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INSTALLATION, USE AND MAINTENANCE MANUAL

UK English

Snakky Max

DOC. NO. H 239U 00

EDITION 1 2004-07

DICHIARAZIONE DI CONFORMITA’

DECLARATION OF CONFORMITY

DÉCLARATION DE CONFORMITÉ

KONFORMITÄTSERKLÄRUNG

DECLARACIÓN DE CONFORMIDAD

DECLARAÇÃO DE CONFORMIDADE

VERKLARING VAN OVEREENSTEMMING

INTYG OM ÖVERENSSTÄMMELSE

OVERENSSTEMMELSESERKLÆRING

YHDENMUKAISUUSTODISTUS

Dichiara che la macchina descritta nella targhetta di identificazione, è conforme alle disposizioni legislative delle direttive:89/392, 89/336, 73/23 CEE e successive modifiche ed integrazioni.

Declares that the machine described in the identification plate conforms to the legislative directions of the directives: 89/392, 89/336, 73/23 EEC and further amendments and integrations.

Déclare que l’appareil décrit dans la plaque signalétique satisfait aux prescriptions des directives: 89/392, 89/336, 73/23 CEE et modifications/intégrations suivantes.

Erklärt, daß das im Typenschild beschriebene Gerät den EWG Richtlinien 89/392,89/336, 73/23 sowie den folgenden Änderungen/Ergänzungen entspricht.

Declara que la máquina descripta en la placa de identificación, resulta conforme a las disposiciones legislativas de lasdirectivas: 89/392, 89/336, 73/23 CEE y modificaciones y integraciones sucesivas.

Declara que o distribuidor descrita na chapa de identificação é conforme às disposições legislativas das directivas CEE89/392, 89/336 e 73/23 e sucessivas modificações e integrações.

Verklaart dat de op de identificatieplaat beschreven machine overeenstemt met de bepalingen van de EEG richtlijnen89/392, 89/336 en 73/23 en de daaropvolgende wijzigingen en aanvullingen.

Intygar att maskinen som beskrivs på identifieringsskylten överensstämmer med lagstiftningsföreskrifterna i direktiven:89/392, 89/336, 73/23 CEE och påföljande och kompletteringar.

Det erklæres herved, at automaten angivet på typeskiltet er i overensstemmelse med direktiverne89/392, 89/336 og 73/23 EU og de senere ændringer og tillæg.

Forsikrer under eget ansvar at apparatet som beskrives i identifikasjonsplaten, er i overensstemmelse med vilkårene iEU-direktivene 89/392, 89/336, 73/23 med endringer.

Vahvistaa, että arvokyltissä kuvattu laite vastaa EU-direktiivien 89/392, 89/336, 73/23 sekä niihin myöhemmin tehtyjenmuutosten määräyksiä.

Valbrembo, 03/05/2001

ANTONIO CAVO

C.E.O

1© by NECTA VENDING SOLUTIONS SpA 0407 239 - 00

TABLE OF CONTENTS

English

INTRODUCTION PAGE 2IDENTIFICATION OF THE VENDING MACHINE PAGE 2

IN THE EVENT OF FAILURES PAGE 2

TRANSPORT AND STORAGE PAGE 2

USING THE VENDING MACHINE PAGE 3

POSITIONING THE VENDING MACHINE PAGE 3

WARNING FOR INSTALLATION PAGE 3

PRECAUTIONS IN USING THE MACHINE PAGE 3

WARNING FOR SCRAPPING PAGE 3

TECHNICAL SPECIFICATIONS PAGE 4ACCESSORIES PAGE 4

POWER CONSUMPTION PAGE 4

CHANGEABLE COMBINATION LOCK PAGE 5

LOADING AND CLEANING PAGE 6MAIN SWITCH PAGE 6

CONFIGURING THE SPIRALS PAGE 6

HYGIENE AND CLEANING PAGE 7

LOADING PRODUCTS PAGE 7START-UP PAGE 8

NOISE LEVEL PAGE 8

INSTALLATION PAGE 9UNPACKING THE VENDING MACHINE PAGE 9

INSTALLING THE PAYMENT SYSTEM PAGE 9

CONNECTION TO THE POWER SUPPLY PAGE 10

CONTROLS AND INFORMATION PAGE 10INTERNAL COMPONENTS PAGE 11

MAIN SWITCH PAGE 11

DISPENSING COMPARTMENTMANUAL RELEASE PAGE 11

OPERATING MODES PAGE 12USER INTERFACE PAGE 12

DIRECT SELECTIONS PAGE 12

NORMAL OPERATING MODE PAGE 12

FILLER MENU PAGE 12STATISTICS PAGE 13

PRICES BY SINGLE SELECTIONS PAGE 13

CHANGE TUBES CONTROL PAGE 13

SPECIAL SELECTIONS PAGE 13

TEST PAGE 14

GSM PRE-ALARMS PAGE 14

EVADTS TRANSFER PAGE 14

TECHNICIAN MENU PAGE 15PRESENT FAILURES PAGE 16

PROGRAMMING THE PARAMETERS PAGE 17

STATISTICS PAGE 22

TEST PAGE 23

MACHINE INFORMATION PAGE 24

GSM PAGE 24

MAINTENANCE PAGE 25

PRINTED BOARD FUNCTIONSAND INDICATOR LAMPS PAGE 25

CONFIGURING THE BOARD PAGE 25

SOFTWARE UPDATE PAGE 25

CONFIGURING THE TRAYS PAGE 26PRODUCT SPACERS PAGE 26

PRODUCT EJECTOR PAGE 26

REPLACING THE SPIRALS PAGE 26

REMOVING THE TRAYS PAGE 26

CHANGING THE NUMBER OF TRAYS PAGE 27

CHANGING THE TRAY CONFIGURATION PAGE 27

POWER SUPPLY UNIT PAGE 28

ACCESS TO THE COOLING UNIT PAGE 28

PROGRAMMING MENU - SUMMARY PAGE 31

WIRING DIAGRAM PAGE 58


INTRODUCTION

This technical documentation is part and parcel of thevending machine and must always follow the machinein case it is moved or transfer of ownership, so as toallow consultation by different operators.

Before starting installation and using the machine, it is firstnecessary to carefully read and understand the instruc-tions contained in this manual, as they offer importantinformation on installation safety, operating instructionsand maintenance.

This manual is divided into three chapters.

The first chapter describes the loading and routine main-tenance operations which are carried out in areas of themachine accessible with simple use of the door key,without using any other tools.The second chapter contains the instructions for correctinstallation and all information necessary for optimum useof the machine.The third chapter describes maintenance operationswhich involve the use of tools to access potentially danger-ous areas.

The operations described in the second and thirdchapters must be carried out only by personnel whohave the specific knowledge of the machine function-ing from a point of view of electrical safety and healthregulations.

IDENTIFICATION OF THE VENDINGMACHINE AND ITS CHARACTERISTICS

Each machine is identified by its own serial number,indicated on the rating plate attached inside the cabinet onthe right side.This plate (see figure below) is the only one acknowledgedby the manufacturer as the identification of the apparatus,and carries all the data which readily and safely givetechnical information supplied by the manufacturer. It alsoassists in the spare parts management.

Absorbed power

Operating voltage

Model

Product code

Current

Frequency

Serial number

IN THE EVENT OF FAILURES

In most cases, any technical problems are corrected bysmall repair operations; however, before contacting themanufacturer we recommend that this manual be readcarefully.Should there be serious failures or malfunctions, contactthe following:

NECTA VENDING SOLUTIONS SpAVia Roma 2424030 ValbremboItaly - Tel. +39 - 035606111

TRANSPORT AND STORAGE

To prevent any damage, special care should be takenwhen loading or unloading the vending machine.The machine can be lifted by a motor-driven or manualforklift truck, and the forks are to be placed underneath themachine from the side clearly indicated by the symbol onthe cardboard package.

Do not:

- overturn the vending machine;

- drag the vending machine with ropes or similar;

- lift the vending machine by its sides;

- lift the vending machine with slings or ropes;

- shake the vending machine.

The machine should be stored in a dry room where thetemperature remains between 0°C and 40°C.Avoid stacking machines one on top of the other andalways keep it upright as indicated by the arrows on thepacking.

Refrigeration system class Type and amount of refrigerant

Type

Fig. 1


USING THE VENDING MACHINE FORPACKAGED PRODUCTS

A different sale price can be set for each product selectionby the machine electronic control. The various functionsare programmed through the selection keypad without anyneed for additional equipment.All models are equipped with variable configuration trays,adding or removing dividers, spirals and ratiomotors; there-fore the machine can be easily suited to specific needs.All trays are preset for the operation of up to 6 selections(maximum setting).The product compartments are equipped with independ-ent motors and spirals; each selection will continue itsoperation autonomously even if the other selections aredisconnected.

POSITIONING THE VENDING MACHINE

The vending machine is not suitable for outdoor installa-tion. It must be positioned in a dry room where the tempera-ture remains between 5°C and 32°C, and not where waterjets are used for cleaning (e.g. in large kitchens, etc.).To ensure correct machine operation we recommendinstalling the air baffle plate / spacer (80 mm) to the backof the machine (see Fig. 2).

Warning!

Incorrect ventilation may compromise the proper func-tioning of the cooling unit.

The machine should be positioned with a maximum incli-nation of 2°.If necessary provide proper levelling by way of the adjust-able feet included.

WARNING FOR INSTALLATION

The machine installation and the following mainte-nance operations should be carried out by qualifiedpersonnel only, who are trained in the correct use ofthe machine according to the standards in force.

The machine is sold without payment system, thereforethe installer of such a system is responsible for anydamage to the machine or to things and persons causedby faulty installation.

The integrity of the machine and compliance with thestandards of the relevant systems must be checked atleast once a year by qualified personnel.

PRECAUTIONS IN USING THE MACHINE

The following precautions will assist in protecting theenvironment:

- use biodegradable products only to clean the machine;

- adequately dispose of all containers of the productsused for loading and cleaning the machine;

- keep the machine away from heat sources;

- regularly check the condition of the door seal to limitany heat dispersion;

- limit as much as possible door opening time duringloading operations to avoid temperature increaseinside the cabinet and subsequent power consumption.

WARNING FOR SCRAPPING

Whenever the machine is to be scrapped, the laws in forceregarding environment protection should be strictly ob-served. More specifically:

- ferrous and plastic materials and the like are to bedisposed of in authorized areas only;

- insulating materials should be recovered by qualifiedcompanies;

- the gas inside the cooling unit, regardless of the type(see the identification plate), should be recovered byqualified companies by means of special equipment.

Fig. 2

1 - Securing holes2 - Spacer3 - Fastening screws


TECHNICAL SPECIFICATIONS

Power supply voltage 230 V~Power supply frequency 50 Hz

Absorbed power 560 W

Max. operating conditions:

Ambient temperature 32 °C

Relative humidity 65 %

Refrigeration system:

Compressor’s refrigeration output 620 W

Fan-forced evaporator

Programmable defrosting cycle

DIMENSIONS

Height 1830 mm

Width 740 mm

Depth 855 mm

Overall depth with door open 1350 mm

Weight 225 Kg

PAYMENT SYSTEMThe machine is supplied with all electrical prearrangementfor systems with Executive, BDV and MDB protocol, aswell as for installation of 24 V DC validators.Beside the coin mechanism housing, suitable space isprovided for the installation (optional) of the most widelyused payment systems.

SALES PRICES

A different programmable price can be set for each singleselection.

COIN BOXCover and lock are available as an optional feature.

CONTROLS AND SAFETY DEVICES

- Payment system compartment switch

- Timeout for power supply to dispensing motors

- Compressor overheating protection

- Line fuses

- Fuses on transformer primary and secondary windings

ACCESSORIES

A wide range of accessories can be installed on themachine, to vary its performance.The installation kits are supplied with their own installationand test instructions, which must be strictly observed toensure the machine safety.

Installation and the following testing operations mustbe carried out exclusively by personnel who have aspecific knowledge of the machine functions from apoint of view of electrical safety and health regula-tions.

POWER CONSUMPTION

The machine power consumption depends on many fac-tors, such as temperature and ventilation of the roomwhere it is installed, temperature of loaded products,internal temperature of the refrigerated box.Under average conditions, and namely:

- Ambient temperature: °C 20

- Refrigerated box temperature: °C 5

- temperature of loaded products(machine completely empty) °C 20

the following power consumption levels resulted:

- Hourly stand-by power consumption Wh 266

The above power consumption calculated from averagedata should only be taken as an indication.

Fig. 3


CHANGEABLE COMBINATION LOCK

Some machine models are fitted with a changeable com-bination lock.The lock is supplied with a silver colour key to be used fornormal opening and closing.The lock can be customised by means of a kit, available asaccessory, permitting changing of the lock combination.This kit includes a change key (black) for the current lockcombination as well as the change (gold) and use (silver)keys for the new combination.Sets of change and use keys with other combinations canbe supplied on request.Additional sets of use keys (silver) may be requested,indicating the combination stamped on the keys.Generally, only the use key (silver) is used, while thecombination change keys (gold) can be kept as spares.

Do not use the change key for normal opening, as itmay damage the lock.

Fig. 4

To change combination do as follows:

- open the machine door to avoid forcing the rotation;

- lightly lubricate the inside of the lock with a spray;

- insert the current change key (black) and rotate to thechange position (reference notch at 120°);

- remove the current change key and insert the changekey (gold) with the new combination;

- rotate to the close position (0°) and remove the changekey.

The lock will now have the new combination.

The keys with the old combination cannot be used forthe new combination.


Chapter 1LOADING AND CLEANING

MAIN SWITCH

When extracting the sliding compartment,a special switch(see Fig. 5) disconnects the power from the machineelectrical system to allow maintenance and cleaning op-erations in full safety.

The only parts that stay energised are those protectedby covers and carrying a plate with the warning “dis-connect the power before removing the cover”.

When dispensing sticks of candies or similar products, it ispossible to set the rotation of the spirals to 180° instead of360° for the 75 mm compartments and use a special righthand spiral fitted with a divider (see Fig. 7), doubling thecapacity of the compartments.

It is possible to insert a divider in the already installedspirals (see Fig. 7).As standard feature or using special kits, the machine canbe equipped with small compartments, suitable for dis-pensing cans, plastic bottles up to 69 mm dia., 0.2 litreTetra-Paks.The compartments equipped in this way can be recog-nised by the shape of the product support bracket (see Fig.8).Some bottle types can be dispensed without using thesupports.Most bottles can be dispensed without using any specialaccessories, loading the bottles up side down, so that the

CONFIGURING THE SPIRALS

According to the size of the products to be dispensed, eachmachine can be fitted with a variable number of trays(maximum 7), removable partitions and with dispensingspirals of different pitch.The spirals can be housed either in 152 mm compartments(two spirals, right-hand and left-hand, in each productholder) for large size products, or into 75 mm compart-ments (one right-hand spiral in each product holder) forsmall size products.

Fig. 5

1 - Door opening grip2 - Trays3 - Lock4 - Product passage photocells (optional)5 - Product dispensing compartment6 - Main switch7 - Sliding compartment

Fig. 6

1 - Tray2 - Mobile walls3 - Right-hand spiral4 - Left-hand spiral

Fig. 7

1 - 180° rotation spiral2 - DividerA - Spiral pitchB - Maximum product size


cap slides in the compartment channel.The spirals can be positioned with 22,5 degree steps bypulling them towards the front and rotating them in thedirection of ejection.Normally, the products can be dispensed without anyproblems when the spiral end is in the lower centre posi-tion.The maximum size (see Fig. 6) and the number of prod-ucts, the pitch and the direction of rotation of the spirals areshown in the following table.

The machine is supplied with a table indicating the opti-mum setting for the different product types.The configuration can be changed following the indicationsof the relevant chapter.

HYGIENE AND CLEANING

According to current health and safety regulations, theoperator of vending machines is responsible for theirhygiene and cleaning.The vending machine is not suitable for outdoor installa-tion. It must be positioned in a dry room where the tempera-ture remains between 5°C and 32°C, and not where waterjets are used for cleaning.This vending machine should only be used to sell anddispense packaged products that do not need refrigerationto be preserved.Strictly comply to the producer’s specifications regardingstorage method and expiry date for each product.

Any other use is unsuitable and thus potentially dan-gerous.

It is advisable to use sanitising products (chlorine baseddetergent or similar) to clean all surfaces even if not indirect contact with food.Some parts of the machine can be damaged by strongdetergents.

The manufacturer declines all responsibility for dam-age to persons caused by the non-compliance withcurrent regulations.At least every six months it is necessary to clean theventilation grilles of the cooling system using a vacuumcleaner or compressed air, doing as follows:

- with the vending machine disconnected from thepower supply, remove the front grille, completelyundoing the two screws;

- remove the air intake grille.

- after cleaning the grilles, reassemble everything in thereverse order.

A.mm

B.mm

°N

08 67 6

46 06 7

45 05 8

64 24 01

04 63 11

43 03 31

03 62 51

42 02 91

)°081(42 02 91+91

Under no circumstances should sprayed water beused.

Before any maintenance operation always switch themachine off.


Fig. 8

1 - Tray groove2 - Product support

Fig. 9

1 - Air-intake grille2 - Front grille


LOADING PRODUCTS

- Remove one tray at a time, lifting it and pulling it pastthe retaining slide. The upper trays will tilt downwardsto facilitate loading.

Very thin products can be dispensed only using the specialspacer.

Fig. 11

- Load all products starting at the front, without insertingproducts with a temperature above 30°C, ensuring thatall spaces are filled. The bottom of the product mustrest at the bottom of the compartment with the labelfacing the window so that it can be identified.

All products should load easily, do not insert productswhich are too large for the space.

- Push in the trays completely, ensuring that they gopast the retaining slide.

Fig. 12

Fig. 10

The sealed end of bags may be caught under the spiral,preventing the free fall of the product.Fold the seal towards the front of the unit and upwardsbefore inserting the product in the spiral.

More fragile products must be placed on the lowertrays to prevent damage when they drop.

START-UP

Each time the machine is started the number of traysconnected to the system are checked by the electroniccontrols and indicated on the display.Also the number of actually connected compartments ischecked.The display will indicate in a sequence information regard-ing:

- software version

- presence of dispensing detection photocells

- number of trays and compartments

- presence of dispensing compartment lock device

- internal sensor temperature.

NOISE LEVEL

The continuous, weighted equivalent acoustic pressurelevel is below 70 dB.

1 - Product spacer2 - Brackets3 - Adjustment notches


Chapter 2INSTALLATION

The machine installation and the following mainte-nance operations should be carried out by qualifiedpersonnel only, who are trained in the correct use ofthe machine and are aware of the specific risks of suchoperations.

The machine is not suitable for outdoor installation, itmust be installed in a dry room where the temperatureremains between 5°C and 32°C.

It cannot be positioned where water jets are used forcleaning (e.g. in large kitchens, etc.).

The machine should be positioned with a maximuminclination of 2°.

The relative humidity must not exceed 65%.

UNPACKING THE VENDING MACHINE

After removing the packing, ensure that the machine isintact.If the vending machine is found to be damaged, immedi-ately inform the carrier and do not use the machine.

No packing elements (i.e. plastic bags, polystyrenefoam, nails, etc.) should be left within the reach ofchildren, as they are potentially dangerous.Packing materials must be disposed of in authorisedcontainers and the recyclable ones must be recovered byqualified companies.

If the vending machine had been laid down duringtransport, allow at least one hour before connecting itto the mains.

INSTALLING THE PAYMENT SYSTEM

The machine is sold without payment system, there-fore the installer of such a system has sole responsi-bility for any damage to the machine or to things andpersons caused by incorrect installation.

Install the coin mechanism paying attention, according tothe type used, to:

- choose the most suitable securing holes;

- loosening the fastening screw and adjusting the coinslot chute according to the coin mechanism opening;

- loosen the fastening screws and adjust the selectoropening lever;

- to aid installation the coin mechanism support platecan be lifted and rotated.

Fig. 13

1 - Coin chute fastening screw2 - Coin chute3 - Selector opening cam4 - Selector lever fastening screw5 - Coin mechanism securing holes6 - Coin mechanism compartment door7 - Coin mechanism8 - Coin slot chute9 - Coin return chute


CONNECTING THE MACHINE TO THEPOWER SUPPLY

The machine is designed to operate under a single-phase230 V~ voltage and is protected by T6.3 A fuses.Before making the connection, ensure that the ratingcorresponds to that of the power grid, and more specifi-cally:

- the supply voltage rating must be within the rangerecommended for the connection points;

- the main switch should be capable of withstanding thepeak load required, and at the same time ensureproper omni polar disconnection from the power gridwith an opening gap of the contacts of at least 3 mm.

The switch, the power outlet and the plug must belocated in an easily accessible position.The electrical safety of the machine is ensured only whenit is correctly earthed according to the safety standards inforce.

This fundamental safety requirement must be dulyverified, and if in doubt the system must be carefullytested by qualified technicians.

The power supply cable is of the type with a fixed plug. Anyreplacement of the power cable (see figure) should bemade by qualified and suitably trained personnel onlyusing cables type HO5 RN - F or HO5 V V-F or H07 RN-F with a 3x1-1.5 mm2 section.

CONTROLS AND INFORMATION

The user controls and information are located on theoutside of the sliding compartment (see Fig. 14).The credit and all function messages are indicated on thedisplay.

Do not use adapters, multiple sockets and/or exten-sions.

THE MANUFACTURER DECLINES ALL RESPONSI-BILITY FOR ANY DAMAGE CAUSED BY NON-COM-PLIANCE WITH THE ABOVE MENTIONED PRECAU-TIONS.

The keypad contains a series of numbered keys. To selecta product, key in the number corresponding to the desiredproduct.Key is used to cancel a selection already made.Keys and are not available to the user; they are usedonly for programming.

Fig. 14

1 - Lift cover2 - Cable clamp3 - Power supply cable

Fig. 1

1 - Door opening grip2 - Advertising spaces3 - Prearrangement for bill accepter4 - Prearrangement for key type payment systems5 - Display6 - Coin slot/return.7 - Selection keypad8 - Lock9 - Direct selection buttons10 - Coin return flap11 - Product flap12 - Removable ventilation grille13 - Glass front


MAIN SWITCH

The power supply unit (see Fig. 28) is fitted with a micro-switch that, when opening the sliding compartment, dis-connects the power from the machine electrical system,

except from the terminal board supporting the linecable, the line fuses and from the same switch area.

Before removing the cover from these parts (indicatedwith a specific plate) it is necessary to disconnect theexternal switch.

The power supply can be reconnected, if necessary, byinserting the special key supplied with the machine.

All operations which require the machine to be ener-gised with the door open must be carried out byqualified personnel who are aware of the specific risksof such condition.

DISPENSING COMPARTMENTMANUAL RELEASE

Some models are fitted with a lock device in the dispens-ing compartment that is released through electric controlwhen a selection is made (see compartment lock param-eters).Should for any reason be necessary to open the compart-ment without electric power, do as follows:

- remove the last tray;

- remove the anti-theft grille;

- manually operate the lock device.

INTERNAL COMPONENTS

The evaporator assembly mounted on the cabinet shelfcomprises two fans, the evaporator, the air duct and awater retaining tray placed under the evaporator.The C.P.U. board (central processing unit) fitted inside thepayment system compartment controls the different func-tions of the vending machine.

The cooling unit is located in the lower part of the cabinet.When removing all all covers of the ventilation grille, auniform temperature is achieved in the cabinet, se be-tween 5°C and 20°C.With the ventilation grille covers fitted, the temperature inthe cabined is diversified between the upper trays (12-15°C) and the lower trays with the holes on the duct open(5 -7°C).The cooling unit is defrosted automatically every 6 hours.In any case, the timing is programmable.The power supply unit, mounted in the lower section of thecabinet, contains the relay card which activates the com-pressor, the protection fuses and the switch on the pay-ment system door.

Fig. 15

1 - Product dispensing compartment housing2 - Cooling unit condenser3 - Cooling unit evaporator4 - Cold air flow grilles5 - Removable grille cover6 - Tray guides7 - Removable payment system compartment8 - C.P.U. board9 - Coin mechanism support10 - Product passage photocells11 - Power supply unit12 - Payment system compartment door switch


OPERATING MODES

The machine control software has three different functionlevels, which are:

- normal operation;

- filler menu;

- technician menu.

According to the operating mode, the display and keypadfunctions change as described in the following para-graphs.

USER INTERFACE

The interaction between system and operator happensthrough the following components:

- Liquid crystal display (LCD) 4 lines of 20 characters.

- External keypad configured via software with numerickeys from 0 to 9, having with the following functions inthe in the filler and technician menus:

DIRECT SELECTIONS

The vending machine can be fitted (as standard feature oras optional according to the model) with a 5-button keypadto which allocate a group of selection.After enabling the direct selection function, it will bepossible to allocate a group of selections to each key byspecifying the start and end numbers of the series.The selections, as long as in a sequence, can be also fromdifferent trays. The products are dispensed alternatingfrom each of the spirals that are grouped in a directselection.All selections belonging to the same group must have thesame price.For correct safety management of the selections it isadvisable that also a dispensing detection device beinstalled in the machine.

NORMAL OPERATING MODE

The machine is preset to “Normal operation” mode whenconnected to the power supply and the payment systemdoor is closed (see door switch - Fig. 24).The lighting is switched on and the messages for thecustomer are indicated on the display.

FILLER MENU

The machine is preset to “Filler menu” when pressing themenu access button (located on the CPU board - see Fig.17).The keys “ ” and “ ” scroll through the menu items, whichinclude:

“Statistics” Data reading and display

“Single Prices” Changing the price for oneselection

“Tubes control” Manual refill and release ofchange tubes

“Special selections” Virtual selectionsReturn of virtual priceTwo-motor selectionsPhotocell parameters

“Test” Test selectionMotor testAutotest

“GSM” Resetting pre-alarm counters

“EVADTS” Connection

If a menu is not enabled during programming, a title isdisplayed in the list but it cannot be accessed.

Price button

Key is used to access directly the price/selectioncombination of time band 0, if the function is enabled in the“Programming” menu.

Fig. 16

Numeric keys

1 to 7 are used to select directly a menu item by keying inthe corresponding number shown in the summary tablesincluded in the appendix to this manual.

Next menu key :" " is used to move to the next menu option.In the case of command management it varies the statusof Logical Data where required, or in the case of NumericData it writes the value 0.

Previous menu key :

" " is used to move to the next menu option.In the case of command management it varies the statusof Logical Data where required, or in the case of NumericData it writes the value 8.

Enter key :" " is used to move from a menu to a sub-menu or to entera command.

Exit key :

" " is used to move from a sub-menu to the higher levelmenu, or to exit from the current command.


STATISTICS

Data on the machine operations is stored in both generalcounters and relative counters, which can be reset withoutlosing total data.

PRINTConnect an RS232 serial printer having a Baud rate of9600, 8 data bit, no parity, 1 stop bit to the serial portlocated on the push button board to print all of thestatistics, and namely:

Total

1 - counter by single selection;2 - counter by time bands;3 - failure counter;4 - coin mechanism data;5 - photocell errors;6 - motor errors;7 - dispensing compartment lock errors

Relative1 - counter by single selection;2 - counter by time bands;3 - failure counter;4 - coin mechanism data;5 - photocell errors;6 - motor errors;7 - dispensing compartment lock errorsThe hardcopy printout will also contain the machine infor-mation, and namely:- date/time of print- machine name- software version- operator code- machine code- Installation date.To connect the printer, do as follows:

- press the confirm print button “ ”, displaying themessage “Confirm?”;

- connect the printer before confirming;

- press the confirm button “ ” to start printing.

DISPLAYWhen pressing the confirm button “ ” the data describedin the paragraph “Printing the statistics” is sequentiallydisplayed.

RESETTING THE RELATIVE STATISTICS

Statistics can be reset for relative counters globally (alltypes of data) or selectively for:- selections- failures- coin mechanism data- photocell errors- motor errors- dispensing compartment lock errorsPress the confirm button “ ”, and the message “Con-firm?” starts blinking.Press the confirm button “ ”, the message “Working” isdisplayed for a few seconds and all statistics are reset.

PRICES FOR SINGLE SELECTIONS

This function is used to change the sales price for eachselection according to the time band.Key is used to access directly the price/selectioncombination of time band 0, if the function is enabled in the“Programming” menu.

CHANGE TUBES CONTROL

By accessing the “Tube control” function the change tubescan be filled or released manually.Confirm refilling, and the display will indicate“Credit: ——” which is the value of money available inchange the tubes; insert the desired coin into the selectorand the display will indicate the value of money availablein the change tubes.When confirming releasing, it will be possible to decidewhich tube to release. Each time the confirm button “ ” ispressed, a coin is ejected from the active tube.

SPECIAL SELECTIONS

VIRTUAL SELECTIONS

This function is used to define a pair of selections that canbe sold at a price different from the sum of the twoselections, using a single selection number. 5 virtualselections can be programmed (80 to 84).

RETURN OF VIRTUAL PRICEThis function is used to define, in the event of failedsecond dispensing in a virtual selection, not to cash theprice of the second selection (only if an MDB paymentsystem or validator are used). With other payment sys-tems, it can be decided whether or not return the entireamount.

SELECTIONS WITH TWO MOTORS

In order to dispense long products, dividers can be fittedso that two motors are used for each single selection.With this function the operation of two motors can becombined, specifying the selection number of the secondmotor.The first motor number will be the selection number, whilethe selection number of the associated motor will remaindisabled.

Important notice!

After a failure to the motors of these selections, themachine configuration procedure in the “Spiral/Selec-tion” menu must be followed.


DISPENSING DETECTION

The vending machine can be fitted (as standard feature oras optional according to the model) with a device that, bymeans of photocells, detects the passage of dispensedproducts.This device permits, in the event of failed detection of thedispensed product:

- set a rotation time for the spiral beyond the limit switch,to overcome any jamming;

- return or not the paid amount;

- block further selections for the involved spiral.

TEST

SELECTIONS

This function is used to simulate the normal dispensing ofproducts without inserting any money to check the func-tioning of the spiral rotation by pressing the selectionbuttons.

MOTOR TEST

It activates all motors in a sequence, indicating on thedisplay the number of the involved selection.

AUTOTEST

A function to check, in a semiautomatic manner, thecorrect operation of some devices is implemented in thesoftware.Some checks occur automatically, others need the manualoperation of the monitored component; button “ ” ispressed to go to the next check.

The monitored devices are:

“Keypad”

Press the button requested on the display; if it workscorrectly the request for the next button is presented.

“Temperature”

The value of temperature detected by the probe is dis-played.In the event of disconnection the value -11.0 is displayed. In the event of a short-circuit the value 41.0 is displayed.“ ” to advance.

“Buzzer”

A series of sounds is emitted.

“Compressor”

The compressor is activated/deactivated using the “ ”and “ ” buttons.

“Selections”

All selections are activated in a sequence.

“Coin mechanisms”

Checking that communication with the coin mechanismtakes place correctly and which validator lines are aet asbeing active.

“Photocells”

If the product detection device is present, the light beamreading and interruption are checked.

“Disp compt lock”

If the device for locking the dispensing compartmentopening, use the “ ” and “ ” buttons to lock and unlock thecompartment opening.

“Direct keypad”

If fitted on the machine, the 5 buttons are checkedsequentially.Press the button requested on the display; if it workscorrectly the request for the next button is presented.

GSM PRE-ALARMS

The control software can send, via GSM modem, a signalindicating an “ending product” signal, when there is only acertain (programmable) number of pieces or grams ofpowder of a given product left. With this function thecounters that control the pre-alarms are reset.

EVADTS TRANSFER

When activating this function, the machine awaits theconnection with a device to acquire the EVADTS statis-tics.


TECHNICIAN MENU

Using the programming procedures described in thissection, it is possible to set all variables regarding ma-chine configuration.The machine is preset to “Technician menu” when press-ing button from the filler menu.

N.B. By pressing again the button from the technicianmenu, the machine will return to “Filler” mode.

The keys “ ” and “ ” scroll through the technician menuitems, which include:

Failures Read FailuresReset failuresMotor errorsMotors statusReset motor errors

Program param. Cash PricesCoin mechanisms

Decimal pointMaster/SlaveBonus

Spirals/select. SpiralsPhotocellsDisp comp lockCold parameters

Display LanguageUser messagesPromotional messagePersonalised stringsDisplay countersContrast control

Cold paramet. TemperatureEnable cold unitEnable Food controlTemperature log

Miscellaneous PasswordEnergy savingMenu maskingFluorescent lamps

switched offStatistics Display Partial

Total

Delete PartialTotal

Display relative PartialTotal

Delete relative PartialTotal

Display at start-up

Print relative PartialTotal

Delete PartialTotal

Test Test selectionsMotor testAutotest

Miscellaneous Machine info Installation dateMachine codeOperator code

Initialising

EVADTS Pass codeSecurity codeConnection

GSM Pin code

Pre-alarms ThresholdsCountersThreshold association

Number in bank


PRESENT FAILURES

READING

When the “Failure” function is displayed, press the con-firm button “ ” to display the present failures.If no failures are currently present, after pressing theconfirm button “ ” the message “End failures” will bedisplayed.The monitored failures are:

CompressorThe machine is locked if the compressor runs non-stop formore than 24 hours.

Coin mechanism

The machine is locked if it receives a pulse longer than 2seconds on a validator line or the communication with theserial coin mechanism does not take place for more than30 seconds (Executive protocol) or 75 seconds (BDVprotocol).

RAM DataOne or more areas of the RAM contain wrong data whichwas corrected with the default values.The machine will continue to function, but it would beadvisable to initialise as soon as possible.

Probe

The machine is locked after 5 minutes if the internaltemperature sensor is disconnected; the display will indi-cate a temperature of -11° C.The machine is locked after one hour if a sensor shortcircuit is detected; in this case the display will indicate atemperature of +41° C.

Motor errorsWith this function the failed motors are displayed forapproximately 1 second.Scrolling through all failed motors is automatic.

Note:

By restarting the machine any blocked motors are de-tected as not present.

Dispensing compartment lockWhen the function “unlock compartment with dispensing”and the parameter “out of service if open” are active, themachine will lock if the locking device of the dispensingcompartment remains blocked when closed or it does notclose within the programmed time.

Motors status

This function is used to read the last failure that occurredin each spiral, even if the machine configuration has anempty position.A motor can be in one of the following conditions:

- motor functioning;

- motor not present; when the motor is not detected atmachine start-up.

- motor disconnected; when a motor detected at ma-chine start-up is not detected during a selection.

- motor blocked; when the positioning button is notoperated within the “timeout”.

- empty spiral; when, with the dispensing control in-stalled, no dispensed product is detected.

Note:

By restarting the machine any motors with errors aredetected as not present.

RESETBy confirming this function all current failures will be reset.


PROGRAMMING PARAMETERS

CASH

This set of functions controls all parameters regarding thepayment systems and the sales prices.

SELECTION PRICESFour different prices can be set for each selection accord-ing to the programmed time bands for when the time tableoption is set.For each of the 4 time bands prices (0 to 65,535) can beprogrammed globally (same price for all selections) or forthe single selections.Should the majority of products be sold at the same price,it will be convenient to set the price globally and thenchange the figure of the selections with different prices.

TIME BANDS

Four programmable time bands are provided for sellingproducts at different prices.The time periods are programmable for beginning andend time by hours (00 to 23) and minutes (00 to 59).If the values for start and end of the time band are set to00.00 the time period is disabled.The reference time is kept by an internal clock, program-mable as:day/month/year week-day 1-7and thenhour/minutes/seconds.

COIN MECHANISMS

It is possible to decide which of the payment systemprotocols available are to be enabled for the functions.The available payment systems are:

- Executive

- Validators

- BDV

- MDB

By selecting one of the systems it is possible to control itsfunctions.

EXECUTIVE

The following payments systems are available for theExecutive system:

- Standard

- Price Holding

- Coges

- U-Key

VALIDATORSWhen the “Validat. Lines” (line setting) function of the“technician” menu is displayed, the value of the 6 validatorcoin lines, A to F, can be changed.

BDVThe BDV protocol menus are used for defining the follow-ing functions:

Type of vending

Setting the operating mode for multiple or single dispens-ing. With multiple dispensing, the change is not automati-cally returned after a successful selection, however thecredit is available for further selections. When pressingthe coin return button, the available credit is returned if itsvalue is lower than the maximum change value.

Change controlThis function enables/disables the return of credit if noselections are made.If enabled, this function allows the return of coins even ifthe first selection was not dispensed.If however a selection fails for any reason, the change willbe returned if requested.Maximum creditThis function is used to define the maximum acceptedcredit.Maximum changeIt is possible to set a limit to the total amount of changereturned by the coin mechanism when pressing the coinreturn button or after a single dispensing serving.Any credit exceeding the amount programmed with thisfunction will be cashed.

Accepted coins

It is possible to define which, among the coins recognisedby the validator, are to be accepted.Check the label on the coin mechanism for the correct cointo value matching, indicating the position of the coins.

Not accepted coins

This function programs the rejection of coins when in“exact amount” mode.Check the label on the coin mechanism for the correct cointo value matching, indicating the position of the coins.

Dispensing buttons

This function enables or not the buttons on the coinmechanism used to release the coins in the change returntubes.

Value of “exact amount”

This value defines the combination of empty coin tubes,setting the coin mechanism in “exact amount” mode. Thepossible combinations of empty coin tubes are indicatedbelow.


For greater simplicity, the combination is described withreference to tubes A, B and C, where tube A receives thelower value coins and tube C the greater value coins.

0 = A or (B and C)1 = A and B and C2 = A and B only3 = A and (B or C)4 = A only5 = A or B (default) only6 = A or B or C7 = A or B only8 = A or C only9 = B and C only10 = B only11 = B or C only12 = C only

C.P.C. device

It dialogues with the coin mechanism if devices areinstalled or removed from the serial interface (C.P.C.-typedevices - the monitoring unit is always enabled by default).

Minimum level of tubes

It brings forward the “Insert exact amount” message forthe user, by adding a number of coins between 0 and 15to the programmed number of coins, to set the “full changetubes” status.

Free Vend VMC

Most payment systems with the BDV protocol control thefree vend function.However, there are some payment systems without suchfunction.In this case, if free selections are to be dispensed, freevending must be enabled with VMC (vending machinecontrol, enabled by default) and the price of the selectionsmust be set to zero.

MDBThe MDB protocol menus are used for defining the follow-ing functions:

Type of vending

Setting the operating mode for multiple or single dispens-ing. With multiple dispensing, the change is not automati-cally returned after a successful selection, however thecredit is available for further selections. When pressingthe coin return button (if the function is enabled), theavailable credit is returned up to the maximum changevalue.

Change controlTo enable/disable the operation of the coin return button.Maximum creditThis function is used to define the maximum acceptedcredit.Maximum changeIt is possible to set a limit to the total amount of changereturned by the coin mechanism when pressing the coinreturn button or after a single dispensing serving.Any credit exceeding the amount programmed with thisfunction will be cashed.

Accepted coins

It is possible to define which, among the coins recognisedby the validator, are to be accepted when the changetubes are full.Check the coin mechanism configuration for the correctcoin to value matching.

Returned coinsIt is possible to define which, among the coins available inthe tubes, are to be used for returning the change. Thisparameter is active only with coin mechanisms that do notautomatically control the choice of tube to be used (Autochanger payout).Check the coin mechanism configuration for the correctcoin to value matching.

Accepted bills

It is possible to define which, among the bills recognisedby the reader, are to be accepted.Check the reader configuration for the correct bill to valuematching.

Minimum level of tubesThis function is used for setting the number of coins (0 to15) to determine the status of full change tubes and the“Insert exact amount” message for the user.

Accepted coins with “exact amount”

It is possible to define which, among the coins recognisedby the validator, are to be accepted when the machine isin the “exact amount” condition.Check the coin mechanism configuration for the correctcoin to value matching.

Accepted bills with “exact amount”It is possible to define which, among the bills recognisedby the accepter, are to be accepted when the machine isin the “exact amount” condition.Check the accepter’s configuration for the correct bill tovalue matching.

COMMON FUNCTIONS

Other menus are available, common to the three protocols,used for defining the following functions:

IMMEDIATE CHANGENormally, the amount of credit inserted for a selection iscashed after the machine sends the message “Selectionsuccessful”.When this function is enabled, disabled by default, thecash message is sent at the beginning of dispensing.

DECIMAL POINT

Press the confirm button “ ” to display the position of thedecimal point, i.e.:

0 decimal point disabled

1 XXX.X

2 XX.XX

3 X.XXX

Press the confirm button “ ”, these values will startblinking and can then be modified as necessary.


MASTER/SLAVEThe machine control system is pre-arranged for the con-nection in a bank of vending machines using special kits.This permits the use of a single payment system for moremachines.In the event of installation in a bank of machines, it can beconfigured a “Master”, i.e. having control over the secondmachine, or as “Slave”, i.e. leaving the control to the othermachine.Although the machine can be used in either the master orslave functions, it is advisable to use the Snakky asmaster, thus taking advantage of the central push-buttonpanel and the easier opening of the doors.The master/slave function is not enabled by default.To enable the function, it must be defined which machineis master and which one is slave in the software of both theSnakky and the Astro.If an Executive payment system in “Price Holding” modeis set in the master machine, the information must be setalso in the software of the slave machine.The payment system of the slave machine must always bedefined as “validator”.In the event of failed electrical connection, both machineswill display the message “failed communication”.

COMBINED SELECTIONS

A combined selection is intended as the association of twoselections, one from the Snakky and one from the Astro,to the same number (85 to 89) sold at a single price.Since a numeric keypad is required for setting and control-ling the combined selections, the relevant menu is in-cluded only in the software of the Snakky permitting thecombination of a selection from the keypad (10 to 79) witha direct selection (01 to 18).Combined selections can be used either with the Snakkyas master and Astro as slave (recommended configura-tion) or vice versa. If one of the two selections is notavailable, the combined selection is not dispensed. If theimmediate change option is not activated on the mastermachine, and the first selection fails, the whole amount isreturned. If the second selection fails, it will be possible todecide whether to keep or return the entire amount byactivating/deactivating the “Virtual change return” option.

FREE VEND BONUS

This function, compatibly with the national laws, permitsthe dispensing of a free product every certain programma-ble number of sold selections. In any case the freeselection is random within the programmed number. Themachine emits an intermittent sound signal and the dis-play indicates the message “FREE selection”.

SPIRALS/SELECTIONS

This set of functions is used to define the selection controlparameters.

MACHINE CONFIGURATION

This function is used to detect and store the number andposition of the trays and of the selection motors.

VIRTUAL SELECTIONS

This function is used to define a pair of selections that canbe sold at a price different from the sum of the twoselections, using a single selection number. 5 virtualselections can be programmed (80 to 84).

RETURN OF VIRTUAL PRICE

This function is used to define, in the event of failedsecond dispensing in a virtual selection, not to cash theprice of the second selection (only if an MDB paymentsystem or validator are used). With other payment sys-tems, it can be decided whether or not return the entireamount.

SELECTIONS WITH TWO MOTORS

In order to dispense long products, dividers can be fittedso that two motors are used for each single selection.With this function the operation of two motors can becombined, specifying the selection number of the secondmotor.The first motor number will be the selection number, whilethe selection number of the associated motor will remaindisabled.

Important notice!

After a failure to the motors of these selections, themachine configuration procedure in the “Spiral/Selec-tion” menu must be followed.


ROTATION SELECTIONS

With this function it is possible to create 7 groups of spiralswith the same selection number that are activated byrotation, to increase the autonomy of the same productand make dispensing uniform.The grouped spirals of a single selection must be next toeach other.All selections belonging to the same group must have thesame price.For correct safety management of the selections it isadvisable that also a dispensing detection device beinstalled in the machine.

PRODUCT CODEThis function is used for assigning a 4-digit identificationcode to each selection for processing the statistics.

DIRECT SELECTIONS

The vending machine can be fitted (as standard feature oras optional according to the model) with a 5-button keypadto which allocate a group of selection.After enabling the direct selection function,it will be possible to allocate a group of selections to eachkey by specifying the start and end numbers of the series.The selections, as long as in a sequence, can be also fromdifferent trays. The products are dispensed alternatingfrom each of the spirals that are grouped in a directselection.All selections belonging to the same group must have thesame price.For correct safety management of the selections it isadvisable that also a dispensing detection device beinstalled in the machine.

PHOTOCELL PARAMETERSThe vending machine can be fitted (as standard feature oras optional according to the model) with a device that, bymeans of photocells, detects the passage of dispensedproducts.When this device is installed, the following can be moni-tored:

- Error before dispensing; when at the selection start thephotocell beam is not read.

- Error after dispensing; when the motor fails duringdispensing.

- Error for no product; when the device does not detectthe passage of a product during dispensing.

In these cases the machine can be programmed to:

- set a rotation time for each spiral for settling beyondthe normal rotation;

- return or not the paid amount;

- block further selections for the involved spiral.

DISPENSING COMPARTMENT LOCK PARAMETERS

The dispensing compartment can be fitted (as standardfeature or as optional according to the model) with a lockdevice.This function is used for deciding whether leaving thedispensing compartment “always free” or “unlock it withdispensing”.In “unlock with dispensing” mode the dispensing compart-ment hatch is unlocked only for a certain period of time,programmable at between 1 and 10 minutes, after eachproduct selection. In this case it is possible to enable thefunction that places the vending machine out of service fora certain period of time, programmable at between 1 and10 minutes, if the dispensing compartment hatch staysopen.The machine is placed out of service if the lock device isalways closed during dispensing.

REFRIGERATION PARAMETERS

The operation of the refrigeration system can be pro-grammed for the following functions.

TEMPERATURE

The machine internal temperature during normal opera-tion can be set directly in °C (5° to 20°C, 8°C by default).The temperature differential deviation defined with theprevious function for starting/stopping the cooling unit is2°C.

DEFROSTING

This function allows for a defrosting cycle (switching thecooling unit off, regardless of the temperature) of 20minutes. The time interval between cycles can be pro-grammed from 0 to 99 hours (set to 6 hours by default); thetime interval will be determined according to the relativehumidity and the frequency of door openings.With the timing set to 0 the function is disabled.

ENABLE COLD UNIT

The cooling unit operation can be disabled. The changewill apply when restarting the machine.

FOOD CONTROLThis function is not active in this model.

TEMPERATURE LOG

The internal temperature is stored every 10 minutes.With this function, it is possible to read the date, time andstored temperature.


DISPLAY

This set of functions is used to manage the messagesindicated on the external display.

LANGUAGE

There is an option of language, selected among theavailable ones, to be used for the messages on thedisplay.

DISPLAYING MESSAGES FOR THE USERIt is possible to choose the kind of information to beindicated on the display during normal operation.The following information can be displayed:

- Internal temperature

- Time

It is possible to choose the language for the displayedmessages.

PROMOTIONAL MESSAGE

EnableWhen in this menu, press the confirm button “ ” to displaythe status of the message (enabled or disabled). Thestatus can then be changed using the “ ” and “ ” buttons.

Setting

The 2-line message can be written using the “ ” and “ ”buttons to scroll through the available characters.Press the confirm button “ ”, the first character will startblinking and can be modified.The message is stored by pressing button “ ”.

CUSTOMISING THE MESSAGESThe machine uses standard messages to give informa-tion to the user during normal operation (e.g. “Ready”,“Take” etc.). When this function is enabled, the messagecan be changed in the same manner as setting thepromotional message. Changes are stored as copies ofthe standard messages.Therefore, if this function is disabled, the standard mes-sages will be displayed again, but the changed messagesare still stored.

DISPLAY THE SELECTION COUNTERS

This function is used to enable/disable the display of thetotal number of sales since the last statistic reset, duringthe start-up phase of the machine.

LCD CONTRAST CONTROLThis function is used for adjusting the display contrastfrom 5% to 99% (default).

MISCELLANEOUS

This set of functions contains some sub-menus, used lessfrequently, which permit control of the functions describedbelow.

PASSWORD

ENABLING THE PASSWORD

This function is used to enable the option of requesting thepassword to access the technician menu; the passwordrequest is disabled by default.

ENTERING THE PASSWORD

It is a 5-digit numeric code which is required to access thetechnician menu.The default value of this code is set to 00000.

DISPLAYING THE FILLER MENU

This function is used to determine the filler menu optionsto be left active or to be disabled (ON/OFF):

- Statistics

- Single selection prices

- Change tubes control

- Special selections

- Test

- GSM connection

- EVADTS

The reference numbers of the menus do not change evenif some are disabled.


STATISTICS

Data on the machine operations is stored in both generalcounters and relative counters, which can be reset withoutlosing total data.

PRINT

Connect an RS232 serial printer having a Baud rate of9600, 8 data bit, no parity, 1 stop bit to the serial portlocated on the push button board to print all of thestatistics, and namely:

Total1 - counter by single selection;2 - counter by time bands;3 - failure counter;4 - coin mechanism data;5 - photocell errors;6 - motor errors;

Relative

1 - counter by single selection;2 - counter by time bands;3 - failure counter;4 - coin mechanism data;5 - photocell errors;6 - motor errors;The hardcopy printout will also contain the machine infor-mation, and namely:- date/time of print- machine name- software version- operator code- machine code- Installation date.To connect the printer, do as follows:

- press the confirm print button “ ”, displaying themessage “Confirm?”;

- connect the printer before confirming;

- press the confirm button “ ” to start printing.

DISPLAY

When pressing the confirm button “ ” the data describedin the paragraph “Printing the statistics” is sequentiallydisplayed.

RESETTING THE STATISTICSStatistics can be reset for counters globally (all types ofdata) or selectively for:

Total

- selections- failures- coin mechanism data- photocell errors;- motor errors;

Relative- selections- failures- coin mechanism data- photocell errors;- motor errors;Press the confirm button “ ”, and the message “Con-firm?” starts blinking.Press the confirm button “ ”, the message “Working” isdisplayed for a few seconds and all statistics are reset.N.B.: when resetting the total statistics also the relativestatistics are reset.

BDV protocol Audit

The information regarding the coin mechanism indicatesthe actual currency of:

Audit 1 Money in the tubesMoney present in the change tube that moment

Audit 2 Money to the tubesMoney sent to the change tubes

Audit 3 Money to the boxMoney sent to the coin box

Audit 4 Return of changeTotal money returned

Audit 5 Dispensed moneyTotal money dispensed manually

Audit 6 ExcessExcess money. Extra amounts paid by the customer thatwere not returned (in the event there was no moneyavailable for return)

Audit 7 Total salesTotal value of sales

Audit 8 Exact changeValue of sales in the “no change” condition.

Audit 9 Mixed dispensingTotal value of dispensing paid differently; for example alsoother types of payment (C.P.C., token).

Audit 10 Manual fillingMoney inserted in the coin mechanism through the manualfilling function.


MDB protocol AuditAudit 1 Money in the tubesMoney present in the change tubes that moment

Audit 2 Money to the tubesMoney sent to the change tubes

Audit 3 Money to the boxMoney sent to the coin box

Audit 4 Change returnTotal money returned

Audit 5 ExcessExcess money. Extra amounts paid by the customer thatwere not returned (in the event there was no moneyavailable for return)

Audit 6 Release of tubesValue of coins dispensed with the “Tubes control” function

Audit 7 Filling tubesValue of money cashed with the manual loading function

Audit 8 Cash salesValue of total sales with cash money (coins + bills)

Audit 9 Cashed billsValue of cashed bills

Aud. 10 Charge keyValue of money changed into the key

Aud. 11 Sales with keyValue of money cashed for dispensing with key

Audit. 12 Money dispensed manuallyValue of coins dispensed manually with the dispensingbuttons on the coin mechanism.

TEST

SELECTIONSThis function is used to simulate the normal dispensing ofproducts without inserting any money.Check the functioning of the motor rotation by pressing theselection buttons.

MOTOR TEST

It activates all motors in a sequence.

AUTOTESTA function to check, in a semiautomatic manner, thecorrect operation of some devices is implemented in thesoftware.Some checks occur automatically, others need the manualoperation of the monitored component; button “ ” ispressed to go to the next check.The monitored devices are:

“Keypad”

Press the button requested on the display; if it workscorrectly the request for the next button is presented.

“Temperature”The value of temperature detected by the probe is dis-played.In the event of disconnection the value -11.0 is displayed. In the event of a short-circuit the value 41.0 is displayed.“ ” to advance.

“Buzzer”

A series of sounds is emitted.

“Compressor”The compressor is activated/deactivated using the “ ”and “ ” buttons.

“Selections”

All selections are activated in a sequence.

“Coin mechanisms”Checking that communication with the coin mechanismtakes place correctly and which validator lines are set asbeing active.

“Photocells”

If the product detection device is present, the light beamreading and interruption are checked.

“Disp compt lock”If the device for locking the dispensing compartmentopening, use the “ ” and “ ” buttons to lock and unlock thecompartment opening.

“Direct keypad”

If fitted on the machine, the 5 buttons are checkedsequentially.Press the button requested on the display; if it workscorrectly the request for the next button is presented.


MACHINE INFORMATION

The machine can memorize a series of codes which willidentify it when retrieving statistics.More specifically the following can be stored:

- 6-digit operator code;

- 8-digit vending machine code which identifies themachine.

INSTALLATION DATE

This function is used to store the current date of system,if set correctly, as installation date.The date is printed when retrieving the statistics.

MACHINE CODEWhen the “Machine code” function is displayed the eight-digit numeric code identifying the machine can be changed(from the default 0).

OPERATOR CODE

When the “Operator code” function is displayed the six-digit numeric code identifying groups of machines can bechanged (from the default 0).

INITIALISING

When the “Initialise” function is displayed the vendingmachine can be initialised, selecting the “country” (in-tended as configuration type) and the language, restoringall related default data.This function should be used in the event of a memory dataerror or when the software version is replaced/updated.All statistic information will be reset.Press confirm button “ ”; the country and the language tobe used are requested, then the message “Confirm?” isdisplayed. Press confirm button “ ” a second time and themessage “Working” is displayed for a few seconds.

EVADTS CODES

The EVADTS (European Vending Association Data Trans-fer System) communication protocol has two codes foridentifying the machine and for recognising the datatransfer terminal:

PASS CODE

It is a four-digit alphanumeric code (0-9; A-F) that must bethe same as the one in the data transfer terminal to allowits identification.Press the confirm button “ ” and the code is displayed as“0000” regardless of the actual value; then press thechange button “ ” and the first digit will start blinking.Using the scrolling buttons, its value can be changed(during the change operation the value becomes visible).Press the confirm button “ ” and the next digit startsblinking.Press the confirm key “ ” after changing the fourth digit;the value is stored and the display indicates “0000” again.

SECURITY CODEIt is a further alphanumeric code for reciprocal recognitionbetween machine and EVADTS terminal.Programming works as in the “Pass” code.ConnectionThis function places the machine in wait mode for connec-tion to retrieve data.

EVADTS CONNECTION

When activating this function, the machine awaits theconnection with a device to acquire the EVADTS statis-tics.

GSM

The control software can send, via GSM modem, a signalindicating a machine failure or an “ending product” “pre-alarm”, after dispensing a programmable number of se-lections.The machine is pre-set to handle 7 pre-alarms.The first five can be associated to spirals and the last 2 totrays.

PIN CODEThis function is used for programming the identificationcode that will be sent to the GSM modem (optional) whenswitching the machine on.

SETTING THE THRESHOLDS

This function is used for defining the number of piecesafter which a “ending product” pre-alarm is signalled viamodem.

RESETTING THE COUNTERSWith this function the counters that control the pre-alarmsare reset.

THRESHOLD ASSOCIATION

This function is used for defining which spirals or trays toassociate to “pre-alarms” for “ending product”.By associating spiral 10 to pre-alarm N. 1 and setting thethreshold to 10 units with the “threshold setting” function,dispensing the tenth product from spiral 10 will generatea pre-alarm N. 1.By associating tray N. 5 to pre-alarm N. 6 and setting thethreshold to 30 units with the “threshold setting” function,dispensing the thirtieth product from tray 5 will generate apre-alarm N. 6.

MACHINE BANK NUMBERThe number in the bank of machines (1 to 7) that identifiesthemachines that have the “slave GSM” function, thereforesending data of the “master” machine via modem.The number 0 identifies the machine that is connecteddirectly to the modem, i.e. the “master GSM”.

25© by NECTA VENDING SOLUTIONS SpA 0407 239 -00

Chapter 3MAINTENANCE

The maintenance operations described in this chaptershould be carried out with the machine energised andtherefore by qualified personnel, who are trained in thecorrect use of the machine and are aware of the specificrisks of such condition.To energize the system with the open door, simply insertthe special key into the switch on the payment systemcompartment door (see Fig. 24).

Inside the machine, the only parts that stay energisedare those protected by covers and carrying a plate withthe warning “Disconnect the power before removingthe protective cover”.

Before removing such covers disconnect the machinefrom the power grid.


PRINTED BOARD FUNCTIONSAND INDICATOR LAMPS

The C.P.U. (Central Processing Unit) board controls allusers set for the maximum configuration of the spiralcompartment and processes the input signals from thekeypad, the payment system and the cooling unit sensors.The card also houses some LEDs which, during themachine operation, give the following indications:

- Green LED (3): blinks during normal operation of theC.P.U. board;

- Yellow LED (4): glows when 5 V DC are detected;

- Red LED (7): glows when, for any reason, the softwareis reset.

CONFIGURING THE BOARD

This board is preset also for the MDB protocol.The 4 dip-switches for setting the SW2 coin mechanism(see Fig. 17) should be set to OFF for Executive-BDV andto ON for MDB.

SOFTWARE UPDATE

The machine is fitted with a Flash EPROM which can beelectronically updated.By means of a special program and suitable system(UpKey, Personal Computer or similar) the machine man-agement software can be updated without replacing theEPROM.Warning!When downloading the software it is advisable to discon-nect the motor connectors from the CPU board (J1 e J2).

Fig. 17

1 - J14 Coin mechanism power supply2 - J15 Board power supply3 - Green LED: run (DL2)4 - Yellow LED: 5 V DC (DL1)5 - J1 Dispensing compartment connection6 - J2 Spiral motor control7 - Red LED: CPU reset (DL3)8 - J3 Input/output9 - J17 UpKey connection10 - J4 Not used11 - J5 RS23212 - J6 Photocells13 - J7 Can-Bus14 - Button not used15 - J8 Validators16 - J9 Probe17 - J10 LCD display18 - J11 Direct selection keypad19 - J16 Keypad20 - J12 MDB expansion21 - Coin mechanism setting minidips (SW2)22 - J13 Expansion for BDV / EXE


CONFIGURING THE TRAYS

PRODUCT SPACERS

The spacers are used when loading “narrow” products.The spacers should be fitted to contain products, withoutblocking them, towards the right-hand side of the com-partment, so that they stay upright. According to the typeof products, assess whether it is more convenient to usethe short or long side of the brackets and in which of thefive adjustment notches to connect them.Pull the spacer towards the front to close the space andpush it back to open the space.There must be at least 3 mm between the spacer and theproducts.

Fig. 18

PRODUCT EJECTOR

The ejectors, right-hand and left-hand, must be used forproducts packed in bags, such as potato crisps or similar.As they are hooked at the end of the spiral they push theproducts further out. If necessary slide the ejector alongthe spiral wire to locate the most appropriate positionaccording to the product being dispensed.

REPLACING THE SPIRALS

In order to change the number and the set-up of theproduct holders, proceed as follows:

- Slide out the concerned tray.

- Rotate the spiral in the opposite direction to the ejec-tion rotation, holding the plastic support flange still, toseparate the two parts and fit the other spiral.

- Fit the new spiral assembly proceeding in the oppositedirection, ensuring that the spiral is positioned correctly

Fig. 21

REMOVING THE TRAYS

To replace the trays proceed as follows:

- Slide out the tray to be modified;

- remove the electrical connector from the tray;

- lift the tray to unblock the retaining slide.

- To fit a new tray, proceed in the opposite way.

1 - Product spacer2 - Brackets3 - Adjustment notches

Fig. 19

1 - Spirals2 - Ejectors

Fig. 20

1 - Spiral2 - Plastic flange


CHANGING THE NUMBER OF TRAYS

The vending machines are supplied with 7 trays.It is however possible to bring the number of trays to 5 or6, proceeding as follows:

- Disconnect the plug from the power supply.

- Remove all trays from the machine.

- Move the guides (see Fig. 22) placed on the sidesupports, except the first ones at the bottom which stayin the same position.

- Remove the pair of guides not used.

- Replace the 5 or 6 trays, ensuring that the connectorsare inserted properly.

- Secure the removed cables, as not to be in the way ofother trays and cables.

- Reprogram the machine.

CHANGING THE TRAY CONFIGURATION

The configuration of the spirals on each tray can bechanged. To go from two selections with single spirals toone selection with double spirals, do as follows:

- Remove the tray to be modified.

- Remove the centre wall, pushing it towards the backand then lifting.

- Remove the spirals, and the flanges, from the twomotors.

- Disconnect the left-hand side motor from the cable andremove it from the tray. In its place, fit the bush and pinbush.

- Install the right-hand and left-hand spirals with thesame pitch onto the new flanges (right and left areidentical), fitted with a cogged wheel, and then connectthe right-hand one to the motor still on the tray and theleft-hand one onto the previously installed bushes. Thetwo cogged wheels must mesh.

- Remove the price labels and the product holders nolonger used, and if necessary update the price labelsstill in use.

- Program the new selections with the desired price.

- Test the modified selections, to be sure of their correctoperation.

Fig. 23

N.B.: The selection numbers are formed by two figures;the first figure refers to the tray number, counting from thetop (1-6), the second figure refers to the spiral number,counting from the left (0-5).The selection number to which the motor is connected willtherefore be formed by the tray number plus the wire codenumber.

Fig. 22

1 - Tray connector2 - Tray guide

1 - Tray2 - Mobile walls3 - Right-hand spiral4 - Left-hand spiral


POWER SUPPLY UNIT

Fuses, switch and connectors positioned at the front of thepower supply unit have the functions indicated below.

When replacing any fuses the power supply cablemust be disconnected from the mains.

ACCESS TO THE COOLING UNIT

If for any reason the cooling unit need to be accessed fromthe machine, do as follows:

- remove the last tray

- remove the anti-theft grille

- undo the fastening screws from the product dispensingcompartment and remove it

- For reassembly, proceed in the reverse order.

Fig. 24

1 Line fuses2 Transformer primary winding protection fuse3 CPU board power supply connector4 Lamp connector5 Compressor and fan connector6 Transformer secondary winding protection fuse7 Transformer secondary winding protection fuse8 Payment system compartment switch

Fig. 25

1 Anti-intrusion grille2 Dispensing compartment3 Photocell support

Fig. 26

1 Evaporator2 Fan3 Condenser4 Dispensing compartment

© by NECTA VENDING SOLUTIONS SpA 0407 239 - 00

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n m

ech

test

Failu

re li

st

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n m

ech

test

WIT

H E

XE

CU

TIV

E, B

DV

OR

MD

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ME

CH

AN

ISM

S

If th

e co

in m

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com

mun

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es it

dis

play

s "O

K"

AL

TE

RN

AT

IVE

LY

WIT

H A

VA

LID

AT

OR

Con

firm

?

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n m

ech

test

Coi

n m

ech

test

Coi

n m

ech

test

Valid

. lin

e #

Line

tw

o re

mai

ns f

orap

prox

imat

ely

2 se

cond

s

Con

firm

?

Phot

ocel

l tes

tW

ITH P

HO

TO

CE

LL

S

DIS

CO

NN

EC

TE

D

AL

TE

RN

AT

IVE

LY

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ocel

l tes

tAb

sent

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firm

?

Phot

ocel

l tes

t

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re li

st

Phot

ocel

l tes

tIf

the

light

bea

m is

inte

rrup

ted

with

in2.

5 se

cond

s it

disp

lays

"O

K"

or Err

or n

o pr

oduc

tIf

a fa

ilure

is p

rese

nt:

Err

or a

fter

disp

ensi

ngE

rror

bef

ore

disp

ensi

ng

WIT

H P

HO

TO

CE

LL

S


36

Fill

er m

enu

- S

um

mar

y

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-

1)

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N/

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(+

1)

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EC

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IME

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ND

0

Con

firm

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Dis

p. c

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t loc

k

ON

/OFF

Dis

p. c

omp'

t loc

kW

ith d

ispe

nsin

g co

mpa

rtm

ent

lock

pre

sent

Con

firm

?

Dire

ct k

eypa

d te

stD

irect

key

pad

test

Pres

s 1

butto

n#

Whe

n pr

essi

ng t

he b

utto

n,th

e ne

xt b

utto

n is

pre

sent

edau

tom

atic

ally

Con

nect

ion

FILL

>7.1

FILL

>7EV

ADTS

Wai

t ple

ase

FILL

>7.1

FILL

>1St

atis

tics

Sele

ctio

n 1

0Pr

ice

=

Sele

ctio

nPr

ice

=

###

#

Ent

er n

umer

ic v

alue

10

####

FILL

>6G

SMR

eset

pre

-ala

rmco

unte

rsC

onfir

m?

Del

ete

tota

l

Wor

king

...

Del

ete

tota

l

Res

ettin

g pr

e-al

arm

cou

nter

s

Aw

aitin

g th

e co

nnec

tion

with

EV

AD

TS

dev

ice

© by NECTA VENDING SOLUTIONS SpA

37

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

Tim

e sc

rolli

ng o

f pr

esen

tfa

ilure

s

Pos

sibl

e m

otor

con

ditio

ns:

- O

K-

Blo

cked

- D

isco

nnec

ted

- N

ot f

unct

ioni

ng-

Not

pre

sent

- E

mpt

y se

lect

ion

TEC

H >

1F

ailu

res

TEC

H >

1.1

Rea

d fa

ilure

s

TEC

H >

1.2

Res

et f

ailu

res

TEC

H >

2P

rogr

. pa

ram

eter

s

Mo

nit

ore

d f

ailu

res:

Co

mp

ress

or

Coi

n m

echa

nism

RA

M d

ata

Pro

beD

ispe

nsin

g co

mpa

rtm

ent

lock

(Foo

d on

ly)

Saf

ety

tem

pera

ture

Res

et f

ailu

res

Don

e!

TEC

H >

1.4

Mot

or s

tatu

sM

otor

nr.

##

TEC

H >

1.8

Res

et m

ot.

err.

Res

et m

ot.

err.

Failu

re n

ame

Con

firm

?

DIS

PLA

YIN

G FA

ILU

RE

S

TEC

H >

1.3

Mot

or e

rror

s

TEC

H >

1.1

End

of

failu

res

Tim

e sc

rolli

ng o

f pr

esen

tfa

ilure

sFa

ilure

nam

e

Mot

or e

rror

s


38

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

TEC

H >

2.1

Cas

hTE

CH

>2

Pro

gr.

para

met

ers

TEC

H >

2.1.

1.1

Sin

gle

pric

esTE

CH

>2.

1.1

Pric

esTE

CH

>2.

1.1.

1.1

Pric

e ba

nd #

TEC

H >

2.1.

1.2

Glo

bal p

rices

TEC

H >

2.1.

1.2.

1P

rice

band

#4

time

band

s pl

us b

and

0(n

o tim

e ba

nd s

et)

avai

labl

ew

ith d

iffer

ent

pric

es f

or e

ach

sele

ctio

n

TEC

H >

2.1.

1.3

Tim

e ba

nds

Opt

ion

of c

hang

ing

sale

spr

ice

for

each

sel

ectio

n in

4tim

e ba

nds

Sel

ectio

nPr

ice

#

###

Ent

er n

umer

icva

lue

10

####

Sel

ectio

n

10P

rice

####

Pric

e ba

nd #

Pric

e


39

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

TEC

H >

2.1.

1.3

Tim

e ba

nds

X +

1

X -

1

TEC

H >

2.1.

1.3.

1S

et d

ate

and

time

Dat

e: d

d/m

m/y

y d#

Yea

r##

X +

1

X -

1

Tim

e: h

h/m

m/s

sTi

me:

##

X +

1

X -

1

TEC

H >

2.1.

1.3.

2Ti

me

band

1-4

Sta

rt: h

h/m

mE

nd:

hh/

##

CLO

CK

Whe

n co

nfirm

ing

the

blin

king

valu

es,

day,

mon

th,

year

and

wee

k da

y ar

e en

tere

d on

e af

ter

the

othe

r. W

hen

conf

irmin

g th

ew

eek

day

hour

and

min

utes

are

disp

laye

d, t

hat

can

then

be

chan

ged

and

conf

irmed

.

TIM

E B

AN

DS

Whe

n co

nfirm

ing

the

blin

king

valu

es,

hour

and

min

ute

for

star

t an

d en

d of

tim

e ba

nd a

reen

tere

d on

e af

ter

the

othe

r.W

hen

star

t an

d en

d of

tim

eba

nd a

re s

et t

o 00

.00

the

band

sar

e no

t ac

tivat

ed.


40

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

AV

AIL

AB

LE C

OIN

ME

CH

AN

ISM

S

Val

idat

ors

Exe

cutiv

eB

DV

MD

B

TY

PE O

F V

EN

DIN

G

CH

AN

GE W

ITH

OU

T VE

ND

TEC

H >

2.1.

2.1

Set

coi

n m

ech

TEC

H >

2.1.

2C

oin

mec

hani

sms

Coi

n m

ech

type

Coin

mec

h nam

e

Type

of

Ven

ding

Type

of

Ven

ding

Max

imum

cre

dit

Val

ue =

###

##V

alue

=

Max

imum

cha

nge

Val

ue =

###

##V

alue

=

####

####

Sin

gle/

Mul

ti

Cha

nge

butto

nON

Cha

nge

butto

n O

N

Exe

cutiv

e

Pro

toco

lE

XE

CU

TIV

E PR

OTO

CO

LS

Sta

ndar

dP

rice

Hol

ding

Co

ge

sU

Ke

yS

ida

ALT

ER

NA

TIV

ELY

BD

V/M

DB

Val

idat

ors

Exe

cutiv

e

A to

F

Val

idat

orLi

neLi

neV

alue

####S

ET

TIN

G TH

E V

AL

UE O

F

VA

LID

ATO

R LI

NE

S

ON

XX

XX

+ 1

XX

XX

- 1

ON

OF

F

XX

XX

+ 1

XX

XX

- 1

XX

XX

+ 1

XX

XX

- 1


41

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

Coi

ns 1

to

16

Yes

Coi

n #

Acc

epte

d co

ins

Coi

ns 1

Coi

ns 1

to

16

Yes

Coi

n #

Acc

epte

d ch

ange

Coi

ns 1

Dis

p. b

utto

nsON

But

ton

0 =

A o

r (B

and

C)

1 =

A a

nd B

and

C2

= A

and

B o

nly

3 =

A a

nd (

B o

r C

)4

= A

onl

y5

= A

or B

onl

y (d

efau

lt)6

= A

or

B o

r C

7 =

A o

r B

onl

y8

= A

or

C o

nly

9 =

B a

nd C

onl

y10

= B

onl

y11

= B

or

C o

nly

12 =

C o

nly

Com

bina

tion

1-12

Eq.

exa

ct c

hang

eC

ombi

natio

n#

C.P

.C.

devi

ceON

C.P

.C.

unit

Ena

ble

Dis

able

ON

OF

F

Ena

ble

Dis

able

ON

OF

F

Ena

ble

Dis

able

Yes

No

Ena

ble

Dis

able

Yes

No


42

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

Exa

ct c

hang

e

Free

ven

d V

MC

But

ton

Val

ue =

####

Val

ue =

###

##

TEC

H >

2.1.

2.2

Imm

edia

te c

hang

eON

Imm

edia

te c

hang

e

TEC

H >

2.1.

3D

ecim

al p

oint

2#

Poi

nt p

osit.

= #

New

pos

it. =

X +

1

X -

1

Imm

edia

te c

hang

e at

disp

ensi

ng s

tart

Cho

ices

are

:

No

Mas

ter

Ma

ste

r A

stro

Mas

ter

Sfe

raM

aste

r S

fera

2M

ast

er

Sn

akk

y M

ax

Ma

ste

r S

na

kky

Ma

x 2

No

Sla

veS

lave

Ast

roS

lave

Sfe

raS

lave

Sfe

ra 2

Sla

ve S

na

kky

Ma

xS

lave

Sn

akk

y M

ax

2

If an

Exe

cutiv

e P

rice

Hol

ding

syst

em i

s se

t on

the

mas

ter,

it m

ust

be s

et a

lso

on t

hesl

ave

ON

OF

F

TE

CH

>2.1

.4.2

Sla

ve P

r. H

old. O

FF

TE

CH

>2.1

.4.1

No

Mas

ter

TE

CH

>2.1

.4M

aste

r/Sla

ve

TE

CH

>2.1

.4.2

Sla

ve P

r. H

old.

OF

F

Sla

ve 1 No

Sla

ve

Sla

ve 2 N

o S

lave

Dec

imal

poi

nt 0

to

3

XX

XX

+ 1

XX

XX

- 1

Ena

ble

Dis

able

ON

OF

F

Ena

ble

Dis

able

ON

OF

F

ON


43

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

TEC

H>2

.1.4

.3C

ombi

ned

sele

ctio

ns

Com

bine

d se

lect

ions

85 t

o 89

1st

com

bine

d se

lect

ion

Sn

akk

y10

to

79

2nd

com

bine

d se

lect

ion

Ast

ro01

to

18o

rS

lave

101

0 to

079

Sla

ve 2

910

to 9

76

##Se

lect

. nr

. 80

Sel.

+

##

Sele

ct.

nr.

Sel.

##

+ ##

##

Sele

ct.

nr.

80Se

l.

##

+ #

#

TEC

H>2

.1.4

.4R

eset

Sna

kky

SLTE

CH

>2.1

.4.4

Res

et S

nakk

y SL

Whe

n sw

itchi

ng o

n on

e of

the

tw

opo

ssib

le s

lave

mac

hine

s, i

ts d

ata

is r

eset

.A

t th

e en

d em

issi

on o

f a

soun

dsi

gnal

.

TEC

H>2

.1.4

.5M

onito

rTE

CH

>2.1

.4.5

Mon

itor

Whe

n sw

itchi

ng o

n on

e of

the

tw

opo

ssib

le s

lave

mac

hine

s, t

hefo

llow

ing

is d

ispl

ayed

:-

softw

are

editi

on-

type

of

slav

e (X

X, 0

XX

, 9X

X)

- pr

esen

ce o

f ph

otoc

ells

- nu

mbe

r of

tra

ys a

nd c

ompa

rtm

ents

- pr

esen

ce o

f lo

ck d

evic

e-

inte

rnal

tem

pera

ture

TEC

H >

2.1.

5Fr

ee v

end

bonu

sTE

CH

>2.

1.5.

1En

able

bon

usO

NO

FF

ON

Bonu

s fre

quen

cyon

e ev

ery

###

S.

#

If O

N t

he a

vera

ge n

umbe

r of

sele

ctio

ns (

0001

to

9999

) be

twee

ntw

o bo

nuse

s is

req

uest

ed

TEC

H >

2.2

Sele

ct./s

pira

ls


44

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

TEC

H >

2.2

Sele

ct./s

pira

lsTE

CH

>2.

2.1

Spira

l pa

ram

eter

sTE

CH

>2.

2.1.

1M

achi

ne c

onfig

.M

achi

ne c

onfig

.C

onfir

m?

TEC

H>

2.2.

1.2

Virtu

al s

elec

tions

Sele

ctio

n nr

.##

Sele

ct.

## +

TEC

H>

2.2.

1.3

Virtu

al p

rice

chan

geO

N/O

FF

Virtu

al p

rice

chan

ge

VIR

TUA

L SE

LEC

TIO

NS

Set

ting

two

sele

ctio

ns (

10 t

o79

) in

a v

irtua

l on

e (8

0 to

84)

##

TEC

H>

2.2.

1.4

Two-

mot

or s

elec

tion

Sele

ctio

n

nn

+

00

nnS

elec

tions

10

to 7

9

mm

num

ber

of c

ombi

ned

mot

orif

mm

= n

n th

e co

mbi

natio

nbe

twee

n th

e tw

o se

lect

ions

isca

ncel

led

Sele

ctio

n

n

n

nn

+

mm


45

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

TEC

H>

2.2.

1.6

Prod

uct

code

#Se

lect

ion

n

nC

ode:

###

Sele

ctio

n

Cod

e:

#

###

nnS

elec

tions

10

to 7

9

TEC

H >

2.2.

1.7

Dire

ct s

elec

tions

TEC

H >

2.2.

1.7.

1En

able

dir.

sel

.

TEC

H >

2.2.

1.7.

2Se

t di

r. se

l.

ON

/OFF

Enab

le d

ir. s

el. #

Dir.

sel

. N

r. 1

Sel.

##+

##

Dir.

sel

. N

r.=

sel.

nr.

##

Dire

ct s

elec

tions

1 to

5

Min

imum

and

max

imum

num

ber

of s

elec

tions

corr

espo

ndin

g to

the

dire

ctse

lect

ion

(10

to 7

9)

TEC

H>

2.2.

1.5

Rot

atio

n se

lect

ion

##Se

lect

ion

from

##

to

Gro

up N

r.

ON

/OFF

:

##

##

nG

roup

s 1

to 7

Min

imum

and

max

imum

num

ber

of s

elec

tions

corr

espo

ndin

g to

the

gro

upof

rot

atio

n se

lect

ions


46

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

TEC

H>2

.2.3

Com

pt.

lock

par

am.

TEC

H>

2.2.

3.1

Ope

ratin

g m

ode

TEC

H>

2.2

.3.2

Unl

ock

time

TEC

H>

2.2.

3.3

Tim

e ou

t of

ser

vice

Mod

e

Alw

ays

unlo

cked

Unl

ocke

d up

on d

ispe

nsin

gfo

r ##

min

utes

Unloc

k on d

isp. ##

01 t

o 10

min

utes

Unl

ock

time

Dur

atio

n:

Tim

e ou

t of

ser

vice

Dur

atio

n:

##

UN

LOC

K D

ISP

EN

SIN

G

CO

MP

AR

TME

NT

01 t

o 10

min

utes

TEC

H>

2.2.

3.4

Out

of

serv

ice

if op

enO

N/O

FF

Out

of

serv

ice

if op

enO

ut o

f se

rvic

e if

the

com

part

men

t fa

ils w

hen

open

TEC

H>2

.2.2

Phot

ocel

l pa

ram

eter

sTE

CH

> 2.

2.2.

1Se

ttlin

g tim

e

TEC

H>

2.2

.2.2

Mon

ey r

etur

n

TEC

H>

2.2.

2.3

Empt

y se

l. co

ntro

l

ON

/OFF

Mon

ey r

etur

n

ON

/OFF

Empt

y se

l. co

ntro

l

Sele

ct.

nr.

Tim

e (s

/100

) =

####


47

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

TEC

H >

2.3.

1Te

mpe

ratu

re

TEC

H >

2.3.

3En

able

col

d un

it

TEC

H >

2.3

Col

d pa

ram

eter

s

Ope

ratin

g te

mpe

ratu

re5°

to

20°C

.8°

C b

y de

faul

t

Inte

rnal

tem

pera

ture

Tem

p. °

C =

##

TEC

H >

2.3.

2D

efro

stin

g

Def

rost

ing

inte

rval

0 to

99

hour

s6

hour

s by

def

ault

Def

rost

ing

inte

r.D

efr.

inte

r. =

##

ON

/OFF

Enab

le c

old

unit

Fo

od

mo

del

s2°

to

20°C

.8°

C b

y de

faul

t

TEC

H >

2.3.

4En

able

Foo

d co

ntro

lO

N/O

FF

Enab

le F

ood

cont

rol

Enab

le t

ray

##O

N/O

FF

TEC

H >

2.3.

5Te

mpe

ratu

re l

ogSa

mpl

e ##

###

.##.

##

##.#

# ##

Tra

ys 4

to

6

0 to

143

sam

ples

.R

eadi

ng o

fda

tetim

ete

mpe

ratu

re


48

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

TEC

H >

2.4

Dis

play

TEC

H >

2.4.

1La

ngua

geLa

ngua

ge Lang

uage

Italia

nE

nglis

hF

ren

chS

pani

shP

ortu

gues

eF

lem

ish

AV

AIL

AB

LE LA

NG

UA

GE

S

TEC

H >

2.4.

2U

ser

disp

lay

No

mes

sage

sIn

tern

al t

empe

ratu

reT

ime

PO

SS

IBLE

ME

SS

AG

ES

TEC

H >

2.4.

3Pr

omo.

mes

sage

Use

r di

spla

y

Mes

sage

En.

prom

o. m

essa

ge

ON

/OFF

TEC

H >

2.4.

3.2

Prog

. pr

omo.

mes

sage

Le

tter

scro

lling

in

ase

quen

ce (

20 c

hara

cter

spe

r 4

lines

)

Nex

t le

tter

Nex

t m

essa

ge

CH

AN

GE 2

-LIN

E U

SE

R

ME

SS

AG

E

TEC

H >

2.4.

4Pe

rson

alis

ed s

tring

s

TEC

H >

2.4.

3.1

En.

prom

o. m

essa

ge

Cha

nge

line

1

Line

1

Cha

nge

line

2

Line

2

TEC

H >

2.3

Col

d pa

ram

eter

s


49

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

TEC

H >

2.4.

4Pe

rson

alis

ed s

tring

sEn

able

per

s. s

tring

s

TEC

H >

2.4.

4.2

Prog

. pe

rs.

strin

gs

Le

tter

scro

lling

in

ase

quen

ce (

20 c

hara

cter

spe

r 4

lines

)

Nex

t le

tter

Nex

t st

ring

(1 t

o 30

)

CH

AN

GE ST

RIN

GS

TEC

H >

2.4.

5D

ispl

ay c

ount

er

TEC

H >

2.4.

4.1

Enab

le p

ers.

stri

ngs

Cha

nge

strin

g 1

Line

1

ON

/OFF

Dis

play

cou

nter

ON

/OFF

TEC

H >

2.4.

6C

ontra

st c

ontro

lC

ontra

st c

ontro

lK

= (5

- 99

)

Dis

play

ing

the

gene

ral

coun

ter

upon

sw

itchi

ng o

nth

e m

achi

ne

##

Ent

er t

he p

erce

ntag

e va

lue

from

the

key

pad

TEC

H >

2.5

Mis

cella

neou

s


50

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

TEC

H >

2.5.

1Se

t pa

ssw

ord

ON

/OFF

Set

pass

wor

dTE

CH

>2.

5M

isce

llane

ous

Set

pass

wor

dPa

ssw

ord:

###

##

TEC

H >

2.5.

2En

ergy

Sav

ing

Ener

gy S

avin

gX

+ 1

X - 1

Ener

gy S

av.

Para

m.

Tim

e ba

nd 1

-4St

art:

hh/m

mEn

d: h

h/##

ON

/OFF

TEC

H >

2.5.

2.1

Ener

gy S

avin

g

Whe

n co

nfirm

ing

the

blin

king

valu

es,

hour

and

min

ute

for

star

t an

d en

d of

tim

e ba

nd a

reen

tere

d on

e af

ter

the

othe

r.W

hen

star

t an

d en

d of

tim

eba

nd a

re s

et t

o 00

.00

the

band

s ar

e no

t ac

tivat

ed.

5-di

git

num

ber

to a

cces

s th

ete

chni

cian

men

u

IF O

N

TEC

H >

3St

atis

tics

FILL

ER M

EN

U

TEC

H >

2.5.

3M

aski

ng f

iller

men

uM

enu

nam

e

ON

/OFF

Sta

tistic

sS

ingl

e pr

ices

BD

V t

ube

cont

rol

Spe

cial

sel

ectio

nsT

est

EV

AD

TS

con

nect

ion

TEC

H >

2.5.

4N

eon

out

of s

ervi

ceN

eon

out

of s

ervi

ce

ON

/OFF

If O

N,

exte

rnal

lig

htin

g is

switc

hed

off

with

ven

ding

mac

hine

out

of

serv

ice


51

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

TEC

H >

3St

atis

tics

TEC

H >

3.1

Dis

play

sta

tistic

sTE

CH

>3.

1.1

Dis

play

sel

. co

unte

rTE

CH

>3.

1.1.

1D

isp.

sin

gle

coun

ter

Dis

play

sal

es b

y si

ngle

sele

ctio

n fo

r ea

ch t

ime

band

and

tot

al

Dis

play

tot

al s

ales

by

sing

le s

elec

tion

TOTA

L STA

TIS

TIC

SSe

lect

ion

##Ti

me

band

# =

###

#

TEC

H >

3.1

.1.2

Dis

p. to

tal c

ount

erSe

lect

ion

##To

tal =

###

Del

ete

data

for

:S

elec

tions

Tim

e ba

nds

Fai

lure

sC

oin

mec

hani

sm d

ata

Pho

toce

ll er

rors

Mot

or e

rror

s

DE

LETE

STA

TIS

TIC

STE

CH

>3.

2.1

Del

ete

parti

alTE

CH

>3.

2.1.

1D

elet

e se

lect

ions

Con

firm

?

Del

. se

l. co

unte

r

Wor

king

...

Del

. se

l. co

unte

r

TEC

H >

3.2.

2D

elet

e to

tal

Con

firm

?

Del

ete

sele

ctio

ns

Wor

king

...

Del

ete

sele

ctio

ns

TEC

H >

3.2

Del

ete

stat

istic

s

TEC

H >

3.3

Dis

play

rel

ativ

e st

ats


52

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

Dis

play

sal

es b

y si

ngle

sele

ctio

n fo

r ea

ch t

ime

band

and

tota

l

Dis

play

tot

al s

ales

by

sing

lese

lect

ion

RE

LATI

VE ST

ATI

STI

CS

TOTA

L SA

LES

by t

ime

band

in t

est

mod

efr

ee

TEC

H >

3.3.

1D

ispl

ay s

el.

coun

ter

TEC

H >

3.3.

1.1

Dis

p. s

ingl

e co

unte

rTE

CH

>3.

3.1.

1Se

lect

ion

##Se

lect

ion

##Ti

me

band

# =

###

#

TEC

H >

3.3.

1.2

Dis

p. to

tal c

ount

erSe

lect

ion

##To

tal =

###

TEC

H >

3.3

Dis

play

rel

ativ

e st

ats

TEC

H >

3.3.

2C

ount

. by

tim

e ba

nds

Tim

e ba

nd 0

÷4C

ount

er =

##

#

Com

pres

sor

Cou

nter

=

###

TEC

H >

3.3.

3D

ispl

ay f

ailu

res

TEC

H >

3.3.

4.1

Disp

. Aud

it da

taTE

CH

>3.

3.4

Disp

. coin

mec

h da

ta

TEC

H >

3.3.

4.2

Disp

lay c

ash

coun

ter

Mo

nit

ore

d f

ailu

res:

Co

mp

ress

or

Coi

n m

echa

nism

RA

M d

ata

Pro

be

CO

IN M

EC

HA

NIS

M D

AT

A(a

ccor

ding

to

prot

ocol

use

d)

Val

idat

ors

and

Exe

cutiv

eC

ashe

d an

d so

ld

BD

V A

udit

MD

B A

udit

TEC

H >

3.4

Del

ete

rela

tive

stat

s

Err.

befo

re d

isp.

Cou

nter

= #

##TE

CH

>3.

3.5

Dis

p. p

hot.

err.

cnt.

Ph

oto

cell

erro

rs:

Bef

ore

disp

ensi

ngA

fter

disp

ensi

ngP

rodu

ct n

ot d

etec

ted

Sele

ct.

N.

##C

ount

er =

###

TEC

H >

3.3.

6D

isp.

mot

. er

r. cn

t.

Mo

tor

erro

r


53

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

Del

ete

data

for

:S

elec

tions

Tim

e ba

nds

Fai

lure

sC

oin

mec

hani

sm d

ata

Pho

toce

ll er

rors

Mot

or e

rror

s

RE

LATI

VE ST

ATI

STI

CS

TEC

H >

3.4.

1D

elet

e pa

rtial

TEC

H >

3.4.

1.1

Del

. se

l. co

unte

rC

onfir

m?

Del

. se

l. co

unte

r

Wor

king

...

Del

. se

l. co

unte

r

TEC

H >

3.4.

2D

elet

e to

tal

Con

firm

?

Del

ete

sele

ctio

ns

Wor

king

...

Del

ete

sele

ctio

ns

TEC

H >

3.4

Del

ete

rela

tive

stat

s

TEC

H>3

.5D

isp.

cnt

. at s

tart

ON

/OFF

Dis

p. c

nt. a

t sta

rtT

he n

umbe

r of

sel

ectio

nsm

ade

are

indi

cate

d on

the

disp

lay

at m

achi

ne s

tart

-up

TOTA

L STA

TIS

TIC

S

Prin

t da

ta f

or:

Sel

ectio

nsT

ime

band

sF

ailu

res

Coi

n m

echa

nism

dat

aP

hoto

cell

erro

rsM

otor

err

ors

Hea

din

g:

Cur

rent

dat

eM

achi

ne m

odel

Sof

twar

e ed

ition

Ope

rato

r co

deM

achi

ne c

ode

Inst

alla

tion

date

RE

LATI

VE ST

ATI

STI

CS

TEC

H >

3.6.

1Pa

rtial

prin

tout

TEC

H >

3.6.

1.1

Sele

ctio

nsC

onfir

m?

Prin

t Se

lect

ions

Prin

ting.

..

Prin

t Se

lect

ions

TEC

H >

3.6.

2To

tal p

rinto

utC

onfir

m?

Tota

l prin

tout

Prin

ting.

..

Tota

l prin

tout

TEC

H >

3.7

Prin

t re

lativ

e st

ats

TEC

H >

3.6

Prin

t st

atis

tics

TEC

H >

3.7.

2To

tal p

rinto

utC

onfir

m?

Tota

l prin

tout

Prin

ting.

..

Tota

l prin

tout

Prin

ting.

..

Prin

t Se

lect

ions

Prin

ting.

..

Con

firm

?

Prin

t se

l. co

unte

rTE

CH

>3.

7.1.

1Pr

int

sel.

coun

ter

TEC

H >

3.7.

1Pa

rtial

prin

tout

TEC

H >

4Te

st


54

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

TEC

H >

4Te

stTE

CH

>4.

1Te

st s

elec

tion

TEC

H >

4.2

Mot

or te

stW

ait

plea

se

Sele

ctio

n nr

.##

Sele

ctio

n nr

.##

Wai

t pl

ease

The

sel

ectio

n nu

mbe

rch

ange

s au

tom

atic

ally

TEC

H >

4.3

Auto

test

Con

firm

?

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ad t

est

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ad t

est

Pres

s 1

butto

n#

Whe

n pr

essi

ng t

he b

utto

n,th

e ne

xt b

utto

n is

pre

sent

edau

tom

atic

ally

Con

firm

?

Tem

pera

ture

tes

tTe

mpe

ratu

re t

est

Tem

p. =

12.

2 °C

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firm

?

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er t

est

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er t

est

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king

...

Em

issi

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f a

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s of

sou

nd

s

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firm

?

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pres

sor

test

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pres

sor

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/OFF

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ON

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firm

?

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ctio

n te

st

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t pl

ease

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ctio

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.##

All

sele

ctio

ns a

re a

ctiv

ated

in a

seq

uenc

e


55

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

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CT

ION

/D

EC

RE

AS

E D

AT

A U

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(-1

)N

EX

T F

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CT

ION

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CR

EA

SE

DA

TA

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IT (

+1)

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firm

?

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n m

ech

test

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re l

ist

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n m

ech

test

WIT

H E

XE

CU

TIV

E O

R

BD

V C

OIN

ME

CH

AN

ISM

S

If th

e co

in m

echa

nism

com

mun

icat

es i

t di

spla

ys "

OK

"

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ER

NA

TIV

ELY

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firm

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n m

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test

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n m

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ing

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the

valid

ator

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o F

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n m

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e #

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tw

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mai

ns f

orap

prox

imat

ely

2 se

cond

s

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firm

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Phot

ocel

l tes

tW

ITH PH

OTO

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CO

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ER

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sent

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firm

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terr

upte

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ithin

2.5

sec

onds

it

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lays

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oduc

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ent:

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disp

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rror

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ore

disp

ensi

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OTO

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firm

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p. c

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isp.

com

p't

lock

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pens

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part

men

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firm

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irect

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n pr

essi

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ext

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pre

sent

ed a

utom

atic

ally


56

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

TEC

H >

5M

isce

llane

ous

TEC

H >

5.1

Mac

hine

inf

oTE

CH

5.1

.1In

stal

latio

n da

teD

ate:

##/#

#/##

d

#C

onfir

m?

TEC

H>5

.1.2

Prog

. m

achi

ne c

ode

TEC

H>5

.2In

itial

ise

DB

Initi

alis

e D

BIn

itial

ise

DB

Wor

king

...

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n co

nfirm

ing,

the

curr

ent

date

will

be

set

asth

e in

stal

latio

n da

te

8-di

git

num

ber

iden

tifyi

ng t

hem

achi

ne

TEC

H>5

.1.3

Prog

. op

erat

or c

ode

Prog

. m

achi

ne c

ode

Cod

e:=

. ##

+##

##

Prog

. op

erat

or c

ode

Cod

e:=

. ##

+##

##

6-di

git

num

ber

to i

dent

ifygr

oups

of

vend

ing

mac

hine

s

Con

firm

?

Star

t

Init

ialis

e d

atab

ases

Cou

ntry Co

untry

nam

e

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uage La

ngua

ge

Co

un

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s:Ita

lyG

reat

Brit

ain

Fra

nce

- S

pain

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zil

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olan

dB

elgi

um

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gu

ages

:Ita

lian

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lish

Fre

nch

- S

pani

shP

ortu

gues

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lem

ish

TEC

H>5

.3EV

ADTS

TEC

H>5

.3.1

Pass

Cod

ePa

ss C

ode

Cod

e##

####

TEC

H>5

.3.2

Secu

rity

Cod

eSe

curit

y C

ode

Cod

e##

####

TEC

H>5

.3.3

Con

nect

ion

Wai

t pl

ease

TEC

H>6

GS

M


57

Tec

hn

icia

n m

enu

- S

um

mar

y

0407 239 - 00

CO

NF

IRM

DA

TA

/C

ON

FIR

M F

UN

CT

ION

DE

LET

E D

AT

A/

EX

IT F

UN

CT

ION

PR

EV

IOU

S F

UN

CT

ION

/D

EC

RE

AS

E D

AT

A U

NIT

(-1

)N

EX

T F

UN

CT

ION

/IN

CR

EA

SE

DA

TA

UN

IT (

+1)

TEC

H>6

GS

MTE

CH

>6.

1PI

N

TEC

H>6

.2G

SM p

re-a

larm

s

Pin

cod

e as

sign

ed t

o th

em

odem

Num

ber

of p

rodu

cts

afte

rw

hich

an

"end

ing

prod

uct"

pre-

alar

m i

s se

nt

TEC

H>6

.2.2

Rese

t pr

e-ala

rm c

ount

.

Prod

uct

nam

eN

r. =

####

Res

ettin

g co

unt

of d

ispe

nsed

pro

du

cts

Set

thre

shol

ds

Prod

uct n

ame

TEC

H>6

.3N

umbe

r in

Ban

k

TEC

H>1

Failu

res

TEC

H >

6.1

Pin

=##

####

TEC

H>6

.2.1

Set

thre

shol

ds

Rese

t pr

e-ala

rm c

ount

.

Lang

uage

Rese

t pr

e-ala

rm c

ount

.

Con

firm

?

TEC

H>6

.2.3

Thre

shol

d as

soci

atio

nPr

e-al

arm

Sele

ctio

n #

##

##

Pre-

alar

m 6

Tra

y

Ass

ocia

tion

of t

hres

hold

s to

5 se

lect

ions

and

2 t

rays

##

Pre-

alar

m 1

Sele

ctio

n

#

TEC

H>6

.3N

r. in

Ban

k

1 to

7 i

dent

ifyin

gS

lave

GS

M0

iden

tifyi

ngM

ast

er

GS

M

© by NECTA VENDING SOLUTIONS SpA 0407 239-00

58

INITIALS DESCRIPTION

WIRING DIAGRAM LEGEND

INITIALS DESCRIPTION

CCB CAN BUS CONNECTOR

CF FILTER CONDENSER

CM0-9 VENDING MOTOR CAM

CMV DISPENSING COMPARTMENT MOTOR CAM

D DIODE

EX CONNECTOR FOR EXECUTIVE COIN MECH

FA RADIO INTERFERENCE SUPPRESSOR

FD PHOTODIODE

FT PHOTOTRANSISTOR

IP DOOR SWITCH

ISA OPEN HATCH SWITCH

LCD LIQUID CRYSTAL DISPLAY

M1-... RELEASE MOTOR

MBV DISPENSING COMPARTMENT LOCK MOTOR

MDB CONNECTOR FOR MDB COIN MECH

MIP PROGRAMMING ACCESS MICROSWITCH

MS1 HATCH MOTOR MICROSWITCH

MUR COMPRESSOR

MVT FAN

NTC1-. TEMPERATURE PROBE

PIP PROGRAMMING ACCESS BUTTON

R ANTI-CONDENSATION HEATING ELEMENT

RS232 SERIAL PORT

RT BALLAST

SOR OUT/R BOARD

SP PUSH-BUTTON BOARD

ST STARTER

SUC C.P.U. BOARD

TR TRANSFORMER

TX.... DELAYED FUSE (X=COURRENT)

© by NECTA VENDING SOLUTIONS SpA NOTE

SnakkyLux

sx41900

SnakkyMax

sx41900

SnakkyLux

Sx42000

SnakkyMax

Sx42000




EDITION 2004 07 CODE: H 239U 00

The Manufacturer reserves the right to modify, without prior notice, the characteristics of the equipment described in thispublication; and further declines to accept any responsibility for any inaccuracies contained in this publication which can beascribed to printing and/or transcription errors.All instructions, drawings, tables and information contained in this publication are confidential and can neither be repro-duced completely or in part, nor be transmitted to third parties without the written permit of the Manufacturer, who has thesole ownership.

Documents

Snakky Max - vendco.com.auvendco.com.au/wp-content/uploads/2013/02/SnakkyMax... · evadts transfer page 14 technician menu page 15 present failures page 16 programming the parameters