Cable Radiante 700 a 2700 MHz GSM 1-1/4″ Cod.CR02524

Los Cables radiantes facilitan la comunicación de radio donde la propagación de espacio libre habitual de las ondas electromagnéticas
se ve obstaculizada o es imposible, como en túneles, minas, edificios o en grandes complejos como recintos feriales o aeropuertos.

Nuestra serie de Cables Radiantes se centran en una banda específica que puede proporcionar un rendimiento optimizado. Son popularmente
utilizados en sistemas UMTS / GSM / CDMA / FM / PMR / TETRA / TETRAPOL / TDMA / CDMA / PNC / DECT / ISM / WLAN / WIFI.


Datasheet  datasheet-pdf--download





SKU: CR02524 Categoría: Etiqueta:


Cable Radiante de 700 a 2700 MHz GSM 1-1/4″

Radiating Cable 700 –2700 MHz 1-1/4″


Radiating cables facilitate radio communication where the usual free space propagation of electromagnetic waves

is hampered, undesired or impossible- in tunnels, mines, buildings, alongside tracks or lines and in large

complexes like exhibition grounds or airports.


Our coupling series can support all major services from 700 MHz to 2.7 GHz and is therefore optimally suited for

multi-operator GSM frequency and multi-band applications.





Coaxial Radiating Cable, Broadband from 700 –2700 MHz, 1-1/4 in, Low smoke, black non-halogenated or fire retardant polyolefin jacket.


Type HLCTY(Z)(R)-50-32(1-1/4″C)


Cable Tipo Radiating

Cable Tipo Radiating

PHYSICAL DIMENSIONS                                               CONSTRUCTION MATERIALS

Nominal Size 7/8″
Inner Conductor Diameter 13.00 mm |
Dielectric Diameter 32.50 mm |
Outer Conductor Diameter 35.80 mm |
Diameter Over Jacket 38.60 mm |




Inner Conductor Smooth Copper Tube
Dielectric Physical Foam Polyethylene
Outer Conductor Overlapping Copper Foil
Jacket Black PE or Low Smoke Halogen-free Fire-retardant
Jacket Color Black




Single Bending radius 150mm
Multiple bending radius 700 mm
Minimum Distance to Wall 50 mm
Tensile Strength 2900 N
Bending Moment 15.5N.m
Flat Plate Crush Strength 1000kg/m
Recommended Hanger Spacing 0.8~1.2m
Fire Retardancy Test Method IEC 60332-1 | IEC 60332-3C-24
Smoke Index Test Method IEC 61034
Toxicity Index Test Method IEC 60754-1 & | IEC 60754-1


Storage Temperature -55 ℃ ~ +85 ℃
Installation Temperature -40 ℃ ~ +80 ℃
Operating Temperature -55 ℃ ~ +85 ℃
Relative Humidity 95%


As with any radiating cable, the performance in building or tunnel environments may deviate from figures based on free space method


Due to the cable design, single lengths should not be less than 80m (262ft)

Attenuation Test Method IEC 61196-4
Attenuation Tolerance ±10%
Attenuation ,Ambient Temperature 20℃ | 68℉
Coupling Loss Test Method IEC 61196-4
Coupling Loss Tolerance ±5dB


Coupling loss values are given with a tolerance of ±5 dB and longitudinal loss values with a tolerance of ±5%.






Capacitance 75.0 pF/m
Impedance 50±2 Ω
Velocity 89%
Insulation Resistance >5000 MΩ•km
Jacket Spark 10 KV
Insulation Voltage 10 KV
Inner Conductor DC Resistance 1 Ω/km
Outer Conductor DC Resistance 1 Ω/km
Stop Band
Operating Frequency Band 700~2400 MHz
0.3~0.5 GHz ≤1.30
0.8~1.0 GHz ≤1.30
1.7~2.7GHz ≤1.30





Frequency   Attenuation   Coupling Loss (2m)
MHz dB/100 m dB/100 ft 50%(dB) 95%(dB)
800 2.90 0,88 70 73
900 3.10 0,94 69 72
1800 5.30 1,62 66 69
1900 5.80 1,80 66 68
2200 6.40 1,95 65 68
2400 7.20 2,19 63 66
2600 7.90 2,41 64 67






En cumplimiento de las normas / Certificaciones


RoHS 2011/65 / UE RoHS

Diseñado, fabricado y distribuido bajo sistemas de gestión de calidades mas exigentes.

Mas información, contacta con nosotros…



SilexGlobalSpainSL | The information contained in this document is accurate to the best of our knowledge and representative of the part described herein. It may be necessary to make modifications to the part and/or the documentation of the part, in order to implement improvements. Silex reserves the right to make such changes as required. Unless otherwise stated, all specifications are nominal. More information


No hay valoraciones aún.

Solo los usuarios registrados que hayan comprado este producto pueden hacer una valoración.