CashCode ST-07 Series User manual

1998-1999 CashCode Co. Inc. PT# MAN-ST07 Rev.B2 11/99
ST-07 Series
Bill Validators
Operation Manual

1998-1999 CashCode Company Inc Page 2/12
PT# MAN-ST07 Rev.B2 11/99
Contents
Page
1. Overview …………………………………………………….……………………………… 3
2. Main Parts ………………………………………………………..…………..................… 4
3. Precautions …………………….……………..…………………………......................…. 5
4. Banknote Stacking ………….…………………………………...………………………… 5
5. Banknote Jam ..................... ..…………………………………………………………….. 6
6. Maintenance ..................…...……………………………………...………………………. 6
7. Mounting ..................……………..………………………………...……………………… 7
9. Input And Output Circuitry ………..…………………………………..……………...…… 8
10. Harness Connection ……..……………………………………..…………….………….. 10
11. Connector Pinout …………………………………………………………………..……. 11
12. DIP Switch Settings…………………………………………………………....………….. 12

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PT# MAN-ST07 Rev.B2 11/99
1. Overview
5The Bill Validator can accept a banknote lengthwise in all four directions i.e. face up,
face down either end first regardless of its positioning in the entry slot.
5It takes only 2 seconds to transport, identify and stack each banknote from start to
finish.
5The acceptance rate is 95% or greater for street banknotes.
5The Bill Validator is equipped with DIP switches allowing the user to select the
operating mode.
Banknote depositing.
5The Bill Validator has an ESCROW feature, which after validating a banknote and
sending a message containing information about the banknote denomination to the external
equipment, holds the banknote in a position from which it can either be returned or accepted
by the next command sent by external equipment.
5The Bill Validator stacks accepted banknotes into a high security lockable and
removable cassette (LRC). The design of the Cassette guarantees reliable protection against
unauthorised access to its contents.
Security Lock
Cassete Lock
(optional)
Switches
Open
Cover

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PT# MAN-ST07 Rev.B2 11/99
2. Main Parts
The Bill Validator consists of the Bill Validator itself and the Cassette. There are Cassettes of
different capacities: for 170, 400, 600 and 1000 banknotes.
There are two LED indicators on the front panel of the Bill Validator. The first indicator is green
and triangular, the second indicator is red and rectangular. When the Bill Validator is in stand-
by mode and ready to accept a banknote, the green triangular indicator is ON. The red
rectangular indicator is ON if the Bill Validator can not accept a banknote for some reason (the
previous banknote is still being processed, or the acceptance is prohibited by the external
equipment, or the Cassette is full, or in case of any malfunction).
There are connectors on the side of the Bill Validator to connect it to the external equipment.
BillAcceptor
RemovableBox
BoxCatchPower&IsolatedPulseInterfaceConnectorCashCodeInterf
a
c
e
Connector®
FaceLED's
Bill
Acceptor
Removable
Box
Box Catch Power & Isolated
Pulse Interface
Connector
CashCode Interface
Connector
®
Face LED's

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PT# MAN-ST07 Rev.B2 11/99
3. Precautions
1. Badly ripped, wrinkled, or wet banknotes may get jammed in the Bill Validator.
2. The electronic components should not be allowed to get wet at any time.
3. A lot of dust entering the inside of the Bill Validator may interfere with the optical
sensors as well as the transport mechanism.
4. Banknote Stacking
Accepted banknotes are stacked in the removable Cassettes. Depending on the
position of DIP switch SW1-5, the Bill Validator can accept banknotes either one way or four
ways. Accordingly, the banknotes in the Cassette take either identical positions or all possible
random positions.
Various models of the Cassettes allow for different capacities and also different security
features.
To take the banknotes out of the Cassette, perform the following:
1. Remove the Cassette from the Bill Validator by pressing with your fingers against
both Cassette catches, while rotating the cassette at an angle of 15...20 degrees around the
axis via which the cassette is hooked to the Bill
Validator.
2. Move the Cassette along the hooking slots
in the base of the Bill Validator until the axis is free.
3. Take the Cassette off the Bill Validator by
moving it out along the slots in the Bill Validator.
1
1
2
3

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PT# MAN-ST07 Rev.B2 11/99
5. Banknote Jam
To remove a jammed banknote from the Bill Validator, perform the following:
1. Remove the Cassette carefully, trying not to damage the jammed banknote.
2. Open the two covers of the banknote pathway.
3. Remove the jammed banknote.
6. Maintenance
Dirt in the pathway, optical sensors, or magnetic head may affect the acceptance rate of the
Bill Validator or even cause jams. To clean the pathway, do as prescribed below:
1. Remove the cassette from the bill validator
2. Open the two covers of the banknote pathway "clam shell".
3. Use a soft cloth moisten with mild, non-abrasive detergent to remove the dirt.
Note: Bill validators should be cleaned as needed to maintain optimal performance. This will
very depending on location and number of bills inserted.
DO NOT USE STRONG THINNERS LIKE ACETONE OR GASOLINE AS IT MAY CAUSE
DAMAGE TO PLASTIC PARTS OF THE BILL VALIDATOR.

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PT# MAN-ST07 Rev.B2 11/99
7. Mounting
The overall and mounting dimensions are given below. They differ for Cassettes of different
capacities.
The figure «Layout Of Mounting Holes» shows
the template for panel of the external equipment
where the Bill Validator is to be mounted. All the
dimensions are in millimetres and inches (in
parenthesis).
50,8 (2")
85,5 (3.37")
93 (3.66") 8,25 (.325")
105,4 (4.15") 86 (3.39")
170 Bills
118 (4.65")
400 Bills
144 (5.67")
600 Bills
196 (7.72")
1000 Bills
5,5 (0.22") 86,7 (3.41")
32(1.26")

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PT# MAN-ST07 Rev.B2 11/99
8. Input and Output Circuitry
The Bill Validator has two types of input / output circuitry according to the existing interfaces:
isolated low voltage circuitry and TTL/CMOS-level non-isolated circuitry.
8.1. Isolated Pulse Interface
The input and output circuitry belonging to this interface are shown in the figure below. They
have the following specifications:
1. Isolated OUTPUT PULSE circuitry:
- normally open (NO) relay bounce free contact with optocouple electrical insulation;
- open circuit leakage current is not greater than 0.1 mA with applied voltage up to
50 VDC;
- resistance of the closed contacts is not greater than 100 Ohm;
- maximum load current is not more than 70 mA.
2. INHIBIT LINE input:
- electrically insulated optocouple input;
- input voltage to prohibit any banknote acceptance is not more than +0.5 VDC;
- input voltage to allow banknote acceptance is within the range: +3..+24 VDC with the current
not exceeding 24 mA.
The additional non-isolated TTL-level CREDIT PULSE output has exactly the same circuitry as
output circuitry of the CashCode®Serial Interface (see unit 8.2)
Vin=3...24V DC
Iol=250mA max
Vol=50V max AC/DC
EQUIPMENT
Inhibit Line
(Input)
Isolated Pulse
(Output)
1K
VALIDATOR
U
+ Inhibit Line
(White)
Pulse Output 1
(Green)
Pulse Output 2
(Blue)
- Inhibit Line
(Brown)

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PT# MAN-ST07 Rev.B2 11/99
8.2. CashCode®Serial Interface
The input and output circuitry belonging to this interface are shown on the figure below. They
have the following specifications:
1. The output:
- open collector type
- open transistor leakage current is not greater than 0.1 mA with applied voltage up to 20 VDC;
- closed transistor collector-emitter voltage is not more than +0.6 VDC with current up to 100
mA.
2. The input:
- logic «0» state input voltage is not more than +0.5 VDC with sinking current up to 5 mA;
- logic «1» state input voltage is not less than +4.5 VDC with sourcing current up to 0.1 mA.
The output circuitry is compatible with any of the input circuitry of the external equipment
based on TTL, HC, HCT gates levels. To guarantee a reliable logic «1» state output signal, the
external equipment should have a pull-up resistor with resistance within 1 kOhm… 4.7 kOhm.
The input circuitry can be connected directly to the output of components such as TTL, HC,
HCT series of the external equipment. On top of this, any component of the external
equipment can provide the input signal within the specs for the input circuitry.
+20V DC max
Iol= 2mA...100mA
Vol=0.8v or less
EQUIPMENT
200 ohm
+5vDC
+5vDC
CPU In
CPU Out
Input
Output
1K4.7K
4.7K
LED Power Source
VALIDATOR

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PT# MAN-ST07 Rev.B2 11/99
9. Harness Connection
1. When used in the external equipment supporting the CashCode®Serial Interface or Mars
Serial Interface which is compatible with it, the Bill Validator must be connected with both the 6
Pin Power Harness PT# AMZ-XXX-12-06
and the 18 Pin Serial Harness PT# AMZ-
XXX-PC-18.
2. When used in the external equipment
supporting Isolated Pulse Interface, the
Bill Validator is to be connected with the
6 Pin Power Harness PT# AMZ-XXX-12-
06; and the Jumper Connector PT# AMZ-
XXX-PUL-18 may be applied to the 18 pin interface connector of the Bill Validator if required.
External Harness
(CashCode®Serial
Interface)
CashCode Serial
Interface Connector
®
Power Connector
AMP 102398-7 &
AMP 102681-4 &
AMP 102536-7
Wire Size 26-22 AWG
Interface Connector:
Power Connector:
Molex 15-04-5064 &
Molex 50-57-9303, 2 pc. &
Molex 16-02-0096, 6 pc.
Wire Size 24-30 AWG
External Harness
(Isolated Pulse Interface)
CashCode Serial
Interface Connector
®
Power & Isolated
Pulse Interface
Connector
AMP 102398-7 &
AMP 102681-4 &
AMP 102536-7.
Wire Jumper, pin 1 - pin 4
Interface Plu
g
:
Power Connector:
Molex 15-04-5064 &
Molex 50-57-9303, 2 pc. &
Molex 16-02-0096, 6 pc.
Wire Size 24-30 AWG

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PT# MAN-ST07 Rev.B2 11/99
10. Connector Pinout
Power & Isolated Pulse Interface Connector
Mating Connector: Molex, Part #:15-04-5064, 1 psc;
50-57-9303, 2 psc;
16-02-0096, 6 psc.
Terminal Signal Function Wire Colour
1 Power Supply (+) + 12 V DC Power Yellow
2 Power Supply (-) Ground Black
3 Output Pulse 1 Pulse Signal Blue
4 Output Pulse 2 Pulse Signal Green
5 + Inhibit Line Enable/Disable White
6 - Inhibit Line Accept Bill Brown
CachCode®Serial Interface Connector
Mating Connector: AMP, Part #:102398-7, 1 psc;
102536-7, 1 psc;
102681-4, 1 psc.
Terminal Signal Function Activity
1 Credit Pulse Output Low
2 Interrupt Output Low
3 Serial/Pulse Select High/Low
4 Ground Signal Ground
5 Serial Data Output
6 Not connected -----------
7 Not connected -----------
8 Not connected -----------
9 Not connected -----------
10 Out of Service Output Low
11 Not connected -----------
12 Accept Enable Input Low
13 LED Power Source Output Low
14 Send Input Low
15 Not connected -----------
16 Not connected -----------
17 Not connected -----------
18 Not connected -----------
15
26
10 18
19
6-pin Power & Isolated Pulse
Interface Connector
18-pin CashCode®
Serial Interface Connector
10 18
19 15
26

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PT# MAN-ST07 Rev.B2 11/99
11. DIP Switch Settings
The Bill Validator is equipped with an eight position DIP switch and four position DIP switch
(optional). These switches allow the user to
select an operating mode of the Bill Validator.
They are located at the back side of the Bill
Validator under the cover protecting the CPU
board. They can be reached through special
openings in the cover only if the Cassette is
removed.
To change the position of a DIP switch, use
the point of a sharp instrument.
Each switch is assigned to control the settings shown below.
* This is an example only - please check your USER MANUAL for your model.
SW1
SW2
DIP Switches
(under cover)
O P E N
1 2 3 4 5 6 7 8
1234
O P E N
SW1
O P E N
1 2 3 4 5 6 7 8
SW2
1 2 3
O P E N
4
1 2
- 1 pulse / $1
12
- 3 pulse / $1
21
- 4 pulse / $1
21
- 2 pulse / $1
7
- Slow Pulse
50mS ON/300mS OFF
7
- Fast Pulse
50mS ON/50 mS OFF
8
- Isolated Pulse Interface
8
- All Interfaces
5
- One Way
5
- Four Way
6
- Stacker Up
6
- Stacker Down
3
- $1 Enable
3
- $1 Disable
2
- $100 Enable
2
- $100 Disable
3
- High Security
3
- High Accept
4
- Reserved
4
- Reserved
4
- $5 Enable
4
- $5 Disable
1
- $50 Enable
1
- $50 Disable
SW2 Switch Description
SW1 Switch Description