Composite Suspension Insulators

Short Description:

Composite suspension insulators:the silicon rubber rain shed, designed according to the aerodynamics principle, use the whole-moulding method, to make sure the validity of total creepage distance under every climate and nasty conditions, as well as improved the pollution discharge of the insulators;The fiber rod uses the ECR high-temperature and acid-proof material; The end fitting connection adopts the zinc cover protection, supersonic monitor and coaxial constant compression controlled by computer, finished with good appearance and high quality.


Product Detail

Product Tags

Composite suspension insulators:the silicon rubber rain shed, designed according to the aerodynamics principle, use the whole-moulding method, to make sure the validity of total creepage distance under every climate and nasty conditions, as well as improved the pollution discharge of the insulators;The fiber rod uses the ECR high-temperature and acid-proof material; The end fitting connection adopts the zinc cover protection, supersonic monitor and coaxial constant compression controlled by computer, finished with good appearance and high quality.

Different metal end fitting show ,suspension insulator,long rod insulator,Polymer insulator,cap and pin insulator,Isolator Insulators.

Different color show ,insulator manufacturers,hollow insulators,power line insulators,power line insulator,polymer post and suspension insulator.

The Feature Of Our Compsoite Insulators

1) Silicon Rubber for sheds/ housing

2) Glass-fiber reinforced epoxy resin rod (ECR type) for core

3) Hop dip galvanized cast steel for metal fittings

4) Rated voltage:10KV~220KV

5) 5000hours aging test.

6) IEC Standard.

Fiberglass Rod Specificationthe Datasheet Of Composite Suspension Insulators

Insulator Mode

Rated

Voltage

(KV)

Rated mechanical tensile load (KN)

Connection structure mark

Structure Height

mm

Minimum distance ArcL.

Minimum nominal Creepage distance mm

Full-wave Lightning Impulse withstand voltage (peak)

Min.wet withstand voltage per minute at power frequency

FXWB4-10/100

10

100

16

400±15

200

365

110

50

FXWB4-35/70

35

70

16

630±15

450

1015

230

95

FXWB4-35/100

35

100

16

650±15

450

1015

230

95

FXWB4-66/70

66

70

16

935±15

700

1900

410

185

FXWB4-66/100

66

100

16

935±15

700

1900

410

185

FXWB4-110/70

110

70

16

1240±15

1000

3150

550

230

FXWB4-110/100

110

100

16

1240±15

1000

3150

550

230

FXWB4-220/100

220

100

16

2150±15

1000

6300

1000

395


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