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Electronic Vault Attendant (EVA) Elite

Hardware Installation Guide

TP-821320-001A PD 6520

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Electronic Vault Attendant (EVA) Elite

Hardware Installation Guide

June 2009

TP-821320-001A PD 6520

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Document History

Document Number Date Remarks

TP-821320-001A 6/2009 Original edition

Any trademarks, service marks, product names or company names not owned by Diebold, Incorporated or its

subsidiaries (collectively "Diebold") that appear in this document are used for informational purposes only and

Diebold claims no rights thereto, nor does such use indicate any afﬁliation with or any endorsement of Diebold or

Diebold products by the owners thereof.

This document contains proprietary information. If the document pages state the information is conﬁdential

(or words of similar import), then this document is intended solely for the use of the copyright owner's

employees or other personnel expressly authorized in writing by the copyright owner. Other uses of this

information without the express written consent of the copyright owner are prohibited. This document should

be treated as conﬁdential material for security reasons. Any unauthorized disclosure or use of conﬁdential

material may violate Section 1832 of Title 18 of the United States Code as well as other laws, and may be

punishable by ﬁne and imprisonment.

The information contained in this document is subject to change without notice. When using the document for system

implementation, please call your authorized sales or service representative for any applicable changes.

This document and the information contained herein are provided AS IS AND WITHOUT WARRANTY. In

no event shall the copyright owner or its suppliers be liable for any special, indirect, or consequential damages

of any nature resulting from the use of information in this manual.

No part of this document may be reproduced, stored in a retrieval system, or transmitted, in any form or by any

means: electronic, mechanical, photocopying, recording, or otherwise, without prior written permission from the

Your use of this document and/or any of the information contained herein constitutes your agreement to all of the

terms stated on this page.

Diebold continually strives to improve its products. If you would like to comment on the accuracy, clarity,

organization or value of this document, please contact us at documentationservices@diebold.com or address

correspondence to:

Diebold, Incorporated

Att: Documentation Services 9-B-16

5995 Mayfair Road

North Canton, OH 44720

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Contents
Section1 GeneralDescriptionandIntroduction ............................... 1-1
1 DocumentScope ........................................ 1-1
2 Description ........................................... 1-1
3 InstallationToolsandEquipment ................................ 1-1
4 SDLockCompatibility ..................................... 1-2
5 SystemComponents ...................................... 1-2
Section2 Installation ............................................. 2-1
1 SitePreparation ......................................... 2-1
2 PreparingtheSafeDeposit(SD)LocksandDoors ....................... 2-1
2.1 CleantheExteriorSurfaceofSDSections....................... 2-2
2.2 Enable(unlock)theGuardNose(lock) ........................ 2-2
3 InstallingtheLockCoverAssembliestotheSDBoxDoors .................. 2-3
3.1 Pre-installationChecklistforLockCoverAssembly ................. 2-3
3.2 InstalltheBasePlate(MountingBracketBases) ................... 2-5
3.3 InstallTagCoversandLockCoverHousings ..................... 2-10
3.4 InstallSDBoxNumberLabelsOntotheUpperLockCoverHousing ........ 2-13
4 InterconnectionProceduresandComponentHookup ..................... 2-13
4.1 TouchScreenWorkstation(41-021181-000A) ..................... 2-16
4.2 Docking Station Access and Connection Detail .................... 2-18
4.3 UPS(option) ...................................... 2-21
5 Installing the Daygate Access Control Components ...................... 2-22
5.1 DaygateDoorStrikeKit(19-042286-000A)...................... 2-23
5.2 DoorClosure(Hinge)Kit(19-048488-000A) ..................... 2-25
5.3 DaygateLocksetEgressKit(19-046487-000A) .................... 2-27
5.4 EgressButtonKit(19-042292-000A) ......................... 2-28
5.5 TrafﬁcLightOption(19-049328-000A) ........................ 2-31
5.6 HandRecognitionReader(19-055310-000A) ..................... 2-32
5.6.1 HandRecognitionReaderWiringDetails ................. 2-33
5.6.2 HandRecognitionReaderEarthGroundandShielding .......... 2-36
5.6.3 EarthGroundConnectionDetails ..................... 2-36
5.6.4 HandRecognitionReaderBatteryBackupOption ............. 2-37
5.6.5 Setting Communication Method DIP Switch (older generation readers) . 2-37
5.7 SignatureCapturePad(option) ............................ 2-38
6 EVAKiosk(41-021255-000A) ................................. 2-38
Section3 ReadingRFIDTags ........................................ 3-1
1 Description ........................................... 3-1
2 ReadingRFIDTagsforInstallation ............................... 3-2
3 DownloadingDataFromHandheldComputer ......................... 3-5
Section4 PartsListing ............................................ 4-1
AppendixADiagramsforAddingConvertersBetweenHandReaderandTouchScreenWorkstation .... A-1
AppendixBReleasingaClosedLockCoverAssembly ............................ B-1
iii
Copyright ©Diebold, Incorporated (6/2009) - All Rights Reserved
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Figures
Figure1-1 SystemComponents ....................................... 1-4
Figure2-1 SDSection,OverheadView ................................... 2-1
Figure2-2 PreparationDetails,SDBoxDoor ................................ 2-3
Figure2-3 LockCoverAssemblyParts ................................... 2-3
Figure2-4 BasePlate(MountingBracketBase) .............................. 2-8
Figure2-5 InstallingtheBasePlate ..................................... 2-8
Figure2-6 UsingaDoorTemplate ..................................... 2-9
Figure2-7 ApplyPressuretoMountingBracketBase ........................... 2-10
Figure2-8 UsingaLaserLevel ....................................... 2-10
Figure2-9 MountingtheLockCoverAssembly .............................. 2-11
Figure2-10 MountingtheTagCover ..................................... 2-12
Figure2-11 LockCoverAssembliesinClosedPosition ........................... 2-12
Figure2-12 InstallingNumberLabels .................................... 2-13
Figure2-13 SystemInterconnectionDiagram ................................ 2-14
Figure2-14 TouchScreenWorkstation,SideView .............................. 2-16
Figure2-15 TouchScreenWorkstationConnectionDiagram ........................ 2-17
Figure2-16 InstallingtheCompactFlashCard ................................ 2-18
Figure2-17 DockingStation,Base(bottomview) .............................. 2-19
Figure2-18 SDDockCCA .......................................... 2-19
Figure2-19 RearofUPS ........................................... 2-22
Figure 2-20 Daygate Access Control Components .............................. 2-23
Figure2-21 DaygateDoorStrikeKitInstallation .............................. 2-24
Figure2-22 DaygateDoorStrikeKitWiringDiagram ............................ 2-25
Figure2-23 DoorClosureKitInstallationGuidelines ............................ 2-26
Figure2-24 DaygateLocksetEgressKitWireRoutingDetail(GlassDaygate) ............... 2-27
Figure2-25 DaygateLockEgressKitWiringDiagram ........................... 2-28
Figure2-26 EgressButtonKit(19-042292-000A) .............................. 2-29
Figure2-27 VaultInteriorwithEgressButtonKit(bardaygate) ....................... 2-30
Figure2-28 EgressButtonKitWiringDiagram ............................... 2-30
Figure 2-29 Faceplate for TrafﬁcLight .................................... 2-31
Figure 2-30 Lamp Removal for TrafﬁcLight ................................. 2-32
Figure2-31 HandRecognitionReaderWallMountingDetail ........................ 2-32
Figure2-32 HandRecognitionReaderDimensionDetail .......................... 2-33
Figure2-33 HandRecognitionReaderWiringDetails ............................ 2-35
Figure2-34 HandRecognitionReaderEarthGroundConnection(mandatory) ............... 2-36
Figure2-35 EVAKiosk ............................................ 2-39
Figure3-1 TypicalHandheldComputer(RFIDtagreader) ......................... 3-1
Figure3-2 ReadingtheRFIDTag ...................................... 3-5
Figure4-1 SDLockCoverKitIllustratedParts ............................... 4-3
Figure4-2 DockAssemblyIllustratedParts ................................. 4-3
Figure4-3 KeyAssembly .......................................... 4-3
Figure4-4 InstallationTemplates ...................................... 4-4
Figure4-5 USBAdapter/Extender ..................................... 4-4
Figure4-6 4-portUSBHub ......................................... 4-4
Figure A-1 Connections Required When Distance Between Hand Reader and Touch Screen Workstation
Exceeds 50 Feet ......................................... A-1
FigureA-2 InterfaceConverterWiringDiagram .............................. A-2
FigureB-1 ReleasingaClosedLockCoverAssembly ........................... B-1
iv Copyright ©Diebold, Incorporated (6/2009) - All Rights Reserved
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Tables

Table2-1 Pre-installationChecklistforLockCoverAssembly ...................... 2-4

Table2-2 AddedProceduresforPeripheralDevices ............................ 2-15

Table2-3 SDDockCCAInterconnectionDetail .............................. 2-19

Table4-1 PartsListing .......................................... 4-2

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PREFACE TO FCC NOTICE

Diebold requires each of its products to undergo complete testing before shipment. Each product must pass stringent

requirements of quality control. In addition, much effort and consideration has been devoted to assure the utmost

in reliable equipment operation.

FCC NOTICE

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.

CAUTION

Changes or modiﬁcations of this product not expressly approved by Diebold could void the

user's authority to operate the equipment.

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Section 1

General Description and Introduction

1.1 Document Scope

This document provides installation and setup guidelines for the following

components of the Electronic Vault Attendant (EVA) Elite system:

• Mounting lock cover assemblies to SD doors

• Interconnection cabling and setup for the touch screen workstation, dock

assembly, and peripheral components

Refer to the EVA and EVA Elite Electronic Vault Attendant Setup and

Administration Guide (TP-821366-001B) for details relating to software

installation, setup, and administration.

1.2 Description

The EVA Elite system may be conﬁgured to provide institution customers with

the following functions:

• Register and access to a secure vault area without assistance.

• Access control to safe deposit boxes.

• Unassisted access to safe deposit boxes for which the customer has a key.

1.3 Installation Tools and Equipment

Have the following tools on site for installation of the EVA Elite system:

• Standard hand tools

• Level (36-inch minimum)

Special Tools

The following special tools are required to complete the installation:

• simple green® concentrated cleaner degreaser/deodorizer

• Hand held computer (RFID reader)

• Installation template kit (41-021051-000A)

• Laser level

• Isopropyl alcohol

• Tin snips, heavy-duty, straight cut

• Plumb bob and string line

• Carpenter's square

1-1

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The installation template kit (41-021051-000A) contains the following door

templates that may be used to locate the base plate onto a Diebold SD box door:

• Five-inch door template (41-021048-000A)

• Seven-inch door template (41-021048-000B)

• 10-inch door template (41-021048-000C)

If this is a retroﬁt install (SD sections are already installed and operational),

conﬁrm that a sufﬁcient quantity of guard keys are on hand. One guard key is

required for each SD box door that will be retroﬁtted with a new lock cover

assembly.

Reference Documentation

Refer to the following manuals for additional information:

•EVA and EVA Elite Electronic Vault Attendant Setup and Administration

Guide (TP-821366-001B)

•Safe Deposit (SD) Sections Parts List Manual (AA-000126-000B)

•LM Series SD Box Installation Manual (AA-000208-0000)

•223-Series Daygate Installation Guide (TP-821074-001B)

Additional information about products, support, and replacement items is

available on Diebold's Web site at http://www.diebold.com/.

1.4 SD Lock Compatibility

Not all models of SD locks are compatible with the EVA Elite system. For

example, a single-nose lock, where the guard key functions as a prep key, cannot

be adapted for the EVA Elite system. Additionally, the conﬁguration and size of

certain SD locks or SD doors may not allow for the installation of the lock cover

assembly. Prior to installing the EVA Elite system, always conﬁrm that the SD

sections currently installed are adaptable for installation of the system.

1.5 System Components

Standard components (Figure 1-1) of the EVA Elite system are as follows:

• Touch screen workstation

• Docking assembly

• Key assembly

• Lock cover assembly

Touch Screen Workstation (41-021181-000A)

The touch screen workstation functions as the user interface, the host controller

for peripheral devices, and the administration control point for the system

application. Generally, peripheral devices are connected to the touch screen

workstation via USB 2.0 cable.

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Docking Assembly (41-020278-000A)

The docking assembly stores up to three key assemblies. The docking assembly

communicates with the touch screen workstation to control distribution of the

key assemblies. The docking assembly also serves as the charging station for

the key assemblies.

Key Assembly (41-020285-000A)

Up to three key assemblies (keys) are stored in the docking assembly until

retrieved by a user. Each key is an RFID (radio-frequency identiﬁcation) device,

that when activated, contains the data requiredtoopenadesignatedlockcover

assembly.

Lock Cover Assembly (41-020895-000A)

One lock cover assembly is attached to each SD box door. The lock cover

assembly is opened via an activated key to provide access to a speciﬁcSD

customer keylock nose.

1-3

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View A Touch Screen Workstation

View B Docking Assembly, Key Assembly, Lock Cover Assembly

Figure 1-1 System Components

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Section 2

Installation

2.1 Site Preparation

Prior to installation of the lock cover assemblies, verify that the increased door

width resulting from installation of the lock cover will not inhibit door swing

and prevent removal of the interior bond boxes. SD sections must be located to

allow the adjacent door assemblies to swing freely to the full-open position.

SeeFigure2-1.

Figure 2-1 SD Section, Overhead View

2.2 Preparing the Safe Deposit (SD) Locks and Doors

Prior to installing the components of the EVA Elite system, you must perform the

procedures in this section to prepare the existing SD sections for the installation

of the lock cover assembly.

2-1

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2.2.1 Clean the Exterior Surface of SD Sections

CAUTION

The information provided in this section describes the

only approved method for cleaning SD exteriors prior to

installing the lock cover assemblies. Use of other cleaning

methods or solutions may impair the reliability of the

adhesive that is used to secure the lock cover to the SD

box door.

1. Wipe the exterior, ﬁnished surface of the SD sections with a

clean rag saturated with simple green® Concentrated Cleaner

Degreaser/Deodorizer. Do not dilute with water.

2. With a clean, dry rag wipe the surface of the SD sections until dry.

3. Wipe the exterior, ﬁnished surface of the SD sections with a clean rag

saturated with isopropyl alcohol (minimum 70% by volume). Do not

dilute the isopropyl alcohol with water.

4. Use a clean, dry rag to wipe the surface of the SD sections until dry.

2.2.2 Enable (unlock) the Guard Nose (lock)

If the SD sections to be modiﬁed are equipped with double-nose locks, the guard

nose (Figure 2-2) of each lock must be enabled.

The following procedure is one method that may be used to enable the guard nose.

1. Insert the guard key into the nose farthest from the bolt side of the SD

lock. Turn the guard key to the right (clockwise) to a full stop.

2. Snap off the bow of the guard key so that the blade of the key remains

lodged in the keyway of the lock (the section of guard key that remains in

the lock should be ﬂush with the nose). This procedure keeps the guard

nose in the unlocked position.

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Figure 2-2 Preparation Details, SD Box Door

2.3 Installing the Lock Cover Assemblies to the SD Box Doors

If this is a new installation, the SD box number plates may be installed after this

procedure. Each lock cover assembly is composed of the following pieces that

are assembled and applied to the SD door on site (Figure 2-3):

• Base plate assembly, with 6-32 machine screw

• Tag cover

• Lock cover assembly

Figure 2-3 Lock Cover Assembly Parts

2.3.1 Pre-installation Checklist for Lock Cover Assembly

Refer to Table 2-1 before you begin installation of the base plates, tag covers,

and lock cover housings.

2-3

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Table 2-1 Pre-installation Checklist for Lock Cover Assembly

Pre-installation Checks

Conﬁrm that the Site Survey has been completed. You should not continue with

the installation until it is conﬁrmed that the Site Survey has been completed.

Conﬁrm that adjacent SD sections are positioned to allow door swing to the

full-open position after the lock cover assemblies are installed. See Figure 2-1.

Conﬁrm that no base plates are bent or bowed to prevent full contact with

the surface of the SD door. Proper bonding strength is dependent of full

adhesive-to-surface contact.

Conﬁrm that the SD number frames are removed from SD doors that are less

than 3 inches in height.

Conﬁrm that all SD door surfaces are dry and free of condensed moisture, oil,

and grease.

Verify that the base plate assemblies are at room temperature. To assure proper

bonding, the temperature of the base plate assembly must be at a minimum of

72° F (minimum).

Conﬁrm that the SD locks currently installed are compatible for conversion

to the lock cover assemblies.

Conﬁrm that all lock cover assemblies are in the OPEN position prior to

installation onto the base plate. The upper housing door must not be snapped to

the closed position until after the lock cover assembly is screwed to the base

plate as the ﬁnal step in the installation of the lock cover assembly.

Conﬁrm that the installation template kit (41-021051-000) is on hand if you

are installing lock cover assemblies onto Diebold 5-inch, 7-inch, and 10-inch

SD doors. If you are installing lock cover assemblies onto non-Diebold doors,

you must have a laser level or plumb-bob on hand to ensure you maintain a

clean, level installation.

If the SD doors to be modiﬁed are equipped with double-nose locks, conﬁrm

that each guard lock has been permanently disabled to the unlocked position.

See Section 2.2.2.

Conﬁrm that a handheld RFID tag reader is on hand.

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2.3.2 Install the Base Plate (Mounting Bracket Bases)

NOTE

Diebold recommends that you install ALL base plates before

you proceed with installation of the tag covers and lock

housings. This provides time for the adhesive to cure and

improve the bonding strength of the base plate to the SD door.

NOTE

To accommodate installation of the base plate, the number

frame must be removed on SD box doors that are less than

three inches high.

1. Verify that all procedures in Section 2.2 are complete.

2. Conﬁrm the following before you begin installing lock cover assemblies:

• Ensure all surfaces are dry and free of condensed moisture.

• Verify the temperature range at the installation site is within the

adequate range as deﬁned by the following guidelines:

- Best: 70°F to 100°F (21°C to 38C°)

- Adequate: 50°F to 60°F (10°C to 15C°)

- Not recommended: below 50°F (10°C)

• Once the base plate is attached to the SD door, the adhesive tape on

the base plate will achieve about 50% of ultimate bonding strength

after 20 minutes. Total bonding strength is achieved after 72 hours.

3. Install the ﬁrst base plate to an SD box door. Diebold recommends that

you install the ﬁrst base plate on an SD box door that can easily be used

as a plumb reference point for aligning all the remaining base plates that

are to be installed. Observe the following guidelines and precautions

as you install the initial base plate:

2-5

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CAUTION

If access to the lock nose or guard key stub is

required after a lock cover assembly has been

installed, youmustremovetheadhesivetapethat

secures the lock nose. The guard key stub can be

grasped by tweezers, pliers, or another suitable

tool and the guard lock can be placed in a locked

position. The guard key stub may then be removed

if desired. To reinstall a new lock cover assembly,

you must reinstall the guard key stub and secure the

lock nose with an adhesive tape.

• On a double-nose lock, the guard nose will be concealed by the

double-sided tape.

• The hinge-side edge of each base plate is aligned ﬂush along the

opening edge of the SD door. See Figure 2-5. Conﬁrm the base plate

does not inhibit opening or closing the SD door.

• The left-most opening at the bottom of the base is centered over the

customer nose of the SD lock.

•Conﬁrm that the bubble edge of the mounting bracket base does not

make contact with the number frame on the SD box door. A small

gap between the bracket base and number frame is required to allow

for installation of the lock cover assembly.

• Door templates may be used to locate the base plate onto SD box

doors that are 5", 7", or 10" high. Door templates are not available

for 2" and 3" high SD box doors.

CAUTION

The adhesive used on the double-sided tape to

afﬁxthelockcoverassemblytotheSDdooris

designed for one-time installation. Once the lock

cover assembly is afﬁxed to the door, it cannot be

moved or removed without great difﬁculty. Test ﬁt

each lock cover assembly with the tape attached.

Attempting to remove a lock cover assembly that

has been afﬁxed to the door may cause damage

to the assembly and may result in an undesirable

ﬁnished appearance.

a. Remove the protective peel-away sheet attached to the two pieces of

double-sided tape located on the rear of the bracket mounting base.

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See Figure 2-4. Prior to attachment to the SD door, visually conﬁrm

that the tape has maintained its adhesive quality.

b. Observe the following guidelines as you afﬁx the base plate to the

SD box door:

• If a door template is used to locate the base plate (5", 7", and 10"

high doors only), rest the bottom of the template on the steel frame

as you align the hinge side of the base plate so that it is ﬂush along

the opening edge of the SD box door. See Figure 2-6.

CAUTION

Conﬁrm that the base plate is properly

aligned and positioned on the SD box door.

If not positioned properly, remove the base

plate immediately before you apply pressure

to permanently afﬁx the base plate to the

door. DO NOT reuse the base plate.

• With the base plate properly aligned and afﬁxed to the door, apply

a minimum of 15 psi to the base for approximately 5 seconds.

To ensure proper bonding, apply pressure at the points noted in

Figure 2-7.

•Conﬁrm that the tape on the rear of the base is securely afﬁxed to

the guard nose. This will ensure that the guard nose remains in the

unlocked position and does not rotate over time. See Figure 2-5.

NOTE

If, at a later date, the customer desires to change

an SD door to operate using the guard nose

and guard key, the tape that conceals the guard

nose is readily removable to allow removal of

the key stub.

4. Using the top or bottom edge of the base plate installed in the previous

step as a plumb point, use a laser line level (Figure 2-8) to project a

laser "chalk line" along the remaining doors of a section. Observe the

following guidelines as you install the remaining base plates:

• The top of each base plate in the SD section (modular group of safe

deposit boxes of uniform size) should be parallel side-to-side.

• The vertical edges of each base plate in the SD section should be

vertically plumb.

5. Verify that all base plates are installed and securely attached to the SD box

doors. Conﬁrm that the base plates do not inhibit the SD door operation.

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Figure 2-4 Base Plate (Mounting Bracket Base)

Figure 2-5 Installing the Base Plate

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NOTE

Templates have been designed for use with Diebold 5-inch, 7-inch, and 10-inch SD doors. If you are installing

base plates onto SD doors not manufactured by Diebold, you should use a plumb-bob or laser level to ensure

proper alignment.

Figure 2-6 Using a Door Template

2-9

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Figure 2-7 Apply Pressure to Mounting Bracket Base

Figure 2-8 Using a Laser Level

2.3.3 Install Tag Covers and Lock Cover Housings

NOTE

Diebold recommends that you install ALL base plates before

you proceed with installation of the tag covers and lock

housings. This provides time for the adhesive to cure and

improve bonding strength of the base plate to the SD door.

Perform the following procedures after the base plate assemblies are properly

afﬁxedtotheSDboxdoors.

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CAUTION

The lock cover assembly is shippedintheopenposition.

The upper housing door must not be snapped to the closed

position until after the lock cover assembly is screwed to

thebaseplateastheﬁnal step in the installation of the lock

cover assembly.

1. Slide each open lock cover housing into the knurled lip on the base plates

installed in Section 2.3.2. See Figure 2-9. Do not snap the upper housing

door to the closed position at this time. If you inadvertently snap the

upper housing door closed, see Appendix B for the procedure to reopen

the latch door.

NOTE

Due to the small surface area of the 2 x 5-inch size SD

door, inaccurate readings may occur if you attempt to

use the handheld computer to read RFID tags after all

the lock cover assemblies are afﬁxed to the doors.

If you are installing lock cover assemblies onto

2 x 5-inch SD doors, you must read the RFID tags

before the tag covers are installed on the base plates.

See Section 3.

2. Slide tag covers onto the base plates and into the opening of the lock

cover assembly. The tabs on the bottom of each tag cover are interlocked

with tabs on the base plates. See Figure 2-10.

3. Use the 6-32 machine screw provided with the base plate to secure each

lock cover housing and tag cover to the base plates.

4. With all lock cover assemblies secured using the 6-32 machine screws,

snap the upper housing of each lock cover assembly to the closed position

(Figure 2-11).

Figure 2-9 Mounting the Lock Cover Assembly

2-11

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NOTE

To access the guard lock after the lock cover housing is secured to the base plate, remove the 6-32 machine

screw. The tape covering the lock nose may be removed.

Figure 2-10 Mounting the Tag Cover

Figure 2-11 Lock Cover Assemblies in Closed Position

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2.3.4 Install SD Box Number Labels Onto the Upper Lock Cover Housing

The required quantity of adhesive number labels are shipped with each order.

Each roll of labels is numbered in lots of 250 (for example, 1 through 250, 251

through 500). Perform the following procedure after all lock cover assemblies are

mounted to the SD box doors. This procedure is to be performed even in retroﬁt

situations where the existing number frame is still attached to the SD box door.

1. Clean the exterior surface of each lock cover assembly with a 50:50

mixture of isopropyl alcohol and water.

2. Install one number label onto the recess surface area of each lock cover

assembly. See Figure 2-12.

Figure 2-12 Installing Number Labels

2.4 Interconnection Procedures and Component Hookup

NOTE

The lock cover assembly described in Section 2.2 and

Section 2.3 may be installed on SD boxes not located in a vault

as these lock cover assemblies are not particularly adapted for

SD boxes invaults.

Refer to Figure 2-13 for an illustration showing an interconnection diagram

with the mandatory and optional components of the EVA Elite system. Refer

to Table 2-2 for a description of speciﬁc procedures that may be required as a

result of available hardware options

NOTE

Diebold recommends that you begin charging the key

assemblies as soon as the docking station setup is complete.

This will ensure that the key assemblies are fully charged when

the system is turned over to the customer.

The docking assembly and optional signature capture device are generally

installed in an area convenient to the touch screen workstation.

If the system conﬁguration requires that a card reader be installed at the hand

recognition reader, refer to Section 2.5.6 for wiring details.

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Figure 2-13 System Interconnection Diagram (sheet 1 of 2)

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Notes:

1. If USB cable length is greater than 15 ft. (5 M), use appropriate procedures to prevent signal

and voltage loss. A 150 ft. long USB extender cable (49-226161-000A) is available.

2. The number of USB devices is limited. Conﬁrm and verify component requirements prior

to starting the installation.

3. Use cable 29-016865-000A (14 ft.) or 29-016865-000B (100 ft.). Remove RJ-45 plug for

connection to a 3-pin, RS232, Molex connector on hand recognition reader. Observe deﬁned

pin-outs. See Figure 2-33 for detail.

4. Depending on the number of USB devices, a self-powered, 4-port, USB hub (49-226162-000A)

may be required.

5. If a UPS is installed, the touch screen workstation power supply is plugged into the UPS.

6. Battery backup (19-041825-000A) is available for the hand reader power supply.

7. The UPS requires USB connectivity rather than a serial connection.

Diebold recommends that the USB cable from the UPS be connected directly to a USB port on

the touch screen workstation (not to a USB hub). If the UPS is plugged into the USB hub, the

power adapter for the USB hub must be plugged into the UPS to ensure an orderly shutdown of

the system. The power adapter is not provided with the USB hub.

Figure 2-13 System Interconnection Diagram (sheet 2 of 2)

Table 2-2 Added Procedures for Peripheral Devices

IF HARDWARE OPTION IS AS FOLLOWS... THE FOLLOWING PROCEDURE IS REQUIRED...

Release of daygate locking mechanism Lock egress kit (19-042292-000A)

Video recording at a camera DVR trigger inputs use Belden 9154 cable for interconnection

between DVR trigger inputs and SD dock CCA.

Trafﬁcsign

al device Faceplate for trafﬁclightismodiﬁed for EVA. Local purchase of

electrical box and faceplate required. See Section 2.5.5.

Signature capture device If device is further than 15 feet from the touch screen

workstation, USB cable extender is required. USB connections

at touch screen workstation are limited. USB hub may be

required. See Table 4-1 for part number information.

HandKey II biometric hand reader If distance between touch screen workstation and hand

reader is greater than 14 feet, use RJ-45 patch

cable (29-016865-000B). Maximum cable length is

50 feet. Cut and dress patch cable as required.

As an option, a ﬁeld-installed kit (19-041825-000A) is available

to provide and control battery backup for the hand reader.

Daygate control interface module If USB cable length is greater than 15 feet, use appropriate

procedures to prevent signal loss. To extend distance up to 150

feet, the USB extension adapter (49-226161-000A) is available.

Entry to the vault without customer interaction

with the EVA touch screen workstation

If distance between touch screen workstation and hand reader is

greater than 14 feet, use RJ-45 patch cable (29-016865-000B).

Maximum cable length is 50 feet. Cut and dress patch cable

as required.

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2.4.1 Touch Screen Workstation (41-021181-000A)

The touch screen workstation, equipped with a 15-inch LCD diagonal display

and magnetic stripe card reader, is generally installed on a welcoming pedestal

located near the daygate. The cables for peripheral devices and power are

attached to connectors located beneath a slide-out drawer located at the bottom of

the monitor. See Figure 2-14.

See Figure 2-15 for an illustration showing a touch screen workstation connection

diagram.

Figure 2-14 Touch Screen Workstation, Side View

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NOTES

1. A self-powered USB 4-port hub may be added if additional USB ports

are required.

2. If the RS232-to-RS485 converter is required, it MUST be connected to

COM 2. In this instance, the UPS must be connected to a USB port. If

no RS232-to-RS485 converter is required, this serial connection (COM 2)

maybeusedbytheUPS.

Figure 2-15 Touch Screen Workstation Connection Diagram

Install the Compact Flash Drive

An 8 megabyte Compact Flash card (used to back up the EVA database), is

generally installed at the factory. If this did not occur, you will be required to

install the compact ﬂash card to enable the system to execute scheduled backups

of the system database.

1. Locate the compact ﬂash card that shipped with the system.

2. Turn off power to the touch screen workstation and disconnect the power

supply.

3. Carefully place the touch screen workstation facedown on a soft,

ﬂat surface. Unsnap and remove the rear, plastic, cover insert. See

Figure 2-16.

4. Remove two screws that secure the CF door ﬂap and remove the ﬂap.

5. Insert and press the CF card into the slotted metal guide rails. When

inserted correctly, the black eject button will click.

6. Close the ﬂap and replace the two screws that secure the ﬂap in place.

7. Reinstall the rear, plastic cover.

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Figure 2-16 Installing the Compact Flash Card

2.4.2 Docking Station Access and Connection Detail

CAUTION

To prevent electro-static discharge (ESD) damage, wear

a properly grounded anti-static wrist strap whenever

handling CCAs.

NOTE

Diebold recommends that you begin charging the key

assemblies as soon as the docking station setup is complete.

This will ensure that the key assemblies are fully charged when

the system is turned over to the customer.

To complete interconnection between the touch screen workstation and optional

parts for daygate access, you must remove the base of the docking station

to access interior components on the SD dock CCA. To access the SD dock

CCA (41-020090-000A), remove three pan head self-tapping screws from the

base. See Figure 2-17. See Figure 2-18 for an illustration showing component

locations on the CCA.

Refer Table 2-3 to for interconnection details.

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Table 2-3 SD Dock CCA Interconnection Detail

SD Dock CCA Cable Type Connection Point

J1 Power supply

(39-017565-000A)

110 VAC, 15 A, power outlet

JP2 USB 2.0 Touch screen workstation

JP9 (STRIKE) Belden 9154 Daygate door strike kit

(19-042286-000A)

Lockset egress kit (19-046487-000A)JP9 (DOOR RLS) Belden 9154

Egress button kit (19-042292-000A)

Figure 2-17 Docking Station, Base (bottom view)

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View A Component View

NOTE

Use Belden 9154 (20 AWG, 2-conductor, shielded-pair) cable, or equivalent, for wiring connections.

View B Interconnection Detail

Figure 2-18 SD Dock CCA

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2.4.3 UPS (option)

The uninterruptible power supply or UPS (39-017425-000A) prevents data

corruption by performing an orderly shutdown of the EVA application and

Windows® XP operating system in the event of a power outage.

The installer is required to make the following connections (Figure 2-19):

• Perform the following connection as required. Note that newer-generation

devices may only provide for the USB connectivity.

- If no RS232-to-RS485 data converter is required, install a serial cable

connection between the UPS and COM 2 of the touch screen workstation.

The serial cable is provided.

- If an RS232-to-RS485 data converter is required, the installer must set up

the UPS for USB connectivity. In this instance, COM 2 on the touch screen

workstation is reserved for the serial connection to the data converter.

• Power connection to a standard, dedicated 110 VAC outlet. The power cord

is provided.

• The power supply from the touch screen workstation is plugged into a

battery backup outlet at the rear of the UPS.

The installer may be required to perform software installation and conﬁguration

procedures using the EVA touch screen workstation. These procedures are

provided in the EVA and EVA Elite Electronic Vault Attendant Setup and

Administration Guide (TP-821366-001B).

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NOTES

1. UPS shown is for demonstration. The UPS at your installation may be

different.

2. Diebold recommends that the USB cable from the UPS be connected

directly to a USB port on the touch screen workstation (not to a USB

hub). If the UPS is plugged into the USB hub, the power adapter for the

USB hub must be plugged into the UPS to ensure an orderly shutdown

of the system. The power adapter is an option that must be purchased

separately.

Figure 2-19 Rear of UPS

2.5 Installing the Daygate Access Control Components

If the EVA Elite system is equipped with the ability to manage access to the vault

area, you may be required to install the site dependent items at the vault entrance.

The following is a partial list of items that may be required (Figure 2-20):

•Dayg

ate door strike kit (19-042286-000A). The automated latch kit will

replace the manual latch currently installed on the daygate.

• Door closure kit (19-046488-000A)

•Hand

recognition reader

• Access control swipe card reader

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NOTE

Keyboard and mouse secured out of sight for use by institution personnel.

Figure 2-20 Daygate Access Control Components

2.5.1 Daygate Door Strike Kit (19-042286-000A)

The automated door strike kit replaces the manual latch currently installed on

the daygate.

Installation instructions are supplied separately with the daygate door strike kit.

Refer to Figure 2-21 for an illustration showing the steps required to install the

latch components. Refer to Figure 2-22 for an illustration showing the wiring

requirements for the kit.

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Figure 2-21 Daygate Door Strike Kit Installation

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NOTE

Cut supply power cord and splice as required.

Figure 2-22 Daygate Door Strike Kit Wiring Diagram

2.5.2 Door Closure (Hinge) Kit (19-048488-000A)

This kit includes a pneumatic closure, sliding rail, and an adjustable arm that will

close daygates that are up to 10 inches below the vault door fascia. Installation

instructions are supplied separately with the door closure kit. See Figure 2-23 for

general installation guidelines for daygate installation.

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Figure 2-23 Door Closure Kit Installation Guidelines

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2.5.3 Daygate Lockset Egress Kit (19-046487-000A)

This request to exit (REX) kit or the egress button kit (19-042292-000A,

Section 2.5.4) must be installed if the system will use the One At A Time Access

option. This kit replaces the standard daygate lockset with a modiﬁed version

that incorporates an internal microswitch. This lockset has a rigid (keyed)

entrance side and a free wheeling exit side that activates the microswitch when

the customer exits the vault. The normally open contacts of the microswitch are

used to notify the system that the vault is empty.

An 18-inch length of ﬂex conduit is provided to secure the wiring from the

lockset as it is routed from the hinge side of the daygate to the vault door's

vestibule cladding (Figure 2-24). See Figure 2-25 for suggested wiring diagram

details for the daygate lock egress kit.

This kit can only be used on daygates equipped with tempered glass (bar-style

daygates use the egress button kit). Instructions and templates for installing the

lockset are provided with the lock egress kit.

Figure 2-24 Daygate Lockset Egress Kit Wire Routing Detail (Glass Daygate)

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Figure 2-25 Daygate Lock Egress Kit Wiring Diagram

2.5.4 Egress Button Kit (19-042292-000A)

This request to exit (REX) kit or the daygate lock egress kit (19-046487-000A)

must be installed if the system will use the One At A Time Access option. This

kit is comprised of an illuminated PUSH TO EXIT momentary release button

(Figure 2-26) and a standard (NEMA) electrical box. Installation instructions are

provided with the kit. The required 24-volt power supply (39-017593-000A) is

shipped separately as part of each sales order.

This kit must be installed when the vault entrance is equipped with a bar-type

daygate. The egress button must be mounted at the interior of the vault at a

location beyond the reach of someone standing at the exterior of the vault

(Figure 2-27).

When the button is pressed, the lock is released and the display screen at the

touch screen workstation will NOT display a "vault in use" message. In this

application, the green PUSH TO EXIT lamp is on constant. The red LED is not

operational. See Figure 2-28 for an EVA hookup diagram.

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View A Front View

View B Rear View

Figure 2-26 Egress Button Kit (19-042292-000A)

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Figure 2-27 Vault Interior with Egress Button Kit (bar daygate)

Figure 2-28 Egress Button Kit Wiring Diagram

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2.5.5 Trafﬁc Light Option (19-049328-000A)

Atrafﬁc light may be installed on the exterior wall next to the daygate. The

institution uses the EVA software to conﬁgure the operation of the trafﬁclight.

Components of the trafﬁc light must be modiﬁed for use with EVA. The following

components must be purchased locally prior to installation of the trafﬁc light:

• Standard, metal, single-gang electrical box

• Blank faceplate for single-gang electrical box

Retroﬁt Procedure

1. Per installation requirements, locate and install the electrical box.

2. Refer to Figure 2-29 and fabricate two mounting holes into the blank

faceplate.

3. Refer to Figure 2-30 and remove the two lamps from the existing

faceplate provided with the trafﬁc light. Dispose of the existing faceplate.

4. Install the trafﬁc light lamps onto the new, modiﬁed faceplate. Mount the

modiﬁed faceplate to the electrical box.

5. Refer to Figure 2-13 and Figure 2-18, View B for wiring connection

detail to the SD dock CCA.

Figure 2-29 Faceplate for TrafﬁcLight

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Figure 2-30 Lamp Removal for TrafﬁcLight

2.5.6 Hand Recognition Reader (19-055310-000A)

If the biometric hand recognition reader (HandKey® II) is not mounted to the

optional kiosk, it may be mounted on an interior wall at a location near the

daygate. See Figure 2-31 for mounting details. Consider the open swing radius

when the hand reader is unlatched from the wall mount. See Figure 2-32 for

dimensions.

Figure 2-31 Hand Recognition Reader Wall Mounting Detail

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NOTE

Dimension is minimum clearance required for key access or service entry.

Figure 2-32 Hand Recognition Reader Dimension Detail

2.5.6.1 Hand Recognition Reader Wiring Details

Wiring details for the hand recognition reader are dependent on the generation

of the CCA installed within the reader. Terminal and pin numbers are

different for different generation CCAs. Any required conﬁguration and set up

procedures are provided in the EVA and EVA Elite Electronic Vault Attendant

Setup and Administration Guide (TP-821366-001B). A 12VDC power supply

(19-041824-000A) is provided. The hand reader power supply may also be

equipped with a battery backup device (19-041825-000A).

The hand recognition reader communicates with the touch screen workstation

via an RS-232 cable connection. SeeFigure 2-33 for wiring details. Cable runs

longer than 50 feet may require a cable connection using RS-485 (EIA-485)

hookup and wiring rather than the standard RS-232 connection. SeeAppendix A.

Connecting Ethernet Cable to Hand Recognition Reader CCA (50

ft. or less)

Use cable 29-016865-000A (14 ft.) or 29-016865-000B (100 ft.) to make the

wiring connection between the hand recognition CCA and the COM1 port of the

touch screen workstation. Alternate wiring conﬁgurations are required for cable

runs longer than 50 feet. SeeAppendix A.

1. At the touch screen workstation, plug the RJ-45 connector from the

Ethernet cable into the COM1 port. See Figure 2-15.

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NOTE

Depending on the generation of CCA installed in the

reader, removal of the RJ-45 connector may not be

required.

2. If required, use the appropriate tool to remove the RJ-45 connector from

the opposite end of the Ethernet cable.

3. Strip off approximately 1-inch of cable sheath.

4. Untwist the wired pairs.

5. At the hand recognition reader, terminate the cabling at the 3-pin, RS-232,

Molex connector (J4) on the main CCA of the hand recognition reader.

Cut the unused wire leads and use electrical tape to dress the unused wire

leads.RefertoFigure2-33forawiringdiagram.

Old-style HandKey II. Older model hand recognition readers may have an

RS-232 modular connector at J4. In this instance, the connection details will not

be as shown in Figure 2-33. Cut and dress the patch cable using the pin-outs

diagramed in the following table.

Old-style HandKey II

(RS-232) Touch Screen Workstation

(Comm 1)

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NOTE

Newer generation of the CCA shown. Connections to older generation CCAs will differ. Always use terminal 10

for the earth ground connection.

Figure 2-33 Hand Recognition Reader Wiring Details

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2.5.6.2 Hand Recognition Reader Earth Ground and Shielding

CAUTION

Do not connect the hand recognition reader's power supply

to a switched duplex outlet. The reader must have a

constant source of power for proper operation.

The hand recognition reader MUST be grounded with a solid, reliable earth

ground connection. This connection establishes a common ground return point

used to protect internal semiconductor devices from electrostatic discharge

(ESD) and from external signal line transients. Diebold recommends that

the earth ground source be identiﬁed by a qualiﬁed electrician familiar with

electrical codes as well as wiring and grounding techniques. If the sending and

receiving stations do not agree on the ground reference for the signal voltages,

communication errors may result. Additionally, damage may result if the

voltages are abnormally different.

2.5.6.3 Earth Ground Connection Details

Use ground terminal 10 on the unit's CCA to make the earth ground connection.

Do NOT use terminal 2 to establish the earth ground connection; terminal 2 is

not directly connected to ground. See Figure 2-34.

Earth ground the unit when there is a good earth ground source near each unit

and when there are very long cable runs between units. Carry an earth ground to

each unit when there are no earth grounds convenient to the unit and the unit’s

power supply is ﬂoating.

Figure 2-34 Hand Recognition Reader EarthGroundConnection(mandatory)

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Earth Ground

One method of establishing a ground reference is to connect each unit’s main

board ground to earth ground. Earth ground is found on the third pin on standard

AC line sockets (round one in the middle). If the building wiring is functioning

correctly, this should be a low-impedance path to a true ground.

2.5.6.4 Hand Recognition Reader Battery Backup Option

As an option, a ﬁeld-installed kit (19-041825-000A) is available to provide and

control battery backup for the hand recognition reader.

Operation

The switch to battery power is automatic and occurs when the input voltage falls

to about 10.5 volts. When input power is restored, the unit switches off of battery

operation and the battery charger is re-enabled to recharge the battery. Generally,

a fully-charged battery will provide approximately two hours of operation.

Components and Installation

In addition to installation instructions, the following items ship with the battery

backup kit and are installed internally on the hand recognition reader:

• Power fail PCB. Using standoffs and nuts provided, P8 of this PCB is

plugged into J8 on the underside of the main PCB.

• 2-pin, plastic jumper. This jumper is installed on J7 of the main PCB.

• 12-volt, sealed lead acid battery. The battery is mounted internally into the

chassis provided. The battery plug is connected to J4 on the main PCB.

Refer to the instructions that ship with the kit for complete installation

procedures, warnings, and guidelines.

2.5.6.5 Setting Communication Method DIP Switch (older generation readers)

Older-generation hand recognition readers are equipped with a 5-position DIP

switch (S1). As default, position 3 of this DIP switch is set to the OFF position

for RS-232 communication. If the hand reader is using RS-485 cabling for

connection to the touch screen workstation, you must reset position 3 of this

DIP switch to the ON position. Generally, all other switch positions will be

set to the OFF position.

Newer-generation hand recognition readers are not equipped with a DIP switch.

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2.5.7 Signature Capture Pad (option)

As an option, a signature capture device may be installed on the countertop in

the area near the touch screen workstation. This device interfaces with the touch

screen workstation via USB 2.0 cable (provided). This device is not connected to

an AC power source. Two styles of signature capture pads are available:

• Signaturepad,1x5(economy):49-224003-000A

• Signature pad, 1 x 5, LCD: 49-224004-000A

2.6 EVA Kiosk (41-021255-000A)

The optional EVA kiosk (Figure 2-35) is installed at a location near the vault

entrance. The EVA kiosk is pedestal desk designed to support input devices (for

example, touch screen workstation and hand geometry reader) that will be used

by the institution's customers. The EVA kiosk is equipped with a locked drawer

to secure the keyboard and mouse. The unit is also equipped with a removable

panel to provide access to cables and electrical outlets.

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NOTE

Newer units may vary by size and in appearance.

Figure 2-35 EVA Kiosk

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Section 3

Reading RFID Tags

3.1 Description

Each tag cover is equipped with an unique RFID (radio-frequency identiﬁcation)

tag. Each unique tag must be read by a handheld computer (Figure 3-1). The data

captured by the handheld computer must then be transferred to the institution's

computer where the data is stored.

NOTE

Due to the small surface area of the 2 x 5-inch size SD door,

inaccurate readings may occur if you attempt to use the

handheld computer to read RFID tags after all the lock cover

assemblies are afﬁxed to the doors.

If you are installing lock coverassembliesonto2x5-inchSD

doors, you must read the RFID tags before the tag covers are

installed on the base plates.

Figure 3-1 Typical Handheld Computer (RFID tag reader)

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3.2 Reading RFID Tags for Installation

NOTE

The tag reader software must be installed on the handheld

computer before you can perform the procedures in this section.

Refer to Installing EVA Tag Software Onto the Handheld

Computer (BU-IB1666-000A) for information required to

install the tag reader software.

1. Using the stylus provided, tap the touchscreen on the handheld computer

to open the Windows Mobile 6 Start Menu.

2. With the Windows Mobile 6 Start Menu displayed, select SD Install.

The following screen is displayed.

3. With the EVA Elite Installation Tool screen displayed, use the stylus to

select EVA Elite SD Box Registration. The following screen is displayed.

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4. With the TagSYS Launcher screen displayed, use the stylus to highlight

ISO 15693. With ISO 15693 selected, tap the Launch button. The

following screen is displayed.

5. With the EVA Elite SD Box Registration screen displayed, verify that the

following Down Link options are active:

•2sub

•Slow

6. With the EVA Elite SD Box Registration screen displayed, perform the

following steps:

• From the Select Box Size drop-down list, click on the applicable

SD box size.

• Use the keypad on the handheld computer to enter the Branch ID

in the Enter Branch ID window.

7. With the EVA Elite SD Box Registration screen displayed, use the stylus

to tap the Set button. Verify that the following message is displayed:

Set Conﬁguration OK.

8. With the EVA Elite SD Box Registration screen displayed, use the stylus

to tap the Read Tags tab at the top of the display. The following screen

is displayed.

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9. With the ReadTagsscreen displayed, use the numeric keypad on the

handheld computer to enter the ﬁrst SD box number to be registered.

As the numeric keys are pressed, the key numbers are displayed in the

SD Box # ﬁeld.

To auto-increment the SD box numbers, select the Auto Num option.

10. Position the RFID scanner window of the handheld computer near the tag

cover of theﬁrst SD box to be registered. Hold the handheld computer so

that the top end of the handheld computer is in contact with tag cover (at

a 90-degree angle). See Figure 3-2.

11. With the handheld computer in contact with the tag cover, use the stylus

to tap the Read Tag button located near the center of the display screen.

To indicate that the RFID tag has been read successfully, the message

box at the bottom of the screen will display the box number (the box

count will increment by one) and the RFID data (for example Box

#100XXXXXXXX...).

12. Proceed to the next SD box to be read. If the Auto Num option was not

selected in Step 9, use the numeric keypad on the handheld computer to

enter the next SD box number to be registered. As the numeric keys are

pressed, the key numbers are displayed in the SD Box # ﬁeld.

13. Position the handheld computer near the tag cover of the SD box to

be registered. Hold the handheld computer so that the top end of the

handheld computer is in contact with tag cover at a 90-degree angle.

14. Repeat Step 12 and Step 13 for each SD box to be registered. Verify that

each SD box number is correctly displayed after read.

15. After all SD boxes are registered, use the stylus to tap the Done button

located on the touch screen of the handheld computer. A message is

displayed to indicate the number of boxes registered.

16. Click ontheOk button twice to exit the application.

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NOTE

If you are installing lock cover assemblies onto 2 x 5-inch SD doors, you must read the RFID tags before the tag

covers are installed onto the base plates.

Figure 3-2 Reading the RFID Tag

3.3 Downloading Data From Handheld Computer

CAUTION

Before you complete the procedures in this section, it is

essential that you verify that ALL RFID tags have been

read and are loaded onto the handheld computer. Tags that

are not read and loaded onto the handheld computer will

cause a sequence error when the data is uploaded. Such

an error may cause the system to deny access to certain

SD box users.

Perform the following procedure to transfer SD box data from the handheld

computer to a laptop PC. A USB-connected, external CD drive is required to

complete the procedure.

1. Conﬁrm that Microsoft® ActiveSync is loaded onto the laptop. If this

utility is not installed, you must download this utility from the Microsoft

Web site.

2. Locate the USB cable provided with the handheld computer. Connect this

USB cable to the handheld computer and to the laptop computer.

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3. Using the ActiveSync utility, download the *.csv ﬁle from the handheld

computer to the laptop. The *.csv ﬁle contains the SD box data that

will eventually be loaded into the EVA database on the touch screen

workstation.

4. Using your laptop PC, copy the SDBoxData.txt ﬁle to a CD.

5. Refer to EVA and EVA Elite Electronic Vault Attendant Setup and

Administration Guide (TP-821366-001B) for procedures required to

transfer the *.csv ﬁle to the EVA touch screen workstation.

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Section 4

Parts Listing

Refer to Table 4-1 for a listing of parts that may be required during the installation

process.

4-1

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Table4-1 PartsListing

Figure/Item Description Part Number Qty.

Figure 4-1 SD lock cover kit 41-021050-000A 1

1 Lock cover assembly 41-020895-000A 1

2Base plate, w/mounting screw 41-020897-000A 1

3 Tag cover 41-020896-000A 1

Figure 4-2

1 Dock assembly 41-020278-000A 1

2 Power supply, swtchr., 9.0V, 3.9 A, desktop 49-223783-000A 1

not shown Cable, logic, USB, A-B, 78-3/4" 49-211496-000B 1

Figure 4-3 Key Assembly 41-020285-000A 1

Figure 3-1 EVA handheld computer[1] 41-021685-000A 1

Figure 4-4 Kit, installation template[2] 41-021051-000A 1

1 Template, 5-inch door 41-021048-000A 1

2 Template, 7-inch door 41-021048-000B 1

3 Template, 10-inch door 41-021048-000C 1

not shown SD number labels, adhesive, roll of 250 (1 through 250) 11-034642-000A 1

not shown SD number labels, adhesive, roll of 250 (251 through 500) 11-034642-000B 1

not shown SD number labels, adhesive, roll of 250 (501 through 750) 11-034642-000C 1

not shown SD number labels, adhesive, roll of 250 (751 through 1000) 11-034642-000D 1

Figure 2-14 Touch screen workstation 41-021181-000A 1

Figure 2-19 Uninterruptible power supply 39-017425-000A 1

Figure 2-21 Door strike kit[3] 19-042286-000A 1

Figure 2-23 Door closure kit 19-048488-000A 1

Figure 2-25 Daygate lockset egress kit 19-046487-000A 1

Figure 2-26 Egress button kit 19-042292-000A 1

Figure 2-31 Hand recognition reader 19-055310-000A 1

not shown Power supply, hand recognition reader[4] 19-041824-000A 1

not shown Battery backup, hand recognition reader 19-041825-000A 1

Figure 2-30 Trafﬁc light 19-049328-000A 1

not shown Signature pad, 1 x 5, economy 49-224003-000A 1

not shown Signature pad, 1 x 5, LCD 49-224004-000A 1

Figure 2-35 Kiosk 41-021255-000A 1

Figure 4-5 USB cable extender/adapter[5] 49-226161-000A --

Figure 4-6 USB hub, 4-port, self-powered, 2.0[6] 49-226162-000A --

[1] Part number for EVA scanner kit which is part of the tool loaner program. Part number includes the Psion Teklogix

Workabout Pro G2 handheld computer and an installation CD containing the EVA handheld software (tag reader).

[2] Templates have been designed for use with Diebold 5-inch, 7-inch, and 10-inch SD doors. If you are installing base

plates onto SD doors not manufactured by Diebold, use a plumb-bob or laser level to ensure proper alignment.

[3] Includes door strike w/prep faceplate, latch bolt, mounting box, and hardware.

[4] Housed locally within the Handkey reader. Charging power provided by the wall outlet power supply.

[5] Extends distance of USB device from a USB-enabled computer up to 150 ft.

[6] Powered by USB 2.0 upstream connection to USB port of touch screen workstation (3 ft. cable provided).

Optional 5V, 2A power adapter must be purchased separately.

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Figure 4-1 SD Lock Cover Kit Illustrated Parts

Figure 4-2 Dock Assembly Illustrated Parts

Figure 4-3 Key Assembly

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Figure 4-4 Installation Templates

Figure 4-5 USB Adapter/Extender

Figure 4-6 4-port USB Hub

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Appendix A

Diagrams for Adding Converters Between Hand Reader and Touch

Screen Workstation

Additional connection procedures are required when the distance between the

hand recognition reader and the touch screen workstation exceeds 50 feet. Refer

to the ﬁgures that follow:

• Figure A-1: Connections Required When Distance Between Hand Reader

and Touch Screen Workstation Exceeds 50 Feet

• Figure A-2: Interface Converter Wiring Diagram

Figure A-1 Connections Required When Distance Between Hand Reader and Touch Screen Workstation Exceeds

50 Feet

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NOTE

Two converters are required when distance between hand reader and touch screen workstation exceeds 50 feet.

Figure A-2 Interface Converter Wiring Diagram

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Appendix B

Releasing a Closed Lock Cover Assembly

The lock cover assembly is shipped in the open position. The upper housing door

must not be snapped to the closed position until after the lock cover assembly

is screwed to the base plate as the ﬁnal step in the installation of the lock cover

assembly. If you inadvertently snap the upper housing door closed you will not

be able attach the tag cover or the entire assembly to the base plate. Refer to the

procedureinthissectiontoreopenthelatchdoor.

1. Locate the slider brackets and the latch on the bottom of the lock cover

assembly. See Figure B-1.

2. Use the blade of a small ﬂatblade screwdriver to push the knob on the

latch to the extreme left.

3. While using the screwdriver to secure the latch, press down on one of the

slider brackets and move the slider bracket to the retracted position.

4. With the slider bracket in the retracted position, the upper housing is

released from the hinge base.

Figure B-1 Releasing a Closed Lock Cover Assembly

B-1

TP-821320-001A

Diebold 41020285 RFID device oper at 13.56 MHz, read/trans data User Manual Operation Guide

Diebold Inc RFID device oper at 13.56 MHz, read/trans data Users Manual Operation Guide

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