Graupner Hendheld RC 2.4 GHz No. of channels: 6 33112 User Manual
Product codes
33112
61
Program description: base settings - fi xed-wing model
hand arrow buttons, and confi rm your choice with
SET
… or alternatively press the
cd or ef buttons of the
right-hand four-way button (CLEAR) simultaneously to
revert to the default sequence.
Please note that any subsequent changes to servo
settings, such as servo travel, Dual Rate / Expo, mixers
etc., must be carried out according to the original
(default) receiver socket sequence.
revert to the default sequence.
Please note that any subsequent changes to servo
settings, such as servo travel, Dual Rate / Expo, mixers
etc., must be carried out according to the original
(default) receiver socket sequence.
Note:
It is also possible to distribute the control functions
amongst as many receivers as you wish, using the
channel-mapping function in the
It is also possible to distribute the control functions
amongst as many receivers as you wish, using the
channel-mapping function in the
mx-12 HoTT’s inte-
gral Telemetry menu, or even to assign the same control
function to multiple receiver outputs. For example, you
might wish to actuate each aileron with two servos in-
stead of just one, etc. However, we strongly recommend
that you use only one of the two options, as a combina-
tion will soon lead to confusion.
function to multiple receiver outputs. For example, you
might wish to actuate each aileron with two servos in-
stead of just one, etc. However, we strongly recommend
that you use only one of the two options, as a combina-
tion will soon lead to confusion.
rx bind
Graupner HoTT receivers have to be “instructed” to
communicate exclusively with a particular model (i. e.
model memory) of a Graupner HoTT transmitter. This
process is known as “binding”, and is only necessary
once for each new combination of receiver and model. It
can be repeated at any time.
communicate exclusively with a particular model (i. e.
model memory) of a Graupner HoTT transmitter. This
process is known as “binding”, and is only necessary
once for each new combination of receiver and model. It
can be repeated at any time.
Important note:
When carrying out the binding procedure, please
ensure that the transmitter aerial is always an
adequate distance from the receiver aerials: keeping
the aerials about 1 m apart is safe in this respect.
Otherwise you risk a failed connection to the down-
link channel, and consequent malfunctions.
When carrying out the binding procedure, please
ensure that the transmitter aerial is always an
adequate distance from the receiver aerials: keeping
the aerials about 1 m apart is safe in this respect.
Otherwise you risk a failed connection to the down-
link channel, and consequent malfunctions.
“Binding” multiple receivers to one model
If necessary, it is possible to bind more than one re-
ceiver to a single model. This is accomplished by initially
binding the receivers individually, as described in the
next section. When operating the system, please note
that only the receiver which was bound last will
establish a telemetry link to the transmitter. For this
reason all telemetry sensors installed in the model must
be connected to this receiver, since only the last bound
receiver is able to transmit their data via the down-link
channel. The second, and all other receivers, run in
parallel to the receiver last bound to the transmitter, but
completely independently of it; they operate in Slave
mode with the down-link channel switched off.
If necessary, it is possible to bind more than one re-
ceiver to a single model. This is accomplished by initially
binding the receivers individually, as described in the
next section. When operating the system, please note
that only the receiver which was bound last will
establish a telemetry link to the transmitter. For this
reason all telemetry sensors installed in the model must
be connected to this receiver, since only the last bound
receiver is able to transmit their data via the down-link
channel. The second, and all other receivers, run in
parallel to the receiver last bound to the transmitter, but
completely independently of it; they operate in Slave
mode with the down-link channel switched off.
“Binding” transmitter and receiver
Use the arrow buttons
cd of the left or right-hand four-
way button to move to the “rx bind” line:
phase 2
phase 3
phase 3
takeoff
speed
7
6
6
receiv out
rx bind
rx bind
–––
10:01
3
timer
If you have not already done so, switch on the power
supply to your receiver now: the green LED on the
receiver flashes once briefly, then goes out.
Press and hold the SET button on the receiver until the
green LED starts to flash.
Briefly press the central
supply to your receiver now: the green LED on the
receiver flashes once briefly, then goes out.
Press and hold the SET button on the receiver until the
green LED starts to flash.
Briefly press the central
SET
button of the right-hand
four-way button to initiate the so-called binding process
between a receiver and the current model memory. At
the same time the word “BINDING” starts flashing on the
between a receiver and the current model memory. At
the same time the word “BINDING” starts flashing on the
screen in the frame of the “rx bind” line, instead of the
three “---”:
three “---”:
phase 2
phase 3
phase 3
takeoff
speed
7
6
6
receiv out
rx bind
rx bind
BINDING
10:01
3
timer
If the receiver LED glows a constant green within about
ten seconds, then the binding process has been com-
pleted successfully; you can now release the receiver’s
SET button.
Your model / receiver combination is now ready for use.
In parallel with this the screen displays the code number
for the receiver now “bound” to this model memory. For
example:
ten seconds, then the binding process has been com-
pleted successfully; you can now release the receiver’s
SET button.
Your model / receiver combination is now ready for use.
In parallel with this the screen displays the code number
for the receiver now “bound” to this model memory. For
example:
phase 2
phase 3
phase 3
takeoff
speed
7
6
6
receiv out
rx bind
rx bind
R06
10:01
3
timer
Conversely, if the green LED on the receiver fl ashes
for longer than about ten seconds, then the binding
process has failed. In parallel with this the screen will
display three “---” once more. If this should occur, alter
the relative position of the aerials, and repeat the whole
procedure.
for longer than about ten seconds, then the binding
process has failed. In parallel with this the screen will
display three “---” once more. If this should occur, alter
the relative position of the aerials, and repeat the whole
procedure.