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AAAC conductor · 150 mm² nominal

AAAC 150 (WOLF EQUIVALENT) Conductor — Specification & Current Carrying Capacity

19/3.15 mm alloy · 148.10 mm² total area · 15.75 mm overall diameter · 407 kg/km · 0.2253 Ω/km at 20 °C · 40.60 kN breaking load · about 375 A.

66 kV and 110 kV sub-transmission where lighter towers or coastal duty apply.

Calculate AAAC 150 (WOLF EQUIVALENT) ampacityCompare with other conductors

Full technical specification

Data basis: IS 398 and standard manufacturer catalogues. Individual manufacturers vary slightly — confirm against the supplier datasheet before final design.

Code nameAAAC 150 (WOLF EQUIVALENT)
FamilyAAAC
MaterialAll-aluminium alloy (Al-Mg-Si, 6201 type) stranded conductor
Stranding19/3.15 mm alloy
Aluminium strands19 × 3.15 mm
Steel strandsNone
Aluminium area148.10 mm²
Steel area—
Total area148.10 mm²
Nominal (trade) area150 mm²
Overall diameter15.75 mm
Approximate weight407 kg/km
DC resistance at 20 °C0.2253 Ω/km
Calculated AC resistance at 75 °C0.2890 Ω/km
Ultimate breaking load40.60 kN
Current carrying capacity375 A (standard basis)

Construction of AAAC 150 (WOLF EQUIVALENT)

AAAC 150 (WOLF EQUIVALENT) is built as 19/3.15 mm alloy. All-aluminium alloy (Al-Mg-Si, 6201 type) stranded conductor. With no steel core the whole cross-section conducts, giving the lowest resistance per mm² of any of the families, at the cost of breaking load. The total metallic area of 148.10 mm² and overall diameter of 15.75 mm set both the resistance and the wind/ice loading the structures must carry.

Where AAAC 150 (WOLF EQUIVALENT) is used

66 kV and 110 kV sub-transmission where lighter towers or coastal duty apply. At 375 A on the standard basis, a three-phase circuit of AAAC 150 (WOLF EQUIVALENT) carries roughly 7 MVA at 11 kV, 21 MVA at 33 kV and 86 MVA at 132 kV — useful as a first sanity check before detailed load flow.

Conditions behind the current rating

Ambient 40 °C, maximum conductor temperature 75 °C, cross-wind 0.61 m/s, solar radiation 1000 W/m², emissivity 0.9, absorptivity 0.8, outdoor overhead installation (IEEE 738 / IS 398 practice).

  • Wind is the single biggest variable. Removing it drops the rating of AAAC 150 (WOLF EQUIVALENT) from 352 A to 189 A in the cases above.
  • Raising the permitted conductor temperature increases the rating, but sag and long-term annealing of the aluminium set the practical ceiling — 75 °C continuous is the usual limit.
  • A weathered, dark conductor absorbs more sunlight but also radiates heat better; the standard 0.8 absorptivity / 0.9 emissivity pair is the conservative combination.
  • Terminations, jumpers and clamps often limit a line before the conductor does. Check the whole current path, not only the span.

Other AAAC conductors

AAAC 50 (RABBIT EQUIVALENT)

7/3.00 mm alloy · 195 A

AAAC 100 (DOG EQUIVALENT)

19/2.59 mm alloy · 290 A

Calculators for this conductor

Conductor Current Capacity Calculator

Recalculate AAAC 150 (WOLF EQUIVALENT) ampacity for your own weather and temperature limit.

Voltage Drop Calculator

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AWG to sq mm Converter

Translate the area into American gauge sizes.

Transformer Sizing Calculator

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AC Cable Sizing Calculator

For the insulated cable portions of the same circuit.

Wire Gauge Chart

AWG to mm² reference table.