F/UTP Cat 5e multi-pair
Application
- Symmetrical communication cables are designed for use in structured cabling systems according to the international standard ISO/IEC 11801. The data transmission rate is up to 10 Gbit/sec with a maximum bandwidth of 100 MHz. They are used for outdoor fixed installation in low voltage networks.
![F/UTP Cat 5e multi-pair F/UTP Cat 5e multi-pair](assets/images/3dmodel/lan/futpcat5e24.jpg)
- Annealed copper conductor with a diameter of 0.51 mm (24 AWG)
- Polyethylene insulation with individual color coding of each insulated core
- Identification thread
- Polyethylene terephthalate (PET) tape
- Alumoflex tape and tinned copper conductor
- Outer sheath: Polyethylene (PE)
(8342) 473-813, 480-299
Number of pairs | ||
Cable nominal diameter, mm | ||
Cable nominal weight, kg/km | ||
Copper conductor diameter, mm | ||
Maximum tensile force, N | ||
Breaking force of outer sheath, MPa | ||
Bending radius | ||
Frequency, MHz | ||
Characteristic impedance in the frequency range (1-100) MHz, Ohm | ||
Attenuation, dB / 100m, not more than: at a frequency of 4 MHz at a frequency of 20 MHz at a frequency of 100 MHz |
4,1 9,3 22,0 |
|
NEXT, dB / 100m, not less: at a frequency of 4 MHz at a frequency of 20 MHz at a frequency of 100 MHz |
56,3 45,8 35,3 |
|
FEXT, dB / 100m, not less: at a frequency of 4 MHz at a frequency of 20 MHz at a frequency of 100 MHz |
52,0 38,0 24,0 |
|
Return loss (RL), dB / 100m, not less: at a frequency of 4 MHz at a frequency of 20 MHz at a frequency of 100 MHz |
23,0 25,0 20,1 |
|
Steam capacity, not more, nF / km |
Insulation colour | ||
Pair number | Wire b | |
1 | Blue | White blue stripes |
2 | Orange | White orange stripes |
3 | Green | White green stripes |
4 | Brown | White brown stripes |
Operational requirements | |
Temperature range of operation, С° | |
Temperature range of installation, С° | |
Minimal bending radius | |
Lifetime | |
Guarantee exploitation | |
Not allowed | |
Moisture or soil electrolytes may not enter the cable sheath through its ends | |
Application to the cable sheath substances, harmful to the cable elements |