33kV 90kN Disc Insulator T

Name: 33kV 90kN Disc Insulator T
Brand: M/S RASHTRIYA ELECTRICAL & ENGG. CORPO.
Price: 300 INR
Availability: InStock

Price 300 INR/ Piece

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MOQ : 10 Pieces

33kV 90kN Disc Insulator T Specification

Product Type
Disc Insulator

Material
High Strength Porcelain

Welding Standard
Complies with IS/IEC Standards

Capacity
90 kN mechanical failing load

Application
Overhead Transmission & Distribution Lines

Galvanization Standard
Hot Dip Galvanized as per IS 2629/BS 729

Out Coating
Anti-corrosive glaze

Standard
IS 731, IEC 60383

Shape
Disc

Surface Treatment
Smooth glazed surface

Height
170 5 mm

Voltage
33 kV

Design
Cap and Pin Type

Thickness
10-15 mm (porcelain body)

Color
Light Grey

33kV 90kN Disc Insulator T Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
15 Days

About 33kV 90kN Disc Insulator T

For proper installation of 33KV 90KN Disc Insulator T, the workers should check the earth resistivity and when the result is fine then link it with the instruments. When the outcome is not ideal, then permit the Electrode for setting and recheck and reconnect it. This insulator is ideal for HT, industrial LT and domestic applications. The provided 33KV 90KN Disc Insulator T is additionally simple and handling free.

Precision Engineering for Power Networks

Designed according to international standards, the 33kV 90kN Disc Insulator T ensures maximum reliability for transmission networks. Its high strength porcelain body and cap-and-pin construction deliver exceptional insulation and mechanical support for overhead electrical systems. With advanced anti-corrosive coatings and stringent galvanization, the insulator stands up to varied climates and environmental challenges, securing uninterrupted power flow.

Superior Protective Coating and Surface Quality

Every unit features a smooth glazed surface and anti-corrosive outer coating, providing added protection against environmental factors such as moisture and pollution. The hot dip galvanization, per IS 2629/BS 729 standards, enhances the durability and longevity of end fittings, minimizing maintenance needs for transmission operators and optimizing field performance.

FAQs of 33kV 90kN Disc Insulator T:

Q: How is the 33kV 90kN Disc Insulator T installed on overhead transmission lines?

A: The insulator is fitted using ball & socket malleable cast iron end fittings, allowing secure attachment to overhead conductors. Technicians commonly use standard hardware and follow guidelines outlined in IS 731 and IEC 60383 for proper installation.

Q: What benefits does the anti-corrosive glaze and galvanized finish provide?

A: The anti-corrosive glaze protects the porcelain body from environmental damage, while hot dip galvanization of metal fittings prevents rust and corrosion. This reduces maintenance requirements and enhances the insulators lifespan, even in harsh climates.

Q: When should this insulator be selected for power networks?

A: It is best used for new installations or upgrades in 33kV overhead transmission and distribution lines where high mechanical strength (90 kN) and superior electrical insulation are required, especially in regions with high pollution or extreme weather conditions.

Q: Where are these insulators typically produced and supplied?

A: The 33kV 90kN Disc Insulator T is manufactured, exported, and supplied by leading producers in India, available worldwide through various exporters, manufacturers, suppliers, and traders according to project-specific needs.

Q: What standards does the 33kV 90kN Disc Insulator T comply with?

A: It is designed and tested to meet IS 731 and IEC 60383 standards for mechanical and electrical performance, as well as IS 2629/BS 729 for galvanization and IS/IEC standards for welding quality.

Q: How does the creepage distance and arcing distance enhance performance?

A: A creepage distance of over 900 mm and a minimum arcing distance of 155 mm ensure the insulator can withstand high voltages and prevent surface tracking, making it suitable for areas with risks of pollution, moisture, or high electrical stress.

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