About 33KV Post Insulator
33KV Post Insulator is known to insulate transformers as well as switch gears in substations. This is used as an assistance for busbars in the transformer sub-station yards. It can be also used as the capacitor banks. Supplied insulator has been subjected to bending, compression forces and torsion. This is offered with good chemical as well as thermal stability. The said insulator is resistant to deterioration and is accessible with advanced electrical and mechanical properties. 33KV Post Insulator can go well with compression forS.
| Spacing |
900mm |
| Rated Voltage |
33 kV |
| I Deal In |
New Only |
| Diameter |
125mm |
| Working Voltage |
33 kV |
| Capacity |
33 kV |
| Tensile Strength |
10 kN |
| Creep Age Distance |
900mm |
| Voltage |
33 kV |
| Brand |
Rashtriya |
| Usage/Application |
Distribution Line |
Outstanding Electrical and Mechanical PerformanceThis insulator delivers robust performance under high voltage (33 kV) with a breakdown voltage exceeding 145 kV (dry) and 115 kV (wet). The glazed ceramic surface offers excellent insulation resistance of over 10,000 M and high resistance to corrosion and pollutants, making it suitable for challenging environments.
Reliable Construction and InstallationThe insulator's composite polymer core, single-layer porcelain body, and brown glazed coating provide exceptional mechanical strength and thermal stability up to 1300C (short duration). Designed for bolt-on mounting with metal fittings, installation is straightforward, but always ensure the insulator is intact before use to optimize safety and performance.
Certified to International StandardsAdherence to IS 2544 and IEC 60168 standards ensures global quality and reliability. With a heat conductivity below 2.5 W/mK and a density of 2.4 g/cm3, the insulator meets stringent technical specifications required for modern distribution lines.
FAQ's of 33KV Post Insulator:
Q: How is the 33KV Post Insulator installed on a distribution line?
A: The insulator is designed for bolt-on mounting using the provided metal fittings. Before installation, it is crucial to inspect the insulator for any damage to ensure safe and effective operation.
Q: What benefits does the glazed ceramic surface provide?
A: The brown glazed ceramic surface enhances corrosion resistance and pollution performance, contributing to excellent electrical insulation properties and a long service life in harsh weather conditions.
Q: When should this insulator be used in electrical systems?
A: This insulator is ideal for use in medium-voltage (33 kV) distribution lines, especially in locations where superior mechanical strength and high electrical insulation are required, such as in areas prone to pollution or extreme weather.
Q: Where can these insulators be applied?
A: The 33KV Post Insulator is suitable for overhead power distribution systems across urban, industrial, and rural locations, providing reliable insulation for electrical infrastructure.
Q: What process ensures the insulator meets Indian and international quality standards?
A: The insulator is manufactured following IS 2544 and IEC 60168 standards, involving rigorous quality control processes, testing for mechanical strength, electrical insulation, and surface integrity to ensure compliance.
Q: How does the insulator maintain high impact and mechanical strength?
A: Thanks to its composite polymer construction, single-layer porcelain, and precision mechanical design, the insulator offers high impact resistance and a mechanical failing load of 12 kN, making it durable against physical stresses.
Q: What are the key advantages of using this post insulator in distribution lines?
A: Key advantages include high mechanical strength, excellent anti-pollution and corrosion resistance, superior electrical insulation, low thermal conductivity, and compliance with global standards, ensuring safe and long-lasting operation.