INSTALLATION INSTRUCTIONSOneReach

BE C A U S E Y O U R B U S I N E S S R U N S T H R O U G H U S

Table of Contents

PART 1 ONEREACH SYSTEM OVERVIEW PAGES 1-3

A Power Injection 1B OneReach Cable Assemblies 3C Remote PoE Ports 3

PART 2 ONEREACH INSTALLATION INSTRUCTIONS PAGES 4-9

A Cable Installation 4B Remote Location Installation for the 1-Port or 4-Port RPP 5C Closet Installation for the 1-Port or 4-Port 6D Hook-Up for the 1-Port PI Media Module 8

The OneReach System is an integrated powerand data cable solution capable of supportingsingle, or multiple, remote PoE devices beyondthe conventional 100 meters from thetransmission room. Available OneReach CableAssembly options can extend PoE to over1000 meters. The OneReach System isdesigned to provide centralized power controlwith back-up and 100 Mb/s Ethernet linksthrough a simplified network that is both easyand less costly to install.

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PART 1 | OVERVIEW

The system consists of three segments;Power Injection (PI), the OneReach™ CableAssembly (OCA) and the Remote PoE Port(RPP). The variety of available componentsallows you to build a custom system foryour exact needs and all of the standardcomponents of each segment have beendesigned to work together for ease of useand a streamlined installation.

A | Power Injection emanates from thePower Injection Chassis or the PI MediaModule on single channel systems (describedlater). The rack mountable chassis, locatedin a local closet, accommodates the slide-in4-port Media Modules and injects the powerand the data from active networkingequipment into a hybrid fiber optic andcopper cable.

The 4U chassis with rear terminal blockshas a capacity of 12 single-sized slots andaccepts 1 or 2 power supplies plus 8 to 10media modules. Each slide-in Media Modulesupports four Ethernet ports. The 2U chassisaccepts the same number of power suppliesand media modules—with the same Ethernetport support as the 4U—and only has acapacity of 6 single-sized slots.

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OneReach™System Installation

Power Injection Chassis

Slide-in Power Supply Modules (PSM) provide300W of power from each AC input and areequipped with active ventilation. At leastone PSM is required, with a second PSMoften specified for additional power.

The slide-in Media Modules provide variousconfigurations of media conversion for100Mb/s network links to VOIP phones,wireless access points, security cameras andother devices. Each media conversionchannel includes: rear panel MPO opticalport, front panel RJ45 ports for the copperand indicator LED’s for fiber link, and copperlink. Blank filler plates are available forunused module positions.

The 1-Port PI Media Module, mentionedearlier is used as the source and mediaconverter in single channel systems.(See Part 2 Installation Instructions; item D).

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Power Supply Module

4-Port (8 fiber) Media Module

MTP Connector

PI Chassis with (1) PSM and(4) 4-Port Media Modulesand 6 Blank Filler Plates

1-PortPI MediaModule

OneReach™Cable Assembly

B | OneReach™Cable Assemblies (OCA)provide a common pathway for datatransmission and Class 3 power supply in asingle pull installation. The OCA consists of aBerk-Tek CL3R-OF-rated compositecopper/fiber cable, within a single jacket,which includes 12 AWG or 18 AWG strandedconductors coupled with eithertight-buffered or loose-tube optical fibers.All cables are indoor/outdoor rated tosupport routing between telecommunicationclosets and outdoor locations for IP-cameras,etc. Since the cable is listed as CL3R-OF, itcan be installed in the same pathways asother low voltage cables.

Assemblies are built to specific lengthrequirements for each project withpre-terminated fiber connectors and an M8connector for power on the remote device.Assemblies use OM1 optical fiber and LC (2fiber) or MTP® (8 fiber) optical connectorsto support single and multi-portapplications.

C | Remote PoE Ports are available in1-port and 4-port versions. Both of theseversions are equipped for 10/100Mb/s, PoE,OM1, RJ45, M8 power input and MTP®, or LCduplex, connectors. IP-based devices withappropriate power requirements can beconnected to remote PoE ports with standardRJ45 terminated patch cords.

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4-Port RPP

1-Port RPP

*MTP® IS A REGISTERED TRADEMARK OF US CONEC, LTD.

OneReach™Cable

PART 2 | INSTALLATIONINSTRUCTIONS

Assembly LengthTo ensure assemblies are the correct length,prior to ordering, it is strongly recommendedthat metered pull tape be used in theconduit system. Once the length of theconduit is determined, add 1% formeasurement error, plus the additionallength needed to reach appropriate rack(s)and create desired service loops. Forexample, if the metered tape result shows500 ft.:

Tape Results (500 ft.)1% for measurement error (+5 ft.)Extension past conduit (eg, +10 ft.)Service loops (eg, +15 ft.)------------------------------------------------------------------------------------Total assembly length 530 ft.

A | Cable Installation

1 | Ensure that the conduit system size islarge enough to accommodate the cable.

a.OneReach™ Cable Assemblies follow thesame fill-ratio standards as all otherlow-voltage cable installations, asdefined by the National Electrical Code.

b.The National Electrical Code defines themaximum amount of space that theinstalled cables should occupy in agiven size conduit. A single cable isallowed to occupy 53% of the CSA(cross sectional area) inside of aconduit. Two cables can occupy 31%. A40% fill ratio is mandated for three ormore cables.

c. If you do not have ready access to afill-ratio calculator, the CSA can bemanually calculated by squaring theoutside diameter of the cable (insidediameter of the conduit for conduitCSA), and then multiplying the total by0.7854. Note: The number 0.7854 isarrived at by dividing Pi by four(3.1416 ÷ 4 = 0.7854).

d.Add the total of the cable CSA’stogether.

e.Divide the total cable CSA by theconduit CSA.

2 | Stage pre-terminated cable at theremote location.

a.The pulling eye will be attached to thetop end of the reel.

b.The cable should be placed on an axlethat will allow the cable to easilyunwind during the pulling operation.

c. The cable should pull off of the top ofthe reel.

3 | Use pulling eye to pull cable from theremote location enclosure through theconduit to closet.

a.The use of a preinstalled pulling ropewill facilitate this step.

b.Bend limiting devices (pulleys) shouldbe used in areas where there may bea sharp bend.

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4 | Gently remove the pre-terminated cableend from the reel and its protectivesock.

B | Remote Location Installation of the1-Port or 4-Port RPP

1 | For installations where cable is notcontained in conduit at remote end,installation of a gland at the entry holefor the NEMA box is required.

a.The gland will arrive attached to theOCA near the remote (pre-terminated)end of the cable.

b.Tighten the internal mounting nut andwasher to affix the gland to the box.Leave 1 meter (3 ft.) of thepre-terminated end of the cable insidethe box and tighten the cable glandnut to ensure a seal.

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Pull Grip with Pulling Eye Loop on end(first to come off)

1-Port RPP shown

2 | If the conduit enters the box, leaveabout 1 meter (3 ft.) of thepre-terminated end of the cable insidethe NEMA box and pull the oppositeend through to the closet. The cablecan be routed in a circle around insideedge of box.

3 | Mount the RPP towards the top of theback plate of the NEMA box with 4appropriate #8 screws.

4 | Connect the pre-terminated LC duplexconnectors, or MTP® connector, andthe M8 connector to the RPP andensure the cable loops easily aroundthe box and that there are no tightbends in the fibers (minimum bendradius is about 10 cm).

5 | Connect the remote active device(camera, wireless access point etc) tothe RPP with an RJ45 terminatedpatch cord (also through a cable gripif required).

C | Closet Installation for the 1-Portor 4-Port PI Media Module

1 | Route cable in the closet to therear of the Power Chassis. Forpre-terminated assemblies, routeexcess cable in slack managementat the side or rear of the rack.

2 | TERMINATING THE BARE END OFPIGTAIL ASSEMBLIES ONLY.

a.Cut cable to appropriate length sothere are 6 extra feet of cable towork with.

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1-Port RPP shown

M8 Power Connection

Camera Connection

Duplex LC Connection

Terminal Blocks LC Connections shown

8 | Ensure the RPP “Pwr” Indicator isilluminated.

9 | Blue “FL” LED’s on the slide-in mediamodule and/or the PI media moduleindicates that the fiber port is linkedbetween the 2 locations.

10 | Connect the desired network equipmentto the RJ45 ports on the front of themedia modules to communicate withthe remote end devices.

b.Strip back the cable jacket at least1 foot and terminate the 2 fibers withLC connectors.

c.With the copper conductorsapproximately the same length as thefibers, strip about ¼ inch of insulationfrom copper conductors.

3 | Shut off the power to the chassis usingthe rear switches of all power suppliesin the chassis.

4 | Match copper insulation color to coloridentification on the terminal block,and insert the stripped conductors oneat a time and tighten each terminalscrew. (Note that with 1-Port OCA’sattach only black and white conductorsto the dual terminal blocks and 4-PortOCA’s attach black, white and greenconductors to triple terminal blocks.)

Note: Be sure the chassis has all powersupplies shut off before hooking up acable and that the wire colors matchthe terminal block identification.

5 | Remove fiber dust caps and cleanconnector end faces with a fiber opticmicro fiber dry cleaner (e.g. FiberConnections’ Reel Cleaner CLN0409-2).Plug (LC or MTP®) terminations intothe appropriate connectors on the rearof the Media Modules.

6 | Turn on all power supplies in the PowerInjection Chassis.

7 | Ensure that all the Power Supply “ON”indicators are illuminated.

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IP MonitorEquipmentConnections Slide-in Media Module

Power Supply

D | Hook-up for the 1-Port PIMedia Module

1 | Route hybrid cable to location wherethe PI Media Module is to be mounted.

2 | Mount the PI Media Module using 4appropriate #8 screws.

3 | Attach stripped white and blackconnectors one at a time and tighteneach terminal screw to dual terminalblock with no power applied to thePI Media Module.

4 | Connect the pre-terminated LC duplexconnectors and the M8 Connector tothe PI Media Module.

5 | Connect the AC power supply M8connector to the PI Media Module.

6 | Plug the power supply into the ACoutlet.

7 | Make LAN connection to RJ45connector.

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1-Port PI Media Module

M8 Power Connection

Duplex LC Connection

Power Connections; white/black conductors

LAN Connection

8 | Ensure that the PI Media Module “Pwr”LED Indicator is illuminated.

9 | Route other end of OCA to Remote PoEPort (RPP).

10 | Remove fiber dust caps and cleanconnector end faces with a fiberoptic micro fiber dry cleaner (FiberConnections’ Reel Cleaner CLN0409-2).Plug in duplex LC connector.

11 | Connect the M8 connector to the RPP.

12 | Connect remote active device(camera, wireless access point, etc.)to the RPP with an RJ45 patch cord.

Technical Specifications

StandardsEthernet IEEE Std. 802.3i/u/ab/z,Power Over Ethernet IEEE802.3af

ComplianceSafety: ANSI/UL 60950-1.Radiation: CFR FCC Part 15 Subpart B EN55022. CE Mark: EN 55024

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1-Port RPP

Connect Remote Active Device

OneReach™Cable Assembly (OCA)