Product Description
We are considered as one of the leading manufacturers and exporters of 132 KV Overhead Transmission Towers. These are wisely manufactured in complete compliance with industry standards using high grade raw materials procured from trusted vendor in market. High in demand in telecommunication sector, these 132 KV Overhead Transmission Towers are available to clients at economical prices only after testing their quality.
Features:
- Robust design
- Easy installation
- Long working life
Versatile Structure for Diverse EnvironmentsThese towers are engineered to perform reliably across rural, urban, and industrial regions. Their customizable design accommodates site-specific requirements for foundation type, cross arm configuration, and overall dimensions, ensuring safe and efficient transmission line deployment in any environment.
Precision Manufacturing and Rigorous TestingManufactured from hot dip galvanized steel and meeting international and Indian standards, every tower undergoes stringent type and routine tests in accordance with national grid standards. The towers are ISO 9001:2015 certified, ensuring consistent quality and enhancing longevity even in harsh climatic conditions.
Efficient Installation and Minimal MaintenanceDesigned for on-site assembly with bolted connections, these towers streamline the installation process and reduce construction time. Their corrosion-resistant finish and robust structure require only periodic inspections, translating to minimal maintenance throughout their projected service life of over 35 years.
FAQs of 132 KV Overhead Transmission Towers:
Q: How do I determine the right foundation type for installing a 132 KV overhead transmission tower?
A: The choice of foundationpad, pile, or grillageis based on the sites soil conditions, load requirements, and project specifications. A geotechnical survey at the location will guide the appropriate selection, ensuring long-term structural stability and safe operation.
Q: What are the main benefits of hot dip galvanized steel and the 610 gm/m zinc coating for the tower structure?
A: Hot dip galvanization with a minimum zinc coating of 610 gm/m shields the steel from corrosion, significantly extending the towers lifespan. This robust coating provides durability against harsh weather, reduces maintenance needs, and ensures electrical reliability over decades.
Q: When is periodic inspection recommended for these towers, and what does it involve?
A: Periodic inspections are generally recommended at least once a year. The process includes checking the integrity of bolted connections, condition of galvanizing, structural alignment, and the functionality of safety accessories such as anti-climbing devices and danger plates.
Q: Where are these 132 KV lattice steel towers suitable for installation?
A: These towers are designed for deployment in varied settings, including rural, urban, and industrial regions across India and similar international locations. Their adaptability in foundation and configuration makes them versatile for multiple site conditions and geographic zones.
Q: What is the typical process for installing a 132 KV double/single circuit tower?
A: Installation involves transporting pre-fabricated tower components to the site, preparing the foundation based on soil analysis, assembling the lattice sections with bolted connections, and affixing required accessories. Complete assembly aligns with engineering drawings and safety norms.
Q: How does the tower accommodate different line routes or expansions?
A: The towers design allows flexible cross arm configurationseither horizontal or verticalaccording to the line routing plan. This enables tailored solutions for right-of-way constraints and future network upgrades, supporting both initial builds and expansion projects.
Q: What are the advantages of choosing ISO 9001:2015 certified manufacturers for transmission towers?
A: Selecting ISO 9001:2015 certified suppliers ensures stringent quality control, traceability, and adherence to international best practices. This results in reliable performance, compliance with regulatory standards, and long-term security for your transmission infrastructure investment.