System Section
CPM—COPY MODEL FUNCTION
This function is used to copy one set of model
data into a second memory within the same trans-
mitter. This function is very handy because it may
be used for getting a head-start on setting up
models with almost the same settings (only differ-
ences need to be modified, instead of entering the
whole thing from scratch). Also, this function may
be used to make a backup copy of a model setup
before making changes.
The CPM function may be used to copy to and
from the optional CAMPac as well. The number of
models that may be stored in the CAMPac depends
on the number of flight conditions each contains.
This relationship is shown in detail on page 12.
Model Memory Menu
Source Model Name
Destination Model
Name
Return to System Menu
Model Memory Selection Keys
Usage of the Copy Model Function
(Note: source and destination may be both in transmitter, both in CAMPac, or
one in each)
Transmitter
1a Select the Source model with
the A to J ( 1 to 10 ) keys.
2a Select the Destination model
with the A to J (1
to 10 )
keys.
3. To copy all the flight conditions, press the ALL ( M ) key.
To copy just the default flight condition, press the DEF ( L ) key.
4. • If you are satisfied with your choices, press the YES (L) key. This
executes the copy function, which may take anywhere from 2 to 18
seconds. A beep indicates completion. Verify that the data were copied
under the destination model name.
• If you wish to repeat the select on process, press the NO ( M ) key.
5. To continue copying, press the YES ( L ) key and repeat beginning at
step 1.
To end the process and return to the System Menu. press the END ( N )
key.
Optional CAMPac Memory Module
1b Press the NXT ( P ) key to get to
the CAMPac (model nos. 11 to 20 );
press the NXT (P ) key again to
get to models 21-26. Select the
desired Source model with the A to
J( 11 to20 or21 to26 ) keys.
2b Press the NXT (P ) key to get to
the CAMPac (model nos. 11 to 20);
press the NXT ( P ) key again to
get to models 21—26. Select the
desired Destination model with the
A t o J ( 1 1 t o 2 0 o r 2 1 t o 2 6 )
keys.
System Section, Page 31
