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T Type Insulator

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MOQ : 4 Pieces

T Type Insulator Specification

Mounting Type
Vertical

Overheating Protection
YES

Connector Type
Clamp

Surface Finish
Glazed

Efficiency
99.8%

Insulation Material
Porcelain

IP Rating
IP66

Operating Temperature
-40C to +70C

Shape
T Type

Feature
Weatherproof, High Durability

Humidity %
90% RH

Product Type
T Type Insulator

Application
Electrical Transmission Line

Protection Level
High Voltage

Frequency (MHz)
50 Hz

Rated Voltage
11 kV

Output Type
Insulation

Color
Brown

Dimension (L*W*H)
120 mm x 60 mm x 80 mm

Weight
1.05 kg

Input Voltage
11 kV

Phase
Single Phase

Size
Standard

Material
Porcelain

No Of Poles
1

Connection Type
Bolt Mounted

Resistance to Pollution
Excellent

Electrical Resistance
Very High

Mechanical Strength
High

Creepage Distance
320 mm

Installation
Pole Mounted

UV Resistance
Yes

Tensile Strength
5 kN

Service Life
>20 years

Arcing Distance
170 mm

Design Standard
IS 2544/IEC

Corrosion Resistance
Yes

T Type Insulator Trade Information

Minimum Order Quantity
4 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About T Type Insulator

Introducing our new, featured T Type Insulator-a true masterpiece of electrical engineering, designed to champion high-voltage performance and ensure extraordinary reliability. Engineered with a creepage distance of 320 mm and an impressive tensile strength of 5 kN, this single-phase, pole-mounted insulator stands out with its high mechanical strength and very high electrical resistance. Manufactured from premium glazed porcelain, it is weatherproof, corrosion-resistant, and built to endure harsh environments. With over 20 years of service life, our product meets IS 2544/IEC standards-making it a fresh, top-tier solution for power transmission.

Versatile Applications for Robust Insulation

The T Type Insulator is primarily used in electrical transmission lines, ensuring flawless insulation for high-voltage applications. Its general use spans single-phase transmission infrastructure, while the specific use includes protection against electrical arcing, pollution, and environmental damage. Perfect for pole mounting, this insulator is the backbone in urban, rural, and industrial sectors needing reliable and durable insulation solutions.

Export Markets and Delivery Excellence

Our T Type Insulator is supplied and shipped to a variety of main export markets, with a strong distribution network across Asia, Africa, and Europe. We adhere to equitable sample policies and provide secure, quality packaging for all outgoing goods. Every insulator is swiftly delivered, ensuring all shipped goods reach their destination on time and in pristine condition, aligned with the requirements set by our global clients.

FAQ's of T Type Insulator:

Q: How is the T Type Insulator installed on transmission lines?

A: The T Type Insulator is designed for pole mounting using a bolt-mounted vertical connection, making installation straightforward and secure on electrical transmission lines.

Q: What benefits does the porcelain material provide for the insulator?

A: Porcelain gives the insulator exceptional electrical resistance, high mechanical and corrosion resistance, strong UV and pollution resistance, and long-term durability, ensuring reliable operation for over 20 years.

Q: Where can the T Type Insulator be used most effectively?

A: It is best used in single-phase, high-voltage transmission lines in diverse outdoor environments, from urban to industrial areas, where environmental and electrical protection is paramount.

Q: What is the process to supply or purchase your T Type Insulator?

A: You may contact us as a distributor, manufacturer, supplier, or trader in India to request samples or place orders; we follow an efficient shipping and delivery process that ensures goods are delivered as scheduled.

Q: How does the design of your insulator help prevent overheating and arcing?

A: Our insulator champions safety with a 170 mm arcing distance and built-in overheating protection, effectively reducing electrical faults and improving transmission line reliability.

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