Ericson Edacs lbi-39153 User manual

LBI-39153

ericssonzericssonz

MAINTENANCE MANUAL

EDACSCOMPACT VERTICAL VOTER

SYSTEM INSTALLATION AND SERVICE

TABLE OF CONTENTS

Section/Paragraph..........................................................................................................................................Page

TABLE OF CONTENTS................................................................................................................................1

INTRODUCTION...........................................................................................................................................5

RELATED PUBLICATIONS........................................................................................................................5

RECOMMENDED TEST EQUIPMENT AND ACCESSORIES...............................................................5

INSTALLATION............................................................................................................................................6

SITE PREPARATION...............................................................................................................................6

Equipment Location............................................................................................................................6

Equipment Room Grounding..............................................................................................................6

Operating Environment.......................................................................................................................6

Electrical Power..................................................................................................................................6

Telephone Service ..............................................................................................................................6

UNPACKING EQUIPMENT....................................................................................................................7

VOTER CABINET RACK-UP..................................................................................................................7

POWER DISTRIBUTION ........................................................................................................................7

GETC CONFIGURATION............................................................................................................................8

GETC PERSONALITY PROGRAMMING..............................................................................................8

COMPACT VERTICAL VOTER CONFIGURATION..............................................................................9

SIMULCAST SYSTEM CONFIGURATION...........................................................................................9

Hardware Installation:.........................................................................................................................9

STEP 1 - EDACS DIGITAL INTERFACE PANEL CONFIGURATION................................................9

STEP 2 - BACKPLANE CONFIGURATION ..........................................................................................11

STEP 3 - ROCKWELL MODEM INTERFACE CARD CONFIGURATION .........................................12

STEP 4 - DIGITAL RECEIVER CONFIGURATION..............................................................................13

STEP 5 - SELECTOR CONFIGURATION..............................................................................................13

STEP 6 - VOTER SOFTWARE INSTALLATION ..................................................................................14

Equipment Required ...........................................................................................................................14

POST CONFIGURATION CHECKS .......................................................................................................15

CARD CONFIGURATION GUIDE (350A1612).........................................................................................16

USING THE SLOT CONFIGURATION TABLES..................................................................................16

Simulcast Systems (VP1-5 = S)..........................................................................................................16

Voted Systems (VP1-5 = V)...............................................................................................................16

CONFIGURATION TABLES...................................................................................................................18

LBI-39153 TABLE OF CONTENTS

TABLE OF CONTENTS

Section/Paragraph..........................................................................................................................................Page

SYSTEM ALIGNMENT.................................................................................................................................31

SYSTEM SETUP LEVELS.......................................................................................................................31

ANALOG VOTER ALIGNMENT PROCEDURE....................................................................................31

Setup ...................................................................................................................................................31

CV2FIELD ALIGNMENT PROCEDURE................................................................................................31

Setup ...................................................................................................................................................31

RMIC Modem Levels..........................................................................................................................31

SYSTEM CHECKOUT..................................................................................................................................32

MAIN SITE GETC....................................................................................................................................32

SATELLITE RECEIVER ..........................................................................................................................32

SIMULCAST TX SITE .............................................................................................................................33

VOTER SYSTEM CHECKOUT...............................................................................................................33

TROUBLESHOOTING..................................................................................................................................35

CABLE CONNECTION LISTS.....................................................................................................................39

CABLE CONNECTION LISTS CONNECTION LIST 350A1711, 2 TO 12 SITE CV2SYSTEM

(1 CHANNEL PER SHELF)......................................................................................................................39

CONNECTION LIST 350A1712, 2 TO 17 SITE CV2SYSTEM (1 CHANNEL PER SHELF)...............41

CONNECTION LIST 350A1710, 2 TO 6 SITE CV2SYSTEM (2 CHANNEL PER SHELF).................44

DC POWER DISTRIBUTION CABLE LISTS, 350A1713......................................................................47

Main Cabinet Power Source................................................................................................................47

Expansion Cabinet Power Source .......................................................................................................47

DC Power Distribution to Voter Units................................................................................................48

ANALOG AND DIGITAL VOTER CROSS-CONNECT PANEL CONNECTION LIST......................49

Analog Connections............................................................................................................................49

Digital Connections, Simulcast...........................................................................................................51

Digital Connections, Voted.................................................................................................................53

CABLE DIAGRAMS......................................................................................................................................55

PARTS LISTS..................................................................................................................................................73

83-INCH VERTICAL CABINET..............................................................................................................73

86-INCH OPEN RACK .............................................................................................................................73

VOTER EQUIPMENT ..............................................................................................................................73

ASSEMBLY DIAGRAMS..............................................................................................................................75

INTERCONNECTION DIAGRAMS............................................................................................................81

TABLE OF CONTENTS LBI-39153

FIGURES AND TABLES

Page

Figure 1 - ROA 117 2228 Header Pinouts...............................................................................................................9

Figure 2 - ROA 117 2227 Header Pinouts...............................................................................................................11

Figure 3 - Backplane Jumper Locations...................................................................................................................11

Figure 4 - RMIC Jumper Locations..........................................................................................................................12

Figure 5 - DIP Switches S1 thru S3..........................................................................................................................13

Figure 6 - RMIC DIP Switch S1.............................................................................................................................. 31

Table 1 - Telco Cable Lengths.................................................................................................................................6

Table 2 - Simulcast 1-Channel/Shelf Interface Panel and Backplane Jumpers ........................................................10

Table 3 - Simulcast 1-Channel/Shelf Interface Panel Jumpers J40 and J41............................................................. 10

Table 4 - Simulcast 2-Channel/Shelf Interface Panel and Backplane Jumpers ........................................................10

Table 5 - Digital Receiver Time Slot Settings.......................................................................................................... 13

Table 6 - Information in VP1...................................................................................................................................17

Table 7 - Number values for letters for VP1-6, 7, 8, 10, & 15................................................................................. 17

Table 8 - Information in VP2...................................................................................................................................17

Table 9 - Information in VP3...................................................................................................................................18

Table 10 - Digital Voter Configuration, Simulcast, 2 to 6 RS232 Sites, 2 Channels/Shelf, no RM Sites................ 19

Table 11 - Analog Voter Configuration, Simulcast, 2 to 6 RS232 Sites, no RM Sites ............................................19

Table 12 - Digital Voter Configuration, Simulcast, 2 to 5 RS232 Sites, 2 channels/shelf, One RM Site................. 20

Table 13 - Analog Voter Configuration, Simulcast, 2 to 5 RS232 Sites, One RM Site ........................................... 20

Table 14 - Digital Voter Configuration, Simulcast, 1 channel/shelf, 2 to 12 RS232 Sites and no RM Sites ...........21

Table 15 - Analog Voter Configuration, Simulcast, 2 to 12 RS232 Sites and no RM Sites..................................... 21

Table 16 - Digital Voter Configuration, Simulcast, 1 channel/shelf, 13 to 17 RS232 Sites and no RM Sites .........22

Table 17 - Analog Voter Configuration, Simulcast, 13 to 17 RS232 Sites and no RM Sites................................... 22

Table 18 - Digital Voter Configuration, Simulcast, 1 channel/shelf, 2 to 11 RS232 Sites and One RM Site .......... 23

Table 19 - Analog Voter Configuration, Simulcast, 2 to 11 RS232 Sites and One RM Site.................................... 23

Table 20 - Digital Voter Configuration, Simulcast, 1 channel/shelf, 12 to 15 RS232 Sites and One RM Site ........ 24

Table 21 - Analog Voter Configuration, Simulcast, 12 to 15 RS232 Sites and One RM Site.................................. 24

Table 22 - Digital Voter Configuration, Simulcast, 1 channel/shelf, 2 to 10 RS232 Sites and Two RM Sites........ 25

Table 23 - Analog Voter Configuration, Simulcast, 2 to 10 RS232 Sites and Two RM Sites .................................25

Table 24 - Digital Voter Configuration, Simulcast, 1 channel/shelf, 11 to 13 RS232 Sites and Two RM Sites...... 26

Table 25 - Analog Voter Configuration, Simulcast, 11 to 13 RS232 Sites and Two RM Sites ...............................26

Table 26 - Digital Voter Configuration, Simulcast, 1 channel/shelf, 2 to 9 RS232 Sites and Three RM Sites........ 27

Table 27 - Analog Voter Configuration, Simulcast, 2 to 9 RS232 Sites and Three RM Sites .................................27

Table 28 - Digital Voter Configuration, Simulcast, 1 channel/shelf, 10 or 11 RS232 Sites and Three RM Sites....28

Table 29 - Analog Voter Configuration, Simulcast, 10 or 11 RS232 Sites and Three RM Sites.............................28

Table 30 - Voted, 2 Channel, RM Connected.......................................................................................................... 29

Table 31 - Voted, 1 Channel, RM Connected.......................................................................................................... 29

Table 32 - Voted, 2 Channel, RS232 Connected .....................................................................................................29

Table 33 - Voted, 1 Channel, RS232 Connected .....................................................................................................30

LBI-39153 TABLE OF CONTENTS

FIGURES AND TABLES

Page

Table 34 - LED Indicators for Trunked Idle Channels.............................................................................................32

Table 35 - LED Indicators for Trunked Assigned Channels ....................................................................................32

Table 36 - LED Indicators for Failsoft Idle Channels ..............................................................................................32

Table 37 - LED Indicators for Failsoft Assigned Channels......................................................................................32

Table 38 - LED Indicators for Satellite Site Receivers ............................................................................................33

Table 39 - LED Indicators for Simulcast TX Site GETC.........................................................................................33

Table 40 - 2 To 12 Site CV2System (1 Channel Per Shelf) Cable Connection List.................................................39

Table 41 - 2 To 17 Site CV2System (1 Channel Per Shelf) Cable Connection List.................................................41

Table 42 - 2 To 6 Site CV2System (2 Channel Per Shelf) Cable Connection List...................................................44

Table 43 - Main Cabinet Power Source....................................................................................................................47

Table 44 - Expansion Cabinet Power Source...........................................................................................................47

Table 45 - 24 Vdc Power Distribution .....................................................................................................................48

Table 46 - 5/12 Vdc Power Distribution ..................................................................................................................48

Table 47 - 12 Vdc Power Distribution for 2 Channel per Shelf Systems Only.........................................................48

Table 48 - Analog Connections For a Two Channel/Shelf Voter, 2-6 Sites.............................................................49

Table 49 - Analog Connections For a One Channel/Shelf Voter, 2-12 Sites............................................................50

Table 50 - Analog Connections For a One Channel/Shelf Voter, 2-17 Sites............................................................50

Table 51 - Digital Connections, Two Channels/Shelf, Simulcast or Voted, RS-232 Connected, 2-6 Sites.............51

Table 52 - Digital Connections, One Channel/Shelf, Simulcast or Voted, RS-232 Connected, 2-12 Sites..............51

Table 53 - Digital Connections, One Channel/Shelf, Simulcast or Voted, RS-232 Connected, 2-17 Sites..............52

Table 54 - Digital Connections, Two Channels/Shelf, Voted, Rockwell Modem Connected, 2-4 Sites ..................53

Table 55 - Digital Connections, One Channel/Shelf, Voted, Rockwell Modem Connected, 2-9 Sites.....................54

INTRODUCTION LBI-39153

INTRODUCTION

This manual contains maintenance information for the

Enhanced Digital Access Communication System

(EDACS) Compact Vertical Voter (CV2) system. The

information presented covers Voter equipment used in

Simulcast or Voted (Non-Simulcast) systems.

Included in this manual are the following sections:

• Installation Instructions

• Voter Configuration Procedures

• Card Configuration Guide

• System Alignment

• System Checkout

• Cable connection Lists

• Assembly Diagrams

• Interconnect Diagrams

RELATED PUBLICATIONS

It may be necessary to refer to one or more of the

following maintenance manuals when installing and setting

up the Voter system. These manuals provide additional

information

LBI-38430 - MASTR IIe Station Maintenance

Manual.

LBI-38676 - Analog Voter Maintenance Manual

LBI-38894 - GETC Trunking Card Maintenance

Manual for 19D901868G3 and G4.

LBI-38988 - EDACS Station GETC Configuration

Manual.

LBI-39038 - EDACS Redundant Power Supply

System Maintenance Manual

LBI-39074 - MASTR III EDACS Installation

Manual.

LBI-39075 - EDACS CV2 Interface Panel

Maintenance Manual

LBI-39090 - Simulcast Transmit Site Maintenance

Manuals.

LBI-39112 - MASTR III Multiple Receiver

Maintenance Manual

LBI-39142 - EDACS Voter Cross Connect Panel

Maintenance Manual

LBI-39149 - EDACS Compact Vertical Voter

(CV2) Maintenance Manual

LBI-39150 - EDACS CV2 Digital Voter Shelf

Maintenance Manual

LBI-39151 - EDACS CV2 Digital Receiver &

Selector Maintenance Manual

LBI-39152 - EDACS CV2 Rockwell Modem & RS-

232 Intfc Card Maintenance Manual

LBI-39158 - EDACS Power Distribution Panel

Maintenance Manual

LBI-39186 - Simulcast Control Point Maintenance

Manuals

SRN-1007 - Release Notes for Voter Software

SRN-1060 - Release Notes for GETC 1e

TQ-3357 - Personality Programming Instructions

RECOMMENDED TEST

EQUIPMENT AND ACCESSORIES

The following test equipment is required for alignment

and testing of the Voter system. Items identified by an

asterisk (*) indicate test equipment available in the

Simulcast Test Equipment Rack.

1. *Digital Storage Oscilloscope, configured for rack

mount - Tektronix 2232A or Tektronix TDS 410A

2. *Transmission Test Set - Convex C120

3. *Sweep Analyzer - Hewlett Packard HP 35670A

4. Digital Voltmeter with fine tip leads

5. Eye Pattern Generator - 19A149431P1

6. Inline Modular Adapter (not available from

Ericsson)

• Six Wire Modular Adapter - similar to Harris

“Banjo-6” 10220-100

• Eight Wire Modular Adapter - similar to Harris

“Banjo-8” 10230-100

7. Communications Service Monitor FM/AM 1200S

with Spectrum Analyzer - IFR Systems Inc.

Alternate monitors that may be used include the

IFR 1500 and HP8920A.

7. Test Module Kit, VPTS3X, includes:

NOTE

LBI-39153 INSTALLATION

• Digital Voter Extender Card (ROA 117 2249)

• Analog Voter Extender Card (19C317762G2)

• Analog Voter Test Assy Card (19D416003G1)

• Programming (Flash) Cable (19B804346P111)

INSTALLATION

SITE PREPARATION

Equipment Location

In a typical Voter system installation, the CV2system is

co-located with the Simulcast Control Point or Main Site

repeater (Non-simulcast system).

The Interface between the Voter (EDACS Interface

Panel) and other system equipment, such as Satellite

Receivers, IMC, and Main Site repeater, or Simulcast

Control Point equipment is made via the Analog and Digital

Voter Cross Connect panels. Refer to LBI-39142 for

information regarding the cross connect panels.

The Voter system uses standard twenty-five (25) pair

TELCO cables to route the audio and digital signals between

the Voter Interface Panel and the Voter Cross Connect

Panels. Table 1 provides the part number for Telco cables

of various lengths.

Table 1 - Telco Cable Lengths

PART NUMBER CABLE LENGTH

19D903880P120 5 feet (1.52 meters)

19D903880P121 15 feet (4.57 meters)

19D903880P122 7 feet (2.13 meters)

19D903880P123 10 feet (3.05 meters)

19D903880P124 20 feet (6.10 meters)

19D903880P125 25 feet (7.62 meters)

19D903880P126 30 feet (9.14 meters)

19D903880P127 35 feet (10.67 meters)

19D903880P128 40 feet (12.19 meters)

19D903880P129 50 feet (15.24 meters)

Equipment Room Grounding

Ensure all equipment and facilities meet the

requirements for grounding and lightning protection.

Installation manual LBI-39067 – Standard For Site

Grounding And Protection provides instructions for proper

grounding of sites and radio equipment. These procedures

should be observed in order to protect the equipment and

service personnel from lightning and other sources of

electrical surges. This manual is not included, but is

available on request from Ericsson Inc.

Operating Environment

The equipment room where the Voter equipment is

installed must meet the environmental conditions listed in

the Specifications section of LBI-39149. Each Voter

cabinet is equipped with an exhaust fan which draws cool air

through the cabinet to dissipate heat.

Although the temperature requirements for individual

pieces of equipment may be broader, when several units are

assembled together in a cabinet more heat is generated.

Because of this condition, the ambient room temperature

outside the cabinet must be lowered to ensure the

temperature inside the cabinet does not exceed the limits for

the equipment.

Electrical Power

Each EDACS cabinet is equipped with its own AC

power cord (except for DC options). Each of these power

cords should be connected to a separate circuit breaker. The

following circuit breakers are recommended.

•115 Vac (60 Hz) - a 20-amp circuit breaker for

each power cord.

•230 Vac (50 Hz) - a 15-amp circuit breaker for

each power cord.

Receptacles must be installed within reach of the power

cords. This can be on the wall behind the cabinets, in the

floor under the cabinets, on the cable ladders above the

cabinets, or in the cabinet top cable ducts.

Telephone Service

The following paragraphs provide information on the

characteristics of phone lines used in a voted system.

System Alignment Level

The System Alignment Level is the maximum level that

can be put through the phone lines without limiting, i.e.

there is sufficient headroom. The telephone company will

specify the system alignment level. Typically, the system

alignment level is 0 dBm for non-leased facilities. The

System Level is the level at which signals should be set and

is 10 dB below the system alignment level.

Phone Line Grades

Type 2000 Voice Grade Lines are sufficient for voice

channels with the following exception. The 1950 Hz tone

must arrive at the voter at a level not less than -30 dBm.

INSTALLATION LBI-39153

This can cause difficulties. For instance, if you order a

voice grade line and don't specify the loss, you will typically

get a line with 10 dB of loss at 1000 Hz. The 1950 Hz loss

will normally be 8 dB more than at 1000 Hz. By adding the

4 dB long-term variation and the 3 dB short-term variation

the worst case 1950 Hz loss would be 25 dB. It then follows

that you cannot send any lower than -5 dBm. If the phone

company will not allow you to send continuous tone as high

as -5 dBm, then you will have to ask for a lower loss circuit

or add conditioning.

When ordering voice lines for a voting system, ensure

all lines are of the same type with similar characteristics.

This will help prevent changes in pitch and intensity as a

signal is voted between sites.

All phone lines carrying data must be Type 3002 Data-

Grade Telephone Lines without additional conditioning (or

equivalent). To ensure the proper data-grade circuit is

obtained when leasing a telephone line, request a 4-Wire

3002 Data-Grade line from the local or regional telephone

carrier. If using an equivalent line, it must meet the

following specifications:

•Frequency response:

1000 Hz Reference

500 - 2400 Hz -1 to +3 dB

300 - 2700 Hz -2 to +6 dB

•Maximum Frequency Error = ±5 Hz

•Maximum Net Loss = 16 dB

•Maximum Group Delay (800-2400 Hz) = 2000 µS

•Minimum S/N Ratio = 24 dB

UNPACKING EQUIPMENT

EDACS Voter equipment is generally packed in one of

the following two ways:

• Bolted vertically to a mini pallet approximately 36”

deep x 32” wide, with a corrugated cardboard

cover held down with two plastic straps. This

technique is generally used for domestic shipments

of 83-inch cabinets. The mini pallet adds

approximately three inches to the overall cabinet

height. The weight varies according to the content,

but generally runs from 300 pounds to 600 pounds.

• Crated vertically or horizontally. This technique is

generally used for 86-inch open-racks and overseas

shipments. Crates may contain one or several

cabinets or racks, and the dimensions and weight

will vary accordingly. If size and weight limits are

required, contact the factory for special packing

instructions.

Cabinets packed on mini pallets can be moved with a

hand-truck, crates may need a fork lift or pallet jack,

depending on the size. Wrenches will be needed to unbolt

the cabinets from the mini pallets, and a crowbar and

hammer will be useful in opening the crates. Do not leave

packed or unpacked equipment where they can be rained on.

Upon receipt of the EDACS Voter equipment, carefully

examine each carton. If any damage is detected, note the

damage on the Bill of Lading.

Move the cartons as close as possible to their mounting

location.

Unpack the equipment and carefully examine each item.

If there is any damage to the equipment, contact the carrier

immediately and have their representative verify the

damage. If you fail to report the shipping damage

immediately, you may forfeit any claim against the carrier.

When unpacking the equipment, check the contents

against the packing list. Contact your Ericsson Inc.

representative and the carrier if any discrepancies are noted.

VOTER CABINET RACK-UP

Each Voter system is unique and specific installation

requirements will vary greatly depending on the number of

channels per shelf and the number of sites supported.

However, with the exception of the Voter Cross Connect

Panels, all of the Voter equipment is housed in either 83-

inch cabinets or 86-inch open racks and interconnected as

Voter Units.

A Voter Unit consists of a Digital Voter Shelf, two (2)

Analog Voter Shelves (three (3) for 13 to 17 site systems),

and an EDACS Interface panel. The number of Voter units

contained in a cabinet or rack ranges from two (2) units per

rack, for 13 to 17 site systems using 83-inch cabinets (with

or without power supplies) or 86-inch open racks (with

power supplies) to four (4) units per rack, for 2 to 12 site

systems using 86-inch open racks (without power supplies).

Refer to the Assembly Diagram 193D1054 to determine the

proper rack-up configuration for the system.

The EDACS Interface Panel mounts in the rear of the

cabinet or rack and acts as the central cabling point between

the individual Voter components (each Voter Unit) and the

Voter Cross Connect panels (Analog and Digital) normally

located in a separate Cross Connect rack.

LBI-39153 GETC CONFIGURATION

POWER DISTRIBUTION

The Compact Vertical Voter system requires 5, 12, and

24 Vdc power inputs. This may be provided through the use

of power supplies connected to commercial AC power or via

external DC power supplied by the customer.

When the DC option is specified, the power supplies are

omitted from the Voter cabinet. The external DC power is

connected directly to the Power Distribution Panels as

shown in the Interconnection Diagram 188D6802 sheet 5.

Voter installations are divided into cabinet groups with

up to three cabinets per group. If the system uses power

supplies as the power source, the power supplies are

installed in the right most cabinet of each Voter cabinet

group. These power supplies provide power to the cabinet

group via the Power Distribution Panels in each cabinet.

The power cord for each supply plugs into an AC Outlet

strip mounted in the Voter cabinet. If the system requires

more than three cabinets, another group of three cabinets is

installed with additional power supplies.

The Voter Redundant Power Supplies (RPS) provide

+5/±12 Vdc (350A1441P1 chassis and a 350A1441P3

+5/±12 Vdc Power Module) and 24 Vdc (350A1441P2

chassis and a 350A1441P5 +24 Vdc Power Module).

Redundancy is introduced when additional power modules

are added to the basic RPS. The +5/±12 Vdc RPS operates

as an “N+1” system and the 24 Vdc RPS operates as a “2N”

system.

In the CV2, “N” power modules are necessary to meet

the system’s power requirements. In an “N+1” RPS

configuration, one additional module is added in case one of

the modules becomes defective. In a “2N” configuration, if

one of the modules becomes defective, the other module is

capable of meeting the load requirements.

The Power Distribution Panels (PDP) distribute DC

power from the RPS to the individual units within the

equipment cabinet. Each cabinet requires two PDPs for

power distribution. One PDP distributes the +5 and ±12

Vdc and the other distributes the 24 Vdc.

When using power supplies, refer to the DC Power

Distribution wiring diagrams and the Interconnection

Diagram 188D6802, sheet 5 for wiring details. For

information on the Power Distribution Panel (19C852636),

refer to LBI-39158, and for information on the Redundant

Power Supply (344A4414), refer to LBI-39038.

GETC CONFIGURATION

Control Point, Transmit ( or Main) Site GETCs, and

Satellite Site Receivers must be configured for voter

operation. Detailed step by step configuration instructions

are available in the GETC Configuration manuals, Software

Release Notes, Station Installation manuals, or Simulcast

Installation as applicable.

Configuration of the GETCs involves operations:

1. Hardware Installation - This procedure verifies

the GETC’s jumpers, DIP switch settings, and

Rockwell modem or RS-232 setup.

2. GETC Software Installation - The GETC

Software Installation procedure provides

instructions for installing the GETC operating

software.

3. GETC Turbo Software Installation - The

Software Installation procedure provides

instructions for installing the Turbo Board

software.

4. GETC Personality Programming - This

procedure provides instructions for programming

and storing system configuration data in the GETC.

NOTE

For Digital Dispatch, Simulcast Voters are

configured for Modem Data out and RS-232 Data

in.

GETC PERSONALITY PROGRAMMING

The GETC Personality programming allows you to

store system operating information into the GETCs and each

Satellite Receiver.

Personality programming instructions are contained in

LBI-38988 and TQ-3357.

GETC Personality

1. Setup the GETC personality by using the PC

programmer.

2. Each station GETC must have the "Voted"

personality bit set. This may be found in the Site

Data section of the Station personality screen. For

voted systems set either Simulcast or Voted (Non-

Simulcast) to "YES."

3. For Voted Digital Interconnect (VDI) systems,

ensure the Control Point GETC's personality has

the Digital Voter Interconnect option (GETC

Personality Extended Options screen) set to

"AVAIL."

NOTE

COMPACT VERTICAL VOTER CONFIGURATION LBI-39153

COMPACT VERTICAL VOTER

CONFIGURATION

The configuration of the CV2system depends on a

number of variables including:

• Number of sites.

• Number of channels per shelf, either one or two.

• Type of system, Simulcast or Voted (Non-

Simulcast).

• Voted Digital Interconnect Installed.

• Type of communication link (modem or RS-232).

These factors determine the installation configuration

(slot placement) of the modules (Selectors, Digital

Receivers, and Interface Cards).

The configuration procedures are also affected by the

factors listed above. When installing new or replacement

modules, it is necessary to identify these parameters prior to

configuring the individual modules.

The configuration procedures are grouped by

application, such as for Simulcast and Non-Simulcast

systems. Within each group are the specific procedures for

the following components:

1. EDACS Digital Interface Panel Configuration -

This procedure provides instructions for

configuring the EDACS Digital Interface panel

jumpers.

2. Backplane Configuration - This procedure

provides instructions for configuring the

Backplane.

Rockwell Modem Interface Card Configuration

This procedure provides instructions for

configuring the RMIC Interface Cards.

4. Digital Receiver Configuration - This procedure

provides instructions for installing Digital

Receivers, setting DIP switches, installing the

Configuration Plug, and installing Flash Loader

PROM.

5. Selector Configuration - This procedure provides

instructions for installing Selectors, setting DIP

switches, installing the Configuration Plug, and

installing Flash Loader PROM.

6. Voter Software Installation - This procedure

provides instructions for flashing Voter software

into the Digital Receivers and Selectors.

SIMULCAST SYSTEM CONFIGURATION

Use the following procedures to configure the CV2

system for use in an EDACS Simulcast System.

Hardware Installation:

Verify Voter Equipment is Properly Installed:

1. Refer to Installation Diagram 193D1054,

sheets 1, 2 and 5, provided in this manual.

2. Cable equipment using the Cable Connection

lists and Interconnect Diagrams 188D6802

provided in this manual.

3. Install plug-in Digital Voter modules using the

Card Configuration Guide provided in this

manual.

4. After installing and cabling the Voter

equipment, perform the following steps to

configure system for Voter operation.

STEP 1 - EDACS DIGITAL INTERFACE

PANEL CONFIGURATION

One Channel Per Shelf

For Simulcast systems with up to 17 sites using one

channel per shelf, configure jumpers J30, J40, and J41 on

the EDACS Digital Interface Panel (ROA 117 2228). Refer

to Tables 2 and 3 and install or remove jumpers on J30, J40,

and J41 as required. Refer to Figure 1 and Installation

Diagram 193D1054, sheet 4 for header locations and

pinouts.

NOTE

The header pin configuration shown in Figure 1 is

unique to EDACS Digital Interface Panel ROA 117

2228.

Figure 1 - ROA 117 2228 Header Pinouts

NOTE

LBI-39153 COMPACT VERTICAL VOTER CONFIGURATION

Table 2 - Simulcast 1-Channel/Shelf Interface Panel and Backplane Jumpers

JUMPER TABLE FOR J6, J7, J8, & J30

VOTER SYSTEM NON-VDI VDI

MAIN SITE RS-232 OR NON

CONNECTION MODEM SIMULCAST SIMULCAST

JUMPER LOCATION JUMPER PINS:

DIGITAL VOTER J6 1 TO 2 1 TO 2 1 TO 2

BACKPLANE BD 3 TO 4 3 TO 4 3 TO 4

5 TO 6 5 TO 6 5 TO 6

J7 1 TO 2 1 TO 2 1 TO 2

DIGITAL VOTER 3 TO 4

BACKPLANE BD J8 NO NO NO

JUMPERS JUMPERS JUMPERS

DIGITAL INTERFACE J30 NO 1 TO 2 5 TO 6

BOARD JUMPERS 3 TO 4 7 TO 8

Table 3 - Simulcast 1-Channel/Shelf Interface Panel Jumpers J40 and J41

JUMPER TABLE FOR J40 & J41

IN DIGITAL VOTER SHELF

CARD SLOT NUMBER: 4 16 18 20

RS-232 CARD OR J40 & J41 J40 & J41 J40 & J41 J40 & J41

DIGITAL RECEIVER PINS PINS PINS PINS

INSTALLED 1 TO 2 3 TO 4 5 TO 6 7 TO 8

RMIC CARD INSTALLED NO JUMPERS NO JUMPERS NO JUMPERS NO JUMPERS

ON 1 TO 2 ON 3 TO 4 ON 5 TO 6 ON 7 TO 8

Table 4 - Simulcast 2-Channel/Shelf Interface Panel and Backplane Jumpers

JUMPER TABLE

VOTER SYSTEM NON-VDI VDI

MAIN SITE RS-232 OR NON

CONNECTION MODEM SIMULCAST SIMULCAST

JUMPER LOCATION JUMPER CONNECTIONS:

DIGITAL VOTER J6 NO NO NO

BACKPLANE BD JUMPERS JUMPERS JUMPERS

J7 1 TO 2 1 TO 2 NO

DIGITAL VOTER 3 TO 4 JUMPERS

BACKPLANE BD J8 1 TO 2 1 TO 2 NO

3 TO 4 JUMPERS

J30 NO 1 TO 2 5 TO 6

DIGITAL INTERFACE JUMPERS 3 TO 4 7 TO 8

BOARD J31 NO 1 TO 2 5 TO 6

JUMPERS 3 TO 4 7 TO 8

COMPACT VERTICAL VOTER CONFIGURATION LBI-39153

Configure Jumpers on EDACS Panel J30.

Configure Jumpers on EDACS Panel J40.

Configure Jumpers on EDACS Panel J41.

Two Channels Per Shelf

For Simulcast systems with up to 6 sites using two

channels per shelf, configure jumpers J30 and J31 on the

EDACS Digital Interface Panel (ROA 117 2227). Refer to

Table 4 and install or remove jumpers on J30 and J31 as

required. Refer to Figure 2 and Installation Diagram

193D1054, sheet 4 for header locations pinouts.

NOTE

The header pin configuration shown in Figure 2 is

unique to EDACS Digital Interface Panel ROA 117

2227 only!

Configure Jumpers on EDACS Panel J30.

Configure Jumpers on EDACS Panel J31.

STEP 2 - BACKPLANE CONFIGURATION

One Channel Per Shelf

For Simulcast systems with up to 17 sites using one

channel per shelf, configure jumpers on the Digital shelf’s

Backplane Panel (ROA 117 2222). Refer to Table 2 and

install or remove jumpers on J6, J7, and J8 as required.

Location of headers is shown in Figure 3 and on Installation

Diagram 193D1054, sheet 2.

Configure Jumpers on Backplane J6.

Configure Jumpers on Backplane J7.

Remove Jumpers From Backplane J8.

Figure 2 - ROA 117 2227 Header Pinouts

J5 J10 J1J4

J7J8

Figure 3 - Backplane Jumper Locations

NOTE

LBI-39153 COMPACT VERTICAL VOTER CONFIGURATION

Two Channels Per Shelf

For Simulcast systems with up to 6 sites using two

channels per shelf, configure jumpers on the Digital shelf’s

Backplane Panel (ROA 117 2222). Refer to Table 4 and

install or remove jumpers on J6, J7, and J8 as required.

Location of headers is shown in Figure 3 and Installation

Diagram 193D1054, sheet 2.

Remove Jumpers from Backplane J6.

Configure Jumpers on Backplane J7.

Configure Jumpers on Backplane J8.

STEP 3 - ROCKWELL MODEM

INTERFACE CARD CONFIGURATION

Configure the jumpers X6 and X7 on the RMIC

according to the following criteria (refer to Figure 4 for

connector locations):

Install jumper X6 on connector X4 pins 1 and 2.

This connects a 600 Ohm resistor across the

Receive phone lines.

Install jumper X7 on connector X3 pins 2 and 3.

Modem sends the CTS signal to the microcomputer

only after the microcomputer sends an RTS signal

and the RM is ready.

NOTE

On RMIC ROA 117 2247/1 Rev. R1 runs are cut

and additional jumpers are installed to allow the

RMIC to transmit in the RM mode and receive RS-

232 data. This configuration is only used in

Simulcast systems with Digital Dispatch (i.e. there

is an IMC and system uses DV, Aegis, or Digital

Data).

The Modification Instructions 350A1692 detail the

steps necessary to isolate T1 from the circuit and

disconnect MRXD from the RX_DATA line. It

also provides instructions for installing the zero

ohm jumpers R43 and R44.

Refer to LBI-39152 for additional details.

CBA

R44

R43

Front

Key Plug

Pin not used S1

R45

8RX

Level

Figure 4 - RMIC Jumper Locations

NOTE

COMPACT VERTICAL VOTER CONFIGURATION LBI-39153

STEP 4 - DIGITAL RECEIVER

CONFIGURATION

Use the following procedure to configure each Voter

Digital Receiver:

Set DIP Switches S1, S2, and S3:

Each Digital Receiver in a Voter channel is identified as

a Digital Receiver and is assigned a time slot number. The

time slot number is used to control the sequencing of

messages between the Digital Receivers and the Selector.

1. Set the Digital Receiver's DIP switches to the

following positions, refer to Figure 5:

•• SWITCH S1

Sections 1-6: Set the time slot number.

Refer to Table 5 for the switch settings of each

time slot number.

Sections 7-8: Closed, not used.

•• SWITCH S2

Sections 1-8: Closed, not used.

•• SWITCH S3

Sections 1-6: Closed, not used.

Section 7: Closed, placing the unit in the

Digital Receiver mode.

Section 8: Closed, not used.

Install Digital Receiver Configuration Plug

1. Install the Digital Receiver Configuration Plug

(ROA 117 2242) into connector X2 on the Digital

Receiver card.

2. Ensure the configuration plug is properly oriented.

The top of the plug will read "Digital Receiver".

3. Ensure pin 1 of the Configuration Plug (identified

by square solder pad) plugs into X2 pin 1.

Install Flash Loader PROM

1. Ensure the Flash Loader PROM (RON 107 756) is

installed in socket XU26.

The label on the top of the PROM indicates the

PROM is programmed with the flash loading

software "FLASHBURN" and the PROM revision.

No revision indicates the original release.

Install Digital Receiver Into Digital Voter Shelf

1. Insert the Digital Receiver into its designated slot.

Refer to the Card Configuration Guide.

NOTE

Digital Receivers cards can be plugged and

unplugged from the voter shelf at will with power

applied. However care should be exercised when

using the extender card since the long ground pins

are only on the cards.

STEP 5 - SELECTOR CONFIGURATION

Use the following procedure to configure the Voter

Selector, refer to Figure 5:

Set DIP Switches S1, S2, and S3:

1. Set the Selector's DIP switches to the following

positions:

•• SWITCH S1

Sections 1-8: Closed, not used.

12345678

S1-1 thru 6 = Time Slot Number

OPEN OPEN OPEN

144

442

244

443

S3-7 = Configuration.

Figure 5 - DIP Switches S1 thru S3

Table 5 - Digital Receiver Time Slot Settings

Slo

#DIP Switch 1 Section

123456

1OCCCCC

2COCCCC

3OOCCCC

4CCOCCC

5OCOCCC

6COOCCC

7OOOCCC

8CCCOCC

9OCCOCC

10 COCOCC

11 OOCOCC

12 CCOOCC

13 OCOOCC

14 COOOCC

15 OOOOCC

16 CCCCOC

17 OCCCOC

18 COCCOC

NOTE

LBI-39153 COMPACT VERTICAL VOTER CONFIGURATION

•• SWITCH S2

Sections 1-8: Closed, not used.

•• SWITCH S3

Sections 1-6: Closed, not used.

Section 7: Open, placing the unit in the

Selector mode.

Sections 8: Closed, not used.

Install Configuration Plug

1. Install the Selector Configuration Plug (ROA 117

2241) into connector X2 on the Selector's GPTC.

2. Ensure the configuration plug is properly oriented.

The top of the plug will read "Selector".

3. Ensure pin 1 of the Configuration Plug (identified

by square solder pad) plugs into X2 pin 1.

Install Flash Loader PROM

1. Ensure the Flash Loader PROM (RON 107 756) is

installed in socket XU26.

The label on the top of the PROM indicates the

PROM is programmed with the flash loading

software "FLASHBURN" and the PROM revision.

No revision indicates original release.

Install Selector Into Digital Voter Shelf

1. Insert the Selector into its designated slot. Refer to

the Card Configuration Table for the correct

position.

NOTE

Selectors cards can be plugged and unplugged from

the voter shelf at will with power applied.

However care should be exercised when using the

extender card since the long ground pins are only

on the cards.

3. Reset the module by pressing S4.

STEP 6 - VOTER SOFTWARE

INSTALLATION

This procedure provides instructions for downloading

the Voter software. The Voter software is included in the

Voter Media Kit, 350A1521G1. The installation process

involves using an IBM compatible personal computer (PC),

and interconnecting programming cable (19B804346P111)

to download Voter software to the Digital Receivers and

Selectors.

Equipment Required

•IBM PC/XT/AT or compatible with at least 640K

memory, monitor and keyboard running MS-DOS

version 3.0 or higher.

•Hard disk is recommended; but, not required.

•Serial Port configured as COM1.

•Programming Cable 19B804346P111.

•Software Media Kit 350A1521G1 (or later), refer

to SRN for software compatibility.

NOTE

Refer to Software Release Notes to verify software

requirements and hardware compatibility.

PC Setup

During first time use it may be necessary to setup the

PC. The loadable Voter software must reside on the PC or

floppy disk as an Intel Hex file. The "leafoff.exe" file is the

executable program which loads the Voter hex file into the

Digital Receiver or Selector. Both files should be in the

same directory.

Prepare the PC for programming the Voter Digital

Receiver and Selector GPTC boards by performing the

following steps:

1. Using standard DOS commands or a software file

manager, create a directory named "VOTER" on

the PC's hard drive (directory name is user

selectable). This step is only required for first time

use. When upgrading, all existing files should be

archived before copying the new files into the

directory.

2. Make "VOTER " the current directory and copy

the following files from the software distribution

diskette into the "VOTER " directory:

•leafoff.exe

•hexfile.hex

Programming the Voter

1. Connect the 19B804346P111 programming cable

from the PC's Comm Port 1 to the RJ-12 phone

jack "PROG" on the front of the Digital Receiver

or Selector.

NOTE

COMPACT VERTICAL VOTER CONFIGURATION LBI-39153

NOTE

Power must be applied to the Digital Voter when

programming the Digital Receiver or Selector.

2. From the "VOTER" directory, run the leafoff.exe

program by entering the command:

leafoff

hexfile

.hex-1".

Replace "hexfile" with the Voter software file

name.

3. The program will reset the Digital Receiver or

Selector and run the Flash Loader program. The

program erases the existing Voter software residing

in the Flash PROM U25 and writes the new Voter

software into the Flash PROM.

When the program is finished, the PC will display

the message "Radio Programmed. Closing down

port COM1." Wait a couple of seconds before

disconnecting the programming cable from the

"PROG" connector. This allows time for the PC

to reset the Digital Receiver or Selector and

initialize the Voter application program loaded in

the Flash PROM.

4. Repeat Steps 2 and 3 to program additional Digital

Receivers or Selectors.

NOTE

To save time, it is possible to set up a batch file to

run the Flash loading program. The following is an

example batch file.

Name the batch, for example, FL.BAT. Names in

italics, such as "voter" is the name of the directory

where the hexfile and leafoff reside. The file

named "hexfile" is the file to be loaded and

"leafoff" is the executable program. Enter the

following batch program:

cd\

voter

leafoff

hexfile

.hex-1

The batch file performs the operations outlined in

Step 2. To run the program, type "FL" <enter> to

program the Digital Receiver or Selector.

If any difficulty is encountered when loading the

program, refer to the Troubleshooting section in this manual.

Check out the Digital Receiver and Selector operation.

If any problems are encountered, refer to the troubleshooting

procedures in this manual and LBI-39151.

POST CONFIGURATION CHECKS

1. Check Main Site GETC and Satellite Site Receivers for

proper configuration.

2. Check Backplane for proper installation of jumpers on

J6, J7 and J8.

3. Check EDACS Interface Panels for proper installation

of the jumpers on J30, J31, J40 and J41.

4. Check all Digital Receivers and Selectors for the correct

Configuration Plug and DIP switch settings.

5. Check all RMICs for proper installation of jumpers on

X3 and X4 and line level switch settings.

6. If Simulcast Digital Dispatch, ensure modified RMIC(s)

is installed in slot 2 and slot 12 (if 2-channel).

7. Ensure all modules are installed in their proper slots

according to the Card Configuration Table.

NOTE

LBI-39153 CARD CONFIGURATION GUIDE (350A1612)

CARD CONFIGURATION GUIDE

(350A1612)

The Card Configuration Guide (350A1612) provides

instructions for installing modules in the CV2Analog and

Digital Voter Shelves.

NOTE

The coded information presented will help field

service personnel determine the proper card

configuration for their particular application.

These codes are generated by Ericsson's CAT

(CATalog Orders Program) when initially

configuring a customer's system. However, they

are included for reference only and should not be

used to requisition equipment.

The CAT provides three 15-digit code words to define

the configuration. The first 3 digits identify the code word

as VP1, VP2, and VP3. Remaining digits convey

information as shown in Tables 6, 8, and 9. Characters A to

Z indicate numerical values from 1 to 26 as shown in Table

Racks, power supplies, shelves and harnesses are

provided and assembled for the total number of sites and

expansion sites. Plug-in cards are not provided for

expansion sites.

NOTE

1. Voted (Non-Simulcast) systems cannot mix

RM and RS-232 connected satellite sites. The

Main Site can be RM or RS-232 no matter how

satellite sites are connected.

2. If system is Simulcast with Digital Dispatch,

the RM in slots 2 and 12 must be configured

for RS-232 receive. For RMIC ROA 117

2247/1 (Rev. R1 and R2 only) the RMIC is

modified according to the RMIC Modification

Instructions 350A1692 (part of Mod Kit

350A1693). Refer to LBI-39152 for

modification details.

3. All channels are identical.

4. If the system uses two channels per shelf and

the number of channels (VP1-10) is odd, the

right half of the last shelf is not populated.

USING THE SLOT CONFIGURATION

TABLES

Use the following guidelines for Simulcast or Voted

(Non-Simulcast) to determine which chart is applicable.

Simulcast Systems (VP1-5 = S)

1. Determine whether each Digital shelf is to be

configured for 1 channel per shelf or 2 channels per

shelf.

• If the sum of VP1-6, VP1-7, VP1-8, and VP1-

9 is greater than 6, configure for 1 channel per

shelf.

• If the sum of VP1-6, VP1-7, VP1-8, and VP1-

9 is 6 or less, configure for 2 channels per

shelf.

2. Determine the number of Auxiliary Sites (VP1-8).

3. Determine the number of sites (VP1-6).

Configure per the appropriate chart. Observe the notes

for that chart.

Voted Systems (VP1-5 = V)

1. Determine whether each Digital shelf is to be

configured for 1 channel per shelf or 2 channels per

shelf.

• If the sum of VP1-6, VP1-7, VP1-8, and VP1-

9 is greater than 6, configure for 1 channel per

shelf.

• If the sum of VP1-6, VP1-7, VP1-8, and VP1-

9 is 6 or less, configure for 2 channels per

shelf.

2. Determine how Satellite Sites are connected.

• If VP2-4, VP2-5, etc. is "R," connection is

RS232.

• If VP2-4, VP2-5, etc. is "M," connection is

Rockwell Modem (RM).

• All satellite sites should be connected the same

way.

3. Determine the number of sites (VP1-6).

Configure per the appropriate table. Observe the notes

for that table.

NOTE

CARD CONFIGURATION GUIDE (350A1612) LBI-39153

Table 6 - Information in VP1

DIGIT VALUE MEANING

GE label

Ericsson label

ETS label

Simulcast

Voted (non-simulcast)

6 A-J Number of sites.

7 A-J,0 Number of expansion sites.

8 A-P,0 Number of Auxiliary Receiver sites.

9 A-P,0 Number of expansion Auxiliary

Receiver sites.

10 B-X Number of Channels.

11 R

Main Site data is RS232 (no data to

switch).

Main Site & Switch data is RM (for

Digital Dispatch).

Switch data is RM (for VDI).

Main Site data is RS232 (from

selector).

Switch data is RM (for VDI).

Main Site data is RM (from

Selector).

No VDI

13 8

Install in 83 inch cabinet

Install in 86 inch open rack

Equip with 120V power supplies

Equip with 240V power supplies

DC, not equipped with standard

supplies

15 A-L Total number of cabinets or racks

Note: Digit 11 affects slot 2. Digit 12 affects slot 4.

Table 8 - Information in VP2

DIGIT VALUE MEANING

Aux Site 1 connected RS232

Aux Site 1 connected RM

Aux Site 1 not equipped

Aux Site 2 connected RS232

Aux Site 2 connected RM

Aux Site 2 not equipped

Aux Site 3 connected RS232

Aux Site 3 connected RM

Aux Site 3 not equipped

Aux Site 4 connected RS232

Aux Site 4 connected RM

Aux Site 4 not equipped

Aux Site 5 connected RS232

Aux Site 5 connected RM

Aux Site 5 not equipped

Aux Site 6 connected RS232

Aux Site 6 connected RM

Aux Site 6 not equipped

10 R

Aux Site 7 connected RS232

Aux Site 7 connected RM

Aux Site 7 not equipped

11 R

Aux Site 8 connected RS232

Aux Site 8 connected RM

Aux Site 8 not equipped

12 R

NAux Site 9 connected RS232

Aux Site 9 not equipped

13 R

NAux Site 10 connected RS232

Aux Site 10 not equipped

14 X Not used

15 X Not used

Table 7 - Number values for letters for VP1-6, 7, 8, 10, & 15

LETTER NUMBER LETTER NUMBER LETTER NUMBER

A1J10S19

B2K11T20

C3L12U21

D4M13V22

E5N14W23

F6O15X24

G7P16Y25

H8Q17Z26

I 9 R 18 0 (zero) 0

LBI-39153 CARD CONFIGURATION GUIDE (350A1612)

Table 9 - Information in VP3

DIGIT VALUE MEANING

NAux Site 11 connected RS232

Aux Site 11 not equipped

Aux Site 12 connected RS232

Aux Site 12 not equipped

NAux Site 13 connected RS232

Aux Site 13 not equipped

NAux Site 14 connected RS232

Aux Site 14 not equipped

NAux Site 15 connected RS232

Aux Site 15 not equipped

NAux Site 16 connected RS232

Aux Site 16 not equipped

10 X Not used

11 X Not used

12 X Not used

13 X Not used

14 X Not used

15 X Not used

Note: Aux site refers to non-transmit sites in Simulcast

and to satellite sites in Voted systems. Simulcast systems

can have a maximum of 3 Rockwell Modem connected Aux

sites in one channel per shelf configurations. Voted systems

can have one RM connected main site and a maximum of 8

Rockwell Modem connected satellite sites or a maximum of

16 RS232 connected satellite sites.

CONFIGURATION TABLES

Digital Voter shelves are configured according to the

following Configuration Tables.

• Table 10 - Digital Voter Configuration, Simulcast,

2 to 6 RS232 Sites, 2 Channels/Shelf, no RM Sites

• Table 11 - Analog Voter Configuration, Simulcast,

2 to 6 RS232 Sites, no RM Sites

• Table 12 - Digital Voter Configuration, Simulcast,

2 to 5 RS232 Sites, 2 channels/shelf, One RM Site

• Table 13 - Analog Voter Configuration, Simulcast,

2 to 5 RS232 Sites, One RM Site

• Table 14 - Digital Voter Configuration, Simulcast,

1 channel/shelf, 2 to 12 RS232 Sites and no RM

Sites

• Table 15 - Analog Voter Configuration, Simulcast,

2 to 12 RS232 Sites and no RM Sites

• Table 16 - Digital Voter Configuration, Simulcast,

1 channel/shelf, 13 to 17 RS232 Sites and no RM

Sites

• Table 17 - Analog Voter Configuration, Simulcast,

13 to 17 RS232 Sites and no RM Sites

• Table 18 - Digital Voter Configuration, Simulcast,

1 channel/shelf, 2 to 11 RS232 Sites and One RM

Site

• Table 19 - Analog Voter Configuration, Simulcast,

2 to 11 RS232 Sites and One RM Site

• Table 20 - Digital Voter Configuration, Simulcast,

1 channel/shelf, 12 to 15 RS232 Sites and One RM

Site

• Table 21 - Analog Voter Configuration, Simulcast,

12 to 15 RS232 Sites and One RM Site

• Table 22 - Digital Voter Configuration, Simulcast,

1 channel/shelf, 2 to 10 RS232 Sites and Two RM

Sites

• Table 23 - Analog Voter Configuration, Simulcast,

2 to 10 RS232 Sites and Two RM Sites

• Table 24 - Digital Voter Configuration, Simulcast,

1 channel/shelf, 11 to 13 RS232 Sites and Two RM

Sites

• Table 25 - Analog Voter Configuration, Simulcast,

11 to 13 RS232 Sites and Two RM Sites

• Table 26 - Digital Voter Configuration, Simulcast,

1 channel/shelf, 2 to 9 RS232 Sites and Three RM

Sites

• Table 27 - Analog Voter Configuration, Simulcast,

2 to 9 RS232 Sites and Three RM Sites

• Table 28 - Digital Voter Configuration, Simulcast,

1 channel/shelf, 10 or 11 RS232 Sites and Three

RM Sites

• Table 29 - Analog Voter Configuration, Simulcast,

10 or 11 RS232 Sites and Three RM Sites

• Table 30 - Voted, 2 Channel, RM Connected

• Table 31 - Voted, 1 Channel, RM Connected

• Table 32 - Voted, 2 Channel, RS232 Connected

• Table 33 - Voted, 1 Channel, RS232 Connected

Table 10 - Digital Voter Configuration, Simulcast, 2 to 6 RS232 Sites, 2 Channels/Shelf, no RM Sites

RS-232

sites slot 1 slot 2 slot 3 slot 4 slot 5 slot 6 slot 7 slot 8 slot 9 slot 10 slot 11 slot 12 slot 13 slot 14 slot 15 slot 16 slot 17 slot 18 slot 19 slot 20

2 SEL RM DR1 DR2 SEL RM DR1 DR2

3 SEL RM DR1 DR2 DR3 SEL RM DR1 DR2 DR3

4 SEL RM DR1 DR2 DR3 DR4 SEL RM DR1 DR2 DR3 DR4

5 SEL RM DR1 DR2 DR3 DR4 DR5 SEL RM DR1 DR2 DR3 DR4 DR5

6 SEL RM DR1 DR2 DR3 DR4 DR5 DR6 RS232 SEL RM DR1 DR2 DR3 DR4 DR5 DR6 RS232

Slots 2 and 12 are RS232 if main site is connected RS232 (no switch or no Digital Dispatch).

If VDI, slots 4 and 14 are RS232.

Table 11 - Analog Voter Configuration, Simulcast, 2 to 6 RS232 Sites, no RM Sites

SHELF SLOT 1 SLOT 2 SLOT 3 SLOT 4 SLOT 5 SLOT 6 AUDIO SLOT P.S. SLOT

TOP A.V. R CH. SITE 1 R CH. SITE 2 R CH. SITE 3 R CH. SITE 4 R CH. SITE 5 R CH. SITE 6 AUDIO P.S.

D.V.

BOT A.V. L CH. SITE 1 L CH. SITE 2 L CH. SITE 3 L CH. SITE 4 L CH. SITE 5 L CH. SITE 6 AUDIO P.S.

Key:

RM Rockwell Modem Interface Card (RMIC) ROA 117 2247/1

DR1 Digital Receiver One ROA 117 2240/1

RS232 RS232 Interface Card ROA 117 2247/2

SEL Selector ROA 117 2240/2

Notes:

1 Digital Dispatch implies an IMC switch and Digital Voice or Data. A site may be connected RS232 even with IMC switch if system has no Digital Voice or Data.

2. Install a Receiver module (19D903175G1) in each Analog Voter slot which has a corresponding Digital Receiver called out in the Digital Voter shelf.

3. Install an Analog Voter Audio Module (19D413958G5) wherever AUDIO is called out in the Audio Slot.

4. Install a Power Supply Module (19D413917G4) in all Analog Voter shelves.

Table 12 - Digital Voter Configuration, Simulcast, 2 to 5 RS232 Sites, 2 channels/shelf, One RM Site

RS232

sites slot 1 slot 2 slot 3 slot 4 slot 5 slot 6 slot 7 slot 8 slot 9 slot 10 slot 11 slot 12 slot 13 slot 14 slot 15 slot 16 slot 17 slot 18 slot 19 slot 20