Copper Core High Voltage Cable 35kv Single Core
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Product Description
Description of use
XLPE insulated cables use chemical methods or physical methods to change the molecular structure of cable insulation polyethylene from linear molecular structure to main network molecular structure, that is, thermoplastic polyethylene is transformed into thermosetting cross-linked polyethylene, so that It greatly improves its heat resistance and mechanical properties, reduces its shrinkage, makes it no longer melt after being heated, and maintains excellent electrical properties.
Execution Standard
Rated voltage 35kV and below copper core, aluminum core XLPE insulated power cables GB/T12706.2-2008, GB/T12706.3-2008, IEC60502-2005, GB/T19666-2005
Scope of application
★ System: This product is suitable for fixed laying in distribution network with AC 50HZ, rated voltage 3~35KV or industrial installations.
★ Occasion: It is used for the underground power grid of urban building districts, the outgoing lines of power generation and substations (stations), for power transmission and distribution. For example, it can be used in power distribution and other places inside industrial and mining enterprises.
Using properties
★ Rated voltage: The rated voltage is 3 ~35KV.
★ Working temperature: The maximum allowable long-term working temperature of the cable conductor is 90°C. When short-circuited, the maximum temperature of the cable conductor is 250°C, and the duration does not exceed 5s.
★ Ambient temperature: The minimum ambient temperature for cable operation is -10°C.
★ Laying temperature: When installing and laying, the temperature should not be lower than 0℃.
★ Bending radius: When the single-core cable has no armor, it is recommended that the minimum bending radius of the cable installed is 20D. When the single-core cable is armored, it is recommended that the minimum bending radius of the cable installed is 15D. When the three-core cable is armored, it is recommended that the minimum bending radius of the cable installed is 12D.
Model and name
| Model | Name | When to use | |
| Copper core | Aluminum core | ||
| YJV ZR-YJV |
YJLV ZR-YJLV |
XLPE insulated PVC sheathed (flame retardant) power cable | It can be installed in indoor and outdoor tunnels, cable trenches, concrete pipes and loose soil. The cables cannot bear mechanical external force, but can withstand a certain traction force. |
| WDZ-YJY | WDZ-YJLY | XLPE insulated low-smoke halogen-free sheathed power cable | |
| YJV62 YJV22 ZR-YJV22 |
YJLV62 YJLV22 ZR-YJLV22 |
XLPE insulated steel tape armored PVC sheathed (flame retardant) power cable | Laying underground, the cable can withstand mechanical external force, but cannot bear large pulling force. |
| WDZ-YJY23 | WDZ-YJLY23 | XLPE insulated steel tape armored low-smoke halogen-free sheathed power cable | |
| YJV32 ZR-YJV32 |
YJLV32 ZR-YJLV32 |
XLPE insulated thin steel wire armored PVC sheathed (flame retardant) power cable | Laying indoors, in tunnels and mines. The cables are resistant to external mechanical forces and can withstand considerable pulling forces. |
| WDZ-YJY33 | WDZ-YJLY33 | XLPE insulated thin steel wire armored low-smoke halogen-free sheathed power cable | |
| YJV72 YJV42 ZR-YJV42 |
YJLV72 YJLV42 ZR-YJLV42 |
XLPE insulated thick steel wire armored PVC sheathed (flame retardant) power cable | It can be laid in vertical areas, indoors, in tunnels and mines. The cables can withstand large mechanical external forces and can withstand large tensile forces. |
| WDZ-YJY43 | WDZ-YJLY43 | XLPE insulated thick steel wire armored low-smoke halogen-free sheathed power cable | |
Structure Diagram

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