6 Instructions RME
English
This chapter describes other methods of storing transmitters in order to obtain dif-
ferent control functions, plus additional programming facilities.
Storing transmitters
There are 2 methods of storing transmitters:
•
Mode I:
simple storage (each transmitter key transmits a preset command, see
table 4)
•
Mode II:
advanced storage (each transmitter key is programmed for a specific
command, see table 7)
Further details concerning
Mode II
storage are given in the heading: "
Mode II
programming characteristics"
• For information on storing the first transmitter in
Mode I
, refer to table 3
• For the storage of additional transmitters in
Mode I
, refer to table 9
• For information on storing the first transmitter in
Mode II
, refer to table 10
• For the storage of additional transmitters in
Mode II
, refer to table 11
• For the storage of additional transmitters in the same
Mode
as a transmitter that
has already been stored, refer to table 12
• To clear the automation memory (including all transmitters) refer to table 13
WARNING: programming via radio will affect all motors present within range of the
transmitter; therefore ensure that only the motor you wish to program is connect-
ed to the power supply when performing the programming operation.
9 Details
Mode II programming characteristics
WARNING: transmitters that have been stored in the automation memory using Mode II can be used to control the motor but they cannot be used to program limit posi-
tions or clear the memory.
In
Mode II
the storage procedure is performed separately for each individual transmitter key; it follows that two keys on the same transmitter can be assigned to two
commands of the same motor or to control two different motors as indicated in the following example:
With appropriate storage procedures you can create group commands as in the
example shown in Fig. 11:
• T1 stored in
Mode I
both on A1 and A2 makes it possible to control raise, stop,
and lower commands simultaneously on A1 and A2
• T2 stored in
Mode I
only on A3 makes it possible to control raise, stop, or low-
er functions
• T3 stored in
Mode I
only on A4 makes it possible to control raise, stop, or low-
er functions
• T4 stored in
Mode II
for the Step-by-Step control on all the automations makes
it possible to control A1 and A2 simultaneously, to control A3 or A4 separately,
and to control the opening of automatic gate A5.
Table [7]
Commands available with Mode II memory storage
N°
Command
Description
1
Step-by-Step
The first command activates upward movement; the next command – with the motor running – activates a stop;
the third command activates a downward movement, and so forth
2
Raise-Stop
The first command activates upward movement; the next command – with the motor running – activates a stop
3
Lower-Stop
The first command activates downward movement; the next command – with the motor running – activates a stop
4
Stop
Activates exclusively a stop command in all circumstances
Table [8]
Example of Mode II storage procedure
Key 1
Raise Awning No. 1
Key 2
Lower Awning No. 1
Key 3
Step-by-Step Shutter No. 1
Key 4
Step-by-Step Shutter No. 2
Fig. 11
Table [10]
Storing the first transmitter in Mode II
Example
1
As soon as the motor is connected to the power supply the system will emit 2 long beeps
2
Within 5 seconds press and hold down the required key on the transmitter to be stored until the end of all 3 beeps,
then release the key
3
Within 3 seconds press the same key on the transmitter for a number of times equivalent to the required command as
follows: 1 = Step-by-Step; 2 = Raise; 3 = Lower; 4 = Stop
4
After approximately 3 seconds you will hear a number of beeps equivalent to the chosen command
5
Within 2 seconds press and release the same key to confirm the programming
The 3 final beeps signal that the new transmitter has been stored correctly. If you do not hear the same number of beeps as the selected command at point 4, wait 10
seconds to quit the procedure and then try again
X1...X4
X1...X4
Table [9]
Storage of additional transmitters in Mode I
Example
1
Hold down key
■
on the new transmitter to be stored (New TX) until you hear a beep (after approx. 5 seconds)
then release the key
New TX
2
Slowly press key
■
three times on a transmitter that has already been stored in the memory (Old TX)
Old TX
3
Press and release key
■
on the new transmitter
New TX
The 3 final beeps indicate that the new transmitter has been stored correctly in the memory. If the memory is full (30 transmitters), the automation will emit 6 beeps to
signal that the transmitter cannot be stored.
5s