Cables for Installations and Industry - Draka
Cables for Installations and Industry - Draka
Cables for Installations and Industry - Draka
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AP PLI CA TIONS<br />
Indoor cable <strong>for</strong> CATV systems<br />
Low est rec om mended installation<br />
tem pera ture: –5 °C<br />
CON STRUC TION<br />
Inner conductor Annealed copper wire<br />
Insulation Foamed PE<br />
CA BLE SIZES<br />
Num ber <strong>and</strong> size of<br />
the con duc tors mm 2<br />
Indoor cable <strong>for</strong> community antenna system<br />
TELLU 13<br />
TELLU 13 WHITE drum TELLU 13 WHITE coil<br />
EAN code (STTL code) 64 100+ 02 821 86-4 02 321 86-9<br />
Nomi nal di ame ter of<br />
the inner conductor mm 1,0 1,0<br />
Nomi nal di ame ter of<br />
the insulated conductor mm 4,8 4,8<br />
Nominal outer diameter mm 7,0 7,0<br />
Mass kg/km 56 56<br />
De liv ery length m 1000 200<br />
ELEC TRI CAL PROP ER TIES 20 °C<br />
Nominal loop DC-re sis tance Ω/km 34<br />
Nomi nal ca paci tance pF/m 56<br />
Characteristic im ped ance Ω 75 ±2<br />
Ve loc ity fac tor 80<br />
Structural return loss, min. dB<br />
30 - 470 MHz<br />
470 - 860 Mhz<br />
860 - 1750 MHz<br />
Screening attenuation, min. dB 80<br />
Max at tenua tion dB/100 m<br />
fre quency 68 MHz<br />
fre quency 108 MHz<br />
fre quency 174 MHz<br />
fre quency 230 MHz<br />
fre quency 300 MHz<br />
fre quency 400 MHz<br />
fre quency 470 MHz<br />
fre quency 606 MHz<br />
fre quency 790 MHz<br />
fre quency 860 MHz<br />
fre quency 1750 MHz<br />
fre quency 2050 MHz<br />
N<br />
Mini mum rec om mended single bend ing<br />
ra dius 15 mm<br />
Maxi mum per mis si ble ten sile stress<br />
dur ing in stal la tion 120 N<br />
SFS 5711<br />
Outer conductor Copper tape covered with<br />
a copper braid<br />
Sheath White Linyl<br />
18<br />
16<br />
14<br />
5,1<br />
6,5<br />
8,4<br />
9,7<br />
11,3<br />
13,2<br />
14,5<br />
16,7<br />
19,5<br />
20,5<br />
31,2<br />
34,4<br />
FORMULA FOR THE<br />
ATTENUATION COEFFICIENT OF<br />
TELLU INDOOR CABLE f ≥10 MHz<br />
α = A 1 f f + A 2f, where<br />
α = attenuation coefficient, dB/100 m<br />
f = frequency, MHz<br />
A 1 <strong>and</strong> A 2 are constants<br />
DATA CA BLES<br />
87