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GO Switch 6 Insulator 11kV

Name: GO Switch 6 Insulator 11kV
Brand: M/S RASHTRIYA ELECTRICAL & ENGG. CORPO.
Price: 4500 INR
Availability: InStock

Price 4500 INR/ Piece

Get a Price/Quote

MOQ : 100 Pieces

GO Switch 6 Insulator 11kV Specification

Insulation Material
Porcelain

IP Rating
IP66

Operating Temperature
-40C to +55C

Shape
Disc

Feature
Anti-Fog, High Mechanical Strength

Efficiency
100% (as insulator)

Overheating Protection
No (Passive)

Mounting Type
Suspension

Humidity %
95%

Surface Finish
Glazed

Connector Type
Rod/Clamp

Product Type
GO Switch Insulator

Application
11kV Overhead Transmission Line

Protection Level
High Voltage Insulation

Frequency (MHz)
50 Hz

Rated Voltage
11 kV

Energy Consumption
N/A (Passive Device)

Color
Brown

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

Weight
7.5 kg

Phase
Three Phase

Input Voltage
11kV

Size
Standard for 11kV

Connection Type
Bolt/Clamp

Material
Porcelain

No Of Poles
6

GO Switch 6 Insulator 11kV Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
15 Days

About GO Switch 6 Insulator 11kV

Technical Specifications

Minimum Order Quantity	10 Set
Voltage Level	High-Voltage
Rated Current	400 Amp
Usage/Application	Power Distribution
Rated Voltage	11 kV
Power/Voltage	11 kV
Brand	Rashtriya Electrical &amp;amp; Engg. Corp.
Insulation Medium	Ceramic

Built for Reliability and Durability

Designed to thrive in harsh environments, the GO Switch 6 Insulator features outstanding UV and corrosion resistance alongside high mechanical strength. Its porcelain build and glazed finish guard against environmental wear, helping maintain consistent protection for overhead lines over an extended lifespan exceeding 25 years.

Optimal Performance for High-Voltage Transmission

Engineered for 11kV transmission lines, this disc-shaped, three-phase insulator supports high voltage insulation and power frequency withstand voltage up to 28 kV. With a creepage distance of 320 mm and leakage current well below 1 mA, it ensures minimal energy loss and superior efficiency in demanding power distribution scenarios.

FAQs of GO Switch 6 Insulator 11kV:

Q: How is the GO Switch 6 Insulator installed for overhead transmission lines?

A: The GO Switch 6 Insulator is mounted using suspension hardware and connected via rod or clamp types, typically utilizing bolt or clamp mechanisms for secure fitting on 11kV transmission poles.

Q: What makes this insulator suitable for operation at 11kV?

A: This insulator is precisely rated for an input voltage of 11kV and supports a high withstand voltage (impulse: 75 kV, power frequency: 28 kV) with a creepage distance of 320 mm and low leakage current, making it ideal for safe and efficient medium-voltage applications.

Q: When should this insulator be considered for replacement or maintenance?

A: With low maintenance requirements and a service life exceeding 25 years, routine visual inspections are recommended, but replacement is typically only necessary if mechanical damage or abnormal wear is detected.

Q: Where is the GO Switch 6 Insulator most effectively utilized?

A: It is best suited for three-phase 11kV overhead transmission lines, particularly in zones prone to high humidity, pollution, ultraviolet exposure, or corrosive environments due to its robust resistance and anti-fog features.

Q: What is the benefit of the porcelain material and glazed surface finish?

A: Porcelain provides excellent electrical and mechanical insulation properties, while the glazed surface helps repel moisture, dust, and contaminants, minimizing leakage current and extending the insulators functional lifespan.

Q: How does the anti-fog feature contribute to insulator performance?

A: The anti-fog design reduces the accumulation of water droplets and contaminants, maintaining reliable insulation during foggy or humid conditions and minimizing electrical leakage on the surface.

Q: What process ensures the insulators high protection level?

A: The manufacturing process involves shaping and firing porcelain in a disc form, applying a glaze for enhanced surface finish, and strict quality control to meet IP66 and high voltage insulation standards, ensuring consistent, high-quality performance.

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