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DIN VDE 0276 0.6/1 kV NAY2Y-J NAY2Y Cable AL/PVC/HDPE

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Product Details

Product parameter

Application

NAY2Y-J NAY2Y cable is intended for fixed installations in indoor, outdoor installations, in soil, water and concrete, if no rear mechanical damage is expected.
The NAY2Y power cable should only be installed by trained and qualified electrical engineering personnel.product design
According to recognized standards. Applicable installation regulations must always be observed.

Meaning of Abbreviations

NA= Aluminium conductor
Y= PVC insulation
2Y= HDPE sheath

Conductor abbreviations "re", "rm", "se", "sm":
r = round conductor form;
s = sectorial conductor form;
e = single-wire conductor;
m = multi-wire conductor;

Performance

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

Test Voltage:
4kV

Temperature Rating:
Operating temperature: -30℃ to +70℃, Maximum conductor temperature: 70℃

Maximum Short Circuit Temperature:
+160°C (max 5 seconds)

Minimum Bend Radius:
Single core: 15 x overall diameter
Multi core: 12 x overall diameter

Fire Performance:
Flame-retardant according IEC 60332-1-2

Construction

Conductor:
RE: Class 1 round solid aluminium
SE: Class 1 sector shaped solid aluminium
RM: Class 2 round stranded aluminium
SM: Class 2 sector shaped stranded aluminium

Insulation:
PVC (Polyvinyl Chloride)

Bedding:
PVC

Sheath:
HDPE (High-density polyethylene)

Core Identification
1 core: Black
3 core + earth: Green/Yellow Blue Brown
4 core: Green/Yellow Brown Black Grey
5 core: Green/Yellow Blue Brown Black Grey

Sheath Colour:
Black

1.Aluminium Conductor
2.PVC Insulation

3.PVC Bedding
4.HDPE Sheath

Cable Marking and Packing Materials

Cable Marking:
printing, embossing, engraving

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

Specifications

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

0.6/1kV NAY2Y Cable Specification

Number of cores, nominal cross cectional area	Conductor shape	Maximum resistance of conductor at 20⁰C	Overall diameter (approx.)	Rated current-carrying capacity in earth	Rated current-carrying capacity in air	Total net weight(approx.)
Number of cores, nominal cross cectional area	Conductor shape	Maximum resistance of conductor at 20⁰C	Overall diameter (approx.)	Rated current-carrying capacity in earth	Rated current-carrying capacity in air	Total net weight(approx.)	Number x mm²	Shape	Ω/km	mm	A	A	kg/km
1×16	RM	1.91	11.5	-	-	132
1×25	RM	1.2	12.8	160	110	162
1×35	RM	0.868	13.7	193	135	211
1×50	RM	0.641	15	230	166	255
1×70	RM	0.443	16.8	283	210	343
1×95	RM	0.32	18.8	340	259	468
1×120	RM	0.253	20	389	302	537
1×150	RM	0.206	21.9	436	345	638
1×185	RM	0.164	24.8	496	401	780
1×240	RM	0.125	27.8	578	479	989
1×300	RM	0.1	30.2	656	555	1233
1×400	RM	0.0778	33.8	756	653	1534
4×16	RM	1.91	22	-	-	602
4×25	RM	1.2	25.6	102	82	704
4×35	RM	0.868	29.8	123	100	832
4×35	SM	0.868	28	123	100	797
4×50	SM	0.641	31	144	119	1004
4×70	SM	0.443	35.7	179	152	1415
4×95	SM	0.32	39	215	186	1855
4×120	SM	0.253	43.8	245	216	2145
4×150	SM	0.206	46.8	275	246	2711
4×185	SM	0.164	50.8	313	285	3287
4×240	SM	0.125	55.8	364	338	4158
4×16+1.5	RM+RE	1.91/12.1	22	-	-	617
4×25+1.5	RM+RE	1.20/12.1	25.6	102	82	719
4×35+1.5	RM+RE	0.868/12.1	29.8	123	100	847
4×35+1.5	SM+RE	0.868/12.1	28	123	100	812
4×50+1.5	SM+RE	0.641/12.1	31	144	119	1019
4×70+1.5	SM+RE	0.443/12.1	35.7	179	152	1430
4×95+1.5	SM+RE	0.320/12.1	39	215	186	1875
4×120+1.5	SM+RE	0.253/12.1	43.8	245	216	2165
4×150+1.5	SM+RE	0.206/12.1	46.8	275	246	2731
4×185+1.5	SM+RE	0.164/12.1	50.8	313	285	3307
4×240+1.5	SM+RE	0.125/12.1	55.8	364	338	4178