IP68 96 core H Connector Adapter Joint Closure

High-Density Fiber Optic Splice Protection Solution

Telhua's IP68 96 Core H Connector Adapter Joint Closure provides network operators and contractors with a robust, high-density solution for protecting fiber optic splices in demanding outdoor and underground environments. Engineered for maximum reliability and installation efficiency, this closure addresses the critical challenges of modern fiber network deployment.

Addressing Critical B2B Deployment Challenges

Network expansion projects require equipment that balances capacity with practical installation considerations. Our closure directly addresses these pain points:

• High Density Management: Accommodates 96 cores in a compact design, optimizing space utilization in congested network points.
• Enhanced Reliability: IP68 rating ensures complete protection against dust ingress and prolonged water immersion, maintaining signal integrity in harsh conditions.
• Accelerated Installation: The H connector adapter system enables rapid fiber management and splicing, significantly reducing field deployment time and labor costs.
• Long-Term Stability: Constructed from engineering-grade materials resistant to UV radiation, temperature extremes, and chemical exposure.

Telhua Engineer's Tip: Optimizing Splice Organization

For maximum performance and future maintenance efficiency, organize splice trays in a sequential pattern corresponding to your fiber numbering scheme. This practice reduces troubleshooting time by up to 40% during network repairs or upgrades. Additionally, maintain a minimum bend radius of 30mm for all fibers within the closure to prevent signal attenuation and ensure long-term reliability.

Technical Specifications

Standards & Compliance

This fiber optic splice closure meets or exceeds international standards including IEC 61753 for environmental performance, TIA/EIA-568 for telecommunications infrastructure, and RoHS directives for environmental safety. These certifications ensure compatibility with global network requirements and long-term operational reliability.