Categories
Home  »  Low voltage power cable with PVC insulation  »  NAYY-O; NAYY-J

NAYY-O; NAYY-J

Uo/U - 0.6/1 kV VDE 0276 part 603
Application
NAYY is used in power plants industrial and switching installations, in secondary distribution networks and other.These cables are preferentially used in outdoor applications, for indoor instalations, in the open air, underground and in water where mechanical damage is not anticipated.
Cable construction
Construction
According to VDE 0276 part 603
Conductor

 
solid or multi-strand Al wires class 1
or 2 acc. VDE 0295 (IEC 60228)
Insulation
PVC type DIV4 acc. VDE0207
Core identification 
 
according to VDE 0293
Inner sheath
filling compound
Sheath
PVC type DMV5 acc. VDE 0207
Color
black
Technical data
Conductor resistance at 20°C
According to VDE 0295 class 1 or 2 (IEC 60228)
Max. conductor temperature
+70°C
Max. short circuit temperature
+160°C, not more than 5 sec
Rated voltage Uo/U
0.6/1 kV
Test voltage
AC - 4 kV     50 Hz
Bending radius
-single core
-multi core
 
15 cable diameter
12 cable diameter
Flame test
VDE 0472 part 804 class B (IEC 332 part 1)
Color coding
Single core
Double core
-black or yellow/green
 -blue and brown or yellow-green
and black
3 - core
4 - core
5 - core
Multiple core
brown
black
grey
or
yel-
low/green
brown
blue
brown
black
grey
or
yellow/
green
black grey
grey
 
or
yellow/green blue
 
 
black grey
black with number mark
on cores
or
black with number mark
on cores and
yellow/green core in the
outer cover
Construction data NAYY o/j   0.6/1 kV
Number of wires and nominal cross sec­tion
Shape
Outer diameter of cable approx.
Al weight
Cable weight approx.
N.mm2
 
mm
kg/km
kg/km
1x25,0
re
12,2
70
190
1 x 35,0 re 13,1 97 229
1 x 50,0
re
14,5
131
288
1 x 50,0
rm
15,4
135
303
1 x 70,0
rm
17,1
195
385
1 x 95,0 rm 19,3 270  499
1 x 120,0
rm
20,8
341
589
1 x 150,0 rm 22,6 419  705 
1 x 185,0
rm
24,9
526
862
1 x 240,0
rm
27,7
690
1083
1 x 300,0
rm
30,6
863
1325
1 x 400,0
rm
34,0
1109
1657
1 x 500,0
rm
38,0
1461
2172
2 x 25,0 re 22,4 140  685
2 x 35,0
re
24,3
194
826
2 x 50,0
re
27,3
261
1049
2 x 35,0
rm
25,4
199
880
2 x 50,0
rm
29,1
269
1155
2 x 70,0
rm
33,1
390
1447
2   x 95,0 rm 37,9 539  1905 
3   x 25,0
re
23,7
210
768
3 x 35,0
re
25,8
291 
932 
3 x 50,0 sm 30,9 404 1294
3 x 50,0
sm
27,8
404
994
3 x 70,0
sm
31,2
584
1250
3 x 95,0
sm
35,8
809
1675
3 x 120,0
sm
38,0
1023
1964
3 x 150,0 sm 41,8 1257  2365 
3 x 185,0
sm
45,7
1579
2913
3 x 240,0
sm
51,1
2071
3693
3 x 50,0+25
re+re
30,5
462
1310
3 x 50,0+25
sm+rm
31,2
474
1158
3 x 70,0+35
sm+rm
36,0
684
1537
3 x 95,0+50 sm+rm  40,2 944  1971 
3x120,0+70
sm+rm
43,2
1218
2346
3 x 150,0+70
sm+rm
48,0
1452
2839
3 x 185,0+95
sm+rm
52,3
1848
3470
3x240,0+120  sm+rm  58,7 2412  4399 
3x300,0+150
sm+rm
64,3
3008
5321
Construction data NAYY o/j   0.6/1 kV
Number of wires and nominal cross sec­tion
Shape
Outer diameter of cable approx.
Al weight
Cable weight approx.
 N.mm2
 
mm
kg/km
kg/km
4 x 25,0
re
25,8
281
912
4 x 35,0 re 28,2 388 1111 
4 x 50,0
sm
31,2
539
1265
4 x 70,0
sm
36,0
779
1658
4 x 95,0
sm
40,2
1079
2139
4 x120,0  sm 43,2 1364  2524 
4 x 150,0
sm
48,0
1676
3123
4 x185,0  sm 53,7 2105  4002 
4 x 240,0
sm
58,7
2762
4848
4 x 300,0
sm
64,3
3452
5882
5 x 25,0
re
28,1
351
1072
5 x 35,0
re
30,9
485
1326
5 x 50,0
re
35,7
653
1771
5 x 25,0 rm 30,4 360 1183 
5 x 35,0
rm
33,0
497
1456
5 x 50,0
rm
38,1
673
1919
5 x 70,0
rm
43,3
974
2452
5 x 95,0
rm
49,8
1349
3257