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Secures fiber splices in harsh environments (aerial, underground, ducts) with IP68 waterproof protection.
Supports high-density networks requiring up to 144 single-core fiber terminations.
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GJS-M1446M
GJS-M1446M
The GJS-M1446M is a high-performance, single-ended dome splice closure designed for reliable fiber management in outside plant (OSP) environments. As a premier mechanical seal closure, it provides a robust and reusable solution for protecting fiber splices in high-density network deployments.
The primary advantage of the GJS-M1446M is its Advanced Mechanical Sealing Technology. Unlike heat-shrink closures that require specialized heating tools or gel seals that rely on compression blocks, the M1446M utilizes a high-quality silicone O-ring and a heavy-duty mechanical clamp system. This ensures an IP68-rated, airtight seal that can be opened and closed repeatedly without the need for replacement kits or specialized training, significantly lowering long-term maintenance costs.
The GJS-M1446M supports a modular internal structure capable of holding up to 144 single fusion fibers (6 trays x 24F). Its spacious internal layout is engineered to provide ample storage for expressed buffer tubes, maintaining a safe bend radius and ensuring signal integrity for both standard and high-count fiber cables.
Equipped with 6 dedicated ports (2 main ports for Ø15-18mm cables and 4 branch ports for Ø6-18mm cables), the GJS-M1446M offers maximum flexibility for various network topologies. The mechanical nut-style sealing for each port ensures a secure grip and a perfect seal regardless of cable diameter variations.
Constructed from premium reinforced PP, the closure is built to withstand extreme temperatures, UV exposure, and chemical impact. This makes it a reliable choice for the most demanding deployments, including direct-buried, manhole, and aerial environments.
Single-ended Dome Design: Minimizes potential leak points and simplifies cable routing.
100% Mechanical Sealing: Tools-free re-entry and re-sealing using a high-strength clamp and silicone gaskets.
Modular Splice Trays: Hinged trays allow easy access to any splice without disturbing existing fibers in other trays.
No Heat Required: Eliminates the need for heat guns or torches, making it safer for use in manholes or areas with volatile gases.
Universal Application: Fully compatible with loose tube and central core cables.
IP68 Protection: Tested for submersion and high-pressure environments, ensuring years of worry-free operation.
Flexible Mounting: Supports aerial, pole-mount, wall-mount, and direct-buried installations.
| Part No. | GJS-M1446M |
Dimensions | 460 x 189 x 225 mm (18.1" x 7.4" x 8.9") |
Material of Enclosure | PP+GF (Polypropylene + Glass Fiber) |
Base Sealing Method | Silicone Seal Ring + Compression Clamp |
Cable Sealing Type | Mechanical Seal |
Cable Entry Ports | 2 ports (Ø15-18 mm) |
Cable Exit Ports | 4 ports (Ø6-18 mm) |
Splicing Capacity (Max) | 144 FO (Single Core) |
Splice Trays (Max) | 6 Trays |
Material of Trays | ABS |
IP Rating | IP68 |
Mounting | Wall-mounted, Pole-mounted, Direct burial |
| Carton Capacity | 4 PCS/CTN |
| Carton G.W. | 17 KG |
| Carton Size | 65x45x38CM |
The GJS-M1446M is designed for medium-to-high density applications, supporting up to 144 fibers (single core). It accommodates up to 6 splice trays, with each tray managing 24 fiber splices.
The mechanical seal on the GJS-M1446M uses a physical clamp and silicone gaskets. Unlike heat-shrink (which is permanent and requires heat) or gel (which can be messy), the mechanical seal is 100% reusable and requires no special tools for re-entry, making it the most cost-effective choice for networks that require frequent expansion or maintenance.
Yes. With its IP68-rated PP+GF construction, the GJS-M1446M is specifically designed to handle the pressures of direct burial and manhole environments, including resistance to moisture, soil chemicals, and rodent damage.
Absolutely. While the standard model is fully featured, we offer customization options to include pre-installed grounding kits for electrical safety or an inflating valve for pressure testing during installation.
For standard orders between 200 and 500 units, our typical production lead time is 25–30 days. We also maintain a stock of standard components to expedite urgent project requirements upon request.
