High Voltage ACSR Aluminum Conductors Steel Reinforced

Short Description:

High Voltage ACSR Aluminum Conductors Steel Reinforced Transmission line and Substation system

Conductor Type:

AAC-All Aluminum Conductors

AAAC -All Aluminum Alloy Conductors

ACSR- Aluminum Conductors Steel Reinforced

ACSR/AW -Aluminum Conductors Aluminum Clad Steel Reinforced

ACAR-All Aluminum Conductor Alloy Reinforced

AACSR-Aluminum Alloy Conductors Steel Reinforced

GSW-Zinc-Coated (Galvanized) Steel Overhead Ground Wire Strand

ACS-aluminum-clad steel conductors


Product Detail

Product Tags

Technical Data

High Voltage ACSR Aluminum Conductors Steel Reinforced Transmission line and Substation system

Conductor Type:

AAC-All Aluminum Conductors

AAAC -All Aluminum Alloy Conductors

ACSR- Aluminum Conductors Steel Reinforced

ACSR/AW -Aluminum Conductors Aluminum Clad Steel Reinforced

ACAR-All Aluminum Conductor Alloy Reinforced

AACSR-Aluminum Alloy Conductors Steel Reinforced

GSW-Zinc-Coated (Galvanized) Steel Overhead Ground Wire Strand

ACS-aluminum-clad steel conductors

 

High Voltage ACSR Aluminum Conductors Steel Reinforced Technical details

Invar Conductor

Invar Conductor made is a kind of special overhead conductor stranded with high-strength aluminum-clad invar core and super thermal resistant aluminum alloy wire. It takes advantage of the low linear expansion coefficient of invar material to make "low sag" and uses a thermal resistant aluminum alloy to have " large-capacity", making full use of original transmission line and tower resources and saving space. It has the feature of doubling capacity with the same diameter and the same sag, which can ensure power transmission at peak season.

 

High Voltage ACSR Aluminum Conductors Steel Reinforced Characteristics

2 times current carrying capacity without increasing sag.

More economical for fittings.

Easier installation than ACCC Conductor.

More reliable operation experience.

In compliance with or exceeding the industry’s most stringent requirements, including:

IEC 62004

IEC 61089

IEC 62219

Q/320623-AP25

 

High Voltage ACSR Aluminum Conductors Steel Reinforced Applications

Reconstruction of old transmission lines.

Capacity increasing transmission line.

 
Code Structure Areas Diameter Breaking load DCresistance at 20℃ Weight Curent capacity
Al Steel TACIR ZTACIR
Nos/mm mm2 mm kN 2/km Kg/km A
160/40 18/337 7/2.65 199.16 17.04 65.06 0.1759 730 71 957
200/45 17/387 7/285 244.62 18.87 76.87 0.1412 883 890 1105
200/50 17/387 7/295 24781 19.01 80.39 0.1409 906 892 1110
250/45 18/420 7/285 294.04 20.64 8264 0.1141 1019 1017 1268
250/40 18/4.13 7/275 290.96 20.51 8112 0.1143 996 1014 1264
240/55 18/4.13 7/3.20 29743 20.82 9312 0.1169 1083 1007 1138
240/50 18/471 7/3.00 290.62 20.55 88.13 0.1157 1032 1000 1131
315/55 18/471 7/3.20 396.92 2315 104.06 0.0907 1266 1182 1479
315/50 18/471 7/3.00 36310 2291 97.20 0.0910 1232 1176 1471
330/60 18/481 7/330 386.95 2368 10970 0.0869 1329 1216 1522
350/55 20/471 7/3.20 404.77 2419 10933 0.0819 1379 1262 1580

 


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