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Low voltage Power cables

AS NZS Standard LV Cables

AS/NZS 5000.1 CU XLPE SWA PVC

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Product Details

Product parametri

Applicationem

AS/NZS 500,1 XLPE vexillum insulatum funem pro viribus adhibetur, submanat et circumivit distributio potentiae inclusis in aquaeductu, directae vel in ductus subterraneis structuris et plantis industrialibus ubi non obnoxii damno mechanico sunt. Etiam praesto sunt cum nucleo terrae reducto.

Euismod

U0 electrica perficientur:
0.6/1kV

Operatio chemica:
chemica, UV&olei resistentia

Mechanica perficiendi:
minimum flexionis radii: XV x altiore diametri

Terminatio perficientur:
-Maximum ministerium temperatum: 90℃
-Maximum breve spatium temperatus: 250℃(Max.5s)
-Minimum ministerium temperatus: -10℃

Construction

Conductor:
Patet cuprum annealed

Insulatio:
XLPE (polyethylene crucis coniunctum)

Exterior Vagina:
PVC 5V-90 (Polyvinyl chloride)

Lepidium sativum
- Tres coros: rubra, alba, caerulea
- Tres nuclei+terrae: rubri, albi, caerulei, viridis/flavi
- Quattuor coros: rubra, alba, caerulea, nigra
- Quattuor coros + Terrae: rubri, albi, caerulei, nigri, viridis/flavi

Vagina Coloris:
nigreos

AS-NZS Latin-Cu-XLPE-SWA-PVC-TERRA POTESTAS-CABLIS-(2).

Cable Vestigium et sarcina Materials

Cable Vestigium:
impressio, impressio, sculptura

Materias stipare:
lignea tympanum, chalybe orum, chalybe-ligneus

Specifications

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

AS/NZS 5000.1 XLPE Cables Specification Physica euismod Parameters

No.of Cores	Nominal Section Area	No./mm filorum Stranding in Conductor	Nominal Crassitudo Insulation	Nominal Section Area of Terra Conductor	Nominal Insulation Crassitudo Terrae Conductor	Nominal Crassitudo Vagina	Nominal Super Diameter	Nominal Pondus
-	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

Electrica euismod laoreet condimentum

Nominal Section Area	Current Rating			Max.DC Resistentia ad 20℃	Max.AC resistentia ad 90℃	Reactance	III Phase intentione Iacta ad 90℃
Nominal Section Area	in aere	per buried protinus	sepultus in duct	Max.DC Resistentia ad 20℃	Max.AC resistentia ad 90℃	Reactance	III Phase intentione Iacta ad 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	0.0078	1.61
35	135	170	135	0.524	0.669	0.0078	1.17
50	170	205	160	0.387	0.494	0.0078	0.868
70	215	250	200	0.268	0.343	0.0078	0.609
95	265	300	240	0.193	0.248	0.093	0.450
120	305	345	275	0.153	0.197	0.0156	0.366
150	350	385	310	0.124	0.160	0.018	0.307
185	405	435	355	0.0991	0.129	0.018	0.259
240	480	500	420	0.093	0.0998	0.0078	0.216