MaxFlight FS-3000, Manual

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7. YES, continue here. NO, go to paragraph 3-1B, 3-1C, 3-1D. Continue testing.
8. Get keyboard and press F2,
9. Widow opens with several selection possible.
10. On top window uncheck the motion checkmark, click OK, this will allow you to test the
flight controls on the ground in normal flight video viewed on the screen without
movement of the unit.
11. Does the aircraft control movement match the video on the screen?
12. YES, continue here. NO, go to para. 3-1E .
13. Test all the buttons for operation while watching the aircraft on the screen.
14. Do all the buttons respond, do they cause change on the viewed aircraft?
15. YES, continue here. NO go to para. 3-1E .for testing and troubleshooting HAAP
controllers.
16. If all joystick and throttle inputs are normal, the HAAP controller and on-board computer
program are working normally. Now you must test motion using a person actually flying
the unit.
17. Press “STOP” icon on program
18. Press F2 again and place checkmark by motion.
19. Click OK, unit is now back in normal safety motion program.
20. Load fellow technician and have him fly the unit normally.
21. Raise unit normally and allow it to get to the top.
22. R-click on red “M” lower right on task bar.
23. Select “Maximize”, this opens the motion control program window.
24. When unit is all the way up, do both UP sensors light green?
25. YES, continue here. NO, go to para. 3-1F , 3-1H.
26. Back to operator panel.
27. Click on “START” icon to start flight in full motion.
28. Does machine move normally when commanded to do so? Watch video motion on TV
versus machine reaction. Do they follow correctly?
29. YES, continue here, NO, go to para . 3-1B, 3-1F, 3-1G 3-1H.
30. If video movement and machine reaction are the same, the problem is either intermittent
or was only a one time issue.
31. Stop ride, lower machine and return it to the operator for normal operation.
3-1C Network Troubleshooting Procedure.
The network on this machine is the interface between all computers on this network.
There are possible three computers that can interact on this system. They are the on-board
computer, the motion computer and the kiosk computer if, that system is used.
The most used interface is between the on-board and the motion computer. This interface
transmits and receives control and motion data from programs running on the on-board computer.
The network may have a switch that is located on top of motion computer. It directs the
signals to/from all computers.
If the kiosk is not used the switch is not required. The on-board and motion computer
will be directly hooked up using a cross-wired LAN cable that is already built into the cabling of
the machine. The LAN cable from roll signal ring to the on-board computer is cross-wired.
Command of the on-board dispatch program, motion data transfer and remote VNC is
done across this network.