GJS-M0484 Heat Shrinkable Seal Dome Closure

Ultimate Protection for Fiber Splice Points

The GJS-M0484 Heat Shrinkable Seal Dome Closure provides an ideal solution for safeguarding fiber splice points from environmental factors, particularly water permeation. This robust and versatile closure is suitable for various installation methods, including aerial, cable duct, direct buried, pedestal, and manhole applications.

Key Features and Specifications

• Part Number: GJS-M0484
• Maximum Outside Dimensions: 288 x 185 x 155 mm
• Dome Dimensions: 215 x Ø130 mm
• Cable Ports and Diameter: 4 ports, each with a maximum diameter of Ø13 mm
• Splice Tray Capacity: 4 trays
• Splice Capacity per Tray: 6/12 FO (Fiber Optic)
• Total Splice Capacity: 24/48 FO
• Protection Level: IP68, ensuring superior protection against dust and water
• Mounting Options: Can be mounted aerially, on walls, poles, or in manholes

Application

The GJS-M0484 closure is designed to offer exceptional protection for fiber splice points, ensuring reliability and longevity in various environmental conditions. Whether installed aerially, within cable ducts, buried directly, or placed in pedestals or manholes, this closure ensures that fiber connections remain secure and uninterrupted.

Why Choose GJS-M0484?

1. Versatility: Compatible with multiple mounting options, making it suitable for a wide range of deployment scenarios.
2. High Capacity: Supports up to 48 fiber splices, accommodating significant network expansions.
3. Robust Protection: Rated IP68 for excellent resistance against water and dust ingress, ideal for challenging environments.
4. Ease of Installation: The heat-shrinkable seal design simplifies the installation process, reducing time and labor costs.

Conclusion

For robust, reliable, and versatile protection of fiber optic splice points, the GJS-M0484 Heat Shrinkable Seal Dome Closure is an excellent choice. Its high capacity, superior protection level, and flexible mounting options make it a valuable addition to any fiber optic network infrastructure.