المنتجات — الكابلات والأسلاك

Power Cable AПвВГ - Aluminum Conductors, PVC Insulation

كابل الطاقة أПвВГ - موصلات ألمنيوم، عزل PVC

SAR 1.13-13.50
ش.ذ.م.م فيم-كابل 🇷🇺
Armored Power Cable AVBShvng(A)-LS

كابل الطاقة المدرع AVBShvng(A)-LS

SAR 3.38-22.50
ش.ذ.م.م فيم-كابل 🇷🇺
Armored Power Cable AVBShv

كابل الطاقة المدرع AVBShv

SAR 3.38-22.50
ش.ذ.م.م فيم-كابل 🇷🇺
Armored Power Cable APvBShv - Aluminum Conductors

كابل الطاقة المدعم APvBShv - موصلات ألمنيوم

SAR 3.38-22.50
ش.ذ.م.م فيم-كابل 🇷🇺
Low Fire Hazard Power Cable AVVGng(A)-LS

كابل طاقة منخفض خطر الحريق AVVGng(A)-LS

SAR 1.13-9
ش.ذ.م.م فيم-كابل 🇷🇺
Low Fire Hazard PVC Insulated Installation Wire PUВнг(А)-LS

سلك تركيب معزول من PVC منخفض الخطورة PUВнг(А)-LS

SAR 0.68-4.50
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Armored Power Cable PvBShv

كابل الطاقة المدرع PvBShv

SAR 3.38-13.50
ش.ذ.م.م فيم-كابل 🇷🇺
Flat Power Cable VVG-Png(A)-LS for Electrical Energy Distribution

كابل طاقة مسطح VVG-Png(A)-LS لنقل الطاقة الكهربائية

SAR 1.13-6.75
ش.ذ.م.م فيم-كابل 🇷🇺
Armored Power Cable VBSHvng(A)-LS - 3x16mm² Copper Conductors

كابل طاقة مدرع VBSHvng(A)-LS - 3x16mm² موصلات نحاسية

SAR 3.38-13.50
ش.ذ.م.م فيم-كابل 🇷🇺
Halogen-Free Power Cable PPGng(A)-HF

كابل طاقة خالي من الهالوجينات PPGng(A)-HF

SAR 2.25-13.50
ش.ذ.م.م فيم-كابل 🇷🇺
Low Fire Hazard Power Cable AsVVGn(A)-LS

كابل الطاقة منخفض المخاطر من النار AsVVGn(A)-LS

SAR 2.25-13.50
ش.ذ.م.م فيم-كابل 🇷🇺
Armored Power Cable VBSHv

كابل الطاقة المدرع في بي إس إتش في

SAR 2.25-13.50
ش.ذ.م.م فيم-كابل 🇷🇺

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Low Fire Hazard Power Cable VVHGng(A)-LS

كابل الطاقة VVHGng(A)-LS منخفض المخاطر

SAR 2.25-13.50
ش.ذ.م.م فيم-كابل 🇷🇺
Fire-Resistant Power Cable PPGng(A)-FRHF

كابل الطاقة المقاوم للحريق PPGng(A)-FRHF

SAR 3.38-15.75
ش.ذ.م.م فيم-كابل 🇷🇺
Fire Resistant Power Cable VVGN(A)-FRLS

كابل طاقة مقاوم للحريق VVGN(A)-FRLS

SAR 3.38-13.50
ش.ذ.م.م فيم-كابل 🇷🇺

الأسئلة الشائعة

•How do Russian cable types correspond to IEC designations?
Construction principles match: VVG corresponds to copper PVC-insulated power cable of the IEC 60502-1 type, AVBbShv to armoured aluminium cable, and SIP to aerial bundled conductor. Cross-sections follow the same square-millimetre series. Suppliers issue comparison sheets and full construction drawings so your engineers can approve equivalence against project specifications.
•What is the minimum order — can I buy less than a full drum?
The drum is the practical unit: cutting opens a factory length and most plants avoid it for small remnants. However, plants will wind custom lengths to order — say, 12 drums of 350 metres to match your feeder runs — which is more useful than buying standard lengths and generating offcuts. Project lots start around 5–10 km total.
•Are fire-rated and halogen-free executions available?
Yes. Most power and control families come in low-smoke halogen-free (ng-LS, ng-HF) and fire-resistant (FR) executions, tested for flame spread, smoke density and circuit integrity under fire. State the fire performance class your code requires and the plant will match it and attach the corresponding test protocols.
•What documentation supports a utility tender submission?
Plants provide type test protocols, routine test certificates per drum, EAC conformity declarations, construction drawings and ISO 9001 factory certification. For medium voltage cable, partial discharge and voltage test records are included. This package normally satisfies tender technical files; specific national homologation, where required, is discussed case by case.
•How is cable shipped and how long does it take?
Drums load into containers or open wagons; a 40-foot container carries roughly 15–25 tonnes of cable depending on drum sizes. Production of non-stock positions takes 2–5 weeks. Trucking to Central Asia adds 7–14 days; sea freight from Novorossiysk or St. Petersburg to the Gulf or East Africa runs 25–45 days.
•Can conductors be supplied in aluminium to cut project cost?
Yes, and this is a major lever: aluminium low voltage cable, with 531 listings here, prices well below copper for distribution feeders where the larger cross-section is acceptable. Suppliers will recalculate your copper schedule into aluminium equivalents, showing the cross-section conversion and the cost difference per kilometre, so you can decide line by line.