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Overview
Cat5e network patch cable is the cost-effective solution for data centre applications. Design for computers, hubs, switches, routers, DSL/cable modems and patch panels in Gigabit datacentre applications. With fast transmission and excellent signal quality, it ensures peak performance through your LAN.
Key Features
Protected by CM-rated PVC jacket
Rated for 100MHz communications
Designed for 1000Base-T Ethernet
Pass the Fluke Channel Test
RoHS, CE, WEEE compliancy status
24AWG 4-pair precision twisted cable
RJ45 plugs with 50-micron gold-plated connectors
A variety of lengths and colours for Cat5e UTP cables
Specifications
| Product Description | 4P UTP CAT5E 24AWG (PVC+PE) LAN CABLE | ||
| Reference standard: | ANSI/EIA 568C.2 IEC 61156 & ISO/IEC 11801 Rated | ||
| Temperature: | 75 ℃ Color-coded PE insulation Solid copper PVC+PE jacket | ||
| Applications | |||
|---|---|---|---|
| Rated for any 1000Base-T/TX (Gigabit Ethernet), 100Base-T/TX Perfect for data center and SMB applications. Ideal for switches, servers, patch panels, or other equipment. | |||
| Structure | |||
| Construction | UTP | ||
| Number of pairs | 4 Pairs | ||
| Conductor | |||
| AWG | 24 | ||
| Material | Solid copper | ||
| Conductor dimension (mm) | 0.50±0.01 | ||
| Construction (MM) | 7/0.20 | ||
| Stranded Dia. (MM) | 0.5 | ||
| Nom. Thickness (MM) | 0.58 | ||
| Outer Dia.(±0.2MM) | 5.0 | ||
| Jacket | PVC | ||
| Insulation | |||
| Insulation Material | HDPE | ||
| Insulation dimension (mm) (±0.005) | 0.98±0.05 | ||
| Nom. Thickness (MM) | 0.2 | ||
| Colour | |||
| 1 | White-Blue/Blue | ||
| 2 | White-Orange/Orange | ||
| 3 | White-Green/Green | ||
| 4 | White-Brown/Brown | ||
| Filler | |||
| Filler material | N/A | ||
| Binder | |||
| Binder material | Polyester Tape | ||
| Shield | |||
| Individual shield & material | N/A | ||
| Primary overall shield & material | AL-Foil | ||
| Secondary overall shield & material | CCAM braid | ||
| Shield coverage | ≧45% | ||
| Drain wire | 0.4mm Solid Tinned copper | Inner Jacket | |
| Inner jacket material | PVC | ||
| Inner jacket thickness(mm) | 0.8 | ||
| Overall nominal dimension(mm) | 6.6 | Binder | |
| Binder material | Aluminium Tape | ||
| Outer jacket | |||
| Outer jacket material | PE | ||
| Outer jacket nominal thickness(mm) | 0.6 | ||
| Overall dimension (mm) | 8.2±0.3 | ||
| Outer jacket color | White | ||
| Outer jacket rip cord | YES | ||
| Electrical Characteristics | Mechanical Characteristics | ||
| Max. Conductor DC resistance (/ KM) #24: 138 | Outer jacket tensile strength ≧9.7Mpa | ||
| Min. Insulation resistance (/KM) PE: 100M | Outer jacket elongation≧350% | ||
| Dielectric Strength AC-500V/1 Min no breakdown | Min. bend radius (install) 8 x O.D | ||
| DC Resistance Unbalance: Max 2% | Operating temp. range -20℃~+75℃ | ||
| Part to ground capacitance unbalance: Max. 33PF / 100M | Outer jacket aging condition 100℃ x 168hrs | ||
| Input Impedance: 4-100MHz 100+/-15ohm | After aging, Tensile strength≧75% of Unaging | ||
| Mean characteristic impedance @100MHz: 100+/-5 OHMS | After aging, Elongation≧50% of Unaging | ||
| Nominal velocity of propagation (NVP) 68+/-2% | Cold bend No crack (@-20℃x4hrs) | ||
| Propagation delay @ 100MHz ≧537.6 ns/100M | Insulation shrink back: 121℃ | ||
| Propagation delay SKEW:MAX. ≧45ns/100M | Hot impact NO Crack(@150℃x4hrs) | ||
| Frequency range minimum requirements (Equations) | Jacket cold bend: -20℃ | ||
| Insertion Loss 4-100MHz IEC61156 6: Equation | |||
| Return Loss 4-100MHZ IEC61156-6: | |||
| Input Impedance 4-100MHZ IEC61156-6: | |||
| NEXT 4-100MHZ IEC61156-6: Equation (6) | |||
| PS ELFEXT 4-100MHZ IEC61156-6: Equation (7) | |||
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