Features and Benefits
• The system is designed for one-man customer connection using
semi-skilled labour, thus significantly reducing the cost of subscriber
connections.
• Up to 8 pre-connectorised QUICKDR@W Lead-in Assemblies MK 3
can be individually installed into the lead-in seal ports.
• Deferred installation cost through incremental customer connection.
• Skilled labour required for initial CLJ installation in the distribution
phase. Subsequent lead-in cable connections require only minimal
training.
• The joint can be supplied with SC type adapters and pigtails preinstalled for single fibre applications, or LC type adapters and
pigtails pre-installed for dual fibre applications.
• The CLJ can also be supplied with pre-installed connectorised
passive splitters (1×8 or 1×16).
• The joint allows the storage of a continuous loop of loose tube cable
elements within the dedicated storage area at the front of the
closure.
• All fibres are positively managed to a 30mm bend radius.
• The closure base contains one oval port, eight lead-in seal ports
and two circular ports for spurs from the main cable loop.
• The CLJ closure is sealed to IP68.
• The CLJ is compatible with a range of Prysmian produced optical
cables which can be used to distribute the fibres to each unit.
Please contact Prysmian to discuss your specific requirements.

Technical Data
• Number of cable ports: 8 (Lead-in Seal), 1 (Oval), 2 (circular)
• Maximum cable diameter (mm): 7 (Lead-in Seal), 21 (Oval), 12 (circular)
• Maximum splice tray capacity: 1 (16 fibres), 1 upgrade (additional 24)
• Maximum capacity: 8 customer connection cables (1f or 2f each)
• Maximum loop capacity: 48 (4 x 12 fibre elements)
• Required space envelope (mm): (l) 300 x (w) 231 x (d) 164 (length 410mm when heat shrink applied)
• Operating temperature: -20oC to + 70oC (5 to 95% RH)
• Sealing: IP68
• Material:-
• Cap: Glass Filled Polypropylene
• Base: Glass Filled Polypropylene
• Splice tray: FR HIPS
• Testing:-
• Closure sealing: IP68 – AS60529-2004 IEC60529 Ed 2.1 2001
• Optical: Tested at 1310nm, 1383nm, 1550nm and 1625nm
• Dry heat: BS EN 60068-2-2 Test Bb
• Damp heat: IEC 60068-2-3: 1969
• Change of temperature: IEC 60068-2-14: 1984
• Vibration: IEC 60068-2-6: 1995
• Shock: IEC 60068-2-27: 1987

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