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ACSR Aluminium Transmission Conductor Steel Reinforced ASTM B232

AAC,AAAC,ACSR, ACAR conductor have been widely used in power transmission lines with various voltage levels,because they have such good characteristics as simple structure,convenient installation and maintenance,low cost large transmission capacity.And they are also suitable for laying across rivers and valleys where special geographical features exist.


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Product description

Product Applications

AAC,AAAC,ACSR, ACAR conductor have been widely used in power transmission lines with various voltage levels,because they have such good characteristics as simple structure,convenient installation and maintenance,low cost large transmission capacity.And they are also suitable for laying across rivers and valleys where special geographical features exist.

Product Specification

(1) all aluminium conductor (AAC)

(2) all aluminimum alloy conductor(AAAC)

(3) aluminum conductor steel reinforced (ACSR)

(4) anti-corrosion type ACSR

(5) aluminimum conductor aluminimum clad steel reinforced(ACSR/AW)

(6)aluminimum conductor aluminimum alloy reinforced(ACAR)

Product Standard

We can supply this conductor according to different recognized standards, such as IEC61089, BS215, BS EN 50182: 2001, STM B231, CSA C49, DIN480201, JIS C3109, customer special specification also can be satisfied.

ACSR or ACSR cable or ACSR conductor used for Overhead electrical distribution and transmission lines for distributing power.

(AAAC) Conductor as per ASTM-B-399-1992

(AAAC) Conductor as per BS-3242-1970

(AAAC) Conductor IS: 398-IV-1994

(ACSR) as per ASTM-B-233-1992

(AAC) as per BS-215-1-1970

(AAC) as per IS-398-1: 1976

(AAC) as per ASTM-B-231-1990

(ACSR) as per IS: 398-II: 1976 & IS: 398-V: 1992

(ACSR) BS-215-II-1970

(AACSR) as per IEC-1089-1191

AAC(All aluminum conductor) are suited for overhead power line.

 

Notes:

Resistance is calculated using ASTM standard increments of stranding and metal conductivity of 61.2% IACS for EC (1350) and 8% IACS for steel. AC (60Hz) resistance includes current dependent hysteresis loss factor for 1 and 3 layer constructions.

Current ratings are based on 75℃ conductor temperature, 25℃ ambient, 2ft/s wind, 96/watts/sq. Ft sun, 0.5 coefficients of emissivity and absorption.

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