2. Connect IP cameras with PoE48V (PoE 802.3af).
3. Connecting a wireless IP system or other device powered PoE24V.
PoE IN 48V connector uses only PoE power lines and does not transmit
Ethernet LAN signal lines.
4. Power sources
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The camera must be connected to the RJ45 socket labeled LAN / PoE OUT 48V via LAN cable with
RJ45 connectors on both sides. Connector LAN / PoE OUT 48V supplies 48V power and also transmits
the signal lines in a standard LAN 10BASE-T, 100BASE-TX directly (1: 1 / non-interlaced) to connec-
tor LAN / PoE OUT 24V.
The wireless IP system must be connected to the RJ45 socket labeled LAN / PoE OUT 24V via LAN
cable with RJ45 connectors on both sides. Connector LAN / 24V PoE OUT supplies 24V power and also
provides the signal lines in a standard LAN 10BASE-T, 100BASE-TX directly (1: 1 / non-interlaced) to
connector LAN / PoE OUT 48V. It connects Ethernet LAN signal from IP cameras with radio IP module.
b) Universal power supply must be connected to the screw socket labeled + 48V / GND. You must
always remember to maintain the correct polarity (+ -). Power supply Plus to the terminal marked +
48V, power supply Minus to the terminal marked GND.
a) The power supply or the PoE48V Switch in standard PoE 802.3af must be connected to the RJ45
socket labeled 48V PoE IN.
!
It is unacceptable to use two power supplies at the same time.
!
The power supplied may not be less than the total maximum power consumption
of powered devices (IP camera + wireless system).
After connecting the power supply two LEDs will light up indicating the voltage appears on the
corresponding LAN ports:
Red LED 48V means the appearance of voltage (PoE) on the connector LAN / PoE OUT 48V
Green LED indicates the appearance of voltage (PoE) on the connector
for LAN / PoE OUT 24V / 1A
!
PoER-24h
