Fil de ligne en aluminium recouvert résistant aux intempéries
Weather-Resistant Covered Conductor for Overhead Distribution Lines
- Construction: Concentrically stranded Aluminum (1350-H19, 6201-181) or ACSR.
- Isolation: Weather-resistant PE, HDPE, or XLPE.
- Normes applicables :
- ASTM: B-230, B-231, B-1248, C-8.35
- ICEA: S-61-402
- NEMA: WC 5-1973
- 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
Covered Aluminum Line Wire Weatherproof : Product Description and Specifications
Engineered specifically for overhead secondary distribution, this series utilizes 1350-H19, 6201-T81, or ACSR conductors encased in a weather-resistant polymer jacket (PE, HDPE, or XLPE). Note de sécurité critique : The covering provides mechanical shielding against atmospheric corrosion and abrasion only; it is strictly not electrically insulated. Field crews must treat this product as a bare conductor at all times to ensure operational safety, as the polymer layer offers zero dielectric containment voltage.
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Avantages
Covered Aluminum Line Wire Weatherproof : Benefits and Features
Transient Fault Barrier: Not insulation. Acts as physical shield against momentary phase-to-phase contact (clashing) or vegetation touches. Prevents immediate arc-faults.
Atmospheric Sealing: Polymer jacket blocks UV radiation and saline mist. Résultat: Zero galvanic corrosion on the aluminum core.
Span Geometry: Retains high strength-to-weight ratio (ACSR/Alloy base). Engineering benefit: Supports extended pole spacing unlike fully insulated aerial cables.
Specification Of Covered Aluminum Line Wire Weatherproof
| Item # | Size AWG or MCM | Strand | Outside Diameter | Rated Breaking Strength | Weight Per MFT XLP | Weight Per MFT Poly | Ampacity XLP |
|---|---|---|---|---|---|---|---|
| Apple | 6 | Solide | .222 Inches | 445 Lbs | 33.0 Lbs | 32.0 Lbs | 105 Amps |
| Pear | 4 | Solide | .264 Inches | 675 Lbs | 48.5 Lbs | 47.3 Lbs | 135 Amps |
| Apricot | 4 | 7/w | .285 Inches | 790 Lbs | 51.5 Lbs | 50.8 Lbs | 140 Amps |
| Peach | 2 | 7/w | .373 Inches | 1220 Lbs | 87.1 Lbs | 84.0 Lbs | 180 Amps |
| Quince | 1/0 | 7/w | .477 Inches | 1790 Lbs | 140.7 Lbs | 135.6 Lbs | 240 Amps |
| Orange | 2/0 | 7/w | .522 Inches | 2260 Lbs | 171.9 Lbs | 166.2 Lbs | 280 Amps |
| Fig | 3/0 | 7/w | .570 Inches | 2740 Lbs | 210.5 Lbs | 204.0 Lbs | 320 Amps |
| Olive | 4/0 | 7/w | .626 Inches | 3450 Lbs | 258.7 Lbs | 251.4 Lbs | 370 Amps |
| Pomegranate | 4/0 | 19/w | .632 Inches | 3620 Lbs | 254.8 Lbs | 247.9 Lbs | 370 Amps |
| Mûrier | 266.8 | 19/w | .692 Inches | 4470 Lbs | 313.5 Lbs | 305.8 Lbs | 430 Amps |
| Anona | 336.4 | 19/w | .766 Inches | 5535 Lbs | 387.6 Lbs | 378.8 Lbs | 495 Amps |
| Molles | 397.5 | 19/w | .852 Inches | 6400 Lbs | 469.2 Lbs | 457.4 Lbs | 545 Amps |
| Huckleberry | 477.0 | 37/w | .921 Inches | 7820 Lbs | 550.0 Lbs | 537.5 Lbs | 610 Amps |
| Paw Paw | 556.5 | 37/w | .982 Inches | 8950 Lbs | 633.0 Lbs | 619.4 Lbs | 670 Amps |
| Breadfruit | 636.0 | 61/w | 1.080 Inches | 10510 Lbs | 742.6 Lbs | 724.7 Lbs | 720 Amps |
| Persimmon | 795.0 | 61/w | 1.187 Inches | 12900 Lbs | 910.0 Lbs | 890.0 Lbs | 825 Amps |
| Item # | Size AWG or MCM | Strand | Outside Diameter | Rated Breaking Strength | Weight Per MFT XLP | Weight Per MFT Poly | Ampacity XLP |
|---|---|---|---|---|---|---|---|
| Noyer | 6 | 6/1 | .258 Inches | 1131 Lbs | 49 Lbs | 47 Lbs | 105 Amps |
| Butternut | 4 | 6/1 | .303 Inches | 1170 Lbs | 71.8 Lbs | 70.0 Lbs | 135 Amps |
| Hickory | 4 | 7/1 | .309 Inches | 2240 Lbs | 81.6 Lbs | 79.8 Lbs | 135 Amps |
| Pignut | 2 | 6/1 | .397 Inches | 2710 Lbs | 118.1 Lbs | 114.8 Lbs | 180 Amps |
| Beech | 2 | 7/1 | .405 Inches | 3460 Lbs | 134.1 Lbs | 130.7 Lbs | 180 Amps |
| Chestnut | 1 | 6/1 | .434 Inches | 3370 Lbs | 145.5 Lbs | 141.8 Lbs | 210 Amps |
| Amande | 1/0 | 6/1 | .506 Inches | 4160 Lbs | 190.4 Lbs | 184.9 Lbs | 235 Amps |
| Pecan | 2/0 | 6/1 | .554 Inches | 5040 Lbs | 234.2 Lbs | 227.9 Lbs | 270 Amps |
| Filbert | 3/0 | 6/1 | .607 Inches | 6290 Lbs | 288.5 Lbs | 281.4 Lbs | 305 Amps |
| Buckeye | 4/0 | 6/1 | .666 Inches | 7930 Lbs | 356.5 Lbs | 348.5 Lbs | 345 Amps |
| Hackberry | 266.8 | 18/1 | .711 Inches | 6540 Lbs | 354.8 Lbs | 346.8 Lbs | 435 Amps |
| Item # | Size AWG or MCM | Strand | Outside Diameter | Rated Breaking Strength | Weight Per MFT XLP | Weight Per MFT Poly | Ampacity XLP |
|---|---|---|---|---|---|---|---|
| Hornbeam | 4 | 7/w | .310 Inches | 1480 Lbs | 62.1 Lbs | 60.1 Lbs | 145 Amps |
| Linden | 2 | 7/w | .406 Inches | 2520 Lbs | 96.1 Lbs | 93.3 Lbs | 190 Amps |
| Oilnut | 1/0 | 7/w | .518 Inches | 4010 Lbs | 166.1 Lbs | 160.0 Lbs | 250 Amps |
| Waterash | 2/0 | 7/w | .567 Inches | 4850 Lbs | 203.3 Lbs | 196.4 Lbs | 290 Amps |
| Shellbark | 3/0 | 7/w | .622 Inches | 6110 Lbs | 249.4 Lbs | 241.4 Lbs | 335 Amps |
| Planetree | 4/0 | 7/w | .683 Inches | 7700 Lbs | 307.3 Lbs | 298.1 Lbs | 385 Amps |
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Processus de production de câbles aériens groupés
L'infrastructure de fabrication de câbles aériens exploite un système d'automatisation numérique en boucle fermée, intégrant le toronnage des conducteurs, l'extrusion de l'isolation et le gainage final dans un flux de travail continu La stabilité du processus repose sur des réseaux de capteurs intégrés qui suivent les paramètres d'extrusion en temps réel, éliminant ainsi les variances manuelles La validation de la qualité est imposée par le biais de matériel spécifique en ligne, notamment des jauges de diamètre laser à deux axes et des testeurs d'étincelles haute tension, tandis que le laboratoire physique effectue une analyse destructive de traction et d'allongement pour vérifier la conformité aux normes internationales avant expédition.
Emballage pour expédition
Pour répondre à divers besoins de transport, il existe de nombreuses méthodes d'emballage qui peuvent être utilisées.
Vous avez plus de questions ?
Q : Le fil est-il isolé électriquement ?
UN: Négatif. Le revêtement polymère est un bouclier mécanique seulement. Il tient indice diélectrique zéro.
Q : Demande principale ?
UN: Répartition secondaire des frais généraux (<600V). Remarque : Doit être installé sur des isolateurs, identiques aux protocoles à fil nu.
Q: Vegetation/Tree Contact?
UN: Interdit. The covering resists abrasion but will not prevent arc-faults upon contact. Standard clearance codes apply.
Q: Material Selection: PE vs. XLPE?
UN:
HDPE: Best for physical toughness/track resistance.
XLPE : Best for higher thermal operating limits.
Q: Ampacity Calculation?
UN: Do not use bare wire tables. Refer to NEC (or local code) specifically for “Covered Conductors” to account for thermal retention.
Q: Installation Hardware?
UN: Uses standard Fil nu fittings (ties, clamps, dead-ends). No specialized insulated connectors required.
Q : Options du conducteur ?
UN: Disponible en AAC (1350-H19), AAAC (6201 Alloy), or ACSR (Steel Reinforced) depending on span strength requirements.
Q:Standard Color & UV?
UN: Black. (Contains Carbon Black). This ensures maximum UV stability for long-term outdoor exposure.