Transmission and Distribution Cables Bare Aluminum AAAC 6201 Alloy

Our factory produce bare conductor according GB, IEC, BS, ASTM, etc. Besides, we have the capacity to design and produce all kinds of wires and cables according to your special requirements(supplying OEM Service).

AAC All Aluminium Conductors

All-aluminium conductors are the most favored type for use in the construction of relatively short span distribution schemes and are in common use on lines for voltage up to 60 KV. Another frequent application for all-aluminium conductor is in flexible busbar connections. Although aluminium-to-copper connections can be made, it is better to use aluminium conductors for service connections, as various forms of covered cable being available for this purpose. The data sheets show the most common sizes of conductors but other sizes, to any
Recognized standards or customer specification can also be supplied. AAC insulated with XLPE or PVC can be supplied as per the customers’ requirement.

Aluminium Conductor Steel Reinforced

The mixed construction of ACSR makes it a very flexible medium from a design point of view. By varying the relative proportions of aluminium and steel the ideal conductor for any particular application can be produced. Generally, ACSR consists of a galvanized steel core of 1 wire, 7 wires or 19 wires surrounded
By concentric layers of aluminium wire. When a conductor with a high current carrying capacity and comparatively low strength is required, special constructions are available with a high aluminium content.

All Aluminium Alloy Conductors

This section deals with heat-treatable magnesium silicon type aluminium alloys to BS EN 50182, the electrical and mechanical properties of which all fall within the values suggested by Publication 104 of the international Electro technical Commission. Conductors to all other recognized specifications can also be supplied. The alloys referred to have higher strength but lower conductivity than pure aluminium. Being lighter, alloy conductors can sometimes be used to advantage in place of the more conventional ACSR;
Having lower breaking loads than the latter, their use becomes particularly favorable when ice and win loadings are low.