Personas M Series - Money Handling Machines

Transcription

Personas M Series
5886 Drive-Up
Site Preparation and Installation
B006-6328-F000
1204
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.
APTRA TM and PersonasTM are trademarks of NCR Corporation
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 Ltd
Information Solutions
Kingsway West
Dundee,
Scotland
DD2 3XX
© 2001, 2002, 2003, 2004
By NCR Corporation
Dayton, Ohio U.S.A.
All Rights Reserved
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.
This 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.
Information to User
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.
NCR Personas M Series 5886 Drive-Up Site Preparation and Installation
iii
iv
Revision Record
Revision Record
Date
Page
Description of Change
Aug 02
All
New Publication for Personas 86 Drive-Up
Sept. 03
All
Update to include Cash Acceptor and Cheque
Acceptor
Title change from Personas 86 to Personas M Series
5886
Sept. 03
All
Revision B: update to include short sleeve
Feb. 03
All
Revision C: update to remove disclaimer relating to
Cheque Acceptor, changes to severe environment
and short sleeve height requirements
July 04
Chap 1
Revision D: update for new dispenser slides
Sept. 04
Chaps 9
& 10
Revision E: update to include new statement printer
(type 2).
Dec. 04
Chap 1
Revision F: update to ‘Installation and Service
& Chap 9 Clearance’ section and for left-hand side envelope
depository
NCR Personas M Series 5886 Drive-Up ATM Site Preparation and Installation
v
vi
Table of Contents
Contents
Preface .....................................................................................................xiii
Site Preparation ...............................................................................xiii
Installation .......................................................................................xiv
Overview..........................................................................................xiv
Customer Responsibilities .............................................................. xv
Product Identification.....................................................................xvi
Chapter 1
Physical Requirements
Package Dimensions ............................................................................. 1-1
Manoeuvring the ATM Into Position...........................................1-2
ATM Dimensions .................................................................................. 1-4
Standard Sleeve Before Collar has Been Fitted...........................1-5
Short Sleeve Before Collar has Been Fitted ................................. 1-6
Standard Collar ...............................................................................1-7
Standard Collar With Advert Light .............................................1-8
Severe Environment Fitted ............................................................ 1-9
Cheque Acceptor Fitted ............................................................... 1-10
Heights to Main Facia Items........................................................ 1-11
Ambient Lighting.......................................................................... 1-12
Installation and Service Clearances ..................................................1-13
Recommended Clearances...........................................................1-13
Minimum Clearances ................................................................... 1-17
Exterior Wall.................................................................................. 1-26
Service Access Panels.......................................................................... 1-28
Hole in the Wall ................................................................................... 1-29
Installation Categories.................................................................. 1-29
Installing Through a Glass Wall ................................................. 1-29
Replacing 5088 With Modifications to Hole in Wall ...................... 1-30
Dimensions for an ATM With Standard Sleeve .......................1-30
Dimensions for an ATM With Short Sleeve .............................. 1-31
NCR Personas M Series 5886 Site Preparation and Installation
vii
Table of Contents
Plinth Requirements .....................................................................1-31
Replacing 5688 With no Modifications to the Hole in Wall ..........1-32
Dimensions for an ATM With Short Sleeve ..............................1-33
Installing Through a New Hole.........................................................1-34
Dimensions for an ATM With Short Sleeve ..............................1-35
Sealing the Hole in the Wall Against Cold and Water...................1-36
Requirements for the Floor ................................................................1-37
Support Plinth ...............................................................................1-37
Mandatory Modifications to Plinth or Floor ...................................1-40
Concrete Plinth ..............................................................................1-40
Adjustable Plinth...........................................................................1-40
ATM Installed Directly on to the Floor......................................1-40
Floor Loading ................................................................................1-42
Security Bolts .................................................................................1-42
Floor Covering...............................................................................1-42
Infill Panel Dimensions.......................................................................1-43
Infill Panel (5088) ..........................................................................1-43
Infill Panel (5688) ..........................................................................1-44
Internal Space Constraint for Fitting a Third Party Video
Camera ...............................................................................................1-45
Chapter 2
Electrical Requirements
Power Quality Distribution and Grounding Requirements ...........2-1
AC Power Requirements ...............................................................2-1
Input Voltage Setting......................................................................2-1
Power Consumption.......................................................................2-1
Power Cable .....................................................................................2-2
Grounding Requirements ..............................................................2-2
Transient Power Loss .....................................................................2-3
EMI Susceptibility ...........................................................................2-3
EMI Emission...................................................................................2-3
Communications Requirements ..........................................................2-4
High Order Communications Cable ............................................2-4
Remote Device Cables ....................................................................2-6
viii
Table of Contents
Chapter 3
Environmental Requirements
Environmental Requirements.............................................................. 3-1
Temperature and Humidity .......................................................... 3-1
Barometric Pressure........................................................................3-2
Electromagnetic Compatibility (EMC) and Safety..................... 3-4
Acoustics ..........................................................................................3-4
Heat Dissipation.............................................................................. 3-4
Air Flow............................................................................................ 3-4
Temperature Rise ............................................................................ 3-4
Chapter 4
Decal Requirements
Decal Dimensions .................................................................................. 4-1
Card Orientation Window.............................................................4-2
Card Acceptance Decal .................................................................. 4-3
Clear Window .................................................................................4-3
Advert Light .................................................................................... 4-4
Entry/Exit Slot Decals.................................................................... 4-5
Chapter 5
Installation Accessories and Planning Check List
Installation Accessories ........................................................................5-1
Planning Check List .............................................................................. 5-2
Chapter 6
Installation Procedure
Introduction............................................................................................ 6-1
Installation Steps ............................................................................. 6-1
Site Preparation ...............................................................................6-1
Tools Required For ATM Installation .......................................... 6-1
Moving the ATM............................................................................. 6-2
ix
Table of Contents
Chapter 7
Preparing the ATM For Installation
Removing the External Packaging From the ATM...........................7-1
Inspecting the ATM For Damage .................................................7-1
Installation Report Form ................................................................7-2
Opening the ATM..................................................................................7-3
How to Open the ATM ..................................................................7-3
How to Unlock and Lock the Standard Security Enclosure............7-5
Keylocks ...........................................................................................7-6
Combination Locks .........................................................................7-6
Combination Lock and Separate Keylock ...................................7-8
How to Unlock and Lock an Electronic Lock ..................................7-12
Unlocking .......................................................................................7-12
Locking ...........................................................................................7-13
Emergency Opening Procedure..................................................7-14
How to Unlock and Lock a Controlled Access Electronic Lock ...7-15
Controlled Access Electronic Lock (Type 1) .............................7-16
Controlled Access Electronic Lock (Type 2) .............................7-18
Removing the ATM From Its Pallet ..................................................7-24
Chapter 8
Installing the ATM – Physical Installation
Introduction............................................................................................8-1
Installation Categories....................................................................8-1
Connecting Cables ..........................................................................8-1
Fitting the Severe Environment Parts.................................................8-2
Dismantling the Severe Environment Parts ................................8-2
Removing the 80-Column Printer.................................................8-4
Removing the Side-Access Service Panel ....................................8-7
Fitting the Severe Environment Parts ........................................8-11
Sealing the ATM............................................................................8-17
Fitting a Cheque Acceptor Bin (If Configured)...............................8-22
Cheque Acceptor Bin With a Keylock........................................8-22
Cheque Acceptor Bin With a Sub-Lock .....................................8-24
Positioning the ATM ...........................................................................8-27
Fitting An Infill Panel..........................................................................8-28
Infill Panel (5088) ..........................................................................8-28
Infill Panel (5688) ..........................................................................8-29
Fitting the Collar ..................................................................................8-31
x
Table of Contents
Fitting the Standard Collar With Facia Light............................ 8-31
Fitting the Standard Collar With Advert Light ........................ 8-36
Sealing the Collar and Bolting the ATM to the Plinth ................... 8-44
Chapter 9
Installing the ATM – Internal Packaging and Cables
Removing the Internal Packaging....................................................... 9-1
Module Locations .......................................................................... 9-2
Top-Box ............................................................................................ 9-3
Security Enclosure .......................................................................... 9-4
Operator Panel ................................................................................ 9-5
Currency Dispenser ........................................................................9-6
PC Core............................................................................................. 9-8
Magnetic Card Reader/Writer......................................................9-9
Receipt and Journal Printers ....................................................... 9-10
80 Column Printer Release Latch................................................ 9-11
Statement Printer .......................................................................... 9-12
Depository and Depository Bin ..................................................9-14
Cash Acceptor ...............................................................................9-16
Cheque Acceptor........................................................................... 9-17
Connecting Cables to the ATM ......................................................... 9-18
Power Cable................................................................................... 9-18
Connecting All Other Cables ...................................................... 9-21
Chapter 10
Configuring the ATM
Introduction.......................................................................................... 10-1
Currency Cassette Configuration...................................................... 10-2
Device Configuration.......................................................................... 10-3
Communications Configuration ....................................................... 10-4
Self-Service Support ..................................................................... 10-4
S4I .................................................................................................... 10-4
Currency Dispenser Configuration ..................................................10-5
Strapping ........................................................................................10-5
Currency Cassette Configuration...................................................... 10-6
40-Column Printer Configuration..................................................... 10-7
Thermal Receipt and Journal Printers........................................ 10-7
Basic Configuration ......................................................................10-8
Advanced Configuration and Calibration ................................10-8
Dot-Matrix Journal Printer ........................................................ 10-12
xi
Table of Contents
80-Column Printer Configuration ...................................................10-13
Adjusting DIP Switch Settings ..................................................10-14
Adjusting Jumper JP1 (Type 2 Printer only) ...........................10-16
Adjusting Hopper Paper Guides ..............................................10-16
Adjusting the Contrast ...............................................................10-22
Capture Bin Threshold ...............................................................10-23
Envelope Dispenser...........................................................................10-24
Adjusting the Spacer Length .....................................................10-28
Chapter 11
Fitting Decals to the ATM
Fitting the Decals .................................................................................11-1
Advert Light ..................................................................................11-1
Card Orientation Window and Clear Window ........................11-1
Entry/Exit Decals..........................................................................11-2
Card Acceptance Decal ................................................................11-2
Appendix A
Transient and Power Protection
AC Power Line Transient Protection .................................................A-1
Data Line Transient Protection ...........................................................A-3
NCR Power Protection and Cabling Products .................................A-4
AC Power Line Transient Protection ..........................................A-4
Data Line Transient Protection ....................................................A-5
Uninterruptible Power Supplies ..................................................A-5
Contact Information ......................................................................A-7
Index
Index................................................................................................Index-1
User Feedback Form
xii
Preface
Preface
Site Preparation
Chapter 1 to Chapter 5 of this document contain 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 these chapters 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 the chapters 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.
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.
xiii
Preface
Installation
Chapter 6 to Chapter 11 are intended for NCR personnel or NCR
customer personnel who are required to install an NCR 5886 DriveUp Automated Teller Machine (ATM).
The chapters describe how to move the ATM from its point of
delivery and install it in the required location.
The procedures are presented in six chapters with the following
contents:
●
●
●
●
●
●
Chapter 6 lists the steps and tools required to install an ATM,
and details how to move the ATM to the installation site
Chapter 7 describes how to unpack the ATM and remove it from
its pallet
Chapter 8 describes the installation of the ATM through the hole
in the wall
Chapter 9 describes how to remove the internal packaging and
how to connect cables
Chapter 10 describes the configuration procedure
Chapter 11 describes how to fit decals to the front of the ATM.
The procedures, from Chapter 6 to Chapter 10, must be followed in
sequence. The procedures in Chapter 11 can be carried out at any
time, before or after the installation of the ATM.
Overview
The NCR Personas M Series 5886 Drive-Up Automated Teller
Machine (ATM) is a self-service ATM which may be installed
through any suitable exterior wall or kiosk, in the first drive-up
lane.
This publication is specific to Drive-Up. For the Walk-Up version,
refer to the publication ‘Personas M Series 5886 Site Prep Manual’
(B006-6191) or ‘Personas M Series 5886 Installation Manual’
(B006-6193).
The 5886 is available as:
●
●
Walk-Up
short sleeve (UL security enclosure only)
●
standard sleeve.
●
Drive-Up (UL security enclosure only)
short sleeve
●
standard sleeve.
●
The ATM is designed to provide a range of services such as:
●
●
●
xiv
Cash withdrawals
Statement printing
Cheque book requests
Preface
●
●
●
●
●
●
Customer Responsibilities
Account enquiries
Transfers
Envelope deposits
Envelope dispensing
Cheque Deposits
Cash Deposits.
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.
xv
Preface
●
●
●
●
Product Identification
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.
Install the product at a height which meets the accessibility
regulations of the relevant country.
The product is identified by a class type number, 5886, and a 4 digit
model number which is printed on a label fixed inside the top
cabinet of the ATM and above the receipt printer. The first two
digits of the model number identify the major model (normally 01),
the next two digits identify the minor model (normally 01). The
serial number is unique to each ATM. The tracer number is used to
identify where the ATM was built. Please quote all of the serial and
tracer numbers, including the prefix, when making reference to the
ATM.
NCR Global Soltutions Ltd.
Serial: XX-XXXXXXXX
Vac: 220 - 240
Made in UK
U L
Class: 5886
Model: XXXX
Tracer: XX-XXXXX
LISTED
649
Automated Teller Machine
24 Hour Service Level 1
Hz: 50/60
A:6.3
 LR 32207
Electromagnetic Compatibility
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
(1) This device may not cause harmful interference, and (2) this device must accept any interference
received, including interference that may cause undesired operation.
This apparatus does not exceed Class A limits for radio noise emissions set out in the Radio Interference
Regulations of Canada.
Le present appariel n’emet pas de bruits radioelectriques depassant les limites de la classe A prescrites
dans le Reglement sur le brouillage radioelectrique du Canada.
‘’Complies with FDA Radiation Performance Standards, 21 CFR Subchapter J’‘
xvi
Table of Contents
Chapter 1
Package Dimensions
Manoeuvring the ATM Into Position
ATM Dimensions
Standard Sleeve Before Collar has Been Fitted
Short Sleeve Before Collar has Been Fitted
Standard Collar
Standard Collar With Advert Light
Severe Environment Fitted
Cheque Acceptor Fitted
Heights to Main Facia Items
Topmost Viewable Facia Item
Ambient Lighting
1-1
1-2
1-4
1-5
1-6
1-7
1-8
1-9
1-10
1-11
1-12
1-12
Installation and Service Clearances
1-13
Recommended Clearances
1-13
Important Notice to Users
1-13
Standard Sleeve Recommended Clearances
1-14
Short Sleeve Recommended Clearances
1-15
Minimum Clearances
1-17
1-17
Standard Sleeve Minimum Clearances (Envelope
Depository Module and/or Currency Dispenser)
1-18
Short Sleeve Minimum Clearances (Envelope
1-20
Standard Sleeve Minimum Clearance (Cheque Acceptor
(Type 2) and/or Cash Acceptor (UD-686), or Dual
Dispenser)
1-22
Exterior Wall
1-26
Standard Collar
1-26
1-27
Service Access Panels
1-28
Hole in the Wall
1-29
Table of Contents
Installation Categories
Installing Through a Glass Wall
1-29
1-29
Replacing 5088 With Modifications to Hole in Wall
Dimensions for an ATM With Standard Sleeve
Dimensions for an ATM With Short Sleeve
Plinth Requirements
1-30
1-30
1-31
1-31
Replacing 5688 With no Modifications to the Hole in Wall
Plinth Requirements
1-32
1-32
1-33
1-33
Installing Through a New Hole
Plinth Requirements
1-34
1-34
1-35
1-35
Sealing the Hole in the Wall Against Cold and Water
1-36
Requirements for the Floor
Support Plinth
Standard Sleeve Installation
Short Sleeve Installation
1-37
1-37
1-38
1-39
Mandatory Modifications to Plinth or Floor
Concrete Plinth
Adjustable Plinth
ATM Installed Directly on to the Floor
Floor Loading
Security Bolts
Floor Covering
1-40
1-40
1-40
1-40
1-42
1-42
1-42
Infill Panel Dimensions
Infill Panel (5088)
Infill Panel (5688)
1-43
1-43
1-44
Table of Contents
Internal Space Constraint for Fitting a Third Party
Video Camera
1-45
Table of Contents
Package Dimensions
1
Package Dimensions
1
The dimensions of a packaged ATM are shown below.
1-1
Package Dimensions
Manoeuvring the ATM
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 ATM in an area with sufficient
access and then move it to the installation site. Also ensure that any
corridors can support the weight of the ATM.
The following table shows the minimum dimensions for doorways,
corridors with right angle corners and the space required to rotate
an ATM on its axis.
Note 1: The dimensions assume the ATM is being moved using
equipment that does not extend beyond the base of the ATM or
packaging.
Note 2: A surrounding clearance of 6 mm (0.25 in.) has been
allowed in the figures.
1-2
Package Dimensions
Unpackaged ATM
(Standard Sleeve)
Unpackaged ATM
(Short Sleeve)
Packaged ATM
A Doorway or
straight corridor
827 mm
(32.56 in.)
827 mm
(32.56 in.)
1007 mm
(39.65 in.)
B Corridor with
corner
1009 mm
(39.72 in.)
969 mm
(38.15 in.)
1221 mm
(48.07 in.)
C Rotation about
centre
1455 mm
(57.28 in.)
1363 mm
(53.66 in.)
1754 mm
(69.06 in.)
A
B
B
C
1-3
ATM Dimensions
ATM Dimensions
The following illustrations show dimensions for ATM’s configured
with UL security enclosures.
Note: Cables enter the ATM through the hole in the base of the
ATM security enclosure. The location of the hole is shown in the
illustration “Support Plinth” (see page 1-29).
1-4
1
ATM Dimensions
Standard Sleeve Before
Collar has Been Fitted
The dimensions in the illustration below show the ATM before a
collar has been fitted.
1
55.0 mm
(2.17 in.)
600.0 mm
(23.62 in.)
160.0 mm
(6.30 in.)
804.7 mm
(31.68 in.)
1185.7 mm
(46.68 in.)
1257.0 mm
(49.49 in.)
1105.0 mm
(43.50 in.)
511.0 mm
(20.12 in.)
815.0 mm
(32.09 in.)
4.8 mm
(0.19 in.)
515.6 mm
(20.30 in.)
350.7 mm
(13.81 in.)
835.0 mm
(32.87 in.)
1-5
ATM Dimensions
Short Sleeve Before Collar
has Been Fitted
The dimensions in the illustration below show the ATM before a
collar has been fitted.
1
55.0 mm
(2.17 in.)
600.0 mm
(23.62 in.)
160.0 mm
(6.30 in.)
804.7 mm
(31.68 in.)
1072.4 mm
(42.22 in.)
1257.0 mm
(49.49 in.)
1105.0 mm
(43.50 in.)
511.0 mm
(20.12 in.)
815.0 mm
(32.09 in.)
1-6
4.8 mm
(0.19 in.)
515.6 mm
(20.30 in.)
237.4 mm
(9.35 in.)
835.0 mm
(32.87 in.)
ATM Dimensions
Standard Collar
1
The dimensions in the illustration below show a standard sleeve
ATM with a standard collar fitted.
55.0 mm
(2.17 in.)
600.0 mm
(23.62 in.)
160.0 mm
(6.30 in.)
715.0 mm
(28.15 in.)
37.5 mm
(1.48 in.)
1257.0 mm
(49.49 in.)
804.7 mm
(31.68 in.)
322.7 mm
(12.70 in.)
See Note
1175.3 mm
(46.27 in.)
511.0 mm
(20.12 in.)
464.9 mm
(18.30 in.)
815.0 mm
(32.09 in.)
835.0 mm
(32.87 in.)
Note: For short sleeve terminals, this dimension is
209.4 mm (8.24 in.)
1-7
ATM Dimensions
Standard Collar With
Advert Light
The dimensions in the illustration below show a standard sleeve
ATM with a standard collar with advert light fitted.
1
55.0 mm
(2.17 in.)
600.0 mm
(23.62 in.)
160.0 mm
(6.30 in.)
715.0 mm
(28.15 in.)
37.5 mm
(1.48 in.)
1338.3 mm
(52.69 in.)
804.7 mm
(31.68 in.)
322.7 mm
(12.70 in.)
See Note
1257.0 mm
(49.49 in.)
511.0 mm
(20.12 in.)
464.9 mm
(18.30 in.)
815.0 mm
(32.09 in.)
835.0 mm
(32.87 in.)
Note: For short sleeve terminals, this dimension is
209.4 mm (8.24 in.)
1-8
ATM Dimensions
Severe Environment Fitted
1
The dimensions in the illustration below show the ATM with severe
environment fitted.
248.0 mm
(9.76 in.)
188.1 mm
(7.41 in.)
82.2 mm
(3.24 in.)
224.0 mm
(8.82 in.)
452.0 mm
(17.80 in.)
1-9
ATM Dimensions
Cheque Acceptor Fitted
1
The dimensions in the illustration below show the ATM with a
cheque bin when a cheque acceptor has been fitted.
134.0 mm
(5.28 in.)
Without Bin
16.5 mm
(0.65 in.)
285.5 mm
(11.24 in.)
144.0 mm
(5.67 in.)
230.5 mm 15.0 mm
(9.07 in.) (0.59 in.)
92.5 mm
(3.64 in.)
224.3 mm
(8.83 in.)
540.6 mm
(21.28 in.)
1-10
ATM Dimensions
Heights to Main Facia
Items
The following table gives the heights and depths to the main facia
items, located on the 5886 Drive-Up facia. All the height dimensions
are calculated from road level and are based on the ATM being
installed at the optimum height, given in the “Hole In The Wall”
section later in this chapter.
1
Item
Height
(from Road Level)
Depth
(from front of Collar)
A
Statement
1317.7 mm (51.88 in.)
151.0 mm (5.94 in.)
B
Display
1171.7 mm (46.13 in.)
150.5 mm (5.93 in.)
C
2nd Functional Display Key
1123.0 mm (44.21 in.)
120.0 mm (4.72 in.)
D
1st Functional Display Key
1090 mm (42.91 in.)
115.0 mm (4.53 in.)
E
Cash Exits 1 & 2
1023.6 mm (40.30 in.)
116.0 mm (4.57 in.)
F
No. 5 Key
930.0 mm (36.61 in.)
15.0 mm (0.59 in.)
G
Speaker
1363.5 mm (53.68 in.)
178.0 mm (7.01 in.)
H
Receipt
1294.5 mm (50.96 in.)
157.0 mm (6.18 in.)
I
Card Reader, Motorised
1207.8 mm (47.55 in.)
138.0 mm (5.43 in.)
J
Card Reader, Dip
1207.0 mm (47.52 in.)
87.0 mm (3.43 in.)
K
Camera Window
1211.0 mm (47.68 in.)
130.0 mm (5.12 in.)
L
Audio Jack Plug
1108.4 mm (43.64 in.)
105.0 mm (4.13 in.)
M
Envelope/Cheque/Cash deposit
1017.5 mm (40.06 in.)
116.0 mm (4.57 in.)
A
G
H
B
I, J
K
C
D
E
L
M, E
F
1-11
ATM Dimensions
Topmost Viewable Facia Item
1
The following illustration shows the projected angle from the front
of the standard collar to the topmost viewable facia item.
45
Ambient Lighting
1
Statement
If the ATM is fitted with a video camera it is strongly recommended
that there is a minimum of 200 LUX lighting at floor level within the
area illustrated below. This lighting level conforms to:
●
●
Australian Standard for Automatic Teller Machines (1990)
Lighting for Automated Teller Machines as prepared by
Illuminating Engineering Society of North America (1997).
1000 mm
(39.4 in.)
1500 mm
(59.1 in.)
Note: A minimum of 200 LUX is recommended for task lighting.
1-12
Recommended Clearances
1
1
The following illustrations show the recommended areas required
for installing and servicing the ATM.
Note: If the ATM is replacing a 5088 installation, the building or
kiosk may need rework or replacement, as the clearance area is
predominantly to the rear of the ATM.
1
If it is likely that the ATM might be fitted with other new modules
as they become available, you should use the recommended
clearances.
1-13
Standard Sleeve Recommended Clearances
1
1000 mm
(39.4 in.)
461 mm
(18.1 in.)
900 mm
(35.4 in.)
Currency Dispenser
1737 mm
(68.4 in.)
Currency Dispenser
120
461 mm
(18.1 in.)
2123 mm
(83.6 in.)
1745 mm
(68.7 in.)
Recommended
Clearance
See
Note 1
Plinth
Note 1: The height of the plinth depends upon the difference in
height between road level and the interior floor. If there is no
difference, as the illustration shows, the plinth must have a height of
325 mm (12.8 in.).
Note 2: If your ATM is configured with a cheque acceptor, it is
recommended that the cheque acceptor bin is removed from the
security enclosure door before opening the enclosure.
1-14
Short Sleeve Recommended Clearances
1
1000 mm
(39.4 in.)
786 mm
(30.9 in.)
Minimum
See Note 1
461 mm
(18.1 in.)
Currency Dispenser
1737 mm
(68.4 in.)
Currency Dispenser
120
461 mm
(18.1 in.)
2009 mm
(79.1 in.)
1745 mm
(68.7 in.)
Recommended
Clearance
See
Note 2
Plinth
Note 1: The currency dispenser can be serviced without fully
extending its slides, giving a dimension of 786 mm (30.9 in.) as
shown. This can be achieved by pulling the slides until the nose of
the currency presenter is out of the security enclosure.
325 mm (12.8 in.).
1-15
recommended that the cheque acceptor bin is removed from the
security enclosure door before opening the enclosure.
1-16
Minimum Clearances
1
The following illustrations show the minimum areas required for
installing and servicing the ATM. Note that installing the ATM in
the minimum servicing footprint may increase the servicing time for
the unit.
1
If your ATM is fitted with, or is likely to be upgraded with cheque
acceptor, cash acceptor, or dual dispenser, the ATM must be sited
within the minimum clearance area as shown on page 1-22. Also, if
it is likely that the ATM might be fitted with other new modules as
they become available, you should use the recommended
clearances.
1-17
Standard Sleeve Minimum Clearances (Envelope
1
Minimum clearance can be achieved by offering either side
clearance or rear clearance, as shown below.
1222 mm
(48.1 in.)
Severe Environment
Air Intake
1000 mm
(39.4 in.)
98 mm
(3.9 in.)
900 mm
(35.4 in.)
Currency Dispenser
1246 mm
(49.1 in.)
1024 mm
(40.3 in.)
Envelope Depository
111 mm
(4.4 in.)
740 mm
(29.1 in.)
2123 mm
(83.6 in.)
Side
Clearance
Rear
Clearance
2345 mm
(92.3 in.)
1585 mm
(62.4 in.)
Minimum
Clearance
See Note 2
See
Note 1
Plinth
325 mm (12.8 in.).
1-18
Note 2: If your ATM is installed within the minimum height
clearance of 1585 mm (62.4 in.) the ceiling will restrict the full
opening of the top-box. If you want to have a clearance above the
top-box when fully open, refer to the recommended clearance.
Note 3: When the ATM is installed within the minimum service
clearance, the 80 Column printer must be removed to service the
keyboard and shutter areas.
Note 4: Your ATM may be fitted with the severe environment
option, which is shown in the illustration (see ATM Dimensions
section for more information). When severe environment is
configured, the 80 Column printer must be removed to service the
module from the rear.
1-19
Short Sleeve Minimum Clearances (Envelope Depository
Module and/or Currency Dispenser)
clearance or rear clearance, as shown below.
1222 mm
(48.1 in.)
1000 mm
(39.4 in.)
Severe Environment
Air Intake
786 mm
(30.9 in.)
Minimum
See Note 1
98 mm
(3.9 in.)
1246 mm
(49.1 in.)
Currency Dispenser
Envelope Depository
111 mm
(4.4 in.)
740 mm
(29.1 in.)
2009 mm
(79.1 in.)
2231 mm
(87.8 in.)
1024 mm
(40.3 in.)
Side
Clearance
Rear
Clearance
1720 mm
(67.7 in.)
Minimum
Clearance
See Note 2
See
Note 3
Plinth
1-20
1
Note 2: If your ATM is installed without an 80 column printer
fitted, the minimum height clearance is 1585 mm (62.4 in.). If
installed at this height, the ceiling will restrict the full opening of the
top-box. If you want to have a clearance above the top-box when
fully open, refer to the recommended clearance.
325 mm (12.8 in.).
Note 4: When the ATM is installed within the minimum service
clearance, the 80 Column printer must be removed to service the
keyboard and shutter areas.
Note 5: Your ATM may be fitted with the severe environment
option, which is shown in the illustration (see ATM Dimensions
section for more information). When severe environment is
configured, the 80 Column printer must be removed to service the
module from the rear.
1-21
Standard Sleeve Minimum Clearance (Cheque Acceptor
(Type 2) and/or Cash Acceptor (UD-686), or Dual Dispenser)
clearance or rear clearance, as shown below. However, if you have a
cheque acceptor, you MUST use the side clearance dimensions.
1222 mm
(48.1 in.)
1000 mm
(39.4 in.)
Severe Environment
Air Intake
870 mm
(34.3 in.)
See
Note 1
98 mm
(3.9 in.)
Cheque Acceptor
Cash Acceptor
Currency Dispenser
102
306 mm
(12.0 in.)
256 mm
(10.1 in.)
900 mm
(35.4 in.)
468 mm
(18.4 in.)
2123 mm
(83.6 in.)
2345 mm
(92.3 in.)
Side
Clearance
Rear
Clearance
1585 mm
(62.4 in.)
Minimum
Clearance
See Note 2
See
Note 3
Plinth
1-22
1441 mm
(56.7 in.)
1219 mm
(48.0 in.)
1
Note 1: To allow a cheque acceptor to be serviced within the
minimum service clearance area, the rear transport can be pivoted
from its horizontal position to a vertical position as shown below.
Rear Transport
870.0 mm
(34.3 in.)
Cheque Acceptor
Cash Acceptor
(if configured)
Note 2: If your ATM is installed within the minimum height
clearance of 1585 mm (62.4 in.) the ceiling will restrict the full
opening of the top-box. If you want to have a clearance above the
top-box when fully open, refer to the recommended clearance.
Note 3: The height of the plinth depends on the difference in height
between road level and the interior floor. If there is no difference, as
the illustration shows, the plinth must have a height of
325 mm (12.8 in.).
recommended that the bin is removed from the security enclosure
door before opening the enclosure.
1-23
Short Sleeve Minimum Clearance (Cheque Acceptor
(Type 2) and/or Cash Acceptor (UD-686), or Dual Dispenser)
clearance or rear clearance, as shown. However, if you have a
cheque acceptor, you MUST use the side clearance dimensions.
1222 mm
(48.1 in.)
1000 mm
(39.4 in.)
Severe Environment
Air Intake
870 mm
(34.3 in.)
See
Note 1
98 mm
(3.9 in.)
Cheque Acceptor
Cash Acceptor
Currency Dispenser
102
306 mm
(12.0 in.)
786 mm
(30.9 in.)
Minimum
See Note 2
256 mm
(10.1 in.)
2009 mm
(79.1 in.)
468 mm
(18.4 in.)
Side
Clearance
Rear
Clearance
2231 mm
(87.8 in.)
1720 mm
(67.7 in.)
Minimum
Clearance
See Note 3
See
Note 4
Plinth
1-24
1441 mm
(56.7 in.)
1219 mm
(48.0 in.)
Note 1: To allow a cheque acceptor to be serviced within the
minimum service clearance area, the rear transport can be pivoted
from its horizontal position to a vertical position as shown below.
Rear Transport
870.0 mm
(34.3 in.)
Cheque Acceptor
Cash Acceptor
(if configured)
Note 3: If your ATM is installed without an 80 column printer
fitted, the minimum height clearance is 1585 mm (62.4 in.). If
installed at this height, the ceiling will restrict the full opening of the
top-box. If you want to have a clearance above the top-box when
fully open, refer to the recommended clearance.
Note 4: The height of the plinth depends on the difference in height
between road level and the interior floor. If there is no difference, as
the illustration shows, the plinth must have a height of
325 mm (12.8 in.).
1-25
Exterior Wall
1
The following illustrations show the minimum clear wall area
required around the collar (facia surround) for installation and
servicing.
Standard Collar
1
10 mm
(0.4 in.)
45 mm
(1.8 in.)
30 mm
(1.2 in.)
30 mm
(1.2 in.)
Note: A standard collar is configured when you order
the 5886 Drive-Up features 240 and 770.
1-26
1
45 mm
(1.8 in.)
45 mm
(1.8 in.)
30 mm
(1.2 in.)
30 mm
(1.2 in.)
Note: A standard collar with advert light is configured when you
order the 5886 Drive-Up features 241 and 770.
1-27
For installations where there is enough room to stand at the
right-hand side of the sleeve (when viewing the ATM from the rear)
there is an access panel on the top-box, as shown below. The panel
can be removed to allow easier access to the keyboard and shutter
areas.
Note: If the severe environment feature is configured, first remove
the fan assembly.
There is another access panel on the left-hand side which is only
accessible if the ATM is installed through a thin wall,
97 mm (3.82 in.) or less. This panel is located on the sleeve, as shown
below.
1-28
1
Hole in the Wall
Hole in the Wall
1
The 5886 Drive-Up can be installed through a new hole, or an
existing NCR 5088 or 5688 hole in the wall with minimal rework
required depending on the ATM being replaced, wall thickness and
the local cardholder access legislation.
Customised collars or surrounds made by the owning organisation
may need rework or replacement due to the following installation
requirements.
1
The physical installation of the 5886 Drive-Up is divided into three
different categories.
1
An installation where a 5886 Drive-Up replaces a 5088. The hole
in the wall must be modified and the plinth must be replaced
with a new one to position the 5886 Drive-Up keyboard at the
optimum height. See page 1-30.
2
An installation where a 5886 Drive-Up replaces a 5688 and
where no modification has been made to the hole in the wall.
The existing plinth must be replaced with a new one to position
the 5886 Drive-Up keyboard at the optimum height. See page
1-32.
Note: The location of the cable access hole in the base of the
ATM will change. Refer to the section “Requirements For The
Floor” for more details.
3
A new installation of a 5886 Drive-Up at the optimum height.
page 1-34.
For cases 1 and 2, an infill panel is required to accommodate the
larger hole used by the previous 5088 or 5688 installation.
Installing Through a Glass
Wall
1
If you are installing your ATM through a glass wall you may
require a suitable glass support (normally a steel collar) to sit
between the ATM collar and the glass - the requirement for this
should be determined by the architect. If required, any such support
should be sourced locally.
1-29
Replacing 5088 With Modifications
to Hole in Wall
It is the responsibility of the owning institute to ensure that the
heights from the road level to the facia items comply with any local
regulations.
Note 1: A standard or advert collar is required at installation.
Note 2: The existing plinth must be replaced with a new one.
Note 3: An infill panel is required. For information on the infill
panel, refer to the section “Infill Panel Dimensions” later in this
chapter. For information on installing the infill panel, refer to
chapter 8.
Dimensions for an ATM
With Standard Sleeve
The standard sleeve 5886 Drive-Up can be installed through a wall
that is up to 287 mm (11.30 in.) thick.
1
618.0 mm
(24.33 in.)
Optimum Height
of No.5 Key
930.0 mm
(36.61 in.)
287.0 mm
(11.30 in.)
Maximum Wall
Thickness
643.0 mm
(25.31 in.)
Hole in Wall
52.5 mm
(2.07 in.)
792.3 mm
(31.19 in.)
ATM Base
Plinth
152.0 mm
(5.98 in.)
Curb Set-back
View from Inside Building
Remove Wall Section
1-30
1
The short sleeve 5886 Drive-Up can be installed through a wall that
is up to 165 mm (6.50 in.) thick.
With Short Sleeve
1
618.0 mm
(24.33 in.)
165.0 mm
(6.50 in.)
Maximum Wall
Thickness
Optimum Height
of No.5 Key
930.0 mm
(36.61 in.)
643.0 mm
(25.31 in.)
Hole in Wall
52.5 mm
(2.07 in.)
792.3 mm
(31.19 in.)
ATM Base
Plinth
Road Level
152.0 mm
(5.98 in.)
Curb Set-back
Remove Wall Section
Plinth Requirements
Refer to page 1-37 for plinth requirements.
1
1-31
Replacing 5688 With no
Modifications to the Hole in Wall
regulations.
Note 1: A standard or advert collar is required at installation.
Note 2: The existing plinth must be replaced with a new one.
Note 3: An infill panel is required. For information on the infill
panel, refer to the section “Infill Panel Dimensions” later in this
chapter. For information on installing the infill panel, refer to
chapter 8
1
724.0 mm
(28.50 in.)
287.0 mm
(11.30 in.)
Maximum Wall
Thickness
Optimum Height
of No.5 Key
930.0 mm
(36.61 in.)
624.0 mm
(24.57 in.)
Hole in Wall
52.5 mm
(2.07 in.)
825.0 mm
(32.48 in.)
ATM Base
Plinth
Road Level
1-32
152.0 mm
(5.98 in.)
Curb Set-back
1
With Short Sleeve
1
724.0 mm
(28.50 in.)
165.0 mm
(6.50 in.)
Maximum Wall
Thickness
Optimum Height
of No.5 Key
930.0 mm
(36.61 in.)
624.0 mm
(24.57 in.)
Hole in Wall
52.5 mm
(2.07 in.)
825.0 mm
(32.48 in.)
ATM Base
Plinth
Road Level
Plinth Requirements
152.0 mm
(5.98 in.)
Curb Set-back
1
1-33
regulations.
Note: A standard or advert collar is required at installation.
1
610.0 mm
(24.02 in.)
287.0 mm
(11.30 in.)
Maximum Wall
Thickness
OptimumHeight
of No.5 Key
930.0 mm
(36.61 in.)
602.0 mm
(23.70 in.)
Hole in Wall
52.5 mm
(2.07 in.)
833.0 mm
(32.80 in.)
ATM Base
Plinth
Road Level
1-34
152.0 mm
(5.98 in.)
Curb Set-back
1
With Short Sleeve
1
610.0 mm
(24.02 in.)
165.0 mm
(6.50 in.)
Maximum Wall
Thickness
Optimum Height
of No.5 Key
930.0 mm
(36.61 in.)
602.0 mm
(23.70 in.)
Hole in Wall
52.5 mm
(2.07 in.)
833.0 mm
(32.80 in.)
ATM Base
Plinth
Road Level
Plinth Requirements
152.0 mm
(5.98 in.)
Curb Set-back
1
1-35
Sealing the Hole in the Wall Against Cold and Water
Sealing the Hole in the Wall Against
Cold and Water
To ensure that the temperature around the ATM is maintained
during cold weather, it is important that the wall opening is
prepared correctly. Any cavity in the wall should not extend into
the wall opening, but sealed to provide a flush surface. The gap
between the ATM sleeve and the wall opening should be left clear to
allow air at room temperature to circulate.
To enable a good weather seal to be made between the wall and the
ATM facia, a 25 mm (1 in.) wide smooth surface is required around
the periphery of the wall opening.
Seal any cavity
Do not block air gaps
1-36
1
Support Plinth
1
1
The following illustrations show a plan of the base of the ATM
(viewed from above) and its relationship with the exterior wall. If a
plinth is used it must be no smaller than the base of the ATM and it
must be constructed of a material, and in such a way, that it is
capable of supporting the weight of the ATM (page 1-42).
Definition: A “plinth” is a platform on to which the ATM is bolted.
This plinth enables the ATM to be installed at the required height
through the wall.
1-37
Standard Sleeve Installation
1
Hole in Wall
Front of Wall
287.0 mm
(11.30 in.)
Max. Wall
Thickness
302.5 mm
(11.91 in.)
150.0 mm
(5.91 in.)
A
A
800.0 mm
(31.5 in.)
473.0 mm
(18.62 in.)
See note 1
56.0 mm
(2.21 in.)
25.0 mm
(0.98 in.)
500.0 mm
(19.69 in.)
56.0 mm
(2.21 in.)
C
D
A
A
105.0 mm
(4.13 in.)
500.0 mm
(19.69 in.)
815.0 mm
(32.09 in.)
150.0 mm
(5.91 in.)
157.5 mm
(6.20 in.)
15.0 mm
(0.59 in.)
25.0 mm
(0.98 in.)
30.0 mm
(1.18 in.)
Detail of hole A
Note 1: When an infill panel is required, this dimension is
461.0 mm (18.15 in.). For information on the infill panel, refer to the
section “Infill Panel Dimensions” later in this chapter. For
information on installing the infill panel, refer to chapter 8.
Note 2: The boundary, marked with a ‘C’, shows the cable access
hole for all cables.
Note 3: The dotted boundary, marked with a ‘D’, shows where the
cable access hole would be on a 5688 being replaced with 5886
Drive-Up.
1-38
Short Sleeve Installation
1
Hole in Wall
165.0 mm
(6.50 in.)
Max. Wall
Thickness
Front of Wall
302.5 mm
(11.91 in.)
150.0 mm
(5.91 in.)
A
A
800.0 mm
(31.5 in.)
359.0 mm
(14.13 in.)
See note 1
56.0 mm
(2.21 in.)
25.0 mm
(0.98 in.)
500.0 mm
(19.69 in.)
56.0 mm
(2.21 in.)
C
D
A
A
105.0 mm
(4.13 in.)
500.0 mm
(19.69 in.)
815.0 mm
(32.09 in.)
150.0 mm
(5.91 in.)
157.5 mm
(6.20 in.)
15.0 mm
(0.59 in.)
25.0 mm
(0.98 in.)
30.0 mm
(1.18 in.)
Detail of hole A
Note 1: When an infill panel is required, this dimension is
347.0 mm (13.66 in.). For information on the infill panel, refer to the
section “Infill Panel Dimensions” later in this chapter. For
information on installing the infill panel, refer to chapter 8.
Note 2: The boundary, marked with a ‘C’, shows the cable access
hole for all cables.
Note 3: The dotted boundary, marked with a ‘D’, shows where the
cable access hole would be on a 5688 being replaced with 5886
Drive-Up.
1-39
Mandatory Modifications to Plinth or
Floor
The following modifications must be made to the plinth:
Concrete Plinth
1
If a concrete plinth is used at installation, a section of the plinth
should be cut-out to allow the cables which enter the base of the
ATM to be fitted.
The following illustration shows the size of cut-out required for all
security enclosure options.
Adjustable Plinth
1
ATM Installed Directly on
to the Floor
1
If an adjustable plinth is used, holes should be drilled through the
plinth, to allow the cables which enter the base of the ATM to be
fitted.
If the ATM is installed directly on to the floor, without a plinth, the
cabling must be routed through a channel in the floor. The channel
must be large enough to allow the cabling to be routed along the
floor and under the ATM.
Note: If a channel needs to be cut through the floor, this area must
be large enough to allow the cabling to be routed along the floor and
under the ATM.
1-40
1
Hole in Wall
800.0 mm
(31.5 in.)
81.0 mm
(3.19 in.)
76.5 mm
(3.01 in.)
11.0 mm
(0.43 in.)
161.0 mm
(6.34 in.)
815.0 mm
(32.09 in.)
50.8 mm
(2.00 in.)
1-41
Floor Loading
1
The ATM must be installed on a floor capable of supporting the
maximum weight. Only the maximum weight should be considered
as additional options may be added after installation.
Standard Security enclosure:
●
●
Security Bolts
1
Maximum weight: 835kg (1841.2 lb.)
Floor loading: 1280.7 kg/m2 (262.3 lb./ft2).
The ATM should be bolted to the floor, through the ‘A’ holes, see
page 1-28, using four bolts with anchor washers. If the ATM is to be
bolted down, the floor or plinth 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
ATM to a plinth or a stone/concrete floor, through the ‘A’ holes:
16 mm (0.63 in.) diameter x 100 mm (3.94 in.) minimum length.
Floor Covering
1-42
1
An antistatic floor covering should be used and must be of a type
that will not generate dust or fluff.
1
Customised infill panels, made by owning organisations, should
use the following dimensions as a guide:
Infill Panel (5088)
For a 5088 infill panel, use the following dimensions:
1
90.0 mm
(3.54 in.)
620.0 mm
(24.41 in.)
995.0 mm
(39.17 in.)
600.0 mm
(23.62 in.)
70.0 mm
(2.76 in.)
800.0 mm
(31.50 in.)
12.0 mm
(0.47 in.)
1-43
Infill Panel (5688)
For a 5688 infill panel, use the following dimensions:
1
150.0 mm
(5.91 in.)
620.0 mm
(24.41 in.)
995.0 mm
(39.17 in.)
600.0 mm
(23.62 in.)
70.0 mm
(2.76 in.)
920.0 mm
(36.22 in.)
1-44
12.0 mm
(0.47 in.)
Internal Space Constraint for Fitting a Third Party Video Camera
Internal Space Constraint for Fitting
a Third Party Video Camera
1
If a third party video camera is to be installed, there is a space
constraint to consider. The location of the video camera is directly
behind the camera window. The following dimensions should be
calculated from the centre point on the window, as shown below.
36.0 mm
(1.42 in.)
18.0 mm
(0.71 in.)
44.0 mm
(1.73 in.)
Camera Window
Camera Position
44.0 mm
(1.73 in.)
Note 1: The depth constraint, from the rear of the camera window,
is 220 mm (8.66 in.).
1-45
Internal Space Constraint for Fitting a Third Party Video Camera
1-46
Table of Contents
Chapter 2
Power Quality Distribution and Grounding Requirements
AC Power Requirements
Input Voltage Setting
Power Consumption
Idle Mode
Under Transaction
Power Cable
Grounding Requirements
Transient Power Loss
EMI Susceptibility
EMI Emission
2-1
2-1
2-1
2-1
2-1
2-2
2-2
2-2
2-3
2-3
2-3
Communications Requirements
2-4
High Order Communications Cable
2-4
High Order Communications Standard Cable (RS-232) 2-5
Remote Device Cables
2-6
RS-232 Cable
2-6
Remote Status Monitor
2-9
Alarm Interface Cable
2-11
Remote Relay Cable
2-14
Table of Contents
2
Power Quality Distribution and
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
Attachments A, may be required to ensure proper operation of the
equipment.
AC Power Requirements
2
The maximum current requirements at the following input voltages
are:
●
●
5.05A at 120V, or 9.10A with severe environment
2.01A at 240V, or 4.2A with severe environment.
The maximum inrush current at the following input voltages are:
●
●
200A peak at 136V
150A peak at 257V.
Note: If you are considering upgrading your ATM to include the
cash acceptor, you should be aware that in the event of a power
failure, there is the potential for customers cash to be retained in this
module, and for details of the transaction to be lost. For this reason
NCR do not recommend running a 5886 Drive-Up with a cash
acceptor without an Uninterruptible Power Supply (UPS).
Input Voltage Setting
The ATM can operate from the following input mains voltages:
2
●
●
Power Consumption
2
90V to 136V at 50/60Hz
180V to 264V at 50/60Hz.
A power consumption rate for your ATM can be calculated from the
following information:
Idle Mode
●
●
2
307 Watts at 120V
177 Watts at 240V.
Note: Power consumption is dependent on the configuration of
your ATM.
2-1
Under Transaction
●
●
606 Watts at 120V, or 1092 Watts with severe environment
482 Watts at 240V, or 1008 Watts with severe environment.
Note: Power consumption is dependent on the transaction rate of
your ATM.
Power Cable
2
The ATM is supplied either as a 120V or a 220-240V unit. 120V
ATMs are supplied with a power cable fitted with a NEMA type
5-15P power source connector. 220-240V ATMs are supplied with an
unterminated power cable. Information about suitable power
connectors is supplied with the accessories. Power connectors must
be wired as shown below.
The power cable supplied is 3 metres (9 ft. 9.00 in.) in length. If it is
necessary to increase this length to meet site requirements, then the
extension must satisfy local or country regulations.
Note 1: If the ATM being installed is replacing a 5088 installation, it
may be necessary to either lengthen the cable or re-position the
electrical sockets, as the cable access hole is in the security enclosure
and toward the rear of the enclosure.
Note 2: If the ATM being installed is replacing a 5688 installation, it
may be necessary to either lengthen the cable or re-position the
electrical sockets, as the cable access hole is on the other side.
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.
2
The ATM 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
2-2
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
2
conditioners, elevators, microwave ovens, and so on. Nor may
such equipment be operated on the same branch circuit as the
ATM.
2
If using distribution panels, all branch circuit grounding
conductors must be connected to an insulated ATM 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
additional information refer to the ‘Data Line Transient Protection’
section of Attachment A.
Transient Power Loss
EMI Susceptibility
EMI Emission
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.
The ATM meets EN 55024 (1998) “ITE Immunity Standard”.
2
2
The ATM meets FCC CFR 47 Prt 15 Class A and EN 55022 (1998)
Class A requirements for radiated and conducted emission.
The ATM meets EN61000-3-2 (latest revision) Mains Harmonics
(Class A) and EN61000-3-3 (latest revision) Mains Flicker
requirements for conducted emission.
2-3
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
Attachment 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. The following cable may be
required.
Note: Communications cables are not supplied with the ATM. If
these cables are required, it is the customer’s responsibility to have
them installed. The specification for this cable is supplied in the
following section. When producing cables allow for 1.8 metres
(6 feet) of cable within the ATM.
2-4
2
High Order Communications Standard Cable
(RS-232)
2
The standard high order communications system supports most
common bit and byte oriented disciplines (synchronous and
asynchronous) with an RS-232 interface.
The interconnecting cable to the remote modem should not exceed
15.24 metres (50 feet) in length, and must conform to the
specification and wiring given on the following diagram.
1, 2
6
5
3
4
1. Connector, 25 way (NCR part no. 006-0005897).
2. Terminal wire, male (NCR part no. 009-0002642).
3. Cable, multiconductor (NCR part no. 007-8907033).
4. Connector (determined by remote device).
5. Shell hood (NCR part no. 006-1500038).
6. Screw retainer (NCR part no. 601-0101584).
1
2
3
4
5
6
7
8
CHASSIS GND
TD.V
RD.V
RQS.V
RFS.V
DSR.V
SIG.GND
RLSD.V
15
17
18
20
22
TSET.V
RSET.V
WCA.V
DTR.V
CI.V
24
25
EXT SET.V
WIN.V
2-5
At a point 550mm (21.65 in.) from the connector end of the cable,
remove a 20mm (0.79in.) section of the outer sleeve as shown. At a
further 660mm (25.98 in.), remove another 20mm (0.79 in.) section of
the outer sleeve.
Note: Take care not to cut through the cable shielding when
removing the outer sleeve.
20.0 mm
(0.79 in.)
550.0 mm
(21.65 in.)
20.0 mm
(0.79 in.)
660.0 mm
(25.98 in.)
The specifications for these cables are supplied below.
2
RS-232 Cable
The ATM can have up to two RS-232 outlets which can be
configured to provide an interface for one of two options:
●
●
2-6
Remote camera
Remote card access device.
2
For both options the cable is limited in length to
15.24 metres (50 feet) and must conform to the specification and
wiring given here.
1, 2
6
5
4
3
1. Connector, 25 way (NCR part no. 006-0005897).
5. Shell Hood (NCR part no. 006-1500038).
1
2
3
8
5
4
6
20
7
CHASSIS GND
TD
RD
RSLD
CTS
RTS
DSR
DTR
SIGNAL GND
Modemless Cable Adapter
1
2
3
4
5
8
6
20
7
1
2
3
8
5
4
6
20
7
CHASSIS GND
TD
RD
RTS
CTS
RSLD
DSR
DTR
SIGNAL
RS232 Interface Cable
Note: The modemless cable adapter is supplied with RS-232
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 Interface Cable connected directly to the ATM.
2-7
the outer sleeve.
20.0 mm
(0.79 in.)
300.0 mm
(11.81 in.)
2-8
660.0 mm
(25.98 in.)
20.0 mm
(0.79 in.)
Remote Status Monitor
2
The remote status monitor feature is supplied as a complete
assembly and consists of a status indicator unit, 76.2 metres
(250 feet) of cable and a connector.
the outer sleeve.
20.0 mm
(0.79 in.)
380.0 mm
(14.96 in.)
20.0 mm
(0.79 in.)
660.0 mm
(25.98 in.)
If you are required to shorten the cable, proceed as follows:
1
Remove the cover from the remote status indicator unit.
2-9
2
Disconnect the four leads from the indicator, that is E1, E2, E3
and E4.
Red
Yellow
Green
(Green) E1
(Red) E2
(White) E3
(Black) E4
2-10
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 indicator cover.
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 interruptible, stabilised power
supply with the following specifications:
●
●
●
12V +- 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:
1,2
6
5
3
4
1. Connector, 25 Way (NCR part no. 006-0005896)
2. Terminal, wire, female (NCR part no. 009-0002640)
3. Cable, multiconductor (determined by the alarm installed).
5. Shell Hood (NCR part no. 006-1500038).
2-11
the outer sleeve.
removing the outer sleeve
20.0 mm
(0.79 in.)
300.0 mm
(11.81 in.)
660.0 mm
(25.98 in.)
Basic Alarm Interface Cable Wiring
1
7
8
9
10
12
19
20
21
22
23
25
2-12
CHASSIS GND
SILENT ALARM COMMON *
DOOR ALARM N.O.
DOOR ALARM N.C..
VIBRATION/HEAT COMMON
+12V
SILENT ALARM N.O. *
SILENT ALARM N.C. *
DOOR ALARM COMMON
VIBRATION/HEAT N.O.
VIBRATION/HEAT N.C.
+12V RETURN
* Optional
20.0 mm
(0.79 in.)
Enhanced and High Security Alarm Interface Cable Wiring
1
3
5
6
7
8
9
10
12
16
18
19
20
21
22
23
25
CHASSIS GND
TEST TRANSMITTER A
TAMPER ALARM N.O.
TAMPER ALARM N.C..
SILENT ALARM COMMON *
DOOR ALARM N.O.
DOOR ALARM N.C.
COMPOSITE ATTACK COMMON
+12V
TEST TRANSMITTER B
TAMPER ALARM COMMON
SILENT ALARM N.O. *
SILENT ALARM N.C. *
DOOR ALARM COMMON
COMPOSITE
ATTACK N.O.
.
COMPOSITE ATTACK N.C.
+12V RETURN
* Optional
2-13
Remote Relay Cable
2
The remote relay provides a pair of open contacts, rated at 28 volts
per 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:
1, 2
3
4
1. Connector, 2 way Mate-N-Lock (NCR part no. 007-9814285).
1
2
RL1
RL2
the outer sleeve.
20.0 mm
(0.79 in.)
380.0 mm
(14.96 in.)
2-14
660.0 mm
(25.98 in.)
20.0 mm
(0.79 in.)
Table of Contents
Chapter 3
Temperature and Humidity
Barometric Pressure
Electromagnetic Compatibility (EMC) and Safety
EMC Directives
Immunity Standards
Acoustics
Heat Dissipation
Air Flow
Temperature Rise
3-1
3-1
3-2
3-4
3-4
3-4
3-4
3-4
3-4
3-4
Table of Contents
3
3
For the ATM to function correctly the site at which it is to be
installed should meet the following environmental requirements.
Temperature and
Humidity
3
The ATM will operate over a range of temperature and humidity.
However, continuous operating at or near the range limits or in a
location where the temperature and humidity change beyond the
specification, should be avoided. The temperature and humidity
ranges are as follows:
Normal operating range (interior to wall environment):
●
●
●
●
●
Temperature: 10oC to 40oC (50oF to 104oF)
Temperature change rate: 10oC/hour (18oF/hour)
Relative humidity: 20% to 80%
Relative humidity change rate: 10%/hour
Dew point temperature restriction: 26oC (79oF) maximum.
Note: The humidity inside the building is restricted to a maximum
of 30% at an outside temperature of -35oC (-31oF) with a linear
(straight line) relationship between temperature and humidity to a
maximum humidity of 80%.
Normal operating range (exterior to wall environment):
●
●
●
●
Temperature: -35oC to 50oC (-31oF to 122oF)
Temperature change rate: 10oC/hour (18 oF/hour)
Relative humidity change rate: 10%/hour.
3-1
Storage range (up to three months):
●
●
●
Temperature: -10oC to 50oC (14oF to 122oF)
Transit range (up to one week):
●
●
●
Temperature: -40oC to 60oC (-40oF to 140oF)
Extreme power on range (up to one hour):
●
●
●
Barometric Pressure
Temperature: 0oC to 40oC (32oF to 104oF)
Relative humidity: 10% to 95%.
Barometric pressure details are as follows:
3
●
●
Operating and transit limits: 105kPa (15.2 lb. F/in.)
Equivalent altitude: up to a maximum of
3000 metres (9842 feet).
The ATM will accommodate an external to internal pressure
difference of up to 70 pascal (with the severe environment option
fitted).
How to determine whether the severe environment option is
required
The following equipment is required:
●
●
●
●
3-2
a gauge which measures pressure with an appropriate scale
(up to 100 pascals)
a piece of tubing to fit the gauge
silicon sealant
suitable wall sealant.
The following procedure should be followed, before the hole in the
wall is created:
1
Drill a hole through the exterior wall where the ATM’s facia is to
be located. The diameter of the hole should be correct to
accommodate the diameter of the tubing being used.
2
Insert the tubing through the hole so that the tube is located
inside the building.
3
Use the sealant to make sure that there are no gaps between the
tubing and the exterior wall.
4
Attach the gauge to the loose end of the tube (that is, on the
inside of the building).
5
Take a note of the pressure reading.
6
Remove the tube and gauge and seal the hole in the wall using a
suitable sealant.
7
If the pressure gauge indicates a negative pressure differential,
then NCR recommend that the ATM to be installed should have
severe environment fitted.
3-3
Electromagnetic
Compatibility (EMC) and
Safety
The ATM complies with the following standards and directives:
EMC Directives
3
●
●
●
●
3
89/336/EEC “EMC Directive”
92/31/EEC “Amending EMC Directive”
73/23/EEC “Low Voltage Directive”
93/68/EEC “CE Marking Directive”.
The Harmonised EMC Standards are as follows:
●
●
Radiated and Conducted:
EN 55022 (1998) Class A
●
FCC CFR 47 Part 15 Class A.
●
Conducted (220V - 240V units):
EN61000-3-2 (latest revision) Mains Harmonics (Class A)
●
EN61000-3-3 (latest revision) Mains Flicker.
●
Immunity Standards
●
3
EN 55024 (1998) “ITE Immunity Standard”.
The Harmonised Safety Standard is as follows:
●
Acoustics
Sound Power
3
●
●
Heat Dissipation
Air Flow
Temperature Rise
3-4
EN 60950 “Safety of IT Equipment”.
3
3
65 dB(A) idle
68 dB(A) operating.
The heat dissipation of the ATM is 1580kJ/hour (1500 BTU/hour)
maximum.
The air flow through the ATM is rated at 0.1 m3/s
(212 ft 3/min.).
The temperature rise for air passing through the ATM is 3oC (5.4 oF).
3
Table of Contents
Decal Requirements
Chapter 4
Decal Requirements
Decal Dimensions
Card Orientation Window
Card Acceptance Decal
Clear Window
Advert Light
Entry/Exit Slot Decals
4-1
4-2
4-3
4-3
4-4
4-5
Table of Contents
Decal Requirements
Decal Requirements
Decal Dimensions
4
Decal Dimensions
4
The following illustrations provide the specifications and locations
for the decals which you may wish to fit to the front of your ATM.
Advert Light
Receipt Exit
Statement Exit
Card Reader
(Motorised/Dip)
Cash Exit/Deposit Entry
Cash Deposit
Cash Exit/Deposit Entry/
Cheque Entry
Cash Deposit
4-1
Decal Requirements
Decal Dimensions
4
If the window next to the Card Reader entry/exit slot is to be
customised to indicate card orientation, the card/decal to be
inserted into the window should be of the following dimensions.
3.0 mm (0.12 in.)
radius on all corners
86.0 mm
(3.39 in.)
54.0 mm
(2.13 in.)
The insert should be a maximum of 0.75 mm (0.029 in.) thick.
The decal should not be made of absorbent material if the front of
the ATM is likely to be subjected to rain.
4-2
Decal Requirements
Decal Dimensions
Clear Window
4
4
If a decal is required to advertise which cards can be used in the
ATM, it should be positioned on the side wall of the ATM facia. The
decal can by any size, providing it fits onto this area.
If a deposit feature is not configured, then the front of the deposit
blank moulding will have a large clear window. If an insert is to be
made to go behind the window it should be of the following
dimensions.
1.0 mm (0.04 in.)
radius on all corners
55.0 mm
(2.17 in.)
169.0 mm
(6.65 in.)
The insert should be a maximum of 0.8 mm (0.03 in.) thick. NCR
recommend that the insert be made from one of the following
materials:
●
●
●
Polycarbonate
Polyester
Paper.
Note: Paper is not recommended if the front of the ATM is likely to
be subjected to rain.
4-3
Decal Requirements
Decal Dimensions
Advert Light
4
The following illustration shows dimensions for an advert light
decal. These dimensions are based on a decal being applied to the
flat inside area of the advert light panel.
130.0 mm
(5.12 in.)
575.0 mm
(22.64 in.)
4-4
Decal Requirements
Decal Dimensions
Entry/Exit Slot Decals
4
The front of the ATM has recesses for decals to identify the entry
and exit slots. The following are guidelines to the decal sizes. The
decals should be a maximum of 0.5 mm thick and it is
recommended that they be made from Textured Polycarbonate with
3M 467 High Performance MP adhesive.
Note: A combination of your application and screen graphics can
be used as an alternative to indicate the cash/media exit slot.
Decal dimensions for:
STATEMENT
RECEIPT
CASH
ENVELOPE
CHEQUE
MEI Area of Decal to be
Transparent to Allow
Light to Pass Through
59.0 mm
(2.32 in.)
R 4.0 mm
(0.16 in.)
4.0 mm
(0.16 in.)
12.0 mm
(0.47 in.)
2.0 mm
(0.08 in.)
50.0 mm
(1.97 in.)
2.0 mm
(0.08 in.)
2.0 mm
(0.08 in.)
118.0 mm
(4.65 in.)
Decal dimensions for
CARD
86.0 mm
(3.39 in.)
See Note
4-5
Decal Requirements
Decal Dimensions
4-6
Table of Contents
Chapter 5
Installation Accessories and Planning
Check List
Installation Accessories
5-1
Planning Check List
5-2
Table of Contents
5
5
When installing your ATM it is recommended that you have the
following items available:
●
●
●
●
●
●
●
●
●
●
●
Pincers/claw hammer to remove staples/nails from around the
pallet
Pozi drive screwdrivers (various sizes)
Small flat blade screwdriver
Hacksaw - only required to configure passbook printer
To fit fixing bolts:
UL safe - 19 mm (3/4 in.) ring/open-ended combination
●
spanner and socket
CEN Grade III or CEN LGAI Security enclosure ●
27 mm (1 1/8 in.) socket with a maximum outside diameter
of 33 mm (1 5/16 in.)
7 mm (9/32 in.) ring/open-ended combination spanner or
socket to fit the standard or advert facia light
10 mm (3/8 in.) ring/open-ended combination spanner for bolt
heads
7 mm (9/32 in.) nut spinner for M4 nuts
Lifting/moving device. Lifting trolleys must have a maximum
toe plate length of 380 mm (14.96 in.) and a minimum toe plate
width of 120 mm (4.72 in.)
Cutter to cut cable ties
Packing to protect the exterior of the ATM while on a trolleys.
5-1
Planning Check List
Planning Check List
To assist you in preparing your site for the arrival of your ATM we
provide here a check list of the various procedures that you should
carry-out prior to the arrival of your ATM. The procedures given
are listed in chronological order, starting with the procedure that
you should do first.
Activity
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 are available
5-2
5
Table of Contents
Chapter 6
Introduction
Installation Steps
Site Preparation
Tools Required For ATM Installation
Moving the ATM
6-1
6-1
6-1
6-1
6-2
Table of Contents
Introduction
6
Introduction
Installation Steps
6
6
The installation of the NCR 5886 Drive-Up Automated Teller
Machine (ATM) can be divided into several steps:
Moving the ATM
Unpacking the ATM
●
Inspecting the ATM for damage
●
Removing the ATM from the pallet
●
Fitting the severe environment (if required)
●
Fitting the infill panel to the wall (if required)
●
Fitting the cheque receiving bin (if configured)
●
Positioning the ATM through the hole in the wall
●
Fitting the collar
●
Sealing to the outside wall
●
Bolting the ATM to floor or plinth
●
Removing the internal packaging
●
Connecting cables to the ATM
●
Configuring the ATM
●
Applying decals to the facia.
●
These steps are described in detail in the chapters that follow.
●
Site Preparation
6
Tools Required For ATM
Installation
Before installing your ATM make sure that the installation site
conforms to the specifications given in Chapter 1 to Chapter 5 of this
publication.
To install the ATM you will require a number of tools. These are
listed in Chapter 5.
6
6-1
Introduction
Moving the ATM
6
The ATM will be mounted on a pallet and contained in a cardboard
crate.
Move the ATM to its installation site using lifting trolleys. To reduce
the chance of damaging the ATM, and the premises, the ATM
should be moved with its packaging intact.
Details of the ATM dimensions, packaging dimensions and
clearances required for moving the ATM in a confined space can be
found in Chapter 1.
6-2
Table of Contents
Chapter 7
Removing the External Packaging From the ATM
Inspecting the ATM For Damage
Installation Report Form
7-1
7-1
7-2
Opening the ATM
How to Open the ATM
7-3
7-3
How to Unlock and Lock the Standard Security Enclosure
Keylocks
Combination Locks
Combination Lock and Separate Keylock
7-5
7-6
7-6
7-8
Controlled Access Electronic Lock
Controlled Access Electronic Lock (Type 1)
Controlled Access Electronic Lock (Type 2)
7-12
7-13
7-15
Electronic Lock with Time Delay
Unlocking
Locking
Emergency Opening Procedure
7-21
7-21
7-22
7-23
Removing the ATM From Its Pallet
7-24
Table of Contents
7
Removing the External Packaging
From the ATM
7
Before removing the external packaging, examine it for signs of
damage which may have occurred during transit. Make a note of
any external damage for inclusion in a damage report. See the next
section for details on reporting damage.
When the ATM is approximately in its position for installation,
remove the external packaging as follows:
Inspecting the ATM For
Damage
1
Lever out the staples from around the base of the crate and then
lift the crate from the pallet.
2
Remove the cardboard collar and plastic cover.
3
Remove any kit packages.
4
Remove all pieces of tape from the exterior of the ATM.
After unpacking the ATM, inspect it for any signs of damage.
7
If the ATM is damaged a report should be made in accordance with
the following procedures:
Customers in the USA should refer to the Branch Practices
manual and report the damage on:
Marketing communications document
●
No. 73-130, file location 2-20-57
Marketing communications document
●
No. 71-273, file location 2-70-40
Other customers should use one of the following procedures:
●
Customers who are required to arrange their insurance
●
locally should have the claim processed locally. A separate
report of damage should be made to Inventory Return
Control, Dayton
Customers who have insurance arranged by NCR Insurance
●
Department, Dayton, must report the damage on Form F2100 (Notice of Damage) to NCR Insurance Department and
send a copy to Inventory Return Control.
The addresses for NCR Insurance and Inventory Return Control are:
●
●
●
Risk Management and Insurance, NCR Corporation, Dayton,
Ohio 45479, USA.
Inventory Return Control, International Field Engineering
Support, NCR Corporation, Dayton, Ohio 45479, USA.
7-1
Installation Report Form
7
The Installation Report Form delivered with the ATM should
always be completed and returned. Make sure that you report any
problems in the following areas:
●
●
●
7-2
Malfunction of the ATM or any of its devices
Internal or external defects arising as a result of handling or
transit damage
Missing or damaged accessories. All the accessories are fitted at
the appropriate feature inside the ATM.
Opening the ATM
Opening the ATM
7
Before you open the ATM, remove the tape from the security
enclosure door, handles, dials and top-box.
The key to open the top-box is shipped inside an envelope, which is
taped to the ATM.
The key to open the security enclosure is taped to the base-plate of
the 80-column printer.
How to Open the ATM
To open the ATM, proceed as follows:
7
1
Turn the top-box key clockwise.
Note: The key is shipped inside the document bag secured to the
outside of the unit.
7-3
Opening the ATM
7-4
2
Open the top-box door upwards, until the gas struts are fully
extended.
3
Unlock the security enclosure.
How to Unlock and Lock the
Standard Security Enclosure
7
The standard security enclosure of your ATM will have a locking
handle plus one lock (a primary lock), or two locks (a primary and a
secondary lock). The possible lock types for primary and secondary
locks are as follows:
●
●
Primary lock types:
Keylock
●
Combination lock
●
Combination lock with silent alarm
●
Combination lock with keylock
●
Secondary lock types:
Keylock
●
Combination lock
●
Combination lock with silent alarm
●
Combination lock with electronic override.
●
Note: The make of lock fitted (Standard or Sargent and Greenleaf)
depends on the configuration of the ATM. The procedures for
opening and closing the various types of lock are the same for both
makes.
The following illustration shows the relative positions of primary
and secondary locks.
Primary Lock
10
80
0
20
70
90
30
40
50
60
Locking Handle
Secondary Lock
10
80
0
20
70
90
30
40
50
60
7-5
If you have a primary and a secondary lock fitted to your ATM they
must be unlocked in the following order:
1
Unlock the secondary lock.
2
Unlock the primary lock.
3
Use the handle to retract the bolt and open the door.
The primary and secondary locks must be locked in the following
sequence:
Keylocks
7
1
Close the door and use the handle to operate the bolt.
2
Lock the primary lock.
3
Lock the secondary lock.
The pair of keylock keys supplied with your ATM have been pre-cut
to a random factory-set combination. If one key should get lost, then
you should get a new pair of keys and then change the keylock
setting.
How to Unlock a Keylock
7
To unlock a keylock, insert the key into the lock and turn it
clockwise as far as it will turn.
How to Lock a Keylock
To lock a keylock, turn the key counterclockwise as far as it will turn
and then remove the key.
Combination Locks
Three variants of combination lock may be fitted to your ATM:
7
●
●
●
Basic combination lock
Combination lock with integral keylock
Combination lock with a silent alarm option.
All the variants of the combination lock are three-number
combination locks.
The locks are precision locks, therefore, extreme care must be taken
to align combination numbers with the index.
Turn the dial slowly and steadily. If, after turning the dial the
correct number of revolutions, any number is turned beyond the
index, the entire series of combination numbers must be re-dialled.
Do not turn the dial back to regain a proper alignment of the
number and index, because each time a selected number is aligned
with the index a revolution is counted.
7-6
7
The procedures for unlocking and changing the combination on a
combination lock are the same regardless of whether the lock is a primary
or secondary lock.
Opening Index
Changing Index
0
10
30
70
20
80
90
Dial
40
50
60
Factory Setting
7
If the combination lock is set at the original factory setting of 50, you
unlock it as follows, dialling on the opening index:
1
If a keylock is fitted to the combination lock, insert the key into
the lock and turn it clockwise.
2
Turn the dial a minimum of four turns counterclockwise and
stop on 50.
3
Turn the dial slowly clockwise until the bolt retracts. The lock is
now open. Use the handle on the door to retract the door bolt
and open the door.
Customer Setting Combination
7
If the combination has been set at a three-number combination, for
example 36-82-44, unlock it as follows:
1
2
Turn the dial counterclockwise, passing the first number (36)
three times, stop on the first number (36) the FOURTH time.
3
Turn the dial clockwise, passing the second number (82) twice,
and stop on the second number (82) the THIRD time.
4
Turn the dial counterclockwise, passing the third number (44)
once, and stop on the third number (44) the SECOND time.
7-7
5
Turn the dial clockwise until the bolt retracts. The lock is now
open. Use the handle on the door to retract the door bolt and
open the door.
How to Operate the Silent Alarm
7
The silent alarm is triggered, if fitted, by adding 10 to the first
number of the combination. For example if the first number was 34,
dial 44 to trigger the silent alarm. Dial the next two numbers of the
combination as normal, the combination lock will open as normal
but the alarm will have been triggered.
How to Lock the Combination Lock
7
To lock the combination lock, turn the dial at least four complete
turns counterclockwise. If a keylock is fitted to the combination
lock, turn the dial until 0 is in line with the opening index and then
turn the key counterclockwise and remove it from the lock.
How to Change the Combination
7
Detailed instructions on how to change the combination of a lock
are inside the security enclosure.
Combination Lock and
Separate Keylock
Unlocking
7
7
On arrival at the site, the combination lock is set at the original
factory setting of 50. To unlock the security enclosure, proceed as
follows:
1
Turn the dial of the combination lock until 0 is under the index
mark.
2
Turn the dial of the combination lock counter-clockwise until 50
is under the index mark for the FOURTH time.
Index Mark
Note: Combination locks are precision locks, therefore, extreme
care must be taken to align combination numbers with the index.
Turn the dial slowly and steadily. If any of the numbers in the
combination is turned beyond the index, the entire series of
numbers must be re-dialled.
7-8
3
Turn the dial clockwise until 0 is under the index mark or until it
stops. The combination lock is now open.
4
Insert the key into the keylock and turn it clockwise to unlock
the keylock.
5
Turn the locking handle clockwise through approximately 45o to
retract the door bolt. The door is now unlocked.
7-9
Locking
7
To close and lock the security enclosure proceed as follows:
1
Close the door.
2
Turn the locking handle counterclockwise through
approximately 45o to the vertical position to engage the door
bolt.
3
Turn the key in the keylock counterclockwise and then remove
the key.
4
Lock the combination lock by turning the dial at least four
complete turns counterclockwise.
Customer Setting Combination
If the combination has been set at a three-number combination, for
example 36-82-44, unlock it as follows:
7-10
1
2
Turn the dial counterclockwise, passing the first number (36)
three times, stop on the first number (36) the FOURTH time.
3
Turn the dial clockwise, passing the second number (82) twice,
and stop on the second number (82) the THIRD time.
4
Turn the dial counterclockwise, passing the third number (44)
once, and stop on the third number (44) the SECOND time.
5
Turn the dial clockwise until it stops. The lock is now open. Use
the handle on the door to retract the door bolt and open the
door.
7
How to Lock the Combination Lock
7
To lock the combination lock, turn the dial at least four complete
turns counterclockwise. Turn the dial until 0 is in line with the
opening index and then turn the key counterclockwise and remove
it from the lock.
How to Change the Combination
7
Detailed instructions on how to change the combination of a lock
are inside the security enclosure.
7-11
How to Unlock and Lock an Electronic Lock
How to Unlock and Lock an
Electronic Lock
Unlocking
7-12
To unlock the security enclosure proceed as follows:
7
1
With the keypad in its vertical position, enter the first six digits
of the combination (set to 123456 when shipped from factory). If
the sequence is entered correctly the lock will beep and the LED
flash. If the lock has been set to operate on a single combination,
proceed to step 3.
2
If the lock is set to operate on a dual combination, enter the
second six digits of the combination (set to 456789 when shipped
from factory). If the sequence is entered correctly, the lock will
beep and the LED flash.
3
Turn the keypad clockwise to unlock the lock.
7
4
Turn the keylock clockwise to unlock the lock.
5
Turn the safe handle counterclockwise to open the door.
Note: If when entering a combination you enter the wrong
combination 4 times, a 5 minute time delay period is activated.
During this time the LED on the lock will flash red at 10 second
intervals. You must wait until the end of the 5 minute period before
attempting to enter the correct combination.
Note: If fitted, the silent alarm may be activated by entering one
number higher or lower for the last digit of a combination. For
example, if the combination was 1-2-3-4-5-6, entering 1-2-3-4-5-5 or
1-2-3-4-5-7 would activate the silent alarm.
Note: Repeated beeping of the lock during an opening sequence
indicates that the lock battery requires to be replaced. If the lock
keypad is completely “dead”, that is, it makes no sound or flashes,
follow the emergency opening procedure to open the lock prior to
having the battery replaced.
Locking
To lock the security enclosure proceed as follows:
7
1
Close the security enclosure door and turn the handle clockwise.
2
Turn the keylock counterclockwise
3
Turn the keypad counterclockwise until the keypad is vertical.
The door should now be locked.
7-13
Emergency Opening
Procedure
7-14
7
If the keypad is completely “dead”, that is it does not flash or beep,
it is an indication that the lock battery requires to be replacing. To
open the lock when it is in this condition you must hold a new 9 volt
alkaline battery against the terminals of the lock. The larger battery
terminal must be against the larger of the lock terminals. The battery
must be held in place while carrying out the normal procedures for
opening the lock.
How to Unlock and Lock a Controlled Access Electronic Lock
How to Unlock and Lock a
Controlled Access Electronic Lock
7
Note: For ATMs with security enclosures fitted with a Kaba Mas
(Mas-Hamilton) controlled access electronic lock, refer to the
following Kaba Mas Group publications for details of how to set up
and manage the operations of the lock:
CENCON System 2000 Access Control System
Getting Started Guide
●
Supervisor Guide
●
Special Supervisor Guide
●
FLM Dispatcher Guide
●
Route Dispatcher Guide
●
CENCON 2000 System Guide.
●
These publications can be purchased from the following Order
Point:
●
Kaba Mas Corporation
749, W. Short Street
LEXINGTON
Kentucky
40508
Tel: (1) (1) 859 253-4744
Toll Free (USA Only) 888 959-4715
Fax: (1) 859-225-2655
Note: For the attention of Customer Service Manager.
7-15
Your ATM may be configured with a controlled access electronic
lock Type 1 or Type 2. The following diagram distinguishes
between the two types.
Type 2
5
Type 1
*#
Controlled Access
Electronic Lock (Type 1)
3 4 0
2
1
89
6 7
Unlocking
7
7
To unlock a security enclosure with a controlled access electronic
(type 1) in Bank Mode (1 User), proceed as follows:
1
Spin the knob on the lock.
Note: Rotating the knob generates enough power within the lock to
allow it to operate for 90 seconds after the rotation stops. The LCD
powers down after 40 seconds. Upon power up, the LCD will
provide instructions for the user to follow while opening the
enclosure.
Cencon Lock
Locking Handle
Keypad
LCD
Touch Key
Reader
Knob
(Opening/Closing)
7-16
2
Keep spinning the knob until "EC" appears on the LCD and
beeps are heard.
3
Enter personal combination number (or the factory default
number (50-25-50) using the keypad.
4
"IPI" (Input Personal Identifier) will appear on the LCD.
5
Touch the personal identification key to the key reader.
Note: The lock processor will generate a combination number and
compare the user entered combination number with the generated
combination number.
6
If the combination number and the generated combination
number match the LCD will display "Opr" and beeps will be
heard. Turn the knob clockwise to open the lock and retract the
locking bolt. The security enclosure door can now be opened.
If the combination numbers do not match, a lightning bolt
symbol (to indicate a security violation) will appear on the LCD.
If this occurs, follow your in-house security procedures for this
condition.
Locking
7
To lock a security enclosure with a Kaba Mas controlled access
electronic lock (Type 1), proceed as follows:
1
Close the security enclosure door.
2
Turn the electronic lock knob counterclockwise to close.
3
Spin knob (to power up the electronic lock) until beeps are
heard.
4
"IPI" will appear on the LCD.
5
Touch personal identification key to the key reader.
6
"EOP" (End of Operation) will appear on the LCD.
7-17
Controlled Access
Electronic Lock (Type 2)
7
The controlled access electronic lock (Type 2), can also be fitted
with, or without a sub-lock on the cheque acceptor bin. The possible
combinations of locks are:
Master lock
Master lock with sub-lock
●
To unlock a security enclosure with a master lock and one sub-lock,
you will require the following:
●
●
●
Personal Identifier key (PI key) - issued by the Key Management
Centre (KMC).
6-digit access code - obtained from the KMC.
Unlocking the Master Lock
To open the master lock, proceed as follows:
7-18
1
Contact the KMC.
2
Give requested details to verify your identity to the KMC.
3
Specify which areas, on the ATM, you want to access.
4
Take note of the 6-digit access code (three pairs of two),
allocated by the KMC.
5
Unlock and open the exterior of the ATM.
7
6
Spin the lock dial counterclockwise to charge the lock, until EC
is displayed on the LCD.
Note: If DL (Dial Left) is displayed, you must only turn the dial
to the left (counterclockwise).
4 5
LCD
*#
Keypad
3
0
2
9
1
8
7
6
Home Position
Key Reader
Dial
(Opening/Closing)
7
Turn the dial to the home position.
8
Enter the 6-digit access code provided by the KMC on the
keypad.
9
IPI should be displayed on the LCD.
7-19
10 Hold the PI key against the key reader to verify a valid user
identity. If sub-lock access is required, the appropriate authority
is passed to the PI key at this stage.
Keypad
LCD
Key Reader
*#
5
4
3
0
1 2 89
6 7
PI Key
Dial
(Opening/Closing)
11 If the correct 6-digit code has been entered and a valid PI key
has been pressed against the key reader, OPr will be displayed
on the LCD.
Note 1: If an incorrect code or PI key is used and there is a bad PI
key contact, a lightning bolt symbol will be displayed on the
LCD, indicating an error condition.
If the error condition was caused by a bad PI key contact, YOU
HAVE ONE MORE ATTEMPT AT OPENING THE LOCK. If the
error condition occurs after the 2nd attempt, contact the KMC
immediately.
12 Turn the lock dial a quarter turn (90o) clockwise to release the
bolt.
13 Open the security enclosure.
7-20
Locking the Master Lock
7
To lock the master lock, proceed as follows:
1
Close the security enclosure.
2
Turn the lock dial counterclockwise to activate the bolt and
charge the lock until IPI is displayed on the LCD.
3
Hold the PI key against the key reader.
4
Take a note of the unique 4-digit close code that is displayed, as
it will be required by the KMC.
5
Close the exterior of the ATM.
6
Contact the KMC.
Note: Ensure that all the locks and doors on the ATM are closed
and locked before contacting the KMC.
7
Verify identification.
8
Provide the 4-digit close code to the KMC.
9
The KMC will inform you that either the code is correct or give
you the correct procedure to follow if the close code is wrong.
7-21
Unlocking the Sub-Lock (if configured)
7
To unlock the sub-lock, proceed as follows:
1
Carry out Steps 1 to 10 of “Unlocking the Master Lock”.
Note: The code displayed on the LCD will depend on which areas
of the ATM you requested access to.
2
Hold the PI key against the key reader of the sub-lock.
PI Key
Key Reader
Knob
LED
The LED flashes three (3) times. You have eight (8) seconds to
unlock the sub-lock by turning the knob clockwise to release the
catch. If the knob is turned back to its original position, you will
need to contact the KMC for another access code.
Note: The knob cannot be turned before the LED flashes. After
turning, the catch remains in position until the lock is closed.
3
7-22
Remove the cheque acceptor bin.
Locking the Sub-Lock (if configured)
7
To lock the sub-lock, proceed as follows:
1
Replace the cheque acceptor bin firmly. Ensure the bin is fully
home and the knob is turned fully counterclockwise to lock the
bin in place.
2
Hold the PI key against the key reader of the sub-lock until the
LED has flashed four (4) times. This indicates the lock is closed.
3
On the master lock, turn the lock dial counterclockwise to
charge the lock until IPI is displayed on the LCD.
4
Hold the PI key against the key reader of the master lock.
5
Take a note of the unique 4-digit close code that is displayed, as
it will be required by the KMC.
6
Close the exterior of the ATM.
Note: Ensure that all the doors and locks on the ATM are closed
and locked before contacting the KMC.
7
Contact the KMC.
8
Verify your identification.
9
Provide the 4-digit close code to the KMC.
10 The KMC will inform you that either the code is correct or give
you the correct procedure to follow if the close code is wrong.
7-23
To remove the ATM from its pallet using lifting trolleys proceed as
follows:
7-24
1
Unlock and open the ATM security enclosure.
2
Use a 19 mm (3/4 in.) spanner and the same size socket to
remove the four bolts attaching the ATM to the pallet.
3
Close the security enclosure.
7
4
Put the lifting trolleys on either side of the pallet and insert the
toes of the trolleys under the ATM.
5
Strap the trolleys to the ATM and insert packing where
necessary to protect the ATM’s paintwork. Pump up both
trolleys to lift the ATM clear of the pallet. Slide the pallet out
from under the ATM.
7-25
7-26
6
Place the safety boards under the ATM. Lower the ATM until it
is resting on the safety boards.
7
Adjust the trolleys, straps and packing, ensuring the trolleys are
as near as possible to the ATM.
8
Pump up both trolleys to lift the ATM clear of the safety boards.
Slide the safety boards out from under the ATM.
9
Move the ATM to the installation site.
Table of Contents
Chapter 8
Installing the ATM – Physical
Installation
Introduction
Connecting Cables
8-1
8-1
8-1
Fitting the Severe Environment Parts
Dismantling the Severe Environment Parts
Removing the 80-Column Printer
Removing the Side-Access Service Panel
Sealing the ATM
8-2
8-2
8-4
8-7
8-11
8-17
Fitting a Cheque Acceptor Bin (If Configured)
Cheque Acceptor Bin With a Keylock
Cheque Acceptor Bin With a Sub-Lock
8-22
8-22
8-24
Positioning the ATM
8-27
Fitting An Infill Panel
Infill Panel (5088)
Infill Panel (5688)
8-28
8-28
8-29
Fitting the Collar
Fitting the Standard Collar With Facia Light
Fitting the Standard Collar With Advert Light
8-31
8-31
8-36
Sealing the Collar and Bolting the ATM to the Plinth
8-44
Table of Contents
Introduction
8
Introduction
8
8
The physical installation of 5886 Drive-Up is divided into three
different categories.
For information on the installation categories, refer to Chapter 1.
Connecting Cables
8
If the ATM is being installed within a minimum footprint clearance
area, due to limited side clearance, cable connections must be
carried out before the unit is moved into its final location. If
however, the ATM is located in a recommended footprint clearance
area (or more), cable connections can be carried before or after the
final siting of the unit.
If required, refer to “Connecting Cables to the ATM” and connect
cables before proceeding with the installation.
Caution
The design of the plinth must be such that it will not damage the
cables which exit the ATM through the base of the security
enclosure. For more details, refer to Chapter 1.
8-1
The severe environment module is shipped detached from the
ATM. It is recommended that the module is fitted to the ATM prior
to installation through the wall.
To fit the module proceed as follows:
Dismantling the Severe
Environment Parts
8-2
8
When dismantling the severe environment module, make sure that
you retain all parts, including screws, in preparation for fitting to
the ATM.
1
Remove the severe environment parts from their packaging.
2
Disconnect the fan and heater connections from the connector
box.
8
3
Disconnect the heater harness from the heater element
connections.
1
4
2
Remove the three M4 nuts securing the fan assembly to the side
access panel.
8-3
Removing the 80-Column
Printer
To remove the 80-column printer, proceed as follows:
1
8
Open the top-box of the ATM.
Note: The following illustrations show a letter quality document
statement printer on a standard sleeve ATM, however, the steps for
removing the printer are the same in all cases.
2
Pull and hold the latch stud upwards and push the operator
interface to the left until it reaches its second stop position.
Note 1: You will know when the operator panel has reached the
second stop position, as the plunger will sit in a second hole at the
opposite end of the track.
Note 2: If your ATM is the short sleeve version, the operator panel
will raise automatically when the top-box is opened.
8-4
3
Press the green latch and using the green handle, slide the
printer forwards, until its slides are fully extended.
4
Disconnect the power and SDC connectors from the printer.
Feed the cables back through the hole in the metalwork and cut
the three cable ties securing the cables to the printer.
Note: The location and number of cables and cable ties may
differ from that shown below.
5
Push the printer back into the ATM until it clicks into place
8-5
Warning:
8-6
6
Remove the two screws securing the printer to the support plate.
7
Slide the printer towards the rear of the ATM to release the
mushroom studs from the key-holes.
8
Remove the printer from the ATM.
The printer is heavy. Make sure that you have an unobstructed
area in which to move and place it before you lift it from the
ATM.
Removing the Side-Access
Service Panel
To remove the side-access service panel, proceed as follows:
1
8
Disconnect the terminals from the auto-supervisor switch and
remove the switch from the bracket. Retain the switch for using
in the same position later.
8-7
2
8-8
Remove the M6 locknut from the stud on the top-box and retain
it for using in the same position later.
3
Caution:
Remove the circlip securing the gas-strut and relocate it on the
stud on the top-box. Secure it with the M6 locknut removed
previously.
Ensure the top-box is supported before relocating the gas-strut.
2
1
4
Remove the securing stud from the gas-strut’s original location
and retain it for using in the same position later.
8-9
8-10
5
Remove the side-access service panel by slackening three M4
locknuts at the rear, and removing the two M6 screws on the
base. Retain the two screws for using in the same position later.
6
Remove the side-access service panel.
Fitting the Severe
Environment Parts
To fit the severe environment parts, proceed as follows:
1
Fit the new side-access service panel with the two retained M6
screws at the base and then tighten the three M4 locknuts at the
rear.
2
Re-fit the gas-strut securing stud to the new side-access service
panel and move the piston on to the stud.
3
Secure the gas-strut on the stud with a circlip.
8
Warning:
Ensure that the circlip is secure before proceeding to the next step.
8-11
4
Connect the heater harness to the terminals. Ensure that both
terminals are pushed through the hole in the side-access service
panel and that the grommet is located in the hole.
1
8-12
2
5
Fit the severe environment fan assembly to the side-access
service panel with the three M4 locknuts. Do not tighten the
locknuts.
Note: Ensure that the fan and heater connections project
through the cut out in the side-access service panel.
8-13
8-14
6
Secure the heater and fan harnesses to the bracket on the sideaccess service panel using a cable tie.
7
Fit the severe environment housing assembly to the two studs
on the side wall of the top-box and secure with two M4 locknuts.
8
Fit the entry panel to the housing assembly with two M4 x 6
countersunk screws at the top, and two M4 x 6 screws at the
bottom.
9
Slide the severe environment fan assembly towards the entry
panel. Tighten the three locknuts.
8-15
10 Connect the fan, heater and thermostat connections to the
terminal box. Ensure that the grommets are located in the slots
in the connector box.
11 Fit the connector box assembly to the fan assembly using one M4
screw.
8-16
12 Connect the AC power harness to the connector box.
13 Refit the auto-supervisor switch to the bracket on the side-access
service panel. Reconnect the harness to the terminals.
Sealing the ATM
8
The final stage of fitting the severe environment module, is to seal
the ATM to prevent negative pressure within the ATM.
14 Cut the foam gaskets into sections and fit between the existing
gaskets on the top-box.
8-17
15 Fit the two rubber seals to either side of the top-box.
16 Cover the gap between the top-box and the sleeve on both sides
with adhesive tape. Cover the speaker slots on the facia with
adhesive tape.
17 Open the security enclosure.
8-18
18 Fit the adhesive gasket (445-0655433) to the flange on the right
hand side of the security enclosure and the adhesive gasket (44506455434) to the side wall on the left hand side of the security
enclosure.
8-19
19 Fit the brackets to the top and bottom of the security enclosure
door using four M6 x 12 round head screws.
Note 1: Use the fixing holes to secure the brackets to the security
enclosure.
Note 2: If external alarms are fitted, it may not be possible to fit
these brackets.
8-20
20 Remove the adhesive backing from the seals (445-0655684) and
fix them to the brackets that were fitted previously.
21 Replace the printer, securing it with the two screws which were
removed earlier.
22 Connect the power and SDC connectors and secure the cables
with cable ties.
23 If your ATM is the standard sleeve version, return the operator
panel to its home position.
Caution:
If the operator panel is not returned to its home position, closing the
top-box may damage the paintwork on the front of the panel.
8-21
Fitting a Cheque Acceptor Bin (If
Configured)
The cheque acceptor bin is shipped detached from the ATM. The
types of bin locks and mountings are:
●
●
cheque acceptor bin with a keylock
cheque acceptor bin with a sub-lock
Mounting
Keylock
Knob
Sub-lock
LED
Cheque Acceptor
Bin
Cheque Acceptor Bin With
a Keylock
8-22
To fit a cheque acceptor bin with a keylock, proceed as follows:
1
Remove bin parts from their packaging.
2
Insert and turn the key clockwise to release the latch and remove
the bin from the mounting bracket.
8
8
3
Secure the mounting bracket to the outside of the security
enclosure door with the three M6 x 8 screws and two Monodrive screws.
Note: The head of the mono-drive screw has two quarters of the
head removed allowing the screw to be driven in one direction
only.
M6 Screws
Mono-drive
Screws
4
Rest the bin on the mounting bracket and guides, then push
firmly home.
Mounting
Guide
Cheque Acceptor Bin
Security Enclosure
Door
5
Remove the key from the keylock.
8-23
Cheque Acceptor Bin With
a Sub-Lock
To fit a cheque acceptor bin with a sub-lock, proceed as follows:
1
Remove the bin parts from their packaging.
2
Separate the bin from the mounting bracket.
3
Remove and retain the three M4 x 6 screws from inside the safe
door cover, then remove the cover.
8
Screw
Security Door
Cover
Screws
8-24
4
Secure the mounting bracket to the outside of the security
enclosure door with the three M6 x 8 screws and the two
Mono-drive screws.
Note: The head of the mono-drive screw has two quarters of the
head removed allowing the screw to be driven in one direction
only.
M6 Screws
Mono-drive
Screws
5
Feed the power cable through the safe door as shown below.
Connect the 2 pin connector to the power harness leading to the
PC Core. Connect the 9 pin connector to the Sublock Interface
Box.
PC Core
Connector
Sublock
Interface Box
6
Replace the safe door cover.
7
Carry out steps 1 and 2 of “Unlocking the Sub-Lock” in
Chapter 7.
8-25
8
Rest the cheque acceptor bin on the mounting bracket and
guides, then push firmly home. Ensure the knob is turned fully
clockwise to lock the bin in place.
Mounting
Guide
Cheque Acceptor Bin
Security Enclosure
Door
9
8-26
Carry out steps 2 to 10 of “Locking the Sub-Lock” in Chapter 7.
Positioning the ATM
Positioning the ATM
8
To position the ATM through the hole in the wall proceed as
follows.
1
Using the lifting trolleys, move the ATM onto the plinth and
through the hole in the wall so that the sleeve protrudes at the
other side.
Note: The holes in the base of the security enclosure should line up
with the fixing holes in the plinth.
2
Warning
Remove the ATM from the lifting device.
If you have to slide the ATM off the lifting trolleys, take care that
the ATM does not fall over.
8-27
8
An infill panel is required when installing 5886 Drive-Up into a hole
used by a previous 5088 or 5688 installation.
Infill Panel (5088)
For fitting a 5088 infill panel, proceed as follows:
8
1
Place the infill panel over the sleeve and mark its outline on the
wall.
2
Using the infill panel as a template, mark centre points for the
four fixing holes.
3
Remove the infill panel.
4
Drill fixing holes and insert the M6 wall fixings. Remove the
bolts from the fixings.
5
Replace the infill panel and check its position before finally
bolting it to the wall using the M6 wall bolts and washers.
6
Seal the outer edge of the panel to the wall using silicone
sealant.
The hole in the wall is now prepared for the installation of the ATM.
8-28
Infill Panel (5688)
For fitting a 5688 infill panel, proceed as follows:
8
1
Place the infill panel over the sleeve and mark its outline on the
wall.
2
3
Using lifting trolleys, move the ATM back from the hole in the
wall.
4
Loosely fit the two mounting brackets to the infill panel using
four M6 screws, four washers and four nuts.
5
Place the infill panel over the hole in the wall, ensuring that it is
placed within the outline drawn previously.
6
With the help of an assistant or with the use of tape, temporarily
secure the infill panel to the wall.
8-29
7
If required, adjust the two mounting brackets until they are tight
against the inside face of the wall.
Wall
Mounting Bracket
8
Using the two mounting brackets as templates, mark centre
points for the six fixing holes.
9
10 Drill fixing holes and insert the M6 wall fixings. Remove the
bolts from the fixings.
11 Replace the infill panel and check its position before finally
bolting it to the wall using the M6 wall bolts.
12 Tighten the two mounting brackets to the infill panel using the
four screws, four washers and four bolts that were loosely fitted
previously.
13 Seal the outer edge of the panel to the wall using silicone
sealant.
14 Using the lifting trolleys, move the ATM through the hole in the
wall so that the sleeve protrudes at the other side.
The hole in the wall is now prepared for the installation of the ATM.
8-30
Fitting the Collar
Fitting the Collar
8
The following sections describe the two different collar assemblies
available for the 5886 Drive-Up:
●
●
Fitting the Standard Collar
With Facia Light
Standard collar with facia light
Standard collar with advert light
These instructions should be followed for installations where a 5886
Drive-Up is installed at the NCR recommended height.
8
1
Fix the vertical collar mounting brackets to the sleeve using four
M4 x 6 countersunk thread forming screws on each side. The
brackets are not interchangeable and must be fitted as shown,
with the tabs facing forward.
8-31
Fitting the Collar
2
Fix the bottom collar mounting bracket to the sleeve, as shown,
using three M4 x 6 thread forming screws.
Note: Ensure the bracket tabs are aligned with the lower
bracket tabs on the vertical collar mounting brackets.
8-32
Fitting the Collar
3
Fit the “U” shaped collar piece to the brackets by sliding it onto
the bracket tabs, as shown.
1
2
8-33
Fitting the Collar
8-34
4
Apply silicone sealant to both sides of the lower collar piece, as
shown.
5
Slide the top collar assembly into position.
6
Using a damp cloth, wipe any excess silicone sealant from the
join between the lower and top collar.
Fitting the Collar
7
Fix the top collar assembly with four M4 x 10 screws through the
white light panel and into the mounting bracket.
8
Insert the facia light fluorescent tube and turn it until its contacts
are tightly held.
9
Hook the facia light window under the lip of the top collar piece
and swing it up into position. Fit a clip over the facia and secure
it with four M3 countersunk machine screws.
10 Proceed to the section “Sealing the Collar and Bolting the ATM
to the Plinth”.
8-35
Fitting the Collar
Fitting the Standard Collar
With Advert Light
These instructions should be followed for installations where a 5886
Drive-Up is installed at the NCR recommended height.
8
Note: The standard collar with advert light requires a decal. Fix the
advert decal to the surface of the light panel before fitting the collar.
Make sure that the panel is clean, dry and dust free prior to
applying the decal. The decal may have to be fitted to the inside or
outside of the light panel depending on the decal design.
1
8-36
Fix the left and right collar mounting brackets to the sleeve
using four M4 x 6 countersunk thread forming screws on each
side. The brackets are not interchangeable and must be fitted as
shown, with the tabs facing forward.
Fitting the Collar
2
Fix the bottom collar mounting bracket to the sleeve as shown,
using three M4 x 6 thread forming screws.
Note: Ensure the bracket tabs are aligned with the lower
bracket tabs on the vertical collar mounting brackets.
8-37
Fitting the Collar
3
Fit the “U” shaped collar piece to the brackets by sliding it onto
the bracket tabs, as shown.
1
8-38
2
Fitting the Collar
4
Apply silicone sealant to both sides of the lower collar piece, as
shown.
5
Slide the top advert collar assembly into position. Push the two
harness connectors from below and through the hole in the
bottom right hand side of the collar.
6
Using a damp cloth, wipe any excess silicone sealant from the
join between the lower and top collar.
8-39
Fitting the Collar
7
8-40
Fix the top advert collar assembly with four M4 x 10 screws
through the white light panel and into the mounting bracket.
Fitting the Collar
8
Caution:
Fit the two harness connectors to the top advert collar and
secure with two M3 x 20 screws and two nuts.
Do not over-tighten the two screws as this may cause damage to the
harness connectors.
9
Connect the harness earth lead to the earth stud on the top
advert collar and secure with a M4 nut.
10 Insert the facia light fluorescent tube and turn it until its contacts
are tightly held.
8-41
Fitting the Collar
11 Clip in the advert light window.
Caution
8-42
Ensure that the window is secured at the top and down both sides,
and that both the bottom clips are engaged.
Fitting the Collar
12 Hook the facia light window under the lip of the top collar piece
and swing it up into position. Fit a clip over the facia and secure
it with four M3 countersunk machine screws.
13 Proceed to the section “Sealing the Collar and Bolting the ATM
to the Plinth”.
8-43
Sealing the Collar and Bolting the
ATM to the Plinth
The final stage of installation is to seal the ATM to the wall and bolt
it down. The following picture shows the standard collar with
advert light, however, the method of fitting the weather seal is the
same in all cases.
1
Caution:
Ensure the top gasket strip is positioned at the top edge of the collar
and forms a “T” on top of the vertical strips, to prevent water
gathering behind the collar.
2
8-44
Apply four strips of self-adhesive weather seal gasket to the rear
faces of the collar, and two small strips to the rear of the lower
and top collar join.
Pull the ATM hard against the building wall to compress the
weather seal.
8
3
Open the security enclosure and bolt the ATM to the
floor/plinth.
Note: Bolts are not provided with the unit, they must be
supplied by the owning organization. You will require:
●
●
Caution:
4 bolts 16 mm (0.63in.) diameter x 120 mm (4.72in.) long
4 anchor washers to fit the bolts. These must be at least 3 mm
(0.12in.) thick and have a maximum outside diameter of
40mm (1.57in.) and an inner diameter of 18 mm (0.71 in.).
4
Trim off any excess weather seal.
5
Seal the top and vertical edges of the collar to the wall, or infill
panel, using silicone sealant from the collar kit box.
Do not seal the bottom edge of the collar.
8-45
8-46
Table of Contents
Chapter 9
Installing the ATM – Internal
Packaging and Cables
Removing the Internal Packaging
Module Locations
Top-Box
Security Enclosure
Operator Panel
Currency Dispenser
PC Core
Magnetic Card Reader/Writer
Receipt and Journal Printers
80 Column Printer Release Latch
Statement Printer
Depository and Depository Bin
Cash Acceptor
Cheque Acceptor
9-1
9-2
9-3
9-4
9-5
9-6
9-8
9-9
9-10
9-11
9-12
9-14
9-16
9-17
Connecting Cables to the ATM
Power Cable
Connecting All Other Cables
9-18
9-18
9-21
Table of Contents
9
9
This section describes how to remove the internal packaging from
all modules. Ignore those steps which apply to modules not
configured into the ATM.
Note: The amounts and types of packing may be subject to change
without notice.
9-1
Module Locations
9
The following illustrations show some of the possible locations of
modules in the 5886 Drive-Up ATM.
Card Reader
Top-Box
Digital Audio Volume Control
CD Rom Drive
Supervisor/
Operator Panel
(Short Sleeve)
3.5 in. Disk Drive
PC Core
Statement Printer
Supervisor/
Operator Panel
(Standard Sleeve)
Receipt / Journal
Printer
Card Capture Bin
Power On/Off Switch
Envelope
Depository
Currency Dispenser
Currency Purge Bin
Currency Cassette
Security Enclosure Door
Power Supply
Depository Bin
Cheque Acceptor
(See Note 1)
Cash Acceptor
(See Note 1)
Note 1: Modules in the security enclosure (that is, the envelope
dispenser/depository, currency dispenser or cash acceptor) may be
9-2
located on either the left- or the right-hand side, depending on the
configuration of your ATM. The cheque acceptor may only be
located on the right-hand side.
Note 2: The illustrations throughout this manual show a standard
sleeve ATM, where the operator panel is located in front of the
statement printer.
Top-Box
Remove the two foam blocks from inside the top-box.
9
9-3
Security Enclosure
9-4
9
Remove and retain the plastic document bag taped to the bottom of
the security enclosure.
Operator Panel
9
If your ATM is the standard sleeve version, remove the foam blocks
from the front and rear of the operator panel. Remove the tape from
the release plunger.
Note: The ATM is shipped with the operator panel out of its
operational position. After removing the packaging, slide the panel
to the right hand side until the plunger slots into its home position.
If your ATM is the short sleeve version, remove the foam block from
the front of the operator panel.
9-5
Currency Dispenser
9
If your ATM is fitted with dual dispenser, you should follow the
procedures described below to remove the packing material from
both dispensers.
Remove the tape from around the dispenser latch-handle.
Note: The position and appearance of the latch handle may differ
from that shown.
Remove the foam block and tape from the front of the currency
dispenser.
9-6
Remove tape from cassette latches on right-hand side and across the
cassette and purge bin handles.
If your ATM has a dispenser with four cassettes, pull out the bottom
cassette and remove the packaging from beneath the dispenser
chassis.
Remove the strip of weather seal from inside the purge bin.
9-7
PC Core
9-8
9
Remove and retain the power cable and small plastic bag taped to
the PC Core. Remove the foam block from behind the PC Core.
Magnetic Card
Reader/Writer
Remove tape from the release plunger for the open card capture bin
and the foam block from inside the bin.
9
Remove the cable tie and tape from the card capture bin (secure
container shown).
9-9
Receipt and Journal
Printers
Remove the tape and foam packing piece from the printer tray
release latch.
9
Remove the pieces of tape securing the paper rolls to the modules.
9-10
80 Column Printer Release
Latch
Remove the tape and foam packing from the printer release latch.
9
9-11
Statement Printer
Remove the tape from both printer carriage levers.
9
Remove the tape from the following areas of the printer:
●
●
●
9-12
Print engine latch
Thumbscrews at each side of the knife assembly
Transport shutter (type 2 printer only)
●
●
●
●
Rear of the paper hopper
Paper hopper latch
Thumbscrew at the paper guides
Thumbscrew on the underside of the paper hopper.
If the ATM is configured with an overhead operator panel, remove
the foam block shown in the following illustration.
If the ATM is configured with a receipt printer, remove the foam
block between the printers.
9-13
From the front of the facia, remove the sheet of cardboard from the
statement printer aperture.
Depository and
Depository Bin
9
Your ATM may be fitted with the envelope depository located on
the opposite side from what is shown in the illustrations, however
the procedure for removing the packing material is the same.
Remove the tape from the depository latch. Remove the foam block
from the front of the depository.
9-14
Remove three pieces of tape from the depository bin.
Remove the box containing the ink jet print head from behind the
deposit bin. Remove the tape from the envelope dispenser.
Refer to the publication, “NCR 5886 Operator Manual”, B006-6194,
for details of how to fit the print head cartridge.
9-15
Cash Acceptor
9
Remove the tape and foam block from the latch handle, and the tape
and foam form the bottom of the cash acceptor.
from that shown.
Remove tape and foam blocks from the locations shown below.
9-16
Cheque Acceptor
9
Remove tape from the around cheque acceptor latch. Remove the
foam block from the front of the cheque acceptor.
from that shown.
Remove tape from the locations shown below.
9-17
The cables used to make connections to the ATM must conform to
the cable specifications and details of preparation provided in
Chapter 2.
Note: Because there is a limited side clearance when the ATM is
being installed within a minimum footprint clearance area, cable
connections must be carried out before the unit is moved into its
final location. If however, the ATM is located in a recommended
footprint clearance area, cable connections can be carried before or
after the final siting of the unit.
Cables to be connected to the ATM fall into two categories:
●
●
Caution
Power Cable
9-18
Power cable, not requiring additional grounding
All other cables, i.e. Remote Relay, Remote Status Indicator,
Alarms Interface Cable and High Order RS-232 Communication
cables, require additional grounding by means of a “P” clamp.
Cables must be grounded where indicated to make sure that the
ATM meets EMC requirements.
To connect the power cable to your ATM, proceed as follows:
9
1
Open both the top-box and the security enclosure of the ATM.
9
2
Check that the mains ON/OFF switch is in the OFF position
(pressed in at the 0 side).
0 1
9-19
3
Remove the two M4 nuts securing the two cover plates to the
cable entry bracket. Remove the cover plates.
1
9-20
2
Warning
Connecting All Other
Cables
9
4
Insert the end of the power cable through the hole in the base of
the security enclosure.
5
Connect the power cable to the socket on the power supply on
the security enclosure wall.
Make sure that the power supply cable is not connected to the AC
outlet while you are connecting it to the ATM.
6
If you are connecting cables after installing the ATM, connect
the power cable to the AC outlet. Otherwise, leave the power
cable disconnected from the AC outlet until after the ATM is
installed and bolted down.
7
If you have no other cables to connect, proceed from step 9 in
the next section. Otherwise, proceed to the next section.
To connect a Remote Relay, Remote Status Indicator, High Order
RS-232 Communication or Alarms Interface cable to the ATM
proceed as follows:
9-21
1
Check that the mains ON/OFF switch is at the OFF position
(pressed in at the 0 side).
0 1
9-22
2
Insert the ends of the cables through the hole in the base of the
security enclosure. Pull sufficient cable through the hole to
allow the connector to be fed through the matching hole in the
top of the security enclosure.
9-23
3
9-24
Connect the communications cables to the appropriate
connectors on the panel.
4
Take the earth studs and screw them into the threaded holes on
the inside wall of the security enclosure as shown.
P Clamp
Earth
Stud
M4 Nut
Note 1: The studs are packed in a plastic bag attached to the PC
Core chassis.
Note 2: Ensure the area around the two threaded holes and the
earth stud base is clean for a good electrical contact.
5
Tighten the studs down on to the base using a 10 mm (3/8 in.)
spanner or socket.
9-25
6
Clip the appropriate sized “P” clamp around the stripped
section of each cable to be connected, then, using a
7 mm (9/32 in.) spanner, attach the clamp to the earth stud with
the M4 nuts supplied.
Note 1: If the cable has not been stripped, refer to the instructions in
Chapter 2.
Note 2: The largest clamp should be attached to the earth stud first,
then the second largest and so on. Attach all the clamps to the stud
even if some are not used – they may be required at a later date.
M4 Nuts Separating
and securing groups
of two cable clamps
3.4 mm (0.13 in.)
Clamps facing upward
4.5 mm (0.18 in.)
Clamps facing downward
6.0 mm (0.24 in.)
Clamps facing downward
Earth Stud in Security
Enclosure wall
9-26
7
After all the cables have been connected, tie them together using
the two cable ties provided.
8
Screw the cable ties to the inside wall of the security enclosure
with two M6 screws, as shown.
Cable Tie
M6 Screw
9-27
9
Replace the cover plates, ensuring the studs locate in the slots.
Slide the plates toward each other, overlapping one with the
other, and secure with the two M4 nuts.
1
2
10 Switch on the power at the AC outlet and then at the ATM.
11 Close the security enclosure and top-box.
9-28
Table of Contents
Configuring the ATM
Chapter 10
Configuring the ATM
Introduction
10-1
Currency Cassette Configuration
10-2
Device Configuration
10-3
Communications Configuration
Self-Service Support
S4I
10-4
10-4
10-4
Currency Dispenser Configuration
Strapping
10-5
10-5
10-6
40-Column Printer Configuration
Thermal Receipt and Journal Printers
Basic Configuration
Advanced Configuration and Calibration
Dot-Matrix Journal Printer
10-7
10-7
10-8
10-8
10-12
Adjusting DIP Switch Settings
Adjusting Jumper JP1 (Type 2 Printer only)
Adjusting Hopper Paper Guides
Adjusting the Contrast
Capture Bin Threshold
10-13
10-14
10-16
10-16
10-22
10-23
Envelope Dispenser
Adjusting the Spacer Length
10-24
10-28
Table of Contents
Configuring the ATM
Configuring the ATM
Introduction
10
Introduction
10
After you have completed the hardware installation of the ATM
there are certain configuration procedures that must be performed.
These depend upon which modules are installed in the ATM.
Note: All dot-matrix printers are pre-fitted with secured paper and
ribbons but paper will have to be loaded or fed into the transport.
Refer to the publication, NCR 5886 Operator Manual, (B006-6194), for
details of how to load supplies and how to fit the print head
cartridges.
The features which may require configuration are:
●
●
●
●
●
Currency cassette
Communications
Currency Dispenser
Printers:
40-Column printers
●
80-Column printer
●
The configuration of these features is described in the following
sections.
After completing the installation and configuration of the ATM, if
your system software is Self-Service Support, refer to publication
Self-Service Support, System Application User Guide, (B006-6167), for
details of system initialization. If your system software is S4I, refer
to publication Supervisor Functions, (B006-4718) instead.
After installation and testing, complete and return the Installation
Report Form delivered with the ATM.
10-1
Configuring the ATM
The currency cassettes should be configured as described in
publication NCR Currency Cassette Owner’s Manual, (B006-1297).
10-2
10
Configuring the ATM
10
The ATM has a number of devices which need to be configured at
installation.
If your ATM runs Self-Service Support, then configuration is done
using the System Application. Refer to the NCR publication
Self-Service Support System Application User Guide (B006-6167).
If your ATM runs S4I system software, then configuration can be
done by referring to the NCR publication Supervisor Functions,
(B006-4718).
10-3
Configuring the ATM
10
If you intend to use communications, then you must configure the
software and hardware. The procedure for configuring your ATM
depends on whether your ATM runs Self-Service Support or S4I:
Self-Service Support
10
Configuration is described in the NCR publication APTRA
Communications Feature User’s Guide, (B006-0012).
Note: Before you can start to configure the communications, you
must have Self-Service Support installed on your ATM.
For information on NCR certified Communications boards, please
refer to the following NCR Intranet site, or contact your local
support representative:
http://www.dundee.ncr.com/INFOPROD/Software&Services.htm
S4I
10
Configuration is described in the NCR publication Supervisor
Functions (B006-4718).
Note: Before you can configure communications in the ATM, you
must build and load the applications software on to the ATM. The
procedures for building and loading software can be found in NCR
publication Building a Load Disk, (B006-1797).
To configure communications you will require the protocol
identification code. If you order communications software, the
appropriate documentation, including information on codes, is
automatically sent. For more information visit the following NCR
Intranet site.
http://www.dundee.ncr.com/INFOPROD/Software&Services.htm
You will also require the communications common and connection
parameters and these must be supplied by the owning organisation.
10-4
Configuring the ATM
10
When the 5886 ATM is shipped with a currency dispenser, the
currency dispenser is pre-configured at the factory and should not
require configuration at installation time. Configuration would,
however, be required if the control board had to be replaced or the
contents of NVRAM were found to be corrupt.
Strapping
10
The strapping associated with the 5886 and NID currency dispenser
control boards has the following default position:
●
●
First dispenser, SDC command switch pack (U16) - set switches
1 to 8 to off for normal running
Second dispenser, SDC command switch pack (U16) - set switch
1 to on and switches 2 to 8 to off for normal running.
Note: The second dispenser, switch pack settings are only valid
when there are two dispensers installed.
D1
Diagnostic
LEDs
D8
SW1
Diagnostic
Switches
SW8
10-5
Configuring the ATM
The currency cassettes should be configured as described in
publication NCR H-8015-STD1-01/02-08 Currency Cassette Owner’s
Manual, (B006-1297).
10-6
10
Configuring the ATM
10
The ATM may be fitted with up to two 40-column printers – a
thermal receipt printer and either a thermal or dot-matrix journal
printer.
Note: Full details of all configuration options can be found in
chapter 13 of the NCR publication Service Aids Mini-Manual,
(BFM0-0547).
The thermal printers are configured using DIP switches, RESET and
ENTER (SET) buttons and feedback from status LEDs. An EEPROM
on the interface PCB stores most configuration data.
The dot-matrix printer is configured using DIP switches.
Note: The following adjustments must be performed by a customer
engineer.
Thermal Receipt and
Journal Printers
All the necessary switches and LEDs are accessible through holes in
the interface PCB cover:
10
SW1
(ENTER (SET))
{
LED’s
SW2
(RESET)
DSW2
10-7
Configuring the ATM
Basic Configuration
10
Adjustments to the following functions can made using DIP switch
DSW2:
●
●
●
Black Mark mode – switch 1
5670 Emulation – switch 2
Receipt and/or Journal printer installed – switches 3 & 4.
These adjustments do not update EEPROM data.
To adjust these functions set switches 1 to 4, as appropriate,
following the table below:
DIP switch DSW2
Switch Setting
Function
8
7
6
5
4
3
2
1
Receipt printer Black Mark mode ON (default)
0
0
0
0
x
x
x
1
Receipt printer - Black Mark mode
OFF
0
0
0
0
x
x
x
0
Report 5670 Emulation (default)
0
0
0
0
x
x
0
x
Report TEC Emulation
0
0
0
0
x
x
1
x
Installed printers - invalid setting
0
0
0
0
0
0
x
x
Installed printers - Receipt printer
only
0
0
0
0
0
1
x
x
Installed printers - Journal printer
only
0
0
0
0
1
0
x
x
Installed printers - both printers
0
0
0
0
1
1
x
x
Note: 0 = off, 1 = ON, x = Don’t care.
Advanced Configuration
and Calibration
10
Receipt Form Length setting, Character Set selection and Black
Mark Calibration involve updating the EEPROM data.
Configuration of these functions is made using DIP switch DSW2.
Configuration is carried out as follows:
Receipt Form Length
The Receipt Form length can be set to any number of lines between
24 (default) and the maximum of 55.
10-8
1
Make a note of the current DSW2 DIP switch settings.
2
Set DSW2 switch 6 to ON.
3
Set DSW2 switches 1 to 5 to add the required number of lines to
the default value of 24.
10
Configuring the ATM
switch 1 = ON : adds 1 line
switch 2 = ON : adds another 2 lines
For example: to make the form length 35, set the switches like
this:
default:..................... 24
switch 1 = ON adds . 1
switch 3 = OFF adds 0
switch 5 = OFF adds 0
TOTAL: ................... 35
4
Press the RESET button SW2.
5
Press and hold the ENTER (SET) button SW1 until the four
LEDs blink. The new form length is now stored in the EEPROM.
6
Restore the previously noted DSW2 DIP switch settings and
press the RESET button SW2.
10-9
Configuring the ATM
Character Set
10
This setting applies to both the Receipt and Journal printers.
1
Make a note of the DSW2 DIP switch settings.
2
Set the DSW2 DIP switches as shown:
Switch Setting
Function
8
7
6
5
4
3
2
1
International Character Set (Default)
0
0
0
1
1
0
0
1
Arabic Character Set
0
0
0
1
1
0
1
0
Note: 0 = off, 1 = ON.
3
Press the RESET button SW2.
The four LEDs blink – the character set data is now stored in the
EEPROM.
4
Black Mark Calibration
10
1
Make a note of the DSW2 DIP switch settings.
2
Ensure that the Receipt printer is properly loaded with suitable
paper.
3
Set the DSW2 DIP switches as shown:
Switch Setting
Function
8
7
6
5
4
3
2
1
Black Mark Calibration
0
0
0
1
0
1
0
1
10-10
Configuring the ATM
4
Press the RESET button SW2. Wait until the LEDs have finished
flashing then press the Paper Feed button. The printer feeds
paper, calibrates the black mark sensor and stores the new data
in the EEPROM.
The four LEDs blink to confirm successful calibration. If all four
LEDs do not blink – interpret the error from the pattern of the
blinking LEDs:
Error condition
LED 1
LED 2
LED 3
LED 4
off
off
BLINK
S
BLINK
S
Black mark too wide or not found
BLINK
S
off
off
BLINK
S
Unable to calibrate (unknown
error)
BLINK
S
off
BLINK
S
BLINK
S
Paper out
EEPROM data is only updated when calibration is successful.
5
6
To confirm a successful calibration, press the RESET button and
then immediately press and hold the paper feed button. The
printer will produce a configuration printout, for example:
<Receipt printer>
F/W
ANK
ROM version
CG version
Sensor level
ON
BDS
0772
1.60
1.00
OFF
0143
TH
0457
- DIP switches 1
= Black mark mode
2
= 5670 emulation
3
= Receipt printer
Check the Sensor level ON and OFF values: if they are both
“0000” then the calibration was not successful and the EEPROM
data was not changed.
10-11
Configuring the ATM
Dot-Matrix Journal Printer
10
The illustration below shows a dot-matrix journal printer fitted on
the printer tray along with a thermal receipt printer.
The thermal receipt printer, if fitted, is configured as described in
the previous section.
Character Set Selection
The Dot-Matrix printer is configured using an 8-pole switch pack:
●
●
Switch 7 selects the Character Set – OFF to select International
character set or ON to select the Arabic character set
Switches 1 to 6 and 8 are not used.
The printer is delivered with all switches OFF (International
character set selected).
10-12
10
Configuring the ATM
10
There are two types of statement printer possible in your ATM. For
each type, there is a standard variant and a parallel port (or “open”)
variant. The two types of printer can be differentiated by the
appearance of the front transport: type 1 has a cover over the
transport rollers, and type 2 has an open transport, as shown in the
following illustration.
There are some differences in the operating instructions between the
two types of printer. Refer to the appropriate type in the following
sections for the instructions specific to your printer.
Type 1
Type 2
Type 1 Printer
10
The type 1 printer leaves the factory with the paper width set to
216 mm (8.5 in.) and the paper length set to 305 mm (12 in.).
To change these settings, the paper guides in the hopper can be
adjusted for width and length, and the DIP switch settings can be
changed for width. These tasks must be performed by a customer
engineer.
Note: There is no need to adjust the switch settings on a Parallel
Port or “Open” variant of the statement printer.
Type 2 Printer
10
The type 2 printer leaves the factory with the paper width set to
216 mm (8.5 in.) and the paper length set to 102 mm (4 in.).
To change these settings, the paper guides in the hopper can be
adjusted for width or length, the DIP switch settings can be changed
for width and a jumper on the board can be adjusted for length.
These tasks must be performed by a customer engineer.
Note: There is no need to adjust the switch settings on a Parallel
Port or “Open” variant of the statement printer.
10-13
Configuring the ATM
Adjusting DIP Switch
Settings
10
You need to adjust the DIP switch settings on the main pcb (switch
pack U63 on type 1 printers and pack U50 on type 2 printers) to fit
the width of paper to be used on it. The following table provides the
appropriate width settings for various sizes of paper (the default
width setting is 216 mm (8.5 in.)). When choosing a width setting,
select the nearest width up from your paper size. For example,
choose the 148 mm (5.82 in.) setting for paper width of 147.5 mm
(5.81 in.).
Note: 1 = On, 0 = Off, x = Don’t care.
Paper Width
10-14
Switch Setting
mm
Inches
8
7
6
5
4
3
2
1
216
8.50
x
0
0
0
0
0
0
0
215
8.47
x
0
0
0
0
0
0
1
214
8.41
x
0
0
0
0
0
1
0
212
8.34
x
0
0
0
0
0
1
1
210
8.28
x
0
0
0
0
1
0
0
209
8.21
x
0
0
0
0
1
0
1
207
8.14
x
0
0
0
0
1
1
0
205
8.08
x
0
0
0
0
1
1
1
203
8.01
x
0
0
0
1
0
0
0
202
7.94
x
0
0
0
1
0
0
1
200
7.88
x
0
0
0
1
0
1
0
198
7.81
x
0
0
0
1
0
1
1
197
7.74
x
0
0
0
1
1
0
0
195
7.68
x
0
0
0
1
1
0
1
193
7.61
x
0
0
0
1
1
1
0
192
7.55
x
0
0
0
1
1
1
1
190
7.48
x
0
0
1
0
0
0
0
188
7.41
x
0
0
1
0
0
0
1
187
7.35
x
0
0
1
0
0
1
0
185
7.28
x
0
0
1
0
0
1
1
183
7.21
x
0
0
1
0
1
0
0
182
7.15
x
0
0
1
0
1
0
1
Configuring the ATM
Paper Width
Switch Setting
mm
Inches
8
7
6
5
4
3
2
1
180
7.08
x
0
0
1
0
1
1
0
178
7.01
x
0
0
1
0
1
1
1
176
6.95
x
0
0
1
1
0
0
0
175
6.88
x
0
0
1
1
0
0
1
173
6.81
x
0
0
1
1
0
1
0
171
6.75
x
0
0
1
1
0
1
1
170
6.68
x
0
0
1
1
1
0
0
168
6.62
x
0
0
1
1
1
0
1
166
6.55
x
0
0
1
1
1
1
0
165
6.48
x
0
0
1
1
1
1
1
163
6.42
x
0
1
0
0
0
0
0
161
6.35
x
0
1
0
0
0
0
1
160
6.28
x
0
1
0
0
0
1
0
158
6.22
x
0
1
0
0
0
1
1
156
6.15
x
0
1
0
0
1
0
0
155
6.08
x
0
1
0
0
1
0
1
153
6.02
x
0
1
0
0
1
1
0
151
5.95
x
0
1
0
0
1
1
1
149
5.89
x
0
1
0
1
0
0
0
148
5.82
x
0
1
0
1
0
0
1
146
5.75
x
0
1
0
1
0
1
0
144
5.69
x
0
1
0
1
0
1
1
143
5.62
x
0
1
0
1
1
0
0
141
5.55
x
0
1
0
1
1
0
1
139
5.49
x
0
1
0
1
1
1
0
10-15
Configuring the ATM
Adjusting Jumper JP1
(Type 2 Printer only)
Adjusting Hopper Paper
Guides
10
To configure the type 2 printer for long paper length (more than
254mm (10 in.)), the jumper JP1 on the interface board can be set to
enable the front transport shutter to operate. Set the jumper at pins 2
and 3 to enable the shutter for long paper. Set the jumper at pins 1
and 2 to disable the shutter.
The illustrations in this section show the type 1 printer, however the
instructions are identical for both types of printer.
10
To adjust the paper guides in the hopper:
1
Open the top-box of your ATM.
2
If your ATM does not have the auto-supervisor function, press
the switch on the operator panel to the supervisor position.
3
Pull and hold the latch stud upwards and push the operator
interface to the left until it reaches its second stop position.
Note: If your ATM is the short sleeve version, the operator panel
will raise automatically when the top-box is opened.
10-16
Configuring the ATM
4
Press the green latch and pull the printer out of the ATM until
its slides are fully extended.
5
Lift the latch at the side of the hopper and slide the hopper out.
10-17
Configuring the ATM
6
To change the hopper width, slide one of the paper guides to the
left or the right in its slot. This automatically moves the facing
guide an equal distance in the opposite direction. Adjust the
space between the guides to the required width.
Note: The guides are centrally located so any adjustment
automatically centres paper placement in the hopper.
10-18
7
To change the hopper length, loosen the thumbscrew on the
underside of the hopper, and move the rear guide backward or
forward in its slot to fit the required length.
8
Place the paper stack in the hopper. The paper stack must be
high enough to flatten the paper low sensor.
Configuring the ATM
Note: Place the paper in the tray so that the black dot faces
upwards and will be on the underside and towards the top edge
of the form as it feeds into the printer.
9
Adjust the guides in the hopper to fit the paper stack, and
tighten the thumbscrew on the underside of the hopper.
10 Slide the hopper forwards to its operating position.
10-19
Configuring the ATM
11 Loosen the thumbscrew which secures the top paper guides and
then slide the guides apart.
1
2
12 Place the paper between the guides. Move either guide towards
the edge of the paper. This will cause the other guide to move
the same corresponding distance. Ensure that there is 0.5 mm
(0.02 in.) clearance at each side of the paper.
13 Tighten the thumbscrew.
10-20
Configuring the ATM
14 Hold the paper in place between the guides and press the paper
feed switch. The paper should feed through the printer.
Type 1
10
Type 2
10
15 Remove the statement from the printer transport.
16 Push the printer back into the ATM until it clicks into place.
17 If your ATM is the standard sleeve version, return the operator
panel to its home position.
Caution:
If the operator panel is not returned to its home position, closing the
top-box may damage the paintwork on the front of the panel.
10-21
Configuring the ATM
18 Press the switch on the operator panel to the NORMAL position.
19 Close and lock the top-box.
Adjusting the Contrast
10
You may need to change the contrast control to improve print
clarity. This can be done by adjusting the contrast control switch or,
if the printer does not have a contrast control switch, by using the
User Switches on the printer control board (switch pack U64 on an
SDC printer and U51 on a parallel printer). User Switch settings
should only be changed by an Installation Engineer.
Contrast Control Switch
10
The contrast control switch (located on the paper guide assembly)
allows you to adjust the printer contrast.
The location of the contrast control switch is shown below:
Type 1
Light
Normal
Dark
Type 2
Light
Normal
Dark
10-22
Configuring the ATM
For both types of printer, to darken the image set the switch to the
Down position. The contrast is increased by applying more heat to
the paper, however, if the image is too dark, the print may blur
slightly.
To lighten the image set the contrast switch to the Up position. If the
contrast is too light, the print image may fade over time.
Note that the ATM must be re-started for the new contrast settings
to take effect.
User Switches (U64)
10
Note: The following procedure should only be carried out by a
qualified Installation Engineer, if the printer does not have a
contrast control switch.
To access the control board, remove the safety cover. Reset SW1 and
SW2 on User Switches (U64 on SDC, U51 on parallel printers) as
follows:
SW1
SW2
LIGHT
0
1
MEDIUM
0
0
DARK
1
0
factory setting
The default setting for all paper (unless specified otherwise) is
MEDIUM. If the media specifications state that any grade of paper
requires increased contrast setting, then use the DARK setting.
Note: The image can be lightened or darkened by adjusting SW1
and SW2. To darken the image, the contrast must be increased
(more heat is applied to the paper). However, if the contrast is too
dark, this can cause the end image to blur slightly. If the contrast is
too light, this can cause the end image to fade over time.
Capture Bin Threshold
10
Prior to the ATM’s dispatch from the factory, the statement capture
bin threshold is configured to a setting of 10 (or 6 for buncher).
Details on how to change these thresholds can be found in the NCR
publication, Self-Service Support, System Application User Guide,
(B006-6167) or Supervisor Functions, (B006-4718) depending on your
system software.
10-23
Configuring the ATM
Envelope Dispenser
Envelope Dispenser
To cut the dispenser bin’s plastic spacers to the correct size, proceed
as follows. The configured spacer length will accommodate your
specific envelope length.
Note: The bin is shipped with spacers which have been configured
for a standard envelope. If required, two extra spacers are shipped,
taped to the side of the dispenser bin, for you to configure to your
specific envelope size.
10-24
1
Open the top-box of the ATM.
2
If your ATM does not have the auto-supervisor function, press
the switch on the operator panel to the supervisor position.
3
Open the security enclosure.
4
Press the green latch and using the green handle, pull the
envelope depository/dispenser out of the ATM until its slides
are fully extended.
10
Configuring the ATM
Envelope Dispenser
5
Slide the envelope depository bin out of the ATM.
Note: Refer to the publication 5886 ATM Operator Manual,
(B006-6194) for the procedure on removing the depository bin.
6
Lift the green latch, on either side of the envelope dispenser, and
remove the cassette using the strap handle on the front.
1
2
10-25
Configuring the ATM
Envelope Dispenser
7
To open the cassette, pull out the plunger and open the door.
1
2
10-26
Configuring the ATM
Envelope Dispenser
8
To remove the spacers from between the cassette door and the
envelope rail, remove eight screws as shown below.
Envelope Rail
Spacer
Cassette Door
10-27
Configuring the ATM
Envelope Dispenser
Adjusting the Spacer
Length
With the full ten segment’s fitted, the envelope space is suited to the
minimum length of envelope, 203 mm (8.00 in.).
10
10
10
9
9
8
8
7
7
6
6
5
5
4
4
3
3
2
2
1
1
Cut Here
Each spacer segment removed, increases the space by
5 mm (0.20 in.). With all ten segments removed, the maximum
length of envelope, (254 mm (10.00 in.)) can be loaded into the
cassette.
Segments should be removed from the spacers so that your
envelopes fit into the cassette with 1 or 2 mm to spare (but no more
than 5 mm (1 segment)).
The spacers can be cut with a stanley knife or small steel saw.
Remove any burrs left on the legs of the spacers with a smooth file.
10-28
Configuring the ATM
Envelope Dispenser
The table below tells you where to make the cut for the measured
length of envelope.
Measured Length of Envelope
Millimetres
Inches
Cut above Segment Number:
203 - 207
8.00 - 8.15
Do not cut
208 - 213
8.19 - 8.38
9
214 - 218
8.42 - 8.58
8
219 - 223
8.62 - 8.78
7
224 - 228
8.82 - 8.97
6
229 - 233
9.01 - 9.17
5
234 - 238
9.21 - 9.37
4
239 - 243
9.41 - 9.57
3
244 - 248
9.60 - 9.76
2
249 - 253
9.80 - 9.96
1
254
10
Cut off segment 1
10-29
Configuring the ATM
Envelope Dispenser
10-30
Table of Contents
Chapter 11
Fitting the Decals
Advert Light
Card Orientation Window and Clear Window
Entry/Exit Decals
11-1
11-1
11-1
11-2
11-2
Table of Contents
Fitting the Decals
11
Fitting the Decals
11
This chapter describes how to fit decals to the front of the ATM.
Specifications for the decals can be found in Chapter 4.
Advert Light
Receipt Exit
Statement Exit
Card Reader
(Motorised/Dip)
Cash Exit/Deposit Entry
Cash Deposit
Cash Exit/Deposit Entry/
Cheque Entry
Cash Deposit
Decals are fitted to the facia of the 5886 Drive-Up ATMs as follows:
Advert Light
11
and Clear Window
11
Fix the decal to the surface of the advert light panel (inside or out
depending on the decal design) before fitting the advert light and
collar. Make sure that the panel is clean and dry before applying the
decal.
To fit a decal behind the card orientation plastic window or the
larger clear window (fitted if an envelope depository is not
configured), proceed as follows:
1
Insert the two window extraction tools (supplied with the ATM)
into the holes at the base of the window.
2
Push down on the two extraction tools to release the window’s
catches, then pull the window out from the facia.
11-1
Fitting the Decals
3
Entry/Exit Decals
11
11-2
11
Place the decal in position and then press the plastic window
back into the facia.
The facia of the ATM has been provided with recesses for selfadhesive decals to identify the entry and exit slots. Make sure that
the surface is clean and dry and then apply the correct decal firmly.
Position this decal onto the side panel at the right hand side of the
facia. Make sure that the surface is clean and dry and then apply the
decal firmly.
Table of Contents
Appendix A
AC Power Line Transient Protection
A-1
Data Line Transient Protection
A-3
NCR Power Protection and Cabling Products
Uninterruptible Power Supplies
Contact Information
A-4
A-4
A-5
A-5
A-7
Table of Contents
A
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.
When power transient suppression is required, the suppressors
used should meet the following minimum requirements:
●
Dissipate energy to match the appropriate application categories
as defined by IEEE Standard 587. These categories are described
in the table below:
Location
Category
Comparable
to IEC
No 664
Category
A=Outlets >
10 m (30 ft)
from Cat. B
A= Outlets >
20 m (60 ft)
from Cat. C
II
B=Major
feeders,
short branch
circuits, and
load centres
III
C = Service
Entrance and
run to load
centre
IV
Transient
Waveform
Amplitudes
0.5 µ s Risetime,
then 100 kHz
Ringwave, each
peak=60% of
previous
6 kV
Volts=1.3 x 5 µ s
Current= 8 x 20 µ s
and
0.5 µ s Rise = 100
kHz Ringwave
6kV
3kA
Volts = 1.2 x 5 µ s
10kV or more
Current = 8 x 20 µ s
10kA or more
200A
6kV
500A
A-1
●
●
●
A-2
Be of the voltage limiting (clipping), or tracking filter type. The
suppressor must not ‘clamp’ the voltage to zero, and must selfrecover 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.
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.
A-3
NCR Power Protection and Cabling
Products
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
A
The following products can be purchased from the NCR Power
Protection and Cabling group to help provide protection from
power line spikes and surges:
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 metres (6 feet) of
power cable, United States applications
4060-4070-0094
110V, 7 outlet, strip, 15 Amp
suppressor with 1.8 metres (6 feet) of
power 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
These products have numerous features:
●
●
●
●
●
●
●
●
A-4
unique five-stage hybrid circuitry
offers 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
plastic housing is highly flame retardant, conforming to UL945V.
A
Data Line Transient
Protection
A
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:
NCR Product ID
Description
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
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 standalone for use in Europe.
Uninterruptible Power
Supplies
A
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.
NCR Product ID
Description
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
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) network interface
standard rack-mountable unit design
also available in 1500 VA, 2100 VA and 3000 VA sizes.
A-5
NCR Product ID
Description
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 topology
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
available in rack-mountable configuration
also available in 600VA, 1500VA, 2000VA, 2200VA sizes.
NCR Product ID
Description
4070-1000-7194
1000 VA Line-interactive UPS,
120AC, 60 Hz
4071-1000-7494
1000 VA Line-interactive UPS,
230VAC, 50/60 Hz
●
●
●
●
A-6
line-interactive topology
modified sine wave output
input voltage selectable at 110/127 VAC or
220/240 VAC
●
●
●
●
●
●
Contact Information
A
advanced battery management prolongs battery like and
ensures quick availability after discharge
advanced battery management for early failure detection and
advanced user warning
internal transformer provides voltage buck/boost
hot-swappable batteries
also available in 450 VA, 700 VA, 1500 VA sizes.
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:
Telephone
Worldwide (excl. USA)
+1 919 460 9489
USA only
1 800 257 0458
Facsimile
Worldwide
+1 919 460 9653 or
+1 919 460 8976
A-7
A-8
Index
Index
Numerics
A
B
C
D
0
40-Column Printer Configuration 10-7
80-Column Printer Configuration 10-13
AC Power Line Transient Protection A-1
AC Power Requirements 2-1
Adjustable Plinth 1-40
Air Flow 3-4
Alarm Interface Cable 2-11
Ambient Lighting 1-12
Anchor Bolts 1-42
ATM Installed Directly on to the Floor 1-40
Barometric Pressure Limits 3-2
Cables
High Order Communications Cable 2-4
Power Cable 2-2
Remote Device Cables 2-6
Combination locks
Customer setting combination 7-10
Communications Configuration 10-4
Communications Requirements 2-4
Concrete Plinth 1-40
Configuring the ATM
40-Column Printer 10-7
80-Column Printer 10-13
Communications
S4I 10-4
Self-Service Support 10-4
Currency Cassette 10-2
Currency Dispenser 10-5
Device 10-3
Envelope Dispenser 10-24
Connecting Cables
All Other Cables 9-21
Power Cable 9-18
Connecting Cables to the ATM 9-18
Controlled Access Electronic Lock 7-15
Currency Cassette Configuration 10-2
Currency Dispenser Configuration 10-5
Customer Responsibilities xv
Customer Setting Combination 7-7
Data Line Transient Protection A-3
Decal Dimensions
Advert Light 4-4
Index-1
Index
Card Orientation Window 4-2
Clear Window 4-3
Entry/Exit Slot Decals 4-5
Decal Specifications 4-1
Device Configuration 10-3
Dimensions
Ambient Lighting 1-12
Heights to Main Facia Items 1-11
Severe Environment Fitted 1-9
Short Sleeve Before Collar has Been Fitted 1-6
Standard Collar 1-7
Standard Collar With Advert Light 1-8
Standard Sleeve Before Collar has Been Fitted 1-5
E
F
G
H
Index-2
Electromagnetic Compatibility (EMC) and Safety 3-4
Electronic Lock
Emergency Opening Procedure 7-14
Not Working 7-13
EMI Emmision 2-3
EMI Susceptibility 2-3
Envelope Dispenser Configuration 10-24
Factory Setting 7-7
Fitting a Third Party Video Camera 1-45
Fitting an Infill Panel 8-28
Fitting the Cheque Acceptor Bin 8-22
Fitting the Collar
Standard Collar With Facia Light 8-31
Fitting the Decals 11-1
Fitting the Severe Environment Parts 8-2
Floor Covering 1-42
Floor Loading 1-42
Grounding Requirements 2-2
Heat Dissipation 3-4
High Order Communications Cable, Standard Cable (RS-232) 2-5
Hole in the Wall
Installation Categories 1-29
Installing Through a Glass Wall 1-29
Installing Through a New Hole 1-34
Replacing 5088 With Modifications to Hole in Wall 1-30
Replacing Personas 5688 With No Modifications to Hole in Wall 1-32
Sealing 1-36
How to Change the Combination Lock 7-8
How to Lock the Combination Lock 7-8
How to Operate the Silent Alarm 7-8
Index
I
L
M
O
P
Infill Panel (5088) 1-43
Infill Panel (5688) 1-44
Input Voltage Setting 2-1
Inspecting the ATM for Damage 7-1
Installation Accessories 5-1
Installation And Service Clearances
Minimum Clearances 1-17
Recommended Clearances 1-13
Exterior Wall
Standard Collar 1-26
Installation Planning Check List 5-2
Installation Procedure 6-1
Installation Report Form 7-2
Installing a Video Camera 1-45
Installing Through a New Hole 1-34
Internal Packaging, Removing 9-1
Locking
Locking a Sub-lock 7-23
Locks
Controlled Access Electronic Lock 7-15
Controlled Access Electronic lock With a Sub-lock 7-18
Controlled Access Electronic lock Without a Sub-lock 7-16
Electronic Lock 7-12
Unlocking and Locking a Security Enclosure with a Controlled Access
Adjustable Plinth 1-40
ATM Installed Directly on to the Floor 1-40
Concrete Plinth 1-40
Floor Loading 1-42
Manoeuvring the ATM into Position 1-2
Module Locations 9-2
Opening and Closing an Electronic Lock 7-12
Overview -xiv
Package Dimensions 1-1
Planning Check List 5-2
Plinth
Installation Required 1-38
Positioning the ATM 8-27
Power Cable 2-2
Power Consumption 2-1
Product Identification xvi
Index-3
Index
R
S
T
U
Index-4
Alarm Interface Cable 2-11
Remote Relay Cable 2-14
Remote Status Monitor 2-9
RS-232 Cable 2-6
Remote Status Indicator 2-7
Removing the External Packaging 7-1
Removing the Internal Packaging 9-1
Replacing 5088 With Modifications to Hole in Wall 1-30
Replacing Personas 5688 With No Modifications to Hole in Wall 1-32
Installation Without Infill Panel Required 1-38
Support Plinth 1-37
Sealing the Collar and Bolting the ATM to the Plinth 8-44
Sealing the Hole in the Wall 1-36
Security Bolts 1-42
Security enclosure
Combination lock and keylock 7-8
Combination locks 7-6
Customer setting combination 7-10
keylocks 7-6
Service Access Panels 1-28
Service Clearances
Exterior Wall
Standard Collar 1-26
Minimum Clearances 1-17
Recommended Clearances 1-13
Silent Alarm 7-13
Standard Security Enclosure 7-5
Sub-lock
Locking 7-23
Unlocking 7-22
Support Plinth 1-37
Temperature and Humidity 3-1
Temperature Rise 3-4
Terminal Dimensions 1-4
Severe Environment Fitted 1-9
Short Sleeve Before Collar has Been Fitted 1-6
Standard Collar 1-7
Standard Sleeve Before Collar has Been Fitted 1-5
Transient Power Loss 2-3
Transient Protection A-1
Unlock 7-5
Unlocking
Index
Unlocking a Sub-lock 7-22
Unlocking and Locking a Security Enclosure with a Controlled Access
Unlocking and Locking the Standard Security Enclosure 7-5
V
Video Camera 1-45
Index-5
Index
Index-6
Cut
User Feedback Form
Title:
NCR Personas M Series 5886 Drive-Up Site Preparation and Installation Manual
Number:
B006-6328-F000
Date:
1204
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DD2 3XX

Personas M Series - Money Handling Machines

Transcription

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