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AS NZS Standard LV Cables

AS/NZS 5000.1 CU XLPE SWA PVC Earth Armoured Power Cable

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Product Details

Product parameter

Application

AS/NZS 5000.1 standard XLPE insulated power cable is used for mains,submains and subcircuit power distribution including those enclosed in conduit,buried direct or in underground ducts for buildings and industrial plants where not subject to mechanical damage.Also available with reduced earth core.

Performance

Electrical performance U0/U:
0.6/1kV

Chemical performance:
chemical, UV&oil resistance

Mechanical performance:
minimum bending radius:15 x overall diameter

Terminal performance:
-Maximum service temperature: 90℃
-Maximum short-circuit temperature: 250℃(Max.5s)
-Minimum service temperature: -10℃

Construction

Conductor:
Plain annealed copper

Insulation:
XLPE (cross-linked polyethylene)

Outer Sheath:
PVC 5V-90(Polyvinyl chloride)

Core Identification
- Three cores: red,white ,blue
- Three cores+Earth:red,white,blue,green/yellow
- Four cores: red,white,blue,black
- Four cores+ Earth:red,white,blue,black,green/yellow

Sheath Colour:
black

AS-NZS-Standard-Cu-XLPE-SWA-PVC-Earth-Armoured-power-cableb-(2)

Cable Marking and Packing Materials

Cable Marking:
printing, embossing ,engraving

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

Specifications

-AS/NZS 5000.1, AS/NZS 3008, AS/NZS 1125, SAA-173128-EA

AS/NZS 5000.1 XLPE Cables Specification Physical Performance Parameters

No.of Cores	Nominal Section Area	No./mm of Stranding Wires in Conductor	Nominal Thickness of Insulation	Nominal Section Area of Earth Conductor	Nominal Insulation Thickness of Earth Conductor	Nominal Thickness of Sheath	Nominal Overall Diameter	Nominal Weight
-	mm²	mm	mm	mm²	mm	mm	mm	kg/km
3	10	7/1.35	0.7	-	-	1.4	15.3	435
3	16	7/1.70	0.7	-	-	1.4	17.6	625
3	25	7/2.14	0.9	-	-	1.4	21.5	950
3+1	10	7/1.35	0.7	4	0.7	1.4	16.0	475
3+1	16	7/1.70	0.7	6	0.7	1.4	18.3	690
3+1	25	7/2.14	0.9	6	0.7	1.4	21.8	1020
3+1	35	7/2.65	0.9	10	0.7	1.4	26.9	1400
3+1	50	19/1.89	1.0	16	0.7	1.4	30.7	1900
3+1	70	19/2.24	1.1	25	0.9	1.4	35.9	2600
3+1	95	19/2.65	1.1	25	0.9	1.5	38.0	3050
3+1	120	19/2.94	1.2	35	0.9	1.6	41.8	4200
3+1	150	19/3.28	1.4	50	1.0	1.7	43.0	5250
3+1	185	37/2.65	1.6	70	1.1	1.8	48.4	6620
3+1	240	37/2.94	1.7	95	1.1	2.0	54.5	8720
4	10	7/1.35	0.7	-	-	1.4	16.7	550
4	16	7/1.70	0.7	-	-	1.4	19.2	800
4	25	7/2.14	0.9	-	-	1.4	23.6	1250
4+E	10	7/1.35	0.7	4	0.7	1.4	16.0	475
4+E	16	7/1.70	0.7	6	0.7	1.4	18.3	690
4+E	25	7/2.14	0.9	6	0.7	1.4	21.8	1020
4+E	35	7/2.65	0.9	10	0.7	1.4	26.9	1400
4+E	50	19/1.89	1.0	16	0.7	1.4	30.7	1900
4+E	70	19/2.24	1.1	25	1.1	1.4	35.9	2600
4+E	95	19/2.65	1.1	25	0.9	1.5	38.0	3050
4+E	120	19/2.94	1.2	35	0.9	1.6	41.8	4200
4+E	150	19/3.28	1.4	50	0.9	1.7	43.0	5250
4+E	185	37/2.65	1.6	70	1.0	1.8	48.4	6620
4+E	240	37/2.94	1.7	95	1.1	2.0	54.5	8720

Electrical Performance Parameters

Nominal Section Area	Current Rating			Max.D.C. Resistance at 20℃	Max.A.C. Resistance at 90℃	Reactance	3 Phase Voltage Drop at 90℃
Nominal Section Area	in air	buried directly	buried in duct	Max.D.C. Resistance at 20℃	Max.A.C. Resistance at 90℃	Reactance	3 Phase Voltage Drop at 90℃
mm²	A	A	A	Ω/km	Ω/km	Ω/km	mV/A
10	68	91	68	1.83	2.33	00840	4.05
16	83	110	83	1.15	1.47	0.0805	2.55
25	110	145	110	0.727	0.927	0.0808	1.61
35	135	170	135	0.524	0.669	0.0786	1.17
50	170	205	160	0.387	0.494	0.0751	0.868
70	215	250	200	0.268	0.343	0.0741	0.609
95	265	300	240	0.193	0.248	0.0725	0.450
120	305	345	275	0.153	0.197	0.0713	0.366
150	350	385	310	0.124	0.160	0.0718	0.307
185	405	435	355	0.0991	0.129	0.0720	0.259
240	480	500	420	0.0754	0.0998	0.0709	0.216