
11kv Aluminum Secondary Distribution Quadruplex Service Drop 3*70+1*70 ABC Self-Sustaining Cable
Henan Hongda Cable Co., Ltd.- Application:Construction, Overhead, Industrial, Public Power Distribution Network 12,20 Kv
- Voltage:Low and Medium Voltage Cable
- Current:AC Cable
- Insulation Material:XLPE
- Sheath Material:PE, HDPE, LDPE, LLDPE
- Material Shape:Round Wire
Base Info
- Model NO.:JKLYJ
- Wire Core Material:Aluminum
- Certification:ISO, CCC, SGS
- Model:Al,XLPE,HDPE
- Brand:Hongda
- Rated Voltage:11kv
- Test Voltage:45 Kv,50 Hz
- Bending Radius (Min.):18 X D of Cable
- Transport Package:Steel & Wooden Drum
- Specification:16sqmm to 240sqmm
- Trademark:Hongda Cable
- Origin:Made in China
- HS Code:8544601200
- Production Capacity:300km,Month
Description

Application:
NF C 33-226 cables are the new generation of cables for public power distribution network 12/20 kV.
The cable can be used for overhead power transmission . The cable can bear external mechanical pressure and moderate pulling force with different design , such as metallic armour , water proof material , etc.
Standard
NF C 33 226
11kv aluminum Secondary distribution Quadruplex Service drop 3*70+1*70 ABC Self-sustaining cable Specifications:Dimensions
OPTIONS
NF C 33-226 cables can be manufactured with the following options:
- Copper conductor
- Other voltage
- Other section
- Grounding conductor
- Thicker aluminium screen
- Bunch
- Re-enforced burying resistance (EDR) is ensured with an extruded polyethylene protection.


Packing shipping

Packing
Steel wooden drum (fumigation)
Cable length in each drum: 1000m/2000m or as per actual cable length requirements.
Drum size:
As per cable length and container size
*In order to quote you accurate price, kindly tell us your needed cable length quantity. Larger quantity, more discount benefit ready for you!
Shipping Port:
Shanghai, Qingdao, Tianjin or other ports as per your requirements.
Sea freight:
FOB/C&F/CIF/DAP quotation are all available.
Certification:

if need more information, please contact me:
