IMPORTANT:
IF YOU CHANGE YOUR TRANSMITTERS FAILSAFE AGAIN IN THE
FUTURE, YOU MUST REDUE THE FOLLOWING INSTRUCTIONS AGAIN
.
•
First, set your transmitters travel parameter to 100% for low throttle and 100% for
high throttle. On the JR 10X transmitter, use function 12 to access the throttle travel.
•
Set your transmitters failsafe for low throttle, low throttle trim. On the JR 10X
transmitter use function 77 to access the failsafe. Enable the throttle channel for a
failsafe (select
1
so the bar is in the top position
▀
) and then set the throttle stick and
throttle trim to their minimum positions. Save this minimum position by pressing
STORE
.
•
Return to the travel menu and now set the minimum and maximum throttle travel to
75%.
•
Now you must teach in these values into the ECU. Refer to
section in
this manual for this procedure.
You can verify the failsafe function in the default GSU screen.
Default Display
This symbol will appear when in failsafe.
If you turn-off your transmitter, the default display will
indicate a failsafe by displaying an . If you turn the
transmitter back on, the will disappear. If the does not
appear when you turn-off your transmitter, the fail-safe is not programmed properly!
21
0.0
6.9
OC:----
You can verify the failsafe parameters by accessing the
RC Check Menu
. Press and
hold the
Select Menu
key on the GSU and by pressing the
►
+ key until the
RC-Check
Menu is displayed
. Now release the
Select Menu
key.
Time in Failsafe (seconds)
If you press the
◄
- in the RC-Check Menu until you see
FailSafeTime: the display will indicate the number of seconds
the reciever was in failsafe. This is a total time for all the
failsafe counts. If you turn-off your transmitter, it will increase
every second. This is a great tool for diagnosing the quality of the RC systems RF link
by checking this after each flight.
FailSafeTime (s)
:100.1
Number of Failsafes
If you press the
◄
- again you see Failsafe count: the display
will indicate the number of times the receiver went into
failsafe. If you turn-off and turn-on your transmitter, it will
increase this count by one. This is a great tool for diagnosing
the quality of the RC systems RF link by checking this after each flight.
FailSafe Count
:1
Refer to the Limits menu for the following parameters.
Failsafe delay
33
