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M12S SUPER
2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDE
C-MIX1 AND C-MIX2 MENU { COMPENSATION MIXING 1 AND COMPENSATION MIXING 2 }
Changing the Channel Offset Value, Continued:
When the Auxiliary Dial is programmed to control Auxiliary 1 or Auxiliary 2 and you choose AUX1 or AUX2 (or
#AUX1 or #AUX2) to be the Master channel, by setting the Offset value to 100 or -100, the Auxiliary Dial can
control the full range of Mixing travel in one direction, instead of half the Mixing travel in one direction and half the
Mixing travel in the other direction. This is useful if you want the full range of Mixing travel in only one direction.
Setting the Offset value to a value greater than -100 or 100 will shift the Neutral Point of the Slave channel
servo beyond the operation range of the Auxiliary Dial and is not recommended.
Following the example in the diagram at right, set the Rate 1 percentage value to
0% and the Rate 2 percentage value to -50%, then set the Offset value to -100. The
full range of Mixing travel can now be adjusted in one direction when turning the
Auxiliary Dial counter-clockwise.
This same technique can also be used if you're using the Auxiliary Lever to
control either Auxiliary 1 or Auxiliary 2.
T-MIX1 AND T-MIX2 MENU { TELEMETRY MIXING 1 AND TELEMETRY MIXING 2 }
The Telemetry Mixing function is similar to the Compensation Mixing function, in that you're able to create custom Mixes, this time
using Telemetry Data or Telemetry Alerts. For example, if you're driving a nitro vehicle with a Temperature Sensor on the engine,
you can use the Telemetry Mixing function to automatically lower the maximum amount of Throttle when and if your engine
reaches the Temperature Alert value programmed in the TELEMETRY LOG > TLM1 menu. This can help prevent over-heating your
engine. Alternately, if your model has an RPM Sensor on it, you can use the Telemetry Mixing function to raise and lower a wing
as the RPM increases and decreases. The possibilities are nearly endless.
Telemetry Mixes are composed of a Master (Telemetry Data) and a Slave channel. The Master always controls the Slave channel.
Two Rate percentage values can be programmed to determine the direction and amount of travel that the Slave channel servo
moves in relation to the Telemetry Data. In addition, an Offset function allows you to shift the Neutral Point of the Slave channel
servo to center the Slave channel servo or to shift the Slave channel servo's Neutral Point to change the starting point of your Mix.
Two Telemetry Mixers are available, and each can be turned ON separately or both can be turned ON at the same time (using
different Racing Modes). A graph is featured to help visualize the Telemetry Mixing changes you make.
IMPORTANT: For the Telemetry Mixing function to operate, Telemetry must be turned ON and you must be using Telemetry
Sensors in your model with a Telemetry-capable receiver (e.g. RX-481, RX-482, Super Vortex Plus series ESC, etc.)
Telemetry Mixing Programming Values can be changed while you're driving by Assigning these functions to a Trim Switch,
the Auxiliary Dial or the Auxiliary Lever. For more information, see the ASSIGN Menu section on pages 37 through 46.
This section covers both the Telemetry Mixing 1 and Telemetry Mixing 2 menus, since programming each of them is
exactly the same. Choose either the T-MIX1 or the T-MIX2 menu depending on which of the two Telemetry Mixers you want
to program.
The Rate 1 and Rate 2 percentage values determine whether the Telemetry Mixer is Active (turned ON) or Inhibited (turned
OFF). When no Rate percentage values are programmed, the Telemetry Mixer will be Inhibited and when either Rate
percentage value is programmed, the Telemetry Mixer will become Active. If you need to turn a Telemetry Mixer ON and OFF
while you're driving, you will need to program the Telemetry Mixer with a Rate value to one Racing Mode (turned ON), then switch to a
second Racing Mode that doesn't have any Telemetry Mixer Rate values programmed (turned OFF).
Telemetry Mixing 1 RPM to Auxiliary 2 Mix Example:
Telemetry
Data Parameter
Auxiliary 2
Operation
In the example above, Telemetry Mixing 1 is programmed as follows: MASTER > RPM, SLAVE > AUX2, RATE1 > 0%, RATE2 > 75%
and OFFSET > 0. As the Throttle RPM changes, the Auxiliary Channel 2 servo will travel up to 75% in one direction.
Telemetry Mixing Rate percentage values are a Ratio of Slave channel servo travel to Telemetry Data values (Master).
Telemetry Mixes are Linear throughout the entire range of travel. If a Rate value of 0% is chosen, the Slave servo will not
move in that direction.
104
Telemetry System with Sanwa Synchronized Link Support
Calculation
Slave Channel
Output
Servo
Output
Telemetry Data Output (Master)
RACING
MAX
Auxiliary
Dial
RACING
Rate 2
Rate 1
Side
Side
0
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