Huayuan Gaoke Cable Co.,Ltd.
Aluminum Wire Armour Steel Tape For Electric Cable,Cu/XLPE/SWA/PVC Cable,XLPE Insulation Copper Tape Screen For Electric Cable
Payment Type: | L/C,T/T,D/P |
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Incoterm: | FOB,CFR,CIF,FCA,CPT |
Min. Order: | 500 Meter |
Model No.: YJV62
Brand: HUAYUAN YONGTONG
Application: Construction
Voltage: Low and Medium Voltage Cable
Current: AC Cable
Insulation Material: XLPE
Sheath Material: PVC
Material Shape: Round Wire
Wire Core Material: Bare Copper Wire
Certification: ISO
Model: YJV
Brand: HUAYUAN YONGTONG
Packaging: Drums
Productivity: 100KM/M
Transportation: Ocean,Land,Air
Place of Origin: BEIJING CHINA
Supply Ability: 100KM/M
Certificate: CE CCC ISO
HS Code: 8544601300
Port: Tianjin Port,Shanghai Port,Qingdao Port
Payment Type: L/C,T/T,D/P
Incoterm: FOB,CFR,CIF,FCA,CPT
TECHNICLA DATA SHEET FOR 36 kV 1C 400 SQmm POWER CABLE
NO. | ITEM | UNIT | DATA |
1 | Name of Manufacturer: | | Beijing Huayuan Gaoke |
Cable Co.,Ltd. | |||
2 | Country of Manufacturer: | | China |
3 | Which type of manufacturing process viz. Continuous Catanery Vulcanisation (CCV) or vertical Catanery Vulcanisation system (VCV) or horizontal MDCV will be used to ensure circularity and concentricity of the extruded layers around the conductor. | | CCV |
4 | Type of Cable: | | Cu/XLPE/SWA/PVC |
5 | Rated nominal voltage | kV | 18/30 |
6 | Rated Maximum voltage | kV | 36 |
7 | Nominal cross-sectional area of Conductor | Sq.mm | 400 |
8 | Conductor | ||
8.1 | Material | | Copper |
8.2 | Shape & formation | | Round |
8.3 | Diameter of conductor | mm | 23.8 |
8.4 | Dia.Of Single Wire/Number of strands | mm | 2.98/60 |
9 | Conductor Screen | | |
9.1 | Material | | semi conductive XLPE |
9.2 | Thickness of semi-conductor screen | mm | 0.8 |
9.3 | Diameter of Semi-conductor(Approx.) | mm | 25.4 |
10 | Insulation | | |
10.1 | Material | | XLPE |
10.2 | Insulation Thickness(Min.Avg.) | mm | 8.0 |
10.3 | Diameter of Insulation(Approx.) | mm | 41.4 |
11 | Insulation Screen | | |
11.1 | Material | | Semi-conductive material |
11.2 | Insulation Screen Thickness(Approx.) | mm | 0.8 |
11.3 | Diameter of Sime-Insulation(Approx.) | mm | 43.0 |
12 | Metallic Screen: | ||
12.1 | Material | | Copper tape |
12.2 | Thickness of the copper tape screen | mm | 0.12 |
12.3 | Diameter of the cable across the metallic screen(Approx.) | mm | 43.4 |
13 | Inner sheath | | |
13.1 | Material | | PVC |
13.2 | Approximate thickness | mm | 1.5 |
13.3 | Diameter of inner sheath (Approx.) | mm | 46.4 |
14 | Armouring | | |
14.1 | Material | | Aluminum wire+ nonmagnetic steel tape |
14.2 | Approximate diameter / thickness | mm/mm | 3.15/0.3 |
14.3 | Diameter of armouring (Approx.) | mm | 53.3 |
15 | Outer Sheath | ||
15.1 | Material | | PVC |
15.2 | Outer Sheath Thickness(Nominal) | | 3.4 |
15.3 | Over Diameter(Approx.) | | 60.1 |
16 | Conductor Weight | kg/km | 3542 |
16.1 | Total Cable Weight (Approx.) | kg/km | 7218 |
17 | Minimum Bending Radius | | |
17.1 | During Installation | mm | 1200 |
17.2 | Installed | mm | 900 |
18 | Maximum Pulling Tension | | |
18.1 | Of Conductor | kN | 28.0 |
19 | Continuous current rating under the specified installation and operating conditions. Conductor temperature 90° C . Ground temperature 35° C and depth of laying 1500 mm | | |
19.1 | In Air | Amp | 612 |
19.2 | In Ground | Amp | 418 |
19.3 | In pipeline | Amp | 396 |
20 | Maximum value of electric stresses at the conductor screen (Calculation to be shown separately) | kV/mm | 2.90 |
21 | Maximum value of dielectric stress at the insulation | kV/mm | 1.78 |
22 | Short circuit capacity of conductor for 1/2/3 second assuming conductor temperature of 90 ° C prior to short circuit and 250 ° C during short circuit | | |
22.1 | 1.0 Secs | kA | 51.6 |
22.2 | 2.0 Secs | kA | 36.6 |
22.3 | 3.0 Secs | kA | 30.0 |
23 | Short circuit capacity of metallic screen for 1/2/3 second at screen temperature of 80 ° C prior to short circuit and 200 ° C during short circuit | | |
23.1 | 1.0 Secs | kA | 2.3 |
23.2 | 2.0 Secs | kA | 1.5 |
23.3 | 3.0 Secs | kA | 1.3 |
24 | Screen voltage under maximum operating conditions assuming all circuits connected | kV per km | 0.05 |
25 | TEST | | |
25.1 | Maximum D.C. resistance of conductor per km. at 20 degree C. | Ohm | 0.0470 |
25.2 | Maximum A.C. resistance of conductor per km. at 90 degree C. | Ohm | 0.0614 |
25.3 | Maximum electrostatic capacitance per km. of cable. | μF | 0.262 |
25.4 | Partial discharge at 1.50 Uo | pc | ≤ 10 |
25.5 | A.C. Enduring Test voltage 2.5U0/ hours | kV/mim | 63/3 Not breakdown |
25.6 | D.C.Out sheath Enduring Test voltage | kV/mim | 5kV/1min |
25.7 | Impulse test voltage | kV | 120 |
26 | Approximate drum dimension (dia & width) | mm/mm | 2200*1400 |
27 | Maximum length of cable in a drum (Metres) | m | 510 |
28 | Minimum length of cable in a drum (Metres) | m | 500 |
39 | Approximate gross weight of cable in a drum | TON | 3.9 |
30 | Expected Cable life. | Year | 30 |
Cu/LPE/SWA/PVC 18/30 (36) kV 1×400mm2
Construction | Thickness(mm) | Diameter(mm) |
1 --- Copper Conductor |
| 23.8(+0.1,-0.1) |
2 --- Conductor screen | 0.8 | 25.4 |
3 --- XLPE insulation | 8.0 | 41.4(+0.5,-0.5) |
4 --- Insulation screen | 0.8 | 43.0 |
5 --- Copper tape screen | 0.12 | 43.4 |
6 --- PVC inner sheath | 1.5 | 46.4(+1.5,-1.5) |
7 --- Aluminum wire armor+steel tape | 3.15+0.3 | 53.3 |
8 --- PVC outer sheath | 3.4 | 60.1(+2.5,-2.0) |
Advanced Manufacturing Equipments
Advanced Testing Equipments
The company introduced the world's advanced level wire & cable production and testing equipment, such as DV-6E spectrum analyzer, online micro pore impurity tester, etc.
Advanced Testing Equipment Guarantee High Quality Production
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