logo

36/66kV High Voltage XLPE Power Cable with Aluminum Conductor and Longitudinally Watertight Design

Temel Özellikler
Menşe Yeri: Hebei, Çin
Marka Adı: Minfeng
Sertifikasyon: ISO,CE,IEC,TUV,KEMA
Model Numarası: Zırhlı kablo
Ticaret Mülkleri
Minimum Sipariş Miktarı: 100
Fiyat: 0.1-5
Ödeme Koşulları: L/C,T/T
Tedarik Yeteneği: 100km/hafta
Özellikler
Insulation: XLPE Corporation: Minfeng kablo grubu
Transport Package: Ahşap çelik davul Voltage: 36/66kV
Standardcompliance: IEC 60502, BS 5467, UL, CSA Outer Sheath: HDPE
Working Temperature: 90 ° C Cable Mark: Mürekkep Baskı veya Kabartma
Ürün Tanımı
High Voltage 36/66kV 1x1400mm² Aluminum Conductor Single-core Longitudinally Watertight XLPE Power Cable
Product Overview

36/66kV 1400mm² single-core power cable featuring aluminum conductor, XLPE insulation, welding corrugated aluminum sheath and HDPE oversheath. Designed for high voltage distribution networks with superior water resistance.

Technical Specifications
Rated Voltage 66kV
Size Range 1.5-1000mm²
Conductor Material Aluminum
Insulation Material XLPE
Working Temperature 90°C
Jacket Material HDPE
Core Configuration 1 Core
Application Construction & Industrial
Commercial Details
Minimum Order Quantity 100 Meters
Samples Available
Warranty 1 Year
Place of Origin Hebei, China
Brand Name Minfeng
Applications
  • High Voltage cables for distribution networks
  • Connection to generation units and plant process connections
  • Installation in ground, water, outdoors, indoors and cable ducts
  • Power stations, industry and distribution networks
The water blocking tape prevents water propagation inside the cable, ensuring long-term reliability in various environmental conditions.
Compliance Standards

IEC 60840, DIN VDE 0276-632

Product Images
Genel derecelendirme
5.0
★★★★★
★★★★★
Son 50 incelemeye göre
5 YILDIZ
100%
4 yıldız
0
3 Yıldız
0
2 yıldız
0
1 yıldız
0
All Reviews
  • C
    chang young kim
    South Korea Dec 16.2021
    ★★★★★
    ★★★★★
    We’ve integrated these fiber optic cables into our latest data center project. The attenuation levels are remarkably low, exceeding our performance benchmarks.