ACSR Conductor 336.4 MCM Linnet - 7×3.5mm Strands with 1375kg Rated Strength for Overhead Power Lines
High-performance aluminum conductor steel reinforced cable designed for reliable overhead power transmission with superior strength and durability.
Our ACSR conductors meet international quality standards including:
- ASTM-B232: Standard specification for Concentric-Lay-Stranded Aluminum 1350 Conductors
- BS215-2: Aluminum conductors steel-reinforced for overhead power transmission
- DIN48204: Steel reinforced aluminum stranded conductors
- IEC209: Aluminum stranded conductor steel reinforced
We manufacture cables to various international standards including ASTM, BS, CSA, DIN, GB, and IEC specifications.
| Code | Size (AWG/MCM) | Number of Strands (mm) | Weight (kg/km) | Rated Strength (kg) |
|---|---|---|---|---|
| Rose | 4 | 7×1.96 | 58.3 | 399 |
| Iris | 2 | 7×2.47 | 92.7 | 611 |
| Pansy | 1 | 7×2.78 | 117 | 740 |
| Poppy | 1/0 | 7×3.12 | 147.5 | 897 |
| Aster | 2/0 | 7×3.5 | 186 | 1375 |
ACSR is a composite concentric-lay-stranded conductor featuring a galvanized steel strand or strands forming the central core. This core is surrounded by one or more layers of EC Grade Aluminum wires. The steel core may consist of a single strand or a concentric stranded cable of 7, 19, 37, or more wires, allowing for numerous combinations of aluminum and steel strands and layers.
ACSR conductors are widely used in power transmission lines across various voltage levels due to their excellent characteristics including simple structure, convenient installation and maintenance, low cost, and large transmission capacity. They are particularly suitable for challenging geographical conditions such as river crossings, valley spans, and areas with special terrain features.
- Maximum continuous operating temperature: 70°C
- Maximum stress at sag lowest point during rare climate conditions: ≤60% of short-time destructive power
- Connecting tube installation requires flush alignment and moisture-proof varnish application
- Arc downing stress must be uniform across all conductors during installation
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