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Integrated Technical Vision Ltd
17
RTE button
Request To Exit (RTE) button is to be
used in case of single-sided door. In this
case door opens on depressing of RTE
button.
RTE button may be used for remote
door opening - for secretary or guard to
open a door, for instance.
On the diagram wiring of normally
opened RTE button is shown. RTE is
wired to Z5 and Z6 terminals.
Usage of deblocking button on electric lock
instead of RTE buton will cause "Door
forced open" event.
It is not recommended to use Z7 and Z8
terminals for RTE button connection.
Door Sensor
Door state (opened or closed) is deter-
mined by the state of door sensor. If door
sensor is not connected, the panel is not
able to determine events of door forced
open or unclosed door.
Wiring of normally closed door sensors
to Z3 and Z4 terminals is shown on
wiring diagram.
It is not recommended to use Z7 and Z8
terminals for door sensor connection.
Free Pass and Blocking
An input may be programmed for Free Pass or Blocking.
If input is programmed for Free Pass
DoorA & DoorB, Free Pass Door A or
Free Pass Door B then shortage or
opening of this input unlocks correspond-
ing locking device and personnel can
pass freely through the door.
If input is programmed for Blocking, then
shortage or breaking of this input
discards access rights to all IDs, except
for those with “Security service” mark.
Wiring of normally closed (NC) or
normally open (NO) control panel
contacts to Z1 and Z2 terminals is shown
on wiring diagram.
It is not recommended to use Z7 and Z8
terminals for free pass and blocking iinputs accessing.
Door
Sensor of
access
point A
EOL
resistor
Door
Sensor of
access
pointB
EOL
Resistor
Z2
Z3
Z4 GN D
Z5
Z6 GN D
X2
S5
Blocking
wiring
with NC
or NO
contacts
EOL
FreePass
wiring
with NC
or NO
contacts
EOL
Z1
Z2 GN D
Z3
Z4 GN D
X2
S5
RTE
button for
access
point B
RTE button
for access
point A
EOL
resistor
EOL
resistor
Z2
Z3
Z4 GN D
Z5
Z6 GN D
X2
S5
Wiring
