CAUTION
Danger of explosion if battery is incorrectly replaced.
Replace only with the same or equivalent type
recommended by the manufacturer.
Dispose of used batteries according
to the manufacture’s instructions.
VORSICHT !
Explosionsgefahr bei unsachgemäßem Austausch der Batterie.
Ersatz nur durch denselben oder einen vom
Hersteller empfohlenen gleichwertigen Typ.
Entsorgung gebrauchter Batterien nach
Angaben des Herstellers.
ADVARSEL !
Lithiumbatteri - Eksplosionsfare ved fejlagtig hándtering.
Udskiftning má kun ske med batteri
af samme fabrikat og type.
Levér det brugte batteri tilbage til leverandØren.
2.INITIALIZE (MAC) OPERATION
1. Set the mode switch to "OFF" position.
2. Pressing the "FEED" button and turn the mode switch to "PRG" position.
3. Release the "FEED" button.
4. Initialize operation is executed.
— 2 —
Page 5
3.BLOCK DIAGRAM
3-1.PCB CONNECTION
Mangan Battery
(UM-3 X 3 )
Winder
Motor
Printer
(M-190G)
Drawer
20P
3P
CN8 CN1(4P)
CN9
2P
CN5
CN10
3P
CN2
Fuse
Transformer
E248-1
TE248-E1D
CN4
24P
E248-E2-2
Pop up Display
(SH1019A)
12P10P
Main Display
(SH101MA)
E248-E2-1
24P
FPC
CN11
25P
Mode SW
7P
E266-E3-1
— 3 —
Page 6
3-2. BLOCK DIAGRAM
PRINTER
M-190G
Head Drive Circuit
HA.A ~ HD.H
FD,RP,MD,DP
Power Supply Circuit
Reset Circuit
CUSTOMER DISPLAY
CPU
uPD78052GC-093-3B9
A8 ~ A15
ASTB
AD0 ~ AD7
enable
BUS Select Circuit
SH1019A
DI,DO,CLK,STB
Select address
AD0 ~ AD5
MAIN DISPLAY
SH101MA
Segment & Digit data
DISPLAY CONTROL
uPD16312GB-3B4
KEY Circuit
KC0 ~ KC4
Keynoard
Mode key
MAIN PCB E248-1
AD0 ~ AD7
AD0 ~ AD7
A0 ~ A7
ROM
A8 ~ A15
A0 ~ A7
RAM
A8 ~ A11
— 4 —
Page 7
4. DISASSEMBLY
1. Open the printer cover.
Remove the 2 screws of the upper case.
2. Slide the upper case to the front side.
Remove the 2 screws.
3. Open upper case from the left side.
— 5 —
Page 8
4. Release the hook them Remove the write side.
Hook
5. Release 3 screws to remove printer plastic
stand.
Remove the 3 screws
6. Release 2 screws to remove printer unit.
Remove the 2 screws
7. To remove the main PCB, release 7 screws.
Remove the 7 screws
— 6 —
Page 9
5. CIRCUIT EXPLANATION
5-1. Power supply circuit
AC
B
D
Q1: Power transistor
Q2: Voltage detection transistor
Voltage level at above check point (unit: V )
Measurement
position
ABCD
Voltage (V)12.5V5.3V6.2V2.47V
— 7 —
Page 10
5-2.CPU (uPD78052GC-159-3B9)
Pin No. Signal Description In/Out
1FB3 Not used — — —
2FB4 RAM bank 3 Out High High
3FB5 RAM bank 4 Out High High
4AVSS GND — GND GND
5PGM Not used — — —
6RAM Chip select signal for RAM Out High Low
7AVREF VDD — 5 V 5 V
8RXD Receive data In High High
9TXD Send data Out High High
10WD Winder motor drive signal Out Low Low
11DI Data signal from uPD16312 In Pulse High
12DO Data signal to uPD16312 Out Pulse High
13CLK Clock signal for uPD16312 Out Pulse High
14STB Data strobe signal for uPD16312 Out Pulse High
15KC0 Key common signal (KC0) Out Pulse High
16KC1 Key common signal (KC1) Out Pulse High
17KC2 Key common signal (KC2) Out Pulse High
18KC3 Key common signal (KC3) Out Pulse High
19AD0 Address / Data signal (AD0) In/Out Pulse High
20AD1 Address / Data signal (AD1) In/Out Pulse High
21AD2 Address / Data signal (AD2) In/Out Pulse High
22AD3 Address / Data signal (AD3) In/Out Pulse High
23AD4 Address / Data signal (AD4) In/Out Pulse High
24AD5 Address / Data signal (AD5) In/Out Pulse High
25AD6 Address / Data signal (AD6) In/Out Pulse High
26AD7 Address / Data signal (AD7) In/Out Pulse High
27A8 Address signal (A8) Out Pulse High
28A9 Address signal (A9) Out Pulse High
29A10 Address signal (A10) Out Pulse High
30A11 Address signal (A11) Out Pulse High
31A12 Address signal (A12) Out Pulse High
32A13 Address signal (A13) Out Pulse High
33VSS GND — GND GND
34A14 Address signal (A14) Out Pulse High
35A15 Address signal (A15) Out Pulse High
36INIT PAD2 status — — —
37VPP PAD1 status — — —
38DSR Data set ready signal In High High
39KC4 Key common signal (KC4) Out Pulse High
40RD Output enable signal of RAM/ROM (RD) Out Pulse High
41WR Write enable signal of RAM (WR) Out Pulse High
42RA14 Address signal of ROM (Bank 0) Out High High
43ASTB Latch enable for Address decoder (ASTB) Out Pulse Low
44KI12 Key input signal (KI12) In High High
45KI13 Key input signal (KI13) In High High
46RA16 Address signal of ROM (Bank2) Out High High
47RA15 Address signal of ROM (Bank 1) Out High High
48MD Motor drive signal of printer (MD) Out Low Low
49DRW Drawer drive signal (DRW) Out Low Low
50BUZ Buzzer signal (BUZZ) Out Low Low
51FD Paper feed signal of printer (FD) Out Low Low
52HD.A Head drive signal of printer (HD.A) Out Low Low
53HD.B Head drive signal of printer (HD.B) Out Low Low
54HD.C Head drive signal of printer (HD.C) Out Low Low
55HD.D Head drive si
gnal of printer (HD.D) Out Low Low
— 8 —
Status of
Power On
Status of
Power OFF
Page 11
Pin No.SignalDescriptionIn/Out
g
g
Status of
Power On
5 6 HD.EHead drive signal of printer (HD.E)O utLowLow
5 7 HD.FHead drive signal of printer (HD.F)Ou tL owLow
5 8 HD.GHead drive signal of printer (HD.G)Ou tL owLow
5 9 HD.HHead drive signal of printer (HD.H)OutLo wLow
6 0 RESETReset signal (RESET)I nHighHigh
6 1 DPDot pulse form printer (DP)InLowHigh
6 2 RPReset pulse from printer (RP)InHighHigh
6 3 OFFMode key status (OFF)OutHighLo w
6 4 PWDPower down signal (PWD)InLowHigh
6 5 RB0Address signal for RAM (Bank 0)OutHighHigh
6 6 RB1Address signal for RAM (Bank 1)OutHighHigh
6 7 RB2Address signal for RAM (Bank 2)OutHighHigh
6 8 VDDVDD—5 V5 V
6 9 X 2System clock (5 MHz)InPulseHigh
7 0 X 1System clock (5 MHz)InPulseHigh
7 1 ICGND—GNDGND
7 2 XT2Sub system clock (32.768 KHz)InPulsePulse
7 3 XT1Sub system clock (32.768 KHz)InPulsePulse
7 4 AVDDVDD—5 V5 V
75 AVREF0 VCC—GNDGND
7 6 BA TLow battery signalInHighHigh
77 VPP.SVPP detection signal (VPP.S)InLo wLow
7 8 FB0Address signal of Fiscal ROM bank 0OutHighHigh
7 9 FB1Address signal of Fiscal ROM bank 1OutHighHigh
8 0 FB2Address si
nal of Fiscal ROM bank 2OutHighHi
Status of
Power OFF
h
— 9 —
Page 12
y
)
5-3. Display controller (uPD16312GB-3B4)
Pin No.SignalDescriptionIn/Out
1 S W1Not used (GND)—GNDGND
2 S W2Not used (GND)—GNDGND
3 S W3Not used (GND)—GNDGND
4 S W4Not used (GND)—GNDGND
5 DOUTData out signal to CPU OutHighHigh
6 DINData in signal from CPUInPulseHigh
7 VSSGND—GNDGND
8 C LKClock signal (CLK)InPulseHigh
9 ST BData strobe signal (STB)I nPulseHigh
10 KEY1Not used———
11 KEY2Not used———
12 KEY3Drawer sensor signal (DRW.S)I nHighHigh
13 KEY4VCC—5 V5 V
1 4 VDDVCC—5 V5 V
15 SEG1Display segment signal (Sa)Ou tPulseLow
16 SEG2Display segment signal (Sb)Ou tPulseLow
17 SEG3Display segment signal (Sc)Ou tPulseLow
18 SEG4Display segment signal (Sd)Ou tPulseLow
19 SEG5Display segment signal (Se)Ou tPulseLow
20 SEG6Display segment signal (Sf)OutPulseLow
21 SEG7Display segment signal (Sg)Ou tPulseLow
22 SEG8Display segment signal (Sdp)Ou tPulseLow
23 SEG9Display segment signal (Str)Ou tPulseLow
24 SEG10Display segment common signal (Scom)OutPulseLo w
25 SEG11Not usedLowLow
26 SEG12Not usedLowLow
2 7 V EEPower for display (-VN)— -32 V -32 V
2 8 GRD10Display digit signal (G10)Ou tPulseLo w
2 9 GRD9Display digit signal (G9)OutPulseL ow
3 0 GRD8Display digit signal (G8)OutPulseL ow
3 1 GRD7Display digit signal (G7)OutPulseL ow
3 2 GRD6Display digit signal (G6)OutPulseL ow
3 3 GRD5Display digit signal (G5)OutPulseL ow
3 4 GRD4Display digit signal (G4)OutPulseL ow
3 5 GRD3Display digit signal (G3)OutPulseL ow
3 6 GRD2Display digit signal (G2)OutPulseL ow
3 7 GRD1Display digit signal (G1)OutPulseL ow
3 8 VDDVCC—5 V5 V
39 LED4Not used—PulseLow
40 LED3Not used—PulseLow
41 LED2Not used—PulseLow
42 LED1Not used—PulseLow
4 3 V SSGND—GNDGND
4 4 OSCS
stem clock (500 KHz
Status of
Power On
Status of
Power OFF
InPulsePulse
— 10 —
Page 13
5-4. Initilize IC (Reset circuit)
VDD: Voltage of memory protection battery
To Pin No.60 of CPU
When the voltage level at Pin No.60 of CPU is not stabilized, CPU does not work properly in rare case.
Therefore, this machine uses the initialize IC for stabilizing the voltage.
Even the voltage level of VDD (Pin No.2) is changed, Pin No.1 of initilize IC outputs stabilized 5 volts.
When the VDD voltage become less than 1.9 V, the initialize IC send a reset signal to CPU.
5-5. Power down detection circuit (PWD)
To Pin No.64 of CPU
When the VP voltage become less than 4.8 V, the pin No.1 of IC5 become “Low” level.
Then,the transistor Q44 become OFF.
When Q44 become OFF, the voltage lebel of pin No.64 of CPU changes to “High” level from “Low”. Then,
CPU knows power failure.
5-6. Address latch circuit
CPU uses 8 port (AD0 ~ AD7) for
address bus and data bus.
To select the address, CPU use the
IC13.
CPU send the address to IC13, and
send ASTB signal at same time.
Then, IC13 store the address and
output the address immediately.
In this way, CPU select the address
and data signal.
— 11 —
Page 14
5-7. RAM / ROM bank selection circuit
This circuit is used for address decoder for memory.
0000
2000
Memory Map
Mask ROM
(16 K)
00001
000000
Bank
0
4000
EP ROM
6000
Common (16 K)
8000
EP ROM
Bank select area
A000
(16 K)
C000
RAM common area
(8 K)
E000
RAM BANK select
area (4 K)
F000
Outer I/O area
FA80
Internal RAM
(High speed access)
FFFF
— 12 —
RAM 256 K
00011
00010
Bank
Bank
1
KI signal port (F800,F801)
2
Bank
3
Buffer RAM 32 bytes
Internal RAM
(High speed access)
288 bytes
Internal RAM
(High speed access)
Short direct area
192 bytes
General purpose
register 32 bytes
Special function
register (SFR)
256 bytes
00100
Bank
4
00101
00110
Bank
5
F800
FAC0
FAE0
FD00
FE20
FEE0
FFF0
RAM 1 M
11101
Bank
29
Page 15
5-8. Head drive circuit for printer
TR5
TR4
TR3
TR1
TR2
Motor drive circuit
Normally, the transistor of motor drive circuit is followng condition.
When the CPU want to rotate the motor, CPU change the MD signal to “High” from “Low”.
Then, TR1, TR2 and TR5 are become ON and MD (-) signal is become GND level,
and then motor is rotated.
Head drive circuit
When the CPU wants to print, CPU send “High” signal from HD.A ~ HD.H terminal.
This signal goes to printer unit, and then print.
RP: Reset pulse from printer
DP: Dot pulse from printer
— 13 —
Page 16
5-9. Power supply circuit for display
This circuit is making the power for display tube.
Voltage level:-VNEst. -31.2 V
VF1 - VF2Est. AC4.85 V
— 14 —
Page 17
6. DIAGNOSTIC OPERATION
6-1. To start the diagnostic program
1. Set the mode switch to “OFF” position.
2. Pressing the “FEED” button and turn the mode switch to “PRG” position.
3. Release the “FEED” button.
4. Input “9999900000” and press “ST” (“#2” key).
5. Diagnostic program is executed.
6-2. Check item
The following test can be checked in the diagnostic test.
1. Key code test
2. Switch status test
3. Individul function test.
6-3. Operation of each test
1. Key code test
When pressing a key, the machine displays
the following key code.
HARD KEY CODE TABLE
FEED 055051789 046040034028022016
058054050456 045039033027021015
057053049123 044038032026020014
056052C0011012043037031025019013
“020” buttons are work for “#2” key.
DISPLAY
0 1 3
Hard key code
048042036030024018
047041035029023017
— 15 —
Page 18
2. Switch status test
Press “C” button, the switch status is appeared on the display.
[DISPLAY]
No display
No display
No display
No display
Low battery
L: Low battery
Nil: Battery OK
PAD2 status
1: Short
0: Open
PAD1 status
1: Short
0: Open
Always: 1
Drawer sensor
1: Close
0: Open
Mode switch status
1: PGM
2: RF
3: REG
4: CAL
5: X
6: Z
No display: OFF
— 16 —
Page 19
3. Individual function test
3-1. Series test
“Y” “X” “1” + “#2” key
Y:0: Normal test
1: Execute next test even if an error happend at ROM check sum
X:0: Autockecking of RAM capacity
1: 256 Kbit RAM test
2: 1 Mbit RAM test
Execute the following test in order.
1. Display test
2. Check sum test of EP-ROM
3. RAM test
4. Drawer open test
5. Printing test
6. Date and Time test
1. Display test (All segment light on)
2. Ckeck sum test of EP-ROM
Normal endError end
ROM SUM OK
XX00: Check sum valueXXXX : Check sum value
3. RAM test (Read/Write test)
Normal end receipt
256 Kbit RAM1 Mbit RAM
Error end receipt
RAM 32K E R
4. Drawer open test
5. Printing test
YY: Bank
XXXX: Address
BBBBBBBBBBBBBBBBBBBBBBBB
ROM E R
RAM 128K R/W OK RAM 32K R/W OK
6. Date and Time test
Set the date and time as follows.
Date : 31 / 12 / 96Time : 25:59
Then, issues a receipt and display the following character.
1 2. 3 4 5. 6 7 8. 9 0
— 17 —
Page 20
3-2. Print test
Input “Y” “X” “2” + “#2” key.
X:0: Print the following character continuously.
Printing speed :45 times / Min.
1: Print the following character, open the drawer and issue a receipt
Printing speed :25 times / Min.
Drawer open : 5 times / Min.
Receipt issue : 5 times / Min.
Y:0: No effect
1: Print the following character without waiting time. ( Continuously print )
To stop this test, press any key or turn the mode switch to “OFF” position.
Printing sample:
3-3. RAM read only test
Input “X” “5” + “#2” key.
X:0: Read the data from start to end address and issues receipt.
1: Read the data from start to end address continuously until power off.
Brink " - " signal on the display during checking.
Note: Be sure to execute the series test ( 1 + #2 ) before this test.
256 Kbit check receipt1 Mbit check receipt
RAM 32K READ OK
Display
3-4. INIT OPERATION (To set a Factory Default setting)
Input “8” “6” + “#2” key.
BBBBBBBBBBBB
RAM 128K READ OK
The machine is executed a INIT operation according to PAD status.
Set the data and time to “0”.
(00-00-00, 00:00:00)
3-5. Voltage check for Memory protection battery
Input “7” + “#2” key.
Display the battery voltage.
To stop this test, press any key or turn the mode switch to “OFF” position.
XXX
X.XX: Voltage value
— 18 —
Page 21
3-6. All character print test
Input “8” + “#2” key.
“8” + “#2”:Pirnts all character on receipt once.
“1” “8” + “#2”:Prints all character on receipt continuously.
To stop this test, press any key or turn the mode switch to “OFF” position.
3-7. Time display test
Input “9” + “#2” key.
Display the time.
To stop this test, press any key or turn the mode switch to “OFF” position.
2 3 - 5 9 0 0
— 19 —
Page 22
3-8. RS232C port test
Input “2” “0” “7” + “#2” key.
Execute the RS232C loop back test continuously using loop back connector.
In case an error happens, the machine issues an error receipt then stop this test.
Test description:1: Level check at DSR signal ( Low/High)
2: Send the data (05Ah) from TxD and receive it at RxD terminal.
To stop this test, turn the mode switch to “OFF” position.
Loop back connection:
TxD 2
RxD 3
DSR 6
Normal EndError End
232C OK
232C ER X
X: Error code
0: Time over
1: Over run error
2: Framing error
3: RXD line data error
4: DSR line receive error
6-4. To exit the diagnostic test
To escape the diagnostic test mode, execute “INITIALIZE (MAC) operation”.
— 20 —
Page 23
7. ERROR CODE
7-1. Operation error code
Error codes appear on display whenever you make a mistake during operation.
Error Code
E01
E08
E27
E31
E33
E35
E38
E94
Meaning
Mode switch position changed before finalization.
Registration without entering a clerk number. This
error appears only when the clerk control function
is activated.
Transaction cancel buffer full.
Finalization of a transaction attempted without
confirming the subtotal.
Finalize operation attempted without entering
amount tender.
Change amount over.
Read/reset operation without declaring cash in
drawer. This error appears only when this function
is activated.
Printer error.
Action
Return the mode switch to its original
setting and finalize the operation.
Enter a clerk number.
Finalize the transaction.
Press the
SUB
TOTAL
key.
Enter the amount tendered.
Require small money.
Perform money declaration.
Turn the power off, and remove jammed
paper from the printer.
Press
C
key and check the appropriate section of this manual for the operation you want to perform.
C/AC
— 21 —
Page 24
7-2. System lock code
The following error code appears on display and receipt when the machine is lock up.
Execute the Flag MAC or MAC operation to clear these errors.
1Sequential trapThe machine try to write to accumulator when the CPU is
hung up.
2Memory write errorError happens when the CPU write the data to memory.
3Trap errorAbnormal address
6Timer errorInterrupt timer error
7Stack overAbnormal address or stack pointer has an error
0Other errorCPU executes wrong jump vector before detect 1, 3 and
6 error code.
— 22 —
Page 25
8. IC DATA
1
2
3
4
6
8
7
5
11
9
10
12
A1
B2
C3
G2A
G2B
G1
GND
( TOP VIEW )
Y7
VCC
Y0
Y1
Y2
Y4
Y3
Y6
Y5
16
15
14
13
SELECT
INPUTS
ENABLE
INPUTS
Y0
DATA
OUTPUTS
A
B
C
G2A
G2B
G1
Y1
Y0
Y3
Y4
Y5
Y6
Y7
1. TC74HC00AP
1
1A
2
1B
3
1Y
4
2A
5
2B
6
2Y
GND
7
3. TC74HC138
14
13
12
11
10
2. TC74HC08AP
VCC
4B
4A
4Y
3B
3A
9
3Y
8
1A
1B
1Y
2A
2B
2Y
GND
1
2
3
4
5
6
7
14
13
12
11
10
VCC
4B
4A
4Y
3B
3A
9
3Y
8
— 23 —
Page 26
4. TC74HC367AP
Output
Control G
116
1
215
1A
314
1Y
Vcc
Output
Control G
6A
5. TL431CLPB
TL431C
TIJxxxx
2
413
2A
2Y
512
3A
611
3Y
710
GND9
8
6. TC74HC373AP
Output
Control
6Y
5A
5Y
4A
4Y
120
1Q
219
1D
318
Q
OE
D
G
Q
GOED
Vcc
8D
8Q
(R)
Vref
Vref 2.5 V
+
–
Anode (A)
Cathode (K)
2Q
417
2D
516
3Q
615
3D
714
4Q13
8
912
4D
10
GND11
Output
Control
DG
1D
1Q
D
G
OE
Q
Q
GOED
D
G
OE
Q
Q
2D
DG
2Q
D
G
OE
Q
Q
GOED
D
G
OE
Q
3Q
Q
Q
DG
3D
7D
7Q
6D
6Q
5D
5Q
Enable
G
4Q
Q
DG
4D
DG
5D
5Q
6Q
Q
DG
6D
7Q
Q
DG
7D
8Q
Q
DG
8D
Q
Enable
G
— 24 —
Page 27
7. S-80819AN-Z / S-80845AN-Z
(1) Nch open drain active low output
(2) CMOS active low output
S-808XX AX XX - XXX - T2
Tape spec. IC direction
Production short No.
Package No.
NP: SC-82AB
MP: SOT-23-5
UP: SOT-89-3
Y: TO-92
Output
N: Nch open drain (Active "L")
L: CMOS (Active "L")
Detection Voltage X 10 times
— 25 —
Page 28
9. PCB LAYOUT
— 26 —
Page 29
10. CIRCUIT DIAGRAMS
MODEL : PCR-365A (EX-248AC)
CONTENTS
1. LOCATION OF PRINTED CIRCUIT BOARD .................................................................. 28
2. MAIN PCB CIRCUIT........................................................................................................ 29
2-1. MAIN PCB CIRCUIT (1/7) ........................................................................................ 29
2-2. MAIN PCB CIRCUIT (2/7) ........................................................................................ 30
2-3. MAIN PCB CIRCUIT (3/7) ........................................................................................ 31
2-4. MAIN PCB CIRCUIT (4/7) ........................................................................................ 32
2-5. MAIN PCB CIRCUIT (5/7) ........................................................................................ 33
2-6. MAIN PCB CIRCUIT (6/7) ........................................................................................ 34
2-7. MAIN PCB CIRCUIT (7/7) ........................................................................................ 35
3. LED DISPLAY.................................................................................................................. 36
3-1. MAIN DISPLAY ........................................................................................................ 36
NItem Code No. Parts Name Specification QtyPrice CodeRank
N 1 10022673 DRAWER ASSY E240689*1 1 C
N 2 10022665 CASE/COIN E240644-1 1 B
3 62466571 PLATE /BILL HOLDER FIXING E311873-1 1 AS C
4 62481217 HOLDER/BILL E340725-1 4 AA A
5 62465220 SPRING/BILL HOLDER E412160-1 4 AB A
SCREW 3X8 ZMC-3 3 X
6 55000878 ROLLER/DERLIN DR-19B2 2 AP A
7 51501643 NUT 6... 2 AA X
8 51501648 RIVET/FLAT D5X26 1 AA X
9 55801452 CS RING CSTW-5 1 AA X
10 62464960 CYLINDER LOCK ASSY E311950*1 1 AT C
11 62465000 DRAWER KEY SUB ASSY E412062*1 1 AG C
12 62466585 PLATE/ PARTITION E340010-5 3 AC B
N 13 10022666 PLATE/COIN PARTITION E340966-1 4 B
14 62481222 CASE/BOTTOM E110360B-1 1 BV X
15 55000878 ROLLER/DERLIN DR-19B2 2 AP A
16 51501643 NUT 6... 2 AA X
17 62464940 LEVER/HOOK E311876-1 1 AF B
18 62465020 SHAFT/HOOK LEVER E412071-1 1 AB X
SCREW 3X5 ZMC-3 2 X
19 55801461 SPRING/LOCK ZD03441-A 1 AA B
20 62466522 SPRING/PUSH E412137-1 1 AA B
21 62466529 RUBBER/FOOT E412136-1 5 AD X
SCREW 4X14 ZMC-3 1 X
N 22 62461240 REINFORCEMENT E412172-1 1 X
23 62466557 CUSHION E440023-1 1 AD C
N 24 10027093 SOLENOID ASSY TDS-06U-333T-140 1 A
25 62480997 TOP COVER/E245 E240084C-3 1 CF X
SCREW 3X8 ZMC-3 6 X
N 26 10022668 LABEL/DRAWER E341010-3 1 X
— 50 —
Page 53
11. Printer (M-190G)
— 51 —
Page 54
PARTS PRICE LIST
M-190G
NItem Code NO.Parts NameSpecificationQPrice CodeR
Q-
Quantity used per unit
R- A:Essential
R-
Rank
B:Stock recommended
C:Others
X:No stock recommended
NOTE: Printer head is not supplied item. Please order by the printer unit.
N10494870002 MOTOR ASSY10415651CAA
N10694870003 CAM TRIGGER ASSY10398461BVC