WARNING: For safety, make sure everybody has left the building before enabling the door lock inhibit
function. Only the owner should keep the inhibit authorization code.
2. Basic wirings for alarm arm-disarm and stand-alone door lock (fig. 3)
• This application is the same as
application 1 except for the
LED indications. The green
and red LEDs are used as
alarm status indications, such
as exit, armed, alarm memory,
etc.
• Relay output 2 is used for the
alarm arm-disarm control.
Refer to the manual of your
alarm control panel.
• Connect the tamper switch to
the N.C. 24-hour zone and the
duress output to the N.O. 24-
hour zone for tamperproof and
emergency reporting.
• The connection "output 3" to
"output 1 disable" is optional.
With this connection, output 3
will be used as an
authorization control. You may
key in user code 3 to stop the operation of the electric lock at light or after office hours in order to prevent
unauthorized access. Set output 3 in start / stop mode (programming option 61) for on / off control. The red
LED lights when the operation of the electric lock stops.
• The yellow green wire is the common ground to link up the keypad and the alarm control panel in order to
achieve the logical functions.
3. Basic wirings of an interlock
system using 2 keypads (fig. 4)
An interlock system needs 2 door
controllers. This application uses 2 x
HAA9523Ss with a simple crosswire
connection on "output 1 disable" and
"interlock control output" terminals of
both keypads. Link up the (-) GND
terminals of both keypads as
common ground in order to achieve
the interlock functions. Connection of
the green LED is optional. It will light
up when the lock is active when
connected.
• Use the keypad to open the door
from the outside.
• Press the egress button to open
the door from the inside.
• Connect the magnetic sensors on
door 1 and 2.
HAA9523S
16
VELLEMAN