NFC 33-226-12/20KV Overhead Insulated Cable
NFC 33-226-12/20KV Overhead Insulated Cable
NFC 33-226-12/20KV Overhead Insulated Cable
NFC 33-226-12/20KV Overhead Insulated Cable
NFC 33-226-12/20KV Overhead Insulated Cable
NFC 33-226-12/20KV Overhead Insulated Cable

NFC 33-226-12/20KV Overhead Insulated Cable

NF C 33-226 is the French standard for medium voltage (MV) distribution cables, corresponding to 12/20kV (maximum 24kV) overhead insulated cables, commonly known as HTA S26 or ABC medium voltage bundled cables, used to replace bare wires and ensure safe and reliable outdoor overhead distribution.

  • Application
  • Construction
  • Parameter
  • Message

Application

Suitable for urban/rural medium voltage distribution, forest/coastal/narrow streets and alleys, old bare wire renovation, substation incoming/outgoing lines.

Applicable Standards

IEC60502-2,HD620,AS/NZS 3599.1,AS/NZS3599.2,SANS 1713, NFC33-226,NFC33-223 ANSI/ICEA S-121-733,ICEAS-66-524or the standards agreed by both of the customers and us.

Production Scope:

Number of Core:1,3 or 3+K
Voltage:Up to 45 KV
Cross Section for each Core:from 30mm2 to 800mm2.

Construction

  • Phase Core:
  • Conductor: Stranded copper/Aluminum/Aluminum alloy.
  • Insulation: XLPE/TRXLPE
  • Metalli c screen(optional):Copper tape/Copper wire/Copper wire +tape/Al tape.
  • Jacket: PVC/PE
  • Messenger Conductor(optional):
  • Conductor: ACSR/GSW/AAAC
  • Insulation(Optional): PVC/XLPE/TRXLPE
  • *We can design and produce according to client's requirement.

Technical Characteristics

  • NF C 33-226-12/20KV
 Aluminum conductor XLPE  Insulated Aluminum tape screen PE sheath with messenger 
Overhead Insulated Cable /  NF C 33-226-12/20KV
Number of cores Nominal area of cross-section,mm2 XLPE Insulation of  thickness, mm PE Sheath of thickness, mm Support core Approx.. mass per unit length,kg/km Max. DC Resistance at 20℃  Recommending Current Rating
  (in air 30℃)
Galvanized steel wire or Aluminum cald steel wire PE Insulation of  thickness, mm Approx. Overall Diameter,mm
3+1 35 5..5 1.8  7/3.02 1.2 55.0  2192 0.868 172
3+1 50 5..5 1.8  7/3.02 1.2 57.5  2425 0.641 207
3+1 70 5..5 1.8  7/3.02 1.2 61.0  2743 0.443 261
3+1 95 5..5 1.9  7/3.02 1.2 65.5  3129 0.320  316
3+1 120 5..5 1.9  7/3.02 1.2 68.5  3465 0.253 361
3+1 150 5..5 2.0  7/3.02 1.2 72.0  3868 0.206 412
3+1 185 5..5 2.0  7/3.02 1.2 75.5  4317 0.164 471
3+1 240 5..5 2.1  7/3.02 1.2 81.5  5028 0.164 536
3+1 300 5..5 2.2  7/3.02 1.2 86.5  5769 0.164 599
Maximum conductor temperature 90 °C ;Ambient air temperature 30 °C,solar radiation of 1000 W/m2.

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