GRAUPNER mz-24 PRO, Руководство по программированию

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You can confirm this setting by again touching the
SET
button at the bottom right, or use the
INC
or
DEC
buttons to select one of the other chan-
nels between 04 and 09 or 12 and confirm it with
SET .
The sum signals of the channel 1 … X will be gen-
erated in a 20 ms cycle (in the GR-32 DUAL receiv-
er, No.
33516,
30 ms) to the related output, also if
on the "RX SERVO" display page in the "PERIOD"
line 10 ms has been set.
Primarily conceived for the satellite operation (de-
scribed below) of two HoTT receivers, the aggre-
gate signal that is generated by the receiver and
defined as a SUMO can also be used to control a
flybar system, providing that it has an appropriate
input, or it can be used to control flight simulators
by means of the adapter cable (No.
33310 ).
In …
Satellite mode
… two HoTT receivers are connected to each oth-
er by means of a 3 wire connecting cable (No.
33700.1 (300 mm) or 33700.2 (100 mm)) to servo
connections for specific receiver types. Type GR-
16 receivers (No.
33508 ) and GR-24 (No. 33512 )
are for example connected to each other at ser-
vo output 8.
Type GR-32 DUAL receivers (No. 33516 ) contrast-
ingly have their own aggregate signal connection
at the bottom left identified with "- + S". Further
information can be found on the Internet at
www.
graupner.de .
By means of this connection, all of the channels
selected in the "CH OUT TYPE" line of the HoTT
receiver configured as a SUMO and identified as
the satellite receiver are continuously transferred
to the second HoTT receiver (the main receiver)
that needs to be programmed as the …
• SUMI (aggregate signal IN)
The signal therefore always runs in the direction of
the SUMI:
When reception fails, the receiver defined as SUMI
only uses the aggregate signal coming from SUMO
if at least one channel is programmed as fail safe
in the SUMI.
If the reception fails of the receiver programmed as
the SUMO satellite receiver, the servo(s) connect-
ed to this receiver assume the fail safe positions
that are programmed in the satellite receiver inde-
pendent of the main receiver.
If the reception fails for both receivers
at the same
time , then the fail safe settings of the SUMO are
assumed in the receiver software current when
these instructions were revised.
Notice
In individual cases, interactions may occur. It
is therefore strongly recommended that rele-
vant tests be performed before starting the
model.
This receiver configuration is recommendable
when for example one of the two receivers is in-
stalled in the model at a location with poor recep-
tion, or nozzles, carbon fiber material, etc. may
weaken the reception depending on the flight di-
rection is which can restrict the range.
The most important control function should there-
fore be associated with the main receiver pro-
grammed as SUMI so that, in case of a malfunc-
tion, the model can still be controlled if the SUMO
satellite receiver no longer receives a good signal.
Connect telemetry sensors with the SUMO satel-
lite receiver and then select this receiver in the line
"RECEIVER SELECT" of the "
Telemetry " menu
(RX 1 … 2), see " Notices " at the begin of the " Te-
lemetry
" section.
Each receiver should be connected to the com-
mon power supply with its own cable. With receiv-
ers subject to high current load, it may even be
useful to connect them to the common power sup-
ply with two cables.
If in contrast each of the two receivers are con-
nected to their own power supply, the middle ca-
ble should be removed from one of the two plugs
of the satellite cable (see figure bottom left).
If you wish to do additional programming such
as fail safe settings, disconnect the 3-pin satellite
connection between the two receivers, and only
turn on the relevant receiver. You may also have to
change the binding sequence.
111 Base menu - Telemetry | SETTINGS/DISPLAYS