P/N 960-100175R_Rev. 6 {EDP #200824}
© 2016, JAPAN CASH MACHINE CO., LTD.
2 - 5
Installation
Taiko™ Series Banknote Acceptor
Section 2
D
EFINING
P
ATTERN
2
To define a “Pattern 2” (a fading Color Sequence)
operating function, perform the following steps:
1. Remove Power from the Taiko™ Unit.
2. Set DIP Switch No.1, No.3 and No.7 to
ON
(Fig-
ure 2-15).
3. Re-apply power to the Taiko™ Unit.
4. Set DIP Switch No.1 to
OFF
to cause the LED
Display Pattern to emulate “Pattern 2” when
operating.
Encryption Code Initialization Setting
Mode
When the ccTalk Encrypted Communication Code
is unknown, use the set the Encryption Code Initial-
ization DIP Switch setting to use the last 6 digits of
the specific Taiko™ Serial Number, located on the
back side of a Taiko™ Unit as the Encryption
Code.
To set the “Encryption Mode” operating function,
perform the following steps:
1. Remove Power from the Taiko™ Unit.
2. Set DIP Switch No.1 through No.6 to
ON
, and
Switches No.7 and No.8 to
OFF
(Figure 2-16).
3. Re-apply Power to the Taiko™ Unit.
4. Set DIP Switch No.1 to
OFF
to initialize the
Encryption Code setting.
The Taiko™ installation DIP Switch settings are
now complete.
Error Codes & Conditions
Table 2-4 lists the
Red
Error Code flash sequence
definitions displayed by the Taiko™ Front Panel
LED indicator.
Interface Connector Pin
Assignments
Table 2-5, Table 2-6, Table 2-7 and Table 2-8 list
the various Connector Pin Labels for adapting these
available Communication Standards to the Unit.
Table 2-4
Red LED Error Code Flash Definitions
Red Flashes
Error Indicated
2
ROM Error
3
Banknote Jam inside Ejection Slot
4
Banknote remains inside the Transport Path
5
EEPROM Read/Write Error
6
Motor Error
8
Entrance Solenoid Error
9
Exit Solenoid Error
12
Sensor Operation with Abnormal Timing
Figure 2-15
Figure 2-15
Define Pattern 2 DIP Switch Settings
Figure 2-16
Figure 2-16
Encryption Mode DIP Switch Settings
Table 2-5
Serial ID-003/MDB Interface Pin
Assignments
Pin No.
Signal
Name
I/O
*
*. I/O (Input/Output) is the function viewed from the Banknote Acceptor
Side.
Function
1
NC
-
No Connection
2
NC
-
No Connection
3
RXD-
IN
Data Receive Line
(Active when current is present)
4
RXD+
5
TXD-
OUT
Data Send Line
(Active when current is present)
6
TXD+
7
Vcc
-
+12V DC Power (7-Pin)
8
Vss
-
Power Ground
9
Vcc
-
+24V DC Power (9-Pin)
†
†. 24V DC is available only when the optional 24V DC Specification is
used.
10
NC
-
No Connection
Table 2-6
ccTalk Interface Pin Assignments
Pin No.
Signal
Name
I/O
*
*. I/O (Input/Output) is the function viewed from the Banknote Acceptor
Side.
Function
1
ccTalk
IN/OUT ccTalk Send/Receive Line
2
ccTalk
-
ccTalk GND Line
3
NC
-
No Connection
4
NC
-
No Connection
5
NC
-
No Connection
6
NC
-
No Connection
7
Vcc
-
+12V DC Power (7-Pin)
8
Vss
-
Power Ground
9
Vcc
-
+24V DC Power (9-Pin)
†
†. 24V DC is available only when the optional 24V DC Specification is
used.
10
NC
-
No Connection
Table 2-7
Pulse Interface Pin Assignments
Pin No.
Signal
Name
I/O
*
Function
1
NC
-
No Connection
2
NC
-
No Connection
3
Enable/
Disable (-)
IN
-
Enable/Disable Signal Input Line
(Enabled when current is present)
(Disabled when current is NOT present)
No Connection
4
Enable/
Disable (+)
5
Vend (-)
OUT
Pulse Signal Output Line
(Active when current is present)
6
Vend (+)
7
Vcc
-
+12V DC Power (7-Pin)
Figure 2-17
ID-003/MDB/ccTalk/Pulse Inter-
Figure 2-17
ID-003/MDB/ccTalk/Pulse
Interface Connector
Internal 10-Pin S10B-PADSS-1 (JST)
