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DSX-1Digia Siga Cross-Coec adDigia Siga Iercoec Prodcs

3rd Edition

COPPER COnnECtIvIty SOlutIOnS

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3T e c h n i c a l A s s i s t a n c e + 3 2 2 7 1 2 6 5 4 2 e u r o . t a c @ a d c k r o n e . c o m

DSX-1tabe o Coes

Introduction

Cross-Coec Ssem ..................................................................................................................1

Coecig wih yor nework..................................................................................................2-3

Bantam Jack Technology Features .................................................................................................4

Panel Configuration Features .......................................................................................................5

Skeleton Bay Lineup Features .....................................................................................................6-7

Product Family Features ................................................................................................................8

DSXi Family

Irodcio Desig Eemes .........................................................................................................9

84-termiaio Rear Cross-Coec Paes .................................................................................10


56-Termination Rear Cross-Connect Panels .................................................................................12

84-Termination Front Cross-Connect Panels ................................................................................13


56-Termination Front Cross-Connect Panels ................................................................................1584-Termination Total Front Access Cross-Connect Panels .............................................................16

64-Termination Total Front Access Cross-Connect Panels .............................................................17

56-Termination Total Front Access Cross-Connect Panels .............................................................18

Rear Cross-Connect Skeleton Bays ..............................................................................................19

Front Cross-Connect Skeleton Bays .............................................................................................20

Rack Hardware ......................................................................................................................21-22

FlexDSX Family

Irodcio Desig Eemes ..................................................................................................23-24



64-Termination Front Cross-Connect Panels ................................................................................2756-Termination Front Cross-Connect Panels ................................................................................28

Front or Rear Cross-Connect Skeleton Bays .................................................................................29

Rack Hardware ......................................................................................................................30-31

Super High-Density Bay and Rear Cross-Connect System ........................................................32-34

Specialty Panels

FlexDSX Multifunction Panel ..................................................................................................35-36

Modular DS1/DS3 Combination Panel.........................................................................................37

Rear Access Interconnect Modular System

Irodcio ....................................................................................................................................38

56-Termination Interconnect Panel..............................................................................................39

DDP-1 Panels ..............................................................................................................................4084-Termination DDP-1 Panel ...................................................................................................41

56-Termination DDP-1 Panel ...................................................................................................42

Jack Cards ..............................................................................................................................43

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DSX-1tabe o Coes

Auxiliary Equipment

Cross Aisle Panels ..................................................................................................................44-45

Ierba Pach Paes .............................................................................................................46-47

Bay Tracer Imiaor ................................................................................................................48

DS1 Repeaters .......................................................................................................................49-50

Commicaios Paes ..............................................................................................................51

Communications Panel Accessories and Writing Shelves .............................................................52

Fuse Panels .................................................................................................................................53

Horizoa Cabe troghs ............................................................................................................54

Horizoa Rig Paes ................................................................................................................54

Accessories

Bantam Plugs..............................................................................................................................55

termiaig Pgs ...................................................................................................................55

Looping Plugs.........................................................................................................................55

Hoe Pgs ..............................................................................................................................55Conversion Plugs ....................................................................................................................55

Dmm Pgs .........................................................................................................................55

Circi Gard Pgs .................................................................................................................56

Orderig Iormaio ..............................................................................................................57

Pach Cords ................................................................................................................................58

three-Codcor ....................................................................................................................58

Conversion .............................................................................................................................59

Patch Cords Specialty ...............................................................................................................60

Alligator Patch Cords ..............................................................................................................60

EZ Hook Pach Cords ..............................................................................................................60

Banana-Type Patch Cords .......................................................................................................60

BNC to Bantam Plug Patch Cords ...........................................................................................61RJ11 Telephone Plug to Bantam Plug Patch Cords...................................................................61

Bantam Plug to AT&T 800 Style Plug Patch Cords ...................................................................61

Orderig Iormaio ..............................................................................................................62

Pach Cords Accessory Kits ......................................................................................................63

Pach Cords Controlled Environment Vault Kits .......................................................................64

Cross-Connect Wire....................................................................................................................65

Wire-Wrap Tool Kits ....................................................................................................................65

Replacement LED Modules..........................................................................................................66

Index ......................................................................................................................................................... 67-69

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Increased demand for optimal networkperformance has created a greater need forreliable connectivity equipment. ADC KRONEsdigital signal cross-connect (DSX) productsprovide a competitive advantage by managingdigital equipment and maintaining superiorcable management. DSX equipment is used asa ceraized cross-coec ierace beweenetwork elements (NE), enabling nonintrusive andintrusive access for testing, patching, and circuitreconfiguration without disturbing permanentequipment connections.

techoog

The DSX interface enables patching, terminating

and rearranging of circuits as traffic patternschage ad demads o he ework grow.At DS1 (1.544 Mbps) digital signal rates, DSXequipment connects NEs such as office repeaters,digital switches, channel banks, digital loopcarriers, multiplexers, and digital loop switches.

Each NE is permanently cabled to a DSX-1terminal. Any two NEs can be connected toeach oher i a odedicaed maer b measof a semi-permanent cross-connect jumperbetween two DSX-1 terminations. The cross-connect jumper allows flexibility for futurenetwork reconfiguration. Internal jack circuits

provide input/output connections to each digitalsiga sorce.

DSX equipment consists of four basic elements:

IN/OUT Terminations: Permaely coecs

he nE o he DSX ierface.

Cross-Connect Terminations: Coecs hewo DSX ocaios carrig he sigas romhe nEs. the ework diagram below showsthe semi-permanent connections between DSXequipment.

Jacks: IN and OUT switching jacks allow accessto the NE's input and output signals for testand patching operations. A MONITOR jack isconnected to the OUT jack for nonintrusiveaccess to the output signal. Dual MONITORjacks provide bidirectional signal monitoring

rom oe ocaio. LEDs: Flashing LEDs at each end of the DSX

circuit quickly and easily identify the cross-coeced circi.

IntroductionCross-Coec Ssem

Cross-ConnectJumper

OUT

IN

DSX-1

EquipmentCable

Network

Element A

Tx OUTOUT OUT

IN INRx IN

X-OUT

X-IN

M

O

I

DSX-1

EquipmentCable

Network

Element B

Tx OUTX-OUT

X-IN Rx IN

Out

MON MON

IN

Application

The management of equipment cables and cross-connect jumpers is addressed at the DSX bayframework, ensuring an organized and expandable network. The DSX system should be placed in acentralized location. Whether in a central office, remote site, or wireless bay station or hub, DSX deliversa flexible centralized location to access and monitor network signals.

DSX Semi-Permanent Connections

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Cross-connection encourages seamless expansion,simple rerouting and quick restoration for today'sevolving networks.

Reduce costs; increase revenues; satisfy customersthe tenets of service providers as they balancetodays tenuous financial climate with the promiseof next-generation products and services. Andas networks migrate and expand to includemore complex services, reliability and flexibilitybecome even more vital to their success. That iswh digia ssem cross-coec (DSX) soiosremain the best option for connecting networkeemes.

The deployment of DSX platforms eases networkexpansion; allows circuit access for nonintrusive

testing, monitoring, and patching; and establishesa central termination point for efficient circuitrearrangements. It allows operators to add amigration of technological platforms and bringadvanced services closer to customers whilepreserving integrity at the networks core.

Make the Connection

teecommicaios eworks ms be desigedo seamess absorb ew growh, accommodaewiring changes, and restore failed circuits quickly.In its journey from source to destination, a signal

travels through a gamut of telecommunicationsequipment that transforms, grooms, multiplexes,switches, demultiplexes, and routes the signal.Operators have three accepted methods ofrouting this signal: direct connect, interconnect,and cross-connect via a DSX. Direct connectionad iercoecio ser rom sigiicalimitations, but the DSX remains fully capable ofproviding optimal flexibility, reliability, and accesso he ework.

DSX, coupled with a robust connectivityinfrastructure, enhances several work operations:

Faster service provisioning with greater capacity Increased service reliability and protection of

electronic equipment and network elements

Fundamental maintenance including physicalaer access

Quicker service recovery

Simple, uncomplicated rollovers in futurenetwork migration planning

Nonintrusive network element replacementad esig

Connectivity typically accounts for 1% to 10%of the upfront costs of network deployment. Asmall investment to simplify procedures, reduceerrors, and minimize outages. Many networkperformance problems stem from restrictedaccess or maieace, cabe cogesio,rerouting or monitoring capabilities. And eachproblem is a high-maintenance propositioncharacterized by longer service interruptions,operational inefficiency, and frustrated customersthat can be easily averted with a DSX solution.

But there is more to connecting a network thansimply running cables between network elements.

Network design plays a crucial role in determiningwhether a network will generate revenue or lose

profitability through excess labor costs and missedservice opportunities.

Network design is evaluated against three criteria:

Flexibility

Central termination point

Circuit access

FlexibilityChange is inevitable. In todays dynamic,evolving networks, it isnt a matter of if thingswill changeits a matter of how much. Todays

commicaios eworks demad a migraioplatform equipped with the cable managementand physical rearrangement flexibility toaccommodate new services and networkelements. Todays networks demand the flexibilityo DSX.

uike a direc coec soio, where eworkeemes are direc coeced o oe aoherin a dedicated, pre-assigned method, a DSXsolution serves as the demarcation point. Thislimits faults to individual circuits only, allowingchanges to be performed with minimal recablingad abor coss.

Direct connection forces operators to locatecables and then pull them to new locations,resulting in an extensive, intrusive reengineeringprocess that demands a great deal of timead moe recabig each ework eeme.In contrast, a DSX allows operators to simplyremove and replace a small wire on its cross-connect field to reroute circuits. This quickresolution is critical for maintaining service evenduring massive redesigns.

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Easier reconfiguration allows operators tomanage the subsequent traffic flow whenaccess to the physical network layer isrequired. Technicians can simply patch into thecorresponding circuits with a patch cord forreconfiguration or monitoring purposes.

Central Termination PointDrig ework eeme rearragemes, aDSX ca maage a reroig, ermiaig,ad maieace cios rom a ceraizedlocation. Without this centralized terminationpoint, as in direct connection, cables mustbe pulled from each network element andsubsequently rerouted to new destinations.Cabes soo ier he cera oice; racigbecomes difficult; and labor costs soar. Miningfor the physical facilities on the backplaneof a network element is cramped and time-cosmig. this mehod o hardwirigjeopardizes reliability and often results ininterrupted service because damage isnt limitedto individual circuits but effects can quickly spreadto all circuits within a shared component likea common electronic backplane. For instance,a dropped wrench could knock out an entirenetwork element, inducing havoc throughouthe ework.

DSX and interconnect systems allow operatorso do a maieace ad reroig rom oelocation. These robust devices protect other, moredelicate equipment from inadvertent damageduring the circuit rearrangement process. Andwih eas circi ideiicaio ceraized, wirigon network elements backplanes remainsdisrbed ad harmed.

Circuit AccessA networks success often depends on howquickly it adapts to change and the simplicity ofits maintenance capabilities. Networks require

physical access points on every circuit formonitoring, patching, and testing purposes. Theability to tap into and read the signal on anycircuitand not interrupt service to customersisinvaluable in todays market. By incorporatingjacks, DSX is the only solution that can localizea fault by allowing operators complete access toa circi, aime.

Passing a signal through a jack creates awidow io he circi. throgh his widowthe signal can be monitored or pulled out, ora new signal can be introduced, by placing atemporary patch cord into the correspondingports. By inserting one end of the patch cord intoa monitor port on the DSX, and the other endinto a test unit or other device, operators canmonitor a signal without interrupting service.

When intrusive testing is required, operatorssimply plug the patch cord into the IN/OUT porto he cross-coec ied o he DSX. the sigaflow to the cross-connect field is interrupted anda new connection between the jack and patchca be made. the siga ca he be se o atesting device to check for transmission errorsor to another network element to temporarilyreroe he siga.

the iegraio o a DSX io he ework aowsoperators to patch around faulty circuits quicklyand easily. And operators are given time torestore the primary circuit without fear of serviceoages or csomers.

Passing the Test of TimeNetworks evolve over time as technology changesand advanced services are adopted. Equipmentobsolescence and the necessary incorporation

of new technologies present carriers with on-going challenges. When the customers and themarket are ready, the carrier must move quicklyor risk missing revenue opportunity. A DSX cross-connect point allows deferment of property/plantand equipment expenses and allows upgradesto new technologies with the least disruption tocurrent services. A physical plant with optimalcable management capabilities encourages quickreconfigurations, upgrades, and diverse alternaterouting. And only through the cross-connectionof network elements will service providers be ableo mee he chagig eeds o heir eworks.

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IntroductionBantam Jack Technology Features

Mult. to - 48V Mult. to - 48V

Mult. to Shield GndMult. to Gnd


Mult. to - 48V


Jackfield JackfieldTL TL

R2 R2

R2 = 430 ohms

MONMON

T

R

T

R

OUT OUT

OUT

OUTOUT

IN

OUT

ININ

ININ

IN

OUT

OUT

IN

IN

T

RT

R

TRT

R

TRT

R

IN/OUTPins

IN/OUTPins

OUT

IN

TRTR

IN/OUTPins

DigitalSwitch

Cross-Connects Cross-Connects

Cross-Connects

TRACER

T

RT

R

TRACER

Bantam Patch Cords

R

T

JackfieldTL

R2MON

T

R

OUT

IN

OUT

OUT

IN

IN

T

R

T

R

TRACER

Semi-Permanent

Connections(Cross-Connect)

Temporary Patch ConnectionsSupercede Semi-Permanent

Connections at Cross-Connects

ToOfficeRepeater A

TypicalCross-connect

TypicalPatch

ToOfficeRepeater B

R

T

R

T

In order to understand how a DSX performscross-connect and patching functions, it is bestto study its key component, the jack, shown inhe igre beow.

Typical Cross-Connect

Network digital equipment (NE) have twoconnection points where the digital signal canenter and exit the equipment. Each DSX jackis coeced o a sige nE b coecig heOUT pins to the signal exiting the NE and theIN pins to the signal entering the NE. Whenone jack is connected to each NE, test and accessfunctions can be performed.

Typical Patch or CircuitRearrageme

In order to temporarily patch or reroute a circuit,he digia siga rom oe nE is roed hrogha designated normally closed jack (one IN andone OUT jack per NE) to a pair of jacks onanother NE. The circuit is completed by cross-connecting the OUT of one jack; i.e., digitalswitch, to the IN on the other jack; i.e., officerepeater. Likewise, the IN on the first jack iscross-connected to the OUT of the second jack,hs ormig a iercoecio bewee he wojacks and therefore between the two NEs.

DSX Jack Schematic Illustrating Cross-Connect and Patching Functions

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IntroductionPanel Configuration Features

Cross-connect panels are available in a variety of cross-connect formats, circuit densities and labelingoptions. The following examples highlight standard product options:

RearCross-ConnectRear cross-connect panels feature jacks on thefront of the panel. Equipment cable interfacesad cross-coec ieraces are ocaed o herear of the panel.

Front (Split)Cross-ConnectFront (split) cross-connect panels feature bothjacks and cross-connect interfaces on the front ofthe panel. Half of the cross-connects are on theleft side of the jacks, half are on the right side.Equipment cable interfaces are located on therear of the panel.

Front (Below)Cross-ConnectFront (below) cross-connect panels feature bothjacks and cross-connect interfaces on the front ofthe panel. The entire cross-connect field is locatedbelow the jacks. Equipment cable interfaces arelocated on the rear of the panel.

Total Front AccessCross-ConnectTotal front access panels feature all interfaces onthe front of the panel. Cross-connect interfacesare on either side of the jacks and equipmentcable interfaces are located below the jacks.

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IntroductionSkeleton Bay Lineup Features

A typical DSX system consists of two or morebays joined together to form a DSX bay lineup.A lineup can be designed for either rear or frontcross-connect configurations. Both configurationsse he same basic skeeo ba ramework,which supports the DSX panels and auxiliaryequipment and includes integrated cablemaageme.

Lineup Design and Requirements

The cross-connect lineup illustration belowshows the increased density achieved in a lineupsig DSXi panels. Up to 5,880 circuits can bemanaged in a five-bay lineup, compared to the

traditional 4,620 circuits. This maximizes valuablefloor space, while still providing proper cablemanagement to support high volumes of cross-connect jumpers. A complete DSX lineupconsists of:

Integrated cable management on each bay,which provides all the necessary hardware tosafely and easily route equipment cables andcross-connect jumpers throughout a lineup.When additional bays are needed in a network,existing jumpers can remain intact whileaddiioa cabig is roed ad recoigred.Properly designed cable management is critical

i maiaiig ework iegri ad aowigunimpeded growth.

Rack filler panels between bays, which allowroom for routing equipment cables into eachbay. Spacing also provides room for jumperrings placed on the bay for control of verticaljumper routing. The spacer width betweenbas is deermied b he mber o DSXterminations per bay and the type of cablingused. Notice that a rack filler panel is providedat the growth end of the lineup and is readyfor the next bay addition.

End guard panels at the end of bay lineups,which protect cables routed in the duct areaand provide a location for bay alarm indicatorsand AC light switches.

A maintenance bay is typically designated

as every third or fourth bay within a DSXlineup. In addition to DSX panels, auxiliaryor maintenance equipment such asbridging office repeaters, interbay panels,communication panels, equipment shelvesfor portable test sets, and pencil andstorage drawers are placed in this bay. Thesemaieace bas aow oice echicias omaintain digital services efficiently.

Cross aisle panels, which should be placed inthe top position of each bay in multiple lineupsystems, to extend cross-connections safely toother lineups. A cross aisle panel is connectedto an adjacent cross aisle panel in anotherlineup by permanent tie cables.

Growth

Panel #14Panel #13Panel #12

Panel #10Panel #9Panel #8Panel #7

Panel #6

Panel #5

Panel #5

Panel #4

Panel #3

Panel #2Panel #1

2.13 m (7') End Guard2.13 m x 63.5mm(7' X 2.5") RackFiller Panel

2.13 m x 190.5 mm(7' X 7.5") Rack Filler Panel

2.13 m (7') End Guard(Move to End of Line Upwith Addition of Each New Bay)

190.5 mm(7.5")

Reserve PanelPanel #14Panel #13Panel #12Panel #10Panel #9Panel #8Panel #7

Panel #6

Panel #5

Panel #5

Panel #4

Panel #3

Panel #2Panel #1

Reserve Panel

Panel #14Panel #13Panel #12Panel #10Panel #9Panel #8Panel #7

Panel #6

Panel #5

Panel #5

Panel #4

Panel #3

Panel #2Panel #1

Reserve Panel

Panel #14Panel #13Panel #12

Panel #10Panel #9Panel #8Panel #7

Panel #6

Panel #5

Panel #5

Panel #4

Panel #3

Panel #2Panel #1

Reserve Panel

660 mm(26")

63.5 mm (2.5")

RearJumper Trough

Fuse Panel

RearJumper Trough

Fuse Panel

RearJumper Trough

Fuse Panel

RearJumper Trough

Fuse Panel

RearJumper Trough

RearJumper Trough

RearJumper Trough

RearJumper Trough

63.5 mm(2.5")

63.5 mm(2.5")

660 mm(26")

660 mm(26")

190.5 mm(7.5")

190.5 mm(7.5")

Typical DSX Lineup Expansion

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IntroductionSkeleton Bay Lineup Features

As the central part of the DSX lineup, eachskeleton bay provides preassembled cablemaageme ad he basic ramework o secresupport valuable network equipment and alloweicie ad orgaized cabe roig. Paes adchassis are selected and installed separately forsystem customization and flexible growth. Baysare also available fully loaded with preinstalledDSX panels. Each skeleton bay is preconfigured foreither front or rear cross-connect applications.

DSX bays are available in a 15-inch footprintdepth. This provides additional jumper capacityfor lineups with greater growth potential.The additional 3 inches of depth provides over50 percent additional capacity in the upper andlower jumper troughs. The bays are available in19- or 23-inch mounting widths. Each skeletonbay includes:

Integrated cable management, which providesa he ecessar hardware o sae roeequipment cables and cross-connect jumpersthroughout the bay. When a panel needsto be added, existing jumpers can remainiac whie addiioa cabig is roed adreconfigured. Extra large vertical jumper ringsensure routing is never restricted and supporthigh volumes of cross-connect jumpers. Jumpertroughs placed at the top and bottom of each

bay route jumpers horizontally between bays.this coios horizoa wirewa assresa obockig ssem where a wo circismay be cross-connected. Whereas permanentequipment cabling is tied into place, thesemi-permanent cross-connect jumpers are not,but rather float in the vertical and horizontalwirewas ad ma be reroed as he eworkchanges over time. Cable tie brackets attachedto the side of the rack provide a means tosecure NE equipment cabling and keep themneatly separated from jumpers.

Network unequal flange-type racks provideefficient vertical cable ducts for NE equipmentcabling. The typical rack height is 7 feet toallow technician access to circuits and jackswiho he eed or adders. Coigraiosover 7 feet are available upon request.

Fuse panels, which are preinstalled inthe uppermost part of the bay, belowhorizoa wirewas.

Guard boxes, which provide a bumper atthe base of the bay to prevent maintenanceequipment from hitting bay equipment panels.

Additional equipment recommended:

AC raceways and outlets, which are placedon the guard boxes and provide space foreecrica wirig. the are recommededon every third or fourth bay and areordered separately.

Rack installation kits, which provide hardwareto anchor the rack to the floor and support thetop of the rack to superstructure above. Kits forboth concrete and computer floors are availableand are ordered separately.

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IntroductionProduct Family Features

ADC KRONE offers many varieties of DS1 products to ensure that the right features are available foryour specific cross-connect or interconnect needs. From the fixed-circuit DSXi panels to the modularFlexDSX panels, all DS1 panels are proven performers that have set the industry standard. The modularsystems minimize initial network costs by growing the network as customer demand increases. All arebacked by ADC KRONEs quality manufacturing and dedicated sales and service team to help keepeworks rig smooh.

FeatureDSXi

PanelsFlexDSXPanels

ModularBantamPanels

InterconnectPanels

Front Cross-ConnectRear Cross-Coec

Fixed-Circuit Panels

Modular ChassisRemovable JacksSingle Monitor Jack (3 ports)Dual Monitor Jacks (4 ports)In-Service PatchingAbility to Prewire Backplanewithout Jacks

tracer lEDsDesigaio labes

WECO/EIA Mounting

Maximum Circuits Per Panel 84 84 112 84

Product Family Comparison

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DSXi FamilyIrodcio Desig Eemes

ADC KRONEs DSXi product family is the next generation of panels for digital signal cross-connect in T1eworks. DSXipanels have improved density and manageabilitymaking this the preferred choice infixed-circuit DSX-1 equipment.

Features

Increased density

Up to 27 percent greater bay density, saving

valuable floor space.

Innovative design

Easier circi access ad aser ideiicaio o

help save time and money.

Ingenious cable management

Ensures cables are kept well organized.

Incredibly reliable panels

Designed to comply with NEBS Level 3 standards

ad backed b a ieime warra.

Brighter LED

Improved designation

Front View

Physical and visual separationsbetween monitor and IN/OUT ports

Icreased desiSeek, ergoomic desig

Smaer, brigher lEDs

Every circuit is numbered,wih ke circis boded

Conveniently locatedcaaog mber

large circi ideicaio cards

Plenty of labeling space

Rear View

Jumper rings for maximum cablemaageme Wire-wrap connections

Circi desigaio abe

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DSXi Family84-termiaio Rear Cross-Coec Paes

Features

Improved circuit density by 20 percent with

4-inch-high panels

Two 4-inch by 4-inch vertical jumper rings

WECO/EIA mounting brackets

Circuit identification cards with major

circis boded

Red tracer LEDs for easier circuit identification

Panel color: putty

Di-G2CU1(Front View)

Di-G2CU1(Rear view)

Cross-

Connect

IN/OUT

Cabling Designation

Dimensions

(HxWxD)

Mounting

Options

Catalog

Number

Rear Wire-wrap 1-28 A

1-28 B

1-28 C

102 mm x 582 mm x 203 mm

(4" x 23" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-G2GU1

Rear Wire-wrap 1-84 102 mm x 582 mm x 203 mm

(4" x 23" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-G2CU1

Rear 64-pin 1-28 A

1-28 B

1-28 C

102 mm x 582 mm x 203 mm

(4" x 23" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-G3GU1

Rear 64-pin 1-84 102 mm x 582 mm x 203 mm

(4" x 23" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-G3CU1


1-28 B

1-28 C

178 mm x 483 mm x 203 mm

(7" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-F2GU1*


(7" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-F2CU1*

*Accommodates 19" or 23" rack mount.

O r d e r i n g I n f o r m a t i o n

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DSXi Family64-termiaio Rear Cross-Coec Paes

Features


Circuit identification cards with majorcircis boded


Red racer lEDs or easier circi ideiicaio

Panel color: putty

Cross-

Connect

IN/OUT

Cabling Designation

Dimensions

(HxWxD)

Mounting

Options

Catalog

Number


1-32 B

102 mm x 483 mm x 203 mm

(4" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-D2GU1*


(4" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-D2CU1*


Di-D2CU1(Front View)

Di-D2CU1(Rear view)


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DSXi Family56-Termination Rear Cross-Connect Panels

Cross-Connect

IN/OUTCabling Designation

Dimensions(HxWxD)

MountingOptions

CatalogNumber


1-28 B

102 mm x 483 mm x 203 mm

(4" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-A2GU1*


(4" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-A2CU1*

Rear 64-pin 1-28 A

1-28 B

102 mm x 483 mm x 203 mm

(4" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-A3GU1*

Rear 64-pin 1-56 102 mm x 483 mm x 203 mm

(4" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-A3CU1*


Features


Circuit identification cards with major

circis boded



Panel color: putty

Di-A2GU1(Front View)

Di-A2GU1(Rear view)


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DSXi Family84-Termination Front Cross-Connect Panels

Features

Increased circuit density by 14 percent with6-inch-high panels





Front cross-connect and network equipmentcabe ierace

Panel color: putty

Cross-

Connect

IN/OUT

Cabling Designation

Dimensions

(HxWxD)

Mounting

Options

Catalog

Number

Front

(split)

Wire-wrap 1-28 A

1-28 B

1-28 C

102 mm x 582 mm x 203 mm

(4" x 23" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-M2GU1

Front

(split)

Wire-wrap 1-84 102 mm x 582 mm x 203 mm

(4" x 23" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-M2CU1

Front

(split)

64-pin 1-28 A

1-28 B1-28 C

102 mm x 582 mm x 203 mm

(4" x 23" x 8")

Flush,

51 mm, 76 mm, 102 mm(2", 3", 4") recess

Di-M3GU1

Front

(split)

64-pin 1-84 102 mm x 582 mm x 203 mm

(4" x 23" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-M3CU1

Front

(beow)

Wire-wrap 1-28 A

1-28 B

1-28 C

178 mm x 483 mm x 203 mm

(7" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-T2GU1*

Front

(beow)


(7" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-T2CU1*

*Accommodates 19" and 23" rack mount.

Di-M2GU1(Front View)

Di-M2GU1(Rear view)


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Cross-Connect


Dimensions(HxWxD)

MountingOptions

CatalogNumber

Front

(split)

Wire-wrap 1-32 A

1-32 B

102 mm x 582 mm x 203 mm

(4" x 23" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-K2GU1

Front

(split)


(4" x 23" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-K2CU1

Front

(beow)

Wire-wrap 1-32 A

1-32 B

152 mm x 483 mm x 203 mm

(6" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-R2GU1*

Front(beow)

Wire-wrap 1-64 152 mm x 483 mm x 203 mm(6" x 19" x 8")

Flush,51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-R2CU1*

Features

Increased circuit density by 20 percent with

4-inch-high panels





Panel color: putty


Di-K2GU1(Front View)

Di-K2GU1(Rear view)


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Cross-Connect


Dimensions(HxWxD)

MountingOptions

CatalogNumber

Front

(split)

Wire-wrap 1-28 A

1-28 B

102 mm x 483 mm x 203 mm

(4" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-H2GU1*

Front

(split)


(4" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-H2CU1*

Front

(split)

64-pin 1-28 A

1-28 B

102 mm x 483 mm x 203 mm

(4" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-H3GU1*

Front(split)

64-pin 1-56 102 mm x 483 mm x 203 mm(4" x 19" x 8")


(2", 3", 4") recess

Di-H3CU1*

Front

(beow)

Wire-wrap 1-28 A

1-28 B

152 mm x 483 mm x 203 mm

(6" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-N2GU1*

Front

(beow)


(6" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-N2CU1*

Front

(beow)

64-pin 1-28 A

1-28 B

152 mm x 483 mm x 203 mm

(6" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-N3GU1*

Front(beow)

64-pin 1-56 152 mm x 483 mm x 203 mm(6" x 19" x 8")


(2", 3", 4") recess

Di-N3CU1*


Features

Improved circuit density by 14 percent with

6-inch-high panels





Panel color: puttyDi-H2GU1(Rear view)


Di-H2GU1 V:-42/-56VDC A:2A MAX.

Di-H2GU1(Front View)

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DSXi Family84-Termination Total Front Access Cross-Connect Panels

Cross-

Connect

IN/OUT

Cabling Designation

Dimensions

(HxWxD)

Mounting

Options

Catalog

Number

toa

ro

access

Wire-wrap 1-28 A

1-28 B

1-28 C

152 mm x 582 mm x 203 mm

(6" x 23" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-X2GU1

toa

ro

access


(6" x 23" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-X2CU1

Features

Increased circuit density by 14 percent with6-inch-high panels






Panel color: putty


Di-X2CU1(Front View)

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Cross-

Connect

IN/OUT

Cabling Designation

Dimensions

(HxWxD)

Mounting

Options

Catalog

Number

toa

ro

access

Wire-wrap 1-32 A

1-32 B

152 mm x 582 mm x 203 mm

(6" x 23" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-W2GU1

toa

ro

access


(6" x 23" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-W2CU1


Features






Panel color: putty

Di-W2GU1(Front View)


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Features






Panel color: putty

Cross-Connect


Dimensions(HxWxD)

MountingOptions

CatalogNumber

toa

ro

access

Wire-wrap 1-28 A

1-28 B

152 mm x 483 mm x 203 mm

(6" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-U2GU1*

toa

ro

access


(6" x 19" x 8")

Flush,

51 mm, 76 mm, 102 mm

(2", 3", 4") recess

Di-U2CU1*


Di-U2GU1(Front View)

Di-U2GU1(Rear view)


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Features

Accommodates rear cross-connect styleDSXi panels

Increased density with up to 1,176terminations in a 23-inch bay

WECO network-style racks

Equipped with fuse panel, upper and lowerhorizontal jumper troughs, and vertical

jumper rings

Bay color: putty

DSXi FamilyRear Cross-Connect Skeleton Bays

DMB-77WC01(Front View) (Side view)

2.14 m(7')

1

5

10

15

20

25

30

35

RESERVE FOR

MISCELLANEOUS APPLICATION

658 mm(25.9")

381 mm(15")

Footprint

T

127 mm (5")Wide Channel

Description

Dimensions

(HxWxD)

Catalog

Number19" bay

Rear cross-connect skeleton bay, empty

Accommodates up to (14) 102 mm (4") high

56-termination panels, 784 terminations

2.14 m x 483 mm x 381 mm

(7' x 19" x 15")

DMB-77WC02

23" bays

Rear cross-connect skeleton bay, empty


84-termination panels, 1,176 terminations

2.14 m x 584 mm x 381 mm

(7' x 23" x 15")

DMB-77WC01

Rear cross-coec ba, oaded wih

14 Di-G2GU1 panels

2.14 m x 584 mm x 381 mm

(7' x 23" x 15")

DMB-72WC02

Rear cross-coec ba, oaded wih

14 Di-G2CU1 panels

2.14 m x 584 mm x 381 mm

(7' x 23" x 15")

DMB-72WC01


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DSXi FamilyFront Cross-Connect Skeleton Bays

Features

Accommodates front cross-connect styleDSXi panels

Increased density with up to 784 terminationsin a single 19-inch bay; 1,176 terminations in

a 23-inch bay

WECO network-style racks

Equipped with fuse panel, upper and lower

horizontal jumper troughs, and vertical

jumper rings

Bay color: putty

Description

Dimensions

(HxWxD)

Catalog

Number

19" bay

Front cross-connect skeleton bay, emptyAccommodates up to (14) 102 mm (4") high

56-termination panels, 784 terminations

2.14 m x 483 mm x 381 mm(7' x 19" x 15")

DMB-78WC02

23" bays

Front cross-connect skeleton bay, empty


84-termination panels, 1,176 terminations

2.14 m x 584 mm x 381 mm

(7' x 23" x 15")

DMB-78WC01

Front cross-connect bay, f oaded wih

14 Di-M2GU1 panels

2.14 m x 584 mm x 381 mm

(7' x 23" x 15")

DMB-71WC02

Front cross-connect bay, f oaded wih

14 Di-M2CU1 panels

2.14 m x 584 mm x 381 mm

(7' x 23" x 15")

DMB-71WC01

DMB-78WC01(Front View)

2.14 m(7')

658 mm(25.9")

381 mm(15")


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DSXi FamilyRack Hardware

127 mm(5")

381 mm(15")

2.14 m(7')

2.14 m(7')

381 mm(15")

64 mm(2.5")

Universal End Guard Panel(RAC-7B0162)

Rack Filler Panel(RAC-7C0545)

Note: color is putty.

Description

Dimensions

(HxW)

381 mm (15")Deep System

Catalog Number

Rack iller panel

Closed guard box for concrete floors

equipment cables enter from overhead

2.14 m x 64 mm (7' x 2.5") RAC-7C0539

2.14 m x 120 mm (7' x 5") RAC-7C0545

2.14 m x 191 mm (7' x 7.5") RAC-7C0810

2.14 m x 254 mm (7' x 10") RAC-7C0551

Open guard box for raised floors

equipment cables enter from below2.14 m x 64 mm (7' x 2.5") RAC-7C0633

2.14 m x 120 mm (7' x 5") RAC-7C0639

2.14 m x 191 mm (7' x 7.5") RAC-7C0811

2.14 m x 254 mm (7' x 10") RAC-7C0645

Universal end guard panel 2.14 m (7') RAC-7B0162


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DSXi FamilyRack Hardware

AC Raceway with Outlet(ACOK-PWNB)

Description Dimensions (HxW) Catalog Number

AC raceway

With outlet (2 per rack where outlets are required) ACOK-PWNB

Without outlet (2 per rack where outlets are not required) ACB-PWNB

AC raceway iller

64 mm (2.5"); (2 per 2.5" filler panel) AC-PWNB-RS2.5

127 mm (5"); (2 per 5" filler panel) AC-PWNB-RS5


Blank panels

WECO 51 mm x 584 mm (2" x 23") PWBP-2023

102 mm x 584 mm (4" x 23") PWBP-4023

152 mm x 584 mm (6" x 23") PWBP-6023

203 mm x 584 mm (8" x 23") PWBP-8023

EIA 45 mm x 584 mm (1.75" x 23") PWBP-1723

89 mm x 584 mm (3.5" x 23") PWBP-3523

133 mm x 584 mm (5.25" x 23") PWBP-5223

178 mm x 584 mm (7" x 23") PWBP-7023

Rack installation kits

Concrete loor rack installation kit;or sewithoverhead cable racking

2.14 m (7') network rack kit includes:(1) floor mounting kit(1) top attachment kit for 7' rack(12) rack tie bracket kits(1) rack grounding kit

RINST-DSX7-PW

Raised loor rack installation kit (zone 4 rated);or se withoutoverhead cable racking

2.14 m (7') network rack kit includes:(1) raised floor mounting kit(12) rack tie bracket kits(1) rack grounding kit

RINST-DSXRFL-PW



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Jack Mount and Rear Interface Assembly

-48V

RET

SG

Power

Even Jack Card

CrossConnect

MON IN

IN

OUT

MON OUT

Tracer

Lamp

Equipment

T

T

R

ROUT

IN

TL

T

R

T

RIN

OUT

-48V

TL

RET

R

T

SG

RO

XRO

XTO

TO

TI

XTI

XRI

RI

-48V

TL

RET

R

T

SG

RO

XRO

XTO

TO

TI

XTI

XRI

RI

T

R

T

R

Front

Rear

-48V

TL

RET

R

T

RO

XRO

XTO

TO

TI

XTI

XRI

RI

SG

-48V

TL

RET

R

T

RO

XRO

XTO

TO

TI

XTI

XRI

RI

SG

T

R

T

R

-48V

RET

SGPower

Cross

Connect

MON IN

IN

OUT

MON OUT

TracerLamp

Equipment

T

T

R

ROUT

IN

TL

T

R

T

R

OUT

IN

Jack Mount and Rear Interface AssemblyOdd Jack Card

Front

Rear

FlexDSX FamilyIrodcio Desig Eemes

Features

Four-port jack cardsDual monitor ports enable circuit monitoring in bothdirecios

Staggered jack alignment

Supports industry-standard patch cords

Up to 84 circuits in a 6-inch-high chassis

Icreased ba desi

Integrated cable management

Jumper rings and rear cable bars are installed on theskeeo ba

IN/OUT cable terminations on the backplane

Provides multiple circuit count configurations -

84, 64 and 56

Four-Port Jack Card

The four-port jack card features dual monitorports, allowing the signal to be monitoredin both directions from a single access point.Staggered even/odd jacks allow industry-standard patch cords to be used.

Monitoring or testing the circuit in bothdirections from a single location simplifiestroubleshooting and saves technician time.

Access to both ends of the circuit is critical,especially when the other end of thecross-coec is ess accessibe, sch as icollocation applications.

FlexDSX chassis accommodate four-port jackcards with dual monitor ports. Using thesedual monitor ports, technicians save timeb moiorig boh sides o a circi rom asingle test access point.

The modular FlexDSX components consistof the dual monitor jack, four-pack moduleand the chassis. The jack card slides into thefour-pack module that includes the wire-wrap IN/OUT equipment cable terminationthat creates the backplane. Staggered jacksmaximize density so that industry-standardpatch cords are used. The FlexDSX modularsystem provides multiple circuit counts of 84,64 and 56.

Even Jack Card Assembly

Odd Jack Card Assembly

Four-Port Jack Card

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FlexDSX FamilyIrodcio Desig Eemes

Chassis

The FlexDSX chassis is loaded with four-packmodes. the oaded chassis ssemsimplifies ordering and minimizes expense.

Skeleton Bay

The skeleton bay holds up to ten FlexDSXchassis with one panel position reserved formiscellaneous applications. The bay is equippedwith fuse panel, jumper rings, troughs andrear cable tie-down bars for superior cablemaageme.

Four-Pack Module

FlexDSX Chassis

FlexDSX Skeleton Bay

Four-Pack ModuleFlexDSX four-pack module contains fourindividual jack cards. IN/OUT equipment cableterminations on the backplane maximize flexibility.

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Features

All chassis are fully loaded with four-port

jack cards

Circuit identification labels


Tracer LEDs for fast circuit identification

Chassis color: putty

FlexDSX Family84-Termination Front Cross-Connect Panels

DFX-100084(Front View)

Cross-Connect Terminations Designation

Dimensions

(HxWxD)MountingOptions

Catalog

Number

Front 84 1-84 152 mm x 582 mm x 152 mm

(6" x 23" x 6")

Flush DFX-100084

Components of FlexDSX System

Empty chassis

4-pack with jacks

84-Termination Panel

DFX-9T0001

DFX-9T1000


DFX-100084(Rear view)

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Cross-Connect Terminations Designation

Dimensions

(HxWxD)

Mounting

Options

Catalog

Number

Front 56 1-56 152 mm x 483 mm x 152 mm(6" x 19" x 6")

Flush DFX-100056*


Features

All chassis are fully loaded with four-port

jack cards

Circuit identification labels


Tracer LEDs for fast circuit identification


FlexDSX Family56-Termination Front Cross-Connect Panels

DFX-100056(Front View)

Components of FlexDSX System

Empty chassis

4-pack with jacks

56-Termination Panel

DFX-9T0004

DFX-9T1000


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305 mm(12")

Footprint

2.14 m(7')

114 mm(4.50")

127 mm (5") WideChannel

1

5

10

15

20

25

30

35

39

Position 1

Position 2

Position 3

Position 4

Position 5

Position 6

Position 7

Position 8

Position 9

Position 10

Cable Tie BarsLowerCable

Trough

Upper CableTrough

51 mm (2")Stand-Off

Bracket

Rack GroundPost Terminal

Cable RingWelded On TroughTo SupportCrossing CablesBetween Bays

Rear Cable SupportBars Are ProvidedFor IN/OUT Cable

Tie Down

Front Wiring DuctsAre Provided ToManage AndSupport Cross-Connect Cabling

Power WireBracket

658 mm(25.9")

FlexDSX FamilyFront or Rear Cross-Connect Skeleton Bays

FlexDSX skeeo bas ca be ordered i roor rear cross-coec coigraios wih a heecessar cabe maageme isaed, b wihno chassis. This allows DSX equipment to beeasi added as eeded o csomize eworksand provide flexible growth. The bays can also beordered preassembled with chassis for fast andeasy installation. Preinstalled cable and jumpermanagement ensures that existing jumpers neednever be touched when chassis are added to thebay, and jumper routing is never restricted.

Features

Accommodates both the front and rear

cross-connect style FlexDSX chassis

23-inch WECO network-style rack

Equipped with fuse panel, upper and lowerhorizontal jumper troughs, and vertical

jumper rings

Bay color: putty

DescriptionDimensions

(HxWxD)CatalogNumber

23" bays

Front cross-connect skeleton bay, emptyAcccomodates up to (10) 152 mm (6") high chassis;840 ermiaios

2.14 m x 584 mm x 305 mm

(7' x 23" x 12")

DFX-B7S001

Front cross-connect bay, fully loaded with10 DFX-100084 panels

2.14 m x 584 mm x 305 mm

(7' x 23" x 12")

DFX-B7C002

Rear cross-connect skeleton bay, emptyAccommodates up to (14) 102 mm (4") high,84-termination panels, 1,176 terminations

2.14 m x 584 mm x 381 mm

(7' x 23" x 15")

DMB-77WC01

DFX-B7S001(Side view)


(Front View) (Rear view)

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127 cm(5")

305 mm(12")

2.14 m(7')

2.14 m(7')

305 mm(12")

64 mm(2.5")

FlexDSX FamilyRack Hardware

Universal End Guard Panel(UEGP-7PW)

Rack Filler Panel Kit(7RFP-5NPW)

Description

Dimensions

(HxW)

305 mm (12")Deep System

Catalog NumberRack iller panel

Closed guard box for concrete floors

equipment cables enter from overhead

2.14 m x 64 mm (7' x 2.5") 7RFP-25NPW

2.14 m x 120 mm (7' x 5") 7RFP-5NPW

Open guard box for raised floorsequipment cables enter from below

2.14 m x 64 mm (7' x 2.5") RAC-7C0554

2.14 m x 120 mm (7' x 5") RAC-7C0353

Universal end guard panel 2.14 m (7') UEGP-7PW



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FlexDSX FamilyRack Hardware

AC Raceway with Outlet(ACOK-PWNB)

Description Dimensions (HxW) Catalog Number

AC raceway

With outlet (2 per rack where outlets are required) ACOK-PWNB

Without outlet (2 per rack where outlets are not required) ACB-PWNB

AC raceway iller

64 mm (2.5"); (2 per 2.5" filler panel) AC-PWNB-RS2.5



Blank panels

WECO 51 mm x 584 mm (2" x 23") PWBP-2023

102 mm x 584 mm (4" x 23") PWBP-4023

152 mm x 584 mm (6" x 23") PWBP-6023

203 mm x 584 mm (8" x 23") PWBP-8023

EIA 45 mm x 584 mm (1.75" x 23") PWBP-1723

89 mm x 584 mm (3.5" x 23") PWBP-3523

133 mm x 584 mm (5.25" x 23") PWBP-5223

178 mm x 584 mm (7" x 23") PWBP-7023

Rack installation kits

Concrete loor rack installation kit;or sewithoverhead cable racking

2.14 m (7') network rack kit includes:(1) floor mounting kit(1) top attachment kit for 7' rack(12) rack tie bracket kits(1) rack grounding kit

RINST-DSX7-PW

Raised loor rack installation kit (zone 4 rated);or se without overhead cable racking

2.14 m (7') network rack kit includes:(1) raised floor mounting kit(12) rack tie bracket kits(1) rack grounding kit

RINST-DSXRFL-PW



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FlexDSX FamilySuper High-Density Bay and Rear Cross-Connect System

ADC KRONEs FlexDSX super high-density bay offers greater termination density as well as built-in,trouble-free cable management for flexible network planning, installation and maintenance.

ADC KRONEs FlexDSX super high-density bay design is unmatched in the marketplace. ADC KRONEsvertical IN/OUT terminal blocks with extra cabling space and cable management fanning strips provide50 percent more cabling space than traditional high-density bays. Simultaneously, it provides increasedjumper capacity to simplify cross-connect wire management for easy operation and maintenance. TheFlexDSX super high-density design incorporates a recessed vertical wireway for cross-connect cabling andup to seven horizontal cross-connect jumper wireways instead of the standard two wireways. Verticaland horizontal wireways are on separate planes to avoid congestion and pile up at intersections.

The FlexDSX super high-density bay enables service providers to realize additional cost savings byconserving valuable floor space. The bay provides more than 30% floor space savings, while doublingthe density and provides dual monitoring with ADC KRONEs reliable FlexDSX jack technology.

The FlexDSX super high-density bay achieves greater density in a 7' height x 26" width x 18.75" depth,accommodating up to 1512 (7') usable DSX jack terminations. ADC KRONEs flexible ordering guide

allows bay designs in 64 or 84 jacks per panel. This eliminates jack waste or complications in circuitmaageme admiisraio.

Cross-connect block design provides clear identication of each circuit by offering expanded labeling spaceimproving network documentation and decreasing potential mistakes while troubleshooting

Colored cross-connect labels allow for easy determination of circuit terminations

Flashing LED and dual monitoring In/Out block's design provides better cable management andmore space for cables

Cable entry is allowed on both sides of block

Features

Quick to install

Easy to manage and maintain

Maximizes the termination density of the network

Simplifies engineering

Matches service provider applications

Trouble-free cable management

ADC KRONE reliable DSX jack technology

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Description

Jacks Per

Panel

# o

Terminations

# o Tie Pair

Circuits

Catalog

Number

Concentration bays, 2.14 m (7')

Overhead cabling 84 1512 160 DFX-SHD001

Raised oor cabig 84 1512 160 DFX-SHD002

Maintenance bays, 2.14 m (7')

Overhead cabling 84 1344 160 DFX-SHD003*

Raised oor cabig 84 1344 160 DFX-SHD004*

Overhead cabling denotes the cable enters the top of the bay and the equipment termination blocks are at the topo he ba. Raised foor cabig deoes he cabe eers rom he raised foor io he boom o he ba ad heequipment blocks are at the bottom of the bay.

*Maintenance bays are equipped with one 56-position interbay panel.



Features

1512 jacks per 7' bay uses an efficient jack count of84 jacks per panel. Dual monitoring of the out and inports, panel termination count matches digital switching

Broadband equipment for simplified network engineering.Consists of 18 panels of 84 jacks in a single plane.

More than 30% floor space savings the industryshighest DSX density improves profitability by conservingvaluable floor space. Service providers can realize more

revenue and more space for other revenue generatingnetwork equipment.

Incorporating vertical IN/OUT terminal blocks with extracabling space and cable management strips provide 50%more cabling space than traditional high-density bays.

Increased lineup density saves valuable floor space andreduces costs by eliminating the need for bay spacers.Da higed doors wih desigaio abes o boh sides

provide double the designation space. Adhesive backedabes garaee he ideiicaio desigaios wi

always be available. The expanded label space minimizes

the possibility of mistakes during trouble shooting as allcircis are cear ideiied.

Built-in trouble free cross-connect cable managementprovides increased jumper capacity. ADC KRONEs cable

management system eases operations and maintenanceby reducing cross-connect jumper congestion and pileup.

Each standard bay comes with 160 tie pair terminations(two 80-termination wire-wrap blocks). Built-in cross aisle

tie blocks ensure ability to grow new lineups withoutsacrificing overall termination density.

the rear cross-coec high desi desig aows or ajack maintenance activities to remain at an arms length.

Guarantees a worry-free maintenance environment withover 40 years of proven jack quality and reliability and a

lifetime warranty. All components of the bay are made by

ADC KRONE, ensuring quality from beginning to end.

DFX-SHD001(Front View)

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Description Catalog Number

AC outlet kit; accepts outlet kits in front only, North American ACOK-PWNB

End guards; 2.14 m (7') height x 298 mm (18.75") width SHD-HR-85

Installation kits

Concrete floor, overhead cabling RINST-FLR

Raised oor SHD-HR-91

Raised oor (zoe 4 raed);or se withoutoverhead cable racking

2.14 m (7') network rack kit includes:(1) raised floor mounting kit

(12) rack tie bracket kits(1) rack grounding kit

RINST-DSXRFL-PW

Rack extender; 2.14 m (7') to 3.5 m (11.5') SHD-HR-44n

Accessories


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ADC KRONEs FlexDSX multifunction productsolutions provide maximum flexibility whileeliminating the need to support multiple DS1,DS3, fiber and Ethernet panels, particularlyvaluable in a small to medium size application.

Designed to meet your requirements, oneFlexDSX panel is capable of housing all formsof multimedia services, including fiber, coax, andtwisted pair connectivity. Ultimate flexibility isprovided with the mix and match modularity ofFlexDSX modules.

Attain space savings through FlexDSXs compact,high-density design without compromising es access cioai icdig he damonitor feature of the DS1 and DS3 modules.

The FlexDSX multifunction panel offers theconvenience of complete M13 mux terminationin a single compact 19" W x 5.25" H panel.

Features

Increased modularity

Increased efficiency and flexibility

One panel meets DS1/3, fiber, and Ethernettermination requirements

Interchangeable modules allow

maximum flexibility

- DS1

- DS3

- Fiber terminations

- Ehere modes

Compact size for standard mounting

- 5.25" high EIA

- 6" high WECO

Supports bidirectional testing High-density

- 16 modules in 19" width

- 21 modules in 23" width

Specialty PanelsFlexDSX Multifunction Panel

FlexDSX Multiunction Panel

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ADC KRONEs FlexDSX multifunction panel cansupport a variety of module combinations andDS1/3 or fiber handoffs. The DS1 cross-connectprovides four jack cards per module with a dualmoior whie wo ework eeme ermiaioswith bidirectional circuit access are providedby each DS3 interconnect module. The fibertermination module is equipped with six SC-typeadapters. The FlexDSX multifunction panelsmodular design easily adapts to meet a variety ofcsomer eeds.

DS3 Module Fiber ModuleDS1 Module

Specialty PanelsFlexDSX Multifunction Panel

Applications

Wireless cell sites OSP cabinets, CEV or hut

POP

Collocation

CPE

RJ Module

Description Dimensions (HxWxD) Catalog Number

Panels

19" empty panel;16 module capacity

133 mm x 483 mm x 127 mm(5.25" x 19" x 5")

DFX-9E0002

23" empty panel;21 module capacity

152 mm x 584 mm x 152 mm(6" x 23" x 6")

DFX-9T0001

Modules

DS1 module;includes 4 jack cards with dual monitor

1 module width DFX-9T1000

DS3 module MPOP interconnect;includes jacks for 2 network elements (IN/OUT)

1 module width DFX-D3000

Fiber module; includes 6 SC adapters 2 module width DFX-SC0002

RJ Cat 5e Ethernet module;includes 3 Cat 5e RJ45 coupler adapters 1 module width DFX-9RJ002

RJ Cat 6 Ethernet module;includes 3 Cat 6 RJ45 coupler adapters

1 module width DFX-9RJ006


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Specialty PanelsModular DS1/DS3 Combination Panel

The modular DSX-1/3 chassis accommodates three 28-termination DS1 modules, threenon-modular 4-termination DS3 modules, a six-position modular DS3 mounting sleeve, or anycombination. The chassis is designed for the outside plant environment and can be installed in

a cabinet, CEV, or hut. The option to include one DS1 module is available or an empty chassis can beordered wih addiioa modes as eeded.

Features

DS1 module features front wire-wrapcross-connects and rear wire-wrap equipmentcabe ierace

DS3 module features rear BNC cross-connectand equipment cable interfaces

Tracer LEDs eliminate manual tracing of cross-coec wires or as circi ideiicaio

Chassis and module color: putty

Chassis with DS1 Modules

* Chassis has three total module positions. One 28-termination module is included. The two additional modules

are ordered separately.

Front View

Rear View

DescriptionCircuitDensity

Dimensions(HxWxD) Catalog Number

Chassis

Chassis with one module; 51 mm,

76 mm, 102 mm (2", 3", 4") recess;

1-14, 15-28 designation

28 178 mm x 584 mm x 229 mm

(7" x 23" x 9")

D1M-1X0012*

Empty chassis 3-position; 51 mm,

76 mm, 102 mm (2", 3", 4") recess

84 DS1

18 DS3

178 mm x 584 mm x 229 mm

(7" x 23" x 9")

DIM1X0027

Modules

DS1 module; mounts into

D1M-1X0012 chassis;

1-14, 15-28 designation

28 D1M-1A0042


D1M-1X0012 chassis; 1-4 designation

4 midsize

jacks

D3M-XRMC11


D1M-1X0012 chassis; 1-4 designation

4

sadard

size jacks

D3M-XRSC11

6-port midsize module;

mos io DSX4H-6HDSl

1 DS3 DSX-4H-MBRC-BA

Mounting sleeve 6-position; mos

into DIM-1X0027; 1-6 designation

6 DS3 DSX4H-6HDSl

DS1/DS3 combo panel; o-modar;

1-28 ABC, 1-3 designation

84 DS1

3 DS3

178 mm x 584 mm x 203 mm

(7" x 23" x 8")

D1M-1A0060


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Rear Access Interconnect Modular SystemIrodcio

Bantam interconnect panels contain pairs ofjacks that are internally cross-connected. Thesepanels utilize the same bantam jacks as the DSX-1 panels, but the internal cross-connection ispermanent. The network elements are connectedtogether when equipment cabling is established.

Application

Interconnect panels are primarily used inapplications where cross-connection is morepermanent. Common applications include DCSierace ad coocaio isaaios.

Interconnect Signal Flow

OUT

OUT

IN

IN

Digital

Interconnect

Network

Element

Network

Element

PermanentEquipment

CablesPermanentEquipment

Cables

Tx OUT

Rx IN

MON

MON

Rx IN

Tx OUT

Digital Interconnect Confguration

To NetworkElement A

To NetworkElement B

PermanentEquipment

Cable

PermanentEquipment Cable

Features

Cost-effective solution for applications wherecircuit reconfiguration is infrequent

Creates permanent, dedicated connectionbewee wo ework eemes o he DSX

ierace

Requires a minimum amount of equipment

and rack space

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Rear Access Interconnect Modular System56-Termination Interconnect Panel

Features

Chassis is preloaded with 56 individualinterconnect jack cards

Rear wire-wrap IN/OUT cabling

Tracer LEDs eliminate manual tracing of cross-coec wires or as circi ideiicaio


D1M-1E1101(Front View)

D1M-1E1101(Rear view)

Circuit Density

Number o

Terminations

Designation

Dimensions

(HxWxD)

Mounting

Options

Catalog

Number

56 112 1-56 A

1-56 Z

127 mm x 584 mm x 203 mm

(5" x 23" x 8")

Flush D1M-1E1101


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Rear Access Interconnect Modular SystemDDP-1 Panels

The digital distribution point (DDP-1) chassis is an interface point placed between a digital cross-connectsystem (DCS) and digital NEs, providing a flexible alternative to hard wiring NEs directly to the DCS.

A digital distribution point provides cable termination and circuit access to digital circuits at the DS1,DS1C, E1 and VT1.5 signal levels. Software cross-connects between two NEs are provided by the DCS.

The DDP-1 chassis is available in a single access configuration. Various circuit densities are available tomatch DCS group quantities; i.e., 56-, 84-circuit. Various wiring connection styles; i.e., wire-wrap, 50-pinor 64-pin connectors and equipment rack styles; i.e., 19-inch, 23-inch mounting are available.

Single-Access Chassis

The single-access chassis allows access to the NE side or the DCS side but not simultaneously. An accesscard is inserted in the normal position (with monitor jack on top) to access the NE. The access card isinserted in the inverted position (monitor jack on bottom) to access the DCS.

DDP-3DDP-1

DS1

NE

DS1

NE

DS3

NE

DS3

NE

Coaxial

Cable

Twisted Pair

Cable1/3 DCS

DS1

PORT

DS3

PORT

DS1

PORT

DS3

PORT

DDP-1 IN 1/3 Application

M

O

I

M

O

I

DS1

NE1

DS1

PORT

A

DS1

PORT

B

DS1

NE2

DDP-1 POS #2

XMIT

RCV

XMIT

RCV

XMIT

RCV

XMIT

RCV

DDP-1 POS #1

Software

Cross-Connects

DCS

DDP Signal Flow

M

O

I

I

O

M

DS1

NE1

DS1

PORT

A

XMIT

RCV

XMIT

RCV

DCS

Chassis

SowareCross-Coecs

o Oher DCS Pors

NE Access DCS Access

DCS Access

Features A cost-effective alternative to hardwiring digital equipment directly to the 1/3 DCS backplane

Smooth, flexible and economical migration of service to a 1/3 DCS in an office

In-service or out-of-service cutover options using DDP-1

Catastrophic access options utilizing the optional jack access card (monitoring in

both directions from one location and patching options)

Ease of adding or removing future network elements

Superior cable management and additional cabling flexibility as the office grows

Economical access solution since permanent jacks are not required for each circuit

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Rear Access Interconnect Modular System84-Termination DDP-1 Panel

DD1-351001(Front View with

Door Open)


Door Cosed)

DD1-351001(Rear view)

Number oCircuits

CableConnectionsDCS IN/OUT

CableConnectionsNE IN/OUT

CableTermination

AccessMountingOptions

Dimensions(HxWxD)

CatalogNumber

84 Wire-wrap Wire-wrap Rear Flush or 2"recess

WECO/EIA

152 mm x 584 mmx 213 mm

(6" x 23" x 8.4")

DD1-351001

NETWORK

ELEMENT

152 mm(6)

44 mm(1.75)

566 mm(22.3)

584 mm(23)

T

T

DD1-351001

(Rear view)

DD1-351001

(Front View withDoor Open)


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584 mm(23")

566 mm(22")CKT 1 CKT 56

66 mm(2.6")

31.8 mm(1.25")

31.8 mm(1.25")

203 mm(8")

51 mm(2")

Numberof Circuits

CableConnectionsDCS IN/OUT

CableConnectionsNE IN/OUT

CableTermination

AccessMountingOptions

Dimensions(HxWxD)

CatalogNumber

56 Wire-wrap Wire-wrap Rear Flush or51 mm (2")

recessWECO/EIA

66 mm x 584 mm x203 mm

(2.6" x 23" x 8")

DD1-311001

56 Wire-wrap Wire-wrap Rear 121 mm(4.75")

recessWECO/EIA

76 mm x 482 mm x292 mm

(3" x 19" x 11.5")

DD1-211001

Rear Access Interconnect Modular System56-Termination DDP-1 Panel


Door Open)

DD1-311001

(Rear view)


Door Cosed)

Note: chassis color is putty.

DD1-311001(Top View)

DD1-311001(Front View)


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Rear Access Interconnect Modular SystemDDP-1 Jack Cards

Cards are inserted into the DDP-1 chassis only when equipment installation or maintenance activities arerequired. A variety of cards provide many functions during installation and maintenance activities. Eachaccess card has a lock and release device for secure attachment in the chassis. All cards containing jacksuse industry-standard bantam jacks.

Description Catalog Number

Loopback card; provides loopback of transmit to receive for both the NE and DCS

equipment

DD1-100002

Terminating card; provides 135 Ohm termination across tip and ring for transmit and

receive of both NE and DCS equipment

DD1-100003

Opening card; provides opening of transmission path between NE and DCS (isolates NE

rom DCS or coii esig drig isaaio)

DD1-100004

Jack access card; provides MON, OUT and IN jacks for circuit access to NE equipment andprovides MON, OUT and IN jacks for circuit access to DCS equipment DD1-100005

Drop and insert card; provides MON, OUT and IN jacks for both the NE and DCS

equipment for full duplex circuit access. This provides dual access functionality in

he sige access chassis

DD1-100006

Circuit guard card; provides circuit guard with red label for a single mounting slot

Documents

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