Product Description
We are highly regarded as the prominent manufacturer and exporter of 220 KV Electrical Transmission Tower. Widely used in telecommunication and power industry for transmission purpose, this is manufactured under the guidance of senior professionals using high grade materials. Prior to final dispatch, this 220 KV Electrical Transmission Tower is subjected to stringent test procedures based on its durability and functioning.
Features:
- Wind resistant
- Can resist adverse weather conditions
- Long life span
Engineered for Performance and SafetyDesigned to meet the rigorous demands of modern infrastructure, each 220 KV lattice tower combines advanced engineering, high tensile galvanized steel, and top international standards. The structure withstands harsh weather (up to 180 km/h wind) while safeguarding personnel with anti-climbing features. Customization according to site-specific requirements ensures optimal stability and longevity across diverse terrains.
Superior Corrosion Protection and LongevityThe towers hot dip galvanized and corrosion-resistant coatings (C3 as per ISO 12944) protect it from challenging environmental conditions, ensuring a minimum service life above 30 years. Periodic inspections are recommended to maintain peak performance, though overall maintenance is minimal, maximizing uptime and reducing lifecycle costs.
Versatile and Customized InstallationInstallation is performed on-site with bolted connections, accommodating bespoke dimensions and foundation designs as per soil survey. Packaging ensures safe transit, with components bundled and wrapped in non-corrosive materials. Each tower integrates provisions for twin earthwires and high-strength galvanized bolts and nuts for structural integrity.
FAQs of 220 KV Electrical Transmission Tower:
Q: How is the 220 KV Transmission Tower installed on-site?
A: Installation involves on-site erection using bolted connections, ensuring each component is securely fastened according to project specifications. Foundations are custom-designed based on a soil survey to suit the sites conditions, while all bolts and nut assemblies comply with HSFG and galvanized standards for reliable performance.
Q: What international standards does the tower design adhere to?
A: The tower is designed and manufactured following IS 802, IEC, and various other international standards. This ensures safety, compatibility, and reliability for high voltage transmission applications across global markets, particularly for demanding projects in India and abroad.
Q: When should periodic inspections and maintenance be carried out?
A: Periodic inspections are recommended at regular intervals, typically annually or as per site operating conditions. Proactive checks help maintain structural integrity, prolong service life, and ensure all anti-climbing devices and earthing fittings function effectively.
Q: Where can the 220 KV tower be used?
A: The tower is suitable for high voltage power transmission in utility networks, industrial projects, and large infrastructure developments. Its customizable dimensions and foundation types allow for deployment in a broad range of terrains and environmental conditions.
Q: What process is followed to customize the tower design?
A: Customization begins with a comprehensive soil survey and project requirement analysis. Tower dimensions, foundation type, and load bearing features are tailored according to site conditions and specific transmission needs, ensuring optimal performance and structural safety.
Q: How does the tower benefit from hot dip galvanization and C3 corrosion protection?
A: The hot dip galvanized finish and C3 corrosion class coating provide superior protection against rust and environmental wear, especially in moderate industrial or urban atmospheres. This significantly extends the service life of the tower, reducing maintenance demands and lifecycle costs.
Q: What are the key usage features of this transmission tower?
A: Key features include twin earthwire fittings for enhanced earthing, barbed wire or anti-climbing devices for safety, and compatibility for 220 kV three-phase AC transmission. Its robust construction supports up to 500 MW of power and is suitable for customized, project-driven installations.