Product Description
Relying on our expertise in this industry, clients trust us for manufacturing and exporting Rooftop Telecom Towers. We manufacture these towers for use in telecommunication sector in order to get excellent transmission. These are customized based on the specifications provided by clients. Manufactured in accordance with industry standards using high grade materials, these Rooftop Telecom Towers are offered to clients at competitive prices.
Features:
- Easy installation
- Weather proof
- Low maintenance
Unmatched Environmental EnduranceThese telecommunications towers are engineered to endure the harshest conditions, boasting wind load resistance of up to 180 km/h and seismic compliance suitable for Indias high-risk earthquake zones (Zones IV & V). The hot-dip galvanized finish (80-120 microns) and marine-grade corrosion resistance guarantee steadfast operation even in coastal and humid regions, optimizing operational longevity.
Versatile and Rapid InstallationThe RTT-Series towers come in both 3-leg triangle and 4-leg square configurations, designed for modular rooftop bolt-on anchoring. Their lightweight build enables rapid installationtypically 23 days across varying site conditions. Accessories such as antenna mounts, cable trays, and aviation lamps streamline deployment for both 4G and 5G networks, ensuring operational readiness with minimal disruption.
Safety and Regulatory ComplianceSafety is integral, with compliance to TEC, IS: 875, and IS: 800 standards. Every tower includes climbing safety ladders with cages and rest platforms conforming to OSHA/IS codes, plus integrated lightning and earthing protection. Marked with high-visibility aviation paint and equipped with critical accessories, these towers guarantee secure, compliant telecommunication infrastructure for urban and rural landscapes.
FAQs of Rooftop Telecom Towers:
Q: How does the rooftop telecom tower resist strong winds and earthquakes?
A: The RTT-Series Modular Tower is structurally engineered to withstand winds up to 180 km/h and is compliant with seismic requirements for Zone IV & V. Its robust hot-dip galvanized steel frame and strategic anchoring ensure stability in extreme weather and seismic activity.
Q: What corrosion protection does the tower offer for marine or humid environments?
A: The towers feature a hot-dip galvanized coating (80120 microns) and marine-grade anti-corrosion treatments, safeguarding the steel structure against rust and deterioration, even in coastal or highly humid settings. This extends operational life up to 25 years with routine annual inspections.
Q: When and how quickly can the tower be installed on a rooftop?
A: Installation can be completed within 23 days, depending on site specifics. The modular design, pre-assembled components, and bolt-on anchoring system simplify the setup process, minimizing downtime for property owners and network providers.
Q: Where is this rooftop tower most effectively used?
A: The RTT-Series tower is ideal for urban and semi-urban deployments where rooftop mounting maximizes coverage for 4G/5G cellular networks, wireless broadband, RF, and microwave transmission, offering a coverage radius of 1 to 5 kilometers, subject to antenna type and locale.
Q: What safety features are integrated for tower maintenance and operation?
A: Safety features include OSHA/IS-compliant climbing ladders with safety cages, rest platforms, secure harness points, and an integrated lightning and earthing system, ensuring safe access and operation for maintenance personnel.
Q: How does the tower benefit telecom network expansion and performance?
A: With support for up to 12 antenna mounts, customizable height (1040 m), and broad frequency compatibility (700 MHz 3.5 GHz), the tower is suitable for rapid network expansion, offering reliable coverage and easy upgradability for evolving connectivity demands.
Q: What maintenance is required to ensure long service life?
A: Routine annual inspections are recommended, though the design requires minimal upkeep thanks to durable galvanization and corrosion-resistant surfaces. With standard maintenance, service life is typically 1525 years.