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En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer

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Product Highlights

  • TUV Certification: Certified to EN50618 standard for reliable solar energy applications.
  • XLPO Material: Resilient XLPO insulation and jacket for superior durability and longevity.
  • High Voltage Rating: Rated for AC 600/1000V and DC 1000/1800V for high-demand energy transfer.
  • Flexible Conductor: Class 5 flexible tinned copper conductor ensures easy installation and adaptability.
  • UV and Weather Resistance: Withstands 720 hours of UV exposure without cracking for outdoor use.
  • Long Service Life: Thermal endurance properties guarantee a 25-year service life.
  • Low Bending Radius: 5 times outer diameter bending radius allows for intricate and complex setups.

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Product Images of En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer

En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer pictures & photos
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer pictures & photos
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer pictures & photos
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer pictures & photos
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer pictures & photos
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer pictures & photos
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
  • En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
  • En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
    En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
  • En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
    En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
  • En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
    En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
  • En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
    En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
  • En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
    En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
  • En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
    En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer

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Product Description

Application

The XLPO Insulation and Jacket Single Core Solar Cable is expertly crafted to meet the evolving needs of the solar industry. This remarkable cable is integral in numerous applications, including the crucial connection to module junction boxes and the vital cable routing essential for balance system integration, all while boasting a robust rating of 1000V, ensuring efficiency and reliability.

Construction

Conductor: Meticulously engineered, this cable features an expertly annealed flexible tinned copper conductor, compliant with Class 5 standards in accordance with VDE 0295 and IEC 60228. This ensures superior performance and dependable reliability.
Insulation/Jacket Material: Boasting a resilient XLPO composition, this material is specifically designed to deliver extraordinary durability and longevity, providing unmatched protection for the cable in even the most demanding environments.

Technical Data

Nominal Voltage: With an impressive nominal voltage capacity of AC U0/U=600/1000V and DC 1000/1800V, this cable is precisely engineered to effortlessly meet stringent energy requirements, making it an ideal choice for high-demand applications.
Temperature Rating: Designed to withstand extreme temperatures, this cable functions efficiently across an extensive range from -40 degrees to 90 degrees, ensuring consistent and reliable performance in a variety of diverse conditions.
Bending Radius: Skillfully engineered for exceptional flexibility, the cable features a bending radius of 5 times the outer diameter (5xO.D), providing ease of installation and adaptability in intricate and complex setups.

  
                                          Technical Specifications
Customer Valuable customer   Sheet  NO S0518001
Standard EN50618 Construction Figure En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
Construction H1Z2Z2-K 1X4mm2
 
Construction Item Units 4.0mm2
Construction mm 52/0.295±0.01
Material --- Tinned copper wire
O.D mm 2.40
Insulation
Material --- XLPO
Avg.Thick mm 0.70
Min.Thick mm 0.50 Electric Characters
O.D mm 3.95±0.15 Voltage rating DC1500V
Color --- Black Temperature rating:-40~90ºC
Twisted Pair Dielectric strength:AC-6.5kV/5min
Ins.Color --- / Spark test:AC-10kV/In the air
Lay of Strand mm / Conductor resistance:5.09ΩKM Max at20ºC
O.D mm / Weathering/UV-resistance:720h,No cracking
Assemble  Thermal endurance properties: 25 Years
Filling --- / Physical Properties  
Lapping --- /
Drain.wire --- / Elongation of unaged values(%):≥125%
Covering Insulation Tensile strength of unaged values (N/mm2):≥6.5;Jacket  Tensile strength of unaged values
(N/mm2):≥8.0
Material --- /
Avg.Thick mm /
Min.Thick mm / Aged in a full draft circulating air oven: 150±2.0ºC
O.D mm / Elongation of  After aging(%):<=30%
Color --- / Tensile strength of  After aging:<=30%
Armour Ozone resistance:25±2ºC*24h  No cracking
Construction '
---
/ Cold bend test:  -40±2ºC*16h       No cracking
Coverage % / Cold impact test:-40ºC*16h/1000g;100mm  No cracking
Shield  Flame test:IEC 60332
Material/ --- /   Shanghai shenghua Cable Co.,Ltd
Construction --- /
Coverage % /  
Jacket 
Material --- XLPO  
Avg.Thick mm 0.80  
Min.Thick mm 0.60  
O.D/ mm 5.55±0.2 APPROVED CHECKED DESIGNED
Color/ '
---
Black   / WKB
Surface/ --- /
Marking  APPROVED BY THE CLIENT
TÜV  DC1500V  H1Z2Z2-K 1×4.0mm2
Shanghai  shenghua Cable  Co., Ltd
 
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer
En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer

En50618 TUV Certified Solar Cable 4.0mm for Efficient Energy Transfer

About the Supplier

This supplier has been audited by BV. Verify the report on the official BV website with ID "MIC-ASR254874". Items marked "verified" are certified.

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Shanghai Shenghua Cable Co., Ltd.
Shanghai Shenghua Cable Co., Ltd.
Shanghai Shenghua Cable Co., Ltd.
Shanghai Shenghua Cable Co., Ltd.
Shanghai Shenghua Cable Co., Ltd.
Shanghai Shenghua Cable Co., Ltd.
Shanghai Shenghua Cable Co., Ltd.
Shanghai Shenghua Cable Co., Ltd.

About Our Factory & Business Background

Address
No.7577 Hunan Road Pudong New District, Shanghai, China
Terms of Payment
LC, T/T, PayPal
International Commercial Terms(Incoterms)
FOB, CIF
Average Lead Time
Peak Season Lead Time: within 15 workdays
Off Season Lead Time: within 15 workdays
Nearest Port
Shanghai, Ningbo

Our Production Capability & Technical Expertise

Main Products
XLPE Insulation Power Cable, Electrical Cable, PVC Insulation Cable, Armored Power Cable, Rubber Sheath Cable, Mineral Insulation Cable, Solar Cable, Sepecial Cables, Silicon Rubber Sheath Cable, Medium Voltage Power Cable

Our Industry Experience & Global Business Record

Export Year
2023-05-30

FAQ

What is the voltage rating of this solar cable?
The cable supports AC 600/1000V and DC 1000/1800V, making it suitable for high-demand applications.
What materials are used for the insulation and jacket?
Both the insulation and jacket are made of resilient XLPO material for unmatched protection.
Is this cable certified for solar applications?
Yes, it is TUV certified and complies with the EN50618 standard.
How flexible is the cable for installation?
It features a Class 5 flexible tinned copper conductor with a bending radius of 5 times the outer diameter.
What is the expected service life of the cable?
The cable is designed with thermal endurance properties to ensure a 25-year service life.
Does the cable offer UV resistance?
Yes, it has been tested for 720 hours of UV exposure with no cracking observed.
What is the lead time for this product?
The average lead time is within 15 workdays for both peak and off-peak seasons.

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