Fiber Optic Splice Closure
Showing 3–3 of 26 resultsThe Fiber Optic Splice Closure stands as a fortress against environmental elements, providing secure and reliable protection for fiber optic splices. Its robust design shields against moisture, dust, and vibrations, ensuring uninterrupted performance even in the harshest conditions.
Engineered for versatility, this closure adapts seamlessly to various installation scenarios, including aerial, underground, and direct burial applications. Its flexible design enables deployment in a wide range of environments, offering unmatched adaptability for diverse networking needs.
Crafted from high-quality materials, the Fiber Optic Splice Closure boasts exceptional durability, capable of withstanding extreme weather conditions and maintaining peak performance over time. Its rugged construction ensures longevity, providing peace of mind for network operators and end-users alike.
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GJS-D5016: Dome Type Fiber Optic Splice Closure
Part Number: GJS-D5016
Housing Material: Polycarbonate
Operating Temperature Range: -40°C to +70°C
Expected Service Life: 25 years
Cable Port Sealing: Heat shrinkable tube
Cover/Base Sealing: Rubber gasket
Ingress Protection Rating: IP68
The GJS-D5016 closure is designed for robust and enduring performance, featuring a durable polycarbonate housing capable of withstanding temperatures ranging from -40°C to +70°C. Engineered for a service life of 25 years, it excels in harsh outdoor conditions.
Cable ports are sealed with heat shrinkable tubing, ensuring a watertight entry point for cables. The cover and base securely join together with a rubber gasket seal, achieving an IP68 rating, signifying complete protection against dust and water immersion.
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GJS-D1449: Dome Heat Shrinkable Seal Fiber Optic Splice Closure (FOSC)
Application:
With a protection grade of IP68, this closure is suitable for aerial, cable duct, direct buried, and pole-mounted installations. It offers an ideal solution for protecting fiber splice points from environmental elements, particularly water permeation.
Features & Benefits:
High-Quality Engineering Plastic (MPP): The housing is constructed from high-quality engineering plastic (MPP) with excellent mechanical performance, hydrolysis resistance, and chemical resistance.
Reliable Sealing System: Equipped with a reliable sealing system, achieving a high IP68 rating for effective environmental protection.
Splice Trays and Storage Capacity: Supports a maximum of 6 splice trays and accommodates up to 144 fibers with a storage tray for uncut cables.
Secure Cable Fixation: The cable sheath and strength member are securely fixed using reliable metal kits, with optional grounding.
Reusable Rubber Grommet: The rubber grommet is reusable, maintaining consistent sealing performance. It features 8 round ports and 1 oval port for versatile cable entry and exit points.
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GJS-D1445: Dome Heat Shrinkable Seal Fiber Optic Splice Closure (FOSC)
Application:
With a protection grade of IP68, this closure is suitable for various installations including aerial, cable duct, direct buried, and pole-mounted applications. It provides an optimal solution for protecting fiber splice points from environmental factors, particularly water permeation.
Features & Benefits:
High-Quality Engineering Plastic (MPP): The housing is constructed from high-quality engineering plastic (MPP) with excellent mechanical performance, hydrolysis resistance, and chemical resistance.
Reliable Sealing System: Equipped with a reliable sealing system, achieving a high IP68 rating for effective environmental protection.
Splice Trays and Storage Capacity: Accommodates a maximum of 6 splice trays and supports a maximum of 144 fibers with a storage tray for uncut cables.
Secure Cable Fixation: The cable sheath and strength member are fixed using reliable metal kits, with optional grounding provided.
Reusable Rubber Grommet: The rubber grommet is reusable, maintaining consistent sealing performance.
Optional Accessories: Grounding device, inflating valve, hanging hook for aerial installation, wall-mounted kit, and pole-mounted kit are available as optional accessories.
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GJS-D0484: Dome Heat Shrinkable Seal Fiber Optic Splice Closure (FOSC)
Application:
The Closure is an ideal solution for safeguarding fiber splice points from environmental elements, particularly water permeation. It is versatile and suitable for various installation methods, including aerial, cable duct, direct buried, and pedestal applications.
Features & Benefits:
Compact Size: Despite its compact size, the Closure is equipped with full functionality.
Dome Type Heat Shrinkable Seal Ports: Utilizes dome-type heat shrinkable seal ports for effective sealing and protection.
Reliable Gasket Sealing System: The closure incorporates a reliable gasket sealing system, achieving a high IP68 rating. This ensures dependable protection against environmental factors, enhancing the longevity and performance of the fiber splice points.
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GJS-M5032D: Fiber Optic Dome Closure
Specifications:
Dimensions: 518 x Ф225mm
Mid-span port (Suitable for uncut cable): 2 x Ф16mm
Branch cable ports: 8 x Ф14.5mm
Splice tray and splice capacity: 3 trays, total capacity of 72/144 fibers (24/48 fibers per tray)
Max. number of adapters: (32+2) SC
PLC splitter: 1:32 cassette splitters
Mounting type: Aerial, wall, or pole
Protection level: IP68
The GJS-M5032D Fiber Optic Dome Closure is designed with specific dimensions to accommodate various cable ports, splice trays, and adapters. It provides a high level of protection with an IP68 rating, making it suitable for aerial, wall, or pole installations. The closure is equipped to handle PLC splitters, ensuring efficient fiber distribution in diverse applications.
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GJS-M0484: Heat Shrinkable Seal Dome Closure
Application:
The Closure offers ideal solutions for protecting fiber splice points from environmental factors, particularly water permeation. It is suitable for various installation methods, including aerial, cable duct, direct buried, and pedestal applications. The Closure ensures reliable protection for fiber splices in diverse environmental conditions.