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Cables & Wires
Selection table
for coaxial cables
www.helukabel.com
COAXIAL CABLES
Description
Properties
Page
RG-Coaxial Cables
338
RG-Coaxial Cables
339
RG-Coaxial Cables
340
Halogen-Free RG-Coaxial Cables
341
342
CATV-Cables
SAT-Coaxial Cables
up to 2150 MHz, for satellite-receivers, double screened
343
Multimedia-Coaxial Cables
SAT 1,0/4,6GH, up to 2400MHz, for digital-tv, double screened, screening efficieny >90dB
344
SAT-Coaxial Cables
for digital-tv, screening efficieny >90dB / >95dB, for satellite-receivers, double screened
345
RGB-COAX-CY / RGB-COAX-(St)Y
transmission cables for colour monitor
346
M
337
CW&A Edition 27 (published 01.04.2015)
Coaxial Cables
RG-Coaxial Cables
Type
Part no.
Cable structure
Inner conductor diameter mm
Insulation Ø mm
Outer conductor
Outer sheath
Min. bending radius approx. mm
Temperature range °C
Copper weight kg/km
Outer Ø approx. mm
Weight approx. kg / km
Electrical characteristics
Impedance (Ohm)
Frequency range
f (max.) GHz
Propagation velocity v/c
Attenuation at 20°C
(db/100m)
100 MHz
200 MHz
500 MHz
800 MHz
1000 MHz
1350 MHz
1750 MHz
CapacitancepF/m
Rel. velocity of propagation %
Insulation resistance
MOhm x kmmin.
Loop resistance
max. (Ohm/km)
Nominal peak voltagekVs
Dielectric strength
50 HzkVeff
RG 6 A/U
40001
RG 11 A/U
40002
RG 58 C/U
40003
RG 59 B/U
40004
RG 62 A/U
40005
RG 71 B/U
40006
1 x 0,7
Steel/copper, bare
4,7 PE
2 braids
Silvered copper
Copper, bare
PVC
40
-35 to +80
72,0
8,4
115
7 x 0,4
Tinned copper
7,3 PE
Braid
Copper, bare
PVC
50
-35 to +80
58,0
10,3
140
19 x 0,2
Tinned copper
2,95 PE
Braid
Tinned copper
PVC
25
-35 to +80
29,0
5,0
38
1 x 0,6
Steel/copper, bare
3,7 PE
Braid
Copper, bare
PVC
30
-35 to +80
28,0
6,2
57
1 x 0,6
Steel/copper, bare
3,7 PE, hollow
Braid
Copper, bare
PVC
30
-35 to +80
28,0
6,2
52
1 x 0,6
Steel/copper, bare
3,7 PE, hollow
2 braids
Copper, bare
Tinned copper
PVC
30
-50 to +70
48,0
6,2
62
75 ± 3
75 ± 3
50 ± 2
75 ± 3
93 ± 5
93 ± 3
3
0,7
3
0,7
3
0,7
3
0,7
3
0,8
3
0,8
8,8
13,5
21
27,5
67
67
7,5
11
18,5
24
30
67
67
17
24
39
51
56
101
67
11,5
16,5
27
35
41
67
67
10,5
15
24,5
32,5
35
42,5
83
10,5
15
24,5
32,5
42,5
83
10
5
5
5
5
5
5
10
10
10
10
10
110
3
23
5
53
2
171
4
155
1
136
2
7
10
5
7
3
3
Dimensions and specifications may be changed without prior notice. (RM01)
Note
Ⴠ The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers.
Ⴠ RG-Coaxial types are in accordance with US-Military specifications MIL-C-17.
Ⴠ RG/U: R=Radio, G=Guide, U=Utility
Application
Coaxial cables are used in high frequency transmission, especially for transmitters and receivers, computers, radio and TV transmissions. The varied
mechanical, thermal and electronic properties of Coaxial cables mean that they can be used up into the GHz levels, as per cable type.
338
CW&A Edition 27 (published 01.04.2015)
Coaxial Cables
RG-Coaxial Cables
Type
Part no.
Cable structure
Inner conductor diameter mm
Insulation Ø mm
Outer conductor
Outer sheath
Min. bending radius approx. mm
Temperature range °C
Copper weight kg/km
Outer Ø approx. mm
Weight approx. kg / km
Electrical characteristics
Impedance (Ohm)
Frequency range
f (max.) GHz
Propagation velocity v/c
Attenuation at 20°C
(db/100m)
100 MHz
200 MHz
500 MHz
800 MHz
1000 MHz
1350 MHz
1750 MHz
CapacitancepF/m
Rel. velocity of propagation %
Insulation resistance
MOhm x kmmin.
Loop resistance
max. (Ohm/km)
Nominal peak voltagekVs
Dielectric strength
50 HzkVeff
RG 174 A/U
40197
RG 174 U
400189
RG 178 B/U
40007
RG 179 B/U
40008
RG 180 B/U
40009
RG 187 A/U
40010
7 x 0,2
Steel/copper, bare
1,52 PE
Braid
Tinned copper
PVC
15
-35 to +80
7,0
2,8
11
7 x 0,2
Steel/copper, bare
1,52 PE
Braid
Tinned copper
PVC
15
-35 to +80
7,0
2,6
11
7 x 0,1
Steel/copper, silvered
0,86 PTFE
Braid
Silvered copper
FEP
10
-55 to +200
7,0
1,8
8
7 x 0,1
Steel/copper, silvered
1,6 PTFE
Braid
Silvered copper
FEP
15
-55 to +200
8,0
2,5
16
7 x 0,1
Steel/copper, silvered
2,6 PTFE
Braid
Silvered copper
FEP
25
-55 to +200
11,0
3,7
28
7 x 0,1
Steel/copper, silvered
1,6 PTFE
Braid
Silvered copper
PFA
15
-55 to +260
9,0
2,6
17
50 ± 2
50 ± 2
50 ± 2
75 ± 3
95 ± 5
75 ± 3
1
0,7
1
0,7
3
0,7
3
0,7
3
0,7
3
0,7
30
45
73
93
101
70
30
45
73
93
101
70
43
62
102
134
93
70
28
41
69
92
63
70
20
33
50
70
28
41
69
92
64
70
10
5
5
5
5
5
M
5
10
10
10
10
10
360
1
360
1
860
1
840
1
840
2
840
1
2
2
2
2
2
2
Dimensions and specifications may be changed without prior notice.
Note
Ⴠ
Ⴠ
Ⴠ
Ⴠ
The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers.
The colour at FEP and PFA outer sheath is brown or white as per production outlet.
RG-Coaxial types are in accordance with US-Military specifications MIL-C-17.
RG/U: R=Radio, G=Guide, U=Utility
Application
Coaxial cables are used in high frequency transmission, especially for transmitters and receivers, computers, radio and TV transmissions. The varied
mechanical, thermal and electronic properties of Coaxial cables mean that they can be used up into the GHz levels, as per cable type.
339
CW&A Edition 27 (published 01.04.2015)
Coaxial Cables
RG-Coaxial Cables
Type
Part no.
Cable structure
Inner conductor diameter mm
Insulation Ø mm
Outer conductor
Outer sheath
Min. bending radius approx. mm
Temperature range °C
Copper weight kg/km
Outer Ø approx. mm
Weight approx. kg / km
Electrical characteristics
Impedance (Ohm)
Frequency range
f (max.) GHz
Propagation velocity v/c
Attenuation at 20°C
(db/100m)
100 MHz
200 MHz
500 MHz
800 MHz
1000 MHz
1350 MHz
1750 MHz
CapacitancepF/m
Rel. velocity of propagation %
Insulation resistance
MOhm x kmmin.
Loop resistance
max. (Ohm/km)
Nominal peak voltagekVs
Dielectric strength
50 HzkVeff
RG 213
40012
RG 214 U
40011
RG 217
40200
RG 218
40201
RG 223 U
40202
RG 316 B/U
40203
7 x 0,8
Copper, bare
7,24 PE
Braid
Copper, bare
PVC
50
-35 to +80
85,0
10,3
159
7 x 0,8
Silvered copper
7,24 PE
2 braids
2x silvered copper
PVC
50
-35 to +80
120,0
10,8
198
1 x 2,7
Copper, bare
9,4 PE
2 braids
Copper, bare
PVC
70
-35 to +80
187,0
13,84
300
1 x 4,95
Copper, bare
17,3 PE
Braid
Copper, bare
PVC
110
-35 to +80
348,0
22,1
710
1 x 0,9
Silvered copper
2,95 PE
2 braids
2x silvered copper
PVC
25
-35 to +80
44,0
5,2
60
7 x 0,2
Steel/copper, silvered
1,52 PTFE
Braid
Silvered copper
PTFE/ alt. FEP
15
-55 to +200
9,0
2,5
15
50 ± 2
50 ± 2
50 ± 2
50 ± 2
50 ± 2
50 ± 2
3
0,7
11
0,7
3
0,66
3
0,66
3
0,7
3
0,7
7
10,2
17
23
101
100
7
10,2
17
23
101
67
4,8
7,1
12,3
16,8
101
100
2,9
4,5
8,1
11,2
101
100
17
23
38
50
101
67
28
40
68
90
95
70
10
5
5
5
5
5
5
10
10
10
10
10
10
5
10
5
5
7
2
11
36
2
310
1
10
10
10
15
5
2
Dimensions and specifications may be changed without prior notice.
Note
Ⴠ
Ⴠ
Ⴠ
Ⴠ
The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers.
The colour outer sheath at PTFE is brown or transparent as per production outlet.
RG-Coaxial types are in accordance with US-Military specifications MIL-C-17.
RG/U: R=Radio, G=Guide, U=Utility
Application
Coaxial cables are used in high frequency transmission, especially for transmitters and receivers, computers, radio and TV transmissions. The varied
mechanical, thermal and electronic properties of Coaxial cables mean that they can be used up into the GHz levels, as per cable type.
340
CW&A Edition 27 (published 01.04.2015)
Coaxial Cables
Halogen-Free RG-Coaxial Cables
Type RG.../U
Part no.
Cable structure
Inner conductor diameter mm
Insulation Ø mm
Outer conductor
Outer sheath
Min. bending radius approx. mm
Temperature range °C
Copper weight kg/km
Outer Ø approx. mm
Weight approx. kg / km
Electrical characteristics
Impedance (Ohm)
Frequency range
f (max.) GHz
Propagation velocity v/c
Attenuation at 20°C
(db/100m)
3 MHz
10 MHz
100 MHz
200 MHz
500 MHz
800 MHz
CapacitancepF/m
Rel. velocity of propagation %
Insulation resistance
MOhm x kmmin.
Loop resistance
max. (Ohm/km)
Nominal peak voltagekVs
Dielectric strength
50 HzkVeff.
11 A/U
40190
58 C/U
40191
59 B/U
40192
62 A/U
40193
71 B/U
40194
213 U
40195
214 U
40196
7 x 0,4
Tinned copper
7,3 PE
Braid
Copper, bare
HM2
50
-35 to +80
58,0
10,3
144
19 x 0,2
Tinned copper
2,95 PE
Braid
Tinned copper
HM2
25
-35 to +80
29,0
5,4
38
1 x 0,6
Steel/copper, bare
3,7 PE
Braid
Copper, bare
HM2
30
-35 to +80
28,0
6,4
57
1 x 0,6
Steel/copper, bare
3,7 PE, hollow
Braid
Copper, bare
HM2
30
-35 to +80
28,0
6,4
54
1 x 0,6
Steel/copper, bare
3,7 PE, hollow
2 braids
Copper, bare
Tinned copper
HM2
30
-50 to +70
48,0
6,9
64
7 x 0,8
Copper, bare
7,24 PE
Braid
Copper, bare
HM2
50
-35 to +80
85,0
10,3
155
7 x 0,8
Silvered copper
7,24 PE
2 braids
2x silvered copper
HM2
50
-35 to +80
120,0
10,8
203
75 ± 3
50 ± 2
75 ± 3
93 ± 5
93 ± 3
50 ± 2
50 ± 2
3
0,7
3
0,7
3
0,7
3
0,8
3
0,8
3
0,7
11
0,7
1,3
2,4
7,8
11,3
18,7
23,4
68
67
2,9
5,3
17
24,4
39,2
47,8
0
67
2
3,8
12,2
17,6
27,2
35,2
68
67
2
3,7
12
17,3
24,7
34,6
42,5
43
2
3,7
12,5
17,3
24,7
34,6
42,5
43
1,2
2,3
7,5
10,9
17,2
22,6
101
101
1,2
2,3
7,5
10,9
17,2
22,6
101
101
10
5
10
5
5
5
5
5
M
5
10
10
10
10
10
23
5
53
2
171
2
155
1
136
1
10
5
10
5
10
5
7
3
3
10
10
Dimensions and specifications may be changed without prior notice. (RM01)
Note
Ⴠ
Ⴠ
Ⴠ
Ⴠ
Ⴠ
The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers.
H-outer sheath = halogen-free material (HM2)
RG-Coaxial types are in accordance with US-Military specifications MIL-C-17.
RG/U: R=Radio, G=Guide, U=Utility
FRNC = Flame Retardant Non-Corrosive
Application
Coaxial cables are used in high frequency transmission, especially for transmitters and receivers, computers, radio and TV transmissions where no
flame propagation under behaviour in fire is permitted. The varied mechanical, thermal and electronic properties of Coaxial cables mean that they can
be used up into the GHz levels, as per cable type.
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CW&A Edition 27 (published 01.04.2015)
Coaxial Cables
CATV-Cables with alu- or copper foil and braiding
used as
Type
0.7/4.4
ALG
40135
Underground
1.1/7.3
ALG
40139
Outdoor span
1.1/7.3
ALG-T
40140
Underground
1.8/11.5
FG
40141
BK-Underground BK-Underground BK-Underground BK-Underground
A-2YK2Y1
A-2Y0K2Y1
A-2Y0K2Y1
A-2Y0K2Y1
iKx 1.1/7.3
nKx 2.2/8.8
qKx 3.3/13.5
sKx 4.9/19.4
40142
40143
40144
40179
0,7
Copper, bare
4,4 PE
Polyester foil
coated with
aluminium on both
sides
Braid
PVC
white
6,6
35
44
1,1
Copper, bare
7,3 PE
Polyester foil
coated with
aluminium on both
sides
Braid
PE
black
10,5
100
98
1,1
Copper, bare
7,3 PE
Polyester foil
coated with
aluminium on both
sides
Braid
PE
black
2,8
150
5500
177
1,8
Copper, bare
11,5 PE
Copper tape
1,1
Copper, bare
7,3 PE
Copper tube,
welded
2,2
Copper, bare
8,8 PE, hollow
Copper tube,
welded
3,3
Copper, bare
13,5 PE, hollow
Copper tube,
welded
4,9
Copper, bare
19,4 PE, hollow
Copper tube,
welded
Braid
PE
black
15,0
150
218
PE
black
11,0
160
142
PE
black
12,5
200
183
PE
black
17,0
300
347
PE
black
24,4
400
500
75 ± 3
67
0,7
75 ± 3
67
0,7
75 ± 3
67
0,7
75 ± 3
67
0,7
75 ± 2
65
0,7
75 ± 2
51
0,88
75 ± 1
51
0,88
75 ± 1
50
0,89
9
12
21,2
27,5
30,5
37
43
47,5
5,2
7,3
12,6
16,8
18,8
23
27,7
30,2
5,2
7,3
12,6
16,8
18,8
23
27,7
30,2
3,5
5,2
9
12
13
-
5,4
7,9
12,9
17,3
18,9
-
2,8
4
6,6
8,4
9,3
-
1,9
2,7
4,4
5,7
6,3
-
1,3
1,9
3,1
4,1
4,4
-
30
30
25
23
32
32
30
27
32
32
30
27
30
30
28
25
26
23
21
-
26
23
21
-
28
25
23
-
28
25
23
-
DC resistance at 20°C
Inner conductor max.Ohm/km
Outer conductor max.Ohm/km
47
23
18,5
11
18,5
11
7,3
6,5
22
3,1
5,6
3
2,5
2
1
1
Screening efficiency (dB)
50 and 100 MHzุ
100 and 500 MHzุ
500 and 1000 MHzุ
1000 and 2050 MHzุ
75
75
75
75
80
85
85
78
80
85
85
78
80
85
85
80
110
110
110
110
110
110
110
110
110
110
110
110
110
110
110
110
Post office approved
G670009A
G670011A
G622015B
G622010B
-
-
-
-
Part no.
Cable structure
Inner conductor diameter mm
Insulation Ø mm
Outer conductor
Outer sheath
Sheath colour
Outer Ø approx. mm
Min. bending radius approx. mm
Strain/suspending wire N
Weight approx. kg / km
Electrical characteristics
Impedance (Ohm)
CapacitancepF/m
Propagation velocity v/c
Attenuation at 20°C
(db/100m)
100 MHz
200 MHz
500 MHz
800 MHz
950 MHz
1350 MHz
1750 MHz
2050 MHz
Structural return loss min. (dB) between
30 and 300 MHz
300 and 600 MHz
600 and 960 MHz
960 and 1750 MHz
Dimensions and specifications may be changed without prior notice. (RM01)
Note
Ⴠ The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers.
Ⴠ BK-underground: broadband cable in accordance with FTZ 15 TV 11 (post cable)
Ⴠ AL=Aluminium, ALPR=Polyesterfoil coated with Aluminium on both sides
BK-cable=broadband communication cable, Cu=Copper, CuR=Cu-tube welded, CuW=Copperweld, F=Foil, G=Braid, PE=Polyethylene,
PEH=Polyethylene air-space insulation, PVC=Polyvinylchloride
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CW&A Edition 27 (published 01.04.2015)
Coaxial Cables
SAT-Coaxial Cables up to 2150 MHz, for satellite-receivers, double screened
Type
Part no.
1,1/4,8
40150
1.65/7.2 ALG
40151
SAT-MINI 1
40159
DUO 2x0.7/2.9
40168
QUADRO 4x0.7/2.9
40169
1,1 Tinned copper
5 Cell PE
Polyester foil coated with
aluminium on both sides
Braid
PVC
white
6,8
50
49
1,6 Copper, bare
7,2 Cell PE
Polyester foil coated with
aluminium on both sides
Braid
PE
black
10,1
60
81
0,8 Copper, bare
3,5 Cell PE
Polyester foil coated with
aluminium on both sides
Braid
PVC
white
5,4 x 10,8
40
62
0,65 Copper, bare
3 Cell PE
Polyester foil coated with
aluminium on both sides
Braid
PVC
white
8,6 x 4,3
35
40
0,6 Copper, bare
3 Cell PE
Polyester foil coated with
aluminium on both sides
Braid
PVC
white
20,0 x 4,3
80
82
75 ± 3
55
0,8
75 ± 3
55
0,82
75 ± 3
55
0,82
75 ± 3
55
0,8
75 ± 3
55
0,8
5
7,3
13
17,2
19,5
23,5
27,6
30
31
3,7
5,1
9
11,8
13,6
16,8
19,7
22
22,5
8
11,5
18,5
23,5
25,5
31
35,5
39,5
43
8,9
13,5
22
28
31,5
37
42,3
45,9
50,4
8,9
13,5
22
28
31,5
37
42,3
45,9
50,4
28
28
26
24
31
30
30
28
27
25
20
20
20
17
17
-
20
18
15
-
DC resistance at 20°C
Inner conductor max.Ohm/km
Outer conductor max.Ohm/km
Max. nominal voltage (V)
18
20
-
9
12
-
36
28
-
110
22
-
52
26
-
Screening efficiency (dB)
50 and 100 MHzุ
100 and 500 MHzุ
500 and 1000 MHzุ
1000 and 2050 MHzุ
75
75
75
75
80
85
85
78
78
78
75
75
75
75
75
75
75
75
75
75
Post office approved
Copper weight kg/km
G670010A
21,0
G622016B
35,0
30,0
16,0
50,0
Cable structure
Inner conductor diameter mm
Insulation Ø mm
Core colours
Outer conductor
Outer sheath
Sheath colour
Outer Ø approx. mm
Min. bending radius approx. mm
Weight approx. kg / km
Electrical characteristics
Impedance (Ohm)
CapacitancepF/m
Propagation velocity v/c
Attenuation at 20°C
(db/100m)
100 MHz
200 MHz
500 MHz
800 MHz
950 MHz
1350 MHz
1750 MHz
2050 MHz
2150 MHz
Structural return loss min. (dB) between
30 and 300 MHz
300 and 600 MHz
600 and 960 MHz
960 and 2050 MHz
M
Dimensions and specifications may be changed without prior notice. (RM01)
Note
Ⴠ The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers.
Ⴠ AL=Aluminium, ALPR=Polyesterfoil coated with Aluminium on both sides
Cu=Copper, CuW=Copperweld, F=Foil, G=Braid, PE=Polyethylene, PEH=Polyethylene air-space insulation, PVC=Polyvinylchloride, vz=tinned
343
CW&A Edition 27 (published 01.04.2015)
Coaxial Cables
Multimedia-Coaxial Cables SAT 1,0/4,6GH, up to 2400MHz, for digital-tv,
double screened, screening efficieny >90dB
used as
Type
Part no.
inner/outer
1.0/4.6 GH-Y
40176
Underground
1.0/4.6 GH-2Y
40177
Safety zones
1.0/4.6 GH-FRNC
40178
1 Copper with skin
4,6 Cell polyethylene with skin and PIB
coating
Polyester foil coated with aluminium on
both sides
PVC
white
6,6
45
40
1 Copper with skin
4,6 Cell polyethylene with skin and PIB
coating
Polyester foil coated with aluminium on
both sides
PE
black
6,6
45
40
1 Copper with skin
4,6 Cell polyethylene with skin and
PIB coating
Polyester foil coated with aluminium
on both sides
FRNC
grey
6,6
45
40
75 ± 1
55
0,8
75 ± 1
55
0,85
75 ± 1
55
0,85
5,8
7,8
12,5
14,7
17,2
19,1
26,2
28,5
31,3
5,8
7,8
12,5
14,7
17,2
19,1
26,2
28,5
31,3
5,8
7,8
12,5
14,7
17,2
19,1
26,2
28,5
31,3
30
32
31
26
30
30
32
31
26
30
30
32
31
26
30
DC resistance at 20°C
Inner conductor max.Ohm/km
Outer conductor max.Ohm/km
Max. nominal voltage (V)
18
20
-
18
20
-
18
20
-
Screening efficiency (dB) ุ
Copper weight kg/km
90
22,0
90
22,0
90
22,0
Cable structure
Inner conductor diameter mm
Insulation Ø mm
Outer conductor
Outer sheath
Sheath colour
Outer Ø approx. mm
Approv. bending radius approx. mm
Weight approx. kg / km
Electrical characteristics
Impedance (Ohm)
CapacitancepF/m
Propagation velocity v/c
Attenuation at 20°C
(db/100m)
100 MHz
200 MHz
450 MHz
600 MHz
800 MHz
1000 MHz
1750 MHz
2050 MHz
2400 MHz
Structural return loss min. (dB) between
30 and 300 MHz
300 and 600 MHz
600 and 960 MHz
960 and 1750 MHz
1750 and 2400 MHz
Dimensions and specifications may be changed without prior notice. (RM01)
Note
Ⴠ The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers.
Ⴠ FRNC=Flame Retardant Non Corrosive, PEE= Cell-Polyethylene, PIB= Polyisobutylene, ALPR=Polyesterfoil coated with Aluminium on both sides
F=Foil, G=Braid, GH=Braid-covering ca. 88%
Application
Ⴠ Copper inner-conductor 1,02 with skin-effect
Protection against humidity and corrosion / Solid compound of dielectric. No change of position during installation in narrow bending radius.
Ⴠ Dielectric 4,6 mm Ø : - special PE-compound, foaming by GAS-INJEKTION
Important improvement of propagation velocity values / Very high transmission speed of individual signals (presumption for Multimedia) /
Improvement for the resistance to ageing / Reduction of attenuation-loss by approx. 2dB
Ⴠ The over surface of dielectric consists too a skin-coating (smooth over surface)
Protection against humidity and other chemical influences / Minimum impedance tolerance ± 2 Ohm / This coaxial cable is crimpable / Installation
in narrow bending radius, no kinking risk / The transmission-loss of signals are hardly measurable to the advance in years / Additionally to the
skin-effect, the dielectric contains a gel-coating (special PIB-cpmpound) / We therefore offer a 15 years guarantee for attenuation-loss by
installation at 20°C room-temperature
Ⴠ Screening
a) AL/PR-foil, polyesterfoil coated with aluminium on both sides or b) Copper braiding of tinned wires, screening efficiency >90 dB
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CW&A Edition 27 (published 01.04.2015)
Coaxial Cables
SAT-Coaxial Cables for digital-tv, screening efficieny >90dB / >95dB, for
satellite-receivers, double screened
used as
Type
inner
0,7/2,9
inner/outer
0,7/4,5
inner/outer
0,8/3,5
inner
1,1/5,0
Underground
1.6/7,0
40018
inner
1,1/5,0
FRNC
40019
inner/outer
1,1/5,0
FRNC
40021
inner
1.6/7.0
FRNC
40020
Part no.
40015
40016
40085
40017
0,6
Copper, bare
3 Polyethylene,
foamed
ALPR-FG
foil
Braid
PVC
white
4,3
43
20
0,75
Tinned copper
4,5 Polyethylene,
foamed
ALPR-FG
foil
Braid
PVC
white
6,6
35
40
0,8
Copper, bare
3,5 Polyethylene,
foamed
ALPR-FG
foil
Braid
PVC
white
5,0
50
32
1,1
Copper, bare
4,8 Polyethylene,
foamed
ALPR-FG
foil
Braid
PVC
white
6,9
45
47
1,63
Copper, bare
7,1 Polyethylene,
foamed
ALPR-FG
foil
Braid
PE
black
10,3
60
110
1,1
Copper, bare
4,8 Cell PE,
foamed
ALPR-FG
foil
Braid
FRNC
white
6,8
48
47
1,1
Copper, bare
4,8 Cell PE,
foamed
ALPR-FG
foil
Braid
FRNC
black
6,8
48
47
1,6
Copper, bare
7,1 Polyethylene,
foamed
ALPR-FG
foil
Braid
FRNC
white
10,0
60
110
75 ± 3
55
0,8
75 ± 3
67
0,66
75 ± 3
53
0,8
75 ± 2
55
0,8
75 ± 2
55
0,85
75 ± 2
53
0,8
75 ± 2
55
0,8
75 ± 2
53
0,8
8,1
13,3
20,9
31,5
42,2
45,8
49,9
55,5
7,1
10,4
16,8
25
27,4
37,4
40,5
44,3
45
6,3
11,5
17,1
26,5
36,4
39,7
43,1
-
4,9
7,7
11,6
18,9
26,6
28,2
29,5
31,9
3
6,1
9
14,3
20,1
22,5
24
-
4,7
7
11,5
17
18,1
25
27,3
28
29,3
4,9
7,2
11,6
18,9
26,6
28,2
29,5
31,9
3,8
5,5
8,6
12,1
13,2
17,5
19
19,9
22,5
20
18
16
-
20
18
18
-
35
35
30
30
25
18
17
15
40
35
35
30
25
18
17
15
40
40
35
30
25
18
17
15
DC resistance at 20°C
Inner conductor max.Ohm/km
Outer conductor max.Ohm/km
Max. nominal voltage (V)
52
29
-
110
22
-
36
28
-
18
14
-
9
21
-
18
14
-
18
14
-
9
21
-
Screening efficiency (dB)
50 and 100 MHzุ
100 and 500 MHzุ
500 and 1000 MHzุ
1000 and 2050 MHzุ
95
95
95
95
90
90
90
90
90
90
90
90
95
95
95
95
90
90
90
90
90
90
90
90
95
95
95
95
90
90
90
90
Copper weight kg/km
12,5
9,0
9,0
25,0
32,0
25,0
25,0
50,5
Cable structure
Inner conductor diameter mm
Insulation Ø mm
Outer conductor
1st Screen - ALPR
2nd Screen - Cu-Braid
Outer sheath
Sheath colour
Outer Ø approx. mm
Min. bending radius approx. mm
Weight approx. kg / km
Electrical characteristics
Impedance (Ohm)
CapacitancepF/m
Propagation velocity v/c
Attenuation at 20°C
(db/100m)
100 MHz
200 MHz
450 MHz
800 MHz
1000 MHz
1750 MHz
2050 MHz
2250 MHz
2400 MHz
Structural return loss min. (dB) between
30 and 300 MHz
300 and 600 MHz
600 and 960 MHz
960 and 1750 MHz
Dimensions and specifications may be changed without prior notice. (RM01)
345
CW&A Edition 27 (published 01.04.2015)
M
Coaxial Cables
RGB-COAX-CY / RGB-COAX-(St)Y transmission cables for colour
monitor
Technical data
Cable structure
Ⴠ Base cable 0,37/1,5 or 0,6/3,7
Ⴠ Temperature range
fixed installation -10°C to +80°C
flexing -5°C to +50°C
Ⴠ Mutual capacitance 67 nF/km
Ⴠ Impedance 75 Ohm
Ⴠ Attenuation
RGB-Coax 0,37/1,5
1 MHz = 2,0 dB/100m
2 MHz = 2,8 dB/100m
5 MHz = 4,0 dB/100m
10 MHz = 5,8 dB/100m
20 MHz = 8,4 dB/100m
50 MHz = 13,9 dB/100m
100 MHz = 19,8 dB/100m
200 MHz = 28,5 dB/100m
RGB-Coax 0,6/3,7
1 MHz = 1,1 dB/100m
2 MHz = 1,5 dB/100m
5 MHz = 2,5 dB/100m
10 MHz = 3,5 dB/100m
20 MHz = 4,5 dB/100m
50 MHz = 7,2 dB/100m
100 MHz = 10,4 dB/100m
200 MHz = 15,1 dB/100m
Ⴠ Minimum bending radius
15x cable Ø
RGB-COAX-CY ... x0,37/1,5
Ⴠ Inner conductor bare copper, solid,
conductor Ø 0,37 mm
Ⴠ Dielectric (insulation) of cell-Polyethylene
Ⴠ Outer conductor of tinned copper wire
braiding
Ⴠ PVC-sheath in colour
red, green, blue for 3xRGB COAX
red, green, blue, white, black for
5xRGB COAX
Ⴠ 3 or 5 Coax twisted with optimal lay-length
Ⴠ Foil taping
Ⴠ Overall braid-screening, tinned copper with
optimal surface coverage and drain-wire
Ⴠ PVC-outer sheath, black
RGB-COAX-CY 3x0,37/1,5 + 3x0,25
Ⴠ Cable structure as per above, but with
3 additional control cores (3x0,25) in the
interstices, colour brown, green, white
RGB-COAX-(St)Y ... x0,6/3,7 (deviation)
Ⴠ Inner conductor, bare copper, solid,
conductor Ø 0,6 mm
Ⴠ Outer conductor of tinned or bare copper
wire braiding
Ⴠ Foil taping
Ⴠ Plastic coated aluminium foil and drain wire
Ⴠ Outer sheath of PVC, green or black
Properties
Ⴠ The materials used in manufacture are
cadmium-free and contain no silicone
and free from substances harmful to
the wetting properties of lacquers.
Application
RGB cables are suitable for the transmission of both analogue and digital video signals.
They are used particularly as connecting cables for data systems, engineering applications (CAD, high-definition graphics) and in television studios.
The three main signals (red, green, blue) are transmitted separately. Depending on the application, it is possible to supply the base cable with further
coaxial cables or with symmetrical signal cores for the intensity and horizontal or vertical synchronisation.
RGB-COAX-CY ... 0,37/1,5
Part no.
No. RGB-Coax
n x mm
40145
40147
40146
3 x 0,37/1,5
3 x 0,37/1,5 + 3 x 0,25
5 x 0,37/1,5
Outer Ø
approx.
mm
7,2
8,2
9,0
Cop.
weight
kg / km
23,0
60,5
36,0
Weight
approx.
kg / km
59,0
89,0
89,0
Dimensions and specifications may be changed without prior notice. (RM01)
346
CW&A Edition 27 (published 01.04.2015)
RGB-COAX-(St)Y ... 0,6/3,7
Part no.
No. RGB-Coax
n x mm
40148
40149
3 x 0,6/3,7
5 x 0,6/3,7
Outer Ø
approx.
mm
16,0
19,0
Cop.
weight
kg / km
66,0
102,0
Weight
approx.
kg / km
278,0
397,0
CW&A Edition 27 (published 01.04.2015)