- Markets
- Products
- Services
- Newsroom
- Tools & Resources
- About Nexans
- Search
- Contact us
- Compare
- Sign in
NEXANS MV EDR MAX NF C33-226 12/20(24)kV
NEXANS MV EDR MAX NF C33-226 12/20(24)kV
The low-carbon power grid cables for distribution public networks, 100% manufactured in France (plant Bourg-en-Bresse 01), guarantee a minimum 35% reduction in greenhouse gas emissions compared to standard cables.
This offer is built on the guaranteed use of low-carbon aluminium and recycled plastic (50% in the sheathing), as well as the use of renewable or decarbonised energies in manufacturing the cables.
Nexans provides all the environmental data for its products (PEP Ecopassport®).
Read moreFR-N20XA8E-AR 1X 95 ECA N/G BGN9 EDRMAX NEW
Nexans ref. 10285122
- Packaging: Cut to length (m)
- Conductor cross-section: 95 mm²
- Number of cores: 1
- Permissible short circuit current conductor 1s: 9.2 kA
- Voltage drop, 3 conductors: 0.74 V/A.km
- Minimum dynamic operating bending radius: 910.0 mm
FR-N20XA8E-AR3X1X 95 ECA N/G BGN9 EDRMAX NEW
Nexans ref. 10285086
- Packaging: Cut to length (m)
- Conductor cross-section: 95 mm²
- Number of cores: 3
- Permissible short circuit current conductor 1s: 9.2 kA
- Voltage drop, 3 conductors: 0.74 V/A.km
- Minimum dynamic operating bending radius: 980.0 mm
FR-N20XA8E-AR 1X150 ECA N/G BGN9 EDRMAX NEW
Nexans ref. 10285123
- Packaging: Cut to length (m)
- Conductor cross-section: 150 mm²
- Number of cores: 1
- Permissible short circuit current conductor 1s: 14.5 kA
- Voltage drop, 3 conductors: 0.5 V/A.km
- Minimum dynamic operating bending radius: 918.0 mm
FR-N20XA8E-AR3X1X150 ECA N/G BGN9 EDRMAX NEW
Nexans ref. 10285087
- Packaging: Cut to length (m)
- Conductor cross-section: 150 mm²
- Number of cores: 3
- Permissible short circuit current conductor 1s: 14.5 kA
- Voltage drop, 3 conductors: 0.5 V/A.km
- Minimum dynamic operating bending radius: 989.0 mm
FR-N20XA8E-AR 1X240 ECA N/G BGN9 EDRMAX NEW
Nexans ref. 10285134
- Packaging: Cut to length (m)
- Conductor cross-section: 240 mm²
- Number of cores: 1
- Permissible short circuit current conductor 1s: 23.1 kA
- Voltage drop, 3 conductors: 0.33 V/A.km
- Minimum dynamic operating bending radius: 1027.0 mm
FR-N20XA8E-AR3X1X240 ECA N/G BGN9 EDRMAX NEW
Nexans ref. 10285088
- Packaging: Cut to length (m)
- Conductor cross-section: 240 mm²
- Number of cores: 3
- Permissible short circuit current conductor 1s: 23.1 kA
- Voltage drop, 3 conductors: 0.33 V/A.km
- Minimum dynamic operating bending radius: 1105.0 mm
FR-N20XA8E-AR1x300 Eca C33226 EDR MAX
Nexans ref. 10286896
- Packaging: Cut to length (m)
- Conductor cross-section: 300 mm²
- Number of cores: 1
- Permissible short circuit current conductor 1s: 28.8 kA
- Voltage drop, 3 conductors: 0.28 V/A.km
- Minimum dynamic operating bending radius: 1128.0 mm
FR-N20XA8E-AR3x1x300 Eca C33226 EDRMAX
Nexans ref. 10286897
- Packaging: Cut to length (m)
- Conductor cross-section: 300 mm²
- Number of cores: 3
- Permissible short circuit current conductor 1s: 28.8 kA
- Voltage drop, 3 conductors: 0.28 V/A.km
- Minimum dynamic operating bending radius: 1222.0 mm
FR-N20XA8E-AR1x400 EDRMAX Eca 33226RUB NEW
Nexans ref. 10285139
- Packaging: Cut to length (m)
- Conductor cross-section: 400 mm²
- Number of cores: 1
- Permissible short circuit current conductor 1s: 38.4 kA
- Voltage drop, 3 conductors: 0.24 V/A.km
- Minimum dynamic operating bending radius: 1193.0 mm
FR-N20XA8E-AR3x1x400 Eca N/G BGN9 EDRMAX
Nexans ref. 10285090
- Packaging: Cut to length (m)
- Conductor cross-section: 400 mm²
- Number of cores: 3
- Permissible short circuit current conductor 1s: 38.4 kA
- Voltage drop, 3 conductors: 0.24 V/A.km
- Minimum dynamic operating bending radius: 1286.0 mm
FR-N20XA8E-AR1X630 ECA N/G BGN9 EDRMAX
Nexans ref. 10284725
- Packaging: Cut to length (m)
- Conductor cross-section: 630 mm²
- Number of cores: 1
- Permissible short circuit current conductor 1s: 60.2 kA
- Voltage drop, 3 conductors: 0.17 V/A.km
- Minimum dynamic operating bending radius: 1388.0 mm
Description
Description
Standards
-
ProductHD 620; NF C33-226
Usage
NEXANS MV EDR MAX NF C33-226 Direct Buried cables are the new generation of cables for 20kV public power distribution network. Re-enforced burying resistance (EDR) is ensured with an extruded polyethylene protection. They are flame retardant according to NF EN 60332-1-2. They are AD8 (water pressure < 0,2 bar), AF2 and AN3 complying with NF C13-200 standard. Both sheaths are termite resistant.
The cable is made of 1 or 3 bunched cores.
Electrical specifications
Calculations carried out in accordance with the IEC 60287 recommendation, given for information purposes, valid for a single joint trefoil connection and earthing of the screen at both ends.
The installation conditions must respect the rules of the art.
For the buried part, the cables are considered to be laid directly in the ground.
For the part in the open air, the cables are assumed to be laid on perforated cable trays, sheltered from the sun, at a distance from the walls equal to at least one cable diameter.
Soil resistivity: 0.85 K.m/W
Floor temperature: 20°C
Installation depth: 800 mm
Cable in the open air
Air temperature: 30°C
Short circuit characteristics according to IEC 60949.
Voltage drop is calculated for cos φ = 0,9.
Options
NF C33-226 cables can be manufactured with the following options:
- Rated voltage 18/30(36)kV
- Copper conductor
- Bunch
Low carbon offer
Low carbon at a glance
Characteristics
Characteristics
Construction characteristics
Construction characteristics
Dimensional characteristics
Dimensional characteristics
Electrical characteristics
Electrical characteristics
Mechanical characteristics
Mechanical characteristics
Usage characteristics
Usage characteristics
Resources
Resources
Selling & delivery Information
Marking
Example NEXANS - plant number- NF C33-226 int. designation- section - AL - 12/20 (24) kV - year - month - installation guide type - G sheath thickness - SC semi-conductor thickness - EC screen thickness - C2 RT installation temperature - EDR
Marking"NEXANS EDR MAX"
Metric marking
Marking "LOW CARBON"
The marking is metric over one core sheath, as well as a tracing mark.
Core identification: 1, 2, 3 helix-wise
Our websites
Select your country to find our products and solutions
-
Africa
- Africa
- Ghana
- Ivory Coast
- Morocco
- North West Africa
- Americas
- Asia
- Europe
- Oceania