Photo: HELUKABEL. Coaxial Cables M 1

Transcription

1 Photo: HELUKABEL Coaxial Cables M 1

2 Coaxial Cables Coaxial cables are used in all areas of the high frequency transmission technology, for example in medicine, military or in communication sectors. Because of the wide spectrum of coaxial and video or TV cables, which HELUKABEL has in stock, most requirements are covered. Naturally we also offer special constructions for you. HELUKABEL supply RGcoaxial cables or RGmulti coaxial cables according to the american military standard MILC. The coaxial cables for satellite receivers and TV aerials as well as video cables are designed according to the respective specified standards. M M

3 Contents Description Page RGCoaxial Cables... RGCoaxial Cables... RGCoaxial Cables... HalogenFree RGCoaxial Cables... CATVCables,with alu or copper and braiding... SATCoaxial Cables,up to 1 MHz, for satellitereceivers, double screened... MultimediaCoaxial Cables,SAT 1,0/4,6GH, up to MHz, for digitaltv, double screened, screening efficieny >db... SATCoaxial Cables,for digitaltv, screening efficieny >db / >db, for satellitereceivers, double screened... RGBCOAXCY / RGBCOAX(St)Y,transmission cables for colour monitor... M 4 M M 6 M M 8 M M M M 1 M

4 RGCoaxial Cables Type RG.../U Min. bending radiusapprox. mm Temperature range C Outer Øapprox. mm Weightapprox. kg/km Frequency range f (max.) GHz Attenuationat C (db/0m) 0 MHz 0 MHz 0 MHz 00 MHz 1 MHz MHz Rel. velocity of propagation % Insulation resistance MOhm x km min. Loop resistance max. (Ohm/km) Nominal peak voltage kvs Dielectric strength Hz kveff x 0, 4, braids to+80,0 8,4 1 ± 8,8 1, 1,, x 0, 6,4 to+80 6,0, 1 8,8 6, 0,6 1 66,1, 00 x 0,4, to+80 8,0, 1 ±,, 4 0, x 0,, to+80 1,0 4, , 004 1x 0,6, 0 to+80 6,0 6, ±, 16, 41 1, x 0,6,, hollow 0 to+80 6,0 6, ±, 4,, 4, 8 1 1,1 M Note The materials used in manufacture are cadmiumfree and contain no silicone and free from substances harmful to the wetting properties of lacquers. RGCoaxial types are in accordance with USMilitary specifications MILC. 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. M 4

5 RGCoaxial Cables Type RG.../U Min. bending radiusapprox. mm Temperature range C Outer Øapprox. mm Weightapprox. kg/km Frequency range f (max.) GHz Attenuationat C (db/0m) 0 MHz 0 MHz 0 MHz Rel. velocity of propagation % Insulation resistance MOhm x km min. Loop resistance max. (Ohm/km) Nominal peak voltage kvs Dielectric strength Hz kveff x 0,6,, hollow braids 0 to+ 48,0 6, 6 ±, 4,, 4, , 4 1 x 0,16 1, to+80,0, , x 0,1 Steel/copper, silvered 6 PTFE FEP to+0 6,4 1,8 8 0, ,1 008 x 0,1 Steel/copper, silvered 1,6 PTFE FEP to+0,,4 16 ± 0, , 0 00 x 0,1 Steel/copper, silvered,6 PTFE FEP to+0,0, ± 0, 8 1,6 0 x 0,1 Steel/copper, silvered 1,6 PTFE PFA to+60 8,,6 ± 0, , 1 01 x 0,,4 to+80,0,, 1 0, Note The materials used in manufacture are cadmiumfree and contain no silicone and free from substances harmful to the wetting properties of lacquers. The colour at FEP and PFA outer jacket is or transparent as per production outlet. RGCoaxial types are in accordance with USMilitary specifications MILC. 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. M

6 RGCoaxial Cables Type RG.../U Min. bending radiusapprox. mm Temperature range C Outer Øapprox. mm Weightapprox. kg/km Frequency range f (max.) GHz Attenuationat C (db/0m) 0 MHz 0 MHz 0 MHz Rel. velocity of propagation % Insulation resistance MOhm x km min. Loop resistance max. (Ohm/km) Nominal peak voltage kvs Dielectric strength Hz kveff 14 0 x 0,,4 braids x silvered copper to+80,0,8 18, 1, 18 x 0,,4 to ,0, 00, x 0,4,4 braids to+80,0,8 6 ±,, x,,4 braids to+80,0 1, ,8,1 1, 16, x 4,, to+80 48,0,1, 4, 8,1, 1 0 1x 0,, braids x silvered copper to+80 4,0, , 16 x 0, Steel/copper, silvered 1, PTFE PTFE/ alt. FEP to+0 8,, 68 1, M Note The materials used in manufacture are cadmiumfree and contain no silicone and free from substances harmful to the wetting properties of lacquers. The colour outer jacket at PTFE is or transparent as per production outlet. RGCoaxial types are in accordance with USMilitary specifications MILC. 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. M 6

7 HalogenFree RGCoaxial Cables Type RG.../U Min. bending radiusapprox. mm Temperature range C Outer Øapprox. mm Weightapprox. kg/km Frequency range f (max.) GHz Attenuationat C (db/0m) MHz MHz 0 MHz 0 MHz 0 MHz Rel. velocity of propagation % Insulation resistance MOhm x km min. Loop resistance max. (Ohm/km) Nominal peak voltage kvs Dielectric strength Hz kv eff. 1 x 0,4, HM to+80 8,0, 144 ± 1,,4,8,,, x 0,, HM to+80 1,0,4 8,, 4,4, 4,8 0 1, 1 1x 0,6, HM 0 to+80 6,0 6,4 ±,8 1,,6,, 68 1, x 0,6,, hollow HM 0 to+80 6,0 6,4 4 ±, 1, 4, 4,6 4, 4 1 0, x 0,6,, hollow braids HM 0 to+ 48,0 6, 64 ±, 1,, 4, 4,6 4, , 1 1 x 0,,4 HM to+80,0, 1 1,,,,,, x 0,,4 braids x silvered copper HM to+80,0,8 1,,,,,,6 1 1 Note The materials used in manufacture are cadmiumfree and contain no silicone and free from substances harmful to the wetting properties of lacquers. Houter jacket = halogenfree material (HM) RGCoaxial types are in accordance with USMilitary specifications MILC. RG/U: R=Radio, G=Guide, U=Utility = Flame Retardant NonCorrosive 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. M

8 CATVCables with alu or copper and braiding used as Type 0./4.4 ALG 0, 4,4 Polyester coated with aluminium on both sides Jacket colour Outer Øapprox. mm 6,6 Min. bending radiusapprox. mm Strain/suspending wire N Weightapprox. kg/km 44 ± Attenuationat C (db/0m) 0 MHz 0 MHz 1 0 MHz 1,, 0 MHz 0, 1 MHz MHz 4 MHz 4, Structural return loss min. (db) between 0 and 00 MHz 0 00 and 600 MHz and 60 MHz 60 and MHz DC resistanceat C Inner conductormax. Ohm/km max. Ohm/km Screening efficiency (db) and 0 MHz 0 and 0 MHz 0 and 00 MHz 00 and MHz Post office approved 4 G000A 1.1/. ALG 1 1,1, Polyester coated with aluminium on both sides, 0 8 ±,, 1,6 16,8,8, 0, 0, G00A Outdoor span 1.1/. ALGT 1 1,1, Polyester coated with aluminium on both sides,8 1 0 ±,, 1,6 16,8,8, 0, 0, G6B 1.8/. FG 141 1,8, Copper tape,0 1 ±,, , 6, G6B AYKY1 ikx 1.1/. 14 1,1, Copper tube, welded, ± 6,4, 1,,, 6 1,1 AY0KY1 nkx./8.8 14, 8,8, hollow Copper tube, welded 1, 0 ± 1 8,8 4 6,6 8,4, 6 1,6 AY0KY1 qkx./ AY0KY1 skx 4./1.4, 4, 1,, hollow 1,4, hollow Copper tube, Copper tube, welded welded, ± ,, 4,4, 6,, 4,4 0 0 ± 1 1, 1,,1 4,1 4,4 1 1 M Note The materials used in manufacture are cadmiumfree and contain no silicone and free from substances harmful to the wetting properties of lacquers. AL=Aluminium, ALPR=PolyestercoatedwithAluminiumonbothsides BKcable=bandwidthcommunicationcable, Cu=Copper, CuR=Cutubewelded, CuW=Copperweld, F=Foil, G=, =Polyethylene, H=Polyethyleneairspaceinsulation, =Polyvinylchloride M 8

9 SATC oaxial C ables up to 1 MHz, for satellitereceivers, double screened Type Core colours Jacket colour Outer Øapprox. mm Min. bending radiusapprox. mm Weightapprox. kg/km Attenuationat C (db/0m) 0 MHz 0 MHz 0 MHz 0 MHz 1 MHz MHz MHz 1 MHz Structural return loss min. (db) between 0 and 00 MHz 00 and 600 MHz 600 and 60 MHz 60 and MHz DC resistanceat C Inner conductormax. Ohm/km max. Ohm/km Max. nominal voltage (V) Screening efficiency (db) and 0 MHz 0 and 0 MHz 0 and 00 MHz 00 and MHz Post office approved 1.1/.0 ALG 1 1,1 Cell Polyester coated with aluminium on both sides 6,8 4 ±, 1, 1,,, G00A,0 1.6/. ALG 1 1,6, Cell Polyester coated with aluminium on both sides, ±,,1,8 1,6 16,8 1,, G616B,0 SATMINI 1, Cell Polyester coated with aluminium on both sides,4 x,8 6 ± 8,,,, 1,, ,0 DUO x0./ ,6 Cell Polyester coated with aluminium on both sides 8,6 x 4, ± 8, 1, 1, 4, 4,,4 16,0 QUADRO 4x0./. 16 0,6 Cell Polyester coated with aluminium on both sides,0 x 4, 80 8 ± 8, 1, 1, 4, 4,,4 6,0 Note The materials used in manufacture are cadmiumfree and contain no silicone and free from substances harmful to the wetting properties of lacquers. AL=Aluminium, ALPR=PolyestercoatedwithAluminiumonbothsides Cu=Copper, CuW=Copperweld, F=Foil, G=, =Polyethylene, H=Polyethyleneairspaceinsulation, =Polyvinylchloride, vz=tinned M

10 MultimediaCoaxial CablesSAT 1,0/4,6GH, up to MHz, for digitaltv, double screened, screening efficieny >db used as Type Jacket colour Outer Øapprox. mm Approv. bending radiusapprox. mm Weightapprox. kg/km Attenuationat C (db/0m) 0 MHz 0 MHz 4 MHz 600 MHz 00 MHz MHz MHz MHz Structural return loss min. (db) between 0 and 00 MHz 00 and 600 MHz 600 and 60 MHz 60 and MHz and MHz DC resistanceat C Inner conductormax. Ohm/km max. Ohm/km Max. nominal voltage (V) Screening efficiency (db) inner/outer Safety zones 1.0/4.6 GHY 1.0/4.6 GHY 1.0/4.6 GH Copper with skin 1 Copper with skin 1 Copper with skin 4,6 Cell polyethylene with skin and 4,6 Cell polyethylene with skin and 4,6 Cell polyethylene with skin and PIB coating PIB coating PIB coating Polyester coated with aluminium Polyester coated with aluminium Polyester coated with aluminium on both sides on both sides on both sides grey 6,6 6,6 6, ± 1 ± 1 ± 1,8,8,8,8,8,8 1, 1, 1, 14, 14, 14,,,, 1,1 1,1 1,1 6, 6, 6,,,, 1, 1, 1, ,0,0,0 M Application Copper innerconductor 1,0 with skineffect Protection against humidity and corrosion / Solid compound of dielectric. No change of position duringinstallation in narrow bending radius. Dielectric 4,6 mm ø : special compound, foaming by GASINJEKTION Important improvement of propagation velocity values / Very high transmission speed of individual signals (presumption for Multimedia) / Improvement for the resistance to ageing / Reduction of attenuationloss The over surface of dielectric consists too a skincoating (smooth over surface) Protection against humidity and other chemical influences / Minimum impedance tolerance ± Ohm / This coaxial cable is crimpable / Installation in narrow bending radius, no kinking risk / The transmissionloss of signals are hardly measurable to the advance in years / Additionally to the skineffect, the dielectric contains a gelcoating (special PIBcpmpound) / We therefore offer a years guarantee for attenuationloss by installation at C roomtemperature Screening a) AL/PR, polyester coated with aluminium on both sides or b) Copper braiding of tinned wires, screening efficiency > db Outer sheath Alternatives for indoor and outdoor installation / for underground laying or grey as a safety coaxial cable in hospitals, airports and for medical equipment etc. (other sheath colours on request) M

11 SATCoaxial Cables for digitaltv, screening efficieny >db / >db, for satellitereceivers, double screened used as Type 1stScreen ALPR ndscreen Cu Jacket colour Outer Øapprox. mm Min. bending radiusapprox. mm Weightapprox. kg/km Attenuationat C (db/0m) 0 MHz 0 MHz 4 MHz 00 MHz MHz MHz MHz MHz Structural return loss min. (db) between 0 and 00 MHz 00 and 600 MHz 600 and 60 MHz 60 and MHz DC resistanceat C Inner conductormax. Ohm/km max. Ohm/km Max. nominal voltage (V) Screening efficiency (db) and 0 MHz 0 and 0 MHz 0 and 00 MHz 00 and MHz inner 0,/, 0 0,6 Polyethylene, ALPRFG 4, 4 ± 8,1 1,, 1, 4, 4,8 4,, 16 8,0 inner/outer 0,/4, 016 0, 4, Polyethylene, ALPRFG 6,6 ±,1,4 16,8,4,4, 44, 4,0 inner/outer /, 08, Polyethylene, ALPRFG,0 ± 6,,,1 6, 6,4, 4, ,0 inner 1,1/,0 0 1,1 4,8 Polyethylene, ALPRFG 6, 4 4 ± 4,,,6, 6,6,, 1, 14,0 1.6/,0 0 1,6,1 Polyethylene, ALPRFG, 60 ± 6,1 14,,1, 4 0 1,0 inner 1,1/,0 01 1,1 4,8 Cell, ALPRFG 6, ± 4,,,1,, 14,0 inner/outer 1,1/,0 01 1,1 4,8 Cell, ALPRFG 6, ± 4,,,6, 6,6,, 1, 0 14,0 inner 1.6/.0 0 1,6,1 Polyethylene, ALPRFG,0 60 ±,8, 8,6 1,1 1,, 1 1,, 1,0 M

12 RGBCOAXCY / RGBCOAX(St)Y transmission cables for colour monitor Technical data Base cable 0,/1, bzw. 0,6/, Temperature range fixed installation C to +80 C flexing C to + C Mutual capacitance nf/km Impedance Ohm Attenuation RGBCoax 0,/1, 1 MHz =,0 db/0m MHz =,8 db/0m MHz = 4,0 db/0m MHz =,8 db/0m MHz = 8,4 db/0m MHz = 1, db/0m 0 MHz = 1,8 db/0m 0 MHz =, db/0m RGBCoax 0,6/, 1 MHz = 1,1 db/0m MHz = 1, db/0m MHz =, db/0m MHz =, db/0m MHz = 4, db/0m MHz =, db/0m 0 MHz =,4 db/0m 0 MHz =,1 db/0m Minimum bending radius x cable ø RGBCOAXCY... x0,/1, Inner conductor bare copper, solid, conductor ø 0, mm Dielectric (insulation) of cellpolyethylene of tinned copper wire braiding jacket in colour red, green, blue for xrgb COAX red, green, blue,, for xrgb COAX or Coax twisted with optimal laylength Foil taping Overall braidscreening, tinned copper with optimal surface coverage and drainwire outer jacket, RGBCOAXCY x0,/1, + x0, as per above, but with additional control cores (x0,) in the interstices Colour brown, green, RGBCOAX(St)Y... x0,6/, (deviation) Inner conductor, bare copper, solid, conductor ø 0,6 mm of tinned or bare copper wire braiding Foil taping Plastic coated aluminium and drain wire outer jacket, green or Properties The materials used in manufacture are cadmiumfree 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, highdefinition 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. RGBCOAXCY... 0,/1, RGBCOAX(St)Y... 0,6/, No. RGBCoax n x mm Outer Ø approx. mm, 8,,0 Cop. weight kg/km,0,0 6,0 Weight approx. kg/km,0 8,0 8,0 No. RGBCoax n x mm Outer Ø approx. mm 16,0 1,0 Cop. weight kg/km 66,0,0 Weight approx. kg/km 14 x 0,/1, 148 x 0,6/, 8,0 14 x 0,/1, + x 0, 14 x 0,6/,,0 146 x 0,/1, M M 1