351 Sect 03 Scorer

Contents Glossary of Terms ............................................................................. 1 Teamworx Overview .......................................................................... 3 Powerworx, Touchworx Console, and Uniworx Overview ............... 4 Touchworx Flatscreen Overview ...................................................... 5 Lane Group Processor ...................................................................... 6 Lane Group Processor (Teamworx and Touchworx Flatscreen) ...... 7 Lane Group Processor (Powerworx, Touchworx Consoles, and Uniworx) ........................................................................................ 9 Motherboard ................................................................................ 11 Ethernet Card ............................................................................... 13 Remote Video PCB ...................................................................... 14 Console Video PCB ..................................................................... 16 I/O PCB ...................................................................................... 18 Sound PCB .................................................................................. 20 Power Supply .............................................................................. 21 Selecting Input Voltage for Power Supply ...................................... 22 Hard Drive ................................................................................... 23 Console Electronics ......................................................................... 25 Primary Console (Powerworx, Touchworx Console, and Uniworx) ...................................................................................... 25 Secondary Console (Powerworx and Touchworx Console) ........... 27 Bowler Entry Station/Keypad (Teamworx Only) ........................... 29 Touchworx Controller (Touchworx Flatscreen) .............................. 30 Console Controller PCB (All Models) ......................................... 31 Console Audio PCB (All Models) ................................................ 33 Options PCB (Touchworx Models Only) ...................................... 35 Power Supply/Control PCB (Touchworx Flatscreen) .................... 36 Touchscreen Controller (Touchworx Console) ............................... 37

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Transformers (Powerworx , Touchworx Console, and Uniworx) .... 39 Auxiliary Transformer (Primary Consoles Only) ....................... 39 Secondary Power Transformer (Powerworx, Touchworx Console, and Uniworx) ........................................................... 40 Selecting Input Voltage for Auxiliary or Secondary Transformers .......................................................................... 43 Video Processor PCB (Powerworx, Touchworx Console, and Uniworx) ............................................................................... 45 Adjustment PCB .......................................................................... 46 LCD Controller (Touchworx Flatscreen) ....................................... 47 Flatscreen Adjustment Procedure ................................................. 48 Basic Adjustments .................................................................. 49 Image Position Adjustment ..................................................... 50 Touchworx Calibration (All Touchworx Models) ..................... 51 Circuit Board and Component Removal ........................................ 54 Motherboard Removal ................................................................. 56 Motherboard Installation ............................................................... 56 ISA Bus Board Removal ........................................................ 57 ISA Bus Board Installation ..................................................... 57 Circuit Board Setup Procedures ..................................................... 58 Motherboard ................................................................................ 58 CMOS Maintenance Board .......................................................... 60 CMOS RAM Setup ..................................................................... 61 CMOS Setup Using a CMOS Maintenance Board ................. 61 Updating the CMOS Maintenance Board ............................... 61 Hard Drive ................................................................................... 62 Remote Video PCB ...................................................................... 64 Console Video PCB (Powerworx, Touchworx Consoles, and Uniworx) ...................................................................................... 65 Console Controller PCB ............................................................... 66 Console Audio PCB ..................................................................... 68 Options PCB (Touchworx Only) ................................................... 69 Standard CRT Removal ................................................................ 70

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Touchscreen CRT Removal .......................................................... 71 CRT Installation ............................................................................ 72 Keyboard/Keyboard Insert Removal (Powerworx, Touchworx Console, and Uniworx) ................................................................. 73 Keyboard/Keyboard Insert Installation (Powerworx, Touchworx Console, and Uniworx) ................................................................. 74 Maintenance .................................................................................... 75 Daily ............................................................................................ 75 NV RAM Clear ..................................................................... 75 Quarterly (Laneworx, Powerworx and Touchworx) ....................... 75 Clean and Adjust CRT Assembly as Needed .......................... 75 Semi-Annually .............................................................................. 75 Clean Circuit Boards .............................................................. 75 Inspect Cables ....................................................................... 75 Annually ....................................................................................... 75 Clean Connections ................................................................. 75 Clean Power Supply Fan ........................................................ 75 Rotate Spare Parts ................................................................. 75 Maintenance Menu ....................................................................... 76 Cable Diagrams ............................................................................... 79

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Glossary of Terms The following terms are used in this section. To better understand the information presented in the section you should familiarize yourself with these terms. 10Base-2 - 50 Ohm coaxial cabling used in an Ethernet network. This cable is used to wire the office computer to the Ethernet hubs located on the curtain wall. 10Base-T - A cable that consists of two wires twisted around one another to form what is referred to as a twisted pair. This is the type of cable that attaches the LGP (lane group processor) to the Ethernet hubs. BIOS (Basic Input/Output System) - A program stored in a ROM (readonly memory) chip located on the Motherboard. This program controls how information is transferred between the components and circuit boards inside a computer. Console Video PCB - A circuit board located in the LGP that controls the video going to the lower monitors in Powerworx and Uniworx configurations and Touchworx consoles (not Flatscreen). Ethernet - One of many protocols developed that specifies how computers send information to one another. I/O PCB (Input/Output) - A circuit board inside the LGP that is responsible for transferring information between the LGP and the boards or components located outside the LGP. ISA Bus - Industry Standard Architecture Bus - A design or protocol used in most computers that defines how circuit boards connect to one another. LGP (Lane Group Processor) - A collection of circuit boards located either on the curtain wall between a pair of pinsetters (Touchworx Flatscreen and Teamworx) or in the lower portion of a primary console (Powerworx, Laneworx, Touchworx). Together these boards perform most of the tasks needed to operate a lane pair. LLAN (Local Local Area Network) - Another name for the serial communication used in a lane pair. Also referred to as RS-485. Microprocessor - A circuit chip that performs most of the calculations and processing of information for a computer. Motherboard - A circuit board inside the LGP that contains the microprocessors and memory for the lane pair. All other PCBs in the LGP connect to this board. (Also referred to as the System Board).

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RAM (Random Access Memory) - A short term storage area for information in a computer. Most computers have this type of memory installed on small circuit boards called SIMMs. Remote Video PCB - A circuit board located in the LGP that controls the video going to the overhead monitors. In the Touchworx Flatscreen system, a second remote video PCB controls the video to the lower screens. SIMM (Single In-line Memory Module) - A small circuit board that is designed to plug into special connectors on the Motherboard in a computer to provide the system with RAM. SIMMs come in various sizes (1 Meg [M], 2 M, etc.) and operating speeds (60 nanoseconds [ns], 70 ns, etc.). Additionally, they come in 30 pin and 72 pin styles. The ones used in Frameworx Scoring System are 1 Meg, 30 Pin, 70 ns SIMMs for Motherboard A and 4 Meg, 72 Pin, 70 ns SIMMs for Motherboard B and C. Sound PCB - An optional circuit board inside an LGP that converts the digitized sound exciter audio located on the hard disk so that it can be sent to the speaker. This PCB is used for the sound exciter feature.

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Teamworx Overview In the Teamworx configuration, two identical keypads are used for each lane pair. These keypads have full-function keyboards that allow the bowler to enter all information needed to begin bowling and change or correct information once bowling has begun. Entry options include names, score correction, special features, and language selection. A lane group processor (LGP) mounted on the curtain wall contains the electronics that control scoring and other functions for the lane pair. Refer to figure titled Teamworx. For identification purposes, keypads dedicated to the left lane (odd numbered lane) are referred to as primary keypads. The keypads dedicated to the right lane (even numbered lane) are referred to as secondary keypadss. Refer to the figure titled Teamworx.

Teamworx (1) LANE GROUP PROCESSOR

(2)

(4) NEW STYLE - FLOOR MOUNTED (7) PRIMARY KEYPAD

(5) (8)

PRIMARY KEYPAD (NEW STYLE TABLE MOUNTED) SECONDARY KEYPAD OLD STYLE

(3) (6)

SECONDARY KEYPAD (NEW STYLE TABLE MOUNTED) CURTAIN WALL

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Powerworx, Touchworx Console, and Uniworx Overview For Powerworx and Touchworx consoles, an individual unique console is used for each lane. For Uniworx, one console is used for the lane pair. The primary console contains circuit boards exclusive to its lane, as well as circuit boards known as the lane group processor (LGP) that perform all functions needed for both lanes of the lane pair. The secondary console contains boards needed for one lane only. In most Powerworx and Touchworx console installations, the primary console is located on the left or odd numbered lane and the secondary console is located on the right or even lane. For Uniworx installations, one primary console is conveniently located so both lanes can enter information from the console. Special programming allows the user to input entries for the left or right lane. Because of this option, a secondary console is not needed. Refer to the figure titled Primary and Secondary Console Circuit Locations.

Primary and Secondary Console Circuit Locations (1) LANE GROUP PROCESSOR (4) SECONDARY CONSOLE

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(2)

PRIMARY CONSOLE

(3)

CONSOLE ELECTRONICS

Touchworx Flatscreen Overview For Touchworx flatscreen configurations, individual flat LCD screens that can be either table or floor mounted, are used for each lane. These screens contain a touchscreen membrane that allows the user to input information by simply touching the screen. An electronic assembly called the Touchworx controller unit is mounted under the lanes, near the ball lift access door. This assembly houses the electronics to run the flatscreens. In addition, a lane group processor (LGP) contains the circuits that control scoring and other functions for both lanes of the lane pair. For identification purposes, the flatscreens used for the left lane (odd numbered lane) are referred to as the primary screens and the screens dedicated to the right lane (even numbered lane) are referred to as secondary screens. Refer to the figure titled Touchworx Flatscreen.

Touchworx Flatscreen (1) LANE GROUP PROCESSOR

(2)

(4) PRIMARY FLATSCREEN ELECTRONICS (FLOOR MOUNTED) (7) TOUCHWORX CONTROLLER

(5)

PRIMARY FLATSCREEN ELECTRONICS (TABLE MOUNTED) SECONDARY FLATSCREEN ELECTRONICS (FLOOR MOUNTED)

(3) (6)

SECONDARY FLATSCREEN ELECTRONICS (TABLE MOUNTED) CURTAIN WALL

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Lane Group Processor The Lane Group Processor (LGP) is made up of the circuit boards and electronic components that control scoring and other functions for a lane pair. The location of the LGP depends on the equipment installed. If the installation includes a full scorer console, the LGP will be located in the Primary console of the lane pair. If the installation does not include a full scorer the LGP is located on the curtain wall between a pair of pinsetters. Refer to the figure titled Lane Group Processor Location.

Lane Group Processor Location (1) LANE GROUP PROCESSOR (4) TOUCHWORX FLATSCREEN AND TEAMWORX

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(2) (5)

CURTAIN WALL PRIMARY CONSOLE

(3) (6)

MASKING UNIT POWERWORX, TOUCHWORX CONSOLE, AND UNIWORX

Lane Group Processor (Teamworx and Touchworx Flatscreen) The printed circuit boards (PCBs) housed in the chassis of the LGP may include the Motherboard, Ethernet Card, Remote Video PCB(s), Console Video PCB, I/O PCB, and optional Sound PCB. Additional components include a power supply and a hard disk drive. Refer to the figures titled Component Location Inside a Lane Group Processor (Teamworx and Touchworx Flatscreen) and Component Location Inside a Lane Group Processor (Powerworx Touchworx Consoles and Uniworx).

Component Location Inside a Lane Group Processor (Teamworx and Touchworx Flatscreen)

The function of the circuit boards and components in the LGP for Teamworx or Touchworx flatscreen may include: (1)

Ethernet Card - A circuit board that allows the LGP to send and receive information from the control desk system to other LGPs.

(2)

Hard Disk Drive - The hard disk drive is the component that contains the program for the LGP.

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(3)

I/O PCB - The PCB that controls the hard disk drive, floppy disk drive, and communication circuits for the lane pair. (Refer to LLAN in the Glossary.)

(4)

Main Power In - Main input power for the LGP. 120 VAC or 240 VAC enters the LGP here. Refer to (6) Main Power Voltage Selector.

(5)

Main Power Out - Output of main power for Secondary Transformer. Refer to (15) Secondary Power Input.

(6)

Main Power Voltage Selector - Selector switch that allows the user to change the input voltage to the LGP between 120 VAC and 240 VAC.

(7)

Mini Console Power - 18 VAC output used to power the circuit boards in Teamworx consoles. This connection is not used for Touchworx flatscreen.

(8)

Mini Console Circuit Breakers - Manually resettable circuit breakers that protect the 18VAC power that supplies the mini consoles with power. These breakers are not used for Touchworx flatscreen.

(9)

Motherboard - The PCB that contains the memory and performs the majority of the processing for a lane pair.

(10)

Power Supply - An electrical assembly that provides the circuits in the LGP with DC power. Input to the power supply can be 120 VAC or 240 VAC. Its output is 5 VDC and +/- 12 VDC.

(11)

Power Switch - Main power on/off switch for the LGP.

(12)

Remote Video PCB - A circuit board that provides the video for the monitors in Teamworx or Touchworx flatscreen. In Teamworx only, one PCB is present. For Touchworx flatscreen, two identical video boards are present; one for the overhead monitors and one for the lower screens.

(13)

Scanner/Pinsetter Interface Circuit Breaker - A manually resettable circuit breaker that protects the 28 VAC power supply to the CCD scanner (or pinsensor) and pinsetter interface box (if present). This breaker is not used for GS direct connect installations.

(14)

28 VAC Power - 28 VAC output that is used to power the CCD scanner (or pinsensor) and the pinsetter interface box. This connection is not used for GS direct connect installations.

(15)

Secondary Power Input - Input of main power coming from the main power out connector. 120 VAC or 240 VAC enters the secondary transformer here. Refer to (16) Secondary Transformer Voltage Selector.

(16)

Secondary Transformer Voltage Selector - Plug-in module that contains fuses and a PCB that allows the user to select the input voltage for the secondary transformer.

(17)

Sound PCB - An optional circuit board that processes the sound for the sound exciter option. This board is only installed if sound exciters are present.

Lane Group Processor (Powerworx, Touchworx Consoles, and Uniworx)

Component Location Inside a Lane Group Processor (Powerworx, Touchworx Consoles, and Uniworx)

The function of the circuit boards and components in the LGP are: (1)

Console Video PCB - The PCB used to generate and send video to the 13" color CRTs located in the consoles in Powerworx, Uniworx, and Touchworx consoles.

(2)

Ethernet - The PCB that allows the LGP to send and receive information to the office computer and to other LGPs.

(3)

Hard Disk Drive - The hard disk drive is the component that contains the program for the lane pair.

(4)

I/O PCB - The PCB that interfaces the hard disk drive, provides communication circuits for the lane pair, and stores current session information. Refer to LLAN in Glossary.

(5)

Motherboard - The PCB that contains the working memory and performs the majority of the processing for a lane pair.

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(6)

Power Supply - An electrical assembly that provides the circuits in the LGP with DC power. Input to the power supply can be 120 VAC or 240 VAC. Its output is 5 VDC and +/- 12 VDC.

(7)

Remote Video PCB - The PCB that provides the video for the overhead monitors.

(8)

Sound PCB - The PCB that processes the sound for the sound exciter option. This board is only installed if sound exciters are present.

Motherboard The single most important circuit board in the LGP is the Motherboard. It is referred to as the Motherboard because the other circuit boards within the LGP plug into it. It is responsible for processing all information, making all calculations for the lane pair with the assistance of a chip called a microprocessor, and supplying power to the boards plugged into its ISA Bus. Three Motherboards are currently used in the Frameworx scoring systems. Motherboard A contains a 486SLC2 33 MHz microprocessor chip made by the IBM Corporation. This chip is based upon the design of the 486SX microprocessor chip made by Intel Corporation. Motherboard B and C contains a 486DX2 MHz microprocessor chip made by either the Intel Corporation or Advanced Micro Devices, Inc. (Refer to computer concepts in the Introduction section of this manual for more information about microprocessors). Also included on the Motherboard are up to 8 megabytes (MB) of RAM housed in a single 4 MB or two 4 MB SIMMs. Refer to the figure titled Motherboard C.

Motherboard C

The function of the components on the Motherboard are: (1)

Battery - Provides battery backup for the setup information stored in CMOS so that it is retained in case of a power outage.

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(2)

BIOS (Basic Input/Output System) - A program that provides the computer with a guideline for all processing functions. This program, stored in a ROM chip located on the Motherboard, controls how information is transferred between the components and PCBs inside a computer. The program allows the hardware to function properly.

(3)

ISA BUS (Industry Standard Architecture BUS) - A design or protocol used in most computers that defines how circuit boards connect to one another. This term typically refers to a group of connectors located on the Motherboard where the other circuit boards plug into. These connectors provide the boards with access to data and memory, the microprocessor, and to each other. The boards also receive power through the connector.

(4)

Keyboard Connection - Not used.

(5)

Microprocessor Chip - The chip responsible for processing all information for the lane pair.

(6)

Power Input - Connector for the +5VDC, +12VDC, and -12VDC coming from the power supply located in the LGP.

WARNING: The cables must be attached to the Motherboard properly. Reversing the connectors or plugging them in backward will damage the Motherboard. Attach the cable so there are four (4) black wires at the center of the connector.

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(7)

Reset - Connection to J8 and J12 of the I/O PCB that allows remote reset of the Motherboard. This connection allows the console to restart after maintenance procedures such as NV RAM clear or scorer program updates.

(8)

SIMM Sockets (Single Inline Memory Module) - Connectors where the RAM is installed. The SIMMs used in the Frameworx Scoring System Motherboard are 4 MB, 72 pin SIMMs. The 30 pin SIMM sockets on the Motherboard are not used.

(9)

VL BUS (Vesa Logic Bus) - Not used.

Ethernet Card The Ethernet card allows an LGP to connect and send information to other LGPs and the control desk computer. Each Ethernet card has assigned a unique ID number at the factory that distinguishes it from all other boards in the world. This number, along with the instructions for talking to other boards, is stored on the card. The card is designed to handle 10base-T cables. Refer to the figure titled Ethernet Card. NOTE: For more information on the Ethernet Protocol and communication see “Ethernet Concepts” in the Introduction section.

Ethernet Card

The functions of the connectors and components on the Ethernet card are: (1)

ISA Connector - Connection to the Motherboard.

(2)

RJ45 Connector - Connector for the twisted pair cable coming from the Ethernet hub. This cable carries all communication to and from the LGP.

(3)

Link LED - A light that indicates if the cabling between the board and the hub is okay. The light should be on whenever power is applied and the PCB is properly connected to the hub.

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Remote Video PCB All LGPs (except Laneworx installations) contain at least one Remote Video PCB that controls the scoresheet video and TV video to both overhead monitors (not TV Only monitors) for a lane pair. A second Remote Video board is installed in the LGP for Touchworx flatscreen configurations. The function of this board is to supply scoresheet video for the lower screens. (The TV video signal is not used for lower screens.) Refer to the figure titled Remote Video PCB. NOTE: When replacing this board, special setup and configuration procedures must be performed. Failure to configure the board properly may result in an inoperative lane pair. Refer to the figure titled Remote Video PCB.

Remote Video PCB

The function of the connectors and components on the Remote Video PCB are:

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(1)

Global TV Video Input (J7) - Connection for the TV Video signal originating at the control desk. This connection is only used when the PCB is connected to overhead monitors.

(2)

Global TV Video Output (J8) - Connection for the TV Video output to the next lane. If the output is not needed to continue the cable, a termination jumper is installed. This connection is only used on boards connected to overhead monitors.

(3)

ISA Bus - Connector to the Motherboard. The board receives power, scoresheet video and instructions through this connector.

(4)

J3 - Not used. (Removed September 1996).

(5)

J4 - Not used. (Removed September 1996).

(6)

VGA Connection (J5) - Not used. (Removed September 1996).

(7)

VGA Connection (J6) - Not used. (Removed September 1996).

(8)

Video Select (JPR1) - Sets the video address of the PCB. This jumper must NOT be installed when the PCB is used in Powerworx, Touchworx consoles or Uniworx primary consoles. Install the jumper for Teamworx and for the board connected to the lower screens in the Touchworx flatscreen configuration. System

Jumper Name

Jumper Setting

Powerworx, Touchworx Consoles, Uniworx

Video Select (JPR 1)

Remove jumper.

Teamworx

Video Select (JPR 1)

Install jumper.

Video Select (JPR1)

Remove jumper on board connected to overhead monitors. Install jumper on board connected to lower screens.

Touchworx Flatscreens

(9)

(10)

Left Monitor Output (J2) - Video output for the left monitor. The video can be either a scoresheet or TV video when connected to an overhead. If attached to a lower screen (Touchworx flatscreen), the video will be scoresheet video. Right Monitor Output (J1) - Video output for the right monitor. The video can be either a scoresheet or TV video when connected to an overhead monitor. If attached to a lower screen (Touchworx flatscreen), the video will be scoresheet video.

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Console Video PCB The Console Video PCB is used to send scoresheet video to the screens inside the scorer console in Powerworx, Touchworx consoles, and Uniworx configurations. The Console Video PCB is based on the same design as the Remote Video PCB, but is not interchangeable. The Console Video PCB has a different video address, different connectors and does not have TV video capability. NOTE: When replacing this board, special setup and configuration procedures must be performed. Failure to configure the board properly may result in an inoperative lane pair. Refer to the figure titled Console Video PCB.

Console Video PCB

The functions of the connectors and components on the Console Video PCB are: (1)

ISA BUS - Connector to the Motherboard. The board receives power, scoresheet video, and instructions through this connector.

(2)

Video Select (JPR1) - Sets the video address of the PCB. This jumper must NOT be installed when the board is located in Powerworx or Uniworx consoles.

Jumper Name

Jumper Name

Jumper Setting

Powerworx, Uniworx, and Touchworx Consoles

Video Select (JPR1)

Jumper must be removed.

Teamworx and Touchworx Flatscreen

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Board Not Present

(3)

Video Output (JPR2) - Reverses the video outputs. When installed, JPR2 causes the left monitor video to be sent out J1 and the right monitor video to be sent out J7. Typically this jumper is removed. The only time this jumper is installed is when the primary console is installed on the even lane (in a Touchworx consoles or Powerworx installation). Jumper Name

Jumper Setting

Video Output (JPR2)

Remove Jumper when the Primary Console is located on the left (odd numbered) lane. Install Jumper when the Primary Console is located on the right (even numbered) lane.

(4)

Left Monitor Output (J7) - Video output for the left console monitor. The video is scoresheet video only.

(5)

Left VGA Connection (J5) - Not used. (Removed September 1996).

(6)

Right Monitor Output (J1) - Video output for the right console monitor. The video is scoresheet video only.

(7)

Right VGA Connection (J6) - Not used. (Removed September 1996).

(8)

Spare Chip Select (J3) - Not used. (Removed September 1996).

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I/O PCB The I/O PCB is responsible for interfacing the hard disk drive installed in the lane group processor. In addition, it provides the serial communication to lane pair devices such as the pinsetter interface box, scorer console circuit boards, and optional devices such as Instant Replay, TV only monitors, and automated bumpers. This communication is referred to as RS-485 or the LLAN (local local area network). Other functions of the I/O PCB include routing the sound audio (sound exciters) to the consoles and storing current game information, such as scores, bowler’s names and currently enabled features. Refer to the figure titled I/O PCB.

I/O PCB

The functions of the connectors and components on the I/O PCB are:

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(1)

Battery - A nicad battery used to keep power on the memory circuits (NV RAM) when power is removed from the LGP or the LGP is rebooted. This keeps the current bowler and game information from being erased. Depending on the mode of the I/O PCB, the battery may be soldered to the board or it may be user replaceable.

(2)

Battery Jumper - This jumper connects the battery into the memory circuits. Removing the jumper will reset the I/O PCB, erasing names and scores.

(3)

Diagnostics Port (J3) - Not used.

(4)

External Battery (J11) - Not used. (Removed after October 1996).

(5)

Floppy Drive (J5) - Not used.

(6)

Hard Drive (J4) - Connection for the hard drive.

NOTE: When attaching the ribbon cable between the hard drive and the I/O PCB, make sure the color strip at one side of the cable is attached to pin 1 of the connector. Pin 1 is the side closest to the Sound and J1/LLAN connectors. Also, verify the cable is connected properly at the hard drive. (7)

ISA BUS - Connection to the Motherboard.

(8)

LLAN/Exciter Audio (J1) - Connection for the output of the sound exciter audio and communication (LLAN) going to the Console Controller PCB in the primary console. This information is then routed to the Console Controller PCB for the secondary console.

(9)

Motherboard Reset (J8) - Connection used to reset the Motherboard if desired. Refer to Push Button Reset (SW1).

(10)

Parallel Printer (J10) - Not used. (Removed after October 1996).

(11)

Pinsetter Interface (LLAN) (J2) - Connector used to output serial communication (LLAN) to the lane pair devices. These devices may include pinsetter interface, TV only monitors, BowlerTrack, automated bumpers, or a GS-series direct connect pinsetter.

(12)

Power Fail Input (J9) - Not used. (Removed after October 1996).

(13)

Push Button Reset (SW1) - Push button reset for the I/O PCB and LGP. This button has been removed or disabled on boards produced after July 1996.

(14)

Reset Relay Power - Connecter used to power the Motherboard reset relay that is located inside the reset cable. This connector and relay cable are used in LGPs produced after January 1997.

(15)

Sound Left Channel (J7) - Input for Sound Exciter audio coming from the “Speaker Out” connection on the Sound Blaster PCB. This audio is used for the primary console. If the Sound Exciter option is not installed, a jumper connector must be installed on J7 at pins 1 and 2.

(16)

Sound Right Channel (J6) - Input for the Sound Exciter audio coming from the “Speaker Out” connection on the Sound Blaster PCB. This audio is used for the secondary console. If the Sound Exciter option is not installed, a jumper connector must be installed on J6 at pins at 1 and 2.

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Sound PCB The Sound PCB is used only when the Sound Exciter option is installed in the Frameworx scoring systems. The board is designed to convert the digital audio that is stored on a hard disk (required for sound exciters) to an analog signal that can be reproduced by the speaker inside the console. The board receives the digital audio through the ISA Bus and outputs the analog audio through the speaker output connection. Refer to the figure titled Sound PCB.

Sound PCB

The connections and components on the Sound PCB include:

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(1)

ISA Bus - Connection to the Motherboard. The Sound board receives power and the sound exciter through this connection.

(2)

Joystk/Midi Connector - Not used.

(3)

Line In Connector - Not used.

(4)

Mic In Connector - Not used.

(5)

PC Speaker Connector - Not used.

(6)

Redbook Audio Connector - Not used.

(7)

RSPK EN Jumper - Not used.

(8)

Speaker Connector - Output of the Sound Exciter audio. The cable from this connector attaches to the LGP I/O PCB at J6 (right channel) and J7 (left channel).

Power Supply The power supply in the LGP is a universal input device that supplies DC voltage to the LGP circuit boards. Input to the power supply can be 120 VAC or 240 VAC and is selectable by a slide selector located near the power receptacle. The output of the supply is +5 VDC and +/-12 VDC. Refer to the figure titled Power Supply (Part No. 57-300268-000).

Power Supply (Part No. 57-300268-000)

Functions of the components and connectors on the power supply are: (1)

Floppy Drive Connector - Connector used to supply DC voltage to a floppy drive. This connection is not used in the Frameworx scoring systems.

(2)

Hard Drive Connector - Connector used to supply DC voltage to the hard drive. Two connectors are supplied to allow more than one hard drive. In the Frameworx LGP only one connector is used.

(3)

Motherboard Connectors - Connectors that supply +5 VDC, 12 VDC and -12 VDC to the Motherboard and other ISA Bus Boards. These connectors plug into the Motherboard. When attaching the connectors, ensure that the black wires on each connector are positioned toward the inside. When attached, there must be four black wires at the center of the Motherboard’s connector.

WARNING: These connectors must be attached to the Motherboard properly. Reversing the connectors or plugging them in backward will damage the Motherboard. Make sure the four black wires of the power supply are located at the center of the Motherboard’s power connector.

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(4)

Power Out - Connector for the auxiliary transformer located in the lower right corner of the primary console.

(5)

Power Receptacle - Connector for main power into the supply.

(6)

Power Switch - Switch used to control on/off of the LGP.

(7)

Voltage Selector - This selector is used to change the input requirements of the supply between 120 VAC and 240 VAC. See the section Selecting Input Voltage for Power Supply.

Selecting Input Voltage for Power Supply To select the desired input voltage for the power supply, do the following: 1.

Turn off the primary console or LGP power.

2.

Disconnect the main power input cable from the power supply.

3.

Disconnect the power out cable going to the auxiliary transformer at the power supply.

4.

Place the voltage selector switch, located between the power receptacles of the power supply, so it displays the desired voltage. Refer to the figure titled Voltage Selection for Power Supply.

Voltage Selection for Power Supply (1) POWER RECEPTACLE

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(2)

VOLTAGE SELECTOR

(3)

OR

5.

Check the auxiliary transformer (Touchworx console, Uniworx, or Powerworx) or the secondary transformer (Teamworx or Touchworx flatscreen) to ensure it is set to the same voltage level. Refer to Selecting Input Voltage for Auxiliary Transformer later in this section.

WARNING: Failure to set the transformer to the proper voltage rating can cause damage to the transformer and to the console PCBs. 6.

Reconnect the power cables to the power supply.

7.

Turn on the primary console or LGP power.

Hard Drive WARNING: Damage to the hard drive can result if it is subjected to excessive vibration, jarring, or rough handling. Handle with care. The hard drive located in the LGP contains the programming needed for scoring for both lanes. This information includes the base program used by the bowlers, the programs that allow the LGP to communicate to the office computer, and the exciter graphics and animations. Without the hard disk, the LGP could not operate and the consoles would not start up. In addition to the programming, the hard drive contains a file that stores the lane number that the lane pair is assigned. This lane number must be reprogrammed anytime the hard disk is replaced. Refer to the figure titled LGP Hard Drive. IMPORTANT: Whenever the hard drive is replaced, the CMOS RAM on the motherboard may need to be set up. After setting up the CMOS, the left lane number for the lane pair in which the drive is installed must be reprogrammed through the Scorer Maintenance menu. Failure to program this information will result in an inoperative lane pair. Refer to the CMOS Setup and Hard Drive Setup procedures for more information.

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LGP Hard Drive

The function of the components on the hard drive are: (1)

Data Connector - Connection used to transfer information between the hard drive and the LGP I/O PCB. The cable from this connection attaches to J4 of the I/O PCB.

NOTE: When attaching the ribbon cable to the I/O PCB and the hard drive, make sure that the color strip at one side of the cable attaches to pin 1 of the connector. (For the hard drive, pin 1 is closest to the power connector.) Also, verify the cable is attached correctly at the I/O PCB.

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(2)

Hard Disk Drive - The device that contains the program for the LGP.

(3)

Power Connector - Connection used to input DC voltage to the hard drive.

Console Electronics Primary Console (Powerworx, Touchworx Console, and Uniworx) In addition to the LGP, the primary console contains specific circuit boards and monitor circuits that are dedicated to its operation and are not used by the secondary console. (Duplicate boards will also be located in the secondary console.) These boards include the Console Controller PCB, Console Audio PCB, and the Ceronix Monitor. Also included is an auxiliary transformer that provides power for the PCBs, CRT and a CRT relay that switches power for the CRT. Refer to the figure titled Primary Console PCB Locations.

Primary Console PCB Locations

The function of the console circuit boards include: (1)

Adjustment PCB - A circuit board located in the back of the console on the left side. Connector to the Adjustment Board.

(2)

Auxiliary Transformer - Transformer used to supply 120 VAC to the Ceronix Monitor assembly and 18 VAC to the Console PCBs (Console Controller, Console Audio, and Options).

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(3)

Ceronix Monitor - A 13" color screen that is used to show bowler name and scores, as well as provide additional information about the Frameworx scoring system.

(4)

Console Audio PCB - A circuit board responsible for switching and amplifying all audio for the console including intercom, global, and microphone.

(5)

Console Controller PCB - A circuit board responsible for communication to the LGP. This board also connects to the keyboard and speaker. A 12 VDC output allows the board to energize the CRT relay and control the screen power.

(6)

CRT Power Relay - A relay that switches power to the monitor.

(7)

Options PCB (Touchworx only) - A circuit board used to connect the optional touchscreen to the console. This board supplies power to the touchscreen controller (8) and converts the information from the touchscreen controller from RS-232 to LLAN.

(8)

Touchscreen Controller (Touchworx only) - A module responsible for converting the data coming from the touchscreen membrane to RS232 communication that can be used by the Options PCB.

(9)

Video Processor PCB - A circuit board located in the back of the monitor that adapts the video so that it can be displayed properly on the CRT. The Video Processor controls the coils attached to the CRT and sends the video to the Video Output PCB so it can be shown on the picture tube.

Secondary Console (Powerworx and Touchworx Console) The secondary console contains the same console electronics as the primary console: the Console Controller PCB, Console Audio PCB, and Ceronix monitor. The Touchscreen Controller and Options PCB are also present if touchscreens are installed. In addition to these boards, the secondary console contains a power transformer which supplies power to the console electronics and a monitor for the secondary consoles as well as power for the pinsetter interface and CCD Scanner, if present. Refer to the figure titled Secondary Console PCB Locations.

Secondary Console PCB Locations

The functions of the circuit boards and components in the secondary console are: (1)

Adjustment PCB - A circuit board which contains five controls that allow the user to adjust the screen position and brightness.

(2)

Ceronix Monitor - A 13" color screen that is used to show bowler name and scores, as well as provide additional information about the Frameworx scoring system.

(3)

Console Audio PCB - A circuit board responsible for switching and amplifying all audio for the console including intercom, global, and microphone.

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(4)

Console Controller PCB - A circuit board responsible for connecting the keyboard and speaker. This board also controls the on/off of the CRT assembly by controlling the CRT power relay.

(5)

CRT Power Relay - A relay that switches power to the monitor.

(6)

Options PCB (Touchworx only)- A circuit board used to connect the optional touchscreen to the console. This board supplies power to the touchscreen controller (8) and converts the information from the touchscreen controller from RS-232 to LLAN.

(7)

Secondary Power Transformer - Transformer located only in the secondary console that provides 18 VAC power for console electronics in the secondary consoles and 120 VAC for the Ceronix monitor. It also supplies 28 VAC for the pinsetter interface box and the CCD scanner if present.

(8)

Touchscreen Controller (Touchworx only) - A module responsible for converting the data coming from the touchscreen membrane to RS232 communication that can be used by the Options PCB.

(9)

Video Processor PCB - A circuit board located in the back of the monitor that adapts the video so that it can be displayed properly on the CRT. The Video Processor PCB controls the coils attached to the CRT and sends the video to the Video Output PCB so it can be shown on the picture tube.

Bowler Entry Station/Keypad (Teamworx Only) Teamworx comes in two configurations: a bowler entry station or a keypad. Both contain a full function keyboard that allows the bowler to perform all functions directly at the lane. To allow for simultaneous entry, two stations are used on a lane pair. The station serving the left lane (odd numbered lane) is referred to as the primary console while the station serving the right lane (even numbered lane) is referred to as the secondary console. These consoles are identical in every way and contain circuit boards that are interchangeable. Special setups on the circuit boards located in the consoles allow the lane group processor (LGP) to identify each station properly. These boards include a Console Controller PCB and a Console Audio PCB. Refer to the figure titled Bowler Entry Station/Keypad (Teamworx Only) .

Bowler Entry Station/Keypad (Teamworx Only) (1) CONSOLE AUDIO PRINTED CIRCUIT BOARD

(2)

(4) SPEAKER (7) (ORIGINAL STYLE) BOWLER ENTRY STATION

(5)

CONSOLE CONTROLLER PRINTED CIRCUIT BOARD KEYBOARD

(3)

MICROPHONE

(6)

(NEW STYLE) KEYPAD

The functions of the console circuit boards include: (1)

Console Audio PCB - A circuit board responsible for switching and amplifying all audio for the console including intercom, microphone, VCR, and exciter audio.

(2)

Console Controller PCB - A circuit board responsible for the keyboard and speaker in the console.

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Touchworx Controller (Touchworx Flatscreen) The Touchworx controller houses the electronics needed to interface both touchscreen assemblies for the lane pair to the LGP and the control desk system. The box contains two sets of identical boards that are interchangeable. Special setups on the boards identify and determine whether they will control the odd (primary) or even (secondary) lane. Boards included in the Touchworx controller include Console Controller PCBs, Console Audio PCBs, Console Option PCBs, and a Power Supply/Control PCB. The controller is located under the approach, near the ball lift, and can be accessed through the ball lift access door. Refer to the figure titled Touchworx Controller.

Touchworx Controller (1) CONSOLE AUDIO PCB (4) POWER SUPPLY/CONTROL PCB

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(2) (5)

CONSOLE CONTROLLER PCB POWER IN

(3)

CONSOLE OPTION PCB

(1)

Console Audio PCB - A circuit board responsible for switching and amplifying all audio for the console including intercom, microphone, VCR, and exciter audio.

(2)

Console Controller PCB - A circuit board that interfaces the speaker and controls the touchscreen power.

(3)

Console Option PCB - A circuit board responsible for converting the RS-232 signal coming from the touchscreen into RS-485 (LLAN).

(4)

Power Supply/Control PCB - A circuit board responsible for supplying power to touchscreens on each lane. This power is switched through a pair of 12 VDC relays mounted on the PCB that are controlled by the Console Controller PCBs.

Console Controller PCB (All Models) The Console Controller PCB is responsible for interfacing the keyboard, speaker, Console Audio PCB and Options PCB to the lane group processor. The PCB also controls the monitor power by energizing the monitor’s power relay if present. All this is accomplished through communication over the LLAN. Since the PCB is used for both the primary and secondary consoles, jumpers on the board need to be set in order to identify where it is installed. Refer to the figure titled Console Controller PCB (Part No. 57-300195-000).

Console Controller PCB (Part No. 57-300195-000)

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The functions of the components on the Console Controller PCB are as follows: (1)

Console Type (JP3) - Jumper used to terminate the LLAN. Set the jumper as follows: Console Type

Jumper Position

Primary Console (Non Uniworx)

Jumper Pins 1 and 2 (U)

Secondary Console or Uniworx

(2)

Diagnostic LED - This light flashes to indicate that the PCB is functioning.

(3)

Keyboard (J1) - Connection to the keyboard in the console. If a keyboard is not present (touchscreen installed) a jumper must be placed on pins 21 and 22 of this connector.

(4)

Keyboard Select (JP1) - Jumper used to select whether the keyboard is for the left Console or the right Console. Set the jumpers as follows: C onsole Type

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Jumper Pins 2 and 3 (T)

Jumper Position

Left C onsole (Odd Numbered Lane) or Uni worx

Jumper Pi ns 1 and 2

(L)

Ri ght C onsole (Even Numbered Lane)

Jumper Pi ns 2 and 3

(R)

(5)

LLAN/Exciter Audio Input (J4) - Connection for the LLAN and audio exciters coming from the I/O PCB located inside the LGP or from the primary console’s Console Controller PCB (J5).

(6)

LLAN/Exciter Audio Output (J5) - Connection for the LLAN and audio exciter going to the secondary console. This connection is only used if the board is installed in a primary console. Refer to Console Type (JP3).

(7)

Monitor Power (J6) - Connection to the coil of the relay that powers the lower monitor on/off. The voltage output is 12 VDC. In the Teamworx configuration, this connection is not used.

(8)

Options Connector (J2) - Connection to the Console Audio PCB. The Console Audio PCB receives the LLAN, exciter audio, and power through this connection. The Console Controller PCB receives the selected audio from the Console Audio PCB through this connector and routes it to the speaker.

(9)

Power Out (J8) - Output for the 18 VAC used to power the console PCBs for the secondary console in the Teamworx and Touchworx flatscreen configurations.

(10)

Power (J7) - Power for the circuit board enters here. Input to the PCB is 18 VAC. It originates at the auxiliary or secondary transformer.

(11)

Speaker (J3) - Connection to the speaker. The circuit board applies the selected audio to the speaker through this connection. This audio includes the VCR audio, intercom and keyboard beep.

Console Audio PCB (All Models) The Console Audio PCB interfaces audio to the console. The audio includes up to four intercoms, the VCR audio, the microphone, and the exciter audio. The Console Audio PCB is responsible for amplifying the audios and selecting which one will be sent to the speaker. Once selected, the desired audio is sent to the Console Controller PCB where it is applied to the speaker. Since the PCB is used for both the primary and secondary consoles, jumpers must be set to identify where it is being used. Refer to the figure titled Console Audio PCB (Part No. 57-300164-400).

Console Audio PCB (Part No. 57-300164-400)

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The functions of the connectors and components on the Console Audio PCB include:

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(1)

Audio In (J1) - Input of the intercom audio(s) and global audio originating at the audio/video unit. If the board is used for the first primary console, the cable comes from the control desk. If it is not used for the first primary console, the cable comes from the Console Audio board for the previous primary console. Refer to Audio Out (Next Primary) (J2), and Audio Out (Secondary) (J3).

(2)

Audio Out (Next Primary) (J2) - Output of the global audio for the next primary console. This connection allows the continuation of the audios for the next lane pair. If the cable does not continue to another primary console, a termination plug is installed. (This connection is not used on boards used for secondary consoles.)

(3)

Audio Out (Secondary) (J3) - Output of the intercom and global audios to the secondary console. This connection allows the secondary console of a lane pair to connect into the intercom and global audios. (This connection is not used for boards used for secondary consoles.)

(4)

Console Select (JP2) - Jumper used to select whether the console is for the left Console or the right Console. Set the jumpers as follows: C onsole Type

Jumper Position

Left C onsole (Uni worx)

Jumper Pi ns 1 and 2 (L)

Ri ght C onsole

Jumper Pi ns 2 and 3 (R)

(5)

Diagnostics LED - This light flashes to indicate that the board is functioning.

(6)

Microphone (J6) - Connection to the microphone.

(7)

Option In (J4) - Connection to the Console Controller PCB. The LLAN, exciter audio, and power come from the Console Controller PCB through this connection. The audio selected to go to the speaker is sent to the Console Controller PCB through this connection.

(8)

Option Out (J5) - Connection of the LLAN and power to the Options PCB. This connection is only used if the Options PCB is installed. (Currently the Option PCB is installed only for Touchworx configurations.)

Options PCB (Touchworx Models Only) The Options PCB allows an optional touchscreen to be installed in the console. This board allows each device to communicate to the LGP through the LLAN. Since this board can be used for both the primary and secondary consoles, jumpers on the board must be set to identify where it is being used. Refer to the figure titled Options PCB (Part No. 57-300192-000).

Options PCB (Part No. 57-300192-000)

The functions of the connectors and components on the Options PCB are as follows: (1)

Console Select (JP2) - Jumper used to determine if the board is in the primary (left) or the secondary (right) console. Set the jumpers as follows: Console Type

Jumper Setting

Left Console

Install Jumper on pins 1 and 2 (L)

Right Console

Remove Jumper on pins 2 and 3 (R)

(2)

Option In (J5) - Connection to the Console Audio PCB. The Option PCB receives power and LLAN through this connection.

(3)

Touchscreen Data (J1) - Input connection for the information coming from the touchscreen.

(4)

Touchscreen Power (J2) - Connection that supplies 5 VDC and 12 VDC power to the touchscreen.

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Power Supply/Control PCB (Touchworx Flatscreens) The Power Supply/Control PCB is responsible for supplying power to touchscreens on each lane. This power is switched through a pair of 12VDC relays mounted on the PCB that are controlled by the Console Controller PCBs. Refer to the figure titled Power Supply/Control PCB.

Power Supply/Control PCB

The function of the Power Supply/Control PCB components and connectors include:

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(1)

Power In (J3) - Connection for the main power for the PCB. 15 VAC enters the board here.

(2)

Even Lane Power Control (J4) - Connection to the Console Controller PCB for the even lane. The Console Controller PCB can control the even lane power relay by applying 12VDC to this connection.

(3)

LCD Power Even Lane (J5) - Connection to the LCD flatscreen for the even lane. When the even lane relay is energized by the Console Controller PCB (see J3), the PCB will supply 12VDC to the screen through the connection.

(4)

Odd Lane Power Control (J1) - Connection to the Console Controller PCB for the odd lane. The Console Controller PCB can control the odd lane power relay by applying 12VDC to this connection.

(5)

LCD Power Odd Lane (J2) - Connection to the LCD flatscreen for the odd lane. When the odd lane relay is energized by the Console Controller PCB (see J4), the PCB will supply 12VDC to the screen through the connection.

Touchscreen Controller (Touchworx Consoles) The touchscreen option in Touchworx consoles includes a special CRT that contains the membrane overlay and a touchscreen controller that converts the overlay signal so that it can be used by the Options PCB. When installed, the touchscreen circuitry replaces the standard keyboard. Refer to the figure titled Touchworx Screen.

Touchworx Screen (1) CRT MEMBRANE (4) TOUCHSCREEN CONTROLLER

(2)

CRT

(3)

DATA CABLE

The Touchscreen Controller converts the CRT membrane overlay’s output to an RS-232 communication signal. This signal is then sent to the Options PCB where it is transmitted to the LGP via LLAN (RS-485). An LED on the controller is supplied to indicate when the unit is functioning properly and what may be wrong if the unit should fail to operate as expected. Refer to the figure titled Touchscreen Controller.

Touchscreen Controller (1) DIAGNOSTICS LED (4) TOUCHSCREEN CONNECTOR

(2)

OPTIONS PCB CONNECTOR

(3)

POWER CONNECTOR

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The function of the Touchscreen Controller components and connectors include: (1)

LED Status

Diagnostics LED - The diagnostics LED flashes to indicate when the Touchscreen Controller is functioning properly. Use the following table to identify the operation of the controller. Meaning

Description

Indicates one of the following:

Bright

Power has been applied to the controller, but communication with the controller has not been started.

After the startup is complete the light will go dim.

Controller has been initialized and the screen is being touched.

Continuously Dim

The controller has received a reset command. The screen is not being touched.

A self test error occurred

Flashing

1 flash / 10 seconds = RAM Error 2 flashes / 10 seconds = ROM Error 3 flashes / 10 seconds = A/D Error 4 flashes / 10 seconds = NOVRAM Error

5 flashes / 10 seconds = ASIC Error

Random Access Memory failed Read Only Memory failed Analog to digital converter failure Non Volitale RAM invalid Defaults were used Application Specific Integrated Circuit failed.

LED Tables

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(2)

Options PCB Connector - Connector for the RS-232 data cable that allows information to be sent from the controller module to the Options PCB.

(3)

Power Connector - Connector that supplies the controller with 5VDC and 12VDC. This voltage is supplied by the Options PCB (J2).

(4)

Touchscreen Connector - Connector for the data coming from the touchscreen membrane located on the front of the CRT.

Transformers (Powerworx, Touchworx Consoles, and Uniworx) Auxiliary Transformer (Primary Consoles Only) The primary console contains a transformer that is used to supply 120 VAC power to the monitors located in Powerworx, Touchworx consoles, and Uniworx primary consoles, as well as 18 VAC to the Console Controller, Console Audio, and Options PCBs. The transformer assembly accepts either 120 VAC or 220 VAC. Selection of the desired input voltage is done at the input receptacle. Refer to the figure titled Auxiliary Transformer (Part No. 57-300271-000).

Auxiliary Transformer (Part No. 57-300271-000)

(1)

18 VAC Output - Power out to the primary console circuit boards. This voltage is used to power the Console Controller PCB, Console Audio PCB, and Options PCB located in the primary console.

(2)

120 VAC Output - Power out to the CRT assembly in the primary console. This voltage is used to power the Video Processor PCB and other CRT circuits in the primary console. It is switched on/off through the power relay located next to the CRT assembly.

(3)

Fuses/Voltage Selector - Slide out panel which allows the user to select either 120 VAC or 240 VAC as the input voltage. Also, the fuses protecting the transformer are located here. Refer to Selecting the Input Voltage for the Auxiliary and Secondary Transformers.

(4)

Power Input - 120 VAC or 240 VAC enters the assembly here.

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Secondary Power Transformer (Powerworx, Touchworx Consoles, and Uniworx) In the Powerworx, Touchworx consoles, and Uniworx configurations, the secondary power transformer supplies 120 VAC to the monitors located in the secondary console, 18 VAC to the Console PCB located in the secondary console, and 28 VAC to the pinsetter interface and scanner (or pinsensor). For the Teamworx configuration, the transformer supplies 18 VAC to both bowler entry stations or keypads, as well as 28 VAC to the pinsetter interface and scanner (or pinsensor). For Touchworx flatscreen installations, the transformer provides 28 VAC for the pinsetter interface, CCD scanner, and pinsensor as needed. In Uniworx configurations, the transformer is mounted on the curtain wall near the pinsetters. The transformer supplies 28 VAC for the pinsetter interface and scanner, or Pinsensor as needed. Input voltage to the transformer is selected by a voltage selector PCB located near the power input receptacle. Refer to the figure titled Secondary Power Transformer (Powerworx, Touchworx Console, and Uniworx) and Secondary Power Transformer (Teamworx and Touchworx Flatscreen).

Secondary Power Transformer (Powerworx, Touchworx Console, and Uniworx)

(1)

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18 VAC Output - Power out to the secondary console circuit boards. This voltage is used to power the Console Controller PCB, Console Audio PCB, and Options PCB located in the secondary console.

(2)

28 VAC Circuit Breaker - Protection for the 28 VAC used to power the Pinsetter Interface Box and scanner (or pinsensor). This breaker is not used in GS direct connect installations.

(3)

28 VAC Output - Power output for the Pinsetter Interface Box and scanner (or pinsensor). This connection is not used in GS direct connect installations.

(4)

120 VAC Output - Power out to the CRT assembly in the Secondary console. This voltage is used to power the Video Processor PCB and other CRT circuits in the Secondary console. It is switched on/off through the power relay located next to the CRT assembly. This connection is not used in the Uniworx configuration.

(5)

Fuses/Voltage Selector - Slide out panel that allows a user to select either 120 VAC or 220 VAC as the input voltage. Also, the fuses protecting the Secondary Transformer are located here. Refer to Selecting Input Voltage for Auxiliary or Secondary Transformers.

(6)

Power In - 120 VAC or 240 VAC enters here.

Secondary Power Transformer (Teamworx and Touchworx Flatscreen) (1) 28 VOLTS ALTERNATING CURRENT CIRCUIT BREAKER (4) FUSES/VOLTAGE SELECTOR

(2)

MINI CONSOLE POWER

(3)

(5)

POWER IN

(6)

28 VOLTS ALTERNATING CURRENT OUTPUT LANE GROUP PROCESSOR SECONDARY TRANSFORMER

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(1)

28 VAC Circuit Breaker - Protection for the 28 VAC used to power the pinsetter interface box and scanner (or pinsensor).

(2)

Mini Console Power - Power output to the circuit boards located in the bowler entry station used in Teamworx. This power is not used for Touchworx flatscreen.

(3)

28 VAC Output - Power output for the pinsetter interface box and the CCD scanner (or pinsensor). A circuit breaker mounted near the output connector protects the power going to these devices.

(4)

Fuses/Voltage Selector - Slide in module that allows the user to set the desired voltage input and fuses.

(5)

Power In - Main power receptacle. The voltage entering can be 120 VAC or 240 VAC. Refer to Fuses/Voltage Selector.

(6)

Mini Console Circuit Breakers - Manually resettable circuit breakers that protect the 18VAC power that supplies the mini consoles with power. (Teamworx only.)

Selecting Input Voltage for Auxiliary or Secondary Transformers To select the input voltage for the auxiliary or secondary transformers, do the following: 1.

Remove power to the primary or secondary console (Touchworx console, Powerworx and Uniworx). For Touchworx flatscreen and Teamworx, turn the LGP power switch off.

2.

Disconnect the power cord from the transformer.

3.

Using a flat head screwdriver, remove the fuse holder from the power receptacle. Refer to figure titled Selecting Input Voltage for Transformers.

4.

Remove the Voltage Selector PCB from the holder assembly.

5.

Insert the Voltage Selector PCB so the desired voltage rating can be seen through the opening in the holder. Refer to the figure titled Selecting Input Voltage for Transformers.

Selecting Input Voltage for Transformers (1) REMOVE FUSE HOLDER FROM POWER RECEPTACLE (4) OPENING IN HOLDER

(2)

FLAT HEAD SCREWDRIVER

(5)

FUSES

(3)

VOLTAGE SELECTOR PCB

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6.

Examine the fuses in the holder to verify the proper fuse rating according to the charts below: Ratings for the auxiliary transformer located in the primary console: Input Voltage

Fuse Ratings

110 VAC - 120 VAC

2 AMP 250V

220 VAC - 240 VAC

1 AMP 250V

Ratings for the secondary transformer located in the secondary console or LGP Chassis:

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Input Voltage

Fuse Ratings

110 VAC - 120 VAC

2 AMP 250V

220 VAC - 240 VAC

1 AMP 250V

7.

Replace the fuse holder in the power receptacle.

8.

Connect the power cord to the transformer.

9.

Reapply power to the primary or secondary consoles or LGP.

Video Processor PCB (Powerworx, Touchworx Consoles, and Uniworx) The Video Processor PCB handles all sync and color signals for the CRT. It contains circuitry such as vertical and horizontal oscillators to control how the picture is written to the screen and color circuits that automatically control the red, green and blue video signals applied to the picture tube. The only adjustment necessary to the board is focus. The remaining adjustments are located on the Adjustment PCB located on the left side of the console.

Video Processor PCB for Powerworx, Touchworx Consoles, and Uniworx

The functions of the connectors and controls on the Video Processor PCB are: (1)

Adjustment PCB - Connector used to attach the Adjustment PCB to the Video Processor PCB. The Adjustment PCB is located at the back of the console on the left hand side.

(2)

Deflection Coils - Connection to the deflection coil located on the neck of the picture tube. This allows the Video Processor PCB to control where information is put on the screen.

(3)

Focus Adjustment - Adjustment used to control the sharpness of the picture.

(4)

Power In - 120 VAC main power input to the PCB. This power is controlled by the Console Controller PCB and is switched through the power relay.

(5)

Video Input - Input of the RGBS signal coming from the Console Video PCB.

(6)

Video Output - Output to the Video Output PCB located at the back of the CRT.

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Adjustment PCB The Adjustment PCB controls allow the technician to adjust the image position on a CRT. All controls are located on the Adjustment PCB mounted on the lower portion of the console, inside the rear cover. Refer to the figure titled Adjustment PCB Controls.

Adjustment PCB Controls

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(1)

H Pos - Turn this control to center the video horizontally (side-to-side). This control is commonly referred to as horizontal centering.

(2)

H Size - Turn this control to increase or decrease the picture horizontally (side-to-side). This control is commonly referred to as horizontal width.

(3)

V Ras Pos - Turn this control to center the picture vertically (top-tobottom). This control is commonly referred to as vertical centering.

(4)

V Size - Turn this control to increase or decrease the picture vertically (top-to-bottom). This control is commonly referred to as vertical height.

(5)

M Gain - Turn this control to increase or decrease the monitor brightness.

LCD Controller (Touchworx Flatscreen) The touchscreen option in Touchworx flatscreen includes a special LCD that contains the membrane overlay and a controller that converts the touchscreen signal so that it can be used by the Options PCB. Refer to the figure titled LCD Screen.

LCD Screen (1) TOUCHSCREEN MEMBRANE

(2)

LCD CONTROLLER

(3)

LCD SCREEN

The LCD controller converts the CRT membrane overlay’s output to an RS232 communication signal. This signal is then sent to the Options PCB where it is transmitted to the LGP via LLAN (RS-485). The controller also converts the RGS signal from the Remote Video PCB to a VCA signal that can be used by the flatscreen. Refer to the figure titled LCD Controller.

LCD Controller

The function of the LCD controller components and connectors include: (1)

Options PCB Connector - Connector for the RS-232 data cable tha allows information to be sent from the controller module to the Options PCB.

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(2)

Inverter Out - Connector that supplies the controller with 5VDC and 12VDC. This voltage is supplied by the Options PCB (J2).

(3)

Touchscreen In - Connector for the data coming from the touchscreen membrane located on the front of the CRT.

(4)

Power In - Input for 12VDC used to poewr the flatscreen assembly.

(5)

Video In - Input for the scoresheet video coming from the Remote Video PCB.

(6)

LCD Screen Out - Output for the converted scoresheet video going to the LCD display.

Flatscreen Adjustment Procedure Adjustment to the Touchworx flatscreen is performed through an Adjustment PCB lcoated in the spare parts kit. When attached to the flat screen, this PCB allows the user to access an on-screen adjustment menu to adjust brightness, contrast, color, and image position. Refer to figure titled Flatscreen Adjustment PCB.

Flatscreen Adjustment PCB

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(1)

Down - Use this button to decrease the setting of the selected option or to move down the selection menu.

(2)

DPMS LED - Not used.

(3)

“On” LED - This LED lights to indicate that power is applied to the PCB.

(4)

Reset - Use this button to reset all options to factory default settings.

(5)

Select - Use this button to select an option from the menu or to enter the setting for an option.

(6)

Up - Use this button to increase the setting of the selected option or to move up the selection menu.

The following procedures list the necessary steps required to adjust the image of the flatscreen monitor.

Basic Adjustments 1.

Remove the four Phillips head screws from the rear cover to gain access to the LCD Controller PCB.

2.

Insert the connection lead of the Flatscreen Adjustment PCB into the top port (P1) of the LCD Controller PCB. Refer to figure titled Adjustment PCB Connection.

Adjustment PCB Connection (1) FLATSCREEN (TOP VIEW)

(2)

ADJUSTMENT PCB

(3)

CONTROLLER PCB CONNECTION

3.

Turn on power to flatscreen.

4.

Press SEL (select) button on Adjustment PCB. The main menu will appear.

5.

Use the UP and DOWN buttons to highlight the Basic Adjustments menu and press SEL.

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There are three basic adjustments that can be made in this mode: brightness, contrast, and color balance. 6.

Use UP and DOWN buttons to highlight desired adjustment and then press SEL.

7.

To change current setting, use UP to increase setting, DOWN to decrease setting. A numerical value is displayed next to the bar graph on the screen and updates automatically during adjustment.

8.

Press SEL to enter desired setting.

For example, to change the brightness setting, highlight the Brightness option. Use the UP button to increase brightness or the DOWN button to decrease brightness. Press SEL when finished to enter desired setting and exit this adjustment. The three basic adjustments are factory-set to the following values but can be changed to preference. The color balance adjustment can be altered for the following colors: red, green, and blue. Brightness Contrast Color Balance 9.

10.

35 50 50 each for red, green, and blue

Use UP and DOWN buttons to highlight EXIT option and press SEL to exit the Basic Adjustments menu. Disconnect the Flatscreen Adjustment PCB from the flatscreen and install the rear cover on the flatscreen.

Image Position Adjustment The imagine position adjustment is used to change the position of the viewable image on the screen. 1.

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2.

Remove the four Phillips head screws from the rear cover to gain access to the LCD Controller PCB. Insert the connection lead of the Flatscreen Adjustment PCB into the top port (P1) of the LCD Controller PCB. Refer to figure titled Adjustment PCB Connection.

3.

Turn on power to flatscreen.

4.

Press SEL (select) button on Adjustment PCB. The main menu will appear.

5.

Use the UP and DOWN buttons to highlight the Image Position option.

6.

There are four position adjustments to be made: a. b. c. d.

Horizontal Position Horizontal Size Vertical Position Expand/Center

7.

Use the UP and DOWN buttons to highlight the desired adjustment and press SEL.

8.

To change current setting, use UP to increase setting or DOWN to decrease setting. A numerical value is displayed next to the bar graph on the screen and updates automatically during the adjustment.

The following values are factory-set but can be changed to preference. Horizontal Position Horizontal Size Vertical Position Expand/Center

92 50 50

9.

Once the desired value is displayed, press SEL to enter the setting and exit this adjustment.

10.

Use UP and DOWN buttons to highlight Exit option and press SEL to exit the program.

11.

Disconnect the Flatscreen Adjustment PCB from the flatscreen and install the rear cover on the flatscreen.

Touchscreen Calibration (All Touchworx Models) To calibrate the touchscreen, perform the following procedure: 1.

Enter the maintenance menu (Default Password = 6167254966). If this password does not work, contact the manager for the new password. Refer to Changing the Maintenance Menu Password procedure in the Appendices section of this manual.

2.

Select the option “Calibrate Touchscreen” to display the following instructions.

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Welcome to Touchscreen Calibration Touchscreen Basic Instructions When asked to touch at the bowling ball, touch near the ball, and, without lifting off, slide your finger over the center of the ball, then lift off carefully. The more accurately you lift off, the more accurately calibrated the touchscreen will be. Touch the screen to continue

3.

Touch the screen to continue to the next screen.

4.

Touch the screen near the bowling ball located in the lower left corner of the screen and slide your finger to the + mark located at the center of the ball.

5.

Carefully lift your finger off the screen.

6.

Touch the screen near the bowling ball located in the upper right corner of the screen and slide your finger to the + mark located at the center of the ball.

7.

Carefully lift your finger off the screen. The following screen will automatically appear:

Calibration Complete Touchscreen calibration is complete. The next step is to verify the calibration. Touch the center of each pin. If you can reliably touch each pin, matching the target on the ball with the target on the pin, press the ACCEPT button. If not, press the REJECT button to perform the calibration process again. You have 15 presses to try hitting all the pins, otherwise recalibration starts. Touch the screen to continue.

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8.

Touch the screen to move to the next screen.

9.

Touch each pin as close to the + mark located at the center of the pins.

10.

Decide if the calibration is acceptable. Press ACCEPT if the ball appears accurately over the pins. Press REJECT if the ball does not appear as desired or to perform the calibration again.

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Circuit Board and Component Removal CAUTION: Some circuits and circuit boards in the LGP or console may be static sensitive and can be damaged due to improper handling. You should follow the suggested guidelines to avoid problems. WARNING: Failure to use proper handling techniques for the circuit board may void the warranty. 1.

Before working on or removing any board you MUST discharge any static within your body by touching the metal chassis of the LGP or console. (If added protection from static electricity is desired, wear a grounded wrist strap).

2.

Always keep static sensitive boards and components in their protective wrapping when not in use.

3.

Handle the boards by the edges only to avoid damaging the board.

4.

Avoid touching the gold plated edge terminals.

5.

When handling hard drives, use extra care to ensure that the drive is not dropped or handled roughly. Even slight jarring of the drive could cause damage.

Before replacing any component, you must determine if it requires any initial setup. Refer to the chart titled Determining if a Component Requires Setup.

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Setup Required

Comments

I/O PCB

No

Clear NV RAM Check for jumpers on J6, J7 if Sound PCB is not present

Ethernet PCB

No

Sound PCB

No

Console Video PCB

Yes

Check jumpers JPR1 and JPR2

Remote Video PCB

Yes

Check jumper JPR1

Console Controller PC B

Yes

Set jumpers JP1, JP3, J1

Console Audio PCB

Yes

Set jumper JP2

Options PCB

Yes

Set jumper JP2

Video Processor PCB

No

Adjustments may be needed after replacement. Discharge high voltage before removal.

Motherboard

Yes

SIMMs may need to be installed on the board. CMOS RAM must be programmed. Verify power connectors are installed properly. Check power connections.

Power Supply/ Transformers

Yes

Set input for proper voltage and install appropriate fuses (if needed). Check power connections.

Hard Drive

Yes

CMOS RAM may need to be programmed. Set Left Lane number and pinsetter type. Verify that software version installed on drive matches the version in other lanes.

Standard CRT

No

Discharge high voltage before removal. Adjustments may be needed after replacement.

Touchscreen CRT

Yes

Discharge high voltage before removal. Make certain CRT spacers are installed correctly during assembly. Calibrate Screen. Video adjustments may be needed after replacement.

Keyboard

No

Circuit Board

Determining if a Component Requires Setup

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Motherboard Removal Before removing the Motherboard, the boards that connect to it must be removed. (Refer to ISA Bus Board Removal). Perform the following steps to remove the Motherboard: 1.

Disconnect power to the LGP.

2.

Discharge any static electricity by touching the metal chassis of the LGP.

3.

Remove each ISA Bus Board. (Refer to ISA Bus Board Removal.)

4.

Disconnect the reset cable from the Motherboard.

5.

Disconnect the power cables from the Motherboard.

6.

Remove the screws that hold the Motherboard to the chassis.

7.

Disengage the board from the plastic stand-offs that hold the board to the chassis.

8.

Place the Motherboard in an antistatic bag or wrapping.

Motherboard Installation 1.

Disconnect power to the LGP.

2.

Discharge any static electricity by touching the metal chassis of the LGP.

3.

At the LGP, remove the Motherboard from the antistatic bag or wrapping.

4.

Mount the Motherboard to the plastic stand-off and press into place.

5.

Secure the Motherboard to the chassis with the Phillips head screws.

6.

If needed, transfer the RAM memory (SIMM chips) from the old Motherboard to the new Motherboard.

7.

Connect the power cables to the Motherboard.

WARNING: These connectors must be attached to the Motherboard properly. Reversing the connectors or plugging them in backward will damage the Motherboard. Make sure the four black wires of the power supply are located at the center of the power connector.

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8.

Connect the reset cable to the Motherboard.

9.

Install each ISA Bus Board in the same slot from which they were removed. (Refer to ISA Bus Board Installation.)

10.

Verify that each board and connector is properly installed.

11.

Set up CMOS RAM (Refer to CMOS Setup).

ISA Bus Board Removal The ISA Bus Boards are the boards that connect to the large connectors of the Motherboard. Since all of these boards are mounted and connected in the same way, their removal is the same. To remove the ISA Bus Boards, perform the following steps. 1.

Disconnect power to the LGP.

2.

Discharge any static electricity by touching the metal chassis of the LGP.

3.

Disconnect any cables that are attached to the board being removed. Label the cables so that you can reconnect them properly.

4.

Remove the Phillips head screw that holds the board to the LGP chassis.

5.

Carefully remove the circuit board from the LGP chassis.

6.

Place the circuit board in an antistatic bag or wrapping.

ISA Bus Board Installation WARNING: When replacing some ISA Bus Boards, special setup and configuration procedures must be performed. Failure to configure the board properly may result in an inoperative lane pair. Within this section, refer to Circuit Board Setup Procedures for more information. To install an ISA Bus Board, perform the following steps: 1.

Disconnect power to the LGP.

2.

Discharge any static electricity by touching the metal chassis of the LGP.

3.

Remove the circuit board from its antistatic bag or wrapping.

4.

Determine any special jumper setting that is required for the board. Refer to the chart titled Determining if a Circuit Board Requires Setup.

5.

Configure the board as described in the Circuit Board Setup Procedures section within this section.

6.

Carefully insert the circuit board in LGP chassis.

7.

Secure the board to the LGP chassis with the appropriate Phillips head screw.

8.

Connect any cable(s) disconnected during board removal.

9.

Connect power to the LGP.

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Circuit Board Setup Procedures As determined in the chart titled Determining if a Circuit Board Requires Setup, the circuit boards located in the LGP may require special setup procedures to be performed or jumpers on the boards may be required to be set to the proper position. The following is a list of procedures to set up each board.

Motherboard The replacement of a Motherboard may require that the SIMM chips be inserted into the slots of the new board. The CMOS RAM must also be programmed any time the Motherboard is replaced.

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1.

Disconnect all power to the Motherboard.

2.

Discharge any static electricity by touching the metal chassis of the LGP.

3.

Remove the SIMM chips from their antistatic bag or wrapping (or from the old Motherboard.)

4.

Place a SIMM chip onto a socket as shown in the figure titled SIMM Socket.

5.

Pivot the SIMM chip into proper position making sure it latches into place.

SIMM Socket (1) SIMM SOCKETS

(2)

(4) CLIP

(5)

PRESS SIMM DOWNWARD TO MAKE SURE GOLDEN EDGES ARE IN CONTACT WITH ROWS OF PINS IN THE SOCKET PRESS SIMM TOWARD THE SOCKET UNTIL THE CLIPS ON EACH END OF SOCKET SNAP INTO THE HOLES

(3)

HOLE

(6)

SIMM SHOULD BE AT 90° ANGLE TO PRINTED CIRCUIT BOARD WHEN INSTALLED

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CMOS Maintenance Board The CMOS Maintenance Board is designed to automatically update the configuration of the Motherboard used in the Frameworx lane group processors (LGPs). This may need to be done whenever the Motherboard is replaced, a hard disk drive is replaced with a different type, or the Motherboard loses its settings due to a power surge, battery failure or other power or static problem. NOTE: The CMOS Maintenance Board is used to setu p the Motherboard after replacing the hard drive or Motherboard. It is not designed to correct or detect problems due to defective hardware or corrupted data on the hard drive.

CMOS Maintenance Board

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CMOS RAM Setup Whenever the Motherboard or hard drive in the LGP is replaced, the CMOS RAM on the Motherboard must be reprogrammed. The CMOS RAM can be programmed using the supplied CMOS Maintenance Board.

CMOS Setup Using a CMOS Maintenance Board To set up the Motherboard’s CMOS RAM using the CMOS Maintenance Board, perform the following steps: 1.

Turn off the power to the LGP that requires setup.

2.

Insert the CMOS Maintenance Board into any open ISA slot on the Motherboard.

3.

With the CMOS Maintenance Board plugged in, turn the power back on to the LGP.

4.

Wait for the processor to boot normally.

NOTE: Because of the setup procedure, it may take an additional 30-180 seconds longer for the system to boot. 5.

Once the system has booted up, turn the power off and remove the CMOS Maintenance Board.

6.

Replace the unit’s cover and turn the power on again. Verify that the system boots up normally.

SPECIAL NOTE: If a system is having repeated problems with the CMOS settings, the CMOS Maintenance Board can be left in the system until the problem can be repaired.

Updating the CMOS Maintenance Board The CMOS Maintenance Board software can be updated through the Frameworx scoring systems in some centers by downloading the program from the control desk terminal to an LGP that is installed. To update a board, perform the following steps: 1.

Insert the CMOS Maintenance Board into an unused slot on the LGP Motherboard and apply power to the unit. Do not use the Instant Replay Processor Motherboard Slots.

2.

Download the update file from the terminal to that scorer. (Refer to Downloading New Software in the Appendix). Use the filename “LOADCMOS”.

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3.

Cycle the LGP power off and on.

4.

Once the scorer has booted up, the board will have been updated.

5.

Turn off power and remove the board.

6.

Record the new software version number on the EPROM chip located on the board.

7.

Repeat the above process for additional CMOS Maintenance boards.

Hard Drive Whenever a hard drive is replaced with one of a different size (megabyte storage capacity) the CMOS RAM on the Motherboard must be reprogrammed. Failure to do this will result in an inoperative lane pair. Refer to the CMOS RAM Setup for the proper procedure. Once installed, verify that the program installed on the drive matches the version installed in other scorers. Each hard drive also contains a unique identification (ID) number stored in a file on the disc. This ID number allows the Ethernet card (located in the LGP) to talk to other Ethernet cards located on the system. Whenever a drive is replaced in an LGP, the number must be reprogrammed. Information about the type of pinsetter being used is also stored in the hard drive. Normally the drive is programmed for a 10-pin pinsetter. If a 5-pin, duckpin, or candlepin pinsetter is being used, the pinsetter type may need to be reprogrammed. To assign a number and pinsetter type to the hard drive perform the following steps: 1.

From the Frameworx logo screen, enter your maintenance menu password. (The default password is “6167254966” ). If this password does not work, contact the manager for the new password. If you are using a touchscreen console, touch the following areas of the screen to enter the password.

Touchscreen Password Enter Area

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2.

Using the down arrow, select option “Enter Left Lane Number” from the menu.

3.

Enter the left lane number (odd lane) of the lane pair.

4.

Select “OK” function key. (The console should reboot after selecting “OK”.)

5.

At the Frameworx logo, enter the maintenance menu password used in step 1.

6.

Select the option “Diagnostics.”

7.

Enter the password “33334.”

8.

Select “Enter password type.”

9.

Select the appropriate pinsetter type.

10.

Select “OK” and the console should reboot.

11.

Verify the console turns on properly when assigned from the control desk.

12.

Verify the scorer has the proper version of the program installed on the hard drive. (This is displayed on the desk monitor by using the “Show” key or at the lane itself on the status bar located at the top of the screen. If the software version does not match, download the proper software. (See Special Maintenance Procedure in Appendices section of this manual.)

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Remote Video PCB The Remote Video PCB contains a jumper that must be set properly in order for the overhead monitors and the lower screens in the Touchworx flatscreen confiuration to work properly. Setting the jumper improperly will normally only affect the operation of the overheads. Improper setting can also cause the console to lock up or the lower monitor to remain off. Refer to the figure titled Remote Video PCB (Part No. 57-300103-000). System

Jumper Name

Jumper Setting

Powerworx, Touchworx Consoles, Uniworx

Video Select (JPR 1)

Remove jumper.

Teamworx

Video Select (JPR 1)

Install jumper.

Video Select (JPR1)

Remove jumper on board connected to overhead monitors. Install jumper on board connected to lower screens.

Touchworx Flatscreens

Remote Video PCB (Part No. 57-300103-000) (1) VIDEO SELECT (JPR1)

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Console Video PCB (Powerworx, Touchworx Consoles, and Uniworx) The Console Video PCB contains a jumper that must be set properly in order for the lower monitor to work properly. Setting the jumper improperly will normally only affect the operation of the lower monitor. An improper setting can also cause the consoles to lock up or the overhead monitors to remain off. Refer to the figure titled Console Video PCB (Part No. 57-300106-000).

Jumper Name

Jumper Setting

Video Output (JPR2)

Remove jumper when the primary console is located on the left (odd numbered) lane. Install jumper when the primary console is located on the right (even numbered) lane.

(1) VIDEO SELECT JPR1 J7

J6

J5

U4

J4

U5 JPR1

J1

J3

(1) VIDEO OUTPUT JPR2

Console Video PCB (Part No. 57-300106-000) (1) VIDEO OUTPUT (JPR1)

(2)

VIDEO OUTPUT (JPR2)

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Console Controller PCB The Console Controller PCB contains jumpers that must be set in order for the console to function properly. Setup is required for jumpers JP1, JP3, and J1 as shown in the chart that follows. Refer to the figure titled Console Controller PCB (Part No. 57-300195-000). Console Type Primary or Uniworx

JP3 Jumper Position

Jumper Pins 1 and 2 (U)

Secondary Jumper Pins 2 and 3 (T)

C onsole Type Left C onsole (Uni worx)

JP1 Jumper Position

Jumper Pi ns 1 and 2 (L)

Ri ght C onsole Jumper Pi ns 2 and 3 (R)

Touchscreen Installed

No Touchscreen

Install Jumper on Pins 21 and 22 of J1 Connector

Remove all Jumpers from J1 Connector

If touchscreens are installed in the console, place a jumper on pins 21 and 22 of the keyboard (J1).

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Console Controller PCB (Part No. 57-300195-000) (1) CONSOLE TYPE JP3

(2)

KEYBOARD SELECT JP1

(3)

KEYBOARD CONNECTOR

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Console Audio PCB The Console Audio PCB contains jumpers that must be set in order for the console to function properly. Setup is required for jumper JP2 as shown in the chart that follows. Refer to the figure titled Console Audio PCB (Part No. 57-300164-000). Console Type

Left Console or Uniworx

Jumper Pins 1 and 2 (L)

Right Console

Jumper Pins 2 and 3 (R)

Console Audio PCB (Part No. 57-300164-000) (1) CONSOLE SELECT JP2

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JP2 Jumper Position

Options PCB (Touchworx Only) The Options PCB contains jumpers that must be set in order for the console to function properly. Setup is required for jumpers JP2, JP3, and JP4 as follows. Refer to the figure titled Options PCB (Part No. 57-300192-000). Console Type

Jumper J2 Position

Left Console or Uniworx

Install Jumper on Pins 1 and 2

Right Console

Remove Jumper on Pins 2 and 3

Options PCB (Part No. 57-300192-000) (1) CONSOLE SELECT JP2

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Standard CRT Removal Perform the following steps to remove the CRT. 1.

Remove the rear console cover by removing the six Phillip head screws that secure the cover.

2.

Disconnect main power from the console.

3.

Discharge the CRT assembly as follows: a.

Disconnect main power from the console.

b.

Attach one end of a 14 gauge or larger wire to the shaft of an insulated handled screwdriver.

c.

Attach the other end of the wire to the chassis ground of the console.

d.

With the insulated handle in your hand, slide the tip of the screwdriver under the anode lead protective cup located on top of the CRT.

e.

A slight “pop” may be heard when the module discharges. Touch the metal connection under the cup until any popping quits.

CAUTION: The voltage on the anode can exceed 15,000 volts. To ensure safety, always perform the above procedure with one hand. Place the other hand inside a pocket or behind your back. DO NOT PLACE YOUR UNUSED HAND ON ANY METAL ATTACHED TO THE OVERHEAD!

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4.

Remove the anode lead from the CRT.

5.

Unplug the Video Output PCB from the back of the CRT.

6.

Remove the green ground wire from the Video Output PCB.

7.

Disconnect the deflection coil cable from the Video Processor Module.

8.

Disconnect the degaussing coil cable from the Video Processor Module.

9.

If present, cut the wire ties located at the top of the CRT that hold the microphone and speaker wires to the degaussing coil wire.

10.

Remove the two lower Philip head screws that secure the lower portion of the CRT.

11.

Holding the CRT from the bottom, remove the upper Phillips head CRT mounting screws and remove the CRT and the rear cover mounting brackets.

Touchscreen CRT Removal Perform the following steps to remove the touchscreen CRT. 1.

Remove the rear console cover by removing the six Philips head screws that secure the cover.

2.

Disconnect main power from the console.

3.

Discharge the CRT assembly as follows: a.

Disconnect main power from the console.

b.

Attach one end of a 14 gauge or larger wire to the shaft of an insulated handled screwdriver.

c.

Attach the other end of the wire to the chassis ground of the console.

d.

With the insulated handle in your hand, slide the tip of the screwdriver under the anode lead protective cup located on top of the CRT.

e.

A slight “pop” may be heard when the module discharges. Touch the metal connection under the cup until any popping quits.

CAUTION: The voltage on the anode can exceed 15,000 volts. To ensure safety, always perform the above procedure with one hand. Place the other hand inside a pocket or behind your back. DO NOT PLACE YOUR UNUSED HAND ON ANY METAL ATTACHED TO THE OVERHEAD! 4.

Remove the anode lead from the CRT.

5.

Unplug the Video Output PCB from the back of the CRT.

6.

Remove the green ground wire from the Video Output PCB.

7.

Disconnect the deflection coil cable from the Video Processor Module.

8.

Disconnect the degaussing coil cable from the Video Processor Module.

9.

Disconnect the touchscreen controller’s data and power cables from the Options PCB.

10.

Remove the touchscreen controller by removing the two Phillips head screws that secure it to the circuit board mounting plate.

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11.

If present, cut the wire ties located at the opt of the CRT that holds the microphone and speaker wires to the degaussing coil wire.

12.

Remove the two lower Phillips head screws that secure the lower portion of the CRT.

13.

Holding the CRT from the bottom, remove the upper Phillips head CRT mounting screws and remove the CRT and the console rear cover mounting brackets.

CRT Installation 1.

Install the rear cover mounting brackets into the console with the tab holes facing inward. Make sure that the mounting nuts for the rear cover are located toward the top of the console. Temporarily hold the brackets in place using the lower mounting screws. Tighten the screws finger tight.

CAUTION: If the CRT contains a touchscreen membrane, spacers MUST be installed on each end of the mounting brackets. The brackets are then positioned between the CRT and the front of the scorer. Installing the Touchscreen without the spacers will damage the CRT.

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2.

Holding the CRT from the bottom, position the CRT in place with the anode lead hole facing upward and the rear cover mounting bracket between the CRT and the front console cover. Make certain that the microphone and speaker cables are routed over the top right mounting hole and behind the mounting bracket and the green speaker/microphone grounding wire is installed on the upper right mounting screw.

3.

Install both upper mounting screws. Leave them slightly loose.

4.

Remove the lower mounting bracket screws installed in step 1.

5.

Install the green chassis grounding wire on the lower right mounting screw and install both lower mounting screws.

6.

Verify that the CRT is in proper position and tighten the four mounting screws.

7.

If the CRT is equipped with a touchscreen, attach the touchscreen membrane cable to the touchscreen controller.

8.

If the CRT is equipped with a touchscreen, install the touchscreen controller on the circuit board mounting plate and secure it with the two Phillips head screws.

9.

If the CRT is equipped with a touchscreen, connect the touchscreen data cable (J1) and power cable (J2) to the Options PCB.

10.

Connect the green ground wire to the Video Output PCB and install the PCB onto the back of the CRT. Press into place.

11.

Connect the degaussing coil cable to the Video Processor Module.

12.

Connect the deflection coil cable to the Video Processor Module.

13.

Attach the anode lead to the hole located at the top of the CRT.

14.

Secure the speaker and microphone cables to the degaussing coil wire along the top of the CRT with wire ties.

15.

Return power to the console and assign it to bowling.

16.

Adjust the CRT picture as needed.

17.

Calibrate the touchscreen if present.

18.

Verify proper keyboard or touchscreen operation.

19.

Replace the rear console cover.

Keyboard / Keyboard Insert Removal (Powerworx, Touchworx Console, and Uniworx) 1.

Remove the CRT Assembly.

2.

Loosen the Phillips head screws located in the upper left and right corners of the circuit board mounting plate that secures the plate to the front console cover. Do not remove them.

3.

Remove the following cables from the circuit boards located on the mounting panel. Console Controller PCB - J1 Keyboard (if present) - J3 Speaker - J4 LLAN - J5 LLAN (if present) - J6 Relay - J7 Power In

Console Audio PCB - J1 Audio In - J2 Audio Out (if present) - J3 Audio Out (if present) - J6 Microphone

Options PCB (if present) - J1 Touchscreen Data (if present) - J2 Touchscreen Power (if present) - J3 Card Reader Data (if present) - J4 Card Reader Power (if present)

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4.

Remove the two Phillips head screws that secure the Video Processor Module to the scorer chassis and slide the module back to expose the three 11/32” (9 mm) nuts that secure the circuit board panel.

5.

Remove the three nuts.

6.

Remove the circuit board panel.

7.

Remove the green grounding wire from the keyboard using a 5/16” (8 mm) wrench or socket.

8.

Remove the keyboard panel by removing the two Phillips head screws located at the top of the keyboard panel and the three screws located under the keyboard on the outside of the console.

Keyboard/Keyboard Insert Installation (Powerworx, Touchworx Console, and Uniworx) 1.

Install the keyboard panel and secure it with two Phillips head screws located at the top of the keyboard panel and three screws located under the keyboard on the outside of the console.

2.

Install the green grounding wire to the keyboard with the 5/16” (8 mm) bolt.

3.

Install the circuit board panel and secure it with three 11/32” (9 mm) nuts and two Phillips head screws.

4.

Secure the Video Processor Module to the scorer chassis with Phillips head screws.

5.

Attach the following cables to the circuit boards located on the mounting panel. Console Controller PCB - J1 Keyboard (if present) - J3 Speaker - J4 LLAN - J5 LLAN (if present) - J6 Relay - J7 Power In Options PCB (if present) - J1 Touchscreen Data (if present) - J2 Touchscreen Power (if present) - J3 Card Reader Data (if present) - J4 Card Reader Power (if present)

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Console Audio PCB - J1 Audio In - J2 Audio Out (if present) - J3 Audio Out (if present) - J6 Microphone

6.

Verify that the cables attached to the Video Processor Modules are secure and attached properly.

7.

Reinstall the CRT Assembly. (Refer to the CRT Installation Procedure.)

Maintenance Daily NV RAM Clear Perform the NV RAM Clear procedure to refresh the RAM in the LGP. Refer to the Special Maintenance Procedures section of the Appendices for the proper procedure.

Quarterly (Powerworx, Touchworx Consoles, and Uniworx) Clean and Adjust CRT Assembly as Needed Refer to Adjustment PCB in this section.

Semi-Annually Clean Circuit Boards Remove excessive dust buildup on the LGP circuit boards with a small moderate powered vacuum.

Inspect Cables Inspect cables and connectors on the circuit boards to verify they are in good condition. Repair as needed.

Annually Clean Connections Remove the circuit boards connected to the Motherboard ISA Bus and clean the edge connectors on the boards using a soft cloth and electrical contact cleaner.

Clean Power Supply Fan Clean the dust from the power supply fan using a moderately powered vacuum.

Rotate Spare Parts Install the circuit boards and components located in the spare parts kit into the LGP and consoles. To verify their functionality use the boards removed from the lane as your spares. Doing this will keep the integrity of the kit at its optimal level.

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Maintenance Menu The Frameworx Maintenance menu allows a technician to perform setup and maintenance procedures and obtain useful information for troubleshooting for the Frameworx scorers. The menu is password protected so only authorized users can access it. To enter the Maintenance menu, enter your Maintenance menu password from the Frameworx logo screen. The default password is “6167254966.” If this password does not work, contact the manager for a new password. If you are using a touchscreen console, touch the following areas of hte screen to enter the password.

Touchscreen Password Enter Area

When the proper password is entered, the following screen will appear: Maintenance Menu Turn Manual Scoring On/Off End Current Session (only if already in stand alone) Turn Stand Alone On/Off Clear Non Volatile Memory Enter Left Lane Number Set Date/Time Touchscreen Options (if touchscreen is installed) Enter Diagnostics

Turn Manaul Scoring On/Off - This selection allows the technician to put the scorers into manual scoring in the event the CCD scanner or GS pinsetter is unable to provide proper scoring for the lane pair. When in manual scoring mode, the bowler must enter the pinfall using the keyboard or touchscreen for the lane they bowled on.

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End Current Session - This selection only appears if the stand alone mode for the lane pair is on “enabled.” This selection allows the technician to clear out the names and scores of the current bowling session so bowlers can start a new session. Refer to Turn Stand Alone On/Off. Turn Stand Alone On/Off - This selection allows the technician to disable control desk control of the scorer to allow the assignment of bowling at the scorer. This mode is normally only used when there is an Ethernet communication problem between the lane pair and the control desk. Refer to End Current Session. Clear Non-Volatile Memory - This selection allows the technician to clear all names and scores from the LGP I/O PCB. Enter Left Lane Number - Use this selection to record the lane ID to the hard drive. The number assigned determines what the lane numbers of the scorers will be. This number is used by the control desk system to communicate with the lanes. The proper number to enter is the left lane number of the lane pair of which the scorer is installed. Set Date/Time - This selection allows the technician to set the date and time of the scroer when the scorer is in the “stand alone” mode. If the stand alone mode is off (disabled), the time and date is automatically set using the control desk information. Touchscreen Options - This selection allows the technician to calibrate and set up the touch features of the touchscreen. The selection only appears if touchscreens are installed. When selected, the technician is presented with three options: Calibrate Touchscreen - This allows the technican to calibrate the touchscreen. Select Number of Touches - Under the category the technician can select the number of touches (1 or 2) that is required to select an item on the screen. Select Audio Feedback Setting - The technician can choose whether a beep is heard through the speaker when an item is selected on the screen.

Scorers 77

Enter Diagnostics - This selection allows the user to enter a hidden Diagnostics menu. To enter the menu, select this option and enter any five digits that, when added together, equal 16. If entered correctly, the following menu will appear:

Select Diagnostic Function View/Alter Comport 1 Errors View/Alter Comport 2 Errors Test 485 Devices Test Ethernet Video Monitor Select Control P/S I/O Board Reboot Computer Terminate Scorer Software Select Pinsetter Type BowlerTrack Maintenance Bumper

View/Alter Comport 1 Errors - Factory use only. View/Alter Comport 2 Errors - Factory use only. Test 485 Devices - This selection allows the technician to verify what devices are communicating on the LLAN for the lane pair. Video Utilities - Factory use only. Control Pinsetter I/O Board - This selection allows the technician to turn on or off the pinsetter from the scorer. Reboot Computer - Restarts the lane group processor. Terminate Scorer Software - Factory use only. Select Pinsetter Type - This selection allows the technician to specify the type of pinsetter in use. This information is used to determine which type of scoring should be used during bowling. Selections include: ten pin pinsetter, five pin pinsetter, duckpin pinsetter, and candlepin pinsetter. BowlerTrack Maintenance - Not used. Bumper Configuration - This selection allows the technician to adjust and maintain the automated bumpers. Refer to the Automatic Bumpers Service and Operation manual for further information. This option is only available in scorer software version 4.1.8 or higher.

78 Scorers

Cable Diagrams

Powerworx and Touchworx Console External Cables (1) OVERHEADS (4) PINSETTER INTERFACE (7) GLOBAL AUDIO (57-300013-000) OR (57-300034-000) (10) LLAN (57-300025-000)

(2) (5)

PRIMARY CONSOLE VIDEO (57-300026-000 OR 57-300027-000)

(3) (6)

(8)

GLOBAL AUDIO (57-300155-000)

(9)

(11)

LLAN (300022-000)

(12)

SECONDARY CONSOLE GLOBAL VIDEO (57-300004-000) OR (57-300013-000) VIDEO (57-300005-000) POWER (57-300023-000)

Teamworx External Cables (1) (4) (7) (10) (13) (16)

OVERHEADS (2) PINSETTER INTERFACE (5) GLOBAL VIDEO OUT (57-300007-000) (8) LOCAL LOCAL AREA NETWORK (57-300154-000) (11) KEYPAD ODD LANE (14) GLOBAL AUDIO IN (57-300034-000)

LANE GROUP PROCESSOR (3) LOCAL LOCAL AREA NETWORK (57-300151-000) (6) GLOBAL VIDEO IN (57-300004-000) (9) POWER (57-300153-000) (12) KEYPAD EVEN LANE (15)

VIDEO (57-300027-000) POWER (57-300152-000) 10BASE-T ETHERNET (57-300014-000) POWER (57-300915-000) GLOBAL AUDIO (57-300913-000)

Scorers 79

Touchworx Flatscreen External Cables (1) (4) (7) (10) (13)

OVERHEADS PINSETTER INTERFACE GLOBAL VIDEO OUT (57-300007-000) VIDEO (57-300905-000) TOUCHWORX CONTROLLER

(16) TOUCHSCREEN DATA (57-300909-000)

80 Scorers

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

LANE GROUP PROCESSOR (3) LOCAL LOCAL AREA NETWORK (57-300151-000) (6) GLOBAL VIDEO IN (57-300004-000) (9) TOUCHSCREEN EVEN LANE (12) GLOBAL AUDIO IN (57-300013-000 OR (15) 57-300034-000) POWER/SPEAKER (57-300904-000) (18)

VIDEO (57-300027-000) POWER (57-300152-000) 10BASE-T ETHERNET (57-300014-000) TOUCHSCREEN ODD LANE GLOBAL AUDIO OUT (57-300911-000) MICROPHONE (57-300903-000)

Primary Console Ethernet to RJ45 Junction (Part No. 57-300003-000) (1) TO PRIMARY CONSOLE ETHERNET PRINTED CIRCUIT BOARD

(2)

RJ45 JUNCTION

(3)

NO CONNECTION

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 -

Scorers 81

Primary Console Video to Secondary Console (Part No. 57-300005-000) (1) TO J1 ON CONSOLE VIDEO PRINTED CIRCUIT (2) BOARD (57-300106-400) (REFERENCE) (4) CSYNC+

TO SECONDARY CONSOLE VIDEO (3) ADAPTER CABLE (57-300009-000) (REFERENCE)

SHIELD

Exciter Audio Adapter (Part No. 57-300008-000) (1) (4) (7) (10)

NO CONNECTION DRAIN SLEEVE TO J7 ON I/O BOARD

82 Scorers

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

RIGHT SHIELD TIP TO J6 ON I/O BOARD

(3) (6) (9)

LEFT RING TO SOUND PCB AUDIO OUT

Secondary Console Video Adapter (Part No. 57-300009-000) (1) TO 57-300005-000 (REFERENCE) PRIMARY CONSOLE VIDEO TO SECONDARY CONSOLE CABLE

(2)

CSYNC+

Global Audio Lane Pair to Lane Pair (Part No. 57-3000012-000) (1) TO J2 ON PRIMARY CONSOLE PRINTED CIRCUIT BOARD (4) NO CONNECTION (7) INTERCOM 2+ (10) INTERCOM 3(13) GLOBAL AUDIO+ (16) TO J1 ON NEXT PRIMARY CONSOLE AUDIO PRINTED CIRCUIT BOARD

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

J2 AUDIO OUT INTERCOM 1+ INTERCOM 2INTERCOM 4+ GLOBAL AUDIO-

(3) (6) (9) (12) (15)

DRAIN INTERCOM 1INTERCOM 3+ INTERCOM 4J1 AUDIO IN

Scorers 83

Global Video Lane Pair to Lane Pair (Part No. 57-3000013-000) (1) TO J8 ON REMOTE VIDEO PRINTED CIRCUIT BOARD (4) J1 AUDIO IN (7) CSYNC-

(2) (5) (8)

TO J7 ON NEXT LANE PAIR REMOTE VIDEO PRINTED CIRCUIT BOARD DRAIN SHIELD

Hub to RJ-45 Junction 10Base-T Cable (Part No. 57-3000014-000) (1) TO EHTERNET HUB

84 Scorers

(2)

TO RJ-45 JUNCTION

(3)

J8 VIDEO OUT

(6)

CSYNC+

Primary Console to Pinsetter Interface Local LAN (Part No. 57-3000022-000) (1) DRAIN (4) +12 VOLTS DIRECT CURRENT

(2) (5)

LOCAL AREA NETWORK A GROUND

(3) (6)

LOCAL AREA NETWORK B TO J2 ON PRIMARY CONSOLE INPUT/ OUTPUT PRINTED CIRCUIT BOARD

(7) TO J4 ON PINSETTER CONTROLLER PRINTED CIRCUIT BOARD

Secondary Console to Pinsetter Interface 28 VAC (Part No. 57-3000023-000) (1) 28 VOLTS ALTERNATING CURRENT

(2)

28 VOLTS ALTERNATING CURRENT RETURN

(3)

28 VOLTS ALTERNATING CURRENT FROM SECONDARY CONSOLE TRANSFORMER

(4) TO J2 ON PINSETTER CONTROLLER PRINTED CIRCUIT BOARD

Scorers 85

Primary Console Local LAN to Secondary Console (Part No. 57-3000025-000) (1) TO J5 ON PRIMARY CONSOLE CONTROLLER PRINTED CIRCUIT BOARD (4) LOCAL AREA NETWORK B (7) EXCITER 2+

(2)

DRAIN

(3)

LOCAL AREA NETWORK A

(5) (8)

EXCITER 1+ EXCITER 2-

(6) (9)

EXCITER 1TO J4 ON SECONDARY CONSOLE CONTROLLER PRINTED CIRCUIT BOARD

(3) (6)

DRAIN SHIELD

Overhead Monitor Video Input (Part No. 57-3000026-000) (1) TO OVERHEAD VIDEO INPUT (4) CSYNC+ (7) TO J1 OR J2 ON REMOTE VIDEO PRINTED CIRCUIT BOARD

86 Scorers

(2) (5)

NO CONNECTION CSYNC-

Overhead Monitor Video Input (Part No. 57-3000027-000) (1) TO OVERHEAD VIDEO INPUT (4) CSYNC+ (7) TO J1 OR J2 ON REMOTE VIDEO PRINTED CIRCUIT BOARD

(2) (5)

NO CONNECTION CSYNC-

(3) (6)

DRAIN SHIELD

Console Audio to Microphone (Part No. 57-3000028-000) (1) TO J6 ON CONSOLE AUDIO PRINTED CIRCUIT BOARD (4) DRAIN

(2)

MICROPHONE +

(3)

MICROPHONE -

(5)

SHIELD

(6)

BLACK AREA IS NEGATIVE

Console Controller to Loud Speaker (Part No. 57-3000029-000) (1) TO J3 ON CONSOLE CONTROLLER PRINTED CIRCUIT BOARD (4) SPEAKER -

(2)

TO LOUDSPEAKER

(3)

SPEAKER +

Scorers 87

Console Video Board to Primary Monitor (Part No. 57-3000033-000) (1) TO J7 ON CONSOLE VIDEO PRINTED CIRCUIT BOARD (4) CSYNC

(2)

TO MONITOR VIDEO INPUT

(3)

GROUND

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 +

88 Scorers

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

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

(3) (6) (9) (12) (15)

NO CONNECTION INTERCOM 1INTERCOM 3+ INTERCOM 4SHIELD

Keyboard Extension Cable (Part No. 57-3000038-000) (1) TO J1 ON CONSOLE CONTROLLER PRINTED CIRCUIT BOARD

(2)

KEYBOARD ENGLISH PINOUT

(3)

TO KEYBOARD

(3)

POSITION 6

Console Monitor Power Control (Part No. 57-3000048-000) (1) TO J6 ON CONSOLE CONTROLLER PRINTED CIRCUIT BOARD (4) TO RELAY

(2)

POSITION 5

Scorers 89

Power Control Relay to Console Monitor (Part No. 57-3000059-000) (1) TO MONITOR POWER INPUT (4) POSITION 2

(2) (5)

NO CONNECTION TO RELAY

(3)

POSITION 1

Mini Console Audio to Microphone Cable (Part No.57-3000129-000) (1) TO J6 ON MINI CONSOLE AUDIO PRINTED CIRCUIT BOARD (4) MICROPHONE +

(2)

BLACK AREA IS NEGATIVE

(3)

DRAIN

(5)

MICROPHONE -

(6)

SHIELD

Lane Pair to Lane Pair Global Audio Cable (Part No.57-3000143-000) (1) TO J2 ON PRIMARY CONSOLE AUDIO PRINTED CIRCUIT BOARD (4) NO CONNECTION (7) INTERCOM 2+ (10) INTERCOM 3(13) GLOBAL AUDIO +

90 Scorers

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

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

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

DRAIN INTERCOM 1INTERCOM 3+ INTERCOM 4-

I/O Motherboard Reset (Part No. 57-3000145-000) (1) TO J8 ON INPUT/OUTPUT PRINTED CIRCUIT BOARD

(2)

TO RESET ON MOTHERBOARD

(3)

NO CONNECTION

I/O to Floppy Drive Cable (Part No.57-3000146-000) (1) TO FLOPPY DRIVE

(3)

TO J5 ON INPUT/OUTPUT PRINTED CIRCUIT DRIVE

(3)

PIN NUMBER 1 STRIPE

Scorers 91

LGP I/O PCB to Pinsetter Interface LLAN Cable (Part No.57-3000151-000) (1) TO J2 ON INPUT/OUTPUT PRINTED CIRCUIT BOARD (4) LOCAL AREA NETWORK B (7) DRAIN

(2) (5)

TO J4 ON PINSETTER INTERFACE PRINTED CIRCUIT BOARD +12 VOLTS DIRECT CURRENT

(3)

LOCAL AREA NETWORK A

(6)

GROUND

(3)

TO LANE GROUP PROCESSOR

LGP to Pinsetter Interface Power Cable (Part No.57-3000152-000) (1) 28 VOLTS ALTERNATING CURRENT (4) TO PINSETTER INTERFACE

92 Scorers

(2)

28 VOLTS ALTERNATING CURRENT RETURN

LGP to Mini Console Power Cable (Part No.57-3000153-000) (1) TO J7 ON CONSOLE CONTROLLER PRINTED CIRCUIT BOARD (4) CENTER

(2)

TO LANE GROUP PROCESSOR TRANSFORMER

(3)

18 VOLTS ALTERNATING CURRENT

(3)

DRAIN

(6) (9)

EXCITER 1+ EXCITER 2-

LGP to Mini Console Local LAN/Sound Exciter Cable (Part No.57-3000154-000) (1) TO J4 ON CONSOLE CONTROLLER PRINTED CIRCUIT BOARD (4) LOCAL AREA NETWORK A (7) EXCITER 1-

(2) (5) (8)

TO J1 ON INPUT/OUTPUT PRINTED CIRCUIT BOARD LOCAL AREA NETWORK B EXCITER 2+

Scorers 93

Global Audio Primary to Secondary Console (Part No. 57-3000155-000) (1) TO J3 ON PRIMARY CONSOLE AUDIO PRINTED CIRCUIT BOARD (4) NO CONNECTION (7) INTERCOM 1+ (10) INTERCOM 2(13) INTERCOM 4+

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

TO J1 SECONDARY CONSOLE AUDIO PRINTED CIRCUIT BOARD GLOBAL AUDIO+ INTERCOM 1INTERCOM 3+ INTERCOM 4-

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

DRAIN GLOBAL AUDIOINTERCOM 2+ INTERCOM 3-

I/O to IDE Hard Drive (Part No. 57-3000156-000) (1) TO IDE HARD DRIVE

94 Scorers

(2)

PIN #1 STRIPE

(3)

TO J4 ON INPUT/OUTPUT PRINTED CIRCUIT BOARD

Console Controller to I/O Local LAN (Part No. 57-3000158-000) (1) TO J1 ON INPUT/OUTPUT PRINTED CIRCUIT BOARD (4) LOCAL AREA NETWORK B (7) EXCITER 2+

(2)

DRAIN

(3)

LOCAL AREA NETWORK A

(5) (8)

EXCITER 1+ EXCITER 2-

(6) (9)

EXCITER 1TO J4 ON CONSOLE CONTROLLER PRINTED CIRCUIT BOARD

(3)

SPEAKER +

Mini Console Controller to Loudspeaker Cable (Part No.57-3000202-000) (1) TO J3 ON CONSOLE CONTROLLER PRINTED CIRCUIT BOARD (4) SPEAKER -

(2)

TO LOUDSPEAKER

Power Cord 18/3 SJT IEC 320/C13 and C14 x 12” Long (Part No. 57-300220-000) (1) 12” LONG REFERENCE

Scorers 95

Global Audio Terminator (Part No. 57-3000257-000) (1) NO CONNECTION

Auxiliary Transformer Primary Console (Part No. 57-3000273-000) (1) COMMON (4) 230 VOLTS ALTERNATING CURRENT (7) YELLOW/GREEN 18 VOLTS ALTERNATING CURRENT CENTER TAP(0.5 AMPS)

96 Scorers

(2) (5)

100 VOLTS ALTERNATING CURRENT BLACK - COMMON

(3) (6)

115 VOLTS ALTERNATING CURRENT BLACK 115 VOLTS ALTERNATING CURRENT (0.5 AMPS)

Isolation F/X Console (Secondary) Transformer (Part No. 57-300296-000) (1) COMMON (4) 230 VOLTS ALTERNATING CURRENT (7) BLUE/WHITE 29.5 VOLTS ALTERNATING CURRENT (2.6 AMPS) (10) YELLOW 9 VOLTS ALTERNATING CURRENT (.5 AMPS)

(2) (5)

100 VOLTS ALTERNATING CURRENT WHITE - COMMON

(3) (6)

(8)

BLACK - COMMON

(9)

(11)

GREEN/YELLOW CENTER TAP

(12)

115 VOLTS ALTERNATING CURRENT BROWN/WHITE 28 VOLTS ALTERNATING CURRENT (1.6 AMPS) BLACK 115 VOLTS ALTERNATING CURRENT (5 AMPS) YELLOW 9 VOLTS ALTERNATING CURRENT (.5 AMPS)

Scorers 97

Lane Group Processor Isolation Transformer (Part No. 57-300348-000) (1) TO POWER RECEPTACLE (2) (57-300304-000) (4) NO CONNECTION (5) (7) 115 VOLTS ALTERNATING CURRENT (8) (10) BROWN/WHITE 28 VOLTS ALTERNATING (11) CURRENT (1.6 AMPS) (13) BLACK 115 VOLTS ALTERNATING CURRENT (14) (5 AMPS) (16) YELLOW 9 VOLTS ALTERNATING CURRENT (.5 AMPS)

TO (57-300153-000) COMMON 230 VOLTS ALTERNATING CURRENT BLUE/WHITE 29.5 VOLTS ALTERNATING CURRENT (2.6 AMPS) YELLOW 9 VOLTS ALTERNATING CURRENT (.5 AMPS)

Keyboard Extension Cable Assembly (Part No. 57-300542-000)

98 Scorers

(3)

TO PINSETTER INTERFACE

(6) (9) (12)

100 VOLTS ALTERNATING CURRENT WHITE - COMMON BLACK - COMMON

(15)

GREEN/YELLOW CENTER TAP

Motherboard Pushbutton Reset Relay Assembly (Part No. 57-300557-000) (1) NO CONNECTION (4) TO S1 ON MOTHERBOARD

(2)

TO J12 ON I/O BOARD

(3)

TO J12 ON I/O BOARD

Inverter to LCD Controller (Part No. 57-300900-000) (1) TO CN1 ON INVERTER PCB

(2)

TO P4 INVERTER OUTPUT ON LCD CONTROLLER PCB

Touchworx LCD Microphone Cable (Part No. 57-300901-000) (1) DRAIN

(2)

TO AUDIO CABLE FROM TOUCHWORX CONTROLLER (57-300903-000)

Scorers 99

Speaker Cable (Part No. 57-300902-000) (1) TO SPEAKER CABLE FROM TOUCHWORX CONTROLLER (57-300904-000)

Microphone to Console Controller (Part No. 57-300903-000) (1) TO MICROPHONE CABLE ASSEMBLY (557-300901-000)

(2)

DRAIN

(3)

TO J6 ON CONSOLE AUDIO PCB (57-300164-4XX)

(3)

TO J2 OR J4 ON POWER SUPPLY AND CONTROL PCB (57-300815-000)

Touchworx Controller to LCD Speaker/Power Cable (Part No. 57-300904-000) (1) TO P5 ON LCD CONTROLLER PCB (57-300878-000) (4) TO J3 ON CONSOLE CONTROLLING PCB (57-300195-4XX)

100 Scorers

(2)

TO SPEAKER CABLE (57-300902-000)

Remote Video to LCD Controller Video Cable (Part No. 57-300905-000) (1) TO P8 ON LCD CONTROLLER PCB (57-300878-000)

(2)

TO J1 OR J2 ON REMOTE VIDEO PCB (57-300103-000)

(3)

DRAIN

(3)

DRAIN

Console Controller to Console Controller LAN Cable (Part No. 57-300906-000) (1) TO J4 OR J5 ON CONSOLE CONTROLLER PCB (2) (57-300195-4XX)

DRAIN

Console Audio to Console Audio Global Audio Cable (Part No. 57-300907-000) (1) TO J1 OR J3 ON CONSOLE AUDIO PCB (57-300164-4XX)

(2)

NO CONNECTION

Scorers 101

Power and Supply to Controller Power Cable (Part No. 57-300908-000) (1) TO J8 ON CONSOLE CONTROLLER PCB (57-300195-4XX)

(2)

TO J7 ON CONSOLE CONTROLLER PCB (57-300195-4XX)

Touchscreen LCD Controller to Option Cable (Part No. 57-300909-000) (1) TO P7 ON LCD CONTROLLER PCB (57-300878-000 (4) TO J1 ON CONSOLE OPTION PCB (57-300249-000)

(2)

DRAIN

(3)

NO CONNECTION

Power Supply and Controller to Console Controller Lane Relay Control Cable (Part No. 57-300910-000) (1) TO J3 OR J5 ON POWER SUPPLY AND CONTROL PCB (57-300815-000)

102 Scorers

(2)

TO J6 ON CONSOLE CONTROLLER PCB (57-300195-4XX)

Primary to Primary Touchworx Controller Global Audio Cable (Part No. 57-300911-000) (1) TO J2 ON PRIMARY CONSOLE AUDIO PCB (57-300164-4XX) (4) TO J1 ON NEXT PRIMARY CONSOLE AUDIO PCB (57-300164-4XX)

(2)

NO CONNECTION

(3)

DRAIN

Lane Group Processor to Primary Touchworx Controller LLAN Cable (Part No. 57-300912-000) (1) TO J4 ON PRIMARY CONSOLE CONTROLLER PCB (57-300195-4XX)

(2)

DRAIN

(3)

TO J1 ON LANE GROUP PROCESSOR I/O PCB

(3)

DRAIN

Teamworx Keypad Global Audio Cable (Part No. 57-300913-000) (1) TO J3 OR J2 ON PRIMARY CONSOLE AUDIO PCB (57-300164-4XX) (4) TO J1 ON SECONDARY OR J1 ON PRIMARY CONSOLE AUDIO PCB (57-300164-4XX)

(2)

NO CONNECTION

Scorers 103

Primary to Secondary Teamworx Keypad LLAN Cable (Part No. 57-300914-000) (1) TO J5 ON PRIMARY CONSOLE CONTROLLER PCB (57-300195-4XX)

(2)

DRAIN

Primary to Secondary Teamworx Keypad Power Cable (Part No. 57-300915-000) (1) TO J8 ON PRIMARY KEYPAD CONSOLE CONTROLLER PCB (57-300195-4XX)

(2)

TO J7 ON SECONDARY KEYPAD CONSOLE CONTROLLER PCB (57-300195-4XX)

Teamworx Keypad Speaker (Part No. 57-300916-000) (1) TO J3 ON CONSOLE CONTROLLER PCB (57-300195-4XX)

104 Scorers

(3)

TO J4 ON SECONDARY CONSOLE CONTROLLER PCB (57-300195-4XX)

Touchworx Controller Transformer (Part No. 57-300918-000) (1) TO J1 ON POWER SUPPLY AND CONTROL PCB (57-300815-000) (4) 9 VAC 1A (7) 100 VAC (10) 115 VAC B

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

TO J7 ON CONSOLE CONTROLLER PCB (57-300195-4XX) CENTER TAP 115 VAC A NO CONNECTION

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

15 VAC 5A COMMON A COMMON B TO AC POWER MODULE ASSEMBLY (57-300920-000)

Teamworx Keypad Microphone Cable (Part No. 57-300921-000) (1) DRAIN

(2)

TO J6 ON CONSOLE AUDIO PCB (57-300164

Scorers 105

Primary Touchworx Console (on next page) (1) (4) (7) (10) (13) (16)

TO GROUND 230 VOLTS ALTERNATING CURRENT POSITION 4 POSITION 5 POWER INPUT CONSOLE VIDEO (57-300106-4XX) (REFERENCE) (19) CONSOLE CONTROLLER (57-300195-4XX) (REFERENCE) (22) SHIELD (25) MICROPHONE (28) (31) (34) (37) (40) (43) (46)

(49) (52) (55)

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

COMMON CRT POWER RELAY POSITION 2 POSITION 6 VIDEO AND SYNC INPUT CSYNC

CONSOLE AUDIO (57-300164-4XX) (REFERENCE) (23) MICROPHONE (26) 486 MOTHERBOARD (57-300126-000) (REFERENCE) POWER SUPPLY (57-300160-000) (29) LOCAL AREA NETWORK CARD (ETHERNET) (REFERENCE) (57-300125-000) (REFERENCE) KEYBOARD (32) SPEAKER LOCAL AREA NETWORK A (35) LOCAL AREA NETWORK B EXCITER 1(38) EXCITER 2+ INPUT/OUTPUT (57-300044-4XX) (REFERENCE)(41) HARD DRIVE CONSOLE OPTION (57-300192-4XX) (44) TO SECONDARY CONSOLE AUDIO (REFERENCE) PRINTED CIRCUIT BOARD J1 FROM CENTER MANAGEMENT SYSTEM (47) TO SECONDARY CONSOLE CRT CABLE AUDIO/VIDEO UNIT OR PRIOR AUDIO PRINTED CIRCUIT BOARD (J2) INSTALLED FOR OVERHEADS (50) REMOTE VIDEO PRINTED CIRCUIT BOARD TO LEFT OVERHEAD (53) AUXILIARY TRANSFORMER VIDEO OUTPUT PCB (56) TOUCHSCREEN CRT

(58) FROM CMS AUDIO/VIDEO UNIT OR PRIOR REMOTE VIDEO PRINTED CIRCUIT BOARD (J2) (61) SOUND BOARD OPTIONAL

106 Scorers

(20)

(59)

TO PINSETTER INTERFACE (J4) OR GS PINSETTER LOW VOLTAGE BOX

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

115 VOLTS ALTERNATING CURRENT POSITION 3 POSITION 1 NO CONNECTION GROUND ISA BUS (PART OF MOTHERBOARD)

(21)

DRAIN

(24) (27)

MICROPHONE + RESET

(30)

SPEAKER

(33) (36) (39) (42) (45)

SPEAKER + EXCITER 1+ EXCITER 2FROM HUB TO NEXT PRIMARY CONSOLE AUDIO PRINTED CIRCUIT BOARD J1 TO NEXT REMOTE VIDEO PRINTED CIRCUIT BOARD J7

(48)

(51) (54) (57) (60)

TO RIGHT OVERHEAD VIDEO PROCESSOR (57-300214-000) ADJUSTMENT PRINTED CIRCUIT BOARD (57-215806-000) SPEAKER OUT

See “351PriTouchCon.pdf” for this graphic

Scorers 107

Secondary Touchworx Console (on next page) (1) TO GROUND

(2)

(4) ORANGE (230 VOLTS ALTERNATING CURRENT)(5) (7) (10) (13) (16)

GREY (COMMON)

(3)

BROWN (100 VOLTS ALTERNATING CURRENT) (6)

BLACK (COMMON) POSITION 3 POSITION CONSOLE CONTROLLER (57-300195-4XX) (REFERENCE) (19) SPEAKER

(8) (11) (14) (17)

SCANNER/PINSETTER INTERFACE POWER POSITION 4 POSITION 2 CIRCUIT BREAKER

(9) (12) (15) (18)

(20)

SPEAKER +

(21)

(22) (25) (28) (31)

(23) (26) (29) (32)

MICROPHONE POWER INPUT TC NO CONNECTION

(24) (27) (30) (33)

(34) DRAIN

(35)

(36)

(37) BROWN WITH WHITE (40) ADJUSTMENT PRINTED CIRCUIT BOARD

(38) (41)

TO PRIMARY CONSOLE VIDEO PRINTED CIRCUIT BOARD J1 GREEN WITH YELLOW TOUCHSCREEN CRT

(43) CONSOLE OPTION (57-300192-4XX)

(44)

SHIELD VIDEO AND SYNC INPUT CC GROUND

108 Scorers

(39) (42)

TOUCHSCREEN INTERFACE (57-300377-000) (45) (REFERENCE)

BLUE (115 VOLTS ALTERNATING CURRENT) BLACK (115 VOLTS ALTERNATING CURRENT) CRT POWER RELAY (11-672522-000) FROM PRIMARY CONSOLE (J5) POSITION 1 SPEAKER CONSOLE AUDIO (57-300164-4XX) (REFERENCE) MICROPHONE + YC RC FROM PRIMARY CONSOLE AUDIO PRINTED CIRCUIT BOARD J3 BLUE WITH WHITE VIDEO PROCESSOR VIDEO OUTPUT PRINTED CIRCUIT BOARD SECONDARY TRANSFORMER

See “351SecTouchCon.pdf” for this graphic

Scorers 109

Touchworx Flatscreen LGP Wiring Diagram (on next page) (1) TO GROUND

(2)

BLUE (115 VOLTS AC)

(3)

(12)

SCANNER AND PINSETTER INTERFACE BOX POWER BLACK (COMMON) I/O PRINTED CIRCUIT BOARD (57-300044-4XX) POWER SUPPLY (57-300160-000)

(5) (8)

BLACK (115 VOLTS AC) HARD DRIVE (57-300265-4XX)

(6) (9)

(15)

RESET

(4) NO CONNECTION (7) SEE TOUCHWORX FLATSCREEN LANE PAIR WIRING DIAGRAM FOR MORE DETAIL (10) ETHERNET LAN PRINTED CIRCUIT BOARD (57-300125-000) (13) 486 CPU PRINTED CIRCUIT BOARD (57-300126-000) (16) ORANGE (230 VOLTS AC) (19) TO PINSETTER INTERFACE BOX

(17) (20)

(22) GLOBAL VIDEO OUT (57-300007-000)

(23)

GRAY (COMMON) (18) TO CONSOLE CONTROLLER PRINTED (21) CIRCUIT BOARD IN PRIMARY CONSOLE (IF PRESENT) TO LEFT OVERHEAD MONITOR (57-300027-000) (24)

(25) (ISA BUS) (CPU BOARD)

(26)

TO EVEN LANE TOUCHSCREEN

110 Scorers

(11) (14)

REMOTE VIDEO PRINTED CIRCUIT BOARD (57-300103-4XX) POWER CHASSIS (57-300349-4XX)

(27)

TO HUB GLOBAL VIDEO IN

TO RIGHT OVERHEAD MONITOR (57-300027-000) TO ODD LANE TOUCHSCREEN

See “351TouchFlatLGP.pdf” for graphic

Scorers 111

Touchworx Flatscreen Lane Pair Wiring Diagram (on next page) (1) (4) (7) (10)

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

TOUCHSCREEN (57-300869-000) P6 TOUCHSCREEN INPUT P3 LCD INPUT TOUCHWORX CONTROLLER

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

LCD PANEL (57-300868-000) P7 RS232 TOUCH OUTPUT P4 INVERTER OUTPUT ODD LANE

(14) (17) (20) (23) (26) (29) (32) (35)

CONSOLE AUDIO (57-300164-4XX) J2 OPTION OUT J1 AUDIO IN J3 SPEAKER J2 POWER TOUCHSCREEN J4 LOCAL AREA NETWORK/AUDIO IN J2 ODD LANE 12 VOLTS DC OUT J4 EVEN POWER

(15) (18) (21) (24) (27) (30) (33) (36)

(37) EVEN LANE TOUCHSCREEN

(38)

P8 VIDEO INPUT

(39)

(40) J4 OPTION IN

(41)

LANE GROUP PROCESSOR

(42)

(43) INPUT/OUTPUT PRINTED CIRCUIT BOARD (46) EVEN LANE

(44) (47)

J2 OUTPUT LEFT MONITOR 115 VOLT, 230 VOLT (57-300304-000)

(45) (48)

TO GROUND J6 MICROPHONE J3 AUDIO OUT SECONDARY CONSOLE J6 MONITOR POWER RELAY J8 POWER OUT J7 POWER IN J5 EVEN LANE 12 VOLTS DC OUT RELAY PRINTED CIRCUIT BOARD (57-300815-000) TO J1 ON NEXT PRIMARY CONSOLE AUDIO PRINTED CIRCUIT BOARD (57-300164-4XX) (REFERENCE) REMOTE VIDEO PRINTED CIRCUIT BOARD (57-300103-4XX) J1 OUTPUT RIGHT MONITOR 110 VOLT - CONFIGURED IN FIELD

(13) (16) (19) (22) (25) (28) (31) (34)

ODD LANE TOUCHSCREEN LCD CONTROLLER (57-300878-000) P5 POWER INPUT INVERTER PRINTED CIRCUIT BOARD (57-300877-000) CONSOLE OPTION (57-300249-4XX) CONSOLE CONTROLLER (57-300195-4XX) J2 AUDIO OUT J1 KEYBOARD J1 DATA TOUCHSCREEN J1 LOCAL AREA NETWORK/AUDIO OUT J3 15 VOLTS AC IN J1 ODD POWER

112 Scorers

See “351TouchFlatLane.pdf” for graphic

Scorers 113

Primary Powerworx Console Wiring Diagram (on next page) (1) (4) (7) (10) (13) (16) (19)

TO GROUND 230 VOLTS ALTERNATING CURRENT POSITION 4 POSITION 5 POWER INPUT CONSOLE VIDEO CONSOLE CONTROLLER (57-300195-4XX) (REFERENCE) (22) SHIELD (25) MICROPHONE (28) (31) (34) (37) (40) (43)

COMMON CRT POWER RELAY POSITION 2 POSITION 6 VIDEO AND SYNC INPUT CSYNC CONSOLE AUDIO (57-300164-4XX) (REFERENCE) (23) MICROPHONE (26) 486 MOTHERBOARD (57-300126-000) (REFERENCE) POWER SUPPLY (57-300160-000) (29) LOCAL AREA NETWORK CARD (ETHERNET) (REFERENCE) (57-300125-000) (REFERENCE) SOUND BOARD (OPTIONAL) (32) SPEAKER LOCAL AREA NETWORK A (35) LOCAL AREA NETWORK B EXCITER 1(38) EXCITER 2+ INPUT/OUTPUT (57-300044-4XX) (REFERENCE)(41) HARD DRIVE TO SECONDARY CONSOLE J4 (44) TO SECONDARY CONSOLE AUDIO PRINTED CIRCUIT BOARD J1

(46) FROM CENTER MANAGEMENT SYSTEM AUDIO/VIDEO UNIT OR PRIOR AUDIO PRINTED CIRCUIT BOARD (49) SOUND BOARD OPTIONAL AND TOUCHWORX (52) TO LEFT OVERHEAD (55) NON-TOUCHSCREEN CRT (58) FROM CMS AUDIO/VIDEO UNIT OR REMOTE VIDEO PRINTED CIRCUIT BOARD (J8) (61) INSTALLED FOR OVERHEADS

114 Scorers

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

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

115 VOLTS ALTERNATING CURRENT POSITION 3 POSITION 1 NO CONNECTION GROUND ISA BUS (PART OF MOTHERBOARD) DRAIN

(24) (27)

MICROPHONE + RESET

(30)

SPEAKER

(33) (36) (39) (42) (45)

SPEAKER + EXCITER 1+ EXCITER 2FROM HUB TO NEXT PRIMARY CONSOLE AUDIO PRINTED CIRCUIT BOARD J1 OR TERMINATOR TO NEXT REMOTE VIDEO PRINTED CIRCUIT BOARD J7

(47)

TO SECONDARY CONSOLE CRT CABLE

(48)

(50)

REMOTE VIDEO

(51)

TO RIGHT OVERHEAD

(53) (56)

AUXILIARY TRANSFORMER VIDEO OUTPUT

(54) (57)

(59)

TO PINSETTER INTERFACE (J4) OR GS PINSETTER LOW VOLTAGE BOX

(60)

VIDEO PROCESSOR ADJUSTMENT PRINTED CIRCUIT BOARD (57-215806-000) SPEAKER OUT

See “351PriPowerCon.pdf” for graphic

Scorers 115

Secondary Powerworx Console Wiring Diagram (on next page) (1) TO GROUND

(2)

(4) ORANGE (230 VOLTS ALTERNATING CURRENT)(5) (7) (10) (13) (16)

GREY (COMMON)

(3)

BROWN (100 VOLTS ALTERNATING CURRENT) (6)

BLACK (COMMON) POSITION 3 POSITION CONSOLE CONTROLLER (57-300195-4XX) (REFERENCE) (19) SPEAKER

(8) (11) (14) (17)

SCANNER/PINSETTER INTERFACE POWER POSITION 4 POSITION 2 KEYBOARD

(9) (12) (15) (18)

(20)

SPEAKER +

(21)

(22) (25) (28) (31)

(23) (26) (29) (32)

MICROPHONE POWER INPUT TC NO CONNECTION

(24) (27) (30) (33)

(34) DRAIN

(35)

(36)

(37) BROWN WITH WHITE (40) ADJUSTMENT PRINTED CIRCUIT BOARD

(38) (41)

TO PRIMARY CONSOLE VIDEO PRINTED CIRCUIT BOARD J1 GREEN WITH YELLOW NON-TOUCHSCREEN CRT

(43) SECONDARY TRANSFORMER

(44)

CIRCUIT BREAKER

SHIELD VIDEO AND SYNC INPUT CC GROUND

116 Scorers

(39) (42)

BLUE (115 VOLTS ALTERNATING CURRENT) BLACK (115 VOLTS ALTERNATING CURRENT) CRT POWER RELAY (11-672522-000) FROM PRIMARY CONSOLE (J5) POSITION 1 SPEAKER CONSOLE AUDIO (57-300164-4XX) (REFERENCE) MICROPHONE + YC RC FROM PRIMARY CONSOLE AUDIO PRINTED CIRCUIT BOARD J3 BLUE WITH WHITE VIDEO PROCESSOR VIDEO OUTPUT PRINTED CIRCUIT BOARD

See “351SecPowerCon.pdf” for graphic

Scorers 117

Teamworx (Keypad or Entry Station) Wiring Diagram (on next page) (1) TO GROUND

(2)

BLUE (115 VOLTS AC)

(3)

(4) NO CONNECTION (7) MINI-CONSOLE POWER

(5) (8)

BLACK (115 VOLTS AC) HARD DRIVE (57-300265-4XX)

(6) (9)

(10) ETHERNET LAN PRINTED CIRCUIT BOARD (57-300125-000) (13) 486 CPU PRINTED CIRCUIT BOARD (57-300126-000) (16) ORANGE (230 VOLTS AC) (19) TO PINSETTER INTERFACE BOX

(17) (20)

(22) GLOBAL VIDEO OUT (57-300007-000)

(23)

(25) (ISA BUS) (CPU BOARD)

(26)

(28) TEAMWORX PRIMARY KEYPAD OR ENTRY STATION (31) J4 LLAN/EXCITER AUDIO TO SECONDARY CONSOLE CONTROLLER PRINTED CIRCUIT BOARD (34) MICROPHONE

(29)

(37) GLOBAL AUDIO OUT TO SECONDARY CONSOLE

118 Scorers

(11) (14)

REMOTE VIDEO PRINTED CIRCUIT BOARD (57-300103-4XX) POWER CHASSIS (57-300349-4XX)

(12)

SCANNER AND PINSETTER INTERFACE BOX POWER BLACK (COMMON) I/O PRINTED CIRCUIT BOARD (57-300044-4XX) POWER SUPPLY (57-300160-000)

(15)

RESET

GRAY (COMMON) (18) TO CONSOLE CONTROLLER PRINTED (21) CIRCUIT BOARD IN PRIMARY CONSOLE (IF PRESENT) TO LEFT OVERHEAD MONITOR (57-300027-000) (24) CONSOLE CONTROLLER PRINTED CIRCUIT BOARD KEYBOARD

TO HUB GLOBAL VIDEO IN

(27)

TO RIGHT OVERHEAD MONITOR (57-300027-000) TO PINSETTER INTERFACE

(30)

SPEAKER

(32)

J1 POWER OUT TO SECONDARY CONSOLE CONTROLLER PRINTED CIRCUIT BOARD

(33)

J1 GLOBAL AUDIO IN

(35)

CONSOLE AUDIO PRINTED CIRCUIT BOARD

(36)

GLOBAL AUDIO OUT TO NEXT PRIMARY CONSOLE OR TERMINATOR

See “351Teamworx.pdf” for graphic

Scorers 119