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Overhead Insulated Cable

Low Voltage Aerial Bundled Cable

AS/NZS 3560.1 0.6/1kV Low Voltage Aerial Bundled Cable AL XLPE/PE

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Product Details

Product parameter

Application

The AS/NZS 3560.1 standard Low Voltage Aerial Bundled Cable is in temporary power distribution to street lighting and secondary pole-pole service cables. ABC Aerial Bundled Cable feature light-stranded aluminium conductors, both single-core and multi-core, covered with XLPE/PE/PVC insulation. They are commonly used in temporary power installations such as on-base buildings.

Performance

Electrical performance:
0.6/1kV

Chemical performance:
chemical, UV&oil resistance

Terminal performance:
maximum service temperature: 90℃; maximum short-circuit temperature: 250℃(max.5s); minimum service temperature:-40℃

Construction

Concentric strands or compact aluminum conductor, polyethylene or crosslinked polyethylene insulation.

Phase conductor:
circular stranded, rounded, compact aluminum conductor

Phase Core Identification:
colour strip, rib or number

Neutral/Messenger conductor:
circular stranded, rounded, compact aluminum conductor

Insulation:
black polyethylene(PE) or crosslinked polyethylene(XLPE)

ASNZS 3560.1 0.61kV Low Voltage Aerial Bundled Cable AL XLPEPE (2)

1. Conductor

2. Insulation

Cable Marking and Packing Materials

Cable Marking:
printing, embossing, engraving

Packing Materials:
wooden drum, steel drum, steel-wooden drum

Specifications

- AS/NZS 3560.1 standard low voltage ABC Cable

AS/NZS 3560.1 Standard Low Voltage Aerial Bundled Cable Specs Physical Performance Parameters

Nominal Section Area	Nominal Diameter of Conductor	Nominal Thickness of Insulation	Nominal Diameter of Insulation	Nominal Diameter Over Laid-up Cores	Nominal Linear Mass
mm²	mm	mm	mm	mm	kg/km
2 cores
16	4.7	1.3	7.4	14.8	130
25	5.9	1.3	8.6	17.2	190
35	6.9	1.3	9.6	19.3	250
50	8.1	1.5	11.2	22.3	340
95	11.4	1.7	14.9	29.8	640
3 cores
25	5.9	1.3	8.6	18.5	290
35	6.9	1.3	9.6	20.8	370
50	8.1	1.5	11.2	24.1	510
4 cores
16	4.7	1.3	7.4	17.8	270
25	5.9	1.3	8.6	20.8	390
35	6.9	1.3	9.6	23.2	500
50	8.1	1.5	11.2	27.0	670
70	9.7	1.5	12.8	30.8	930
95	11.4	1.7	14.9	36.0	1280
120	12.8	1.7	16.3	39.3	1570
150	14.2	1.7	17.7	42.8	1890

Mechanical Performance Parameters

Nominal Section Area	Min.Bending Radius		Rec. Tension		Min.Breaking Load of Cable	Modulus of Elasticity	Coefficient of Linear Expansion
Nominal Section Area	Single Core	Complete cable	Highest Tension Everyday	Max. Working Tension	Min.Breaking Load of Cable	Modulus of Elasticity	Coefficient of Linear Expansion
mm²	mm	mm	kN	kN	kN	GPa	x 10^–6/°C
2 cores
16	30	90	0.79	1.23	4.4	59	23.0
25	35	100	1.26	1.96	7.0	59	23.0
35	60	120	1.76	2.74	9.8	59	23.0
50	65	130	2.52	3.92	14.0	59	23.0
95	90	270	4.79	7.45	26.6	59	23.0
3 cores
25	35	110	1.89	2.94	10.5	59	23.0
35	60	120	2.65	4.12	14.7	59	23.0
50	65	140	3.78	5.88	21.0	59	23.0
4 cores
16	30	110	1.58	2.46	8.8	59	23.0
25	35	120	2.52	3.92	14.0	59	23.0
35	60	140	3.53	5.49	19.6	59	23.0
50	65	160	5.04	7.84	28.0	59	23.0
70	75	280	7.06	11.0	39.2	56	23.0
95	90	320	9.58	14.9	53.2	56	23.0
120	100	350	12.1	18.8	67.2	56	23.0
150	110	390	15.1	23.5	84.0	56	23.0

Electrical Performance Parameters

Nominal Section Area	D.C.Resistance at 20°C	A.C.Resistance. at 50Hz 80°C	Inductive reactance at 50Hz	Voltage Drop at 50Hz 80°C	Continuous Current Carrying Capacity			Fault Current Rating for 1s
Nominal Section Area	D.C.Resistance at 20°C	A.C.Resistance. at 50Hz 80°C	Inductive reactance at 50Hz	Voltage Drop at 50Hz 80°C	still air	1s/m wind	2s/m wind	Fault Current Rating for 1s
mm²-	Ω/km	Ω/km	Ω/km	mV/A.m	A	A	A	kA
2 cores
16	1.91	2.37	0.094	4.75	49	78	91	1.4
25	1.20	1.49	0.089	2.99	64	105	120	2.2
35	0.868	1.08	0.086	2.16	78	125	145	3.1
50	0.641	0.796	0.086	1.60	94	150	180	4.1
95	0.320	0.398	0.080	0.812	140	230	275	8.3
3 cores
25	1.20	1.49	0.089	2.99	59	97	115	2.2
35	0.868	1.08	0.086	2.16	72	120	135	3.1
50	0.641	0.796	0.086	1.60	88	140	165	4.1
4 cores
16	1.91	2.37	0.10	4.11	44	74	86	1.4
25	1.20	1.49	0.097	2.59	59	97	115	2.2
35	0.868	1.08	0.094	1.87	72	120	135	3.1
50	0.641	0.796	0.093	1.39	88	140	165	4.1
70	0.443	0.551	0.088	0.966	110	175	205	6.0
95	0.320	0.398	0.087	0.706	135	215	255	8.3
120	0.253	0.315	0.085	0.566	155	250	300	10.5
150	0.206	0.257	0.084	0.468	180	280	345	12.9

Note:
Voltage drops are single-phase for 2 & 3 core cables and three-phase for 4 core cables.
Continuous current ratings are based on an ambient temperature of 40°C, maximum conductor temperature of 80°C and solar radiation intensity of 1000W/m2. Ratings for 2 & 3 core cables are based on all cores fully loaded. Ratings for 4 core cables are based on a lightly loaded neutral. Fault current ratings are based on initial and final conductor temperatures of 80°C and 210°C respectively.
An improved performance grade of XLPE (X-FP-90) designed to provide improved circuit integrity when subjected to the heat radiation effects of a bush fire or overload conditions is available as an option.