Failsafe; Display Sensors - Fly Sky FS-i10 Instruction Manual

Digital proportional radio control system

9.6 Failsafe

(Pic.50)
This function is used to protect the models and users, if the receiver loses signal and therefore is no longer
controllable.
All channels are listed in the failsafe menu. [Off] means that in case of a loss of signal, the corresponding
servo will keep its last received position. If it displays a percentage, the servo will instead move to the selected
position.
Setup:
1. Select a channel.
2. Select the icon at the bottom left of the screen, if it has a tick, it is
active.
3. Set the value by moving the channel to the desired position using the
stick/knob it is assigned to.
4. Use the icon to return to the failsafe channel list.
You can set the failsafe position for all channels with the [All channels]
button at once. To do so,
1. Move all your channels to the desired position.
2. Select [All channels] and then [Yes] in the confirmation box.
• Once the failsafe has been set, a percentage will be displayed.

9.7 Display Sensors

This function is used to display information from the current active sensors.
[Type]:The type of sensor is displayed on the left hand side under [Type]；
[ID]:The numerical ID of each sensor is in the middle under [ID],
[Value]:the sensor's output is on the right under [Value].
At the bottom of the list this menu has an error rate display, which is a good indicator of signal quality.
Types of sensors:
[TX Voltage]：
Displays the transmitter's voltage supply.
[RX Voltage]：
Displays the receiver's voltage supply.
[Signal Strength]：
Displays how strong the signal is between the transmitter and receiver. This is measured on a scale of 0
to 10, 10 being the best and 0 being the worst signal strength. When the signal drops to 4 or below the
system will alert the user via an alarm. The signal strength is calculated using the SNR
Ratio) etc.
[SNR](Signal To Noise
Ratio)：
The SNR gives an indication of how much signal noise in comparison to clean signal. The more noise
there is in the signal, the more likely you will have problems, like losing connection with the receiver.
Noise is usually created by other nearby transmitters, such as WI-FI, as such in an area that has a lot of
transmitters will have a higher SNR. The SNR is calculated as SNR = RSSI - Noise, if the SNR drops to 4 or
below, bring the model closer to you in order to avoid unintended operation.
[RSSI](Receiver Signal Strength
RSSI is used to measure signal strength between the receiver and the transmitter.
[Noise]：
Noise is caused by other transmitter's, such as wifi. If there is too much noise in an area, this will affect the
transmitters maximum range.
34
Indication)：
FS-l10
Pic.50
(Signal To Noise