Home > Products > Fiber Optics > Fiber Optic Distribution Box > 8 Core Fiber Splitter Box - Fiber Optic Splitter Box FDB-08F

8 Core Fiber Splitter Box - Fiber Optic Splitter Box FDB-08F

Publisher: MJADOM

Author: Andy

RGP-FDB-08F 8 Core Fibre Splitter Box called Fiber Optic Splitter Box can load fiber optic splitter, fiber splitter, LGX Splitter, It's designed for use in both fiber-to-the-home and fiber-to-the-premises networks for point-to-point or PON network architectures, both indoor and outdoor models are available to accommodate either standard cables or window cut (break out) cables.

RGP-FDB-08F 8 Core Fibre Splitter Box called Fiber Optic Splitter Box can load fiber optic splitter, fiber splitter, LGX Splitter, It's designed for use in both fiber-to-the-home and fiber-to-the-premises networks for point-to-point or PON network architectures, both indoor and outdoor models are available to accommodate either standard cables or window cut (break out) cables.


The range includes strain relief systems for main cables or for customer drops suitable for multiple applications: aerial, residential, building basement, building riser. The distribution boxes may house fusion splices, mechanical splices or splitters.

Can accommodate 1x8 Insert Splitter Box.

Offers spaces for splitters and up to 8 fusions.

Material : PC/ABS Alloy or Fire-Retardant ABS .

UV and weather proof ; Up to 8 FTTH drops.

Wall and pole mountable, Grounding device included.

2 inlet ports( for cables with max diameter 12 mm), 8 outlet drop cable ports.

Suitable for used uncut fiber optic cable.

The box has two layers. The outer layer is composed with mounting unit for splitter and cable management parts.

The inner layer is equipped by splicing tray and cable storage unit for pass-through riser cable.

 

Turn-over structure, layout is reasonable with splicing zone below and distribution zone above.

Fiber route reasonable, fiber bending radius at any place is greater than 30 mm.   

The mark is clear on each fiber connection and distribution.

The door opening angle is greater than 180 degree for easy operation and maintenance.

The redundant fiber is wound and protected.

Protection class: IP65

RoHS compliance.

FTTH access network.

Telecommunication Networks

CATV Networks

Data communications Networks

Local Area Networks.


Configuration

ModelCapacityDimensionPCS/CartonCable portsG.W/CartonSize of Carton
RGP-FDB-08F

8 Splices,

1x8 PLC Insert Splitter Box

225mmx200mm

x65 mm

20 PCS2 Inlet for Uncut Port +8 Drop Cable Outlet Ports13 KGS

490mmx460mm

x330mm

Related Products

FTTH 24 Fibers Fiber Optic Nap Box F2E-506F
FTTH 24 Fibers Fiber Optic Nap Box F2E-506F

RGP-F2E-506F FTTH 24 Fibers Fiber Optic Nap Box can be used for FTTH deployments (PON and P to P networks) as well as for use with high fiber and city center deployments.

48 Core Fibre Optic Multi-Operator Box FDB-048G-NP
48 Core Fibre Optic Multi-Operator Box FDB-048G-NP

The Multi-Operator Box is a fiber box solution that allows multiple service providers to connect customers in the same building via shared riser fibers. A basic MOB solution consists of one operator box and one customer box. The customer module to terminate the vertical cable(s) feeding the premises and the operator module to terminate the external

16 Core Outdoor IP65 FTTH Optical Fiber Terminal Box F2E-601-16H
16 Core Outdoor IP65 FTTH Optical Fiber Terminal Box F2E-601-16H

RGP-F2E-601-16H Optical Fiber Terminal Box design to protect joints of optical cable can hold up to 16 subscribers. it's made of Modified P.P+GF and the tray is 100% New ABS, which has high-pressure resistance and corrosion resistance. Available for 2 trays and each tray can splice 24 fibers.

96 Core Outdoor Fiber Distribution Box - Fiber Termination Box FDB-096B
96 Core Outdoor Fiber Distribution Box - Fiber Termination Box FDB-096B

RGP-FDB-096B 96 Core Fibre Optic Distribution Box also called Fiber Termination Box is designed for use in both fiber-to-the-home and fiber-to-the-premises networks for point-to-point or PON network architectures.