BS 215-2 Aluminum Conductor Steel Reinforced
ACSR
Characteristics
-
Type
ACSR
-
Specifications
BS 215-2
-
Product brand
huatai special cable
Description
TECHNICAL DATA:
Type: ACSR
Specification: BS 215-2
CABLE STRUCTURE:
Aluminum wires are concentrically stranded about a steel core.
Wires: hard drawn aluminium as per BS 2627 designated H9.
Steel core: It consists of a steel wire , or seven more galvanized steel wires twisted together in concentric
layers.
APPLICATION:
This product is widely used for overhead power transmission and distribution line.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 valleys and the places where special geographical features exist.
ACSR(Characteristics of H9 conductors)
Other products
Cable model specifications and structural parameters for AC charging piles
SS SSPS SF SSPF S90S90 S90S90PS90 S90F S90S90PF S90U S90S90PU S90UPUCable model specifications and structural parameters for DC charging
SS SSPS SF SSPF S90S90 S90S90PS90 S90F S90S90PF S90U S90S90PU S90UPU300/500V Single-core PVC Insulated ,non-sheathed cable
60227 IEC 05,60227 IEC 05(BV) ,BV, H05V-U,H05V-R300/500V Single-core PVC insulated ,non-sheathed cable with flexible conductor
60227 IEC 06,60227 IEC 06(RV) , H05V-K450/750V Single-core PVC insulated ,non-sheathed cable with flexible conductor
60227 IEC 02,60227 IEC 02(RV),H07V-K450/750V Single-core PVC insulated ,non-sheathed cable with rigid conductor
60227 IEC 01,60227 IEC 01(BV) , H07V-U,H07V-RTriplex Service Drop Cables with Rated Voltage 600 V or Lower
AAC/XLPE+AAC,AAC/XLPE+AAAC,AAC/XLPE+ACSR,AAC/XLPE+ACSR/AWSingle-core aerial insulated cables for rated voltage of 10kV
AAC/XLPE,AAC/HDPE,AAAC/XLPE ,AAAC/HDPEDuplex Service Drop Cables with Rated Voltage 600 V or Lower
AAC/XLPE+AAC,AAC/XLPE+AAAC,AAC/XLPE+ACSR,AAC/XLPE+ACSR/AWQuadruplex Service Drop Cables with Rated Voltage 600 V or Lower
AAC/XLPE+AAC,AAC/XLPE+AAAC,AAC/XLPE+ACSR,AAC/XLPE+ACSR/AW