The FBL130 is a laser optimized OM3 type (50/125 μm) duplex hybrid multimode fiber optic patch cord suitable for 10 Gigabit network standards. Both ends are terminated with duplex LC/PC connectors, allowing direct connection between transmitting and receiving units. The cable construction is composed of low-smoke and halogen free materials finished with an aqua coloured jacket to differentiate between standard 50/125 μm (OM2) fibers (while being backward compatible). The conductor section of 50 μm is optimized for laser transmission signals, resulting in 10 Gigabit signal transmission for lengths up to 300 meters.
FBL130/0.5 | 0.5 meter - lshf - aqua |
FBL130/1 | 1 meter - lshf - aqua |
FBL130/1.5 | 1.5 meter - lshf - aqua |
FBL130/3 | 3 meter - lshf - aqua |
Application | AV & IT |
Series | Classic Series |
Inner conductor | Insulation | Material | Aramid yarn |
Outer jacket | Material | LSHF 2.0 x 4.0 mm (Ø) | |
Colours | Aqua | ||
Type of cable | Fiber optic LC/PC to LC/PC duplex | ||
Inner conductor | Material | 50/125 OM3 / Multimode | |
50 / 2.5 " multimode glass | |||
Number of conductors | 2 (duplex) | ||
Connection type | LC MM Duplex connector (beige housing with boot) | ||
Cladding diameter | 125 ± 1 μm (Ø) |
RoHS2 compliant | According EU Directive 2011/65/EU |
Reach compliant | According EC 1907/2006 |
Indoor / outdoor | Indoor |
Circuit integrity | n/a |
Smoke emissions | According IEC 61034 |
Zero halogen compounds | According EN 50267-2-1 |
IEC 60754 | |
Cabling standard | ANSI TIA-EIA 568B.3 |
Bellcore GR-409 | |
OFNR-UL/CSA FT4 |
Temperature range | Fixed installation | - 68 °F till + 176 °F |
Mobile installation | - 59 °F till + 140 °F | |
Bending radius | Fixed installation | 10 x outer diameter |
Mobile installation | 20 x outer diameter | |
Max tension | Short term | 200 N |
Long term | 100 N | |
Crush resistance | 1000 (N / 3.94 ") |
Maximum attenuation | ≤ 2.5 dB @ 850 nm |
≤ 0.8 dB @ 1300 nm | |
Insertion loss | ≤ 0.3 dB |
Return loss | ≥ 35 dB |
Minimum bandwidth | 1500 MHz @ 850 nm |
500 MHz @ 1300 nm |