KAUÇUK KABLO 4×2,5

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Alıcı Ödemeli

Ödeme Seçenekleri:

Ürün Açıklaması

4X2,5 NSH KABLO

4X2,5 H07RNF KABLO

4×2,5 ÇİFT KATMAN KAUÇUK KABLO

4×2,5 TAMBUR KABLOSU

KABLO SARMA TAMBURU KABLOSU

VİNÇ TAMBUR KABLOSU

VİNÇ KABLO SARMA TAMBUR KABLOSU

KULLANIM ALANI
Bu kablolar, ofis, mutfak, endüstriyel veya zirai iş yerlerinde, sıcak yüzeylere temas olabilecek, sabit yada taşınabilir ekipmanların bağlantılarında kullanılabilirler.

İLETKEN: Elektrolitik tavlı, sınıf 5 bükülü çıplak bakır teller (isteğe bağlı kalaylı iletken)
AYIRICI: İletkenlerin üzerine uygun bir ayırıcı bant uygulanabilir
İZOLASYON: EI4 Tipi kauçuk (EPR) bileşik
DAMAR RENKLERİ: HD 308’e uygun
İÇ KILIF: EM2 yada EM3 Tipi kauçuk bileşik (Dış kılıf kalınlığı 2,4 mm den büyük ise)
KILIF: EM2 Tipi elastomer bileşik
RENK: Siyah (isteğe bağlı olarak diğer renkler)

İLETKEN İŞLETME SICAKLIĞI: Max. 60ºC
İLETKEN KISA DEVRE SICAKLIĞI: Max. 200ºC
KABLO YÜZEY SICAKLIĞI: Max. 50ºC
EN DÜŞÜK TESİSAT SICAKLIĞI: -25ºC
MİN. BÜKME YARIÇAPI: HD 516 Tab.7c
AKIM TAŞIMA KAPASİTELERİ: HD 516, VDE 0298-4
ALEVİ İLETMEZ: EN/IEC 60332-1-2, DIN VDE 0482-332-1-2
YAĞA DAYANIKLI: HD/EN/IEC 60811-2-1, DIN VDE 0473-811-2-1
SOĞUĞA DAYANIKLI
YIRTILMAYA DAYANIKLI
UV DAYANIMLI

İletken Sayısı Kesit No.(mm2) Dış Çap Min.-Maks. (mm) Bakır Faktörü (kg / km) Kablo Ağırlığı (kg / km)
1×1,5 5,7-7,1 14.4 58
1×2,5 6,3-7,9 24 77
1×4 7,2-9 38.4 106
1×6 7,9-9,8 57.6 136
1×10 9,5-11,9 96 208
1×16 10,8-13,4 153.6 293
1×25 12,7-15,8 240 428
1×35 14,3-17,9 336 573
1×50 16,5-20,6 480 788
1×70 18,6-23,3 672 1057
1×95 20,8-26 912 1381
1×120 22,8-28,6 1152 1711
1×150 25,2-31,4 1440 2111
1×185 27,6-34,4 1776 2574
1×240 30,6-38,3 2304 3273
1×300 33,5-41,9 2880 4022
1×400 37,4-46,8 3840 5229
1×500 41,3-52 4800 6493
1×630 45,5-57 6048 8054
2×1 7,7-10 19.2 104
2×1,5 8,5-11 28.8 130
2×2,5 10,2-13,1 48 191
2×4 11,8-15,1 76.8 265
2×6 13,1-16,8 115.2 346
2×10 17,7-22,6 192 611
2×16 20,2-25,7 307.2 843
2×25 24,3-30,7 480 1242
3×1 8,3-10,7 28.8 124
3×1,5 9,2-11,9 43.2 160
3×2,5 10,9-14 72 232
3×4 12,7-16,2 115.2 329
3×6 14,1-18 172.8 431
3×10 19,1-24,2 288 761
3×16 21,8-27,6 460.8 1064
3×25 26,1-33 720 1575
3×35 29,3-37,1 1008 2073
3×50 34,1-42,9 1440 2860
3×70 38,4-48,3 2016 3788
3×95 43,3-54 2736 4940
3×120 47,4-60 3456 6123
3×150 52-66 4320 7518
3×185 57-72 5328 9125
3×240 65-82 6912 11844
3×300 72-90 8640 14594
4×1 9,2-11,9 38.4 155
4×1,5 10,2-13,1 57.6 199
4×2,5 12,1-15,5 96 292
4×4 14-17,9 153.6 412
4×6 15,7-20 230.4 547
4×10 20,9-26,5 384 945
4×16 23,8-30,1 614.4 1323
4×25 28,9-36,6 960 1999
4×35 32,5-41,1 1344 2638
4×50 37,7-47,5 1920 3635
4×70 42,7-54 2688 4866
4×95 48,4-61 3648 6406
4×120 53-66 4608 7829
4×150 58-73 5760 9638
4×185 64-80 7104 11769
4×240 72-91 9216 15176
4×300 80-101 11520 18846
5×1 10,2-13,1 48 191
5×1,5 11,2-14,4 72 242
5×2,5 13,3-17 120 355
5×4 15,6-19,9 192 510
5×6 17,5-22,2 288 679
5×10 22,9-29,1 480 1153
5×16 26,4-33,3 768 1636
5×25 32-40,4 1200 2466
6×1,5 13,4-17,2 86.4 332
6×2,5 15,7-20 144 473
6×4 18,2-23,2 230.4 669
7×1,5 14,7-18,7 100.8 365
7×2,5 17,1-21,8 168 508
7×4 20,1-25,5 268.8 720
12×1,5 17,6-22,4 172.8 587
12×2,5 20,6-26,2 288 848
12×4 24,4-30,9 460.8 1234
18×1,5 20,7-26,3 259.2 830
18×2,5 24,4-30,9 432 1209
18×4 28,8-36,4 691.2 1760
24×1,5 24,3-30,7 345.6 1127
24×2,5 28,8-36,4 576 1661
36×1,5 27,8-35,2 518.4 1534
36×2,5 33,2-41,8 864 2284

CABLE STRUCTURE
Conductor
Separator
Insulation
Core Identification
Inner Sheath
Outer Sheath
Color
Electrolytic annealed, class 5 stranded plain copper wires
( tinned conductor on request)
A suitable tape may be applied over the conductor
EI4 Type rubber (EPR) compound
Acc. to HD 308
EM2 or EM3 type elastomer compound
(if outer sheath thickness is greater than 2.4 mm)
EM2 Type elastomer compound
Black (other colors on request)

EN 50525-2-21, DIN VDE 0282-4, BS 6500
BS 7919, IEC 60245-4
EN 50525-1, HD 22.1, DN VDE 0282-1,
IEC 60245-1
HD 516, DIN VDE 0298-300
EN 50395, IEC 60245-2
EN 50396, IEC 60245-2
EN / IEC 60228, HD 383, DIN VDE 0295,
BS 6360
-25ºC / 60ºC
-35ºC / 90ºC
Max. 200ºC
Max. 50ºC
-25ºC
EN 50565-1 Table. 3
15 N / mm2
IEC 60364-5-52, VDE 0298-4, EN 50565-1
EN 60332-1-2, DIN VDE 0482-332-1-2
EN 50363-2-1, IEC 60811-404
Construction
General Requirements
Guide to Use
Electrical Tests
Non – Electrical Tests
Conductor Resistance
Working Temperature
In Mobile Use
in Fixed Use
Conductor Short – Circuit Temp.
Temp. on Cable Surface
Min. Installation Temp.
Min. Bending Radius
Max. Tensile Load
Current Carrying Capacities
Flame Retardant
Oil Resistant
No
Corrosivity
Bending
Radius
6x
Working
Tempature
-25
60
Uv
Resistant
450/750
V
Rated
Voltage
It’s allowed up to 1.000 V AC or DC using for fixed and protected installations.

Application
This flexible cable is suitable to use as power supply and conrol cable in fixed or mobile connections and
equipments like heavy machineries, switch boards, industrial equipments, power sources etc.

Notes for current carrying capacities:
Current carrying capacities are according to in open air, with adequate ventilation and ambient temperature of 30 °C
For fixed installation :
Based on IEC 60364-5-52 : 2009 Table B.52.1 and Table B.52.12
Refered to – Reference installation method F for Single cores and three loaded cores in trefoil installation.
– Reference installation method E for Multi cores for 2 core cables; two cores loaded and
for 3-4-5 core cables; three cores loaded
– Reference installation method E for Multi cores for 6 cores and above;
All cores loaded except green / yellow (earth) core
– Correction factors for ambient temperature according to Table B.52.14
– The current ratings are based on conductor operating temperature of 90 °C
For mobile flexing installation :
Based on EN 50565-1:2014 Table C.2, C.3 and VDE 0298-4 Table 13
Refered to – Single cores are bunched. (installed as 3 cables in trefoil)
– The current ratings are based on conductor operating temperature of 60 °C
– For 2 core cables, 2 cores are loaded.
– For 3,4 and 5 core cables, 3 cores are loaded.
– For Multi core cables has 6 cores and above, all cores loaded except green/yellow (earth) core
– For current rating derating factors of Multi core cables according to VDE 0298-4 Table 26
– Correction factors for ambient temperature according to VDE 0298-4 Table 17 and EN 50565-1 Table C.3
Temperature correction factors
Ambient temperature °C 30 35 40 45 50 55
Correction factor for fixed installation 1,00 0,96 0,91 0,87 0,82 0,76
Correction factor for mobile installation 1,00 0,91 0,82 0,71 0,58 0,41

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