pvc power cable
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地下アルミニウム合金電導ケーブル AA-8000シリーズ パーソナライズされた長さ
Underground Aluminum Alloy Conductor Cable AA-8000 Series YJLHV62 YJLHV22 Application The YJLHV62 YJLHV22 cable is an aluminum alloy conductor power cable designed for medium-voltage applications, combining durability, flexibility, and environmental resilience. Below is a detailed description: Construction Conductor{ Round compacted conductors Conductor Shield: Semi conductive shielding material (below 500mm) Semi conductive tape+semi conductive shielding material (500 mm
1000kcmil アルミニウムケーブル 100% XLPE絶縁 25kV 工業用またはインフラ用負荷
1000kcmil Aluminium Cable 100% XLPE Insulated 25kV for Industrial or Infrastructure Loads Applications The cable is designed for medium-voltage primary distribution systems, suitable for heavy industrial loads and infrastructure projects requiring reliable high-capacity power transmission. Construction 1. Conductor: copper or aluminum. 2. Provide armored and unarmoured power cables. 3. Rated voltage Medium voltage: 6kV (um=7.2kv) -30kv (um=36kv) 4. PVC or polyethylene sheath.
可とう性銅導体ゴム絶縁ケーブル 300/500V IEC 60245 57 ゴムケーブル
Flexible Copper Conductor Rubber Insulated Cable 300/500V IEC 60245 57 Rubber Cable APPLICATION Z and YZW medium-duty rubber-sheathed flexible cables are widely used in various mobile electrical equipment and tools with an AC rated voltage of 300/500V. Their primary applications include: Household appliances: Power supply for portable devices like electric kettles, vacuum cleaners, and power tools. Industrial equipment: Connection cables for small machinery, pumps, and
銅導体およびXLPE絶縁を備えた0.6/1kV低電圧耐火ケーブル、防火用途向け
Low Voltage Fire Rated Cable 0.6/1kV CU/XLPE/PE YJY N2X2Y This fire-resistant cable is designed for low-voltage power distribution systems where fire safety is critical, rated for 0.6/1kV applications. Applications Suitable for installation in cable ducts, underground applications, and exposed installations in various industrial and commercial environments. Construction Details Conductor: Class 1/Class 2 stranded copper conductor Refractory layer: Single-sided gold mica tape
銅導体およびXLPE絶縁を備えた0.6/1kV低電圧耐火ケーブル、防火用途向け
Low Voltage Fire Rated Cable 0.6/1kV CU/XLPE/PE YJY N2X2Y This fire-resistant cable is designed for low-voltage power distribution systems where fire safety is critical, rated for 0.6/1kV applications. Applications Suitable for installation in cable ducts, underground applications, and exposed installations in various industrial and commercial environments. Construction Details Conductor: Class 1/Class 2 stranded copper conductor Refractory layer: Single-sided gold mica tape
配電網用アルミ導体付き耐紫外線中圧ケーブル 12/20kV
UV Resistant Medium Voltage Cables with Aluminoum Conductor for Distribution Networks 12/20kV Application This type of cable is primarily used for power transmission and distribution in medium-voltage power systems, making it suitable for urban grids, industrial and mining enterprises, and infrastructure projects where high power supply reliability is required. Construction Conductor: Class 2 Aluminium conductor Conductor: Semi-conductive material Insulation:XLPE Insulation
110kV XLPE 溶接されたゴロゴロアルミシールドの溶接された630mm2の銅ケーブル
110kV 地下送電用に設計されたこの XLPE 絶縁 630mm² 銅ケーブルは、100% 防水の直接埋設用に溶接された波形アルミニウム シースを備えています。 IEC 60840 に準拠しており、変電所、都市送電網の地下化、重工業に最適です。サードパーティ製の FAT がサポートされています。
35KV 1コア 中圧ケーブル XLPE 絶縁 1x185 1x300 MV 装甲ケーブル
35KV Single Core Medium Voltage Cable XLPE Insulated 1x185 1x300 Construction 1. Conductor- aluminum or copper multiwire circular compacted . 2. Conductor screen - extruded of conductive peroxide cross-linked PE. 3.Insulation - peroxide cross-linked PE. 4. Insulation screen - extruded of conductive peroxide cross-linked PE. 5.Combined screen: 5.1 A layer of conductive paper tapes or conductive polymer tape with minimum thickness of 0.2 mm. 5.2. A layer of copper wires with a
ツインコアソーラーパネルの接続ケーブル H1z2z2-K PV1-F PVワイヤ 熱耐性
Twin Core Solar Cable H1z2z2-K PV1-F PV Wire Application Solar cables applies to low smoke halogen-free, flexible, single-core power cables with cross linked insulation and sheath. In particular for use at the direct current (d.c.) side of photovoltaic systems, with a nominal d.c. voltage of 1.5 kV between conductors and between conductor and earth. The cables are suitable to be used with Class II equipment. The cables are designed to operate at a normal maximum conductor
