AAC Camellia Conductor Application

Name: 1000 MCM Camellia AAC All Aluminum Stranded Conductor
SKU: 0

1000 MCM Camellia AAC Cable can be used in low and medium voltage overhead lines. It’s commonly used in urban areas because of its ability to carry significant voltages over short distances. The long-lasting, corrosion resistant qualities of aluminum make this conductor a popular choice for use in coastal areas as well as for use in the railway and subway industries. Shipyards and offshore construction sites benefit from the conductor’s durability.1000 MCM Camellia AAC Cable can be used for most overhead transmission duties when conductor strength is not a factor. The conductor can also be used for primary and secondary distribution applications.

AAC (all aluminum conductor) is the most economical bare overhead conductor due to its lighter weight. It offers easier handling during installation and use of simpler fittings. The wire is corrosion resistant due to its homogeneous construction.

STANDARD :

AAC Camellia Conductor Standard

-ASTM B-230: Aluminum 1350-H19 wire for electrical purposes.
- ASTM B 231: Concentric Lay Stranded Aluminum 1350 Conductors.

CONSTRUCTION :

AAC Camellia Conductor Construction

Aluminum alloy 1350 wires concentric lay stranded wrapped helically around a central wire. Each successive layer has six wires more than the previous underlying layer. Outer layer is right hand lay and reversed in successive layers.

PARAMETER :

Code name:	Camellia
Size AWG:	1000
Stranding:	61
Stranding Class:	A
Diameter Individual Wire Aluminum (Inches):	0.1280
Diameter Complete Cable (O.D.) (Inches):	1.152
Cross Sectional Area (Sq. Inches):	0.7854
Weight Per 1000ft Total (Lbs.):	938.7
Rated Breaking Strength (Lbs.):	17700
Resistance DC 20°C Per 1000ft:	0.0173
Resistance DC 75°C Per 1000ft:	0.0216
Allowable Ampacity 90C (Amps):	1011

1000 MCM Camellia AAC All Aluminum Stranded Conductor

AAC Camellia Conductor Application

AAC Camellia Conductor Standard

AAC Camellia Conductor Construction

Get in Touch