HV Substation, T&D Porcelain & Glass Insulators

NPSCG210-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-210

NPSCG214-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-214

NPSCG216-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-216

NPSCG231-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-231

NPSCG286-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-286

NPSCG287-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-287

NPSCG288-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-288

NPSCG308-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-308

NPSCG278-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-278

NPSCG289-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-289

NPSCG291-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-291

NPSCG295-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-295

NPSCG304-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-304

NPSCG312-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-312

NPSCG316-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-316

NPSCG324-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-324

NPSCG362-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-362

NPSCG367-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-367

NPSCG368-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-368

NPSCG369-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-369

NPSCG391-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-391

NPSCG393-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

TR Number: TR-393

NPSCG620-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

NPSCG625-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

NPSCG628-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

NPSCG841-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

NPSCG842-7001

Compare

Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

NPSCG843-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

NPSCG845-7001

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Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

Sea salt, salt fog and mist
Industrial and agricultural pollution
Powerplant coal and cooling tower mist
City and expressway pollution
Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

All designs tested to ANSI/IEEE C29.9 2017
100% of units are tested and verified to specific resistive leakage current levels
Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

Compare

NPSCG208-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applications in contaminated environment... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 150
Typical Application Voltage (kV): 23
Strength: Standard Strength
TR Number: TR-208
Height (in): 14
Leakage (in): 24
Cantilever (lbs): 2000
Top BC (in): 3
Bottom BC (in): 3

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NPSCG210-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 200
Typical Application Voltage (kV): 34.5
Strength: Standard Strength
TR Number: TR-210
Height (in): 18
Leakage (in): 37
Cantilever (lbs): 2000
Top BC (in): 3
Bottom BC (in): 3

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NPSCG214-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 250
Typical Application Voltage (kV): 46
Strength: Standard Strength
TR Number: TR-214
Height (in): 22
Leakage (in): 43
Cantilever (lbs): 2000
Top BC (in): 3
Bottom BC (in): 3

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NPSCG216-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 350
Typical Application Voltage (kV): 69
Strength: Standard Strength
TR Number: TR-216
Height (in): 30
Leakage (in): 72
Cantilever (lbs): 1500
Top BC (in): 3
Bottom BC (in): 3

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NPSCG231-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 200
Typical Application Voltage (kV): 34.5
Strength: High Strength
TR Number: TR-231
Height (in): 20
Leakage (in): 37
Cantilever (lbs): 4000
Top BC (in): 5
Bottom BC (in): 5

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NPSCG286-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 550
Typical Application Voltage (kV): 115
Strength: Standard Strength
TR Number: TR-286
Height (in): 45
Leakage (in): 99
Cantilever (lbs): 1700
Top BC (in): 5
Bottom BC (in): 5

Compare

NPSCG287-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 550
Typical Application Voltage (kV): 115
Strength: High Strength
TR Number: TR-287
Height (in): 45
Leakage (in): 99
Cantilever (lbs): 2600
Top BC (in): 5
Bottom BC (in): 5

Compare

NPSCG288-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 650
Typical Application Voltage (kV): 138
Strength: Standard Strength
TR Number: TR-288
Height (in): 54
Leakage (in): 116
Cantilever (lbs): 1450
Top BC (in): 5
Bottom BC (in): 5

Compare

NPSCG308-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 900
Typical Application Voltage (kV): 230
Strength: High Strength
TR Number: TR-308
Height (in): 80
Leakage (in): 165
Cantilever (lbs): 1450
Top BC (in): 5
Bottom BC (in): 5

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NPSCG278-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 350
Typical Application Voltage (kV): 69
Strength: High Strength
TR Number: TR-278
Height (in): 30
Leakage (in): 72
Cantilever (lbs): 3000
Top BC (in): 5
Bottom BC (in): 5

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NPSCG289-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 650
Typical Application Voltage (kV): 138
Strength: High Strength
TR Number: TR-289
Height (in): 54
Leakage (in): 116
Cantilever (lbs): 2200
Top BC (in): 5
Bottom BC (in): 5

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NPSCG291-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 750
Typical Application Voltage (kV): 161
Strength: Standard Strength
TR Number: TR-291
Height (in): 62
Leakage (in): 132
Cantilever (lbs): 1200
Top BC (in): 5
Bottom BC (in): 5

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NPSCG295-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 750
Typical Application Voltage (kV): 161
Strength: High Strength
TR Number: TR-295
Height (in): 62
Leakage (in): 132
Cantilever (lbs): 2000
Top BC (in): 5
Bottom BC (in): 5

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NPSCG304-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 900
Typical Application Voltage (kV): 230
Strength: Standard Strength
TR Number: TR-304
Height (in): 80
Leakage (in): 165
Cantilever (lbs): 950
Top BC (in): 5
Bottom BC (in): 5

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NPSCG312-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 1050
Typical Application Voltage (kV): 230/345
Strength: Standard Strength
TR Number: TR-312
Height (in): 92
Leakage (in): 198
Cantilever (lbs): 800
Top BC (in): 5
Bottom BC (in): 5

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NPSCG316-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 1050
Typical Application Voltage (kV): 230/345
Strength: High Strength
TR Number: TR-316
Height (in): 92
Leakage (in): 198
Cantilever (lbs): 1250
Top BC (in): 5
Bottom BC (in): 5

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NPSCG324-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 1300
Typical Application Voltage (kV): 345
Strength: High Strength
TR Number: TR-324
Height (in): 106
Leakage (in): 231
Cantilever (lbs): 1000
Top BC (in): 5
Bottom BC (in): 5

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NPSCG362-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 1050
Typical Application Voltage (kV): 230/345
Strength: Extra High Strength
TR Number: TR-362
Height (in): 92
Leakage (in): 198
Cantilever (lbs): 2300
Top BC (in): 7
Bottom BC (in): 7

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NPSCG367-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 1300
Typical Application Voltage (kV): 345
TR Number: TR-367
Height (in): 106
Leakage (in): 231
Cantilever (lbs): 1450
Top BC (in): 5
Bottom BC (in): 7

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NPSCG368-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 1300
Typical Application Voltage (kV): 345
Strength: Extra High Strength
TR Number: TR-368
Height (in): 106
Leakage (in): 231
Cantilever (lbs): 2050
Top BC (in): 7
Bottom BC (in): 7

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NPSCG369-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 1300
Typical Application Voltage (kV): 345
TR Number: TR-369
Height (in): 106
Leakage (in): 231
Cantilever (lbs): 2050
Top BC (in): 5
Bottom BC (in): 7

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NPSCG391-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 1800
Typical Application Voltage (kV): 500
TR Number: TR-391
Height (in): 152
Leakage (in): 330
Cantilever (lbs): 1400
Top BC (in): 5
Bottom BC (in): 7

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NPSCG393-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 1800
Typical Application Voltage (kV): 500
TR Number: TR-393
Height (in): 152
Leakage (in): 360
Cantilever (lbs): 2500
Top BC (in): 5
Bottom BC (in): 14

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NPSCG620-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 350
Typical Application Voltage (kV): 69
Strength: Extra High Strength
Height (in): 32
Leakage (in): 72
Cantilever (lbs): 7000
Top BC (in): 7
Bottom BC (in): 7

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NPSCG625-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 650
Typical Application Voltage (kV): 138
Strength: Standard Strength
Height (in): 54
Leakage (in): 132
Cantilever (lbs): 1450
Top BC (in): 5
Bottom BC (in): 5

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NPSCG628-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 650
Typical Application Voltage (kV): 138
Strength: High Strength
Height (in): 54
Leakage (in): 132
Cantilever (lbs): 2200
Top BC (in): 5
Bottom BC (in): 5

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NPSCG841-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 550
Typical Application Voltage (kV): 115
Strength: Extra High Strength
Height (in): 45
Leakage (in): 99
Cantilever (lbs): 5000
Top BC (in): 7
Bottom BC (in): 7

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NPSCG842-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 650
Typical Application Voltage (kV): 138
Strength: Extra High Strength
Height (in): 54
Leakage (in): 116
Cantilever (lbs): 4100
Top BC (in): 7
Bottom BC (in): 7

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NPSCG843-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 750
Typical Application Voltage (kV): 161
Strength: Extra High Strength
Height (in): 62
Leakage (in): 132
Cantilever (lbs): 3500
Top BC (in): 7
Bottom BC (in): 7

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NPSCG845-7001

Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More

Category: Station Post Insulators

Sub-Category: Semiconductive Glaze

BIL Rating (kV): 900
Typical Application Voltage (kV): 230
Strength: Extra High Strength
Height (in): 80
Leakage (in): 165
Cantilever (lbs): 2750
Top BC (in): 7
Bottom BC (in): 7