Aerial Fiber Access Terminal closure-AFATC-AFATC-002L

Multi-functional: Combines fiber splicing and splitting, dual-purpose design.

Outdoor rated: IP65 waterproof, UV and impact resistant for aerial use.

Easy wiring: 180° flip cover, no main cable cutting required.

FTTH capacity: Supports 1×8 splitter, 24-core splicing.

Stable performance: Low optical loss, high strength and wide temperature adaptability.

Simple installation: Compact size, specially designed for overhead FTTH deployment.

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Product Description
Specification
Product Advantage

Product Description

1. Product Overview

This aerial fiber splice & distribution closure integrates optical cable distribution and signal splitting in one unit, supporting direct fiber fusion and cable branching for optical communication wiring. Optical signals are distributed via adapters and jumpers; it also serves as protective connection housing for optical cables and pigtails.
The three-layer enclosure design enables dual use as fiber splitter box or splice closure. The reversible flip panel rotates ≥180° for convenient field installation and maintenance; removing the panel converts the unit into a pure splice closure to meet diverse deployment demands.

2. Core Product Features

1. Material & Reusability: Constructed from high-strength impact-resistant engineering plastic, with standard reusable interface allowing repeated opening and closing. Compatible with one LGX module or steel tube type 1×8 PLC splitter.

2. Outdoor Durability: Built-in anti-ultraviolet, anti-impact and full waterproof performance for long-term aerial outdoor deployment.

3. Optimized Internal Layout: Unique flip panel with ≥180° rotation clearly separates fusion zone and distribution zone, effectively avoiding cable crossing and tangling.

4. Non-Cut Cable Access: Optical cables can be routed into/out of the enclosure without cutting the main cable trunk.

Specification

3. Mechanical & Capacity Specifications

Item	Parameter
Overall Dimension	285mm × 175mm × 110mm
Feeder Cable Compatible Diameter	Φ7 ~ Φ18mm
Cable Port Configuration	2 pcs round ports (8–20mm); 4 pcs round cable ports (5–16mm); 16 pcs drop cable ports (3–7mm)
Maximum Splitting Capacity	1 set of 1×8 LGX PLC splitter
Maximum Adapter Quantity	9 pcs
Maximum Splice Tray Quantity	1 pc
Maximum Fusion Splice Capacity	24 fiber cores

4. Optical & Environmental Technical Parameters

1. Fiber Bending Requirement: Minimum optical fiber curvature radius ≥40mm

2. Splice Tray Additional Loss: ≤0.1dB

3. Operating Temperature Range: -40°C ~ +60°C

4. Side Pressure Resistance: ≥2000N per 10cm length

5. Impact Resistance: ≥20N·m

6. Ingress Protection Class: IP65 (dust-tight, protected against water jet intrusion)

5. Standard Installation Procedure

1. Splitter Module Fixing
Open the enclosure, secure the LGX splitter module inside using nylon cable ties.

2. Feeder Cable Termination & Fiber Storage
Strip outer jacket, inner jacket and loose tube from feeder cable, fully remove cable filling compound. Reserve 1–1.6m loose fiber length and 30–50mm steel strength core. Thread feeder cable through entry port and lock with compression hoop; fasten cable strength member for fiber core fixation. Coil excess optical cable at enclosure bottom, route fused fibers into the splice tray for storage.

3. Pigtail Fusion Protection
Insert pigtail connector into splitter module input adapters, pass pigtail through reserved tray holes into fusion area. After fiber coiling, route the opposite pigtail end into heat shrink tubes inside splicing grooves. Heat shrink sleeves to fuse fiber and protective tube into one unit, lock protected fiber connectors into splicing grooves, and cover with PVC dust-proof caps to prevent detachment.

4. Drop Cable Outlet Wiring
Plug drop cable connectors into splitter module output adapters, fix cables into dedicated fixing slots, then lead cables out through rubber sealing outlets.

5. Final Enclosure Sealing & Aerial Mounting
Route all residual pigtails through outlet rubber seals, close enclosure lid and fasten all locking buckles. Install metal hanging hooks on the enclosure rear, then suspend the unit overhead for aerial deployment.

6. Application Scope

FTTH ODN aerial access networks, outdoor overhead fiber distribution nodes, remote user branch wiring, optical cable fusion & split distribution for residential broadband access.

7. Compliance Notes

All structural, optical and environmental performance meets general FTTH outdoor fiber terminal industry standards, applicable for overhead aerial deployment in all climate zones.

Product Advantage

1

Dual Functions: Combines fiber splicing and splitting for dual usage.
2

Outdoor Protection: IP65, UV and impact resistant for aerial outdoor use.
3

Practical Structure: 180° flip cover for neat wiring, no main cable cutting needed.
4

FTTH Compatible: Supports 1×8 splitter and 24-core fiber splicing.
5

Reliable Performance: Low optical loss, high strength and wide temperature adaptability.
6

Easy Installation: Compact design for fast overhead deployment.