Planet POE-151: 5. Hardware Installation

5. Hardware Installation

English

This section describes the hardware features of PoE Injector. Before

connecting any network device to the PoE Injector,refertothischapter

carefully.

5.1 Before Installation

Before your installation, it is recommended to check your network

environment. The PLANET PoE Injector is with an AC-DC adapter and

inject the DC power into the pin of the twisted pair cable follow the IEEE

standard,thepowerandpinassignmentrelationshipisthetablebelow:

Required AC-DC adapter

Model

PoE Pin Assignment

Spec.

POE-151

4/5(+),7/8(-)

Input: 100~240V AC

Output: 48V DC

POE-152 1/2(+),3/6(-)

Input: 100~240C AC

POE-161

4/5(+),7/8(-)

Output: 56V DC

Category 5/5e/6 UTP/STP cable that with 8-wire are required for the

installation. UTP cable with 4-wire (pin 1/2, 3/6) can not work with

POE-151/161 and only can work with POE-152 in 10/100Base-TX

Ethernet.

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PLANET PoE Injector and PLANET PoE Splitter (ex.

POE-151S, POE-152S and POE-162S) can be installed

in pair. Use of third-party device is allowed if the device

complied with IEEE 802.3at or IEEE 802.3af standard.

5.2 PoE Injector Installation

1. Connect a standard network cable from Switch/workstation to

“Ethernet” port of PoE Injector.

2. Connect the long cable that will be used to connect to the remote

device to the port “Ethernet+DC”.

3. Connect the AC adapter to “DC 48V” of POE-151/POE-152. The

power LED will be steady on. Connect the AC adapter to “DC 56V” of

POE-161. The power LED will be steady on.

4.Connect with IEEE 802.3af devices. Base on IEEE 802.3af standard,

the POE-151/POE-152 can directly connect with any IEEE 802.3af

end-nodes like wirelessaccess point, VoIP phones and IP camera that

support IEEE 802.3af Power over Ethernet interface.

English

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ForPOE-161,baseonIEEE802.3atstandard,thePOE-161

can directly connect with any IEEE 802.3at end-nodes such

as PTZ (Pan, Tilt & Zoom) IP camera, Speed Dome, high

power consumption wireless LAN access point that support

IEEE 802.3at Power over Ethernet port.

Figure 3: Connection to IEEE 802.3af Device

5. Once POE-151/POE-152 detects the existence of an IEEE 802.3af

device, the LED indicator will be steady ON to shows it is providing

power. The same to POE-161 that detects the existence of an IEEE

802.3at / af device.

If the connected device is not fully complying with IEEE

802.3af standard, the LED indicator of POE-151/POE-152

will not be steady on.

1. Since the POE-161 PoE port supports 56V DC PoE

power output, please check and assure the Powered

Device (PD) acceptable DC power range is from 52 to

56V DC. Otherwise, it will damage the Powered Device

(PD).

2. If the connected device is not fully complying with IEEE

802.3at / af Power over Ethernet, the LED indicator of

POE-161 will not be steady on.

5.3 PoE Injector and PoE Splitter Installation

English

FornonPoEremotedeviceorEthernetequipment,thePoE Injector and

PoE SplittercanrunsinpairtoprovideDCPowerforthosedevices,the

table below shows the model of PLANET PoE Splitters:

Model PoE Standard DC Power Out Pass-thru. Speed

POE-151S IEEE 802.3af 5V / 12V DC 10/100Mbps

POE-152S IEEE 802.3af 5V / 12V DC 10/100/1000Mbps

POE-162S IEEE 802.3at 12V / 24V DC 10/100/1000Mbps

1.Followstep1,step2andstep3ofSection5.2fortheconnection.

2. Connect the UTP cable in the package from “Ethernet” of the PoE

splitter to the RJ-45 port of remote device.

3. Connect proper DC plug from “DC OUT” of PoE Splitter to the remote

device.

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Figure 4: Connection Architecture via PoE Injector and PoE Splitter

Please ensure the PoE Splitter output voltage is correct

before applying power to remotedevice otherwise, it may

damage the remote device.