ZC-YJLHV Flame Retardant Aluminum Alloy Power Cable_安徽中盛电气集团有限公司官方网站

加入购物车成功！

产品名称：ZC-YJLHV Flame Retardant Aluminum Alloy Power Cable
浏览：
添加时间：2026-05-19 08:49:50
推荐度：

介绍：

ZC-YJLHV 铝合金电力电缆适用于额定电压 0.6/1kV 及以下的输配电线路，采用稀土高铁铝合金导体与交联聚乙烯（XLPE）绝缘结构，在满足电气传输功能的同时，兼顾材料成本与施工便利性。

ZC-YJLHV Aluminum Alloy Core XLPE Insulated PVC Sheathed Flame Retardant Power Cable Product Description

The ZC-YJLHV aluminum alloy power cable is designed for power transmission and distribution lines rated at 0.6/1kV and below. It utilizes a rare-earth high-iron aluminum alloy conductor and cross-linked polyethylene (XLPE) insulation structure, balancing electrical transmission functions with material costs and installation convenience.

一、核心规格与技术参数 (Core Specifications & Technical Parameters)

参数项目 (Parameter)	技术指标 (Specification)
型号 (Model)	ZC-YJLHV
额定电压 (Rated Voltage)	0.6/1 kV
导体材质 (Conductor)	稀土高铁铝合金 (Rare-earth high-iron aluminum alloy)
绝缘材料 (Insulation)	交联聚乙烯 (XLPE)
护套材料 (Sheath)	阻燃聚氯乙烯 (Flame Retardant PVC)
阻燃等级 (Flame Retardant Class)	C类 (Class C)
长期工作温度 (Operating Temp.)	90℃ (长期运行)
短路耐受温度 (Short-circuit Temp.)	***高 250℃ (持续时间 ≤ 5s)
***小弯曲半径 (Min. Bending Radius)	建议 ≥ 7 倍电缆外径

(注：产品规格涵盖 10mm² 至 400mm² 等截面积，支持多芯结构定制。)

1. Core Specifications and Technical Parameters

Parameter	Specification
Model	ZC-YJLHV
Rated Voltage	0.6/1 kV
Conductor Material	Rare-earth high-iron aluminum alloy
Insulation Material	Cross-linked Polyethylene (XLPE)
Sheath Material	Flame Retardant Polyvinyl Chloride (PVC)
Flame Retardant Class	Class C
Long-term Operating Temperature	90℃
Short-circuit Withstand Temperature	Up to 250℃ (Duration ≤ 5s)
Minimum Bending Radius	Recommended ≥ 7× cable outer diameter

Note: Product specifications cover cross-sectional areas ranging from 10mm² to 400mm², with support for customized multi-core structures.

二、产品特性 (Product Features)

1. 电气与机械性能

相较于纯铝导体，该合金电缆通过成分优化与热处理，抗蠕变性能有所提升，可减小因冷热循环导致的连接松动风险；其断裂伸长率与柔韧性指标符合相关标准要求，便于现场敷设操作。

1. Electrical and Mechanical Properties

Compared with pure aluminum conductors, this alloy cable demonstrates improved creep resistance through compositional optimization and heat treatment, mitigating the risk of connection loosening caused by thermal cycling. Its elongation at break and flexibility meet relevant standard requirements, facilitating on-site installation operations.

2. 经济性与施工适应性

在相同载流量条件下，铝合金导体比重约为铜导体的 30%。使用该产品可减轻电缆本体重量，对桥梁承重要求及运输、安装环节的人力投入有一定优化作用。

2. Economy and Installation Adaptability

Under equivalent current-carrying capacity conditions, the specific gravity of the aluminum alloy conductor is approximately 30% that of copper conductors. Utilizing this product reduces the weight of the cable itself, offering optimization for structural load-bearing requirements and labor input during transportation and installation.

3. 阻燃特性

产品符合 C 级阻燃标准，在规定的燃烧试验条件下可抑制火焰蔓延，撤去火源后具备自熄特性，燃烧时产生的烟密度与腐蚀性气体释放量符合标准要求。

3. Flame Retardant Characteristics

The product complies with Class C flame retardant standards. Under specified combustion test conditions, it inhibits flame propagation and exhibits self-extinguishing characteristics upon removal of the ignition source. The smoke density and corrosive gas emissions during combustion conform to standard requirements.

4. 耐候与抗腐蚀

铝合金导体表面可形成致密氧化膜，对一般环境因素具备耐受能力。配合 XLPE 绝缘层与 PVC 护套，可在常规室内、隧道、桥架等环境中稳定运行。

4. Weather Resistance and Corrosion Resistance

A dense oxide film forms on the surface of the aluminum alloy conductor, providing tolerance to general environmental factors. Combined with XLPE insulation and PVC sheathing, the cable operates stably in conventional indoor, tunnel, and cable tray environments.

三、典型应用场景 (Typical Application Scenarios)

该产品适用于对成本与阻燃性能有一定要求的场合：

民用及商业建筑：住宅小区、写字楼、商场的输配电主干线及分支线路。
工业设施：工厂车间、数据中心、仓储设施的电力分配系统。
公共建筑：医院、学校、体育场馆等场所的消防供电回路及一般供电回路。
3. Typical Application Scenarios
This product is suitable for applications with specific requirements for cost and flame retardant performance:
Residential and Commercial Buildings: Main and branch power transmission and distribution lines in residential communities, office buildings, and shopping malls.
Industrial Facilities: Power distribution systems in factory workshops, data centers, and warehousing facilities.
Public Buildings: Fire protection power supply circuits and general power supply circuits in hospitals, schools, stadiums, and similar venues.