Technical Data
ADSS loose tube FTTH drop cable, 2 fibers (G657A2), color-coded Green & Red
Outer sheath: LSZH, black, diameter 4.0 ± 0.2 mm
Loose tube: PBT, diameter 1.4 ± 0.1 mm, filled with jelly, aramid yarn strength member
Tensile strength: 400 N (long-term), 800 N (short-term)
Crush load: 100 N/100mm (long-term), 500 N/100mm (short-term)
Minimum bending radius: 20D (long-term), 10D (short-term)
Temperature range: Installation -5°C to +50°C; Storage/Transport -20°C to +70°C; Operation -20°C to +70°C
Optical performance (adapter/pigtail):
LCUPC adapter insertion loss ? 0.20 dB; return loss ? 60 dB (SM 9/125)
SM pigtail insertion loss ? 0.25 dB; SM APC return loss ? 60 dB
End-face quality per IEC 61300-335:2015 (no scratches/defects in inspection zones)
Terminal box: Industrial ABS, IP-45 water-proof, size 186 × 116 × 40 mm
Capacity: SC simplex up to 4 cores / LC duplex up to 4 cores
Mounting: Wall-mount or inside FTTH media box
Package: PE bag + kraft box or OEM; color: white
Features
Pre-terminated ADSS drop cable with LCUPC connectors for fast FTTH deployment
IP-45 water-proof terminal box made of industrial anti-aging ABS for reliable indoor use
Integrated cable termination and management rods; fiber management with ?30mm bend radius
Compact wall-mount outlet (186 × 116 × 40 mm) supporting SC simplex or LC duplex adapters up to 4 cores
LSZH 4.0mm OD ADSS cable with aramid yarn for robust tensile and crush resistance
Optical interfaces validated to ?0.20–0.25 dB insertion loss and ?60 dB return loss; end-face quality per IEC 61300-335:2015
Kit packaging and fiber color coding (Green/Red) for easy identification and installation
Application
The FTB-104C kit is designed for last-meter FTTH indoor terminations, streamlining subscriber drops by combining a pre-terminated 2-fiber ADSS G657A2 cable with a ready-to-mount outlet. Installers route the 120-meter drop from the external cabinet or closure, perform splicing outside the building, and simply mount the faceplate inside. This approach accelerates service activation, reduces labor costs, and ensures stable optical performance for residential or multi-dwelling unit scenarios where compact, reliable, and standards-compliant terminations are required.
