The AMPXL cable comes from the latest generation of UTP twisted pair cables. Its external diameter has been reduced to 5.0 mm, which considerably facilitates insertion of the cable into ducts and pipes. Special insulation material makes it easier to attach RJ-45 connectors.
Main features of AMPXL UTP cat 5e cable:
highest-quality materials, strict technological discipline confirmed by a 15-year quality guarantee,
parameters far exceeding the requirements for Category 5+ twisted pair cables
preliminary quality control of materials and thorough tests of the final product,
meter markers, deviation less than 0.5%,
solid wires of 0.50 mm diameter (24 AWG),
wire insulation made of homogeneous, colored PE; outer diameter: 0.88 mm; colors: white-green/green, white-orange/orange, white-brown/brown, white-blue/blue,
insulated wires twisted in pairs of 1.8 mm diameter,
pairs twisted together, outer diameter of ca. 4.0 mm,
sheath made of gray/ blue PVC, of 5.0 mm diameter.
The AMPXL UTP cat 5e LAN cable is manufactured in compliance with:
IEC 61156-6, ISO/IEC 11801, ANSI/TIA/EIA-568-B, yd/t1019-2001 standards.
The AMPXL UTP cat 5e cable can be used in a wide temperature range: -20°C...+70°C, and installed between 0°C and +50°C. The minimum bending radius factor (radius to diameter ratio) is 8.
Specifications
Name | AMPXL Cat UTP 5e |
Code | 500 |
Structure | |
Wires | solid copper conductors Ø 0.50 mm (24 AWG) |
Wire insulation | HDPE |
Sheath | PVC (gray/ blue) |
Outer diameter [mm] | 5.0 ±0.3 |
Copper content [kg/km] | 14.9 |
Weight [kg/km] | 28.5 |
Electrical parameters | |
Impedance [Ω] | 100 ±15 |
Capacitance of any transmission path at 1kHz [nF/km] | 50 ±1 |
Nominal Velocity of Propagation (NVP) [%] | 67 |
Resistance of any transmission path [Ω/km] | ≤ 188 |
Asymmetry in capacitance of transmission paths to the ground [pF/km] | ≤ 1600 |
Insulation resistance [MΩ/km] | > 500 |
Installation and operation | |
Operating temperature range [°C] | -20...+70 |
Operating humidity range [%] | 0...100 |
Installation temperature range [°C] | 0...+50 |
Minimum bending radius [radius to diameter ratio] | >8 |
The results of the measurements of the U/UTP kat. 5e cable conducted by the
National Institute of Telecommunications in Shenzhen, China
Pair resistance and resistance asymmetry testing.
Cable | Pair | Wire | Wire resistance [Ω/km] | Resistance asymmetry [%] |
UTP cat. 5e | 1 | a | 92,726 | 0,35 |
b | 93,054 | |||
2 | a | 94,662 | 0,34 | |
b | 94,982 | |||
3 | a | 96,228 | 0,55 | |
b | 96,755 | |||
4 | a | 96,107 | 0,39 | |
b | 95,733 | |||
Required | - | - | <150 | ≤3,0 |
Effective capacitance and capacitance asymmetry testing.
Cable | Pair | Effective capacitance [nF/km] | Capacitance asymmetry [pF/km] |
UTP cat. 5e | 1 | 47,35 | 77 |
2 | 44,87 | 132 | |
3 | 45,71 | 36 | |
4 | 46,70 | 5 | |
Required | - | - | ≤1600 |
Insulation testing.
Cable | Pair | Wire | Insulation resistance [MΩ/km] |
UTP cat. 5e | 1 | a | 8,8·104 |
b | 1,2·105 | ||
2 | a | 9,0·104 | |
b | 1,6·105 | ||
3 | a | 8,1·104 | |
b | 2,0·105 | ||
4 | a | 7,5·104 | |
b | 1,1·105 | ||
Required | - | - | ≥50 |
Tests of electric strength of insulation.
Test method | Test voltage VAC | |
Applied (passed) | Required | |
Voltage applied between connected in parallel all a wires and all b wires | 1000 | 1000 |
End-to-end attenuation testing.
Cable | Pair | Effective attenuation [dB] |
UTP cat. 5e | 1 | 22,9 |
2 | 22,8 | |
3 | 21,5 | |
4 | 21,2 | |
Required | - | ≤24,9 |
Near End Cross Talk (NEXT) testing.
Cable | Pair to pair | NEXT [dB] |
UTP cat. 5e | 1 - 2 | 43,5 |
1 - 3 | 47,9 | |
1 - 4 | 45,3 | |
2 - 3 | 44,9 | |
2 - 4 | 47,8 | |
3 - 4 | 41,4 | |
Required | - | ≥34,0 |
Return loss testing.
Cable | Pair | Return loss [dB] |
UTP cat. 5e | 1 | 20,8 |
2 | 21,2 | |
3 | 20,9 | |
4 | 19,9 | |
Required | - | ≥19,4 |
Total Near End Cross Talk (PS-NEXT) testing.
Cable | Pair | PS-NEXT [dB] |
UTP cat. 5e | 1 | 36,94 |
2 | 33,93 | |
3 | 33,63 | |
4 | 35,44 | |
Required | - | ≥31,0 |
Transmission parameters
The parameters show that AMPXL U/UTP 5e fulfills all requirements for Category 5e cables, with a large safety margin.