Office address:
Electric Wire & Cable
Flexible Wire
29.91 AED
Nexus Cable Catalogue
+97145707501
info@nexustrd.com
Warranty : You're in luck! Our wires and cables comes with an impressive 10-year Warranty for the copper and a solid 3-year warranty for the sheath. That's long-lasting peace of mind! 🌟🔌
Certificates And Standards : INSO-IEC-ISO9001-CE-TUV
Description
Application
Flexible wire, also known as stranded wire, is a type of electrical wire that is made up of multiple smaller strands of wire twisted together. This design allows the wire to be more flexible and easier to bend compared to solid wire. It's commonly used in applications where flexibility is important, such as in electronic devices or for wiring in tight spaces. Flexible wires have a unique structure that allows them to be more bendable compared to solid wires. Instead of being a single solid piece, flexible wires are made up of multiple smaller strands of wire twisted together. This twisted design gives the wire its flexibility and allows it to easily bend and maneuver without breaking.
Installation
In conduit, insulated support, ducts... in covered an dry place.
Permissible current and voltage drop are given for conductor laid alone in insulating tube on a wall Temperature = 30°C. Permanent operation
If conditions are different, apply correction factors from NF C 15100 standard or other equivalent national standard.
Design
1. Conductor:
- Bare Copper
2. Insulation:
- PVC in Different Colors
Marking
Nexus Structure . Size . Standards. meter mark
Voltage Drop
Calculated with Cos phi = 0,8
STANDARDS
1. International:
- EN 50525231
- HD 21.3
- IEC 602271
2.National:
- NF C 32201/3
Nominal Cross Section
No. Of Stands x Diameter
Insulation Thickness
Mean overall Diameter / min
Mean overall Diameter / max
Weight
Max. Of conductor Resistance at 20oc
Current Capacity at 25oc
Min. Of conductor Resistance at 70oc
mm2
N x mm
mm
mm
mm
Kg/km
Ω/KM
A
MΩ/Km
0.50
1x0.97
0.6
2.1
2.5
11
24.5
10
0.012
0.75
1x1.13
0.6
2.2
2.7
14
18.1
12
0.011
1
1x1.13
0.6
2.2
2.7
14
18.1
12
0.011
1.5
30x0.25
0.70
2.8
3.4
21
1.3
16
0.011
2.5
50x0.25
0.80
3.4
4.1
32
7.98
21
0.009
4
56x0.30
0.80
3.9
4.8
48
4.95
28
0.007
6
84x0.30
0.80
4.4
5.3
68
3.3
36
0.006
10
80x0.40
1
5.7
6.8
115
1.91
49
0.0056
16
115x0.40
1
6.7
8.1
155
1.21
65
0.0046
25
179x0.40
1.20
8.4
10.2
240
0.78
85
0.0044
Nominal Cross Section
NO. of Strands x Diameter
Insulation Thickness
Mean Overall Diameter
Weight
Max. of Conductor Resistance at 20 c
Current Capacity at 25c
Minimum Insulation Resistance at 70c
Voltage
mm2
N x mm
mm
mm
Kg/km
Ω/KM
A
MΩ/Km
V
2x0.50
16x0.20
0.6
0.8
41
39
7
0.011
300/500
2x0.75
24x0.20
0.6
0.8
56
26
13
0.011
300/500
2x1
32x0.20
0.6
0.8
64
19.5
16
0.010
300/500
2x1.5
30x0.25
0.7
0.8
83
13.3
20
0.010
300/500
2x2.5
50x0.25
0.8
1.0
126
7.98
27
0.009
300/500
2x4
56x0.30
0.8
1.3
172
4.95
36
0.0076
450/750
2x6
84x0.30
0.8
1.3
340
3.3
44
0.0065
450/750
2x10
80x0.40
1.0
1.3
370
1.91
61
0.0063
450/750
2x16
126x0.40
1.0
1.3
510
1.21
82
0.0046
450/750
3x0.75
24x0.20
0.6
0.8
105
26
13
0.011
300/500
3x1
32x0.20
0.6
0.8
165
19.5
16
0.010
300/500
3x1.5
30x0.25
0.7
0.9
295
13.3
20
0.010
300/500
3x2.5
50x0.25
0.8
1.1
365
7.98
27
0.009
300/500
3x4
56x0.30
0.8
1.3
210
4.95
36
0.0076
450/750
3x6
84x0.30
0.8
1.3
310
3.3
44
0.0065
450/750
3x10
80x0.40
1.0
1.3
490
1.91
61
0.0063
450/750
3x16
115x0.40
1.0
1.3
710
1.21
82
0.0046
450/750
4x0.75
24x0.20
0.6
0.3
130
26
13
0.011
300/500
4x1
32x0.20
0.6
0.9
193
19.5
16
0.010
300/500
4x1.5
30x0.25
0.7
1
345
13.3
20
0.010
300/500
4x2.5
50x0.25
0.8
1.1
450
7.98
27
0.009
300/500
4x4
56x0.30
0.8
1.3
280
4.95
36
0.0076
450/750
4x6
84x0.30
0.8
1.3
375
3.3
44
0.0065
450/750
4x10
80x0.40
1.0
1.3
610
1.91
61
0.0063
450/750
4x16
115x0.40
1.0
1.3
850
1.21
82
0.0046
450/750
5x0.75
24x0.20
0.6
0.9
160
26
13
0.011
300/500
5x1
32x0.20
0.6
0.9
235
19.5
16
0.010
300/500
5x1.5
30x0.25
0.7
1.1
172
13.3
20
0.010
300/500
5x2.5
50x0.25
0.8
1.2
245
7.98
27
0.009
300/500
5x4
56x0.30
0.8
1.3
354
4.95
36
0.0076
450/750
5x6
84x0.30
0.8
1.3
470
3.3
44
0.0065
450/750
5x10
80x0.40
1.0
1.3
822
1.91
61
0.0063
450/750
5x16
115x0.40
1.0
1.8
--
1.21
82
0.0046
450/750
Type of Cable
Inner Conductor Diameter
Insulation Thickness
No. of Shield Braiding
Sheath Thickness
Mean Overall Diameter
Weight
Capacitance
Attenuation
Impedance
Test Voltage
--
N x mm
mm
N x mm
mm
mm
Kg/km
nf/km
db/km
Ω
V(rms)
RG59/U70
1x0.70
3.8
96x0.12
0.8
5.8-6.2
32
67±3
75
75±3
200
RG6/U CU
1x0.98
3.8
128x0.12
0.9
6-6.4
46
67±3
69
75±3
200
RG59/N7096
1x0.67
3.8
96x0.12
0.9
5.8-6.2
26-32
67±3
52
75±3
200
RG59/U80
1x0.81
3.8
96x0.12
0.9
5.8-6.2
30-34
67±3
75
75±3
200
Number of Pairs
Sheath Thickness
Overall Diameter
0.60 (Max. of conductor Resistance AT20c)
0.40 (Max. of conductor Resistance AT20c)
Insulation Resistance
Mutual Capacitance At 1000HZ
One conductor with all other 2.4kv(DC) (Dielectric Strength)
Between core to shield 5kv(DC) (Dielectric Strength)
Weight
N
mm
mm
Ω/KM
Ω/KM
GΩ/Km
nf/km
s
s
Kg/km
2
1
6
65
147
20
52±4
3
3
30
4
1
7.4
65
147
20
52±4
3
3
48
6
1
8.1
65
147
20
52±4
3
3
62
8
1
8.9
65
147
20
52±4
3
3
77
10
1
9.6
65
147
20
52±4
3
3
93
20
1.1
12.5
65
147
20
52±4
3
3
168
Number of Pairs
Sheath Thickness
Overall Diameter
0.60 (Max. of conductor Resistance AT20c)
0.40 (Max. of conductor Resistance AT20c)
Insulation Resistance
Mutual Capacitance At 1000HZ
One conductor with all other 2minute (Dielectric Strength)
Between core to shield 2minute (Dielectric Strength)
Weight
N
mm
mm
Ω/KM
Ω/KM
MΩ/Km
nf/km
(V)AC
(V)AC
Kg/km
2
0.8
5.8
65
147
500
100
500
500
35
4
0.8
7.1
65
147
500
100
500
500
56
6
1
8.5
65
147
500
100
500
500
82
8
1
9.4
65
147
500
100
500
500
100
10
1
10.1
65
147
500
100
500
500
118
20
1.1
12.4
65
147
500
100
500
500
200
Nominal Cross Section
Num. of Strands (Conductor)
Dia. Of Strands (Conductor)
Normal Value (Insulation Thickness)
Min. Value (Insulation Thickness)
Filler Thickness
Sheath Thickness
Overall Diameter
Weight
N x mm2
N
mm
mm
mm
mm
mm
mm
Kg/km
3x25+16
7/7
2.16/1.74
1.2/1
0.98/0.8
1
1.8
24.5
312
3x35+16
7/7
2.57/1.74
1.2/1
0.98/0.8
1
1.8
26.8
970
Nominal Cross Section
NO. of Strands x Diameter
Insulation Thickness
Min (Mean Overall Diameter)
Max (Mean Overall Diameter)
Sheath Thickness
Weight
Max. of Conductor Resistance at 25 c
Current Capacity at 25c
N x mm2
N x mm
mm
mm
mm
mm
Kg/km
Ω/KM
A
2x0.50
16x0.2
0.5
3x4.9
3.7x5.9
0.6
30
39
6
2x0.75
24x0.2
0.5
3.2x5.2
3.8x6.3
0.6
36
26
9
2x0.50
16x0.2
0.5
4.6
5.9
0.6
36
39
6
2x0.75
24x0.2
0.5
4.9
6.3
0.6
44
26
9
2x1
32x0.2
0.6
4.2
6.7
0.8
6.2
19.5
16
3x0.50
16x0.2
0.5
4.9
6.3
0.6
44
39
6
3x0.75
24x0.2
0.5
5.2
6.7
0.6
55
26
9
Nominal Cross Section
No. of Strands x Diameter
Insulation Thickness
Min (Mean Overall Diameter)
Max (Mean Overall Diameter)
Weight
Max. of Conductor Resistance at 25 c
Current Capacity at 25c
N x mm2
N x mm
mm
mm
mm
Kg/km
Ω/KM
A
2x0.50
24x0.16
0.8
24x4.9
3x5.9
21
39
6
2x0.75
37x0.16
0.8
3.1x6.3
3.8x6.3
27
26
9
2x1
32x0.20
0.8
----
----
32
19.5
16
2x1.5
30x0.25
0.8
----
----
42
13.3
20
2x2.5
50x0.25
0.8
----
----
61
7.98
27
Nominal Cross Section
NO. of Strands x Diameter
Insulation Thickness
Sheath Thickness
Mean Overall Diameter
Max. of Conductor Resistance at 20 c
Weight
Current Capacity at 25c
N x mm2
N x mm
mm
mm
mm
Ω/KM
Kg/km
A
2x0.75
1x0.97
0.6
0.9
6.1x4
24.5
43
10
2x1
1x1.13
0.6
0.9
6.5x4.1
18.1
53
16
2x1.5
1x1.38
0.7
0.9
7.4x4.6
12.1
68
20
2x2.5
1x178
0.8
0.9
8.6x5.2
7.41
98
27
2x4
1x2.25
0.8
1
10.3x6.2
4.61
142
36
2x6
1x2.76
0.8
1.1
11.6x7
3.08
196
47
3X0.75
1x0.97
0.6
0.9
8.3x4
24.5
62
10
3X1
1x1.13
0.6
0.9
8.8x4.1
18.1
73
16
3x1.5
1x1.38
0.7
0.9
10.1x4.6
12.1
98
20
3x2.5
1x1.78
0.8
0.9
11.9x5.2
7.41
144
27
3x4
1x2.25
0.8
1.1
14.7x6.4
4.61
209
36
3x6
1x2.76
0.8
1.1
16.4x7
3.08
285
47
3x10
1x3.57
1
1.2
20.6x8.5
1.83
447
65
Nominal Cross Section
No. of Strands x Diameter
Insulation Thickness
Min (Mean Overall Diameter)
Max (Mean Overall Diameter)
Weight
Max. of Conductor Resistance at 20 c
Current Capacity at 25c
Minimum Insulation Resistance at 70c
mm2
N x mm
mm
mm
mm
Kg/km
Ω/KM
A
MΩ/Km
0.50
1x0.80
0.60
1.9
2.3
8.5
36
6.5
0.015
0.75
1x0.99
0.60
2.1
2.5
11
24.5
10
0.012
1
1x1.13
0.60
2.2
2.7
14
18.1
12
0.011
1.5
1x1.38
0.70
2.6
3.2
20
12.1
16
0.011
2.5
1x1.78
0.80
2.7
3.3
31
7.41
21
0.010
4
1x2.25
0.80
3.3
3.9
46
4.61
28
0.0085
6
1x2.76
0.80
3.3
4
67
3.08
35
0.0070
10
1x3.57
1
3.6
4.4
110
1.83
48
0.0070
16
7x1.71
1
3.8
4.6
180
1.15
65
0.0050
25
7x2.14
1.20
4.1
5
278
0.727
88
0.0050
Nominal Cross Section
No. of Strands x Diameter
Insulation Thickness
Mica Tape Thickness
Sheathed Thickness
Overall Diameter
Weight
Max. Conductor Resistance at 25 c
mm2
N x mm
mm
mm
mm
mm
Kg/km
Ω/KM
2x1.5
30x0.25
0.7
0.13
1.2
9.8
98.86
13.3
2x2.5
50x0.25
0.8
0.13
1.2
11.1
130.4
7.98
2x4
56x0.30
0.8
0.13
1.3
12.45
177.4
4.95
2x6
84x0.30
0.8
0.13
1.4
13.8
231.6
3.3
3x1.5
30x0.25
0.7
0.13
1.2
10.3
124.6
13.3
3x2.5
50x0.25
0.8
0.13
1.2
11.7
168.6
7.98
3x4
56x0.30
0.8
0.13
1.4
13.5
239.6
4.95
3x6
84x0.30
0.8
0.13
1.5
14.75
315.8
3.3
4x1.5
30x0.25
0.7
0.13
1.2
11.14
152.8
13.3
4x2.5
50x0.25
0.8
0.13
1.4
13.1
221.3
7.98
4x4
56x0.30
0.8
0.13
1.4
14.5
299.5
4.95
4x6
84x0.30
0.8
0.13
1.5
16.1
397.5
3.3
Nominal Cross Section
No. of Strands x Diameter
Insulation Thickness
No. of Sheathed x Diameter
AL/PE Thickness
Sheathed Thickness
Weight
mm2
N x mm
mm
N x mm
micron
mm
Kg/km
2x0.50
16x0.20
0.60
48x0.12
20
1
81
2x0.75
24x0.20
0.60
48x0.12
25
1
93
2x1
32x0.20
0.60
48x0.16
25
1
108
2x1.5
30x0.25
0.70
48x0.16
25
1
135
2x2.5
50x0.25
0.80
56x0.16
30
1.3
204
2x4
56x0.30
0.80
64x0.16
35
1.3
260
2x6
84x0.30
0.80
64x0.16
50
1.3
326
3x0.50
16x0.20
0.60
48x0.12
25
1
90
3x0.75
24x0.20
0.60
48x0.12
25
1
104
3x1
32x0.20
0.60
48x0.16
25
1
121
3x1.5
30x0.25
0.70
48x0.16
30
1
154
3x2.5
50x0.25
0.80
56x0.16
35
1.3
234
3x4
56x0.30
0.80
64x0.16
50
1.3
304
3x6
84x0.30
0.80
72x0.16
50
1.3
397
Category 6, 4 Bonded-Pairs, 23 AWG Solid Bare Copper Conductors, U/UTP, PVC Jacket
Frequency
[MHz]
[MHz]
Max. Insertion Loss (Attenuation)
Min. NEXT
[dB]
[dB]
Min. PSNEXT
[dB]
[dB]
Min. ACR
[dB]
[dB]
Min. PSACR
[dB]
[dB]
Min. ACRF (ELFEXT)
[dB]
[dB]
Min. PSACRF (PSELFEXT)
[dB]
[dB]
Min. RL(Return Loss)
[dB]
[dB]
Max./Min. Input Impedance (unFitted)
[Ohm]
[Ohm]
Max./Min. Fitted Impedance [Ohm]
1
1.5 dB/100m
95
85.3
79
83.8
69.8
68.4
27.2
100 ± 15
4
2.4 dB/100m
88
78.4
78
76
62.9
61.8
23.6
100 ± 15
100 ± 12
8
3.2 dB/100m
82.5
77.8
76
68.9
59.9
58.9
26.9
100 ± 15
100 ± 10.4
10
4.8 dB/100m
79.2
70.3
71
66
56.5
54.8
29.8
100 ± 15
100 ± 8
16
6.5 dB/100m
75.9
68
69
61
59.5
53.6
31.2
100 ± 15
100 ± 7.3
20
7.6 dB/100m
71.6
64
62
57
64.3
53.7
36.2
100 ± 15
100 ± 5.7
25
8.3 dB/100m
68.3
62
61
54
55.7
48.7
37
100 ± 15
100 ± 5
31.25
8.7 dB/100m
65.3
59.7
51
51
47.8
47.2
31
100 ± 15
100 ± 5
62.5
13.5 dB/100m
60.7
56.5
50
42.5
45.5
39
33.8
100 ± 15
100 ± 5
100
18.9 dB/100m
57.3
51.8
43
35.6
37.4
36
32
100 ± 15
100 ± 5
155
19.9 dB/100m
54.5
51
39
30.9
39.9
33.2
25.2
100 ± 22
100 ± 5
200
25.3 dB/100m
54.2
50.5
35
28.6
29.1
27.8
28.9
100 ± 22
100 ± 5
250
28.4 dB/100m
51.1
48
28
21.17.3
28.2
27.4
24.9
100 ± 32
100 ± 5
300
31.7 dB/100m
49.7
46.5
22
14.4
27.4
24.7
26.6
100 ± 32
100 ± 5
350
34.2 dB/100m
47
44.1
25.93
22.9
22.7
100 ± 32
100 ± 5
400
41.5 dB/100m
45.3
43.3
24.81
21.8
19.5
100 ± 32
100 ± 5
450
44.3 dB/100m
44.5
42.5
23.72
20.7
19.2
100 ± 32
100 ± 5
500
47.1 dB/100m
43.8
41.8
22.82
19.8
19.0
100 ± 32
100 ± 5
550
49.7 dB/100m
43.2
41.2
22.04
19.0
18.8
100 ± 32
100 ± 5
600
52.3 dB/100m
42.6
40.6
21.25
18.2
18.7
100 ± 32
100 ± 5
650
54.8 dB/100m
42.1
40.1
20.54
17.5
18.5
100 ± 32
100 ± 5
Linear Lights
Code
Description
Kepper
Coloring
Product Picture
L.11
Inside the structure 1 line
The holder has 2 springs
White / Black
No items found.
L.12
Inside the structure 1 line
Holder on the back
White / Black
No items found.
L.13
Outside the structure 1 line
Holder on the back
White / Black
No items found.
L.14
Inside the structure / 90 degree corner 1 line
White / Black
No items found.
L.15
Outside the structure 1 line
White / Black
No items found.
L.16
Inside the structure 1 line
White / Black
No items found.
L30-Z
Out side the structure /90 degree corner/cornice 1 line
White / Black
No items found.
L.21
Inside the structure 2 line
The holder has 2 springs
White / Black
No items found.
L.22
outside the structure /Pendant 2 line
Holder on the back
White / Black
No items found.
L.31
Inside the structure 2 line
The holder has 2 springs
White / Black
No items found.
L.32
outside the structure /Pendant 2 line
Holder on the back
White / Black
No items found.
L.33
Inside the structure 2 line
White / Black
No items found.
L.34
Outside the structure 2 line
White / Black
No items found.
L.35
Inside the structure / Installation on the knauf Structure 2line
White / Black
No items found.
L.41
Inside the structure 2line / 3line
The holder has 1springs
White / Black
No items found.
L.42
Outside the structure / Pendant 2line / 3line
Holder on the back
White / Black
No items found.
L.43
Inside the structure 2line / 3line
The holder has 1springs
White / Black
No items found.
L.44
Outside the structure / Pendant 2line / 3line
Holder on the back
White / Black
No items found.
L.45
Inside the structure 2line / 3line
White / Black
No items found.
L.46
Outside the structure 2line / 3line
White / Black
No items found.
L.47
Inside the structure / Installation on the knauf structure 2line/ 3line
White / Black
No items found.
L.51
Inside the structure 2line/ 3line / 4line
The holder has 1springs
White / Black
No items found.
L.52
Outside the structure / Pendant 2line/ 3line / 4line
Holder on the back
White / Black
No items found.
L.54
Outside the structure / Pendant 2line/ 3line / 4line
Holder on the back
White / Black
No items found.
L.61
Inside the structure 2line/ 3line / 4line
The holder has 1springs
White / Black
No items found.
L.62
Outside the structure /Pendant 2line / 3line / 4line
Holder on the back
White / Black
No items found.
L.71
Inside the structure 2line / 3line / 4line / 5line
The holder has 1springs
White / Black
No items found.
L.72
Outside the structure /Pendant 2line / 3line / 4line / 5line
Holder on the back
White / Black
No items found.
L.81
Inside the structure 2line / 3line / 4line / 5line
The holder has 1 springs
White / Black
No items found.
L.82
Inside the structure 2line / 3line / 4line / 5line / 6line
The holder has 2 springs
White / Black
No items found.