Fiber Optic Splice Closure-case-boxes
| Place of Origin: | Zhejiang |
|---|
Company Profile
| Location: | Ningbo, Zhejiang, China (Mainland) |
|---|---|
| Business Type: | Manufacturer |
Product Detail
| Model No.: | GPJ50F |
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Product Description
1.Area of Applications:
GPJ50F fiber optic splice closure can be installed in above-ground
pedestals, hand-holes, and mounted on poles and strands. The device
allows for direct joining and bifurcated joining. It also protects fiber
optic splices from the elements while providing fast and easy no-cost
re-entry.
2.Reasonable structure design:
The closure has a new oval dome. The new oval dome shape allows the maximum utilization
of space and provides a very user-friendly splice management environment
and greater flexibility as compared to the conventional
cylindrical designs. A central tray hinging system allows the installer to swing
trays up and out of the way front-to back from both sides. The
closure has 4 or 6 round entry/exit cable ports are provided in the base,
and a screw cap sealing is used in each of them. After the optical cables entered,
all the installer should do is to rotate the screw cap tightly.
As the main components and the closure body are made of the engineering plastics
of the same formula, they share identical contrast and expansion coefficients in
different temperatures and can produce identical changes. Therefore, they provide
reliable firmness and sealing performance.
GPJ50F fiber optic splice closure can be installed in above-ground
pedestals, hand-holes, and mounted on poles and strands. The device
allows for direct joining and bifurcated joining. It also protects fiber
optic splices from the elements while providing fast and easy no-cost
re-entry.
2.Reasonable structure design:
The closure has a new oval dome. The new oval dome shape allows the maximum utilization
of space and provides a very user-friendly splice management environment
and greater flexibility as compared to the conventional
cylindrical designs. A central tray hinging system allows the installer to swing
trays up and out of the way front-to back from both sides. The
closure has 4 or 6 round entry/exit cable ports are provided in the base,
and a screw cap sealing is used in each of them. After the optical cables entered,
all the installer should do is to rotate the screw cap tightly.
As the main components and the closure body are made of the engineering plastics
of the same formula, they share identical contrast and expansion coefficients in
different temperatures and can produce identical changes. Therefore, they provide
reliable firmness and sealing performance.