| Specification |
Usage: Crossing Tower, Tension Tower, Angle Tower, Terminal Tower, Transposition Tower, Branching Tower;
Conductor Circuit: Double Circuit;
Materials: Steel;
Standard: Standard;
Style: Independence Tower;
Structure: Monopole;
Coating: Hot DIP Galvanized;
Design Code: Asce/Sei 48-19;
Steel Grade: Q235/Q355/Q420/Q460;
Design Service: Availble;
OEM/ODM: Accepted;
on Site Service: Availble;
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Usage: Flying Angle Tower, Crossing Tower, Tension Tower, Angle Tower, Terminal Tower, Transposition Tower, Branching Tower;
Conductor Circuit: Multi Circuit;
Materials: Steel;
Standard: Standard;
Style: Independence Tower;
Structure: B Type;
Voltage Level: 35kv;
Voltage Level1: 110kv;
Voltage Level2: 220kv;
Voltage Level3: 500kv;
Voltage Level4: 1000kv;
Purpose: Substation Converter;
Abbreviation: Power Architecture;
Use: Substation Location;
Use1: Power Transmission and Distribution;
Supporting Equipment: Angle Steel Tower;
Supporting Equipment1: Steel Pipe Tower;
Supporting Equipment2: Angle Steel Pipe Composite Tower;
Scope of Use: Hub Substation, Terminal Substation; Step up Subst;
Major Function: Changing Voltage Levels, Gathering and Distributin;
Connection Method: High Strength Galvanized Bolt Connection for Faste;
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Usage: Flying Angle Tower, Crossing Tower, Tension Tower, Angle Tower, Terminal Tower, Transposition Tower, Branching Tower;
Conductor Circuit: Multi Circuit;
Materials: Steel;
Standard: Standard;
Style: Independence Tower;
Structure: B Type;
Voltage Level: 35kv;
Voltage Level1: 110kv;
Voltage Level2: 220kv;
Voltage Level3: 500kv;
Voltage Level4: 1000kv;
Purpose: Substation Converter;
Abbreviation: Power Architecture;
Use: Substation Location;
Use1: Power Transmission and Distribution;
Supporting Equipment: Angle Steel Tower;
Supporting Equipment1: Steel Pipe Tower;
Supporting Equipment2: Angle Steel Pipe Composite Tower;
Scope of Use: Hub Substation, Terminal Substation; Step up Subst;
Major Function: Changing Voltage Levels, Gathering and Distributin;
Connection Method: High Strength Galvanized Bolt Connection for Faste;
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Usage: Flying Angle Tower, Crossing Tower, Tension Tower, Angle Tower, Terminal Tower, Transposition Tower, Branching Tower;
Conductor Circuit: Multi Circuit;
Materials: Steel;
Standard: Standard;
Style: Independence Tower;
Structure: B Type;
Voltage Level: 35kv;
Voltage Level1: 110kv;
Voltage Level2: 220kv;
Voltage Level3: 500kv;
Voltage Level4: 1000kv;
Purpose: Substation Converter;
Abbreviation: Power Architecture;
Use: Substation Location;
Use1: Power Transmission and Distribution;
Supporting Equipment: Angle Steel Tower;
Supporting Equipment1: Steel Pipe Tower;
Supporting Equipment2: Angle Steel Pipe Composite Tower;
Scope of Use: Hub Substation, Terminal Substation; Step up Subst;
Major Function: Changing Voltage Levels, Gathering and Distributin;
Connection Method: High Strength Galvanized Bolt Connection for Faste;
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Usage: Flying Angle Tower, Crossing Tower, Tension Tower, Angle Tower, Terminal Tower, Transposition Tower, Branching Tower;
Conductor Circuit: Double Circuit;
Materials: Steel;
Standard: Standard;
Style: Cable Tower;
Structure: B Type;
Wire Circuit: Dual Circuit;
Wire Circuit1: Single Circuit;
Wire Circuit2: Triple Circuit;
Wire Circuit3: Quadruple Circuit;
Wire Circuit4: Multi Circuit;
Surface Treatment: Galvanized;
Connection Method: High Strength Galvanized Bolt Connection for Faste;
Coating: Hot DIP Galvanizing for Corrosion Prevention;
Texture of Material: Steel Rod;
Ground Fixation: Anchor Bolts;
Application Scenarios: Straight Pole;
Application Scenarios1: Tension Pole;
Application Scenarios2: Terminal Pole;
Application Scenarios3: Corner Pole;
Current Mode: Direct Current Transmission;Communication and Tran;
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