Reliable Solar Cable En - Tinned Copper Conductor with Xlpo Insulation

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Product Description

Solar Cable Header
Basic Information
Model NO.
EN50618 H1Z2Z2-K & UL4703
Sheath Material
Crosslinking
Insulating Material
Bare
Conductor Type
Stranded
Certification
TUV, Retie, CPR, CE
Wire Core Material
Tinned Wire
Out Layer
Xlpo, Black or Red or Other Colors
Insulation
Xlpo, Black or White
Conductor
Tinned Copper
Rated Voltage
DC 1500V
Test Voltage
6500V AC
Temperature Rating
-40 ~ +90
Smoke Density Test
En50618
Cold Bending Test
En60811-504
Flame Test
VW-1/ IEC 60332-1
Product Features
UV Resistance

UV Resistance for Outdoor Photovoltaic Projects

Photovoltaic cables are ingeniously crafted from cross-linked materials designed to withstand the harsh effects of UV exposure, preventing degradation, cracking, embrittlement, and a shortened service life. These robust materials preserve their flexibility and mechanical integrity even after enduring exposure for up to 25 years.

High Insulation

High Insulation in Large Power Projects

Our photovoltaic cables are engineered with superior insulation materials, meticulously tested under simulated normal and potential fault conditions in adherence to industry standards. This ensures that the cables can capably endure the electrical loads and stresses encountered in real-world installations.

Flame Retardancy

Flame Retardancy in Power Stations

Equipped with advanced combustion test equipment, the laboratory rigorously examines all flame retardant cables to verify their compliance with stringent standards. Furthermore, our cables boast an array of professional fire resistance certifications such as FT-1, VW-1, CPR, attesting to their exceptional safety performance.

Waterproof Performance

Waterproof Performance for Aquatic Projects

Conventional cables have successfully passed the rigorous AD7 waterproof test. For higher demands, we offer AD8 waterproof cables, as well as freshwater and seawater floating cables. These are specially designed to resist mildew, salt spray, acid, and alkali, ensuring reliable performance in aquatic environments.

Anti-Termite

Anti-Termite & Rodent Protection

We effectively address the threat of rodent and termite damage, which can compromise cable integrity and safety, by employing innovative physical and chemical strategies. Our solutions are tailored to protect residential, industrial, commercial, and power station systems.

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Frequently Asked Questions
What are the use scenarios of photovoltaic cables?
DC photovoltaic cables are the perfect choice for linking solar panels and inverters, while AC photovoltaic cables seamlessly connect inverters and step-up transformers. These are prevalent in large power stations, industrial rooftops, and domestic projects.
How to choose the correct photovoltaic cables?
We guide you in selecting cables based on national standards (UL, TUV, CUL, etc.), appropriate cross-sectional sizes (4mm, 6mm, 8mm, etc.), and the full spectrum of colors to meet your specific needs.
Can I customize a complete set of cable connection solutions?
Absolutely! We provide comprehensive solutions including cables, connectors, and all necessary accessories tailored precisely to your photovoltaic or energy storage requirements.
How can I obtain samples for testing?
Contact us to receive free samples. You will only need to cover the courier fee to experience our high-quality products firsthand.
What is the standard delivery time for orders?
Samples typically take 1-3 days; small orders are processed within 3-10 days; and bulk orders usually take 15-20 days depending on the volume.
What safety certifications do these cables carry?
Our cables are certified by TUV, Retie, CPR, and CE. They also meet flame retardant standards such as VW-1 and IEC 60332-1, ensuring high safety in diverse environments.

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