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Multifunction Swing-Out Universal Chassis Loaded with a fiber, DS1 and DS3 module Multifunction Swing-Out Chassis Loaded with one CSU and an 8-termination front • 4- and 8-termination D

2nd Edition

3/08

Multifunction Panel

Introduction and Applications 1

Modules DS1 Interconnect Module: 4-Termination 4

DS1 Interconnect Module: 8-Termination 4

DS1 Monitor Module 4

DS1 Front Cross-Connect Module: 8-Termination 5

DS3 Interconnect Module 6

Individual DS3 Circuit 6

Splice/Storage Fiber Plug-In Module: 6-Termination 7

Ethernet Category 5e Module 7

Module Ordering Information 8

Chassis Ordering Information Swing-out Chassis 10

Bulkhead Chassis 10

QCP Wire Distribution Panels Introduction and Applications 11

QCP Standard Panel Ordering Information 200/400-Pair Standard Panel – 19" EIA 12

200/400-Pair Standard Panel – 23" WECO 12

300/600-Pair Standard Panel – 19" EIA 13

300/600-Pair Standard Panel – 23" WECO 13

QCP DCS Panel Ordering Information 14

QCP Accessories Ordering Information 15

Impedance Matching Panel Introduction and Applications 16

Impedance Matching Panel Ordering Information 18

Wired Assemblies Introduction and Applications 19

Bantam Connectorized Jackfields 2-wire Jackfield 21

4-wire Jackfield 21

6-wire Jackfield 21

Ordering Information 22

Voice Frequency Jackfield Ordering Information 23

Bantam Prewired Jackfields 2-wire Jackfield 24

4-wire Jackfield 24

6-wire Jackfield 24

Ordering Information 25

Telephone Line Isolation Panel Ordering Information 27

Timing Jackfields Ordering Information 28

•

Connectorized Cables

Introduction 29

Category 2, 3 and 5 Cables Ordering Information 30

Terminal Blocks Connectorized Terminal Blocks Ordering Information 31

Wire-wrap Terminal Blocks Ordering Information 32

Molded Terminal Blocks Ordering Information 32

Terminal Blocks Accessories Ordering Information 33

Specifications QCP Wire Distribution Panels 34

Impedance Matching Panel 36

Wired Assemblies 37

Connectorized Cables 49

Connectorized Terminal Blocks 53

Index 56

Table of Contents

Multifunction Panel 1

QCP Wire Distribution Panels 11

Impedance Matching Panel 16

Wired Assemblies 19

Connectorized Cables 29

Terminal Blocks 31

Specifications 34

Index 56

Multifunction Swing-Out Universal Chassis

(Loaded with a fiber, DS1 and DS3 module)

Multifunction Swing-Out Chassis

(Loaded with one CSU and an 8-termination front

• 4- and 8-termination DS1 interconnect modules available in wire-wrap or RJ IN/OUT connections

• 8-termination monitor module

• 8-termination DSX-1 cross-connect modules available in wire-wrap or RJ IN/OUT connections

• 1-circuit DS3 MPOP interconnect module with a modular design for growth up to three DS3 circuits

• Fiber connector module

• CSU mounting shelf

• 4-termination Cat 5e Ethernet module

Customer Premise Applications

As end customers require more and more services, service providers (CAPs, CATV, utilities and RBOCs) are taking a more active role in providing and maintaining the switch services at the customer premises location Figure 1 shows an integrated access concentrator at the customer premises location, with the multifunction panel providing a demarcation point, as well as nonintrusive monitoring, testing and patching, all within one integrated chassis.

Wireless Cell Site Applications

In today’s competitive wireless market, the ability to test, monitor and patch the RF signal prior

to sending the signal is essential in ensuring the downstream signal’s quality Figure 2 illustrates

a typical base station with incoming signals connected to the multifunction panel before going

to the up/down converter.

MUX DS3 T1 Voice Data SONET

Multifunction Panel MultifunctionPanel with

RF Module

Up/Down Converter Radio

Equipment

Demarcation

Multifunction Panel MultifunctionPanel

T1/E1 OR T3/STS-1

Integrated Access Concentrator

Protector

Demarcation

Figure 2 Figure 1

Wireless Multifunction Panel with DS1, DS3, Ethernet or Fiber Applications

The multifuction panel enables patching, termination and rearranging of circuits as traffic patterns change and demands on the network grow It connects network elements such as office repeaters, digital switches, channel banks, digital loop carriers, multiplexers and digital loop switches.

MTSO

Mobile Telephone Switching Office

Option 1: Mutifunction Panel with DSX

DS3 Module M3/1 DSX BTS

Cross-Connect w/ Loopback

N E T W O R K

Multifunction Panel

Cross-Base Station

Plexer

Multi-Option 2: Mutifunction Panel

FDP

Figure 3

(Cellular/PCS Site Options)

MFP-261001

Ethernet Category 5e Module

MFP 242003-8W6-Termination

Additional configurations available.

DS1 interconnect modules

For applications in which cross-connect functionality is not required

4-termination – supports 2 T1 circuits

8-termination – supports 4 T1 circuits

14-termination – supports up to 7 T1 circuits

DS1 monitor module

8 circuit DS1 with monitor ports front IN/OUT RJ48X, Rear wire-wrap IN/OUT

MFP-261001

DS1 front cross-connect module

8-termination – supports 4 T1 circuits

One-position interconnect module with space for growth; total capacity of 3 DS3 circuits

Individual DS3 circuits

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

Splice/storage fiber plug-in module

6-position splice chips for fiber module

3-position, swing-out chassis, front and rear access,

cable management for twisted pair, fiber and coax,

mounts in 19" (483 mm) or 23" (584 mm) EIA/WECO

racks or wall mount, adjustable flush, 25 mm (1"), 51

mm (2") or 127 mm (5") mounting

89 mm x 439 mm x 267 mm (3.5" x 17.3" x 10.5")

• Circuit traceability and simplicity in wiring.

• Greater accuracy resulting in less time required during system installation, maintenance and future updating since all contacts are color-coded and all connections are made at the front of the QCP bays

• Easy accommodation of traffic pattern changes, since reconfiguring is done mostly

at the front of the QCP bays

• Simpler office layouts, since office equipment can be installed where space is available The QCP system is then installed in the same equipment rack for rack lineup and serves

as the intermediate distribution frame for that equipment

• Greater accuracy in office record-keeping, since the panel labeling and color-coding correspond to office record keeping formats

Features

• Color-coded wire termination contacts

• Fanning panels and wireways to keep all

wire parallel with minimum crossover

• Easy to read panel designations on

white panels

• Single-sided frame administration

• Various densities of wire termination are

available, with the maximum density allowing up to 10,000 terminations on

an 8’ bay Circuit identification and wire routing are still manageable, even at these maximum densities

ADC’s quick connect panel (QCP) provides an

excellent means of connecting communications

circuits displaying easy circuit identification and

efficient wire management.

Wire Termination Contacts

This panel is available with either the insulation

displacement split cylinder contacts or wire-wrap

pins The split cylinder contact provides for a

quick punch-down method of termination, which

is much faster than other methods requiring

patch cords, soldering, or wire-wrapping; yet

this contact termination is just as reliable as

wire-wrapping The QCP insulation displacement

contact evenly distributes the holding force of

the cylinder, allowing many insertion/withdrawal

cycles and providing strain relief for the wire

resulting in a safe insulated termination This

contact furnishes a gas tight connection, while

handling a variety of wire types.

Cable and Wire Routing

QCP Panels are provided with an arrangement of

fanning panels and wireways for easy wiring and

minimal wire congestion A quadrant dressing

scheme is used to route wires to the side of the

bay and then up or down the vertical wireways,

either to other panels or to an express trough

to another bay The backsides of the bays are

provided with brackets for easy routing and tying

of cables.

See pages 34-35 for specifications.

Individual QCP Cylinder

Correct Strain Relief for Wire

Stress Point Caused by Incorrect Strain Relief

QCP Wire Distribution Panel

Standard Panel (200/400-Pair)

19" EIA 1.75" rack spacing

Connectorized panels with rear 50-pin plug connector

23" WECO 2" rack spacing

Connectorized panels with rear 50-pin plug connector

Non-connectorized panels

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

Custom panels are available Minimum quantities apply

Standard Panel (300/600-Pair)

19" EIA 1.75" rack spacing

Connectorized panels with rear 50-pin plug connector

Non-connectorized panels

23" WECO 2" rack spacing

Connectorized panels with rear 50-pin plug connector

Non-connectorized panels

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

Custom panels are available Minimum quantities apply

Features and Benefits

• Convenient access point to monitor, test or

reconfigure circuits, eliminating work on the DCS backplane and enabling troubleshooting without uncabling

• Preplanned, durable access point for

troubleshooting in a "direct connect"

application: a 1 for 1 circuit connection, through the front and rear side of the same termination contact by terminating network element wires on the front and the DCS cable

on the back of the panel

• In an interconnect application, allows rerouting

of circuits by terminating the DCS and network element cables on the rear of the panel and interconnecting them on the front

• Available in 112- and 224-circuit sizes The 112-

circuit panel is configured with pin groups of 4x28 and provides the easiest work access The 224-circuit panel is configured with pin groups

of 8x28 and provides the highest termination density, saving space

• Excellent cable management with a variety of filler panels, stand-off brackets, fanning panels, fanning rings and dust covers

• Available with shield pins as optional bonding points If used, the shield pins provide a means for DCS/network element sheath continuity

• Easily tested without clipping shortened pigtails within the same cable sheath The QCP contacts are available for applications needing frequent test access

• Centralized termination, interconnection and access to digital transmission lines between the DCS and the network elements

• An alternative to hardwiring digital telecommunications equipment directly

to the DCS

• A fallback option for interconnection of network elements if the DCS fails

Connectorized panel wire-wrap

QCP replacement kit includes instructions and the following:

The 75/120 Ohm impedance-matching panel provides a solution for incompatible network interfaces

by creating an interchange between twisted pair and coaxial network elements A balun converts the unbalanced 75 Ohm impedance of a coaxial cable into the balanced 120 Ohm impedance of a twisted pair While ensuring quality and reliability, the panel allows continuous signal transmission through otherwise incompatible interfaces Frequently used in central office environments, this panel is often deployed by system integrators in co-location facilities.

The impedance matching panel ensures digital signal reliability during the conversion from 75 Ohms

to 120 Ohms This panel is ideal for central office and co-location facilities where original equipment manufacturer (OEM) product interface incompatibilities frequently occur.

NetworkElement A

NetworkElement BTwisted Pair

Features and Benefits

Panels available with 8, 16, 24, or 32 circuits

Easily matches existing network equipment circuit counts

Multiple connector interface type and location options

Variety of configurations available to complement existing network designs

Preinstalled cable management bars

Reduces cable congestion and simplifies maintenance

Cable management rings with labeling

Ensures proper cable routing and circuit identification

Reversible mounting brackets

Each panel fits into 19" or 23-inch racks, or can be wall mounted

Support signal rates up to E1 (2.048 Mbps)

Impedance Matching Bay in Network

Impedance Matching Panel

Balun Interface Location

Catalog Number BAL - F -

Balun Interface Type

D 64-pin plug connectors

See page 36 for panel dimensions and specifications

* Minimum order required for these connectors

In the central office, wired assembly jackfields,

inserted into VF circuits between different office

equipment, provide jack access for testing and

rerouting (patching) circuits.

Pioneered by ADC, these jackfields with bantam

jacks are available in a prewired, prewired

and connectorized, or connectorized only

configuration; and completely assembled in our

plant No need for expensive wiring connections

in the field ADC bantam jackfields are available

in virtually any circuit configuration required

Included are 2-wire, 4-wire, and 6-wire circuits

for primary, secondary, intermediate, test and

out-of-service functions Equally important, each

jackfield is checked, inspected and tested in

our plant.

See pages 37-48 for Specifications

JC6/48M

MOD EQ OUT MON

M E

M E

LINE EQ SIG

T1 R1 R T RECEIVE TRANSMIT

4-WIRE ANALOG TRUNK

SB SG

DEM EQ IN

MOD EQ OUT

MON

The JC4 bantam jackfield provides 24

four-wire circuits,including monitor jacks

Circuit connections are made through standard

50-pin connectors on the rear of the chassis

Equipment IN and MOD are receptacles;

Equipment OUT and DEMOD are plugs

• Front panel hinged for internal access

• Horizontal designation strips furnished

with a white card and clear window for circuit identification

• Vertical designation cards printed with

row functions

4-Wire Jackfield

6-Wire Jackfield

R T1

LINE DROP R T1

LINE DROP/

MON

R T

LINE DROP MON

R1 T1

DEM EQ IN MON

MOD EQ OUT MON

R T

R1 T1

DEM EQ IN

MOD EQ OUT

R T

JC4/24M

JC4/24

R1 T1

DEM EQ IN MON

MOD EQ OUT MON

R T

M E E M

LINE EQ SIG

JC6/48M

Features

The JC2 bantam jackfield provides 48

two-wire circuits, including monitor jacks Circuit

connections are made through standard 50-pin

connectors mounted on the rear of the chassis

Line connectors are receptacles, drops are plugs

• Front panel hinged for internal access

• Horizontal designation strips furnished

with a white card and clear window for circuit identification

• Vertical designation cards printed with

row functions

Features

The JC6 bantam jackfield provides 12 or 48

six-wire circuits, consisting of DEM/MOD, EQ

IN/ EQ OUT, MOD and Signal jacks Circuit

connections are made through standard 50-pin

connectors on the rear of the chassis Equipment

IN and MOD are receptacles; Equipment OUT

and DEMOD are plugs

• Front panel hinged for internal access

• Horizontal designation strips furnished

with a white card and clear window for circuit identification

• Vertical designation cards printed with

row functions

Bantam Connectorized Jackfields

2-wire jackfield

With primary Line/Drop or

Signal E/M

45 mm x 483 mm x 203 mm (1.75" x 19" x 8")

With primary Line/Drop or Signal E/

M plus a third row of monitor jacks

With Voice Frequency jacks,

(1.75" x 19" x 8")

With Voice Frequency jacks, DEM/

MOD, EQ IN/EQ OUT, monitor jacks

6-wire jackfield

With monitor and signal E/M jacks;

signal jacks on right side of panel

45 mm x 483 mm x 203 mm (1.75" x 19" x 8")

Bantam Connectorized Jackfields

Voice Frequency Jackfield

ADC voice frequency (VF) jackfields support the network manager who needs to access, monitor, test and patch VF circuits VF jackfields allow monitoring and testing of VF circuits, on either side of the line (telco or modem, transmit or receive), without circuit interruption Circuit paths for both 2-wire and 4-wire lines can be changed with a single action ADC VF jackfields save space, are easily installed and aid in VF line organization Special plugs to split, open and terminate lines are available.

Features

ADC’s voice frequency jackfield provides complete

access and patch facilities for 24 four-wire or 48

two-wire lines LINE and MODEM jacks on the

front allow patching of any line to any modem

access for test equipment Front panel MONITOR

jack access provides a bridging connection

across the line All jacks are prewired to 50-pin

connectors located at the rear of the panel The

jacks accept three conductor bantam plugs (two

conductors plus braided shield)

• Horizontal designation strips furnished with

a white card and clear window for circuit identification

• Row functions are permanently marked for

ease of operation

• Plexiglass dust cover provided

• FCC registered (Part 68)

R T

LINE MOD MON TRANSMIT

LINE MOD MON

R T

RECEIVE

DMMOJ-1

(1.75" x 19" x 8")

DMMOJ-1

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

The JB4 bantam jackfield provides 24

four-wire circuits, including monitor jacks Circuit

connections are made by wiring the equipment

to easy-access wire-wrap terminal blocks on the

back of the jackfield

• Front panel hinged for internal access

• Horizontal designation strips furnished

with a white card and clear window for circuit identification

• Vertical designation cards printed with

row functions

4-Wire Jackfield

6-Wire Jackfield

Features

The JB2 bantam jackfield provides 48 or 96

two-wire circuits, including monitor jacks Circuit

connections are made by wiring the equipment

to easy-access wire-wrap terminal blocks on the

back of the jackfield

• Front panel hinged for internal access

• Horizontal designation strips furnished

with a white card and clear window for circuit identification

• Vertical designation cards printed with

row functions

Features

The JB6 bantam jackfield provides 12 or 48

six-wire circuits, consisting of DEM/MOD, EQ

IN/EQ OUT, MON and Signal jacks Circuit

connections are made by wiring the equipment

to easy-access wire-wrap terminal blocks on

the back of the jackfield

• Front panel hinged for internal access

DEM EQ IN MON

MOD EQ OUT MON

R T

JB4/24M

R T

LINE DROP MON

JB2/48M

Bantam Prewired Jackfields

2-wire jackfield

With primary Line/Drop or Signal E/M

plus a third row of monitor jacks

45 mm x 483 mm x 203 mm (1.75" x 19" x 8")

4-wire jackfield

With Voice Frequency jacks,

(1.75" x 19" x 8")

With Voice Frequency jacks, DEM/

MOD, EQ IN/EQ OUT, monitor jacks

Telephone Line Isolation Panel

The telephone line isolation panel provides a safe

and easy means of accessing phone lines for

testing at power substations and also provides

lightening protection

The PI-250 panel and associated plugs are

specially designed to provide protection up to

20,000 volts between the line side and the

equipment side as well as between the adjacent

circuits within the panel The panels are available

in several versions The three types of available

plugs; looping plugs, shorting plugs and reverse

polarity plugs have color-coded handles for

easy identification.

The panel is usually located at or near the

demarcation between the telephone company’s

in-plant or building wiring, usually at the point of

entrance into the building The panel allows line

access for repair personnel while protecting them

from high voltages on the lines during electrical

storms and power failures.

One side of the panel is the telephone company

side where telephone cables enter the power

substations The other side is the power

company equipment side To open the phone

circuits for testing in either direction, you simply

remove the plugs from the panel, opening the

phone company lines from the power company

equipment Lines can be accessed in both

directions through telephone type jacks,

recessed within the molded panel in such a way

as to make accidental contact with the jacks

extremely difficult.

The isolation panel is completely enclosed in

a transparent safety shield, making it virtually

impossible for test personnel to come in contact

with the active circuits The specially designed

ADC plugs are rated at 20,000 volts, well over

the necessary protection level.

ADC’s telephone line isolation panel also provides

a less time-consuming, less costly and more

efficient means of access No more unwrapping

circuits or breaking solder connections All

you do is remove a plug and your circuits are

automatically disconnected for testing.

Telephone Isolation Panel Jack Schematic

TO ISOLATING DEVICE

CENTRAL OFFICE

Looping Plug

(PJ40)

TO ISOLATING DEVICE

OFFICE

Reverse Polarity Plug

(PJ42)

Telephone Line Isolation Panel

Height shown is the height of the panels with plug Without the plugs, the height of panels with wire-wrap terminations is 13.18 mm (5.19"); the height of the panels with screw terminals is 13.72 mm (5.4")

Panels with wire-wrap terminations

PI-250-8

Plugs

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

Timing jackfields provide 20 circuits for

termination of a timing source generator

These panels provide patching and monitoring

capabilities for T1 clock output The panels’

outputs are individually cabled to any piece of

equipment requiring a T1 clock.

Timing jackfields

Bantam timing jackfield;

2-wire digital jackfield;

includes monitor jacks

89 mm x 483 mm x 203 mm

AUX-3A0001

Bantam timing jackfield;

2-wire digital jackfield;

includes monitor jacks;

terminal blocks are jumpered

AUX-3A0003

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