Corning BPEO Fibre Closure BPEO-S1.5-BRANCH

The Corning BPEO-S1.5-BRANCH Fibre Closure is a compact, high-capacity fibre distribution enclosure designed for FTTH, FTTX, and optical fibre network deployments. Featuring IP68-rated waterproofing, modular ECAM ports, and flexible splice management, this closure supports up to 288 fusion splices and is ideal for aerial, underground, and façade-mounted installations.

Key Features:

• IP68-Rated Protection – Waterproof up to 5 metres for 7 days, ensuring long-term durability.
• High Splice Capacity – Supports 144 standard-density fusion splices or 288 with low-bend-radius fibre.
• Tool-Free Opening & Closing – Quick installation with a rubber gasket sealing system for secure re-entry.
• ECAM External Cable Assembly Module – Enables looped and drop cable additions without fibre disruption.
• Flexible Port Configurations – Includes 1 double port (D18), 2 single ports (S18), and 13 single ports (S9.5) for various cable types.
• Integrated Fibre & Tube Organiser – Efficiently manages mid-span feeder cables and fibre routing.
• Compact & Durable Design – Offers efficient space usage while maintaining high mechanical performance.

Technical Specifications:

• Sealing Standard: IP68-rated with integrated test valve
• Operating Temperature: -40°C to +65°C
• Impact Resistance: 20 joules (IK10)
• Splice Capacity:
  • 144 fusion splices (standard density)
  • 288 fusion splices (high density, G.657 fibre)
• Splitter Capacity: 24
• Port Configurations:
  • 1 Double Port D18 (6-18mm cable range)
  • 2 Single Ports S18 (5-18mm cable range)
  • 13 Single Ports S9.5 (3.5-9.5mm cable range)
• Mid-Span Entry: Yes
• Tube Storage Capacity:
  • Microstructure: Up to 288 fibres
  • Loose Tube (1.7mm): Up to 144 fibres
  • Loose Tube (1.4mm): Up to 288 fibres
• Dimensions: 382mm (L) x 204mm (W) x 120mm (D)
• Volume: 5.6 litres

Ideal for:

• FTTH (Fibre-to-the-Home) and high-density fibre networks
• Aerial, underground, and wall-mounted fibre installations
• Telecom service providers and ISPs
• Mid-span fibre splice and distribution applications