Wire Color Codes & Pin Designations X2 USOC Codes X4 General Installation Tips X6 Connector Termination Instructions X8 Tech

Wire Color Codes & Pin Designations X2

USOC Codes X4

General Installation Tips X6

Connector Termination Instructions X8

Tech Notes X14

Cable Testing Manufacturers X14

Dimensional Line Art X18

Fiber Density Chart X28

Standards Document Information Sources X29

Glossary X30

Index X35 X2

WIRE COLOR CODES AND CONNECTOR PIN DESIGNATIONS

T-600 Electrical Network Connection 25-Pair Color Coding/ISDN From 1 to 25 single or multiple-pair circuits bridged to the network or other Contact Assignments connected equipment. RJ21X Mechanical Arrangement

Circuits are provided on numbered tip and ring positions on a miniature 50-pin ribbon telco connector (Amphenol-type). Pins 1 (ring) and 26 (tip) are considered position 1. Pins 2 (ring) and 27 (tip) of the ribbon connector are position 2. This pairing continues through twenty-five pairs. Typical Usage

Many key and PBX systems specify the RJ21X, or ‘Amphenol-type’ as the network interface device. Many of these systems also use the RJ21X as a connector for stations or telephone sets, wired from the KSU or PBX Main Distribution Frame.

NOTE: Sometimes an RJ11 or RJ14C can be installed in place of an RJ21X. While many smaller systems that require only a few lines may show the RJ21X as the ‘official’ connector required under registration, less complex connectors such as the RJ11 or RJ14C can often be specified (perhaps in multiples). If the system requires only a few lines but the RJ21X is specified on the registration label, under FCC Part 68 you may specify the RJ11C, Tech Support & Specifications Tech RJ14C, RJ25C, or RJ61X instead.

Many Leviton connectors can be used for the RJ21X configuration where ‘intermixing’ is permitted. Substitution of these special connectors is often both economical and practical. Contact Leviton Voice & Data Division Applications Engineering for information about versions to meet your requirements.

ISDN Assignment of Contact Numbers as specified by ISO Document 8877: 1987 (E)

Contact Assignments for Plugs and Jacks Contact Number TE NT Polarity 1 Power source 3 Power sink 3 + 2 Power source 3 Power sink 3 + 3 Transmit Receive + 4 Receive Transmit + 5 Receive Transmit + 6 Transmit Receive + 7 Power sink 2 Power source 2 + 8 Power sink 2 Power source 2 +

Note: For use in TE to TE interconnections, power source/sink 3 shall conform to the requirements specified in CCITT recommendation 1.430, section 9.2 for power source/sink 2.

Tel (800) 722-2082 Fax (425) 483-5270 [email protected] Canada (800) 405-5320 Can Fax (800) 563-1853 nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 Note: 10Base-T T568A, and KEYED; T568B, 8P8C and Keyed, USOC Green 8P8C and White/Green White/Orange Orange MMJ Orange Green White 6P6C Black Blue Orange 6P4C 1 2 Designations Pin Jack Jack PinDesignations Some equipmentstandardsmayvaryfrom the standardsshownheres. BROWN GREEN GREEN WHITE BLUE GREEN i#88/PCKyd66 M 58 T568A T568B MMJ 6P6C 8P8C/8P8CKeyed Pin# ht rw Brown White/Brown Orange Brown Blue White/Brown White/Blue White/Orange Green White/Blue White/Green — Blue — Brown Black Yellow Red White — Brown— Yellow Blue GreenYellow RedGreen 8 BlackRed 7 6 5 4 3 YELLOW YELLOW YELLOW RED RED RED WHITE ORANGE BLACK BLACK BLACK BLUE ORANGE BLACK TIP 2 PIN 3 BLUE RING 4 PIN 1 ORANGE TIP 3 PIN 2 BLUE PIN 1 ORANGE PIN 2 BLACK PIN 3 WHITE TIP 3 PIN 1 BLACK TIP 2 PIN 2 BLACK TIP 2 PIN 2 GREEN PIN 1 PIN 2 TIP 3 TIP 1 RED RING 1 PIN 4 RED PIN 4 RED RING 1 PIN 3 RED RING 1 PIN 3 PIN 3 RING 1 RED GREEN GREEN GREEN PIN 4 TIP 1 GREEN PIN 5 PIN 5 YELLOW TIP 1 PIN 4 TIP 1 RING 2 PIN 4 YELLOW YELLOW RING 2 YELLOW YELLOW BROWN BROWN (SLATE) BLACK RING 3 RING 2 RING 3 PIN 5 RING 2 BROWN WHITE WHITE RING 3 PIN 5 BLUE TIP 2 PIN 6 PIN 6 PIN 6 PIN 7 PIN 5 PIN 7 PIN 8 PIN 8 TIP 4 PIN 6 Polarity AT&T 258A RTTRTRRT PR2 +-+-+-+- 12345678 TRTRTRTR -++-+--+ 12345678 DEC Pairing USOC ++--+- 123456 ++-+-- ✝✝✝✝✝✝ 123456 T568B TTRTRR USOC PR1 PR4 PR2 PR3 R PR4 PR1 PR3 PR1 PR1 PR2 PR3 PR3 PR2 OR GROUND ACCESSORY RING TIP designations Jack pinnumber designations* Tip &Ring PR3 +-+-+-+- 12345678 TRTRTRTR T568A

Y G RED

R PR4 PR1 PR2

E R L E

L B wiring format †No preferred E

O L N

A W

C ++ ++ 123456 ✝✝✝✝✝✝

K PAIR 2 PAIR1 (4-wire Ethernet) PR1 +-+ - 12345678 TRT R 10Base-T PR2 X3

Tech Support & Specifications T-600 X4

USOC CODES RJ11C/RJ11W RJ31X R1 T T TO This appendix contains descrip- TO TO OTHER TO TELCO NETWORK R EQUIPMENT R T1 T-600 tions of Universal Service Order NETWORK WIRING Codes (USOC) for connecting tele- MINIATURE phone instruments and related 6 POSITION 1 23456 equipment to telephone lines, JACK BAR SHORT based on Part 68, Subpart F, 18234567 REMOVED Section 68.502 of FCC MINIATURE ON PLUG 6 POSITION regulations, and as described by the PLUG 2345 INSERTION T1E1.3 Working Group on MINIATURE POSITIONS 8 POSITION 18234567 1 & 4 + 5 & 8 Connectors and Wiring PLUG TO REGISTERED TERMINAL EQUIPMENT Arrangements. R1 R T T1 USOC Codes were developed years ago by the Bell operating TO REGISTERED TERMINAL EQUIPMENT companies to identify service or equipment under tariff. Information on USOC codes is provided here should you run across these in your work. RJ14C/RJ14W RJ38X R1 T1 T1 T TO R1 R1 TO STRAP TELCO TO TO OTHER NETWORK R T1 WIRING A Note NETWORK T2 T2 EQUIPMENT About USOC R2 R2 Number Suffixes 23456 MINIATURE 6 POSITION BAR SHORT Tech Support & Specifications Tech RJ (Registered Jack) numbers end JACK 18234567 REMOVED with a letter that indicates the MINIATURE ON PLUG 6 POSITION INSERTION wiring or mounting method: PLUG MINIATURE POSITIONS “C” identifies a surface or flush- T2T1 R2 8 POSITION 18234567 1 & 4 + 5 & 8 R1 PLUG mounted jack. TO REGISTERED TERMINAL EQUIPMENT “W” identifies a wall-mounted jack. R1 R T T1 “X” identifies a complex TO REGISTERED TERMINAL EQUIPMENT multi-line or series type jack.

RJ125C RJ45S

T1 R TO Note: The telephone company will wire the R1 T lines in the sequence designated by the T2 NETWORK TO customer. R2 TO OTHER NETWORK EQUIPMENT T3 1 R3 2 3 A (OR MI) 1 23456 MINIATURE 4 R (P) 6 POSITION 5 T (P) JACK 6 A1 (OR MIC) MINIATURE 6 POSITION PROGRAMMING 7 PR 1 23456 PLUG RESISTOR 8 PC T3 T2R1 T1 R2 R3

TO REGISTERED TERMINAL EQUIPMENT

Tel (800) 722-2082 Fax (425) 483-5270 [email protected] Canada (800) 405-5320 Can Fax (800) 563-1853 NETWORK nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 NETWORK TO TO KEYED JACK 8 POSITION MINIATURE KEYED PLUG 8 POSITION MINIATURE RJ48C RJ48S RECEIVE FROM R1 T1 T R TRANSMIT TO NETWORK NETWORK PLUG 8 POSITION MINIATURE 178 R 23456 T R T R1 T1 178 R1 TERMINAL EQUIPMENT 23456 T1 TO REGISTERED T1 R R1 T NETWORK BAR JACK WITHSHORTING MINIATURE 8POSITION products support theapplication. products support information purposesonly. NoLeviton Note: NETWORK TO RJ61X TO RJ48X RJ48X drawingisprovided for RJ48X PLUG 8 POSITION MINIATURE T R T1 R1 R4 T4 R3 T3 R2 T2 R1 T1 NOTE: SHORT REMOVEDON TO REGISTEREDTERMINAL INSERTION OFPLUG R1

178 CI 4R R4 R3 T4 178 178 TO REGISTEREDTERMINAL EQUIPMENT T1

23456 3T 1T R2 T1 R1 T2 T3 23456 RCV 23456

EQUIPMENT

R CI

T TXMT PLUG 8 POSITION MINIATURE JACK 8 POSITION MINIATURE X5

Tech Support & Specifications T-600 X6

GENERAL INSTALLATION TIPS TIA Preferred Wiring Method Typical Commercial Building Wiring Topology T-600 The wiring method preferred by the Telecommunication Industry Association (TIA) is a star wiring method (see Figure below). Each individual workstation in a residential or HORIZONTAL WIRING (PATHWAYS) FROM THE TELECOMMUNICATIONS commercial building is wired directly to the distribution device CLOSET TO THE INDIVIDUAL WORKSTATIONS with four-pair twisted wire or fiber optic cable.

BACKBONE WIRING

MAIN DISTRIBUTION FRAME TELECOMMUNICATIONS EQUIPMENT CLOSETS (AND/OR ROOM(S) INTERMEDIATE DISTRIBUTION FRAMES)

ENTRANCE ROOM

SERVICE INTERBUILDING ENTRANCE BACKBONE WIRING Tech Support & Specifications Tech

Roughing-In Correctly The following are general rules for running cable, whether Star Topology residential, or commercial: The star topology uses a hierarchical series of distribution frames. The backbone includes the main distribution frame • Always make a quick check for shorts, opens, and (MDF) and the optional intermediate distribution frame (IDF). ground when the rough-in is completed. Lightweight (See Figure top right.) telephone wiring is much easier to damage than non-metallic cable. The jacket can be caught on sharp The first level, the MDF, links to other levels via the backbone edges or nail points and inside conductors grounded, cabling. The MDF may link to the third and final level, the shorted, or broken. It will take just a few minutes to telecommunications closet (TC) directly, or in large insure that no connections or splicing were forgotten and installations it may link to some TCs via an optional second that no wiring was damaged as it was pulled in or level, the intermediate distribution frame (IDF). The TC secured during rough-in. terminates the backbone cable and cross-connects to the horizontal cabling. The horizontal cabling terminates in the • Do not splice wires on the cable runs. Pull a new wire work area at the workstation (WS). if things go wrong. • Do not exert more than 25 pounds of pulling tension on 4-pair cables. Larger capacity cables should be pulled GENERAL as per the manufacturer’s directions. Horizontal cabling is the cabling from the telecommunications • Do not run cables in parallel with power wiring. closet to the work area. It includes the cross-connects in the Consult industry standards for minimum separation of telecommunications closet; horizontal cable; and the outlet at telecommunications cable from interference sources. the work areas. • Do not bend cable sharply or nick the protective sheath Commercial building horizontal cabling should be installed covering the insulated wires. such that it will: • Maintain polarity (i.e., carefully match wire colors) of [a] Facilitate ongoing maintenance, relo- the Tip (+) and Ring (-) pairs from the demarcation point cations, and additions; to the outlets. Polarity reversal causes problems with some devices. [b] Accommodate future equipment and service changes; • Maintain the access line number correlation with the pair number (i.e., access line one goes to pair one, and [c] Accommodate a diversity of user applications, including voice, data, LAN, so forth) when wiring connectors. switching, and other building services.

Tel (800) 722-2082 Fax (425) 483-5270 [email protected] Canada (800) 405-5320 Can Fax (800) 563-1853 nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 • • • • • • • • • • • and tomakegoodconnections. cables good planningandcarefulworktoavoiddamaging Regardless oftheinstallationtype,properwiringrequires codes thatapply. accordingtofire,building,andelectrical performed andgroundingmustbe Firestopping, bonding, connection points Leave 18 inchesofsparewireatoutletsand additions, butshouldbeavoidedforinitialinstallations. outside ofabuildingmaybeallowedunderlocalcodefor both forappearanceandsafetyreasons.Wires onthe Avoid runningexternalwires pipes andheaterducts. Keep wireaway fromsourcesofheat, holeswith power wires. not sharebore power wiringwithoutadequateseparation,anddo Do notruntelecommunicationswireparallelto Firestopping isalsotobeobserved. handling shouldbethesameasforelectricalwire. external wallsisnotalwaysavoidable,soinstallation necessary, ortoaddwires.Nonetheless,wiringthrough wiring alsomakesitaloteasiertoreplacewiresif conflict withfirebreaksandinsulation. Where possible,useinnerwallsforrunstoavoid are notallowedinresidentialinstallations. runs indampareas.Notethatundercarpetpowercables standard inasingleroom.Avoid installingundercarpet only onetransitionfromtypeofcablingtoanotheris manufacturer’s directionscarefully, andrememberthat residences. Iftheymustbeinstalled,followthe in inherently moresusceptibletodamage,particularly Avoid undercarpetrunsifpossible, control linesmayshareconduitwithtelecommunications. telecommunications cable. Never runpower in thesameconduitwith facilitate runningnewwire. If conduitisinstalled,always leave apullcordinto ability tocarryvoiceordata. wire anddamagetheinsulationorwire,impairingits staples allthewayin.Drivingintightlymaycrimp leave thewirelooseinsidestaples—donotdrive Use plasticnon-metallicstaples compatibility withtwo-linetelephones. connector forotherpurposes(ifany)toprovide telecommunications. Use thetwoinnerpairsofahousingfor for connectionsandchanges. Use theouterpairsof Low-voltage monitorand —they arenotdesirable, to support wire,and to support like hotwater as theyare Inner-wall • • • TELECO • • • • • • INSTALLATIONS QUALITY ON TIPS GENERAL connectors, theyaresuggestedasthemaximumdistanceforstandardpractice. *Note: always untwisttheleastamountofcablenecessarytomakeaconnection. for therateoftwistvarieswithanticipateddatacarriedbyinstallation, Whilethespecification frominterference. installation, andthegreaterimmunity during speed datacable.Thetighterthetwist,lesslikelyitwillbedistorted The rateoftwistingwillrangefromfour(4),toasmany28twistsperfootonhigh electrical outlet. same heightaselectricaloutlets,andnearan Telecommunications outletsareusuallyplacedatthe may beused. and onecableofanothertype.Singleordoubleoutlets either two100 by Each workstationshould,atminimum,beserved distance fromtheflooraselectricaloutlets. telephone connectorsshouldbelocatedatthesame cables shouldnotsharedrillholesorstudspaces.Desk communications andpower cables. tomaintainproperseparationof important When installing outletboxes onwoodenstuds,itis Test everything. later. hassle whenmodifyingortroubleshootingthesystem installations neatandtidy. Document allconnectionscarefully, andkeep Every elementandconnectionisimportant. transmit signalstothelevelofitsweakestcomponent. origin orquality. Never installcomponentsofunknown/questionable greater—never less. Wire tothehighestanticipateddatarate(speed)or are costlyandtimeconsuming. and outletsratherthannotenough. Better toprovide excesscapacityintermsofcable use theminimumnecessary. so connectiondegradessystemperformance, Every TIA-568-A doesnotspecifythemaximumallowableuntwistingforthese TIA-568-A MMUNICATIONS OUTLETS Category6max.alloweduntwisting=<1⁄2" * Category5emax.alloweduntwisting=<1⁄2" * Category5max.alloweduntwisting=<1⁄2" * Category3max.alloweduntwisting=3" * The Importance ofPairThe Importance Twisting: Ω UTP cables, At theverybest,systemwill This willsavetimeand or one100 These two typesof Later additions Ω UTP cable X7

Tech Support & Specifications T-600 X8

CATEGORY 5 AND GIGAMAX 5E CHANNEL CONNECTOR TERMINATION

1. Remove a few inches of 3. Route the wires for 4. Using a 110 style impact 5. Place the dust cap over T-600 jacket from the cable, to termination, according to tool, seat the wires into the terminated wires to expose the wires. the chosen color code. the slots of the insulation ensure a secure connec- 2. Determine which wiring Terminate and trim one displacement connectors. tion and added strain scheme to use, T568A or pair at a time, starting Place the cutting side of relief. T568B. Note the associat- from the rear of the the tool on the outside, to ed color codes and con- connector, in the order trim the excess wire flush nector pin numbers on the shown. Terminating each with the connector body label located on the sides pair after placement will as you punch the wires of the connector. prevent crushing the down. inside pairs with the punchdown tool. Pin Number

B 4687 A 6. Noting the ‘UP’ orientation of the connector, insert the terminated connector Color Code For into the desired QuickPort T568A & B Wiring housing.

Note: Maintain cable jacket as close to Inside Wire Colors termination as possible Wiring Standard Tech Support & Specifications Tech Pin# T568A T568B

1 White/Green White/Orange 2 Green/White Orange/White NOTE M i i bl j k 3 White/Orange White/Green 4 Blue/White Blue/White 5 White/Blue White/Blue 6 Orange/White Green/White 7 White/Brown White/Brown 8 Brown/White Brown/White

T568A Category 5 and GigaMax 5e Channel Level Connector Wiring Scheme

1 Pair 1 2 Pair 2 3 Pair 3 4 Pair 4

Pin # Pin # Pin # Pin # Pin # Pin # Pin # Pin # 2 7 2 7 2 7 2 7 Green/White White/Brown 1 8 1 8 1 8 1 8 White/Green Brown/White 3 6 3 6 3 6 3 6 White/Orange Orange/White 5 4 5 4 5 4 5 4 White/Blue Blue/White

T568B Category 5 and GigaMax 5e Channel Level Connector Wiring Scheme

1 Pair 1 2 Pair 3 3 Pair 2 4 Pair 4

Pin # Pin # Pin # Pin # Pin # Pin # Pin # Pin # 2 7 2 7 2 7 2 7 Orange/White White/Brown 1 8 1 8 1 8 1 8 White/Orange Brown/White 3 6 3 6 3 6 3 6 White/Green Green/White 5 4 5 4 5 4 5 4 White/Blue Blue/White

Tel (800) 722-2082 Fax (425) 483-5270 [email protected] Canada (800) 405-5320 Can Fax (800) 563-1853 nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 2. Determine thewiring Removeabout2"ofjacket 1. GIGAMAX 5ECOMPONENTCONNECT GIGAMAX 5ECOMPONENTCONNECT White/Orange Orange/White White/Green Green/White termination aspossible Note: 2 1 numbers. includes connectorpin connector. This labelalso located onthesidesof color codesonthelabel and notetheassociated scheme (T568A or T568B) from cable. 2 1 T568A &BWiring Color CodeFor Pin Number 7836 Pin # 4687 830 3 78 Pin # Maintain cablejacketascloseto 1 1 5 4 5 4 Pair 3 Pair 2 A B A B 8 3 6 Pin # 7 8 3 6 Pin # 7 T568B Gigamax5eComponent-Level ConnectorWiringT568B Scheme Gigamax5eComponent-Level ConnectorWiringT568A Scheme 3. Route thewiresfor shown. rear ofconnectoras cable insojackettouches punchdown tool.Lay inside pairswiththe will preventcrushingthe each pairafterplacement of connector. Terminating fromrear at atimestarting below. Terminate onepair termination, asshown Pin # Pin # 2 2 1 5 4 2 2 1 5 4 Pair 4 Pair 4 3 6 Brown/White Pin # White/Brown 3 6 Brown/White Pin # White/Brown 8 7 8 7 .Usinga110 styleimpact 4. Blue/White White/Blue Blue/White White/Blue OR OR down. as youpunchthewires with theconnectorbody trim theexcesswireflush the toolonoutside,to Place thecuttingsideof displacement connectors. the slotsofinsulation tool, seatthewiresinto 5 4 5 4 i Pin# Pin # i Pin# Pin # 3 2 1 TERMINA 3 TERMINA 2 1 Pair 1 Pair 1 3 6 8 7 3 6 8 7 TION TION i#T6AT568B T568A Pin# 6. Insert connectorassembly Insert 6. .Placethecapoverter- 5. i Pin# Pin # rw/ht Brown/White White/Brown Brown/White Green/White White/Blue White/Brown Blue/White 8 Orange/White 7 White/Blue White/Green 6 Blue/White Orange/White 5 White/Orange White/Orange 4 Green/White 3 White/Green 2 1 i Pin# Pin # 4 the connector. positionof Note the"UP" into platformorwallplate. strain relief. connection andadded minated wiresforsecure 2 1 5 4 4 2 1 5 4 Inside Wire Colors Wiring Standard Pair 2 Pair 3 8 7 Orange/White 8 White/Orange 7 Green/White White/Green 3 6 3 6 X9

Tech Support & Specifications T-600 Tech Support & Specifications T-600 X10 e 80 2-02Fx(2)4357 nolvtnocdt.o aaa(0)4552 Canada (800)405-5320 [email protected] Fax(425) 483-5270 Tel (800) 722-2082 EXTREME 6CONNECT EXTREME 6CONNECT 2. Determinewhichwiring 1. Remove about2"ofjacket Cable Entry fromRight Cable Entry wires. from cable,toexposethe IDC connectorslots. IDC label locatedbetweenthe nector pinnumbersonthe ed colorcodesandcon- T568B. Notethe associat- scheme touse,T568A or Cable Entry fromLeft Cable Entry 8 4 8 4 at atimetoavoidcabledamage. Routeandterminate onepair As notedabove: 5 7 5 7 eXtreme 6Wiring Scheme B A 6 2 6 2 1 3 1 3 B A . Routethewiresfortermi- 3. shown. es edgeofconnectoras cable insojacket touch- punchdown tool. Lay inside pairswiththe prevent crushingthe pair afterplacementwill entry. Terminating each from thesideofcable pair atatime,starting Terminate andtrimone chosen wiringscheme. nation, accordingtothe OR OR TERMINA TERMINA TION INSTRUCTIONS TION INSTRUCTIONS while T568A isprevalentinresidential installations. T568B iscommonlyusedin commercialinstallations, connectors andpatchpanelsare wiredtothesamepattern. toensurethatworkstation may beused.Itisimportant If noneofthefactorsaboveapply, eitherT568A orT568B Areyouaddingon toexistingwiring?Ifso,yournew 4. Havepatchpanelsalreadybeenpurchasedfor the 3. Doesthecustomer/enduserhaveapreference? 2. Doesthejobspecificationcalloutawiringpattern? 1. How todecidewhichwiringpatternuse: seepageX8. interchanged. For awiringdiagram, wirepairs(pairstwoandthree)are and green difference betweenT568A andT568B isthattheorange TIA-568-A wiringstandardsdocument.The only 8-position modularconnector, permittedunderthe T568A andT568B arethetwowiringstandardsforan wiring? andT568B What’s thedifferencebetweenT568A eXtreme 6 . Usinga110 styleimpact 4. Colors Inside Wire wiring shouldmatchexisting wiring. the panels. T568B. Jacksshouldbewiredtothesamepatternas job? Ifso,theywillprobablybeeitherT568A or down. as youpunchthewires with theconnectorbody trim theexcesswireflush cutting sideofthetoolto 1/4” orcloser.) Usethe slots.(Mustbe the IDC tool, seatthewiresinto T568A and T568B Wiring andT568B T568A i#T6AT568B T568A Pin# rw/ht Brown/White White/Brown Orange/White Brown/White White/Brown Green/White White/Green Blue/White White/Green White/Orange White/Blue 8 Orange/White Green/White 7 White/Orange 2 Blue/White 1 White/Blue 6 3 4 5 Wiring Standard .Placethedustcapover 5. 6. Noting the ‘UP’ orientation Notingthe‘UP’ 6. and addedstrainrelief. ensure asecureconnection the terminatedwiresto housing. into thedesiredQuickPort the terminatedconnector of theconnector, insert Can Fax (800)563-1853 nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 THREAD-LOCK 1. Step Two: Assemble 6. 5. 4. 3. 2. 1. Step One:Prepare THREAD-LOCK Remove theconnectordustcap,andplace Wrap theThreaded Retention Sleevearound Slide theBuild-UpSleevebackupcable. Clean thenow-exposedfiberwithisopropyl Using your900MicronBufferremover, cut Snap theSiliconeBuild-UpSleeveonto Thread the900Microncablethrough Tightening Tool overtheconnectorhousing. flush. the Build-UpSleeve.Makesureendsare exposed fiber. showing betweentheBuild-UpSleeveand Leave between1/8"-1/4" ofthejacket remains onthefiber. alcohol. This ensuresthatnobufferdebris Strip about1/4" atatime. and removeabout11/4" ofthePVC buffer. Slide ittowardtheBoot. cable, gentlyrotatingittofacilitatesliding. about 6to7inches. Strain ReliefBootandslidethedown procedures. connector. Followpropersafety this those instructionsforterminating come withtheconnectors.Please use to substitutefortheinstructions that These areguidelinesandnotmeant IMPORTANT ® ® ST ST ® ® FIBER CONNECT FIBER CONNECT ferrule, andpressthebuttontocleave. Cleave™, simplyplace thecleave toolover the 2. 3. 4. harm thecable. and Cable.RotatingtheRetentionSleevecould and Tightening Tool, nottheRetention Sleeve NOTE: 6. 5. 7. NOTE: Firmly holdingtheThreaded Retention Using theTightening Tool, rotate the Slide theProtectiveBootuptofitsnugly Using theScribetool,lightlyscribefiber. Carefully removetheTightening Tool. Draw yourthumbandforefinger Sleeve clickin. you feelthefirstfewthreadsofRetention housing. Rotateslightlywhilepushing,until theexposedfiberintoconnector insert Sleeve closedwithyourfingers,carefully Housing isflushwithbottomofSleeve. Retention Sleevewithpliers.Tighten untilthe thebottomrimof 2 or3turns,grip down firmlyontotheRetentionSleeve.After Connector Housingclockwise,screwingit around thebackofConnectorHousing. from wherefibermeetsferrule. Scribing shouldbedoneabout1/32" orless feel somefrictionofthecuttingedge. base anddrawitacrosshorizontally. You will To doso,gentlytouchthescribetofiber's does notbreak,rescribeandtryagain. breaks fromthescribedpoint.Iffiber excess fiberawaywithyourfingers,asit fiber’s end.Applygentlepressuretopullthe lightly fromtheHousingdowntoward Be suretorotatetheConnectorHousing If youhave aThread-Lock OR OR TERMINA TERMINA ® Versa- 5. 4. 3. 2. has beenadequatelypolished. scratch soloudly, youwillknowthatthefiber scratches thepaper. When thesoundceasesto NOTE: 1. Step Three: Polish You nowhave anassembledandready-to-use Plug theconnectorintoendof Remove theconnectorfrompuckand Place theyellow3Micronfilmontopof Hold thebottomedgeofpink12 Micron Thread-Lock FiberOpticconnector. shown intheimageontopleft. The coreshouldbe smoothandclear, as Visually checkthecoreforbreaksorscratches. area. "core" ofthefiberisimportant the outercircle,or"cladding".The centeror concentric circles.Donotbeconcernedwith you lookthroughthescopewillseetwo Inspection Scopeandturnthelighton.When wipe andthenalint-freewipe. wipe theendclean,usingfirstanalcohol blue 0.3Micronfilm. tions. Follow withathirdpuckpolishing,using pressure, polishthefiberfor15 to20 rota- pad. Usingafigure-eightpatternandlight then gentlyplaceend-downonthepolishing Connector firmlyintothepolishingpuckand the polishing pad,dullsideup.Insert pressure andairpolishtheexcessfiberaway. with thepolishingfilm.Slightlyincreaseyour rotate theConnectorgently, keepingcontact to thetopoffilm.Oncecontactismade, hand. GentlytouchthetipofConnector one in loosely very up, side dull lapping film, TION: 900 TION: 900 Listen tothesoundfibermakesasit µ µ m m X11

Tech Support & Specifications T-600 X12

SPECTRO-LINK™ WORKSTATION CONNECTOR TERMINATION: 900µm

NOTE: Do not bend or angle fibers. Keep T-600 Fiber Preparation Connector Installation: them separated and straight. Each fiber has For 900 µm Distribution 1. Insert the Versa-Cleave Workstation a separate lead-in tube in the back of the Tight-buffered Fibers adapter into the Thread-Lock Versa-Cleave connector. If the fiber ends are too close as shown (Fig. 3). 1. Feed both fibers through the boot together, they may go in the same tube (smallend first) and slide boot down causing the fibers to bind. until it is out of the way. NOTE: If you have stripped and cleaved the ADAPTER CONNECTOR fibers to the correct length, the buffer mark FRONT DUST CAP will line up with the edge of the lead-in-tube. This is an indicator that the fibers are touching properly. If the mark does 3 not line up, remove the connector and check for broken fiber. If the fiber has broken, REAR DUST CAP BOOT 2. Gently thread one of the stripped fibers re-strip and re-cleave the fiber and begin into the top of the WS adapter, until it with a new connector. can go no further (or “bottoms out”). Do 7. You may now test the connector with a 1 not force. Visual Fault Locator System (VFL). If the 3. Gently press the button to cleave the fibers are not seated properly, the 2. Measure and mark approximately 25 mm fiber. reddish back of the connector will glow. (1 in.) from the end of each buffer fiber If the fiber is not seated correctly, 4. Remove the cleaved fiber and repeat the (Fig. 2). reinstall the fibers. process with remaining fiber.

Tech Support & Specifications Tech 8. Using the Crimp Tool, crimp the brass 5. Align fibers with the lead-in tube of the crimp tubes. You should see a flat 25 mm (1 in.) connector. Ensure that the fibers are impression in the lead-in tubes, indicat- separate and oriented in such as way as ing a proper crimp. (Figure 5). will maintain the system polarity.

6 mm (.24 in.) 2 NOTE: Whenever the fibers are being inserted into or removed from the connector, the button on the connector 3. Using a buffer remover, strip away the 25 must be pressed. Once the button is mm section of each buffer in small, 10 released, the fibers are locked in place. The mm increments. fibers cannot be inserted or removed 4. Using a permanent ink marker, precisely without the button being pressed. 5 mark a line on each buffer 6 mm (.24 in.) back from the stripped edge of the buffer 6. Hold the connector with your thumb on the button and your forefinger beneath 9. Slide the boot over the crimp tubes until (Fig. 2). This will indicate when the field it reaches the back of the connector. fibers come into contact with the the connector body (Fig. 4). Press and pre-inserted fiber stubs. hold the button down while carefully 10.The connector is now ready for use, and inserting both cleaved fibers into the can be installed into the keystone 5. Clean both bare fibers with two passes of lead-in-tubes on the connector. The mark adapter. Use with a Leviton MT-RJ MOS an alcohol wipe. When cleaning, pull on you made on the buffer will approach adapter and faceplate (see Page B4). If the fibers with gentle but firm pressure. the mouth of the lead-in tubes. You will the connector will not be installed This will help identify potentially feel the fiber stop against the connector’s immediately, replace the adapter and damaged fibers. Do not touch the bare fiber stub. Maintain slight inward dust cover until the connector is ready to fibers after cleaning them. Do not pressure on the fibers, and remove be installed. remove the 6 mm mark. pressure from the button. This will lock the fibers in place. NOTE: The Spectro-Link Workstation Connector is not intended for use in a IMPORTANT QuickPort-Style Outlet. Use in a keystone- These are guidelines and not meant style MOS outlet only. to substitute for the instructions that Lead-In Tube come with the connectors. Please use those instructions for terminating this connector. Follow proper safety procedures.

Tel (800) 722-2082 Fax (425) 483-5270 [email protected] Canada (800) 405-5320 Can Fax (800) 563-1853 U P nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 SPECTRO-LINK SPECTRO-LINK 4. 3. 2. 1. (see Page D9). comes intheSpectro-LinkMT-RJ Tool Kit Frame-Station ConnectorAssemblyTool that NOTE: Connector Preparation procedures. Follow propersafety connector. this use thoseinstructionsforterminating come withtheconnectors.Please to substitutefortheinstructionsthat These areguidelinesandnotmeant Pull backthesliderofConnector Examine theconnectortomakesureitis Remove anddiscardthecapfrom Flip thecrimphandleof connector isfullyseated.Donotforce. rest onthecrimpplatformwhen as faritwillgo.The lead-intubeshould oriented asshowninFig.3,intothetool Assembly Tool theconnector, andinsert lettering ontopofthedustcap. cam ispositioned90ºfromthe“UP” the openpositionwhenkeyon in theopenposition.The connectorisin rear oftheconnector. position(Fig.2). handle isinthe“UP” open androtatesothatthewrench Frame-Station ConnectorAssemblyTool U P Connector Crimp handle Crimp This procedure REQUIRES theLeviton This procedureREQUIRES IMPORTANT Front dustcap

U P Slider Slider

R n-relief boots Crimp platform Crimp Wrench handle Wrench handle L R

™ L ™

Lead-in tube

a d

Boot

- i

FRAME-ST n

FRAME-ST

b e 1 2 3 Fiber Preparation 6. 5. 4. 3. 2. 1. Connector Installation: 5. 4. 3. 2. 1. Tight-buffered Fibers µmDistribution For 900 Carefully insert bothcleavedfibersinto Carefully insert Align fiberswiththelead-intubeof Remove thecleavedfiberandrepeat Gently pressthebuttontocleave. Gently threadoneofthestrippedfibers theVersa-Cleave Frame-StationInsert Clean bothbarefiberswithtwopassesof Using apermanentinkmarker, precisely Using abufferremover, strip awaythe25 Measure andmarkapproximately25 mm Feed bothfibersthroughtheboot(small pre-inserted fiberstub.Besuretoguide pre-inserted firmly stopagainsttheconnector’s the lead-intubeuntilyoufeelthem will maintainthesystempolarity. separate andorientedinsuchasway connector. Ensurethatthefibersare process withremainingfiber. Donotforce. go nofurther. adapter,into thetopofFS untilitcan Versa-Cleave asshown(Fig.5). adapter intotheThread-Lock fibers aftercleaningthem. damaged fibers.Donottouchthebare This willhelpidentifypotentially the fiberswithgentlebutfirmpressure. an alcoholwipe.When cleaning,pullon the buffer(Fig.4). (.51in.) backfromthestrippededgeof mark alineoneachbuffer13 mm mm increments. mm sectionofeachbufferinsmall,10 (1 in.)fromtheendofeachbufferfiber. out oftheway. end first)andslidebootdownuntilitis A A TION CONNECT TION CONNECT 13 mm (.51 in.) 25 mm 5 (1 in.) 4 OR OR TERMINA TERMINA Adapter. AdapterorSpectro-Link KeystoneQuickPort with theadditionofaSpectro-Link Connector canbeusedattheworkstation NOTE: 12. 11. 10. Connector AssemblyTool tocrimpthefiber. WARNING: 9. 8. 7. that thefibersaretouchingproperly. edge ofthelead-in-tube.This isanindicator NOTE: The connectorisnowreadytouse. Slide thebootbackuponto Flip thecrimphandleback.You should You maynowtesttheconnectorwitha The fiberisnowheldinsidethe Rotate thewrenchhandleof connector untilitreachesthecam. only. crimped tube.Handletheconnector pull thefibersorcableawayfrom straight upandoutofthetool.Donot connector byliftingitanditsfibers wrench handledown.Removethe indicating apropercrimp.Leavethe see aflatimpressioninthecrimptube, Visual Fault LocatorSystem (VFL). connector bythecam. it backupright(Fig.6). wrench muststaydown––donotrotate position, tocamtheconnector. The Connector AssemblyTool tothe“DOWN” and re-insert. distance pull thefibersbackoutashort If youfeelresistanceattheentryfunnel, fibers evenly, withoutbendingorangling. Crimp handle Crimp

P The buffermarkwilllineupwiththe The Spectro-LinkFrame-Station TION: 900 U TION: 900 P Use aLevitonFrame-Station ° >90 L R µ µ m m X13 7 6

Tech Support & Specifications T-600 X14

What is the difference between T568A and T568B wiring? Singlemode vs. Multimode Fiber T-600 T568A and T568B are the two wiring standards for an 8-position Fiber optic cable and connectors come in two modes: modular connector, permitted under the TIA-568-A wiring multimode and singlemode. Here is a brief overview of the standards document. The only difference between T568A and difference between them. T568B is that the orange and green wire pairs (pairs two and three) are interchanged. For a wiring diagram, see page X10. Multimode Optical fiber which has a core size of either 50 micron or 62.5 micron. Can be used with either LED or LASER light sources to trans- Keyed VS. Non-Keyed Connectors mit many modes, or rays of light. Common in Local Area Networks.

Singlemode Optical fiber which has a core size of 8.3-9.5 micron. Singlemode fiber is optimized for LASER light sources which transmit one mode, or path of light. Typical in long-haul networks and outside plant applications due to increased bandwidth.

NON-KEYED KEYED CONNECTOR CONNECTOR

Modular non-keyed 8-position, Modular keyed connectors Cable Testers - Manufacturer Listing 8-conductor connectors accept both keyed and non- accept standard (non-keyed) keyed 8-position patch cords. The following companies manufacture hand-held cable testers. This 8-position patch cords. information is listed as a courtesy for your reference only and is not an endorsement nor a recommendation. You are advised to contact

Tech Support & Specifications Tech each company directly to request detailed information about each product. Some of these companies also sell their product through QuickPort Modular Furniture Faceplates other companies under other product names; you are advised to ask which of these companies is the actual manufacturer of the tester. QuickPort Modular Furniture Faceplates allow access to Datacom Textron Products connectors without removal Datacom Textron FIBERcat™ Test & Talk, FIBERcat™ Optical Loss of the channel cover. Simply 4455 Boeing Drive Measuring System, LANcat® System 5 Cable run cable through the Rockford, Illinois, 61109 USA Tester & Talk Set, LANcat® System 6 Cable Tester ® modular furniture. phone: 800-435-0786 & Talk Set, LANcat Performance Modules, fax: 800-451-2632 LANcat® Installer, Report Manager™ Software

http://www.datacom.textron.com/products/install.html Fluke Networks Products Next, punch down or 6920 Seaway Boulevard DSP-4100 Digital CableAnalyzer™, DSP-4000 terminate QuickPort Everett, WA 98203 USA Digital CableAnalyzer™, DSP Permanent Link connectors onto the cable. Phone: 800-283-5853 Adapter, DSP-2000 Digital CableAnalyzer™, ® UTP QuickPort Connectors Fax: 425-446-5019 DSP-100 Digital CableMeter , 620 LAN CableMeter®, DSP Fiber Test Adapters, DSP-FTK have color-coded wiring Fiber Optic Test Kit, Laser Source labels and easy termination/ punchdown to assure fast, http://www.flukenetworks.com/cabling/index.htm accurate wiring. Agilent Technologies, Inc. Products 753 Forest Street Wirescope 350, Wirescope 155 Marlborough, MA 01752 Snap the connectors into the Telephone: (800) 418-7111 Fax: (508) 486-0600 Modular Furniture Plate. For http://www.wirescope.com/ initial installation or later re-configuration, modules Microtest Inc. Products easily snap in and out of the 4747 North 22nd Street OMNIScanner2™, OMNIFiber™, OMNIScanner, plate. Phoenix, Arizona 85016-4715 USA OMNIScanner CertiFiber™, SimpliFiber™, phone: (602) 952-6400 PentaScanner®, MICROSCANNER™, Fax: (602) 952-6401 MICROSCANNER Pro™

http://www.microtest.com/ntmnhome.jhtml And finally, snap the plate easily ACTERNA Products into your modular furniture. No tools are required to insert or 20400 Observation Drive LT 8100A, LT 8155T, LT 8600T, LT8600TSP Germantown, Maryland 20876-4023 LANchecker 100, VFF5, FiberKit+ remove the plate, and the phone: 800 638 2049 furniture kickpanel does not fax: 301 353 1536 have to be removed. http://www.acterna.com/products/lan_cable/index.html

Tel (800) 722-2082 Fax (425) 483-5270 [email protected] Canada (800) 405-5320 Can Fax (800) 563-1853 nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 PN# 47603-C5,PN# 47605-C5B -Category 5eVoice &DataModule PN# 48211-*VKPN# Volume -DecoraDigital ControlModule PN# 48211-6APN# -1x6Passive AudioModule Sample Configuration Sample Configuration Sample Configuration + - + - PN# 47690-*CKPN# -Video Splitter Modules PN# 48210-VAPN# -Video AmplifierModule PN# 47605-DPPN# -AC Power Module Sample Configuration Sample Configuration Sample Configuration X15

Tech Support & Specifications T-600 X16

PN# 48210-MCH, 48210-SRU, 48210-MSU, 48210-MRU - Decora Media System - Sample Configuration T-600

(Connect up to 6 DMS receive units per hub.)

PN# 47690-38B - 3x8 Bidirectional Video Module- Sample Configuration Tech Support & Specifications Tech

PN# 47605-EH - 10Base-T Ethernet Hub and PN# 47605-ETX - 10/100Base-T Network Hub - Sample Configuration

Tel (800) 722-2082 Fax (425) 483-5270 [email protected] Canada (800) 405-5320 Can Fax (800) 563-1853 nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 Notch Filter CATV Signal Decora Camera Incoming PN# 48213-*DCPN# -Decora 3x8 Bi-Directional PN# 48213-*DCPN# -Decora Video Amplifier Decora Camera Modulator Video "Pigtail" DVD/VCR(s) Coaxial Video Cable Coaxial Video RCA-to-F-Connector AUX input

Category 5(Power)Category In-line Adapter RCA (orCoaxial) "Pigtail" Video Cable RCA-to-F-Connector Category 5(Power)Category In-line Adapter OR CATV/Satellite Signal(video/audio) and ModulatedCamera Output Cameras Coaxial Video Cable with Up to4 ® Cable Video (Channel 75-80) Camera -NetworkedMonitoringSampleConfiguration Coax ® Camera -DirectMonitoringSampleConfiguration Coaxial Video TV(s) Video Sequencer Cable Video Splitter in SMC (NOT USED) Voice &Data Category 5e RCA Cable Category 5 Category 2 6 Module Module Category 5 Category JACK 6 JACK 1 Voice &Data Category 5e (NOT USED) Category 5 Category 2 RCA Cable 6 Module Module Category 5 Category JACK 6 JACK 1 1 5 TV(s) 1 5 Category 5 Category Interface Cable Category 5 Category Interface Cable Adapter Distribution Module DC OR Networked Monitoring Distribution Module DC Power Adapter AC/DC DC Power Direct Monitoring VCR(s) X17

Tech Support & Specifications T-600 X18

DIMENSIONAL LINE ART

T-600 Note: Product drawings and dimensions are provided for For complete up-to-date dimensional drawings and product your information, to help verify device compatibility with specifications, visit our Design Tools Online web resource at wallboxes or other intended device openings for installation. www.levitonvoicedata.com. Line artworks are not shown at the same scale.

Quickport® Gigamax™ 5e, & GigaMax 5e Plus Quickport® eXtreme 6 Connector

1.178" 1.246" .8" .924"

.783"

.669” to .901" .673” .83” .659"

.575"

Quickport® BNC Module Quickport® Category 5, Category 3 and Voice Grade Connectors

1.178" Tech Support & Specifications Tech .8"

.65" .783" .669” to .673”

.5" .6" .463" .912" .575"

Quickport® F-Type Bulkhead Module Quickport® ST Module

.65" .65"

.5" .5" .58" .35" .8" .58" .53" .9"

Quickport® RCA Module Quickport® S-Video Module

.65" .636"

.47" .575" 1.092" .575" .365" .795"

Tel (800) 722-2082 Fax (425) 483-5270 [email protected] Canada (800) 405-5320 Can Fax (800) 563-1853 nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 .373" .375" .375" .8" .48" .44" Spectro-Link Workstation MT-RJ Connector 1.21" 1.21" .8" Thread-Lock ST® FiberOpticConnector .9" Thread-Lock FCFiberOpticConnector Thread-Lock SC FiberOptic Connector 1.8" 2.298" 1.90" 2.12" .530" .530" .97" Spectro-Link Frame-Station MT-RJ Connector .39" .098" .098" (2.50 mm) (2.50 mm) .098" (2.50 mm) .36" .8" 2.3" X19

Tech Support & Specifications T-600 X20

MULTIMEDIA OUTLET SYSTEM (MOS) SURFACE MOUNT HOUSINGS

Quickport® MOS 1/2-, 1-, 1.5-, 2- T-600 and 3 Unit High Inserts Quickport® MOS Wallplate Quickport® 2-Port Surface Mount Box

Front View Side View Front Views Side View Front View Side View

1 .5" /2 1.85" .475"

2.52" 4.5" Front View Side View

1 1" 2.22" 1.1"

1.85" .475" 4.56" 2.75" .5" Quickport® 4-Port Surface Mount Box

Front View Side View ® Front View Side View .28" Quickport MOS Storage/Spacer Ring

1 1 /21.44" Front View Side View

1.85" 1.19" 4.77"

4.5" Front View Side View

2 1.9" 3.21" 1.05" Tech Support & Specifications Tech

4.56" .6" Quickport® 6-Port Surface Mount Box 1.85” .95" Front View Side View Quickport® MOS Surface Mount Box Front View Side View Front View Side View

6.38" 6.5"

1.85".1" .84" 8"

Spectro-Link Keystone Adapter 3.224" 1.084" (Works with MT-RJ MOS Insert–– NOT a QuickPort Adapter)

Front View Quickport® 12-Port Surface Mount Box

5.325" 1.33" Front View Side View

.9"

.63"

Side View 7.6" 7.6" .78"

.64"

1.10" 5.024" 1.13"

Tel (800) 722-2082 Fax (425) 483-5270 [email protected] Canada (800) 405-5320 Can Fax (800) 563-1853 nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 1.655" Wallplate 2-,3-,4-,or6-ports Inserts, Quickport 4.145" Quickport 1.415" (2-Portonly) Standard Faceplate Front View Front View 1.405" 1.312" ® 3.15" Decora 4.53" (Dimensions arethesamefor1-, versions) 2-,3-and6-port ® 4-Port Single-GangWallplate4-Port Side Viewswithandwithout ® Multimedia 1.178" jacks installed 2.75" Side View .25" .45" .93" QUICKPORT QUICKPORT .2" 1.755" 1.2" ® FLUSH MOUNT HOUSINGS AND WALLPLATES AND HOUSINGS FLUSH MOUNT Extended-Depth Faceplate ® MODULAR FURNITURE FACEPLATES FURNITURE MODULAR Front View 4.53" 3.25" Quickport Quickport (Dimensions arethesamefor1-, versions) 2-,3-,6-and8-port Front View 1.3" 1.4" ® ® 12-Port Dual-GangWallplate 4.1" Quad 106 4.625" Side View .45" Side View 1.2" .75" .43" 2.175" 2.18 .2" Herman MillerFaceplate 1.2" Front View 3.65" Quickport Front View 1.75" 1.5" ® Duplex 106 4.1" Side View .25" Side View 1.2" .93" X21

Tech Support & Specifications T-600 X22

STANDARD AND UNIVERSAL PRE-CONFIGURED PATCH PANELS

Category 5, GigaMax™ 5e, and Voice Grade 24- and 48-Port Panels

T-600 Side view for Side view for 19" 1.31" preconnectorized 110 voice voice grade panel grade panel 1.75" 1.24" 1.33"

1.31" 1.24" 1.33"

3.5"

eXtreme 6 24- and 48-Port Universal Panels

19" 3.5"

1.75" Category 5 and GigaMax™ 5e Patch Blocks

Front View Side View 19" 3.5" Tech Support & Specifications Tech

3.5"

10" QUICKPORT® PATCH PANELS

Quickport® 24-Port Panel

19" 4.63"

3.5"

2.3" 1.9"

Quickport® High Density 24-Port Panel Quickport® Patch Block 19" 3.5"

Front View Side View 1.75"

Quickport® 32-Port Panel

19" 4.63"

3.5"

10"

Quickport® High Density 48-Port Panel

19" 3.5"

3.5"

2.3" .4"

Tech Support & Specifications T-600 X24

Pre-Configured Structured Cabling Panel Series 420 Structured Media Center

13.06" 2.50" 15.62" 14.375" 3.960"

T-600

6.25"

12.625"

Series 140 Structured Media Center

14.38" 3.59" 43.25" 42"

14.38" 14.38" Tech Support & Specifications Tech

12.625" 3.84"

Series 100 Structured Media Center

17.60" 2.97"

Series 280 Structured Media Center 17.60" 13.36"

15.62" 14.375" 3.960"

12.625" 3.39" 13.14"

Series 100 & 140 Lid

16.10" 29.25" 28"

16.10"

Tel (800) 722-2082 Fax (425) 483-5270 [email protected] Canada (800) 405-5320 Can Fax (800) 563-1853 nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 7.425" 8.575" 7.525" .03" 11.50" 5" Front Lateral Divider 3.90" Horizontal Front andRearSlotted Duct,1RU Horizontal Front andRearSlotted Duct,2RU 17.50" 19.00" 17.50" Vertical Front andRearSlotted Duct 19.00" 35.00" 11.50" .03" 4" RearLateral Divider 4.90" 3.275" 4.15" 3.25" 4.2" 1.553" 1.886" 1.886" 1.886" 3.475" 3.386" 2.35" 4.25" 4.25" 6.63" 4.38" 2.78" Bend RadiusCompliantRouter 5.38" Slack LoopStorageOrganizer 1.45" 2.50" 5.168" .075" 3.929" 1.45" Vertical Divider Cable Retainer 3.49" Mounting Braket 11.50" 2.35" 1.75" .120" .50" 1.0" 1.09" .50" .110" X25

Tech Support & Specifications T-600 X26

110 PRODUCTS

T-600 110 50-Pair Wiring Base 110 100-Pair Wiring Base with Legs

Top View End View Top View End View

1.66" 1.62" 3.62"

5.3" 8.5" 1.41" 3.46"

110 50-Pair Wiring Base with legs 8.11" 10.7" 3.3" Top View End View

1.8" 1.66" 110 300-Pair Wiring Base with Legs

Top View End View 8.11"

10.7" 3.3"

110 100-Pair Wiring Base

Top View End View 10.87"

3.44" 10.63" Tech Support & Specifications Tech 3.38"

5.56" 8.5" 1.41"

100-Pair Legs 8.11"

Top View End View 10.7" 3.3"

3.61" 110 Horizontal Cord Manager with Legs 3" Top View End View

1.8" 1.73"

1.57" .5" 2.81" 2.88" 8.46" .5" 2.52"

10.72 " 4.37" 50-Pair Legs

Top View End View 110 Horizontal Cord Manager without Legs

1.8" Top View End View 1.2"

1.73"

1.57" .5" 2.81" 2.88" 5.3" 8.46" 2.52"

110 89D 50-Pair Wiring Base

Top View Side View

2.2" 2.09" 1.91" 1.66" 1.53" 1.59"

5.3" 10" 8.11"

Tel (800) 722-2082 Fax (425) 483-5270 [email protected] Canada (800) 405-5320 Can Fax (800) 563-1853 nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 5.23" 21.5" 1.73" 21.5" 19.13" 19.13" 110 Vertical CordManagerwithTray 1.5" 11" 1.5" 4.09" 110 RackMountHorizontalCordManager rn iwSideView Front View 110 RackMount300-Pair Wiring Base 8.5" 5" rn iwSideView Front View 8.38" 8.5" 6" 110 Tower 4.09" Top View o iwEndView Top View 2.63" 19" 19" 2.63" 5.63" 5.63" 9.25" 9.13" 1" 3.5" 16.79" 16.44" 110 Vertical CordManagerExtension 8.25" 1.5" 1.5" 110 PRODUCTS End View 1.75" 2.87" 16.38" rn iwSideView Front View 110 Tower Extension 8.38" 8.5" 6" 3.46" 1.73" rn iwSideView Front View 8.5" 5" 110 RackMount200-Pair Wiring Base 110 RackMount100-Pair Wiring Base 8.25" 5.5" 3.5" 9" 1" 3.5" o iwEndView Top View o iwEndView Top View 19" 19" .926" .926" 110 C-5ConnectorBlock .926" 110 C-4ConnectorBlock 110 C-3ConnectorBlock 1.50" 1.197" .90" 1.75" 1.75" .3" .3" .24" .3" .24" .24" X27

Tech Support & Specifications T-600 X28

FIBER PRODUCTS

Small Wall-Mount Panel Medium Wall-Mount Panel Large Wall-Mount Panel T-600

3.5" 5.25" 5.25"

8" 14"

17"

13"

12" 15"

Low-Profile 1RU Rack-Mount Panel Universal 2RU Panel

19" 19"

Tech Support & Specifications Tech 1.75" 3.5"

12" 12"

3RU Rack-Mount Panel Fiber Density Chart

RACK MOUNT OPTIONS WALL MOUNT OPTIONS 19" Small Low Profile 1RU Holds up to 2 Mounting Plates Holds 1 High-Density Bulkhead w/ 6-pack ST or FC = up to 12 Fibers or w/out 2 Mounting Plates 8-pack ST or FC = up to 16 Fibers 6-pack ST or FC = up to 12 Fibers 3-pack Duplex SC = up to 12 Fibers 8-pack ST or FC = up to 16 Fibers 6-pack SC = up to 24 Fibers 3-pack Duplex SC = up to 12 Fibers 6-pack MT-RJ = up to 24 Fibers 5.25" 6-pack SC = up to 24 Fibers 12-pack MT-RJ = up to 48 Fibers 6-pack MT-RJ = up to 24 Fibers 12-pack MT-RJ = up to 48 Fibers Medium Holds up to 4 Mounting Plates 12" 2RU 6-pack ST or FC = up to 24 Fibers Holds up to 6 Mounting Plates 8-pack ST or FC = up to 32 Fibers 6-pack ST or FC = up to 36 Fibers 3-pack Duplex SC = up to 24 Fibers 8-pack ST or FC = up to 48 Fibers 6-pack SC = up to 48 Fibers 3-pack Duplex SC = up to 36 Fibers 6-pack MT-RJ = up to 48 Fibers 6RU Rack-Mount Panel 6-pack SC = up to 72 Fibers 12-pack MT-RJ = up to 96 Fibers 6-pack MT-RJ = up to 72 Fibers 12-pack MT-RJ = up to 144 Fibers Large Holds up to 12 Mounting Plates 19" 3RU 6-pack ST or FC = up to 72 Fibers Holds up to 12 Mounting Plates 8-pack ST or FC = up to 96 Fibers 6-pack ST or FC = up to 72 Fibers 3-pack Duplex SC = up to 72 Fibers 8-pack ST or FC = up to 96 Fibers 6-pack SC = up to 144 Fibers 17" 3-pack Duplex SC = up to 72 Fibers 6-pack MT-RJ = up to 144 Fibers 6-pack SC = up to 144 Fibers 12-pack MT-RJ = up to 288 Fibers 6-pack MT-RJ = up to 144 Fibers 12-pack MT-RJ = up to 288 Fibers

6RU

10.44" Holds up to 24 Mounting Plates 6-pack ST or FC = up to 144 Fibers 8-pack ST or FC = up to 192 Fibers 3-pack Duplex SC = up to 144 Fibers 6-pack SC = up to 288 Fibers 6-pack MT-RJ = up to 288 Fibers 12-pack MT-RJ = up to 576 Fibers

12"

Tech Support & Specifications T-600 X30

GLOSSARY

Most of these definitions have Cable Bend Radius The amount of bend that can occur T-600 been extracted (with editing for before a cable may sustain damage or increased attenuation. space restrictions) from Newton’s Category 3 CAT3, A Category of Performance for inside wire Telecom Dictionary (15th Edition), and cable systems. Commonly used for voice applications published by Telecom Library, Inc. and data to 10 Mbps. Defined by FCC Part 68, ANSI/EIA/TIA- To purchase a copy, write to: 568, TIA TSB-36 and TIA TSB-40. Telecom Library, 12 West 21 Street, New York, NY 10010 or visit your Category 5 CAT5, A Category of Performance for inside wire favorite online bookstore. and cable systems. Used in support of voice and data applications requiring a carrier frequency of up to 100 MHz. Now the most common cabling being installed for LAN connectiv- A ity. Defined by FCC Part 68, EIA/TIA-568, TIA TSB-36 and TIA ATM Asynchronous Transfer Mode. A very high-speed trans- TSB-40. mission technology, ATM features high bandwidth, low delay, Category 5e (Enhanced) CAT5e, A Category of Performance packet-like switching and multiplexing. Utilizes fixed-size cells for inside wire and cable. Used in support of signalling rates with header and information fields. of up to 100MHz over distances of up to 100 meters. Calls for Amplitude The distance between high or low points of a tighter twists, electrical balancing between pairs and fewer waveform or signal. Also referred to as wave “height”. cable anomalies. CAT5e is intended to support 100Base-T, ATM and Gigabit Ethernet. Attenuation Loss of volume during transmission, or decrease in the power of a signal, light beam, or light wave. Category 6 CAT6, A developing cable standard for UTP Measured in decibels. Opposite of gain. (Unshielded Twisted Pair) intended to support signaling rates up to 200 MHz. Applications will include 100Base-T, ATM and AWG American Wire Gauge. Standard measuring gauge for Gigabit Ethernet and wiring under development. Tech Support & Specifications Tech non-ferrous conductors (i.e., non-iron and non-steel). Gauge measures the diameter of a conductor (thickness of cable). Category of Performance Cabling and cabling component standard adopted by the telecommunications industry. B Cladding The transparent material, usually glass, that sur- Backbone Wiring The physical/electrical interconnections rounds the core of an optical fiber, causing any dispersed light between telecommunications closets and equipment rooms. to be reflected back into the central core, thereby helping to Cross-connect hardware and cabling in the Main and maintain signal strength over long distances. Intermediate Cross-Connects are considered part of the back- Cleaving To cut the end of fiber at 90 degrees with as few bone wiring. rough edges as possible before a fiber termination. Bandwidth The difference between the highest and the low- CO Central Office. Telephone company facility where sub- est frequencies of a transmission channel (path for informa- scribers’ lines are joined to switching equipment for connection transmission). Identifies the amount of data that can be tion to each other, locally and long distance. Sometimes the sent through a given channel. Measured in Hertz (Hz); higher same as the overseas term “public exchange”. bandwidth numbers mean higher data capacity. Coaxial Cable A cable composed of an insulated central Bend Radius (Fiber) Radius of curvature that a fiber can conducting wire wrapped in another cylindrical conductor bend without breaking. Also see Cable Bend Radius (the shield). The whole thing is usually wrapped in another BICSI (Building Industry Consulting Service International) insulating layer and an outer protective layer. A coaxial cable Bicsi is a non-profit professional association, for the promo- has great capacity to carry vast quantities of information. It is tion of telecom industry standards. typically used in high-speed data and CATV applications. Bit Error Rate (BER) In digital applications, the percentage Compliance A wiring device that meets all characteristics of of received bits in error to the total number of bits received. a standard is said to be in compliance with that standard. Usually expressed as a number to the power of 10. For exam- Conductor Any substance, usually a wire or cable, that can ple 10 to the fifth power means that one in every 100,000 bits carry an electrical current. transmitted will be wrong. Connecting Block Also called a terminal block, punch-down Buffer Coating Protective material coating applied to fibers. block, quick-connect block, or crossconnect block. A plastic Stated in microns. block containing metal wiring terminals to establish connec- Bus A network topology in which nodes are connected to a tions from one group of wires to another. Usually each wire single cable with terminations at each end. can be connected to several other wires in a bus or common arrangement. There are several types of connecting blocks: 66 C clip, BIX, Krone, 110, etc. A connecting block has insulation displacement connections (IDCs), which means you don’t Cable Assembly A fixed length of cable with connectors have to remove insulation from around the wire conductor installed on both ends. Sometimes called a Patch Cord, or before you “punch it down” (terminate it). Patch Cable.

Tel (800) 722-2082 Fax (425) 483-5270 [email protected] Canada (800) 405-5320 Can Fax (800) 563-1853 nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 requires achemical bond,orepoxy. Epoxy Connector nications outletsordevices.See alsoDevice. ment (computers,phones,faxes, etc.)plugsintotelecommu- Equipment trical andmagneticfields. nal transmissionorreceptioncausedbytheradiationofelec- (EMI) Electromagnetic Interference www.tiaonline.org. Telecommunications IndustryAssociation. Seewww.eia.org or though ithasrecentlybeenabsorbedbytheTIA, or companies. ManyassociationsfallundertheumbrellaofEIA, manufacturers whichsetstandardsforuseofitsmember EIA E Dial. DTMF to ahouseorbuildingforconnectionprotector. Drop Wire into thedevice.SeealsoEquipmentandPlug. Equipment (acomputer, phone,faxmachine,etc.)thenplugs tions, a“device”isthephysicalinterconnectionoutlet. Device premises. wiring. The protectiveapparatusorwiringatasubscriber’s telephone companyterminalequipmentandyourbuilding Demarcation Point strength. so thereforea6dBlossisof75% oftotalsignal dard signalsource.Every3dBequals50% ofsignalstrength, usually therelationbetweenatransmittedsignalandstan- dB (Decibel) stream" fromthebreak.SeealsoHomeRun. since abreakinthewiringwoulddisablealljacks"down- previous jack.DaisychainisNOT thepreferredwiringmethod, each telephonejackinabuildingiswiredseriesfromthe Daisy Chain D Crosstalk closet, orsatellitecloset. used. The crossconnect islocatedinanequipmentroom,riser connections. Inanopticalcrossconnect,fiberpatchcordsare connect, jumperwiresorpatchcordsareusedtomakecircuit nate andadministercommunicationcircuits.Inawirecross- Crossconnect though alljacksareconnectors,notconnectorsjacks. Note: Connectorsaresometimesreferredtoasjacks,but ing connectorortosomeothertelecommunicationsdevice. or wireisusedtojointhatcableanotherwithamat- cross connects.Aconnectorattheendofatelephonecable tors mostoftenjointransmissionmediatoequipmentor equipment orotherwiresfibers.Wire andopticalconnec- Connector Electronic IndustriesAlliance.Atradeorganizationof Acronym forDualTone, Multi-Frequency. SeeTone As distinguishedfromequipment.Intelecommunica- See Near-EndCrosstalk. A devicethatconnectswiresorfibersincableto Outside wirepair(s)fromthetelcoplant(cable), As distinguishedfromDevice. Telecom equip- In telecommunications,awiringmethodwhere A dBisaunitofmeasuresignalstrength, Distribution systemequipmentusedtotermi- A typeoffiberopticconnector that The pointofinterconnectionbetween The interference insig- The interference and electricalconductors. Hybrid Connector and fortheirabilitytoisolatenodesfromdisruption. hubs areusefulfortheircentralizedmanagementcapabilities Ring. Hubhardwarecanbeeitheractiveorpassive.Wiring core ofastarasinARCNET, Ethernet,andToken StarLAN, Also, aswitchingnode.InLocalAreaNetworks,hubisthe Hub See alsoStarWiring, DaisyChain. cabling. Somelocalareanetworksworkonhomerunwiring. allkeysystemsworkonhomerun andvirtually All PBXs cabling. Everycableradiatesoutfromthecentralequipment. equipment. Homeruncablingcanbethoughtofas“star” run fromeachphonedirectlybacktothecentralswitching Home Run will runatpeakaccuracy, efficiencyandthroughput. help ensurethatcurrentandfuturehighspeedapplications 'safetynet'to andprovides aperformance bit-error rate(BER), requirements. The benefitofheadroomisthatitreducesthe of decibelsbywhichasystemexceedstheminimumdefined Headroom (alsocalledOverheadorMargin) H amounts ofdata. are transmittedoverlongdistancescarryingenormous optics arethinfilamentsofglassthroughwhichlightbeams information fromonepointtoanother. Morespecifically, fiber Fiber Optics a fiberinplaceandaidsitsalignment. Ferrule F done attheIDF. This savesconfusionin wiring. andIDF.running betweentheMDF The changesinwiring are phone wiring.There’s usuallyapermanent, largecable andindividual between theMainDistribution Frame (MDF) inter-building cablingand the intra-buildingcabling,i.e. Consists ofcomponentsthat provide theconnectionbetween to connectcablesandlocated inanequipmentroomorcloset. IDF the conductor, causingtheelectricalconnection tobemade. which cutsintotheinsulationwireandmakescontactwith termination wherewireis“puncheddown”intoametalholder Insulation DisplacementConnection(IDC) due toallcauses,usuallyexpressedasdecibel/kilometer. circuit. Inopticalfiber, lossistheopticalpower insertion intothe received beforeandaftersomethingisinserted Loss Insertion I by DEC, Inteland Xerox.ComparewithToken Ring. at speedsupto10 arebeingpromoted Mbps.EthernetLANs col thatoperatesovertwistedpairwireandcoaxialcable same building.Ethernetisaphysicallinkanddataproto- computers, printers,workstations,terminals,etc.withinthe Ethernet Intermediate DistributionFrame. Ametalrackdesigned The pointonanetworkwherecircuitsareconnected. A componentofafiberopticconnectionthatholds A typeoflocalareanetworkusedforconnecting Phone systemwiringwheretheindividualcables A technology inwhichlightisusedtotransport A technology The differenceintheamountofpower A connectorcontainingbothopticalfiber A typeofwire The number X31

Tech Support & Specifications T-600 X32

IEEE 802.3 IEEE stands for the Institute of Electrical and MMJ Modified Modular Jack. A six-wire modular jack with Electronic Engineers, a publishing and standards-making body the locking tab shifted off to the right hand side. Used in the

T-600 responsible for many standards used in LANs, including the DEC wiring system. 802 series. Ethernet and StarLan both follow the 802.3 stan- Modular Equipment is said to be modular when it is made dard. Typically they transmit at 10 megabits per second. This of “plug-in units” which can be added together to make the is the most common local area network specification. system larger, improve the capabilities, or expand its size. Impedance The total opposition (i.e. resistance and reac- MT-RJ A small form factor style of fiber optic connector that tance) a circuit offers to the flow of alternating current. It is is defined by its high density footprint and RJ-47 locking measured in ohms, and the lower the ohmic value, the better mechanism. the quality of the conductor. Multimode An optical fiber designed to allow light to carry Interconnect 1. A circuit administration point, other than a multiple carrier signals, distinguished by frequency or phase, crossconnect or an information outlet, that provides capabili- at the same time. (Contrasts with singlemode.) ty for routing and rerouting circuits. It does not use patch cords or jumper wires, and typically is a jack-and-plug device N used in smaller distribution arrangements or that connects circuits in large cables to those in smaller cables. 2. An Nanometer One billionth of a meter, abbreviated nm. The Interconnect Company is one which sells, installs, and main- nanometer is a convenient unit for describing the wavelength tains telephone systems for end users, typically businesses. of light. ISDN Integrated Services Digital Network. According to AT&T, Near-End Crosstalk (NEXT) Electrical noise coupled from today’s public switched phone network has many limitations; one pair of wires to another within a multi-pair cable. ISDN’s vision is to overcome these deficiencies. Network A network ties things together. Computer networks connect all types of computers and computer- related things— J terminals, printers, modems, door entry sensors, temperature monitors, etc. The networks we’re most familiar with are long

Tech Support & Specifications Tech Jack A receptacle used in conjunction with a plug to make electrical contact between communication circuits. Jacks and distance ones, like phones and trains. Local Area Networks their associated plugs are used in a variety for connecting (LANs) connect computer equipment within a building or hardware applications including cross connects, intercon- campus. nects, information outlets, and equipment connections. Jacks O are used to connect cords or lines to telephone systems. A jack is the female component of a plug/jack connector sys- Open (Fault) Means that the circuit is not complete or the tem, and may be standard, modified, or keyed. cable/fiber is broken. Jacket Also Cable Jacket or Sheath. The outer covering Outlet A telecommunications outlet is a single-piece cable applied over internal cable elements for protection. termination assembly (typically on the floor or in the wall), containing one or more modular telecom jacks. Such jacks L might be RJs, coaxial terminators, fiber optic couplers, etc. See LAN Local Area Network. A short distance network (typically also Device and Equipment. within a building or campus) used to link together computers P and peripheral devices (such as printers) under some form of standard control. Part 68 Requirements Specifications established by the FCC Loop 1. Typically a complete electrical circuit. 2. The loop is as the minimum acceptable protection communications also the pair of wires that winds its way from the central office equipment must provide the telephone network. to the telephone set or system at the customer’s office, home Patching A means of connecting circuits via cords and con- or factory (i.e., 'premises' in telephony terms). nectors that can be easily disconnected and reconnected at another point. May be accomplished by using modular cords M connected between jack fields or by patch cord assemblies Mbps MegaBits Per Second. One million bits per second. that plug onto connecting blocks. (Different from MBps, or a million bytes per second.) PBX Private Branch Exchange. A small, privately-owned ver- MDF Main Distribution Frame. A wiring arrangement which sion of the phone company’s larger telephone central switch- connects the telephone lines coming from outside on one ing office. side and the internal lines on the other. A main distribution Performance Compare with Compliance. A device can frame may also carry protective devices as well as function as exhibit performance characteristics without being compliant a central testing point. to an industry standard. MHz Megahertz. A unit of frequency denoting one million Plug A male component of a plug/jack connector system. In Hertz (i.e., 1,000,000 cycles per second). premises wiring, a plug provides the means for a user to con- MIcron One thousandth of a millimeter, or one millionth of nect communications equipment to the communications out- a meter. Can be used to specify the core diameter of fiber- let. optic network cable.

Tel (800) 722-2082 Fax (425) 483-5270 [email protected] Canada (800) 405-5320 Can Fax (800) 563-1853 nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 modal dispersion. propagate. This eliminatesthemainlimitation tobandwidth, Singlemode trimming whendevicesarechanged out. on thewireandwoundinboxtoaccommodatefuture communications outlet,afairamountof“slack”shouldbe left Loop Service Series Wiring S tion, 4-conductorjack". ductors. Example:"8-position,8-conductorjack"or"6-posi- number ofpositions(widthopening)andcon- A muchmoreprecisewaytoidentifyajackisspecify the etc. arewidelymisusedinthetelecommunicationsindustry. withtheFCC. Numbers,like RJ-11,cations registered RJ-45, RJ up atelephoneconnection.SeeTip. Ring AsinTip andRing.Oneofthetwowiresneededtoset signal tothepowerofreflectedback. is aratio,expressedindecibels,ofthepoweroutgoing a transmissionlineandtheimpedanceatitsterminations.It Return Loss plines. telecommunications wiringindustryandassociateddisci- have demonstratedasuperiorlevelofknowledgethe Building IndustryConsultingServiceInternational).RCDDs (the byBICSI Designer) titleisaprofessionalratinggranted RCDD from AT&T in1984. System duringthedivestitureofBelloperatingcompanies werecarvedoutofthe oldAT&T/Bell(BOCs). The RBOCs each ofwhichownstwoormoreBellOperatingCompanies RBOC R jack. nects thecommunicationsoutletstonetworkinterface wiringthatcon- user’s premises,especiallythesupporting Premises Wiring System separated byapublicroadorhighway. (exceptrailroadrightsofway,or contiguousproperty etc.)not tomer orauthorized/jointuserinabuilding(s)oncontinuous Premises one pairismeasured. mathematical sumofpair-to-paircrosstalkfromthreepairsto Power Sum calls. NoaddedfeatureslikeCallWaiting orCallForwarding. access tothepublicswitchednetwork.Justreceiveandplace ing standardsinglelinetelephones,telephonelinesand POTS which. Which isthe negative?Polarity isthetermdescribingwhich Polarity Registered Jack. RJs aretelephoneanddatajacks/appli- Jack.RJs Registered Plain OldTelephone Service.The basicservicesupply- Regional BellOperatingCompany. exist, Regional SevenRBOCs The RCDD (Registered Communications Distribution The RCDD(Registered Which side ofanelectricalcircuitisthepositive? Telephony termforthespaceoccupiedbyacus- A fiberthatallowsonlyasingle modeoflightto A measureofthesimilarityimpedance A testmethodforfourpaircablewherebythe When adeviceisterminatedtothewirein See DaisyChain. The entire wiringsystemonthe loops snakingtoservedworkstations. Token rings aretypicallyinstalledincentralizedclosets,with cable) canbefixedeasily, sinceit’seasytoisolatethefaults. isthatmediafaults(broken The advantageoftokenringLANs circle fromoneworkstationtoanother. asacircle,withthetokenpassingaround works logically always wired ring.Whatever thewiring,atokenringLAN centers. The mostcommonwiringschemeiscalledastar- stations wiredtoacentralwiringcenter, ortomultiplewiring A tokenringcanbewiredasacircleorstar, withthework- ever communicationsmediathetokenringnetworkisusing. token thentransmitsandusestheentirebandwidthofwhat- transmitting.The workstationwiththe workstation canstart attached terminalorworkstationbeforethat or which asupervisoryframe,ortoken,mustbereceivedbyan Token Ring Tone MultiFrequency, orDTMF. ber pushed.The technicallycorrectnamefortonedialisDual ent sound(infact,acombinationoftwotones)foreachnum- Tone Dial normal electricalcircuit.SeeRing. the telco.Itisphoneindustry’sequivalentofGroundina pair whichisusuallyconnectedtopositivesideofabatteryat Aconductorinatelephonecable called the“ring”wire.)2. Tip (Electronic IndustriesAlliance).Seewww.tiaonline.org. member companies.Formerly fellundertheumbrellaofEIA, ization ofmanufacturerswhichsetsstandardsforuseits TIA cally apieceofequipment. Terminate Ten Base-T Telco networks. the defensetolinkdissimilarcomputersacrossmanykindsof TCP/IP the subscriber’sloop,whichallowsvoiceconversation. Talk Battery overT1networks. used toconnectLANs networks acrossremotedistances.Bridgesandroutersare (1,544,000 bitspersecond.)T1linesareusedforconnecting ital transmissionlinkwithacapacityof1.544 Mbps T1 T Star Wiring/Star Topology organizations. by committeesworkingundervarioustradeandinternational Standards necting theconductorspair-to-pair. Splice A standard for digital transmission in North America.Adig- transmissioninNorth A standardfordigital Telecommunications IndustryAssociation.Atradeorgan- .The firstwireinapairofwires.(The secondwireis 1. An AmericanismforTELephoneCOmpany. The joining oftwoormorecablestogetherbycon- A set of protocols developed by the department of A setofprotocolsdevelopedbythedepartment A push-buttontelephonedialthatmakesadiffer- To connectawireconductortosomething,typi- Agreed principlesofprotocol.Standardsareset Agreed See10Base-T atendofGlossary. A ring topology for a local area network (LAN) in foralocalarea network(LAN) A ringtopology The DCvoltage suppliedbythecentralofficeto See HomeRun. X33

Tech Support & Specifications T-600 X34

Topology As in network topology. The geometric physical or electrical configuration describing a local communication network; the shape or arrangement of a system. The most com- T-600 mon topologies are the bus, ring and star. TP-PMD Twisted Pair - Physical Media Dependent. Technology under review by the ANSI X3T9.5 working group that allows 100 Mbps transmission over twisted-pair cable. Twisted Pair Two insulated copper wires twisted around each other to reduce induction (thus interference) from one wire to the other. The twists, or lays, are varied in length to reduce the potential for signal interference between pairs. Several sets of twisted pair wires may be enclosed in a single cable. In cables greater than 25 pairs, the twisted pairs are grouped and bound together.

U UL Underwriters Laboratories, a privately owned company that tests to make sure that products meet safety standards. UL also administers a program for the certification of Category-Rated Cable. USOC Universal Service Order Code. An old Bell system term identifying a particular service or equipment offered under

Tech Support & Specifications Tech tariff. UTP Unshielded Twisted Pair. See Twisted Pair.

W Workstation The working area in a building required by one telecommunications user. Industry standards call for one voice drop and one data drop for each workstation. The voice drop is one 4-pair unshielded twisted pair (UTP). The data drop may be 100Ω 4-pair UTP, 150Ω 2-pair shielded twisted pair (STP), or optical fiber.

10BASE-T This is the IEEE standard that defines the requirement for sending information at 10 Mbps on unshielded twisted-pair cabling, and defines various aspects of running Ethernet on this cabling. 100BASE-T This is the IEEE standard that defines the requirement for sending information at 100 Mbps on unshielded twisted-pair cabling, and defines various aspects of running baseband Ethernet on this cabling. 1000BASE-T This is the proposed IEEE standard that defines the requirement for sending information at 1000 Mbps on unshielded twisted-pair cabling, and defines various aspects of running baseband Ethernet on this cabling.

Tel (800) 722-2082 Fax (425) 483-5270 [email protected] Canada (800) 405-5320 Can Fax (800) 563-1853 nlTl(2)4622 nlFx(2)4597 nlEal nllvtnocdt.o www.levitonvoicedata.com IntlEmail:[email protected] IntlFax(425) 485-9170 Intl Tel (425)486-2222 13-D B13 B20 41034-IDA F7 41030-SMJ F6 41030-0FT G7 41020-SPR E22 4101 40988 E21 40986 E21 40985-TW9 E22 40985-TW6 E21 40985-Q6 E21 40985-HPM E22 40985-HPC E22 40985-2P9 E22 40985-2P6 E22 40985-1P9 E22 40985-1P6 E22 40866-DSS B4 40856-DSS B4 40837-B*E B4 B4 40833-B*E B4 40833-B*R 40832-I 40832-W 40831-B* B4 40830-B*Y B4 B4 40830-B*R B4 G3 40830-B*E B20 40812-RTK B12 B3 40740-BE B12 40734-SV* B12 40580 B12 40549 B14 40538 B12 40280 B12 40263-* B14 40259 B12 40258 B12 40253-* B14 40249 B14 40238 Page 40226-S 40223-S A2,C6 Part No. C14 40089-00D 40089-00B C13 Page G8 40072-T* 40070-MDP Part No. C12 40067-BC C14 40066-MW2 C12 Page 40066-MW C12 40066-MR Part No. C12 40066-M50 C12 C14 40066-M25 Page 40054-DSS 40054-DS C14 C13 Part No. C13 40050-MHO C13 40050-MHG Page 40050-MCV Part No. INDEX BYP INDEX BYP -P F6 0-SPW C13 ART NUMBER ART NUMBER 19-T B7 B7 41293-4T* 41293-4C* 41293-2F* B7 B7 41292-ZF* B7 41292-PC* B7 41292-PF* B7 41292-2T* B7 B7 41292-2C* B7 41292-2B* B7 41291-ZT* B7 41291-2T* B7 41291-PF* 41291-PC* B7 41291-2T* B7 B7 41291-2Q* 41291-2C* 41291-1V* B7 B7 41291-1R* B7 B7 41291-1M* B7 41291-1B* 41290-SM* B7 41290-DR* B7 F7 41290-DM* F6 41225-SAP A6,B3 41150-019 A4,B3 41108-R*8 B3 41108-R*5 A6,B3 41108-R*3 A6,B3 41108-K*5 C11 41106-R*6 41100-HLD C8 410L2-50 C8 B19 410L2-100 B19 41089-6*P B19 41089-4*P B19 41089-2*P B14 41089-12* 41088-IDB B11 41087-Q*P B11 B14 B5 41087-2*P 41086-IDB B4 41084-* B4 41084-F*F B4 41084-B*F B9 41084-B*B B20 41080-**P B12 41080-L*B B12 41058-IDD B12 41058-*DA B12 41056-*DD B14 41054-IDD B14 41048-IDB B14 41048-IDA B14 41046-IDA B13 41044-IDA B13 41038-IDA B13 41038-*DB 41036-IDA 1B-M C9 42080-*** B9 C9 41MB2-SMF C9 41MB2-SME C9 41MB2-EXT C11 41MB2-3FT C8 41LBL-00* C8 41DW2-100 C8 41DW1-589 C10 41DW1-50 C10 41DR2-300 C10 41DR2-200 C10 41DR2-100 C8 41DBR-*FT C10 41DB1-5FT C8 41D1R-HCM C8 41D10-HCM C8 41AW2-300 C8 41AW2-100 C11 41AW1-50 C8 41A86-1FT C8 41AB2-3FT C8 41AB2-1FT C9 41A10-HCM C9 B10 41880-EXT B10 41880-300 B11 41688-* B11 B11 41666-* 41652-6F B11 41652-6 B11 41652 B10 41650-F B10 41650-6 B10 41646-* B10 41644-* C11 41643-* C11 41642-* C11 41620-I 41610-I B13 41600-I B13 41368-IDI B13 41367-ID* B13 41366-ID* B13 B13 41365-IDI 41364-ID* B13 41361-IDI 41360-IDI B7 41296-MM* B7 B7 41295-5B* B7 41294-ZF* 41294-PF* B7 41294-PC* B7 B7 41294-2T* B7 41294-2Q* 41294-2C* 41294-2B* B7 41293-ZT* B7 B7 41293-PF* 41293-PC* B7 81-AE11 E17 48210-VA E17 48210-SRU E17 48210-MSU E17 48210-MRU E14 48210-MCH E12 48210-DSM E13 47691-3MS E12 47690-NFA E12 47690-8C2 E21 47690-8C E12 47690-6S E12 47690-6C2 E12 47690-6C E12 47690-4C2 E11 47690-4C C6 E10 47690-38B E15 47689-QP E15 47689-B 47673-E E15 47633-T E15 47621-WV E15 47621-MIE E21 47621-CMS E13 47615-NYL E21 E15 47612-MMA E15 47609-4X4 47608-B E8 47608-A E9 47605-ETX E20 47605-EH E10 47605-DP A8,E3 47605-C5B A8,E3 47605-42W A8,E4 47605-28W E4 47605-14W A8,E5,E7 47605-*** A8,E5,E7 47604-CR E10 47604-*** E10, E15 47603-C5 A8,E7 47603-110 E5 47603-*** E5 47602-BKE F6 47602-24E G8 46700-SLG 46666-BTS G8 46666-BTB G8 B12 46666-BT B12 4625B-48* B12 4625B-46* F6 4625B-44* F7 45224-RCS F7 43115-075 F7 43115-015 F7 43112-012 F7 43108-008 B20 E7 43105-005 42777-*** 42400-G 90-L G5 G7 G4 49800-SLA 49800-CON G8 49660-C G7 49575-CTS G7 49562-TSK G7 49562-KIT 49561-TIP G7 49561-SSP G7 G7 49561-LCC G7 49560-TTS G8 49560-LCC G8 49553-KRN G8 49553-BIX 49553-AWL G8 49553-814 G8 G8 49553-110 49553-066 A2,C4 49291-1M* B7 F8 49270-U** F8 49261-BKT F8 49260-MR6 F8 49260-MR3 C6,C7 49258-TWB C6,C7 49257-Q** C6 49257-I** C6 49255-Q89 C6 49255-Q** C7 49255-H** F8 49254-BP* F8 49253-LPM F8 49253-BCM F8 49252-PCM F8 49252-P02 C7 49252-P01 B20 49251-W** C13 49222-*** C13 49114-QIA C13 49112-QIA C11 49111-QIA 49105-IDC 49104-IDC C11 C11 49104-I50 C11 C5 49103-IDC C5 49005-CMB C5 49004-J** C5 49003-P** G3 49002-J** F7 49001-JOE F7 48900-OFR E19 48900-IFR E19 48213-ECC E18 48213-CVS E14 48213-*DC E20 48213-VMA E16 48212-DCS E16 48211-*VK E16 48211-*VC 48211-6A X35

Tech Support & Specifications T-600 X36

INDEX BY PART NUMBER (CONTINUED)

Part No. Page Part No. Page Part No. Page Part No. Page Part No. Page T-600 49800-SLT G5 49900-H*4 B15 5R430-00N D5 81003 B16 APDST-S** D8 49800-UTK G4 49900-H*2 B15 5R440-00N D5 81004 B16 APDTF-S** D8 49800-UTP G4 49900-E*4 B15 5R460-00N D5 81016 B16 APDTM-S** D8 49882-MST B5 49900-S*2 B15 5R730-00N D6 81401 B17 APSCF-S** D8 49882-SAD D10 49900-S*4 B15 5R740-00N D6 81409 B17 APSCT-S** D8 49882-SST A7, B5 50DCF-S** D8 5R760-00N D6 81411 B17 APSFC-S** D8 49883-MAD D10 50DCM-S** D8 5R930-00N D6 83003 B16 APSSC-S** D8 49883-MFC A7, B5 50DCT-S** D8 5R940-00N D6 83004 B16 APSST-S** D8 49883-SAD D10 50DMJ-S** D8 5R960-00N D6 83016 B16 APSTF-S** D8 49883-SFC A7, B5 50DFC-S** D8 5S100-SLM D4,D5, 83401 B17 PCDCF-S** D8 49884-BAD D10 50DSC-S** D8 D6 83409 B17 PCDCM-S** D8 49884-DPC B5, D10 50DST-S** D8 5T000-**T D5, D10 83411 B17 PCDCT-S** D8 49884-MAD D10 50DTF-S** D8 5W110-00N D7 84003 B16 PCDFC-S** D8 49884-MSC A7, B5 50DTM-S** D8 5W120-00N D7 84003-40 B16 PCDMJ-S** D8 49884-SAD D10 50SCF-S** D8 5W170-00N D7 84004-40 B16 PCDSC-S** D8 49884-SSC A7, B5 50SCT-S** D8 5W310-00N D7 84016 B16 PCDST-S** D8 49885-SBS B5 50SFC-S** D8 5W320-00N D7 84016-40 B16 PCDTF-S** D8 49885-SLV B5 50SSC-S** D8 5W370-00N D7 84041 B16 PCDTM-S** D8 49886-03F G4 50SST-S** D8 5W710-00N D7 84401-40 B17 PCSCF-S** D8 49886-12F G4 50STF-S** D8 5W720-00N D7 84409-40 B17 PCSCT-S** D8 49886-BR2 G4, G5 52455-*** A6, C7 5W770-00N D7 84411-40 B17 PCSFC-S** D8

Tech Support & Specifications Tech 49886-BR9 G4, G5 5500-190 C7 61109-R*6 A2, B3 84412-40 B17 PCSSC-S** D8 49886-CST G5 5500-192 C7 62455-*** A2, C7 84455-40 B17 PCSST-S** D8 49886-CTT G6 59484-U** A6, C3 62DCF-S** D8 85003 B16 PCSTF-S** D8 49886-FCT G6 59484-U89 A6, C3 62DCM-S** D8 85008 B17 SPDCF-S** D8 49886-FIT G5 5D000-1RM D4 62DCT-S** D8 85030 B16 SPDCM-S** D8 49886-FSP G4, G6 5D000-2RM D6 62DMJ-S** D8 85041 B16 SPDCT-S** D8 49886-GLS G4, G5 5D000-2RP D6 62DFC-S** D8 86003 B16 SPDFC-S** D8 49886-OTT G5 5D000-3R* D5 62DSC-S** D8 86004 B16 SPDMJ-S** D8 49886-SPD G4, G6 5F100-*** D9, E13 62DST-S** D8 86008 B17 SPDSC-S** D8 49886-PUC G4 5G108-R*5 A4, B3 62DTF-S** D8 86014 B17 SPDST-S** D8 49886-SCP G4 5G109-A*5 B20 62DTM-S** D8 86016 B16 SPDTF-S** D8 49886-SCR G4 5G109-R*5 A4, B3 62SCF-S** D8 86025 B17 SPDTM-S** D8 49886-SIS G4, G6 5G455-*** A4, C7 62SCT-S** D8 86030 B16 SPSCF-S** D8 49886-SLC G5 5G584-U** A4, C3 62SFC-S** D8 86041 B16 SPSCT-S** D8 49886-SLG G5 5G584-U89 A4,C3 62SSC-S** D8 87003 B16 SPSFC-S** D8 49886-SMP G5 5L000-LOK D5, D6, 62SST-S** D8 87004 B16 SPSSC-S** D8 49886-STP G4, G5 D7 62STF-S** D8 87014 B17 SPSST-S** D8 49886-TVC G4, G5, 5P030-0AB D4 80301-* B17 87016 B16 SPSTF-S** D8 G6 5P030-0HB D4 80309-* B17 87025 B11 UPDCF-S** D8 49886-VFA G6 5P130-00N D4 80311-* B17 88004 B16 UPDCM-S** D8 49886-VWA G5, G6 5P230-0AB D4 80312-* B17 88008 B17 UPDCT-S** D8 49886-WRE G4, G5 5P230-0HB D4 80401-* B17 88014 B17 UPDFC-S** D8 49886-X3F G4 5P330-0AA D4 80401-N* B17 88016 B16 UPDMJ-S** D8 49887-06L D10 5P330-0AB D4 80401-N* B17 88025 B17 UPDSC-S** D8 49887-06S D10 5P330-0HA D4 80401-N* B17 88030 B16 UPDST-S** D8 49887-12L D10 5P330-0HB D4 80409-* B17 88041 B16 UPDTF-S** D8 49887-12S D10 5R030-0AB D4 80409-N* B17 BEZEL-MT* B20 UPDTM-S** D8 49888-*SF A7 5R030-0HB D4 80411-* B17 BEZEL-WHT B20 UPSCF-S** D8 49888-*SW A7 5R100-0FR D5, D10 80412-* B17 N138-* B17 UPSCT-S** D8 49888-5SF B5 5R130-00N D4 80455-* B17 N751-* B17 UPSFC-S** D8 49888-5SW B5 5R230-0AB D4 80703-* B16 S751-N B17 UPSSC-S** D8 49888-6SF B5 5R230-0HB D4 80704-* B16 APDCF-S** D8 UPSST-S** D8 49888-6SW B5 5R330-0AA D4 80714-* B17 APDCM-S** D8 UPSTF-S** D8 49889-KMA A7, B5 5R330-0AB D4 80716-* B16 APDCT-S** D8 49889-QP* A7, B5 5R330-0HA D4 80725-* B17 APDFC-S** D8 49889-MAD D10 5R330-0HB D4 80781-* B12 APDMJ-S** D8 498MT-M** A7, D3 5R4*0-00N D5 80782-* B12 APDSC-S** D8

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