2. See Figure 3-15 (for a conduited installation) or
Figure 3-16 (for a non-conduited installation).
Route the 3-conductor cable through the
fitting into the junction box farthest from the
signal processor. Connect wires from the
cable to the TB3 terminal in the junction box;
black wire to B terminal, white wire to W
terminal, and red wire to R terminal. Connect
the cable shield wire to the Shield terminal
between TB1 and TB2.
3. Route the cable through conduit/cable tray to
the next junction box. Estimate the required
length of cable to the terminal strip, allowing
a little extra for strain relief. Cut the excess
cable. Connect wires from the cable to the
TB1 terminal in the junction box; black wire to
the B terminal, white wire to the W terminal,
and red wire to the R terminal. Connect the
cable shield wire to the the Shield terminal
between TB1 and TB2.
4. Route another 3-conductor cable through the
fitting into this junction box, and attach wires
to the TB2 terminal; black wire to B terminal,
white wire to W terminal, and red wire to R
terminal. Connect the cable shield wire to the
Shield terminal between TB1 and TB2.
5. Repeat Steps 3 and 4 until all junction boxes
for the vessel are wired together.
6. Route the cable from the last jucntion box
through conduit/cable tray to the signal
processor. Refer to the signal processor
manual for wiring the junction box to the signal
processor. One vessel takes up one channel in
the signal processor. The channel shows the
average value from all the Microcells™ on the
vessel supports.
Figure 3-15. Wiring Junction Boxes Together - Conduited Installation.
Figure 3-16. Wiring Junction Boxes Together - Non-Conduited Installation.
14
Summary of Contents for Microcell
Page 20: ...Figure 3 18 Cutting Wrap Width Figure 3 19 Installing Brace Wrap 16 ...
Page 22: ...Figure 4 2 Microcell Mounting Locations 18 ...
Page 30: ...Figure 4 16 Wiring Junction Boxes Together Non Conduited Installation 26 ...
Page 37: ...33 ...
Page 42: ...38 ...
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