LContents1. INTRODUCTION.................................................................................................................................. 12. PRINTER SPECIFICATIONS.............................................................................................................. 13. POWER ADAPTER SPECIFICATIONS............................................................................................. 24. OPTIONAL ITEM INSTALLATION .................................................................................................. 3

4.1 DISPENSER INSTALLATION................................................................................................................ 34.2 CUTTER INSTALLATION .................................................................................................................... 5

5. PARAMETERS ..................................................................................................................................... 75.1 FACTORY DEFAULT VALUE: .............................................................................................................. 75.2 FACTORY RESET: .............................................................................................................................. 75.3 HOW TO CHANGE THE PARAMETERS: ............................................................................................... 8

6. SYSTEM BLOCK DIAGRAM ............................................................................................................. 97. MAINBOARD BLOCK DIAGRAM AND DESCRIPTIONS ........................................................... 118. COMMUNICATION SPECIFICATIONS ......................................................................................... 13

8.1 RS-232 SERIAL PORT: ..................................................................................................................... 138.2 CENTRONICS PARALLEL PORT:....................................................................................................... 14

9. CALIBRATION: ................................................................................................................................. 159.1 CALIBRATION PROCEDURE: ........................................................................................................... 15

10. CLEARANCE.................................................................................................................................... 1610.1 THERMAL PRINT HEAD: ................................................................................................................ 1610.2 PLATEN ROLLER: .......................................................................................................................... 1610.3 PAPER SENSOR: ............................................................................................................................. 16

11. TROUBLE SHOOTING AND MAINTENANCE:........................................................................... 1711.1 ERROR INDICATION: ..................................................................................................................... 1711.2 TROUBLE SHOOTING: .................................................................................................................... 1811.3 TO RESUME THE PRINTER AFTER ERROR:..................................................................................... 2111.4 POWER ADAPTER FUSE REPLACEMENT:........................................................................................ 2211.5 TPH (THERMAL PRINT HEAD) REPLACEMENT.............................................................................. 23

12. HARDWARE DIAGNOSTIC COMMAND AND RESPONSE ...................................................... 24A1. WIRING DIAGRAM........................................................................................................................ 25A2. MAINBOARD CIRCUIT DIAGRAMS........................................................................................... 26A3. SENSOR BOARD AND PANEL BOARD DIAGRAM................................................................... 28A4. EXPLODED DIAGRAMS................................................................................................................ 29A5. RECOMMENDED SPARE PARTS ................................................................................................ 32

1. Introduction

The OS series is a low cost, high performance label printer. Its maximum three-inches-per-secondprinting speed enables users to print labels faster and more economically. Powerful windows driversallow the user to create labels with any kind of Windows applications.

2. Printer Specifications

Print method: Thermal transfer or direct thermal

Emulations: PPLA or PPLB

Resolution: 203 DPI (8 dots/mm) or 300 DPI (12 dots/mm)

Max. print width: 4.13" ~ 4.25" (105 mm~108 mm)

Max. print length: 30" ~ 45" (762~1143 mm)

Max. print speed: 2" ~ 3" (51~76.2 mm) per second

Memory: OS-214/204512K resident; 512K upgradableOS-3142MB

Media type: Direct thermal - direct thermal paper or vinyl, visible light and infrared scanable label, tag stock, butt cut or die cut, with various adhesives.Thermal transfer - all above media, plus thermal transfer paper or vinyl labels and tags, butt cut or die cut, with various adhesives.

Label roll size: Max. 4" (102 mm) outer diameter, 1" (25.4 mm) inner diameter

Label indexing: Black stripe and gap

Fonts available: Courier (including PC Set, Legal, ECMA94 and Roman-8), 7 alpha-numeric fonts, OCR-A/B, ASD smooth font. All fonts sizes are expandable by 24x24.

Bar codes available: Code 39, Code 93, Code 128/subset A, B, C, Codabar, Interleave 2 of 5, UPC A/E/2 and 5 add-on, EAN 13/8/128, UCC-128, Postnet, Plessey, HBIC, Telepen, FIM.MaxiCode, PDF417, Data matrix

Rotation angles: 0, 90, 180, 270 degrees

Interface: RS-232 serial (1200 - 38400 BPS) and Centronics parallel ports, auto polling for both ports

Electrical: CE, FCC class B, UL and CUL approved. Input: 19 VAC, 50/60 Hz

Weight: 1.9 kg

Physical size: W7.3" x D10.9" x H6.0" (W186 x D278 x H153 mm)

OperatingEnvironment: 40F ~ 100F (5C ~ 38C)

Optional accessories: Dispenser, cutter, extension RAM, extension ROM, extension Flash memory,extension Real-time-clock

3. Power adapter specifications

Input voltage: 230V model: 200-260VAC, 50 HZ120V model: 95-135VAC, 60 HZ

Output power: AC 19V, 5%, 4 Amps. (Input voltage = 230V/120V)

Operating environment: 32F ~ 104F (0C ~ 40C)

4. Optional item installation

4.1 Dispenser installation

1. Turn the printer power off (0) then disconnect the power plug and the Centronics/serial cable.2. Remove the top cover.3. Remove the two screws from the bottom cover.

4. Remove the screw from the left side of the black module.

5. Install a plastic roller (3) and insert a shaft (4).Secure a screw (5) at the right side.Install the bracket (6) (left side first then right side).Secure a screw (2) at the left side.

6. Attach the sensor cable to the top cover with Loctite-444 instant adhesive or equivalent.

7. Insert the plastic vertically into the slots.

8. Plug in the connector for the dispenser sensor to JP15 of PCB through the middle cover.9. Close the middle cover.10. Secure the two bottom screws.11. Replace the top cover.

4.2 Cutter installation

1. Turn the printer power off (0) then disconnect the power plug and the Centronics/serial cable.2. Remove the top cover.3. Remove the two screws from the bottom cover.

4. Remove the four screws from the black module with a TPH.

5. Add components to the mainboard.

For the PCB with version 3.0:- Add an Ericsson PBL3717 motor driver to location U19.- Add a 10K ohm resistor between pin 2 and pin 5 of U19.

For the PCB with version 3.1 or later:- Add an Ericsson PBL3717 motor driver to location U19.

Note:1. Do not use the PCB with a pre-3.0 version.2. The PCB version is printed on the center of the PCB, near the extension board connector.

ARGOX INFORMATION48.20401.001.DATE: 1997/05/20REV: 3.0

6. Secure the four screws for the cutter.

7. Plug the cutters connector into the PCBs header connector (JP13).8. Secure the four screws for the black module with a cutter and TPH.9. Close the middle cover.10. Secure the two bottom screws.11. Replace the top cover.

5. Parameters

5.1 Factory default value:

The printer saves parameters for printing, communication and special controls in EEPROM. Thetable below shows the contents and the factory default value:

Parameter Description Default Value

RS-232 baud rate 9600 baud

Print darkness Normal darkness (H10)Transfer type Thermal transfer

Gap length 3 ~ 5 mm (normal)Cut position Center of gap

Command mode Standard control codes

Label length for continuous labels

(under Windows)0

From top to last black pixel

Symbol set for ASD smooth fonts USASCII

Media sensor level Printer dependent

5.2 Factory reset:

To reset the parameters (paper sensitivity level is not subject to resetting.) to the factory defaultvalue, hold the panel button for about 10 seconds until the READY LED turns off, and thenrelease the button. To check the parameters have been reset, print a self-test report. (Refer toMaking self test in the users manual.)

5.3 How to change the parameters:

Command Parameter Range Description.

KI1n n : 20H ~ 0F0H This can be overwritten by using the H command.

KI5nn nn: 02 ~ 15 Sets gap length (in mm)KI6n n : 1 ~ 6 Sets media sensor level

KI7n n :

0 : Direct thermal

1 : Thermal transfer

Sets transfer mode

KI8n n :

0 : 9600, 1 : 600

2 : 2400, 3: 19200

4 : 4800, 5 : 38400

6 : 1200, 7 : 9600

Sets RS-232 baud rate

KI;n KI;1

!KI;0

Sets alternative mode

Sets standard control codes.

Refer to the programmers manual for details.

KI

6. System block diagram

OS-214/314:

The printer consists of:

Mainboard:A four-layer PCBA, consisting of a micro-controller, memory and EPROMs (componentsrequired for printing functions).

Panel board:A one-layer PCBA, consisting of a push button switch and two LED indicators for useraccess, power and error indication.

Ribbon sensor:A one-layer PCBA, consisting of a reflective object sensor which is designated for ribbonsensing.

Paper sensorA one-layer PCBA, which consists of a reflective object sensor designated for paper/gapsensing.

Thermal print head (TPH)The OS-214 has 832 heat elements designed for the TPH of OS-214. The OS-314 has 1248heat elements. Each heat element can be driven individually.

Motor:A bipolar stepping motor is used for carrying the label and ribbon during printing.

Peeler (option) A mechanism that is designated for the automatic separation of the label and backing.

Peeler sensor (option)A one-layer PCBA, which consists of a reflective object sensor, designated to detect whetherthe printed label is removed or still existent.

Cutter assembly (option)A mechanism, which consists of a DC motor, a switch, some gears and a rotary cutter. It isused for cutting the printed label automatically.

Power adapter:The power adapter converts the input voltage (120VAC or 230VAC) to 19VAC. A 4-Amp fuse isalso included in the adapter for over current protection.

Controller:Equipment that can send the printing command to the printer through the RS-232 serial port or theCentronics parallel port. Normally it is a PC.

7. Mainboard block diagram and descriptions

1. Micro-controller (U6)A HITACHI 16 bit micro-controller is used with this printer. The micro-controllersmany onboard features such as integrated timer, DMA controller, A/D convert, serialcommunication interface, pattern generator and I/O ports ensure the printer is of highperformance and compact in size.

2. Flash memory (U8, U9)There are two 256KB flash memory chips on the mainboard to store the program, fontsand barcodes.

3. DRAM (U10)In OS-214, a 4MB DRAM is used as the medium of storage for the printing images. InOS-314, a 16MB DRAM is used. In order to have fast access to memory, a 16-bit widedata bus is installed.

4. EEPROM (U7)Some parameters are stored in EEPROM for printing, communication and specialcontrols.

5. TPH driver (U1, U2)Through these drivers, the control and data signals are fed to the TPH for image printing.

6. Motor driver (U16, U17)In order to have enough torque and speed, two motor drivers are used on the mainboard,each one drives one phase of the bipolar stepper motor.

7. RS-232 driver/receiver (U4)To convert the serial port signal to/from the micro-controller to RS-232 voltage level, anRS-232 driver/receiver with integral charge pump circuit is used.

8. CENTRONICS driver (U11, U13)

9. Rectifier (D1)To convert the input 19VAC from power adapter to 24VDC.

10. DC/DC converter (U20, L1, D2)To convert the 24V output from rectifier to 5V, to be used as the power supply formicro-controller, Flash memory, or DRAM.

11. Relay (RY2)1) RY2 disconnects the power supply (24V) from the TPH when the printer is turned on

to prevent the TPH from being burnt by electric current.2) RY2 has to be activated before printing.

12. Power switch (SW1)

To switch on or off the power supply from the power adapter.

8. Communication specifications

8.1 RS-232 serial port:

pin number Function Direction1 shorted with pin 6 ----

2 RxD input3 TxD output4 N.C. ----5 GND ----6 shorted with pin 1 ----7 RTS output8 CTS input9 +5V ----

The default protocol of serial port is: 9600 bps, 8 data bits, 1 start bit, 1 stop bit, non-parity.

The current setting can be checked by making a self test. (Refer to the Users Manual).

8.2 Centronics parallel port:

Pin number Function Direction1 Strobe input2 to 9 data 0 to data 7 input10 Ack output11 Busy output12 PE output13 Select output14, 15 N.C. ----16, 17 GND ----18 N.C. ----19 to 30 GND ----31 N.C ----32 Fault output33 to 36 N.C. ----

9. Calibration:

Under the following conditions the paper sensor should be calibrated:1). After replacing the mainboard, paper sensor board or print mechanism.2). The label gap can not be detected properly.

9.1 Calibration Procedure:

1. Turn off the printer and open the top cover.2. Remove the TPH module and clean the paper sensor with cotton cloth dampened with

alcohol.3. Replace the TPH and close the printer.

4. Press and hold the FEED button on the front panel.5. Turn on the printer.6. After the motor starts rotating, release the FEED button.7. Print a test file.

10. Clearance

The following components need to be cleaned regularly:

10.1 Thermal print head:

Thermal paper or ribbon debris will degrade printing quality, thus the thermal print headshould be cleaned with a cotton swab or a cloth dampened with methanol. Do not touch theheat elements with bare hands while cleaning.

10.2 Platen roller:

Debris or dirt on the roller should be cleaned with alcohol.

10.3 Paper sensor:

Dirt on the paper sensor will cause erroneous or unstable detection of the label gap. Clean thepaper sensor with alcohol regularly.

Caution: Switch off the power before cleaning.

11. Trouble shooting and Maintenance:

11.1 Error indication:

LED action DescriptionPOWER and READY LEDs both ON OS-214TT is ready for printingPOWER and READY LEDs blinksimultaneously

One of following conditions may occur Out of label Label gap detection problem Label stuck or jammed Paper sensor problem

POWER and READY LEDs blinkalternatively

One of following conditions may occur Out of ribbon Ribbon stuck or jammed Ribbon sensor problem

POWER LED blinks One of following conditions may occur Power voltage is too high TPH temperature is too high Memory overflow Mainboard out of work

POWER and READY LEDs both OFF One of following conditions may occur No power supply Power adapter fuse broken Mainboard out of work Panel board out of work

11.2 Trouble shooting:

POWER and READY LEDs blink simultaneously:

POWER and READY LEDs blink alternatively:

POWER LED blinks:

There are two main reasons for this error indication:1. An inconsistency of speed and protocol between the host and the printer in serial

communication.2. Memory full

POWER and READY LEDs both OFF:

11.3 To resume the printer after error:

Press the FEED buttonor

Reset the printer by turning the power off, then turning it on again.

Note: Because the printers power capacitor is big, it reflects power consumption slowly.Therefore, wait five seconds (until both LEDs go off) before turning on the power again.

11.4 Power adapter fuse replacement:

1) Remove the four screws from the bottom of the power adapter.2) Remove the top cover.3) Replace the 4-amp fuse.4) Replace the cover and screws.

)86(

11.5 TPH (thermal print head) replacement

1. Switch off the power and wait for both LEDs to go off.2. Open the top cover.3. Unlatch the print head module and swing it to the opposite.4. Remove the ribbon.5. Push the TPH firmly into the mounting bracket (see figure 11.5.1) then slide it to the left to

release it from the module (see figure 11.5.2).6. Disconnect the TPH cable.7. Disassemble the TPH and the metal plate by removing the screws.8. Replace the TPH.

Figure 11.5.1

Figure 11.5.2

12. Hardware diagnostic command and response

The OS-214TT provides a set of commands for hardware diagnostics. These commands can only beaccessed through the RS-232 serial port.

Test Item Command Response CriteriaEnter diagnosticmode

?? OK

EPROM (U8)checksum

RA XXXX XXXX: the checksum value ofEPROM U8

EPROM (U9)checksum

RB XXXX XXXX: the checksum value ofEPROM U9

DRAM test TD OK/FAIL Around 3 seconds. The contents ofDRAM will be destroyed.

EEPROM test TE OK/FAIL Around 1.5 seconds. The contents ofEEPROM will not be changed.

Panel test TK OK/FAIL POWER LED: FlashREADY LED: BlinkOperator should press the FEEDkey to complete the test within 5seconds.

Print test TA OK/FAIL Operator should press the FEEDkey to complete the test within 10seconds.

Cutter test CT OK/FAIL Operator should press the FEEDkey to complete the test within 10seconds.

TPH Temp.sensor test

CH XXXX The value shall be between 8000HtoA000H in room temperature (around23 degree C )

Paper and ribbonsensor test

CG aaaa bbbb cccc dddd aaaa: Paper sensor max.bbbb: Paper sensor min. cccc:Ribbon sensor max. dddd:Ribbon sensor min.

Paper and ribbon will be fedfor about 100 mm.The length of label shall be less than80 mm. Do not use continuous typepaper.

Power supplysensor test

CV XXXX XXXX: Relative value of the inletpower voltage.

A1. Wiring diagram

A2. Mainboard circuit diagrams

RIBBON

CD2

D5

R71

47K

JP14

RIBBON SENSOR

1234

U12C

7432

9

108

D2

D6

R9 1K

C15

0.1uF

D11

D7

CD6

-RD

U19A

74AHCT123

14

15

123

13

4

CEXT

REXT/CEXT

ABCLR

Q

Q

/STROBE

KEY2

A20CD1

R49

1K

U19

3717

21

15

79

8

1

4

3

6114510121316

TMBMA

I1I0

PHASE

V

M

M

V

M

M VCCVCCGNDGND

CGNDGND

E

JP21

HEADER 6

123456

+5V

X1

20MHZ

U3A

7400

1

23

+5V

/LATCH

+24V

CD0

-A

-CS0

A6

R62

33R

R7

1K

+5V

CASH

D10

RXD

+STB

A18

JP19

HEADER 15X2

1 23 45 67 89 1011 1213 1415 1617 1819 2021 2223 2425 2627 2829 30

/RD

A7

ON_CUT

D15

DO

C14

0.1uF

+5V

A15

R38

0R

U3C

74132

9

108

/CON4

-CS4

PHB

LED2

D10A2

/STB1

/LATCH

+5V

R43

A16

D5

D14

R56

+5V

A5

D3

CENAB

+24VS

-RAS

D12

A10

C420.015uF

D15

1N4148

R3

47K

-CS6

/STROBE

ON_CUT

D4

R39

3.3K

C4

2200uF/35V

C70.1uF

+5V

-RAS

D11

D2

R76 220R

U9

27C020A

121110

98765

27262325

42829

32

3031

2422

1314151718192021

321

16

A0A1A2A3A4A5A6A7A8A9A10A11A12A13A14A15A16A17A18

OECE

D0D1D2D3D4D5D6D7

VCCVPP

GND

A6

SJP1

A14

DI

R36

3.3K

D1

D12

A2

R12

47K

C21

0.1uF

U12D

7432

12

1311

CK

CD5

D3

R61

33RSW1

R13

47K

-B

I11

A11

R57

-LWR

A4

A4

/CON4

R51

JP4

A18A15

R50

TCLKA

CD0A1

-IRQ5

SJP1

A21

R46

CD4

PHB

D7

R25

0.5R

JP12

PEELER SENSOR

1234

A8

A8

-CS4

A3

C11

15pF

R222.7K

JP15

MEDIA SENSOR

1234

+5V

+5V

D14

A4

+5V

SJP2

A17

R58

C810uF/16V

TM R73

47K

+5V

PEELER

A13

D10

A9

D3

-RAS

D14

BUSY

-KCLK

D8

JP11

External Slot

1 23 45 67 89 1011 1213 1415 1617 1819 2021 2223 2425 2627 2829 3031 3233 3435 3637 3839 40

R67

220K

JP3BNC

C22

0.1uF

R54

+5V

/STB3

A10

R53

R44

+5V

BUSY

D3

+24VS

R32

0R

U5

591C

3

4

2

1

VCC

GND

IN

OUT

DI

+24V

B

D9

A5

A10

1 1Wednesday, September 06, 2000

0OS-314 Main BoardSize Document Number Rev

Date: Sheet of

A

D1

A16

A3

D3

U2

74245

23456789

1817161514131211

191

2010

A1A2A3A4A5A6A7A8

B1B2B3B4B5B6B7B8

GDIR

VCCGND

+5V

-RAS

D4

A3

D0

RTS

R30

47K

JP20

HEADER 10X2

1 23 45 67 89 1011 1213 1415 1617 1819 20

A10

-STB

A9

R80

6.8K

-B

A0

D5

R24

1K

-CS2

I0

CUT

D7

/CON5

CLK

R42

+5V

A12

CD4

R33

3.3K

R60

A12

TXD

A2

D0

TXD

TM

+5V

-LWR

CINTR

CUT_P

A5

ON_SEN

TXD0

R81

2.7K

C6

470uF

C34

C40 820pF

-CS7

D12

/FAULT

LED1

JP16

KEYPAD

123456

C31

A17

+5V

A19

SJP1

D5

D7

KEY2

C16

0.1uF

C43 820pF

ETYPE

A13

A8

A8

A1

/STB3

T1 12

1

2

-HWR

CD5

D15

D5

TM

+5V

+24V

CPHASE

-LWR

R?

R

JP1

HEADER 18

123456789

101112131415161718

R15

1K

D15

D9

C38

820pF

U3B

7400

4

56

D7

TXD0

A14

CD6

A9

C480.1uF

U6

SH7034

9798

100101102103104105

76808182

108111107

5556

15437083847599

112

87888990

110109

12

31222314052617296

106

6

9

6

8

6

7

6

6

6

4

6

5

6

3

6

0

6

2

9

2

9

3

9

4

4951

9550535758545948

45678910111314161718192021

23242526272829303233343536373839414244454647

8

5

8

6

7

9

7

3

7

4

9

1

77

TP0TP1TP2TP3TP4TP5TP6PB7

NMIMD0MD1MD2

TXD0SCK0RXD0

-CS6-CS7

VCCVCCVCCVCCVCCVCCVCC

IRQ5

AN0AN1AN2AN3

TXD1RXD1PB14PB15

VSSVSSVSSVSSVSSVSSVSSVSSVSSVSS

P

A

1

5

-

K

C

L

K

I

R

Q

1

I

R

Q

0

P

A

1

0

P

A

1

1

P

A

9

P

A

7

P

A

8

A

N

4

A

N

5

A

N

6

CASHCASL

AN7-CS2-CS4

-LWR-HWR

-CS5-RD

-CS0

D0D1D2D3D4D5D6D7D8D9

D10D11D12D13D14D15

A0A1A2A3A4A5A6A7A8A9

A10A11A12A13A14A15A16A17A18A19A20A21

A

V

C

C

V

R

E

F

R

E

S

X

1

X

2

A

V

S

S

VCC

/STB1

A4

-RD

CBUSY

A3

R59

C3

2200uF/35V

R65

220R

+5V

ON_CUT

D2

0.015uFC39

+5V

RIBBON

/ACK

CD1

I1

D6

STB3

D6

-CS7

A16

A8

A7 D6

+24VS

A18

A7

C10

15pF

U12B

7432

4

56

R29

47K

R64220R

C20

1.0uF

C30D6

A10

R28

0.5R

C13

10uF

R35

0R

VREF

D1

D4

C490.1uF

D15

1N4148

D2

1N5819

+24VS

P_GND

STB2

U14B

74LS74

12

11

9

8

1

0

1

3

D

CLK

Q

Q

P

R

C

L

- +

D1

4A/400V

I1

D4

-CS2

A1

R2

1K

3.3KX9

CUT_P

GNDJP17

HEADER 6

123456

R41

C27

2.2uF

KINTR

P2

RS232

594837261

U13

74HC374

1

2 345

6 789

11

12 131415

16 171819

OC

Q1 D1D2Q2

Q3 D3D4Q4

CK

Q5 D5D6Q6

Q7 D7D8Q8

R?

R

+5V

CLK

-ACK

SCK0

K1

R48

-A

A7

U8

27C020A

121110

98765

27262325

42829

32

3031

2422

1314151718192021

321

16

A0A1A2A3A4A5A6A7A8A9A10A11A12A13A14A15A16A17A18

OECE

D0D1D2D3D4D5D6D7

VCCVPP

GND

CASL

D1

-RD

R1947K

R11 1K

A0

+STB

A18

P1

CENTRONICS

123456789

101112131415161718

192021222324252627282930313233343536

+5V

/STB2

DO

A6

D15

U14A

74LS74

2

3

5

6

4

1

D

CLK

Q

Q

P

R

C

L

U11

74HC374

1

234 5

678 9

11

121314 15

161718 19

OC

Q1D1D2 Q2

Q3D3D4 Q4

CK

Q5D5D6 Q6

Q7D7D8 Q8

R68

220R

47pFX8

ETYPE

ON_24V

A12

A5

D7

/STB2

C32C28

2.2uF

U1

74245

23456789

1817161514131211

191

2010

A1A2A3A4A5A6A7A8

B1B2B3B4B5B6B7B8

GDIR

VCCGND

C19

1.0uF

+5V

D14

R70

220K

R23

56K

R1

100R

R31 1KU10

DRAM 1MX16

123456789

101112131415161718192021

42

2223242526272829303132333435363738394041VCCD0

D1D2D3VCCD4D5D6D7NCNC-LWR-RDNCNCA0A1A2A3VCC

VSS

VSSA4A5A6A7A8A9

-OE-UCAS-LCAS

NCD8D9

D10D11VSSD12D13D14D15

+5V

A13

RXD

D13

CTS

CD3

D13

D1

U7

X24C02

6

5

7123

8

4

SCL

SDA

WCA0A1A2

V

C

C

G

N

D

R75 220R

+5V

A11

CPHASE

D10

R69

22K

A11

-IRQ5

CASH

-PE

A16

-HWR

+5V

D11

R63

33R

R10 1K

U15

74HC374

1

234 5

678 9

11

121314 15

161718 19

OC

Q1D1D2 Q2

Q3D3D4 Q4

CK

Q5D5D6 Q6

Q7D7D8 Q8

C66

2200P

6.8KX9

A14

A9

-RD

A2

STB1

R18

47K

C29220pF

A3

KEY1

A2

R72

33R

CASL

D13

D4

+5V

PAPER

PE

CBUSY

D2

R31

220R

C44

470pF

C240.1uF

-LWR

A6

CASH

U4

LT1281

1413

78

4

5

1112109

1

3

6 21

5

1

6

T1IR1IT2IR2I

4

5

T10R10T2OR2O

1

3

6 2V

S

S

V

C

C

C37

/CS2

CD7

D9

C35

A1

CENAB

CD7

/CON3

R17

6.8K

MEDIA

I0

A

D2

D5

TCLKA

R6 2.7K

R47

-KCLK

CASL

D7

U18UN2003

1234567

16151413121110

9

8

I1I2I3I4I5I6I7

O1O2O3O4O5O6O7

V

C

C

G

N

D

R45

U19B

74AHCT123

6

7

91011

5

12

CEXT

REXT/CEXT

ABCLR

Q

Q

+5V

D2

A7

A5

A14

JP22

+24V

1234

U3D

74132

12

1311

/CON5

D0

A4

-CS4

A19

A17

BEO

B2

JP7

+5V

ON_24V

A6

I11

PEELER

LED1

LED2

D0D1

U17

3770A

12345678

161514131211109

MBTVMMGNDGNDVCCI1Phase

EMA

VMMGNDGND

VRCI0

PHA

D6

A11

R4

47K

D4

RTS

CD2

D1

R66

22K

C26

2.2uF

R14

1K

C18

1.0uF

ROCKET SWITCH 250V/10A

+5V

D5KINTR

D8VREF

+24V

ZD1 18V

I01

CD3

-FAULT

A12

+5V

A2

A1

-CS6

A1

A15

B1

JP15

Cutter SENSOR

1234

A20

CTS

D12

U16

3770A

12345678

161514131211109

MBTVMMGNDGNDVCCI1Phase

EMA

VMMGNDGND

VRCI0

C2

2200uF/35V

C1

2200uF/35VA17

D4

DI

R20

1K

C17

1.0uF

WAIT

I01

D0

CLK

D2

B

WAIT

SCK0

R27

1K

C33

A9

D3

CK

D8

D11

R26

56K

C9

0.1uF

/CON3

C36

R37

220R

CINTR

PHAD13

D6

R79

47K

R34

220R

CASL

L1

470uF

C5

2200uF/35V

C12

0.1uF

C67

2200P

CK

D0

/LATCH

C41

820pF

+5V

CASH

D8

-LWR

D0

D9

KEY1

BEO

D3

+5V

A13

A15

U12A

7432

1

23

U20

LM2575-5

1 2

5 4

3

Vin SW

-ON FB

G

N

D

+ 5 V

C D0

K E Y 1

D0

JP 22

M O T O R

123456

C6

47 0uF

R38

0R

R44

R I BB O N

I0

/C S1

A X 18

A 14

U16

37 70A

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M BTV M MG N DG N DV C CI1P h as e

EM A

V M MG N DG N D

V RCI0

R76 22 0R

C22

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27 C0 20 A

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3031

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321

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A 0A 1A 2A 3A 4A 5A 6A 7A 8A 9A 10A 11A 12A 13A 14A 15A 16A 17A 18

O EC E

D0D1D2D3D4D5D6D7

V C CV P P

G N D

E T Y P E

A 2

+ 24V S

D4

D15

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D1

A 12

A 0

P H A

C D1

C L K

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D7

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321

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D0D1D2D3D4D5D6D7

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G N D

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D10

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A 11

D [ 0.. 15 ]

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D6

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R70

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D3

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1311

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D3

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D14

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1

2

R62

33 R

R57

U12B

74A CT 32

4

56

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A

S T B 2

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A 4

A 11 D2

D3

C20

1. 0uF

R54

R14

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R63

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T 5

1

2

1

2

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+ 5 V

+ 5 V

A 15

CUT _P

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R50

C41

82 0pF

R34

22 0R

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D7

C480. 1uF

T M

P H B

A 10

T M

A 15

D5

+ 5 V

V RE F

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/C S0

+ 24V

A 7

A 1

S T B 3

CP H A S E

/ LA T C H

C L K

A 6

R47

C40 82 0pF

/ LA T C H

A 13

JP 25

S E E -T H S E NS O R

12

R24

1K

S JP 2

A 14

R I BB O N/C S3

A 11

R46

R58

R74

1K

C25

0. 1uF

C62

0. 1uF

+ 5 V

+ 5 V

+ 5 V

A 16

U5

59 1C

3

4

2

1

V C C

G N D

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5

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1

3

6 2V

S

S

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C

C

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A 9

C D0

+ 24V

R13

47 K

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O N_24 V

A 17

D8

W AI T

CP H A S E

P _G N D

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C27

2. 2uF

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D2

A 5

C2

22 00uF /35 V

R33

6. 8K

R67

22 0K

+ 5 V

P H A

D I

A 9

U 3 A

74 132

1

23

D I

D7

R12

47 K

K 1

+ 5 V

/ HW R

T M

D0

A 2

D8

1N 414 8

R23

56 K

R77

10 K

R10

1K

CT S

I1 1

+ 24V S

RX D

U20

LM 257 5-5

1 2

5 4

3

V in S W

- O N F B

G

N

D

D5

D12

D1

JP 23

K E Y P A D

123456789

D9

A 4

A 9

C34

U2

74 245

23456789

1817161514131211

191

2010

A 1A 2A 3A 4A 5A 6A 7A 8

B 1B 2B 3B 4B 5B 6B 7B 8

GDI R

V C CG N D

R64

22 0R

+ 5 V

/R D

S T B 6

K E Y 1

A 16

D4

JP 4

JP 7

D0

D10

+ 24V

A 1

C30

LE D3

C D3

C D5

S T B 1

/ HW R

D15

+ 5 V

D8

D5

C35

R75 22 0R

D2

1N 581 9

- B

+ 5 V

/C S2

C D5

A 10

A 5

/R D

D9

A 7

T 4

1

2

1

2

A 5

74 374

U11

1

234 5

678 9

11

121314 15

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Q 1D1D2 Q 2

Q 3D3D4 Q 4

C K

Q 5D5D6 Q 6

Q 7D7D8 Q 8

V C CG N D

- A

K E Y 3

I0

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D6

D11

R30

47 K

- A

A [ 0.. 20 ]

A 2

A 15

D7

R51

D15

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D7

R48

U7X 24C0 2

6

5

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8

4

S CL

S D A

W CA 0A 1A 2

V

C

C

G

N

D

A 16

D13

R69

22 K

R20

1K

+ 5 V

S T B 2

DO

A 4

C38

82 0pF

R17

6. 8K

R61

33 R

U12C

74A CT 32

9

108

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V RE F

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C53

0. 1uF

C210. 1uF

+ 5 V

/R D

A 3

A 10

U 3 B

74 132

4

56

D12

O N_CU T

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A 12

D7 1N 414 8

D10

R19

47 K

A 0

P E E LE R

R26

56 K

A 15

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P 2

RS 232

594837261

C28

2. 2uF

S JP 1

A 17

C9

0. 1uF

S W 1

R27

1K

R28

0. 5R

C D1

S T B 1

/S T RO B E

/L W R

D0

A 14

D1

U10

K M 416 C 256

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0

2

1

3

5

4

0

A 0A 1A 2A 3A 4A 5A 6A 7A 8W ERA SO EV CA SLCA S

D0D1D2D3D4D5D6D7D8D9

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C

C

V

C

C

V

C

C

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S

S

V

S

S

V

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R53

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D9

R35

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R45

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+ 5 V

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A

A 3

D2

B 2

0. 015 uFC39

Transformer(Second side)

+ 5 V

C I NT R

A 16

I1 1

D10

R11

1K

DO

+ 24V S

B US Y

D11

D15

C63

0. 1uF

/ F AU LT

A 17

D5

JP 10

T P H

1 23 45 67 89 1011 1213 1415 1617 1819 2021 2223 2425 2627 2829 30

/L W R

A 5

S T

RT S

A 18

D9 1N 414 8

C56

0. 1uF

C45

0. 1uF

C13

10 uF

M E DI A

D4

JP 11

E xt er nal S lot

1 23 45 67 89 1011 1213 1415 1617 1819 2021 2223 2425 2627 2829 3031 3233 3435 3637 3839 40

Z D1

18 V

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C D4

D13

B 1

R29

47 K

C70. 1uF

C24

0. 1uF

+ 5 V

A 6

P _G N D

A 8

R40

1K

74 374

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1

2 345

6 789

11

12 131415

16 171819

2010 O C

Q 1 D1D2Q 2

Q 3 D3D4Q 4

C K

Q 5 D5D6Q 6

Q 7 D7D8Q 8

V C CG N D

R37

22 0R

+ 5 V

+ 5 V

/ HW R

K E Y 3

D14

A 2

C31

C60

0. 1uF

S T

S T B 4

A 7

+ 24V S

T X D

D0

C44

47 0pF

U12D

74A CT 32

12

1311

C15

0. 1uFA X 18

U6H 8 /300 2

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737475

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96

13568

78

798081

1315939411224457659258

8

7

9

9

9

7

9

8

9

5

5

9

6

0

8

2

8

3

8

4

8

5

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6

7

7

6

3

6

7

6

6

8

6

T P 8T P 9T P 10T P 11T P 12T P 13T P 14P B 7

S T B Y

M D0M D1M D2

N M I

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V C CV C CV C C

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A N1A N2A N3

T X D1RX D1P A 0P A 1G N DG N DG N DG N DG N DG N DP 60

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6

1

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7

4

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7

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6

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P A 8P A 9

P A 10P A 11P A 12P A 13P A 14P A 15P A 16P A 17P A 18P A 19P A 20

D0D1D2D3D4D5D6D7D8D9

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T X D0S C K 0RX D0

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A

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F

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1

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2

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S

JP 12

P E E LE R S E NS O R

1234

JP 13

CUT T E R

1234

A 6

/C S0

C19

1u F

JP 21

M O T O R

1234

- B

Connect with AC19V Output

/A C K

A 10

D13

C420. 015 uF

R3

47 K

A 8

A 4

F 1

10 A/ 25 0V

V RE F

P E E LE R

LE D1

P _G N D

A 13

C D7

R65

22 0R

D [ 0.. 15 ]

+ 5 V

V D D

I0 1

D14

U17

37 70A

12345678

161514131211109

M BTV M MG N DG N DV C CI1P h as e

EM A

V M MG N DG N D

V RCI0

R80

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R25

0. 5R

C11

15 pF

+ 5 V

S T B 4

D3

P 1

CE N T R O NIC S

123456789

101112131415161718

192021222324252627282930313233343536

JP 14

R I BB ON S E NS O R

1234

R82

1K

A 12

D0

D12

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T 2

1

2

1

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D13

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T P H

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RX D

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D4

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JP 15

M E DIA S E NS O R

1234

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1

2

1

2

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U18UN 200 3

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B 1B 2B 3B 4B 5B 6B 7B 8

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C55

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C51

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C47

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A3. Sensor board and Panel board diagram

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