Low Voltage ABC Cable

Details

Overview

Low Voltage Aerial Bundle Cables (ABC)

overhead cable is a special cable manufactured using a process similar to that of cross-linked cables. it is a new way of transmitting electricity between overhead conductors and underground cables. overhead cables are widely used in power transmission at home and abroad.It is ideal for use in urban areas with congested power distribution and narrow lanes and by-lanes. The flexible system is much easier than conventional overhead power lines to re-route when demanded by changes in urban development plans. And generally overhead insulated cables are high-voltage lines , so if they are very close to buildings, they must choose overhead insulated cables.Aerial Bundled Conductor cables can be used to replace bare conductor cables in overhead distribution systems.

ABC Cable Features

● Easy to install, which is the same as bare conductor.

● Born and covered and insulation layer, prevent electric short circuit and potential risk of fire caused by tree attachment.

● Only minimum of interference applied to the environment, landscape's appearance remains without damage.

● No blackout or outages concern when lines comes though trees, the transmission line maintenance work is easy.

● Less risk of a neutral-only break from tree or vehicle damage, increasing safety.

Types of Cable Construction

LV Overhead lines Aerial Bundled Cable (ABC cable）

Description: Overhead Cable,Aerial Bundled Conductor (ABC)Cables

Conductor: Class 2 Stranded Aluminum or Alloy Aluminum Conductor

Insulation: XLPE Insulation

Insulation Color: Black

Rated Voltage (Uo/U): 0.6/1KV

Physical Properties

Maximal operating conductor Temperature: up to 90℃(XLPE insulation)

Minimum Temperature for cable laying: -5℃（XLPE insulation)

Short Circuit Temperature(5 seconds maximum duration): 250℃（XLPE insulation)

Technical Data

NFC33 209(*if other standards are required, please contact with us)
Number of Cores xNominal Cross Section	Overal Diameter	Weight	Maximum Conductor Resistance	Minimum Breaking Load	Current Rating
No.xmm²	mm	Kg/Km	Ω/Km	KN	A
2x10 RM	12.8	93	3.080	1.5	38
4x10 RM	15.4	183	3.080	1.5	38
2x16 RM	14.8	129	1.910	2.3	72
2x16 RM+2x1.5 RE	14.8	176	1.910/12.100	2.3	72
4x16 RM	17.8	257	1.910	2.3	72
4x16 RM+2x1.5 RE	17.8	304	1.910/12.100	2.3	72
2x25 RM	18.0	202	1.200	3.8	107
2×25 RM+2x1.5 RE	18.0	249	1.200/12.100	3.8	107
4x25 RM	21.7	404	1.200	3.8	107
4x25 RM+2x1.5 RE	21.7	451	1.200/12.100	3.8	107
2x35 RM	20.8	269	0.868	5.2	132
2x35 RM+2x1.5 RE	20.8	316	0.868/12.100	5.2	132
4x35 RM	25.1	539	0.868	5.2	132
4x35 RM+2x1.5 RE	25.1	586	0.868/12.100	5.2	132
2x50 RM	23.4	352	0.641	7.6	165
2x50 RM+2x1.5 RE	23.4	399	0.641/12.100	7.6	165
54.6 RM+3x25 RM	21.7	507	0.630/1.200	3.8	107
54.6 RM+3x25 RM+1x16 RM	24.3	573	0.630/1.200/1.910	3.8/2.3	107/72
54.6 RM+3x25 RM+3x16 RM	31.1	705	0.630/1.200/1.910	3.8/2.3	107/72
54.6 RM+3x35 RM	25.1	615	0.630/0.868	5.2	132
54.6 RM+3x35 RM+2x16 RM	343	748	0.630/0.868/1.910	5.2/2.3	132/72
54.6 RM+3x35 RM+1x25 RM	28.1	714	0.630/0.868/1.200	5.2/3.8	132/107
54.6 RM+3x50 RM	28.2	741	0.630/0.641	7.6	165
54.6 RM+3x50 RM+2x16 RM	38.6	875	0.630/0.641/1.910	7.6/2.3	165/72
54.6 RM+3x50 RM+1x25 RM	31.6	841	0.630/0.641/1.200	7.6/3.8	165/107
54.6 RM+3x70 RM	33.0	950	0.630/0.443	10.2	205
54.6 RM+3x70 RM+2x16 RM	45.2	1083	0.630/0.443/1.910	10.2/2.3	205/72
54.6 RM+3x70 RM+1x25 RM	37.0	1048	0.630/0.443/1.200	10.23.8	205/107
54.6 RM+3x70 RM+3x25 RM	47.3	1250	0.630/0.443/1.200	10.2/3.8	205/107
54.6 RM+3x95 RM	37.4	1176	0.630/0.320	13.5	240
54.6RM+3x95RM+1x16RM	41.9	1243	0.630/0.320/1.910	13.5/23	240/72
RE: Round Single Wire RM: Round Multi Wire