Table.of. Installation.and.Machine.Conditions144 Contentss3images.coroflot.com/user_files/individual_files/369046... · 2011-09-26 · PRINT PROMO TICKETS: No ACCEPT $20 BILLS YES

This document contains confidential information that is proprietary to ATI. It may not be copied or disclosed to

unauthorized parties. © 2006 Aristocrat Technologies, Inc.

All rights reserved.

28-01186-0110 Nov 20061�1

MAV500™ C3 and Xtreme® Service Manual

Bill Acceptors

Installation.and.Machine.Conditions...........144Operator.Mode.Menu.Indicators.......................................................145Machine.Condition.Indicators.............................................................145

MeI Cashflow (Mars).....................................146Features.................................................................................................... 146Physical.Description..............................................................................147Security..................................................................................................... 147

Mechanics.and.Transport......................................................................................147Chassis......................................................................................................................147Acceptor.Module....................................................................................................147Cashbox....................................................................................................................148Bill/Coupon/Voucher.Entry..................................................................................148

Interface.Connector..............................................................................149Interface.Connector.–.RS232.EBDS.Version....................................................149

Cashbox.Removal..................................................................................150Cashbox.Replacement..........................................................................150Bill.Acceptor.Removal...........................................................................151Clearing.Bill.Acceptor.Jams..................................................................151Care.and.Maintenance..........................................................................152

Cleaning.the.Bill.Path.and.Sensor.Area.............................................................152

Calibration............................................................................................... 153Troubleshooting......................................................................................153LED.Diagnostic.Codes..........................................................................153

JCM®.Universal.Bill.Acceptor.(UBA™)......154Features.................................................................................................... 155Physical.Description..............................................................................156Security..................................................................................................... 157

Mechanics.and.Transport......................................................................................157Acceptor...................................................................................................................158Cashbox....................................................................................................................158Bill/Voucher.Entry...................................................................................................159

Interface.Connector..............................................................................160UBA.Rear.Panel.Connector.PIN.Assignments................................................160

Installation.and.Machine.Conditions..................................................161Cashbox.Removal..................................................................................162

Table.of..Contents




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Bill Acceptors

Assembly.(Acceptor.and.Transport).Removal.................................163Clearing.Bill.Acceptor.Jams..................................................................165

Bill.Jam.Near.the.Bill.Acceptor’s Entrance........................................................165Bill.Jam.Near.the.Cashbox.Entrance..................................................................165

Cleaning.................................................................................................... 166Calibration............................................................................................... 168

In-machine.Auto-calibration.................................................................................168Workbench.Auto-calibration...............................................................................168Adjustment.Procedure..........................................................................................169UBA.Adjust.Tool.Screen........................................................................................169Set.White.Reference.Paper..................................................................................169Set.Black.Reference.Paper....................................................................................170Set.UV.Reference.Paper.......................................................................................170

Troubleshooting......................................................................................171Transport.Motor.Speed.Test................................................................................171Stacker.Test..............................................................................................................172Running.Test.............................................................................................................172Anti-Pullback.Mechanism.Test..............................................................................172Centering.Mechanism.Test....................................................................................173Solenoid.Test............................................................................................................173General.Sensor.Test...............................................................................................174Bill.Acceptance.Test................................................................................................174DIP.Switch.Test........................................................................................................175

JCM®.Sentry™.Intelligent.Bezel.................176Installation................................................................................................ 176Troubleshooting......................................................................................177

JCM®.world.Bill.Acceptor.(wBA™)..........178Features.................................................................................................... 178Physical.Description..............................................................................179Security..................................................................................................... 180

Mechanics.and.Transport......................................................................................180Acceptor...................................................................................................................181Cashbox....................................................................................................................181Bill/Voucher.Entry...................................................................................................182

Interface.Connector..............................................................................183Interface.Connector.Pinout.................................................................................183

Installation.and.Machine.Conditions..................................................184Cashbox.Removal.and.Replacement.................................................185Assembly.(Acceptor.and.Transport).Removal.................................186




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Bill Acceptors

Clearing.Bill.Acceptor.Jams..................................................................187Accessing.the.Acceptor.Bill.Channel.................................................................187Accessing.the.Transport.Bill.Channel.................................................................187

Cleaning.................................................................................................... 188Calibration............................................................................................... 189

In-machine.Auto-calibration.................................................................................189Workbench.Auto-calibration...............................................................................189Auto-calibration.Procedure.................................................................................189

Troubleshooting......................................................................................190Initiating.a.Test.........................................................................................................191Determining.Test.Results......................................................................................192Acceptor.Sensor.Sub-Test:.Setup........................................................................192Acceptor.Sensor.Sub-Test:.Performing.the.Test..............................................193Transport.Sensor.Sub-Test...................................................................................194Bill.Receiving.Test.without.Cashbox...................................................................195Issues.and.Remedies..............................................................................................196

appendix a: JCM® UBa™ Bill acceptor....197Cashflow Bill Acceptor Diagnostic Codes.......................................197Transport.Motor.Speed.Test.Error.Conditions...............................198Bill.Stacker.Test.Error.Conditions......................................................198Running.Test.Error.Conditions............................................................199Anti-pullback.Error.Conditions..........................................................200Centering.Mechanism.Error.Conditions..........................................200Solenoid.Mechanism.Error.Conditions.............................................200Bill.Acceptance.Test.DIP.Switch.Settings..........................................201Malfunction.LED.Error.Codes............................................................203LED.Reject.Codes..................................................................................205

appendix B: JCM® WBa™ Bill acceptor...207Return.Codes.for.Tests.8.and.9.–.Table.1.........................................207Return.Codes.for.Tests.8.and.9.–.Table.2.........................................208




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Bill Acceptors

Bill acceptor configuration options are established through the Operator Mode Menu settings. To enable specific bill denominations, set the required bill values in both the bill acceptor through the use of configuration coupons available through the manufacturer’s Operation & Maintenance Manual. EGM configuration is established through Operator Mode Menu options.

The settings for accepted bill denominations are found in the Operator Mode Menu 5. Operator Setup/Selections Menu 5.1 Game Machine Options Bill/Voucher Options and Device Driver Options.

“Lockup error to be acknowledged”

Play 10 Lines — Press to enabled/disable 5 invalid bills rejectService — Press to select next optionCashout/TakeWin — Press to select previous optionBet 3 Credits — Press to return to previous menuAudit Key — Turn off to exit

5 INV. BILL REJECT Enabled ACCEPT $1 BILLS YESMAX BACC LIMIT $ 100 ACCEPT $2 BILLS NOACCEPT VOUCHERS Yes ACCEPT $5 BILLS YESVOUCHER LIMIT $200.00: 20,000cr ACCEPT $10 BILLS YESPRINT PROMO TICKETS: No ACCEPT $20 BILLS YES ACCEPT $50 BILLS YESTICKET VALIDATION Secure Enhanced ACCEPT $100 BILLS YESBAR CODE Interleaved 2 Of 5VALIDATION LENGTH System

VOUCHER LAYOUT TYPE Extended LayoutVOUCHER EXPIRATION No Expiration

BILL/VOUCHER OPTIONS

Operator Setup / Selections - Bill / Voucher Options

INSTAllATION.AND.MACHINE.

CONDITIONS

INSTAllATION.AND.MACHINE.

CONDITIONS

Refer to the Machine Modes module of the Operator Manual for

additional information.






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Bill Acceptors

Several Operator Mode menu displays provide bill acceptor information that addresses bill entry history, machine status, accounting/audit/statistics data, and error and lockup information. These menus are:

2. Accounting Information

2.1 Current Meters – Main

2.2 Periodic Meters – Main

2.9 Cash Information 2.9.1 Bill Acceptor Meters

3. Diagnostic Information

3.1 Security Meters (Screen 3)

3.4 BACC Signature Log

3.5 Bill Acceptor Log

4. Test/Diagnostics Mode

4.10 Bill Acceptor Test

5. Operator Setup/Selections

5.1 Game Machine Options

5.1 Game Machine Options Bill/Voucher Options

5.1 Game Machine Options Device Driver Options

5.2 Jurisdictional Settings

6. Miscellaneous

6.1 BACC CRC Seed Setup

7. Current Lockup

The green LEDs should be active; this indicates bill acceptor readiness. The green bezel LEDs extinguish and red LEDs illuminate when the EGM disables the bill acceptor (such as a door open occurrence), or when a bill acceptor error is active. Conditions that produce lockups display on-screen. The alarm sounds for error conditions.

Operator.Mode.Menu.IndicatorsOperator.Mode.

Menu.Indicators





Machine.Condition.Indicators

Machine.Condition.Indicators




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Bill Acceptors

The MEI Cashflow SC (Cashflow) series bill acceptor is equipped with advanced digital processing technology, algorithms and engineering.

MEI Cashflow Bill Acceptor

The full system provides a range of features, including:

Advanced acceptance and security that incorporates a unique recognition and processing system, with a higher overall acceptance rate for all bills, plus bar code recognition, which eliminates consumer frustration.Exceptional bill handling, which virtually eliminates early rejects by attempting to accept all bills. The bill transport system enables currency transaction in all conditions and decreases the risk of jams. The bill path is sealed against fluid and dust. The continuous gear-drive system has 16 rollers between the acceptor and cashbox, and transports and stacks bills into a locked, removable cashbox.Superior ease of use: the unit removes, opens and cleanes easily; “traffic light” light emitting diodes (LED) provide front-line at machine diagnostics. A USB port on the front of the unit allows convenient interface for support tools. A one-hand, ergonomic cashbox with no latches or levers on the cashbox.

MEI.CASHflOw.(MARS)

MEI.CASHflOw.(MARS)

featuresfeatures




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Bill Acceptors

The bill acceptor consists of an optical scanning unit linked to a cashbox assembly for the entry and storage of a range of bills, coupons and vouchers (documents). The bill acceptor cage assembly, which houses the bill acceptor and stacker, is located on the right side of the cabinet.

The Cashflow’s bill/coupon/voucher acceptance rate is 98% or greater. Transaction speed is approximately three seconds to stack with a maximum of one document in escrow at a time. The Cashflow operates at 12V to 28VDC. In standby it consumes 10 Watts, 30 Watts during acceptance, and 70 Watts while stacking. Operating environment is 0°C to 60°C (32°F to 140°F); storage temperature is -30°C to 70°C (-22°F to 158°F) and humidity at 5% to 95%.

The cashbox may be fitted with one or two security locks. Standard 5/8” and 1-1/8” formats are supported. There is a significant variety of lock designs, and spacer washers may be required for some lock types.

The bill acceptor assembly consists of the acceptor module, interface card, chassis and cashbox. The acceptor module slides into the chassis, where it is securely latched in place. The connectors at the back of the acceptor module establish electrical connection to the corresponding contacts on the interface card. The cashbox slides into position and latches into the chassis beneath the acceptor module. The entire assembly is secured in the interior right side of the cabinet.

The chassis provides mounting for the acceptor module, interface card, configuration-specific cable, and the cashbox.

A combination of four standard and four double-drive wheels, and eight pressure rollers, coupled with a continuous gear-drive system, provides automatic centering, alignment and transport of the inserted document without the use of timing belts.

The two double-drive rollers near the front of the acceptor assure the inserted document is drawn in and aligned correctly for identification and validation. Four gear-driven rollers assure a smooth transition through the acceptor to the cashbox. Along the way, the document is illuminated by a six-wavelength “light bar” and scanned by 10 lensed receivers, which monitor 300% more surface area.

Physical.DescriptionPhysical.Description

SecuritySecurity

Mechanics.and.Transport


ChassisChassis

Acceptor.ModuleAcceptor.Module




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Bill Acceptors

The cashbox includes eight gear-driven rollers and eight pressure rollers to assure transport of the document into the stacking position. The motor in the transport drives the document through a gear train that meshes with the gear train in the cashbox.

When the document moves into position, the pusher activates via another gear train and the document stacks. The cashbox has a capacity of approximately 500 documents.

Operation commences when a bill, coupon or a voucher (document) is inserted into the bill acceptor. The document may be inserted face up or face down, either end first. Bar-coded coupons and vouchers must be inserted face up, either end first. The unit grips the inserted document, aligns it and moves it through the optical system.

Analog readings are taken along the entire length of the bill or voucher, converted to their digital equivalents, and stored in Random Access Memory (RAM) as a profile of the bill. The stored data are then matched against the profiles stored in program memory. The Digital Signal Processor (DSP) attempts to identify the document. Once identified as a bill of a specific denomination using advanced recognition algorithms, the DSP attempts to validate the bill as genuine. Bar-coded documents are read only. Validation of coupons and vouchers is normally provided by the host system. If valid, the value returns to the EGM for final disposition of the document.

If the document is not recognized, it is returned to the player immediately. A recognized document is held in escrow until accepted or rejected by the EGM. The EGM is notified of the value of the bill, or the validation number encoded in the barcode of the coupon or voucher.

A bill or voucher should be given three read attempts before it is classified as unreadable.

If the value of the document is acceptable, a STACK command is sent to the bill acceptor. Credits issue only after the document exits the bill acceptor and reaches the security stacker. If the value of the document is not acceptable, a RETURN command is sent.

CashboxCashbox

Bill/Coupon/.Voucher.Entry

Bill/Coupon/.Voucher.Entry

Document.RecognitionDocument.Recognition

Unacceptable.DocumentUnacceptable.Document

Acceptable.DocumentAcceptable.Document




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Bill Acceptors

Cashflow bill acceptors with an Extended Bi-Directional Serial (EBDS) Interface have a cable that terminates with a 12-pin connector.

12 PIN Chassis Docking Station Connector (End View)

Connector PIN # Wire Color RS232 EBDS version

P2 pin

1 White 10

2 Gray 12

3 Red --------

4 Yellow 11

5 Blue Ground2 D&H

6 Pink RS232 EBDS RXD1 L

7 Black Power –2 2 & B

8 Purple LED Supply 9

9 Brown --------

10 Orange --------

11 Green Power + 1 & A

12 Tan RS232 EBDS TXD1 K

Interface..Connector


For additional information, see the MEI Interface Manual 002850103.

For additional information, see the MEI Interface Manual 002850103.

Interface.Connector.–.RS232.EBDS.Version

Interface.Connector.–.RS232.EBDS.Version

1RXD refers to input to Bill Acceptor. TXD is an output. 2Pins 7 and 5 are tied with a loop of wire in back of the 12pin connector.

1RXD refers to input to Bill Acceptor. TXD is an output. 2Pins 7 and 5 are tied with a loop of wire in back of the 12pin connector.




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Bill Acceptors

To remove the cashbox grasp the yellow strap on the cashbox and pull firmly to release it. The cashbox does not lock onto the chassis.

To remove the cashbox when not installed, grab onto the yellow handle and place your thumb on the chassis. Placing your thumb at this location provides sufficient leverage to remove the cashbox.

Correct placement for cashbox removal

With the chassis mounted securely to the EGM, insert the cashbox into the chassis. The cashbox has slots on both sides guiding it into the chassis. When inserting the cashbox, resistance may be felt from the two springs inside the chassis. Ensure that the cashbox is inserted all the way in so that the rear of the cashbox is flush against the chassis wall.

Cashbox..RemovalCashbox..Removal

The cashbox does not lock to the chassis. When the cashbox is removed from the container, or when it is not installed, never carry the bill acceptor by the handle of the cashbox. The cashbox may release causing the rest of the unit to fall and damage the chassis.

The cashbox does not lock to the chassis. When the cashbox is removed from the container, or when it is not installed, never carry the bill acceptor by the handle of the cashbox. The cashbox may release causing the rest of the unit to fall and damage the chassis.

Cashbox.Replacement

Cashbox.Replacement




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Bill Acceptors

To remove the acceptor unit, pull upwards on the yellow bar located on the front of the acceptor, and then pull away from the chassis.

Step Description

1 Remove the acceptor by pulling upwards on the yellow bar at the front of the bill acceptor, and then pull away from the chassis.

2 Open the acceptor by sliding the yellow cover (latch) forward and light to expose the bill path (drawings on top of the yellow cover).

3 Clear the bill jam.

Bill.Acceptor.Removal

Bill.Acceptor.Removal

Clearing.Bill.Acceptor.Jams


Remove the bill acceptor from the chassis to open the front sensor area. Forcing the bill path open without removing the bill acceptor from the chassis damages the connector board at the rear of the acceptor.

Remove the bill acceptor from the chassis to open the front sensor area. Forcing the bill path open without removing the bill acceptor from the chassis damages the connector board at the rear of the acceptor.




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Bill Acceptors

Periodic maintenance improves the performance and extends the life of a bill acceptor. According to the manufacturer, cleaning should be performed after two years, depending upon use, or if the unit’s acceptance rate drops below normal.

Wipe the bill path with a mild, non-abrasive, diluted cleaning solution sprayed onto a soft cloth, not sprayed directly onto the bill acceptor.

Step Description

1 Remove the acceptor from its normal operating position.

2 Open the unit; pull upwards on the yellow bar located on the front of the acceptor, and then pull away from the chassis.

3 Clear the bill path area of any foreign objects.

4 Clean both the top and bottom halves of the bill path and sensor areas as needed.

For stubborn dirt, use a damp cloth to apply a small amount of mild non-abrasive soap. Ensure no streaks or residue from the cleaning product remains on the bill path.

Care.and.Maintenance

Care.and.Maintenance

Do not flood the bezel area, as liquids must not be allowed to seep down into the bill acceptor unit. Do not use solvents, such as isopropyl alcohol or petroleum based cleaners, as permanent damage to the acceptor optic lenses and other internal items may result.

Do not flood the bezel area, as liquids must not be allowed to seep down into the bill acceptor unit. Do not use solvents, such as isopropyl alcohol or petroleum based cleaners, as permanent damage to the acceptor optic lenses and other internal items may result.

Cleaning.the.Bill.Path.and.Sensor.Area

Cleaning.the.Bill.Path.and.Sensor.Area

Remove the acceptor from the chassis to open the front sensor area. Forcing the bill path open without removing the acceptor from the chassis damages the connector board at the rear of the acceptor.

Remove the acceptor from the chassis to open the front sensor area. Forcing the bill path open without removing the acceptor from the chassis damages the connector board at the rear of the acceptor.




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Bill Acceptors

The Cashflow does not require any calibration in the field. Thus, the unit has no switch settings or calibration mode that allows a user to perform a calibration. If, for any reason, the unit requires calibration, contact the manufacturer.

There are 17 color-coded combinations of diagnostic LEDs on the Cashflow bill acceptor. For each color, there is a solid indicator and four flashing combinations. If multiple failure conditions occur, the most severe condition is displayed. All three LEDs may illuminate or flash simultaneously.

LED Color Description

Red Indicates a hard tilt: one of the bill acceptor components requires replacement.

Yellow Indicates a soft tilt: the operator can correct the issue at the machine.

Green Indicates there is no tilt: there are no problems with the bill acceptor.

MEI Bill Acceptor “Traffic Light” Display

CalibrationCalibration

TroubleshootingTroubleshooting

lED.Diagnostic.Codes

lED.Diagnostic.Codes

See Appendix A for information on diagnostic codes.

See Appendix A for information on diagnostic codes.




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Bill Acceptors

The Japan Cash Machine American Corporation (JCM) Universal Bill Acceptor (UBA) provides advanced solutions for the entry, security, and management of bills, coupons and vouchers (documents). The unit communicates with the electronic gaming machine (EGM) via an RS-232 serial channel.

JCM Universal Bill Acceptor

JCM®.UNIVERSAl.

BIll.ACCEPTOR.(UBA™)

JCM®.UNIVERSAl.

BIll.ACCEPTOR.(UBA™)




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Bill Acceptors


Improved sensing technology that makes use of magnetic and optical sensors to validate the currency.Optical sensing that consists of infrared, red and green LEDs, phototransistors, UV, reflective, transparency and bar code sensors.Acceptance of currency from multiple countries at the same time without changing validator software.Automatic centering mechanism that centers bills and vouchers in the middle of the bill path regardless of how the bill or voucher was inserted, which allows a greater first time acceptance rate and eliminate additional bill guides in the entry bezel and cashbox.An automatic retry feature that re-scans a bill or voucher up to three times before rejecting, which greatly increases the acceptance rate.A USB download port located in the front of the unit for easy accessibility, which allows quick and easy program downloads without removing the unit from the game.A plastic cashbox manufactured from a high impact, highly durable plastic that resists damage and is backward compatible with all World Bill Acceptor (WBA) units currently in the field. In addition, a viewing window allows visibility of the last bill stacked without opening the cashbox.The UBA is the same size as the current WBA and mounts in the same fashion; the front bezel mounting configuration remains the same as the WBA.An anti-pullback roller device that prevents “stringing”with interlocking teeth, which eliminate bill pull-back through the entry.

featuresfeaturesAdditional information is available from

the UBA Operation and Maintenance Manual, part number 960-000097 Rev. A, for from the manufacturer’s website at www.jcm-american.com.

Additional information is available from the UBA Operation and Maintenance

Manual, part number 960-000097 Rev. A, for from the manufacturer’s website at www.jcm-american.com.




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Bill Acceptors

The bill acceptor consists of an optical and magnetic scanning unit linked to a transport and cashbox assembly for the entry and storage of a range of bill denominations and vouchers. The bill acceptor and stacker is located on the interior right side of the cabinet.

The bill entry channel is situated on the EGM’s main door with the bill denomination display panel. Access to the bill acceptor stacker for removal can be achieved by opening the EGM’s stacker access door, unlocking the stacker cage, and then removing the stacker.

Bill Acceptor, Stacker and Universal Cage Assembly





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Bill Acceptors

For security reasons, the stacker access door as well as the cashbox can be equipped with high-security locks.

The status of the stacker access door is monitored by the EGM’s firmware. If this link is broken, the EGM locks up and displays the error message: DOOR OPEN – BILL ACCEPTOR on-screen.

If the cashbox is removed, the error message STACKER REMOVED also displays on-screen and the alarm sound emits through the speakers. Both of these exceptions are reported to the on-line system, if installed.

The bill acceptor assembly consists of the acceptor and transport. The assembly slides into the bill acceptor frame, where it is securely latched in place. The cashbox slides into position and latches into the bill acceptor frame just below the transport. The entire assembly is secured in the interior right side of the cabinet.

The transport assembly contains the main logic assembly, two drive motors, associated gears, belts and opto-interrupters.

The main logic assembly provides all of the control functions for the acceptor. It may be configured with either FLASH or EPROM program memory.

One drive motor provides motive power to the drive belts, which transport the bills or vouchers through the acceptor and into the cashbox. The other drive motor is linked, via a gear train, to the stacker mechanism in the cashbox.

The two upper timing belts are individually tensioned to assure a reliable and straight feed. The lower timing belt assures transport of the bill or voucher to the entrance of the cashbox.

A connector and mounting provisions provide for the acceptor, which mounts into the transport assembly.

Two opto-interrupters, mounted at the rear of the transport, monitor the presence of the cashbox and bill pusher activity.

SecuritySecurity



Transport.ComponentsTransport.Components

Main.logic.AssemblyMain.logic.Assembly

Drive.MotorsDrive.Motors

gears,.Belts.and..Opto-interrupters





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Bill Acceptors

For optimal processing of the full range of international bills and vouchers, there are two types of head configuration:

Magnetic sensors are included for markets such as USA and Australia.There are no magnetic sensors for markets such as New Zealand and much of Asia.

Interchangeable guide rails in the acceptor accommodate the various widths of international bills and vouchers. The channel width is selected by the manufacturer to be optimal for each market place. The width is chosen from one of the options 66, 70, 76 and 80mm.

Two drive rollers in the front and two timing belts in the rear of the lower sensor unit of the acceptor assure transport of the inserted bill or voucher while several red, infrared, and magnetic sensors scan both faces.

The cashbox includes drive belts and rollers to assure transport of the document into the stacking position. The second motor in the transport drives the document through a gear train that meshes with another gear train in the cashbox.

When the document moves into position, the pusher activates via another gear train and the document is stacked. The cashbox has a capacity of approximately 500 bills or vouchers.

Two plastic levers mounted to the frame contact the cashbox and the pusher plate. These levers mesh with two opto-interrupters at the rear of the transport, which allows the microprocessor to detect cashbox presence and monitor bill-pusher activity.

AcceptorAcceptor

guide.Railsguide.Rails

Drive.Rollers.and..Timing.Belts


CashboxCashbox

Stacking.a.Document..in.the.Cashbox





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Bill Acceptors

Operation commences when a bill of a suitable denomination or a voucher is inserted into the bill acceptor. The document may be inserted face up, either end first. The unit grips the inserted document and moves it over the magnetic head and through the optical system.

Analog readings are taken every sixteenth of an inch for the entire length of the document, converted to their digital equivalents, and stored in Random Access Memory (RAM) as a profile of the bill. The stored data are then matched against the profiles stored in program memory.

The document is evaluated and either accepted or rejected. If the document is rejected, it is returned to the player immediately. If the document is accepted, the EGM is notified of the value of the document.

A document should be given three read attempts before it is classified as unreadable.

If the value of the bill is acceptable, a STACK command is sent to the bill acceptor. Credits issue only after the document exits the bill acceptor and reaches the security stacker. If the value of the document is not acceptable, a RETURN command is sent.

Bill/Voucher.EntryBill/Voucher.Entry

Document.RecognitionDocument.Recognition

Unacceptable.DocumentUnacceptable.Document

Acceptable.DocumentAcceptable.Document




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Bill Acceptors

The rear panel connector, mounted at the back of the frame, upper left corner, provides connections to the transport from the EGM’s backplane board. Not all of the 20 available pins are used in any given installation. Serial communications with the EGM requires only pins 1 to 7.

USB Rear Panel Connector

PIN Signal I/O Function

1 +12V POWER +12V DC power

2 GROUND (Power) 0V DC Ground Plain

3 M. Res In Bill acceptor master reset signal line

4 PC-RS232C OUT Out Serial data signal output line from acceptor to controller

5 +12V I/F +12V CD Interface Power

6 PC-RS232C IN In Serial data signal input line from controller to acceptor

7 GND I/F Photo-coupler Zero (0) Volt CD Interface power

8 (TTL1) (In) Reserved (TTL1) input

9 (TTL1) (Out) Reserved (TTL1) output





14 LED POWER LED drive line – anode




18 LED- (TTL4) (Out) LED Drive Line – cathode / TTL4





UBA.Rear.Panel.Connector.PIN.

Assignments

UBA.Rear.Panel.Connector.PIN.

Assignments




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Bill Acceptors

Bill acceptor configuration options are established by the use of DIP switches on the bill transport unit as well as through the Operator Mode Menu settings. To enable specific bill denominations, set the required bill values in both the bill acceptor DIP switches and the Operator Mode Menu options. Normal operation of the UBA requires all DIP switches to be OFF. For more information, refer to the JCM software specification sheet for DIP switch assignments of the particular software installed in the bill acceptor.

Chip LED

Transport Unit Release Lever

DiagnosticLEDs

Front BezelConnector

Acceptor Unit

Front Access Door

Upper Guide Lever

Transport Unit Release Lever

Cashbox

DIPSwitchBlock

USBConnector

JCM UBA Configuration Dip Switches

Installation.and.Machine.

Conditions

Installation.and.Machine.

Conditions




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Bill Acceptors

Step Description

1 Open the belly door. The DOOR OPEN – BILL ACCEPTOR machine lockup occurs.

2 Unlock and open the stacker access door.

3 Open the cashbox door.

4 Pull on the cashbox handle to remove the cashbox from the bill acceptor frame.

5 Open the cashbox door and retrieve the bills. Replace the cashbox by pushing it into the frame until it locks into position.

UBA Cashbox Removal

Cashbox.RemovalCashbox.Removal




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Bill Acceptors

Step Description

1 Open the main door and turn the power OFF.

2 Open the belly door; unlock and open the stacker access door.

3 Press down on the front latch and slide the transport assembly forward.

4 Pull the release lever located on top of the unit and fully open the transport cover.

5 Fully open the front access door and lift and hold the upper guide left and right sides.

Hold the upper guide while removing the transport right and left covers, because it does not stay in the upright position by itself.

6 Slide each cover outward to remove each side cover and release the six tabs, three located on each side of the transport cover, using a flathead screwdriver.

7 Remove the transport cover upward using the two rear tabs as points of support.

When removing the transport cover, handle the cover’s hook carefully.

Reverse the above steps to replace the acceptor and transport.

Assembly.(Acceptor.and.Transport).

Removal


Removal

Improper handling may result in personal injury and/or damage to the equipment.

Improper handling may result in personal injury and/or damage to the equipment.




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Bill Acceptors

JCM UBA Transport Assembly


Removal.(continued)


Removal.(continued)




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Bill Acceptors

If a jam occurs, the unit is usually able to clear itself within a short period as an automatic process. If the jam persists, a tilt message initiates and a machine lockup occurs.

The scanning and transport channel of the bill acceptor passes currency in a direct process to the stacker. If a bill or voucher becomes lodged within either the acceptor or transport channels, the following steps enable jam clearance.

Step Description



3 Pull the tab located at the top of the acceptor to open the unit’s cover and remove the jammed bill.

4 To return the unit to the operating position, close the unit’s cover and lower the tab to its home position.

5 Close the stacker access door and the belly door. Open the main door and switch the power ON; close and lock the main door.

Step Description



3 Open the cashbox door and pull on the box handle to remove the cashbox from the frame; remove the jammed bill.

4 Return the unit to the operating position by sliding the cashbox into the frame.

5 Close the stacker access door and the belly door. Open the main door and switch the power ON; close and lock the main door.



The bill acceptor is controlled by complex electronics. Unqualified personnel must not interfere with the unit. Ensure the power is turned OFF before any maintenance procedures are conducted on the bill acceptor or stacker.


Bill.Jam.Near.the.Bill.Acceptor’s.Entrance

Bill.Jam.Near.the.Bill.Acceptor’s.Entrance

Bill.Jam.Near.the.Cashbox.EntranceBill.Jam.Near.the.

Cashbox.Entrance




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Bill Acceptors

Occasional wiping of the plastic bezel surface is all that is required to remove surface deposits and smudges. A soft dry cloth is recommended for cleaning. Use a mild solution of liquid dish washing detergent if necessary.

With prolonged use, a build-up of dirt from the surface of the bills accumulates on the pressure rollers, drive belt surfaces and bill acceptor optics. These areas should be cleaned to ensure reliable operation.

Step Description

1 Remove the bill acceptor transport:

Step Description

A Open the main door and turn the power OFF.

B Open the belly door; unlock and open the stacker access door.

C Press down on the front latch and slide the transport assembly forward.

D Pull the release lever located on top of the unit and fully open the transport cover.

E Fully open the front access door and lift and hold the upper guide left and right sides.

Hold the upper guide while removing the transport right and left covers, because it does not stay in the upright position by itself.

F Slide each cover outward to remove each side cover and release the six tabs, three located on each side of the transport cover, using a flathead screwdriver.

G Remove the transport cover upward using the two rear tabs as points of support.

When removing the transport cover, handle the cover’s hook carefully.

2 Open the acceptor to gain access to the bill path.

3 Using a soft lint-free cloth, wipe the surfaces of the upper and lower guides to remove any surface dirt. Pay particular attention to the optics area and the magnetic head when removing deposits from the surfaces.

CleaningCleaning

Do not flood the bezel area, as liquids must not be allowed to seep down into the bill acceptor units. Do not use solvents, such as isopropyl alcohol or petroleum based cleaners, as permanent damage to the acceptor optic lenses and other internal items may result.





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Bill Acceptors

Step Description

4 On the upper guide assembly clean the surface of the pressure rollers.

5 On the lower guide assembly, clean the timing belt surfaces by rotating one of the drive rollers while holding the cleaning cloth against it.

6 Close and latch the acceptor; open the transport to gain access to the bill path.

7 Using a soft lint-free cloth, wipe the surfaces of the upper and lower guides to remove any surface dirt.

8 Using a soft lint-free cloth, clean the three timing belt surfaces by rotating the appropriate drive gear while holding the cleaning cloth against the belt surface.

9 Close and latch the transport cover and reinstall the transport back into the frame so that it latches into place.

Cleaning.(continued)

Cleaning.(continued)




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Bill Acceptors

Re-calibration of the acceptor sensors should be conducted annually, unless operating conditions dictate increased frequency. Conduct the automatic calibration procedure following any cleaning or repair operations. Special JCM test paper is required.

Auto-calibration at the EGM is done using the JCM test cable. Remove the transport from the EGM, connect the cable to the plugs at the back of the frame and at the back of the transport and follow the auto-calibration procedure outlined below.

Conduct calibration when the component is disassembled for repair, or after a sensor board is replaced.

The following tools are required for workbench calibration:

JCM external power supply (part number 701-000148 or equivalent)A PC containing a USB port operating on Windows 2000/XP or higherWhite reference paper (JCM part number 107724)Black reference paper (JCM part number 107725)UV reference paper (JCM part number 110664)Mag toolMag head test boardAn adjustment program (ADJTOOL_V1.06-4.exe, comm..ini and adj.ini).

Step Description

1 Ensure that the UBA jumper settings are in the photo-coupler isolation position.

2 Connect the two external power supply communications cables between the UBA and PC serial ports.

3 Set the UBA front panel DIP switch 8 to ON, and turn the external power supply unit ON.

4 On the PC, create and name a new folder.

5 Save the decompressed “ADJTOOL_Vxxx.exe”, “comm.ini” and “adj.ini” adjustment programs in the newly created folder.

CalibrationCalibration

In-machine..Auto-calibration


workbench..Auto-calibration





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Bill Acceptors

Step Description

1 Ensure the PC’s COM port number used agrees with the port to which the UBA is connected by opening the “comm..ini” file using the standard PC’s notepad application.

2 Check that the COMPORT: designation number listed on the third line is the same number as the port where the external power supply unit’s 9-pin “D” communications cable is connected. If not, change the number and resave the file. If the following message appears, the selected PC COM port number for UBA connection is incorrect:

CAN NOT COM PORT!Error Code:3

3 Click the on-screen OK button to close the message. Reopen the “comm.ini” file and change the COM port number to the correct port number.

Step Description

1 Double-click on the “ADJTOOLxxx.exe” file: the UBA Adjust Tool Screen appears.

2 Click the upper right corner “S No.” text entry box in the UBA Adjust Tool menu to reveal the Manufacturer No. Entry screen.

3 Enter the UBA unit’s manufacturing date and serial number and click the OK button to return to the UBA Adjust Tool menu.

4 Set the UBA front panel DIP switch 8 to OFF and click the on-screen START button at the top of the UBA Adjust Tool menu.

5 After the automatic motor speed completes its check, the UBA Adjust Tool menu re-appears.

Step Description

1 Observe the Status: text box in the top left corner of the screen that requests a set white reference paper operation.

2 Open the UBA’s upper guide, insert the white reference paper, and close the guide.

3 Click the UBA Adjust Tool menu’s center Button Operation Waiting on-screen OK button to proceed.

Adjustment..Procedure

Adjustment..Procedure

UBA.Adjust..Tool.ScreenUBA.Adjust..Tool.Screen

Set.white..Reference.Paper

Set.white..Reference.Paper




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Bill Acceptors

Step Description

1 Shortly after setting the white reference paper, the text in the Status text box at the top left corner of the UBA Adjust Tool menu requests “Set BLACK Reference paper”.

2 Open the UBA’s upper guide and remove the white reference paper, and insert the black reference paper in its place, and close the guide.


Step Description

1 Shortly after setting the black reference paper, the text in the Status text box at the top left corner of the UBA Adjust Tool menu requests “set UV Reference paper”.

2 Open the UBA upper guide and remove the black reference paper.

3 Insert the UV reference paper so it covers the white plastic area at the rear center of the lower transport path; close the upper guide.


5 When the UV sensor adjustment procedure is complete, the text in the Status: text area instructs removal of the UV reference paper. Click the on-screen OK button upon completion.

Set.Black..Reference.Paper

Set.Black..Reference.Paper

Set.UV.Reference.Paper

Set.UV.Reference.Paper




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Bill Acceptors

The following tests provide possible remedies to malfunctions encountered:

Transport Motor Speed TestStacker TestRunning TestAnti-pullback Mechanism TestCentering Mechanism TestSolenoid TestGeneral Sensor TestBill Acceptance TestDIP Switch Test

Additional information is available from the UBA Operation and Maintenance Manual, part number 960-000097 Rev. A.

Set the UBA into the test mode and set the DIP switches to match each test shown in the following sections.

The transport motor speed test detects the forward and reverse rotational motor speed. Confirm that the motor operates smoothly without emitting abnormal noise.

Transport Motor Speed Test DIP Switch Block Settings

TroubleshootingTroubleshootingSet DIP switch 8 to OFF initially to start each test.Set DIP switch 8 to OFF initially to start each test.

Transport.Motor..Speed.Test

Transport.Motor..Speed.Test

See Appendix A – Transport Motor Speed Test Error Conditions for more

information.

See Appendix A – Transport Motor Speed Test Error Conditions for more

information.




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Bill Acceptors

The stacker test detects the bill stacker’s condition. When the test starts, the pushing mechanism begins operating constantly. When the green LED illuminates, it indicates the stacker is working properly.

Stacker Test DIP Switch Block Settings

The running test detects the UBA’s operational condition. When the test starts, the running test is continuously repeated. If neither the red nor green LEDs illuminate, the UBA is operating properly.

Running Test DIP Switch Block Settings

The anti-pullback mechanism test detects the anti-pullback mechanism condition. When the green and red LEDs are OFF, it indicates the anti-pullback mechanism is working properly. Problems with the anti-pullback mechanism are indicated by the red LED blinking nine times.

Anti-Pullback Mechanism Test DIP Switch Block Settings

Stacker.TestStacker.Test

See Appendix A – Bill Stacker Test Error Conditions for red LED flashing

indicators.

See Appendix A – Bill Stacker Test Error Conditions for red LED flashing

indicators.

Running.TestRunning.Test

See Appendix A – Running Test Error Conditions for information relating to

red LED flashing indicators.

See Appendix A – Running Test Error Conditions for information relating to

red LED flashing indicators.

Anti-Pullback.Mechanism.Test

Anti-Pullback.Mechanism.Test

See Appendix A – Anti-pullback Error Conditions for more information.

See Appendix A – Anti-pullback Error Conditions for more information.




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The centering mechanism test detects the solenoid sensor boards condition. When the green and red LEDs are OFF, it indicates the centering mechanism is working properly. Problems with the centering mechanism are indicated by the red LED blinking 14 times.

Centering Mechanism Test DIP Switch Block Settings

The solenoid test detects the solenoid sensor’s condition. When the green and red LEDs are OFF, the solenoid is working properly. Problems with the solenoid sensor board are indicated by the red LED blinking eight times.

Solenoid Mechanism Test DIP Switch Block Settings

Centering..Mechanism.Test

Centering..Mechanism.Test

See Appendix A – Centering Mechanism Error Conditions for more

information.

See Appendix A – Centering Mechanism Error Conditions for more

information.

Solenoid.TestSolenoid.Test

See Appendix A – Solenoid Mechanism Error Conditions for more information.

See Appendix A – Solenoid Mechanism Error Conditions for more information.




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The general sensor test detects the UBA’s sensors conditions. Set the DIP switches according to the sensor test desired and observe the LED illuminated conditions to check the various sensor conditions.

Step Description

1 Set the UBA into test mode by switching DIP switch 8 to ON and applying power to the UBA.

2 Set DIP switch 7 to ON and then set DIP switch 8 to OFF to start the first test.

3 Select the first sensor for testing by turning on the appropriate test switches; turn DIP switch 7 OFF to begin the test; and compare the LED illumination result to the expected result.

General Sensor Test DIP Switch Block Settings

The bill acceptance test detects the UBA’s ability to properly accept bills.

Step Description

1 Set DIP switch 8 to ON and supply power to the UBA.

2 Set the remaining DIP switches according to the figure below.

3 Insert a bill into the bill acceptor to begin the selected test.

Bill Acceptance Test DIP Switch Block Settings

general.Sensor.Testgeneral.Sensor.Test

See Appendix A for more information.See Appendix A for more information.

Bill.Acceptance.TestBill.Acceptance.TestSee Appendix A – Bill Acceptance Test DIP Switch Settings for more

information.

See Appendix A – Bill Acceptance Test DIP Switch Settings for more

information.

The bill acceptance test should be performed whenever the bill acceptor is disassembled, or new software is downloaded.

The bill acceptance test should be performed whenever the bill acceptor is disassembled, or new software is downloaded.




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Bill Acceptors

The DIP switch test reveals the correct DIP switch conditions.

Step Description

1 Set all DIP switches to ON and supply power to the bill acceptor.

2 Check that both the red and green LEDs illuminate and begin flashing.

3 Set DIP switch 8 to OFF. The blinking LED should both turn OFF.

4 Set DIP switch 8 to ON, and switches 2, 4, and 6 to OFF. Set DIP switch 8 to OFF again; the green LED should illuminate, and the red LED should remain OFF.

5 Set DIP switch 8 to ON again, switches 2, 4, and 6 to ON, and switches 1, 3, and 5 to OFF. Set DIP switch 8 to OFF again; the red LED should illuminate and the green LED should go OFF.

6 Set DIP switch 8 to ON, and all remaining DIP switches to OFF. Set DIP switch 8 to OFF again; both the green and red LEDs should illuminate.

DIP.Switch.Test




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Bill Acceptors

The Sentry Intelligent Bezel (Sentry) attaches to a UBA bill acceptor to provide the player and operator improved information regarding the bill acceptor’s proper operation.

The Sentry exhibits an animated display of green arrows on the bezel’s platform situated just below the bill acceptor and indicates the unit is ready to accept documents. During validation, the arrows on the Sentry move from side-to-side.

The Sentry displays the denominations currently being accepted by the bill acceptor; the values indicated are $1, $5, $10, $20, $50 and $100. The last bill inserted is identified by the appropriate denomination changing to orange. Green lights indicate denominations programmed as acceptable by the game.

Step Description

1 Remove the transport from the frame; remove the two screws at the front of the original bezel.

2 Disconnect the 4-wire cable from the front of the transport.

3 Open the door and pull the existing bezel straight up and out of the unit.

4 Attach the new 3-wire bezel connector to the back of the Sentry bezel circuit board.

5 Align the two edge slides on the sides of the Sentry bezel to their mating slots in the bill acceptor’s frame and carefully push the bezel down firmly onto the front of the transport in the two mating slots.

6 Plug the connector at the other end of the short bezel cable into its mating connector interface on the right-front side of the bill acceptor assembly.

7 Attach the Sentry bezel to the bill acceptor with two screws.

8 Close the door and re-install the transport into the frame.

JCM®.SENTRy™.INTEllIgENT.

BEZEl

Additional information is available from the UBA ID-003 Operation and Maintenance Manual, part

number 4960-000099, or from the manufacturer’s website at

www.jcm-american.com.

Installation

Ensure the top and bottom connector keys are on the outside. Ensure that the cable from the rear connector is not pinched behind the left screw channel when sliding the bezel into place.




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Bill Acceptors

When an error condition occurs that requires immediate attention, a flashing blue ambulance blinks on the bezel face and the bill acceptor immediately shuts down. If one of the following red icons also illuminates, specific information about the error condition is provided:

KeyCrossed circleEyeCrossed hammer and wrenchJCM logo

Bezel Display Symbols and Descriptions

The symbols illustrated below illuminate on the bill acceptor’s front panel if an error condition occurs.

Sentry Bezel Indicator Field

Troubleshooting




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Bill Acceptors

The JCM American Corporation (JCM) World Bill Acceptor (WBA) and ancillary items provide advanced solutions for the entry, security, and management of bill currency. The unit communicates with the electronic gaming machine (EGM) via the serial channel, COM 1.


A bill acceptor for entry, sensing and acceptance of bills and vouchers (documents). The unit incorporates a microcontroller, an operating system, and RAM memory.A bill stacker unit (cashbox for bill currency) which holds accepted bills and vouchers in a highly secure environment. This unit is optically linked to the transport mechanism.The bill acceptor cage assembly houses the WBA frame, which provides mounting for the acceptor, transport and cashbox, while allowing bill and voucher entry to be conveniently located on the cabinet. The assembly is located at the interior right side of the cabinet. The cashbox is accessed by opening the stacker access door, unlocking the stacker cage, and then removing the stacker.The illuminated bezel facilitates player recognition of the bill/voucher insertion area.

JCM®.wORlD.BIll.ACCEPTOR.

(wBA™)

featuresAdditional information is available

from the WBA Service Manual, part number TM0100 and the WBA Quick

Reference Manual 960-000027, or from the manufacturer’s website at

www.jcm-american.com.




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Bill Acceptors

The embedded bill acceptor consists of an optical and magnetic scanning unit linked to a transport and cashbox assembly for the entry and storage of a range of bill denominations and vouchers. The bill acceptor cage assembly, which houses the bill acceptor and stacker, is located on the right side of the cabinet.

Bill Acceptor, Bezel Entry, Stacker and Universal Cage Assembly

The bill entry channel is situated on the EGM’s main door. Access to the bill acceptor stacker for removal can be achieved by opening the EGM’s stacker access door, unlocking the stacker cage, and then removing the stacker.

Physical.Description




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Bill Acceptors

For security reasons, the stacker access door as well as the cashbox can be equipped with high-security locks.

The status of the stacker access door is monitored by the EGM’s firmware. If the link is broken, the EGM locks up and displays an error message on-screen.

If the cashbox is removed, the error message STACKER REMOVED also displays on-screen and the alarm sound emits through the speakers.

Both of these exceptions are reported to the on-line system, if installed.

The bill acceptor assembly consists of the acceptor and transport. The assembly slides into the WBA frame, where it is securely latched in place. The cashbox slides into position and latches into the WBA frame just below the transport. The entire assembly is secured to the interior right side of the cabinet.

The transport assembly contains the main logic assembly, two drive motors, associated gears, belts and opto-interrupters.

The main logic assembly provides all of the control functions for the acceptor. It may be configured with either FLASH (WBA-12) or EPROM (WBA-13) program memory.

One drive motor provides motive power to the drive belts, which transport the bills or vouchers through the acceptor and into the cashbox. The other drive motor is linked, via a gear train, to the stacker mechanism in the cashbox.

The two upper timing belts are individually tensioned to assure a reliable and straight feed. The lower timing belt assures transport of the bill or voucher to the entrance of the cashbox.

A connector and mounting provisions are provided for the acceptor, which mounts into the transport assembly.

Two opto-interrupters mounted at the rear of the transport monitor the presence of the cashbox and bill pusher activity.

Security


Transport.Components

Main.logic.Assembly

Drive.Motors





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Bill Acceptors

For optimal processing of the full range of international bills and vouchers, there are two types of head configuration:

Magnetic sensors are included for markets such as USA and Australia.There are no magnetic sensors for markets such as Canada, New Zealand and much of Asia.

Interchangeable guide rails in the acceptor accommodate the various widths of international bills and vouchers. The channel width is selected by the manufacturer to be optimal for each market place. The width is chosen from one of the options 66, 70, 76 and 80mm.

Two drive rollers in the front and two timing belts in the rear of the lower sensor unit of the acceptor assure transport of the inserted document while several red, infrared, and magnetic sensors scan both faces.

The cashbox includes drive belts and rollers to assure transport of the bill or voucher into the stacking position. The second motor in the transport drives them through a gear train that meshes with another gear train in the cashbox.

When the document moves into position, the pusher activates via another gear train and the documentis stacked. The cashbox has a capacity of approximately 500 documents.

Two plastic levers mounted to the frame contact the cashbox and the pusher plate. These levers mesh with two opto-interrupters at the rear of the transport, allowing the microprocessor to detect cashbox presence and monitor bill-pusher activity.

Acceptor

guide.Rails


Cashbox





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Bill Acceptors

Operation commences when a bill of a suitable denomination or a voucher is inserted into the bill acceptor. The document may be inserted face up, either end first. The unit grips the inserted document and moves it over the magnetic head and through the optical system.

Analog readings are taken every sixteenth of an inch for the entire length of the document, converted to their digital equivalents, and stored in Random Access Memory (RAM) as a profile of the bill. The stored data are then matched against the profiles stored in program memory.

The document is evaluated and accepted or rejected. If the document is rejected, it is returned to the player immediately. If the document is accepted, the EGM is notified of the value of the document.

A document should be given three read attempts before it is classified as unreadable.

If the value of the document is acceptable, a STACK command is sent to the bill acceptor. Credits are issued only after the bill document exits the bill acceptor and reaches the security stacker. If the value of the document is not acceptable, a RETURN command is sent.

Bill/Voucher.Entry

Document.Recognition

Unacceptable.Document

Acceptable.Document




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Bill Acceptors

The interface connector, mounted at the back of the frame, upper left corner, provides connections to the transport from the EGM’s backplane board. Not all of the 20 available pins are used in any given installation. Serial communications with the EGM requires only pins 1 to 7.

Input/Output Connector

PIN Signal Function

1 +24VDC Power

2 GND Common

3 M.Res Input: Hi = Normal, Lo = Reset

4 TXD Output: Transmit Data

5 +24VDC Interface Power

6 RXD Input: Receive Data

7 GND Interface Common

8 P / S Select Input: Hi = Pulse, Lo = Serial

9 Busy Output: Hi = Idle, Lo = Busy

10 S.Res Input: Hi = Normal, Lo = Reset

11 Data Output: Serial Data

12 CTS Input: Hi = Wait, Lo = Send data now

13 I/F GND Common

14 DISP (+) LED power

15 Reserved

16 D / E Input: Hi = Disable, Lo = Enable

17 RTS Output: Hi = Not Ready, Lo = Ready to send

18 DISP (-) LED control

19 VEND Output: 1 Lo pulse per $

20 ABN Output: Acceptor/Stacker Error

Interface.Connector

Interface.Connector.Pinout




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Bill Acceptors

Bill acceptor configuration options are established by the use of DIP switches on the bill transport unit as well as through the Operator Mode Menu settings. To enable specific bill denominations, set the required bill values in both the bill acceptor DIP switches and the Operator Mode Menu options. Normal operation of the WBA requires all DIP switches to be OFF.

JCM WBA Configuration Dip Switches

Installation.and.Machine.Conditions

For DIP switch assignments of the particular software installed in the bill

acceptor, refer to the JCM software specification sheet.




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Bill Acceptors

Step Description

1 Open the belly door. The DOOR OPEN – BILL ACCEPTOR machine lockup occurs.

2 Unlock and open the stacker access door.

3 Open the cashbox door.

4 Depress and hold the gold colored cashbox release lever (upper right).

5 Remove the cashbox from the EGM.

6 After removing the cashbox, the currency access door in the bottom must be unlocked before documents can be removed. This is normally done only in a secure soft count facility. Each cashbox may be numbered to assist accounting and control operations.

Replace the cashbox by pushing it into the frame until it locks into position.

Cashbox (Bill Stacker) Release Lever

Cashbox.Removal.and.Replacement




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Bill Acceptors

Step Description



3 Press down on the assembly release lever located at the front of the assembly.

4 Slide the assembly forward and out of the frame.

Release Levers for JCM WBA Assembly


Removal




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Bill Acceptors

If a jam occurs, the unit is usually able to clear itself within a short period as an automatic process. If the jam persists, a tilt message initiates and a machine lockup occurs.

The scanning and transport channel of the bill acceptor passes currency in a direct process to the stacker. If a bill or voucher becomes lodged within the acceptor or transport channels, the following steps enable jam clearance.

Step Description



3 Standing in front of the JCM WBA assembly raise the assembly release lever and draw the unit partly out of the frame so that the acceptor is not obstructed when raised.

4 Placing thumbs on the acceptor release levers and middle fingers beneath the sides of the bezel, press down on the acceptor release levers while raising the bezel; the front of the acceptor disengages and raises to allows access to the bill channel. The bezel can be removed at this time if necessary. Clear any obstructions.

5 To return the unit to the operating position, lower the bezel to its home position, lower the acceptor and engage the release levers. Slide the assembly into the frame.

6 Close and lock the stacker access door, close the belly door, open the main door and switch the power ON; close and lock the main door.

Step Description

1 Remove the assembly as previously described.

2 Raise the transport release lever and lift the front end of the transport.

3 Inspect the transport bill channel and remove any obstructions.

4 To return the unit to the operating position, lower the transport unit to its home position. Slide the assembly into the frame.

5 Close and lock the stacker access door; close the belly door.

6 Open the main door and switch the power ON; close and lock the main door.



Accessing.the.Acceptor.Bill.Channel

Accessing.the.Transport.Bill.

Channel




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Bill Acceptors

Occasional wiping of the plastic bezel surface is all that is required to remove surface deposits and smudges. Use a soft dry cloth for cleaning. Use a mild solution of liquid dish washing detergent if necessary.

With prolonged use, a build-up of dirt from the surface of the bills accumulates on the pressure rollers, drive belt surfaces and bill acceptor optics. These areas should be cleaned to ensure reliable operation.

Step Description

1 Remove the bill acceptor transport; open the acceptor to gain access to the bill path.

2 Use a soft lint-free cloth to wipe the surfaces of the upper and lower guides to remove any surface dirt. Pay particular attention to the optics area and the magnetic head when removing deposits from the surfaces.

3 On the upper guide assembly, clean the surface of the pressure rollers.

4 On the lower guide assembly, clean the timing belt surfaces by rotating one of the drive rollers while holding the cleaning cloth against it.

5 Close and latch the acceptor and open the transport to access the bill path.

6 Use a soft lint-free cloth to wipe the surfaces of the upper and lower guides to remove any surface dirt.

7 Use a soft lint-free cloth to clean the three timing belt surfaces by rotating the appropriate drive gear while holding the cleaning cloth against the belt surface.

8 Close and latch the transport cover and reinstall the transport back into the frame so that it latches into place.

Cleaning





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Bill Acceptors

Re-calibration of the acceptor sensors should be conducted annually, unless operating conditions dictate increased frequency. The automatic calibration procedure should be executed following any cleaning or repair operations. Special JCM black/white test paper (P/N 501-000032) is required.

Auto-calibration is done at the EGM if the JCM test harness (P/N 550-100013) is available. Remove the transport from the EGM, connect the cable to the plugs at the back of the frame and at the back of the transport and follow the auto-calibration procedure outlined below.

The WBA in this range of gaming machines is configured for 24V operation (not 12 volt) and serial communications at RS232 levels (not TTL). Powering this configuration of WBA at the workbench might, therefore, require the use of custom support hardware not normally provided by JCM.

Host emulator software is available from JCM to allow online testing, performance checks and programming downloads. The release of these tools is subject to a Non-Disclosure Agreement (NDA) in place between JCM and the end user.

Step Description

1 With the WBA transport assembly in hand, set DIP switches 1, 2, 3, and 4 to the OFF (up) position and the remaining switches to the ON (down) position.

2 Turn the power ON and insert the test paper into the acceptor, black end first. The paper moves in and out several times and is then ejected. The LED attached to the test harness blinks rapidly (approximately 10 flashes per second) if the calibration is successful. If the calibration is not successful, the LED flashes an error code as described in the following table:

No. of Blinks

Error Detected No. of Blinks

Error Detected

1 Entrance Lever 7 Bar Code Sensor

2 Solenoid Lever 8 Acceptor Head

3 Entrance Sensor 9 Magnetic Setting

4 Transport Jam 10 Write-in

5 Incorrect Gain Setting 11 Black Level

6 Digital/Analog Conversion

Calibration



Auto-calibration.Procedure




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Bill Acceptors

The WBA contains eight tests and 16 sub-tests to assist in troubleshooting. The following tests include a short functional description, when to initiate these tests, and the potential error conditions:

Transfer motor test (forward)Transfer motor test (backward)Pusher mechanism testEntire unit testSolenoid position testSub-tests for acceptor sensorsSub-tests for transport sensorsBills receiving test without cashboxBills receiving test with cashboxTransport and cashbox test

The following tools are required to conduct the tests and sub-tests:

Power supply: The JCM power unit, model PS15-006, part number 057117, is useful for conducting tests at the workbench. The host machine power supply requires a test cable, such as the JCM test cable, part number 057116 and 057121.Blinking indicator light of the test cable on the JCM power unit, or the JCM test cable listed above. This light indicates successful test completion, or error conditions.DIP switches on the transport component of all WBA models.Test procedures as listed in this module.Error code tables as listed in this module.A small screwdriver to set the DIP switches.

Troubleshooting

Tools




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Bill Acceptors

Step Description

1 Set DIP switch 8 to ON, all other DIP switches to OFF. This puts the unit into test mode.

2 Select a test from the following table:

Test Description DIP Switch Number

8 7 6 5 4 3 2 1

1 Transfer motor test (forward rotation)

X

2 Transfer motor test (reverse rotation)

X

3 Pusher mechanism test X

4 Entire unit cycle test X

5 Solenoid position test X

6 Sub-tests for acceptor sensors X

7 Sub-tests for transport sensors X

8 Bill receiving test without cashbox

X X X

9 Bill receiving test with cashbox

X X X X

10 Transport and cashbox test X X

3 Set the DIP switch for the particular test to ON.4 Set DIP switch 8 to OFF which initiates the test.5 Stop the test by setting DIP switch 8 to ON.

Initiating.a.Test




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Bill Acceptors

The possible results achieved in conducting any test on the WBA are:

Result Display

Test successful The indicator light is OFF.

Test not successful – error code received

The indicator light blinks slowly and then pauses for 1-second. After the 1-second pause, the blinking pattern resumes, followed by another 1-second pause. This blink-pause pattern continues until termination of the test.

Test not successful – return code received

the indicator light blinks more rapidly than it does for an error code. To indicate the return code, the light blinks and then pauses for 1-second. The blinking pattern resumes, followed by the 1-second pause. This blink-pause pattern continues until termination of the test.

To determine the test results, a test cable made by JCM is required. Using the test cable, refer to the indicator light on the cable to determine the status of the test.

Step Description

1 Connect the transport to a power source.

2 Set DIP switch 8 to ON, and DIP switches 1 through 7 to OFF which initiates the test mode.

3 Refer to the indicator light on the test cable to determine if the unit is in test mode; a rapid blinking indicates the unit is in test mode.

4 Set DIP switch 6 to ON; set DIP switch 8 to OFF.

5 Use the following table to determine which sensor to test.

Sub-Test

Sensor DIP Switch Number

WBA 12/13

WBA 22/23

8 7 6 5 4 3 2 1

1 FLEV PLEV X

2 ---- PT3 X

3 PT1 PT4 X

4 PT2 PT1 X

5 HPL PT3 X

6 HPR UHPL, DHPL X

7 HPC UHPR, DHPR X

8 ---- UHPC, DHPC X X X

Determining..Test.Results

For more information refer to the JCM Service Manual for WBA-10, 11, 12,

13, 20, 21, 22, 23 – SS.

Acceptor.Sensor..Sub-test: Setup




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Bill Acceptors

Step Description

1 Select the specified sensor that requires testing by setting the appropriate DIP switch to ON.

2 Set DIP switch 6 to OFF to begin the sub-test. Refer to the test cable to determine if the indicator light is ON or OFF.

If ... Then ...

The indicator light is ON (indicating a sensor failure).

Refer to the following table for further information.

The indicator light is OFF (indicating normal sensor operation).

Set DIP switch 6 to ON to test the next sensor, and reset the DIP switch for the previously tested sensor to OFF.

Sensor WBA 12/13 WBA 22/23

Upper Board Lower Board Upper Board Lower Board

PT3 X X

PT4 X X

LE4 X X

PT1 X X

LE1 X X

UHPL/DHPL X X

UHPR/DHPR X X

3 Repeat for each sensor as necessary.

Acceptor.Sensor..Sub-test: performing

the.Test




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Bill Acceptors

Step Description

1 Connect the transport to a power source; set DIP switch 8 to ON, and DIP switches 1 through 7 to OFF which initiates test mode.

2 Refer to the indicator light on the test cable to determine if the unit is in test mode; a rapid blinking (1/10-second intervals) indicates the unit is in test mode.

3 Set DIP switch 7 to ON and DIP switch 8 to OFF.

4 Using the following table, determine which test to initiate.

Sub-Test

Description DIP Switch Number

8 7 6 5 4 3 2 1

9 Feed-in X

10 Solenoid position X

11 Feed-out X

12 Stacker home X

13 Cashbox present X

14 Transport encoder X

15 Stacker encoder X

16 Acceptor head loop X X

5 Select the specified sub-test that requires testing by setting the appropriate DIP switch to ON.

6 Set DIP switch 7 to OFF to begin the sub-test; stop the sub-test by setting DIP switch 7 to ON.

Transport.Sensor..Sub-Test




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Bill Acceptors

Initiate the bill receiving test without cashbox when documents are rejected. To conduct the bill receiving test without cashbox, the following items are required:

Transport with acceptor headA power supply with either a JCM power unit, model number PS15-006, part number 05717, or a host machine with a test cable, such as the JCM test cable, part numbers 057116 and 057121A dollar known to work in the unit

Step Description

1 Remove the transport by grasping the transport release lever, pressing down and sliding the transport out of the unit.

2 Connect one end of the test cable to the power source inside the host machine.

3 Set the transport DIP switch 8 to ON; all other DIP switches must be set to OFF.

4 Connect the 12-pin end of the cable to the back of the transport component.

5 Set the transport DIP switches 1, 2, and 3 to ON, and DIP switch 8 to OFF thus beginning the test.

6 Insert a bill known to work with the unit into the acceptor head.

If ... Then ...

The bill is accepted (indicating a successful test)

Set all DIP switches to OFF and return the transport with acceptor head to the host machine.

The bill is rejected and results in an error condition.

Refer to the blinking light on the test cable, count the number of blinks and match the number of blinks with Return Codes for Tests 8 and 9 – Table 1 and Return Codes for Tests 8 and 9 – Table 2 in Appendix B.

Bill.Receiving.Test.without.Cashbox




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Bill Acceptors

The following guide provides possible remedies to malfunctions that may be encountered.

Issue Remedy

Bill jammed in unit Open the acceptor and remove the bill or voucher.

Bill repeatedly skews and jams

Pressure rollers have incorrect tension. Belts are not adjusted properly. Make adjustments to the roller tension and transport belts.

Display electronics are non functional

The bill acceptor may not be receiving power. Ensure that all leads are correctly connected and power is turned ON.

Bill is not transported into the unit

There may be a jam in the bill path. Remove the bill or voucher from the channel.The bill acceptor has been inhibited from further operation by the EGM’s software. Remove any current machine lockups.

Issues.and.Remedies

Refer to the Machine Modes module of the Operator Manual for additional

information.




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Green LED Yellow LED Red LED Status Action RequiredSolid Flash Solid Flash Solid Flash

1 Normal None required

1 Disabled by machine interface

Correct the machine condition

2 Disabled by network interface

Correct the network condition

3 Not used

4 Not used

1 Cashbox not seated or not present

Reseat the cashbox

1 Poor acceptance Clean the bill acceptor

2 Jam in bill acceptor

Clear the jam from the bill acceptor

3 Jam in cashbox Remove bill acceptor and try to clear jam

4 Not used

1 Cashbox full Empty cashbox or replace w/ empty cashbox

1 Bill acceptor hardware fault

Replace the bill acceptor

2 Interface board hardware fault

Replace interface board

3 Not used

4 Auto detected failure in cashbox memory system

Replace cashbox

1 1 1 Hardware fault - unit not programmed

Program using service tool

1 1 Calibration mode Insert SC66 Calibration/Test coupon

appendIx a: JCM®.UBA™.BIll.

ACCEPTORCashflow.Bill.

Acceptor.Diagnostic.Codes




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Condition LED Status Causes/Conditions Remedy

Red Green

Normal OFF ON Normally runs and stops when cycled

Fast 2 Flashes OFF Contact Aristocrat service organization

Slow 3 Flashes OFF Transport motor speed encoder sensor does not detect motor rotation.

Check that all cable connectors are seated

Possible motor or CPU board failure.

Replace the motor/CPU board


Red Green

Stacker full 1 Flash OFF Possible stacker encoder board failure.

Check all cables and connectors. Replace the stacker encoder board and/or CPU board if required.

Stacker Jam

2 Flashes OFF Possible exit sensor board failure.

Check all cables and connectors. Replace the exit sensor board and/or CPU board if required.

Stacker motor lock

4 Flashes OFF Possible defective stacker motor.

Change the motor if defective.

Possible stacker encoder board failure.

Check all cables and connectors. Replace the stacker encoder board and/or CPU board if required.

Cashbox error

10 Flashes

OFF Possible cashbox sensor board failure.

Check all cables and connectors. Change the box sensor board and/or CPU board if required.

Transport.Motor.Speed.Test.Error.

Conditions

Bill.Stacker.Test.Error.Conditions




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Red Green

Stacker Full

1 Flash OFF Possible stacker encoder board failure.

Check all cables and connectors. Replace stacker encoder board and/or CPU board if required.

Stacker jam

2 Flashes OFF Possible exit sensor board failure.

Check all cables and connectors. Replace exit sensor board and/or CPU board if required.

Stacker lockup

4 Flashes OFF Possible defective stacker motor.

Change the motor if defective.

Possible stacker encoder board failure.

Check all cables and connectors. Replace stacker encoder board and/or CPU board if required.

Acceptor jam

5 Flashes OFF Possible lower sensor board failure.

Check prisms for dirt or scratches. Change lower sensor board.

Motor lockup

6 Flashes OFF Transport motor speed encoder sensor does not detect motor rotation.

Check all cables and connectors.

Possible motor or CPU board failure.

Replace the motor and/or CPU board.

Upper PCB setup error

7 Flashes OFF Possible upper sensor board failure.

Replace the upper sensor board.

Solenoid Error

8 Flashes OFF Possible solenoid or upper sensor board failure.

Check all cables and connectors. Replace upper sensor board.

Anti-pullback unit error

9 Flashes OFF Possible anti-pullback home sensor board and/or lower sensor board failure.

Check all cables and connectors. Replace anti-pullback home sensor board and/or the lower sensor board.

Cashbox error

10 Flashes

OFF Possible cashbox sensor board failure.

Check all cables and connectors. Replace cashbox sensor board and/or CPU board if required.

Centering mechanism error

14 Flashes

OFF Possible centering mechanism hone sensor board and/or CPU board failure.

Check all cables and connectors. Replace centering mechanism home sensor board.

Running.Test.Error.Conditions




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Bill Acceptors


Red Green

Anti-pullback unit error

9 Flashes OFF Possible anti-pullback home sensor board and/or lower sensor board failure.

Replace anti-pullback home sensor board and/or lower sensor board.


Red Green

Centering mechanism error

14 Flashes

OFF Possible centering mechanism home sensor board and/or CPU board failure.

Check all cables and connectors. Replace the centering mechanism home sensor board and/or the lower sensor board.


Red Green

Solenoid error

8 Flashes OFF Possible solenoid upper sensor board failure.

Check all cables and connectors.Replace the upper sensor board.

Anti-pullback.Error.Conditions

Centering.Mechanism.Error.

Conditions

Solenoid.Mechanism.Error.Conditions




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Bill Acceptors

LED Status Error Causes and Solutions

Red Green

OFF 1 Flash Slanted bill insertion

Reinsert the bill straight.

OFF 2 Flashes

Magnetic sensor pattern error

Check all lenses for dirt or scratches and clean lenses and sensors according to the Care and Maintenance section.

Possible upper sensor board failure. Check all cables and connectors. Replace the upper sensor board.

OFF 3 Flashes

Paper detected inside the acceptor in standby mode.

Remove the paper jam from the acceptor path and clean the lenses according to the Care and Maintenance section.

Possible upper and/or lower sensor board failure. Check all cables and connectors. Replace upper/lower board

OFF 4 Flashes

Optical sensor error


Possible upper and/or lower sensor board failure. Check all cables and connectors. Replace upper/lower board.

OFF 5 Flashes

Bill feed error Check all lenses for dirt or scratches and clean lenses and sensors according to the Care and Maintenance section.

Possible upper sensor board failure. Check all cables and connectors. Replace upper sensor board.

OFF 6 Flashes

Bill identification Error

Remove the bill from the acceptor and clean lenses according to the Care and Maintenance section.

Possible upper and/or lower sensor board failure. Check all cables and connectors. Replace upper/lower sensor board.

OFF 7 Flashes

Optical sensor error 2


Possible upper and/or lower sensor board failure. Check all cables and connectors. Replace upper/lower sensor board.

Bill.Acceptance.Test.DIP.Switch.

Settings




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Red Green

OFF 8 Flashes



Possible upper and/or lower sensor board failure. Check all cables and connectors.Replace upper/lower sensor board.

OFF 9 Flashes

Inhibited bill Check and set the DIP switches properly.

OFF 13 Flashes

Bill length error Check all belts and rollers in the transport path; clean as necessary according to the Care and Maintenance section. Change belts and rollers.

OFF 14 Flashes



Possible upper and/or lower sensor board failure. Check all cables and connectors. Replace the upper/lower sensor board.

OFF 15 Flashes




Bill.Acceptance.Test.DIP.Switch.

Settings(continued)




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Bill Acceptors


Red Green

1 Flash ON Boot ROM error Change the CPU board.

2 Flashes ON Incorrect external ROM contents or empty program

No program in the external Flash ROM

3 Flashes ON Internal ROM error

4 Flashes ON External ROM error

1 Flash OFF Stacker full Possible stacker encoder board failure; check all cables and connectors.Replace the stacker encoder board and/or CPU board if required.

2 Flashes OFF Stacker pusher mechanism fault (transport jam type 1)

Possible corruption of the stacker motor; replace the motor.

Possible stacker encoder board failure; check all cables and connectors. Replace the stacker encoder board and/or CPU board if required.

3 Flashes OFF Transport jam type 2

Possible exit sensor board failure; check all cables and connectors.Replace the exit sensor board and/or CPU board if required.

4 Flashes OFF Stacker encoder signal fault or an acceptor jam

Possible stacker encoder sensor failure; check all lenses for dirt and scratches and clean lenses according to the Care and Maintenance section. Check all cables and connectors.

Possible lower sensor board failure; replace the lower sensor board if required.

5 Flashes OFF Transport motor speed error

The transport motor speed encoder sensor does not detect motor rotation. Check all cables and connectors.

Possible motor or CPU board failure. Replace the motor and/or CPU board.

Malfunction.lED.Error.Codes




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Bill Acceptors


Red Green

6 Flashes OFF Transport motor failure

The transport motor speed encoder sensor does not detect motor rotation. Check all cables and connectors.

Possible motor or CPU board failure. Replace the motor and/or CPU board.

9 Flashes OFF Anti-pullback unit error

Possible anti-pullback home sensor board and/or a lower sensor board failure. Check all cables and connectors.Replace the anti-pullback home sensor board and/or the lower sensor board.

10 Flashes

OFF Stacker error Possible cashbox sensor board failure. Check all cables and connectors.Replace the cashbox sensor board and/or CPU board.

12 Flashes

OFF Cheated Cheat attempt detected.

13 Flashes

OFF Centering mechanism solenoid error

Possible solenoid or an upper sensor board failure. Check all cables and connectorsReplace the upper sensor board.

14 Flashes

OFF Centering mechanism error

Possible centering mechanism home sensor board and/or CPU board failure. Check all cables and connectors.Replace the centering mechanism home sensor board.

Malfunction.lED.Error.Codes(continued)




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Bill Acceptors


Red Green

OFF 1 Flash Slanted bill insertion

Reinsert the bill straight.

OFF 2 Flashes

Magnetic sensor pattern error

Check all lenses for dirt or scratches and clean lenses according to the Care and Maintenance section.


OFF 3 Flashes

Paper detected inside the acceptor in standby mode



OFF 4 Flashes

Optical sensor error



OFF 5 Flashes

Bill feed error Check all lenses for dirt or scratches and clean lenses according to the Care and Maintenance section.


OFF 6 Flashes

Bill identification error



OFF 7 Flashes




lED.Reject..Codes




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Bill Acceptors


Red Green

OFF 8 Flashes




OFF 5 Flashes

Inhibited bill Check and set the DIP switches properly.

OFF 9 Flashes

Bill length error Check all belts and rollers in the transport path; clean and replace belts and rollers as necessary.

OFF 13 Flashes


Remove the bill from the acceptor and clean the lenses according to the Care and Maintenance section.


OFF 14 Flashes


Remove the bill from the acceptor and clean the lenses according to the Care and Maintenance section.


lED.Reject..Codes

(continued)




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Bill Acceptors

# of Blinks

Description Cause Solution

1 Cashbox is full. The bill went through the acceptor head, but will not stack.

Cashbox may be full

Empty the contents of the cashbox.

Replace the encoder sensor board on the transport.

Motor is not spinning

Replace the encoder sensor board on the transport.

Sensor is not working

One of the fan blades on the encoder is broken

2 Stacker jam Stacker may be jammed

Ensure the transport and head are returned to the frame in the host unit. Test the pusher mechanism. Remove the cashbox. Insert a “dummy” cashbox and watch the pusher mechanism activate. Select test 7 and run sub-test 13. Press the pusher mechanism in the cashbox to see if the home position plunger activates. If not, replace the pusher mechanism.

3 Transfer unit cover open

Cover open Visually verify that the cover is open; close if open.

Stacker lever problem.

Select test 7 and run sub-tests 9 - 16 to examine all the transport sensors.

4 Jam in acceptor head

Something is blocking the sensors

Open the acceptor to visually see if something is blocking the sensors.

Sensor problem Select test 6, and run sub-tests 1 - 8 to examine all the acceptor sensors.

5 Acceptor head problem

Acceptor head detached

Determine if the acceptor head is detached. Determine if the plug wires are broken in the head.

Wrong acceptor head

Ensure that the head is associated with the EPROM or Flash memory installed in the transport.

Acceptor head not adjusted

Calibrate sensors.

appendIx B: JCM®.wBA™.

BIll.ACCEPTORReturn.Codes.for.

Tests.8.and.9.–.Table.1




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Bill Acceptors

# of Blinks


6 Transfer motor problem

Motor not spinning Run tests 1 and 2. While the motor is spinning, verify that the encoder is not damaged.

Encoder broken

Encoder sensor not monitoring the motion of the motor

Select test 7 and run sub-test 15.

8 Stacker lever problem

Solenoid not working

Run test 5.

Sensor may not know the position of the stacker lever


10 No cashbox The cashbox present flag may be broken

Physically examine the cashbox present flags for damage.

Select test 7 and run sub-tests 12 and 13.

# of Blinks


1 Crooked insertion WBA 12/13: Sensors PT1 or PT2 not workingWBA 22/23: Sensors PT3 and PT4 not working

Ensure that the bill is inserted correctly.

2 Magnetic pattern error

Error in detecting magnetic patterns on a bill

Run auto-calibration procedure. If a magnetic setting error code is received (error code 9): check other notes, inspect the head for damage, set the rank. If the problem does not clear, replace the upper sensor board.

3 Entrance sensors bypassed

PT1 and PT2 did not detect the presence of a bill

Open the acceptor and check if a foreign object is covering the sensors. If nothing is present, run the auto-calibration procedure.

4 Dark-light ratio is below the fixed value

Reflective sensors may not be working

Recalibrate. Replace the upper sensor board.

appendIx B: JCM®.wBA™.

BIll.ACCEPTORReturn.Codes.for.

Tests.8.and.9.–.Table.1

(continued)

Return.Codes.for.Tests.8.and.9.

–.Table.2




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Bill Acceptors

# of Blinks


5 Bill not detected Bill was taken into the acceptor, but one of the sensors (HPC, HPL, HPR, Feed-in) did not detect the bill within a specified period.

Select test 6, and run sub-test 7. If sensor is failing, replace the lower sensor board.While still in test 6, run sub-test 6. If sensor is failing, replace the lower sensor board. While still in test 6, run sub-test 5. If successful, select test 7 and run sub-test 9.

7 Photo sensor error Bill may have a pattern not programmed into memory

Ensure the present software loaded into the WBA is capable of reading the denominations of the bill rejected.

8 Level error The belt is unusually dry

Replace the belt.

Overlapping bills detected

Test the HPL and HPC sensors.

9 Illegal bill The bill does not fall into the range of acceptable bills

Insert a bill known to work. If successful, suspect the failing bill as counterfeit.

11 Stacker level problem

Solenoid not working

Run test 5.

Sensor may not know the position of the stacker lever


12 Timing error The timing is degraded between the sensors that track bill movement

Insert a bill know to work. If rejected, select test 6 and run sub-tests 1 - 8 to determine the failing sensor.

13 Bill length error Bill is torn Insert a bill known to work. If rejected, recalibrate. If known bill is still rejected, select test 6 and run sub-tests 1 - 8 to determine the failing sensor.

Registration on bill is too short

14 Color pattern error Something is wrong with the patterns on the bill

Insert a bill known to work. If rejected, select test 6 and run sub-tests 1 - 8 to determine the failing sensor.

Return.Codes.for.Tests.8.and.9.

–.Table.2(continued)




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XP Main Board

Introduction...................................................212Features.................................................................................................... 212Physical.Description..............................................................................213Functional.Description..........................................................................214Main.Board.Functions...........................................................................215

Technical.Description...................................216Microprocessor......................................................................................218

CPU.Core................................................................................................................218Memory....................................................................................................................219Peripherals................................................................................................................219Serial.Communications.Interface........................................................................219Other.........................................................................................................................220I/O.Data.Bus............................................................................................................220Interrupt.System.....................................................................................................220I/O.Expansion.Port.Interrupts.............................................................................221SH.4.Timers.............................................................................................................221

FPGA......................................................................................................... 222FPGA Configuration EPROM –U42...................................................................222

Video......................................................................................................... 223Audio........................................................................................................ 223

DMA.to.Serial.Audio.Conversion.......................................................................223

Reset......................................................................................................... 224Watchdog.Timer.....................................................................................................224

External.I/O.Expansion.........................................................................224I/O.Boards................................................................................................................224PMC.Board...............................................................................................................224

Memory.................................................................................................... 225DRAM.......................................................................................................................225EPROM......................................................................................................................225Meters.SRAM..........................................................................................................225EEPROMs..................................................................................................................225Memory.Expansion.Port.......................................................................................225

Battery.Backup.Circuit.........................................................................226Battery.Backup.Circuit..........................................................................................226

Real.Time.Clock.....................................................................................226Security..................................................................................................... 227

Optical.Security......................................................................................................227Mechanical.Security................................................................................................228

Table.of..Contents




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XP Main Board

SPI.Bus.Driver.and.Multiplexer.Circuitry.........................................229SPI.Channel.Signals.................................................................................................229SPI.Channels.Functional.Description.................................................................229

Serial.Channels.......................................................................................230Communications Configuration Board.............................................230Interface.with.the.Power.Control.System.......................................231

Power.Control.System.Signal.Lines....................................................................231Power.Lines.and.Grounding.Scheme.................................................................231

Mikohn.Link.Progressive.Interface.....................................................232In.Circuit.Emulator.(Not.Equipped)..................................................232Mechanical.Switches..............................................................................232

Description.of.Connectors...........................233Fan.Connector.-.J1................................................................................233Communications Configuration Board - J3......................................234PCI.Mezzanine.Connector.-.J5...........................................................236PCI.Mezzanine.Connector.-.J6...........................................................237External.Battery.-.J10............................................................................238Memory.Expansion.Board.-.J12..........................................................238Backplane.Connector.(Comms).-.P20..............................................241Security.and.I/O.Expansion.Connector.-.P21.................................244Miscellaneous.Connector.-.P22..........................................................247




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XP Main Board

The XP Main Board provides central control of the electronic gaming machine (EGM). The board is equipped with a Hitachi SH 4 microprocessor that interfaces to other equipment in the EGM via the backplane board.

Hitachi SuperH SH 4 (SH7750 Model) RISC microprocessor operating at 198MHz – features a 64 bit external data bus, 16 bit fixed length instruction set and a 128 bit vector graphics engineOn-board power supply regulatorAudio amplifier for speakersGame EPROMsSecurity monitoring of machine door activitiesSerial channelsReal time clockSilicon serial identificationWatchdog timer and resetSurface mounted technology

INTRODUCTIONINTRODUCTION

featuresfeatures

Removal and replacement instructions are located in the Cabinet, Door and

Top Box module.

Removal and replacement instructions are located in the Cabinet, Door and

Top Box module.




28-01186-0110 Nov 2006�1�


XP Main Board

The XP Main Board, together with the other major printed circuit board assemblies (PCBA), is located within the security logic cage. The logic cage is a lockable, steel box located beneath the monitor shelf and provides security and protection for the PCBAs. The physical configuration is illustrated below.

The XP Main Board slides on guides within the cage and connects directly to the backplane board via three 96-way DIN 41612 connectors. A SIMM connector is provided on the main board for the communications configuration board (CCB). An optional memory expansion board can be fitted.

The following illustration provides a block diagram showing the electronics system architecture.

Logic Cage and Location of PCBAs





28-01186-0110 Nov 2006�1�


XP Main Board

The XP Main Board interfaces with the following devices (depending on machine features) via the backplane board:

I/O driver board Video monitor / touch screen

Electromechanical meter board Power supply assembly

Buttons and button lamps Animation lamps

Network interface Link progressive system

Player marketing module (PMM) Security devices

Money management devices Ticket printer

Mechanical security switches Optical security switches

Key switches Optional I/O connector

Debug port

System Architecture

functional.Descriptionfunctional.

Description




28-01186-0110 Nov 2006�1�


XP Main Board

The XP Main Board has the following capabilities and functions:

Core processor and memoryRISC microprocessorOn board EPROMsExternal memory board interfaceSDRAM – 16MbytesPower audio amplifier and sound volume control circuitry

Non-volatile storageEPROMs (2)SRAM for electronic meters (three devices)

8 bit I/O expansion via the backplane boardInterrupt system

Interrupt glue logicTimers and operating system tick logic

Internal read/write control registersSecurity switches (up to 4 optical and 8 mechanical switches)CommunicationsPower control system

Onboard DC-DC converter (+24V to +5V, 1.8V, 1.9V, 2.5V, 3.3V, ±12V)Power supply supervisor and reset circuitryInterface with the Solid State Relay (SSR)Status monitoring

Reset systemDiagnostics - Circuitry for test, diagnostics and debuggingReal time clock (RTC)Mechanical switch inputsVideo systemSound systemSerial number identification

Main.Board.functions

Main.Board.functions




28-01186-0110 Nov 2006�1�


XP Main Board

The technical description begins with two diagrams: a block diagram introducing the various functional subsystems of the XP Main Board, and a layout diagram indicating the location of components on the XP Main Board. A description of the various functions and components of the XP Main Board follow these diagrams.

Main Board Block Diagram

TECHNICAl.DESCRIPTION

TECHNICAl.DESCRIPTION




28-01186-0110 Nov 2006�1�


XP Main Board

Main.Board.layoutMain.Board.layout




28-01186-0110 Nov 2006�1�


XP Main Board

The Hitachi SH 4 (Model SH7750) is a high performance RISC microprocessor with an architecture that is the leader in code density for this type of processor. The device features up to 360 MIPS performance and a 128 bit graphic engine for multimedia applications.

In addition to single and double precision floating point operations, the on chip Floating Point Unit (FPU) has a 128 bit graphic engine enabling 32 bit floating point data to be processed 128 bits at a time. The unit also supports a 4 x 4 array and inner product operations which enables a performance of 1.4GFLOPS.

A superscalar architecture is employed which enables simultaneous execution of two instructions (including FPU instructions). This provides performance of up to twice that of conventional architectures, at the same frequency.

On chip peripheral modules include oscillator circuits, an interrupt controller, direct memory access controller, timer unit, real time clock, serial communication interfaces, and a user break controller.

Also provided are an 8Kbyte-instruction cache and a 16Kbyte data cache as well as an on chip memory management unit that handles translation from the 4Gbyte virtual address space to the physical address space. The bus state controller supporting external memory access can handle a 64 bit synchronous DRAM (SDRAM) 4 bank system and a 64 bit data bus as well as ROM, SRAM, DRAM, synchronous DRAM, and PCMCIA elements.

Processor features include:

Up to 200MHz and 360MIPS16 x 32 bit general purpose registers32 x 32 bit single precision floating point registers, or 16 x 64 bit double precision floating point registers, or 4 x 128 bit single precision vector registers and a register matrix16 bit fixed instruction length for high code densityA multiply accumulate unit for special functions, such as software modems (32 x 32 + 64 bits is transformed to become 64 bits)Memory Management Unit (MMU) with 1, 4, 64Kbytes and 1Mb page sizes, 64 entry, fully associative Unified Translation Lookaside Buffer (UTLB)Four-entry, fully associative Instruction TLB (µITLB)Five-stage pipeline

MicroprocessorMicroprocessor

CPU.CoreCPU.Core




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XP Main Board

On chip cache, 8 Kbytes instruction and 16Kbytes data lengths:Write back or write through, selectable by pageLow voltage cache to reduce power consumption

On-chip bus state controller allows direct connection to DRAM, SDRAM, SRAM, ROM, with support provided for the 8 , 16 , 32 or 64 bit data bus

Direct Memory Access (DMA) of 4 channelsTimers – 3 channels x 32 bitsWatchdog timerReal time clockPCMCIA control logic

Serial communications interface, one channel (asynchronous / synchronous, with smart card interface)Serial communications interface, one channel (asynchronous, with 16 bytes transmit and receive FIFOs)Phase Locked Loop (PLL) circuits with x1/8, x1/6, x1/4, x1/2, x3/4, x1, x3/2, x2, x3, x6 external clock capabilityInterrupt controller

MemoryMemory

PeripheralsPeripherals

Serial.Communications.Interface

Serial.Communications.Interface




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XP Main Board

General purpose I/O of 16 linesDynamic power control with peripheral turn off capability and low power modes of “sleep” and “standby”

Hitachi SH 4 Microprocessor Block Diagram

The SH-4 interfaces with standard peripheral chips. All I/O addresses in the processor are memory mapped.

The peripheral address bus is simply the latched address lines. These are buffered to reduce loading and to avoid slowing down EPROM accesses.

The interrupt system of the SH-4 functions with four external interrupts. Specific registers are provided in Field Programmable Gate Array (FPGA) to enable the programmer to read the source of an interrupt.

OtherOther

I/O.Data.BusI/O.Data.Bus

Interrupt.SystemInterrupt.System




28-01186-0110 Nov 2006��1


XP Main Board

The I/O expansion port has four interrupts: IL0, IF, FL, and FH0 (schematic IO_IN). Pull-up/down resistors pull unused interrupts to their inactive state. EMC filtering is provided to prevent spurious interrupts.

The SH 4 has four built-in timers that are able to time intervals. The timers are controlled by a 33MHz clock. Three primary clocks exist within the board: 14.318MHz, 32.768MHz, and 33MHz. All other clocks are derived from these primaries.

Primary Clock: The SH 4 uses a primary clock of 33MHz, which is internally tripled to provide 99MHz for the bus interfaces. The clock has a tight duty cycle specification of 99MHz. To create 198MHz for the SH 4 clock, the primary clock multiplies by six.Bus Clock: The CPU SH 4 core and memory controller has an optional clock input to allow higher speed operation.Video Clock: The video clock is 14.318MHz provided by an external crystal. This also includes a real-time clock, which uses a 32.768kHz crystal to keep time.

I/O.Expansion..Port.Interrupts

I/O.Expansion..Port.Interrupts

SH.4.TimersSH.4.Timers




28-01186-0110 Nov 2006��


XP Main Board

U45 is the FPGA for the entire logic interface between the Hitachi SH-4 RISC Processor and the peripheral interfaces. Altera’s APEX 20K device (manufacturer number EP20K160EBC356) is used.

The FPGA provides:

SH-4 interface for various I/Os including:System EPROMsGame EPROMsSRAMsBackplane interfacePeripheral interface

PCI interface for video4 channel internal UARTs for serial communicationsAudio DMA interface

FPGA generates PCI clock signals for its interface and provides required arbitration signals for optional bus mastering. FPGA input limits PCI bus to 3.3V signal interfacing only.

Aristocrat developed a proprietary PCI IP Core for embedded use that provides 32-bit wide PCI bus functionality for driving PMC devices and an onboard video engine.

The FPGA must initialize and configure whenever the power is ON. The configuration is stored in U42 which is the serial EEPROM EPC2 in 20-pin PLCC package. U42 has a socket so that the FPGA design may be upgraded if the FPGA data us upgraded or changed.

fPgAfPgA

fPgA.Configuration..EPROM.–U42

fPgA.Configuration..EPROM.–U42




28-01186-0110 Nov 2006��


XP Main Board

The main board functions with an on-board video graphics controller to provide high performance for extended graphics and video processing capabilities.

The controller, the PowerVR 250 (code named PMX1 LC), was produced through a joint venture of VideoLogic and NEC who have now released the advanced device with a 2D and a 3D engine, a VMI video input bus and digital interface.

The device delivers VGA-standard displays of 640 x 480 in 24 bits/pixel with a video vertical frequency of 60 Hz. It is supported with 32Mbytes SDRAM array and is connected to the 33MHz PCI bus. High quality animation sequences are achieved through the improved appearance of motion resulting from the updating of displays at 30 frames per second.

The audio system uses an audio amplifier, a 16 bit digital-to-analog converter (DAC), a conversion filter and EPROM space to store digitized, compressed, sampled audio. The process converts the digital audio using the DAC, applies a filter to remove any noise and then amplifies the output. There are three parts to the production of audio: DMA (Direct Memory Access), DAC and Power Amplification.

Audio is implemented using software synthesis and two DMA channels to provide data to a DAC which then implements independent volume control.

SH 4 On-Demand Data Transfer Mode (DDT mode) DMA is used since a total of three DMA channels are required on the board and only two can be implemented in normal DMA mode. Channels 1 and 3 are used for audio. The high performance Channel 2 is used for video; channel 0 is not used. DMA is supported from SDRAM only. If an audio DMA transfer is in progress, it finishes before the next PCI data block is transferred, and vice versa.

VideoVideo

AudioAudio

Volume control, although generated by hardware, is under software control.

Volume control, although generated by hardware, is under software control.

DMA.to.Serial.Audio.Conversion

DMA.to.Serial.Audio.Conversion




28-01186-0110 Nov 2006��


XP Main Board

The XP Main Board has two reset signals, NRESET and N2RESET. When reset is asserted it has a nominal period of 200ms (guaranteed 140-280ms).

NRESET is the MAX705 reset output, valid for all supply voltages from one to 3.0V DC. NRESET is used in the battery backed circuits to prevent problems during power ON/OFF, while N2RESET is used elsewhere.N2RESET is the normal active low reset generated by buffering NRESET. N2RESET is driven from FPGA logic.

The MAX706 incorporates a watchdog timer to reset the main board if the CPU does not strobe the watchdog input. The watchdog timeout period is nominally 1.6 seconds, and is guaranteed to be 1.0 to 2.25 seconds. The manual reset input is asserted if the watchdog output trips (WDO) or if the external reset input is asserted.

The MAX706 voltage comparitor also checks the 1.8V supply from SH 4.

All devices that can be reset are done so to give the board a well-defined power ON state. Peripheral I/O devices, FPGA, and the I/O expansion interface are reset and the battery test outputs are disabled.

Two expansion interfaces are provided:

The I/O expansion through the backplane board allows one general-purpose 8-bit I/O board, and one security sub-system board added, using 96 way DIN41612 connectors.The 32 bit memory expansion interface on the main board has an I/O port; however, this interface adds extra EPROM or PCMCIA modules to the system.

Twelve address lines are provided to access 4 Kbytes of I/O space on the I/O boards. The 8 bit I/O data bus is buffered onto the I/O boards. I/O is accessed using chip select DACK.

Peripheral PCBs can take +5V DC power from the main board.

The PMC Connectors (J5 and J6) interface to a PMC video board.

ResetReset

watchdog.Timerwatchdog.Timer

External.I/O..Expansion

External.I/O..Expansion

I/O.BoardsI/O.Boards

PMC.BoardPMC.Board




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XP Main Board

The main board has four types of memory:

SDRAM provides memory for graphics, sound and other software requirements.EPROM contains the system and the game software.SRAM provides memory for metering.EEPROM contains high reliability configuration data. The real time clock (RTC) also contains a number of bytes of SRAM.

The main board contains 16 Mbytes of Synchronous Dynamic RAM (SDRAM) as standard. The SH 4 directly drives the multiplexed address lines (RA[9:0]), row and column (RAS, CAS[3:0]) strobes, output (OE[1:0]), and write enable (WE[1:0]) signals.

The data bus for both the System EPROMs and the Game EPROMs is 32 bits wide. System EPROMs can be 8-, 16-, or 32Mbit, but are normally 16Mbits. Game EPROMs can be 32 or 64Mbits, but are normally 32Mbits (up to 6 of each) providing a 24MByte space. Memory can be expanded beyond 24Mbytes by adding an external memory board above the XP Main Board.

For the electronic meters, the main board provides three 512Kbytes of Static Random Access Memory (SRAM) with battery back-up.

The SRAM contains machine metering information, such as money in/out, game history, and a range of other information. This critical data is preserved reliably, and various jurisdictions require multiple back-ups of the data.

The data is usually replicated three times, so that each chip contains identical data. Each memory is checked against the other to verify the stored data is correct.

Write access is mutually exclusive with only one chip writeable at a time. If an error occurs and memory is overwritten, only one of the three devices can be corrupted. On reset, the bank-select register selects bank 0, which does not exist. The SRAMs are located at banks 1, 2 and 3.

The three SRAM chips are powered from two separate batteries, further reducing the possibility of lost data.

The system implements two serial EEPROMs. The minimum requirement is 128 bytes per EEPROM.

The memory expansion port allows additional memory to be added to the main board. The on-board EPROM is disabled when the memory expansion Board is connected to the port, which is the 96 way DIN41612 connector (J12).

MemoryMemory

DRAMDRAM

EPROMEPROM

Meters.SRAMMeters.SRAM

EEPROMsEEPROMs

Memory.Expansion..Port

Memory.Expansion..Port




28-01186-0110 Nov 2006��


XP Main Board

The main board has two lithium batteries for SRAM, the real time clock and security. One battery is used for SRAM, RTC and security, and the other is allocated to two SRAMs. Each battery is mounted in a socket with a security tie wrap.

A resistor and diode combination in series prevents reverse charging of the battery. A lithium battery can potentially explode if reverse charged.

The main board includes circuitry to test each battery under CPU control. The test places a resistor load on the battery and checks the voltage after a short delay (55.6ms). The load is enabled from a monostable so that an error in the software does not discharge the battery.

The battery end life is 2.0V DC, below which the memory and logic are no longer guaranteed to work. The test indicates a battery failure at 2.5V DC.

When the battery is changed, power is maintained for a limited time by the decoupling capacitors. A connector (J10) allows for external battery backup during battery replacement.

The main board uses the Dallas DS1302 Real Time Clock (RTC) with a standard Dallas 3-wire interface. The real-time clock, meter RAM 0, and the battery-backed security circuit on the I/O driver board are powered from the same battery.

Battery.Backup..Circuit

Battery.Backup.Circuit

There is a danger of explosion if batteries are replaced incorrectly. Replace only with the same or equivalent type. Dispose used batteries according to manufacturer’s instructions.

There is a danger of explosion if batteries are replaced incorrectly. Replace only with the same or equivalent type. Dispose used batteries according to manufacturer’s instructions.



Real.Time.ClockReal.Time.Clock




28-01186-0110 Nov 2006��


XP Main Board

The system contains two types of security inputs, optical and mechanical, with eight of each. The sensor circuitry allows an external optional add-in security module (on the backplane board) to share sensors.

The add-in security module can monitor both optical and mechanical inputs during normal operation and power OFF mode. The security system also time-stamps and logs security events.

The main board provides the necessary circuitry to interface eight IR light emitter diode (LED) emitter/photo-transistor detector pairs. The optical security sensors are monitored by the main board when the machine is powered.

Sensor sharing between the main board and the optional security module is accomplished with diodes.

Switch No. Function

0 Main door

1 Not used

2 Not used

3 Not used

4 Not used

5 Not used

6 Not used

7 Not used

SecuritySecurity

Optical.SecurityOptical.Security

Optical.Security..Typical.Assignment





28-01186-0110 Nov 2006��


XP Main Board

The system provides the necessary circuitry to interface eight mechanical security switches.

The mechanical security sensor interface has the following specification:

Switch type: single pole, changeoverSecure state: normally closedDriving source: 3.3V DC

No. Function Monitored by...

0 Logic Cage Battery-backed circuit

1 Top Box Battery-backed circuit

2 Mechanical Meters Battery-backed circuit

3 Cash Box Battery-backed circuit

4 Main Door Main board only when machine is powered

5 Bill Stacker Main board only when machine is powered

6 Not used Spare

7 Not used Spare

Mechanical.SecurityMechanical.Security






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XP Main Board

The main board implements a serial peripheral interface (SPI) bus for communicating with the I/O driver board and other external peripheral devices. This item is not used in the EGM.

The SPI bus is multiplexed into eight separate channels. Only one channel is accessible at any given time.

Name Type Description Comment

SPIRST2 OUTPUT SPI Channel 2 Clear Reset mechanical meters

SPIRST OUTPUT SPI Clear Reset line to the channel. Channel #7 has no reset. Mechanical meters are reset separate to all other channels.

SPIDOUT OUTPUT SPI Data Output Common line for all the channels.

SPIDINx INPUT SPI Channel x Data Input One independent line per channel.

SIOEx OUTPUT SPI Channel x Strobe Enable line for the channel. One independent line per channel.

SCLK OUTPUT SPI Clock Serial bit clock. Common for all the channels.

The board has seven SPI channels selected via three bits in an output register. Channel 0 is defined as the reset or null state. Data written to channel 0 read back in its bitwise inverted state as a diagnostic test.

The seven channels are allocated as follows:

Channel Description

1 Top box distribution board (optional)

2 Mechanical meters board (optional)

3 Not used

4 Door inputs, via I/O driver PCB

5 Door outputs, via I/O Driver PCB

6 Not used

7 Main board security registers

SPI.Bus.Driver.and.Multiplexer.

Circuitry

SPI.Bus.Driver.and.Multiplexer.

Circuitry

SPI.Channel.SignalsSPI.Channel.Signals

SPI.Channels.functional.

Description

SPI.Channels.functional.

Description




28-01186-0110 Nov 2006��0


XP Main Board

The board has four serial channels, referred to as channels 0, 1, 2, and 3. The serial channels are implemented via FPGA internal UART cores compatible to industry standard 16C554UART.

Channel 0 has a non-isolated dedicated interface to the touch screen controller via an RS-232 interface. Channels 2 and 3 are fully isolated and are configurable via the CCB.

Channel 1 is not isolated and is allocated to the bill acceptor interface.

Serial channels 2 and 3 are configured through the communications configuration board (CCB), which is plugged into the 72 pin SIMM socket on the main board. The CCB converts the opto-coupled UART I/O to a convenient interface protocol, such as RS-232.

Serial.ChannelsSerial.Channels

Communications.Configuration.

Board

Communications.Configuration.

Board

Refer to the Communications Configuration Board module for


Refer to the Communications Configuration Board module for





28-01186-0110 Nov 2006��1


XP Main Board

The main board has several signal lines to interface with the power control system as shown below.

Signal Name Type Description

/SSR1 Output Control signal for the solid state relay to switch to low power mode, open collector active LOW

/PFAIL 24 Input Power Fail signal, open collector active LOW, power outlet voltage

/PFAIL 22 Input Output power 24V correct, from power supply assembly open collector

GND Power + 24 Volt ground from the PMS

The main board receives +24V DC from the power control assembly, via the backplane board.

The main board uses a switched mode power supply (SMPS) to generate 3.3V (for all logic), 5V DC and an isolated +/-12V DC from the 24V supply. The 5V DC can be used to supply the external logic circuits, as well as the I/O expansion boards and the optional security subsystem board. The +/-12V DC is supplied to the generic serial channels.

The main board also receives 12V DC from the I/O driver board. This supply is passed through a linear regulator on the main board to generate the isolated 5V DC supply.

All outputs are protected from short circuit. The power is resumed after switching the machine OFF then ON.

Interface.with.the..Power.Control.

System

Interface.with.the..Power.Control.

System

Power.Control.System..Signal.lines

Power.Control.System..Signal.lines

Power.lines.and..grounding.Scheme

Power.lines.and..grounding.Scheme




28-01186-0110 Nov 2006��


XP Main Board

The main board provides an optically coupled, open-collector pulse interface to a Mikohn Link Progressive system, used in some jurisdictions.

The output is the standard Mikohn interface:

Switches 20mA at 24VOptically isolatedReverse protection diode

To meet the requirements of jurisdictional authorities and to assist programmers in debugging tasks, an In Circuit Emulator (ICE) facility enables the visibility and control of the SH 4 processor resources, such as registers and memory contents. The ICE functions are established when the JTAG connector, a 14 way DIL header, is fitted to J8.

The board senses the status of five mechanical switches (signals MSWITCH0 to MSWITCH4) in addition to the eight mechanical security switches. MSWITCH0 is the audit reset switch, MSWITCH1 is the jackpot reset switch, and MSWITCH2, MSWITCH3, and MSWITCH4 are spare. The spare switches may be used for an optional handle. The specifications for the inputs are:

The switch current is 5mA from the 5V logic supplyThe circuit is filtered for EMCThe signals connect to the internal SPI channel via a low-pass filter and sensed with HCMOS logic levels

Mikohn.link..Progressive.

Interface

Mikohn.link..Progressive.

Interface

In.Circuit.Emulator..(Not.Equipped).

In.Circuit.Emulator..(Not.Equipped).

Mechanical.SwitchesMechanical.Switches




28-01186-0110 Nov 2006��


XP Main Board

The following details the principal external connectors on the XP Main Board. Details of pinouts are provided.

No. Name Type Function

J1 Fan Male right angle 3-way connector

Fan cools the video processor, 5V output and tacho input

J3 CCB 72-pin SIMM socket Interface to CCB

J5 PMC Panel 1 Female straight 64-way PMC

Optional PCI mezzanine plug-in board (extension video)

J6 PMC Panel 2 Female straight 64-way PMC

Optional PCI mezzanine plug-in board

J10 External Battery Male straight 4-way header

External battery attachment during battery replacement

J12 Memory Expansion Female straight 96-way DIN41612 connector

Optional memory expansion board

P20 COMMS/Peripheral Isolated Connector

Male right angle 96-way DIN41612 connector

Connector to backplane board

P21 Audio/Video Connector Male right angle 96-way DIN41612 connector


P22 Security and I/O Expansion Connector

Male right angle 96-way DIN41612 connector


The J1 connector is used to connect a fan to cool the video processor. The connector is male right angle 3-way connector.

PIN PIN Name Description

1 GND Ground

2 VCC 5 +5V Power

3 Sensor Sense pulse from fan, 2 pulses per revolution

DESCRIPTION.Of.CONNECTORS


fan.Connector.-.J1fan.Connector.-.J1




28-01186-0110 Nov 2006��


XP Main Board

A 72-pin SIMM socket is used to connect the CCB.

PIN No PIN Name Description

1 CFG(2) DTR0 output signal through opto emitter

2 GNDVI Ground

3 CFG(4) RTS1 output signal through opto emitter

4 CFG(1) DTR0 output signal through opto collector

5 - -

6 CFG(3) RTS1 output signal through opto collector

7 - -


9 - -


11 - -

12 CFG(8) SOUT1 output signal through opto emitter

13 CFG(7) SOUT1 output signal through opto collector

14 CFG(10) CTS1 input signal through opto cathode

15 - -

16 CFG(11) DSR1 input signal through opto anode

17 CFG(9) CTS1 input signal through opto anode

18 CFG(12) DSR1 input signal through opto cathode

19 - -

20 CFG(13) SIN1 input signal through opto anode

21 - -

22 CFG(14) SIN1 input signal through opto cathode

23 - -

24 P12VI +12V power


26 N12VI -12v power


28 GNDVI Ground



31 CFG(16) SOUT2 output signal through opto base

32 CFG(15) SOUT2 Opto Vcc

33 ESIN(2) Input from serial channel 2 connector, receive data


35 ESOUT(2) Output to serial channel 2 connector, transmit data


Communications.Configuration

Board.-.J3


Board.-.J3For additional information, see the the Communications Configuration

Board module.

For additional information, see the the Communications Configuration

Board module.




28-01186-0110 Nov 2006��


XP Main Board


37 ECTS(2) Input from serial channel 2 connector, handshake


39 EDSR(2) Input from serial channel 2 connector, handshake


41 I(2) Input from serial channel 2 connector, handshake


43 ERTS(2) Output to serial channel 2 connector, handshake


45 EDTR(2) Output to serial channel 2 connector, handshake


47 O(2) Output to serial channel 2 connector, handshake

48 P12VI +12v power

49 CFG34 DSR2 input signal through opto cathode

50 GNDVI Ground


52 N12VI -12v power

53 ESIN(3) Input from serial channel 3 connector, receive data


55 ESOUT(3) Output to serial channel 3 connector, transmit data




59 ECTS(3) Input from serial channel 3 connector, handshake




63 EDSR(3) Input from serial channel 3 connector, handshake


65 I(3) Input from serial channel 3 connector, handshake

66 CFG(38) DSR3 input signal through opto cathode

67 ERTS(3) Input to serial channel 3 connector, handshake


69 EDTR(3) Input to serial channel 3 connector, handshake


71 O(3) Input output to serial channel 3 connector, handshake

72 GNDVI Ground


Board.-.J3.(continued)


Board.-.J3.(continued)




28-01186-0110 Nov 2006��


XP Main Board

This connector is a 64-way connector used for extension video PCI functions. The items conform to the IEEE P1386.1 standard.

PIN No Signal Name PIN No Signal Name

1 - 2 -

3 - 4 -

5 - 6 GND

7 GND 8 -

9 - 10 -

11 - 12 VCC_3

13 N2RESET 14 -

15 VCC_3 16 -

17 - 18 GND

19 PCIAD[30] 20 PCIAD[29]

21 GND 22 PCIAD[26]

23 PCIAD[24] 24 VCC_3

25 IDSELPMC 26 PCIAD[23]

27 VCC_3 28 PCIAD[20]

29 PCIAD[18] 30 GND

31 PCIAD[16] 32 NCBE(2)

33 GND 34 SYN(CLK)

35 NTRDY 36 VCC_3

37 GND 38 NSTOP

39 NPERR 40 GND

41 VCC_3 42 NSERR

43 NCBE(1) 44 GND

45 PCIAD[14] 46 PCIAD[13]

47 GND 48 PCIAD[10]

49 PCIAD[08] 50 VCC_3

51 PCIAD[07] 52 SYN(H)

53 VCC_3 54 SYN(V)

55 VID2(RED2) 56 GND

57 VID2(GREEN2) 58 VID2(BLUE2)

59 GND 60 VID2(VSYNCH2)

61 62 VCC_3

63 GND 64 VID2(HSYNCH2)

PCI.Mezzanine..Connector.-.J5PCI.Mezzanine..Connector.-.J5




28-01186-0110 Nov 2006��


XP Main Board

This connector is a 64-way connector used for extension video PCI functions. The items conform to the IEEE P1386.1 standard.

PIN No Signal Name PIN No Signal Name

1 - 2 -

3 GND 4 NINTPMC

5 NINTPMC 6 NINTPMC

7 N/C 8 VCC_5

9 NINTPMC 10 -

11 GND 12 P24V

13 PCICLKPMC 14 GND

15 GND 16 NGNTPMC

17 NREQPMC 18 VCC_5

19 VDDPCI 20 PCIAD(31)

21 PCIAD(28) 22 PCIAD(27)

23 PCIAD(25) 24 GND

25 GND 26 NCBE(3)


29 PCIAD(19) 30 VCC_5


33 NFRAME 34 GND

35 GND 36 NIRDY

37 NDEVSEL 38 VCC_5

39 GND 40 NLOCK

41 - 42 -

43 PAR 44 GND



49 PCIAD(9) 50 VCC_5

51 GND 52 NCBE(0)


55 PCIAD(4) 56 GND



61 PCIAD(0) 62 VCC_5

63 GND 64 -

PCI.Mezzanine..Connector.-.J6PCI.Mezzanine..Connector.-.J6




28-01186-0110 Nov 2006��


XP Main Board

The J10 connector provides an interface for an external battery.


1 VCC Positive terminal supply

2 --- N/C

3 --- N/C

4 GND Ground

J12 is a 96-way straight female DIN41612 connector optionally used for memory expansion.

PIN No PIN Name Main Board Input or Output Description

A1 GND Power output Ground

B1 ---- - Not connected

C1 VCC_5 Power output +5V power

A2 GND Power output Ground

B2 BD(11) I/O Data bus

C2 VCC_5 Power output +5V Power

A3 BD(12) I/O Data bus


C3 BD(4) I/O Data bus


B4 GND Power output Ground

C4 BD(10) I/O Ground



C5 VCC_3 Power output +3V power










A9 BA(17) Output Address bus

B9 BA(18) Output Address bus

External..Battery.-.J10

External.Battery.-.J10

Memory.Expansion.Board.-.J12

Memory.Expansion.Board.-.J12




28-01186-0110 Nov 2006��


XP Main Board





C10 BA(16) Output Address bus







A13 NDMAREQ - VP22

B13 NMEBWAIT Input Wait signal


A14 MD4_NCE2B O PCMCIA chip select


C14 NMEBINT Input Interrupt

A15 NBWR O Write control

B15 MD3_NCE2A O PCMCIA chip select

C15 NMEBQTY I Quantity qualification


B16 GND Power output ground
















Memory.Expansion..Board.-.J12.

(continued)

Memory.Expansion..Board.-.J12.

(continued)




28-01186-0110 Nov 2006��0


XP Main Board


C21 VCC_3 Power Output +3V power




A23 N2RESET Output Main board reset signal

B23 NROMSDIS Input System EPROM disable

C23 NBUTRES Input Manual Reset

A24 NROMGDIS Input Game EPROM disable


C24 NBRD Output Read control

A25 P24V Power output +24V power

B25 NBCS(2) Output Bank select 2

C25 NBCS(4) Output Bank select 4

A26 NBCS(0) Output Bank select 0


















A32 DMAACK Output DMA acknowledge



Memory.Expansion..Board.-.J12..

(continued)

Memory.Expansion..Board.-.J12..

(continued)




28-01186-0110 Nov 2006��1


XP Main Board

P20 connector interfaces with P1 on the backplane board.


A1 ESIN(1) Receive data, serial channel 1

B1 N12VI -12V power

C1 - ---

A2 ECTS(1) Handshake input, serial channel 1

B2 GNDVI Common ground

C2 ESOUT(1) Transmit data output, serial channel 2

A3 I(1) Handshake input, serial channel 1

B3 P12VI +12V power

C3 EDSR(1) Handshake input, serial channel 2

A4 O(1) Handshake output, serial channel 1

B4 EDTR(1) Handshake output, serial channel 1

C4 ERTS(1) Handshake output, serial channel 2


B5 N12VI -12V power

C5 P12V +12V power


B6 GNDVI Common ground

C6 ESOUT(2) Transmit data, serial channel 2


B7 P12VI +12V power



B8 ESTR(2) Handshake output, serial channel 2



B9 N12VI -12V power

C9 RXD2S SCIF receive, RS-232 level


B10 N12VI -12V power

C10 ESOUT(3) Transmit data, serial channel 3


B11 P12VI +12V power



Backplane.Connector.

(Comms).-.P20


(Comms).-.P20




28-01186-0110 Nov 2006��


XP Main Board


B12 EDTR(3) Handshake output, serial channel 3


A13 TXD2S SCIF transmit, RS-232 level

B13 GND Ground

C13 GND Ground

A14 VID2(R2) Video2 red

B14 VID2(G2) Video2 green

C14 GND Ground

A15 VID(B2) Video2 blue

B15 VID(HS2) Video2 horizontal sync

C15 GND Ground

A16 VID(VS2) Video2 vertical sync

B16 GND Ground

C16 - ---

A17 NESPININ(2) SPI Data receiver, serial channel 2

B17 GND Ground

C17 NESPININ(1) SPI Data receiver, serial channel 1

A18 NESPININ(5) SPI Data receiver, serial channel 5

B18 GND Ground

C18 NESPININ(4) SPI Data receiver, serial channel 4

A19 NESPIRST145 SPI 1,4,5 reset signal

B19 GND Ground

C19 NESPIDOUT SPI data transfer

A20 NESCLK SPI clock

B20 GND Ground

C20 NESPIRST2 SPI 2 reset

A21 NESPIOE(2) SPI 2 strobe

B21 GND Ground

C21 NESPIOE(1) SPI 1 strobe

A22 NESPIOE(5) SPI 5 strobe

B22 GND Ground

C22 NESPIOE(4) SPI 4 strobe

A23 NEHOPOVR Hopper overcurrent

B23 GND Ground

C23 - ---


(Comms).-.P20..(continued)






28-01186-0110 Nov 2006��


XP Main Board


A24 NEHOPHI Hopper high probe

B24 GND Ground

C24 NEHOPCOIN Hopper coin detector

A25 NEHOPDIR Hopper direction

B25 GND Ground

C25 NEHOPLO Hopper low probe

A26 NEHOPTEST Hopper test output

B26 GND Ground

C26 NEHOPON Hopper motor on

A27 - ---

B27 GND Ground

C27 HOP5V +5V (reg from +9V)

A28 EPSU2SD Power supply shutdown

B28 GND Ground

C28 NPFAIL22 PSU 2 (9/22V) overload

A29 NESPAREOUT Spare isolated output

B29 GND Ground

C29 NEHANDLE Handle

A30 - ---

B30 GND Ground

C30 - ---

A31 EMIKOHNPOS Mikohn opto output (+)

B31 P12V +12V power

C31 P12V +12V power

A32 ---

B32 GND Ground

C32 EMIKOHNNEG Mikohn opto output (-)








28-01186-0110 Nov 2006��


XP Main Board



A1 MSWITCH(1) Jackpot reset switch

B1 GND Ground

C1 MSWITCH(0) Audit reset switch

A2 MSWITCH(4) Mechanical switch

B2 MSWITCH(3) Mechanical switch

C2 MSWITCH(2) Mechanical switch

A3 - ---

B3 GND Ground

C3 - ---

A4 MSS(0) Mechanical security switch 0 (NC)

B4 OPRIS(0) Optical security receiver 0

C4 EMCS(0) Optical security emitter 0

A5 EMCS(1) Optical security emitter 1

B5 GND Ground

C5 MSSO(0) Mechanical switch 0 (N/O)

A6 MSSO(1) Mechanical switch 1 (N/O)

B6 MSS(1) Mechanical switch 1 (N/C)

C6 OPRIS(1) Optical security receiver 1

A7 OPRIS(2) Optical security receiver 2

B7 GND Ground



B8 MSSO(2) Mechanical security switch 2 (N/O)

C8 MSS(2) Mechanical security switch 2 (N/O)

A9 MSS(3) Mechanical security switch 3 (N/O)

B9 GND Ground


A10 OPRIS(4) Optical security receiver 4

B10 EMCS(4) Optical security emitter 4

C10 MSSO(3) Mechanical security switch 3 (N/O)


B11 GND Ground

C11 MSS(4) Mechanical security switch 4 (N/C)


Security.and.I/O.Expansion..

Connector.-.P21




28-01186-0110 Nov 2006��


XP Main Board


B12 MSS(5) Mechanical security switch 5 (N/C)


A13 MSS(6) Mechanical security switch 6 (N/O)

B13 GND Ground


A14 MSS(7) Mechanical security switch 7

B14 OPRIS(7) Optical security receiver 7


A15 - ---

B15 GND Ground

C15 - ---

A16 VBAT0 Battery voltage +3V

B16 ---

C16 SPAREIN Spare input

A17 ERDNWR CPU read/not write

B17 GND Ground

C17 - ---

A18 NEIF CPU IF interrupt

B18 EFHO CPU FH0 interrupt

C18 NEDACK CPU I/O data acknowledge

A19 NEFL CPU FL interrupt

B19 GND Ground

C19 NEIL0 CPU IL0 interrupt

A20 NE2RESET Power on reset ext drive

B20 NEIOW CPU I/O write

C20 NEIOR CPU I/O read

A21 EA(11) Latched address bus

B21 GND Ground

C21 ECLK8M 8MHz clock


B22 EA(9) Latched address bus

C22 EA(10) Latched address bus


B23 GND Ground


Security.and..I/O.Expansion.

Connector.-.P21.(continued)




28-01186-0110 Nov 2006��


XP Main Board



B24 EA(4) Latched address bus



B25 GND Ground


A26 - ---

B26 VCC3EXT +3V power


A27 - ---

B27 GND Ground

C27 - ---

A28 ED(5) CPU I/O data bus

B28 ED(6) CPU I/O data bus

C28 ED(7) CPU I/O data bus


B29 GND Ground



B30 ED(1) CPU I/O data bus


A31 N24IN -24V

B31 P24IN +24V

C31 N24IN -24V

A32 P24IN +24V

B32 N24IN -24V

C32 P24IN +24V

Security.and..I/O.Expansion.

Connector.-.P21.(continued)




28-01186-0110 Nov 2006��


XP Main Board



A1 NES2OVERDE Door detector

B1 GND Ground

C1 NEODLEDON OD1/2LED enable

A2 S7ALARM CC16 coin valid

B2 NECOINDIV Coin divert drive

C2 NECOINBLK CC16 enable/S7 inhibit

A3 OD1B OD1-B coin input

B3 GND Ground

C3 OD1A OD1-A coin input

A4 CVP(0) S7 coin output

B4 OD2B OD2-B Coin output

C4 OD2A OD2-A coin output

A5 CVP(2) S7 coin output

B5 GND Ground

C5 CVP(1) S7 coin output

A6 NESSR1 SSR enable

B6 CVP(4) S7 coin output

C6 CVP(3) S7 coin output

A7 RS-232(TX) Comms 0 transfer data

B7 GND Ground

C7 FIPOUT FIP serial data transfer

A8 RS-232(RX) Comms 0 receive data

B8 RS-232(RTS) Comms 0 handshake

C8 RS-232(CTS) Comms 0 handshake

A9 GND Ground VID(R)

B9 VID(R) Red, video

C9 GNDV Video ground

A10 VID(B) Blue, video

B10 GNDV Video ground

C10 VID(G) Green, video

A11 GNDV Video ground

B11 VID(VS) Video vertical sync

C11 GNDV Video ground

A12 AO(SPK) Sound output

Miscellaneous.Connector.-.P22




28-01186-0110 Nov 2006��


XP Main Board


B12 GND Ground

C12 VID(HS) Video horizontal sync

A13 AO(SPK) Stereo output

B13 AO(SPKGND) Audio ground

C13 P24 SND +24V for audio

A14 GND Ground


C14 GND Ground

A15 VCC5EXT +5V power

B15 GND Ground

C15 VCC5EXT +5V power

A16 GND Ground


C16 GND Ground

A17 VCC5EXT +5V power

B17 GND Ground

C17 VCC5EXT +5V power

A18 - ---

B18 KOUT Serial debug port transfer

C18 KIN Serial debug port receiver

A19 - ---

B19 GND Ground

C19 - ---

A20 DACOUT Audio L

B20 --- Audio R N/C

C20 - ---

A21 - ---

B21 GND Ground

C21 - ---

A22 - ---

B22 - ---

C22 - ---

A23 - ---

B23 GND Ground

C23 - ---

Miscellaneous.Connector.-.P22.

(continued)




28-01186-0110 Nov 2006��


XP Main Board


A24 - ---

B24 - ---

C24 - ---

A25 - ---

B25 GND Ground

C25 - ---

A26 VBATE External battery backup

B26 NBUTRES Manual reset position

C26 NPFAIL Power fail line I/P

A27 NEMIKOHN Mikohn (non-isolated)

B27 GND Ground

C27 - ---

A28 -NESPAREOUT For US compatibility, coin inhibit

B28 - ---

C28 - ---

A29 - ---

B29 GND Ground

C29 - ---

A30 EGPIC(1:0) Gaming platform ID, not used

B30 - ---

C30 EGPIC(1:0) Gaming platform ID, not used

A31 MK6-XP ID MK6-XP ID bit, not used

B31 GND Ground

C31 MKVI_ID Mainboard ID

A32 - ---

B32 - ---

C32 EBACKTYPE Backplane ID

Miscellaneous..Connector.-.P22.

(continued)




28-01186-0110 Nov 2006��0


Backplane Board

Physical.Description......................................252

System.Overview..........................................254System.Connectors...............................................................................255

Security.....................................................................................................................255

Electrical.Connections..........................................................................256Connector.Keying..................................................................................258

Description.of.Connectors...........................259JP20.to.P20.Main.Board.Connector..................................................259JP22.to.P22.Main.Board.Connector..................................................263JP21.to.P21.Main.Board.Connector..................................................266J1.to.J1.Extended.I/O.Driver.II.Board.Connector.........................269J2.to.J2.Extended.I/O.Driver.Board.II.Connector.........................271J3.to.J3.on.the.Extended.I/O.Driver.II.Board..................................273Connector.P1.-.Debug.........................................................................276Connector.P2.-.Light.Tower/Hard.Meters/NA.Security...............277Connector.P3.-.Logic.Door................................................................278Connector.P4.-.Monitor.1...................................................................278Connector.P7.-.Hopper/Ticket.Printer............................................279Connector.P8.-Com6.and.Com7.Spare.Serial.Outputs...............280Connector.P9.-.Switches.and.Com7.Spare.Serial.Outputs.........281Connector.P10.-.BNA.Lights..............................................................282Connector.P11-.Buttons.and.Button.Lamps...................................283Connector.P12.-.Expansion.I/O.........................................................284Connector.P13.-.Key.Switches.and.BNA.........................................285Connector.P14.-.Door.Distribution.................................................286Connector.P15.-.Spare.Power............................................................287Connector.P16.-.Fan.............................................................................287Connector.P17.-.Power.Supply..........................................................288Connector.P18.-.IGT.SAS+.(PT95A).or.Bally.SDS........................288Connector.P19.-.Broadcast.DACOM.Port......................................289Connector.P20.-.Monitor.2................................................................289

Table.of..Contents




28-01186-0110 Nov 2006��1


Backplane Board

Connector.P23.-.Com2/Com4.Mikohn............................................290Connector.P27.-.Handle,.Spare.Switch.and.Com8........................291Connector.P32.-.24V.Power...............................................................291Connector.P33.-.Speaker.....................................................................292Connector.P35.-.24V............................................................................292Connector.P36.-.24V............................................................................292Connector.P37.-.24V............................................................................293

electrical Specifications................................294




28-01186-0110 Nov 2006��


Backplane Board

The Backplane Type 2 Board (backplane board) electrically interfaces the machine’s main board to the extended I/O driver board and a number of I/O peripheral devices internal and external to the electronic gaming machine (EGM). The board assembly uses a variety of through-hole printed circuit board (PCB) mount connectors, contains no active components and is compatible with the XP Main Board.

The main board and I/O driver II board insert directly into the DIN connectors of the backplane board, and the peripheral devices and systems connect via ribbon cables or wire harnesses.

The backplane board mounts vertically at the rear of the cabinet, partly behind the logic cage. The layout of the connectors on the board is shown below.

Backplane Type 2 Board Location

PHySICAl.DESCRIPTION

PHySICAl.DESCRIPTION

Access.and.locationAccess.and.location




28-01186-0110 Nov 2006��


Backplane Board

Backplane.Type.2.Board.Component.location

Backplane.Type.2.Board.Component.location




28-01186-0110 Nov 2006��


Backplane Board

The backplane board electrically connects the following boards and I/O peripheral devices (depending on machine configuration):

US Extended I/O Driver II Board Main LCD panel with touch screen

Top box LCD panel Buttons and button LEDs

Mechanical meters Light tower

Power supply Animation lamps

BNA door switch Coin acceptor

Solenoid optics and solenoid diverter

Audio amplifier (low level audio output)

Speakers Jackpot / Audit key

Main door switch Logic door switch

Door optic emitter and detector (optional)

Bill acceptor

BNA lights Hopper and thermal printer

Cashbox switch Cooling fan (optional)

Mikohn progressives (RS-422) IGT SAS+ / Bally SDS / 232 / ASP 1000 Headsystem

Broadcast DACOM Spare power connectors

Spare serial ports Debug Port (optionally loaded)

The backplane board measures 297mm x 176mm and has six 4.5mm mounting holes. One of the mounting holes is plated to electrically connect power ground to the machine’s chassis/earth. The backplane board mounts onto metal standoffs, which are studded to the logic cage.

SySTEM..OVERVIEw

SySTEM..OVERVIEw




28-01186-0110 Nov 2006��


Backplane Board

The backplane board assembly uses the following connectors:

Four 96-way DIN41612 connectors. Three of these connectors connect the main board to the backplane board. The fourth connector connects the extended I/O driver II board.Two 64-way DIN41612 connectors – used in conjunction with the 96-way DIN41612 connector to connect the extended I/O driver II board to the backplane board.One 15-way female high-density D-sub connector – used for monitor 2.Three 4-way Micro-Fit 3.0 headers – used for 24V auxiliary power.One 4-way Molex SL connector – used for IGT SAS+ (PT95A) and Bally SDS compatibility.One 5-way Mascon connector - used for Broadcast DACOM compatibility.Mini-Fit Junior headers of various sizes are used for the remainder of the connectors. Using Mini-Fit Junior-type connectors obtains the current handling capacity, to simplify cabling and to allow backwards compatibility with earlier backplanes.

The remaining accessible Mini-Fit Junior connectors on the backplane board are keyed to reduce incorrect connection during machine configuration.

Any connectors that require security are placed on the backplane board so that they are inside the logic cage after installation. These connectors are:

Hard meters (P2)Logic door (P3)Main board connectors (JP20, JP21, JP22)I/O driver board connectors (J1, J2, J3)Debug port (P1, when equipped)

System.ConnectorsSystem.Connectors

SecuritySecurity




28-01186-0110 Nov 2006��


Backplane Board

The backplane board electrically and mechanically connects boards and connectors listed below.

Designator Title Description Connector Type

P1 Debug Diagnostic debug Comms (not populated)

4-way Mini-Fit Jr. Header

P2 Light Tower /Hard Meters

Light tower Mechanical meters


P3 Logic Door Logic door switch 4-way Mini-Fit Jr. Header

P4 Monitor 1 Main monitor/touch screen


P7 Hopper / Printer Hopper / printer 20-way Mini-Fit Jr. Header

P8 Com6/Com7 Com6 and Com7 serial I/O ports


P9 Switches Battery backed switches 12-way Mini-Fit Jr. Header

P10 BNA Lights “Landing Lights” for BNA 14-way Mini-Fit Jr. Header

P11 Buttons & Lamps Buttons and button lamps


P12 Expansion I/O Expansion I/O 24-way Mini-Fit Jr. Header

P13 Key Switches /BNA Jackpot key, audit key, main door, switch, door detector, cashbox, bill acceptor


P14 Door Distribution Animation lamps, CC62, solenoid optic, diverter solenoid, BNA switch, door emitter


P15 Spare Power Spare / auxiliary power 12-way Mini-Fit Jr. Header

P16 Fan Fan 4-way Mini-Fit Jr. Header

P17 Power Supply Power supply 14-way Mini-Fit Jr. Header

P18 IGT SAS+, Bally (SDS)

IGT SAS+ (PT95A) or Bally SDS Head System

4-way Molex 70543-0003

P19 BDACOM Broadcast DACOM Head System

5-way Mascon Header

Electrical.Connections

Electrical.Connections




28-01186-0110 Nov 2006��


Backplane Board

Designator Title Description Connector Type

P20 Monitor 2 Secondary monitor or LCD (if equipped)

15-way High Density D-Sub Female

P23 Com2/Com4 Mikohn

Com2/Com4 Mikohn 24-way Mini-Fit Jr. Header

P27 Handle, Spare Sw & Com8

Handle output, spare mechanical switches and Com8


P32 24V Power Spare/auxiliary 24V power


P33 Speaker Speakers (stereo and shielded cable) low level audio output


P35 24V Spare 24V power 4-way Micro-Fit 3.0 Header



JP20,21,22 Main Board XP Main Board DIN41612 96 PIN Vertical Female

J1,J2 Driver Extended I/O driver board

DIN41612 64 PIN Vertical Female

J3 Driver Extended I/O driver board

DIN41612 96 PIN Vertical Female

Electrical..Connections.(continued)

Electrical..Connections.(continued)




28-01186-0110 Nov 2006��


Backplane Board

Keying on the accessible Mini-Fit Junior connectors is done by removing nominated pins from the header body before soldering to the PCB. No drill holes are provided on the PCB where keying pins are located to ensure removal of these pins. The board connectors are keyed as defined below.

Designator Title Pins Removed for Keying Connector Type

P1 Debug Not keyed 4-way Mini-Fit Jr. Header

P2 Light tower/hard meters/BNA security

Not keyed 24-way Mini-Fit Jr. Header

P3 Logic door Not keyed 4-way Mini-Fit Jr. Header

P4 Monitor 1 2, 10 14-way Mini-Fit Jr. Header

P7 Hopper/Ticket printer

2, 3 20-way Mini-Fit Jr. Header

P8 Com6/Com7 14, 15 24-way Mini-Fit Jr. Header

P9 Switches 2, 11 12-way Mini-Fit Jr. Header

P10 BNA lights 9, 11 14-way Mini-Fit Jr. Header

P11 Buttons and lamps


P12 Expansion I/O Not keyed 24-way Mini-Fit Jr. Header

P13 Key Switches/BNA


P14 Door distribution 2, 4 24-way Mini-Fit Jr. Header

P15 Spare power 2 12-way Mini-Fit Jr. Header

P16 Fan 1 4-way Mini-Fit Jr. Header

P17 Power supply 9 14-way Mini-Fit Jr. Header

P23 Com2/Com4 Mikohn


P27 Handle, spare Sw and Com8


P32 24V power 1, 7 12-way Mini-Fit Jr. Header

P33 Speaker 7 12-way Mini-Fit Jr. Header

Connector.KeyingConnector.Keying




28-01186-0110 Nov 2006��


Backplane Board

The main board interfaces with the I/O driver board and other peripheral devices via the backplane board through a number of connectors. The connectors are defined below.

JP20 (96-way female DIN41612) on the backplane board connects to P20 on the main board.

PIN PIN Name Connects to ... Description

A1 SIN1 P13-3 Receive data, serial channel 1 (BNA DATA)

B1 N12VI N12VI -12V from mainboard, isolated

C1 - - -

A2 CTS1 P13-15 Handshake input 0, serial channel 1 (BNA SERVICE)

B2 GNDISOL GNDISOL Ground of ±12 voltage, isolated

C2 SOUT1 P13-1 Transmit data, serial channel 1 (Used for loopback testing to DTR1)

A3 I1 P13-17 Handshake input 2, serial channel 1 (LED ANODE)

B3 P12VI P12VI +12V from mainboard, isolated

C3 DSR1 P13-16 Handshake input 1, serial channel 1 (INTERRUPT)

A4 - - -

B4 DTR1 P13-20 Handshake output 1, serial channel 1 (SEND)

C4 RTS1 P13-19 Handshake output 0, serial channel 1 (ACCEPT ENABLE)

A5 SIN2 P23-11 P18-3 P19-2

Receive data, serial channel 2 (232 TX - uP RX)


C5 - - -

A6 CTS2 P23-22 Handshake input 0, serial channel 2 (232 CTS)


C6 SOUT2 P23-10 P18-2 P19-3

Transmit data, serial channel 2 (232 RX - uP TX)

A7 I2 P23-23 P18-4

Handshake input 2, serial channel 2 (BALLY TX - uP RX)



JP20.to.P20.Main.Board.ConnectorJP20.to.P20.Main.Board.Connector




28-01186-0110 Nov 2006��0


Backplane Board



C7 - - -

A8 O2 P23-9 P18-1

Handshake output 2, serial channel 2 (BALLY RX - uP TX)

B8 - - -

C8 RTS2 P23-21 Handshake output 0, serial channel 2 (232 RTS)

A9 SIN3 P7-18 Receive data, serial channel 3 (PRINTER TX - uP RX)


C9 RXD8 P27-7 Com8 receive data

A10 CTS3 P7-9 Handshake input 0, serial channel 3


C10 SOUT3 P7-19 Transmit data, serial channel 3 (PRINTER RX - uP TX)

A11

- - -


C11 DSR3 P7-15 Handshake input 1, serial channel 3

A12 - - -

B12 DTR3 P7-16 Handshake output 1, serial channel 3

C12 RTS3 P7-8 Handshake output 0, serial channel 3

A13 TXD8 P27-4 Com8 transmit data

B13 GNDRED2 P20-6 Red ground, video 2

C13 GNDGREEN2 P20-7 Green ground, video 2

A14 RED2 P20-1 Red, video 2

B14 GREEN2 P20-2 Green, video 2

C14 GNDBLUE2 P20-8 Blue ground, video 2

A15 BLUE2 P20-3 Blue, video 2

B15 HSYNC2 P20-13 Hsync, video 2

C15 GNDSYNC2 P20-10 Sync ground, video 2

A16 VSYNC2 P20-14 Vsync, video 2

B16 - - -

JP20.to.P20.Main..Board.Connector.

(continued)


(continued)




28-01186-0110 Nov 2006��1


Backplane Board


C16 - - -

A17 - - -

B17 - - -

C17 - - -

A18 - - -

B18 - - -

C18 - - -

A19 - - -

B19 - - -

C19 - - -

A20 - - -

B20 - - -

C20 - - -

A21 - - -

B21 - - -

C21 - - -

A22 - - -

B22 - - -

C22 - - -

A23 - - -

B23 - - -

C23 - - -

A24 - - -

B24 - - -

C24 - - -

A25 - - -

B25 - - -

C25 - - -

A26 - - -

B26 - - -

C26 - - -

A27 - - -

B27 - - -

C27 - - -

A28 - - -


(continued)


(continued)




28-01186-0110 Nov 2006��


Backplane Board


B28 - - -

C28 - - -

A29 - - -

B29 - - -

C29 NEHANDLE J2-A24, P20-15, P27-2

/EHANDLE

A30 - - -

B30 - - -

C30 - - -

A31 - - -

B31 - - -

C31 - - -

A32 - - -

B32 - - -

C32 - - -


(continued)


(continued)




28-01186-0110 Nov 2006��


Backplane Board



A1 HOPTEST P7-12 Hopper sensor test output, hopper

B1 GND GND Ground

C1 HOPON P7-4 Hopper motor drive, hopper

A2 AUSW P13-5 Mech. switch, audit reset

B2 SOLDIV P14-9 Coin divert drive (NPN trans. to GND)

C2 JPBELL P13-4 Jackpot bell

A3 MECHSW P13-7 Mechanical door switch

B3 GND GND Ground

C3 CBOXSW P13-6 Mechanical security switch - cash box door

A4 CCSEN P14-10 CC62 coin output

B4 JPSW P13-8 Mech. switch, jackpot reset

C4 BASW P14-20 Mechanical security switch - BNA door

A5 CCERROR P14-19 Coin error

B5 GND GND Ground

C5 CC_CRED P14-7 Valid coin input

A6 - - -

B6 - - -

C6 SOLOPT P14-15 Solenoid optic

A7 RS232TX P4-14 serial 0, nonisolated transmitter

B7 GND GND Ground

C7 - - -

A8 RS232RX P4-7 Serial 0, nonisolated receiver

B8 - - -

C8 - - -

A9 GND GND Ground

B9 RED P4-4 Red, video 1

C9 GNDRED P4-3 Red ground, video 1

A10 BLUE P4-6 Blue, video 1

B10 GNDGREEN P4-11 Green ground, video 1

JP22.to.P22.Main.Board.ConnectorJP22.to.P22.Main.Board.Connector




28-01186-0110 Nov 2006��


Backplane Board


C10 GREEN P4-12 Green, video 1

A11 GNDBLUE P4-5 Blue ground, video 1

B11 VSYNC P4-9 Vsync, video 1

C11 GNDSYNC P4-8 Sync ground, video 1

A12 SPEAKER P33-1 Audio output

B12 GND GND Ground

C12 HSYNC P4-1 Hsync, video 1

A13 SPEAKER P33-3 Audio output to speaker 2

B13 SPKRGND P33-2, P33-4 Speaker signal ground

C13 24V 24V 24V (SX Board)

A14 LGND LGND Gnd (SX Board)

B14 L5VDC L5VDC 5V (SX Board)

C14 LGND LGND Gnd (SX Board)

A15 VCC L5VDC 5V (SX Board)

B15 LGND LGND Gnd (SX Board)

C15 VCC VCC +5V from driver, converted from 24V

A16 LGND LGND Gnd (SX Board)

B16 VCC VCC +5V from driver, converted from 24V

C16 LGND LGND Gnd (SX Board)

A17 VCC VCC +5V from driver, converted from 24V

B17 LGND LGND Gnd (SX Board)

C17 VCC VCC +5V from driver, converted from 24V

A18 - - -

B18 KOUT P1-2 Serial data OUTPUT from ARM250 - keyboard debug

C18 KIN P1-1 Serial data INPUT from ARM250 - keyboard debug

A19 - - -

B19 AUDIORG P33-5 Low level audio output right ground

C19 - - -

A20 AUDIOL P33-11, P33-12 Low level audio output left

B20 AUDIOR P33-6 Low level audio output right

JP22.to.P22.Main.Board.Connector.

(continued)


(continued)




28-01186-0110 Nov 2006��


Backplane Board


C20 - - -

A21 - - -

B21 AUDIOLG P33-10 Low level audio output left ground

C21 - - -

A22 - - -

B22 - - -

C22 - - -

A23 - - -

B23 GND GND Ground

C23 - - -

A24 L12VDC L12VDC 12V (SX Board)

B24 - - -

C24 - - -

A25 - - -

B25 GND GND Ground

C25 - - -

A26 - - -

B26 - - -

C26 NPFAIL P17-14 Power fail signal, active low

A27 - - -

B27 GND GND Ground

C27 - - -

A28 CCINH P14-6 CC62 Inhibit

B28 - - -

C28 - - -

A29 HOPDIR P7-13 Hopper motor direction, hopper

B29 GND GND Ground

C29 - - -

A30 - - -

B30 - - -

C30 - - -

A31 - - -

B31 GND GND Ground

C31 - - -


(continued)


(continued)




28-01186-0110 Nov 2006��


Backplane Board


A32 - - -

B32 - - -

C32 - - -



A1 - - -

B1 GND GND Ground

C1 - - -

A2 MSWITCH(4) P27-5 Mech. switch, spare

B2 MSWITCH(3) P27-9 Mech. switch, spare

C2 MSWITCH(2) P27-11 Mech. switch, spare

A3 - - -

B3 GND GND Ground

C3 - - -

A4 - - -

B4 - - -

C4 DOPTOUT P14-5 Door optic emitter

A5 - - -

B5 GND GND Ground

C5 - - -

A6 - - -

B6 - - -

C6 - - -

A7 - - -

B7 GND GND Ground

C7 - - -

A8 - - -

B8 - - -

C8 - - -

A9 - - -

B9 GND GND Ground

C9 - - -

A10 - - -


(continued)


(continued)

JP21.to.P21.Main..Board.ConnectorJP21.to.P21.Main.

Board.Connector




28-01186-0110 Nov 2006��


Backplane Board


B10 - - -

C10 - - -

A11 - - -

B11 GND GND Ground

C11 - - -

A12 - - -

B12 - - -

C12 - - -

A13 - - -

B13 GND GND Ground

C13 - - -

A14 - - -

B14 - - -

C14 - - -

A15 IRQDMON J2-A6 Demon interrupt line

B15 GND GND Ground

C15 - - -

A16 VBATT J2-B4 Battery backup voltage

B16 - - -

C16 - - -

A17 - - -

B17 GND GND Ground

C17 - - -

A18 IRQ12 J3-C23 CPU, IF interrupt

B18 IRQ11 J3-C21 CPU, FH0 interrupt

C18 NDACK J2-B5 CPU, data acknowledge

A19 IRQ5 J3-C22 CPU, FL interrupt

B19 GND GND Ground

C19 NEIL0 J2-A5 CPU, IL0 interrupt

A20 NERESET J2-B7 CPU, external reset output

B20 NEIOW J2-A7 CPU, IO write signal

C20 NEIOR J2-B6 CPU, IO read signal

A21 - - -

B21 GND GND Ground

C21 ECLK8M J2-A8 CPU, clock signal


(continued)


(continued)




28-01186-0110 Nov 2006��


Backplane Board


A22 EA(10) J2-B11 CPU, address bus

B22 EA(11) J2-A11 CPU, address bus

C22 EA(12) J2-B10 CPU, address bus

A23 EA(8) J2-B12 CPU, address bus

B23 GND GND Ground

C23 EA(9) J2-A12 CPU, address bus

A24 EA(5) J2-A14 CPU, address bus

B24 EA(6) J2-B13 CPU, address bus

C24 EA(7) J2-A13 CPU, address bus

A25 EA(3) J2-A15 CPU, address bus

B25 GND GND Ground


A26 - - -

B26 - - -


A27 - - -

B27 GND GND Ground

C27 - - -

A28 ED(5) J2-A19 CPU, data bus

B28 ED(6) J2-B18 CPU, data bus

C28 ED(7) J2-A18 CPU, data bus

A29 ED(3) J2-A20 CPU, data bus

B29 GND GND Ground

C29 ED(4) J2-B19 CPU, data bus

A30 ED(0) J2-B21 CPU, data bus

B30 ED(1) J2-A21 CPU, data bus

C30 ED(2) J2-B20 CPU, data bus

A31 GND GND Ground

B31 24V 24V +24V

C31 GND GND Ground

A32 24V 24V +24V

B32 GND GND Ground

C32 24V 24V +24V


(continued)


(continued)




28-01186-0110 Nov 2006��


Backplane Board

J1 (64-way female DIN41612) on the backplane board connects to J1 on the extended I/O driver board.


A1 GND GND Ground

B1 GND GND Ground

A2 PBS(1) P11-24 Button switch 1

B2 PBS(2) P11-23 Button switch 2













A9 SPARESW(1) P12-18 Spare 24V input 1

B9 SPARESW(2) P12-17 Spare 24V input 2

A10 PBL(1) P11-2 Button lamp 1

B10 PBL(2) P11-4 Button lamp 2













A17 DRVSP(1) P12-3 Spare 24V output 1

J1.to.J1.Extended..I/O.Driver.II.Board.

Connector

J1.to.J1.Extended..I/O.Driver.II.Board.

Connector




28-01186-0110 Nov 2006��0


Backplane Board


B17 DRVSP(2) P12-2 Spare 24V output 2

A18 SPAREIO(0) P12-5 Spare TTL I/O

B18 SPAREIO(1) P12-4 Spare TTL I/O





A21 SPRTS P12-11 Spare serial

B21 SPCTS P12-23 Spare serial

A22 SPRXD P12-24 Spare serial

B22 SPTXD P12-12 Spare serial

A23 GND GND Ground

B23 GND GND Ground

A24 HM(1) P2-5 Hard meter 1

B24 HM(2) P2-6 Hard meter 2





A27 LTL(1) P2-20 Light tower Lamp 1

B27 LTL(2) P2-21 Light tower Lamp 2

A28 LTL(3) P2-22 Light tower Lamp 3

B28 LTL(4) P2-23 Light tower Lamp 4

A29 AL(1) P14-18 Animation lamp 1

B29 AL(2) P14-17 Animation lamp 2


B30 HOPCOIN P7-1 Hopper coin output

A31 HOPHIGH P7-5 Hopper Hi probe (Hopper Full)

B31 DOPTIN P13-9 Door optic in

A32 24V 24V +24V

B32 24V 24V +24V

J1.to.J1.Extended..I/O.Driver.II.

Board.Connector.(continued)

J1.to.J1.Extended..I/O.Driver.II.

Board.Connector.(continued)




28-01186-0110 Nov 2006��1


Backplane Board

J2 (64-way female DIN41612) on the backplane board connects to J2 on the extended I/O driver board.


A1 P12VDC P12VDC 12V from Driver for CC62

B1 GND GND Ground

A2 VCC VCC 5V

B2 VCC VCC 5V

A3 LDOR_NC P3-2 Logic door security normally closed contact

B3 LDOR_COM P3-3 Logic door security sense

A4 LDOR_NO P3-1 Logic door security - Hi-Z battery output

B4 VBATT VBATT Battery backed power

A5 NEIL0 JP21-C19 CPU, IL0 interrupt

B5 NDACK JP21-C18 CPU, data acknowledge

A6 IRQDMON JP21-A15 Demon Interrupt Line

B6 NEIOR JP21-C20 CPU, IO read signal

A7 NEIOW JP21-B20 CPU, IO write signal

B7 NERESET JP21-A20 CPU, external reset output

A8 ECLK8M JP21-C21 CPU, clock signal

B8 GND GND Ground

A9 24V 24V +24V

B9 24V 24V +24V

A10 - - -

B10 EA(12) JP21-C22 CPU, address bus

A11 EA(11) JP21-B22 CPU, address bus

B11 EA(10) JP21-A22 CPU, address bus

A12 EA(9) JP21-C23 CPU, address bus

B12 EA(8) JP21-A23 CPU, address bus

A13 EA(7) JP21-C24 CPU, address bus

B13 EA(6) JP21-B24 CPU, address bus

A14 EA(5) JP21-A24 CPU, address bus


A15 EA(3) JP21-A25 CPU, address bus


A16 24V 24V +24V

J2.to.J2.Extended..I/O.Driver.Board.II.

Connector

J2.to.J2.Extended..I/O.Driver.Board.II.

Connector




28-01186-0110 Nov 2006��


Backplane Board


B16 24V 24V +24V

A17 GND GND Ground

B17 GND GND Ground

A18 ED(7) JP21-C28 CPU, data bus

B18 ED(6) JP21-B28 CPU, data bus

A19 ED(5) JP21-A28 CPU, data bus

B19 ED(4) JP21-C29 CPU, data bus

A20 ED(3) JP21-A29 CPU, data bus

B20 ED(2) JP21-C30 CPU, data bus

A21 ED(1) JP21-B30 CPU, data bus

B21 ED(0) JP21-A30 CPU, data bus

A22 VCC VCC 5V

B22 VCC VCC 5V

A23 GND GND Ground

B23 GND GND Ground

A24 V2DDC_CLK JP20-C29, P20-15, P27-2 DDC data clock, video 2

B24 V2DDC_DAT P20-12 DDC data, video 2

A25 V2DDC_PWR P20-9 Optional 5V for DDC, video 2

B25 - - -

A26 EMIKP2 P23-19 Data A2

B26 EMIKN2 P23-7 Machine ID2

A27 - - -

B27 - - -

A28 - - -

B28 - - -

A29 ISOLPGND ISOLPGND Ground 12v/5v Power Supply filtered/isolated

B29 ISOLPWR ISOLPWR 12v/5v Power Supply filtered/isolated

A30 EMIKP1 P23-17 Data A1

B30 EMIKN1 P23-5 Machine ID1

A31 TXDA+ P23-14 Mikohn 422 Serial Comms

B31 TXDA- P23-3 Mikohn 422 Serial Comms

A32 RXDA+ P23-13 Mikohn 422 Serial Comms

B32 RXDA- P23-1 Mikohn 422 Serial Comms

J2.to.J2.Extended..I/O.Driver.Board.

II.Connector.(continued)

J2.to.J2.Extended..I/O.Driver.Board.

II.Connector.(continued)




28-01186-0110 Nov 2006��


Backplane Board

J3 (96-way female DIN41612) on the backplane board connects to J3 on the Extended I/O driver board.


A1 - - -

B1 232DTR7 P8-16 RS-232 Serial Port Com7 data terminal ready

C1 VCC VCC 5 Volts

A2 232DSR7 P8-17 RS-232 Serial Port Com7 data set ready

B2 - - -

C2 GND GND Ground

A3 - - -

B3 P12VI P12VI +12V for communications

C3 - - -

A4 - - -

B4 232DTR6 P8-22 RS-232 Serial Port Com6 data terminal ready

C4 - - -

A5 232DSR6 P8-23 RS-232 Serial Port Com6 data set ready

B5 - - -

C5 - - -

A6 - - -

B6 P12VI P12VI +12V for communications

C6 VCC VCC 5 Volts

A7 GNDISOL GNDISOL Isolated GND for communications

B7 232TXD6 P8-12 RS-232 Serial Port Com6 transmitted data

C7 GND GND Ground

A8 232RXD6 P8-11 RS-232 Serial Port Com6 received data

B8 232RTS6 P8-10 RS-232 Serial Port Com6 request to send

C8 GND GND Ground

A9 232CTS6 P8-9 RS-232 Serial Port Com6 clear to send

J3.to.J3.on.the.Extended.I/O.

Driver.II.Board


Driver.II.Board




28-01186-0110 Nov 2006��


Backplane Board


B9 232DCD6 P8-8 RS-232 Serial Port Com6 data carrier detect

C9 - - -

A10 GNDISOL GNDISOL Isolated GND for communications

B10 232TXD7 P8-6 RS-232 Serial Port Com7 transmitted data

C10 - - -

A11 232RXD7 P8-5 RS-232 Serial Port Com7 received data

B11 232RTS7 P8-4 RS-232 Serial Port Com7 request to send

C11 - - -

A12 232CTS7 P8-3 RS-232 Serial Port Com7 clear to send

B12 232DCD7 P8-2 RS-232 Serial Port Com7 data carrier detect

C12 P12VI P12VI 12 Volts

A,B,C13 - - -

A,B,C14 - - -

A15 - - -

B15 - - -

C15 VCC VCC 5 Volts

A16 - - -

B16 BACCLIT(8) P10-8 Bill acceptor light #8

C16 GND GND Ground

A17 BACCLIT(1) P10-1 Bill acceptor light #1


C17 P12VI P12VI +12V for communications



C18 N12VI N12VI -12V for communications



C19 - - -



Driver.II.Board.(continued)






28-01186-0110 Nov 2006��


Backplane Board


B20 - - -

C20 - - -


B21 - - -

C21 IRQ11 JP21-B18 Interrupt to SX main board


B22 - - -

C22 IRQ5 JP21-A19 Interrupt to SX main board

A23 - - -

B23 - - -

C23 IRQ12 JP21-A18 Interrupt to SX main board

A24 DDOR_NC P9-12 Battery backed cashbox switch normally closed

B24 DDOR_NO P9-10 Battery backed cashbox switch normally open

C24 - - -

A25 DDOR_COM P9-9 Battery backed cashbox switch common contact

B25 - - -

C25 - - -

A26 GDOR_NC P9-8 Battery backed main door switch normally closed

B26 GDOR_NO P9-7 Battery backed main door switch normally open

C26 L12VDC L12VDC 12V

A27 GDOR_COM P9-1 Battery backed main door switch Common contact

B27 - - -

C27 L5VDC L5VDC 5V

A28 SEC_NC P2-17 Battery backed meter or BNA door switch normally closed

B28 SEC_NO P2-18 Battery backed meter or BNA door switch normally open

C28 L5VDC L5VDC 5V








28-01186-0110 Nov 2006��


Backplane Board


A29 SEC_COM P2-19 Battery backed meter or BNA door switch common contact

B29 - - -

C29 LGND LGND Ground

A30 - - -

B30 - - -


A31 - - -

B31 - - -


A32 - - -

B32 - - -


P1 on the backplane board (4-way Mini-Fit Jr. Header) is not populated on the assembly.


1 KIN JP22-C18 Debug serial data input

2 KOUT JP22-B18 Debug serial data output

3 GND GND Ground

4 VCC VCC 5V





Connector..P1.-.DebugConnector..P1.-.Debug




28-01186-0110 Nov 2006��


Backplane Board

P2 (24-way Mini-Fit Jr. Header) on the backplane board connects the light tower, hard meters and BNA security.


1 24V 24V 24V for meters




5 HM(1) J1-A24 Meter 1

6 HM(2) J1-B24 Meter 2


8 HM(4) J1-B25 Meter 4


10 HM(6) J1-B26 Meter 6

11 VCC VCC 5V power for meters

12 GND GND Gnd for meters



15 24V 24V 24V light tower lamps

16 24V 24V 24V light tower lamps

17 SEC_NC J3-A28 Battery backed meter or BNA security switch, normally closed contact

18 SEC_NO J3-B28 Battery backed meter or BNA security switch, normally open contact

19 SEC_COM J3-A29 Battery backed meter or BNA security switch, common contact

20 LTL(1) J1-A27 Light tower lamp 1

21 LTL(2) J1-B27 Light tower lamp 2

22 LTL(3) J1-A28 Light tower lamp 3

23 LTL(4) J1-B28 Light tower lamp 4

24 GND GND Gnd for meters

Connector.P2.-..light.Tower/.

Hard.Meters/.NA.Security

Connector.P2.-..light.Tower/.

Hard.Meters/.NA.Security




28-01186-0110 Nov 2006��


Backplane Board

P3 (4-way Mini-Fit Jr. Header) on the backplane board connects to the logic door.


1 LDOR_NO J2-A4 Logic door security - normally open contacts

2 LDOR_NC J2-A3 Logic door security - normally closed contacts

3 LDOR_COM J2-B3 Logic door security - common

4 GND GND Ground

P4 (14-way Mini-Fit Jr. Header) on the backplane board connects to monitor 1.


1 HSYNC JP22-C12 Horizontal synchronization signal, video 1

2 Keyway - Keyway

3 GNDRED JP22-C9 Red return, video 1

4 RED JP22-B9 Red signal, video 1

5 GNDBLUE JP22-A11 Blue return, video 1

6 BLUE JP22-A10 Blue signal, video 1

7 RS232RX JP22-A8 Receive data from touch screen

8 GNDSYNC JP22-C11 Reference signal, video 1

9 VSYNC JP22-B11 Vertical synchronization signal, video 1

10 Keyway - Keyway

11 GNDGREEN JP22-B10 Green return, video 1

12 GREEN JP22-C10 Green signal, video 1

13 GND GND Ground

14 RS232Tx JP22-A7 Transmit data to touch screen

Connector..P3.-.logic.Door

Connector..P3.-.logic.Door

Connector..P4.-.Monitor.1





28-01186-0110 Nov 2006��


Backplane Board

P7 (20-way Mini-Fit Jr. Header) on the backplane board connects to the hopper/ticket printer.


1 HOPCOIN J1-B30 Coin output from hopper

2 Keyway - Keyway

3 Keyway - Keyway

4 HOPON JP22-C1 Hopper motor drive

5 HOPHIGH J1-A31 Hopper high probe, detects hopper full

6 VCC VCC 5V for hopper electronics

7 GND GND Ground

8 RTS3 JP20-C12 RTS for printer

9 CTS3 JP20-A10 CTS for printer

10 GNDISOL GNDISOL Gnd, isolated, for printer comms

11 24V 24V +24V

12 HOPTEST JP22-A1 Hopper sensor test output

13 HOPDIR JP22-A29 Hopper motor direction

14 GND GND Ground

15 DSR3 JP20-C11 Handshake input 1, serial channel 3

16 DTR3 JP20-B12 DTR for printer

17 24V 24V +24V

18 SIN3 JP20-A9 Rxd from printer

19 SOUT3 JP20-C10 Txd to printer

20 GND GND Ground

Connector..P7.-.Hopper/.

Ticket.Printer

Connector..P7.-.Hopper/.

Ticket.Printer




28-01186-0110 Nov 2006��0


Backplane Board

P8 (24-way Mini-Fit Jr. Header) on the backplane board provides for Com6 and Com7 spare serial outputs.


1 GNDISOL GNDISOL Return from 12V DC

2 232DCD7 J3-B12 Com 7 data carrier detect

3 232CTS7 J3-A12 Com 7 clear to send

4 232RTS7 J3-B11 Com 7 request to send

5 232RXD7 J3-A11 Com 7 received data

6 232TXD7 J3-B10 Com 7 transmitted data

7 GNDISOL GNDISOL Return from 12V DC

8 232DCD6 J3-B9 Com 6 data carrier detect

9 232CTS6 J3-A9 Com 6 clear to send

10 232RTS6 J3-B8 Com 6 request to send

11 232RXD6 J3-A8 Com 6 received data

12 232TXD6 J3-B7 Com 6 transmitted data

13 P12VI P12VI 12V DC, isolated

14 Keyway - Keyway

15 Keyway - Keyway

16 232DTR7 J3-B1 Com 7 data terminal ready

17 232DSR7 J3-A2 Com 7 data set ready

18 - - -

19 P12VI P12VI 12V DC, isolated

20 - - -

21 - - -

22 232DTR6 J3-B4 Com 6 data terminal ready

23 232DSR6 J3-A5 Com 6 data set ready

24 - - -

Connector..P8.-Com6.and.

Com7.Spare.Serial.Outputs

Connector..P8.-Com6.and.

Com7.Spare.Serial.Outputs




28-01186-0110 Nov 2006��1


Backplane Board

P9 (12-way Mini-Fit Jr. Header) on the backplane board connects to switches.


1 GDOR_COM J3-A27 Battery backed main door switch, common contact

2 Keyway - Keyway

3 - - -

4 - - -

5 - - -

6 - - -

7 GDOR_NO J3-B26 Battery backed main door switch, normally open contact

8 GDOR_NC J3-A26 Battery backed main door switch, normally closed contact

9 DDOR_COM J3-A25 Battery backed cashbox switch, common contact

10 DDOR_NO J3-B24 Battery backed cashbox switch, normally open contact

11 Keyway - Keyway

12 DDOR_NC J3-A24 Battery backed cashbox switch, normally closed contact

Connector..P9.-.Switches.and.

Com7.Spare..Serial.Outputs

Connector..P9.-.Switches.and.

Com7.Spare..Serial.Outputs




28-01186-0110 Nov 2006��


Backplane Board

P10 (14-way Mini-Fit Jr. Header) on the backplane board connects to BNA lights.


1 BACCLIT(1) J3-A17 BNA light #1

2 BACCLIT(2) J3-B17 BNA light #2







9 Keyway - Keyway

10 24V 24V +24V

11 Keyway - Keyway

12 - - -

13 - - -

14 GND GND Ground

Connector..P10.-.BNA.lights

Connector..P10.-.BNA.lights




28-01186-0110 Nov 2006��


Backplane Board

P11 (24-way Mini-Fit Jr. Header) on the backplane board connects to buttons and button lamps.


1 24V 24V 24V lamps

2 PBL(1) J1-A10 Button lamp 1

3 Keyway - Keyway

4 PBL(2) J1-B10 Button lamp 2





9 PBL(7) J1-A13 Button lamb 7




13 24V 24V 24V buttons

14 Keyway - Keyway

15 PBS(10) J1-B6 Button 10

16 PBS(9) J1-A6 Button 9









Connector..P11-.Buttons.and.

Button.lamps

Connector..P11-.Buttons.and.

Button.lamps




28-01186-0110 Nov 2006��


Backplane Board

P12 (24-way Mini-Fit Jr. Header) on the backplane board provides for expansion I/O.



2 DRVSP(2) J1-B17 Spare 24V output

3 DRVSP(1) J1-A17 Spare 24V output

4 SPAREIO(1) J1-B18 Spare TTL I/O

5 SPAREIO(0) J1-A18 Spare TTL I/O





10 GND GND Ground

11 SPRTS J1-A21 Spare serial Com5

12 SPTXD J1-B22 Spare serial Com5

13 24V 24V +24V




17 SPARESW(2) J1-B9 Spare 24V input

18 SPARESW(1) J1-A9 Spare 24V input





23 SPCTS J1-B21 Spare serial Com5

24 SPRXD J1-A22 Spare serial Com5

Connector..P12.-.Expansion.I/O




28-01186-0110 Nov 2006��


Backplane Board

P13 (24-way Mini-Fit Jr. Header) on the backplane board connects to key switches and the bill acceptor.


1 SOUT1 JP20-C2 Loopback testing for DTR1

2 Keyway - Keyway

3 SIN1 JP20-A1 Data (BNA)

4 JPBELL JP22-C2 Jackpot bell

5 AUSW JP22-A2 Audit key

6 CBOXSW JP22-C3 Cashbox switch

7 MECHSW JP22-A3 Main door switch

8 JPSW JP22-B4 Jackpot key

9 DOPTIN J1-B31 Door optic detector

10 GND GND Ground

11 GND GND Ground

12 - - -

13 24V 24V +24V

14 Keyway - Keyway

15 CTS1 JP20-A2 Service

16 DSR1 JP20-C3 Int (BNA)

17 I1 JP20-A3 LED anode (BNA)

18 GNDISOL GNDISOL Isolated ground for BNA Comms

19 RTS1 JP20-C4 Acc. En (BNA)

20 DTR1 JP20-B4 Send

21 GND GND Ground

22 GND GND Ground

23 GND GND Ground

24 - - -

Connector.P13.-.Key.Switches.and.BNA




28-01186-0110 Nov 2006��


Backplane Board

P14 (24-way Mini-Fit Jr. Header) on the backplane board provides for door distribution connections.


1 24V 24V +24V

2 Keyway - Keyway

3 24V 24V +24V

4 Keyway - Keyway

5 DOPTOUT JP21-C4 Door optic emitter

6 CCINH JP22-A28 inhibit

7 CC_CRED JP22-C5 Valid coin input

8 P12VDC P12VDC CC62 12V power from driver

9 SOLDIV JP22-B2 Ctl diverter solenoid

10 CCSEN JP22-A4 Coin sense

11 GND GND Ground

12 GND GND Ground

13 24V 24V +24V

14 VCC VCC 5V for solenoid optic

15 SOLOPT JP22-C6 Ctl solenoid optic

16 AL(3) J1-A30 Animation lamp 3

17 AL(2) J1-B29 Animation lamp 2


19 CCERROR JP22-A5 Reverse coin

20 BASW JP22-C4 BNA switch



23 GND GND Ground

24 GND GND Ground

Connector..P14.-.Door.

Distribution




28-01186-0110 Nov 2006��


Backplane Board

P15 (24-way Mini-Fit Jr. Header) on the backplane board provides spare power.


1 ISOLPGND ISOLPGND Gnd isolated, 5V or 12V

2 Keyway - Keyway

3 GND GND Ground

4 GND GND Ground

5 24V 24V +24V

6 24V 24V +24V

7 ISOLPWR ISOLPWR 5V or 12V, isolated

8 - - -

9 GND GND Ground

10 GND GND Ground

11 24V 24V +24V

12 24V 24V +24V

P16 (4-way Mini-Fit Jr. Header) on the backplane board connects to the fan.


1 Keyway - Keyway

2 24V 24V +24V

3 GND GND Ground

4 - - -

Connector..P15.-.Spare.Power

Connector..P16.-.fan




28-01186-0110 Nov 2006��


Backplane Board

P17 (14-way Mini-Fit Jr. Header) on the backplane board connects to the power supply.


1 ISOLPIN ISOLPIN 5V or 12V isolated power (before filter)

2 - - -

3 GND GND Ground

4 GND GND Ground

5 GND GND Ground

6 - - -

7 GND GND Ground

8 ISOLPGIN ISOLPGIN 5V or 12V isolated ground (before filter)

9 Keyway - Keyway

10 24V 24V +24V

11 24V 24V +24V

12 24V 24V +24V

13 - - -

14 NPFAIL JP22-C26 Power fail

P18 (4-way Molex 70543-0003 Header) on the backplane board connects to IGT SAS+ (PT95A) or Bally SDS.

Even though SAS+ (PT95A) and Bally SDS both use the same type of connector, the pinouts are different; therefore, the port pins are generically labeled. The actual pinouts are determined by the CCB.


1 O2 JP20-A8 Depends on configuration

2 SOUT2 JP20-C6 Depends on configuration

3 SIN2 JP20-A5 Depends on configuration

4 I2 JP20-A7 Depends on configuration

Connector..P17.-.Power.Supply

Connector.P18.-.IgT.SAS+.(PT95A)..

or.Bally.SDS




28-01186-0110 Nov 2006��


Backplane Board

P19 (5-way Mascon Header) on the backplane board provides the Broadcast DACOM Port.


1 GND GND Ground

2 SIN2 JP20-A5 Received data from network

3 SOUT2 JP20-C6 Transmitted data from EGM

4 GNDISOL GNDISOL Isolated GND for communications

5 VCC VCC +5 volts

P20 (15-way Female High Density D-Sub Connector) on the backplane board connects to monitor 2.


1 RED2 JP20-A14 Red, video 2

2 GREEN2 JP20-B14 Green, video 2

3 BLUE2 JP20-A15 Blue, video 2

4 GND GND Ground

5 V2STDET JP21-B2, P27-9, LK6-1 Video 2 display device detection [uses MSWITCH(3) input]

6 GNDRED2 JP20-B13 Red ground, video 2

7 GNDGREEN2 JP20-C13 Green ground, video 2

8 GNDBLUE2 JP20-C14 Blue ground, video 2

9 V2DDC_PWR J2-A25 Optional +5V output for DDC

10 GNDSYNC2 JP20-C15 Sync ground, video 2

11 GND GND Ground

12 V2DDC_DAT J2-B24 DDC data

13 HSYNC2 JP20-B15 Hsync, video 2

14 VSYNC2 JP20-A16 Vsync, video 2

15 V2DDC_CLK JP20-C29, J2-A24, P27-2 DDC data clock or Video 2 display device power-save-mode request (uses NEHANDLE output)

G1

G2 GND GND Connector shell ground

Connector..P19.-.Broadcast..

DACOM.Port





28-01186-0110 Nov 2006��0


Backplane Board

P20 (24-way Mini-Fit Jr. Header) on the backplane board connects to Com2 / Com4 Mikohn. Com2 is used for Bally-232 and RS-232 ports. Com4 is used for Mikohn.


1 RXDA- J2-B32 Mikohn isolated 422 serial

2 Keyway - Keyway

3 TXDA- J2-B31 Mikohn isolated 422 serial

4 - - -

5 EMIKN1 J2-B30 Machine ID1

6 - - -

7 EMIKN2 J2-B26 Machine ID2

8 - - -

9 O2 JP20-A8 BALLY RX - uP TX

10 SOUT2 JP20-C6 232 RX - uP TX

11 SIN2 JP20-A5 232 TX - uP RX

12 P12VI P12VI 12V for Bally Blackout

13 RXDA+ J2-A32 Mikohn isolated 422 serial

14 TXDA+ J2-A31 Mikohn isolated 422 serial

15 ISOLPGND ISOLPGND Mikohn isolated 422 serial ground

16 Keyway - Keyway

17 EMIKP1 J2-A30 Data A1

18 - - -

19 EMIKP2 J2-A26 Data A2

20 - - -

21 RTS2 JP20-C8 232 RTS

22 CTS2 JP20-A6 232 CTS

23 I2 JP20-A7 Bally Tx - uP RX

24 GNDISOL GNDISOL Isolated ground for COM2

Connector..P23.-.Com2/Com4.

Mikohn.




28-01186-0110 Nov 2006��1


Backplane Board

P27 (12-way Mini-Fit Jr. Header) on the backplane board connects to handle, spare switch, and Com8.


1 24V 24V +24V

2 NEHANDLE JP20-C29 Handle

3 Keyway - Keyway

4 TXD(8) JP20-A13 Com8 transmit data

5 MSWITCH(4) JP21-A2 Mech. switch, spare

6 GND GND Ground

7 RXD(8) JP20-C9 Com8 receive data

8 Keyway - Keyway

9 MSWITCH(3) JP21-B2 Mech. switch, spare

10 GND GND Ground

11 MSWITCH(2) JP21-C2 Mech. switch, spare

12 GND GND Ground

P32 (12-way Mini-Fit Jr. Header) on the backplane board connects to 24V power.


1 Keyway - Keyway

2 24V 24V +24V

3 24V 24V +24V

4 24V 24V +24V

5 24V 24V +24V

6 24V 24V +24V

7 Keyway - Keyway

8 GND GND Ground

9 GND GND Ground

10 GND GND Ground

11 GND GND Ground

12 GND GND Ground

Connector..P27.-.Handle,.Spare.Switch..

and.Com8

Connector..P32.-.24V.Power




28-01186-0110 Nov 2006��


Backplane Board

P33 (12-way Mini-Fit Jr. Header) on the backplane board connects to speaker.


1 SPEAKER JP22-A12 Audio signal (stereo 1st (Left) speaker)

2 SPKRGND JP22-B13 Speaker Gnd

3 SPEAKER2 JP22-A13 Audio signal 2 (stereo 2nd (Right) speaker)

4 SPKRGND JP22-B13 Speaker Gnd

5 AUDIORG JP22-B19 Low level audio output right ground

6 AUDIOR JP22-B20 Low level audio output right

7 Keyway - Keyway

8 GND GND Ground lug or braid

9 GND GND Ground lug or braid

10 AUDIOLG JP22-B21 Low level audio output left ground

11 AUDIOL JP22-A20, P5-12 Low level audio output left

12 AUDIOL JP22-A20, P5-11 Low level audio output left

P35 (4-way Micro-Fit 3.p Header) supplies 24V DC power.


1 24V 24V +24V

2 24V 24V +24V

3 GND GND Ground

4 GND GND Ground



1 24V 24V +24V

2 24V 24V +24V

3 GND GND Ground

4 GND GND Ground

Connector..P33.-.Speaker

Connector..P35.-.24V





28-01186-0110 Nov 2006��


Backplane Board



1 24V 24V +24V

2 24V 24V +24V

3 GND GND Ground

4 GND GND Ground





28-01186-0110 Nov 2006��


Backplane Board

The electrical specifications of the connectors used on the backplane are defined below.

Connector Type

Connectors Max. Contact Voltage

Max. Contact Current

Max. Contact Resistance

Durability (Minimum)

DIN41612 Female

J1, J2, J3, JP20, JP21, JP22

1000V 1.0A 20mΩ 400 Cycles

Mini-Fit Jr. Header

P1, P2, P3, P4, P7, P8, P9, P10, P11, P12, P13, P14, P15, P16, P17, P23, P27, P32, P33

600V 4.0A 20mΩ 30 Cycles

Micro-Fit 3.0 Header

P35, P36, P37

250V 3.0A 30mΩ 30 Cycles

High Density

D-Sub Female 15W

P20 250V 3.0A 30mΩ 30 Cycles

Molex 70543 SL Shrouded Header

P18 250V 3.0A 30mΩ 50 Cycles

Mascon Header

P19 250V 4.0A 20mΩ 25 Cycles

ElECTRICAl.SPECIfICATIONS

Documents

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