GJS-D1445 Dome Heat Shrinkable Seal FOSC: Superior Fiber Splice Protection
The GJS-D1445 Dome Heat Shrinkable Seal Fiber Optic Splice Closure (FOSC) is an advanced solution designed to ensure the protection of fiber splice points, particularly against water permeation. With a robust IP68 protection grade, this closure is versatile and suitable for various installations, including aerial, cable duct, direct burial, and pole-mounted applications.
Key Features & Benefits:
1. High-Quality Engineering Plastic (MPP):
The housing is constructed from high-quality engineering plastic (MPP), offering excellent mechanical performance, hydrolysis resistance, and chemical resistance. This ensures long-term durability in diverse environmental conditions.
2. Reliable Sealing System:
Equipped with a reliable sealing system, the closure achieves a high IP68 rating, providing effective protection against environmental factors. This ensures the integrity of fiber splice points in challenging conditions.
3. Splice Trays and Storage Capacity:
Accommodates a maximum of 6 splice trays, supporting a total of 144 fibers. Additionally, a storage tray is provided for uncut cables, enhancing the capacity and organization of the closure.
4. Secure Cable Fixation:
The closure ensures secure cable fixation by employing reliable metal kits to fix the cable sheath and strength member. Optional grounding is also available, contributing to enhanced cable stability.
5. Reusable Rubber Grommet:
The rubber grommet used in the closure is reusable, maintaining consistent sealing performance over time. This feature contributes to the longevity and reliability of the closure.
6. Optional Accessories:
Various optional accessories are available, including a grounding device, inflating valve, hanging hook for aerial installation, wall-mounted kit, and pole-mounted kit. These accessories enhance the flexibility and adaptability of the closure to different deployment scenarios.
The GJS-D1445 Dome Heat Shrinkable Seal FOSC is a reliable and robust solution for protecting fiber splice points in demanding environments. Its combination of high-quality materials, effective sealing, and optional accessories make it a versatile choice for ensuring the longevity and performance of fiber optic networks.