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Current Transformer Support High Stiffness Power Steel Structures

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Product Description

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Basic Specifications

Model NO. Power Steel Structures
Feature Anti-Corrosion, Earthquake Resistance, Easy To Install, High Intensity, Recyclable
Install Online Guidance
Function Busbar Frame / Equipment Frame / Outgoing Line Frame
Structure Gate-Type / Cantilever / Truss / Guyed
Material Steel / Reinforced Concrete / Composite
Voltage Low / Medium / High / Extra-High / UHV
Production Capacity 40,000 Tons / Year
Packaging & Delivery
Package Size 10000.00cm * 15000.00cm * 15000.00cm
Package Gross Weight 4000.000kg
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Product Description

Power Steel Structures Banner
Power Steel Structure Detail 1
Power Steel Structure Detail 2
Power Steel Structure Detail 3
Power Steel Structure Detail 4
Power Steel Structure Detail 5
Power Substation Structures: Core Specs & Export Guide
Dimension Type Key Features Applications
Function Busbar Frame Supports high-voltage busbars; withstands wind/short-circuit force Substation core
Equipment Frame Matches single equipment size/load Equipment zones
Outgoing Line Frame Connects internal/external lines; high strength Outgoing end
Auxiliary Frame Lightweight; supports lighting/grounding Auxiliary zones
Structure Gate-type 2 columns + beam; span 8–35m Parallel bus
Cantilever Single column + cantilevers; span 2–8m One-sided support
Truss Spatial truss; high stiffness, light Large-span/UHV
Guyed External guys; steel-saving Plains geology
Voltage Low / Medium / High / Extra-High / UHV (<1kV to ≥1000kV) Substations
Protection Hot-dip galvanizing (≥85μm, 20–30y); optional fluorocarbon paint for harsh environments
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Manufacturing & Quality Control

Manufacturing Facility 1
Manufacturing Facility 2
Manufacturing Facility 3

Frequently Asked Questions

What materials are used for the power steel structures and what is their expected service life?
The main materials are high-quality carbon steel (Q235, Q355, Q420, etc.). Through a hot-dip galvanizing process (zinc layer ≥65/85μm), the structures offer a service life of 20-30 years. For harsh coastal or industrial environments, composite coatings can extend this to over 30 years.
Do your products comply with international engineering standards?
Yes. We design and produce products that meet various global standards including IEC 60652, ISO 3834, European EN 1993 (CE), North American ANSI/TIA-222, and regional requirements like SASO, GCC, and IS.
Can you manufacture structures based on custom designs or drawings?
Absolutely. We specialize in custom fabrication. Customers can provide design drawings in CAD, PDF, or 3D formats. We evaluate feasibility and provide technical suggestions to optimize both performance and cost.
How do you ensure the quality and precision of the steel components?
We employ a strict QC system including CNC cutting and punching for ±1mm precision, non-destructive testing (UT/MT) for welds, and 1:1 factory pre-assembly of core components to ensure perfect fitment on-site.
What are the typical lead times for an order?
Lead times vary by complexity: standard components typically take 7 working days, while customized transmission towers or substation frames range from 10 to 45 working days depending on order volume and drawing complexity.
How are the structures packaged for international long-distance shipping?
Steel components are bundled with steel strips on plywood pallets. Small parts like bolts are stored in waterproof sealed boxes. Long components are wrapped in plastic film with anti-collision corners to prevent deformation during transit.

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