PLANET IPOE-162S (01) PDF Document

When you open the box for the PLANET IPOE-162S, you should find the following items:

• Industrial PoE+ Splitter x 1

• User’s Manual x 1

• Wall-mount Kit x 1

• DIN-rail Kit x 1

• RJ45 Dust Caps x 2

If any of the items are missing or damaged, please contact your dealer immediately. If possible, retain the carton including the original packing material, and use them again to repack the product in case there is a need to return it for repair.

PSE (power sourcing equipment) is a device (such as a switch or hub) that provides power in a PoE setup. The maximum allowed continuous output power per device is 15.4W in IEEE 802.3af and 25W in IEEE 802.3at.

PDs (powered devices), such as IP phones, network cameras, wireless access points, etc., are PoE-enabled terminals that are powered by a PSE.

Interface

• 2 RJ45 interfaces

• 1-port PoE Power+ Data input

• 1-port Data output

• 2 DC out (4-pin Terminal Block)

Power over Ethernet Splitter

• Complies with IEEE 802.3at Power over Ethernet Plus, PD

• Splits the 48~56V DC power over RJ45 Ethernet cable into 12/24V DC output

• Auto-detects PoE IEEE 802.3at power sourcing equipment and protects devices from being damaged with incorrect installation

• Adjustable two different output voltage options (12V/2A, 24V/1A) to fit various devices

• Distance up to 100 meters

Industrial Case and Installation

• IP30 metal case

• DIN-rail or wall mounting

• Supports EFT protection of 6000 VDC for power line

• Supports 6000 VDC Ethernet ESD protection

• -40 to 75 degrees C operating temperatures

The green ‘Power Ready’ LED on the PLANET IPOE-162S lights up to indicate that the port is receiving 48~56V DC in-line power and is ready for output.

The PLANET IPOE-162S provides two kinds of DC power output, which can be selected using its DIP switch. The options are:

• 12V DC/2A

• 24V DC/1A

Please observe the following precautions carefully:

1. Check the power requirements of the device that will receive power from the IPOE-162S. If the power requirement is higher than what the IPOE-162S can supply, a current overload might shut down the IPOE-162S itself, which will also shut down your device.

2. Ensure the output voltage is correct for the remote device. An incorrect voltage setting will damage your remote device.

3. Do not switch the Power DIP switch on or off during operation. Doing so will damage your IPOE-162S and the connected remote device.

If you want to switch the output Voltage DIP, you must first unplug the “PoE In” cable and wait for 3 seconds until the PoE LED (Power) is completely OFF. It is forbidden to switch the DIP during operation as it will cause damage.

The 4-pin power output terminal block has two sets of DC power output contacts. From top to bottom, the pins are arranged as follows:

• Negative (V-)

• Negative (V-)

• Positive (V+)

• Positive (V+)

The two DC outputs share a total of 25W of PoE output power (either 12V 2A or 24V 1A). This means that the combined power draw from both outputs (DC1 + DC2) cannot exceed 25W. Exceeding this limit might cause the power output to malfunction or be damaged.

Please follow the steps below to insert the power wires. The wire gauge for the terminal block should be in the range of 12 ~ 24 AWG.

Step 1: Locate the removable 4-pin terminal block connector for the DC power outputs.

Step 2: Insert the Negative/Positive DC wires into the V-/V+ terminals. Use terminals 1 (V-) and 3 (V+) for Power 1, and terminals 2 (V-) and 4 (V+) for Power 2.

Step 3: Connect the other end of the DC power wires to your power devices. Tighten the wire-clamp screws on the terminal block to prevent the wires from loosening.

Step 4: Install the terminal block back onto the PLANET IPOE-162S Splitter.

Yes, users MUST complete grounding wired with the device. Failure to do so could result in fatal damage to the device from a sudden lightning strike.

Connect a network copper cable (RJ45) from your PoE+ Injector or Switch (PSE) to the “PoE (Power + Data)” input port on the PLANET IPOE-162S. The splitter will then separate the power and data. The power is provided through the DC terminal block to your powered device(s), and the data is provided through the “Data” Out Port to your non-PoE device.