Planet POE-152S: 5. Hardware Installation

5. Hardware Installation: Planet POE-152S

5. Hardware Installation

English

This section describes the hardware features of PoE Splitter. Before

connecting any network device to the PoE Splitter, refer to this

chapter carefully.

5.1 Before Installation

The PLANET PoE Splitter separates the power out and provides two

kind of DC power output through its DIP switch and its voltage and

current shown as below:

Model DIP switch for DC Voltage Output Default Mode

POE-151S

5V DC / 2A

5V DC

POE-152S

12V DC / 1A

12V DC / 2A

POE-162S

12V DC

24V DC / 1A

POE-151S / POE-152S POE-162S

1-3

Ethernet+DC

Power in-use

Ready

PoE

PoE-IEEE 802.3af

IEEE 802.3af

Power over Ethernet Splitter

Ethernet

5V 12V

DC OUT

PoE In

before change 12/24V

Disconnect "PoE In" cable

Note

IEEE 802.3at High Power PoE Splitter

PoE In

CAUTION

Incorrect voltage might

cause device damage

DC Out Ethernet

24V 12V

Note

The PLANET PoE Splitter and PLANET PoE Injector (ex.

POE-151, POE-152 and POE-161) can be installed in

pair. Use of third-party PoE Injector device is allowed if

the device complied with IEEE 802.3at or IEEE 802.3af

standard.

5.2 802.3af/at Device Installation

The PLANET PoE Splitter also provide the alternative to make the non

IEEE 802.3af / 802.3at devices the possibility to connect with an IEEE

English

802.3af / 802.3at PSE power device like Power over Ethernet Injector

or Power over Ethernet Switch, the gure is as below.

1-4

100 meters

PoE-IEEE 802.3af

PoE

Ready

Power in-use

802.3af in-line power Switch

Ethernet+DC

Ethernet

5V 12V

DC OUT

Data

Power

Data

PoE

DC

Power

Wireless AP

POE-151S

POE-152S

100Base-TX UTP

DC

Power Line (DC)

PoE

100Base-TX UTP with PoE

Figure 3: Connection to IEEE 802.3af Device

100 meters

802.3at in-line power Switch

PoE In

DC Out Ethernet

24V 12V

Data

Data

Power

PoE

DC

Power

POE-162S

PTZ Speed

Dome

1000Base-T UTP

PoE

1000Base-T UTP with PoE

DC

Power Line (DC)

Figure 4: Connection to IEEE 802.3at Device

English

1-5

Note

With IEEE 802.3af / 802.3at standard; the PLANET PoE

Splitter also can co-work with IEEE 802.3af / 802.3at

End-Span Switch that feeding power over pin 1, 2, and

3, 6.

5.3 PoE Injector and PoE Splitter Installation

For non PoE remote device or Ethernet equipment, the PoE Splitter

and PoE Injector can runs in pair to provide DC Power for those

devices, the table below shows the model of PLANET PoE Injectors:

Model PoE Standard Max. PoE Out Power In Pass-thru. Speed

POE-151 IEEE 802.3af 15.4 Watts 48V DC 10/100Mbps

POE-152 IEEE 802.3af 15.4 Watts 48V DC 10/100/1000Mbps

POE-161 IEEE 802.3at / af 30 Watts 56V DC 10/100/1000Mbps

Steps:

1. [Switch & PoE Injector] Connect a standard network UTP cable

from Switch / workstation to “Ethernet” port of PoE Injector and

the PoE Injector get DC power from attached power adapter.

2. [PoE Injector & PoE Splitter]

Connect the long UTP cable between the port “Ethernet+DC” of

PoE Injector to the port “Ethernet+DC” (or “PoE IN”) of PoE

Splitter.

The PoE LEDs of both Injector and Splitter will light on continu-

ance.

3. [PoE Splitter]

Connect the UTP cable in the package from “Ethernet” of the

PoE splitter to the RJ-45 port of remote device.

Adjust proper DC power output and connect proper DC plug from

“DC OUT” of PoE Splitter to the remote device.

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1-6

Figure 5: Connection Architecture via 802.3af PoE Injector and PoE Splitter

100 meters

56V DC

Ethernet

Ethernet+DC

PoE In

DC Out Ethernet

24V 12V

Data

Data

Data

Power

PoE

DC

AC

Power

Power

POE-162S

POE-161

PTZ Camera

1000Base-T UTP

Switch

PoE

1000Base-T UTP with PoE

AC

Power Line (AC)

DC

Power Line (DC)

Figure 6: Connection Architecture via 802.3at PoE Injector and PoE Splitter

Note

Please ensure the PoE Splitter output voltage is correct

before applying power to remote device otherwise, it

may damage the remote device.