ASN 24F Pre-Split 3x1:8 Bare – LC/APC with 24 LC/APC Adaptors – Grey
The ASN 24F Pre-Split 3x1:8 Bare – LC/APC with 24 LC/APC Adaptors – Grey is a compact 24-fibre distribution point (FDP) designed for FTTH access networks, providing a secure solution for fibre splicing, optical splitting and customer connections. Supplied with three integrated 1x8 PLC splitters, a bare fibre input and 24 LC/APC adaptors, it enables efficient optical signal distribution to multiple subscribers while simplifying installation and future network expansion.
Designed for both wall and pole mounting, the enclosure features 24-fibre splice capacity, integrated cable storage, feeder and drop cable management, an IP54-rated enclosure and support for mid-span cable entry. Manufactured from PC+ABS UL94 V-0 material, it delivers reliable protection for indoor and outdoor FTTH deployments.
The integrated 1x8 PLC splitters utilise G.657A2 fibre, offering low insertion loss, high return loss and excellent uniformity for dependable optical performance in passive optical networks (PON).
Key Features:
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24-fibre splice capacity
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Three integrated 1x8 PLC splitters
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Bare fibre input with 24 LC/APC adaptors
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Wall and pole mounting
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IP54-rated enclosure
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Supports feeder and drop cable management
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Mid-span cable entry capability
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Integrated cable storage bracket
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Manufactured from PC+ABS UL94 V-0
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Grey enclosure for indoor and outdoor installations
Technical Specifications:
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Product Type: FTTH Fibre Distribution Point (FDP)
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Splice Capacity: 24 Fibres
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PLC Splitters: 3 × 1x8
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Fibre Type: G.657A2
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Connector Type: LC/APC
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Number of Adaptors: 24
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Mounting: Wall or Pole
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Protection Rating: IP54
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Material: PC+ABS UL94 V-0
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Colour: Grey
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Feeder Cable Entry Points: 4
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Feeder Cable Diameter: 5–14mm
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Drop Cable Exit Points: 24
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Drop Cable Diameter: 2–5mm
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Splice Method: Heat Shrink
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Cable Configuration: Mid-Span Compatible
Applications:
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FTTH distribution networks
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Fibre access networks
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Customer connection points
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External fibre distribution
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Pole-mounted fibre installations
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Wall-mounted fibre installations
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Residential broadband deployments
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Multi-dwelling unit (MDU) networks
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Passive optical networks (PON)
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Telecommunications infrastructure