개요: 이 상세한 쇼케이스에서 33KV ~ 110KV 전력 전송 타워의 견고한 디자인과 다용도 적용 분야를 살펴보세요. 앵글 철 구조가 풍속 30-180km/h를 견디는 방법을 배우고, 특정 전력 전송 요구 사항에 맞는 사용자 정의 옵션을 알아보세요.
관련 제품 특징:
Designed for power transmission from 33KV to 110KV, with a capability range extending up to 500KV.
Engineered to withstand extreme wind conditions, with a tolerance for speeds from 30 to 180 km/h.
Constructed from high-strength materials including Q235B/A36 and Q345B/A572 steel, ensuring structural integrity.
Features a long service life of over 30 years, dependent on the installation environment.
Offers versatile design options including polygonal or conical shapes and various tower types like Wine cup, Cat's Head, and Drum.
Surface treatment includes hot-dip galvanization per ASTM123 or other client-specified standards for superior corrosion resistance.
Manufacturing process adheres to ISO9001:2008 and AWS D1.1 welding standards for guaranteed quality.
Customizable in height from 10M to 100M and other specifications to meet specific project requirements.
질문:
What voltage levels are these power transmission towers suitable for?
These towers are designed for power transmission from 33KV to 110KV, with the capability to handle voltages up to 500KV, making them versatile for various transmission line requirements.
How are the towers protected against corrosion and what is their expected lifespan?
The towers undergo hot-dip galvanization following standards like ASTM123, providing excellent corrosion resistance. They have a service life of more than 30 years, depending on the installation environment.
Can the tower specifications be customized for specific project needs?
Yes, JIAYAO CO., LTD accepts customer customization requirements, including tower height (from 10M to 100M), shape, surface treatment, and other dimensions as per client specifications.
What materials are used in the construction of these transmission towers?
The towers are primarily constructed from high-strength steel materials such as Q235B/A36 and Q345B/A572, with yield strengths of 235MPa and 345MPa respectively, ensuring durability and structural reliability.