Bedienungsanleitung Multiplex PROFImc3010 (Seite 71 von 79) (Englisch)

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Three

turther tips on

this subiect.

1. In

the example

above

you

could

use

the names

"CORT-T11"

instead ol

"CORTINAI',

"CORT-NF2"

instead of

"CORTINA2"

and

"CORT-HS3"

instead of

"CORT|NA3".

In this case

stands

for tow

launch,

NF for normal

flight, and

HS for

high speed.

The

names

will then remind

you

of which

list serves

which

purpose.

The f

inal numbers

must remain; but

they are

not

very inlormative

on their own.

2. lI

you

change

memories

in the

"normal"

way

trom

the keypad,

please

check

that the

Memory Switch

is in

the

"basic"

position.

Otherwise

the

following

will hap-

pen: you

want to change

to, say, Memory

No. 13.

Let's

suppose

that it contains

model list which

you

have

set up as

"switchable"

one.

lf the Memory

Switch

in the

wrong

position,

the

transmitter

immediately

changes

to the

new

memory, and instead

of No.

you

end uo at

No. 14 or

No. 15. This can

lead to consider-

able confusion.

Please don't

use this

Jeature tor

"simple"

switching

tasks; it always

"costs"

you

one or two

memories.

For

example,

you

could execute

a simple change

of cam-

berchanging

f lap by switching

memories; but

it is

just

as easy

to use the

"Fixed

Value"

from the

Transmitter

Control

options,

and this alternative

would

not

swallow

up another

memory.

Servo

assignment

for wings

with

more than

two controlsurfaces.

page

26 we discussed

the

"traditional"

assigning

process

for the aileron

servos

of models

with wings

fea-

turing separately

controlled,

electronically

differentiated

ailerons.

The recommended

assignment

is as follows:

Servo

No. 1

Aileron 1

Servo

No. 5

Aileron

For

wings

which have

more than 2 control

surfaces,

all

which act

(mixed)

ailerons,

and all

of which are

feature differential

movements, this assignment

can

longer be

used.

Exahple:

"Quadro-flap"

arrangement

(see

page

91).

In such

cases

the servos

must be

assigned

"in

sequential

pairs".

An example

will make this

clear:

In the drawing

we show an

"extreme"

wing

layout, with

3 control surfaces

per

wing, all of which

are to work as

ailerons,

and all

of which

require diflerential

movemenl.

have already explained

how

you

control the six ser-

vos

(with

the

"QUADRO"

mixer); we

have

also

dis-

cussed

selecting

and adiusting

the

"Differential"

ootion. Now all

that remains

is the order

of the six ser-

vos at the assignment

stage.

In our example,

assigning

in sequential

pairs"

works

out

like this:

Servo

No. 1 controls QUADRO

Outboard

pair

Servo

No. 2

controls QUADRO I

of control

surfaces

Servo

No. 3 controls QUADRO

Centre

pair

Servo

No. 4 controls

OUADRO J

of control surfaces

Servo

No. 5 controls QUADRO

Inboard

pair

Servo

No.

controls

QUADRO I

of control

surfaces

This should

make everything

clear.

you

have only

two

servos

per

wing

panel, (normal

Quadro

arrangement),

simply

stop at

No. 4.

you

not keep to this sequence,

differential

aileron

movement

will not be correct.

Fig.57

The

"Sl"

switch

We have already

mentioned the

"Sl"

switch

page

36,

in connection

with the transmitter

control

options

Fixed

Value 1" and

"Fixed

Value 2".

You may have

noticed already

that

"Sl"

is offered in the

menus

when

assigning

the switches

52.

What

"Sl"?

"Sl"

another

"non-hardware"

switch,

(i.e.

a software

switch),

in this case

coupled

to the transmitter

control

input

"l".

Firstly,

"Sl"

"three-position

switch",

i.e. it

has an

"idle

position"

in the centre,

and a

"working

position"

at both

end-Points.

lf,

for example,

you

connect

a slider

control to

"1",

and

if the slider

is set

to centre, then

"Sl"

also

idle

(OFF).

you

move the slider

to one end-point,

then

one

side

"Sl"

switches

on. lf the slider

leaves

the end-

point

again,

"Sl"

switches off

immediately.

At the other

end-point

of the slider

the same

applies;

only

in this

case

the other

"side"

"Sl"

is switched

on and off.

ln this case

"Sl"

has the same

effect as

if two end-

ooint switches

were

fitted to

the slider.

With

little

imagination

you

can use

this feature

for many

interest-

ing

functions.

The

main application

"Sl"

is rather simpler,

how-

ever.

In this

case a

"real

hardware"

3-stage switch

is con-

nected to

input

"1";

for

example

Order

No.7 5699

(short

toggle)

or Order

No. 7 5700

(long

toggle).

It this

"hardware"

switch

(actually

a transmitter control

in this application)

is operated,

then of course

it oper-

ates

the

"software"

switch

"Sl"

well. The

final

effect

is a 3-position

change-over

switch,

which can

used

with the switches

55;

but which

has 3

posF

tions;

compare

this with 51

55,

which are

only simple

change-over

switches.

And that

is exactly

what we

need to switch between

dif{erent

Fixed

Values" !

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