PRODUCT MAINTENANCE HANDBOOK - Micro Elecmicroelec.co.uk/Assets/Technical...

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23077 G4 142804044

CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®



CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow®CashFlow

The

330REFERENCE SERIES

ACCEPTOR

PRODUCT MAINTENANCEHANDBOOK

®

®

330.PROD.GB.4 : 330.PROD.FPAGE.NONE.NONE.GB.4 Black ii

ii ©, Mars, Inc., 1995.

CashFlow 330 acceptor Product Maintenance Handbook

Published by :

Mars Electronics International

Eskdale Road

Winnersh Triangle

Wokingham, Berkshire RG11 5AQ

United Kingdom

For information on translations and Distributors in your country, please write to the TechnicalCommunications Manager at the above address.


©, Mars, Inc., 1995. All rights reserved.

Except as permitted under the relevant local legislation, no part of this publication may becopied, photocopied, reproduced, transmitted, transcribed, or distributed in any form or by anymeans, or stored in a database or retrieval system, or translated into any language (natural orcomputer), or reduced to any electronic medium or machine readable form, except in anymanner specifically described in the documentation, without the prior written permission ofMars Electronics International.

Mars , CashFlow and the Mars Electronics International device are registered trademarks.

©, Mars, Inc., 1995.

Mars Electronics reserves the right to change the product or the product specifications at anytime. While every effort has been made to ensure that the information in this publication isaccurate, Mars Electronics disclaims any liability for any direct or indirect losses (howsoevercaused) arising out of use or reliance on this information.

This document does not necessarily imply product availability.

Part Number : 142804044

This Edition ( February 1995) Printed in the United Kingdom.

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©, Mars, Inc., 1995. iii


TABLE OF CONTENTS

SAFETY AND EMC ...................................................................1

OVERVIEW .................................................................................2

INSTALLATION ..........................................................................3

MINI AND MIDI FRONT PLATES ......................................... 3MAXI FRONT PLATE ...........................................................4

CHANNEL MOUNTED .........................................................54" CHANNEL INSTALLATION ..................................... 55" CHANNEL MOUNTING........................................... 7

INITIALISING ..............................................................................8

CONFIGURATION .....................................................................9FACTORY CONFIGURATION .............................................. 9

Specific Coinsets ................................................ 9FIELD CONFIGURATION...................................................10

VIA MAN MACHINE INTERFACE (MMI) ................... 10To Inhibit a Coin ............................................... 11To Enable a Coin.............................................. 11

VIA MARS ROUTE ALPHA 250 TERMINAL........... 12Key Functions...................................................13Other Facilities Of The Terminal....................... 13Auto Repeating Keys........................................ 13Double Click Hotkeying..................................... 14Using The Terminal .......................................... 14

CLEANING THE ACCEPTOR .............................................. 19

FAULT-FINDING ......................................................................20

ELECTRICAL INTERFACES ................................................ 21

HOST INTELLIGENT INTERFACE (HI2) ........................... 21Electrical Specifications.................................... 21

APPLICATIONS SUPPORT ...............................................24

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SUPPORT TOOLS ....................................................25

MACHINE INTERFACE PCB’s............................................. 26

COMPATIBILITY.................................................................26STANDARD VERSIONS 112 and 124, (0V COMMON12V & 24V) ................................................................27

PCB Connectors - versions 112 and 124 ......... 27Electrical Interfaces - versions 112 and 124..... 29

STANDARD VERSIONS 212 and 312, (0V COMMON12V) ...........................................................................31

PCB Connectors - version Standard 212.......... 31Electrical Interfaces .......................................... 33

DUAL POLARITY.......................................................35PCB Connector - Dual Polarity ......................... 36Electrical Specifications.................................... 36

REPLACING MODULES........................................................39REMOVING THE ACCEPTOR FROM TOP ENTRYADAPTOR..................................................................39REPLACING THE BACK COVER ............................. 40REMOVING THE ACCEPT GATE............................. 41CHANGING THE INTERFACE PCB.......................... 43

ACCESSORIES AND SPARES............................................ 45FRONT PLATES ........................................................45ADAPTOR & CHANNEL ............................................ 45BACK COVERS.........................................................46ACCEPT GATE MODULES ....................................... 47

CASHFLOW MODULES COMPATIBILITY ..................... 48

COMPATIBILITY with EARLIER PRODUCTS ................. 49

MARS ELECTRONICS INTERNATIONAL OFFICES ..... 50

MEI DISTRIBUTORS ..............................................................51

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SAFETY AND EMC

International & National StandardsConformanceWhen installed and operated according to theinstructions for the particular unit, CashFlow® 330products are designed to meet the applicableSafety and Electro Magnetic Compatibilitystandards for any country in which they are used.

Maximum Operating VoltagesDo not apply more than the indicated voltage.

Dangerous EnvironmentsDo not operate in the presence of flammablegases, fumes or water.

Disposal of ProductDo not dispose of this product by incineration.

Warning: Before removing or replacing modulesSWITCH OFF or ISOLATE the ELECTRICITYSUPPLY to the host machine.

THIS MANUAL IS PROVIDED FOR USE ONLY BY PERSONNELTRAINED TO UNDERTAKE ELECTRICAL INSTALLATION.

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OVERVIEW

The CashFlow 330 acceptor is made up of five basic modules,each of which is available in a number of variants:

• Accept Gate• Discriminator• Back Cover• Interface PCB• Interface PCB Cover

The acceptors are provided as standard with a serial interface. Thisinterface is also known as the HI2 interface.

Interface PCB’s are available which provide compatibility withearlier products.

Although a number of variants of acceptor are available the basicoperational principles remain the same.

Interface PCBCover

Discriminator

Back Cover

Interface PCB

Accept Gate

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INSTALLATION

MINI AND MIDI FRONT PLATES

4. Connect any looms

1. Press acceptor squarelyon to front plate ensuringthat the boss on its base islocated firmly into hole onbottom clip

3.Engage back cover clip

2. Engage front plate clip

Bottom clip

NOTE: The same processis used with both typesof front plate

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MAXI FRONT PLATE

Acceptor Retaining Clip

AcceptorConnecting

Points

1. Locate all connection points squarely together.

2. Ensure that retaining clip at upper left is secured.

3. Engage firmly any looms to rear of acceptor.

Acceptor Retaining Clip

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©, Mars, Inc., 1995. 5


CHANNEL MOUNTED

The acceptor can be mounted in a 4" moulded channel, a 5" metalchannel or an industry standard channel forming part of the hostmachine

A remote reject unit can be used in conjunction with the 4" channel.

4" CHANNEL INSTALLATION

1 At least 3 of the lugs on the side of the channel must beutilised and firmly fitted onto the host machine.

2 Firmly engage looms to the rear of the acceptor.

3 Engage all location points of the acceptor and channel,and ensure that retaining clip at top left is engaged

4 Confirm that looms are not trapped or damaged

5 Switch on the machine and test the unit.

Acceptor in 4” Channel


6 ©, Mars, Inc., 1995


REMOTE REJECT UNIT INSTALLATION

4" channel and Remote Reject Unit

1 Hold the unit at an angle so that the lugs on the rightbottom edge of the unit (A) can engage into the top ofthe channel (B).

2 Pivot the unit downwards and insert the bottom of theunit (C) into the rear of the channel (D) engagingretaining clip at (C).

3 Connect machine loom at point (E). Test to ensurecorrect fitting.

E

DB

C

A


©, Mars, Inc., 1995. 7


5" CHANNEL MOUNTING

To achieve this satisfactorily the acceptor must first be mounted intoan MEI industry standard adaptor.

1 Ensure that the channel to be used is secured firmly intothe host machine.

2 Fit the acceptor into the adaptor, making firm contactwith location points and the retaining clip.

3 Ensure coin cup front is fitted at top of acceptor.

4 Firmly connect the looms to the acceptor, ensuring thatthey are not trapped.

5 Fit the adaptor into the Channel. Check position oflooms.

6 Switch on the machine and test the unit.

LocatingPoint

LocatingPoints

RetainingClip

Coin CupFront

LocatingPoints

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INITIALISING

After installing the acceptor into the host machine the followingchecks should be made.

1 Press the reject button on the outside of the hostmachine. The reject lever should operate on theacceptor and the flight deck lid should open freely.

2 Release the reject button and the flight deck lid shouldclose fully. Ensure the lid is closed correctly and not leftpartly open.

3 Insert at least one of each coin/token type and checkthat they are all accepted.

4 Check that the coins are routed to the correct acceptand reject routes.

If for any reason the unit does not work correctly then refer to theFault-Finding chart.

NOTE.

For front plate mounted acceptors the reject lever is located to theback of the back cover.

For top entry mounted acceptors the reject lever is located to the topof the back cover.

Machine Interface

Host InterfaceHI2

RejectLever

Reject Lever

Front Entry Version Top Entry Version

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©, Mars, Inc., 1995. 9


CONFIGURATION

FACTORY CONFIGURATION

The CashFlow 330 acceptor is configured for:• Serial interface

and / or• Parallel interface

The accept gate modules are factory configured for specific producttypes. It is therefore essential that if you need to change the acceptgate you change like for like.

Specific Coinsets

The acceptor is pre-programmed to accept a specific range of coinsand/or tokens from the following countries.

This list does not preclude any other coinsets not specifically listed.

Australia Hungary Singapore

Austria India South Africa

Bahrain Israel South Korea

Belgium Italy Spain

Canada Japan Sweden

Colombia Kuwait Switzerland

Cyprus Malta Taiwan

Denmark Mexico Turkey

Eire Netherlands UAE

Finland New Zealand UK

France Norway USA

Germany Portugal

Greece Saudi Arabia


10 ©, Mars, Inc., 1995


FIELD CONFIGURATIONThe CashFlow® 330 acceptor product offers various fieldconfiguration options. There are two methods available: via aninterface PCB (MMI) or by use of a Mars® Route Alpha 250 handheld terminal.

VIA MAN MACHINE INTERFACE (MMI)

The Man Machine Interface is designed to provide a simple stand-alone interface which allows frequently used functions to beaccessed and varied by an operator or route person.

The actual interface consists of a 4-bit DIL switch on the machineinterface PCB. The following functions are available:

• Inhibit an individual coin• Enable an individual coin

To change the function of the product there is a sequence of eventsthat must be followed in order:

1 Switch off power and remove the acceptor module fromthe machine.

2 Disconnect the loom(s).

3 Remove the interface PCB cover by pressingdownwards in the direction of the arrow on the cover.

4 Re-connect the loom(s).

5 Switch on power to the acceptor module.

6 Adjust the switch positions on the 4-bit DIL switch.

7 Replace the acceptor module back into machine.

8 Press the reject lever within a 4 minute time-out period.

9 Insert coins until desired function has been achieved.

10 Press the reject lever.

Set to enable a coin Interface PCB

4-bit DIL switch


©, Mars, Inc., 1995. 11


Important points to remember• The acceptor module must be powered up before

changing the switch positions.• The reject lever must be pressed within the 4

minute timeout period to return to the normaloperational mode.

Care should be taken while the acceptor is not mounted in themachine.

To Inhibit a Coin

1 Adjust slide switches to: 1=ON, 2=ON, 3=OFF, 4=ON.


3 Insert coins to be inhibited until they are accepted.

4 Press the reject lever to return to operational mode.

To Enable a Coin

1 Adjust slide switches to: 1=ON, 2=ON, 3=OFF, 4=OFF.


3 Insert coins to be enabled until they are accepted.

4 Press the reject lever to return to operational mode.

When you have completed configuring the acceptor module theinterface PCB cover needs to be replaced. To do this follow theinstructions below:

1 Switch off power and remove the acceptor module fromthe machine.

2 Disconnect the loom(s). When disconnecting hold downthe interface PCB before pulling on the loom.

3 Replace the interface PCB cover.

4 Re-connect the loom(s).

5 Place the acceptor module back into the machine.

6 Switch on power.

7 Test the unit to ensure it is working correctly.

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12 ©, Mars, Inc., 1995.


VIA MARS ROUTE ALPHA 250 TERMINAL

The Mars Route Alpha 250 terminal is used to check or changecertain data held at addresses which affect the way the acceptoroperates. Each address has a unique number which identifies thefeature you wish to read or change.

The following pages will explain how to access and change the datain certain addresses. At the end of this section there is a list ofaddresses and the allowed values.

The terminal is connected via a six way terminal connector at thefront of the acceptor module as shown in the above diagram.

CashFlow® 330 connections to Terminal

Mars® Route Alpha Terminal


©, Mars, Inc., 1995. 13


Key Functions

Reset Key: used to reset all modes and to initialise any settings thatyou have changed. If the reset key is pressed while an address isbeing updated then the address may not be updated. The reset keymust be pressed to activate 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 numberis being accessed that cannot be fully displayed on the screen.

Right Key: used to scroll the display to the right when a largenumber is being accessed that cannot be fully displayed on thescreen.

Enter Key: used to change between the address and data displays.

Other Facilities Of The TerminalThe terminal has built-in features to speed up its use, including theability to scan at a higher speed with the keys auto repeating, toautomatically roll over from its highest to lowest address and toinform the operator should a communication error occur.Auto Repeating KeysIf either the UP or DOWN keys are kept pressed they automaticallyrepeat. The repeat speed of the key increases the longer the key isheld down.

DISPLAY

RESET

ENTERUP

RIGHT

DOWN

LEFT


14 ©, Mars, Inc., 1995.


Double Click HotkeyingIf a key is doubled clicked (pressed twice in quick succession) thenthis causes the address number to increment by a larger amount.e.g. if the user starts at address number 1 then double clicks the UPkey, the address will jump to 40, double click again the address willjump to address 100 etc. You can also double click the DOWN keyto decrement by larger amounts.Using The Terminal

As soon as the terminal is connected to an acceptor it powers upand interrogates the product.

The terminal display will clear and briefly show a message thatindicates 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.

After a few seconds the display will show the number [1.] or [1.-]. Notall configuration items are applicable to every product but all theaddress values are shown on the display. If the value for theaddress is applicable to the product a dash will be present at the farright position on the display. The value can then be accessed andchanged if required

.

Power up message Software version = 1.0

No dash displayed.Address is notaccessible for thisproduct

Dash is displayed.Address is thereforeaccessible


©, Mars, Inc., 1995. 15


The basic operation to alter the information held in an address is:

1 Connect the terminal to the CashFlow acceptormodule.

2 Wait for the terminal to power up correctly.

3 Select the address by using the UP and DOWN keys.

4 Examine the data by pressing the ENTER key.

5 Alter the data value by pressing the UP or DOWN keysuntil the new value has been reached.

6 Press the ENTER key to return to displaying addresses.

7 Press the RESET key to initialise the new value.

When the terminal is displaying values stored at addresses, nodecimal point will be displayed.

If an error occurs with the communication between the terminal andthe acceptor the display will show an error message of four halfheight zeroes.

This message will stay on the display. Pressing the ENTER key willthen revert the display to showing the current address. If the erroroccurred while updating an address then the value of that addressshould be checked as it may not have been updated correctly.

As the screen is capable of only displaying four digits at any onetime the number displayed on the screen can be scrolled if it isgreater than 9999 by using the LEFT and RIGHT keys. The left orrightmost digit will flash indicating an extra digit can be examined byuse of the scrolling keys e.g. Value is 12345

Error message

Press RIGHT key

Press LEFT key

Flashing Flashing


16 ©, Mars, Inc., 1995.


The tables below show you how the addresses can be reconfiguredand their possible values.

Ad

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Mea

nin

g

1 Coin 1 inhibit 0-1 0 = coin allowed,1 = inhibited










11 Coin11 inhibit 0-1 0 = coin allowed,1 = inhibited

12 Coin12 inhibit 0-1 0 = coin allowed,1 = inhibited

13Coin13 inhibit(Serial acceptor only)

0-1 0 = coin allowed,1 = inhibited

14Coin14 inhibit(Serial acceptor only)

0-1 0 = coin allowed,1 = inhibited

15 Accept direction 0-1 0 = left,1 = right

16 Strobes 1/2/4/8

Value = sum of codes1 = direction strobe left2 = direction strobe right4 = post gate left,8 = post gate right

21 Coin 1 type 0-20 = coin1 = value token2 = vend token



©, Mars, Inc., 1995. 17










31 Coin11 type 0-20 = coin1 = value token2 = vend token


33Coin 13 type(Serial acceptor only)

0-20 = coin1 = value token2 = vend token

34Coin 14 type(Serial acceptor only)

0-20 = coin1 = value token2 = vend token

Ad

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18 ©, Mars, Inc., 1995.


140,143,146,149,152,155,158,161,

Inhibit lines 1 - 8,inhibits map part i

0 -15Value = sum of codes where1/2/4/8 = coins 1/2/3/4

141,144,147,150,153,156,159,162.

Inhibit lines 1 - 8,inhibits map part ii 0 -15

Value = sum of codes where1/2/4/8 = coins 5/6/7/8

142,145,148,151,154,157,160,163.

Inhibit lines 1 - 8,inhibits map part iii 0-15

Value = sum of codes where1/2/4/8 = coins 9/10/11/12

164,166,168,170,172,174,176,178,180,182,184,186

Coins 1-12 outputmap part i

0-15Value = sum of codes where1/2/4/8 = outputs a/b/c/d

165,167,169,171,173,175,177,179,181,183,185,187

Coins 1-12 outputmap part ii 0-15

Value = sum of codes where1/2/4/8 = outputs e/f/g/h

188 Inhibit pull up polarity 0-1 0 = pull down 1 = pull up

189 Master inhibit polarity 0-1 0 = active high 1 = active low

190External inhibitenable

0-1 0 = disabled 1 = enabled

191 FIB enable 0-1 0 = disabled 1 = enabled

Ad

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CLEANING THE ACCEPTOR

In order to ensure maximum efficiency from this product it isessential to pay regular attention to the cleaning of the coinpathway. Before attempting to clean or remove the acceptor themachine should be switched off. The shaded areas shown in thediagram below should always be kept free from dirt, grease, etc. Anycleaning should be carried out by using a soft damp cloth.Thesurface should always be left clean and dry after any such cleaning.

Should any drops of water enter the product leave machineswitched off for sufficient time to dry out before switching on again.

Never use solvents to clean this product as this will damage thesurfaces.

Note: Failure to switch the machine off before cleaning could resultin a possible delay in accepting coins.

The acceptor calibrates itself at power up and re-calibrates every 4minutes, 5 seconds after a coin has been rejected, or 5 secondsafter the deck is closed. If you switch on with the lid open it willcalibrate itself incorrectly and, if a coin is inserted within 5 secondsof the deck being closed, it will be rejected. Subsequent coins willfollow the normal process of validation provided that the lid is firmlyclosed.

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FAULT-FINDING

Problem Possible cause Remedy

All coins/tokensrejected

No power to module Check supplyvoltage

Looms dislodged Check loominstallation

Dirt build up Clean acceptor andretry

Acceptorre-calibrating onpower up

Switch machine offand on again

Flight deck lid notfirmly closed

Ensure flight decklid is closed correctly

Poor coinacceptance

Modules notmounted correctly

Check alignment

Dirt build up Clean acceptor andretry

Rejects onetype coin/token

Inhibit set Check coin/token isenabled and notinhibited

Coins acceptedbut no credit

given

Looms not correctlyinserted

Check loominstallation

Coins notrouting correctly

Incorrect parts fitted Check that acceptgate is correct type

Check exit plate inadaptor (if fitted) iscorrect type

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©, Mars, Inc., 1995. 21


ELECTRICAL INTERFACES

HOST INTELLIGENT INTERFACE (HI2)

The HI2 interface offers serial control of the following functions:• Inhibiting Coins• Enabling Coins

The connections to the 10 way connector of the HI2 are shownbelow.

Viewed from loom end

Electrical Specifications

I/O PortsData and Busy

Input high voltage Vih 8.0V min. VIN + 1.5Vmax

Input low voltage Vil GND - 1.5V min 1.3V max.

Input impedance Rp 4.7KΩ nom. to VIN

Output high voltage Voh 9.0Vmin. VIN max.

Output low voltage Vol GND min. 0.5V max.

Output sink current Iol ------- 25mA max.

PIN SIGNALNAME PIN SIGNAL NAME

1 DATA 2 GND

3 BUSY 4 GND

5 RESET 6 POWER FAIL

7 VIN 8 VNEG

9 RESERVED 10 VSOL

1

2

3

4

5

6

7

8

9

10


22 ©, Mars, Inc., 1995.

CashFlow 330 acceptor Product Maintenance Handbook Data and Busy line equivalent circuit

The Data and Busy lines are active low signals and are designed tobe wire-ORed with other HI2 nodes. The selector represents an HI2

system load of 3 units.

Reset

Input high voltage Vih Open circuit or > 3.5V (5.5Vmax.)

Input low voltage Vil (GND - 0.5V) min. 0.9Vmax.

Input impedance Rp 47kΩ nom. to + 5V

Input capacitance Cin 1.5µF nom.

Input series resist. Rserl 56Ω nom.

In addition to the on-board power-on reset circuit, an external devicemay reset the system by pulling RESET low. The RESET line isactive low and is intended to be driven by an open collectortransistor referenced to 0V. A series resistor is provided to limit thepeak current drawn when the on-board reset capacitor is dischargedby an external device.

+5VVIN

DATA or BUSY

GND

To internallogic

Rp47K

47K1n

Rx

Tx

0V


©, Mars, Inc., 1995. 23


PF (Power Fail)

Input high voltage Vih 3.7V min. 5.5V max.

Input low voltage Vil (GND - 0.5V) min. 0.9Vmax.

Input impedance Rp 4.7kΩ nom. to + 5V

In addition to the on-board power fail circuit, there is an input on thehost connector to allow an external device to warn of an impendingpower failure. The power fail input is active low and is intended to bedriven by an open collector transistor referenced to 0V.

VIN (Power)

Input supply voltage Vin 10V min. 15V max.(Abs.max. not operational 20V)

Supply voltage ripple Vrip Within Vin min. to max. up to100Hz

250mV pk-pk frequencies >100Hz

Supply rise time Trise 75ms max.

Input current Iin 500mA max.

VIN is the input supply voltage referenced to the supply return,VNEG.

VNEG is connected to GND on the acceptor.


24 ©, Mars, Inc., 1995.


APPLICATIONS SUPPORT

The Host Intelligent Interface (HI2) is a high functionality interface forpoint to point or multi node systems.

It is currently only available under licence and confidentialityagreements.

Applications support for HI2 is in the form of documentation andsupport. These are all intended to make it straightforward to design-in the interface.

HI2 Applications Support

Documentation LibrarySoftware

ProtocolSupport

Tools

ImplementorsGuide

‘C’ 6805 8051

ProtocolMonitor


©, Mars, Inc., 1995. 25


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 PCserial port to the HI2 signals.

The adaptor should be plugged into the PC serial port and wired tothe HI2 bus as shown below.

HI2 InterfaceAdaptor

ProtocolMonitor

+12V (Standard products)0V

Reset Switch(if required)

10 WayProduct

Connector

10 Way HI2Adaptor

ConnectorPF

Reserved

VIN

123456789

10

123456789

10

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26 ©, Mars, Inc., 1995.


MACHINE INTERFACE PCB’s

All CashFlow® coin products incorporate a serial machine interfacecalled HI2 which offers maximum communication flexibility andsecurity.

Machine interface PCB’s are used to provide compatibility toindustry standard interfaces. There are five different types available,these are:

• Standard version 112, (0V Common 12V)• Standard version 124, (0V Common 24V)• Standard version 212 (0V Common 12V)• Standard version 312 (0V Common 12V)• Dual Polarity (12V)

Please note: Not all interfaces are available for all productconfigurations. Please contact your Mars Electronics Internationalrepresentative for guidance.

The interface PCB’s are attached directly to the discrimination PCBand are enclosed within the back cover of the acceptor.

All of the PCB’s contain a four-bit DIL switch known as the ManMachine Interface (MMI). This switch can be used to configurecertain aspects of the product.

COMPATIBILITYStandard versions 112 and 124 are compatible with the following:

MS130, MS135, MS130B1, MS135B1, MS180 and MS185.

Standard version 212 is compatible with:

NRI G13.

Standard version 312 is compatible with:

Azkoyen L60.

Dual Polarity version is compatible with:

MS111, MS111B1, MS115, ME111.


©, Mars, Inc., 1995. 27


STANDARD VERSIONS 112 and 124, (0V COMMON 12V & 24V)

These PCB’s provide for 6 coin output lines and 6 individual inhibitinputs, an all-inhibit input, a flight deck open (ER) output and fourroute inhibit inputs.

Standard version 112 (0V Common 12V) interface PCB

Standard version 124 (0V Common 24V) interface PCB

PCB Connectors - versions 112 and 124

The coin outputs are defined as outputs OPA to OPF, and the inhibitinputs are defined as inputs INHA to INHF. The all-inhibit input isdefined as input ALLINHB, with the flight deck open output beingER. The route inhibits are defined as inputs INHR1 to INHR4.

The 6 coin outputs consist of open collector transistors referencedto 0V. The appropriate output becomes active for between 80ms to120ms to indicate that a particular coin has been accepted.

The 6 individual coin inhibit inputs consist of CMOS inputs with inputprotection and pull-down resistors. The inputs are active high toinhibit coins and if left open circuit will default to accepting coins.

The all-inhibit input consists of a CMOS input with input protectionand pull-up resistor. The input is active low to inhibit coins and if leftopen circuit will default to accepting coins.

The flight deck open output consists of an open collector transistorreferenced to 0V. The output is active low to indicate that the flight


28 ©, Mars, Inc., 1995.


deck is open and will remain active for a maximum of 500ms.

Connector locations - versions 112 and 124

The four route inhibit inputs consist of CMOS inputs with inputprotection and pull-up resistors. The inputs are active low to inhibita route and if left open circuit will default to route enabled. A shortinglink is required between pins 1 and 2 of the shorting link connectorto enable this mode of operation.

Interface connector - versions 112 and 124

Shorting Link Connector - version 112 and 124

Conn.Pin Signal Name Signal Name Conn.

Pin

1 INHC INHE 2

3 INHD INHF 4

5 ER ALLINHB 6

7 OPC GND 8

9 OPF OPD 10

11 OPE OPB 12

13 OPA INHB 14

15 INHA VSUPPLY 16

Conn.Pin Signal Name Signal Name Conn.

Pin

INHF LINK

1

3 RESERVED IF 2

1

Back Cover

Pin 1Route InhibitConnector

Pin 1Shorting LinkConnector

Pin 1InterfaceConnector


©, Mars, Inc., 1995. 29


Route Inhibit Connector - versions 112 and 124

Electrical Interfaces - versions 112 and 124

PowerFor 12V operation, VSUPPLY (pin 16) referenced to GND (pin 8):

Input supply voltage Vin 10V min. 15V max.(Abs.max. not operational 20V)

Supply voltage ripple Vrip Within Vin min. to max. up to100Hz

250mV pk-pk frequencies>100Hz


Input current Iin 500mA max. Acceptor only

Outputs

Off State voltage Voff +30V max.

Leakage current Lin 5µA

On state voltage Vcesat 0.5V max.

On state current Ic 30mA max.

Conn.Pin Signal Name

1 GND

2 POLARISED(Loom To HaveBlanked Receptacle)

3 INHR4

4 INHR3

5 INHR2

6 INHR1


30 ©, Mars, Inc., 1995.


Inputs (INHA - INHF)Individual coin inhibit inputs - (INHA-INHF) Pins 1,2,3,4,14 and 15

Inhibit coins Vin > + 4V (+30V max)

Accept coins Vin between 0V and +1V or inputopen circuit

Input impedance 47kΩ nom. to 0V

INHA-F Input Equivalent Circuit

All-Inhibit Input: (ALLINHB) Pin 6

Accept coins Vin > + 4V (+ 30V max.) or inputopen circuit

Inhibit coins Vin between 0V and + 1V

Input impedance 47kΩ nom. to + 5V

Route Inhibit inputs: (INHR 1-4) Pins 3, 4,5,6

Route enabled Vin > + 4V (30V max.)

or input open circuit

Route inhibited Vin Between 0V and +1V

Input impedance: 47kΩ nom. to + 5V

All-inhibit and Route inhibit input equivalent circuit

47KINHIBIT

+5V

INPUTS

47KCMOSINPUT

0V

To internallogic

47K

INHIBIT

To internallogic

+5V

INPUT

47K

CMOSINPUT

+5V


©, Mars, Inc., 1995. 31


STANDARD VERSIONS 212 and 312, (0V COMMON 12V)

This PCB provides two quite separate interfaces. Version 212 has 6coin output lines, an all-inhibit input and a flight deck open (ER)output. This interface operates from a +12V supply.

Version 312 has 4 coin outputs, an alarm output or inhibit input andan all-inhibit input. This interface operates from a +12V supply.Provision has also been made for two route inhibit inputs.

Versions 212 and 312 (0V Common 12V) Interface PCB

PCB Connectors - version Standard 212

The six coin outputs consist of open collector transistors referencedto 0V. The appropriate output becomes active for between 80ms to120ms to indicate that a particular coin has been accepted.

The coin outputs are defined as outputs OPA to OPF.

ConnectorPin Signal Name Signal Name Connector

Pin

1 GND VSUPPLY 2

3 OPE OPF 4

5 ER ALLINH 6

7 OPA OPB 8

9 OPC OPD 10

Pin 1Pin 10

Connector locations - Version 212


32 ©, Mars, Inc., 1995.


The all-inhibit input consists of a CMOS input with input protectionand pull-down resistor. The input is active high to inhibit coins and ifleft open circuit will default to accepting coins. The all-inhibit input isdefined as input ALLINH

The flight deck open output consists of an open collector transistorreferenced to 0V. The output is active low to indicate that the flightdeck is open and will remain active for a maximum period of 500ms.The flight deck open output is defined as output ER.

PCB Connectors - version Standard 312

The four coin outputs consist of open collector transistorsreferenced to 0V. The appropriate output becomes active forbetween 80ms to 120ms to indicate that a particular coin has beenaccepted. The coin outputs are defined as outputs OPA to OPD.

The alarm output consist of an open collector transistor referencedto 0V. The output becomes active, if enabled, when the acceptordetects a fraud condition. The alarm output is defined as outputALARM /INH.

The same interface pin is also used for an inhibit input whichconsists of a CMOS input with input protection and pull-up resistor.The input is active high to inhibit coins and if left open circuit willdefault to inhibiting coins. The input may be configured via theacceptor inhibit map, to inhibit some or all of the coins in the coin set.

ConnectorPin

1 2 3 4 5 6 7 8 9 10

SignalName

VS

UP

PLY

GN

D

OP

A

OP

B

OP

C

ALL

INH

OP

D

INH

R1

INH

R2

ALA

RM

/INH

Pin 1Pin 10

Connector locations - Version 312


©, Mars, Inc., 1995. 33


The inhibit input is defined as input ALARM/INH. The all-inhibit inputconsists of a CMOS input with input protection and pull-up resistor.The input is active high to inhibit coins and if left open circuit willdefault to inhibiting coins. The input may be configured via theacceptor inhibit map, to inhibit some or all of the coins in the coin set.The all-inhibit input is defined as input ALLINH.

Electrical Interfaces

PowerStandard 2 interface; VSUPPLY (pin 2) referenced to GND (pin1):Standard 3 interface; VSUPPLY (pin 1) referenced to GND (pin2):

Input supply voltage Vin 10V min. 15V max.

(Abs. max. not operational 20V)

Supply voltage ripple Vrip Within Vin min. to max. up to100Hz250mV pk-pk frequencies >100Hz


Input current. Iin 500mA max. Acceptor only

OutputsAll outputs:

Off state voltage Voff +30V max.

Leakage current Iin 5µA

On state voltage Vcesat 0.5V max.


Standard 2; All-inhibit input (ALLINH)

Inhibit coins Vin > +4 V (+30V max)

Accept coins Vin between 0V and +1Vor input open circuit

Input Impedance: 47kΩ nom. to 0V


34 ©, Mars, Inc., 1995.


Standard 212 ALLINH input equivalent circuit

Standard 3; Inhibit inputs (ALLINH, ALARM/INH and INHR1-7)

Accept coins Vin > +4 V (+30V max)or input open circuit

Inhibit coins Vin between 0V and +1V

Input Impedance: 47kΩ nom. to +5V

Standard 312 - Inhibit inputs equivalent circuit

47KALL INHIBIT

To internallogic

+5V

INPUT

47KCMOSINPUT

0V

47K

INHIBIT

To internallogic

+5V

INPUTS

47K

CMOSINPUT

+5V

330.PROD.GB.4 : 330.GEN.CUST_IF.DUAL_POL.NONE.GB.3 Black 35

©, Mars, Inc., 1995. 35


DUAL POLARITY

This interface operates from a nominal 12V supply and selfconfigures to either positive or negative common operation. In eithermode of operation this interface offers 6 coin output lines, an outputcommon, 6 individual inhibit inputs and power connections.

Dual Polarity Interface PCB

Coin outputs - positive common

For positive common operation the OPCOM line must be positivewith respect to GND and the coin output lines should be connectedthrough a load to a voltage more negative than the OPCOM line.

Coin outputs - negative common

For negative common operation the OPCOM line must be negativewith respect to GND or connected to GND. The coin output linesshould be connected through a load to a voltage more positive thanthe OPCOM line.

With either of these options it is possible to operate in a pulsedmode by allowing the OPCOM line to float until it is polled by thehost machine.

When a coin is accepted one of the coin output lines becomesactive.


36 ©, Mars, Inc., 1995.


PCB Connector - Dual Polarity

The coin outputs are defined as OPA to OPF, and the inhibit inputsas INHA-INHF.

Electrical Specifications

Power

VSUP (pin 11) referenced to GND (pin 12):

Input supply voltage Vin 10V min. 15V max.(Abs. max. not operational 20V)

Supply voltage ripple Vrip Within Vin min. to max. up to 100Hz

250mV pk-pk frequencies > 100Hz


Input current Iin 1440mA max.

Conn.Pin Signal Name

1 OPA

2 OPB

3 OPCOM

4 OPF

5 POLARISING

6 OPE

7 OPD

8 POLARISING

9 OPC

10 INHC

11 VSUP

12 GND

13 INHD

14 INHE

15 INHF

16 INHB

17 INHA


©, Mars, Inc., 1995. 37


Inputs

Individual coin inhibit inputs:

Inhibit coins Vin > + 4V (+20Vmax) or input opencircuit

Accept coins Vin between 0V and + 1V

Input impedance 12kΩ nom. to + 5V

Inhibit input equivalent circuit

Outputs - Positive Common

OPCOM (pin3) referenced to GND (pin12):

Input voltage Vin 5V min 26V max.

(4.5V min 5V max.Ic max =10mA)

All outputs:

Off state voltage Voff (OPCOM - 27V) min.


On state voltage Vcesat (OPCOM - 1.5V) min.


47K

INHIBIT

To internallogic

0V

+5V

INPUT

12K

CMOSINPUT

+5V


38 ©, Mars, Inc., 1995.


Outputs -Negative Common

OPCOM (pin3) referenced to GND (pin12):

Input voltage Vin -22V min. 0V max.

(0V min. 0.5V max. Icmax=10mA)

All outputs:

Off state voltage Voff (OPCOM + 27V) min.


On state voltage Vcesat (OPCOM + 1.5V) min.

On state current Ic 40mA max

Coin output equivalent circuit

To internallogic

0V

+5V

1N4148

1N4148

CoinOutput

OutputCommon

330.PROD.GB.4 : 330.PROD.MOD_XCHNG.NONE.NONE.GB.4 Black,White 39

©, Mars, Inc., 1995. 39


REPLACING MODULES

REMOVING THE ACCEPTOR FROM TOP ENTRY ADAPTOR

1 Ensure that the machine is powered down.

2 Remove the adaptor (with acceptor fitted) from thechannel.

3 Dis-connect any looms that are connected to theacceptor.

4 Release the retaining clip in the adaptor with a carefulbut firm pull to the right hand side.

5 Tilt the top of the acceptor forward to release it from theretaining clip.

6 Lift the acceptor upwards and pull towards you toremove it from the adaptor.

To replace the acceptor into the adaptor reverse the above process.

Retaining Clip


40 ©, Mars, Inc., 1995.


REPLACING THE BACK COVER

1 Remove acceptor as previously described

2 Dis-engage any looms.

3 Remove the interface PCB cover.

4 Remove the customer interface PCB if fitted.

5 Release the retaining clips where shown on diagram.You will find it easier if you use a small screwdriver.

6 Gently ease out the discriminator module from the backcover.

For re-assembly reverse the above instructions.

Left and Right Hand Clip Positions

Clip 1

Clip 3

Clip 2

Clip 4


©, Mars, Inc., 1995. 41


REMOVING THE ACCEPT GATE

1 Remove the acceptor module.

2 Remove the back cover, observing the earlierinstructions on removing the discriminator, from theback cover.

3 Dis-engage the PCB at the rear by releasing theretaining clip on the upper left hand side of it. Extremecare should be taken not to damage the flexi-circuitleading to the PCB while it is dis-engaged.

The accept gate is held in the discriminator via three clips

Release the clip at the pointshown in direction of arrow.Gently ease accept gatemodule outwards away fromdiscriminator.

Dis-engage the clip at thebase of the accept gate andseparate gently the two partsin the direction of the arrow.

Pressing the side of theaccept gate at the pointindicated, and keeping theaccept gate parallel to thediscriminator, pull it free fromits electrical connections,taking care not to bend the

Rear view of discriminator

View under accept gate

View to right of accept gate


42 ©, Mars, Inc., 1995.


To replace the accept gate the discriminator lid must be opened.Great care must be taken because the spring will become dis-engaged if the lid, (which is normally restrained by the back cover),is taken further back than 100˚.

When replacing the accept gate make sure that all three clips arecorrectly aligned before pushing back into place. At all times theflexi-circuit must be treated with care to ensure no damage resultsfrom rough handling.

Should the spring require re-fitting the guides and pivot pointsforming the physical link between the deck and lid must be first becorrectly located, and the spring connected at both ends. The twoparts should be pulled apart and pivoted into the correct position. Atno time should undue force be used as this will cause irreparabledamage to the mouldings and make the discriminator unusable.

Check for correct functionality after re-assembling.

Spring

Lid

Deck

PCB retainingclip


©, Mars, Inc., 1995. 43


CHANGING THE INTERFACE PCB

1 Unplug the acceptor module from any looms that areattached.

2 Remove the acceptor module from the front plate.

3 Slide off the removable back cover by pressing andpushing downwards in direction of arrows (Fig 1).

4 Carefully lift and remove the Interface PCB (fig.2) takingcare not to bend the connector pins.

Fig 1

Press & PushDown Here

RemovablePCB Cover

Fig 2

Interface PCB


44 ©, Mars, Inc., 1995.


5 Place the new interface PCB on to the correct pinconnections and push gently but firmly home (fig.3).

6 Replace the PCB cover.

7 Fit the acceptor module back into the front plate.

8 Replace any loom/s, ensuring a firm connection.

9 Switch on mains power and follow the initialisationprocedure to check the unit is working and pricing asrequired.

Fig 3

12 Pins

12 Pin Connector

Interface PCB

330.PROD.GB.4 : 330.PROD.ACCES.NONE.NONE.GB.3 Black 45

©, Mars, Inc., 1995. 45


ACCESSORIES AND SPARES

FRONT PLATES

ADAPTOR & CHANNEL

Mini Front PlateMidi Front Plate

Maxi Front Plate

The Mini and Midi front platescan be supplied with or withoutan integral LCD display.An LED display can be usedwith the Maxi front plate.

The 4" channel providesa frame into which theAcceptor can be directlyfitted.

The 5" top entryadaptor is used inchannel mountedapplications.

4" Moulded Channel5" Top Entry Adaptor


46 ©, Mars, Inc., 1995.


BACK COVERS

There are versions available for front plate and channel mountedacceptors and they simply clip on to the discrimination module.

The reject lever assembly forms part of the back cover assembly.

Reject LeverAssembly

Front Entry version

ChannelMountingPins

Top Entry version

RemovablePCB Cover

Reject LeverAssembly


©, Mars, Inc., 1995. 47


ACCEPT GATE MODULES

The accept gate module contains a solenoid-operated gate, opticalcoin strobes and coin routing components.

There are three variants of accept and reject options available. Thecoin exits for both accepted and rejected coins are defined by thetype of accept gate fitted.

Acc / Rej Coin Exit Options

Reject Right

AcceptRight

Accept Left

Reject Front

AcceptRight

Reject Left

330.PROD.GB.4 : 330.GEN.COMP.CFLOW.NONE.GB.3 Black 48

48 ©, Mars, Inc., 1995.


CASHFLOW MODULES COMPATIBILITY

0V CommonI/F 12v

0V CommonI/F 24v

Dual PolarityI/F 12v

4" Channel

5" TopEntry

Adaptor

Mini F/P

Midi F/P

Maxi F/P

DISCRIMINATOR

AR RLAR RF RR AL

Top EntryTop EntryFront Entry

COIN EXITSViewed from rearRF=Reject Front

AR=Accept Right

RL=Reject Left

RR=Reject Right

AL=Accept Left

Back CoverBack CoverBack Cover

330.PROD.GB.4 : 330.GEN.COMP.MS_ME.NONE.GB.3 Black 49

©, Mars, Inc., 1995 49


COMPATIBILITY with EARLIER PRODUCTS

If you are currently using the MS/ME100 product range then thetable below will help you identify the acceptor and accessoryrequired for compatibility. The typical applications shown are aguide only to the options available.

NEW NEW NEW

AvailableOptions

4" A

ccep

tor

Sta

nd

Alo

ne

4" A

ccep

tor

+To

p E

ntr

y A

dap

tor

4" A

ccep

tor

+Min

i Fro

nt

Pla

te

4" A

ccep

tor

+Mid

i Fro

ntP

late

4" A

ccep

tor

+Max

i Fro

nt

Pla

teTypical

Application

Juke Boxes,Cigarette M/cChannelMounted

Video Games,Table TopVending

PinBallM/c’s

ReplacesMS111

ReplacesME111

ReplacesME115

ReplacesMS130

330.PROD.GB.4 : GEN.GEN.OFF.NONE.NONE.GB.11 Black 50

50 ©, Mars, Inc., 1995.


MARS ELECTRONICS INTERNATIONALOFFICES

AUSTRALIA ITALY

MARS ELECTRONICS INTERNATIONAL302 PARRAMATTA ROADAUBURNNEW SOUTH WALES, 2144TELEPHONE: 2 - 7375390FACSIMILE: 2 - 7375399

MARS ELECTRONICS INTERNATIONAL27011 BELGIOIOSO (PV)VIALE DANTE, 40TELEPHONE: 0382 - 979313FACSIMILE: 0382 - 970790

CANADA JAPAN

MARS ELECTRONICS INTERNATIONAL37, HOLLAND DRIVEBOLTONONTARIO, L7E 5S4TELEPHONE: 416 - 239 - 2782FACSIMILE: 416 - 239 - 3322

MARS ELECTRONICS INTERNATIONALA DIVISION OF MASTER FOODS LTD.3F MUSASHI-KOSUGI TOWER PLACE403 KOSUGIMACHI 1-CHOMENAKAHARA-KUKAWASAKI-SHIKANAGAWA-KEN 211TELEPHONE: 44 - 712 - 1315FACSIMILE: 44 - 712 - 1439

FRANCE SPAIN

MARS ELECTRONICS INTERNATIONALBOULEVARD DES CHANATSBP 745550 ST. DENIS DE L’HOTELTELEPHONE: 38 - 59 - 6161FACSIMILE: 38 - 59 - 6172

MARS ELECTRONICS INTERNATIONAL

M.a DE MOLINA, 40-3a

28006 MADRIDTELEPHONE: 9 - 3379182FACSIMILE: 91- 5635517

GERMANY SWITZERLAND

MARS ELECTRONICS INTERNATIONALINDUSTRIERING 17 A41751 VIERSENTELEPHONE: 02162 - 9560FACSIMILE: 02162 - 41544

MARS ELECTRONICS INTERNATIONALCH. PONT-DU-CENTENAIRE 109PLAN-LES-OUATESP.O. BOX 26501211 GENEVA 2TELEPHONE: 22 - 8840505FACSIMILE: 22 - 8840504

GREAT BRITAIN UNITED STATES

MARS ELECTRONICS INTERNATIONALESKDALE ROADWINNERSH TRIANGLEWOKINGHAMBERKSHIRE, RG41 5AQTELEPHONE: 01734 - 697700FACSIMILE: 01734 - 446412

MARS ELECTRONICS INTERNATIONAL1301 WILSON DRIVEWEST CHESTERPA 19380TELEPHONE: 610 - 4302500FACSIMILE: 610 - 4302694

330.PROD.GB.4 : GEN.GEN.OFF_DIST.NONE.NONE.GB.11 Black 51


©, Mars, Inc., 1995. 51

ARGENTINA

BUGS S.R.L.Electronica Industrial 1602Caracas 558 P.B. 11406 Buenos AiresContact: Sergio Adrian FerroTelephone: 1 - 613 - 2205

AUSTRALIA

BLUEJADE ELECTRONICSUnit 712 Edina RoadFerntree GullyVictoria, 3156Contact: Ross SeymourTelephone: 03 - 9752 - 2730

GALEDON ELECTRONICS92 Lincoln StreetOxleyQueensland, 4075Contact: George HetperTelephone: 07 - 3379 - 3922

MIKE STEWARD ELECTRONICSLot 251Muros PlaceMidvaleWestern Australia, 6055Contact: Mike StewardTelephone: 09 - 274 - 5755

VFJ ELECTRONICS2 Picken streetSilverwaterNew South Wales, 2128Contact: Derek WebsterTelephone: 02 - 648 - 5600

AUSTRIA

FRIEDRICH HOCHHAUSERLinzerstrasse 123A 4614 MarchtrenkContact: Friedrich HochhauserTelephone: 724 - 358407

BELGIUM

CTP NV/SAKernenergietraat 53B - 2610 WilrijkAnversContact: Cam Van Der SteenTelephone: 3 - 825 - 0207

BRAZIL

CIMAQ INDUSTRIA e COMERCIOde MAQUINAS LTDA.Estrada Uniao e Industria 9120 Itaipava257 PetropolisRio de JanieroContact: Paolo Cirelli /Guido CirelloTelephone: 242 - 22 2555

CANADA

ANDRE LABBEE Inc.5600 Vanden AbeeleSt. LaurentQuebec H4S 1P9Contact: Andre LabbeeTelephone: 514 - 333 - 4030

ARBORTRONICS1520 Lodestar Road, Unit 20TorontoOntario M3J 3C1Contact: Motek SzpindelTelephone: 416 - 638 - 6112

MEI DISTRIBUTORSThe Following Distributors Offer A Comprehensive Sales AndReplacement Service For New Product And Spare Parts.


52 ©, Mars, Inc., 1995.


CROATIA/SLOVENIA

VENDOMAT D.o.o.Vrbice 541030 ZagrebContact: Kresimir BesedicTelephone: 1 - 770040

CZECH REPUBLIC

COMAX LEISURE s.r.o.Plovdivská 3405CR - Praha 8Contact: Jan SubrtTelephone: 2 - 402 - 6881

DENMARK

MØNTSYSTEMMiddlefartvej 11Dk-5000Odense CContact: Erik RavnkildeTelephone: 66 -177744

EIRE

MECHSHOP (IRELAND)Bracetown Office ParkBracetownCloneeCo. MeathContact: John SteenTelephone: 01 - 8251755

FINLAND

MECSELSitratie 3B00420 HelsinkiContact: Seppo SarrivaaraTelephone: 0700 -18620

FRANCE

A.P.S.34 Avenue Du President Wilson93210 La Plaine Saint-DenisContact: Oziel FrédéricTelephone: 1 - 48 09 07 98

BROKERHOUSE DISTRIBUTORS108 Woodbine Downs Blvd., Unit 4RexdaleOnrario M9W 5S6Contact: Greg SuitorTelephone: 416 - 798 - 3537

BROKERHOUSE DISTRIBUTORS4279 PhillipsBurnabyBritish Columbia V5A 2X4Contact:Doug SharpeTelephone:604 - 421 - 2277

CAN-WEST VENDINGDISTRIBUTORS9815 33rd AvenueEdmontonAlberta T6N 1B6Contact: Darren NicklesTelephone: 404 - 861 - 8173

CRANE NATIONAL VENDING595 Middlefield Road, Unit 20ScarboroughOntario M1V 3S2Contact: Steve GordonTelephone: 416 - 291 - 7600

CHILE

SIDEXSan Juan 4519San JoaquinSantiagoContact: Ricardo Solari G.Telephone: 2 - 553 - 1632

COLOMBIA

L.S.I.Ingeneria Electronica Ltda.Calle 86 No. 115 - 07Int.15 - 19A.A. 59271Santafe de Bogota, D.C.Contact: Enrique Ardila /Jaime DiazTelephone: 3 - 333 - 2452


©, Mars, Inc., 1995. 53


HöR GmbH & Co. INDUSTRIE-ELECTRONIC KGBoschweg 1312057 BerlinContact: Günther HörTelephone: 030 - 6847044

S & M Schaltgeräteservice GmbHRichard-Lucas Strasse 341812 ErkelenzContact: Stefan MeschTelephone: 0 2431 - 6076

GREAT BRITAIN

BRENT LEISURE SPARES LTD.Namco House, Unit 5Acton Vale Industrial EstateThe Vale, ActonLondon W3 7QEContact: Peter MurphyTelephone: 0181 - 324 - 6000

EUROCOIN LTDFortune HouseMoxon StreetBarnetHertsContact: Nick VeitchTelephone: 0181 - 449 - 0077

MECHSHOP (MIDLANDS)Unit 9, Arden Business CentreArden RoadAlcesterWarwickshire B49 6HWContact: Ian SaundersTelephone: 01789 - 763963

MECHSHOP (NORTH)Linnyshaw Industrial EstateSharp StreetWalkdenManchester M28 5WAContact: David BridgeTelephone: 0161 - 790 - 0929

G.T.I.50 Bis rue Maurice Arnoux92120 MontrougeContact: Dominique LecoqTelephone: 1 - 46 55 36 22

L.M.C.39 Rue des Frères-LumièreBP 2269682 Chassieu CEDEXContact: Patrick MinvielleTelephone: 78 90 26 32

PEJOPLASTCap 18, A59189, Rue D’Aubervilliers75886 Paris CEDEX 18Contact: M. TastetTelephone: 1 - 40 34 58 71

GERMANY

ATS AUTOMATEN-TECHNIKSCHREIERT GmbHAlter Teichweg 6322049 HamburgContact: Andre SchreiertTelephone: 040 - 6918581

ATV AUTOMATENTECHNIKVERTRIEB-und SERVICE GmbHUhlandstrasse 3788255 BaienfurtContact: Günter RohlederTelephone: 0751 - 551717

EWV ELEKTRONOK-WARTUNG-VERTRIEB GmbHDistelweg 989537 Giengen/BrenzContacts: Peter Renner Erich WeimertTelephone: 07322 - 96190


54 ©, Mars, Inc., 1995.


MECHSHOP (SOUTH)80 Manor RoadWallingtonSurrey SM6 0ABContact: Frank GoldingTelephone: 0181 - 669 - 9483

POWERHOUSE SYSTEMSUnit 20Soho Mill EstateWooburn GreenBucks. HP10 0PFContact: David NindTelephone: 016285 - 31313

QUICKMECHUnit 7/9 Central Park TradingEstateWestinghouse RoadTrafford ParkManchester M17 1PGContact: Neil VaughanTelephone: 0161 - 8487446

GREECE

RADIO KATOUMAS15-19 Praxitelous Street105 62 AthensContact: Spyros KatoumasTelephone: 1 3250412 - 6

HONG KONG

COIN-TECH SERVICES (HK) LTDRoom C1, 12th floorKaiser Estate, Phase 141 Man Yue StreetHunghomKowloonContact: Raymond WongTelephone: 2330 - 2868

HUNGARY

HOKI KFT.Gyepsor U.1H - 1751 Budapest PF:90Contact: Franz HochsteinTelephone: 1 - 2776422

PAYMENT SYSTEMS KFTCziraki ut 26-32H -1163 BudapestContact: George FazakasTelephone: 1 -163 6051

ISRAEL

MARAP AUTOMATICINSTRUMENTS Ltd.5 Ha’arad StreetTel Aviv 69710P.O. Box 43025Contact: Guy AlonTelephone: 3 - 6475613

ITALY

C.V.D.A.Via Marco Polo, 1835020 Albignasego (PD)Contact: Daniele CicognaTelephone: 049 - 685266

ESPERIA DISTRIBUZIONE s.r.l.Via della Misericordia 4520057 Vedano Al Lambro (MI)Contact: Marco PorroTelephone: 039 - 492511

EUROVEND s.n.c.Via Reiss Romoli 13310148 Torino (TO)Contact: Giovanni ConteTelephone: 011 -2202366


©, Mars, Inc., 1995. 55


V.M.V. S.r.l.Via dell’Artigianato, 2037047 S. Bonifacio (VR)Contact: Marco MionTelephone: 045 - 7665686

MEXICO

R.R. REFRIGERATION S.AGustavo Baz 387Naucalpan53160 EdoDe MexicoContact: Arturo Ruiz CastanedaTelephone: 393 - 34 - 22

NETHERLANDS

EPSTransportweg 282421 LS NieuwkoopContact: Jan DoelmanTelephone: 1725 - 79315

NEW ZEALAND

CASH HANDLING SYSTEMS LTDMDC Building, Level 2142, BroadwayNewmarketAucklandContact: Mark OliverTelephone: 09 - 522 - 2204

NORWAY (also Iceland)

ELEKTRONISKE BETALINGSSYSTEMER a.s.Skiveien 4Postboks 502N 1411 KolbotnContact: Svein Atle StorvandTelephone: 66 - 80 - 5020

POLAND

T. HAUUl Goworowska 2PL- 03-353 WarszawaContact: Tomasz HauTelephone: 22 - 112541

PORTUGAL

EQUISISTEMAS LDAPraca Joao Do Rio 9 - 3ESQ1000 LisbonContact: Artur BorgesTelephone: 1 - 8460925/6/7

SINGAPORE

COIN TECH SERVICES(SINGAPORE) PTE LTDBlock 998Toa Payoh North4 -12/14 Singapore 318993Contact: Yeo Yang PengTelephone: 65 - 356053

SLOVAKIA

PRODIGI CORP.Drobného 2784402 BratislavaContact: Gabriel BajkaiTelephone: 7 - 786 757

SOUTH AFRICA

ELECTRONIC VENDINGSERVICESP.O. Box 13924, Chrisoliet StreetJukskei Park2153Contact: Chris DrewnickiTelephone: 11 - 7042383


56 ©, Mars, Inc., 1995.


SOUTH KOREA

HEE SUNG TRADING CO LTD10 - 36 Jamwon - dongSeocho - kuSeoulContact: C.I. KimTelephone: 2 - 515 5696

SPAIN

TRATECNICA S.A.c/ Gonzalas Dávila, 20-2 0plantaPoligono Industrial De Vaffecas28031 MadridTelephone:91 - 3802200(Approved Service Centre)

SWEDEN

4 S ELECTRONICS A.BBox 52018425 AkersbergaContact: Leif OdellTelephone: 08 - 540 - 66040

SWITZERLAND

KONTROLL-SYSTEMEOergelackerstrasse 4CH-8707 Uetikon am SeeContact: Walter NeuhausTelephone: 1 - 9206262

TAIWAN

COIN-TECH (S) PTE LTD98 Sec. 2, Cheng-teh RoadTaipeiContact: Jerry ChangTelephone: 2 - 5574748

THAILAND

COIN TECH LTD2571S01 87, Ladprow RoadWangtonglhangBangkapiBangkok 10310Contact: Pracha TechakaroonTelephone: 2 - 932 - 2609

TURKEY

ÜÇEL ELEKTROTEKNIK ISLERISanayi ve Ticaret Limited SirketiSelçuklar Sok No: 6Akatlar 80630IstanbulContact: Faruk CengicTelephone: 212 - 2575656

330.PROD.GB.4 : 330.PROD.GB.4.IX Black 57

©, Mars, Inc., 1995. 57


AAccept And Reject Options 47

Accept Gate Module 2, 41, 42, 47Acceptor Module 10, 11, 19, 43Accessories And Spares 45Applications Support 24BBack Cover 2, 8, 40, 41, 43, 46CChannel Adaptor 39, 45Channel Mounting 5, 6, 7, 45Cleaning 19Coin Outputs - Negative Common 35Coin Outputs - Positive Common 35Compatibility 2, 26, 48, 49Configuration 9, 10DDiscrimination PCB 26Discriminator Module 2, 40Discriminator Spring 42Disposal Of Product 1EElectrical Interfaces 21Electrical Specification 21, 23, 29, 30, 33,

34, 36, 37, 38Enable Teach 10, 11Enable Teach Mode 21Environmental Performance 1FFault Finding 8, 20Flight Deck 42Flight Deck Lid 8, 42HHost Intelligent Interface 21, 24, 25IInhibit Teach 10, 11Inhibit Teach Mode 21Initialising 8, 44Installation 3, 4, 5, 6, 7Interface PCB 2, 10, 11

330.PROD.GB.4 : 330.PROD.GB.4.IX Black 58

58 ©, Mars, Inc., 1995.


LLocal Expansion Interface 24MMachine Interface PCB 10, 26, 27, 28, 31,

35, 43, 44Man Machine Interface (MMI) 10, 11, 26MARS ELECTRONICS INTERNATIONAL 50Mars® Route Alpha 250 Terminal 10, 12Maxi Front Plate 4MEI DISTRIBUTORS 51Midi Front Plate 3Mini Front Plate 3Module Replacement 39, 40, 41, 42, 43,

44OOperating Voltages 1PParallel Interface 9PCB Connector 27, 28, 31, 32, 36,

37PCB Cover 2, 11, 40, 44Power Down 10Power Up 10, 11Product Overview 2RReject Lever 8, 11Remote Reject Unit 6Retaining Clip 39Route Inhibit Connector 29SSafety 1, 11Serial Interface 2, 9, 26Shorting Link Connector 28, 29Specific Coinsets 9Support Tools 25TTerminal Addresses 16Terminal Key Functions 13, 14, 15Test 5, 6, 7, 11Time-Out 10, 19

330.PROD.GB.4 : GEN.PROD.BPAGE.NONE.NONE.GB.1 Black,White 59

™

REPRESENTATIVE:

®

UNITED STATES

1301 Wilson DriveWest ChesterPa 19380Telephone: 610- 4302500Facsimile: 610- 4302694

GREAT BRITAIN

Eskdale RoadWinnersh TriangleWokinghamBerkshire, RG41 5AQTelephone: 01734- 697700Facsimile: 01734- 446412

SWITZERLAND

Ch. Pont-du-Centenaire 109Plan-les-OuatesP.O. Box 26501211 Geneva 2Telephone: 22- 8840505Facsimile: 22- 8840504

FRANCE

Boulevard Des ChenatsBP 745550 St. Denis de L’hotelTelephone: 38 - 59 - 6534Facsimile: 38 - 59 - 6172

GERMANY

Industriering 17 A41751 ViersenTelephone: 02162- 9560Facsimile: 02162- 41544

ITALY

27011 Belgioioso (Pv)Viale Dante, 40Telephone: 0382- 979313Facsimile: 0382- 970790

SPAIN

M.a De Molina, 40-3a

28006 MadridTelephone: 91- 3379182Facsimile: 91- 5635517

AUSTRALIA

302 Parramatta RoadAuburnNew South Wales, 2144Telephone: 02- 737- 5390Facsimile: 02- 737- 5399

JAPANMars Electronics International3f Masushi-kosugi Tower Place403 Kosugimachi 1-chomeNakahara-kuKawasaki-shiKanagawa-ken 211Telephone: 44 - 712 - 1315Facsimile: 44 - 712 - 1439

CANADAMars Electronics International37, Holland DriveBoltonOntario, L7E 5S4Telephone: 416 239 2782Facsimile: 416 239 3322

PRODUCT MAINTENANCE HANDBOOK - Micro Elecmicroelec.co.uk/Assets/Technical...

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