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problem. I now attached the other end of the cable wires to the PCB. I use
cable ties to bind all of the cables together along the whole length of the
cable, usually 1ft max (see photo below).
2.3.3.5 Next I test all of the connections
at the connector, moving the switches
through all positions. By thoroughly testing
my panel now, I can rest assured later-on
that my switches are wired correctly and
that problems lie in other areas. Once
tested, I build a label for the panel
showing, where it’s from (the panel name),
where it’s going (64BTN or EMDA
number), and what its order is.
2.3.4 Using label makers
I have begun to use a label maker to make my wiring systems that much
easier to create and maintain. My label name contains the Panel, Module,
and a counter for the total number of panels connecting to a given Module.
Using this information, I can create unique names for my cables that are very
descriptive: LandGear-64BTN-01-03 (Landing Gear panel to 64BTN number
1, 3rd panel connection). I place my labels close to the connector on the
Module, panel and on both sides of the cable connecting the Panel to the
Module.
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2.3.4.1 The cable name to connect the switches on my Main Power panel
is “MainPwr-64BTN03-02” and I place this on my panel’s PCB connector, on
both ends of the connecting cable and on another PCB connector that’s
wired to the screw terminals of my 64BTN. This cable wiring system really
takes the guess work out of troubleshooting my simulator and will keep my
job easy when I’m sorting out problems in my simulator with 256 switches, 15
pots, 8 rotary encoders and 64 lights.
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Part 3: Hardware and Software Installation
3.1 Keyboard Support
EPIC USB, with the latest versions of EPICenter software, no longer requires
you to connect the keyboard to the EPIC to send keystrokes. The newer
versions of the EPIC USB driver installs additional mouse and keyboard
devices in your windows configuration.
3.2 Multiple EPIC USBs
EPIC USB, with the latest drivers, allows you to use multiple EPIC USBs in a
simulator. The EPIC USBs will communicate with each other and pass data
via reserved memory called Pigeonholes (discussed later in the Software
section).
3.3 EPIC Hardware Installation
3.3.1 Installing the EPIC USB drivers
3.3.1.1 Clean EPIC USB Install:
1. Ensure the EPIC hardware is disconnected
2. Install the EPICenter software
3. Verify the install of: windows\system32\drivers\EPICUSB.SYS
4. Verify the install of: windows\system32\epicio.dll
5. Connect your EPIC USB and ensure it finds the EPICUSB.SYS driver
6. Update the EEPROM to new version.
7. Close EPICenter.
8. Check a switch operation using EPICInfo
9. Check that keystrokes are working with at simple test project. If the
keystrokes do not work check the FAQ on the R&R website.
3.3.1.2 Installing EPIC USB Updates
1. Update EPIC USB EEPROM to new version first.
2. Unzip the update. The main files for updating are EPICenter.exe,
EPL.DLL, Vercheck.exe, \windows\system32\epicio.dll, and
windows\system32\drivers\EPICUSB.SYS
3. Go to EPICenter \ tools \ Clean Registry. Check boxes "remove collection
enumerations" and "remove WDM/driver info. Then click "OK"
4. Close EPICenter.
5. Unplug and replug USB cable from EPICUSB, this will find new hardware
and reinstall the drivers. Direct the Windows driver install to the epic\install
directory if necessary.
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6. Check that keystrokes are working with at simple test project. If the
keystrokes do not work check the FAQ on the R&R website.
3.3.1.1 EPIC USB LEDs
The EPIC USB has 6 LEDs to provide status of your EPIC system. These
LEDs are from left to right looking at the LEDs: USB ISR, TP2 (test point),
Sanity, TP1, Configured and Loaded.
"USB ISR" will light whenever the PC is transmitting or receiving data from
EPIC USB. This should never be on solid but could be blinking.
"TP2" will come on for a second when EPIC USB is unplugging itself to tell
the system a file has been loaded and to reconfigure. This will be steady on
when a trap is hit. This can be used by the user to test to see if an area
in their EPL was hit. This is used by setting bit 4 of the Qlog flag bits.
“setqlogon(0x11)” will allow user control of TP2 and will light when an
exec(138) command is hit and go out when exec(139) is hit. (bit 0 in the
qlog flags will trace epl execution in the backtrace buffer).
"Sanity" means the card is running and sane. This should be blinking at
about a 1/2 second rate after the correct speed settings are sent.
　
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