Specifications: |
|
Model Number |
CAT5CABLE-305MO |
Material |
Bare Copper |
American Wire Gauge |
24AWG |
Insulation |
|
Material |
HDPE |
Min. Average Thickness |
0.18 mm (0.007″) |
Diameter |
0.85 mm ± 0.08 mm (0.03″± 0.003″) |
Colour |
8-core, Blue, white/blue; orange, white/orange; green, white/green; brown, white/brown |
Rip Cord |
|
Material |
Polyester |
Specification |
250D |
Wrap |
|
Material |
Polyester tape (transparent) |
Dimension |
W: 12mm±2mm*T: 0.025mm±0.02mm
(W: 0.47″±0.07″*T: 0.001″±0.0007″) |
Sheath |
|
Material |
PE |
Min. Average Thickness |
0.48±0.03mm (0.018”±0.001″) |
Diameter |
4.8 mm ± 0.03 mm(0.189″± 0.001″) |
Colour |
Black |
Sheath printing |
VECTUS UTP CAT5E PE 24AWG 4PAIRS ISO/IEC 11801 ANSI/TIA
586C.2 2023/09 001m……305m |
Reaction to Fire |
Fca |
Electrical |
|
Max. DC Resistance of a Single Conductor |
< 108Ω/Km |
Min. Insulation Resistance |
≥50MΩ·km/DC500V |
Max. DC Resistance Unbalance |
No breakdown with 1KV DC for 1 min |
Dielectric Strength |
No breakdown with 1KV DC for 1 min |
Transmission |
|
Characteristic Impedance |
100 ± 15Ω |
Mechanical |
|
Installation Bending Radius |
>8 times of outer cable diameter |
Conductor Elongating at Break |
≥15% |
Environmental |
|
Shrinkage of Insulation |
≤5% |
Colour Migration Resistance of Insulation |
No migration |
Low Temperature Bending Test |
No cracking after the test |
Heat Shock Test |
No cracking after the test |
Operation Temperature |
–10°C to +60°C (14°F to 140°F) |
Installation Temperature |
––5°C to +50°C (23°F to 122°F) |
Storage Temperature and Humidity |
–10°C to +40°C (14°F to 104°F), <60% (RH) |
Packaging |
|
Length |
305m (1000 ft) ± 1.5 m (4.92 ft) |
Packaging Dimensions |
360mm × 360mm × 205mm (14.17″ × 14.17″ ×8.07″) (L × W × H) |
Packaging Method |
305 m (1000.66 ft) a carton one protection carton with 2 cartons inside |
Net Weight |
7kg±0.6kg (22 lb±1.32lb) |
Gross Weight |
7.5kg±0.6kg (24.20 lb±1.32lb) |
Executive Standard |
|
Executive Standard |
EN50575:2014+A1:2016 EN IEC62368-1:2020+A11:2020 ISO/IEC 11801; ANSI/TIA 568-C.2 |