UL4703 DC1500V EN 50618 Double Certificate Solar Cable
EN 50618 UL4703 Double Certificate Solar Cable-JOCA
- Ground-mount/Rooftop/ Floating Photovoltaic Power Plants
- TUV/UL/IEC/CE/Ad8/CPR Certificated & 25 Years Global Lifespan
- Indoor and Outdoor Environment after Electron Irradiation that are Harsh are Suited to It.
- All Major Solar Connectors can be Connected to this Device
- Within 200km radius of Lagos. 7 days after placing order
- Traitement rapide des échantillons avec des solutions personnalisées
- Matériaux de haute qualité
- Options de prix abordables
- Livraison mondiale
- Pour une meilleure protection des données, assurez-vous que tous les téléchargements sont sécurisés
Économisez au moins 30% en moyenne
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Description du produit
UL4703 DC1500V EN 50618 Double Certificate Solar Cable : Product Description and Specifications
Le câble solaire UL4703, DC1500V, EN50618 Double Certificate is designed to be flexible and connect photovoltaic systems. It has TUV, UL, IEC and CE certificates from around the world including UL4703, IEC62930, EN50618, Ad8 and CPR standards. This solar cable suits various énergie solaire environments including roofs, deserts, lakes and mountains with harsh conditions. Its stable connection performance ensures safe long-term operation while reducing system failure rates and operation costs. It can be used to stay on track with efficient and secure PV installations that are highly profitable in the long run.
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Avantages
UL4703 DC1500V EN 50618 Double Certificate Solar Cable : Benefits and Features
a. Chemicals cross-linked with electron beams
b. They are resistant to UV, ozone and hydrolysis.
c. The materials do not melt or flow when exposed to high temperature.
d. Have good flexibility in cold weather.
e. >25 years service life at 90°C
f. Fits all popular connectors
Specification Of UL4703 DC1500V EN 50618 Double Certificate Solar Cable
| Construction de câbles | |
|---|---|
| Conducteur | Classe 5 Cuivre étamé, selon les normes EN 60228 et CEI 60228 |
| Isolation | Copolymère polyoléfinique réticulé par faisceau d'électrons sans halogène (XLPO) |
| Gaine extérieure | Copolymère polyoléfinique réticulé par faisceau d'électrons sans halogène (XLPO), composé ignifuge |
| Couleur de gaine | Noir/Rouge |
| Tension nominale | UO/U 600/1000V(AC), 1500V(DC) |
| Tension d'essai | AC 6500 v, 50 HZ, 10 Min (20±0,5 °C) ou DC 15000 v,10 Min (20±0,5 °C) sans cassé |
| Température Évaluation | Température de travail -40 °C+90 °C, Température du conducteur max 120 °C (20000 H) |
| Vie de service | Durée de vie prévue ≥25 ans |
| Rayon de flexion | 5 D (D : Diamètre du câble) |
| Performances résistantes au feu | EN 60332-1-2 |
| Émission de fumée | Basé sur UNE-EN 60754-2 et CEI 60754-2. |
| RCR européenne | Cca, selon En 50575 |
| Performance de l'eau | Ad8 |
| Résistance Météo/Résistance UV | EN 50289-4-17/ENISO4892 |
| Détermination des halogènes | EN 50525 |
| Certification | TUV/UL//IEC/CE/RoHS |
Dimensions/Paramètres
| Construction (n×mm2) | Construction du conducteur (n x mm) | Isolation Épaisseur normale (mm) | Gaine Épaisseur normale (mm) | Diamètre extérieur (mm) | Résistance DC max du Conducteur à 20 °C (Q/Km) | Min Résistance d'isolation à 90 °C (Qm/Km) | Capacité de transport actuelle (A) |
|---|---|---|---|---|---|---|---|
| 1x1.5(16AWG) | 30x0.24 | 0.7 | 0.8 | 4.6 | 13.7 | 0.86 | 30 |
| 1x2.5(14AWG) | 49x0.24 | 0.7 | 0.8 | 5 | 8.21 | 0.69 | 41 |
| 1x4.0(12AWG) | 56x0.28 | 0.7 | 0.8 | 5.55 | 5.09 | 0.58 | 55 |
| 1x6(10AWG) | 78x0.29 | 0.7 | 0.8 | 6.15 | 3.39 | 0.5 | 70 |
| 1x10(8AWG) | 77x0.39 | 0.7 | 0.8 | 7.4 | 1.95 | 0.42 | 98 |
| 1x16(6AWG) | 126x0.39 | 0.7 | 0.9 | 8.52 | 1.24 | 0.34 | 132 |
| 1x25(4AWG) | 189x0..39 | 0.9 | 1 | 10.6 | 0.795 | 0.34 | 176 |
| 1x35(2AWG) | 276x0.39 | 0.9 | 1.1 | 12.5 | 0.565 | 0.29 | 218 |
| 1x50(1/0AWG) | 396x0.39 | 1 | 1.2 | 14.2 | 0.393 | 0.27 | 280 |
Certifications Of EN50618 UL4703 Double Certificate Solar Cable
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Processus de production de fils photovoltaïques
JOCA cable factory’s use of state-of-the-art digital infrastructure is revolutionizing its production and inspection processes. This digitization system, which is smart in nature, helps minimize mistakes as well as eliminate defects thus improving the dependability of products to a great extend. It utilizes advanced tools like smart digital image sensing systems and lasers for inspection to guarantee that their products are always of the first class.
Emballage pour expédition
Various packaging methods tailored to diverse transport conditions.
| Photos d'emballage | Méthode d'emballage | Quantité/palette(pièces) | Compteur/palette (M) | GW/palette(KGS) | Taille de la palette (m) | Palette/20GP | Mètre/20GP |
|---|---|---|---|---|---|---|---|
 | 100 M/ROULEAU | 4mm²-176 pièces | 4mm²-17600m | 4mm²-1144kg | 1,12x1,12x1,12m | 20 | 4mm²-352000m |
| 6mm²-160 pièces | 6mm²-16000m | 6mm²-1360kg | 6mm²-320 000m | ||||
| 200M/ROULEAU | 4mm²-90 pièces | 4mm²-18000m | 4mm²-1170kg | 1,12x1,12x1,12m | 20 | 4mm²-360 000m |
| 6mm²-81 pièces | 6mm²-16200m | 6mm²-1377kg | 6mm²-324000m | ||||
 | 100 m/tambour en plastique | 4mm²-125 pièces | 4mm²-12500m | 4mm²-850kg | 1,12x1,12x1,12m | 20 | 4mm²-250 000m |
| 6 mm²-100 pièces | 6mm²-10000m | 6mm²-900kg | 6mm²-200000m | ||||
 | 500 m/tambour en bois | 4mm²-27 pièces | 4mm²-13500m | 4mm²-1197kg | 1.12x1.12x1.12 | 20 | 4mm²-270000m |
| 6mm²-27 pièces | 6mm²-13500m | 6mm²-930kg | 6mm²-270000m | ||||
| 1000 M/tambour de bois | 4mm²-12 pièces | 4mm²-12000m | 4mm²-830kg | 1.12x1.12x1.12 | 20 | 4mm²-240 000m |
| 6mm²-12 pièces | 6mm²-12000m | 6mm²-1070kg | 6mm²-240000m |
Vous avez plus de questions ?
Q: What is UL4703 DC1500V EN 50618 Double Certificate Solar Cable?
A: UL4703 DC1500V EN 50618 Double Certificate Solar Cable is a premium solar cable exclusively designed for connecting photovoltaic system components both indoors and outdoors. This solar cable has two certifications: the UL4703 and EN50618 standards which validate its safety and performance in solar PV systems.
Q: What makes this solar cable suitable for solar photovoltaic system applications?
A: Its high DC1500V rating means it is ideal for connecting photovoltaic system parts, especially with its good UV and ozone resistance as well as robust insulation that can withstand large changes in temperature. Its tinned copper strands also provide optimal conductivity while protecting against corrosion, making them suitable for use in PV systems.
Q: Are UL4703 DC1500V EN 50618 certified cables necessary for my solar PV system?
A: Yes, your solar PV must have cables that are UL4703 and EN50618 certified. These indicate that the wires fulfil certain criteria like safety, durability, and quality thus ensuring that all the components of the system are of good quality hence efficient running of the whole photovoltaic plant.
Q: Can this solar cable be used for both AC and DC applications within a solar PV system?
A: It is important to ensure compatibility with your specific requirements even though UL4703 DC1500V EN 50618 Double Certificate Solar Cable is typically used for linking panels to inverters like other direct currents (DC) connections found within most plants. However, when connecting with alternating current (AC), use specifically rated cables meant for AC purpose only so as to enhance efficiency and security of the system.
Q: What are the benefits of using a cable with double certification in my solar system installation?
A: In addition to meeting international safety guidelines as well as quality parameters; double-certified cables such as those certified by UL4703 &EN50618 offer an added advantage of being able to withstand harsh environments without performance compromise. Moreover, the double certification is an indication that the product has been tested extensively and therefore can be trusted and relied on by system integrators and clients.
Q: How important is the temperature rating of a solar cable?
A: The temperature rating of a solar cable is highly critical in determining its efficient operation under extreme temperature changes typical for solar PV systems. A solar cable like UL4703 DC1500V EN 50618 Double Certificate Solar Cable which is designed to resist high temperatures would ensure that the system operates smoothly over time hence reducing instances of failure occasioned by overheating or insulation breakdown.
Q: Is this solar cable resistant to UV and ozone damage?
A: Exactly so! The UL4703 DC1500V EN 50618 Double Certificate Solar Cable are manufactured with UV and ozone resistant properties. For this reason, it can endure harmful effects related to sun exposure as well as different environmental factors. In view of this, these cables are highly resilient meaning that they can be used indoors or outdoors in the harsh weather experienced in most solar PV systems where such cables are used.