insulator

Weight, SpacingLength

Leakagedesignation

in accordancekg Í, mm

of insulatingdistance, mm

with IEC 61466-1 part L, mm

CS 70 S16 B16 - 460/2120 2.7 878

LS-70/66-2120CS 70 S16 T13L - 460/2120 2.8 888

690 2120CS 70 T13L B16 - 460/2120 2.6 886CS 70 T13L T13L - 460/2120 2.7 896

CS 70 S16 B16 - 630/3140 3.5 1203

LS-70/110-3140CS 70 S16 T13L - 630/3140 3.6 1213

1015 3140CS 70 T13L B16 - 630/3140 3.4 1211CS 70 T13L T13L - 630/3140 3.5 1221

CS 70 S16 B16 - 700/3545 3.9 1333

LS-70/110-3545CS 70 S16 T13L - 700/3545 3.9 1343

1145 3545CS 70 T13L B16 - 700/3545 3.7 1341CS 70 T13L T13L - 700/3545 3.8 1351

CS 70 S16 B16 - 920/5770 5.6 2048

LS-70/220-5770CS 70 S16 T13L - 920/5770 5.6 2058

1860 5770CS 70 T13L B16 - 920/5770 5.4 2056CS 70 T13L T13L - 920/5770 5.5 2066

CS 70 S16 B16 - 1050/6580 6.2 2308

LS-70/220-6580CS 70 S16 T13L - 1050/6580 6.2 2318

2120 6580CS 70 T13L B16 - 1050/6580 6.0 2316CS 70 T13L T13L - 1050/6580 6.1 2326

Fig. 10

In the design of the insulators used standard fittings, connection dimensions comply with standards: IEC 60120, IEC 60471,IEC 61466.

The pictures show the appearance of the insulators with socket-ball (SB) connection.

11

line suspension insulators

Diameter of sheds NominalStandard Lightning impulse Power frequency Wet switching

D1/D2, mm voltage, kVmechanical withstand withstand impulse withstandload, kN voltage, kV voltage, kV voltage, kV

113/83 66 70 460 150 –

113/83 110 70 630 230 –

113/83 110 70 700 230 –

113/83 220 70 920 460 –

113/83 220 70 1050 460 –

Protective fittings for insulators with nominal voltage 220–330 kV

Protective fittings for insulators with nominal voltage 330 kV and higher

12

line suspension insulators

• Nominal voltage: 110–220 kV• Class of mechanical load: 120 kN

ReferenceType of insulator

Weight, SpacingLength

Leakagedesignation

in accordancekg Í, mm

of insulatingdistance, mm

with IEC 61466-1 part L, mm

CS 120 S16 B16 - 630/3340 4.3 1316

LS-120/110-3340CS 120 S16 T16L - 630/3340 4.4 1331

1085 3340CS 120 T16L B16 - 630/3340 4.1 1328CS 120 T16L T16L - 630/3340 4.3 1343

CS 120 S16 B16 - 700/3745 4.5 1446

LS-120/110-3745CS 120 S16 T16L - 700/3745 4.6 1461

1215 3745CS 120 T16L B16 - 700/3745 4.3 1458CS 120 T16L T16L - 700/3745 4.5 1473

CS 120 S16 B16 - 550/3850 4.9 1252

LS-120/110-3850CS 120 S16 T16L - 550/3850 5.1 1267

1021 3850CS 120 T16L B16 - 550/3850 4.8 1264CS 120 T16L T16L - 550/3850 4.9 1279

CS 120 S16 B16 - 650/5100 5.9 1577

LS-120/132-5100CS 120 S16 T16L - 650/5100 6.1 1592

1346 5100CS 120 T16L B16 - 650/5100 5.7 1589CS 120 T16L T16L - 650/5100 5.8 1604

CS 120 S16 B16 - 980/5770 5.8 2096

LS-120/220-5770CS 120 S16 T16L - 980/5770 6.0 2111

1865 5770CS 120 T16L B16 - 980/5770 5.7 2108CS 120 T16L T16L - 980/5770 5.8 2123

CS 120 S16 B16 - 1050/6170 6.1 2226

LS-120/220-6170CS 120 S16 T16L - 1050/6170 6.2 2241

1995 6170CS 120 T16L B16 - 1050/6170 5.9 2238CS 120 T16L T16L - 1050/6170 6.1 2253

CS 120 S16 B16 - 950/7100 7.3 2097

LS-120/220-7100CS 120 S16 T16L - 950/7100 7.5 2112

1866 7100CS 120 T16L B16 - 950/7100 7.1 2109CS 120 T16L T16L - 950/7100 7.2 2124

13

line suspension insulators

Diameter of sheds NominalStandard Lightning impulse Power frequency Wet switching

D1/D2, mm voltage, kVmechanical withstand withstand impulse withstandload, kN voltage, kV voltage, kV voltage, kV

116/86 110 120 630 230 –

116/86 110 120 700 230 –

140/110 110 120 550 230 –

140/110 132 120 650 275 –

116/86 220 120 980 460 –

116/86 220 120 1050 460 –

140/110 220 120 950 460 –

14

line suspension insulators

ReferenceType of insulator

Weight, SpacingLength

Leakagedesignation

in accordancekg Í, mm

of insulatingdistance, mm

with IEC 61466-1 part L, mm

CS 120 S16 B16 - 1050/9600 9.1 2747

LS-120/275-9600CS 120 S16 T16L - 1050/9600 9.3 2762

2516 9600CS 120 T16L B16 - 1050/9600 8.9 2759CS 120 T16L T16L - 1050/9600 9.0 2774

CS 120 S16 B16 - 1470/9000 7.8 3136

LS-120/400-9000CS 120 S16 T16L - 1470/9000 8.0 3151

2905 9000CS 120 T16L B16 - 1470/9000 7.7 3148CS 120 T16L T16L - 1470/9000 7.8 3163

CS 120 S16 B16 - 1540/10015 8.5 3461

LS-120/400-10015CS 120 S16 T16L - 1540/10015 8.7 3476

3230 10015CS 120 T16L B16 - 1540/10015 8.4 3473CS 120 T16L T16L - 1540/10015 8.6 3488

CS 120 S16 B16 - 1540/13150 11.6 3657

LS-120/400-13150CS 120 S16 T16L - 1540/13150 11.8 3672

3426 13150CS 120 T16L B16 - 1540/13150 11.5 3669CS 120 T16L T16L - 1540/13150 11.6 3684

CS 120 S16 B16 - 1740/17400 15.6 4762

LS-120/500-17400CS 120 S16 T16L - 1740/17400 15.9 4777

4531 17400CS 120 T16L B16 - 1740/17400 15.3 4774CS 120 T16L T16L - 1740/17400 15.5 4789

• Nominal voltage: 275–500 kV• Class of mechanical load: 120 kN

15

line suspension insulators

Diameter of sheds NominalStandard Lightning impulse Power frequency Wet switching

D1/D2, mm voltage, kVmechanical withstand withstand impulse withstandload, kN voltage, kV voltage, kV voltage, kV

140/110 275 120 1050 – 850

116/86 400 120 1470 570 1090

116/86 400 120 1540 570 1190

140/110 400 120 1540 570 1050

140/110 500 120 1740 760 1230

16

line suspension insulators

• Nominal voltage: 110–220 kV• Class of mechanical load: 160 kN

ReferenceType of insulator

Weight, SpacingLength

Leakagedesignation

in accordancekg Í, mm

of insulatingdistance, mm

with IEC 61466-1 part L, mm

CS 160 S20 B20 - 550/3850 5.4 1273

LS-160/110-3850CS 160 S20 T19L - 550/3850 5.6 1287

1021 3850CS 160 T19L B20 - 550/3850 5.1 1278CS 160 T19L T19L - 550/3850 5.3 1292

CS 160 S20 B20 - 650/5100 6.4 1598

LS-160/132-5100CS 160 S20 T19L - 650/5100 6.6 1612

1346 5100CS 160 T19L B20 - 650/5100 6.0 1603CS 160 T19L T19L - 650/5100 6.2 1617

CS 160 S20 B20 - 980/5770 6.2 2117

LS-160/220-5770CS 160 S20 T19L - 980/5770 6.5 2131

1865 5770CS 160 T19L B20 - 980/5770 6.0 2122CS 160 T19L T19L - 980/5770 6.1 2136

CS 160 S20 B20 - 1050/6170 6.5 2247

LS-160/220-6170CS 160 S20 T19L - 1050/6170 6.7 2261

1995 6170CS 160 T19L B20 - 1050/6170 6.2 2252CS 160 T19L T19L - 1050/6170 6.3 2256

CS 160 S20 B20 - 950/7100 7.3 2118

LS-160/220-7100CS 160 S20 T19L - 950/7100 7.5 2132

1866 7100CS 160 T19L B20 - 950/7100 7.1 2123CS 160 T19L T19L - 950/7100 7.2 2137

17

line suspension insulators

Diameter of sheds NominalStandard Lightning impulse Power frequency Wet switching

D1/D2, mm voltage, kVmechanical withstand withstand impulse withstandload, kN voltage, kV voltage, kV voltage, kV

140/110 110 160 550 230 –

140/110 132 160 650 275 –

116/86 220 160 980 460 –

116/86 220 160 1050 460 –

140/110 220 160 950 460 –

18

line suspension insulators

ReferenceType of insulator

Weight, SpacingLength

Leakagedesignation

in accordancekg Í, mm

of insulatingdistance, mm

with IEC 61466-1 part L, mm

CS 160 S20 B20 - 1050/9600 9.6 2768

LS-160/275-9600CS 160 S20 T19L - 1050/9600 9.8 2782

2516 9600CS 160 T19L B20 - 1050/9600 9.2 2773CS 160 T19L T19L - 1050/9600 9.5 2787

CS 160 S20 B20 - 1470/9000 8.3 3157

LS-160/400-9000CS 160 S20 T19L - 1470/9000 8.5 3171

2905 9000CS 160 T19L B20 - 1470/9000 8.0 3162CS 160 T19L T19L - 1470/9000 8.2 3176

CS 160 S20 B20 - 1540/10015 9.0 3482

LS-160/400-10015CS 160 S20 T19L - 1540/10015 9.2 3496

3230 10015CS 160 T19L B20 - 1540/10015 8.7 3487CS 160 T19L T19L - 1540/10015 8.9 3501

CS 160 S20 B20 - 1540/13150 12.1 3678

LS-160/400-13150CS 160 S20 T19L - 1540/13150 12.3 3692

3426 13150CS 160 T19L B20 - 1540/13150 11.8 3683CS 160 T19L T19L - 1540/13150 12.0 3697

CS 160 S20 B20 - 1740/13150 10.6 4457

LS-160/500-13150CS 160 S20 T19L - 1740/13150 10.8 4471

4205 13150CS 160 T19L B20 - 1740/13150 10.3 4462CS 160 T19L T19L - 1740/13150 10.5 4476

CS 160 S20 B20 - 1740/15600 12.5 5237

LS-160/500-15600CS 160 S20 T19L - 1740/15600 12.7 5251

4985 15600CS 160 T19L B20 - 1740/15600 12.2 5242CS 160 T19L T19L - 1740/15600 12.4 5256

CS 160 S20 B20 - 1740/17400 16.1 4783

LS-160/500-17400CS 160 S20 T19L - 1740/17400 16.4 4797

4531 17400CS 160 T19L B20 - 1740/17400 15.6 4788CS 160 T19L T19L - 1740/17400 15.9 4802

CS 160 S20 B20 - 2700/24700 18.4 8162

LS-160/750-24700CS 160 S20 T19L - 2700/24700 18.6 8176

7910 24700CS 160 T19L B20 - 2700/24700 18.1 8167CS 160 T19L T19L - 2700/24700 18.3 8181

• Nominal voltage: 275–750 kV• Class of mechanical load: 160 kN

19

line suspension insulators

Diameter of sheds NominalStandard Lightning impulse Power frequency Wet switching

D1/D2, mm voltage, kVmechanical withstand withstand impulse withstandload, kN voltage, kV voltage, kV voltage, kV

140/110 275 160 1050 – 850

116/86 400 160 1470 570 1090

116/86 400 160 1540 570 1190

140/110 400 160 1540 570 1050

116/86 500 160 1740 760 1230

116/86 500 160 1740 760 1230

140/110 500 160 1740 760 1230

116/86 750 160 2700 1125 1800

20

line suspension insulators

ReferenceType of insulator

Weight, SpacingLength

Leakagedesignation

in accordancekg Í, mm

of insulatingdistance, mm

with IEC 61466-1 part L, mm

CS 210 S20 B20 - 1540/10500 14.5 3505

LS-210/400-10500CS 210 S20 T22L - 1540/10500 14.9 3523

3231 10500CS 210 T22L B20 - 1540/10500 14.0 3514CS 210 T22L T22L - 1540/10500 14.4 3531

CS 210 S20 B20 - 1540/13500 16.2 3536

LS-210/400-13500CS 210 S20 T22L - 1540/13500 16.6 3567

3231 13500CS 210 T22L B20 - 1540/13500 15.7 3566CS 210 T22L T22L - 1540/13500 16.2 3597

CS 210 S20 B20 - 1740/14700 18.7 4836

LS-210/500-14700CS 210 S20 T22L - 1740/14700 19.2 4867

4531 14700CS 210 T22L B20 - 1740/14700 18.2 4866CS 210 T22L T22L - 1740/14700 18.7 4897

CS 210 S20 B20 - 1740/18200 21.3 4836

LS-210/500-18200CS 210 S20 T22L - 1740/18200 21.7 4867

4531 18200CS 210 T22L B20 - 1740/18200 20.8 4866CS 210 T22L T22L - 1740/18200 21.2 4897

CS 210 S20 B20 - 2700/27000 32.4 6851

LS-210/750-27000CS 210 S20 T22L - 2700/27000 33.2 6882

6546 27000CS 210 T22L B20 - 2700/27000 31.4 6881CS 210 T22L T22L - 2700/27000 32.4 6882

• Nominal voltage: 400–750 kV• Class of mechanical load: 210 kN

21

line suspension insulators

Diameter of sheds NominalStandard Lightning impulse Power frequency Wet switching

D1/D2, mm voltage, kVmechanical withstand withstand impulse withstandload, kN voltage, kV voltage, kV voltage, kV

154/124 400 210 1540 570 1050

154/124 400 210 1540 570 1050

154/124 500 210 1740 760 1230

154/124 500 210 1740 760 1230

154/124 750 210 2700 1125 1800

22

line suspension insulators

ReferenceType of insulator

Weight, SpacingLength

Leakagedesignation

in accordancekg Í, mm

of insulatingdistance, mm

with IEC 61466-1 part L, mm

CS 300 S24 B24 - 1540/10500 15.8 3555

LS-300/400-10500CS 300 S24 T25L - 1540/10500 16.3 3573

3231 10500CS 300 T25L B24 - 1540/10500 14.7 3562CS 300 T25L T25L - 1540/10500 15.2 3577

CS 300 S24 B24 - 1540/13500 17.5 3586

LS-300/400-13500CS 300 S24 T25L - 1540/13500 18.0 3617

3231 13500CS 300 T25L B24 - 1540/13500 16.4 3614CS 300 T25L T25L - 1540/13500 17.0 3643

CS 300 S24 B40 - 1740/14700 20.0 4886

LS-300/500-14700CS 300 S24 T25L - 1740/14700 20.6 4917

4531 14700CS 300 T25L B24 - 1740/14700 18.9 4914CS 300 T25L T25L - 1740/14700 19.5 4943

CS 300 S24 B24 - 1740/18200 22.6 4886

LS-300/500-18200CS 300 S24 T25L - 1740/18200 23.1 4917

4531 18200CS 300 T25L B24 - 1740/18200 21.5 4914CS 300 T25L T25L - 1740/18200 22.0 4943

CS 300 S24 B24 - 2700/27000 33.7 6901

LS-300/750-27000CS 300 S24 T25L - 2700/27000 34.6 6932

6546 27000CS 300 T25L B24 - 2700/27000 32.1 6929CS 300 T25L T25L - 2700/27000 33.2 6928

• Nominal voltage: 400–750 kV• Class of mechanical load: 300 kN

23

line suspension insulators

Diameter of sheds NominalStandard Lightning impulse Power frequency Wet switching

D1/D2, mm voltage, kVmechanical withstand withstand impulse withstandload, kN voltage, kV voltage, kV voltage, kV

154/124 400 300 1540 570 1050

154/124 400 300 1540 570 1050

154/124 500 300 1740 760 1230

154/124 500 300 1740 760 1230

154/124 750 300 2700 1125 1800

24

line post insulators

Line post insulators

Designed for mounting and insulation of non insulated and insulated wires of overhead transmission lines and in switchgearpower stations and AC substations with voltage 6–35 kV and frequency up to 100 Hz, at an ambient temperature from–60°C to +50°C.

LengthCantilever

DesignationNominal Max. Spacing

of insulatingLeakage Weight, load

voltage, kV voltage, kV Í, mmpart L, mm

distance, mm kg withstand,kN

CSLP 12.5/10-690 6–10 12 354 256 700 4.9 12.5

CSLP 12.5/20-920 20 24 416 321 920 5.4 12.5

CSLP 10/35-1120 35 40.5 484 386 1130 5.6 10

25

line post insulators

Lightning impulse Dry power Wet power 50% power frequency Trackingwithstand voltage frequency withstand frequency withstand discharge voltage and erosion,

1.2/50, kV, voltage, kV, voltage, kV, in polluted condition, test, hours,not less than not less than not less than kV, not less than not less than

125 80 50 13 500

150 100 70 30 500

250 165 120 42 500

26

railway insulators

Railway insulators(trolley wire insulators for overhead railroad systems)

Designed for insulating and fixing the contact wires and for usage in insulating nodes, suspensions, switchgears and substationselectrified DC railways with voltage 3 (3.3) kV and AC with voltage 25 (27.5) kV and frequency up to 100 Hz at an ambienttemperature –60°C to +50°C.

The insulators have successfully passed certification tests and type tests.

Designation

CST 120-3.3-7 3/3.3 450 200 600 2.2 120 – 1 125 80

CST 120-3.3-7 3/3.3 515 265 800 2.3 120 – 1 125 80

CST 120-27.5-5 25/27.5 615 365 1130 2.6 120 – 1 240 145

CSS 70-3.3-7 3/3.3 430 200 600 2.1 70 – 1 125 80

CSS 70-3.3-7 3/3.3 439 200 600 2.0 70 – 1 125 80

CSS 70-3.3-7 3/3.3 442 200 600 2.3 70 – 1 125 80

CSS 120-3.3-7 3/3.3 430 200 600 2.1 120 – 1 125 80

CSS 120-3.3-7 3/3.3 439 200 600 2.0 120 – 1 125 80

CSS 120-3.3-7 3/3.3 442 200 600 2.3 120 – 1 125 80

CSS 70-27.5-5 25/27.5 595 365 1130 2.5 70 – 1 240 145

CSS 70-27.5-5 25/27.5 604 365 1130 2.4 70 – 1 240 145

CSS 70-27.5-5 25/27.5 607 365 1130 2.7 70 – 1 240 145

CSS 120-27.5-5 25/27.5 595 365 1130 2.5 120 – 1 240 145

CSS 120-27.5-5 25/27.5 604 365 1130 2.4 120 – 1 240 145

CSS 120-27.5-5 25/27.5 607 365 1130 2.7 120 – 1 240 145

CSF 70-8-3.3-7 3/3.3 378 256 690 3.1 70 8 3.5 125 80

CSF 120-8-3.3-7 3/3.3 378 256 690 3.1 120 8 6 125 80

CSF 70-8-27.5-5 25/27.5 508 386 1120 3.8 70 8 3.5 240 145

CSF 120-8-27.5-5 25/27.5 508 386 1120 3.8 120 8 6 240 145

CSC 120-8-3.3-7 3/3.3 437 256 690 4.8 120 8 6 125 80

CSC 120-8-27.5-5 25/27.5 567 386 1120 5.6 120 8 6 240 145

Nom

inal

voltag

e, k

V

Spacing Í

, m

m

Length

of

insu

lating p

art

L, m

m

Leak

age

dista

nce

, m

m, not

less

than

Wei

ght, k

g, m

ax.

Tension load

withst

and, kN

Can

tile

ver

load

withst

and, kN

Ben

din

g m

om

ent

withst

and, kN

·m, not

less

than

Lightn

ing im

pulse

withst

and v

oltag

e 1.2/

50,

kV, not

less

than

Dry

pow

er f

requen

cy w

ithst

and v

oltag

e,

kV, not

less

than

27

railway insulators

Fig.

Horizontally Vertically 20±2 μS 50±5 μS 20±2 μS 50±5 μS

70 60 – 10 – 15 15 500 1

70 60 – 10 – 15 15 500 2

125 110 42 – 40 – 15 500 3

70 60 – 10 – 15 15 500 4

70 60 – 10 – 15 15 500 4

70 60 – 10 – 15 15 500 4

70 60 – 10 – 15 15 500 4

70 60 – 10 – 15 15 500 4

70 60 – 10 – 15 15 500 4

125 110 42 – 40 – 15 500 5

125 110 42 – 40 – 15 500 5

125 110 42 – 40 – 15 500 5

125 110 42 – 40 – 15 500 5

125 110 42 – 40 – 15 500 5

125 110 42 – 40 – 15 500 5

70 60 – 10 – 15 15 500 6

70 60 – 10 – 15 15 500 6

125 110 42 – 40 – 15 500 7

125 110 42 – 40 – 15 500 7

70 60 – 10 – 15 15 500 8

125 110 42 – 40 – 15 500 9

Trac

king a

nd e

rosion t

est, h

ours

, not

less

than

Rad

io inte

rfer

ence

lev

el, dB, m

ax.

Wet

pow

er f

requen

cy w

ithst

and v

oltag

e,

kV, not

less

than

, under

the

spec

ific

surf

ace

conduct

ivity

of

pollu

tion lay

er

50%

pow

er f

requen

cy d

isch

arge

voltag

e in

pollu

ted c

onditio

n, kV

, not

less

than

,under

the

spec

ific s

urf

ace

conduct

ivity

of

pollu

tion lay

er

Wet

pow

er f

requen

cy w

ithst

and v

oltag

e,

kV, not

less

than

28

railway insulators

Fig. 1 Fig. 2

Fig. 4

29

railway insulators

Fig. 3

Fig. 6

30

railway insulators

Fig. 5

Fig. 8

31

railway insulators

Fig. 7

Fig. 9

32

post insulators for outdoor installation

Post insulators for outdoor installation

Designed for insulating and fixing the live parts in electric and distribution devices, power stations and AC substations withvoltages of 110 kV and up to 100 Hz.

Nom

inal

voltag

e, k

V

Lightn

ing im

pulse

withst

and v

oltag

e,

kV, not

less

than

Pow

er f

requen

cy w

ithst

and v

oltag

e,

kV, not

less

than

50%

pow

er f

requen

cy d

isch

arge

voltag

e in

pollu

ted c

onditio

n, kV

, not

less

than

Switch

ing w

ithst

and v

oltag

e,

kV, not

less

than

Spec

ifie

d c

antile

ver

load

withst

and, kN

Leak

age

dista

nce

, m

m, not

less

than

Length

of

insu

lating p

art

L, m

m

Spacing Í

, m

m

Reference Porcelaindesignation analogue

OSK 10-110-À-2 IOS-110-300 110 10 832 1020±2 2650 450 230 110 –

OSK 10-110-B-2 IOS-110-400 110 10 860 1050±2 2605 450 230 110 –

OSK 10-110-V-2IOS-110-600

110 10 914 1100±2 2910 450 230 110 –IOS-110-1250

CSP 110/10-450 Ñ10-450 110 10 832 1020±1 2650 450 230 – –

CSP 110/10-550 Ñ10-550 110 10 1032 1220±1 3200 550 230 – –

CSP 150/8-650 Ñ8-650 150 8 1312 1500±2.5 4192 650 275 – –

CSP 150/6-750 Ñ6-750 150 6 1512 1700±2.5 4752 750 325 – –

CSP 150/6-850 Ñ6-850 150 6 1706 1900±3.5 5449 850 360 – –

CSP 220/6-950 Ñ6-950 220 6 1914 2100±3.5 6100 950 395 – 750

CSP 220/6-1050 C6-1050 220 6 2114 2300±3.5 6650 1050 460 – 750

33

post insulators for outdoor installation

Fig. 1

Flange connection dimensions, mm

Weight,Fig.kg

top bottom

Ô127 (? 90) 4 holes Ì16Ô127 (? 90) 4 holes Ì16 21

1Ô178 (? 126) 4 holes Ì16 24

Ô170 (? 120) 4 holes Ì12 Ô225 (? 160) 4 holes Ô18 28 1

Ô225 (? 160) 4 holes Ô18 Ô225 (? 160) 4 holes Ô18 321

Ô225 (? 160) 4 holes Ô18 Ô225 (? 160) 4 holes Ô18 34

Ô127 (? 90) 4 holes Ì16 Ô127 (? 90) 4 holes Ì16 211

Ô127 (? 90) 4 holes Ì16 Ô200 4 holes Ô18 25

Ô127 (? 90) 4 holes Ì16 Ô127 (? 90) 4 holes Ì16 231

Ô127 (? 90) 4 holes Ì16 Ô200 4 holes Ô18 27

Ô127 (? 90) 4 holes Ì16 Ô127 (? 90) 4 holes Ì16 261

Ô127 (? 90) 4 holes Ì16 Ô200 4 holes Ô18 30

Ô127 (? 90) 4 holes Ì16 Ô127 (? 90) 4 holes Ì16 28

Ô127 (? 90) 4 holes Ì16 Ô225 4 holes Ô18 331

Ô225 4 holes Ô18 Ô127 (? 90) 4 holes Ì16 33

Ô225 4 holes Ô18 Ô225 4 holes Ô18 39

Ô127 (? 90) 4 holes Ì16 Ô225 4 holes Ô18 361

Ô225 4 holes Ô18 Ô225 4 holes Ô18 41

Ô127 (? 90) 4 holes Ì16 Ô225 (? 160) 4 holes Ô18 381

Ô225 (? 160) 4 holes Ô18 Ô225 (? 160) 4 holes Ô18 44

Ô127 (? 90) 4 holes Ì16 Ô225 (? 160) 4 holes Ô18 401

Ô225 (? 160) 4 holes Ô18 Ô225 (? 160) 4 holes Ô18 46

34

post insulators for outdoor installation

Nom

inal

voltag

e, k

V

Lightn

ing im

pulse

withst

and v

oltag

e,

kV, not

less

than

Pow

er f

requen

cy w

ithst

and v

oltag

e,

kV, not

less

than

50%

pow

er f

requen

cy d

isch

arge

voltag

e in

pollu

ted c

onditio

n, kV

, not

less

than

Switch

ing w

ithst

and v

oltag

e,

kV, not

less

than

Spec

ifie

d c

antile

ver

load

withst

and, kN

Leak

age

dista

nce

, m

m, not

less

than

Length

of

insu

lating p

art

L, m

m

Spacing Í

, m

m

Reference Porcelaindesignation analogue

OSK 20-110-V-2IOS-110-2000 110 20 856 1100±2 2440 450 230 110 –

CSP 110/20-450

CSP 110/20-550 C20-550 110 20 1006 1220±1 2875 550 230 – –

CSP 150/20-650 Ñ20-650 150 20 1256 1500±2.5 3604 650 275 – –

CSP 150/20-750 Ñ20-750 150 20 1456 1700±2.5 4185 750 325 – –

CSP 150/16-850 Ñ16-850 150 16 1656 1900±3.5 4768 850 360 – –

CSP 220/16-950 C16-950 220 16 1856 2100±3.5 5300 950 395 – 750

CSP 220/16-1050 C16-1050 220 16 2056 2300±3.5 5900 1050 460 – 750

CSP 220/16-1175 Ñ16-1175 220 16 2406 2650±4.5 6948 1175 460 – 850

CSP 400/16-1300 Ñ16-1300 400 16 2656 2900±4.5 7678 1300 460 – 950

CSP 400/12.5-1425 Ñ12.5-1425 400 12.5 2906 3150±4.5 8404 1425 – – 950

CSP 400/12.5-1550 C12.5-1550 400 12.5 3106 3350±4.5 8900 1550 – – 1050

35

post insulators for outdoor installation

Fig. 2

Flange connection dimensions, mm

Weight,Fig.kg

top bottom

Ô225 (? 160) 4 holes Ô18 Ô225 (? 160) 4 holes Ô18 492

Ô225 (? 160) 4 holes Ô18 Ô254 (? 180) 4 holes Ô18 53

Ô225 (? 160) 4 holes Ô18 Ô225 (? 160) 4 holes Ô18 522

Ô225 (? 160) 4 holes Ô18 Ô275 8 holes Ô18 58

Ô225 (? 160) 4 holes Ô18 Ô300 8 holes Ô18 66 2

Ô225 (? 160) 4 holes Ô18 Ô225 (? 160) 4 holes Ô18 602

Ô225 (? 160) 4 holes Ô18 Ô300 8 holes Ô18 69

Ô225 (? 160) 4 holes Ô18 Ô225 (? 160) 4 holes Ô18 632

Ô225 (? 160) 4 holes Ô18 Ô275 8 holes Ô18 69

Ô225 (? 160) 4 holes Ô18 Ô225 (? 160) 4 holes Ô18 672

Ô225 (? 160) 4 holes Ô18 Ô300 8 holes Ô18 77

Ô225 (? 160) 4 holes Ô18 Ô225 8 holes Ô18 702

Ô225 (? 160) 4 holes Ô18 Ô300 8 holes Ô18 80

Ô225 (? 160) 4 holes Ô18 Ô225 (? 160) 4 holes Ô18 772

Ô225 (? 160) 4 holes Ô18 Ô325 8 holes Ô18 89

Ô225 (? 160) 4 holes Ô18 Ô225 (? 160) 4 holes Ô18 812

Ô225 (? 160) 4 holes Ô18 Ô325 8 holes Ô18 94

Ô225 (? 160) 4 holes Ô18 Ô225 (? 160) 4 holes Ô18 862

Ô225 (? 160) 4 holes Ô18 Ô325 8 holes Ô18 98

Ô225 (? 160) 4 holes Ô18 Ô225 (? 160) 4 holes Ô18 892

Ô225 (? 160) 4 holes Ô18 Ô325 8 holes Ô18 103

36

test reports

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7591/VNLDate of tests: 09.10.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�70/12�485

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7592/VNLDate of tests: 09.10.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�70/24�890

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No.8074/VNLDate of tests: 13.12.2013–07.03.2014Test specification: IEC 61109:2008 Sub-Clause 9.1, 10.2.2and IEC 62217:2005 Sub-Clause 9.3.3

LS�70/15�685 SB

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7789/VNLDate of tests: 09.10.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�70/15�685

37

test reports

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7593/VNLDate of tests: 10.10.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�70/36�1095

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7594/VNLDate of tests: 10.10.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�70/66�2120

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7778/VNLDate of tests: 10.10.2013–23.01.2014Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�70/36�980

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7779/VNLDate of tests: 10.10.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�70/36�1300

38

test reports

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No.8071/VNLDate of tests: 17.09.2013–21.03.2014Test specification: IEC 61109:2008 Sub-Clause 9.1, 10.2.1,10.3.1, 20.3.2 and IEC 62217:2005 Sub-Clause 9.2

LS�70/110 SB

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No.8072/VNLDate of tests: 10.09.2013–16.09.2013Test specification: IEC 61109:2008 Sub-Clause 9.1, 10.4

LS�70/110 SB

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7595/VNLDate of tests: 10.10.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�70/110�2700

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7596/VNLDate of tests: 10.10.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�70/110�3140

39

test reports

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7791/VNLDate of tests: 18.09.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�70/220�5770

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7792/VNLDate of tests: 17.09.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�70/220�6580

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7790/VNLDate of tests: 17.09.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�70/220�5200

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7597/VNLDate of tests: 10.10.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�70/110�3545

40

test reports

LS�70/12�485, LS�70/15�685, LS�70/24�890, LS�70/36�980, LS�70/36�1095, LS�70/36�1300, LS�70/66�2120, LS�70/110�2700, LS�70/110�3140, LS�70/110�3545, LS�70/220�5200, LS�70/220�5770,LS�70/220�6580

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7852/VNLDate of tests: 14.01.2014Test specification: IEC 61109:2008 Sub-Clause 11.2

Housing and core materials of polymer insulators LS�70

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No.8073/VNLDate of tests: 17.09.2013–21.03.2014Test specification: IEC 61109:2008 Sub-Clause 9.1 and IEC62217:2005, Sub-Clause 9.3.1, 9.3.2, 9.3.4, 9.4

41

test reports

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7598/VNLDate of tests: 17.09.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�120/110�3340

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7780/VNLDate of tests: 02.05.2014Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�120/110�3745

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7857/VNLDate of tests: 07.11.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�120/110�2790

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7781/VNLDate of tests: 17.09.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�120/220�5770

42

test reports

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7782/VNLDate of tests: 17.09.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�120/220�6170

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7783/VNLDate of tests: 18.09.2013–14.11.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�120/400�9000 SB

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7784/VNLDate of tests: 18.09.2013–14.11.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�120/400�10015

43

test reports

LS�120/110�3340 SB, LS�120/110�3745 SB, LS�120/220�5770 SB, LS�120/220�6170 SB, LS�120/400�9000 SB, LS�120/400�10015 SBVEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7902/VNLDate of tests: 17.09.2013–21.03.2014Test specification: IEC 61109:2008

LS�120/110�2790 SB, LS�120/110�3340 SB, LS�120/110�3745 SB, LS�120/220�5770 SB, LS�120/220�6170 SB, LS�120/400�9000 SB, LS�120/400�10015 SB

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7853/VNLDate of tests: 24.01.2014–27.01.2014Test specification: IEC 61109:2008 Sub-Clause 11.1

44

test reports

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7787/VNLDate of tests: 18.09.2013–14.11.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�160/400�9000

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7788/VNLDate of tests: 18.09.2013–14.11.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�160/400�10015

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7785/VNLDate of tests: 17.09.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�160/220�5770

VEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7786/VNLDate of tests: 17.09.2013Test specification: IEC 61109:2008 Sub-Clause 11.1

LS�160/220�6170

45

test reports

LS�160/110�3340 SB, LS�160/220�5770 SB, LS�160/220�6170 SB, LS�160/400�9000 SB, LS�160/400�10015 SBVEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7989/VNLDate of tests: 17.09.2013–21.03.2014Test specification: IEC 61109:2008

European certificate of compliancewith the requirements of

IEC 61109:2008 and IEC 62217:2005

LS�160/110�3340 SB, LS�160/220�5770 SB, LS�160/220�6170 SB, LS�160/400�9000 SB, LS�160/400�10015 SBVEIKI-VNL Electric Large Laboratories Ltd. (Hungary)

Test report No. 7854/VNLDate of tests: 14.01.2014Test specification: IEC 61109:2008 Sub-Clause 11.2

H

L

Saha-Loo tee 8, Harjumaa, 74206, Estoniaphone: +372 6108070

product info: +372 53492216e-mail: info@eugig.eu

www.eugig.eu, www.gig-polymer.com

Сomposite insulators