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INTEGRA/-S/-G/-GS User Manual WEB GUI
SAF Tehnika JSC
27
Chapter 3: WEB GUI
Initial configuration
Powering Integra/Integra-S/Integra-G/Integra-GS FODU and
connecting to PC
Use Power over Ethernet (PoE) injector P/N I0ATPI22/24 with an appropriate power supply
(22…60VDC, at least 80W). Please see the interconnection scheme below.
Use 5-10 A rated type B circuit breaker in the chain between the 48 V power
supply and the PoE injector.
Gigabit Ethernet
DC
Power over Ethernet
The Ethernet cable from the PoE injector should be connected to the RJ-45 port on
Integra/Integra-S/Integra-G/Integra-GS FODU (LAN1). The total length of Ethernet cables from
CPE to PoE injector (DATA port) and from Integra/Integra-S/Integra-G/Integra-GS to PoE
injector (DATA+PWR port) combined should not exceed 100m. It is recommended to use
outdoor-rated STP/FTP Ethernet cable Cat5e or better.
When powered, the RSSI LED will light up a solid green color for approx. 20sec. Afterward,
RSSI LED will go out for approx. 35sec. and eventually, start blinking indicating the current Rx
level.
Please refer to the chapter RSSI LED for further details on blinking patterns and
corresponding Rx levels.
PoE injector (P/N I0ATPI22)
The injector has a built-in DC/DC converter which can be enabled with a switch at the back
by switching it to the “54V” position. In this mode, 22..60VDC input voltage will be converted
to the 54VDC output voltage. It is required to use this mode when the input voltage is below
48V DC or when a longer Ethernet cable is used to ensure sufficient input voltage to the
Integra/Integra-S/Integra-G/Integra-GS
FODU (36…57VDC). In “48V” mode , the output voltage
of the PoE injector is the same as the input voltage.
In case the input voltage is between 22..36V DC, the output current is limited to 1.2A, which
will not be sufficient for low-frequency band radios (6-13GHz). Use 36..60V DC input
voltage instead.