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ACSR Conductor (35mm2) FOX (1X2. 79+6X2. 79) BS 215-2 / BS EN 50182 / IEC 61089 / ASTM B 232/B 232M / DIN 48204 / JIS C 3110 standards
Application
ACSR – The full name: Aluminum Conductor Steel Reinforced. Aluminum
Conductor Steel Reinforced is used as bare overhead transmission
cable and as primary and secondary distribution cable. ACSR offers
optimal strength for line design. Variable steel core stranding
enables desired strength to be achieved without sacrificing
ampacity.
STANDARD
Basic design to BS 215-2 / BS EN 50182 / IEC 61089 / ASTM B 232/B 232M / DIN 48204 / JIS C 3110 standards.
FEATURES
ACSR fox conductor strands 6 aluminums and 1 steel. But their
diameter is the same, and they are 2.79 mm. We can know the overall
diameter is 8.37 mm. From the standard, we can know the nominal
aluminum area of acsr fox conductor is 35 mm2. When you want to buy
acsr fox conductor, you should pay attention to this point. It
isn’t suitable for the standard, and it is reasonable. The total
sectional area is 42.77 mm2. After the cabling, the total linear
mass is 149kg/km.
Through the test, the calculated breaking load should be 1320daN.
At the 20℃, calculate D.C. resistance should be 0.7822.
CONSTRUCTION
A “DOG” conductor is a ACSR (aluminum conductor steel reinforced)
cable with nominal aluminum cross-sectional area of 100 mm². It has
6 aluminum strands of 4.72 mm diameter and 7 steel strands of 1.57
mm diameter.ACSR dog conductor has a long service record because of
its economy, dependability, and strength to weight ratio. The
combined light weight and high conductivity of aluminum with
strength of the steel core enables higher tensions, less sag, and
longer spans than any alternative.
Technical data sheet
Code name | acsr fox conductor | |
Nominal aluminum area mm 2 | 35 | |
Stranding structure | Al. No. | 6 |
Al. Dia. | 2.79 | |
St. No. | 1 | |
St. Dia | 2.79 | |
Sectional area of aluminum | mm 2 | 36.66 |
Total sectional area | mm 2 | 42.77 |
Overall diameter | mm | 8.37 |
Total Weight | kg/km | 149 |
Calculated breaking load | daN | 1320 |
Calculate D.C resistance at 20 ℃ | Ω/km | 0.7822 |
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