Neomat A 89.028 NS rev1 - Rollo Rieper

4) Programming
Programming is divided into three stages:
1. Memorising the transmitters
2. Programming the “0” and “1” positions
3. Optional programming
! WARNING: All the transmitter memorisation and parameter
programming sequences are timed, i.e. they must
be carried out within set time limits.
• For radio controls designed to handle multiple “units”,
before proceeding with the memorisation you need to
select the unit to which the motor should be associated.
• All the motors within the range of the transmitter can be
programmed by radio; therefore, only the motor involved
in the operation should be kept switched on.
4.1) Memorizing the transmitters
Each radio control is recognised by the receiver incorporated in the NEOMAT A control unit through an individual “code” that is unlike any
other. The control unit must therefore be programmed to recognise each separate radio control through a “memorisation” process.
When the memory does not contain any code, you can proceed to program the first radio control by operating as follows:
Table “A1” Memorising the first transmitter (fig. 7) Example
1. When the control unit is switched on, you will hear two long beeps.
2. Within 5 seconds, press and hold down (for approx. 3 seconds) key ■ on the transmitter
that must be memorised
3. When you hear the first of the 3 beeps confirming the memorisation, release key ■.
3s
Note: If the control unit already contains codes, 2 short beeps will be heard when it is switched on. In this case you cannot proceed as
described above but must use the other memorisation method (Table “A2”).
When one or more transmitters have already been memorised, additional ones can be enabled by proceeding as follows:
Table “A2” Memorizing additional transmitters (fig 8) Example
1. Press and hold down (approx. 5 seconds) key ■ on the new transmitter until you hear
the beep. New 5s
2. Slowly press key ■ on a previously enabled (old) transmitter 3 times
Old
X3
3. Press again key ■ on the new transmitter.
New
4. Finally, 3 beeps will signal that the new transmitter has been correctly memorised.
Note: If the memory is already full (14 codes), 6 beeps will indicate that the transmitter cannot be memorised.
4.2) Programming the “0” and “1” positions
Three basic situations may occur when using rolling shutter automations, ascribable to the presence, or lack, of those elements used to
“block” the travel of the rolling shutter: limit switch “rubber stops” during ascent (which limit the maximum opening) and/or “anti-burglar latches”
(which block the possibility to raise the rolling-shutter manually when it is completely closed).
The limit-switches can be programmed differently depending on whether these mechanical stops (rubber stops and/or latches) are present
or not:
Manual programming of the limit-switches (no rubber stops or anti-burglar latches are required)
Semi-automatic programming of the limit-switches (rubber stops are required during ascent)
Automatic programming of the limit-switches (Both rubber stops during ascent, and anti-burglar latches during descent are required)
To program the positions you need to use a previously memorised remote control. Unless the “0” and “1” positions have been memorised in
the control unit, the movements require manual control. Initially the direction of the motor is not defined, but when programming has been
executed, the direction of the motor will be automatically assigned to the remote control keys.
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