personas 88 - moneyhandlingmachines.com · xii ncr personas 88 atm site preparation preface...

Personas 88Automated Teller MachineSite Preparation

B006-6128-A00004 02

Book.bk Wednesday, April 24, 2002 9:29 AM

NOTICE

This is a contractual document. It contains important warning and confers important legal rights and obligations. You are advised to read it carefully.

It is the responsibility of the customer to assure that all installation preparations are complete and in compliance with all specifications and requirements of NCR and all applicable national, state, or local codes, regulations and laws.

The product described in this book is a licensed product of NCR Corporation.

Trademark Information

It is the policy of NCR Corporation (NCR) to improve products as new technology, components, software, and firmware become available. NCR, therefore, reserves the right to change specifications without prior notice.

All features, functions, and operations described herein may not be marketed by NCR in all parts of the world. In some instances, photographs are of equipment prototypes. Therefore, before using this document, consult with your NCR representative or NCR office for information that is applicable and current.

To maintain the quality of our publications, we need your comments on the accuracy, clarity, organization, and value of this book. Address correspondence to:

NCR Financial Solutions Group LtdInformation SolutionsKingsway WestDundee, ScotlandDD2 3XX

© 1999, 2002By NCR CorporationDayton, Ohio U.S.A.All Rights Reserved

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NCR Personas 88 ATM Site Preparation
iii
Federal Communications Commission (FCC) Radio Frequency Interference Statement

Note: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

Canadian Class A Device Declaration

This digital apparatus does not exceed the Class A limits for radio noise emissions from digital apparatus set out in the Radio Interference Regulations of the Canadian Department of Communications.

Le présent appareil numérique n’émet pas de bruits radioélectriques dépassant les limites applicables aux appareils numériques de la classe A prescrites dans le Réglement sur le brouillage radioélectrique édicté par le ministère des Communications du Canada.

Book.bk Page iv Wednesday, April 24, 2002 9:29 AM

Information to UserThis equipment must be installed and used in strict accordance with the manufacturer’s instructions. However, there is no guarantee that interference to radio communications will not occur in a particular commercial installation. If this equipment does cause interference, which can be determined by turning the equipment off and on, the user is encouraged to consult an NCR service representative immediately.

Caution NCR Corporation is not responsible for any radio or television interference caused by unauthorised modifications of this equipment or the substitution or attachment of connecting cables and equipment other than those specified by NCR. Such unauthorized modifications, substitutions, or attachments may void the user’s authority to operate the equipment. The correction of interference caused by such unauthorized modifications, substitutions, or attachments will be the responsibility of the user.

iv NCR Personas 88 ATM Site Preparation

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v
Revision Record

Date Page Description of Change

Jul 99 all New publication for stage 2 of the SHUVRQDV�� (supersedes B006-0000-6066)

Jun 01 all Curb Set-Back dimension added. Headers and Footers updated. personaS now Personas.

April 02 all Facia change - clear window replaced by audio speaker, addition of audio jack

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vi NCR Personas 88 ATM Site Preparation

Contents

Table of Contents

vii

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Important Note ........................................................................................ xiPreface......................................................................................................xii

Overview ............................................................................................xiiCustomer Responsibilities...............................................................xiiiPreparing the Site .............................................................................xivProduct Identification ....................................................................... xv

Chapter 1Physical Requirements

Package Dimensions ............................................................................. 1-1Manoeuvring the Terminal into Position...................................... 1-2

Terminal Dimensions............................................................................ 1-3Overall Dimensions.......................................................................... 1-3Heights to Main Facia Items ........................................................... 1-4

Hole in the Wall and Curb Set-Back ...................................................1-5Dimensions ........................................................................................ 1-5Preparing the Hole in the Wall ....................................................... 1-6

Installation and Service Clearances .................................................... 1-7Plan Views ......................................................................................... 1-7Side View ........................................................................................... 1-9Exterior Wall ...................................................................................1-10

Requirements for the Floor ................................................................ 1-11Support Plinth .................................................................................1-11Floor Covering ................................................................................ 1-12Floor Loading .................................................................................. 1-12Security Bolts...................................................................................1-12

Media Specifications ........................................................................... 1-13

Chapter 2Electrical Requirements

Table of Contents

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Power Quality, Distribution and Grounding Requirements.......... 2-1AC Power Requirements................................................................. 2-1Input Voltage Setting....................................................................... 2-1Transient Power Loss ...................................................................... 2-1Power Cable ...................................................................................... 2-1Grounding Requirements ............................................................... 2-2EMC Susceptibility........................................................................... 2-2EMC Emission .................................................................................. 2-2

Communications Requirements ......................................................... 2-3High Order Communications Cable ............................................. 2-3Remote Device Cables ..................................................................... 2-7

Chapter 3Environmental Requirements

Environmental Requirements ............................................................. 3-1Temperature and Humidity ........................................................... 3-1Heat Dissipation ............................................................................... 3-1Air Flow............................................................................................. 3-1Temperature Rise ............................................................................. 3-1Acoustical Noise............................................................................... 3-2Barometric Pressure ......................................................................... 3-2

Chapter 4Decals

Decal Specifications .............................................................................. 4-1Advert Light...................................................................................... 4-2Clear Window................................................................................... 4-2Card Reader Slot............................................................................... 4-3Deposit, Receipt, Envelope, Statement and Cash Decals ........... 4-3

Chapter 5Planning Checklist and Installation Accessories

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Table of Contents

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Site Planning Checklist .........................................................................5-1Installation Accessories ........................................................................ 5-2

Appendix ATransient Protection

AC Power Line Transient Protection.................................................A-1Data Line Transient Protection...........................................................A-3

Appendix BPower Protection

NCR Power Protection Products........................................................ B-1AC Power Line Transient Protection ............................................ B-1Data Line Transient Protection...................................................... B-2Uninterruptible Power Supplies ................................................... B-3Contact Information ........................................................................ B-5

Appendix CKiosk Design

Kiosk Design Examples ....................................................................... C-1Basic Kiosk........................................................................................ C-2Turntable Kiosk A ........................................................................... C-3Turntable Kiosk B ............................................................................ C-4Sliding Mechanism Kiosk............................................................... C-5

Index

User Feedback Form

NCR Persons 88 ATM Site Preparation ix

Table of Contents

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x NCR Personas 88 ATM Site Preparation

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xi
Important NotePreface

Important Note

This publication relates to the Full Function version of the Personas 88. If your ATM is the previous version you should refer to “NCR Personas 88 ATM Site Preparation”, B006-6066-A000.

PrefacePreface

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Preface

OverviewThe NCR Personas 88 Automated Teller Machine (ATM) is a drive-up self-service terminal belonging to the Personas series.

A drive-up solution allows NCR’s customers to deliver banking services in true off-premise locations for the convenience of consumers. ATM deployers can make use of the consumers’ desire for this convenience to generate sustainable profit, reduce operating costs and build their brand. Research carried out by NCR in the US revealed that consumers are at least 20% more likely to use a machine accessible from their car compared to one they would have to approach on foot. People prefer to remain in their cars for a variety of reasons – the weather, they may have children with them or they may be running late for a meeting. Whatever the reason, these ATM’s enable everyone to bank whenever they want, stay out of the wind and rain and avoid the inconvenience of parking.

NCR’s Personas 88 drive-up solution is positioned to be completely flexible in meeting all the customer’s needs for a full-function drive-up ATM. The freestanding Personas 88 solution allows customers to start with minimum functionality while providing expansion to allow for deposits, full statements and alternative media, such as dispensing stamps.

The NCR Personas 88 Automated Teller Machine may be installed in the following locations:

● On a drive-up island – which must be a minimum of 1067 mm (42 in.) wide

● In a kiosk – either on an island, or in some other drive-up location, for example in a car park

● In a first lane location – that is, installed through an exterior wall of the bank to a drive-up lane.

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PrefacePreface

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The terminal is designed to enable consumers access to a range of services such as:

● Cash withdrawals● Letter Quality Statement printing ● Mini-statement and Receipt printing● Cheque book requests● Account enquiries● Transfers● Deposits.

Customer Responsibilities

The customer must do or provide the following:

● When required by NCR, provide the NCR customer service representative with appropriate drawings that indicate: ● Location of the equipment ● Site wiring (power and signal, paths and lengths) ● Location of other equipment capable of generating electrical

noise, electromagnetic interference, heat, etc. ● Make building alterations necessary to meet wiring and other

site requirements. ● Provide and install all communications cables, wall jacks,

special connectors, and associated hardware. ● Provide and install necessary power distribution boxes,

conduits, grounds, lightning protection, and associated hardware.

● Make sure all applicable codes, regulations and laws (including, but not limited to, electrical, building, safety, and health) are met.

● Provide and install auxiliary power or other equipment as required.

● Provide storage or service areas as required. ● Make sure the environmental requirements of the system/unit

are met. ● Provide floor coverings and environmental systems that limit or

control static electricity build-up and discharge.

NCR Personas 88 ATM Site Preparation xiii

PrefacePreface

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Preparing the SiteThis document contains the information necessary for the preparation of a site conforming to NCR specifications. It is very important that the site complies with the requirements specified in this document because, once the equipment has been installed, deficiencies in site preparation or the problems caused by these deficiencies are much more difficult to detect and correct. Further, failure to comply with these requirements or to take proper steps to protect equipment against risks identified in this document may cause serious damage to the equipment and to the customer’s business.

In addition to the need to comply with the requirements specified, electrical wiring and mechanical systems must also comply with all relevant codes, laws and regulations.

It is important that the site be prepared by a customer or his agent who is fully conversant with the special requirements of electronic equipment. The responsibility for ensuring that the site is prepared in compliance with this document remains with the customer.

For information and guidance only, a list is provided, in general terms, of those matters for which the customer is responsible. This list is not intended to be comprehensive, and in no way modifies, alters, or limits the responsibility of the customer for all aspects of adequate site preparation.

NCR staff will be available to answer questions relating to the contents of this document but, except where:

a the customer has been notified that a full or partial consultancy service is available and/or that NCR will be willing to undertake a preliminary or final site survey, and

b the customer shall have entered into a formal contract with NCR for provision of the same

no comment, suggestion or advice offered or not offered about preparation of the site nor any inspection of the site whether before or after preparation is to be taken as approval of the location of the site and equipment or of its preparation and NCR will not be liable in respect of any comment, suggestion or advice given by its staff or in respect of any failure to give advice.

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Finally, only the customer can know the full extent of damage which may be caused to his business by reason of failure of the equipment which is to be installed. For this reason it is the customer’s responsibility to ascertain the extent of any such possible damage to his existing or planned business, and to effect full insurance in respect of it.

Product Identification

The product is identified by a class type number, 5588, and a 4 digit model number which is printed on a label fixed beside the operator panel in the top cabinet of the ATM. The first two digits of the model number identify the major model (normally 01), the next two digits identify the minor model (normally 01).

NCR Personas 88 ATM Site Preparation xv

PrefacePreface

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xvi NCR Personas 88 ATM Site Preparation

Table of ContentsPhysical Requirements

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Chapter 1

Physical Requirements

Package Dimensions 1-1Manoeuvring the Terminal into Position 1-2

Terminal Dimensions 1-3Overall Dimensions 1-3Heights to Main Facia Items 1-4

Hole in the Wall and Curb Set-Back 1-5Dimensions 1-5Preparing the Hole in the Wall 1-6

Installation and Service Clearances 1-7Plan Views 1-7Side View 1-9Exterior Wall 1-10

Requirements for the Floor 1-11Support Plinth 1-11Floor Covering 1-12Floor Loading 1-12Security Bolts 1-12

Media Specifications 1-13

Table of ContentsPhysical Requirements

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-11
Package DimensionsPhysical Requirements A

Package Dimensions 1

The type of packaging used on your terminal depends on whether it is being shipped by road or by air/sea freight. Both types of packaging are shown below.

Physical RequirementsPackage Dimensions


Manoeuvring the Terminal into Position 1

Ensure that doorways and corridors leading to your point of installation are wide enough to allow the package to pass through, or make arrangements to unpack the terminal in an area with sufficient access and then move it to the installation site. The following table shows the minimum dimensions for doorways, corridors with right angle corners and the space required to rotate a terminal on its axis. The figures assume the terminal is being moved using equipment that does not extend significantly beyond the footprint of the terminal or packaging. A clearance of 6 mm (0.25 in.) all round has been allowed in the figures.

Bare Terminal

Road Packaging

Air/Sea Packaging

A Doorway or straight corridor

825 mm (32.48 in.)

933 mm (36.73 in.)

1007 mm (39.65 in.)

B Corridor with corner

963 mm (37.91in.)

1179 mm (46.42 in.)

1216 mm (47.87 in.)

C Rotation about centre

1350 mm (53.15 in.)

1738 mm (68.43 in.)

1742mm (68.58 in.)

A B

B

C

1-2 NCR Personas 88 ATM Site Preparation

Physical RequirementsTerminal Dimensions


Terminal Dimensions 1

Overall Dimensions 1

Cables may enter the terminal either through the front cable entry hole or through the hole in the base of the terminal. The location of the base hole is shown in the illustration “Support Plinth” on page 1-11.

NCR Personas 88 ATM Site Preparation 1-3

Physical RequirementsTerminal Dimensions


Heights to Main Facia Items 1

The following illustration shows the heights to the main items, or exit slots, located on the Personas 88 facia. All the dimensions are relative to the road level and are based on the ATM being installed through a hole at the optimum height given later in this document.


Physical RequirementsHole in the Wall and Curb Set-Back


Hole in the Wall and Curb Set-Back 1

Dimensions 1

For maximum ease of use, it is recommended that the height to the hole in the wall and the curb (kerb) set-back is as shown below.


Physical RequirementsHole in the Wall and Curb Set-Back


Preparing the Hole in the Wall 1

To ensure that an acceptable temperature is maintained around the terminal during cold weather it is important that the wall opening be properly prepared. Any cavity in the wall should be sealed off so as not extend into the wall opening. The gap between the terminal’s facia sleeve and the wall opening should left clear to allow room temperature air to circulate. To enable a good weather seal to be made between the wall and the terminal facia, a 25 mm (1 in.) wide smooth surface is required around the periphery of the wall opening.

Collar

Terminal

Sleeve

Plinth

Seal any cavity

Do not block air gaps


Physical RequirementsInstallation and Service Clearances


Installation and Service Clearances 1

The following illustrations show the areas required for installing and servicing the terminal. Please note that the dimensions given are the minimum required for servicing the terminal and that wherever possible larger clearances should be provided.

Plan Views 1

Clearances required at sides and rear of the terminal:

254 mm(10.0 in.)

27 mm(1.1 in.)

550 mm(21.7 in.)

1380 mm(54.3 in.)

190 mm(7.5 in.)at max.

door opening

60 mm(2.4 in.)

Minimumdoor opening

to allow dispenserto rack out

Safedoor

407 mm(16.0 in.)

(See note)

1220 mm(48.0 in.)

(See note)

200 mm(7.9 in.)

153 mm(6.0 in.)




Note: Although the minimum clearance specified for the left of the terminal is 153 mm (6 in.), it is strongly recommended that an additional clearance area 407 mm (16 in.) wide is provided as shown. (This allows service access to the cash dispenser electronics without the need to remove the whole dispenser from the terminal.)

View showing all modules extended for service/replenishment:

725 mm(28.5 in.)

450 mm(17.7 in.)

660 mm(26.0 in.)

685 mm(27.0 in.)

365 mm(14.4 in.)

180 mm(7.1 in.)

65 mm(2.6 in.)

55 mm(2.2 in.)

197 mm(7.8 in.)

35 mm(1.4 in.)

STATEMENTPRINTER/ENVELOPEDISPENSER

RECEIPT/JOURNALPRINTER

CASHDISPENSER/DEPOSITORY

170 mm(6.7 in.)

CARDREADER




Side View 1

Note: The height of the plinth will depend on the height difference between the building floor and the road surface. Where the building floor is level with the road surface, the plinth height would be 234 mm (9.2 in.) for optimum positioning of the ATM.

If the building floor is significantly lower than the road surface then special arrangements may be required to provide service and replenishment personnel safe access to the terminal modules.

440 mm (17.3 in.)Minimum above terminal

Ceiling

1974 mm(77.7 in.)

Minimum ceilingheight

Floor

SeeNote

Plinth Curb

Road level

814 mm(32.05 in.)

624 mm(24.57 in.)




Exterior Wall 1

This view shows the minimum clear wall area required around the collar (facia surround) for installation and servicing.


Physical RequirementsRequirements for the Floor


Requirements for the Floor 1

Support Plinth 1

The following illustration is a plan of the base of the terminal (viewed from above) and its relationship to the exterior wall. If a plinth is used it must be no smaller than the base of the terminal and it must be constructed of a material, and in such a way, that it is capable of supporting the weight of the terminal (see “Floor Loading” on page 1-12).

The six, M10 threaded holes B (by which the transportation feet are attached) may be used for additional security bolts if it is thought that two security bolts through the safe floor are not sufficient.

Min

(1.26 in.)32 mm

Max

(9.53 in.)242 mm

509 mm(20.04 in.)

60 mm(2.36 in.)

50 mm (1.97 in.)25 mm(0.98 in.)

120 mm10 mm(0.39 in.)

10 mm(0.39 in.)

40 mm(1.58 in.) 40 mm

(1.58 in.)

750 mm(29.53 in.)

650 mm(25.59 in.)

A

B B B

Detail of holes B

B B B

A

733 mm(28.46 in.)

813 mm(32.01 in.)

L of basec

400 mm(15.75 in.)

1024 mm(40.31 in.)

185 mm(7.28 in.)

2.5 mm (0.10 in.)

2.0 mm (0.08 in.)

235 mm(9.25 in.)

L of basec

L ofsecurity bolts

c

L of hole in wallc

45 mm(1.8 in.)

15 mm(0.6 in.)

R 7.5 mm (0.3 in.)

10 O(Tapped for M10)

Detail of holes A

(1.97 in.)50 mm

(4.72 in.)


Physical RequirementsRequirements for the Floor


Floor Covering 1

An antistatic floor covering should be used and must be of a type that will not generate dust or fluff.

Floor Loading 1

The terminal must be installed on a solid floor or plinth capable of supporting the maximum weight. The weight of the terminal varies with configuration, however, only the maximum weight should be considered since additional options may be added after installation:

● Maximum weight: 689 kg (1519 lb.)● Floor loading: 1130 kg/m2 (231.4 lb./ft2)

Security Bolts 1

The Personas 88 terminal can be bolted to the floor using two bolts. If the terminal is to be bolted down, the floor must be capable of withstanding the loading imposed by the anchor points for the bolts. The bolts and anchors must be supplied by the owning organisation.

The following is the minimum specification for bolts to secure the terminal to a plinth or a stone/concrete floor:

● 12 mm (0.47 in.) diameter x 100 mm (3.9 in.) long.

Note: If increased security is required, there are six holes, threaded for M10 bolts, in the base of the terminal (see “Support Plinth” on page 1-11).


Physical RequirementsMedia Specifications


Media Specifications 1

The Personas 88 ATM will be delivered complete with a limited supply of paper and a print head cartridge for the Envelope Depository if fitted. For the specifications of the paper that should be used to replace the initial supplies when they run out, refer to NCR publication B006-4992-A000, ‘Consumable Items for Self Service’. This publication also includes the order number for the print head cartridge.


Physical RequirementsMedia Specifications



Table of ContentsElectrical Requirements



Chapter 2

Electrical Requirements

Power Quality, Distribution and Grounding Requirements 2-1AC Power Requirements 2-1Input Voltage Setting 2-1Transient Power Loss 2-1Power Cable 2-1Grounding Requirements 2-2EMC Susceptibility 2-2EMC Emission 2-2

Communications Requirements 2-3High Order Communications Cable 2-3

High Order Communications Standard Cable (RS-232-C) 2-4NCR Token Ring Adapter Cable 2-5IBM Local Loop 2-6

Remote Device Cables 2-7Remote Status Indicator 2-8Night Depository Cables 2-9Alarm Interface Cable 2-11Remote Relay Cable 2-13

Table of ContentsElectrical Requirements




-12
Power Quality, Distribution and Grounding RequirementsElectrical RequirementsB

Power Quality, Distribution and Grounding Requirements 2

Voltage transients, line noise, surges, sags, impulses, and spikes may be experienced routinely or sporadically. When such phenomena occur, the use of protective devices, as described in Appendix A, may be required to ensure proper operation of the equipment.

AC Power Requirements 2

The maximum current requirements at various input voltages are:

● 10A at 120V ● 6.3A at 240V.

The maximum inrush current requirements at various input voltages are:

● 200A peak at 136V● 150A peak at 257V.

Input Voltage Setting 2

The Personas 88 can operate from the following input mains voltages:

● 90V to 136V at 50/60Hz● 198V to 257V at 50/60Hz.

Transient Power Loss 2

The voltage loss due to power interruptions must not be more than 50% of the nominal value for a maximum of one half cycle at a maximum rate of 1 every 10 seconds.

Power Cable 2

The power cable supplied with the terminal is fitted with a NEMA type 5-15P power source connector. If this is not suitable for your use you must remove this and fit a suitable power source connector to one end. This connector must be wired as shown below.

The power cable supplied is 3m (9ft 10in.) in length. If it is necessary to increase this length to meet site requirements, then the extension must satisfy local or country regulations.

Electrical RequirementsPower Quality, Distribution and Grounding Requirements


Warning This equipment must be earthed.

Note: The annotations within brackets are included to comply with United Kingdom legislation and refer to the markings on United Kingdom three pin plugs.

Grounding Requirements 2

The terminal operates from a single phase 3 wire supply; live, neutral and ground. The power requirements of this unit will normally permit it to operate within existing wiring configurations and from existing branch mains outlets providing:

1 Where this supply is provided from a general purpose distribution panel, then the other branch circuits from this panel must not be used to support heavy inductive loads such as air conditioners, elevators, microwave ovens, and so on. Nor may such equipment be operated on the same branch circuit as the terminal.

2 If using distribution panels, all branch circuit grounding conductors must be connected to an insulated terminal strip in the distribution panel. The grounding conductor from the distribution panel to the building ground point must be at least equal in size to the power conductor necessary to supply the NCR system.

Note: The building ground point can affect data integrity. For more information about data integrity refer to the “Data Line Transient Protection” section of Appendix A.

EMC Susceptibility 2

The terminal meets the requirements of EN55024 immunity for Information Technology equipment.

EMC Emission 2

The terminal meets EN55022, Class A and FCC CFR 47 part 15 Class A requirements for radiated and conducted emission.


Electrical RequirementsCommunications Requirements


Communications Requirements 2

Voltage transients, line noise, surges, sags, impulses, and spikes may be experienced routinely or sporadically. When such phenomena occur, the use of protective devices, as described in Appendix A, may be required to ensure proper operation of the equipment.

It is the responsibility of the customer to assure that all installation preparations are complete and in compliance with NCR specifications and requirements and with all national, state or local telephone and telegraph regulations and laws.

High Order Communications Cable 2

The high order communications cable type depends upon the communications system to be used. Cables that may be required are:

● High order communications standard cable (RS-232-C) ● IBM local loop communications cable● NCR Token Ring adapter cable.

Note: Communications cables are not supplied with the terminal. If these cables are required, it is the customer’s responsibility to have them installed. The specifications for these cables are supplied in the following sections. When producing cables allow for 1.8m (6ft.) of cable within the terminal.




High Order Communications Standard Cable (RS-232-C) 2

The standard high order communications system supports most common bit and byte oriented disciplines (synchronous and asynchronous) with an RS-232-C interface.

The interconnecting cable to the remote modem should not exceed 15.25 m (50 ft.) in length, and must conform to the specification and wiring given below.




If the cable is to be used in a machine in which it is connected directly to a board, remove a 20mm (0.79in.) section of the outer sleeve as shown.

Note: Take care not to cut through the cable shielding when removing the outer sleeve.

If the cable is to be used in a machine in which it is connected to the I/O panel, it is not necessary to remove the cable shielding.

NCR Token Ring Adapter Cable 2

The NCR Token ring adapter cable can be ordered using NCR part number 3299 - K351. The wiring for this cable is shown below.




IBM Local Loop 2

If the terminal is to operate in an IBM loop, an IBM Financial Loop Adapter (IFLA) must be installed within it. Remote loop communications to the IFLA are made through the standard RS-232-C high order communications connector. Local loop communications are made through two special cables whose length is limited to 610 m (2000 ft.) between the first and last terminals in the loop.

The local loop cable must conform to the following specification and wiring.

1. Jack plug (NCR part number 009-0003468).

2. Jack socket (NCR part number 009-003469).

3. Cable (NCR part number 009-0004311).

Important Note: If being fitted, the IBM Loop can be attached to the exterior of the terminal on the side panel. However, it should be noted in the planning stage that the connector box and cables require an additional 170 mm (6.7 in.) clearance area. For example, an IBM Loop installed on the terminal side will require 170 mm (6.7in.) minimum between the terminal side and the wall. Refer to “Installation and Service Clearances” on page 1-7 for information clearance areas.




Remote Device Cables 2

RS-232-C Cable 2

The terminal can have two RS-232-C outlets either of which can be configured to provide an interface for one of two options:

● Remote camera● Remote card access device.

For both options the cable is limited in length to 15.25 m (50 ft.) and must conform to the specification and wiring given here.

Note: The modemless cable adapter is supplied with RS-232-C interface feature kits. This adapter performs crossover and linking




normally associated with modemless operation. If this linking is not required, the modemless cable adapter may be removed and the RS-232-C Interface Cable connected directly to the terminal.

Remote Status Indicator 2

The remote status indicator feature is supplied as a complete assembly and consists of a status indicator unit, 76.2 m (250 ft.) of cable and a connector.

At a point 200 mm (7.9 in.) from the connector end of the cable, remove a 20 mm (0.79 in.) section of the outer sleeve as shown.


If you are required to shorten the cable, proceed as follows:

1 Remove the cover from the remote status monitor unit.

200mm (7.9in.)




2 Disconnect the four leads from the monitor, that is E1, E2, E3 and E4.

3 Cut the cable to the required length and strip the four wire ends.

4 Connect the wires to the correct terminals.

5 Replace the status monitor cover.

Night Depository Cables 2

The cable to the night depository must conform to the following specification and wiring:




Depending upon the type of night depository being used, a second cable may also be required. The wiring and specification for this cable is as follows:

On both types of depository cable, a 20 mm (0.79 in.) section of the outer sleeve should be removed at a point 200 mm (7.9 in.) from the connector end of the cable.


200mm (7.9in.)




Alarm Interface Cable 2

The ATM may optionally be configured to provide an alarm interface which enables the ATM to be connected to an external local alarm system. The interface may take the form of one of two options; a basic alarm system or an enhanced alarm system.

The external alarm system must provide to the ATM, through the alarm interface cable wiring, a non interruptable, stabilized power supply with the following specifications:

● 12 2V dc● 200mA maximum● Ripple, 5% maximum.

The interconnecting cable to the ATM is similar for both alarm interface options and must conform to the following specification and wiring:

±




CHASSIS GND

CHASSIS GND

SILENT ALARM N.O. *

DOOR ALARM N.O.

DOOR ALARM N.C..

TAMPER ALARM N.C..

VIBRATION/HEAT N.O.

SILENT ALARM COMMON *

TEST TRANSMITTER A

SILENT ALARM N.C. *

VIBRATION/HEAT COMMON

SILENT ALARM COMMON *

VIBRATION/HEAT N.C.

DOOR ALARM N.O.

TAMPER ALARM N.O.

DOOR ALARM COMMON

+12V (POSITIVE)

+12V (POSITIVE)

+12V (NEGATIVE)

1

1

9

6

21

12

21

7

3

19

9

10

7

22

16

22

8

5

20

10

20

12

8

23

18

23

25

19

25

TEST TRANSMITTER B

DOOR ALARM N.C.

TAMPER ALARM COMMON

DOOR ALARM COMMON

.

SILENT ALARM N.O. *

COMPOSITE ATTACK N.C.

COMPOSITE ATTACK N.O.

SILENT ALARM N.C. *

+12V (NEGATIVE)

* Optional

* Optional

Basic alarm interface cable wiring:

Enhanced alarm interface cable wiring:

COMPOSITE ATTACK COMMON




Remote Relay Cable 2

The remote relay provides a pair of open contacts, rated at 28 volts 1 ampere for both ac and dc supplies, which can be closed to activate a remote device. The interconnecting cable to a remote device must conform to the following specification and wiring:

At a point 200 mm (7.9 in.) from the ATM connector end of the cable, remove a 20 mm (0.79 in.) section of the outer sleeve as shown.


200mm (7.9in.)


Table of ContentsEnvironmental Requirements



Chapter 3

Environmental Requirements

Environmental Requirements 3-1Temperature and Humidity 3-1Heat Dissipation 3-1Air Flow 3-1Temperature Rise 3-1Acoustical Noise 3-2Barometric Pressure 3-2

Table of ContentsEnvironmental Requirements




-13
Environmental RequirementsEnvironmental RequirementsC

Environmental Requirements 3

For the terminal to function correctly the site at which it is to be installed should meet the following environmental requirements.

Temperature and Humidity 3

The terminal will operate over a range of temperature and humidity. However, continuous operation at or near the range limits or in a location where the temperature and humidity change rates are beyond the specification, should be avoided. The temperature and humidity ranges are as follows:

Heat Dissipation 3

The heat dissipation of the terminal is 440 W (1500 Btu/h) maximum.

Air Flow 3

The air flow through the terminal is rated at 0.1 m3/S (212 ft3/min).

Temperature Rise 3

The temperature rise for air passing through the terminal is 3oC (5.4oF).

Normal Operating Conditions Extreme Power On Conditions

(up to 1 hour)

Storage Conditions Transit Conditions

Inside building Outside building (up to 3 months) (up to 1 week)

Temperature Range10oC ~ 40oC

(50oF ~ 104oF)-35oC ~ 50oC

(-30oF ~ 122oF)0oC ~ 40oC

(32oF ~ 104oF)-10oC ~ 50oC (14oF ~ 122oF)

-40oC ~ 60oC (-40oF ~ 140oF)

Max. Temperature Change Rate

10oC/hour (18oF/hour)





Relative Humidity 20% ~ 80% 10% ~ 100% 10% ~ 95% 10% ~ 90% 5% ~ 95%

Max. Humidity Change Rate

10%/hour 10%/hour — 15oC/hour (27oF/hour)

—

Maximum Dew Point

26oC (79oF)

— — — —

Environmental RequirementsEnvironmental Requirements


Acoustical Noise 3

The A-weighted sound power level, LNPE falls below the maximum recommended levels for category II environments:

● Operating: 68 decibels ● Idle: 65 decibels.

Barometric Pressure 3

Operating and transit limits are as follows:

● Maximum pressure: 105 kPa (31.01 inches of mercury or 1050 millibars)

● Minimum pressure: equivalent to a maximum altitude of 3000 m (9850 ft.).


Table of ContentsDecals



Chapter 4

Decals

Decal Specifications 4-1Advert Light 4-2Clear Window 4-2Card Reader Slot 4-3Deposit, Receipt, Envelope, Statement and Cash Decals 4-3

Table of ContentsDecals




-14
Decal SpecificationsDecalsD

Decal Specifications 4

The following illustration shows the approximate locations for thew various decals that you may wish to fit to the front of your ATM. On the following pages you can find dimensions, specifications and, in some cases, suggested graphics for these decals.

Note1: A combination of application and screen graphics can be used as an alternative or additional way of indicating and demonstrating the various exit and entry slots.

Note2: If your ATM is fitted with Enhanced Audio, the Clear Window will be replaced with the Audio Speaker.

DecalsDecal Specifications


Advert Light 4

The following are the dimensions for the Advert Light decal. These dimensions are based on a decal being applied to the flat, inside area of the Advert Light panel..

The materials used for an Advert Light decal will depend on the method of decal application.

Clear Window 4

The Clear Window decal, or Card Acceptance Window, insert to go on the front of the ATM should be of the following dimensions:

The insert should be a minimum of 0.8 mm (0.032 in.) thick. We recommend that the insert be made from one of the following materials:-

● Polycarbonate● Polyester● Paper.

690 mm (27.2 in.)

135 mm(5.3 in.)

3 mm (0.12 in.) radius on all corners

167 mm (6.6 in.)

87 mm(3.4 in.)





Card Reader Slot 4

If the Motorised Card Reader Module window is to be customised to indicate card orientation, the card/decal to be inserted in this recess should be of the following dimensions.

The insert should be a maximum of 0.75 mm (0.03 in.) thick.

Note: These are the dimensions of the industry-standard credit card.

Deposit, Receipt, Envelope, Statement and Cash Decals 4

The front of the ATM has been provided with recesses (except for cash exit) for decals to identify the entry and exit slots. The following illustrations are guidelines to their sizes and design although financial institutions may wish to design their own. The decals should be a maximum of 0.5 mm (0.02 in.) thick and it is

54 mm (2.1 in.)

85 mm(3.4 in.)





recommended that they be made from Textured Polycarbonate with 3M 467 High Performance MP adhesive.

Text height (0.2 in.)5 mm

1.5 mm(0.06 in.)

1.5 mm(0.06 in.)

10 mm(0.4 in.)

10 mm(0.4 in.)

10 mm(0.4 in.)

4.5 mm(0.18 in.)

IconBraille registered right

4 mm (0.16 in.)

Suggested Icon, Text and Braille Placement




13 mm(0.51 in.)

13 mm(0.51 in.)

13 mm(0.51 in.)

13 mm(0.51 in.)

13 mm(0.51 in.)

104 mm (4.1 in.)

104 mm (4.1 in.)

104 mm (4.1 in.)

104 mm (4.1 in.)

104 mm (4.1 in.)

Suggested design of Decals with Braille - the braille is embossed and shown black for illustration only


Table of ContentsPlanning Checklist and Installation Accessories



Chapter 5

Planning Checklist and Installation Accessories

Site Planning Checklist 5-1

Installation Accessories 5-2

Table of ContentsPlanning Checklist and Installation Accessories




-15
Site Planning ChecklistPlanning Checklist and Installation Accessories E

Site Planning Checklist 5

To assist you in preparing your site for the arrival of your Personas 88 ATM we provide here a check list of the various procedures that you should carry-out PRIOR to the arrival of your terminal. The procedures given are listed in chronological order, starting with the procedure that you should do first.

Activity Complete

Read the section “Customer Responsibilities” in the Preface

Select site and make scaled floor plan

Ensure correct environmental conditions

Establish all contractor and vendor related schedules

Check communication line requirements

Plan application development

Check floor plan and make any alterations

Install additional electrical outlets (if required)

Prepare site for data communication

Arrange for designing and printing of overlays/decals

Order technical publications

Order media supplies

Plan operator training (optional)

Ensure data comms. equipment is installed and tested

Ensure installation accessories listed on the next page are available

Planning Checklist and Installation AccessoriesInstallation Accessories


Installation Accessories 5

When installing your terminal it is recommended that you have the following items available:

● Pincers/claw hammer to remove staples/nails from around the air/sea pallet

● 24 mm (15/16 in.) ring/open-ended combination wrench or socket to remove pallet bolts

● To fit fixing bolts; a 19 mm (3/4 in.) ring/open-ended combination wrench or socket is required

● 17 mm (11/16 in.) ring/open-ended combination wrench or socket - only required if transportation feet are to be removed

● Phillips #2 screwdriver● 4 mm (5/32 in.) hex key● Lifting/moving device/fork-lift● Wooden/metal safety blocks to support ATM during

installation - only required if transportation feet are to be removed

● Temporary packing to protect the exterior of the ATM while moving and installing.

If you are using a pair of lifting trolleys to remove a terminal from an air/sea shipping pallet, you will require the following items:

● A metal ramp plate 650 mm (25.6 in.) square.● A plate support block● Two pallet extension blocks


Table of ContentsTransient Protection



Appendix A

Transient Protection

AC Power Line Transient Protection A-1

Data Line Transient Protection A-3

Table of ContentsTransient Protection




NCR Personas 88 ATM Site Preparation A
-1
AC Power Line Transient ProtectionTransient Protection A

AC Power Line Transient Protection A

In the process of power distribution, transient electrical energy (including, but not limited to, lightning strikes, intermittent short circuits, and switching transients) can be introduced on to power lines. Such transient energy can be very damaging to electronic hardware and can also cause data corruption. Under these circumstances, NCR recommends the use of ac power transient suppressors and data (communication) line transient suppressors. Such protective devices are intended to guard against power and data line transients that can result in hardware damage and various system or program errors.

Improvement of any deficiencies in power quality is a customer responsibility. Malfunction and/or component failure as a result of power quality problems are/is not covered by NCR Maintenance Agreement, NCR accepts no liability for any such occurrence nor for its consequences.

Transient ProtectionAC Power Line Transient Protection


When power transient suppression is required, the suppressors used should meet the following minimum requirements:

● Capable of dissipating energy to match the appropriate application categories as defined by IEEE Standard 587. These categories are described in the table below:

● Be of the voltage limiting (clipping) or tracking filter type. The suppressor must not ‘clamp’ the voltage to zero, and must self-recover after passage of the transient. The suppressor may be of the hybrid type construction that makes use of various technologies in order to meet speed and dissipation requirements.

● Exhibit a ‘short circuit’ mode upon its failure, thus providing a positive indication of its failure such as a blown fuse or tripped breaker.

● Be listed by the accepted safety organization for the country involved (e.g. UL, CSA, VDE, ETL, etc.) and the installation must conform to local, state, and national electrical codes and regulations.

Location Category

Comparableto IEC 664Category

Transient

Waveform Amplitudes

A=Outlets >10 m (30 ft) from Cat. BA= Outlets >20 m (60 ft) from Cat. C

II 0.5 µs Risetime, then 100 kHz Ringwave, each peak = 60% of previous

6kV

200A

B = Major feeders, short branch circuits, and load centers

III Volts = 1.3 x 5 µsCurrent = 8 x 20 µsand0.5 µs Rise = 100 kHz Ringwave

6kV3kA

6kV500A

C = Service Entrance and run to load center

IV Volts = 1.2 x 5 µs

Current = 8 x 20 µs

10kVor more

10kAor more

A-2 NCR Personas 88 ATM Site Preparation

Transient ProtectionData Line Transient Protection


Data Line Transient Protection A

The nature of the transient phenomenon may extend to the data communication lines connected to this equipment. It is the responsibility of the customer to install and connect a data line transient suppression system to correct or prevent any deficiencies. Such systems must meet the following minimum requirements:

● Be of the voltage limiting type and must self-recover after passage of the transient

● Exhibit a “short circuit” mode upon its failure to insure a positive indication of its failure

● Insert less than 5 ohms resistance, and minimal inductive and capacitive loading at the operating frequency, in each data line in order to avoid signal degradation

● Be installed in accordance with all applicable local, state, and national electrical codes and regulations.

Note: In certain countries, NCR is able to supply both power and data line transient suppressors as well as a comprehensive line of power conditioning equipment. For application data, contact your NCR Customer Services Division Representative.

NCR Personas 88 ATM Site Preparation A-3

Transient ProtectionData Line Transient Protection


A-4 NCR Personas 88 ATM Site Preparation

Table of ContentsPower Protection

Book.bk Page v Wednesday, April 24, 2002 9:29 AM


Appendix B

Power Protection

NCR Power Protection Products B-1AC Power Line Transient Protection B-1Data Line Transient Protection B-2Uninterruptible Power Supplies B-3

On-line UPS Range B-3Enhanced Line-interactive UPS Range B-4Line-interactive UPS Range B-5

Contact Information B-5

Table of ContentsPower Protection

Book.bk Page vi Wednesday, April 24, 2002 9:29 AM



NCR Personas 88 ATM Site Preparation B
-1
NCR Power Protection ProductsPower ProtectionB

NCR Power Protection Products B

Power protection equipment suitable for use with NCR ATMs can be purchased from the NCR Power Protection and Cabling group. Some of these products are outlined below.

AC Power Line Transient Protection B

The following products can be purchased from the NCR Power Protection and Cabling group to help provide protection from power line spikes and surges:

These products have numerous features:

● unique five-stage hybrid circuitry● protection from spikes and surges● protection covers all modes - line to neutral, line to earth

(ground) and neutral to earth (ground)● integral RF/EMI damping capability● thermal overload protection● high capacity fusing● indicator lights display operational readiness● highly flame retardant plastic housing, conforming to UL94-5V.

NCR Product ID Description

4060-4030-0094 110V, 3 outlet, wall plug-in, 15 Amp suppressor, United States applications

4060-4050-0094 110V, 3 outlet, strip, 15 Amp suppressor with 1.8 m (6 ft.) of cable, United States applications

4060-4070-0094 110V, 7 outlet, strip, 15 Amp suppressor with 1.8 m (6 ft.) of cable, United States applications

4060-4310-7594 220V, 4 outlet, strip, United Kingdom plug fitted

4060-4311-7594 220V, 4 outlet, strip, German/European plug fitted

4060-4312-7594 220V, 4 outlet, strip, French plug fitted

Power ProtectionNCR Power Protection Products


Data Line Transient Protection B

The following Data Line Transient Voltage Surge Suppressors can be purchased from the NCR Power Protection and Cabling group to help protect the communications port against harmful transient surges from both external and internal sources not eliminated by Uninterruptible Power Supplies or other AC protection:

Note: The first two products are designed to snap-in to the interface port on NCR Series 4000 Transient Voltage Surge Suppressors in the United States. The second two products are designed to be stand-alone for use in Europe.


4060-K018-V000 25 pin, CMP, snaps in to United States surge suppressors

4060-K019-V000 25 pin, CFP, snaps in to United States surge suppressors

4060-K021-V000 25 pin, CMP, stand-alone, all applications

4060-K022-V000 25 pin, CFP, stand-alone, all applications

B-2 NCR Personas 88 ATM Site Preparation



Uninterruptible Power Supplies B

Uninterruptible Power Supplies (UPS) can be purchased from the NCR Power Protection and Cabling group to help protect information and equipment by providing power conditioning and battery back-up.

On-line UPS Range B

These products offer:

● on-line topology● 10 minute battery backup at full load● true sine wave output● 100% clean, conditioned power to connected equipment● extended battery cabinets available for extended run times● on-board SNMP optional on all models● standard LAN/serial (RS-232-C) network interface● standard rack-mountable unit design● also available in 1500 VA, 2100 VA and 3000 VA sizes.


4084-1000-7194 1000 VA on-line UPS with rack/tower configuration, 120VAC 50/60 Hz

4084-1000-7494 1000 VA on-line UPS with rack/tower configuration, 230VAC 50/60 Hz

NCR Personas 88 ATM Site Preparation B-3



Enhanced Line-interactive UPS Range B


● line-interactive topology● 8 minute battery backup at full load● true sine wave output● input voltage selectable to 110/127 VAC or

220/240 VAC● advanced battery management prolongs battery life and

ensures quick availability after discharge● advanced battery management for early failure detection and

advanced user warning● internal transformer provides voltage buck/boost● standard LAN/serial (RS-232-C) network interface● rack-mountable configuration● available in 600 VA, 1500 VA, 2000 VA, 2200 VA sizes.


4071-1000-7194 1000 VA Enhanced line-interactive UPS, 120VAC 60 Hz

4071-1001-7194 1000 VA Enhanced line-interactive UPS, 120VAC 60 Hz, Rack-mountable

4071-1000-7494 1000 V A Enhanced line-interactive UPS, 230 VAC, 50/60 Hz

4071-1001-7494 1000 V A Enhanced line-interactive UPS, 230 VAC, 50/60 Hz, Rack-mountable




Line-interactive UPS Range B


● line-interactive topology● 7 minute battery backup at full load● modified sine wave output● input voltage selectable at 110/127 VAC or

220/240 VAC● advanced battery management prolongs battery life and

ensures quick availability after discharge● advanced battery management for early failure detection and

advanced user warning● internal transformer provides voltage buck/boost● standard LAN/serial (RS-232-C) network interface● hot-swappable batteries● available in 450 VA, 700 VA, 1500 VA sizes.

Contact Information B

For more information from NCR’s Power Protection and Cabling Group on the power protection, data line transient suppressors and uninterruptible power supply products available, warranty or configuration assistance, call the appropriate number below:


4070-1000-7194 1000 VA Line-interactive UPS, 120AC, 60 Hz

4071-1000-7494 1000 VA Line-interactive UPS, 230VAC, 50/60 Hz

Telephone: Facsimile:

+1 919 460 9489 (or, from inside USA only:1 800 257 045)

+1 919 460 9653or+1 919 460 8976

NCR Personas 88 ATM Site Preparation B-5

Table of ContentsKiosk Design



Appendix C

Kiosk Design

Kiosk Design Examples C-1Basic Kiosk C-2Turntable Kiosk A C-3Turntable Kiosk B C-4Sliding Mechanism Kiosk C-5

Table of ContentsKiosk Design




NCR Personas 88 ATM Site Preparation C
-1
Kiosk Design ExamplesKiosk DesignC

Kiosk Design Examples C

This appendix provides some examples of possible designs for kiosks intended to house a Personas 88 ATM. In all cases, due allowance must be made for the service clearances shown in the section “Installation and Service Clearances” on page 1-7. However, kiosk dimensions can be reduced below those shown as long as the design includes doors, panels or walls that can be removed, opened or slid out of the way so as to provide the required service clearances.

Due to a kiosk’s small size and often exposed location, careful attention must be given to maintaining the environmental conditions within the kiosk. See “Environmental Requirements” on page 3-1 for more details.

Note that these are only examples of possible kiosk design solutions, they are not recommendations.

Kiosk DesignKiosk Design Examples


Basic Kiosk C

Possible design for a plain kiosk providing the minimum recommended service clearances.

C-2 NCR Personas 88 ATM Site Preparation



Turntable Kiosk A C

Design concept for a kiosk to provide the minimum service clearances, security and privacy during service and replenishment and yet occupy a narrow island.

With the entrance door in the position shown, the recommended access to the cash dispenser electronics can be provided by leaving the door open. An arrangement of hinged panels, as shown at the

254 mm(10.0 in.)

153 mm(6.0 in.)

SERVICE POSITION

OPERATING POSITION

1380 mm(54.3 in.)

NCR Personas 88 ATM Site Preparation C-3



front of the kiosk, provides both the 254 mm (10 in.) clearance and affords privacy and security to the operator.

Turntable Kiosk B C

A simplified version of the Turntable Kiosk A concept without the front panels and occupying a wider island.

As with the Turntable Kiosk A design the entrance door can be positioned to provide the additional clearance for the dispenser electronics.

1380 mm(54.3 in.)

254 mm(10.0 in.)

2800 mm(110.0 in.Approx)

153 mm(6.0 in.)




Sliding Mechanism Kiosk C

A suggested design for a kiosk employing sliding mechanisms to minimise island width.

1380 mm(54.3 in.)

153 mm(6.2 in.) Min

254 mm(10.0 in.)

ATMslides forward

Back half of Kioskslides backward

560 mm(22.0 in.) Rec.

NCR Personas 88 ATM Site Preparation C-5

Index


-1Index
Index 0

AAC Power Line Transient Protection B-1Acoustical Noise 3-2Air Flow 3-1Altitude Limit 3-2Anchor Bolts 1-12

BBarometric Pressure Limits 3-2Bolt Holes, Dimensions/Positions 1-12

CCommunications Requirements 2-3Curb Set-Back

Dimensions 1-5Customer Responsibilities xiii

DData Line Transient Protection B-2Decal Specifications 4-1, 4-4

Advert Light 4-2Card Reader 4-3Clear Window 4-2Deposit, Receipt, Envelope, Statement and Cash Decals 4-3

DimensionsCorridor 1-2Curb Set-Back 1-5Decals 4-2Facia Items 1-4Hole in the Wall 1-5Installation Clearances 1-7Packaging 1-1

EEarthing Requirements 2-2Electrical Requirements 2-1EMC Emission 2-2EMC Susceptibility 2-2Environmental Requirements 3-1Exterior Wall Clearance 1-10

Index


FFloor Area Required 1-7Floor Bolts (Security Bolts) 1-12Floor Covering 1-12Floor Loading 1-12

GGrounding Requirements 2-2

HHeat Dissipation 3-1Heights to Main Facia Items 1-4High Order Comms Standard Cable (RS-232-C) 2-4Hole in the Wall

Curb Set-Back 1-5Dimensions 1-5Exterior Clearances 1-10Preparation 1-6

Humidity Limits 3-1

IIBM Local Loop 2-6Input Voltage Setting 2-1Installation Accessories 5-2Installation and Service Clearances 1-7

Ceiling Height 1-9Exterior Wall 1-10Floor Area 1-7

KKerb Set-Back

Dimension 1-5Kiosk Design C-1Kiosk Design Examples

Basic C-2Sliding C-5Turntable A C-3Turntable B C-4

MMedia Specifications 1-13

NNCR Token Ring Adapter Cable 2-5Night Depository Cables 2-9Noise ( Accoustic) 3-2

Index-2 NCR Personas 88 ATM Site Preparation

Index


PPackaging Dimensions 1-1Plinth 1-11Plinth Details 1-11Power Cable 2-1Power Line Transient Protection B-1Power Protection And Cabling Products

Contact Information B-5Power Requirements 2-1Preparation

Ceiling height 1-9Exterior Wall 1-10Floor area 1-7Floor or Plinth 1-11Hole in the Wall 1-5–1-6

Product Identification xv

RRemote Device Cables

Alarm Interface 2-11Night Depository Cables 2-9Remote Relay Cable 2-13Remote Status Monitor 2-8RS-232-C 2-7

Remote Status Indicator 2-8

SSecurity Bolts 1-12Service Clearances 1-7

Ceiling Height 1-9Exterior Wall 1-10

Service Footprint 1-7Site Planning Check List 5-1

TTemperature Limits 3-1Temperature Rise 3-1Terminal Dimensions, Dimensions

Terminal 1-3Token Ring Adapter Cable 2-5Transient Power Loss 2-1Transient Protection

AC Power A-1Data Line A-3

Transient Protection and Power Supply Products B-1

NCR Personas 88 ATM Site Preparation Index-3

Index


UUninterruptible Power Supplies B-3

WWeight 1-12

Index-4 NCR Personas 88 ATM Site Preparation

NCR welcomes your feedback on this publication. Your comments can be of great value in helping us improve our information products.

You may send your comments, electronically, to the Information Solutions Department at Dundee. See over for details.

Indicate the ways you feel we could improve this publication.

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Write any additional comments you may have below and on additional sheets, if necessary. Includepage numbers where applicable.

Use the following addresses to send your comments, electronically, to the Information SolutionsDepartment at Dundee:e-mail - [email protected]

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