Operation Manual

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Manual

A closed padlock indicates that the value cannot

be altered at the moment (guarding against acci-

dental changes):

Aileron expo allocated to the right-hand 3-D digi-

adjuster

Value locked

If you wish to alter the value, press the allocate

button

F for the 3-D digi-adjuster: the symbol

changes to an open padlock, and the values can

now be adjusted. Any change you make is im-

mediately stored:

Aileron expo allocated to the right-hand 3-D digi-

adjuster

Value unlocked

Another press on the allocate button for the 3-D

digi-adjuster blocks access to the values again

(symbol: closed padlock).

The locking / unlocking process applies to both 3-D

digi-adjusters together.

What can be allocated?

Virtually any parameter with numerical values can be

allocated. However, there are a few exceptions. For

example, the following screen shows that the para-

meter

Step (trim increment size) cannot be allocated

in this way:

Numerical-value parameters which can be allocated

are marked with a high-set hyphen following the para-

meter name. If you attempt to allocate a parameter

which cannot be altered in this way, the following

symbol appears when you press the 3-D digi-adjuster:

and an error beep sounds when you press one of the

3-D digi-adjusters.

Erasing an allocation:

This is the procedure for erasing an allocation:

1. Press and hold the corresponding 3-D digi-adjuster

in one of the “Status display” menus.

2. Press the (REV/CLR) button

 the screen in the status displays 1 – 3 now

shows “-----------”, to indicate that the allocation

has been erased.

Alternatively you can “overwrite” an existing allocation

at any time simply by allocating a new parameter.

Note:

Allocated parameters cannot be reversed, i.e. it is not

possible to adjust the value beyond

0 or OFF, in order

to guard against accidentally reversing a function.

If you use the flight phase switching facility:

Set-up parameters which have different values in the

various flight phases are displayed according to the

currently active flight phase, and can therefore be ad-

justed separately for each flight phase using the ap-

propriate 3-D digi-adjuster.

20.2. Diagnosis mode operations

It is possible to connect your model directly to the

transmitter using a Diagnosis lead, so that you can

check the system and carry out adjustment work with-

out transmitting an RF signal (Î 20.6.4.). Connecting

the lead switches off the transmitter’s RF module.

This is the procedure:

a. Connect the transmitter (multi-function socket) to

the receiving system in the model using the appro-

priate diagnosis lead (# 8 5105). The receiving

system must include a switch harness with integral

charge socket, e.g. # 8 5039.

b. Switch the transmitter ON first (RF stays off).

c. Switch the receiving system ON.

20.3. PC data back-up / updating

The multi-function socket on the underside of the

ROYAL

pro

provides the functions Charge, Trainer, and

Diagnosis mode, and also acts as a serial interface to

a PC. Two functions are possible via this interface:

x Access to transmitter data.

x Operating model flight simulators.

Data exchange between transmitter and PC enables

you to carry out the following functions:

x Saving model data on a PC (back-up).

x Loading new software into the transmitter.

The last point in particular provides an entirely new

means of updating the transmitter software, and of

changing the on-screen language, using the Internet.

The software required for this is “ROYAL

pro

Data

Manager”, which you can download from our Internet

website.

You will also need a connecting lead # 8 5148 (USB)

or # 8 5156 (serial connection, COM port), both of

which are available as accessories.