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The
®
340
REFERENCE SERIES
CREDITOR
APPLICATIONS DESIGN GUIDE
CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®Ca shFlow®CashFlow®CashFlow®CashFlow®CashFlow®Cash Flow®CashFlow®CashFlow®CashFlow®CashFlow®CashFl ow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow ® CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®C ashFlow®CashFlow®CashFlow®CashFlow®CashFlow®Cas hFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashF low®CashFlow®CashFlow®CashFlow®CashFlow®CashFlo w®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow® CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®Ca shFlow®CashFlow®CashFlow®CashFlow®CashFlow®Cash Flow®CashFlow®CashFlow®CashFlow®CashFlow®CashFl ow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow ® CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®C ashFlow®CashFlow®CashFlow®CashFlow®CashFlow®Cas hFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashF low®CashFlow®CashFlow®CashFlow®CashFlow®CashFlo w®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow® CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®Ca shFlow®CashFlow®CashFlow®CashFlow®CashFlow®Cash Flow®CashFlow®CashFlow®CashFlow®CashFlow®CashFl ow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow ® CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®C ashFlow®CashFlow®CashFlow®CashFlow®CashFlow®Cas hFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashF low®CashFlow®CashFlow®CashFlow®CashFlow®CashFlo w®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow® CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®Ca shFlow®CashFlow®CashFlow®CashFlow®CashFlow®Cash Flow®CashFlow®CashFlow®CashFlow®CashFlow®CashFl ow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow
®
23083 G2
143363044
CashFlow® 340 creditor Applications Design Guide
Published by : Mars Electronics International Eskdale Road Winnersh Triangle Wokingham, Berkshire RG11 5AQ United Kingdom
For information on translations in your country, please write to the Technical Communications Manager at the above address.
CashFlow® 340 creditor Applications Design Guide
All rights reserved.
©, Mars, Inc., 1996.
Except as permitted under the relevant local legislation, no part of this publication may be copied, transmitted, transcribed, or distributed in any form or by any means, or stored in a database or retrieval system, or translated into any language (natural or computer), without the prior written permission of Mars Electronics International.
Mars®, CashFlow® and the Mars Electronics International device are registered trademarks. ©, Mars, Inc., 1996.
Mars Electronics reserves the right to change the product or the product specifications at any time. While every effort has been made to ensure that the information in this publication is accurate, Mars Electronics disclaims any liability for any direct or indirect losses (howsoever caused) arising out of use or reliance on this information.
This document does not necessarily imply product availability.
Part Number :
143363044
This Edition ( March 1996)
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©, Mars, Inc., 1996.
CashFlow® 340 creditor Applications Design Guide
TABLE OF CONTENTS
SAFETY AND EMC ................................................................... 1 GLOSSARY................................................................................. 2 OVERVIEW ................................................................................. 3 PRODUCT OPERATION .......................................................... 4
COIN ACCEPTANCE ........................................................... 4 MECHANICAL ............................................................. 4 ELECTRICAL............................................................... 8 OPERATIONAL............................................................ 9 COIN ACCEPTANCE RATE ............................................... 10 RELIABILITY ...................................................................... 10
PRODUCT VARIANTS ........................................................... 11
MAXI FRONT PLATE ......................................................... 11 INTERFACE............................................................... 11 External Interface ............................................. 11 Serial ................................................................ 11 Parallel - Video Credit....................................... 11 Interface P.C.B. ................................................ 11 MINI and MIDI FRONT PLATE .......................................... 12 MOUNTING (for both versions) ................................. 12 INTERFACE............................................................... 12 External Interface ............................................. 12 Serial ................................................................ 12 Parallel - Video Credit....................................... 12 Interface P.C.B. ................................................ 12 DISPLAY .................................................................... 12
ELECTRICAL INTERFACES ................................................ 13
HOST INTELLIGENT INTERFACE (HI2) ........................... 13 Electrical Specifications .................................... 14 LOCAL EXPANSION INTERFACE..................................... 15
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CashFlow® 340 creditor Applications Design Guide
APPLICATIONS SUPPORT ............................................... 16 SUPPORT TOOLS .................................................... 17
MACHINE INTERFACE PCB's ............................................. 18
FUNCTIONALITY ............................................................... 19 DISPLAY FUNCTIONS .............................................. 20 Incrementing games. ........................................ 20 Decrementing credit.......................................... 20 Display shows game price when idle. Decrements to 0.................................................................... 20 Display Connector Pin-Outs ............................. 21 Signal Descriptions ........................................... 21 Serial Data Format............................................ 22 Digit Segment Format....................................... 22 COIN ENTRY LAMP .................................................. 23 Lamp ON continuously ..................................... 23 Lamp OFF ........................................................ 23 Lamp Flashing .................................................. 23
CONFIGURATION ................................................................... 28
Coin parameters ............................................... 28 Coin enables/inhibits......................................... 28 Coin value......................................................... 28 Game price ....................................................... 29 Bonus settings .................................................. 29 Credit Dispense mode ...................................... 29 Test credit ......................................................... 29 FACTORY CONFIGURATION ............................................ 30 Specific Coinsets .............................................. 30 FIELD CONFIGURATION................................................... 31 VIA MAN MACHINE INTERFACE (MMI) ................... 31 To set Inhibit Specific Coins mode ................... 32 To set Enable Specific Coins mode.................. 33 To set Game Price mode.................................. 33 To set Bonus Levels mode, level 1................... 33 To set Bonus Levels mode, level 2................... 33 To set Bonus Award mode, level 1 ................... 33 To set Bonus Award mode, level 2 ................... 34
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CashFlow® 340 creditor Applications Design Guide
To enter Test Credit mode................................ 34 VIA MARS® ROUTE ALPHA 250 TERMINAL ........... 35 Key Functions ................................................... 36 Other Facilities Of The Terminal....................... 36 Auto Repeating Keys ........................................ 36 Double Click Hotkeying..................................... 37 Using The Terminal .......................................... 37
ENVIRONMENTAL PERFORMANCE................................. 43
TEMPERATURE RANGE ................................................... 43 HUMIDITY........................................................................... 43 VIBRATION......................................................................... 44 TRANSPORTATION ........................................................... 44 LIQUIDS.............................................................................. 45 CLASSIFICATION .............................................................. 46 FLAMMABILITY ................................................................. 46 POWER SUPPLY INPUT PROTECTION ........................... 47 MECHANICAL PARTS ....................................................... 47
MARS ELECTRONICS INTERNATIONAL OFFICES ..... 48 INDEX ......................................................................................... 49 APPENDIX ................................................................................ 54
INTERFACE DRAWINGS ................................................... 54
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CashFlow® 340 creditor Applications Design Guide
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CashFlow® 340 creditor Applications Design Guide
SAFETY AND EMC
International & Conformance National Standards
When installed and operated according to the instructions for the particular unit, CashFlow® 340 products are designed to meet the applicable Safety and Electro Magnetic Compatibility standards for any country in which they are used.
Maximum Operating Voltages
Do not apply more than the indicated voltage.
Dangerous Environments
Do not operate in the presence of flammable gases, fumes or water.
Disposal of Product
Do not dispose of this product by incineration.
Warning: Before removing or replacing modules SWITCH OFF or ISOLATE the ELECTRICITY SUPPLY to the host machine. THIS MANUAL IS PROVIDED FOR USE ONLY BY PERSONNEL TRAINED TO UNDERTAKE ELECTRICAL INSTALLATION.
©, Mars, Inc., 1996.
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CashFlow® 340 creditor Applications Design Guide
GLOSSARY
Accept Gate Acceptor Back Cover Coin entry Coin exits Coin set Coin type Discriminator Control gate that routes coins/tokens to accept or reject route. Discriminator assembled together with an accept gate and back cover. Moulding that provides various mountings for the acceptor facilitating optional routing. The point at which coins enter the throat of the acceptor. Routing from the accept gate. Defines the coin types that the creditor will accept. Coin denomination, for example, a 20p piece. A mechanism that accepts coin/tokens of different values and electronically compares their characteristics with a set of pre-programmed criteria. Those coins that meet the requirements are directed towards an accept route, and those that fail go to a reject route. The main component of the discriminator, providing the initial path to be taken by coins. Accessory facilitating the mounting of the product to the front of the host machine. A set of electrical lines controlled by the host machine that stops acceptance of one or more coins. The electrical or mechanical boundary between the creditor and the host machine. Additional facilities and benefits accessed via range of optional customer interface PCB's. All standard interface functions made directly through host machine. Also called HI2. Facility used to absorb impact of coin entry and reduce impetus through flight deck.
Flight deck Front Plate Inhibit lines Interface Parallel Interface Serial Interface Snubber
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CashFlow® 340 creditor Applications Design Guide
OVERVIEW
The CashFlow® 340 product is available in a variety of configurations. These are for the Maxi front plate, the Mini front plate and the Midi front plate. At the heart of all of these is the acceptor module which controls the discrimination and coin routing functions. An optional 4 digit backlit LCD display for use in conjunction with the Mini and Midi front plate versions is available. The operating voltage for all versions is 12v DC.
Acceptor Module
Mini Front Plate Midi Front Plate Maxi Front Plate
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CashFlow® 340 creditor Applications Design Guide
PRODUCT OPERATION
COIN ACCEPTANCE
The functionality of the CashFlow®340 creditor is described in the following sections, under the headings of Mechanical, Electrical and Operational. MECHANICAL The acceptor is built up from the following modules, each of which is available in a number of variants: · Discrimination module · Back Cover · Accept Gate module · Interface PCB · PCB Cover The discrimination module comprises a flight deck and flight deck lid which control the coin entry and flow path. The coin deflector and Snubber serve to bring coins under control by removing or dampening their inherent kinetic energy. The coin deflector is a mechanical device incorporated near the coin entry point to direct coins towards the snubber and against the face of the flight deck. Once under control coins roll down an inclined ramp, which is part of the flight deck lid, and past discrimination sensors behind the flight deck and flight deck lid until leaving the end of this ramp and entering the accept gate module.
Coin Deflector Coin Entry Flight Deck Lid
Snubber and inclined Ramp
Flight Deck
Accept Gate
Coin Path through Acceptor.
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CashFlow® 340 creditor Applications Design Guide The flight deck is hinged at the top right side to allow coupling with the flight deck lid via an intermediate component (lid arm) permitting the lid to locate accurately to the Deck independently of the hinge spring and the tolerances associated with it. The lid maintains a parallel coin throat by being located on three bosses which position the lid in all three axis when subject to the closing force exerted by a tension spring between the deck and lid arm. The design of the lid arm/hinge area allows the Lid to open to 100 degrees relative to the deck, facilitating access for cleaning. The opening is restricted by the back cover to prevent the lid fouling adjacent parts such as the front plate. If the reject lever is operated the flight deck lid is raised so that it remains parallel to the flight deck. This has the benefit of not funneling coins into a narrowing gap as they roll or fall and possibly create a further jam. This also means that the creditor can be defined within a smaller envelope as the edge of the lid furthest from the hinge does not have to open more to give greater clearance at the hinge end. Coin entry Reject lever Hinge Spring Back cover Flight Deck Lid Terminal connector Accept gate module Lid Arm
Acceptor with top entry back cover used The action of the hinge spring is an "over-centre" one which means that the lid will be held open when past about 100 degrees and will "snap" shut when closed to below about 60 degrees. The discrimination module provides a mounting for the discrimination PCB connection and to the accept gate module via a flexible interconnect cable.
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CashFlow® 340 creditor Applications Design Guide
Coin Entry Back cover Reject lever Host Intelligent Interface PCB Cover Display interface Machine Parallel interface Acceptor with front entry back cover used The back cover, which incorporates the reject lever assembly, clips to the discrimination module and provides protection for the discrimination PCB. There are two variants of back cover: Top Entry, used for Maxi front plate mounting. Front Entry, used for Mini & Midi front plate mounting. These back covers provide appropriate mounting points for use with either the Maxi, Mini or Midi front plates. The back cover has apertures to allow access to the serial interface and the remote expansion interface. In addition, a removable PCB cover allows access to the interface PCB and parallel interface. The position of the reject lever will depend on which version of back cover is being used. Clearance of debris and jammed coins from the creditor can be achieved by use of the reject lever.
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CashFlow® 340 creditor Applications Design Guide The accept gate module contains a solenoid-operated gate, optical coin strobes and routing components. The module clips and plugs onto the flight deck. Three variants of accept gate module are available. The coin exits for both accepted and rejected coins are defined by the type of accept gate module fitted and can be one of the following: · Accept right down / Reject left down · Accept right down / Reject left side · Accept left down / Reject right down The standard accept gate solenoid is driven from 12V supply.
Coin Entry
Exit Options.
Accept Gate.
The table below shows the mechanical build standards available. Accept Gate Module Exits RD / LS RD / LD LD / RD
Back Cover
Front Entry Top Entry Top Entry Note:
In the above table: RD = Right Down; LS = Left Side; LD = Left Down
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CashFlow® 340 creditor Applications Design Guide ELECTRICAL The CashFlow® products are based on a serial interface, 12v, discrimination PCB. The circuitry is contained within a single PCB mounted on the rear of the flight deck behind the back cover. All internal connections to this discrimination PCB are via a flexible interconnect PCB. Internal connections are to the sensors on the flight deck and flight deck lid and to the accept solenoid and optical strobes in the accept gate module via the connector through the accept gate module. External connections to the discrimination PCB are via staked pins, accessible through apertures in the back cover. Additional staked pins on the discrimination PCB allow the video credit interface PCB to be connected. The electronics on the Discrimination PCB operate from 5v generated by an on-board regulator from the 12v customer supply via the interface PCB. Coins are discriminated by inductive sensors mounted on both the flight deck and flight deck lid. These sensors allow a number of coin parameters to be measured which relate to the coins' thickness, diameter and material type. The processing of these parameters is performed by the micro-controller and compared against limits stored within a non-volatile memory. Coins satisfactorily discriminated are routed to the accept exit by energising the accept gate. Coins not accepted will be routed to the reject exit. Accepted coins will generate a credit as they pass through the coin strobes in the accept exit. The strobes consist of two pairs of LED's and photo-transistors mounted in the accept gate module, opposite prisms mounted on the lower part of the flight deck.
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CashFlow® 340 creditor Applications Design Guide OPERATIONAL A coin offered to the creditor has its validity determined using the discrimination process. This process involves matching the payment's measured parameters with parameters stored in nonvolatile memory. A coin's identity consists of a coin type number and a coin type status code. The coin type status code defines whether a coin is in fact a coin or a token. If a match is found then the payment is given the value of the corresponding stored data. Next, the inhibit status of the payment is checked, and if the payment is not inhibited it will be accepted. Inhibit status is determined from either the coin inhibit map stored in non-volatile memory or from the video credit interface. Video credit interface inhibit information overrides the coin inhibit map. If a payment is accepted the accept gate will be opened. Credit signalling is delayed until the coin has passed the accept gate. Once the payment has passed the accept gate, the gate will be closed. When payment has been confirmed, acceptance of further payments is permitted. If a fraud is detected, the creditor will inform its host machine, and the appropriate output signal will be activated. Acceptance of any further payments will be inhibited for one second after the host has been informed. If a payment is rejected, either due to it failing the discrimination process, or because it has been inhibited, the accept gate will not be opened and further coin acceptance will be inhibited for a period of 500ms. If a following coin is thus rejected, this time period will be restarted. If the reject lever is operated, causing the lid to open, a pulse will be generated and, if an appropriate interface is fitted, an output signal will be activated.
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CashFlow® 340 creditor Applications Design Guide
COIN ACCEPTANCE RATE
The acceptor module can validate at a rate of up to 2.5 coins per second. Coins closer than this may be rejected. After a coin has been rejected no further coins will be accepted for a period of 500ms. Should further coins enter the acceptor module during this period the reject period will be re-initiated. The Cashflow® creditor will operate with all coins and tokens that are validated by the acceptor module.
RELIABILITY
The design target is the following: Mean Coins Between Failure Acceptors: < 1 in 300k excluding coin jams cleared by reject operation.
Mean Time Between Failures Acceptors: < 2.5% of field base per annum for any noncoin related failure requiring a service call out. Mars® Route Alpha 250 terminal Connector; 100 insertions. Electromechanical modules; 50 insertions. PCB based modules; 50 insertions.
Other: Connectors:
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CashFlow® 340 creditor Applications Design Guide
PRODUCT VARIANTS
MAXI FRONT PLATE
MOUNTING In adaptor moulding/front plate assembly attached to face of the host machine INTERFACE External Interface Serial Parallel - Video Credit Interface P.C.B. Robust Video Credit Interface (RVCI) .
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CashFlow® 340 creditor Applications Design Guide
PRODUCT VARIANTS
MINI and MIDI FRONT PLATE
Midi Front Plate Version Mini Front Plate Version
MOUNTING (for both versions) In front plate assembly to the front of the host machine INTERFACE External Interface Serial Parallel - Video Credit Interface P.C.B. Robust Video Credit Interface (RVCI) DISPLAY A 4 digit backlit LCD credit display option is available for use with both Mini and Midi front plates.
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CashFlow® 340 creditor Applications Design Guide
ELECTRICAL INTERFACES
HOST INTELLIGENT INTERFACE (HI2)
The HI2 interface offers serial control of the following functions: · · · · · · · Inhibiting Coins Enabling Coins Allocating Coin Values Defining Game Prices Specifying Bonus Levels Configuring Credit Modes Setting Test Credit Mode
The connections to the 10 way connector of the HI2 are shown below.
1 3 5 7 9 DATA BUSY RESET VIN RESERVED 2 4 6 8 10 GND GND POWER FAIL VNEG VSOL
9 10
7 8
5 6
3 4
1 2
Viewed from loom end
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CashFlow® 340 creditor Applications Design Guide Electrical Specifications I/O Ports
Data and Busy
Input high voltage Input low voltage Input impedance Output high voltage Output low voltage Output sink current
Vih Vil Rp Voh Vol Iol
8.0V min. max
VIN + 1.5V
GND - 1.5V min 1.3V max. 4.7K nom. to VIN 9.0Vmin. GND min. ------VIN max. 0.5V max. 25mA max.
VIN +5V Rp 47K
Rx To internal logic Tx GND 0V 47K 1n DATA or BUSY
Data and Busy line equivalent circuit The Data and Busy lines are active low signals and are designed to be wire-ORed with other HI2 nodes. The selector represents an HI2 system load of 3 units.
Reset
Input high voltage Input low voltage Input impedance Input capacitance Input series resist.
Vih Vil Rp Cin Rserl
Open circuit or > 3.5V (5.5V max.) (GND - 0.5V) min. 0.9Vmax. 47k nom. to + 5V 1.5F nom. 56 nom.
In addition to the on-board power-on reset circuit, an external device
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CashFlow® 340 creditor Applications Design Guide may reset the system by pulling RESET low. The RESET line is active low and is intended to be driven by an open collector transistor referenced to 0V. A series resistor is provided to limit the peak current drawn when the on-board reset capacitor is discharged by an external device.
PF (Power Fail)
Input high voltage Input low voltage Input impedance
Vih Vil Rp
3.7V min.
5.5V max.
(GND - 0.5V) min. 0.9Vmax. 4.7k nom. to + 5V
In addition to the on-board power fail circuit, there is an input on the host connector to allow an external device to warn of an impending power failure. The power fail input is active low and is intended to be driven by an open collector transistor referenced to 0V.
VIN (Power)
Input supply voltage Supply voltage ripple
Vin Vrip
10V min. 15V max. (Abs.max. not operational 20V) Within Vin min. to max. up to 100Hz 250mV pk-pk frequencies > 100Hz
Supply rise time Input current
Trise Iin
75ms max. 500mA max.
VIN is the input supply voltage referenced to the supply return, VNEG. VNEG is connected to GND on the acceptor.
LOCAL EXPANSION INTERFACE
The local expansion interface is provided on the CashFlow® 340 creditor to allow connection of the interface PCB. The interface consists of two sets of staked pin connectors along the lower edge of the discrimination PCB, behind the interface PCB cover. The interface can only be used for connection to MEI supplied interface PCB's.
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CashFlow® 340 creditor Applications Design Guide
APPLICATIONS SUPPORT
The Host Intelligent Interface (HI2) is a high functionality interface for point to point or multi node systems. It is currently only available under licence and confidentiality agreements. Applications support for HI2 is in the form of documentation and support. These are all intended to make it straightforward to designin the interface.
HI2 Applications Support
Documentation
Library Software
Protocol Support Tools
Protocol Monitor
Implementors Guide
`C'
6805
8051
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CashFlow® 340 creditor Applications Design Guide SUPPORT TOOLS With the use of a HI2 interface adaptor and with the aid of the special "Protocol Monitor" software application it is possible to connect a PC serial port to the HI2 signals.
HI2 Interface Adaptor
Protocol Monitor
The adaptor should be plugged into the PC serial port and wired to the HI2 bus as shown below.
1 2 3 4 5 6 7 8 9 10 1 2 3 4 5 6 7 8 9 10
10 Way Product Connector
10 Way HI2 Adaptor Connector
PF Reserved Reset Switch (if required) VIN
+12V (standard products) 0V
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CashFlow® 340 creditor Applications Design Guide
MACHINE INTERFACE PCB's
All CashFlow® coin products incorporate a serial machine interface called HI2 which offers maximum configuration flexibility. The video credit interface PCB is used to provide a parallel host interface. The interface PCB is attached directly to the discrimination PCB and enclosed within the back cover of the acceptor. The PCB contains a four-bit DIL switch known as the Man Machine Interface (MMI). This switch can be used to configure certain aspects of the product.
Robust Video Credit Interface PCB The Robust Video Credit Interface (RVCI) is available in single player and 4 player versions with appropriate dispense inputs and outputs. Both provide a player lamp output, an entry lamp output, a coin meter output and a secondary credit input.
Back Cover
Pin 1 Display Connector
Pin 1 Interface Connector
Connector locations - version RVCI
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CashFlow® 340 creditor Applications Design Guide
FUNCTIONALITY
The video credit interface PCB contains a masked microprocessor which performs the credit accumulation and host interface functions. The microprocessor communicates with the discrimination processor via the local expansion interface. Profile specific set-up information is contained within the nonvolatile memory on the discrimination PCB and is passed on at power-up. Credit is stored in volatile memory within the interface processor and will be lost if power is removed. On receipt of a confirmed non-fraudulent payment, the interface processor assigns the appropriate value to the payment type accepted and adds this value to the accumulated credit. If the coin meter option is enabled, the processor will send an appropriate number of pulses, for the payment type accepted, to the coin meter output. The creditor can be configured for either single or multi-player operation and for either automatic or manual credit dispense in the single player configuration. In automatic credit dispense mode, the appropriated number of game pulses will be dispensed when the accumulated credit exceeds the game price. In manual credit dispense mode, a single game pulse will be dispensed, to the appropriate player output, each time a dispense input becomes active and sufficient game credits exist. If the creditor is configured for multi-player operation credit dispense mode is implied, but should in any case be enabled to ensure correct functioning of the product. In manual credit dispense mode, the creditor will drive the player lamp output to indicate that there are game credits available. The lamp(s) will flash ON for 0.5 sec. and OFF for 0.5 sec. when game credits exist. The creditor has a programmable maximum games limit which, if exceeded, will cause coin acceptance to be disabled. The creditor can be configured to give additional games at two defined bonus credit levels. The number of additional games for each bonus level is programmable. The additional games will be given provided the bonus credit level is reached within a programmable time period.
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CashFlow® 340 creditor Applications Design Guide The creditor can accept a credit input from an external device such as a mechanical coin mechanism or bill validator. The credit value associated with the input is programmable. Appropriate coin meter pulses will be generated in response to an external credit input. DISPLAY FUNCTIONS An optional external display may be connected to the creditor via the display interface. The type of information displayed can be any one of the following modes, but not nescessarily all of them: Incrementing games. Shows 0000 when idle, counts games as credit increases. Decrementing credit. Display shows game price when idle. Decrements to 0 Mixed Credit / Games Display shows game price when idle, plus number of games, counts down to 0 as credit increases, then counts up number of games. Display Options
Single Line Output Normal mode Incrementing games Decrementing credit Mixed Credit/ Games
Single Line Output Credit Dispense
Four Line Pulse Output
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©, Mars, Inc., 1996.
CashFlow® 340 creditor Applications Design Guide Display Connector Pin-Outs Pin 1 2 3 4 5 Description VIN 0V SCK DATA CSB Function Supply Voltage Supply Return Serial Clock Serial Data Chip Select - Active Low
Signal Descriptions The five signals to the display module electrical interface are as defined below: 1) VIN Positive supply voltage to display. Direct connection to the VSUPPLY pin on the interface PCB host connector. Supply common. Reference for serial interface signals. Direct connection to GND pin on the interface PCB host connector. Serial Clock output. Open collector transistor drive. See section 3.2 for electrical parameters. Serial Data output. Data valid on positive edge of clock and changes on negative edge. Open collector transistor drive. See section 3.2 for electrical parameters. Active low display driver Chip Select output. Open collector transistor drive. See section 3.2 for electrical parameters.
2)
0V
3)
SCK
4)
DATA
5)
CSB
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CashFlow® 340 creditor Applications Design Guide Serial Data Format The data is transmitted as six, eight bit bytes. The first byte consists of a single start bit (logic 1) with leading zeros (logic 0). The next four bytes contain the data for the four display digits, starting with the least significant digit and ending with the most significant digit. The last byte is a stop byte consisting of all zeros.
CSB SCK DATA START BIT CSB SCK DATA DIGIT 3 DIGIT 4 (MSB) DIGIT 1 (LSB) DIGIT 2
Digit Segment Format The data byte for each digit consists of eight segment bits, where a logic 1 indicates that the segment will be illuminated. The order of the segment data is as follows: Fist bit (MSB)Decimal Point Segment e Segment d Segment c Segment b Segment a Segment g Last bit (LSB)Segment f
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CashFlow® 340 creditor Applications Design Guide COIN ENTRY LAMP The coin entry lamp is used to indicate the following: Lamp ON continuously Indicates that the creditor is functioning normally. Lamp OFF Indicates that the creditor detects an internal fault. Lamp Flashing (ON for 1.0 sec., OFF for 1.0 sec.) Indicates a fraud condition has been detected. The player 1 output is defined as outputs PLAYER1HI and PLAYER1LO, and all other player outputs as PLAYER2-4. The player lamp output is defined as PLAMP, the entry lamp as ELAMP and the coin meter output as CMETER. The dispense inputs are defined as DISP1-4 and the credit input as CREDIT The PLAYER1HI and PLAYER1LO outputs consist of a floating npn transistor with the collector and emitter made available at the connector. The output transistor is driven from a pnp buffer transistor, from VSUPPLY, through a series resistor. The other player outputs each consists of an open collector transistor referenced to GND. The output transistors, defined as PLAYER 2-4,are pulsed active to indicate a game output. Both the player lamp and the entry lamp consist of paralleled darlington transistors, referenced to GND. Their output is active low to illuminate the player lamp(s). The coin meter output is a darlington transistor referenced to GND, and is pulsed low to increment the coin meter. The four dispense inputs are CMOS inputs with input protection and pull-up resistor. They are active low to dispense credit. The credit input is a CMOS input with input protection and pull-down resistor, which is active high to input credit.
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CashFlow® 340 creditor Applications Design Guide Display Parameters All outputs Voff Max Von Max Ion Max Fmax Typical Display module input: Power
12V operation, VSUPPLY (pin 8) referenced to GND (pin12):
40V 0.5V 20mA 250kHz (100kHz typical)
CMOS i/p with pull-up resitor
Input supply voltage Supply voltage ripple
Vin Vrip
10V min.
15V max.
(Abs. max. not operational 20V) Within Vin min. to max. up to 100Hz 250mV pk-pk frequencies > 100Hz 75ms max. 500mA max. Creditor only
Supply rise time Input current. Outputs
Trise Iin
Player 1 output: (PLAYER1HI, PLAYER1LO) pins 9 and 10
Off state voltage Leakage current On state voltage On state current Emitter voltage
Vceoff Iin Vcesat Ic Ve
+30V max. 5A 0.5V max. 30mA max. 0V min. (Vin -2V) max.
Vin To internal logic PLAYER1HI Output
PLAYER1LO Output Player 1 output equivalent circuit
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CashFlow® 340 creditor Applications Design Guide
Player 2-4 outputs: (PLAYER2-4) pins14, 16 and 18
Off state voltage Leakage current On state voltage On state current
Vceoff Iin Vcesat Ic
+30V max. 5A 0.5V max. 30mA max PLAYER2-4 Outputs
To internal logic
0V Player 2-4 output equivalent circuit
Player lamp output: (PLAMP) pin 7
Off state voltage Leakage current On state voltage Maximum load
Vceoff Iin Vcesat Ic
Vin max. 100A 1.5V max. (transistor only) 750mA max. Output is designed to sink current of up to 4 off 12V 2.2W bulbs connected in parallel, to Vin PLAMP Output
Vin To internal logic 2R4 2R4 2R4 2R4
0V Player lamp output equivalent circuit
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CashFlow® 340 creditor Applications Design Guide
All other outputs: (SOL1, ELAMP/SOL2, CMETER) pins 1, 3 and 5
Off state voltage Leakage current
Vceoff Iin
Vin max. 100A pins 3 and 5 3.2mA @ Vceoff = Vin max. pin 1 only 1.5V max. (transistor only) 500mA max. Output is designed to sink the current of one 12V 2.2W bulb connected to Vin
On state voltage Maximum load
Vcesat Ic
Inputs
Dispense inputs (DISPENSE1-4) pins 13, 15, 17, 19
Inactive Active Input Impedance:
Vin Vin
> +4 V (+30V max) or input open circuit between 0V and +1V
4k7 nom. to Vin Vin +5V 4K7
To internal logic CMOS Input 0V
47K DISPENSE1-4 Inputs
Dispense 1-4 input equivalent circuit
26
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CashFlow® 340 creditor Applications Design Guide
Credit input: (CREDIT) Pin 1
Active Inactive Input Impedance:
Vin Vin
> +4 V (+30V max) between 0V and +1V or input open circuit
4k7 nom. to +0V
+5V CREDIT Input 4K7 0V Credit input equivalent circuit 0V
To internal logic CMOS Input
47K
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CashFlow® 340 creditor Applications Design Guide
CONFIGURATION
The configuration of the creditor can be divided into two areas; Factory Configuration and Field Configuration, these are defined in the following sections. The table below summarises which aspects are factory or field configurable. Factory Configuration Field Configuration Mars® Route Alpha 250 Terminal Serial Interface MMI Switches (when fitted)
Configuration item
Coin Parameters Coin Enable/Inhibit Coin Values Game Price Bonus Settings Creditor Mode Test Credit
Coin parameters Parameters are defined for each coin to determine the limits for the validation of a payment. Coin enables/inhibits Each of the coins may be individually enabled or inhibited. An enabled coin will be accepted unless it is inhibited by the interface processor. Coin value Each coin is allocated a value which may is used by the interface processor.
28
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CashFlow® 340 creditor Applications Design Guide Game price The game price defines the credit level at which a game pulse is sent to the host machine. Bonus settings Up to two bonus levels can be defined at which a specified number of additional games are given. Credit Dispense mode A single player creditor can be configured to automatically dispense games once a game price has been reached, or to wait for a dispense credit input before dispensing a game pulse. Test credit In the test credit mode the creditor will dispense a game pulse each time the reject lever is actuated (within a 10 second time-out period).
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CashFlow® 340 creditor Applications Design Guide
FACTORY CONFIGURATION
The CashFlow® 340 creditor is configured for: · Single Player · Multiple Players (4 maximum)
Specific Coinsets The acceptor is pre-programmed to accept a specific range of coins and/or tokens from the following countries. This list does not preclude any other coinsets not specifically listed. Australia Austria Bahrain Belgium Canada Colombia Cyprus Denmark Eire Finland France Germany Greece Hungary India Israel Italy Japan Kuwait Malta Mexico Netherlands New Zealand Norway Portugal Saudi Arabia Singapore South Africa South Korea Spain Sweden Switzerland Taiwan Turkey UAE UK USA
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CashFlow® 340 creditor Applications Design Guide
FIELD CONFIGURATION
The CashFlow® 340 creditor product offers various field configuration options. There are two methods available; via an interface PCB (MMI) or a Mars® Route Alpha 250 hand held terminal. VIA MAN MACHINE INTERFACE (MMI) The Man Machine Interface is designed to provide a simple standalone interface which allows frequently used functions to be accessed and varied by an operator or route person without the use of a Mars® Route Alpha 250 terminal. The interface consists of a 4bit DIL switch on the Machine Interface PCB. The following functions are available: · · · · · · l Inhibit a specific Coin Enable a specific Coin Set a Game Price Set a Bonus level Set a Bonus Award level Enter Test Credit mode
4- bit DIL switch
Set for Game Price Teach
Interface PCB
To change the function of the product there is a sequence of events that must be followed in order: 1 2 3 4 5 6 Switch off power and remove the acceptor module from the machine. Dis-connect the loom(s). Remove the interface PCB cover by pressing downwards in the direction of the arrow on the cover. Re-connect the loom(s). Switch on power to the acceptor module. Adjust the switch positions on the 4-bit DIL switch.
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CashFlow® 340 creditor Applications Design Guide 7 8 9 10 Replace the acceptor module back into machine. Press the reject lever within a 20 second time-out period. Insert coins until desired function has been achieved. Press the reject lever.
Important points to remember · The acceptor module must be powered up before changing the switch positions. · The reject lever must be pressed within the 20 second timeout period to return to the normal operational mode. Care should be taken while the creditor is not mounted in the machine.
Inhibit Mode
Bonus Levels Mode, Level 2 Bonus Award Mode, Level 1 Bonus Award Mode, Level 2 Test Credit Mode
Enable Mode Game Price Mode Bonus Levels Mode, Level 1
Switch positions for MMI modes
To set Inhibit Specific Coins mode 1 2 3 4
32
Adjust slide switches to: 1=ON, 2=ON, 3=OFF, 4=ON. Press the reject lever. Insert specific coins to be inhibited and check that they are accepted. Press the reject lever to return to operational mode.
©, Mars, Inc., 1996.
CashFlow® 340 creditor Applications Design Guide To set Enable Specific Coins mode 1 2 3 Adjust slide switches to: 1=ON, 2=ON, 3=OFF, 4=OFF. Press the reject lever. Insert specific coins to be enabled and check that they are accepted.
4 Press the reject lever to return to operational mode. To set Game Price mode 1 2 3 4 Adjust slide switches to: 1=OFF, 2=OFF, 3=ON, 4=OFF. Press the reject lever. Insert coins to the value of the game and check that they are accepted. The display (if fitted) will show the game price.
5 Press the reject lever to return to operational mode. To set Bonus Levels mode, level 1 1 2 3 4 Adjust slide switches to: 1=OFF, 2=ON, 3=ON, 4=OFF. Press the reject lever. Insert coins to the value of the required bonus level and check that they are accepted. The display (if fitted) will show the bonus price, level 1.
5 Press the reject lever to return to operational mode. To set Bonus Levels mode, level 2 1 2 3 4 Adjust slide switches to: 1=OFF, 2=ON, 3=ON, 4=ON. Press the reject lever. Insert coins to the value of the required bonus level and check that they are accepted. The display (if fitted) will show the bonus price, level 2.
5 Press the reject lever to return to operational mode. To set Bonus Award mode, level 1 1 2 3 4 5 Adjust slide switches to: 1=ON, 2=ON, 3=ON, 4=OFF. Press the reject lever. Insert coins equal to number of bonus awards required and check that they are accepted. The display (if fitted) will show number of bonus awards. Press the reject lever to return to operational mode.
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CashFlow® 340 creditor Applications Design Guide To set Bonus Award mode, level 2 1 2 3 4 5 Adjust slide switches to: 1=ON, 2=ON, 3=ON, 4=ON. Press the reject lever. Insert a number of coins to the value of the required bonus level. The display (if fitted) will show the bonus price, level 1. Press the reject lever to return to operational mode.
To enter Test Credit mode 1 2 3 Adjust slide switches to: 1=OFF, 2=OFF, 3=OFF, 4=OFF. Press the reject lever. If credit dispense mode is enabled then the test credits will be accunulated by the creditor each time the reject lever is pressed. The display will show the number of games in credit. If not in credit dispense mode then the teset credits will be issued to the host machine each time the reject lever is pressed. The display will show 0000. 4 5 The display (if fitted, and the creditor in manual dispense mode) will show the number of games in credit. Allow full time-out to occur for return to operational mode.
When you have completed configuring the acceptor module the interface PCB cover needs to be replaced. To do this follow the instructions below: 1 2 3 4 5 6 7
34
Switch off power and remove the acceptor module from the machine. Dis-connect the loom(s). When dis-connecting hold down the interface PCB before pulling on the loom. Replace the interface PCB cover. Re-connect the loom(s). Place the acceptor module back into the machine. Switch on power. Test the unit to ensure it is working correctly.
©, Mars, Inc., 1996.
CashFlow® 340 creditor Applications Design Guide VIA MARS® ROUTE ALPHA 250 TERMINAL
Mars® Route Alpha 250 Terminal
CashFlow® 340 creditor connections to Terminal The Mars® Route Alpha 250 terminal is used to check or change certain data which affects the way the creditor operates. The data is held in addresses. Each address has a unique number which identifies the feature you wish to read or change. The following pages will explain how to access and change the data in certain addresses. At the end of this section there is a list of addresses and the relevant values. The terminal is connected to the CashFlow® 340 creditor via a six way terminal connector at the front of the acceptor module.
©, Mars, Inc., 1996.
®
35
CashFlow® 340 creditor Applications Design Guide Key Functions
®
RESET DISPLAY
ENTER LEFT
UP RIGHT DOWN
Reset Key: used to reset all modes and to initialise any settings that you have changed. If the reset key is pressed while an address is being updated then the address may not be updated. The reset key must be pressed to store the changes that you have made. Up Key: used to increase the value displayed on the screen. Down Key: used to decrease the value displayed on the screen. Left Key: used to scroll the display to the left when a large number is being accessed that cannot be fully displayed on the screen. Right Key: used to scroll the display to the right when a large number is being accessed that cannot be fully displayed on the screen. Enter Key: used to change between the address and data displays. Other Facilities Of The Terminal The terminal has built-in features to speed up its use, including the ability to scan at a higher speed with the keys auto repeating, to automatically roll over from its highest to lowest address and to inform the operator should a communication error occur. Auto Repeating Keys If either the UP or DOWN keys are kept pressed they automatically repeat. The repeat speed of the key increases the longer the key is held down.
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CashFlow® 340 creditor Applications Design Guide Double Click Hotkeying If a key is doubled clicked (pressed twice in quick succession) then this causes the address number to increment by a larger amount. e.g. if the user starts at address number 1 then double clicks the UP key, the address will jump to 40, double click again the address will jump to address 100 etc. You can also double click the DOWN key to decrement by larger amounts. Using The Terminal As soon as the terminal is connected to a creditor it powers up and interrogates the product. The terminal display will clear and briefly show a message that indicates the version of software in the terminal. A display of [0 1.0] means software with a version number of 1.0 is fitted in the terminal.
Power up message
Software version = 1.0
After a few seconds the display will show the number [1.] or [1.-]. Not all configuration items are applicable to every product but all the address values are shown on the display. If the value for the address is applicable to the product a dash will be present at the far right position on the display. The value can then be accessed and changed if required .
No dash displayed. Address is not accessible for this product
2 2
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Dash is displayed. Address is therefore accessible
37
CashFlow® 340 creditor Applications Design Guide The basic operation to alter the information held in an address is: 1 2 3 4 5 6 7 Connect the terminal to the CashFlow® acceptor module. Wait for the terminal to power up correctly. Select the address by using the UP and DOWN keys. Examine the data by pressing the ENTER key. Alter the data value by pressing the UP or DOWN keys until the new value has been reached. Press the ENTER key to return to displaying addresses. Press the RESET key to initialise the new value.
When the terminal is displaying values stored at addresses, no decimal point will be displayed. If an error occurs with the communication between the terminal and the creditor the display will show an error message of four half height zeroes.
Error message
This message will stay on the display. Pressing the RESET key may clear the fault. The display will then revert to showing the current address. If the error occurred while updating an address then the value of that address should be checked as it may not have been updated correctly. If, after pressing the RESET key, the fault remains the error message will stay and you need to return the terminal for repair. As the screen is capable of only displaying four digits at any one time the number displayed on the screen can be scrolled if it is greater than 9999 by using the Left Key LEFT and RIGHT keys. The outside left or right digit will flash indicating an extra digit or digits can be examined by use of the scrolling keys. E.g. value is 12345 press RIGHT key
1
press LEFT key flashing
2 345
flashing
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CashFlow® 340 creditor Applications Design Guide The tables below show you how the addresses for the creditor can be reconfigured and their possible values.
Parameter Meaning 0 = coin allowed,1 = inhibited 0 = coin allowed,1 = inhibited 0 = coin allowed,1 = inhibited 0 = coin allowed,1 = inhibited 0 = coin allowed,1 = inhibited 0 = coin allowed,1 = inhibited 0 = coin allowed,1 = inhibited 0 = coin allowed,1 = inhibited 0 = coin allowed,1 = inhibited 0 = coin allowed,1 = inhibited 0 = coin allowed,1 = inhibited 0 = coin allowed,1 = inhibited 0 = left,1 = right Value = sum of codes 1 = direction strobe left 2 = direction strobe right 4 = post gate left, 8 = post gate right 0 = coin 1 = value token 2 = vend token 0 = coin 1 = value token 2 = vend token 0 = coin 1 = value token 2 = vend token 0 = coin 1 = value token 2 = vend token Address Range 0-1 0-1 0-1 0-1 0-1 0-1 0-1 0-1 0-1 0-1 0-1 0-1 0-1 0-15 0-2 0-2 0-2 0-2
1 2 3 4 5 6 7 8 9 10 11 12 15
Coin 1 inhibit Coin 2 inhibit Coin 3 inhibit Coin 4 inhibit Coin 5 inhibit Coin 6 inhibit Coin 7 inhibit Coin 8 inhibit Coin 9 inhibit Coin 10 inhibit Coin 11 inhibit Coin 12 inhibit Accept direction
16
Strobes
21
Coin 1 type
22
Coin 2 type
23
Coin 3 type
24
Coin 4 type
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CashFlow® 340 creditor Applications Design Guide
Parameter
25
Coin 5 type
0-2
0 = coin 1 = value token 2 = vend token 0 = coin 1 = value token 2 = vend token 0 = coin 1 = value token 2 = vend token 0 = coin 1 = value token 2 = vend token 0 = coin 1 = value token 2 = vend token 0 = coin 1 = value token 2 = vend token 0 = coin 1 = value token 2 = vend token 0 = coin 1 = value token 2 = vend token Required credit for game output 0 = incrementing credit 1 = decrementing credit 2 = number of games 3 = number of games and Decrementing credit 0 = nil shift 1 = shift to right by one move 2 = shift to right by two moves
26
Coin 6 type
0-2
27
Coin 7 type
0-2
28
Coin 8 type
0-2
29
Coin 9 type
0-2
30
Coin 10 type
0-2
31
Coin 11 type
0-2
32
Coin 12 type
0-2
41
Price
0-65,535
43
Display mode
0-3
44
Display shift
0-2
40
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Meaning
Address
Range
CashFlow® 340 creditor Applications Design Guide
Parameter
45
Decimal point position
0-4
0 = retain point at right side 1 = move point to left once 2 = move point to left twice 3 = move point left three times 4 = no decimal point 0 = dis-able 1 = enable 0 = dis-able 1 = enable 0 = dis-able 1 = enable 0 = dis-able 1 = enable 0 = dis-able 1 = enable 0 = dis-able 1 = enable 0 = 75ms ON 75ms OFF 1 = 75ms ON 200ms OFF 2 = 100ms ON 200ms OFF 3 = 100ms ON 330ms OFF 4 = 150ms ON 330ms OFF 5 = 330ms ON 330ms OFF 0 = 50ms ON 50ms OFF 1 = 100ms ON 100ms OFF 2 = 150ms ON 150ms OFF 3 = 200ms ON 200ms OFF Time in steps of 2.5secs. Value divided by payment scaling factor Games awarded at trigger level 1 Credit trigger level 1
60 61 62 63 64 65
Bonus credit mode Coin meter output enable Auxiliary credit input enable Credit dispense mode Test credit mode enable Separator drive enable
0-1 0-1 0-1 0-1 0-1 0-1
66
Game pulse width
0-5
67
Coin meter pulse width
0-3
68 69 70 71
Bonus time width Auxiliary credit input units Trigger level 1 award Trigger level 1
0-15 0- 255 0-127 0-65,535
Meaning
Address
Range
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CashFlow® 340 creditor Applications Design Guide
Parameter
72 73 74 75 80 81 82 83 84 85 86 87 88 89 90 91 92
Trigger level 2 award Trigger level 2 Maximum game limit Coin meter value scalar Payment scaling factor Value of coin 1 Value of coin 2 Value of coin 3 Value of coin 4 Value of coin 5 Value of coin 6 Value of coin 7 Value of coin 8 Value of coin 9 Value of coin 10 Value of coin 11 Value of coin 12
0-127 0-65,535 0-127 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255
Games awarded at trigger level 2 Credit trigger level 2 Maximum number of games limit Number of pulses = credit/ coin meter scalar Scalar applied to coin/auxiliary value Real coin value divided by payment scaling factor Real coin value divided by payment scaling factor Real coin value divided by payment scaling factor Real coin value divided by payment scaling factor Real coin value divided by payment scaling factor Real coin value divided by payment scaling factor Real coin value divided by payment scaling factor Real coin value divided by payment scaling factor Real coin value divided by payment scaling factor Real coin value divided by payment scaling factor Real coin value divided by payment scaling factor Real coin value divided by payment scaling factor
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Meaning
Address
Range
CashFlow® 340 creditor Applications Design Guide
ENVIRONMENTAL PERFORMANCE
Products will meet the following environmental specification:
TEMPERATURE RANGE
Working ambient Max rate of change Storage Recovery Solar radiation 0° to 60°C 15°C/hr. non condensing -40° to +65°C 1 hour per 10°C to working ambient temperature range Max. working ambient applies
HUMIDITY
Operational Storage Recovery 10% to 90% RH 10% to 95% RH, non-condensing at 65°C 1 hour per 10% RH to working ambient humidity range
% RH 100
-40/95 0/90 43/90 45/75 43/95 STORAGE FULL WORKING RANGE OPTIMUM WORKING RANGE
75
0/75
50
25
60/10 75/10
0 -40 -20 0 20 40 60 80 °C
Temperature / Humidity specification
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CashFlow® 340 creditor Applications Design Guide
VIBRATION
Operational - units will not be damaged by these conditions: Vibration 0.25g at 5 to 500 Hz. (Coin acceptance will not be seri- Intermittent over the unit's ously affected.) life. Refer to BS2011: part 2.1 Fc:1983 / IEC 68-2-6
TRANSPORTATION
Units in the packed state will not sustain any physical damage under these conditions: Shock Half sine, 30g shock, 18ms dur. Refer to BS 2011: part 2.1 Ea: 1988 / IEC 68-2-27 1000 bumps 6ms duration at 25g. Refer to BS 2011: part 2.1 Eb: 198 7/ IEC 68-2-29 1000mm fall onto packing faces. Refer to BS 2011: part 2.I Ed: 1992 / IEC 68-232:1975 Neatly stacked units of the same type may be stacked to a height of 2 metres.
Bump
Free Fall
Crush
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CashFlow® 340 creditor Applications Design Guide
LIQUIDS
Water The units inclusive of PCBs will be splash protected. The coin entry encourages excess water towards the reject path on an accept right product, and the front of the product out of the coin path. Coin stall under these conditions will be minimised. Salt water Prolonged exposure in a salt laden atmosphere will lead to PCB corrosion damage. Suitable packaging will be required when shipped by sea. Other Liquids Exposure to these will cause impairment of function. To include: dilute carbonic acid, dilute citric acid, carbonated drinks, beer, tea, coffee, chocolate, soup, syrup and sugar residue, uric acid. Comments: · Certain beverages and the dilute acids may cause similar effects to salt water if they contact the PCB's. · Performance when wet will be similar to that described for water. · Liquids which leave a residue on drying which affects the passage of coins will cause malfunction.
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CashFlow® 340 creditor Applications Design Guide
SUBMISSIONS & SAFETY
CLASSIFICATION
The defined creditor products will satisfy the requirements of a class II (un-earthed) appliance as defined in IEC 335. The creditor products will comply with: · UL 756 "Coin and currency changers and actuators" · IEC 335, 3rd Edition "Safety of Household and similar Electrical Appliances"
FLAMMABILITY
All major plastic parts will be moulded in materials with a flammability rating of UL 94 V-2/IEC 707 FV2 or better. Some small parts are moulded in materials with a minimum flammability rating of 94 -HB/IEC 707 FH2.
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CashFlow® 340 creditor Applications Design Guide
POWER SUPPLY INPUT PROTECTION
Overcurrent protection is not included in the creditor and should be provided as part of the host machine. Recommended fuse ratings are: · 12V: 2.0A
Other protection methods may be used providing the overall protection envelope remains within that defined by the fuse characteristics.
MECHANICAL PARTS The CashFlow® products will not contain mechanically moving
parts, or sharp edges, which can present a hazard in normal use.
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CashFlow® 340 creditor Applications Design Guide
MARS ELECTRONICS INTERNATIONAL OFFICES
AUSTRALIA
MARS ELECTRONICS INTERNATIONAL 302 PARRAMATTA ROAD AUBURN NEW SOUTH WALES, 2144 TELEPHONE: 2 - 7375390 FACSIMILE: 2 - 7375399
ITALY
MARS ELECTRONICS INTERNATIONAL 27011 BELGIOIOSO (PV) VIALE DANTE, 40 TELEPHONE: 0382 - 979313 FACSIMILE: 0382 - 970790
CANADA
MARS ELECTRONICS INTERNATIONAL 37, HOLLAND DRIVE BOLTON ONTARIO, L7E 5S4 TELEPHONE: 416 - 239 - 2782 FACSIMILE: 416 - 239 - 3322
JAPAN
MARS ELECTRONICS INTERNATIONAL A DIVISION OF MASTER FOODS LTD. 3F MUSASHI-KOSUGI TOWER PLACE 403 KOSUGIMACHI 1-CHOME NAKAHARA-KU KAWASAKI-SHI KANAGAWA-KEN 211 TELEPHONE: 44 - 712 - 1315 FACSIMILE: 44 - 712 - 1439
FRANCE
MARS ELECTRONICS INTERNATIONAL BOULEVARD DES CHANATS BP 7 45550 ST. DENIS DE L'HOTEL TELEPHONE: 38 - 59 - 6161 FACSIMILE: 38 - 59 - 6172
SPAIN
MARS ELECTRONICS INTERNATIONAL M.a DE MOLINA, 40-3a 28006 MADRID TELEPHONE: 9 - 3379182 FACSIMILE: 91- 5635517
GERMANY
MARS ELECTRONICS INTERNATIONAL INDUSTRIERING 17 A 41751 VIERSEN TELEPHONE: 02162 - 9560 FACSIMILE: 02162 - 41544
SWITZERLAND
MARS ELECTRONICS INTERNATIONAL CH. PONT-DU-CENTENAIRE 109 PLAN-LES-OUATES P.O. BOX 2650 1211 GENEVA 2 TELEPHONE: 22 - 8840505 FACSIMILE: 22 - 8840504
GREAT BRITAIN
MARS ELECTRONICS INTERNATIONAL ESKDALE ROAD WINNERSH TRIANGLE WOKINGHAM BERKSHIRE, RG41 5AQ TELEPHONE: 01734 - 697700 FACSIMILE: 01734 - 446412
UNITED STATES
MARS ELECTRONICS INTERNATIONAL 1301 WILSON DRIVE WEST CHESTER PA 19380 TELEPHONE: 610 - 4302500 FACSIMILE: 610 - 4302694
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CashFlow® 340 creditor Applications Design Guide
INDEX A
Accept Gate Module Acceptor Module Appendix Applications Support Auto Repeating Keys Automatic Credit Dispense 2, 4, 5, 7, 8, 9 2, 3, 10, 31, 32, 38, 54 54 16 36 19 2, 4, 5, 6, 8 31, 33 19 31, 33 46 4 10 4 28 2, 4 23 2, 7 9 18, 23 20 28 28 3, 29 2 8 2, 9 28, 30 35, 36, 38, 39 10 18, 23 39 29
B
Back Cover Bonus Awards Mode Bonus Credit levels Bonus Levels Mode
C
Classification Coin Acceptance Coin Acceptance Rate Coin Deflector Coin Enable/Inhibit Coin Entry Coin Entry Lamp Coin Exits Coin Inhibit Coin Meter Output Coin Meter Pulses Coin Output Map Coin Parameters Coin Routing Coin Set Coin Strobes Coin Type Configuration Configuration Addresses Connectors Credit Input Creditor Configuration Creditor Mode
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CashFlow® 340 creditor Applications Design Guide
Customer Interface Inhibit
9 20 2, 3, 4, 9 5, 6, 8, 18 4 23 12 20 1 37 36, 38 4, 8 13 14, 15, 24, 25, 26, 27 13, 31, 33 36, 38 18, 23 1, 43, 44, 45 20 11, 12 28, 30 28, 31 46 2, 4, 5, 7, 8 4, 5, 8 4 2, 5 3, 6 19 29, 31, 33 2 5 13, 16, 17, 18
D
Decrementing Credit Discrimination Module Discrimination PCB Discrimination Sensors Dispense Inputs Display Display Functions Disposal Of Product Double Clicking Down Key
E
Electrical Functions Electrical Interfaces Electrical Specification Enable Teach Mode Enter Key Entry Lamp Output Environmental Performance External Credit Input External Interface
F
Factory Configuration Field Configuration Flammability Flight Deck Flight Deck Lid Flow Path Front Plate Front Plate Mounting Functionality
G
Game Price Mode Glossary
H
Hinge Spring Host Intelligent Interface
50
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CashFlow® 340 creditor Applications Design Guide
Humidity
43 20 8 2 9 13, 31, 32 26 54 4, 8, 11, 12, 18, 31, 34 23 23 23 3 38 36 5 45 15, 19 2 18, 31 18, 28, 31, 32 19 48 28, 31, 35, 36, 37, 38 8 3, 11, 54 19 7 4 47 3, 6, 54 3, 6, 54 11, 12 19
I
Incrementing Games Inductive Sensors Inhibit Lines Inhibit Status Inhibit Teach Mode Inputs Interface Drawings Interface PCB
L
Lamp Flashing Lamp OFF Lamp ON Continuously LCD Display LEFT Left Key Lid Arm Liquids Local Expansion Interface
M
Machine Interface Machine Interface PCB Man Machine Interface (MMI) Manual Credit Dispense MARS ELECTRONICS INTERNATIONAL Mars® Route Alpha 250 Terminal Masked Micro-Controller Maxi Front Plate Maximum Games Limit Mechanical Build Standard Mechanical Functions Mechanical Parts Midi Front Plate Mini Front Plate Mounting Multi Player Mode
©, Mars, Inc., 1996.
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CashFlow® 340 creditor Applications Design Guide
N
Non-Volatile Memory 8, 9 1, 3 4, 9 7 6 9 24, 26 3 2, 6 4, 6, 34 19 18, 23 23 31 47 31, 34 4 11, 12 19 5, 6, 9, 32 10 36, 38 36, 38 18, 19 1, 32 2, 8, 28 19 2, 4 7 30 46 17 43
O
Operating Voltages Operational Functions Optical Coin Strobes Optional Interface PCB Output Signal Outputs Overview
P
Parallel Interface PCB Cover Player Lamp Player Lamp Output Player Outputs Power Down Power Supply Input Protection Power Up Product Operation Product Variants Programmable Time Period
R
Reject Lever Reliability Reset Key Right Key Robust Video Credit Interface
S
Safety Serial Interface Single Player Mode Snubber Solenoid Operated Gate Specific Coinsets Submissions and Safety Support Tools
T
Temperature Range
52
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CashFlow® 340 creditor Applications Design Guide
Terminal Display Test Test Credit Mode Time-Out Tokens Transportation
36, 37, 38 34 29, 31, 34 32 9 44 36, 38 44
U
Up Key
V
Vibration
©, Mars, Inc., 1996.
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CashFlow® 340 creditor Applications Design Guide
APPENDIX
INTERFACE DRAWINGS
The following mechanical interface drawings are included in this section.
Drawing Number 4" ACCEPTOR/CREDITOR MINI FRONT PLATE MIDI FRONT PLATE MAXI FRONT PLATE 000491002 149278001 149281001 149265001
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CashFlow® 340 creditor Applications Design Guide
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CashFlow® 340 creditor Applications Design Guide
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CashFlow® 340 creditor Applications Design Guide
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CashFlow® 340 creditor Applications Design Guide
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UNITED STATES 1301 Wilson Drive West Chester Pa 19380 Telephone: 610- 4302500 Facsimile: 610- 4302694 GREAT BRITAIN Eskdale Road Winnersh Triangle Wokingham Berkshire, RG41 5AQ Telephone: 01734- 697700 Facsimile: 01734- 446412 SWITZERLAND Ch. Pont-du-Centenaire 109 Plan-les-Ouates P.O. Box 2650 1211 Geneva 2 Telephone: 22- 8840505 Facsimile: 22- 8840504 FRANCE Boulevard Des Chenats BP 7 45550 St. Denis de L'hotel Telephone: 38 - 59 - 6534 Facsimile: 38 - 59 - 6172 GERMANY Industriering 17 A 41751 Viersen Telephone: 02162- 9560 Facsimile: 02162- 41544 ITALY 27011 Belgioioso (Pv) Viale Dante, 40 Telephone: 0382- 979313 Facsimile: 0382- 970790 SPAIN M.a De Molina, 40-3a 28006 Madrid Telephone: 91- 3379182 Facsimile: 91- 5635517 AUSTRALIA 302 Parramatta Road Auburn New South Wales, 2144 Telephone: 02- 737- 5390 Facsimile: 02- 737- 5399 JAPAN Mars Electronics International 3f Masushi-kosugi Tower Place 403 Kosugimachi 1-chome Nakahara-ku Kawasaki-shi Kanagawa-ken 211 Telephone: 44 - 712 - 1315 Facsimile: 44 - 712 - 1439 CANADA Mars Electronics International 37, Holland Drive Bolton Ontario, L7E 5S4 Telephone: 416 239 2782 Facsimile: 416 239 3322
®
REPRESENTATIVE:
TM