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4. When recessed mounting, leave 6mm (1/4”) of extra space above the marked hole so when mounting the back
plate it allows the iCAM to slide down onto the installation plate tabs.
5. Route the power line, network line, and other necessary cables through the back plate hole.
6. Use the appropriate fasteners for the material in which the iCAM will be mounted, secure the back plate.
7. Attach the wires from the 12VDC power supply to the screw terminal connections. The +12VDC (white wire)
power connects to the + (positive) terminal, whereas the 12VDC ground (black wire) connects to the – (negative)
terminal.
* Note: If it is required to extend the length of the wires from the power adapter to the iCAM, refer to the
www.lgiris.com support web site for details.
8. Connect the CAT5/RJ45 network wire into the LAN port (CN10) of the iCAM. Make sure that the RJ45 connector
locks securely into the LAN port.
9. Wiegand device such as proximity card reader and smart card readers may be connected to the iCAM through the
Smartcard or Wiegand In connections. Refer to the 4000 Hardware Manual for connection details. (Note: Only
the Smartcard [serial] and Wiegand input interfaces are active with the current iCAM versions)
* Note: The iCAM4010-H1 and iCAM4010-E1 are supplied with a smart card reader already wired and installed.
10. Close the front cover and gently slide the iCAM downwards over the back plate. Fasten with two security screws
on the bottom of the unit.
* Note: The iCAM includes two tamper switches. One switch is located on the rear of the iCAM to detect removal
from the wall or enclosure from which it is installed. A second tamper switch is located behind the front plate
to detect tampering with the front of the unit. During installation be sure that the rear tamper switch is in a
position which can detect unit removal from the wall or enclosure.
5
iCAM4000 Installation (cont’d)
SmartCard Reader Serial RS-232/422/485
(Unused) (Unused)
Wiegand IN Wiegand OUT
Tamper SW
LAN
(Unused)
General Purpose I/O
Power Input
VCCGND
Reset
1
1 1 11
12VDC
OUT
12VDC
OUT
TxD
RxD
GND
Data 0
Data 1
GND