33 KV Pin Insulator

Name: 33 KV Pin Insulator
Brand: ELECTROMECH SERVICES
Price: 620.00 INR
Availability: InStock

Price 620.00 INR/ Piece

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MOQ : 125 Pieces

33 KV Pin Insulator Specification

Product Type
Insulator

Material
Porcelain

Application
Electrical Distribution Lines

Standard
IS Specifications

Shape
Round

Color
Brown

Warranty
12 Months

33 KV Pin Insulator Trade Information

Minimum Order Quantity
125 Pieces

Payment Terms
Cheque, Cash Advance (CA)

Supply Ability
3000 Pieces Per Month

Delivery Time
5 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden Crate, Corrugated Box & Customization.

Main Domestic Market
All India

Certifications
CPRI or Routine Test Reports

About 33 KV Pin Insulator

In our extensive gamut of products, we bring forth for our clients Pin Insulator that finds its usage in electrical industry for power distribution line assembling. Offered insulator is manufactured by our adept professionals at our well-equipped manufacturing unit using supreme quality raw material and advanced techniques as per the defined international quality standards. This Pin Insulator is offered to our clients at market leading price.

Features:

Ruggedness
Abrasion resistance
Application specific design
Durability

Pin Insulators are in the range of 1.1KV upto 33 KV. Pin Insulators of single piece or Multiple constructions are widely used in distribution lines. The Insulators are cemented with threaded lead thimble at the bottom, similar to the thread of G.I. Spindle for assembly.

Reliable Porcelain Construction

Our 33 KV Pin Insulator is manufactured using premium-grade porcelain, which provides remarkable insulation properties and durability. The round design optimizes mechanical strength, making it capable of withstanding electrical stress in various climatic conditions across India.

Adherence to IS Specifications

The product strictly complies with IS specifications, guaranteeing quality and safety for power distribution. This ensures compatibility with standard electrical setups used in Indian transmission and distribution networks.

Warranty and Support

Each insulator comes with a 12-month warranty, offering peace of mind to buyers. Comprehensive support is available to ensure smooth installation and reliable operation, catering to manufacturers, retailers, suppliers, and traders.

FAQs of 33 KV Pin Insulator:

Q: How is the 33 KV Pin Insulator installed in electrical distribution lines?

A: The 33 KV Pin Insulator is installed by securing it onto the supporting pin on poles or towers, after which conductors are fastened to the top groove. This method ensures efficient insulation and mechanical stability for electrical distribution.

Q: What are the benefits of choosing a porcelain insulator with IS standard compliance?

A: Selecting a porcelain insulator compliant with IS specifications provides assurance of quality, safety, and reliabilityqualities vital for enduring the electrical and environmental demands of Indias power distribution systems.

Q: When should the 33 KV Pin Insulator be replaced?

A: Replacement is recommended when there are visible cracks, chips, or signs of electrical leakage. Regular inspections can help detect wear; with proper maintenance, these insulators generally perform well within the 12-month warranty and often longer.

Q: Where is this insulator commonly used in India?

A: This round brown porcelain insulator is commonly deployed on overhead electrical distribution lines across urban and rural settings in India, ensuring consistent voltage insulation and safety.

Q: What is the process for sourcing this insulator from manufacturers, retailers, or suppliers?

A: To source the 33 KV Pin Insulator, contact authorized manufacturers, retailers, suppliers, or traders. Ensure the product meets IS standards, and review warranty information and after-sales service before purchase.

Q: How does the insulators round shape enhance its performance?

A: The round shape is designed to maximize mechanical strength and distribute electrical stress evenly, reducing the risk of failure under heavy loads and improving overall longevity and reliability in power networks.

Q: What usage guidelines should be followed to maintain optimal performance?

A: To retain peak performance, periodically inspect for damage, avoid excessive mechanical weight, and ensure secure fitting during installation. Adhering to these guidelines will help extend the insulators service life and maintain electrical safety.

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