1 1

Solarika.co.uk

Pair of 10m single core extension cable leads 6.0mm2 for solar panels and solar charging kits

Pair of 10m single core extension cable leads 6.0mm2 for solar panels and solar charging kits

£78.38 GBP
£78.38 GBP
Sold out
Taxes included. Shipping calculated at checkout.
The search results confirm most of the specifications provided in the original product description and offer additional context for the TUV certification and XLPE insulation. **Key findings and verification:** * **Product:** Pair of 10m single core extension cable leads 6.0mm² for solar panels and solar charging kits. * **Vendor:** Photonic Universe (confirmed by multiple search results, e.g.,). * **SKU:** 10QM60 (confirmed by). * **Length:** 10m per cable (pair means two 10m cables). * **Cross Section:** 6.0mm² (confirmed by input and search results). * **Conductor:** Tinned copper (confirmed by input and search results). * **Insulation/Jacket:** 120°C XLPE (confirmed by input and search results). XLPE offers high thermal stability, electrical properties, and resistance to environmental stress cracking, UV, and moisture. * **Working Temperature Range:** -40°C to +90°C (confirmed by input and search results). Some sources mention +120°C for XLPE insulation itself, but the product description consistently states -40°C to +90°C for the *working temperature range*, which is a more conservative and safer specification for the overall cable assembly. I will stick to the provided +90°C. * **Certification:** TUV (confirmed by input and search results). TUV certification ensures compliance with high safety and quality standards, including resistance to UV, temperature extremes, mechanical stress, fire, and electrical safety. * **Connectors:** Waterproof MC4 connectors (male on one lead, female on the other). MC4 connectors are standard for PV systems, rated for high voltage (up to 1000V/1500V DC) and current (up to 30-45A, depending on cable size). They are UV resistant and corrosion resistant. * **Current Capacity:** The input states "sufficient for off-grid 12V solar panels and systems up to 300W, or on-grid panels (typical voltage 30-60V) with higher power ratings." Search results for 6.0mm² cable often mention capacities around 30-45A. For a 12V system, 300W is approx 25A (300W/12V). For 30V, 300W is 10A. For 60V, 300W is 5A. So, 6.0mm² is indeed sufficient for these power ratings and higher power ratings at higher voltages due to lower current. Some sources mention up to 320W for 12V systems. I will use the 300W figure from the original description as it's consistent. * **Construction (N/mm):** 84/0.30 (confirmed by input and search results). * **Conductor Diameter:** 3.17 mm (confirmed by input and search results). * **Conductor Resistance:** 3.39 Ohm/km (at 20°C) (confirmed by input and search results). * **Outer Diameter:** 7.0 mm (confirmed by input and search results). All necessary information is verified. I can now proceed with generating the HTML.
PHOTONIC UNIVERSE

Pair of 10m Single Core Solar Extension Cables

6.0mm² Cross-Section  |  MC4 Connectors  |  TUV Certified

This pair of 10-metre single core solar extension cables from Photonic Universe is specifically designed for efficient power transfer from solar panels to your charging system. Each cable features a robust 6.0mm² cross-section, engineered to carry high current with minimal power loss, making them ideal for a range of solar installations.

Equipped with industry-standard waterproof MC4 connectors (one male, one female per lead), these cables ensure easy and secure connections to most solar panels, including those from Photonic Universe. Their durable construction and TUV certification guarantee reliable performance in diverse outdoor conditions.

COMPATIBILITY NOTE: Designed for solar panels and systems utilising MC4-type connectors.

Key Features

▶  High Current Capacity — 6.0mm² cross-section for efficient power transfer, suitable for systems up to 300W at 12V.
▶  Durable Construction — Features tinned copper conductors and 120°C XLPE insulation for long-lasting performance.
▶  Weatherproof Design — Built to withstand extreme conditions, with a working temperature range of -40°C to +90°C.
▶  Easy & Secure Connection — Pre-fitted with waterproof male and female MC4 connectors for quick setup.
▶  Certified Quality — TUV certified, ensuring adherence to rigorous safety and performance standards.

Technical Specifications

Parameter Value
Conductor Material Tinned Copper
Cross Section 6.0mm²
Cable Length (per lead) 10m
Construction (N/mm) 84/0.30
Conductor Diameter 3.17 mm
Conductor Resistance (at 20°C) 3.39 Ohm/km
Insulation & Jacket 120°C XLPE
Working Temperature Range -40°C to +90°C
Certification TUV
Outer Diameter 7.0 mm

Cable Performance & Safety

These Photonic Universe solar extension cables are engineered for optimal performance and safety in photovoltaic systems. The 6.0mm² tinned copper conductors minimise resistance, ensuring maximum power yield from your solar panels. The 120°C XLPE insulation provides excellent electrical properties, high dielectric strength, and superior resistance to environmental stressors such as UV radiation, ozone, and moisture, crucial for outdoor installations.

TUV certification confirms that these cables meet stringent international standards for electrical safety, durability, and performance under various environmental conditions, including resistance to fire and extreme temperatures. This ensures a reliable and long-lasting connection for your solar power system.

Typical Applications

Application Description
Residential Solar Installations Connecting rooftop solar panels to inverters or charge controllers for home energy systems.
Off-Grid Power Systems Essential for remote cabins, sheds, or independent power setups where grid connection is unavailable.
Caravan & Motorhome Setups Extending solar panel reach for leisure vehicles, ensuring battery charging on the go.
Small Commercial Solar Projects Providing reliable connections for smaller-scale commercial solar arrays.

Safety & Durability Features

These Photonic Universe solar cables are built for enduring performance and safety. They feature robust 120°C XLPE insulation, providing excellent resistance to UV radiation, ozone, and harsh weather conditions, preventing degradation over time.  •  The TUV certification confirms rigorous testing for electrical insulation, flame resistance, temperature endurance, and mechanical strength, ensuring safe operation in demanding outdoor environments.  •  Waterproof MC4 connectors maintain a secure and sealed connection, protecting against moisture ingress.

Common Questions

What is the maximum current capacity of this 6.0mm² cable?

A 6.0mm² solar cable is generally suitable for currents up to 30-45 Amps, depending on specific installation conditions and temperature. For off-grid 12V systems, it can handle solar panels and kits up to approximately 300W.

Can these cables be used outdoors?

Yes, these cables are specifically designed for outdoor use. They feature 120°C XLPE insulation which is UV, ozone, and weather-resistant, and have a working temperature range of -40°C to +90°C. The waterproof MC4 connectors further ensure durability in various weather conditions.

Are these cables compatible with all solar panels?

These cables are fitted with standard MC4 connectors, making them compatible with most solar panels and charging kits that also use MC4-type connectors. Always verify the connector type on your existing equipment before purchase.

What does TUV certification mean for solar cables?

TUV certification signifies that the cables have undergone rigorous testing by an independent third-party organisation and meet high international standards for safety, quality, and performance. This includes tests for electrical safety, durability, UV resistance, and temperature endurance.

Installation Notes

  • Ensure correct polarity when connecting the male and female MC4 connectors.
  • Route cables to avoid sharp edges, excessive bending, or potential mechanical damage.
  • Use appropriate cable management (e.g., clips, conduits) to secure cables and prevent strain.
  • For permanent installations, consult with a qualified electrician or solar installer to ensure compliance with local wiring regulations.

Before You Buy

  • Verify the required cable length for your specific solar panel layout to ensure adequate reach.
  • Confirm that your solar panels or existing cabling use MC4-type connectors for compatibility.
  • Consider your system's total power and voltage to ensure the 6.0mm² cross-section is appropriate for your application.
  • For larger or complex systems, professional advice is recommended to ensure optimal cable sizing and safety.

Always verify product specifications and compatibility with your existing solar system components before making a purchase. All information is based on verified manufacturer data and industry standards.

View full details