Solar Power Cable Micro Inverter is configured for the AC section of a photovoltaic system, connecting inverter output terminals with AC distribution cabinets, electrical panels and other compatible low-voltage equipment.
The cable uses stranded oxygen-free copper conductors with individual XLPE insulation and a black PVC outer sheath. Its 3-core construction is suited to fixed routing through cable trays, conduits and other electrical pathways in rooftop, commercial and industrial installations.
Stranded oxygen-free copper forms the conductive path of the cable. The 3-core configuration keeps the conductors within one organized cable assembly, while individual core identification supports termination at inverter and distribution equipment.
Each copper conductor is individually insulated with XLPE cross-linked polyethylene. The insulation separates the three conductors and forms the primary electrical insulation layer around each core.
A black PVC outer sheath surrounds the insulated cores and provides the external layer of the finished cable. It is designed for fixed routing through suitable cable trays, conduits and electrical pathways.
The standard configuration is YJV. Where flame-retardant performance is required, the ZC-YJV version can be specified.
| Product | Solar Power Cable Micro Inverter |
|---|---|
| Cable Type | YJV |
| Core Quantity | 3 Cores |
| Conductor Material | Oxygen-Free Copper |
| Conductor Construction | Stranded Copper |
| Core Insulation | XLPE |
| Outer Sheath | PVC |
| Sheath Color | Black |
| Core Identification | Individual Insulated Cores |
| Optional Version | ZC-YJV Flame Retardant Type |
The cable connects inverter AC output terminals with downstream distribution equipment in photovoltaic systems. It can form part of the fixed AC route between the inverter and the distribution side of the installation.
For commercial rooftop systems, the cable can be routed between rooftop inverter locations and building electrical distribution areas through suitable fixed pathways.
Industrial PV installations can use the cable for compatible AC circuits connecting inverter units with distribution cabinets, electrical panels and dedicated electrical rooms.
The YJV construction of Solar Power Cable Micro Inverter can also be used in compatible fixed low-voltage power circuits within buildings where the rated voltage and installation conditions match the application.
Compatible industrial equipment circuits can use the cable for fixed low-voltage power transmission when the electrical requirements correspond to the cable configuration.
A photovoltaic system normally contains separate DC and AC cable sections. The cable type should correspond to its position within the electrical circuit.
The DC module and string side requires a suitable DC-rated solar cable, such as the solar cable range, while this product is intended for compatible AC circuits. Related photovoltaic wiring components are listed in the full solar photovoltaic cable section.
This cable uses stranded oxygen-free copper conductors. Each conductor is individually insulated with XLPE cross-linked polyethylene. The three insulated cores are surrounded by a black PVC outer sheath. The 3-core construction keeps the conductors within one organized cable assembly and supports termination at inverter and distribution equipment.
The standard configuration is YJV. Where flame-retardant performance is required, the ZC-YJV version can be specified. Both versions use a 3-core construction with oxygen-free copper conductors, individual XLPE insulation, and a black PVC outer sheath.
Typical applications include solar inverter output, commercial rooftop PV, industrial photovoltaic systems, building power distribution, and compatible industrial equipment circuits. It can be used for fixed low-voltage power transmission when the rated voltage and installation conditions match the application.
This product is configured for the AC section, such as inverter output and distribution-side connections. A photovoltaic system normally contains separate DC and AC cable sections. The DC module/string side requires a suitable DC-rated solar cable, while this cable is intended for compatible AC circuits and fixed low-voltage connections.
Need a specific core count, sheath option or project volume for your AC side wiring? Send us your requirements and we will reply within 24 hours.
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