Remote Control Management (Only For T11); Memory Test; Procedure For Total Deletion Of The Memory - Aprimatic T11 Instructions Pour L'installation

Opening safety device input – When SWITCH 8 is in the ON position: N.C. contact.
This is a safety device input which is enabled during closing and opening. When the
input is enabled, the gates are stopped immediately. When the input is disabled, the
gates start to move in the same direction as before after a delay of 1 second. This
function can be used to protect the areas where crushing may occur.
Closing input - Input which is only enabled when Dead Man mode is selected. It closes
the automation when the close push-button is pressed and held down.
NOTE - The selection of one function disables the other functions.
Electric lock output - 12 VAC output with maximum load of 15W, which commands
the electric lock for approximately 1.5 seconds during opening.
Warning light output - 24VDC output with maximum load of 3W, which commands
the gate state warning light. Light OFF: gate closed. Steady light: gate open or
opening. Flashing light: gate closing.
Flashing light output - 24 V output which commands the fl ashing light.
This output commands the fl ashing light with a pulsating power supply with frequency
of 1 Hz: the light comes ON for 0.5 seconds and OFF for 0.5 sec. If pre-fl ashing is
enabled, this output is enabled 3 seconds before the command to move the gates
(opening and closing).
NOTE - Only use Aprimatic ET Series LED fl ashing lights or the output may be broken:
this will cause the entire system to malfunction.
Motor output - The T1 device has two outputs for independent motors. The output
for motor 1 is used to select the gate closing delay using the SWITCH; the output for
motor 2 is used to command a fi xed opening delay of 1.5 seconds. If the single wing
input is used, only the wing connected to the output for motor 1 will start. If a start
pulse is given during this stage, the second wing will start.
NOTE - If these devices are used in automations with only one wing, the motor MUST
be connected to the output for motor 1.
5. REMOTE CONTROL MANAGEMENT

5.1 MEMORY TEST

Power supply
Buzzer
Memory free signal
When the device is turned on, after a brief pause during which the memory is scanned,
the buzzer emits a certain number of beeps (from 1 to 10) to indicate the percentage of
the memory which is free: each beep corresponds to approximately 10% free memory
(10 beeps = 100% free memory).

5.2 PROCEDURE FOR TOTAL DELETION OF THE MEMORY

1. Power down the device.
2. Power up the receiver again, holding down the SW2 delete button, then release the
button when both the DL6 LED and the BZ1 buzzer have gone off.
3. You must now wait until the deletion operation is completed. When it is completed,
the unit will run the memory test.
Power supply
Key
Buzzer
Deletion command
5.3 PROCEDURE FOR SELF-TEACHING OF THE FIRST REMOTE
CONTROL
1. Power down the device.
2. Make sure that the memory is completely free (10 consecutive beeps); if not,
delete the memory (par. 5.2).
3. Press all the buttons on the fi rst remote control you want to add at the same
time (2 buttons for TR2 units, 4 buttons for TR4 units) until both the DL6LED and
(ONLY FOR T11)
All the information about the remote
controls is saved in the removable memory
module: every time the device with built-in
receiver is turned on, a test is run auto-
matically to establish which part of the
memory is available for the addition of
extra remote controls.
Deletion phase Memory free signal