6 rev. 3.0 13/06/2016
C) IN.CMD.AP. ( Sensor 1 Operating Logic) :
The control unit is factory supplied with the following operating
logic installed for Sensor 1 operation: it is not considered if it is
triggered in the opening phase, whereas in the closing phase it
causes a change in direction, if, naturally, module RTX 2278 is
installed on the control unit. If you wish to change the operating
logic so that Sensor 1 causes the system to stop, followed by a
brief change in direction to release the obstruction, in either the
opening or the closing phase, do the following: make sure
Extended Menu 2 is enabled (T.MOT.PED. and T. PAUSA leds
flash simultaneously), use the SEL key to move to the flashing
IN.CMD.AP LED and then press the SET key: the IN.CMD.AP
LED will light up steadily and programming will be complete.
Repeat the operation to restore the initial configuration.
D) LAMP/CORT. (Sensor 2 Operating Logic) :
The control unit is factory supplied with the following operating
logic installed for Sensor 2 operation: when it is triggered it
causes the gate to stop in both opening and closing phases, if,
naturally, module RTX 2278 is installed on the control unit. If
you wish to change the operating logic so that Sensor 2 causes
the system to stop, followed by a brief change in direction to
release the obstruction, in either the opening or the closing
phase, do the following: make sure Extended Menu 2 is
enabled
(T.MOT.PED.
and
T.
PAUSA
Leds
flash
simultaneously), use the SEL key to move to the flashing
LSMP/CORT. LED and then press the SET key: the
LAMP/CORT. LED will light up steady and programming will be
complete. Repeat the operation to restore the initial
configuration.
E) PGM. AUT. ( PUL operation = P/P and BL = PED. ) :
The control unit is factory supplied with PUL control input
operation for the connection of a cyclical primary control button
(NO) and a BL input for the connection of a Blocking Device
(NC). If you wish to select another operating mode for the PUL
and BL inputs, proceed as follows: check that Extended Menu 2
is enabled (T.MOT.PED. and T. PAUSA LEDs start flashing
simultaneously), use the SEL button to move to the flashing
PGM.AUT. LED then press the SET key: at that point the
PGM.AUT. LED will light up steady and programming is
complete.
Accordingly, the PUL input can be used for the connection of a
cyclical primary control button (NO), while the BL input will be
used to connect a button (NO) for the Pedestrian cycle alone.
Repeat the procedure if you wish to restore the previous
configuration.
F) T. MOT. ( PUL Operation = Opens and BL = Closes ) :
The control unit is factory supplied with PUL control input
operation for the connection of a cyclical primary control button
(NO) and a BL input for the connection of a Blocking Device
(NC). If you wish to select another operating mode for the PUL
and BL inputs, proceed as follows: check that Extended Menu 2
is enabled (T.MOT.PED. and T. PAUSA LEDs start flashing
simultaneously), use the SEL button to move to the flashing T.
MOT. LED then press the SET key: at that point the T. MOT.
LED will light up steady and programming is complete.
Accordingly, the PUL input makes it possible to connect a
button (NO) for the Opening phase only, and the BL input to
connect a button (NO) for the Closing phase only. Repeat the
procedure if you wish to restore the previous configuration.
EXTENDED MENU 3
The control unit is supplied by the manufacturer with the
possibility of directly selecting the main menu functions only.
If you wish to enable the programming of the slowing power
carried out by the control unit, proceed as follows: access
Extended Menu 2 (as described in the relative paragraph), then
press and hold the SET button down again for 5 seconds, after
which amount of time the T. MOT. PED and T. PAUSA LEDs
will first flash alternately and then simultaneously. The user
then has 30 seconds to select the slowing power using the SEL
and SET buttons. After, another 30 seconds the control unit will
go back to the main menu.
---------------------- EXTENDED MENU 3 -----------------
Level Leds On
1 CODE
2 CODE – CODE PED.
3 CODE – CODE PED. – IN.CMD.AP.
4 CODE – CODE PED. – IN.CMD.AP. – LAMP/CORT.
5 CODE – CODE PED. – IN.CMD.AP. – LAMP/CORT. – PGM.AUT.
6 CODE – CODE PED.– IN.CMD.AP. – LAMP/CORT. – PGM.AUT. – T.MOT.
Slowing Programming
The control unit allows you to programme the power used to
carry out the slowing phase.
It is possible to choose between 6 different levels of power:
every combination of lit Leds corresponds to a level according
to the table above; in other words, starting from the lowest led
(LED CODE) and moving upwards, each Led corresponds to a
higher power level. Using the SEL key it is possible to scroll
through the different power levels; for every selected power
level, the highest respective Led will flash (for example, if level
4 is selected the CODE, CODE PED. and IN.CMD.AP. leds
light up steady, whereas the LAMP/CORT led will flash); press
SET to confirm.
Level 3 is selected in the default configuration.
RESET :
To reset the default configuration of the control unit, press the
SEL and SET buttons simultaneously; all RED signal Leds will
switch on and then immediately off again.
DIAGNOSTICS :
Photocell Test :
The control unit is designed for the connection of safety
devices that comply with point 5.1.1.6 of standard EN
12453.
The Safety Device and Block tests are carried out with
every operating cycle.
If there is no connection and/or the control unit is not
working, it will not enable gate movement, and will visually
report the failed test by making all of the Led signal lights
flash at the same time.
Once the photocells are running
correctly again, the control unit is ready for normal operation.
This ensures monitoring against failures, in compliance with EN
954-1, Category 2.
Control input test:
On each low voltage control input, the control unit uses a LED
signal to make the status readily known.
Operating logic: when a LED is on it means the input is closed,
when a LED is off it means the input is open.
