UL Certificate TUV Certificate Aluminum/Copper Conductor Xlp Insulation and Sheath Solar system Solar Cable

UL Certificate TUV Certificate Aluminum/Copper Conductor Xlp Insulation and Sheath Solar system Solar Cable image

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Product Name:

UL Certificate TUV Certificate Aluminum/Copper Conductor Xlp Insulation and Sheath Solar system Solar Cable

Model NO.:

solar cable

Brand:

Rneda

Certification:

ISO9001, CE, UL, CCC, RoHS

Range of Application:

LSOH

Material Shape:

Round Wire

Insulation Material:

Xlp

Sheath Material:

Xlp

Conductor Material:

Bare Copper/Tinned Copper/Aluminum Alloy

Application:

Solar System

Conductor Type:

AA8000, Bare Copper or Tinned Flexible Copper

Type:

Insulated

Standard.:

UL 4703, TUV 1169, En 50618

Certificate.:

UL TUV

Cross Section:

12AWG to 1000kcmil

Core:

Single

Insulated Color:

Red, Blue Black

Price:

Direct Factory Price

Product Type:

Solar PV Cable

Characteristic:

-40 Degree, UV Resistant, VW-1

Market:

North America

Conductor:

AA8000, Bare Copper, Tinned Copper

Trademark:

RNEDA

Transport Package:

Flexible or Drum Packing

Specification:

UL IEC DIN ASTM VDE BS

Origin:

China

HS Code:

8544492100

Product Details

Part 1 UL 4703 standard PV cable

PV wire is rated 600, 1000 or 2000 V, and is suitable for ac and dc systems. This wire is rated 90, 105, 125 or 150°C dry and 90°C wet. PV wire employs 12 AWG – 2000 kcmil stranded aluminum or copper-clad aluminum, or18 AWG – 2000 kcmil stranded copper, tined copper conductors.

Application:
This versatile single-conductor cable is designed to meet the varying needs of the Solar Industry. Applications include connection to module junction boxes; required cable routing in balance of system (BOS) integration.

UL Type PV (Photovoltaic) UL 4703, 600V, -40°C to 90°C

Single-Conductor: 2kV • Rated 90°C • RHH/RHW-2 • CSA 1kV RPV-90

Product Description:

Single conductor, insulated and non-integrally jacketed, sunlight resistant, photovoltaic wire rated for 90°C wet or dry, 600V for interconnection wiring of grounded and ungrounded photovoltaic power systems as described in Section 630.31 (And other applicable parts of the National Electric Code (NEC), NFPA 70). Ratings only apply to certain gage sizes.

Electrical Characteristics:

–Maximum Operating Voltage: 600 VRMS (UL PV)
Physical Characteristics:
–Temperature Rating: -40°C to 90°C
–Conductor AWG: 12 to 2000 AWG
–Conductor Material: Soft Annealed tinned stranded copper, per ASTM B-33 and EN 60228
–Separator: Paper Tape
–Insulation Material: XLPE Halogen-free, thermoset, polyolefin specifically, designed for maximum, flexibility
–Jacket Material: Sunlight-Resistant PVC Black, low smoke, non-halogenated,flame retardant, oil, abrasion, chemical and sunlight resistant cross-linked compound meeting UL 44, UL 854
–Min. Bend Radius: 8x Diameter

Physical Characteristics (cont’d.):

–Applicable Specifications:
UL Type PV (overall) UL 4703 USE-2 Rated (14 AWG & Larger 600V)
UL Type RHW-2 (90°C wet) (14 AWG & Larger per UL)
ROHS Compliant CE
—Flame Resistance: VW-1

Part 2 :EN50618 tinned copper conductor 4mm 6mm 10mm pv1f PV solar cable

1.Rating Voltage:

AC 600/1000V, DC1000/1800V Temperature:-40°C– 125°C

2.Material:

(1)Conductor:Tinned annealed copper

(2)Insulation:125°C XLPO , black

(3)Jacket:125°C XLPO , black or red

3 Application:

Specifically designed for connecting photovoltaic system components inside and outside of building and equipment with high mechanical requirements and extreme weather conditions For permanent installations.

4 General characteristic

Cable made of electron-beam cross-linked insulation and coating; high resistance against heat, cold, oil, abrasion, ozone, UV and weather; with improved reaction in case of fire .

1.Double insulation,electron beam cross-linked

2.Excellent resistance to UV, water, ozone, fluids, salt, general Weathering

3.Excellent resistance to abrasion

4.Halogen free,flame retardant,low toxicity

5.Excellent flexibility and stripping performance

6.High current carrying capacity

7.TUV and UL approved

Specification:

Cross Section (mm²)	Conductor Construction (n/mm)	Conductor Stranded OD.(mm)	Insulation Min.Wall Thickness(mm)	Sheath Min.Wall Thickness(mm)	Cable OD.(mm)	Conductor Max.Resistance AT20°C (Ω/km)	Current Araaing Capacity AT 60°C(A)
1.5mm²	30/0.25	1.58	0.67	0.73	4.90	13.3	30
2.5mm²	50/0.25	2.02	0.67	0.73	5.45	7.98	41
4mm²	56/0.30	2.60	0.67	0.73	6.10	4.95	55
6mm²	84/0.30	3.42	0.8	0.80	7.20	3.30	70
10mm²	142/0.30	4.56	0.9	0.90	9.00	1.91	98
16mm²	228/0.30	5.60	1.00	0.90	10.20	1.21	132
25mm²	361/0.30	6.95	1.19	0.92	12.00	0.780	176
35mm²	276/0.40	8.74	1.20	1.00	13.80	0.554	218

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