Tainuo Steel Utility Pole China Factory 2% Tolerance Overhead 40FT Hot DIP Galvanized Pole Transmission Line Power Pole

• Usage: Flying Angle Tower, Crossing Tower, Tension Tower, Angle Tower, Terminal Tower, Transposition Tower, Branching Tower
• Conductor Circuit: Single Circuit
• Certification: ISO, GS, RoHS, CE
• Model NO.: Overhead Transmission Pole
• Materials: Aluminum Structure
• Standard: Nonstandard
• Style: Cable Tower
• Structure: M Type
• Product Name: Overhead Transmission Pole
• Keywords: Overhead Powerline Pole
• Shape: Tubular/Octagonal/Polygonal
• Surface Treatment: Hot DIP Galvanized
• Height: 9m-100m or Customized
• Material: Q235 Q345 Q355 Q460 Gr50 Gr65 Ss400
• Electric Voltage: 4kv, 6kv, 10kv, 11kv, 33kv, 32kv, 35kv, 65kv...
• Zinc Coating: >=86 Microns
• Tolerance: +/-2%
• Wind Speed: 160 Km/Hour . 30 M /S
• Minimum Yield Strength: 355 MPa
• Color: User-Defined
• Features: High Strength and Long Lifespan
• Application: Power Transmission Line
• MOQ: 5 T
• Transport Package: Standard Shipping Packaging or Customized
• Specification: Standard or Customized
• Trademark: TAINUO
• Origin: Hebei China
• Production Capacity: 100000

Product Description

TAINUO Steel Utility Pole China Factory 2% Tolerance Overhead 40FT Hot Dip Galvanized Pole Transmission Line Power Pole

An overhead transmission pole, also known as a utility pole or power pole, is a tall structure used to support overhead power lines for transmitting electricity from power plants to homes, businesses, and other buildings. These poles are typically made of wood, steel, concrete, or composite materials and are strategically placed along power line routes to ensure the reliable distribution of electricity over long distances.

Overhead transmission poles are designed to withstand various environmental conditions, such as wind, rain, snow, and ice, while supporting the weight of the power lines and other equipment attached to them. The poles are typically installed in a row along a power line route, with each pole connected by overhead transmission lines that carry the electrical current.The design and placement of overhead transmission poles are critical to ensuring the safety and efficiency of the power distribution system. Engineers carefully consider factors such as pole height, material strength, spacing between poles, and load capacity when designing and installing transmission poles to ensure reliable operation over time.

In addition to supporting power lines, overhead transmission poles may also carry equipment such as transformers, insulators, and lightning arrestors to help manage the flow of electricity and protect the system from damage. Maintenance of overhead transmission poles, including routine inspections and repairs, is essential to ensure the continued reliability and safety of the power distribution system. Overhead transmission poles play a vital role in transmitting electricity from power generation facilities to end-users, providing a crucial link in the electrical grid that powers modern society. Proper design, installation, and maintenance of these poles are essential to ensuring the efficient and reliable distribution of electricity to homes, businesses, and communities.

What is an overhead power line?
An overhead power line operates as a channel to transfer electromagnetic waves of varying voltage levels across a variety of distances, environments, and landscapes to supply electrical power where it is needed. Power line cables are structurally supported by utility poles or steel towers, which are designed to keep the lines suspended at a safe height. This ensures that there is a sufficient amount of ground clearance - minimizing the risk of the live lines being disturbed or damaged.

Conventional Pole Systems

Our range of conventional pole systems for low and medium voltages comprises all types of poles in the necessary lengths and horizontal design loads. This means that we can offer all the combinations usually available on the market from single to double-circuit lines. Accordingly, we can offer carrier poles, dead-end towers, branch pylons, terminal poles and poles for transformer stations quickly and easily.

Product Parameters

OVERHEAD TRANSMISSION POLE SPECIFICATION
Product Name	Overhead Transmission Pole
Keywords	Overhead Powerline Pole
Shape	Tubular/Octagonal/Polygonal
Surface Treatment	Hot DlP Galvanized
Height	9m-100m or Customized
Material	Q235 Q345 Q355 Q460 Gr50 Gr65 Ss400
Electric Voltage	4kv, 6kv, 10kv, 11kv, 33kv, 32kv, 35kv, 65kv...
Zinc Coating	>=86 Microns
[olerance	+/-2%
Wind Speed	160 Km/Hour .30 m/s
Minimum yield strength	355 mpa
Color	User-Defined
Features	High Strength and Long Lifespan
Application	Power Transmission Line
MOQ	5 T

Key Features of Overhead Transmission Pole

Height: 
Transmission poles are typically much taller than distribution poles, reaching heights of up to 100 feet or more in order to support the high-voltage power lines needed for long-distance transmission.



Strength and Durability: 
Transmission poles are designed to withstand the weight of the power lines they support, as well as environmental factors such as wind, ice, and other weather conditions.

Insulation: 
Transmission poles are often equipped with insulators to prevent the electricity from arcing into the pole structure and to ensure the safe and efficient transmission of electricity.

Crossarms and hardware:
 Transmission poles are typically fitted with cross arms and hardware to support and secure the power lines in place. These components are designed to withstand the mechanical and electrical loads placed on the transmission lines.

 

Company Profile

FAQ

Q1. Manufacturer or trading company?
A1: We are a manufacturer with our own factory. Welcome to visit our factory.

Q2. Delivery time?
A2:The usual production cycle is around 10-30 days. Determine the production schedule based on the specific number and tonnage of tower types, and arrange production and transportation according to customer requirements.

Q3. How can I get the price for the required steel tower?
A3:You can email us a drawing; We can give you a price based on your drawings. If there are no drawings, you can provide key technical parameters and we can help you design the iron tower.

Q4. How long is the service life of the product?
A4:We can guarantee a service life of around 35-40 years.

Q5. Is the assembly very complicated, and is there an assembly manual or guide?
A5:We will provide assembly drawings when shipping the goods.

Q6. How can we ensure quality?
A6:We have been following the ISO 9001 quality management system since its operation, strictly inspecting raw materials, prototype assembly testing, galvanizing testing, and pre-shipment inspection to ensure quantity and quality. We prioritize quality and have a 100% inspection rate.