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Solar Cables

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Solar Cables Specification

Impedance
Low impedance for minimal voltage drop

Rated Temperature
-40oC to +90oC continuous, Short circuit +120oC

Conductor Type
Flexible stranded

Features
High UV resistance, Weather resistant, Flexible, Durable, Suitable for outdoor and indoor use

Install Type
Outdoor, Direct burial, Conduit, Rooftop mounting

Locking Type
Non-locking (used with MC4 or other solar connectors)

Insulation
XLPE / LSZH

Diameter
Varies: ~6.8mm for 6 sq.mm core

Usage & Applications
Solar PV power, renewable energy systems, rooftop solar systems, off-grid systems

Operating Temperature
-40oC to +90oC continuous

Cable Type
Photovoltaic (PV) solar cable

Weight
Varies by size and length (e.g., ~40 kg/km for 4 sq.mm)

Conductor Shape
Stranded round

Core Number
1 (Single core), 2 (Twin core)

Dielectiric Strength
>6.5 kV (as per IEC standard)

Armored Material
Not armored

Tensile Strength
>15 MPa

Core Material
Copper

Number of Conductor
Single core or twin core options

Product Type
Solar cable

Length
Available in custom lengths (typically 100 meters/roll)

Voltage
Up to 1.8 kV DC (as per IEC 62930 / TUV / EN / IS standards)

Insulation Material
Cross-linked Polyethylene (XLPE) or Low Smoke Halogen Free (LSHF)

Application
Used for interconnection of photovoltaic power generation systems, suitable for solar panels and photovoltaic arrays

Conductor Material
Tinned copper / Electrolytic grade copper

Jacket Material
UV resistant Polyolefin / XLPE / LSZH

Storage Temperature
-40oC to +90oC

Connector Color
Not applicable / customized as per request

Shield Material
Not shielded (Unshielded)

Jacket Color
Black or Red (as per polarity and requirement)

Dimension (L*W*H)
As per size and length ordered (e.g., 100m rolls)

Material
Copper conductor with XLPE/LSZH insulation

Color
Black/Red

Size
1.5 sq.mm, 2.5 sq.mm, 4 sq.mm, 6 sq.mm, 10 sq.mm and others available

Fire Performance
LSZH (Low Smoke Zero Halogen)

Flame Retardant
Yes, meets IEC 60332-1

Maximum Conductor Resistance
Max 5.09 ohm/km for 4 sq.mm at 20oC

Halogen Free
Yes, low smoke emission

Ozone Resistance
Yes

UV Protection
Excellent UV resistance

Packing Type
Coil / Roll / Customized

Min. Bending Radius
5 times outer diameter

Standard
IEC 60228, TUV 2PfG 1169/08.2007, EN 50618

Water Resistance
Yes, suitable for damp / wet locations

Solar Cables Trade Information

Minimum Order Quantity
100 Meter

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Per Month

Delivery Time
7 Days

Main Domestic Market
All India

Solar Cables About

Experience monumental performance with our hot-selling Solar Cables, engineered to meet rigorous standards (IEC 60228, TUV 2PfG, EN 50618) and deliver unbeatable safety. Fitted with flame retardant and halogen-free insulation, these cables ensure low smoke emission and excellent ozone and UV resistance. Designed for flexibility and durability, they're suitable for both indoor and outdoor photovoltaic applications - from rooftop solar to off-grid power systems. Widely favored in India, these cables have earned favorable reviews for their noteworthy reliability, high tensile strength, and secure performance under extreme conditions. Available in various custom lengths and colors, each coil is the result of advanced engineering and precise manufacturing, guaranteeing a reliable solar connection with every sale.

Versatile Application and Competitive Advantages

Our solar cables are extensively used for interconnecting solar panels and photovoltaic arrays in renewable energy systems. Their robust design makes them ideal for rooftops, direct burial, and conduit installations across various industrial, commercial, and residential sites. The cables boast remarkable flexibility, low impedance, and superior weather resistance, ensuring long-lasting, efficient performance. These competitive advantages make them the preferred choice for professionals seeking reliable, safe, and efficient solutions for solar power generation and installation.

Sample Availability, Market Focus, and Supply Capacity

We offer solar cable samples to potential clients, ensuring confidence before placing a full order. Our main domestic market is India, supported by a widespread distribution network ensuring prompt drop-off and secure shipping. With a robust monthly supply ability, we handle large proposal amounts efficiently, catering to projects of all sizes. Our dedicated supply chain guarantees timely delivery and secure packaging, ensuring the cables arrive in peak condition right to your job site or storage location.

FAQ's of Solar Cables:

Q: How do I select the appropriate solar cable size for my photovoltaic system?

A: The correct cable size depends on your system's power rating, distance, and current capacity. Available sizes range from 1.5 sq.mm to 10 sq.mm. Consult your project requirements or seek expert advice for optimal performance and compliance.

Q: What are the main advantages of using these solar cables in outdoor installations?

A: These cables feature superior UV protection, water and ozone resistance, and heavy-duty flame retardant insulation, making them outstanding for outdoor installations in harsh weather while still offering flexibility and durability.

Q: Where can these solar cables be installed?

A: Solar cables are suitable for installation on rooftops, direct burial in the ground, inside conduits, and other indoor/outdoor photovoltaic systems. Their robust construction allows use in damp, wet, or exposed locations.

Q: What standards and certifications do these solar cables meet?

A: Our solar cables strictly adhere to IEC 60228, TUV 2PfG 1169/08.2007, EN 50618, and related international standards, ensuring maximum safety, performance, and compliance in solar energy applications.

Q: When are samples available, and how is the shipping handled?

A: Samples are available upon request for proposal evaluation. We offer secure shipping and drop-off services across India, ensuring cables reach your site safely and promptly.

Q: How does the flexibility of these cables benefit solar installers?

A: Flexible construction allows installers to manage cables easily during routing and connection, minimizing installation time and reducing the risk of damage or errors in photovoltaic projects.

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