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Porcelain Guy Strain Insulators

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Porcelain Guy Strain Insulators Specification

Size
85 mm (Diameter) x 140 mm (Height) approx.

Thermal Conductivity
Very low

Surface Treatment
Glazed

Layer
Single layer

Feature
High mechanical strength, Weatherproof, Long service life

Installation Guideline
Mounted between guy wires and anchor rods

Coating Type
Glazed porcelain surface

Density
2.6 Gram per cubic centimeter(g/cm3)

Product Type
Guy Strain Insulator

Material
Porcelain

Rated Voltage
11 kV

Tensile Strength
Over 60 kN

Width
Refer to size (diameter)

Thickness
Standard porcelain thickness

Application
Overhead Line, Power Distribution

Breakdown Voltage
Over 20 kV

Heat Conductivity
Low

Color
Brown / White

Max Withstanding Temperature
Up to 1200C

Water Absorption
Less than 0.5%

Weight
1.5-2.2 kg each

Lead Time
7-15 Days after order confirmation

Creepage Distance
Above 160 mm

Packing Type
Strong corrugated or wooden box

Suitable Cable Type
Aluminium/Steel Conductor

Standard
IS: 5300 / IEC 60383

Corrosion Resistance
Excellent

Resistance to Pollution
High

About Porcelain Guy Strain Insulators

Porcelain Guy Strain Insulators

Specification:-

Ensile Strength - 44 KN
Cree page Distance- 41 Mm
Frequency 50-60 Hz
Net Weight 0.45-1.2 Kg
Power Frequency Withstand Voltage 18 Kv

High Reliability for Overhead Line Applications

These strain insulators are designed to provide superior mechanical and electrical performance in overhead line and power distribution settings. Their high resistance to pollution, weatherproof structure, and glazed porcelain coating ensure safe and long-lasting operation.

Superior Material Properties

Made from premium porcelain with a density of 2.6 g/cm3, each insulator is carefully treated to offer low water absorption and excellent corrosion resistance. The durable construction ensures high mechanical strength and very low thermal conductivity, making it ideal for demanding environments.

Trusted by Service Providers and Distributors

Supplied and traded by reliable providers in India, these strain insulators conform to IS: 5300 and IEC 60383 standards. Each unit is securely packed in either corrugated or wooden boxes and supported by efficient lead times, ensuring timely and safe delivery for your projects.

FAQ's of Porcelain Guy Strain Insulators:

Q: How should Porcelain Guy Strain Insulators be installed in overhead lines?

A: Porcelain Guy Strain Insulators are typically mounted between guy wires and anchor rods. Care should be taken to ensure a firm fit, utilizing the designated mounting hardware, to maintain mechanical stability and optimal electrical insulation in overhead power distribution.

Q: What are the main benefits of using these strain insulators compared to alternatives?

A: These insulators provide high mechanical strength, weatherproof protection, and resistance to pollution and corrosion. With a glazed porcelain coating, low water absorption, and long service life, they are an ideal choice for areas requiring reliable insulation and durability.

Q: When can I expect delivery after confirming my order?

A: Delivery typically occurs within 7 to 15 days after order confirmation, thanks to efficient packaging and logistics processes. This ensures minimal downtime and quick project progression.

Q: Where are Porcelain Guy Strain Insulators suitable for use?

A: These insulators are best suited for overhead power lines and distribution networks that employ aluminium or steel conductors. They are designed to perform reliably in areas prone to harsh weather and high pollution.

Q: What standards do these insulators comply with and how is quality ensured?

A: Each insulator is manufactured in accordance with IS: 5300 and IEC 60383 standards. Strict quality control, including testing for breakdown voltage (over 20 kV) and mechanical strength (over 60 kN), ensures product reliability.

Q: How does the product's resistance to environmental factors contribute to its longevity?

A: With excellent corrosion and pollution resistance, plus a glazed surface for weatherproofing, these insulators maintain their performance and structure even in challenging environmental conditions, resulting in an extended service life.

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