M Type Transmission Towers

Name: M Type Transmission Towers
Brand: DSR Enterprises
Price: 73.0 INR
Availability: InStock

Price 73.0 INR/ Piece

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MOQ : 1 Piece

M Type Transmission Towers Specification

Product Type
M Type Transmission Tower

Material
Mild Steel, Galvanized Steel

Capacity
Up to 400 kV

Protection
Corrosion Resistant Coating

Application
Electric Transmission and Distribution Line

Size
Customized as per project requirement

Weight
Variable (Depending on Design: Typically ranges from 2 to 10 tonnes)

Dimension (L*W*H)
Customized as per site and line design

Color
Silver (Hot Dip Galvanized)

Accessories
Bolts, Nuts, Bracing, Ladder, Platforms Optional

Assembly
Site Bolt Assembly

Installation Method
Onsite Erection with Crane/Manual

Lifespan
More than 30 years

Surface Finish
Hot Dip Galvanized

Foundation Type
Concrete, as per Engineering Design

Minimum Tensile Strength
410 MPa (for Steel)

Anchor Bolt Type
Heavy Duty, Galvanized

Structural Type
Lattice Steel Tower, Self-Supporting

Maintenance
Low Maintenance, Weatherproof

Design Standard
IS 802, IEC, or Client Specification

Packing
Standard Export Packing

Wind Zone Suitability
Designed for Up to Maximum Wind Loads per IS 802

Tower Height
15-55 meters

About M Type Transmission Towers

Manufacturer of a wide range of products which include galvanized transmission tower, m+6 transmission tower, m+9 transmission tower, m+12 transmission tower, 132 kv transmission tower and m+0 transmission tower.

Reliable Design & Superior Durability

Built according to internationally recognized standards like IS 802 and IEC, these towers ensure reliable performance in the most demanding environments. The hot-dip galvanized finish provides outstanding corrosion protection, extending the tower life well beyond 30 years with minimal maintenance required.

Customizable for Any Project Need

Whether your project requires unique heights, dimensions, or specific accessories such as ladders and platforms, M Type Transmission Towers can be tailored precisely. Variable weight and capacity up to 400 kV allow seamless integration into diverse transmission and distribution networks.

Efficient Installation & Low Upkeep

Designed for easy onsite erection using cranes or manual methods, these towers feature site bolt assembly and engineered concrete foundations. Heavy-duty galvanized anchor bolts and corrosion-resistant materials ensure the structure stays secure and functional with infrequent maintenance checks.

FAQ's of M Type Transmission Towers:

Q: How are M Type Transmission Towers installed at the project site?

A: M Type Transmission Towers are installed through onsite erection, either by crane or manual methods, according to engineering design. The process includes securing a concrete foundation, assembling tower sections with bolts and nuts, and ensuring all accessories are fitted as specified.

Q: What design standards do these towers comply with?

A: These towers are designed to meet IS 802, IEC standards, or specific client requirements, ensuring suitability for varied local and international projects. They are also engineered for maximum wind loads in compliance with IS 802 wind zone criteria.

Q: When should the hot-dip galvanized surface finish be considered advantageous?

A: The hot-dip galvanized finish is particularly advantageous in environments prone to corrosion, such as coastal or high-humidity areas. This protective coating provides robust long-term resistance, reducing the need for frequent maintenance and extending the tower's operational life.

Q: Where can M Type Transmission Towers be utilized?

A: They are ideal for electric transmission and distribution line applications over a wide range of terrains. The customizable size, capacity, and wind resistance make them suitable for urban, suburban, and remote areas alike.

Q: What benefits does the self-supporting lattice structure offer?

A: The self-supporting lattice design provides excellent stability and strength while minimizing the material used, making the towers both cost-effective and structurally efficient even for heights up to 55 meters.

Q: How does the tower design support high-voltage transmission up to 400 kV?

A: The structural design, material strength (minimum tensile strength of 410 MPa), and custom engineering allow these towers to safely carry high-voltage lines up to 400 kV while maintaining stability and safety under maximum wind loads.

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