CONNECTORS & LED'S
RJ45 Port:
RJ45 Port
Pin
Signal
PoE
1
BI_DA+
VCC+
2
BI_DA-
VCC+
87654321
3
BI_DB+
VCC-
4
BI_DC+
VCC+
Status LEDs:
PoE LED
Power LED
LED Name
Color
LED Function
On:
Powered
Power
Green
Off:
no power connection
On:
PoE activated
PoE
Green
Blinking: Power Device (PD) detected
Off:
no (PD) device connected
12V to 48V T-Block:
ATTENTION!
V+
Please pay attention to the correct polarity!
V-
Never connect the power supply to the terminal block while it
is switched on!
5
HARDWARE INSTALLATION
Please read the following installation instructions.
1.
Install the EX-60310 on a mounting rail using the DIN-Rail kit or on the wall using the wall
mounting brackets.
Pin
Signal
PoE
5
BI_DC-
VCC+
The DIN-Rail Kit is pre-assembled with
6
BI_DB-
VCC-
two screws on the rear side
7
BI_DD+
VCC-
8
BI_DD-
VCC-
2.
Connect the power connector of the optionally available power supply to the terminal block
and turn on the power supply.
3.
When the power is turned on, the PWR indicator lights up. If the indicator is not lit, check
for proper connection to the power supply.
4.
Connect your router to the RJ45 input of the PoE injector.
5.
Now connect your PoE PD device to the PoE port.
6.
If all cables are connected correctly, the indicators light according to the port status of the
LEDs (page 5).
TECHNICAL NOTE
Procedure for STP Cable Grounding
When using shielded cables to connect two Ethernet devices, a ground loop may occur if the
shielding on the cables generates an additional grounding connection path. This can cause
ground current to flow through to the Ethernet ports and damage the devices. If it is necessary
to use shielded cables, we recommend using a metallic RJ45 connector on one end and a non-
metallic connector on the other end. Alternatively, a patch panel can be used in between the
two devices to prevent ground loops from occurring.
For connections over short distances (e.g., between two devices installed in the same cabinet),
both ends of the shielded cable can be referenced to the same grounding point. Therefore, in
this case, it is acceptable to use a shielded cable with metallic RJ45 connectors on both
devices.
CLEANING
To clean the unit, use only a dry, lint-free cloth and apply light pressure to remove dirt. Take
care not to leave any fibres of the cloth in the connectors.
Never use a damp or wet cloth for cleaning!
Germany:
EXSYS Vertriebs GmbH
Industriestrasse 8
61449 Steinbach
www.exsys.de
To install the wall mount, the DIN-
Rail kit must be replaced by the
mounting bracket
Switzerland:
Italy:
EXSYS Vertriebs GmbH
EXSYS Italia Srl
Dübendorfstrasse 17
Via Belvedere, 45/B
8602 Wangen
I-22100 Como
www.exsys.ch
www.exsys.it
6
Anleitung
Anleitung
Vers. 1.3 / 20.12.24
AUFBAU
12-48V T-Block für optional
erhältliches Netzteil
Status LEDs
RJ45-Uplink
(Daten)
BESCHREIBUNG & TECHNISCHE DATEN
Mit dem Gigabit Ethernet PoE Injector EX-60310 im robusten Metallgehäuse können Endgeräte
wie IP-Telefone, IP-Kameras, WLAN Access Points etc. über das Netzwerkkabel mit Strom
versorgt werden. Er unterstützt die PoE-Standards IEEE 802.3af (PoE), IEEE 802.3at (PoE+)
und IEEE 802.3bt (PoE+ / HiPoE) und ermöglicht eine maximale Leistungsabgabe am PoE-Port
von bis zu 60 W. Die Stromversorgung über ein optionales externes Netzteil erfolgt über den
+12~48V Terminal Block. Der EX-60310 garantiert eine sichere Datenübertragung und eine
exzellente Performance von bis zu 1000Mbit/s. Durch das robuste Metallgehäuse und den
erweiterten Betriebstemperaturbereich von -40°C bis 80°C ist er für eine Vielzahl von Anwen-
dungen auch in rauen Umgebungen geeignet. Zum Lieferumfang gehören ein vormontiertes
DIN-Rack-Kit und eine Wandmontagehalterung.
Kompatibilität:
Gigabit Ethernet 10/100/1000Base-T
PoE:
IEEE 802.3af/at (PoE+ / Hi-PoE)
PoE (PSE): Typ 1 = 15.4W / Typ 2 = 34.2W / Hi-PoE = 60W
Betriebssysteme:
Alle Betriebssysteme
Anschlüsse:
2x RJ45-Buchse, 1x Terminal Block 12~48VDC
Lieferumfang:
EX-60310, DIN-Rail Kit, Wandmontagehalterung, Anleitung
ACHTUNG!
Bei
geerdetem
Minuspol
unbedingt den Technischen Hinweis auf Seite 3
beachten.
1
EX-60310
RJ45-Downlink
(PoE/Daten)
der
Stromversorgung