351 Sect 04 Cms

Contents Glossary of Terms ............................................................................. 1 Overview ........................................................................................... 2 CMS Computer................................................................................. 6 Power Requirements .................................................................... 7 Front Panel Control and Connectors ............................................ 7 Rear Panel Connectors and Voltage Select Switch....................... 8 Removing Computer’s Outside Cover ......................................... 9 Internal Components .................................................................. 10 Tape Drive Installation/Replacement ......................................... 11 Expansion Board Installation ..................................................... 14 Megaport Board Replacement .................................................... 15 Ethernet Board Replacement ...................................................... 16 Control Desk Terminals ................................................................. 19 CMS Desk Terminal - Model VT420 Monochrome .................. 19 Front View ............................................................................ 19 Rear View ............................................................................. 20 CMS Desk Terminal - Model VT520 Monochrome .................. 20 Front View ............................................................................ 20 Rear View ............................................................................. 21 VGA Color Monitors ................................................................. 21 Dorio Unit ............................................................................ 21 Intelligent Cash Drawer ................................................................. 23 Front View .................................................................................. 24 Rear View ................................................................................... 24 Beeper Box ...................................................................................... 25 Intercom Handset/Switch Box ....................................................... 26 CMS Audio/Video Box ................................................................... 28 External ...................................................................................... 28 Internal ........................................................................................ 30 Composite to RGB PCB ....................................................... 31 CMS Audio PCB .................................................................. 33 Power Supply Unit ............................................................... 35 Ethernet Hub .................................................................................. 35 Cable Diagrams .............................................................................. 45

Center Management System 51 i

Intentionally Blank

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Glossary of Terms To better understand the information presented in this section, you should familiarize yourself with the following terms. Composite Video - Video in which all its parts are mixed together into one signal that can be transmitted over a 2-conductor cable. In Frameworx Scoring Systems, the term composite video usually refers to the VCR video. Global Audio - Audio that is available to all the LGPs. In Frameworx Scoring Systems this term refers to the VCR audio. Global Video - Video that is available to all the LGPs. In Frameworx Scoring Systems this term refers to the VCR video after it is converted from a composite signal to RGBS. LGP (Lane Group Processor) - A collection of circuit boards located either on the curtain wall between a pair of pinsetters (Skyworx, Teamworx) or in the lower portion of a Primary Console (Laneworx, Powerworx, Touchworx, Uniworx). Together these boards perform most of the tasks needed to operate a lane pair. LLAN (Local Local Area Network) - A term used to describe the communication used by a LGP to communicate to the circuits boards within a lane pair. It is referred to as a local LAN because it is exclusive to a lane pair. Another name for the serial communication used in a lane pair. Also referred to as RS-485. Remote Video PCB - A circuit board located in the LGP that controls the video going to the overhead monitor. RGBS - Color video that has its parts separated into four signals that are sent over four different cables (wires). R-Red, G-Green, B-Blue, S-Sync. Each monitor in Frameworx Scoring Systems must be sent video in this format. Rockworx - Optional equipment available in Frameworx Scoring Systems that provides audio for the bowling center for special events such as Rockworx. Serial Communication - A communication scheme in which information is sent over a group of wires one piece at a time. TV-Only monitors - Optional overhead monitors that are dedicated to showing the VCR video only. UNIX - An operation system for computers that was developed by Bell Laboratories (AT&T) that has the ability to run multiple programs in a multiuser environment. Xenix - An operating system based on the UNIX System that provides multitasking which allows different programs to run simultaneously.

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Overview Control of the Frameworx Scoring System is accomplished by a group of components known as the Center Management System (CMS). The CMS comes in three configurations: Cashworx, Desk Command, and Command Network. Cashworx is a system intended for bowling centers of 16 lanes or less. In its standard form, it provides a terminal that allows a single user to assign and cash out lanes, program system information such as prices, and perform functions such as financial reports and optional league processing. Optional components available for the Cashworx system include: an intelligent cash drawer, a customer display, an audio/video control box, magnetic card readers, a receipt printer, and optional computer programs. Desk Command is designed for centers up to 30 lanes. Desk Command adds the capability for additional terminals and components so that more than one user can access the system. In its standard configuration, it includes most of the optional components available in Cashworx as well as an enhanced Daily Reporting System. Optional components in the Desk Command System include magnetic card readers, receipt printers, customer displays, and additional computer programs such as Tournament, Open Play, and Bowler Database. Command Network is designed for centers over 30 lanes. It comes standard with two desk terminals complete with receipt printers, customer displays, and card readers. Also standard in the Command Network system are the programs for Tournament, Open Play, and Bowler Database. Components in the CMS include: a CMS computer, Control Desk terminal(s), intelligent cash Drawers (optional in Cashworx), receipt printers (optional in Cashworx), customer displays, intercom handset/switch box(es), a CMS audio video control box, a VCR, an Ethernet Hub, magnetic card readers and writers (optional in all systems), scoresheet printers, Dorio units (for Command Network and Desk Command Systems with color terminals at the Control Desk) and a modem. Refer to the figures titled Interconnections of the CMS Command Network/Desk Command Systems and Interconnections of the CMS Cashworx System.

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Interconnections of the CMS Command Netword/Desk Command System with Monocrome Monitors (1) (4) (7) (10) (13) (16) (19) (22) (25)

10BASE-2 ETHERNET CMS PRINTER TO TV-ONLY OVERHEAD MONITORS CARD READER 10BASE-T ETHERNET AUDIO AUDIO/VIDEO INTERFACE BOX SERIAL COMMUNICATION TO ETHERNET BOARD

(2) (5) (8) (11) (14) (17) (20) (23) (26)

TERMINAL CARD WRITER GLOBAL VIDEO SCORESHEET PRINTER INTELLIGENT CASH DRAWER VIDEO INTERCOM UNIT(S) ETHERNET HUB TO CONSOLE AUDIO PCB(S)

(3) (6) (9) (12) (15) (18) (21) (24)

KEYBOARD MODEM GLOBAL AUDIO RECEIPT PRINTER CUSTOMER POLE DISPLAY VIDEO CASSETTE PLAYER TO REMOTE VIDEO PCB(S) CMS COMPUTER

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Interconnections of the CMS Command Netword/Desk Command System with Dorio Units (1) (4) (7) (10) (13) (16) (19) (22) (25)

10BASE-2 ETHERNET CMS PRINTER TO TV-ONLY OVERHEAD MONITORS CARD READER 10BASE-T ETHERNET AUDIO AUDIO/VIDEO INTERFACE BOX SERIAL COMMUNICATION TO ETHERNET BOARD

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(2) (5) (8) (11) (14) (17) (20) (23) (26)

TERMINAL CARD WRITER GLOBAL VIDEO SCORESHEET PRINTER INTELLIGENT CASH DRAWER VIDEO INTERCOM UNIT(S) ETHERNET HUB TO CONSOLE AUDIO PCB(S)

(3) (6) (9) (12) (15) (18) (21) (24) (27)

KEYBOARD MODEM GLOBAL AUDIO RECEIPT PRINTER CUSTOMER POLE DISPLAY VIDEO CASSETTE PLAYER TO REMOTE VIDEO PCB(S) CMS COMPUTER DORIO UNITS

Interconnection of the CMS Cashworx System (1) (4) (7) (10) (13) (16) (19) (22)

10BASE-2 ETHERNET CMS PRINTER TO TV-ONLY OVERHEAD MONITORS CARD READER (OPTIONAL) 10BASE-T ETHERNET AUDIO AUDIO/VIDEO INTERFACE BOX (OPTIONAL) SERIAL COMMUNICATION

(2) (5) (8) (11) (14) (17) (20) (23)

TERMINAL TO CONSOLE AUDIO PCB(S) GLOBAL VIDEO TO ETHERNET BOARD INTELLIGENT CASH DRAWER (OPTIONAL) VIDEO INTERCOM UNIT(S) (OPTIONAL) ETHERNET HUB

(3) (6) (9) (12) (15) (18) (21) (24)

KEYBOARD (OPTIONAL) MODEM GLOBAL AUDIO RECEIPT PRINTER (OPTIONAL) CUSTOMER POLE DISPLAY (OPTIONAL) VIDEO CASSETTE PLAYER (OPTIONAL) TO REMOTE VIDEO PCB(S) CMS COMPUTER

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CMS Computer The CMS computer is the central point of the CMS System. The computer contains either a 486DX2, DX4 or a Pentium microprocessor, a large capacity hard drive, and utilizes a Xenix or Unix Operating System. Loaded on the computer are the programs needed to run the system, as well as optional programs used for specific functions. These programs may include: 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12.

LRS - League Record Service DRS - Daily Reporting System Inventory Locker Registration Open Play Payroll Bowler Database Bowler Express Communications Mailing Lists Tournament General Ledger

Additional features in the CMS Computer include an optional tape drive to allow scheduled automatic system backups and an external modem to allow quick and easy technical support of the computer. When used in a Cashworx system, the computer is located at the Control Desk. In the Desk Command or Command Network Systems, the computer is typically located in the office area.

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Power Requirements The computer is designed for universal input voltage. This means it can operate with an input of 110 VAC or 220 VAC. Although operating voltage is normally set when the computer is installed, it may be necessary to set it when replacing the computer. On some models, the voltage selector is accessible from the back of the unit. Other models contain an internal voltage selector. To determine which voltage selector is installed, look near the main power input receptacle for the selector. If one is present, simply slide the switch so that the desired voltage can be read on the selector. To set the input voltage for models with internal voltage selection, perform the following steps.

Front Panel Connectors and Voltage Select Switch

Front Panel Controls and Connectors Functions of the components on the front of the CMS computer are: (1)

Floppy Disk Drive - Diskette drive used to loan software updates.

(2)

Hard disk drive activity LED - Lights when the hard disk drive is in use.

(3)

Power LED - Lights when the computer is turned on.

(4)

Power On/Off Switch - Turns the computer’s power on and off.

(5)

Reset switch - Resets the computer.

(6)

Tape Drive - Drive used to perform system backups to tape.

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Rear Panel Connectors and Voltage Select Switch

Rear Panel Connectors and Voltage Select Switch Functions of the components on the CMS computer are:

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(1)

Chassis Lockdown - Used to physically anchor computer to a fixed location.

(2)

Console CRT - Connection for color monitor.

(3)

Expansion board slots - Allows for additional ISA and PCI expansion boards, such as the Ethernet Board or Mega Post PCB.

(4)

Keyboard connector - Connection to keyboard.

(5)

Main Power In - Enables connection from computer to an AC Power source.

(6)

Modem - Connection to an external modem.

(7)

Mouse connector - Not used.

(8)

Parallel Port Connector - Connection for the printer.

(9) (10)

USB ports - Not used. Voltage select switch - Enables selection of 115 V AC input power or 230 V AC input power.

Removing Computer’s Outside Cover To remove the computer’s outside cover: 1.

Turn off power to all external devices connected to the computer.

2.

Turn computer off.

3.

Unplug computer and monitor power cord from the wall outlet.

4.

Release the outside cover by loosening the rear-panel thumbscrew(s).

5.

Slide the outside cover backwards.

6.

Carefully lift the outside cover away from the chassis.

CAUTION: Static electricity collects on non-conductors such as paper, cloth, or plastic. A static discharge can be damaging even though you often cannot see or feel it. To prevent damage to circuit boards and/or components: •

Before touching any circuit board or component, touch the metal frame of your computer to discharge any static electricity.

•

Keep circuit boards and components away from non-conductors.

Replacing the Outside Cover

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Internal Components

Internal Components

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(1)

Expansion Slots- Connectors on the logic board where additional circuit boards, such as the Ethernet or Megaport board, can connect into the CMS Computer. These boards receive power and access to processing from these slots.

(2)

Floppy Drive- Connection to an external modem.

(3)

Hard Drive Bay- An area inside the CMS Computer where the

(4)

Main Logic Board- The board that provides processing for the CMS Computer.

(5)

Power Supply- A component that supplies power to all other components inside the CMS Computer.

(6)

Tape Drive- Drive used to perform system backups to tape.

Tape Drive Installation/Replacement NOTE: The installation or replacement of a tape drive requires shutting down the CMS Computer. This will disable the desk terminal operations for the time that the computer is shut off. If people are bowling, they will be able to continue bowling, but lanes cannot be issued or cashed out while the CMS Computer is off. To install or replace the tape drive perform the following steps: 1.

Log onto the CMS Computer main terminal.

2.

Select menu option 99 Special Commands and type haltsys then press Enter. The screen will then display “Do you want to continue?” Press Y and then Enter. The screen will then display, “Safe to power off” or “Press any key to reboot.”

3.

Power down the CMS Computer. The power switch is on the front of the computer.

4.

Remove the cover from the computer. For a desktop style case turn the twist-lock tabs on either side of the computer near the front. This unlocks the cover which can then be lifted off. For a mini-tower style case, loosen the three thumb screws on the back of the case and remove the entire top and right side of the case.

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Removing the Front Bezel

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5.

From the top of the computer, looking down towards the bottom of the front of the chassis, you should see two tabs from the front bezel that hold the bezel in place and secure it to the chassis. Find both tabs (one on the left and one on the right).

6.

By pushing on both of these tabs towards the center of the computer, you can release the top of the bezel.

7.

Gently pull the top of the bezel approximately an inch away from the top of the chassis.

8.

Gently but firmly, pull up on the bezel to detach the bottom bezel mounts.

9.

If replacing an existing drive, remove the mounting screws securing the drive to the device bay. Disconnect the power and data cable from the drive. Slide the old drive out of the bay. If installing a new drive, remove the filler plate and drive rail from the front of the desired bay.

NOTE: On desktop style cases, a bracket that cradles the tape drive will have to be removed. This bracket is secured by two screws on the left side of the tape drive assembly. Mini-tower style cases have a mounting rail instead of a bracket. This rail is located on the left side of the drive and is also secured with two screws. 10.

Verify the jumper setting of the new tape drive. On the bottom side of the new tape drive, next to the connection for the ribbon cable, near the corner of the printed circuit board, is a small plastic jumper which can be set in one of the two possible positions. Set the jumper of the new drive to match the jumper of the original drive.

11.

Carefully slide the new drive into the device bay.

12.

Secure the device using the supplied mounting screws.

13.

Connect the power and data cables to the new drive.

14.

Replace the front bezel and the cover. For the desktop style case, the twist-lock tabs on either side of the cover should be “almost” completely in the unlocked position to put the top on.

15.

Power on the CMS Computer.

Drive Installation

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Expansion Board Installation To install an ISA or PCI local bus expansion board: NOTE: Read and fully understand your optional expansion board’s documentation before installing it. Do not install non-Plug and Play expansion boards until you have run the ICU to determine what configuration the ICU recommends. Configure any jumpers on the expansion board and then install the expansion board.

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1.

Turn off computer and monitor.

2.

Disconnect all external devices, A/C power, and monitor power.

3.

Remove the outside cover.

4.

For short tower models, rotate the disk drives to make the area more accessible.

5.

Unscrew the metal filler plate(s) from the selected expansion slot.

6.

Insert the new expansion board into the socket. Push the expansion board firmly into place.

7.

Secure the expansion board to the slot with the screw removed in step 4.

8.

Replace the outside cover.

9.

Connect all external devices and restore power.

Expansion Board Installation

Megaport Board Replacement NOTE: The replacement of a Megaport Board requires shutting down the CMS Computer. While the CMS Computer is off, desk terminal operations will be disabled. If people are bowling, they will be able to continue bowling but you will be unable to issue or cash out lanes. To replace the Megaport Board, perform the following steps: 1.

Log onto the CMS Computer’s main terminal.

2.

Select menu option 99 Special Commands and type haltsys and press Enter. The screen will then display “Do you want to continue?,” Press y and then Enter. The screen will then display “Safe to power off” or “Press any key to reboot.”

3.

Power down the CMS Computer. The power switch is on the front of the computer.

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4.

Remove the MegaPort connection from the back of the computer. This is a wide connector with thumb screws on either side.

5.

Remove the cover from the computer. On a desktop style case, turn the twist-lock tabs on either side of the computer near the front. On a minitower style case, loosen the three thumb screws on the back of the case, then remove the entire top and right side of the case as one unit.

6.

Remove the MegaPort printed circuit board. If your computer has more than one MegaPort board there will be a small ribbon cable connecting the two boards together. This cable needs to be disconnected from the board that will be removed.

7.

Insert the new MegaPort board. If the computer has more than one MegaPort board, be sure to reconnect the ribbon cable that connects the two boards together.

8.

Replace the MegaPort cable. Be careful as the pins on the cable are very small and easily bent. Tighten the thumb screws just enough to keep the cable from falling off.

9.

Replace the cover. For the desktop style case, the twist-lock tabs on either side of the cover should be “almost” all the way unlocked to put the top on completely.

10.

Apply power to the CMS Computer.

Ethernet Board Replacement NOTE: The replacement of an Ethernet Card requires shutting down the CMS Computer. While the CMS Computer is off, desk terminal operations will be disabled. If people are bowling, they will be able to continue bowling but you will be unable to issue or cash out lanes. To replace the Ethernet Card, perform the following steps:

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1.

Locate the Addtron Configuration Diskette. The procedure cannot be completed without it.

2.

Log onto the CMS Computer main terminal.

3.

Select menu option 99 Special Commands and type haltsys and press Enter. The screen will then display “Do you want to continue?,” Press y and then Enter. The screen will then display “Safe to power off” or “Press any key to reboot.”

4.

Power down the CMS Computer.

5.

Remove the cover from the computer. For a desktop style case, turn the twist-lock tabs on both sides of the computer near the front. For a minitower style case, loosen the three thumb screws on the back of the case to remove the entire top and right side of the case as one unit.

6.

Disconnect the coaxial cable from the BNC connector at the back of the computer. This is a round metal connection that will look similar to a “cable TV” type connection.

7.

Carefully remove the Addtron Ethernet card.

8.

Insert the new Addtron Ethernet card. Carefully apply pressure to “seat” the board fully.

9.

Reconnect the coaxial cable to the BNC connector of the new board.

10.

Replace the cover. For the desktop style case, the twist-lock tabs on either side of the cover should be “almost” all the way unlocked to get the top on completely.

11.

Insert the Addtron Configuration Diskette into the floppy disk drive and power up the office computer. The Back Office terminal should eventually display, “Press any key to go to Ethernet setup otherwise press CTRL + C to Exit to DOS.” Press any key to continue.

12.

Press any key to continue.

13.

Press the down arrow key three times so that AE-200JL-N is highlighted. Press Enter. The screen will display a box titled Note About Autoset. Press Enter again. The screen should now display a menu.

14.

Config Board 1 should be highlighted. Press Enter. A window will appear that contains the current card configuration.

15.

Adjust the configuration to match the following parameters: 1. 2. 3. 3. 4. 5.

MODE IO BASE IRQ NO INTERFACE BOOT ROM MEM ADDR

:SHARED MEM. MODE :0x300 :10 :BNC (10 Base 2) :DISABLE :0D000H

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To change the value for a parameter, use the arrow keys to highlight the parameter you wish to change and press Enter. A menu of valid options will appear. Use the arrow keys to highlight the proper value and press Enter. The value will change, and different parameters are allowed. Continue until the parameters match the ones listed above.

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16.

Once the parameters are all set, use the arrow keys to highlight 7. Save and Exit and press Enter. The screen will display “Configuration OK, press any key to continue!!” Press Enter.

17.

Use the arrow keys to select Exit and press Enter.

18.

The screen will go to an A:/prompt. At this time you may remove the diskette.

19.

Power the computer off, wait 10 seconds, and then power the computer back on again.

Control Desk Terminals As described earlier, the Control Desk Terminal allows the Control Desk operator to get information from the office computer, as well as enter information through a keyboard attached to the back of the terminal. Through this terminal, the operator can perform all the functions needed to operate the Frameworx Scoring Systems. This includes assigning and cashing out lanes, programming prices, sales tax, colors and other bowling information. Also attached to the terminal is the Receipt Printer which allows a printout of cash transactions and shift reports. Up to four terminals can be attached to the CMS Office Computer. The terminal comes in both monochrome and color versions. Refer to the figures titled CMS Office Computer - Model VT420 Monochrome and CMS Desk Terminal - Model VT520 and Dorio Units.

CMS Desk Terminal - Model VT420 Monochrome (1) (4) (7) (10)

BRIGHTNESS ON/OFF SWITCH POWER IN REAR VIEW

(2) (5) (8)

CONTRAST COMM 1 PRINTER

(3) (6) (9)

KEYBOARD CONNECTION PORT 1 FRONT VIEW

CMS Desk Terminal - Model VT420 Monochrome Functions of the components on the CMS Desk Terminal - Model VT420 include:

Front View Brightness - Turn this control to adjust the screen brightness. Contrast - Turn this control to adjust the picture contrast. Keyboard - Connection for the keyboard. On/Off - Slider switch that turns the monitor on/off.

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Rear View COMM 1 - Communication to the office computer. This is a 25-pin connector. To attach to the office computer cable, a 25-pin modular adaptor must be used. This adaptor is usually installed on the connector located at the right. Port 1 - Not used. Power In - Main power for the terminal. Depending on the model, this may be 120 VAC or 240 VAC. Printer - Connection for the Receipt Printer.

CMS Desk Terminal - Model VT520 Monochrome (1) (4) (7) (10)

ON/OFF SWITCH BRIGHTNESS TAPE (NOT USED) POWER IN

(2) (5) (8)

FRONT VIEW COMM 2 (NOT USED) COMM 3 (PRINTER)

(3) (6) (9)

CONTRAST COMM 1 KEYBOARD

CMS Desk Terminal - Model VT520 Monochrome Functions of the components on the CMS Desk Terminal - Model VT420 include:

Front View Brightness - Turn this control to adjust the screen brightness. Contrast - Turn this control to adjust the picture contrast. On/Off - Push button switch turns the monitor on/off. A power LED located on the switch indicates power on.

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Rear View Comm 1 - Two, 25-Pin connector that provides communication to the office. To attach the office computer, a 25-pin modular adaptor must be used. This adaptor is usually installed in the connector located at the right. Comm 2 - Not used. Comm 3 - Connector for the receipt printer. Keyboard - Connection for the keyboard. Power In - Main power for the terminal. Depending on the model, this may be 120 VAC or 240 VAC. Tape - Not used.

VGA Color Monitors The VGA color monitors are standard off-the-shelf monitors. The location and type of controls for adjustment to the screen are dependent on the model of monitor being used. Typical controls include brightness, contrast, screen size, and screen position. Consult the vendor user/service manual that was shipped with the monitor for further information.

Dorio Unit In order to use a VGA monitor at the control desk with Command Network or Desk Command systems, a special add-on device called a Dorio unit must be used. This unit converts the information coming from the CMS computer so the monitor can display a colorized picture located near the VGA monitor. This device also adapts a standard keyboard and receipt printer to the system. See the figure titled Dorio Unit Connections. For further information about the Dorio unit, refer to the manual that is shipped with the unit.

Dorio Unit Connections

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The functions of the connections on the Dorio unit are:

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(1)

AC Power - Main power input for the Dorio unit. The unit functions on 110-240 VAC.

(2)

Comm - Not used.

(3)

Comm 2 - The CMS computer connection. The cable from the CMS computer connects to the Dorio unit at this connection using a 25 pin to RJ-11 converter.

(4)

Comm 3 - Connection for the optional receipt printer.

(5)

Keyboard - Connection for the Control Desk keyboard.

(6)

Kensington Lock Socket - Not used.

(7)

Parallel Printer - Not used.

(8)

Monitor - Connection for the Control Desk VGA monitor.

Intelligent Cash Drawer The primary function of the Intelligent Cash Drawer is to provide a place to put money received from customers and cause the automatic turning on/off of the lanes. For the convenience of the Control Desk operators, the cash drawer opens automatically whenever a payment key, such as “cash” is pressed. If the operator is assigning or cashing-out a lane, the pinsetter and scorer will turn on or off when the drawer is closed. A secondary function of the drawer is to light the digits located on the customer display. Whenever the customer owes or is owed money, the display will show the amount. In order to perform its function, the cash drawer must communicate with the CMS Computer. This is done through a 4-conductor telephone cable attached to the Megaport board on the computer and an adaptor board located on the back on the cash drawer assembly. This adaptor board allows the drawer to perform all of its functions. Refer to the figure titled Intelligent Cash Drawer - External View.

Intelligent Cash Drawer - External View (1) FRONT VIEW (4) COMM

(2) (5)

KEYLOCK DISP

(3) (6)

REAR VIEW POWER

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The functions of the connections to the cash drawer are:

Front View Keylock - Press the keylock to gain access to the inside of the drawer in case of a failure in the Frameworx Scoring Systems. The locking feature prohibits unauthorized opening of the drawer.

Rear View COMM - Connection to the CMS Computer. The computer communicates through the drawer through this connection. DISP - Connection for the customer display. Power - Connection for main power to the drawer. The input to this connection is supplied by a plug in the transformer. The actual voltage level entering this connection is 12 VAC.

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Beeper Box The intercom beeper assembly provides an audible indication whenever an intercom request is received from a console. The box is connected to the CMS Audio/Video box through a 6-conductor telephone cable and to the handset box via a 4-conductor cable. A volume control on the assembly allows the Control Desk operator to adjust the volume level of the beep. Refer to the figure titled Beeper Assembly.

Beeper Assembly (1) AUDIO/VIDEO UNIT

(2)

(4) FOUR OR SIX CONDUCTOR PHONE CABLE WITH RJ-11 CONNECTORS 1’ OR 15’

(5)

35’ SIX CONDUCTOR PHONE CABLE WITH RJ-11 CONNECTORS HANDSET BOX

(3)

BEEPER ASSEMBLY

(6)

VOLUME

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Intercom Handset/Switch Box The Intercom Handset/Switch Box allows an intercom handset to connect to the Frameworx Scoring Systems. The box connects to the CMS Audio/Video Control Box through an intercom beeper assembly and provides a telephone style intercom handset that allows the operator to have a two-way conversation with a bowler standing at a scorer console. The handset is automatically connected to the system when it is lifted from the “hook” and it is disconnected when it is replaced. Up to four boxes can be connected to the CMS System. Inside each Intercom Handset/Switch Box is a circuit board that handles all the functions for the intercom. This board is called the Handset Interface PCB. Refer to the figure titled Handset Interface PCB (Part No. 57-300183-000). CMS Audio/Video Box.

Handset Interface PCB (Part No. 57-300183-000)

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The function of the components on the Handset Interface PCB are: (1)

Audio In/Out (J1) - Telephone type connector (RJ-11) used to connect the box to the CMS Audio/Video Control Box. This allows the transfer of the “audio” to and from the Frameworx Scoring Systems.

(2)

Hook Switch (J2) - Connection to the hook switch located in the box. This allows the intercom to be disconnected from the Frameworx Scoring Systems.

(3)

Handset Speaker (Term 1) - Connection to the speaker in the earpiece of the handset.

(4)

Handset Speaker (Term 2) - Connection to the speaker in the earpiece of the handset.

(5)

Microphone (Term 3) - Connection to the microphone in the mouthpiece of the handset.

(6)

Microphone (Term 4) - Connection to the microphone in the mouthpiece of the handset.

(7)

Volume Control - The volume control allows the Control Desk operator to adjust the audio level of the earpiece of the handset.

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CMS Audio/Video Box External The CMS Audio/Video Control Box is responsible for interfacing the VCR audio and video, as well as the intercom audios to the Frameworx Scoring System. Refer to the figure titled CMS Audio/Video Control Box - External View (Part No. 57-300188-000).

CMS Audio/Video Control Box - External View (Part No. 57-300188-000) (1) (4) (7) (10)

AUDIO IN POWER LAMP ROCKWORX VOLUME

(2) (5) (8) (11)

CMS SERIAL POWER IN VIDEO IN REAR VIEW

(3) (6) (9) (12)

LANE AUDIO OUT INTERCOMS 1-4 VIDEO OUT FRONT VIEW

The function of the connectors on the CMS Audio/Video Control Box are:

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(1)

Audio In - Input for the audio coming from the “audio out” connection of the VCR.

(2)

CMS Serial - Connection for the communication coming from the CMS Computer. This communication ensures that the intercom system functions properly.

(3)

Lane Audio Out - Output connector for cable that handles the intercom and VCR audio(s) going to the Console Audio PCB located in consoles for Teamworx, Laneworx, Powerworx, and Touchworx.

(4)

Power Lamp - The light is on whenever power is supplied to the box.

(5)

Power In - Main power input to the box. The input to the box is 5 VDC, 12 VDC and -12 VDC.

(6)

Intercoms 1-4 - Connection for the cable(s) coming from the intercom handset/switch box(es). Up to four switch boxes can be attached to the Frameworx Scoring Systems.

(7)

Rockworx - Not used.

(8)

Video In - Input for the video coming from the “video out” connection of the VCR.

(9)

Video Out (2) - Connections for the cables that handle the VCR video that connects to the Remote Video PCB in the LGP.

(10)

Volume - Adjustment used to set the maximum VCR audio level available at the scorer console.

Center Management System 29

Internal Inside the CMS Audio/Video Control Box there are two main boards: the Composite to RGB PCB and the CMS Audio PCB. The Composite to RGB PCB is responsible for adapting the VCR video to the Frameworx Scoring Systems. Once adapted, the video is referred to as global video. The CMS Audio PCB adapts the VCR audio and the intercom audio(s) to the Frameworx Scoring Systems. This audio is referred to as global audio. These boards are powered by an external power supply. Refer to the figure titled CMS Audio/ Video Control Box - Internal View.

CMS Audio/Video Control Box - Internal View (1) CMS AUDIO PCB

30 Center Management System

(2)

COMPOSITE TO RGB PCB

(3)

VOLUME CONTROL

Composite to RGB PCB The Composite to RGB PCB is responsible for converting the video originating at the VCR to a format that the system can use. As the name implies, the PCB converts the composite signal that comes from the VCR into an RGBS format. This RGBS video is sent to the remote video boards in the LGP and the TV-Only monitors (if present). Refer to the figure titled Composite to RGB PCB (57-300080-000).

Composite to RGB PCB (Part No. 57-300080-000)

The function of the connections and components on the Composite to RGB PCB are: (1)

Video Output (J1) - Video output for the converted VCR video. This RGBS video is sent to the LGP remote video boards.

(2)

Video Output (J2) - Video output for the converted VCR video. This RGBS video is sent to the TV-Only monitors.

(3)

Video In (J3) - Input for the VCR video.

Center Management System 31

(4)

Power In (J4) - Input for DC power that is needed to power the PCB. The DC voltages entering the PCB are 5 VDC, 12 VDC and -12 VDC levels.

(5)

JPR1, JPR2, JPR3 - Jumpers used to adapt the PCB to the length of the cable used to send the RGBS Video to the Remote Video PCB located in the LGPs from the J1 connection. All three jumpers must be set the same way. Use the following chart to determine the jumper settings. The PCB is set at the factory for a 200 feet cable length (pins 1 and 2 jumpered together).

(6)

32 Center Management System

Cable Length

Micro Jumper Setting (Placement)

100 Feet

Pins 2 and 4

200 Feet

Pins 1 and 2 (Factory Setting)

300 Feet

Pins 3 and 4

400 Feet

Pins 5 and 6

JPR5, JPR6, JPR7 - Jumpers used to adapt the PCB to the length of the cable used to send the RGBS Video to the TV-Only monitors from the J2 connection. All three jumpers must be set the same way. Use the following chart to determine the jumper settings. The PCB is set at the factory for a 200 feet cable length (pins 1 and 2 jumpered together).

Cable Length

Micro Jumper Setting (Placement)

100 Feet

Pins 2 and 4

200 Feet

Pins 1 and 2 (Factory Setting)

300 Feet

Pins 3 and 4

400 Feet

Pins 5 and 6

(7)

Hor Adjust - Adjustment used to control the horizontal oscillator on the PCB. This adjustment is used to eliminate dark lines that may appear at the top of the monitor when viewing TV/VCR video.

CMS Audio PCB The CMS Audio PCB is responsible for interfacing the VCR audio and up to four intercoms to the Frameworx Scoring Systems. The VCR audio (global audio) is amplified by the PCB prior to being sent out to each LGP. The PCB interfaces the intercom audios to the system by allowing simultaneous conversation between the Control Desk and the bowlers. In addition, the PCB allows the bowler and the Control Desk to talk at the same time, eliminating the need to press a button to talk or listen. Refer to the figure titled CMS Audio PCB (Part No. 57-300167-000).

CMS Audio PCB (Part No. 57-300167-000)

Center Management System 33

The functions of the components and connections on the CMS Audio PCB are as follows:

34 Center Management System

(1)

Audio Input (J7) - Input for the audio coming from the “audio out” connection of the VCR.

(2)

Audio Output (J5) - Connection for the audio being sent to the LGP. The audios leaving this connection include the intercom(s) and the global audio. (Referred to as Lane Audio on the back of the unit).

(3)

CMS Serial (J6) - Connection for the communication coming from the CMS computer. This communication allows the CMS Computer to determine which intercom handset has been used to answer an intercom request. This information is then sent to the LGP of the requesting lane so that it uses the proper intercom line. It also allows the Frameworx Scoring Systems to automatically connect or cancel the intercom when the handset is lifted or placed on the hook.

(4)

Handset 1 (J1) - Connection for cable coming from the Intercom Handset/Switch Box for the first handset. This handset must be located near desk terminal #1.

(5)

Handset 2 (J2) - Connection for cable coming from the Intercom Handset/Switch Box for a second handset. This handset must be located near desk terminal #2.

(6)

Handset 3 (J3) - Connection for cable coming from the Intercom Handset/Switch Box for a third handset. This handset must be located near desk terminal #3.

(7)

Handset 4 (J4) - Connection for cable coming from the Intercom Handset/Switch Box for a fourth handset. This handset must be located near desk terminal #4.

(8)

Power In (J11)- Main power input to the box. The input to the box is 5 VDC, 12 VDC, and -12 VDC.

(9)

Power Lamp (J12) - Connection to the power indication LED located on the front of the unit.

(10)

Power Out (J10) - Power output to Composite to RGB PCB.

(11)

Rockworx (J9) - Not used.

(12)

Volume (J8) - Adjustment used to set the maximum VCR audio level available at the scorer console.

Power Supply Unit The power supply unit provides the CMS Audio/Video Control Box with the 5 VDC, 12 VDC, and -12 VDC. The input to the power supply unit can be either 120 VAC or 240 VAC. The supply will automatically adapt to either input. Refer to the figure titled CMS Power Supply Unit. (3) DIN PLUG

(2) UNIVERSAL POWER SUPPLY

(1) POWER INPUT

CMS Power Supply Unit (1) POWER INPUT

(2)

UNIVERSAL POWER SUPPLY

(3)

DEUTSCHE INDUSTRIE NORM PLUG

Ethernet Hub The Ethernet Hub changes the 10Base-2 communication cable coming from the office computer to 10Base-T cables so that individual LGPs can be connected. Typical Ethernet Hubs split the communication into 16 10Base-T branches allowing one Ethernet Hub to provide communications for 32 lanes. If more than 32 lanes are present, additional Ethernet Hubs can be added as long as the total cable length does not exceed 185m (630’). The cable connecting the hubs is terminated at each end with a 50 terminator. In some centers the hub may have only 8 outputs. Refer to the figure titled Ethernet Hub Cabling.

Center Management System 35

Ethernet Hub Cabling (1) CMS COMPUTER (4) TO LANE GROUP PROCESSOR (16 PER HUB) (7) TERMINATORS

(2) (5)

HUB 1 TO NEXT 16 LGPS

(3) (6)

TO NEXT HUB (AS NEEDED) HUB 2 (IF NEEDED)

The hub is also available in an 8 port model. The 8 port version provides connections for 16 lanes. Refer to the figure titled Ethernet Hub Cabling for 8 Port Version.

Ethernet Hub Cabling for 8 Port Version (1) CMS COMPUTER (4) TO LANE GROUP PROCESSOR (8 PER HUB)

36 Center Management System

(2)

TERMINATORS

(3)

HUB

The Ethernet Hub also contains diagnostic LEDs that are useful in troubleshooting communication problems should they occur. Refer to the figures titled Ethernet Bocahub-Plus and BocaNET-16.

Ethernet Bocahub-Plus

The functions of the components and connectors on the Ethernet Bocahub-Plus are: (1)

Activity LED - This LED flashes to indicate when the Ethernet Hub is sending or receiving information through any of the Hub ports. State Blink Off Steady

Description Data is being transmitted to or received from the Hub. Power is off. No data is being received or transmitted. The network is busy transmitting

Center Management System 37

(2)

AUI LED - Not used.

(3)

AUI Connector - Not used.

(4)

BNC LED - The BNC LED lights to indicate that the BNC Connector is working properly. To use the LED the LNK/PRT Switch must be in the PRT position. The LED will not function if the switch is in the LNK position. State On

The BNC is working properly.

Off

No power to the Ethernet Hub. No data or information is being transmitted. 10Base-2 cable exceeds recommended length (185 meters or 607 feet) The terminator at each end of the 10Base-2 cabling is faulty or is not present. The LNK/PRT switch is in the LNK position. The BNC Connector has been partitioned.

(5)

BNC Connector - Connection for the 10Base-2 cable coming from the office computer. A BNC T-connector is attached to this connector to allow the cable to continue to the next Ethernet Hub if needed. If an additional Ethernet Hub is not present, the unused terminal on the T-connector must be terminated with a 50 Ohm terminator.

(6)

Collision LED - The red/orange collision LED flashes to indicate that two or more LGPs attempted to transmit information at the same time. (If this occurs, the LGPs will automatically sense the collision and stop transmitting. They attempt transmission again after a random time interval. State

38 Center Management System

Description

Description

Off

Normal operation - No collision has occurred.

On

A collision has been detected.

(7)

Power LED - The power LED indicates when the Ethernet Hub is on or off. State

Description

On

Ethernet Hub has power.

Off

No power to Ethernet Hub.

(8)

Power Socket - Input for 9 VAC power coming from the A/C power adaptor.

(9)

RJ-45 Connectors - Connection for the 10Base-T cables attached to each LGP Ethernet Card. Each connection handles communication for a lane pair. Reference Link LEDs and Activity LEDs. The Hub may have 8, 12, or 16 connectors.

(10)

Status LED(s) - The Status LEDs perform two functions for the hub. When the LNK/PRT switch is in the LNK position, the LEDs light to indicate if a port is connected properly to the LGP. When a special link test signal is received, the light turns on to indicate proper operation. When a problem occurs the light goes out. When the switch is set to PRT, the LEDs light to indicate that the port is functioning properly. When the Hub partitions a port, the corresponding LED goes out. Switch set to LNK State

Description

On

Normal data or information is being received from the LGP. Link integrity signal being received from the LGP.

Off

Twisted pair cable (10Base-T) not connected properly. No power to Ethernet Hub. Twisted pair cable is faulty. Twisted pair cable is not 10Base-T cable. Twisted pair cable exceeds recommended length (100 meters or 328 feet)

Switch set to PRT State

Description

On

Port is functioning normally.

Off

Port is partitioned (taken off-line).

Center Management System 39

(11)

(12)

(13)

Status Switch - This switch determines the purpose of the status LEDs. When set to LNK the LEDs associated with the 10Base-T connectors (RJ-45) will light when a valid link test signal is received. (The BNC LED will not function and has no meaning). When set to PRT the LEDs light to indicate that the ports are functioning normally. They are off when the port is partitioned. T-Connector - Connector that attaches to the BNC Connector that allows the 10Base-2 cable coming from the office computer to continue to additional Ethernet Hubs. If additional Ethernet Hubs are not used, a termination plug must be attached to the unused connector. Crossover Switch - This switch allows the user to select whether the Hub will internally cross the transmit and recieve wires for the RJ-45 connector for port 16 (port 8 in the smaller hubs). This allows multiple hubs to be cascaded together via the last port. In the Frameworx System the switch must be in the X position. Using the other position will cause any LGP attached to Port 16 to have communication errors.

NOTE: In the 8 port version of the Hub, the crossover switch is used for port 8. In all cases the switch must be set to the x position.

40 Center Management System

Ethernet BocaNET-16

The functions of the components and connectors on the Ethernet BocaNET-16 are: (1)

Activity LED - This green LED flashes to indicate when the Ethernet Hub is sending or receiving information through any of the Hub ports. State Blink Off Steady

Description Data is being transmitted to or received from the Hub. Power is off. No data is being received or transmitted. The network is busy transmitting

Center Management System 41

(2)

AUI LED - Not used.

(3)

AUI Connector - Not used.

(4)

BNC LED - The BNC LED lights to indicate that the BNC Connector is working properly.

State Off

The BNC is working properly or is disconnected.

On

The BNC Connector has been partitioned or isolated because of a collision.

(5)

BNC Connector - Connection for the 10Base-2 cable coming from the office computer. A BNC T-connector is attached to this connector to allow the cable to continue to the next Ethernet Hub if needed. If an additional Ethernet Hub is not present, the unused terminal on the T-connector must be terminated with a 50 Ohm terminator.

(6)

Collision LED - The yellow collision LED flashes to indicate that two or more LGPs attempted to transmit information at the same time. (If this occurs, the LGPs will automatically sense the collision and stop transmitting. They attempt transmission again after a random time interval. State

(7)

Description

Off

Normal operation - No collision has occurred.

On

A collision has been detected.

Power LED - The power LED indicates when the Ethernet Hub is on or off.

State

42 Center Management System

Description

Description

On

Ethernet Hub has power.

Off

No power to Ethernet Hub.

(8)

Power Socket - Input for 12 VDC power coming from the A/C power adaptor.

(9)

RJ-45 Connectors - Connection for the 10Base-T cables attached to each LGP Ethernet Card. Each connection handles communication for a lane pair. Refer to Status LEDs and Activity LEDs. The Hub may have 8, 12, or 16 connectors.

(10)

Status LED(s) - The Status LEDs light to indicate the status of the RJ45 connector at the rear of the hub.

State

Description

Green

Normal data or information is being received from the LGP. Link test signal being received from the LGP.

Off

Twisted pair cable (10Base-T) not connected properly. No power to Ethernet Hub. Twisted pair cable is faulty. Twisted pair cable is not 10Base-T cable. Twisted pair cable exceeds recommended length (100 meters or 328 feet)

Red

Port is partitioned (taken off-line) because of collisions.

(11)

T-Connector - Connector that attaches to the BNC Connector that allows the 10Base-2 cable coming from the office computer to continue to additional Ethernet Hubs. If additional Ethernet Hubs are not used, a termination plug must be attached to the unused connector.

(12)

Crossover Switch - This switch allows the user to select whether the Hub will internally cross the transmit and recieve wires for the RJ-45 connector for port 16 (port 8 in the smaller hubs). This allows multiple hubs to be cascaded together via the last port. In the Frameworx System the switch must be in the X position. Using the other position will cause any LGP attached to Port 16 to have communication errors.

NOTE: In the 8 port version of the Hub, the crossover switch is used for port 8. In all cases the switch must be set to the x position.

Center Management System 43

(13)

Alert LED - This red LED indicates a possible error condition exists in the network. State

(14)

44 Center Management System

Description

Off

System is operating correctly.

On

Usage of activity exceeds 80% or an LGP has been partitioned (isolated) for more than 1 second.

Usage LEDs - The six Usage LEDs light to indicate the current amount of network traffic. State

Color

Description

2

Green

2-5% network usage.

6

Green

6-11% network usage.

12

Green

12-24% network usage.

25

Green

25-49% network usage.

50

Yellow

50-79% network usage.

80

Red

80-100% network usage.

NetGear EN116

The functions of the components and connectors on the NetGear EN116 are: (1)

AUI Connector - Not used.

(2)

AUI Active LED - Not used.

(3)

AUI Rx LED - Not used.

(4)

BNC Connector - Connection for the 10Base-2 cable coming from the office computer. A BNC T-connector is attached to this connector to allow the cable to continue to the next Ethernet hub if needed. If an additional Ethernet hub is not present, the unused terminal on the T-connector must be terminated with a 50 Ohm terminator.

(5)

BNC Active LED - This green LED lights to indicate the link between the BNC port and the device connected to it is good. State

Description

On

Connection and cabling to CenterMaster is good.

Off

Connection to CenterMaster is bad or BNC connection is not used.

Center Management System 45

(6)

BNC Rx LED - This green LED flashes to indicate when data is being received through the BNC connector.

(7)

Collision LED - The yellow collision LED flashes to indicate that two or more LGPs attempted to transmit information at the same time. (If this occurs, the LGPs will automatically sense the collision and stop transmitting. They attempt transmission again after a random time interval. State

Description

Off

Normal operation - No collision has occurred.

On

A collision has been detected.

(8)

Crossover Switch - This switch allows the user to select whether the hub will internally cross the transmit and receive wires for the RJ-45 connector for port 16 (port 8 in the smaller hubs). This allows multiple hubs to be cascaded together via the last port. In the Frameworx system, the switch must be in the X position. Using the other position will cause any LGP attached to port 16 to have communication errors.

(9)

Power Connector - Input for 12 VDC power coming from the A/C power adaptor.

(10)

Power LED - This LED indicates when the Ethernet hub is on or off. State

Description

On

Ethernet Hub has power.

Off

No power to Ethernet Hub.

(11)

RJ-45 Connectors - Connection for the 10Base-T cables attached to each LGP Ethernet Card. Each connection handles communication for a lane pair. Refer to Status LEDs and Activity LEDs.

(12)

RJ-45 Link LEDs - These green LEDs light to indicate the link between the RJ-45 port and the LGP is good. State

(13)

46 Center Management System

Description

On

Line is okay.

Off

LGP not connected. LGP is on Faulty cable. Ethernet PCB in LGP is not working properly.

RJ-45 Rx LEDs - This green LED flashes to indicate when data is being received into the RJ-45 connector.

Cable Diagrams

Primary Console Global Video from Control Desk (Part No.57-300004-000) (1) TO J7 ON REMOTE VIDEO PRINTED CIRCUIT BOARD (4) RED + (7) GREEN (10) COLOR SYNCHRONIZED +

(2) (5) (8) (11)

TO J1 ON CENTER MANAGEMENT SYSTEM VIDEO PRINTED CIRCUIT BOARD RED BLUE + COLOR SYNCRONIZED -

(3)

DRAIN

(6) (9)

GREEN + BLUE -

(3)

NO CONNECTION

Front Desk to Primary Console Audio (Part No.57-3000034-000) (1) TO J5 ON CENTER MANAGEMENT SYSTEM AUDIO PRINTED CIRCUIT BOARD (4) DRAIN (7) INTERCOM 2+ (10) INTERCOM 3(13) GLOBAL AUDIO +

(2) (5) (8) (11) (14)

TO J1 ON CONSOLE AUDIO PRINTED CIRCUIT BOARD INTERCOM 1+ INTERCOM 2INTERCOM 4+ GLOBAL AUDIO -

(6) (9) (12) (15)

INTERCOM 1INTERCOM 3+ INTERCOM 4SHIELD

Center Management System 47

Intercom to Control Desk Audio/Video (Part No. 57-300132-000) (1) TO J1 ON INTERCOM PRINTED CIRCUIT BOARD (4) CONTROL

(2)

DATA OUT

(3)

GROUND

(5)

DATA IN

(6)

TO J1-J4 ON CONTROL DESK AUDIO/VIDEO PRINTED CIRCUIT BOARD

HOOK SWITCH TERM 3 MICROPHONE

(3) (6)

TERM 1 HANDSET SPEAKER TERM 4 MICROPHONE

Handset Interface PCB (Part No. 57-300183-000) (1) AUDIO IN/OUT (4) TERM 2 HANDSET SPEAKER (7) VOLUME CENTER

48 Center Management System

(2) (5)

Potentiometer CMS Audio/Video Enclosed (Part No. 57-300306-000)

Beep Speaker to Intercom Cable Assembly (Part No. 57-300488-000) (1) TO J1 ON INTERCOM ASSEMBLY 57-300184-000 (4) GROUND (7) TO J3 ON BEEP SPEAKER ASSEMBLY 57-300400-000

(2)

BEEPER

(3)

DATA OUT

(5)

CONTROL

(6)

DATA IN

Beep Speaker to Front Desk Audio/Video (F/A) Cable Assembly (Part No. 57-300489-000) (1) TO J2 ON BEEPER SPEAKER ASSEMBLY 57-300400-000 (4) GROUND (7) TO J1, J2, J3 OR J4 FRONT DESK A/V 57-300490-4XX

(2)

BEEPER

(3)

DATA OUT

(5)

CONTROL

(6)

DATA IN

Center Management System 49

Beep Speaker to Intercom, Short (12 in.) Cable Assembly (Part No. 57-300498-000) (1) TO J1 ON INTERCOM ASSEMBLY 57-300184-000 (4) GROUND (7) TO J3 ON BEEP SPEAKER ASSEMBLY 57-300400-000

(2)

BEEPER

(3)

DATA OUT

(5)

CONTROL

(6)

DATA IN

Beep Speaker to Intercom, Long (15 ft.) Cable Assembly (Part No. 57-300499-000) (1) TO J1 ON INTERCOM ASSEMBLY 57-300184-000 (4) GROUND (7) TO J3 ON BEEP SPEAKER ASSEMBLY 57-300400-000

(2)

BEEPER

(3)

DATA OUT

(5)

CONTROL

(6)

DATA IN

Beep Speaker to Front Desk A/V (35’) Cable Assembly (Part No. 57-300500-000) (1) TO J1 ON INTERCOM ASSEMBLY 57-300184-000 (4) GROUND (7) TO J3 ON BEEP SPEAKER ASSEMBLY 57-300400-000

50 Center Management System

(2)

BEEPER

(3)

DATA OUT

(5)

CONTROL

(6)

DATA IN

(1) (4) (7) (10) (13) (16) (19) (22) (25) (28) (31) (34)

CONTROL DESK VIDEO (57-300080-000) AUDIO OUT RJ-11 MEGAPORT INTELLIGENT CASH DRAWER INTERCOM 4 INTERCOM 1 TO FIRST LANE PAIR SCORER CONSOLES RED, GREEN, BLUE COMPOSITE GLOBAL VIDEO OUT INTERCOM/GLOBAL AUDIO MONITOR CARD READER

(2) (5) (8) (11) (14) (17) (20) (23) (26) (29) (32)

TO ROCKWORX VIDEO OUT BNC ETHERNET CARD TERMINAL INTERCOM 3 ETHERNET 10BASE-2 TO ETHERNET HUB NOT USED TO LGP REMOTE VIDEO PCBS BEEPER BOX PRINTER

(3) (6) (9) (12) (15) (18) (21) (24) (27) (30) (33)

CONTROL DESK AUDIO (57-300167-400) VCR CMS COMPUTER POWER SUPPLY (57-300133-000) INTERCOM 2 VCR VOLUME CMS AUDIO/VIDEO UNIT TO TV-ONLY MONITOR POTENTIOMETER MODEM SCORESHEET PRINTER

Center Management System 51