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POE-SPLT-48G-VUB - Gigabit PoE splitter.48VDC 802.3af /at/Passive PoE input (2pair or 4 pair) 802.3af Output (Data and PoE) and
by Tycon Systems
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- 802.3at PoE input , 802.3af and Passive PoE outputs
- Gigabit Compatible
- Extended Temperature Range: -40 to +70C
- Short Circuit and Over Current Protection
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The POE-SPLT-48G-VUB is an active splitter which accepts an 802.3at Mode A/B or passive PoE (2 or 4 pair) input and provides two PoE outputs. Output 1 is an 802.3af Mode B PoE output with Data and PoE. Output 2 is a 48V Passive PoE Mode B output with PoE only, no data. POE-SPLT-48G-VUB is designed to supply power and data to one device and power only to the second device. It is Gigabit compatible providing speeds to 1000MB. There are various protections for short circuit, overload and low voltage disconnect.
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POE SPLT 48G VUB |
PoE Input |
802.3at (Mode A or Mode B) or Passive PoE (2 or 4 pair) |
Input voltage |
40-60VDC (56V Typical) |
PoE Output 1 |
802.3af PoE (Mode B) (Data & PoE) |
PoE Output 2 |
Passive PoE (Mode B) (PoE Only) |
Output Power |
16W per port, 32W Max |
Output Voltage |
Vin – 1 Volt |
Load Regulation |
5% |
Line Regulation |
1% |
Low Voltage Disconnect |
30V |
Ethernet Speed |
10/100/1000MB (Gigabit Compatible) |
LED |
GREEN = Output 1 802.3af Detected, RED = No Valid 802.3af client detected |
EMC Standards |
FCC Class B NE55022 Class B |
Protections (auto-recover) |
Output Short Circuit, Overload, Input UnderVoltage (30VDC) |
Operating Temperature |
-40 to +70°C (-40 to +158°F) |
Operating Humidity (RH) |
5% -90% non condensing |
Storage Temperature |
-40 to +85°C (-40 to +185°F) |
Dimensions (LxWxH) |
85 x 78 x 36mm (3.3 x 3 x 1.4”) |
Weight |
113g (4oz) |
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RJ 45 Input (Data & PoE) |
RJ 45 Output 1 (Data & PoE) |
RJ 45 Output 2 (PoE Only) |
Pin |
Symbol |
Description |
Symbol |
Description |
Symbol |
Description |
1 |
BI_DA+, Vin +/ |
Data A+ & PoE(+/-) |
BI_DA+ |
Data A+ |
NC |
NC |
2 |
BI_DA-, Vin +/ |
Data A-& PoE(+/-) |
BI_DA- |
Data A |
NC |
NC |
3 |
BI_DB+, Vin +/ |
Data B+ & PoE(+/-) |
BI_DB+ |
Data B+ |
NC |
NC |
4 |
BI_DC+, Vin +/ |
Data C+ & PoE(+/-) |
BI_DC+ , Vout+ |
Data C+ & PoE + |
Vout+ |
PoE + |
5 |
BI_DC-, Vin+/ |
Data C-& PoE(+/-) |
BI_DC-, Vout+ |
Data C-& PoE + |
Vout+ |
PoE + |
6 |
BI_DB-, Vin +/ |
Data B-& PoE(+/-) |
BI_DB- |
Data B |
NC |
NC |
7 |
BI_DD+, Vin+/ |
Data D+ & PoE(+/-) |
BI_DD+, Vout- |
Data D+ & PoE - |
Vout- |
PoE |
8 |
BI_DD-, Vin+/ |
Data D-& PoE(+/-) |
BI_DD-, Vout- |
Data D& PoE - |
Vout- |
PoE |
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