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AL/PVC/PVC DIN VDE 0276 0.6/1 kV NAYCWY Cable AL/PVC/CWS/PVC

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Product Details

Product parametri

Applicationem

NAYCWY funis in domesticis, in funibus stadiis, foris et in terra defossis, in stationibus potentiae, industrialibus et switchgear, et in retia urbana copiarum, ubi damnum mechanicum abhorret.

Meaning of Abbreviations

NA = Aluminium conductor
Y = PVC velit
C= Concentrici Conductor
W = unda-similis
Y = PVC vaginam

Conductor abbreviations "re", "rm", "se", "sm":
r = conductor undique forma;
s = conductor sectorial forma;
conductor e = una-filum;
conductor filum m = multi-;

Euismod

Voltage Rating:
Uo/U (Um) 0.6/1 (1.2)kV

Test Voltage:
4kV

Temperature Rating:
Operans: -35°C ad +70°C

Minimum pono temperies:
-5ºC

Maximum ambitum brevem temperatura pro 5 sec:
+160ºC

Maximum Brevis Circuit Temperature:
+250°C (max 5 seconds)

Radius Bend minimum:
Unius core: 15 x altiore diametro
Multi core: 12 x altiore diametro

Ignis euismod:
Flamma retardat secundum IEC 60332-1-2

Construction

Conductor:
classis 1: solidum, rotundum (SR), classis 2: multi filum subductis, rotundis (RM) vel sector (SM)

Insulatio:
PVC (Polyvinyl Chloride)

Conductor Concentricus:
in strato interiore limae spiraliter involuta fila cuprea, in strato aeneo externo involutus contra-helix

Lectisternia:
extruditur elastomer vel compositis vel involvit thermoplastic tapes

Vagina:
PVC (Polyvinyl Chloride)

Lepidium sativum
2 core: Blue Brown
III core: Brown Black Grey
IV core: Blue Brown Black Grey

Vaginae Coloris:
nigreos

1.Aluminium Conductor
2.PVC Insulation
3.Bedding

4.Concentric Conductor
5.PVC Vagina

Cable Vestigium et sarcina Materials

Cable Vestigium:
impressio, impressio, engraving

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

Specifications

VDE 0276-603, VDE 0276-627, HD 603 S1, HD 627 S1, IEC 60502-1

0.6/1kV NAYCWY cable Specifications

neque.de metretas x nom.transire sectionem	max. conductor resistentia	current rating in terra	current rating in aere	exterius diametri	Al- numerus	Cu- numerus	total pondus
mm²	Ohm/km	A	A	appr.mm	appr.kg/km	appr.kg/km	appr.kg/km
1×120 RM/35	0,253	389	302	25,0	348	240	1.07
3×120 SE/120	0,253	246	220	39,5	1044	800	2.67
3×120 SM/120	0,253	246	220	41,0	1044	800	2.67
4×120 SE/70	0,253	246	220	42,5	1392	780	3.87
4×120 SM/70	0,253	246	220	45,0	1392	780	3.87
1×150 RM/35	0,206	436	345	26,5	435	240	1.23
3×150 SE/150	0,206	276	249	43,0	1305	1000	3.23
3×150 SM/150	0,206	276	249	45,5	1305	1000	3.23
4×150 SE/70	0,206	276	249	46,5	1740	780	4.03
4×150 SM/70	0,206	276	249	50,0	1740	780	4.03
1×185 RM/35	0,164	496	401	29,0	537	240	1.41
3×185 SE/185	0,164	313	287	47,5	1610	1230	4.02
3×185 SM/185	0,164	313	287	50,5	1610	1230	4.02
4×185 SE/95	0,164	313	287	55,5	2146	1055	5.05
4×185 SM/95	0,164	313	287	57,0	2146	1055	5.05
1×240 RM/35	0,125	576	475	32,0	696	240	1.68
3×240 SE/240	0,125	362	339	52,5	2088	1585	5.35
3×240 SM/240	0,125	362	339	56,0	2088	1585	5.305
4×240 SE/120	0,125	362	339	60,0	2784	1330	6.2
4×240 SM/120	0,125	362	339	64,0	2784	1330	6.2
3×35 RE/35	0,868	123	101	28,0	305	240	1.17
3×35 SM/35	0,868	123	101	26,5	305	240	1.17
4×35 RE/16	0,868	123	101	27,0	406	182	1.27
4×35 SM/16	0,868	123	101	30,5	406	182	1.27
1×50 RM/16	0,641	230	166	19,5	145	182	620
3×50 SE/50	0,641	145	121	28,5	435	340	1.17
3×50 SM/25	0,641	145	121	29,0	435	340	1.285
4×50 SE/25	0,641	145	121	31,0	580	283	1.7
4×50 SM/25	0,641	145	121	35,0	580	283	1.7
3×70 SE/70	0,443	180	155	36,0	609	475	1.67
3×70 SM/70	0,443	180	155	35,0	609	475	1.67
4×70 SE/35	0,443	180	155	35,0	812	394	2.17
4×70 SM/35	0,443	180	155	38,5	812	394	2.17
3×95 SE/95	0,320	213	189	41,0	827	640	2.23
3×95 SM/50	0,320	213	189	38,1	827	560	2.136
4×95 SE/50	0,320	213	189	40,0	1102	560	2.79
4×95 SM/50	0,320	213	189	44,4	1102	560	2.79