Dsc Port Setting "Dsc; Timer Setting "Timer - RadioLink RC6GS V3 Instruction Manual

2.23 DSC Port Setting "DSC"

There are 3 modes for DSC function.
(1) simulator: Connect to the simulator or TBS Crossfire (See Picture 1 below);
(2) 2 axis track: Connect to FPV goggles with head track function (See Picture 2 below).
(3) 3 axis track: Connect to FPV goggles with head track function (See Picture 3 below). (RC6GS V3 with firmware V6.7.7 or above supports 3
axis track. If the firmware version is lower than V6.7.7, please update the firmware to use the 3 axis track function)
simulator mode: If you need to connect simulator or TBS Crossfire to RC6GS V3, please select the mode as: simulator. Insert one end of the
standard audio head of the simulator into the DSC port of RC6GS V3, and follow the steps in the simulator instruction manual to calibrate and
operate the transmitter in the simulation software. Please refer to the Chapter 3.11 for how to connect RC6GS V3 to TBS Crossfire:
Picture 1 Picture 2 Picture 3
2 axis track mode: If you need to connect FPV goggles with 2 axis track function to RC6GS V3, set the mode to: 2 axis track (or head track in
firmware below V6.7.7). When the DSC mode is selected as 2 axis track or head track, the DSC port of RC6GS V3 outputs in channel 5 and
channel 6 by default. Connect the roll servo and pitch servo used to control the pan-tilt to the pins of R7FG receiver in channel 5 and channel 6,
and then swing the FPV goggles up and down or left and right, and the servos of the corresponding channel will swing accordingly. Please refer
to the Chapter 3.12 for how to setup head track on RC6GS V3.
3 axis track mode: If you need to connect FPV goggles with 3 axis track function to RC6GS V3, please set the mode to: 3 axis track. When the
DSC mode of RC6GS V3 is selected as 3 axis track, the DSC port outputs in channel 5, channel 6 and channel 7 by default, which are used to
control the pan, tilt and yaw servos.
Note: If you want to realize the head track function, please make sure the FPV goggles used support corresponding 2 axis or 3 axis head track
function.

2.24 Timer Setting "TIMER"

TIMER function is mainly used for game timing and daily training.
Mode: Timer mode, you can choose "UP TIMER" or "DOWN TIMER".
UP TIMER: After triggering the timing function, the timing number will count upwards.
DOWN TIMER: After triggering the timing function, the timing numbers will count down.
ALRM(Alarm): The timer starts. When it reaches the set time, the transmitter starts to alarm. In the countdown 20S, it
starts to alarm every 1S. In the countdown 10S, it starts to alarm twice every 1S. When the alarm time is reached, the
transmitter will give a alarm. If the switch is not toggled now, the timing will continue. The default alarm time is 8
minutes. The alarm time can be set according to actual needs
START: Select a switch or button used to trigger the timing function. You can choose SWA, SWB, SWC, SWD, TH
(throttle trigger), and the lock mode of the four switch buttons.
NULL means that the timing function is not enabled. If the switch is set to SWA, SWB, SWC, SWD or their lock modes,
you can select UP (up), CNT (central), or DOWN (down) for the position of the switch to trigger the timing function. If
the start switch is TH (throttle trigger), you can set the throttle rate to 0%-100%, and the timing function will be
triggered when the throttle trigger is pushed to the set rate.
STOP: It is used to stop the timing function. The setting method is the same as the above "START" setting. When the
number of laps set is greater than 1, the number of laps will automatically increase by 1 lap each time it stops.
RESET: By toggling the switch set here, all the previously generated timing values will be cleared.Alarm values and
laps are retained. The switch setting method is the same as the above "START" setting.
Note:
1. When triggering the timing function, please do not put the switch in the stop or reset position, otherwise the timing
function cannot be activated.
2. When the switch is not enough, there are 2 ways to reset all timings: a. By setting the "alarm" value, all timings can
be reset. b. All timings can be reset by setting the "mode" value.
LAP: used to set the number of laps required for timing, 1-30 lap numbers can be set;
Display laps: used to display the lap corresponding to the current timing.
L01-L30 can be selected. For example, when it is L02, the timing below correspond to Lap 2. When the number of laps
set is greater than 1, the number of laps will automatically increase by 1 lap each time it stops.
Check the timing of each lap: move the cursor to: L01-L30, press the "Enter" button, the cursor starts to blink, and then
press the "Dec(-)" or "Inc(+)" buttons at the bottom of the screen to select the laps to check the timing time. The
corresponding timing lap and timing will be displayed in the box below.
Display: CURRENT, the ON or OFF status of the timing function is only displayed in the function menu of "Timer".
HOME PAGE, the ON or OFF status of the timer function is displayed both in the "Home Page" and "Timer" menu at the same time.
14