1000 MCM Stranded Aluminum Conductor 15KV URD, 133%, 1/3 Neutral

1000 MCM Stranded Aluminum Conductor 15KV URD, 133%, 1/3 Neutral

Cut to length - sold by the foot. Enter the desired footage in the QTY box.

Applications:
Aluminum Conductor 15KV URD cable is primary used for underground distribution, in direct burial or installed in conduit. 15KV URD cable is suitable for use in wet or dry locations. URD cable is to be used at 15,000 volts or less and not to exceed 90°C temperature in normal use.

Conductor:
Aluminum Conductor 15KV URD cable has a solid or compressed concentric strand soft drawn 1350 series aluminum conductor per ASTM.

Conductor Shield:
Aluminum Conductor 15KV URD cable has an extruded thermoset semiconducting shield, which is free stripping from the conductor and bonded to the insulation.

Insulation:
Aluminum Conductor 15KV URD cable has naturally high dielectric strength TR-XLPE insulation. There is also extruded thermoset semiconducting insulation shield. Optional EPR insulation is available upon request.

Metalic Shield:
Aluminum Conductor 15KV URD cable has a concentric neutral shield consisting of solid bare copper wires helically applied and uniformly spaced over the insulation shield.

Jacket:
Aluminum Conductor 15KV URD cable has a black jacket of linear lows density polyethylene (LLDPE), which is sunlight, abrasion and heat resistant. The jacket has 3 red stripes, the NESC lightning bolt and sequential footage markings.

Standards:
ASTM B-3, B-8, B230, B-231, B-609 AEIC CS-8 ICEA S-94-649 ICEA T-31-610 ICEA T-34-664 For 90°C continuous, 130°C emergency and 250°C short-circuit operation

Specifications*:

Size: 1000 MCM
Insulation Thickness: 220 mils
Concentric Neutral: 20-# 10
Conductor Diameter: 1.124 inches
Insulation Diameter: 1.63 inches
Insulation Shield Diameter: 1.74 inches
Jacket Diameter: 2.12 inches
Cable Weight: 2.626 lbs per ft
Ampacity: 90°C in Duct =  529 amps - 90°C Direct Burial =  549 amps

*Data provided on this page is subject to change based on different manufacturers variances.