33 11 1.1 Kv Pin, Stain, Post And Disc Type Porcelain Insulators

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33 11 1.1 Kv Pin, Stain, Post And Disc Type Porcelain Insulators

Name: 33 11 1.1 Kv Pin, Stain, Post And Disc Type Porcelain Insulators
Brand: K.M Cables & Conductors
Price: 30 INR
Availability: InStock

Price 30 INR/ Meter

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33 11 1.1 Kv Pin, Stain, Post And Disc Type Porcelain Insulators Specification

Usage & Applications
Transmission and distribution of electrical power, supporting and insulating conductors

Dielectiric Strength
High dielectric strength suitable for specified voltage

Tensile Strength
Greater than 10 kN (varies by insulator type)

Rated Temperature
-40°C to +60°C

Operating Temperature
-40°C to +60°C

Weight
Ranges from 2 kg to 8 kg depending on type

Install Type
Pole mounting/Overhead line installation

Insulation
Porcelain

Features
High mechanical strength, excellent electrical insulation, weather resistant, low maintenance

Diameter
Depends on model type

Product Type
Pin, Strain, Post and Disc Type Porcelain Insulator

Length
Standard

Voltage
33/11/1.1 kV

Insulation Material
Porcelain

Application
Overhead transmission and distribution lines

Storage Temperature
-40°C to +70°C

Dimension (L*W*H)
Varies by insulator type

Color
Brown/Gray

Material
Porcelain

Size
Standard/As per IS specification

Breakdown Voltage
Exceeds rated class

Power Frequency Withstand Voltage (Wet)
35 kV (11 kV insulator); 75 kV (33 kV insulator)

Mounting Type
Horizontal/Vertical as per Installation

Finish
Glazed, smooth finish for outdoor use

Resistant To
UV, moisture, chemicals, mechanical shocks and vibrations

Type
Pin, Strain, Post and Disc Insulator

Power Frequency Withstand Voltage (Dry)
40 kV (11 kV insulator); 85 kV (33 kV insulator)

Standards
IS 731 & IEC 60383

Creepage Distance
Minimum 320 mm (for 11 kV); 900 mm (for 33 kV) or as per requirements

Type of Fitting
GI/Metallic Fittings as per IS standard

Maintenance
Routine inspection, cleaning if heavily soiled

Thermal Expansion
Low thermal expansion, unaffected by temperature fluctuations

Impulse Withstand Voltage
75 kV (11 kV); 170 kV (33 kV)

33 11 1.1 Kv Pin, Stain, Post And Disc Type Porcelain Insulators Trade Information

Minimum Order Quantity
100 Meter

Supply Ability
1000 Per Day

Delivery Time
1 Days

About 33 11 1.1 Kv Pin, Stain, Post And Disc Type Porcelain Insulators

We are proficient in offering a broad gamut of porcelain insulators including 33 11 1.1 Kv Pin, Stain, Post And Disc Type Porcelain Insulators. These insulators are coated with a special type of porcelain which does not allow the passage of heat and sound and the coating renders the ability to resist high temperature and current. Manufactured using top grade raw material under the stern guidance of professionals, these 33 11 1.1 Kv Pin, Stain, Post And Disc Type Porcelain Insulators can be availed from us at nominal price.

Engineered for High Voltage Application

Precision-crafted from premium porcelain, these insulators serve in 33 kV, 11 kV, and 1.1 kV lines, delivering high dielectric strength and mechanical reliability. Whether used as pin, strain, post, or disc types, their capability to withstand voltage surges and environmental extremes makes them a natural choice for modern power transmission and distribution systems.

Conformance to International Standards

Certified to both IS 731 and IEC 60383, these insulators fulfill all technical and safety criteria required for global utilities. Every unit undergoes thorough testing to satisfy power frequency and impulse withstand voltage requirements, ensuring uncompromised safety and durability throughout its service life.

Low Maintenance and Long-Lasting Performance

Thanks to their smooth, glazed exterior and highly inert porcelain composition, these insulators offer excellent resistance to UV rays, moisture, chemicals, and temperature fluctuations. Their low expansion rate and robust mechanical structure guarantee stable, low-maintenance operation in diverse environments.

FAQs of 33 11 1.1 Kv Pin, Stain, Post And Disc Type Porcelain Insulators:

Q: How are 33 11 1.1 kV porcelain insulators typically used in power distribution systems?

A: These insulators are commonly installed on overhead transmission and distribution lines to support and electrically isolate conductors. They prevent current leakage to poles or other support structures, ensuring safe and efficient power delivery.

Q: What benefits do porcelain insulators offer compared to other materials?

A: Porcelain insulators provide high dielectric strength, low thermal expansion, and excellent resistance to environmental elements like UV rays, moisture, and chemicals. Their glazed surface reduces surface contamination and maintenance needs, making them especially suitable for outdoor use.

Q: When should routine maintenance or inspection be performed?

A: Routine inspections are recommended at regular intervalstypically during scheduled power line maintenance. Cleaning may be required if the insulators are exposed to heavy pollution, dust, or salt deposits to ensure optimal electrical performance and safety.

Q: Where can these insulators be mounted in electrical networks?

A: They can be mounted horizontally or vertically, depending on the installation requirements. They are suitable for pole mounting and overhead line installations across diverse environments, including urban, rural, and industrial settings.

Q: What is the process for selecting the appropriate type of insulator?

A: Selection depends on the system voltage, mechanical load, environmental factors, and installation method. Consult system requirements and applicable standards (IS 731 or IEC 60383) to determine the correct type and specifications for pin, strain, post, or disc insulators.

Q: How does the insulators design enhance safety and longevity?

A: The smooth, glazed finish resists surface contamination, while the porcelain construction ensures high mechanical strength and electrical insulation. Their robust design makes them impervious to mechanical shocks, temperature extremes, and chemical exposure, contributing to long service life and reliable operation.

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