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2XYRYfr-0/J A2XYRYfr-0/J

Uo/U  - 0.6/1 kV IEC 60502-1,Uo/U  - 0.6/1 kV IEC 60502-1
Application
These cables are designed for transfer and distribution of electrical power with nominal voltage U 0 / U 0 6/1 kV, frequency 50Hz and surroundings, which require non-proliferation of flames. 2XYRYfr and A2XYRYfr is used in power plants, industrial and switching installations, for street lighting, domestic power supply connections, in secondary distribution networks and other.
 
These cables are preferentially used for underground application as well as for interior installation in room and cableducts and for outdoor and applications, for indoor installations, where greater mechanical protection an protection against accidental contact is required if damaged.
Cable construction
Construction
According to IEC 60502-1
Conductor
 
 
solid or multi-strand Al or Cu wires
 
class 1 or 2 acc. IEC 60228
Insulation
XLPE COMPOUND
Color
Double core - light blue and brow or
yellow-green and black
3 - core - brown, black, grey
or yellow/green, light blue, brown
4 - core - light blue, brown, black, grey
or yellow/green, brown, black, grey
5 - core - light blue, brown, black, grey
black
or yellow/green, light blue, brown
black, grey
Multiple core - Black with numbered
pair in each cover
Inner sheath
PVC flame retardant, degree of flame
retardancy
Armour
galvanized iron wires
twisted concentrically
Sheath
PVC flame retardant, degree of flame
retardancy category A
Color
Black
Technical data
Conductor resistance at 20oC
According class 1 or 2 IEC 60228
Max. conductor temperature
90oC continuous operation
Overload temperature
130oC /100h/per year max./
Short circuit temperature
250o— /5 s max./
Nominal voltage Uo/U
0.6/1 kV
Highest system voltage
1.2 kV
Test voltage AC - 5 min.
between cores - 3.5 kV
between core and screen -3.5 ÍV
Bending radius, min.
- 15x D cable
Temperature of laying
no less than 0oC
Temperature of exploitation
-30 to 50oC
Flame retardancy
BDS IEC 332-3/82, Category A
 
Construction data 2XYRYfr, A2XRYfr 0.6/1 kV
Number of
cond. and
nominal cross
section
 
 
Cable
2XYRYfr
A2XYRYfr
insulation
sheath
diameter approx.
Mass of Cu approx.
Cable weight approx.
Mass of Al approx.
Cable weight
Nxmm2
mm
mm
mm
kg/km
kg
kg/km
 kg/km
2 x2.5 rm
0.7
1.8
14.1
46
421
14
388
2 x 2.4
 0.7
 1.8
 15.2
 75
500
863
23
56
 448
2 x 10 rm
0.7
1.8
18.9
188
729
2 x 16 rm
0.7
1.8
20.3
298
1050
90
840
2 x 25 rm
0.9
1.8
24.9
485
1584
140
1236
2 x 50 rm
2 x 95 rm
1.0
1.1
1.9
2.1
29.2
38.2
908
1822
2376
4058
269
539
1730
2762
3x 1.5 rm
0.7
1.8
16.5
43
596
13
566
3x2.5 rm
0.7
1.8
16.5
70
619
21
570
3x4 rm
3x6 rm
0.7
0.7
1.8
1.8
17.5
17.8
112
168
713
774
36
51
636
656
3 x 10 rm
0.7
1.8
19.8
282
987
85
788
3 x 16 rm
0.7
1.8
21.3
447
1234
135
919
3 x 25 rm
0.9
1.8
25.4
728
1878
210
1355
3 x 35 rm
0.9
1.8
27.8
1010
2320
290
1593
3 x 50 rm
3 x 70 sm
1.0
1.1
1.9
2.1
30.9
34.6
1363
1968
2901
3750
385
585
1914
2353
4 x2.5 rm
0.7
1.8
16.6
93
933
28
867
4 x4 rm
0.7
1.8
17.5
149
1060
46
956
4 x6 rm
4 x 10 rm
0.7
0.7
1.8
1.8
19.1
21.2
223
376
1248
1576
68
112
1091
1309
4 x 16 rm
0.7
 1.8
 23.6
595
2278
180
1859
4 x 25 rm
0.9
1.8
27.5
970
3059
270
2352
4 x 35 rm 4x50 sm
0.9
1,4
1.9
2.1
30.2
34.4
1346
1817
3701
3535
390
520
2736
2225
4x70 sm
1,4
2,1
38.9
2624
4701
760
2818
4x95 sm
1,6
2,1
43.0
3643
6017
1060
3408
4x120 sm 4x150 sm
1,6
1,8
2,2
2,4
47.5
51.8
4587
5660
7626
9144
1340
1650
4346
5094
4x185 sm
2
2,5
56.0
7082
10976
2100
5945
4x240 sm
2.2
2,6
62.3
9308
13861
2720
7207
7 x 1.5 rm
7 x 2.5 rm
0.7
0.7
1.8
1.8
17.0
18.2
96
160
960
1119
30
49
894
1007
12 x 1.5 rm
0.7
1.8
20.4
165
1294
51
1179
19 x 2.5 rm
0.7
1.8
25.6
435
2277
133
1972