acome hypercell 2002 cable catalogue - kaapelikatalogi

HYPERCELL® 2002

Cables and accessories for radiocommunication networks

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With more than 1200 employees and 100.000 m2 of cov-

ered industrial premises at Mortain in Normandy, ACOME

is considered as a specialist in the field of low loss HF coaxial

cables and accessories, optical fibre cables and systems, as well

as LF and HF twisted copper pair cables, guaranteeing high

levels of performance, quality and reliability.

The Radio Vidéocom Division with its HYPERCELL ® range

of 50 Ω coaxial cables, meets the needs of the market

for low loss transmission lines in use for :

• Mobile radio communications

• Private and military telecommunications networks

(microwave links and local loop)

• Radio and television broadcasting networks.

ACOME is present in all of the international markets

and particularly in emerging markets, with subsidiaries in

Brazil and China.

The design and choice of connectors and accessories

ensure a perfect mechanical and electrical integrity

between the radio equipments and between the

transmitters or base stations and the antennas.

The Radio Videocom division also offers the Gigacome®

range of 75 Ω coaxial cables for CATV video communica-

tion networks.

Stringent quality targets are set at every stage, from

design to delivery and after-sales service. The quality

requirement also fully complies with the environmental

protection standards.

ACOME is certified :

ISO 9001 and

ISO 14001

For more informations, see general catalogue HYPERCELL®

Our coaxial cables,connectors and accessories

are offered with a 10 year guarantee

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Low loss, foam dielectric HYPERCELL ® 50 Ω cables are

available in three versions: :

•Flexible (F series), available in 1/4", 3/8", 1/2",

• 5/8", 7/8", 1-1/4", 1-5/8" and 2-1/4” diameters.

•Super flexible (SF series), available in 1/4", 3/8"

• and 1/2" diameters

•Extra flexible (XF series), available in 1/16", 1/4"

• and 3/8" diameters.

Description The inner conductor is made of a copper wire, a copper

plated aluminium wire, or a smooth or corrugated copper

tube, according to diameter.

The foam dielectric insulator is bonded to the inner

conductor to avoid any longitudinal movement due to

temperature variations or mechanical forces. The

polyethylene foam is applied to the inner conductor by an

inert gas injection extrusion method. This process produces

a low density, fine close cells foam structure with low

dielectric losses. A very thin layer of polyethylene ensures

the core of the cable to show a constant diameter, guar-

anteeing high mechanical integrity and accurate

centering of the inner conductor for high impedance reg-

ularity. This dielectric being non hygroscopic, it ensures a

much extended cable service life.

The outer conductor of flexible and super flexible (F

and SF) cables are made of a copper tape having an elec-

trical conductivity of over 100% IACS, continuously

formed and welded, then helicaly or annularly corrugated.

The outer conductor of extra flexible (XF) cables are

made of an aluminium tape and a tinned copper braid

(1/16" and 1/4") or a copper tape and braid (3/8").

Polyethylene (PE) Outer Jacket

A halogen free, black, extruded jacket covering the outer

conductor provides high abrasion resistance, while at the

same time protects the cable against adverse weather con-

ditions and ultraviolet (UV) rays. Extra flexible (XF) cables,

which are generally installed inside equipment or building,

are provided with a PVC (Polyvinyl chloride)

protective jacket.

Jackets for special environments

HYPERCELL® cables are also available with LS0H halogen

free, fire retardant jacket for applications in buildings or

in confined areas.

These low smoke, low toxic gas emitting jackets meet the

requirements of the following international standards :

•IEC 60754-1 Acid gas content (less than 0.2%)

•IEC 60754-2 Acidity of gas (pH greater than 4.3)

•IEC 61034 Smoke emission and density

•IEC 60332-1 Spread of flame on a single vertically

•laid cable

•IEC 60332-3A Fire propagation on a bundle of cables

HFR Jacket

In addition to the LS0H specifications, these jackets also

meet the fire resistance requirements of specification

UL 1666 / CATVR - file E 1950007 x E 205044.

Other jackets can be offered to meet special standards,

such as RATP K26.


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HYPERCELL® cables provide great flexibility without sacrificing their outstanding mechanical and electrical perfor-

mances. They are tested according to the strict procedures specified by international standards (IEC) :


• Minimum bending radius and flexibility• Crushing and tensile force• Longitudinal uniformity• Resistance to adverse weather

conditions and long life time• Waterproofing

• Characteristic impedance• Linear attenuation and velocity• Average and peak power rating• Reflection factor (RL/VSWR)• Shielding efficiency (EMI and RFI)• Generation of intermodulation products

SuperFlexible HYPERCELL® cablesType of cable HPL50- 1/4SF 3/8SF 1/2SFStandard PE jacket M2929z M2933z M2839zLS0H jacket M2931z M2935z M2830zHFR jacket (UL1666 type) M5302z M5306z M5308zMax. frequency (GHz) 18 12 10Max. power (kW at 40°C at 2 GHz) 0.20 0.37 0.52Propagation (%) 82 83 85Min. bending radius (mm) 25 25 25Attenuation (dB/100m)

30 3.16 2.17 1.8080 5.23 3.57 2.96

150 7.19 4.93 4.07450 12.73 8.73 7.15900 18.44 12.60 10.26960 19.13 13.05 10.61

1000 19.53 13.34 10.951500 24.34 16.61 13.651700 26.11 17.79 14.351800 26.93 18.35 14.802000 28.52 19.45 16.002200 30.09 20.50 16.482500 32.30 22.00 18.122700 33.71 22.57 18.403000 35.76 24.34 20.08

Flexible HYPERCELL® cables

Standard PE jacket M2930z M2934z M1473z M5038z M1474z M2937z M2939z M5040LS0H jacket M2932z M2936z M2831z M5039z M2832z M2938z M2940z M5041HFR jacket (UL1666 type) M5309z M5310z M5322z M5357z M5323z M5358z M5359zMax. frequency (GHz) 15 12 8 6 5 3 2.5 2.1Max. power (kW at 40°C at 2 GHz) 0.34 0.45 0.83 1.17 1.67 2.47 2.81 3.5Propagation (%) 85 85 88 87 87 87 87 88Min. bending radius (mm) 40 50 70 90 120 200 300 400Attenuation (dB/100m)

30 2.25 1.72 1.18 0.81 0.64 0.45 0.35 0.3080 3.71 2.84 1.95 1.34 1.06 0.75 0.59 0.54

150 5.14 3.93 2.69 1.86 1.47 1.04 0.84 0.73450 9.14 7.01 4.75 3.35 2.64 1.87 1.55 1.38900 13.27 10.17 6.85 4.91 3.88 2.78 2.32 2.01960 13.75 10.54 7.08 5.09 4.02 2.88 2.41 2.12

1000 14.06 10.77 7.25 5.21 4.11 2.96 2.47 2.251500 17.54 13.47 9.03 6.55 5.18 3.75 3.17 2.801700 18.83 14.40 9.68 7.04 5.57 4.04 3.43 2.991800 19.43 14.82 10.00 7.27 5.76 4.18 3.56 3.172000 20.60 15.35 10.62 7.73 6.13 4.45 3.80 3.452200 21.75 16.15 11.12 8.17 6.47 4.70 4.04 3.572500 23.37 17.40 12.00 8.81 6.97 5.05 4.392700 24.42 18.05 12.53 9.22 7.30 5.373000 25.80 19.20 13.30 9.82 7.78 5.70

Type of cable HPL50- 1/4F 3/8F 1/2F 5/8F 7/8F 1-1/4F 1-5/8F 2-1/4F

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Because of very tight manufacturing and process control standards adopted by ACOME, the Return Loss valuesof Hypercell® cables are solely dependant on the operating frequency of the cable.

ExtraFlexible HYPERCELL® cablesType of cable HPL50- 1/16XF 1/4XF 3/8XF

Standard PVC jacket M5330z M5300z M5312z

LS0H jacket M5360z M5361z M5362z

HFR jacket (UL1666 type) M5331z M5332z M5333z

Max. frequency (GHz) 18 15 12

Max. power (kW at 40°C at 2 GHz) 0.27 0.49

Propagation (%) 79 83 85

Min. bending radius (mm) 15 22 30

Attenuation (standard values) (dB/100m)

100 20 6.94 3.80

450 44 14.29 8.40

1000 66 21.83 13.00

1500 81 27.13 16.35

2000 94 31.59 19.30

3000 115 39.40 24.51

• A range of N and SMA connectors is available• Please contact us for other types of connectors

Frequency (MHz) R.L. dB (VSWR) typical R.L. dB (VSWR) max.

1 - 400 23 (1.15)400 - 500 26.5 (1.10)500 - 800 23 (1.15)800 - 1000 26.5 (1.10)

1000 - 1700 23 (1.15)1700 - 2200 24 (1.12)2200 - 2500 23 (1.15)2500 - 2700 23.5 (1.13)2700 - 3000 23 (1.15)

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CABLES Flexible Super Flexible

HPL- 1/4F 3/8F 1/2F 5/8F 7/8F 1-1/4F 1-5/8F 2-1/4F 1/4 SF 3/8 SF 1/2 SFPE jacket M2930 M2934 M1473 M5038 M1474 M2937 M2939 M5040 M2929 M2933 M2839LS0H jacket M2932 M2936 M2831 M5039 M2832 M2938 M2940 M5041 M2931 M2935 M2830HFR jacket M5309 M5310 M5322 M5357 M5323 M5358 M5359 M5302 M5306 M5308CONNECTORSN male C0066 C0064 C0061 C0208 C0070 C0058 C0068 C0221 C0036 C0039 C0042N female C0056 C0062 C0059 C0210 C0069 C0057 C0067 C0222 C0038 C0041 C0044N male elbow C0065 C0063 C0060 C0209 C0037 C0040 C00437/16 Din male C0053 C0006 C0211 C0055 C0049 C0054 C0223 C0033 C00057/16 Din female C0051 C0001 C0212 C0002 C0003 C0004 C0224 C0035 C00327/16 Din male elbow C0052 C0050 C0034 C0031EIA 7/8 C0079 C0213 C0217 C0219 C0220 C0227 C0228EIA 7/8 elbow C0214 C02187/8 inner C0084 C0084 C0084 C0084 C0084EIA 1-5/8 C0085 C0086 C00871-5/8 inner C0088 C0088 C0088TOOLSSaw guide/Cutting tool C0235 C0365A C0352A C0353A C0236Preparation tool C0029A C0230A C0008C C0314A C0315A C0316A C0233A C0234A C0007A

STANDARD RANGE OF HYPERCELL®‚

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HPL Flexible Super Flexible

1/4F 3/8F 1/2F 5/8F 7/8F 1-1/4F 1-5/8F 2-1/4F 1/4 SF 3/8 SF 1/2 SFGrounding kits180° C0270A C0270A C0271A C0292A C0272A C0273A C0274A C0261A C0260ACompact C0270S C0271S C0272S C0273S C0274SWaterproofing kit C0244 C0244 C0244 C0244 C0244 C0244 C0244 C0244 C0244 C0244 C0244CLIP supportsFor angle section (2 to 6 mm) C0265 C0262 C0263 C0264

• A complete range of accessories: hoisting grips, hangers for single or multiple cable runs, wall/roof feed thru (see general catalogue).

CABLES AND ACCESSORIES

CABLES Flexible Super Flexible

1/2F 1/2 SF

JUMPERS

Nm/Nm (1.0m) J012SP-NMNM0100




Nm/Nm (3.0m) J012FP-NMNM0300 J012SP-NMNM0300

7/16 m/m (1.0m) J012FP-DMDM0100 J012SP-DMDM0100







J 0 1 2 S P - D M N C 0 1 5 0

Type: J = Jumper Cable size: 012 = 1/2”Cable serie: F = Flexible, S = SuperflexibleCable jacket: P = Pe (Polyethylene)Connectors serie and interface:D = Din 7-16, N = N, M = male, F = femaleStandard length in cm: 1.00 m, 1.50 m, 2.00 m,2.50 m, 3.00 m (other length on request)Index

1

1 2 3 4 5 6 7

2

3

4

5

6

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Jumper cables

They are commonly used for connecting antennas to the

feeders, and feeders to transmission equipments.

Their flexibility avoids the mechanical forces that would

otherwise be imposed on equipment or antenna connec-

tors, allowing easy adjustment of antennas during installa-

tion or during network optimisation.

Made from Flexible (F) or Super Flexible (SF) cables, they are

provided with factory fitted over-moulded type N or 7/16

Din male, elbow or female connectors. If assembled on

Flexible cables, linear attenuation takes precedence over

bending radius. They are available in standard lengths of

1.0m, 1.5m, 2.0m and 3.0m, and any specific length or

combination of connectors can be provided upon request.

The inner captivated and outer contacts of the con-

nectors assembled on over-moulded jumper are 360°

welded, providing the following advantages:

• High torsion and pull-off strength

• Low and stable IM3 intermodulation level

• Controlled Return Loss

• Waterproofing level IP68

DIVISION RADIO VIDEOCOM • 52, rue du Montparnasse • 75014 Paris • France Tél. + (33) 1 42 79 14 00 • Fax. (33) 1 42 79 15 00 • DRDV@acome. fr • Site : www.acome.com

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CABLES HPL50- 1/2 SF 1/2 FAttenuation per meter of cable* and Typical R/L (dB)

450 MHz 0.073 / 34 0.047 / 34900 MHz 0.106 / 34 0.069 / 34

1800 MHz 0.156 / 32 0.100 / 322500 MHz 0.188 / 28 0.121 / 28

*Add 0.05 dB for each straight connector and 0.10 for elbowMinimum bending radius (mm) 25 70

Attenuation per meter

• 3rd order level of intermodulation up to 1,800 MHz (2 carriers at +43 dBm):Typical: -163 dBc; Min: -155 dBc.

acome hypercell 2002 cable catalogue - kaapelikatalogi

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