http://www.itvsystems.com.ua
Integrated Technical Vision Ltd
13
RTE button
Request To Exit (RTE) button is used in case
of one-sided door. Door opens on RTE
button pressing for going out.
RTE button may be used for remote door
opening - secretary or guard opens the
door, for instance.
Wiring of the normally opened RTE button is
shown on diagram. RTE is wired to Z5 and
Z6 terminals.
It is not recommended to use Z7 and Z8 termi-
nals for RTE button connection.
Usage of unblocking button on electric lock instead of RTE will cause "Door Forced"
event.
Door sensor
Door state (opened or closed) is determined by door sensor.
If door sensor is not connected, the panel is not able to
determine events of door force 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.
Door sensor and RTE button connection
Controller inputs can be programmed for simultaneous use of
Door sensor and RTE
button.
In this case cord break means Door sensor
break and cord shortage - RTE button
pressing.
Any of eight cords can be used as a
combined one.
It is not recommended to use Z7 and Z8
terminals for combined cord connection.
Locking devices
DLK642Lite
has two relay outputs with NC and NO contacts.
They are used for connecting of power supply to
executive mechanisms, locking devices for
instance. Time and schedule of relay activating is
programmed individually for every output with the
help of engineer code.
Wiring of locking devices is shown on wiring
diagram.
Relay contact rating is 5 Amp @ 24 Volts.
Access
point B
RTE
button
Access
point A
RTE
button
R
нагрузки
R
нагрузки
Z2
Z3
Z4 GN
D
Z5
Z6 GN D
X2
S5
Access
point B
Door
contact
and RTE
button
R
нагрузки
R
нагрузки
Access
point A
Door
contact
and RTE
button
Z2
Z3
Z4 GN D
Z5
Z6 GN D
X2
S5
Access
point A
Door
contact
R
нагрузки
Access
point B
Door
contact
R
нагрузки
Z2
Z3
Z4 GN D
Z5
Z6 GN D
X2
S5
Wiring
Lock of
Access
point B
Lock of
Access
point A
-PWR+ TM NC1 C1 NO1 NC2 C2 NO2 SA BEL
X1
