Fiber Optic Joint Enclosure
Model: Fiber Optic Joint Enclosure GL-8217-B
•Max Capacity: 24 fibers
•Very strong & robust shell
•IP68 & IK09 rating (Harsh environment & temperatures)
•Mechanical sealing
•RoHS materials
- Product Introduction
24 Fibers Small Size Fiber Optic Joint Enclosure
The Mechanical FTTH Fiber Optic Joint Enclosure GL-8217-B is designed to protect and house fragile fiber splices and cable joints. It can also accommodate splitters, patch connectors, or splitters integrated with fiber optic cables. The distribution fiber is spliced to the input of the optical splitter, while the splitter outputs are terminated to drop cables.
Featuring a strong, robust shell, the enclosure is suitable for applications such as telecommunication networks, LAN, MAN, WAN, and CATV (Cable Television). It is designed for installation in pole-mounted, aerial-mounted, or duct environments, protecting internal components from harsh outdoor weather conditions and providing a secure access point. The product complies with IEC standards.
Specifications:
|
Item Name |
Fiber Optic Joint Enclosure GL-8217-B |
|
Size (mm) |
256x169x83.5 |
|
Color |
Black |
|
Cable ports |
1 uncut cable port (Φ 10-17.5 mm) 8 pcs drop cable ports (2*3mm soft cable or Φ3-8mm round cable) |
|
Protection Grade |
IP68 |
|
Fiber Splice Capacity |
24 Fibers |
|
Capacity of single tray |
24 Fibers |
|
Max Qty. tray assembly |
1 pcs |
|
PLC Splitters |
1 piece 1:8 Micro splitter |
|
Adaptor |
8 pcs SC type |
|
Application |
Aerial/ Wall/Pole mounting |
|
Inner Carton (mm) |
280×200×105 (1 piece) |
|
Outer Carton (mm) |
580×425×455 (16 pcs) |
Features:
• Single-ended buckle design for easy operation.
• Fully mechanical sealing mechanism-no tapes, glue, or heat shrink tubes required.
• Excellent sealing performance with water and dust resistance (protection rating: IP68).
• Flame-retardant and UV-resistant materials available; customizable to meet customer requirements.
Installation Methods:
•Aerial mounting


•Pole mounting


•Wall mounting


FAQ:
1 The size of this Fiber Optic Joint Enclosure is small, and the internal space is limited. Could this pose any issues for fiber management?
The structure of this joint enclosure is reasonable, as it meets the requirements for the bending radius of the fiber cable. The minimum bend radius should not be less than ten times the outer diameter (OD) of the fiber cable. Therefore, a 3 mm cable should not have bends with a radius smaller than 30 mm.
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