Includes configuration setup using a Palm Pilot
Setting Module
May 05
1-800-628-8363
RR
JCM Part Number 980-000103.Rev. 1
5900333
Page 2
JCM is a registered trademark of JCM American Corporation. All other product names mentioned herein may be
registered trademarks or trademarks of their respective companies. Furthermore,
in each case throughout this publication.
This section provides a general overview of the
advantages and options of the Optipay
DBV-301 Bill Validator pictured in Figure 1-1 .
This first section is designed to help you navigate
through this manual with ease and contains the following information:
•
Model and Type Classifications
•
Precautions
•
Component Names
•
General Specifications
•
Retrieving Bills
•
Cabling
•
Dimensions
•
Country Codes
™
BV
In order to make operation of this device and make
navigation within this manual easier, the following
illustrations were used within the text:
•
Safety instructions, which need to be
observed in order to protect the operators and
equipment, have been written in bold text and
have been given the pictographs:
•
Special Notes, which effect the use of the Bill
Validator, have been written in italic text and
have been given the pictograph:
•
Steps, requiring the operator to perform
specific actions are given sequential numbers
(1., 2., 3. etc.).
Model and Type Classification
Tables 1-1 and 1-2 provide definitions for the
model and type number codes found on the unit.
1 : 66 mm width
2 : 67 mm width
3 : 70 mm width
4 : 72 mm width
1 : Upward bill ejection box
0 : without recycle unit
1 : with recycle unit
D3 : ID-0D3 (MDB interface)
Precautions
1. (
Type 1
) Do not insert a torn, folded, or wet
bill, as this action may cause a bill jam inside
the unit.
2. (
Type 2
) Do not expose the unit to water.
The unit contains several precision electronic devices which can be damaged if
water or any liquid is sprayed or spilled into
the unit.
3. (
Type 3
) Do not install the unit into a dusty
environment. Dust may affect the sensor’s
performance.
User cautions
1. Be sure to turn the power off before plugging
or unplugging connectors.
2. Firmly close the unit’s transport path when
applying power.
3. When closing the units, ensure they click
into place. Make sure to open and close the
units gently, and take care that no dust or
other foreign objects enter when opening the
guides.
4. Do not allow inventory stock to endure high
temperature, high humidity or a dusty
environment.
5. Do not throw the unit or allow it to fall to the
ground.
6. If the bill validator is dirty due to dust, foreign objects, or other such debris adhering to
it, bill acceptance rate will degrade. Be sure
to clean the validator at least once a month.
Use a soft cloth to wipe dust from the magnetic head and the optical sensor. Never use
organic solvents, such as paint thinner or
benzene to clean the device. Use a soft cloth
to wipe dust from the rollers and belts.
7. Inserting worn or damaged bills may cause a
jam. Shuffle new bills well before inserting
them, otherwise they may stick to one other
and could cause a jam.
Table 1-3: lists the general specifications for the
Titan DBV-301 Bill Validator.
Table 1-3: DBV-301 Bill Validator Specifications
N
o
1 Acceptable
MODELSPECIFICATION
Refer to the separate “Software Specifications”
Denominations:
2Insertion Direc-
Refer to the separate “Software Specifications”
tions:
3Acceptance Rate:Refer to the separate “Software Specifications”
The acceptance rate will be calculated as follows:
First acceptance number of sheets + Re-insertion acceptance number of sheets
*1 = Acceptance following subsequent re-insertions
Test bill total
Note: The following bill types are excluded:
a) Bills with excessive or poor magnetism or unclear graphics
b) Double (dual) notes
c) Worn, dirty, wet, torn or excessively wrinkled bills
d) Bills having folded corners or edges
e) Bills having the wrong cut dimensions or printing displacement
4Processing speed:Approximately 2 seconds
(time from bill insertion to credit signal output)
Approximately 3 seconds
(time from bill insertion to bill stack completion)
5Cash box:
a) Capacity: Approximately 300 bills
b) Ejection directions: Rear ejection
a) Indication LED (green LED at front side)
b) Condition LEDs (green, yellow and red LEDs at rear side)
9Power supply:24 V DC (±5%), 2.5 A
Correspondence to an MDB interface standard power supply is possi-
ble
10Power consumption
11Environmental con-
ditions:
a) Standby status: 0.2 A
b) Operation status: 0.4 A (0.9 A maximum)
a) Operational temperature: -15 °C to 60 °C
b) Operational humidity: 15 to 95% RH (no condensing)
c) Storage temperature: -20 °C to 60 °C
d) Storage humidity: 15 to 95% RH (no condensing)
e) Light disturbance: Direct sunlight should be avoided
12Outline dimensions: 4.11 in. (104.5 mm) Width, 9.58 in. (243.5 mm) Height, 6.10 in. (155
mm) Depth (with faceplate)
13Weight:Approximately 2.64 lbs. (1.2 kg)
14Mounting:Horizontal Mounting
(verify with your sales representative prior to selecting a final attachment angle)
Figure 2-4 illustrates the Bill Validator-to-Controller component schematic and interconnecting pin designation diagram.
Figure 2-4 Bill Validator-to-Controller I/O Circuit and Pin-out Identification Schematic
Connector Pin Assignment
Figure 2-5illustrates the Bill Validator’s plug interconnect pin assignment diagram and Table 2-1lists each
pin’s function.
Figure 2-5 Bill Validator’s Plug Interconnect Pin Assignment Diagram
Table 2-1 Connector Pin Designations
Pin No. Signal Name I/O
1V
2V
1DC +24 V power
DD
1Ground
SS
I/O
*
Signal Description
3NCNot used
4NCNot used
5TXD1OUT Photo coupler: output signal line from bill validator to controller
6RXD2INPhoto coupler: input signal line from bill validator to controller
7SG2Photo coupler: signal ground
8NCNot used
9NCNot used
10NCNot used
11NCNot used
12NCNot used
13NCNot used
14NCNot used
15NCNot used.
16NCNot used
17NCNot used
18NCNot used.
* I/O (In/Out) viewed from the Bill Validator side.
Verify the current software in the DBV before attempting to reinstall it. The DIP switch settings are determined by the software. See software specifications provided separately for your software’s DIP switch settings. See Figure 2-7 for the DIP Switch location.
2. Remove the jammed bill following the arrow
path shown in Figure 2-9.
Preventive Maintenance
The DBV-301 sensor lenses c are made of a transparent polymer material; handle them with care. It
is important to keep the bill path, rollers
belts clean (See Figure 2-11, and Figure 2-12 for
locations).
d
, and
Figure 2-9 Clearing a Jammed Stacker Bill
When a bill is jammed in the Validator
section:
1. Lift the Validator head release lever and pull
out the Lower Guide.
To clean the lenses, use a lint-free cloth and a mild
non-abrasive detergent such as liquid dish soap
mixed with water.
2-5
Page 26
Section 2Optipay™ BVInstallation / Operation
Do not use alcohol or thinner for
cleaning.
Note: JCM does not recommend using
cleaning cards, cleaning pads, or cleaning
solutions of any kind
.
Cash box Preventive Maintenance (P/M)
Perform periodic P/M on the Cash Boxes to ensure
proper operation. The Cash Box sensor lenses
are made of a transparent polymer material; handle
them with care (See Figure 2-13).
c
Figure 2-13 Cash Box Sensors
Use compressed air to blow out loose paper fibers
and other debris that can build up over time. Check
all moving parts for wear and proper positioning. If
the unit does not operate properly, it can cause bill
jams. After completing the P/M, re-calibration is
recommended (Refer to Section 7).
5. Lay the assembly on its back and remove the
6 screws shown in Figure 4-6. Then disconnect the four plug connectors indicated by
the four small arrows in Figure 4-6.
6. Open the board assembly access box following the large arrow direction in Figure 4-6.
Figure 4-7 CPU Board Connector Removals
9. Separate the CPU board and Power Supply
board connectors (See Figure 4-8)
.
Small
Arrows
Figure 4-6 Screw and Connector Removal and
Circuit Board Access
7. Release the ribbon cable connector lock and
remove the flexible ribbon cable shown by
the small arrows in the Figure 4-7 close-up
box (See Figure 4-7 a).
8. Disconnect the CPU board signal cable connector (See large arrow in Figure 4-7 b).
1. Remove the CPU board and power supply
board as previously described (See “Removing the CPU and Power Supply boards” on
page 4-1).
2. Remove the Side Bill Guides by following
the
c
and d arrow directions shown in
Figure 4-9.
Figure 4-9 Side Guide Removal
3. Remove the Front Bill Guide following the
large directional arrow shown in Figure 4-
10.
Figure 4-10 Front Guide Removal
4. Remove the pusher mechanism retaining
screw and remove the assembly following
the large directional arrow shown in
Figure 4-11.
Figure 4-11 Pusher Mechanism Removal
5. Remove the two timing belts from the
Pusher Mechanism assembly
(See Figure 4-12). Once the belts are
removed, remove their related tension rollers
on each side as well (See Figure 4-12 a).
Figure 4-12 Timing Belt Removal
Removing the drive and stack motor
1. Remove the two shaft retaining C-clip rings
and pull the shaft out of the pusher plate
(See Figure 4-13).
2. Slide the pusher plate in the direction indicated by the arrow in Figure 4-14 and
remove the plate.
Figure 4-14 Pusher Plate Removal
3. Remove one of the shaft retaining C-clip
rings and pull the shaft out of the pusher
arm; then remove the two sleeve spacers
(See Figure 4-15).
4. Lift the pusher arm and remove the five
retaining screws shown in Figure 4-16, then
tip the assembly to the side and remove the
loose pin (See Figure 4-16 a).
5. Turn the Pusher Mechanism assembly over
and remove the motor guide
(See Figure 4-17).
This section provides the Trouble Shooting
procedures for the Optipay
Validator. The information within contains the
following features:
•
DBV-301-SU
Trouble Shooting
™
DBV-301 Bill
Introduction
Most failures within the Bill Validator occur due to
minor causes. It is important to check that the internal connectors are properly mated and that the harness is also firmly connected before replacing
parts.
Poor bill acceptance is often due to iron content
that adheres to the magnetic head or to the magnetic head roller. Therefore, the Bill Validator
should always be cleaned first.
To determine the cause of a failure and those of
small defective parts, it is important to observe the
operating state of the Bill Validator when power is
first applied. This condition also allows the cause
of a failure to be determined using the test mode.
When the Bill Validator head has been disassembled for repair, or when the Sensor board has been
replaced, the sensor should be readjusted.
All repairs should be performed by referring to the
adjustment procedure, the wiring diagrams and the
various disassembly procedures.
Failure Classifications
The cause of a failure can be broadly classified into
the following four failure conditions. Check for the
following operating fault states:
1. Test mode fails entry (See Figure 6-1and 2).
2. Incorrect initial operation (See Figure 6-3).
3. Rejected or poorly accepts bills (See Figure
6-4).
4. Improper bill transfer (See Figure 6-5).
Test Mode Entry Failure Flowchart
The Figure 6-1 and 2 Flowcharts diagram the failure conditions related to entering test correctly.
Figure 6-1 DBV-301 Bill Validator Test Mode Failure Flow Chart Diagram (Part 1)
With future firmware releases, the
screen will be used to configure the Bill
Validator settings as well (See Figure 7-7 ),
for the present however, select
Back
return to the main menu screen.
to
Figure 7-4 Information Menu
Selection
4. The following typical configuration settings
for a validator are shown in Figure 7-5
when the
“Information…”
button is selected:
a. The Firmware Version – V1.02C
b. The Enable/Disable DIP Switch Settings
c. The bill values enabled ($1 and $5 Bills)
d. The
8. The screen is used to test
the following DBV functions:
a. Forward Motor Speed RPM
b. Reverse Motor Speed RPM
c. Stacker Test
d. Run Test
e. Solenoid Test
f. Sensor 1 Transmit/Receive Test
g. Sensor 2 Transmit/Receive Test
h. Dip Switch Settings Test
Diagnostics
main menu
button
(See Figure 7-10 “a” through “h”)
Program Download Menu Selection
1. Select the
main menu screen
(See Figure 7-11 a).
a
Figure 7-11 Program Download Menu Selection
2. Select the software version to be downloaded (See Figure 7-12 a), and then
3. Select
Validator (See Figure 7-12 b).
a
Program Download
Send
to transmit the software to the
button on the
Figure 7-10 Diagnostics Screen Functions
9. Select the
Back
button to return to the
menu screen.
a
b
b
c
d
e
f
g
h
Figure 7-12 Program Download Screen
NOTE: The
loaded firmware version. To select from the
available versions loaded, mouse-click any
open area inside of the
on the
main menu to start the selected firmware
download (See Figure 7-15 a).
a
b
Figure 7-13 ROM Select Screen
4. During the download incrementing numbers
will appear in an inset
window left of the correct final value shown
at right (See Figure 7-14 a).
b
a
Figure 7-15 Download Send Command
Accepting Log Menu Selection
1. On the
screen, select the
button (See Figure 7-16 ).
Accepting Log
c
main menu
menu
a
Figure 7-14 Download Transfer Screen
NOTE: Ensure that the number of data
bytes loaded versus the total data bytes
needed to complete the download process
agree when the download is complete (i.e.,
a = b in Figure 7-14 ).
b
5. Once the download is complete, verify that
the program version listed on the
Download”
screen agrees with your initial
“Program
selection (See Figure 7-15 b).
6. Click the
Back
button to return to the on the
main menu screen
(See Figure 7-15 c).
RC-10 to the Cash Box during a
manual dispense function
h.
Empty:
Number of times the Recycler
was empty
i.
FULL:
Number of times the Recycler
became FULL
Abnormal:
j.
Number of times the Recycler
had trouble (including bill jams)
Rec STK:
k.
a
c
e
g
i
k
DIP Switch Settings
Test mode set-up
To enter the test mode, set the following DIP
switches to:
stacked in the Cash Box during loading
l.
Pay STK:
stacked in the Cash Box when dispensing.
Number of bills mandatory
Number of bills mandatory
1. Turn switch 8 ON, turn switches 1 to 7 OFF,
and supply power to the unit.
2. The Faceplate LEDs will blink and the
Green, Yellow and Red Status LED indicator
on the rear of the unit will illuminate (turn
ON).
3. Keep switch 8 ON, then
4. Set switches 1 through 7 according to the test
mode you wish to conduct.
5. Now turn switch 8 OFF to begin the selected
test.
The Faceplate LEDs will go out along with
the Green, Yellow and Red LED Status
indicator LEDs located on the rear of the
unit.
6. Turn switch 8 ON to finish the test.
The Faceplate LEDs will blink and the
Green, Yellow and Red Status LED indicator
on the rear of the unit will illuminate (turn
ON).
Setting the test mode switches
Column 1 of Table 7-1 lists the various DIP
Switch Block settings for activating the desired
tests chosen from the “
listed in Column 2 of Table 7-1 .
Test Mode Descriptions”
Table 7-1 DIP Switch 1 Test Mode Settings
DIP Switch 1
No. 1 2 3 4 5 6 7 8
Transport Motor Forward Rotation Test (BOX set)
1) Normal:Status LEDs (Green, Yellow & Red) blink once
Table 7-3 Stacker Sensor Test Detail Listing (Continued)
No. 1 2 3 4 5 6 7 8 Sensor Name
Transport Motor Encoder (when shielded)
DIP Switch Logic Test
Test results are indicated by making the following switch settings and observing the Condition LED blinking indications listed in the Table 7-4 tests:
1. Begin by setting DIP Switch 1 Block switches 1 through 8 all ON, and apply power to the unit.
The Front Panel Green Indicator LEDs will begin flashing and the Green, Yellow and Red Condition
LEDs will all steadily illuminate (lite).
2. Now change DIP Switch 1 Block switch number 8 to OFF. The Front Panel Green Indicator LEDs
will go out and the Green, Yellow and Red Condition LEDs will all begin to repeatedly blink single
flashes (See Table 7-4 Test 1).
3. Now turn DIP Switch Block 2 switches 1 through 8 all ON. The Front Panel Green Indicator LEDs
will remain out and the Green, Yellow and Red Condition LEDs will begin repeatedly blinking
in double flash sets (See Table 7-4 Test 2).
4. Now turn even numbered switches (i.e., 2, 4 & 6) on both DIP Switch Block 1andBlock 2 OFF. The Green, Yellow and Red Condition LEDs will then begin repeatedly blinking three
flashes at a time. (See Table 7-4 Test 3).
DIP Switch
Table 7-4 Resulting DIP Switch Setting LED Flash Details
Test
No.
1Condition LEDs Blink once (1 time)
2Condition LEDs Blink twice (2 times)
3Condition LEDs Blink three times (3
DIP Switch 1
No. 1 2 3 4 5 6 7 8
DIP Switch 2
No. 1 2 3 4 5 6 7 8
Condition LED Blink Indications
times)
Error Codes
Error Code Table
Table 7-5 lists the color error code and number of blinks for each test result.
1 Acceptor Head – the unit containing the sensors capable of reading the note (bill) features.
A
C
2 Cash Box – a container designed to collect and stack all accepted bills.
3 C-clip Ring – a semicircular retainer clip in the form of the letter “C” designed to fit into a
shaft groove to retain a component in place and having hole rings at its ends for
insertion of special expansion/removal/replacement tool tips.
4 Country Codes – specific codes given to a country to identify its currency type.
5 CPU – acronym for Central Processor Unit - a circuit board usually containing many computer
processing integrated circuit chips.
D
6 DIP Switch – Dual Inline Package Switch - a printed circuit board mountable two-position
slide switch package containing up to 16 individual switches.
7 DIP Switch Block – a single Dual Inline Package two-position circuit board switch set.
E
8 Encoder – a gear having multiple protrusions (flags) used to interrupt an optical sensor to
determine shaft rotational speed.
F
9 Flowchart – a branched set of trouble shooting steps to test a specific DBV component(s)
function.
H
10 Home Position – the fully retracted position of the Stacker Plate.
L
11 LED – acronym for Light Emitting Diode.
M
12 MAG – abbreviation for magnetic.
13 MDB – acronym for Multi Drop Bus - a communications protocol standard used by the
Vending Machine Industry.
P
14 Photo Coupler – an electronic isolation device that uses an LED and photo-diode combination
to translate/transfer a signal condition between large potential differences.
15 Pusher Mechanism – a mechanical device to move a note (bill) from the Transport into the
Cash Box.
S
16 Sensor – a photo sensitive device positioned to detect specific optical signal levels from an
inserted bill or bar coded ticket.