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Transmission Tower

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MOQ : 10 Units

Transmission Tower Specification

Product Type
Transmission Tower

Material
Mild Steel (MS)/Galvanized Iron (GI)

Welding Standard
AWS D1.1

Capacity
Customized as per requirement

Application
Power Transmission Lines

Galvanization Standard
IS 2629/ISO 1461

Out Coating
Hot Dip Galvanized

Standard
IS 2062/ASTM A36

Shape
Angular/Lattice

Surface Treatment
Galvanized

Height
Up to 100 meters

Voltage
11 kV to 800 kV

Design
Modular/Lattice Design

Thickness
3 mm to 20 mm

Color
Silver/Grey

Maintenance
Minimal

Assembly
On-site assembly

Fabrication Technique
Precision CNC & Plasma Cut

Export Markets
Worldwide

Packaging
Bundled and wrapped

Corrosion Resistance
High due to galvanizing

Compliance
International grid code compliant

Quality Certifications
ISO 9001:2015

Operating Temperature Range
-30°C to +55°C

Foundation Type
Concrete/Grouted

Connection Type
Bolted/Prefabricated

Wind Load Resistance
As per IS 802 standards

Transmission Tower Trade Information

Minimum Order Quantity
10 Units

Supply Ability
1000 Units Per Day

Delivery Time
3 Week

About Transmission Tower

In order to meet the varied requirements of our clients we are engaged in providing Transmission Tower that is known for its corrosion resistant surface, rugged construction and easy to install. Demanded by telecom companies for transmitting telecom signals, the entire range is used to supply electricity. In addition to this, Transmission Tower is best suited for installation of communication equipment for easy receiving and transferring of signals. These are purchased by the clients at highly affordable prices.

Engineered for Extreme Conditions

Transmission Towers are built to withstand operating temperature ranges from -30C to +55C and high wind loads, ensuring reliable performance across diverse geographical locations. The hot-dip galvanized surface offers outstanding corrosion resistance, making these towers ideal for harsh environments.

Precision Fabrication and Quality Assurance

Employing advanced CNC and plasma cutting techniques, every tower component meets stringent dimensional accuracy. With welding to AWS D1.1 standards and adherence to IS 2062/ASTM A36 for material quality, these towers deliver strength and durability, reinforced by ISO 9001:2015 certification.

FAQs of Transmission Tower:

Q: How are these transmission towers assembled at the site?

A: The transmission towers are designed for on-site assembly, featuring bolted or prefabricated connections. This allows for efficient construction and straightforward installation, even in remote areas.

Q: What wind load resistance do the towers offer according to IS 802 standards?

A: These towers adhere to IS 802 standards for wind load resistance, enabling safe operation even in areas subject to high wind speeds by ensuring structural stability.

Q: When is maintenance required for these transmission towers?

A: Due to high corrosion resistance and robust surface treatment, maintenance requirements are minimal. Periodic inspection for structural integrity and connection tightness is recommended as good practice.

Q: Where can these towers be exported and used?

A: The towers are supplied worldwide by distributors, exporters, manufacturers, and traders, and can be installed wherever international grid code compliance is necessary, including various voltage levels and climates.

Q: What benefits does the hot-dip galvanized coating provide?

A: Hot-dip galvanizing as per IS 2629/ISO 1461 standards delivers high corrosion resistance, significantly extending service life and reducing maintenance frequency, particularly in humid or coastal environments.

Q: How is the quality of these towers ensured during manufacturing?

A: Quality assurance is maintained through ISO 9001:2015 certification, precision CNC and plasma cutting fabrication, and compliance with relevant material and welding standards, guaranteeing consistent and reliable product output.

Q: What applications are suitable for this tower design?

A: These towers are tailored for power transmission lines and offer modular or lattice configurations, making them ideal for accommodating variable voltages from 11 kV to 800 kV in regional and international grids.

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