Operating Time Programming Sequence Without Encoder And Without Limit Switches; Photocell Test Mode - Roger H70/200AC Instrucciones Y Advertencias Para El Instalador

gate will always complete its cycle, even under
different environmental conditions - is added on
automatically by the control unit.
To enter programming mode, hold the PROG key
down for 4 sec.: the display will read
Pressing PROG (or PP) once: starts opening with
motor 1, the display will read
time lag set with par.
automatically; the display will read
seconds then go back to
the open limit switch, the display will read
leaf 2 has reached the open limit switch. The display
will flash with code
gate will start closing automatically, thus switching
on motor 2; the display will read
Pressing PROG (or PP) again: once you have waited
the amount of time chosen for the closing time
lag, press the key to get leaf 1 to start closing; the
CH1
display will read
CH2
to . Once leaf 2 reaches the closed limit switch,
the display will read
closed limit switch, programming is completed
If programming is completed correctly, the display
will go back to command and safeties state mode.
If this is not the case, code
appears and you will need to repeat programming.
Press the TEST button to stop programming.
7.3
Operating time programming sequence
without encoder and without limit switches
WARNING!
• Travel time is programmed while the gate is
closing.
• if you do not have any encoders or limit switches
connected, you will need to program an extra
margin time, after the gate reaches the stop (min.
2 seconds - max. 4 seconds) to be sure that travel
will always be completed, even under different
environmental conditions.
To enter programming mode, hold the PROG key
down for 4 sec.: the display will read
Pressing PROG (or PP) once: starts opening with
motor 1, the display will read
time lag set with par.
automatically; (the display will read
seconds); the display will then keep showing code
AP1
because this is the leaf that reaches the gate
32
AP P-
ap1
. After the
25
, motor 2 will also start
AP2
ap1
. Once leaf 1 reaches
AP2
PA
and, after 2 seconds, the
CH2
.
for 2 seconds, then go back
CH1
. Once leaf 1 reaches the
AP PE
(learning error)
AP P-
ap1
. After the
25
, motor 2 will also start
AP2
stop first and hence is the first that must be stopped
by pressing the PROG key again.
Pressing PROG (or PP) again: once leaf 1 reaches
the open position stop, press the PROG key, thus
stopping motor 1; the display will keep showing
AP2
. code
against the gate stop.
Pressing PROG (or PP) a third time: once leaf 2
reaches the open position stop, press the PROG key,
thus completing the opening cycle; the display will
for 2
flash with code
travel starts automatically, thus switching on motor
until
2; the display will read
Pressing PROG (or PP) a fourth time: once you have
waited the amount of time chosen for the closing
time lag, press the PROG key to get leaf 1 to start
closing; the display will show code
seconds then go back to
leaf that reaches the closed position stop first).
Pressing PROG (or PP) a fifth time: once leaf 2
reaches the closed position stop, leave a 2-4 second
margin and then press the PROG key, thus stopping
motor 2; the display will keep showing code
because this is the next leaf to stop.
Pressing PROG (or PP) a sixth time: once leaf 1
reaches the closed position stop, leave a 2-4 second
margin and then press the PROG key, thus stopping
motor 1; programming is completed.
If programming is completed correctly, the display
will go back to command and safeties state mode.
If this is not the case, code
appears and you will need to repeat programming.
Press the TEST button to stop programming.
8

PHOTOCELL TEST mode

Connecting the photocell transmitters' power
supply to terminal SC (no. 34, figure 7) instead of
to terminal no. 32, and setting parameter
advanced parameter setup mode, enables photocell
.
test mode.
Whenever a command is given, the control unit
switches the photocells off and back on and verifies
that the contact changes state correctly: if this
happens, the command will switch on the motors;
for 2
if this is not the case, commands stay locked out
because it means there is a problem with the
photocells.
because this is the next leaf to stop
PA
and, after 2 seconds, closing
CH2
.
CH2
(because this is the
AP PE
CH1
for two
CH1
(learning error)
A8 O2
in