Cable Conductor AAC Zinnia 500MCM
¿Qué es Cable Conductor AAC Zinnia 500MCM？
Cable Conductor AAC Zinnia 500MCM es un tipo de conductor eléctrico utilizado principalmente en líneas aéreas de transmisión y distribución de energía. This standard specifies the requirements for 1350-H19 aluminum wire, which is used for electrical purposes.
Cable is the most economical uncoated overhead conductor due to its lower weight. Offers easier handling during installation and the use of simpler accessories. The cable is resistant to corrosion due to its homogeneous construction.
Estándar de Cable Conductor AAC Zinnia 500MCM
ASTM B-230: 1350-H19 Aluminum Wire for Electrical Purposes
ASTM B-231: Aluminum Conductors 1350 Concentric Layer Braids
Datos técnicos Cable Conductor AAC Zinnia 500MCM
| Key name | Total area | Wiring and wire diameter | Approximate overall diameter | linear mass | Rated breaking load | Maximum resistance to 20 ℃ | |
| AWG or MCM | mm2 | mm | mm | Kg/km | andN | Oh/km | |
| Zinnia | 500 | 253.35 | 19/4.12 | 20.60 | 698 | 3888 | 0.1138 |
AAC Conductor Cable Applications
AAC Zinnia 500MCM está compuesto por alambres de aluminio trenzados concéntricos desnudos con un alambre de aluminio central recto y redondo rodeado por una o más capas de alambres de aluminio dispuestos helicoidalmente.
Power transmission and distribution: services in power transmission and distribution systems and suitable for the supply of high voltage transmission lines, distribution networks and large industrial and commercial facilities.
Rural and remote power systems: It is important for rural and remote power systems due to its lower cost and good power transmission performance.
Industrial and commercial applications: It also keeps capacitors and commercial components stable in various complex environments and conditions.
In summary, AAC Zinnia 500MCM es una solución avanzada para líneas eléctricas aéreas, offering excellent mechanical and electrical characteristics, as well as high corrosion resistance. Its innovative design and advanced specifications make it a safe and durable option for transporting energy in electrical systems..