3/0 AWG Tufts Aluminio XLPE URD solo cable Entierro Directo
What is 3/0 AWG Tufts Aluminio XLPE URD solo cable Entierro Directo？
3/0 AWG Tufts Aluminio XLPE URD solo cable Entierro Directo It is designed for secondary distribution circuits and can be installed both in ducts and directly buried. Supports a maximum operating temperature of 90 ° C in humid and dry conditions, and has a voltage rating of 600 volts. Besides, This cable can be offered optionally pre -installed in a duct.
Standard of 3/0 AWG Tufts Aluminio XLPE URD solo cable Entierro Directo
ASTM B-230: Standard Specification for 1350-H19 Aluminum Wire for Electrical Purposes
ASTM B-609: Standard Specification for Aluminum Round Wire 1350, annealed and intermediate tempering, for electrical purposes
ICEA S-105-692: Standard for Underground Utility Distribution Cables with Single-Ply Thermostable Insulation 600 volts
RUSS ACCEPTED: Accepted by the Rural Public Services Service
Technical data 3/0 AWG Tufts Aluminio XLPE URD solo cable Entierro Directo
Phase conductor insulation thickness: 80 ml.
AWG Size: 3/0
VARATORS: 17
Individual aluminum wire diameter (inches): 0,443
Full cable diameter (O.D.) (inches): 0,603
Weight per 1000 pies total (pounds): 215
Allowable ampacity 90C (amps): 250
Allowable ampacity in ducts (amps): 195
Cable applications
The direct burial cable (Underground Residential Distribution) single driver's aluminum has several specific applications, especially in the field of residential and commercial distribution.
Single -driver's aluminum burial URD cable applications:
Residential electrical distribution:
Used to bring electricity from the distribution transformer to residential homes or buildings.
Utility Connections:
Employed by public service companies to connect the main electricity network with customer properties.
It provides an efficient solution for the laying of underground cables in urban and rural areas.
Underground lighting systems:
Suitable for feeding lighting systems in parks, gardens and other public areas where underground facilities are preferred for aesthetic and security reasons.