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FiberPatrol Site Planning & Installation Guide
Fiber terminations are often done in the field at the end of the detecting cable length. These
terminations must be protected inside weatherproof splice enclosures.
single end module as required by a split configuration, and a double end module that could be
used in a linear configuration. The following tables show the connection details. For terminations,
either sensor fiber can be spliced to either end module fiber.
Figure 57 FiberPatrol equipment room splice requirements (2 lead cables)
Figure 58 FiberPatrol equipment room splice requirements (1 lead cable)
Figure 59 FiberPatrol field termination splice requirements (single and double end module)
Sensor cable fiber
Single end module
End module (label)
S1 - blue (cable end)
- - -
7
S2 - orange (cable end)
- - -
7
Single end module termination splice connection
Sensor cable fiber
Double end module
End module (label)
S1 - blue (cable end)
- - -
7 or 8
S2 - orange (cable end)
- - -
7 or 8
Double end module termination splice connections
double start/double end module
to FiberPatrol controller
double start module
to FiberPatrol controller
fusion splices (X2)
fusion
non-detecting lead
cable to perimeter
non-detecting lead
cables to/from perimeter
start
start
end
splices (X4)
double start/double end module
to FiberPatrol controller
fusion splices (X4)
single non-detecting lead
cable to/from perimeter
start
end
double end module
sensor cable from FiberPatrol start module
fusion splices (X2)
fusion splice
single end module
