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Control mode 2
OUT1=N.O. (normally open)
OUT2=N.O. (normally open)
A
= OUT1 impulse length (seconds) => opening gate A
B
= OUT2 impulse length (seconds) => opening gate B
Selective or simultaneous control of outputs OUT1 and OUT2 using caller identification and
predefined user permissions. Permissions can be configured for each user, to control output
OUT1 only, output OUT2 only, or both outputs at the same time when calling, which also
allows for controlling two different gates by using this control mode.
With this control mode
the two outputs can be controlled independently using the smartphone application
too.
The outputs provide opened contact by default and they become closed upon
activation. The control impulse length of output OUT1 can be configured by parameter ”
A
”,
while the control impulse length of output OUT2 can be configured by parameter ”
B
”.
The values are considered in seconds.
The gate controller panel must close the gates automatically.
Control mode 3
OUT1=N.O. (normally open)
OUT2=N.C. (normally closed)
X
= OUT1 impulse length (seconds) => gate opening
W
= infrared photocell loop braking delay (seconds)
Y
= OUT2 impulse length (seconds) => keeping the gate open
Z
= OUT1 impulse length (seconds) => gate closing
Starting a control process using caller identification. Output OUT1 provides opened contact,
while output OUT2 provides closed contact by default. When calling, output OUT1 gives
closed contact for
X
seconds, then after
W
seconds output OUT2 gives open contact for
Y
seconds, then after 1 second output OUT1 gives again closed contact for
Z
seconds. This
control mode can be used if the gate controller panel requires the opening and closing
control impulses on the same input (the first impulse opens the gate, the second one closes
it). The opening and closing control impulses are provided by OUT1, while inserting the
OUT2 contact in the loop of the infrared photocell, it keeps the gate open for
Y
seconds
(breaks the photocell loop, just like when an obstacle shows up within the photocell’s ray,
thus the gate remains open).
If the gate controller panel closes the gate automatically, there is no need for control
impulse
Z
. In this case 0 value should be entered for parameter
Z
, thus there will not be a
gate closing impulse. For some gate controller panels, if the photocell loop breaks during
gate opening, the gate stops immediately. To avoid this, a delay can be configured by
parameter
W
, which can be used to delay the photocell loop breaking. In such case for
parameter
W
enter the gate opening duration plus 2-3 seconds (e.g. if it takes 12 seconds
for the gate to open, enter 14-15 seconds for parameter
W
).
Keep the gate open permanently upon quick recall:
if enabled, the gate remains open
permanently (
Y
=infinite) after receiving a second call from the same user during opening
process or opened period (during
X
+
W
+
Y
period). The gate will close when a third call is
received from the same user or a new call from a
different user
. This function cannot be
used with hidden caller ID.
