
| Number of Cores | Outer Dimension (mm) | Tensile Strength (N) | Crush Resistance (N/100mm) | Bending Radius (mm) |
|---|---|---|---|---|
| 2 | (3.5±0.4) / (2.5±0.3) | 80 (Long term), 200 (Short term) | 200 (Long term), 500 (Short term) | 25 (Static), 50 (Dynamic) |
| 4 | (3.5±0.4) / (2.5±0.3) | 80 (Long term), 200 (Short term) | 200 (Long term), 500 (Short term) | 25 (Static), 50 (Dynamic) |
| 6 | (4.0±0.4) / (2.5±0.3) | 80 (Long term), 200 (Short term) | 200 (Long term), 500 (Short term) | 25 (Static), 50 (Dynamic) |
| 8 | (4.5±0.4) / (2.5±0.3) | 80 (Long term), 200 (Short term) | 200 (Long term), 500 (Short term) | 25 (Static), 50 (Dynamic) |
| 12 | (5.0±0.4) / (2.5±0.3) | 80 (Long term), 200 (Short term) | 200 (Long term), 500 (Short term) | 25 (Static), 50 (Dynamic) |
| Fiber Type | Attenuation (Max, dB/km) | Bandwidth (Min, MHz·km) |
|---|---|---|
| SMF B1.3, B6 | 0.40 (1310 nm), 0.30 (1550 nm) | — |
| MMF A1a | 3.5 (850 nm), 1.5 (1300 nm) | 200~800 (850 nm), 200~1200 (1300 nm) |
| MMF A1b | 3.5 (850 nm), 1.5 (1300 nm) | 160~800 (850 nm), 200~1000 (1300 nm) |
Note: All values can be customized.
Flat Fiber Ribbon Cable ♦ Description The cable uses a fiber ribbon wrapped with a layer of aramid yarn as optical communication medium, and it is completed with a flat outer sheath. ♦ Feature ♦ High-integrated fiber design, small size and light weight ♦ Aramid yarn makes the cable have excellent tensile strength ♦ Different flame-retardant grades can be customized ♦ Application ♦ Indoor cabling ♦ Ribbon patch cord and ribbon pigtail ♦ Interconnection between instruments and communication equipments
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