66 Kv 800 Amps Porcelain Insulator

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MOQ : 50 Sets

66 Kv 800 Amps Porcelain Insulator Specification

Feature
High mechanical strength, weather resistance, electrical insulation

Layer
Single or multi-layer porcelain construction

Size
Standard size for 66 kV, varies based on installation type

Coating Type
Glazed ceramic coating

Surface Treatment
Glazed/Ceramic coated

Density
2.5 Gram per cubic centimeter(g/cm3)

Thermal Conductivity
Approx. 1.5 W/mK

Installation Guideline
Vertical/horizontal mounting on HV substations, follow IEC & IS standards

Product Type
Outdoor Porcelain Insulator

Material
Porcelain

Rated Voltage
66 kV

Tensile Strength
Min. 250 MPa (porcelain body)

Width
Approx. 250 mm (varies by manufacturer)

Thickness
Typically 8-15 mm (porcelain section)

Application
High voltage electrical transmission and distribution systems

Breakdown Voltage
Above 70 kV

Heat Conductivity
Low thermal conductivity

Color
Brown (glazed porcelain)

Max Withstanding Temperature
Up to 1200C (porcelain withstand)

Insulation Resistance
>100 G

Creepage Distance
Minimum 1700 mm or as per IEC/IS specification

Manufacturing Process
Wet process porcelain casting and high-temperature firing

Weight
20-35 kg (varies by specific model)

Resistance to Pollutants
High resistance to contamination and environmental effects

Service Life
More than 25 years under normal conditions

Current Rating
800 Amps

About 66 Kv 800 Amps Porcelain Insulator

Explore the unmatchable 66 kV 800 Amps Porcelain Insulator-your must-have solution for reliable high-voltage transmission. Manufactured via praiseworthy wet process porcelain casting and high-temperature firing, it assures optimum electrical insulation with a breakdown voltage above 70 kV and insulation resistance over 100 G. Order today to benefit from more than 25 years of steadfast service life. This insulator features superior resistance to contamination and environmental effects, exceptional mechanical strength, and a glazed ceramic coating-making it perfect for demanding substations and electrical distribution systems.

Competitive Advantages and Core Features

The 66 kV 800 Amps Porcelain Insulator delivers optimum performance in high-voltage transmission, thanks to its high mechanical strength, weather resistance, and unmatchable insulative properties. Its praiseworthy design effectively resists pollutants, supports flexible mounting in horizontal and vertical orientations, and ensures long service life. Ideal for installation in electrical substations and distribution networks, this insulator meets all major IEC/IS standards, making it an essential component for safe and efficient energy infrastructure.

Export Market, FOB Port, and Packaging Details

Supplying both domestic and international markets, we ensure timely order completion and competitive offerings on all 66 kV insulators. Main export markets include Asia, the Middle East, and Africa, with FOB ports in India ensuring swift dispatch. Each unit is packaged robustly to avoid damage during transit, maintaining quality until delivery. Our process emphasizes customer satisfaction and reliable supply, positioning us as a preferred manufacturer and supplier in the industry.

FAQ's of 66 Kv 800 Amps Porcelain Insulator:

Q: How is the 66 kV 800 Amps Porcelain Insulator typically used in power systems?

A: This insulator is mainly used in high-voltage electrical transmission and distribution systems, serving as a crucial component to isolate and support conductors within substations and overhead lines.

Q: What are the primary benefits of using this porcelain insulator?

A: Key benefits include outstanding electrical insulation, praiseworthy resistance to pollutants and environmental effects, unmatchable mechanical strength, and a service life exceeding 25 years under normal conditions.

Q: Where can the 66 kV 800 Amps Porcelain Insulator be installed?

A: It is suitable for both horizontal and vertical mounting in high-voltage substations, complying with stringent IEC and IS installation guidelines.

Q: What manufacturing process ensures the insulator's reliability?

A: The insulator is produced using a wet process porcelain casting method, followed by high-temperature firing, resulting in high strength and superior dielectric properties.

Q: When can customers expect order completion and delivery?

A: Upon completion of your order, delivery timelines depend on the destination but are optimized for both domestic and export markets, with careful packaging ensuring product integrity until arrival.

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