All HELUKATÚ data cables and wires comply with the ... - Eurocabos

and category 8 according actual draft.
54

Contents Copper Data Cables
Description
HELUKAT 155 UTP solid ..............................................................................................................................
HELUKAT 155 UTP solid, UL ........................................................................................................................
HELUKAT 300 UTP UL ..................................................................................................................................
HELUKAT 100 UTP flex ................................................................................................................................
HELUKAT 155 FTP solid ...............................................................................................................................
HELUKAT 100 FTP flex ................................................................................................................................
HELUKAT 200 FTP flex, UL ..........................................................................................................................
HELUKAT 200 S-FTP solid ...........................................................................................................................
HELUKAT 200 S-FTP duplex solid ...............................................................................................................
HELUKAT 200 S-FTP flex .............................................................................................................................
HELUKAT 300 U-STP flex, UL .......................................................................................................................
HELUKAT 450 S-STP solid ............................................................................................................................
HELUKAT 450 S-STP duplex solid ...............................................................................................................
HELUKAT 600 S-STP solid ............................................................................................................................
HELUKAT 600 S-STP duplex solid ...............................................................................................................
HELUKAT 600 S-STP flex .............................................................................................................................
HELUKAT 600A S-STP solid outdoor ...........................................................................................................
HELUKAT 600E S-STP solid, direct burial ....................................................................................................
HELUKAT 600AE S-STP solid direct burial ...................................................................................................
HELUKAT 900 S-STP solid ............................................................................................................................
HELUKAT 900 S-STP duplex solid ...............................................................................................................
HELUKAT 1200 S-STP solid ..........................................................................................................................
HELUKAT 1200 S-STP duplex solid .............................................................................................................
HELUKAT 1500 S-STP solid ..........................................................................................................................
HELUKAT 1500 S-STP duplex solid .............................................................................................................
Twinaxial cable, indoor or outdoor ...........................................................................................................
IBM type 1A, type 1A mini, type 6A ...........................................................................................................
Ethernet Cheapernet Cable, Yellow Cable, Transceiver Cable .................................................................
HF cables radiating, HDPE .........................................................................................................................
HF cables radiating, FRNC .........................................................................................................................
HF cables, flexible ......................................................................................................................................
55
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60
61
62
63
64
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72
73
74
75
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77
78
79
80
81
82
83
84
85
86

LAN Cable 155
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
UTP 4x2xAWG 24/1 PVC
0,51 mm
Copper, bare
PE
whbu/bu, whog/og, whgn/gn, whbn/bn
-
-
-
-
PVC
approx. 4,9 mm
Grey
100 Ohm ± 15 ohm at 1 to 100 MHz
190 Ohm/km max.
50,0 nF/km nom.
66 %
10
6,3
50,3
44,0
26,0 kg/km
40 mm
-20°C
+60°C
0,4 MJ/m
17,80 kg/km
16
8,0
47,3
39,3
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category5e
Application
HELUKAT ® 155 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Fast Ethernet, Ethernet,
ATM155, FDDI, token ring 4/16 Mbit/s, or ISDN absolutely trouble-free. Likewise, the mechanical characteristics are perfectly suited
for the application in tight cable channels and platforms due to their optimized construction.
Part no.
Dimensions and specifications may be changed without prior notice.
80053, UTP 4x2xAWG24/1 PVC
56
62,5
16,5
38,4
21,9
100
21,3
35,3
14,0
155
26,8
33,0
6,2
UTP

LAN Cable 155
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(db/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
UTP 4x2xAWG 24/1 PVC, UL
0,53 mm
Copper, bare
PE
whbu/bu, whog/og, whgn/gn, whbn/bn
-
-
-
-
PVC
approx. 5,2 mm
Grey
100 Ohm ± 15 ohm at 1 to 100 MHz
190 Ohm/km max.
50,0 nF/km nom.
66 %
10
6,1
65,0
58,9
35,00 kg/km
42 mm
-20°C
+60°C
0,43 MJ/m
17,00 kg/km
16
7,7
63,0
55,3
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category5e,
Flame-retardant acc. to IEC60332-1, Smoke density acc. to IEC61034, CMX 444
62,5
15,2
53,0
37,8
100
19,9
40,0
20,1
155
22,7
37,0
14,3
UTP UL
Application
HELUKAT ® 155 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s, or ISDN absolutely trouble-free. Likewise, the mechanical characteristics are perfectly
suited for the application in tight cable channels and platforms due to their optimized construction. This type is certified according
UL because of the special PVC jacket
Part no.
Dimensions and specifications may be changed without prior notice.
802171, UTP 4x2xAWG24/1 PVC UL
57

LAN Cable 300
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(db/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
UTP 4x2xAWG 24/1 PVC, UL
0,55 mm
Copper, bare
PE
whbu/bu, whog/og, whgn/gn, whbn/bn
-
-
-
-
PVC
approx. 6,8 mm
Grey
100 Ohm ± 20 ohm at 101 to 155 MHz
190 Ohm/km max.
50,0 nF/km nom.
67 %
10
5,6
72,0
66,4
46,00 kg/km
55 mm
-20°C
+60°C
0,68 MJ/m
20,00 kg/km
16
7,0
70,0
63,0
62,5
14,3
65,0
50,7
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category6,
Flame-retardant acc. to IEC60332-1, Smoke density acc. to IEC61034, CMX 444
100
18,2
63,0
44,8
155
22,9
60,0
37,1
200
26,0
57,0
31,0
300
32,5
55,0
22,5
UTP UL
Application
HELUKAT ® 300 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s, or ISDN absolutely trouble-free. Likewise, the mechanical characteristics are perfectly
suited for the application in tight cable channels and platforms due to their optimized construction. This type is certified according
UL because of the special PVC jacket
Part no.
Dimensions and specifications may be changed without prior notice.
802172, UTP 4x2xAWG24/1 PVC UL
58

LAN-Cable 100
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/10m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
UTP 4x2xAWG 26/7 PVC
0,48 mm
Copper, bare
PO
whbu/bu, whog/og, whgn/gn, whbn/bn
-
-
-
-
PVC
approx. 4,5 mm
Grey similar to RAL 7035
100 Ohm ± 15 ohm at 1 to 100 MHz
290 Ohm/km max.
50,0 nF/km nom.
74 %
10
0,9
53,0
52,1
17,00 kg/km
35 mm
-20°C
+60°C
0,527 MJ/m
11,00 kg/km
16
1,2
50,0
48,8
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category5
62,5
2,4
41,0
38,6
100
3,1
38,0
34,9
UTP flex
Application
HELUKAT ® 100 data cables are used in the tertiary level of a network as patch cables and connection cables. They are characterized
by large performance reserves and outstanding performance. They can be used to implement services such as Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s, or ISDN absolutely trouble-free. With its optimized construction, the HELUKAT ® 100
series can be manufactured quickly and easily with all common RJ45 plugs.
Part no.
Dimensions and specifications may be changed without prior notice.
80055, UTP 4x2xAWG 26/7 PVC
59

LAN Cable 155
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
FTP 4x2xAWG 24/1 PVC
0,51 mm
Copper, bare
PE
whbu/bu, whog/og, whgn/gn, whbn/bn
Polyester foil over stranded bundle
-
Polyester foil, aluminium-lined
-
PVC
approx. 5,9 mm
Yellow similar to RAL 1021
100 Ohm ± 15 ohm at 1 to 100 MHz
170 Ohm/km max.
50,0 nF/km nom.
69 %
10
5,9
59,0
53,1
40,0 kg/km
48 mm
-20°C
+60°C
0,4 MJ/m
18,0 kg/km
16
7,6
53,0
45,4
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category5e
Application
HELUKAT ® 155 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Fast Ethernet, Ethernet,
ATM155, FDDI, token ring 4/16 Mbit/s, or ISDN absolutely trouble-free. Likewise, the mechanical characteristics are perfectly suited
for the application in tight cable channels and platforms due to their optimized construction.
Part no.
Dimensions and specifications may be changed without prior notice.
80043, FTP 4x2xAWG24/1 PVC
60
62,5
15,7
44,0
28,3
100
20,3
40,0
19,7
155
22,0
40,0
18,0
FTP

LAN Cable 100
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/10m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
FTP 4x2xAWG 26/7 FRNC
0,48 mm
Copper, bare
PO
whbu/bu, whog/og, whgn/gn, whbn/bn
Polyester foil over stranded bundle
-
Polyester foil, aluminium-lined
-
FRNC
approx. 5,7 mm
Grey similar to RAL 7035
100 Ohm ± 15 ohm at 1 to 100 MHz
290 Ohm/km max.
50,0 nF/km nom.
74 %
10
0,9
58,0
57,1
31,00 kg/km
40 mm
-20°C
+60°C
0,527 MJ/m
14,00 kg/km
16
1,2
56,0
54,8
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category5,
Flame-retardant acc. to IEC60332-1, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
62,5
2,4
45,0
42,6
100
2,9
43,0
40,1
FTP flex
Application
HELUKAT ® 100 data cables are used in the tertiary level of a network as patch cables and connection cables. They are characterized
by large performance reserves and outstanding performance. They can be used to implement services such as Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s, or ISDN absolutely trouble-free. With its optimized construction, the HELUKAT ® 100
series can be manufactured quickly and easily with all common RJ45 plugs.
Part no.
Dimensions and specifications may be changed without prior notice.
81278, FTP 4x2xAWG 26/7 FRNC
61

LAN Cables 200
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(db/10m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
FTP 4x2xAWG 26/7 PVC, UL
0,48 mm
Copper, bare
PE
whbu/bu, whog/og, whgn/gn, whbn/bn
-
-
Polyester foil, aluminium-lined
-
PVC
approx. 5,4 mm
Grey similar to RAL 7035
100 Ohm ± 20 ohm at 101 to 155 MHz
290 Ohm/km max.
50,0 nF/km nom.
67 %
10
0,9
62,0
61,1
30,00 kg/km
44 mm
-20°C
+60°C
0,40 MJ/m
15,00 kg/km
16
1,2
60,0
58,8
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category5e,
Flame-retardant acc. to IEC60332-1, Smoke density acc. to IEC61034, CMX 444
62,5
2,4
50,0
47,6
100
3,1
48,0
44,9
FTP Flex, UL
Application
HELUKAT ® 200 data cables are used in the tertiary level of a network as patch cables and connection cables. They are characterized
by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet,
Fast Ethernet, Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s, or ISDN absolutely trouble-free. With its optimized construction, the
HELUKAT ® 200 series can be manufactured quickly and easily with all common RJ45 plugs. This type is certified according UL because
of the special PVC jacket.
Part no.
Dimensions and specifications may be changed without prior notice.
802173, FTP 4x2xAWG26/7 PVC UL
62
200
3,9
45,0
41,1

LAN-Cable 200
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-FTP 4x2xAWG 24/1 PVC or FRNC
0,51 mm
Copper, bare
Foam-skin-PE
whbu/bu, whog/og, whgn/gn, whbn/bn
Polyester foil over stranded bundle
-
Polyester foil, aluminium-lined
Cu braid
PVC / FRNC
approx. 6,0 mm / approx. 6,0 mm
Grey similar to RAL 7035
100 Ohm ± 15 ohm at 1 to 100 MHz
185 Ohm/km max.
48,0 nF/km nom.
74 %
10
5,6
62,0
56,4
16
7,2
59,0
51,8
50,0 kg/km
52 mm
-20°C
+60°C
0,60 MJ/m / 0,48 MJ/m
28,00 kg/km
62,5
14,4
50,0
35,6
Norms
81610:
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category5e
81609:
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category5e,
Flame-retardant acc. to IEC60332-3, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
100
18,2
46,0
27,8
200
25,9
40,0
14,6
S-FTP
Application
HELUKAT ® 200 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s, or ISDN absolutely trouble-free. Likewise, the mechanical characteristics are perfectly
suited for the application in tight cable channels and platforms due to their optimized construction.
Part no.
Dimensions and specifications may be changed without prior notice.
81610, S-FTP 4x2xAWG 24/1 PVC
63
81609, S-FTP 4x2xAWG 24/1 FRNC

LAN Cable 200
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Cable dimensions:
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-FTP 2x(4x2xAWG 24/1) FRNC
0,51 mm
Copper, bare
Foam-skin-PE
whbu/bu, whog/og, whgn/gn, whbn/bn
Polyester foil over stranded bundle
-
Polyester foil, aluminium-lined
Cu braid
FRNC
approx. 6,0 mm x 12,5 mm
Green similar to RAL 6018
100 Ohm ± 15 ohm at 1 to 100 MHz
185 Ohm/km max.
48,0 nF/km nom.
74 %
10
5,6
62,0
56,4
100,0 kg/km
52 mm
-20°C
+60°C
0,96 MJ/m
56,00 kg/km
16
7,2
59,0
51,8
62,5
14,4
50,0
35,6
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category5e,
Flame-retardant acc. to IEC60332-3, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
100
18,2
46,0
27,8
S-FTP duplex
Application
HELUKAT ® 200 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s, or ISDN absolutely trouble-free. Likewise, the mechanical characteristics are perfectly
suited for the application in tight cable channels and platforms due to their optimized construction.
Part no.
Dimensions and specifications may be changed without prior notice.
81123, S-FTP 2x(4x2xAWG 24/1) FRNC
64
200
25,9
40,0
14,6

LAN Cable 200
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/10m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-FTP 4x2xAWG 26/7 FRNC
0,48 mm
Copper, bare
PO
whbu/bu, whog/og, whgn/gn, whbn/bn
Polyester foil over stranded bundle
-
Polyester foil, aluminium-lined
Cu braid
FRNC
approx. 5,3 mm
Grey similar to RAL 7035
100 Ohm ± 15 ohm at 1 to 100 MHz
260 Ohm/km max.
47,0 nF/km nom.
69 %
10
0,8
58,0
57,2
35,00 kg/km
46 mm
-20°C
+60°C
0,543 MJ/m
24,00 kg/km
16
1,1
56,0
54,9
62,5
2,4
45,0
42,6
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category5e,
Flame-retardant acc. to IEC60332-1, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
100
2,9
43,0
40,1
200
4,3
37,0
32,7
S-FTP flex
Application
HELUKAT ® 200 data cables are used in the tertiary level of a network as patch cables and connection cables. They are characterized
by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet,
Fast Ethernet, Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s, or ISDN absolutely trouble-free. With its optimized construction, the
HELUKAT ® 200 series can be manufactured quickly and easily with all common RJ45 plugs.
Part no.
Dimensions and specifications may be changed without prior notice.
81254, S-FTP 4x2xAWG 26/7 FRNC
65

LAN Cable 300
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(db/10m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-UTP 4x2xAWG 26/7 PVC, UL
0,48 mm
Copper, tinned
Foam-skin-PE
whbu/bu, whog/og, whgn/gn, whbn/bn
-
Polyester foil, aluminium-lined
Polyester foil, aluminium-lined
-
PVC
approx. 5,9 mm
Grey similar to RAL 7035
100 Ohm ± 20 ohm at 101 to 155 MHz
290 Ohm/km max.
45,00 nF/km nom.
77 %
10
0,9
90,0
89,1
37,00 kg/km
48 mm
-20°C
+60°C
0,41 MJ/m
20,00 kg/km
16
1,1
88,0
86,9
62,5
2,2
83,0
80,8
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category6,
Flame-retardant acc. to IEC60332-1, Smoke density acc. to IEC61034, CMX 444
100
2,7
80,0
77,3
200
3,9
76,0
72,1
U-STP, UL
Application
HELUKAT ® 300 data cables are used in the tertiary level of a network as patch cables and connection cables. They are characterized
by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet,
Fast Ethernet, Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s, or ISDN absolutely trouble-free. With its optimized construction, the
HELUKAT ® 300 series can be manufactured quickly and easily with all common RJ45 plugs. This type is certified according UL because
of the special PVC jacket.
Part no.
Dimensions and specifications may be changed without prior notice.
802174, U-STP 4x2xAWG 26/7 PVC
66
300
4,7
73,0
68,3

LAN Cable 450
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-STP 4x2xAWG 24/1 FRNC
0,52 mm
Copper, bare
Foam-skin-PE
wh/bu, wh/og, wh/gn, wh/bn
-
Polyester foil, aluminium-lined
Polyester foil, aluminium-lined
-
FRNC
approx. 7,4 mm
Green similar to RAL 6018
100 Ohm ± 15 ohm at 1 to 100 MHz
100 Ohm ± 20 ohm at 101 to 450 MHz
146 Ohm/km max.
43,0 nF/km nom.
79 %
10
5,4
100,0
94,6
50,00 kg/km
59 mm
-20°C
+60°C
0,57 MJ/m
24,00 kg/km
16
7,0
100,0
93,0
62,5
13,8
95,8
82,0
100
17,6
94,5
76,9
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category6,
Flame-retardant acc. to IEC60332-3, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
200
26,0
91,0
65,0
300
34,0
87,0
53,0
450
38,5
84,3
45,8
S-STP
Application
HELUKAT ® 450 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s or ISDN absolutely trouble-free. Likewise, the mechanical characteristics are perfectly
suited for the application in tight cable channels and platforms due to their optimized construction.
Part no.
Dimensions and specifications may be changed without prior notice.
82501, S-STP 4x2xAWG 24/1 FRNC
67

LAN Cable 450
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Cable dimensions:
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-STP 2x(4x2xAWG 24/1) FRNC
0,52 mm
Copper, bare
Foam-skin-PE
wh/bu, wh/og, wh/gn, wh/bn
-
Polyester foil, aluminium-lined
Polyester foil, aluminium-lined
-
FRNC
approx. 7,4 mm x 15,0 mm
Green similar to RAL 6018
100 Ohm ± 15 ohm at 1 to 100 MHz
100 Ohm ± 20 ohm at 101 to 450 MHz
146 Ohm/km max.
43,0 nF/km nom.
79 %
10
5,4
100,0
94,6
16
7,0
100,0
93,0
100,00 kg/km
59 mm
-20°C
+60°C
1,14 MJ/m
48,00 kg/km
62,5
13,8
95,8
82,0
100
17,6
94,5
76,9
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category6,
Flame-retardant acc. to IEC60332-3, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
200
26,0
91,0
65,0
300
34,0
87,0
53,0
S-STP duplex
Application
HELUKAT ® 450 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s or ISDN absolutely trouble-free. Likewise, the mechanical characteristics are perfectly
suited for the application in tight cable channels and platforms due to their optimized construction.
Part no.
Dimensions and specifications may be changed without prior notice.
82502, S-STP 2x(4x2xAWG 24/1) FRNC
68
450
38,5
84,3
45,8

LAN Cable 600
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-STP 4x2xAWG 23/1 FRNC
0,56 mm
Copper, bare
Foam-skin-PE
wh/bu, wh/og, wh/gn, wh/bn
-
Polyester foil, aluminium-lined
Cu braid
-
FRNC
approx. 7,5 mm
Blue Lilac similar to RAL 4005
100 Ohm ± 15 ohm at 1 to 100 MHz
100 Ohm ± 20 ohm at 101 to 600 MHz
130 Ohm/km max.
43,0 nF/km nom.
79 %
10
5,6
100,0
94,4
60,00 kg/km
60 mm
-20°C
+60°C
0,6 MJ/m
34,00 kg/km
16
7,1
100,0
92,9
62,5
13,9
96,0
82,1
100
17,5
94,0
76,5
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category7,
Flame-retardant acc. to IEC60332-3, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
200
25,2
88,0
62,8
300
32,1
84,0
51,9
600
44,9
73,0
28,1
S-STP
Application
HELUKAT ® 600 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s or ISDN absolutely trouble-free. Likewise, the mechanical characteristics are perfectly
suited for the application in tight cable channels and platforms due to their optimized construction.
Part no.
Dimensions and specifications may be changed without prior notice.
80810, S-STP 4x2xAWG 23/1 FRNC
69

LAN Cable 600
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Cable dimensions:
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-STP 2x(4x2xAWG 23/1) FRNC
0,56 mm
Copper, bare
Foam-skin-PE
wh/bu, wh/og, wh/gn, wh/bn
-
Polyester foil, aluminium-lined
Cu braid
-
FRNC
approx. 7,5 mm x 16,0 mm
Blue Lilac similar to RAL 4005
100 Ohm ± 15 ohm at 1 to 100 MHz
100 Ohm ± 20 ohm at 101 to 600 MHz
130 Ohm/km max.
43,0 nF/km nom.
79 %
10
5,6
100,0
94,4
16
7,1
100,0
92,9
120,00 kg/km
60 mm
-20°C
+60°C
1,2 MJ/m
68,00 kg/km
62,5
13,9
96,0
82,1
100
17,5
94,0
76,5
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category7,
Flame-retardant acc. to IEC60332-3, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
200
25,2
88,0
62,8
300
32,1
84,0
51,9
S-STP duplex
Application
HELUKAT ® 600 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s or ISDN absolutely trouble-free. Likewise, the mechanical characteristics are perfectly
suited for the application in tight cable channels and platforms due to their optimized construction.
Part no.
Dimensions and specifications may be changed without prior notice.
81446, S-STP 2x(4x2xAWG 23/1) FRNC
70
600
44,9
73,0
28,1

LAN Cable 600
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/10m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-STP 4x2xAWG 26/7 FRNC
0,48 mm
Copper, bare
Foam-skin-PE
wh/bu, wh/og, wh/gn, wh/bn
-
Polyester foil, aluminium-lined
Cu braid
-
FRNC
approx. 5,9 mm
Grey similar to RAL 7035
100 Ohm ± 15 ohm at 1 to 100 MHz
100 Ohm ± 20 ohm at 101 to 600 MHz
264 Ohm/km max.
45,0 nF/km nom.
77 %
10
0,8
96,0
95,2
42,00 kg/km
55 mm
-20°C
+60°C
0,47 MJ/m
22,0 kg/km
16
1,0
96,0
95,0
62,5
2,0
95,0
93,0
100
2,6
94,0
91,4
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category7,
Flame-retardant acc. to IEC60332-1, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
200
4,0
88,0
84,0
300
4,9
86,0
81,1
S-STP flex
Application
HELUKAT ® 600 data cables are used in the tertiary level of a network as patch cables and connection cables. They are characterized
by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet,
Fast Ethernet, Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s or ISDN absolutely trouble-free. With its optimized construction, the
HELUKAT ® 600 series can be manufactured quickly and easily with all common RJ45 plugs.
Part no.
Dimensions and specifications may be changed without prior notice.
80294, S-STP 4x2xAWG 26/7 FRNC
71
600
6,3
80,0
73,7

LAN Cable Outdoor 600A
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Inner sheath material:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-STP 4x2xAWG 23/1 PVC/PVC
0,58 mm
Copper, bare
PO
wh/bu, wh/og, wh/gn, wh/bn
-
Polyester foil, aluminium-lined
Cu braid
-
PVC
PVC
approx. 11,8 mm
Black similar to RAL 9005
100 Ohm ± 15 ohm at 1 to 100 MHz
100 Ohm ± 20 ohm at 101 to 600 MHz
160 Ohm/km max.
43,0 nF/km nom.
79 %
10
5,8
85,0
79,2
16
7,4
85,0
77,6
153,00 kg/km
95 mm
-30°C
+70°C
2,62 MJ/m
34,00 kg/km
62,5
14,6
85,0
70,4
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category7,
Flame-retardant acc. to IEC60332-1, Smoke density acc. to IEC61034
100
18,4
85,0
66,6
200
26,2
83,0
56,8
300
32,1
80,0
47,9
S-STP PVC/PVC
Application
HELUKAT ® 600 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s or ISDN absolutely trouble-free. The serie of HELUKAT ® 600A with a double PVC jacket
is constructed especially for outdoor applications like laying at house walls or in cable lines.
Part no.
Dimensions and specifications may be changed without prior notice.
801147, S-STP 4x2xAWG 23/1 PVC/PVC
72
600
49,0
80,0
31,0

LAN Cable Direct Burial 600E
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-STP 4x2xAWG 23/1 direct burial
0,58 mm
Copper, bare
PO
wh/bu, wh/og, wh/gn, wh/bn
-
Polyester foil, aluminium-lined
Cu braid
-
PVC
approx. 9,8 mm
Black
100 Ohm ± 15 ohm at 1 to 100 MHz
100 Ohm ± 20 ohm at 101 to 600 MHz
150 Ohm/km max.
42,00 nF/km nom.
79 %
10
5,8
85,0
79,2
16
7,4
85,0
77,6
102,00 kg/km
100 mm
-45°C
+65°C
1,40 MJ/m
34,00 kg/km
62,5
14,6
85,0
70,4
100
18,4
85,0
66,6
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category7,
Flame-retardant acc. to IEC60332-1, Smoke density acc. to IEC61034, UL 1581 VW-1
200
26,2
83,0
56,8
300
32,1
80,0
47,9
S-STP PVC
Application
HELUKAT ® 600 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s or ISDN absolutely trouble-free. The serie of HELUKAT ® 600E with a cold resistant
PVC jacket is constructed especially for outdoor applications like laying at house walls or direct burial.
Part no.
Dimensions and specifications may be changed without prior notice.
802167, S-STP 4x2xAWG23/1 PVC
73
600
49,0
80,0
31,0

LAN Cable armoured 600AE
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Inner sheath material:
Armouring:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-STP 4x2xAWG 23/1 FRNC/PVC
0,58 mm
Copper, bare
PO
wh/bu, wh/og, wh/gn, wh/bn
-
Polyester foil, aluminium-lined
Cu braid
-
FRNC
Steel shaft
PVC
approx. 12,0 mm
Black
100 Ohm ± 15 ohm at 1 to 100 MHz
100 Ohm ± 20 ohm at 101 to 600 MHz
150 Ohm/km max.
43,00 nF/km nom.
79 %
10
5,8
85,0
79,2
16
7,4
85,0
77,6
154,00 kg/km
330 mm
-15°C
+50°C
2,30 MJ/m
34,00 kg/km
62,5
14,6
85,0
70,4
100
18,4
85,0
66,6
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category7,
Flame-retardant acc. to IEC60332-1, Smoke density acc. to IEC61034, UL 1581 VW-1
200
26,2
83,0
56,8
S-STP FRNC/PVC
Application
HELUKAT ® 600 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s or ISDN absolutely trouble-free. The serie of HELUKAT ® 600AE with a FRNC/PVC
double jacket and the rodent protection is constructed especially for outdoor and direct burial applications.
Part no.
Dimensions and specifications may be changed without prior notice.
802168, S-STP 4x2xAWG 23/1 FRNC/PVC
74
300
32,1
80,0
47,9
600
49,0
80,0
31,0

LAN Cable 900
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-STP 4x2xAWG 23/1 FRNC
0,58 mm
Copper, bare
Foam-skin-PE
wh/bu, wh/og, wh/gn, wh/bn
-
Polyester foil, aluminium-lined
Cu braid
-
FRNC
approx. 7,8 mm
Blue Lilac similar to RAL 4005
100 Ohm ± 15 ohm at 1 to 100 MHz
100 Ohm ± 20 ohm at 101 to 900 MHz
146 Ohm/km max.
43,0 nF/km nom.
79 %
10
5,0
100,0
95,0
64,00 kg/km
63 mm
-20°C
+60°C
0,6 MJ/m
36,00 kg/km
16
6,5
100,0
93,5
62,5
13,2
100,0
86,8
100
16,8
99,0
82,2
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category7,
Flame-retardant acc. to IEC60332-3, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
200
25,0
96,0
71,0
600
42,5
91,0
48,5
900
55,0
86,0
31,0
S-STP
Application
HELUKAT ® 900 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s or ISDN absolutely trouble-free. Likewise, the mechanical characteristics are perfectly
suited for the application in tight cable channels and platforms due to their optimized construction.
Part no.
Dimensions and specifications may be changed without prior notice.
800086, S-STP 4x2xAWG 23/1 FRNC
75

LAN Cable 900
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Cable dimensions:
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-STP 2x(4x2xAWG 23/1) FRNC
0,58 mm
Copper, bare
Foam-skin-PE
wh/bu, wh/og, wh/gn, wh/bn
-
Polyester foil, aluminium-lined
Cu braid
-
FRNC
approx. 7,8 mm x 17,0 mm
Blue Lilac similar to RAL 4005
100 Ohm ± 15 ohm at 1 to 100 MHz
100 Ohm ± 20 ohm at 101 to 900 MHz
146 Ohm/km max.
43,0 nF/km nom.
79 %
10
5,0
100,0
95,0
16
6,5
100,0
93,5
128,00 kg/km
63 mm
-20°C
+60°C
1,2 MJ/m
72,00 kg/km
62,5
13,2
100,0
86,8
100
16,8
99,0
82,2
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category7,
Flame-retardant acc. to IEC60332-3, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
200
25,0
96,0
71,0
600
42,5
91,0
48,5
S-STP duplex
Application
HELUKAT ® 900 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s or ISDN absolutely trouble-free. Likewise, the mechanical characteristics are perfectly
suited for the application in tight cable channels and platforms due to their optimized construction.
Part no.
Dimensions and specifications may be changed without prior notice.
800087, S-STP 2x(4x2xAWG 23/1) FRNC
76
900
55,0
86,0
31,0

LAN Cable 1200
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-STP 4x2xAWG 22/1 FRNC
0,64 mm
Copper, bare
Foam-skin-PE
wh/bu, wh/og, wh/gn, wh/bn
-
Polyester foil, aluminium-lined
Cu braid
-
FRNC
approx. 7,7 mm
Blue similar to RAL 5015
100 Ohm ± 15 ohm at 1 to 100 MHz
100 Ohm ± 20 ohm at 101 to 1200 MHz
120 Ohm/km max.
43,00 nF/km nom.
79 %
10
4,9
100,0
95,1
16
6,3
100,0
93,7
66,00 kg/km
72 mm
-20°C
+60°C
0,7 MJ/m
41,00 kg/km
62,5
12,7
95,0
82,3
100
16,3
93,0
76,7
200
23,5
90,0
66,5
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category8,
Flame-retardant acc. to IEC60332-3, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
300
29,4
87,0
57,6
600
42,8
81,0
38,2
1000
53,0
78,0
25,0
S-STP
Application
HELUKAT ® 1200 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s or ISDN absolutely trouble-free. Likewise, the mechanical characteristics are perfectly
suited for the application in tight cable channels and platforms due to their optimized construction.
Part no.
Dimensions and specifications may be changed without prior notice.
81699, S-STP 4x2xAWG 22/1 FRNC
77
1200
59,0
77,0
18,0

LAN Cable 1200
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Cable dimensions:
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(dB/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-STP 2x(4x2xAWG 22/1) FRNC
0,64 mm
Copper, bare
Foam-skin-PE
wh/bu, wh/og, wh/gn, wh/bn
-
Polyester foil, aluminium-lined
Cu braid
-
FRNC
approx. 7,7 mm x 16,5 mm
Blue similar to RAL 5015
100 Ohm ± 15 ohm at 1 to 100 MHz
100 Ohm ± 20 ohm at 101 to 1200 MHz
120 Ohm/km max.
43,00 nF/km nom.
79 %
10
4,9
100,0
95,1
16
6,3
100,0
93,7
133,00 kg/km
72 mm
-20°C
+60°C
1,5 MJ/m
82,00 kg/km
62,5
12,7
95,0
82,3
100
16,3
93,0
76,7
200
23,5
90,0
66,5
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category8,
Flame-retardant acc. to IEC60332-3, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
300
29,4
87,0
57,6
600
42,8
81,0
38,2
S-STP duplex
Application
HELUKAT ® 1200 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet,
Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s or ISDN absolutely trouble-free. Likewise, the mechanical characteristics are perfectly
suited for the application in tight cable channels and platforms due to their optimized construction.
Part no.
Dimensions and specifications may be changed without prior notice.
800647, S-STP 2x(4x2xAWG 22/1) FRNC
78
1000
53,0
78,0
25,0
1200
59,0
77,0
18,0

Multimedia Cable 1500
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(db/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-STP 4x2xAWG 22/1 FRNC
0,64 mm
Copper, bare
Foam-skin-PE
wh/bu, wh/og, wh/gn, wh/bn
-
Polyester foil, aluminium-lined
Cu braid
-
FRNC
approx. 8,6 mm
Yellow similar to RAL 1021
100 Ohm ± 15 ohm at 1 to 100 MHz
100 Ohm ± 20 ohm at 101 to 1200 MHz
120 Ohm/km max.
42,00 nF/km nom.
80 %
10
4,2
110,0
106,0
16
6,3
110,0
103,7
80,00 kg/km
68 mm
-20°C
+60°C
0,74 MJ/m
53,00 kg/km
62,5
12,7
110,0
97,3
100
14,4
110,0
95,6
200
21,5
110,0
88,5
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category8,
Flame-retardant acc. to IEC60332-3, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
300
27,5
105,0
77,5
600
37,7
100,0
62,3
1000
49,0
92,0
43,0
1200
54,9
88,0
33,1
S-STP
Application
HELUKAT ® 1500 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as 10Gigabit Ethernet, Gigabit
Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s or ISDN absolutely trouble-free. That means applications
such as multimedia (TV, Video, Data, Speach) are no problem for this series.Likewise, the mechanical characteristics are perfectly
suited for the application in tight cable channels and platforms due to their optimized construction.
Part no.
Dimensions and specifications may be changed without prior notice.
802169, S-STP 4x2xAWG 22/1 FRNC
79
1500
62,0
73,0
11,0

Multimedia Cable 1500
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Core colours:
Shielding 1
Screen over stranding element:
Screen 1 over stranding:
Screen 2 over stranding:
Outer sheath material:
Cable dimensions:
Outer sheath colour:
Electrical data
Characteristic impedance:
Loop resistance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
ACR
Technical data
(MHz)
(db/100m)
(db)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
S-STP 2x(4x2xAWG 22/1) FRNC
0,64 mm
Copper, bare
Foam-skin-PE
wh/bu, wh/og, wh/gn, wh/bn
-
Polyester foil, aluminium-lined
Cu braid
-
FRNC
approx. 8,6 mm x 18,2 mm
Yellow similar to RAL 1021
100 Ohm ± 15 ohm at 1 to 100 MHz
100 Ohm ± 20 ohm at 101 to 1200 MHz
120 Ohm/km max.
42,00 nF/km nom.
80 %
10
4,2
110,0
106,0
16
6,3
110,0
103,7
160,00 kg/km
68 mm
-20°C
+60°C
1,5 MJ/m
106,00 kg/km
62,5
12,7
110,0
97,3
100
14,4
110,0
95,6
200
21,5
110,0
88,5
Norms
Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568-A, Category8,
Flame-retardant acc. to IEC60332-3, Smoke density acc. to IEC61034, Halogen-free acc.
to 60754-2, Corrosiveness acc. to EN50267-2-3
300
27,5
105,0
77,5
600
37,7
100,0
62,3
1000
49,0
92,0
43,0
S-STP duplex
Application
HELUKAT ® 1500 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large
performance reserves and outstanding performance. They can be used to implement services such as 10Gigabit Ethernet, Gigabit
Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring 4/16 Mbit/s or ISDN absolutely trouble-free. That means applications
such as multimedia (TV, Video, Data, Speach) are no problem for this series.Likewise, the mechanical characteristics are perfectly
suited for the application in tight cable channels and platforms due to their optimized construction.
Part no.
Dimensions and specifications may be changed without prior notice.
802170, S-STP 2x(4x2xAWG 22/1) FRNC
80
1200
54,9
88,0
33,1
1500
62,0
73,0
11,0

LAN Cable TWINAX
Cable structure
Inner conductor diameter:
Core insulation:
Core colours:
Screen over stranding element:
Screen over stranding 1:
Screen over stranding 2:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Mutual capacitance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Technical data
(MHz)
(dB/100m)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Copper weight:
Twinax indoor or outdoor
1 x AWG 20, Copper, bare + 1 x AWG 20,
Copper, tinned
PE
Transparent
Solid PE dielectric
-
Cu braid, tinned
PVC / PE
approx. 8,3 mm / approx. 9,3 mm
Black
105 Ohm
53 nF/km nom.
66 %
100
14,0
88,00 kg/km
125 mm
-10°C
+80°C
51 kg/km
IBM P/N 7 362 211
Application
HELUKABEL ® TWINAX cables are used in the area of the IBM computer systems S/36, S/38 and AS400. By using a special PE sheath,
an outdoor version was developed as well.
Part no.
Dimensions and specifications may be changed without prior notice.
80072, IBM P/N 7362211 Twinax indoor
81
80073, IBM P/N 7362211 Twinax outdoor

LAN Cable IVS
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Number of cores:
Core colours:
Screen over stranding element:
Screen over stranding 1:
Screen over stranding 2:
Outer sheath material:
Cable dimensions:
Outer sheath colour:
Electrical data
Characteristic impedance:
Direct current resistance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Next
Technical data
(MHz)
(dB/100m)
(db)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
IBM P/N 33G2772, IBM P/N 33G8224, IBM P/N 33G2775
IBM P/N 33G2772
type 1A
0,64 mm
Copper, bare
Foam-skin-PE
4
bk/og, rd/gn
Polyester foil,
aluminium-lined
Cu braid, tinned
-
PVC
approx. 7,6 mm x 11,9 mm
Black
150 Ohm
± 15 ohm at 3 to 20 MHz
185 Ohm
± 18.5 ohm at 38.4 kHz
270 Ohm
± 27 ohm at 9.6 kHz
57,1 Ohm/km
78 %
20
7,4
80,0
85,00 kg/km
110 mm
-10°C
+70°C
1,7 MJ/m
38,0 kg/km
100
18,7
60,0
IBM P/N 33G8224
type 1A mini
0,4 mm
Copper, bare
Foam-skin-PE
4
bk/og, rd/gn
Polyester foil,
aluminium-lined
Cu braid, tinned
-
PVC
approx. 5,5 mm x 8,9 mm
Black
150 Ohm
± 15 ohm at 3 to 20 MHz
235 Ohm
± 23.5 ohm at 38.4 kHz
390 Ohm
± 39 ohm at 9.6 kHz
151 Ohm/km
78 %
20
4,9
50,0
60,00 kg/km
84 mm
-10°C
+70°C
0,68 MJ/m
21,0 kg/km
100
12,3
39,0
IBM P/N 33G2775
type 6A
0,48 mm
Copper, bare
Foam-skin-PE
4
bk/og, rd/gn
Polyester foil,
aluminium-lined
Cu braid, tinned
-
PVC
approx. 7,8 mm
Black
150 Ohm
± 15 ohm at 3 to 20 MHz
235 Ohm
± 35.25 ohm at 38.4 kHz
390 Ohm
± 58.5 ohm at 9.6 kHz
151 Ohm/km
-
20
7,4
60,0
70,00 kg/km
117 mm
-10°C
+70°C
0,78 MJ/m
25,0 kg/km
Application
HELUKABEL ® IVS types are used in the area of the IVS system, developed by IBM. They correspond to the wiring guidelines set by
IBM.
Part no.
Dimensions and specifications may be changed without prior notice.
80068, IBM P/N 33G2772
type 1A
82
80070, IBM P/N 33G8224
type 1A mini
100
18,7
49,0
80071, IBM P/N 33G2775
type 6A

LAN Cable
Cable structure
Inner conductor diameter:
Conductor material:
Core insulation:
Number of cores:
Core colours:
Screen over stranding element:
Screen over stranding 1:
Screen over stranding 2:
Outer sheath material:
Outer Ø
Outer sheath colour:
Electrical data
Characteristic impedance:
Mutual capacitance:
Direct current resistance:
Rel. propagation velocity:
Typical values
Frequency
Attenuation
Technical data
(MHz)
(dB/100m)
Weight:
Min. bending radius for laying:
Operating temperature range min.:
Operating temperature range max.:
Caloric load, approx. value:
Copper weight:
Ethernet Cheapernet Cable, Yellow Cable, Transceiver
Cable
Cheapernet Cable
0,72 mm
Copper, tinned
Foam-skin-PE
1
White
-
Polyester foil,
aluminium-lined
Cu braid, tinned
PVC
approx. 4,6 mm
Grey
50 Ohm
88,59 nF/km nom.
50 Ohm/km
77 %
4
1,2
32,00 kg/km
69 mm
-10°C
+80°C
0,36 MJ/m
21,0 kg/km
10
1,8
Yellow Cable
2,17 mm
Copper, bare
Foam-skin-PE
1
Transparent
Polyester foil,
aluminium-lined
Cu braid, tinned
Polyester foil,
aluminium-lined
PVC
approx. 10,3 mm
Yellow
50 Ohm
78 nF/km nom.
-
85 %
4
3,3
176 kg/km
117 mm
-10°C
+70°C
-
128,0 kg/km
10
4,6
Transceiver Cable
0,89 mm
Copper, tinned
PE
8
gn/bu, ye/og, gy/wh, rd/bk
Polyester foil,
aluminium-lined
-
Polyester foil,
aluminium-lined
PVC
approx. 10,6 mm
Grey
78 Ohm
64 nF/km nom.
-
66 %
4
4,2
10
6,0
142,00 kg/km
159 mm
-10°C
+60°C
-
95,0 kg/km
Application
HELUKABEL ® ETHERNET types are used as baselines (Yellow + Cheapernet) and cable connections (Transceiver or AUI) within the
Ethernet wiring structure.
Part no.
Dimensions and specifications may be changed without prior notice.
80044, Cheapernet cable
83
80074, Yellow cable
80076, Transceiver cable

HF-Radiating Cables
HF HDPE
Cable structure
The coax structure is identical for all sizes: inner conductor, foamed dielectric, outer conductor, outer jacket black. This assures the
same connector plugs and clamps can always be used. The only difference between the various variants is the form of the opening
of the outer conductor. These forms determine the relationship between the inner and outer conductors. Electrical characteristics,
such as attenuation, coupling loss, reflection factor as well as environmental conditions (such as dust, salt, moisture, etc.) are
influenced in this way. The optimum cable can then be determined from the knowledge of these parameters and the application
data (reach, frequency range, etc.) The technical differences can be seen from the data for the system loss and the 120 dB length.
The outer jacket is made of black polyethylene.
Designation
Nominal
size
Outer Ø
ca. mm
Weight
kg / km
Corrugations, groups of apertures at large intervals
HALFU 12-50 1/2" 15,0 290,0
HRLF 58-50 5/8" 22,0 380,0
HRLF 78-50 7/8" 28,7 620,0
HRLFW 78-50 7/8" 28,7 620,0
HRLF 114-50 1 1/4" 38,8 920,0
HRLFW 114-50 1 1/4" 38,8 920,0
HRLFW 158-50
1 5/8" 48,0 1200,0
Corrugations, groups of vertical slots at short intervals
HRLKW 12-50 1/2" 15,0 290,0
HRLKU 12-50 1/2" 15,0 290,0
HRLKW 58-50 5/8" 22,0 380,0
HRLKU 58-50 5/8" 22,0 380,0
HRLKW 78-50 7/8" 28,7 620,0
HRLKU 78-50 7/8" 28,7 620,0
HRLKW 114-50 1 1/4" 38,8 920,0
HRLKU 114-50 1 1/4" 38,8 920,0
HRLKU 158-50
1 5/8" 48,0 1200,0
Corrugations, groups of vertical slots at variable intervals
HRLV 114-50 1 1/4" 38,8 920,0
HRLVW 114-50 1 1/4" 38,8 920,0
HRLVU 158-50
1 5/8" 48,0 1200,0
Corrugations, groups of apertures, sloping slots
HRAY 58-50 5/8" 22,0 400,0
HRAY 78-50 7/8" 28,7 640,0
HRAY 114-50 1 1/4" 38,8 980,0
HRAY 158-50
1 5/8" 48,0 1200,0
Corrugations, groups of milled slots
HRCF 38-50 3/8" 12,0 130,0
HRCF 12-50 1/2" 16,0 230,0
HRCF 78-50 7/8" 28,0 570,0
HRCF 114-50 1 1/4" 40,0 950,0
HRCF 158-50 1 5/8" 51,0 1350,0
Dimensions and specifications may be changed without prior notice.
450
129
113
93
100
86
90
92
124
126
107
110
95
101
90
96
101
96
84
99
103
95
87
108
159
124
105
102
100
1 km system loss (dB)
900 1800
(MHz)
2200
155
133
110
114
103
100
97
154
160
127
125
115
113
103
101
95
89
86
82
134
129
103
106
196
151
122
113
109
195
-
-
150
-
144
120
274
289
168
177
262
166
163
125
113
-
122
95
-
-
-
120
259
202
155
134
122
210
-
-
-
-
-
-
-
324
-
197
-
190
-
145
123
-
-
97
-
-
-
132
-
225
166
148
137
2400
216
-
-
-
-
-
-
-
349
-
208
-
212
-
156
133
-
-
102
-
-
-
157
-
238
169
153
143
450
830
1300
1965
1750
2580
2500
2650
930
900
1340
1265
1780
1650
2300
2115
2150
-
-
-
1440
1760
2570
1670
540
930
1460
1715
2030
120 dB-length (m)
900 1800
(MHz)
2200
560
900
1220
1150
1450
1630
1850
625
600
930
915
1090
1135
1440
1550
1900
-
-
-
810
870
1380
1500
395
630
960
1180
1365
350
-
-
650
-
710
1000
300
270
570
490
320
560
610
925
1150
-
-
-
-
-
-
1000
250
390
600
775
960
310
-
-
-
-
-
-
-
235
-
425
-
460
-
695
950
-
-
-
-
-
-
815
-
290
530
605
680
2400
Part no.
295 800171
- 800172
- 800173
- 800174
- 800175
- 800176
- 800177
- 800178
220 800179
- 800180
400 800181
- 800182
395 800183
- 800184
615 800185
820 800186
- 800187
- 800188
- 800189
- 800190
- 800191
- 800192
600 800193
- 800194
240 800195
515 800196
555 800197
605 800198
Application
Radiating coax cables permit communication in areas where electromagnetic propagation is impeded, undesirable, or impossible.
This may be the case in tunnels, mines, buildings along railway routes and lines, as well as in large building complexes, such as
exhibition centres and airports.
84

HF-Radiating Cables
HF FRNC
Cable structure
The coax structure is identical for all sizes: inner conductor, foamed dielectric, outer conductor, outer jacket black. This assures the
same connector plugs and clamps can always be used. The only difference between the various variants is the form of the opening
of the outer conductor. These forms determine the relationship between the inner and outer conductors. Electrical characteristics,
such as attenuation, coupling loss, reflection factor as well as environmental conditions (such as dust, salt, moisture, etc.) are
influenced in this way. The optimum cable can then be determined from the knowledge of these parameters and the application
data (reach, frequency range etc.). The technical differences can be seen from the data for the system loss and the 120 dB length.
The outer sheath material is made of a black halogen-free and flame-resistant compound.
Designation
Nominal
size
Outer Ø
ca. mm
Weight
kg / km
Corrugations, groups of apertures at large intervals
HALFU 12-50 1/2" 15,0 290,0
HRLF 58-50 5/8" 22,0 380,0
HRLF 78-50 7/8" 28,7 620,0
HRLFW 78-50 7/8" 28,7 620,0
HRLF 114-50 1 1/4" 38,8 920,0
HRLFW 114-50 1 1/4" 38,8 920,0
HRLFW 158-50
1 5/8" 48,0 1200,0
Corrugations, groups of vertical slots at short intervals
HRLKW 12-50 1/2" 15,0 290,0
HRLKU 12-50 1/2" 15,0 290,0
HRLKW 58-50 5/8" 22,0 380,0
HRLKU 58-50 5/8" 22,0 380,0
HRLKW 78-50 7/8" 28,7 620,0
HRLKU 78-50 7/8" 28,7 620,0
HRLKW 114-50 1 1/4" 38,8 920,0
HRLKU 114-50 1 1/4" 38,8 920,0
HRLKU 158-50
1 5/8" 48,0 1200,0
Corrugations, groups of vertical slots at variable intervals
HRLV 114-50 1 1/4" 38,8 920,0
HRLVW 114-50 1 1/4" 38,8 920,0
HRLVU 158-50
1 5/8" 48,0 1200,0
Corrugations, groups of apertures, sloping slots
HRAY 58-50 5/8" 22,0 400,0
HRAY 78-50 7/8" 28,7 640,0
HRAY 114-50 1 1/4" 38,8 980,0
HRAY 158-50
1 5/8" 48,0 1200,0
Corrugations, groups of milled slots
HRCF 38-50 3/8" 12,0 130,0
HRCF 12-50 1/2" 16,0 230,0
HRCF 78-50 7/8" 28,0 570,0
HRCF 114-50 1 1/4" 40,0 950,0
HRCF 158-50 1 5/8" 51,0 1350,0
Dimensions and specifications may be changed without prior notice.
450
129
113
93
100
86
90
92
124
126
107
110
95
101
90
96
101
96
84
99
103
95
87
108
159
124
105
102
100
1 km system loss (dB)
900 1800
(MHz)
2200
155
133
110
114
103
100
97
154
160
127
125
115
113
103
101
95
89
86
82
134
129
103
106
196
151
122
113
109
195
-
-
150
-
144
120
274
289
168
177
262
166
163
125
113
-
122
95
-
-
-
120
259
202
155
134
122
210
-
-
-
-
-
-
-
324
-
197
-
190
-
145
123
-
-
97
-
-
-
132
-
225
166
148
137
2400
216
-
-
-
-
-
-
-
349
-
208
-
212
-
156
133
-
-
102
-
-
-
157
-
238
169
153
143
450
830
1300
1965
1750
2580
2500
2650
930
900
1340
1265
1780
1650
2300
2115
2150
-
-
-
1440
1760
2570
1670
540
930
1460
1715
2030
120 dB-length (m)
900 1800
(MHz)
2200
560
900
1220
1150
1450
1630
1850
625
600
930
915
1090
1135
1440
1550
1900
-
-
-
810
870
1380
1500
395
630
960
1180
1365
350
-
-
650
-
710
1000
300
270
570
490
320
560
610
925
1150
-
-
-
-
-
-
1000
250
390
600
775
960
310
-
-
-
-
-
-
-
235
-
425
-
460
-
695
950
-
-
-
-
-
-
815
-
290
530
605
680
2400
Part no.
295 800227
- 800228
- 800229
- 800230
- 800231
- 800232
- 800233
- 800234
220 800235
- 800236
440 800237
- 800238
395 800239
- 800240
615 800241
820 800242
- 800243
- 800244
- 800245
- 800246
- 800247
- 800248
600 800249
- 800250
240 800251
515 800252
555 800253
605 800254
Application
Radiating coax cables permit communication in areas where electromagnetic propagation is impeded, undesirable, or impossible.
This may be the case in tunnels, mines, buildings along railway routes and lines, as well as in large building complexes, such as
exhibition centres and airports.
85

HF-Cables flexible
HF FLEX
Cable structure
Flexible ultrahigh-frequency cables have a coax cable structure, where the inner and outer conductors are kept apart by a dielectric.
This dielectric is applied by a special manufacturing process. The outer conductors have an annular corrugation. The corrugation
troughs press into the dielectric, thereby sealing this cavities. This prevents any penetrated water from advancing through
annular-corrugated cables. The jacket for these cables is made of black abrasion-resistant PE. This material is halogen-free and
UV-resistant. As an optional, a flame-resistant version is available.
Designation
Nominal
size
Cellflex, low loss
HCF 14-50
1/4"
HLCF 38-50
3/8"
HLCF 12-50
1/2"
HLCF 58-50
5/8"
HLCF 78-50
7/8"
HLCF 114-50 1 1/4"
HLCFS 114-50 1 1/4"
HLCF 158-50 1 5/8"
HLCF 214-50
Cellflex, superflexible
2 1/4"
HSCF 14-50
1/4"
HSCF 38-50
3/8"
HSCF 12-50
Cellflex, ultraflexible
1/2"
HUCF 12-50
1/2"
Outer conductor
form
Corrugations
Corrugations
Corrugations
Corrugations
Corrugations
Corrugations
Corrugations
Corrugations
Corrugations
Corrugations
Corrugations
Corrugations
Corrugations
Dimensions and specifications may be changed without prior notice.
Outer Ø
ca. mm
10,0
11,2
16,2
21,4
28,0
39,4
39,4
51,0
60,0
7,8
10,2
13,7
13,7
Min. bending
radius for laying
mm
40
50
70
90
120
200
200
300
410
25
25
32
30
Attenuation
at 100m
dB
14,50
10,30
7,20
5,60
4,10
3,40
2,90
2,50
2,20
19,50
14,10
11,20
13,20
Medium power
kW
0,600
0,600
1,200
1,700
2,500
2,400
3,600
4,200
5,400
0,300
0,600
0,800
0,700
Weight
kg / km
130,0
120,0
220,0
370,0
550,0
1050,0
1150,0
1530,0
1920,0
70,0
120,0
210,0
240,0
Part no.
800201
800202
800203
800204
800205
800206
800207
800208
800209
800210
800211
800212
800213
Application
Flexible ultrahigh-frequency cables are used as the cables for the antennae in directional radio, radio stations, satellite radio, radio
and TV transmitters, etc. The most important parameters for these coax cables are characteristic impedance, reflection factor,
attenuation, average power and the bending radius.
86

Testingcenter
87