JCM GLOBAL DBV Series Quick setup guide

© 2014, JAPAN CASH MACHINE CO., LTD.
Support: http://www.jcmglobal.com/en/contact/default.aspx Website: http://www.jcmglobal.com
Issue #4107-IGE-01-00
DBV®Series
Banknote Validator (DBV-400)
Integration Guide
Revision A, June 30, 2014
P/N 960-000175R_Rev. A {EDP #233426}

This product document (hereinafter referred to as “Manual”) is fully covered by legal Copyrights owned by the JAPAN
CASH MACHINE CO., LTD. (hereinafter referred to as “JCM”) under Japanese laws and other Foreign Countries.
This Manual contains many copyrighted, patented or properly registered equipment items manufactured by JCM, that
are prohibited and illegal to duplicate, replicate, copy in whole, or in part, without the express authorization by JCM with
the following exceptions:
1. When an authorized JCM agency or distributor duplicates the Manual for sales promotion and/or service
maintenance of the product, or technical service personnel education as required; and
2. When an end user duplicates the Manual to maintain operation of the product or operate the product in general.
JCM retains all rights to amend, alter, change or delete any portion of this Manual in whole, or in part, or add items
thereto without notice regarding the product or its related products.
JCM is a registered trademark of JAPAN CASH MACHINE CO., LTD. All other product names mentioned herein may be
registered trademarks or trademarks of their respective companies. Furthermore, ™, ®and © are not always mentioned
in each case throughout this publication.
Copyright © 2014 By JAPAN CASH MACHINE CO., LTD.
DBV®Series Banknote Validator (DBV-400) Integration Guide
• RoHS Directives
• CE Mark
• CB Scheme
NOTE: The above listed compliance confirmations are currently being examined for approval or
certification.
REVISION HISTORY
Rev №.Date Reason for Update Comment
A 6/30/14 Initial Document
or or or or
Issue #4107-IGE-01-00
International Compliance

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DBV®Series
Banknote Validator (DBV-400)
Table of Contents Page
1 GENERAL INFORMATION......................................................................................1
Description.......................................................................................................................... 1
DBV-400 Unit ...................................................................................................................... 1
Model Descriptions ............................................................................................................. 2
Type Descriptions ...............................................................................................................2
Software Descriptions ......................................................................................................... 2
Precautions......................................................................................................................... 2
User Cautions ................................................................................................................................. 2
Installation Cautions ..................................................................................................................... 2
Mounting, Dismounting & Transportation...................................................................................... 3
Placing Foreign Objects into the Unit ...........................................................................................3
Preventive Maintenance ............................................................................................................... 3
Banknote Fitness Requirements..................................................................................................... 4
Primary Features ................................................................................................................4
Component Names ............................................................................................................. 5
2 SPECIFICATIONS....................................................................................................6
Technical Specifications...................................................................................................... 6
Environmental Specifications .............................................................................................. 6
Electrical Specifications ...................................................................................................... 7
Structural Specifications...................................................................................................... 7
3 INSTALLATION .......................................................................................................8
Installation Procedure ......................................................................................................... 8
Entire Unit Installation ..................................................................................................................... 8
DIP Switch Configurations .................................................................................................. 8
4 CONNECTOR PIN ASSIGNMENTS ........................................................................9
MDB Photo-Coupler Isolation Connector Pin Assignments ............................................................ 9
RS232 Connector Pin Assignments.............................................................................................. 10
TTL Connector Pin Assignments .................................................................................................. 11
ID-002 Pulse Connector Pin Assignments.................................................................................... 12
ID-044 Pulse Connector Pin Assignments.................................................................................... 13
ID-044 Serial Connector Pin Assignments.................................................................................... 14
USB Connector Pin Assignments ................................................................................................. 15
5 PREVENTIVE MAINTENANCE .............................................................................16
Retrieving Banknotes........................................................................................................ 16
Clearing a Banknote Jam.................................................................................................. 16
Cleaning Procedure .......................................................................................................... 17
Sensor and Roller Cleaning Procedure ........................................................................................ 17
Sensor and Roller Locations......................................................................................................... 18
6 STANDARD INTERFACE CIRCUIT SCHEMATICS..............................................19
Standard Interface Circuit Schematics (Continued 1)....................................................... 20
Standard Interface Circuit Schematics (Continued 2)....................................................... 21
Standard Interface Circuit Schematics (Continued 3)....................................................... 22
Standard Interface Circuit Schematics (Continued 4)....................................................... 23
Standard Interface Circuit Schematics (Continued 5)....................................................... 24
Standard Interface Circuit Schematics (Continued 6)....................................................... 25
7 OPERATIONAL FLOWCHART .............................................................................27
Operational Flowchart (Continued 1)................................................................................ 28

Table of Contents
Continued
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Page
DBV®Series Banknote Validator (DBV-400) Integration Guide
8 TROUBLESHOOTING........................................................................................... 29
Introduction ........................................................................................................................29
Troubleshooting Overview .................................................................................................29
Fault Table Listings ............................................................................................................29
Adjustment Error ...........................................................................................................................30
Communication Error ....................................................................................................................30
LED Indication Conditions .................................................................................................31
LED Flash Error Code Conditions .................................................................................................31
LED Flash Reject Code Conditions ...............................................................................................33
9 UNIT DIMENSIONS ............................................................................................... 35
Entire Unit Outside Dimensions.........................................................................................35
Entire Unit Outside Dimensions (Continued) .....................................................................36
10 TECHNICAL CONTACT INFORMATION ............................................................. 37
Americas .......................................................................................................................................37
JCM American.............................................................................................................................37
Europe, Africa, Russia & Middle East ...........................................................................................37
JCM Europe GmbH.....................................................................................................................37
UK & Ireland ..................................................................................................................................37
JCM Europe (UK Office)..............................................................................................................37
Asia and Oceania ..........................................................................................................................37
JCM Gold (HK) Ltd. .....................................................................................................................37
JAPAN CASH MACHINE CO., LTD. (HQ)...................................................................................37
11 INDEX .................................................................................................................... 39

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DBV®Series
Banknote Validator (DBV-400)
List of Figures Page
Figure 1 DBV-400 Unit .............................................................................................1
Figure 2 Precautionary Symbols ..............................................................................2
Figure 3 Unacceptable Banknotes ...........................................................................4
Figure 4 DBV-400 Component Names ....................................................................5
Figure 5 Thread Studs Location ...............................................................................8
Figure 6 Retrieving Banknotes 1 ............................................................................16
Figure 7 Retrieving Banknotes 2 ............................................................................16
Figure 8 Clearing a Banknote Jam 1 .....................................................................16
Figure 9 Clearing a Banknote Jam 2 .....................................................................16
Figure 10 Clearing a Banknote Jam 3 .....................................................................16
Figure 11 General Cleaning Image ..........................................................................17
Figure 12 DBV-400 Sensor and Roller Cleaning Locations .....................................18
Figure 13 DBV-400 ID-003 MDB Photo-Coupler Isolation
Interface Schematic Diagram ..................................................................19
Figure 14 DBV-400 ID-003 RS232C Interface Schematic Diagram ........................20
Figure 15 DBV-400 ID-003 TTL Interface Schematic Diagram ................................21
Figure 16 DBV-400 ID-002 Pulse Interface Schematic Diagram .............................22
Figure 17 DBV-400 ID-044 Pulse Interface Schematic Diagram .............................23
Figure 18 DBV-400 ID-044 Serial Interface Schematic Diagram .............................24
Figure 19 DBV-400 USB Interface Schematic Diagram ..........................................25
Figure 20 DBV-400 Operational Flowchart (Initializing) ...........................................27
Figure 21 DBV-400 Operational Flowchart (Validation) ...........................................28
Figure 22 DBV-400 Operational Flowchart (Stacking) .............................................28
Figure 23 DBV-400 Unit With JCM Standard Bezel Outside Dimensions ...............35
Figure 24 DBV-400 Unit With Snack Mask Bezel Outside Dimensions ...................35
Figure 25 DBV-400 Unit With TOB Type Bezel Outside Dimensions ......................36

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DBV®Series
Banknote Validator (DBV-400)
List of Tables Page
Table 1 DBV-400 Model Number Specifications .....................................................2
Table 2 DBV-400 Type Number Specifications .......................................................2
Table 3 DBV-400 Software Number Specifications .................................................2
Table 4 DBV-400 Technical Specifications ..............................................................6
Table 5 DBV-400 Environmental Specifications ......................................................6
Table 6 DBV-400 Electrical Specifications ..............................................................7
Table 7 DBV-400 Structural Specifications ..............................................................7
Table 8 DIP Switch Block 1 Settings .......................................................................8
Table 9 DIP Switch Block 2 Settings .......................................................................8
Table 10 DBV-400 CN1 ID-003 MDB Photo-Coupler Isolation
Connector Pin Assignments .......................................................................9
Table 11 DBV-400 CN1 ID-003 RS232 Connector Pin Assignments ......................10
Table 12 DBV-400 CN1 ID-003 TTL Connector Pin Assignments ..........................11
Table 13 DBV-400 CN1 ID-002 Pulse Connector Pin Assignments ........................12
Table 14 DBV-400 CN1 ID-044 Pulse Connector Pin Assignments ........................13
Table 15 DBV-400 CN1 ID-044 Serial Connector Pin Assignments ........................14
Table 16 DBV-400 CN2 USB Interface Connector Pin Assignments ......................15
Table 17 DBV-400 CN5 USB Maintenance Interface
Connector Pin Assignments .....................................................................15
Table 18 DBV-400 Sensor Type Cleaning Methods ................................................18
Table 19 General Fault Conditions ..........................................................................29
Table 20 Adjustment Fault Conditions .....................................................................30
Table 21 Communication Fault Conditions ..............................................................30
Table 22 LED Flash Error Codes .............................................................................31
Table 23 LED Flash Reject Codes ..........................................................................33

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1
DBV®Series
Banknote Validator (DBV-400)
Integration Guide
Revision A
Description
This section provides a general overview of the
DBV®Series Banknote Validator Unit (DBV-400),
pictured in Figure 1. This section is designed to
help the user navigate through this guide with ease.
It includes the following information:
• DBV-400 Unit
• Model Descriptions
• Type Descriptions
• Software Descriptions
• Precautions
• Primary Features
• Component Names
• Specifications
• Installation
• Connector Pin Assignments
• Preventive Maintenance
• Standard Interface Circuit Schematics
• Operational Flowchart
• Troubleshooting
• Unit Dimensions
• Technical Contact Information
In order to make operating this device and navigat-
ing within this manual easier, the following illustra-
tions are used:
• Safety Instructions need to be observed in
order to protect the operators and the
equipment; these are identified with Bold text
and the following pictographs:
• Special Notes affect the use of the Banknote
Validator; these are identified with italic text
and the following pictograph:
• Steps require the operator to perform specific
actions; these are identified with sequential
numbers (1, 2, 3, etc.).
1 GENERAL INFORMATION
DBV-400 Unit
Figure 1 DBV-400 Unit

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DBV®Series Banknote Validator (DBV-400) Integration Guide
Model Descriptions
Table 1 lists the product model number
descriptions.
Type Descriptions
Table 2 lists the product type number descrip-
tions.
Software Descriptions
Table 3 lists the software number descriptions.
Precautions
Symbols in Figure 2 are defined as follows:
1. (Type 1) Do not insert a torn, folded, or wet
Banknote; it may cause a jam inside the unit.
2. (Type 2) Do not expose the unit to water. The unit
contains several precision electronic devices that
can be damaged if water or any liquid is sprayed
or spilled into the unit.
3. (Type 3) Do not install the unit in a dusty
environment. Dust may affect/degrade the sen-
sor’s performance.
U SER C AUTIONS
Careful measures were taken in the design of this
product to ensure its quality; however, the follow-
ing cautions pertain to all users and should be fol-
lowed for safe operation.
Installation Cautions
The Installation Cautions are defined as follows:
1. Be sure the Host Machine contains enough
protection to avoid wet or dusty conditions when
installing the unit in an indoor or open-air space.
The unit is not designed for outdoor installations.
2. Be sure the Host Machine is designed with
careful consideration for retrieving a Banknote
and/or clearing a Banknote jam.
3. Be careful not to use excessive outside pressure
on the Mounting Plate when removing the Cash
Box from the Unit.
Table 1 DBV-400 Model Number Specifications
NoModel: DBV- 4 * * - (*) * *
No(1) (2)(3) (4) (5)
(1) Product Series Name
(2) Validator Sensor
0 = Type A (Standard)
1-9 = Reserved
(3) Transport Unit
0 = Standard
1-9 = Reserved
(4) Optional Unit (Banknote Insertion Section)
None = Standard
A-Z = Reserved
(5)
Stacker Type
SU/SD = Downward Stacking/Upward Stacking (Standard)
SH = Reserved
UH = Reserved
Table 2 DBV-400 Type Number Specifications
NoModel: ***(*) - * * * * * - **
No(1) (2)(3)(4)(5)(6) (7)
(1)
Cash Box Capacity*
0 = No Cash Box (Transport Unit Specification)
S = 300 notes (New Banknote)
M = 500 notes (New Banknote)
L= 1000 notes (New Banknote)
*. The numbers of stacked Notes depends on the Banknote’s condition.
(2) Cash Box Type
0 = Standard
1 - 9 = Reserved
(3) Cash Box Door
0 = Standard
1 - 9 = Reserved
(4)
Bezel (Option)
0 = JCM Standard Bezel (Standard)
1 = Snack Mask
2 = TOB
3 = Euro 2-Rows SU
4 = Reserved
5 = Euro 2-Rows Compatible
A = Reserved
B = Reserved
(5)
Centering Guide Chip Type
0 = 66mm
1 = Reserve
2 = 72mm
3 - 9 = Reserved
(6)
Optional Coating
0 = None (Standard)
1 = Coated Board
2 - 9 = Reserved
(7)
Interface
0 = None (Standard)
1 = Standard Harness
2 = USB Interface Harness
3 - 9 = Reserved
Table 3 DBV-400 Software Number Specifications
No
Software: DBV-400 * * * - 0 * * - V * .**
No(A) (B) (C) (D)
(A) Software Model Name
(B) Denomination (Country Code)*
*. The Country Code is indicated following the ISO 3166 Standard.
(C) Interface Protocol Name
(D) Software Version
Type 1 Type 2 Type 3
Figure 2 Precautionary Symbols

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DBV®Series Banknote Validator (DBV-400) Integration Guide
4. Avoid exposing the Banknote Insertion Slot to
direct Sunlight and/or Incandescent Lamp
illumination having a Gradient Angle of 15
Degrees or more, and an illumination index of
3000 Lux or less. Insure that the Host Machine is
also designed to avoid exposing the Banknote
Insertion Slot to direct Sunlight or incandescent
light.
5. Do not allow the Validator to endure a range of
temperature and humidity beyond the environ-
mental limits specified (See “Environmental
Specifications” on page 6 of this Section).
6. Do not use the Validator in environments that
may be subject to severe temperature changes.
7. Do not use the Validator where it may be exposed
to airborne evaporated or sporadic chemicals.
8. Clean and maintain the Validator regularly when
located in an excessively smoke filled environ-
ment.
9. Do not throw or apply excessive force to the unit.
Mounting, Dismounting & Transportation
Methods for mounting, dismounting and transport-
ing the unit:
1. Be sure to turn the Power OFF before mounting
or removing the Unit from its permanent location.
Plugging or unplugging Connector Plugs from
their receptacles while the Power is ON may
cause damage to the Unit.
2. When reassembling a disassembled Unit Part,
ensure that the each part is properly replaced in its
correct original location and the Validator is not
removed by pulling it forward.
3. Be sure to carry the Unit by both hands when
transporting it. Holding the Unit by one hand may
cause personal injury if the Unit accidentally
becomes disassembled and drops away.
4. Be careful not to use excessive outside pressure
on the Unit, or subject it to excessive vibration
during transportation.
Placing Foreign Objects into the Unit
Observe the following precautions when placing
foreign objects into the Unit:
1. Do not insert anything except Banknotes into the
Insertion Slot. Inserting Receipts, Stapled Tickets,
Rubber Bands, or Credit Cards into the Unit may
damage the Banknote Transport path.
2. Do not inject liquids into the Banknote Insertion
Slot. Injecting water, oil or cleaning agents may
damage the Sensors or plastic parts within the
Banknote Transport path.
Preventive Maintenance
The preventive maintenance requirements are
defined as follows:
1. When attaching the Cash Box to the DBV-400
Unit, ensure that it clicks firmly into place. Do
not redesign or disassemble the DBV-400 Valida-
tor. Unauthorized use by inadequately trained per-
sonnel, or use outside the original manufacturer’s
intent for operation voids the warranty.
2. Do not redesign or disassemble the DBV-400 Val-
idator. Unauthorized use by inadequately trained
personnel, or use outside the original manufac-
turer’s intent for operation voids the warranty
3. Perform routine cleaning and maintenance at least
once a month to keep the DBV-400 Unit’s perfor-
mance stable.
4. Use a soft, lint-free, Micro-fiber Cloth, cotton
swab or non-flammable compressed air spray to
clean dust and debris from the Rollers.
5. If the Unit is exposed to water or other liquids,
use a clean, dry Micro-fiber Cloth to wipe off and
absorb excess liquids immediately. Any remain-
ing liquids or fluids may affect and degrade the
Sensors and Validation component performance.
WARNING: Do not inject water or other
liquid agents of any kind into the
Validator, as this may cause extreme
damage to the Unit.
WARNING: Do not use flammable
compressed air spray, as this may
cause fire.
WARNING: To minimize risk of damage
to internal printed circuit boards, never
allow excess fluid (e.g., from a wet
cleaning cloth) to drip or leak into the
device. Internal printed circuit boards
may be damaged. Do not use any
alcohol, citrus based cleaners,
solvents, surface acting agents or
scouring agents that can damage the
plastic surfaces of the device.
Caution: Make sure Interface Harness
connections to the Host Machine are
shorter than 9.84 Feet (3 Meters) in
length. Cut off all unused portions of
the Interface Harness wiring to avoid
static electrical effects or short circuit
possibilities that could cause damage
to the Unit.
WARNING: This Unit is designed for
use with a Current limiting Power
Source! Design the Host Cabinet space
to meet all local related safety
standards.

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DBV®Series Banknote Validator (DBV-400) Integration Guide
B ANKNOTE F ITNESS R EQUIREMENTS
The following Banknote types may not validate
correctly, or worse, can cause a jam and/or damage
to the unit’s Transport Path.
Banknotes exhibiting the following conditions
illustrated in Figure 3 should be avoided:
• torn
• excessive folds or wrinkles
• dirty
• wet
• containing foreign objects and/or oil
Primary Features
The DBV-400 Banknote Validator Unit contains the
following primary features:
• High-Speed Processing – The validation
processing speed is less than two seconds by
the precision high performance validation
sensors
.
Damaged Banknotes
Wrinkled Banknotes
Curled Banknotes
Folded or Partial Banknotes
Figure 3 Unacceptable Banknotes

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DBV®Series Banknote Validator (DBV-400) Integration Guide
Component Names
Figure 4 illustrates the DBV-400 component names and locations.
Figure 4 DBV-400 Component Names
a) Transport Unit
b) Bezel (Option)
c) Banknote Insertion Slot
d) Validation Guide
e) Cash Box Release Button
f) Cash Box Door Open/Close Button
g) Cash Box
h) USB Connector for maintenance
i) Interface Connector
j) USB Interface Connector
k) DIP Switch 1
l) DIP Switch 2
m) Validation Guide Open/Close Latch
n) Status LED
a
b
c
e
d
g
h
i
j
l
mn
k
f
DBV-400 Unit Inside View

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DBV®Series Banknote Validator (DBV-400) Integration Guide
2 SPECIFICATIONS
Technical Specifications
Environmental Specifications
Table 4 DBV-400 Technical Specifications
Acceptance Rate*:
*. Refer to the specific Country’s “Software Information Sheet” for each Country’s particular Banknote acceptance rate.
98% or greater
Note: The following banknote types are excluded:
•Banknotes with unclear graphics
•Double (dual) Notes
•Worn, dirty, wet, stained, torn or excessively wrinkled Banknotes
•Banknotes having folded corners or edges
•Banknotes having the wrong cut dimensions or printing displacement
•Returned Banknotes because of incorrect or failed insertion.
Banknote Types Accepted: •Long side: 110 - 160mm (4.33 - 6.29 in.)
•Short side: 60 - 72mm (2.36 - 2.83 in.)
Insertion Direction: Four Ways †
†. Refer to the specific Country’s “Software Information Sheet” for each Country’s particular Banknote insertion direction.
Processing Speed‡:
‡. Excluding Host Communication time lag (Power Supply: +12V DC, Temperature: 25º C ±5º C, Humidity: 30%-60%).
Approximately 2 seconds
(from Banknote insertion to next Banknote insertion)
Validation Method: Optical Sensor (Transmissive/Reflection)
Diagnostic Indicators: Bezel Insertion Slot Display: Full-Color + Light Amount DA Control
Status LED: Full-Color
Escrow: 1 Note
Anti-stringing Mechanism: Optical Detection and Internal Cash Box Lever
Cash Box Capacity**:
**.The number of Notes stacked depends on the Banknote’s condition.
Approximately 300 notes (New Banknotes)
Approximately 500 notes (New Banknotes)
Approximately 1000 notes (New Banknotes)
Cash Box Access: Rear Access
Sleep Mode††:
††.Both Mode A and Mode B can be available at the same time.
Mode A: Host Wakeup Mode
Mode B: Entrance Sensor Wakeup Mode
Interface‡‡:
‡‡.The Interface Harness connecting to the Host should be less than 3m(9.84 ft).
Photo-Coupler Isolation
TTL
RS232C
Pulse Interface
USB (USB Specification Rev. 2.0 Compliance) (Full Speed/12Mbps)
Table 5 DBV-400 Environmental Specifications
Operating Temperature: -15ºC to +60ºC (5ºF to 140ºF)*
*. Depends on hydrothermal conditions.
Storage Temperature: -20ºC to +60ºC (-4ºF to 140ºF)*
Relative Operating Humidity: 15% to 90% RH (non-condensed)
Relative Storage Humidity: 15% to 90% RH (non-condensed)
Visible Light Sensitivity: Avoid contact with direct sunlight (Interior lighting must be incandescent with a
Radiant Angle of 15 Degrees or more having an Illumination index of 3000 Lux or less)
Installation: Indoors Only

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DBV®Series Banknote Validator (DBV-400) Integration Guide
Electrical Specifications
Structural Specifications
Table 6 DBV-400 Electrical Specifications
Supply Voltage *:
*. Use a Current Source Limiting Power Supply
12V DC ±5% (Greater than 2.5A)
24V DC ±5% (Greater than 1.9A)
Current Consumption:
12V DC
•Standby = 0.22A
•Operation = 1.0A
•Peak = 1.9A
24V DC
•Standby = 0.32A
•Operation = 0.49A
•Peak = 0.96A
Sleep Mode (Standby)
•Mode A = 40µ
•Mode B = 150µ
Table 7 DBV-400 Structural Specifications
Weight:
DBV-400 Unit (with the Bezel): Approximately 0.89kg (1.96lbs.)
DBV-400 with 300 notes Cash Box: Approximately 1.34kg (2.95lbs.)
DBV-400 with 500 notes Cash Box: Approximately 1.42kg (3.31lbs.)
DBV-400 with 1000 notes Cash Box: Approximately 1.62kg (3.57lbs.)
Mounting: Horizontal
Outside Dimensions: See “Entire Unit Outside Dimensions” on page 35 of this Manual
-10-20 10 20 4030
050
060 70
10
20
30
40
50
60
70
80
90
100
Humidity [%RH]
Temperature [ºC]
Allowable Operating Temperature
and Humidity Range
-15ºC/30RH%
40ºC/90RH%
Hydrothermal Condition Table
60ºC/30RH%
10ºC/15RH%

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DBV®Series Banknote Validator (DBV-400) Integration Guide
3 INSTALLATION
This section provides installation and operating
instructions for the DBV-400 Banknote Validator
unit. The information within this section contains
the following features:
• Installation Procedure
• DIP Switch Configuration
Installation Procedure
The DBV-400 Frame Unit provides installation
holes for each surface.
E NTIRE U NIT I NSTALLATION
Perform the following steps to install the DBV-400
Unit:
1. Place the DBV-400 Unit Frame cut outs
(See Figure 5 a1through a4and b1 & b2) on to the
Thread Studs chassis.
2. Secure the rear side of the DBV-400 Frame to the
chassis with six (6) nuts.
DIP Switch Configurations
This section provides the denomination DIP Switch
Block 1 (DS1) and Block 2 (DS2) Settings for the
DBV-400 Unit.
NOTE: Refer to “Unit Dimensions” on
page 35 for each Bezel’s dimensions.
Figure 5 Thread Studs Location
50.8
84
116
a1a2
a3a4
b1b2
Chassis Side
Reference Dimensions
Insertion Slot
Area (Open)
Table 8 DIP Switch Block 1 Settings
Switch
No. Switch ON Switch OFF
1VEND 1 INHIBIT VEND 1 ACCEPT
2VEND 2 INHIBIT VEND 2 ACCEPT
3VEND 3 INHIBIT VEND 3 ACCEPT
4VEND 4 INHIBIT VEND 4 ACCEPT
5VEND 5 INHIBIT VEND 5 ACCEPT
6VEND 6 INHIBIT VEND 6 ACCEPT
7VEND 7 INHIBIT VEND 7 ACCEPT
8TEST MODE FUNCTION
Table 9 DIP Switch Block 2 Settings
Switch
No. Switch ON Switch OFF
1OFF OFF
2OFF OFF
3OFF OFF
4OFF OFF
5OFF OFF
6OFF OFF
7OFF OFF
8OFF OFF
DS1
DS1
DS2

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DBV®Series Banknote Validator (DBV-400) Integration Guide
4 CONNECTOR PIN ASSIGNMENTS
Table 10 through Table 17 list the DBV-400 Unit’s pin assignments.
MDB P HOTO -C OUPLER I SOLATION C ONNECTOR P IN A SSIGNMENTS
Table 10 lists the DBV-400 CN1 ID-003 MDB Photo-Coupler Isolation Connector Pin Assignments.
Table 10 DBV-400 CN1 ID-003 MDB Photo-Coupler Isolation Connector Pin Assignments
Connector (DBV-400 Side): 74164-0118 (Molex)
Housing (Cable Side):
50-57-9309 SL™Crimp Housing, Single Row, Version D, Back Ribs, 9 Circuits (Molex)
015-04-5184 2.54mm SL™Interim Clip, 18 Circuits, Polarized (Molex)
16-02-0069 SL™Crimp Terminal, Series70058, Female, with Tin (Sn) Plated Contact, 24-30 AWG (Molex)
Pin No. Signal Name I/O*
*. I/O (input/output) is the terminal as viewed from the Banknote Validator’s backside.
Function
1+12V/+24V -
Power Supply
2GND -Power Ground (0V DC)
3+12V/+24V -Power Supply
4GND -Power Ground (0V DC)
5 Master Receive OUT Photo-Coupler Communication Output Signal Line
6 Master Transmit IN Photo-Coupler Communication Input Signal Line
7COMMON -Photo-Coupler Common Signal Line
8TXD
OUT Reserved
9RXD
IN Reserved
10 GND (I/F) -Signal Ground (0V DC)
11 TXD (TTL)/VEND OUT Reserved
12 RXD (TTL)/CTS IN Reserved
13 LED - Power Reserved
14 D/E IN Reserved
15 SOFT-R IN Reserved
16 BUSY OUT Reserved
17 ABN OUT Reserved
18 RTS/FULL/VCCSSYNC IN Wakeup Input Signal Line
1
2
17
18

P/N 960-000175R_Rev. A {EDP #233426} © 2014, JAPAN CASH MACHINE CO., LTD.
10
DBV®Series Banknote Validator (DBV-400) Integration Guide
RS232 C ONNECTOR P IN A SSIGNMENTS
Table 11 lists the DBV-400 CN1 ID-003 RS232 Connector Pin Assignments.
Table 11 DBV-400 CN1 ID-003 RS232 Connector Pin Assignments
Connector (DBV-400 Side): 74164-0118 (Molex)
Housing (Cable Side):
50-57-9309 SL™Crimp Housing, Single Row, Version D, Back Ribs, 9 Circuits (Molex)
015-04-5184 2.54mm SL™Interim Clip, 18 Circuits, Polarized (Molex)
16-02-0069 SL™Crimp Terminal, Series70058, Female, with Tin (Sn) Plated Contact, 24-30 AWG (Molex)
Pin No. Signal Name I/O*
*. I/O (input/output) is the terminal as viewed from the Banknote Validator’s backside.
Function
1+12V/+24V -
Power Supply
2GND -Power Ground (0V DC)
3+12V/+24V -Power Supply
4GND -Power Ground (0V DC)
5 Master Receive OUT Reserved
6 Master Transmit IN Reserved
7COMMON -Reserved
8TXDOUT
RS-232 Serial Communication Output Signal Line
from Validator to Controller
9RXDIN
RS-232 Serial Communication Input Signal Line
from Validator to Controller
10 GND (I/F) -Signal Ground (0V DC)
11 TXD (TTL)/VEND OUT Reserved
12 RXD (TTL)/CTS IN Reserved
13 LED - Power Reserved
14 D/E IN Reserved
15 SOFT-R IN Reserved
16 BUSY OUT Reserved
17 ABN OUT Reserved
18 RTS/FULL/VCCSSYNC IN Wakeup Input Signal Line
1
2
17
18

P/N 960-000175R_Rev. A {EDP #233426} © 2014, JAPAN CASH MACHINE CO., LTD.
11
DBV®Series Banknote Validator (DBV-400) Integration Guide
TTL C ONNECTOR P IN A SSIGNMENTS
Table 12 lists the DBV-400 CN1 ID-003 TTL Connector Pin Assignments.
Table 12 DBV-400 CN1 ID-003 TTL Connector Pin Assignments
Connector (DBV-400 Side): 74164-0118 (Molex)
Housing (Cable Side):
50-57-9309 SL™Crimp Housing, Single Row, Version D, Back Ribs, 9 Circuits (Molex)
015-04-5184 2.54mm SL™Interim Clip, 18 Circuits, Polarized (Molex)
16-02-0069 SL™Crimp Terminal, Series70058, Female, with Tin (Sn) Plated Contact, 24-30 AWG (Molex)
Pin No. Signal Name I/O*
*. I/O (input/output) is the terminal as viewed from the Banknote Validator’s backside.
Function
1+12V/+24V -
Power Supply
2GND -Power Ground (0V DC)
3+12V/+24V -Power Supply
4GND -Power Ground (0V DC)
5 Master Receive OUT Reserved
6 Master Transmit IN Reserved
7COMMON -Reserved
8TXD
OUT Reserved
9RXD
IN Reserved
10 GND (I/F) -Signal Ground (0V DC)
11 TXD (TTL)/VEND OUT TTL Communication Output Signal Line
from Validator to Controller †
†. The voltage level should be based on the TTL logic levels.
12 RXD (TTL)/CTS IN TTL Communication Input Signal Line
from Controller to Validator †
13 LED - Power -Reserved
14 D/E IN Reserved
15 SOFT-R IN Reserved
16 BUSY OUT Reserved
17 ABN OUT Reserved
18 RTS/FULL/VCCSSYNC IN Wakeup Input Signal Line
1
2
17
18

P/N 960-000175R_Rev. A {EDP #233426} © 2014, JAPAN CASH MACHINE CO., LTD.
12
DBV®Series Banknote Validator (DBV-400) Integration Guide
ID-002 P ULSE C ONNECTOR P IN A SSIGNMENTS
Table 13 lists the DBV-400 CN1 ID-002 Pulse Connector Pin Assignments.
Table 13 DBV-400 CN1 ID-002 Pulse Connector Pin Assignments
Connector (DBV-400 Side): 74164-0118 (Molex)
Housing (Cable Side):
50-57-9309 SL™Crimp Housing, Single Row, Version D, Back Ribs, 9 Circuits (Molex)
015-04-5184 2.54mm SL™Interim Clip, 18 Circuits, Polarized (Molex)
16-02-0069 SL™Crimp Terminal, Series70058, Female, with Tin (Sn) Plated Contact, 24-30 AWG (Molex)
Pin No. Signal Name I/O*
*. I/O (input/output) is the terminal as viewed from the Banknote Validator’s backside.
Function
1+12V/+24V -
Power Supply
2GND -Power Ground (0V DC)
3+12V/+24V -Power Supply
4GND -Power Ground (0V DC)
5 Master Receive OUT Reserved
6 Master Transmit IN Reserved
7COMMON -Reserved
8TXD
OUT Reserved
9RXD
IN Reserved
10 GND (I/F) -Signal Ground (0V DC)
11 TXD (TTL)/VEND OUT VEND †
†. The voltage level should be based on the TTL logic levels.
12 RXD (TTL)/CTS IN Reserved
13 LED - Power -N
14 D/E IN D/E †
15 SOFT-R IN Reserved
16 BUSY OUT BUSY †
17 ABN OUT ABN †
18 RTS/FULL/VCCSSYNC OUT FULL †
1
2
17
18