Systems: Panel

 

 

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  March 1 - 2, 2008: (10.0 hrs.) 

After getting the radio stack opening cut and reinforced in the sub panel, I installed the modular panel frame and radio stack.  The fit is really nice.

Here is a shot from the top and side.
I spent a fair bit of time cleaning, priming, and painting my panel. 
I used MS Word to create some labels for my panel. Here I have printed out the labels on plane paper, cut them out, and placed them on the panel to check for fit, form, function, etc.
Left side of panel with label mock-ups
Warning lights
I did a lot of research on how to label my panel and ended up going with a from DecalPro.  It is a complicated 10 step process to create and lay down each label.

Here is the finished panel.

Left side labels
Warning light labels
Bottom panel labels
Right side panel labels
My positioning of the AFS 3500 units ended up getting in the way of the outside sub-panel ribs.  I had to cut these ribs way down.  I then riveted in some aluminum angle to add some strength
Here is the aluminum angle on the passenger side sub-panel rib.  The pilot side looks the same.
Worked on wiring some of the switches...
Wired up the antennas.  I also installed a splitter for my navigation antenna.  This splits the signal into Glideslope and VOR for my GNS 430
Installed the AFS ARINC unit.  I am not really sure of the purpose of this unit, other than it is required to get the optimal integration between my EFIS systems and the avionics
Installed some relays required for my auto pilot source selection switch.
Installed and wired the main and auxiliary bus switches (for both batteryies and alternators).  I also installed and wired the pullable breakers for the alternator fields.
Installed the FADEC serial bus controller.  This is required for communication with the EFIS
 

 

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