Ubiquiti FiberPoE Ghid de inițiere rapidă

Optical Data Transport

for Outdoor PoE Devices

Model: F-POE

Introduction

Thank you for purchasing the Ubiquiti Networks® FiberPoE

™

.

This Quick Start Guide is designed to guide you through

installation and also includes warranty terms.

Package Contents

Optical Data Transport

for Outdoor PoE Devices

Model: F-POE

FiberPoE

Self-Tapping

Screw (M5)

Serrated

Washer (M5)

Metal Straps

(Qty. 2)

Quick Start

Guide

Installation Requirements

Mounting accessories and drain wire are not included.

Pole-Mounting

• Drill with a 4.5 mm Drill Bit

• 7 mm Socket Wrench or Screwdriver

Wall-Mounting

• (2) Screws (≤ 5 mm Screw Head)

• (1) M5 Machine Screw and Nut

• (1) Drain Wire, Optional (≤ 16 AWG, ≤ 40 cm)

Cables

• Shielded Category 5 (or above) cabling should be used for

all wired Ethernet connections and should be grounded

through the AC ground of the PoE.

We recommend that you protect your networks from

harmful outdoor environments and destructive ESD events

with industrial-grade, shielded Ethernet cable from Ubiquiti

Networks. For more details, visit

www.ubnt.com/toughcable

TERMS OF USE: Shielded Ethernet cable and earth grounding must be used as conditions of

product warranty. TOUGHCable

™

is designed for outdoor installations. It is the customer’s

responsibility to follow local country regulations, including operation within legal frequency

channels, output power, and Dynamic Frequency Selection (DFS) requirements.

Application Examples

The following are typical use cases for the F-POE.

Data Options

1. Fiber Bridge Two F-POE devices, one at the base and one

at the top of the tower, are used to provide a fiber optic

data link for protection from EMI events that can cause

equipment damage or signal integrity issues.

2. Ethernet-to-Fiber Converter One F-POE at the top of the

tower is used to convert Ethernet to fiber at the radio.

Ethernet

Switch/Router

F-POE

Radio

F-POE

Fiber

Switch/Router

Fiber Bridge

Fiber Optic

Data Link

Top of

Tower

Base of

Tower

Fiber Data

Ethernet Data

Ethernet-to-Fiber Converter

Power Options

On the tower, the F-POE can provide PoE power to the radio.

Options for providing power to the F-POE include:

DC Power Connect a DC power cable to the F-POE DC

terminal block.

PoE Power Connect a PoE adapter (power only) to the F-POE

RJ45 port.

50

F-POE

Data

(Fiber)

Data

(Fiber)

DC Power Cable

Ethernet Cable

PoE

RJ45 DC IN Port

DC Terminal Block

DC Power PoE Power

PoE Source

DC Power Source

Hardware Overview

LED

Port Cover

LED

LED Color Status

White Power on

Blue Link up

Flashing Blue Activity

Ports

Terminal Block

Ground

Bonding

Point

SFP

DC In

PoE

SFP This hot-swappable SFP port supports 1 Gbps SFP

connections.

VDC Labeled (+) (–), the VDC terminal block provides input or

output power (see the Power Configuration section for details).

DC In This RJ45 port is only used to supply DC input power.

PoE This RJ45 port provides 1000 Mbps data and Power over

Ethernet (PoE) passthrough, and can also be used to supply

input power (see the Power Configuration section for details).

Ground Bonding Point The FiberPoE must be grounded in

one of the following ways:

• Use the Self-Tapping Screw and Serrated Washer to ground

the FiberPoE directly to a grounded metal pole or structure.

• Use an M5 machine screw, the Serrated Washer, and a nut

(not included) to attach a drain wire (not included) that is

connected to a remote grounding block or structure.

Power Configuration

There are three ways to configure the input and output power:

Input Power on Terminal Block

Input Power Output Power

Terminal Block, 24V PoE port, 2-pair (4,5+; 7, 8-), 24V

Terminal Block, 50V PoE port, 4-pair, 50V

Power In Power Out

Input Power on PoE Port

Input Power Output Power

PoE port, 2-pair

(4,5+; 7, 8-), 24V

Terminal Block, 24V

PoE port, 4-pair, 24V Terminal Block, 24V

PoE port, 4-pair, 50V Terminal Block, 50V

Power In

Power Out

Input Power on DC In Port

Input Power Output Power

DC In port, 2-pair

(4, 5+; 7, 8-), 24V

Terminal Block, 24V

PoE port, 24V, 2-pair (4, 5+; 7, 8-)

DC In port, 4-pair, 24V

Terminal Block, 24V

PoE port, 24V, 4-pair

DC In port, 4-pair, 50V

Terminal Block, 50V

PoE port, 50V, 4-pair

Power

Out

Power

In

Power

Out

Note: You can use either a single power output

(Terminal Block or PoE port), or both power outputs at

the same time.

Note: The F-POE relies on the external DC power source

for current-limiting protection.

Cable Management

Feed cables through the Port Cover as indicated below. Use

nippers to remove a tab over a feed hole if necessary.

Fiber Cable

DC Power Cable

Drain Wire

DC In Cable

PoE/Data Cable

Connect a Drain Wire (Optional)

If a drain wire is used to properly ground the FiberPoE, attach

it to the Ground Bonding Point with an M5 machine screw, the

included Serrated Washer, and nut (not included).

Note: Place the included Serrated Washer between the

drain wire and the Ground Bonding Point.

At the installation site, secure the other end of the drain wire

to a grounded mast, pole, tower, or grounding bar.

Note: The drain wire should be a short as possible and

no longer than one meter in length.

Hardware Installation

Install the FiberPoE either on a pole or a wall. Follow the

appropriate steps for your installation:

Pole-Mounting

3. Feed the included Metal Straps through the slots located

on the back of the FiberPoE.

4. Wrap the Metal Straps around the pole. Use a 7 mm socket

wrench or screwdriver to turn the screws clockwise and

securely fasten the straps to the pole.

5. Remove the Port Cover by pressing on its center and sliding

it down.

Note: If you are using a drain wire for grounding,

proceed to the Connecting Input Power section.

6. Drill a 4.5 mm pilot hole into the pole through the center of

the Ground Bonding Point of the FiberPoE.

4.5 mm

Drill Bit

7. Insert the Self-Tapping Screw into the Serrated Washer

(both included) and pilot hole. Securely fasten the screw to

ensure the Ground Bonding Point is bonded to the pole.

Wall-Mounting

1. Secure two screws (not included) to the wall, spaced

38mm apart. Leave a gap of 3 mm from each screw head

to the wall.

≤ 5 mm

3 mm

2. With the drain wire already attached, guide the screw

heads into the keyhole slots on the back of the FiberPoE.

Press down on the FiberPoE to secure it.

Keyhole

Slots

Connecting Input Power

WARNING: Do not connect more than one DC source to

the FiberPoE at one time.

Follow the instructions for the type of input power you will

be using:

Power via Terminal Block

Note: When the Terminal Block provides input power,

the PoE port provides 2-pair PoE output if the input

voltage is 24V, or 4-pair PoE output if the input voltage

is 50V.

1. Connect a DC power cable to the Terminal Block.

Note:

The Terminal Block supports polarity autocorrection;

however, if the DC power cable is connected as marked,

the PoE polarity will be 1, 2, 3, 6+; 4, 5, 7, 8-.

2. (Optional) Create a strain relief for the cable by feeding

a cable tie (not included) through the cable relief slot on

the reel.

3. Connect the other end of the cable to a DC power supply.

4. Connect the DC power supply to its power source.

*640-00188-03*

640-00188-03

Power via DC In Port

1. Connect an Ethernet cable to the DC In port.

2. (Optional) Create a strain relief for the cable by feeding

a cable tie (not included) through the cable relief slot on

the reel.

3. Connect the other end of the Ethernet cable to a PoE

power source.

Note:

The RJ45 DC In port does not support data

. It

s only

use is to provide power.

Power via PoE Port

1. Connect an Ethernet cable to the PoE port.

2. (Optional) Create a strain relief for the cable by feeding

a cable tie (not included) through the cable relief slot on

the reel.

3. Connect the other end of the Ethernet cable to a PoE

power and data source.

Connecting Fiber

1. Plug a fiber SFP module into the SFP port.

2. Remove the jacket from the fiber optic cable and connect a

strand of fiber optic cable to the SFP module.

3. Spool the fiber optic strands around the strain relief reel in

a counterclockwise direction.

50

4. Continue until the jacketed cable spools onto the reel for at

least 1½ turns. Snap the cable into the clip to secure it.

50

5. Connect the other end of the fiber optic cable to another

fiber device.

For information about compatible fiber SFP modules and

accessories, visit: ubnt.com

Connecting Ethernet

Note: Skip this section if you connected PoE input

power in the Power Via PoE Port section (you already

have an Ethernet data connection).

1. Connect an Ethernet cable to the PoE port.

50

2. (Optional) Create a strain relief for the cable by feeding

a cable tie (not included) through the cable relief slot on

the reel.

50

3. Connect the other end of the cable to an Ethernet device.

WARNING: If the PoE port is providing PoE passthrough

power, ensure that the connected device supports PoE

and the supplied voltage.

Specifications

FiberPoE

Dimensions

(Excluding Mount)

196.4 x 93.5 x 32.4 mm

( 7.73 x 3.68 x 1.28")

Weight 288 g

(10.2 oz)

Enclosure White Polycarbonate

Interface Connections (1) 1 Gbps SFP Port

(1) DC Terminal Block

(1) DC RJ45 Port, 4-Pair DC Injection

(1) 1000 Mbps Ethernet PoE Port,

4-Pair (24VDC or 50VDC Input) or 2-Pair

(4,5+; 7,8-) (24VDC Input) PoE Passthrough

Typical Power

Consumption

1.5W

Power Method DC Injection From:

RJ45 DC In Port, 2-Pair or 4-Pair PoE

Capability

RJ45 PoE Port, 4-Pair PoE Capability

DC Terminal Block

PoE/DC Output RJ45 PoE Port, 4-Pair (50VDC Input) or

2-Pair or 4-Pair (24VDC Input) Passthrough

DC Terminal Block

Input DC Voltage 16 to 57V

Operating Temperature -40 to 60° C

(-40 to 140° F)

Operating Humidity 10 to 95% Noncondensing

ESD/EMP Protection ± 24KV Contact / Air for Ethernet

Certications CE, FCC, IC

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