Product Description
We are a renowned name engaged in offering services for Substation Structure that is highly demanded in various industries like telecom, automobile and other. In order to render these services, our professionals use high quality raw materials and modern technology. Our professionals work in close synchronization with the clients to figure out their exact needs. The offered services for Substation Structure are highly appreciated for their timely execution, professional approach, flexibility and hassle free management.
Features of Sub-Station Structures :-
- Hot Dip Galvanized
- Easy to Assemble
- Withstand Chemicals & Heat
- Nice Appearance
- Long Service Life
- Outstanding Weather Resistance
Application Areas :-- Different Types of Power Substation
Product details
| Transformer Type | Power Transformer |
| Phase | Single Phase |
| Transformer Power | 11 KVA - 33 KVA |
| Application | Substation structure |
| Grade | Steel |
| Insulation Material | PVC |
Superior Corrosion ResistanceFeaturing hot dip galvanization conforming to IS 2629 or ASTM A123, our substation structures offer long-lasting protection against corrosion and harsh weather. The rigorous galvanization process ensures that each component retains structural integrity, minimizing maintenance and enhancing service life in demanding environments.
Versatility and CustomizationWe offer an array of design options, including angular, tubular, and fully custom shapes, all available in a variety of thicknesses. Tailored heights (6m to 40m) and compliance with numerous international standards ensure that every structure fits your projects exact requirements.
Reliable for High-Voltage ApplicationsEngineered to handle voltages up to 765 kV, our structures are ideal for the backbone of power transmission and distribution networks. Each product undergoes strict quality control and welding processes to guarantee stability, durability, and operational safety in high-voltage settings.
FAQs of Substation Structure:
Q: How are substation structures manufactured and coated for protection?
A: Substation structures are fabricated from mild or structural steel before undergoing a hot dip galvanization process, following IS 2629 or ASTM A123 standards. This protective coating delivers a robust silver finish that guards against rust and corrosion, enhancing durability in outdoor applications.
Q: What customization options are available for these substation structures?
A: We provide extensive customization in shape (angular, tubular, or bespoke designs), thickness (3 mm to 12 mm), height (6m to 40m), galvanization standards, and more. This flexibility allows us to meet specific project requirements for electrical power transmission and distribution.
Q: When should hot dip galvanized substation structures be used?
A: Hot dip galvanized substation structures are recommended for installations exposed to outdoor environments, where enhanced corrosion resistance and long-term structural stability are critical. These are ideal for power transmission and distribution facilities, especially those in challenging weather conditions.
Q: Where are these substation structures typically installed?
A: These structures are primarily deployed at electrical substations involved in power transmission and distribution networks, supporting equipment such as transformers, circuit breakers, and busbars across a variety of terrains and geographic locations.
Q: What is the process involved in ensuring welding quality for these structures?
A: All welding is performed following IS 9595 or AWS D1.1 standards. Skilled professionals utilize precision techniques and rigorous testing to ensure each welded joint meets stringent safety and strength requirements, crucial for high-voltage applications.
Q: How does galvanization benefit substation structure performance?
A: Galvanization provides a continuous, adherent coating that protects the steel from moisture, chemicals, and environmental stressors. This results in a significantly extended lifespan, reduced maintenance, and improved safety performance over uncoated structures.