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Chapter 2 Operating Principles

2-2.

Operation of Control Parts

2-33

CL-E720DT

(8)

Peeler circuit (for optional peeler)

+5VIO is supplied to an optional peeler.

When a peeler is installed in the printer, pin D9 (CPTYP1) is set to “Low” level. With this “Low”
level signal, the printer recognizes that the peeler is connected to. (In reality, the FPGA (U5)
judges the connected optional device (either peeler or cutter) by detecting both signals
CPTYP0 (at pin D12) and CPTYP1 (at pin D9)).

A peel sensor detects that the printed label is peeled off by the peeler. Then, the printer stops
printing. When you remove the label, the peeler sensor detects it and the printer resumes
printing.
The peel sensor output signal (analog voltage) is input to pin 101 (SNSPEEL) of the CPU
(U1A). To the CPU, two kinds of signal levels are input depending on the peeling conditions,
whether the label is peeled off or it is removed by hand.

* In power saving mode, +5VIO is not supplied. For details refer to “

2-2-6(1) Power supply

”.

J303

Peeler

CPTYP1

74_D9

D9

R67

C99

R68

+3.3V

D3 R69

+3.3V

R70

L: When Peeler is installed.

NC

GND

CPRTYP1

+5VIO

PEELSENS

SNSPEEL

[SA Main PCB]

3

2

1

5

4

+5VIO

OPTION_TYPE1

PEELER SENS

14

J4

15

7

14

15

7

J301

[SA Relay PCB]

3-6

3-6

AN7

CPU

U1A

FPGA

U5

101

+5VIO

CPTYP0

74_D12

D12

(from the Cutter)

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Summary of Contents for CL-E720DT

Page 1: ...Technical Manual CL E720DT Direct Thermal Barcode Label Printer ...

Page 2: ... registrada de CITIZEN HOLDINGS CO LTD Japón Datamax is a registered trademark of Datamax Bar Code Products Corporation Zebra is a registered trade mark of ZIP corp TrueTypeTM is a trademark of Apple Inc UFSTTM and CG TriumvirateTM are trademarks of Monotype Imaging Inc ARM and CortexTM are a trademark or a registered mark of ARM Limited Other product names used in this document may be registered ...

Page 3: ...iii CL E720DT CHAPTER 2 OPERATING PRINCIPLE CHAPTER 1 SPECIFICATIONS CHAPTER 3 DISASSEMBLY AND MAINTENANCE CHAPTER 4 TROUBLESHOOTING CHAPTER 5 PARTS LISTS CHAPTER 6 CIRCUIT DIAGRAMS APPENDICES ...

Page 4: ... the machine if it functions properly Particularly do not loosen screws on any component unless necessary After completing an inspection and before turning on the power be sure to check that there is no abnormality Never try to print without media Check that the media is properly set Do not lay anything on the cover or lean against it during maintenance or while the printer is in operation During ...

Page 5: ...Chapter 1 Specifications 1 1 CL E720DT CHAPTER 1 SPECIFICATIONS ...

Page 6: ...Chapter 1 Specifications CL E720DT 1 2 CHAPTER 1 SPECIFICATIONS TABLE OF CONTENTS 1 1 General Specifications 1 3 1 2 Printable Area 1 8 1 3 Printing Position Accuracy 1 9 1 4 Adjustable Sensors 1 10 ...

Page 7: ...d Cut mode 1 Prints while cutting at designated sheet units The following two kinds of cut mode operations are available Back feed Cut through Cut through refers to stopping present printing to cut the previous label when it reaches the cut position After cutting printing restarts but a gap may be created at the seam of the printing at this time Peel mode 1 Peels labels from the liner after printi...

Page 8: ...of5 Code128 HIBC Modulus 43 used code3of9 CODABAR NW 7 Int2of5 Modulus 10 used Interleaved2of5 Plessey CASE CODE UPC2DIG ADD UPC5DIG ADD Code 93 Telepen ZIP UCC EAN128 UCC EAN128 for K MART UCC EAN128 Random Weight FIM Two dimension UPS Maxi Code PDF 417 Data Matrix QR Code Aztec GS1 DataBar For Zebra emulation One dimension Code11 Interleaved2of5 Code39 EAN 8 UPC E Code93 Code128 EAN 13 Industria...

Page 9: ...Latin 9 ISO 8859 5 Latin Cyrillic ISO 69 French ISO 21 German ISO 15 Italian Legal Math 8 Macintosh Math PC 858 Multilingual Microsoft Publishing PC 8 Code Page 437 PC 8 D N Code Page 437N PC 852 Latin 2 PC 851 Latin Greek PC 862 Latin Hebrew Pi Font PC 850 Multilingual PC 864 Latin Arabic PC 8 TK Code Page 437T PC 1004 PC 775 Baltic Non UGL Generic Pi Font Roman 8 Roman 9 ISO 17 Spanish ISO 11 Sw...

Page 10: ...twork Multi functional Ethernet 10BASE T 100BASE TX Standard Wi Fi 1 IEEE802 11n IEEE802 11g IEEE802 11b Standard Wi Fi 2 IEEE802 11n IEEE802 11a IEEE802 11g IEEE802 11b Multi functional Wi Fi IEEE802 11n IEEE802 11g IEEE802 11b Indications and switches LCD Displays instructions for operation and settings Also displays an error LED Power ON green Error red Buzzer Alarms errors etc Operating panel ...

Page 11: ...ural convection Operating and printing assurance condition Storage assurance condition External dimensions 250 W X 458 D X 261 H mm 9 8 W X 18 0 D X 10 3 H Weight 10 2 kg 22 5 lb excluding media and the power cord Accessories Power cord Shaft Holder and SA Paper Flange Cleaner head Manual User s CD R Guide Quick Start Safety Instructions Label paper Options Auto cutter unit Peeler unit Serial I F ...

Page 12: ...m Though the available maximum media width is 118 mm 4 65 there are unprintable areas on both sides 2 5 mm 0 10 width on the left side and 11 5 mm 0 45 width on the right side The unprintable areas on both sides apply to any size media H R 104 0 mm 4 09 11 5 mm 0 45 Maximum media width 118 mm 4 65 H R Reference end Unprintable area Printable area Media guide Direction of media feed 2 5 mm 0 10 0 0...

Page 13: ...l position as follows 1 2 mm 2 0 04 0 08 Reference edge Paper guide Printable area Direction of media feed Ideal printing start position Actual printing start position 1 2 5 1 mm 3 0 10 0 04 100 2 mm 4 39 4 0 08 Maximum media width 118 mm 4 65 Unprintable area 2 5 mm 0 10 1 Actual printing start position May deviates from the ideal position in the indicated range 2 Deviation of vertical positionin...

Page 14: ...otches of tag The bottom sensor is used to detect the black marks on tag Also both sensors are used to detect media end The mechanical adjustable ranges of sensors are as follows Upper sensor transparent sensor 2 8 to 60 8 mm 0 11 to 2 39 Lower sensor reflective sensor 0 2 to 57 8 mm 0 01 to 2 28 Each sensor is adjustable independently However when you use the upper sensor transparent sensor the l...

Page 15: ...Chapter 2 Operating Principles 2 1 CL E720DT CHAPTER 2 OPERATING PRINCIPLES ...

Page 16: ...13 5 Sensors 2 13 6 Motor 2 13 7 USB I F USB2 0 compatible full speed mode high speed mode 2 13 8 Wired LAN I F 2 13 9 Serial I F RS 232C Option 2 13 10 Parallel I F IEEE1284 Option 2 13 11 Wireless LAN I F Option 2 13 2 2 2 Operation of Control Unit 2 14 1 CPU 2 15 2 Flash ROM 2 15 3 SDRAM Synchronous dynamic RAM 2 15 4 FPGA 2 15 5 Head control 2 15 6 Stepping motor driver For SA PF Motor 2 15 7 ...

Page 17: ...ttings menus 2 44 3 How to change the settings in Factory mode 2 47 3 1 Submenu table in Factory mode 2 47 3 2 Setting submenu in Factory mode 2 50 4 How to operate submenus in Service mode 2 51 4 1 Submenu table in Service mode 2 51 4 2 Submenu operation in Service mode 2 52 2 4 Interface 2 54 2 4 1 USB Interface 2 54 1 Specifications 2 54 2 Signal line and pin arrangement 2 54 2 4 2 Wired LAN In...

Page 18: ...tes a thermistor to detect the thermal head temperature SA Head Up Sensor PCB Head Up Sensor This sensor is a photointerrupter to detect the print head position up or down SA TRA Sen PCB Transparent Sensor This sensor is a photo sensor to detect a label stuck on liner or U shaped notches on tag It also detects the media end SA Ref Sensor PCB Reflective Sensor This sensor is a photo sensor to detec...

Page 19: ...turns counterclockwise viewing from the right side of the printer the SA Platen turns counterclockwise via the gear train Gear PF1 Gear PF2 and Gear PF Idle and the media is fed forward by a friction force produced between the SA Platen and the SA Head In the direct thermal printing thermal paper is heated by the energized thermal elements of the SA Head and printing is done When the SA PF Motor t...

Page 20: ...ransparent light from the reflective sensor s LEDs through the media The transparent sensor is used to detect labels on liner or U shaped notches of tag Both reflective and transparent sensors are used to detect the media end Aligning the sensors for label paper and tag with U shaped notches For label paper align both reflective and transparent sensors at the center of the label For tags with U sh...

Page 21: ...ting U shaped notches of tag Media Sensor menu See Through For detecting U shaped notches of tag both reflective sensor and transparent sensor are used The U shaped notches are detected in the same way as the label mentioned above except that the light is directly falls on the transparent sensor through the notch Detecting black marks on tag Media Sensor menu Reflect For detecting black marks on t...

Page 22: ...he reflective sensor detects the media end only LED light amount control According to the media selected by the Media Sensor menu See Through Reflect or None the amount of light is well controlled to detect the label U shaped notch black mark or continuous media The amount of light is as follows the largest amount is for See Through Continuous media None Black mark Reflect Label U shaped notch See...

Page 23: ...rom the photointerrupter of the SA Head Up Sensor PCB head up sensor At this time the photointerrupter turns ON and Low level is output from the head up sensor When the head block is in the down position the projection A is engaged in the photointerrupter At this time the photointerrupter turns OFF and High level is output from the head up sensor The CPU on the SA Main PCB detects the up or down p...

Page 24: ... right side of the SA Head the SA Head will slant to the right resulting in uneven printing density The part A of the Lever Head Balance is pushed against the cam part of the Cam Head Balance by the force of Spring Head R and it moves up step by step as the Media width adjustment dial is turned toward 0 As the part A moves up the Spring Head R is pressed with weaker force by the Lever Head Balance...

Page 25: ...t toward the left viewing from the right side from the center of the SA Platen Since the optimum position varies according to the hardness of media it is necessary to adjust the Media thickness adjustment dial from 1 or 2 to a larger number to find the optimum position As the dial is turned the projection A of the SA Head Adjust Lever 2 moves along the groove of the dial and the end part of the SA...

Page 26: ...s of the printer It consists of CPU ROM RAM FPGA driver circuits etc 3 Operation panel SA Opepane PCB A panel used to indicate the operating status of the printer and to set specifications It consists of 4 keys 1 LED Green Red and 1 LCD Head Up Sensor SA Head Up Sensor PCB Transparent Sensor SA TRA Sen PCB Reflective Sensor Ref Sensor PCB Filter Power Supply Unit Power Supply AC Inlet Power Switch...

Page 27: ... media 7 USB I F USB2 0 compatible full speed mode high speed mode This is a circuit to transmit and receive serial data between the printer and the host by means of USB2 0 compatible full speed mode 12Mbps or high speed mode 480Mbps USB I F or Wired LAN I F is automatically selected when data is received 8 Wired LAN I F This is a circuit that supports Ethernet protocol LAN connection is possible ...

Page 28: ...et I F Multi function type SA RELAY PCB PPS00158 XX CUTTER PCB JM66735 XXF Wi Fi I F FPGA EP4CE10F17C8 BUS 64MHz USB 2 0 DC 24V 5V 3 3V 1 2V Option Auto Cutter DC Motor Driver Cutter Motor Cutter Position Sensor Cutter Motor Thermistor Head Up Sensor SA Head Up Sensor PCB Operation Panel SWx4 LED LCD SA Opepane PCB Paper Feed Motor SA PF Motor Stepping Motor Driver Thermal Head Thermistor PF Motor...

Page 29: ...s the firmware and CG character generator 3 SDRAM Synchronous dynamic RAM A SDRAM of 256M bits 32M bytes that is used as working area input buffer and download buffer 4 FPGA The FPGA Field Programmable Gate Array incorporates a control circuit for the interface I O port motors print head etc 5 Head control This is a circuit to control the thermal head driver incorporated in the thermal head It als...

Page 30: ...h 1879FFFFh FPGA Data 187A0000h 187AFFFFh Setting Information User Settings Serial Flash ROM 187B0000h 16M Bytes 187BFFFFh Setting Information Factory set Settings 187C0000h 187CFFFFh LCD Character Data For downloading For CSA CSE 187D0000h 187DFFFFh LCD Font Data For downloading For CSA CSE 187E0000h 187EFFFFh Service Information Backup 187F0000h 187FFFFFh Service Information 18800000h 18FFFFFFh ...

Page 31: ...evel When the head block is opened in the up position the projection A is disengaged from the head up sensor and the light emitted from the LED reaches the phototransistor Thus the phototransistor turns ON and pin 24 HDUSENS of the CPU goes to Low level When the head block is opened the LED on the operation panel blinks in red and the LCD displays Error Head Open Then the printer goes off line U1A...

Page 32: ...nducts and the voltage corresponding to the amount of light is applied to pin 96 SNSTRA of the CPU U1A Meanwhile when the portion of the liner where the label stuck on it passes between both sensors the light is blocked by the label and the transparent sensor phototransistor turns OFF Thus pin 96 SNSTRA of the CPU goes to Low level From these levels the CPU can detect the arrival of the label lead...

Page 33: ...tecting black marks on tag When tag with black marks is used light is reflected by the tag in the place where no black mark is on it In this case the phototransistor of the reflective sensor conducts and the voltage corresponding to the amount of light is applied to pin 95 SNSREF of the CPU U1A When the light falls on the black mark no light is reflected Thus the phototransistor turns OFF and pin ...

Page 34: ...of the SA Head rises to 70 C 158 F printing will stop after printing the current label In this case the LED on the operation panel blinks in red and the LCD displays Alarm Head Hot When the temperature of the SA Head falls below 60 C 140 F the LED and LCD returns to normal display and printing automatically resumes If the temperature of the SA Head is too low the LED on the operation panel blinks ...

Page 35: ...hanges accordingly The CPU senses the voltage at pin 97 TMPPF to detect the temperature of the SA PF Motor Printing operation when the SA PF Motor temperature rises When the temperature of the SA PF Motor rises to 95 C 203 F printing speed is reduced to avoid overheating If it reaches 105 C 221 F the SA PF Motor stops after printing the current label In this case the LED on the operation panel bli...

Page 36: ...tus turn OFF the printer once and then turn it ON A reference voltage i e an allowable temperature limit is applied to pin 6 of the comparator U7B while the sensor output voltage TMPPF from the PF motor temperature sensor is applied to pin 5 If the temperature of the SA PF Motor exceeds a certain level the PF motor temperature sensor output voltage becomes lower than the reference voltage and the ...

Page 37: ...l to analog converter U16 controls the drive current to the SA PF Motor Its output signal DAPFMT is fed to pin 15 REF of the motor driver U13 to determine the amount of drive current to the SA PF Motor In power saving mode the VMTON signal goes to Low and VMT to the motor driver U13 stops At this time the PFOFF signal at pin A6 of FPGA goes to High Q6 turns ON and the DAPFMT signal output from the...

Page 38: ... with HDCLK and latched by nHDLAT Then the thermal elements are energized by the strobe pulse nHDSTB According to the print data received the thermal head heats the thermal elements to transfer melted ink dots to media or to print dots on thermal transfer paper The width of energizing pulse nHDSTB pulse changes according to the head temperature to keep the printing density constant J2 Thermal Head...

Page 39: ... voltage divided by R52 and the thermal element resistance R1 is developed The CPU U1A monitors this voltage at pin 94 HDRES and checks if the voltage is within the allowable range For example if R1 is broken and disconnected the voltage at point A pin 94 HDRES will be about 3 3V as the line is clamped by the diode D1 Each thermal element is successively checked in this way 3 Buzzer driver This ci...

Page 40: ...s to 9V DC and the power consumption of the printer becomes minimum The period from entering the printing standby to entering the power standby mode is changeable with the Standby Timer of the System Setup Menu During the power saving mode if print data is received or any key operation is done 9V DC output from the Unit Power Supply resumes 24V DC and the printer automatically returns to the norma...

Page 41: ...ower is turned ON 3 3V gradually increases from 0V When the voltage at pin 1 VIN of the voltage detector U2 reaches approx at 2 8 V pin 4 nRST of U2 changes from Low level to High level While the nRST signal is Low the CPU U1A and the FPGA U5 are reset The CPU outputs the nRSTGA signal to reset the FPGA and other circuits Also the CPU outputs the nRSTIF signal to reset the I F circuits VSS 3 3V 3 ...

Page 42: ...lock This clock is send to the CPU U1A and the CPU generates a 384 MHz internal clock and 64 MHz bus clock The 64MHz bus clock is fed to the FPGA U5 and SDRAM U4 FPGA X1 R14 C8 System Clock 48MHz BUSCLK CKIO 45 CLK1 E1 Bus Clock 64MHz Internal Clock 384MHz C9 BUSCLK SA Main PCB L12 R13 CPU U1A U5 To SDRAM R12 48MHz USB_X1 163 USB_X2 164 ...

Page 43: ...y are driven respectively In power saving mode 3VIO and 5VIO are not supplied For details refer to 2 2 6 1 Power supply circuit 4 J3 From U5 FPGA SA Main PCB SW201 SW203 SW204 SW202 D201 LCD SI LCD SCLK LCD CD LCD RST LCD nCS LCD BL W SA Opepane PCB SW PAUSE SW FEED SW STOP SW MENU LED GREEN LED RED 3 4 1 4 5 2 J201 6 7 8 9 10 11 12 13 14 15 16 17 LED Red Error Q201 DTC114EM Q202 DTC114EM J202 LCD...

Page 44: ... pin 176 USBVBUS0 of the CPU U1A goes to High level and USB connection is detected The data transmission is carried out via pins 174 USBDM0 and 175 USBDP0 of the CPU 1 2 3 4 5 D7 L6 J12 L7 C136 L5 SHLD VBUS GND D D USB I F SA Main PCB C137 D6 VBUS0 174 DM0 175 DP0 A certain voltage is applied when a USB connector is connected Diode Array Transient Voltage Supressor R113 U15A 3 2 1 BA2903SFVM R114 ...

Page 45: ... 8 G Y 1 2 3 4 5 6 7 8 9 X2 R159 C168 C169 R158 25MHz 10Base T 100Base TX Ethernet U21 LED0 31 3 3V Divers Receivers Transceivers 12 11 75 75 75 75 10 LED1 30 R160 R161 RXM 4 C171 C170 14 13 RXP 5 TXM 6 TXP 7 KSZ8081MNXCA ET_RXD2 ET_RXD1 ET_RXD0 ET_MDIO ET_MDC ET_RXD3 nETINTP ET_TXCLK ET_TXEN ET_RXDV ET_RXCLK ET_RXER ET_TXD2 ET_TXD3 ET_COL ET_TXD0 ET_TXD1 ET_CRS RXD1 RXD0 RXD2 MDC RXD3 MDIO RXDV 1...

Page 46: ...he FPGA To From U1A CPU STB OCI0 DATA0 7 DIPSW0 7 hEP00 hEP01 nPRIME BUSY RTS pEP00 ACK DTR pEP01 SELECT PPON0 PE USB_D USB_D VBUS TXD SO DIR 3 1 4 12 2 J7 SELECTIN CST pINT 13 14 15 AUTOFDXT DSR FAULT hINT 4 11 RXD SI SCLK RESET GND 16 DWSWOT 17 18 21 22 23 24 25 26 27 33 38 40 C127 L2 C128 D4 R91 D5 L3 L4 SA Main PCB Diode Array USBDP1 USBDM1 24V 5V 20 28 32 nSTROBE nSLCTIN CTS nATFD DSR nINIT n...

Page 47: ...eler Then the printer stops printing When you remove the label the peeler sensor detects it and the printer resumes printing The peel sensor output signal analog voltage is input to pin 101 SNSPEEL of the CPU U1A To the CPU two kinds of signal levels are input depending on the peeling conditions whether the label is peeled off or it is removed by hand In power saving mode 5VIO is not supplied For ...

Page 48: ...e signal from the thermistor is input to pin 100 TMPCUT of the CPU U1A The CPU detects the temperature by monitoring the TMPCUT signal and controls the printer as follows When the temperature is 78 C 172 4 F or more Stops the cutter motor The LED on the operation panel blinks in red and the LCD displays Error Cutter Fail When the cutter motor get cold and the temperature falls below 70 C 158 F The...

Page 49: ...rinter once and then turn it ON A reference voltage i e an allowable temperature limit is applied to pin 5 of the comparator U8B while the sensor output voltage TMPCUT from the cutter motor temperature sensor is applied to pin 6 If the temperature of the cutter motor becomes higher than the set temperature limit the cutter motor temperature sensor output voltage exceeds the reference voltage at pi...

Page 50: ...and STOP PAUSE key Temporarily stops printing When the PAUSE key is pressed Pause is displayed on the LCD and the printer enters pause mode When it is pressed during printing the printer stops after printing the current one label Pressing the key once again will resume further printing and the remaining number of designated labels is printed FEED key Feeds media When the FEED key is pressed once m...

Page 51: ...ting the current one label In pause mode if the STOP key is pressed for more than 4 seconds 1 batch of printing job is cancelled The LCD displays Job Clear during cancel MENU key Enters menu setup mode or reissues the last label When the MENU key is pressed in on line ready status the printer enters menu configuration mode By changing the printer configuration you can reissue the last label by pre...

Page 52: ...s Self Print Mode Label Media and then release the FEED key If the FEED key is kept pressed the display of the LCD changes to the next Self Print Mode Cont Media In this case repeat from Step 1 The printer enters self print mode and the label is fed Self test printing is made for two labels and then stops 3 To repeat self test printing press the FEED key again To exit from self print mode Turn off...

Page 53: ...d when print data is sent to the printer hex dump printing starts To exit from hex dump mode Turn off the power For continuous media 1 While pressing and holding the STOP key turn on the power 2 Wait until the LED green lights on and the LCD changes from Hex Dump Mode Label Media to Hex Dump Mode Cont Media then release the STOP key The printer enters hex dump mode and when print data is sent to t...

Page 54: ...m FPGA Version Head Check OK Print Counter 0002 2km Service Counter 0002 2km Cut Counter 0 Sensor Monitor 2 73V Option Interface None MAC Address Current Menu Settings Global Config Menu Config Set 1 PageSetup Menu Print Speed 6 IPS Print Darkness 10 Darkness Adjust 00 Continuous Media Length 4 00 inch Vertical Position 0 00 inch Horizontal Shift 0 00 inch Vertical Image Shift 0 00 inch Auto Side ...

Page 55: ...Backfeed Paper Position 0 00 inch Menu Key Action Enters Menu Interface Menu USB Device Class Printer USB VCOM Protocol Auto USB 2 0 High Speed On IPv4 Address 169 254 001 010 IPv4 Subnet Mask 255 255 000 000 IPv4 Gateway 000 000 000 000 IPv4 DHCP On IPv6 On Option Interface Menu RS 232C Baud rate 9600 bps RS 232C Parity None RS 232C Length 8 bit RS 232C Stop bit 1 bit RS 232C X ON Yes Example of ...

Page 56: ...Factory Service Mode How to print the Factory Mode Settings menus How to change the settings in Factory mode How to operate submenus in Service mode 1 How to enter Factory Service Mode To enter Factory Service mode perform the following operation While pressing and holding the MENU FEED and STOP keys turn on the power Then the following appears on the LCD Key function in Factory Service mode FEED ...

Page 57: ...ey While pressing the MENU FEED and STOP keys turn on the printer Factory Setup Service Mode MENU Page Setup System Setup After Print Interface Machine Info Test Mode Global Config Main menu Init Thru Sen Init Refl Sen Submenu Factory mode Head Check ROM Check Cut Counter Submenu Service mode Print Prefer Option Interface MENU MENU MENU MENU MENU MENU MENU MENU PAUSE STOP FEED MENU MENU MENU MENU ...

Page 58: ...rvice mode by turning on the power while pressing and holding the MENU FEED and STOP keys Refer to 2 3 3 1 How to enter Factory Service Mode mentioned earlier 2 Press the MENU or FEED key until Test Mode main menu appears 3 Press the STOP key to enter the Test Mode 4 Press the MENU or FEED key until Print Pattern submenu appears 5 Press the STOP key to enter the Print Pattern submenu 6 Press the M...

Page 59: ... Low Reflect Sensitivity Low Through Cal Level 2 30 V Reflect Cal Level 2 10 V SensNone Cal Level 2 05 V Darkness Rate High Double Heat Menu Off DT Hot HeatRate Adjust 0 0 DT Cold HeatRate Adjust 0 0 PowerOn Head Check On Head Check Start Pos Dot 1 Head Check Stop Pos Dot 848 Head Error Print No Ribbon Control Auto Void to TOF Off Reverse Media Length 0 00 inch Min Cut Length Default Paper End Sen...

Page 60: ...Printing Buzzer Select On Metric Inch Inch Max Media Length 10 00 inch Settings Lock Off Keyboard Lock Off LCD Standby Off Standby Timer 5 min Control Code STD Emulation Select DMI Emulation Auto Detect Full Auto After Print Menu AutoConfigure On Function Select Tear Cutter Action Backfeed Paper Position 0 00 inch Menu Key Action Enters Menu Interface Menu USB Device Class Printer USB VCOM Protoco...

Page 61: ... rightward electrically while shows that it moves backward leftward electrically 8 dots correspond to 1 mm 203 dots correspond to 1 inch Submenu Name Factory Mode Settings Menu name Adjustable Value Default Value Description Init Thru Sen Performs calibration of the transparent sensor sensitivity For details refer to 3 7 2 Sensor sensitivity adjustment Factory mode in Chapter 3 Init Refl Sen Perfo...

Page 62: ...Medium High Low This menu is effective when Auto Cal Mode submenu is set to OFF The sensitivity of reflective sensor can be changed in three steps Cal Thru Level Through Cal Level 0 01 to 3 30V 2 30V Performs sensitivity adjustment for Media Sensor submenu See Through The amount of light received is set to 2 30V Cal Refl Level Reflect Cal Level 0 01 to 3 30V 2 10 V Performs sensitivity adjustment ...

Page 63: ...utput On Off On Select whether to activate the Fault signal of parallel interface at the time of error occurrence or not USB Serial Num USB Serial Number On Off Off Select whether to send the serial number to the host or not when operating the printer through the USB interface Auto Exec Prn Auto Exec Print On Off On To execute the Auto Exec file stored in the printer at power ON or not is selectab...

Page 64: ...ress the MENU or FEED key until Through Pos submenu example appears 4 Press the STOP key to select that submenu The current value is shown on the LCD 5 Press the MENU or FEED key to increase or decrease the value or select a desired option In this example the position of transparent sensor will be electrically moved back and forth 6 Press the STOP key to save the set value in the printer 7 Press t...

Page 65: ...splayed Example PASS 0000dots ROM Check Performs ROM checksum test and displays the check result OK or NG and the checksum value Example PROGRM OK 4F4E RAM Check Performs RAM capacity check and displays the check result Example DRAM OK 16384KByte Motor Feed Performs feed check of the SA PF Motor Print Counter Displays the total printed length since the printer is firstly used Example Length 1234 5...

Page 66: ...ROM Check RAM Check and Print Counter the result is displayed and further operation is not necessary For submenu Head Check the following screen appears and prompts you whether to perform the head check or not For submenu Motor Feed the following screen appears and prompts you whether to feed media forward or backward When selecting Head Check When selecting Motor Feed 6 Press the MENU or FEED key...

Page 67: ...ey to enter Service mode 4 Press the MENU or FEED key until a desired submenu appears When selecting Service Counter 5 Press the STOP key to select Service Counter submenu Then the service counter length since the service counter is reset last is displayed To reset the service counter proceed to the next step Otherwise jump to Step 7 6 Resetting the service counter 1 Press the STOP key 2 Press the...

Page 68: ...0 00400 KST 2 Signal line and pin arrangement Pin No Signal code Signal Function 1 VBUS USB power USB power 5V 2 D Signal line signal line 3 D Signal line signal line 4 GND GND GND 2 4 2 Wired LAN Interface 1 Specifications Supporting protocols Network layer ARP IP TCP Transport layer TCP UDP Application layer DHCP HTTP SNMP Raw Socket Port Connector RJ 45 2 Signal line and pin arrangement Pin No ...

Page 69: ...ding 2 TXD Transmit Data Signal line that transmits data from the printer to the host 3 RXD Receive data Signal line that transmits data from the host to the printer 4 RTS Request To Send Signal line that is active when the printer can receive data from the host 5 CTS Clear To Send Signal line that is active when the host can receive data from the printer 6 DSR Data Set Ready Signal line that is a...

Page 70: ...e output are as follows When the remainder of receive buffer is 128 bytes or less When the printer is turned from on line to off line When the media end is detected When a printer error occurs READY BUSY System DTR signal is controlled with READY High BUSY Low level DTR turns to High Ready in the following conditions When the printer is in on line mode and When the remaining buffer is 128 bytes or...

Page 71: ...channel ECP mode ECP mode permits bi directional asynchronous data transmission and by means of interlock handshake it does not require the timing necessary with Compatible mode Signal level IEEE1284 compatible 2 Signal line and pin assignment Pin No Signal name I O Function in Compatible Mode 1 STROBE Input Strobe signal to read in 8 bit data 2 9 DATA0 7 Input 8 bit parallel signal 10 ACKNLG Outp...

Page 72: ...processed differently than with Compatible mode used up till now When bi directional parallel interface is on in the setting menu even if a printer error has occurred the BUSY signal line is not active High Error Compatible mode Paper end Busy PError Select Fault L H L H H L H L Error other than paper end Head open Other Busy PError Select Fault L H L unchanged H L H L Conditions for Busy Receive ...

Page 73: ...ing edge of Strobe and data is latched at the leading edge of Strobe While receiving PRIME signal Note If the PRIME signal width is 10 µsec or less it is not accepted BUSY goes to High when the PRIME signal is accepted by the printer Data0 7 BUSY 0 5µs 0 5µs 0 5µs Strobe BUSY PRIME SELECT 10 15µsec or more Ack Fault ...

Page 74: ...Chapter 2 Operating Principles 2 4 Interface CL E720DT 2 60 Timing relationship between BUSY and ACK About 2 µsec BUSY ACK Center ...

Page 75: ...Chapter 3 Disassembly and Maintenance 3 1 CL E720DT CHAPTER 3 DISASSEMBLY AND MAINTENANCE ...

Page 76: ... 14 1 SA Main PCB Connectors 3 14 2 SA Main PCB and SA Relay PCB 3 14 3 6 6 Unit Mechanism 3 16 3 6 7 Unit Power Supply and Paper Holder Block 3 17 1 Unit Power Supply Block and Paper Holder Block 3 17 2 Unit Power Supply 3 18 3 Plate Holder Paper L 3 18 3 6 8 SA Power SW Cable and Frame Bottom 3 19 3 6 9 SA Platen 3 20 3 6 10 SA Head Up Sensor PCB SA TRA Sen PCB FFC TRA Sensor and Leaf Adjust Sen...

Page 77: ...ain Plate R 3 37 3 Frame Main SA Main Plate L and Plate Peeler 3 38 3 7 Adjustment Transparent Reflective Sensor 3 39 1 Sensor position adjustment Factory mode 3 39 2 Sensor sensitivity adjustment Factory mode 3 39 2 1 Init Thru Sen sensitivity adjustment 3 40 2 2 Init Refl Sen sensitivity adjustment 3 42 ...

Page 78: ...here is no abnormality Never try to print without media Check that the media is properly set Do not lay anything on the cover or lean against it during maintenance or while the printer is in operation During maintenance be careful not to leave parts or screws unattached or loose inside the printer When handling a printed circuit board do not use gloves etc which can easily cause static electricity...

Page 79: ... the printer in accordance with the following Cleaning frequency Every 6 months or 300 hours of operation Whichever comes first Materials Dry cloth gauze or soft cloth and thermal head cleaner 3 3 Lubrication 3 3 1 Lubrication frequency This is a maintenance free machine and requires no lubrication under normal use However the machine should be lubricated whenever it is disassembled and reassemble...

Page 80: ...aintenance parts such as the SA Main PCB Unit PF Motor etc Maintenance Tools List No Name Q ty Description 1 Phillips Screwdriver Length 200mm 1 Bit 0 1 2 2 Phillips Screwdriver Length 100mm 1 Bit 0 1 2 3 Flat blade Screwdriver 1 4 3 mm width 4 Box wrench 1 Box size 5 mm 5 Tweezers 1 6 Round Nose Pliers 1 7 Cutting Nippers 1 8 Soldering Iron 30W 1 9 Volt ohm Meter 1 ...

Page 81: ...lly avoid contacting the thermal elements with a metal part etc Do not touch the thermal elements of the SA Head with your bare hand 1 Open the SA Top Cover Block 2 Push the Lever Head Lock and open the Head Block 3 Remove the 1 screw BH M3 0x6 NI and detach the SA Head 4 Disconnect the 1 connector from the SA Head Note on reassembling The SA Cover Frame has two bosses that allow easy positioning ...

Page 82: ...A Top Cover Block 2 Push the Lever Head Lock and open the Head Block 3 While pressing the part A of the SA Platen raise its right end by about indicated degrees and then remove the SA Platen by lifting it upwardly Note on reassembling After mounting the SA Platen be sure that it is securely engaged with the main body ...

Page 83: ...ee 3 6 4 SA Main PCB SA Relay PCB See 3 6 5 Unit Mechanism See 3 6 6 Unit Power Supply Paper Holder Block See 3 6 7 SA Power SW Cable Frame Bottom See 3 6 8 SA Platen See 3 6 9 Removal of connectors from the SA Main PCB See 3 6 5 1 SA PF Motor See 3 6 13 SA Head Up Sensor PCB SA TRA Sen PCB FFC TRA Sensor Leaf Adjust Sensor U See 3 6 10 Unit Head Unit PF See 3 6 11 SA Head Cam Head Adjust Cam Head...

Page 84: ... the 2 screws BH M3 0x6 NI on each side and detach the SA Top Cover Block 4 Remove the 2 screws BH M3 0x4 NI on each side and detach the Hinge 2 pcs from the main body 2 SA Top Cover 1 Remove the 2 screws BH M3 0x8D and detach the Cover Front Top in the direction shown by the arrow 2 Remove the Logo Citizen L from the Cover Front Top 3 Remove the Cover Window from the SA Top Cover SA Top Cover Cov...

Page 85: ...brication 3 11 CL E720DT 3 6 2 Cover PF Motor 1 Remove the 1 screw BH M3 0x5K and detach the Cover PF Motor DT upwardly 2 Remove the 1 screw NO2 BH M3 0x12D and detach the Cover PF Motor 2 upwardly NO2 BH M3 0x12D BH M3 0x5K Cover PF Motor DT Cover PF Motor 2 SA Relay PCB ...

Page 86: ...ersely the circuit is not electrically connected Referring to the magnified view install the Unit Opepane so that its hole A is correctly engaged with the projection of the case 2 SA Opepane PCB 1 Remove the 2 screws BH PT M2 0x8 and detach the Spacer Screw 2 pcs and SA Opepane PCB 2 Remove the Window LED and Key Ope Pane 3 Remove the 1 screw NO 0PH 4 0 3 M2 0x3 NI and detach the Holder Ope Pane C...

Page 87: ...otor 2 Remove the Unit Opepane Refer to 3 6 3 1 Unit Opepane 3 Remove the 3 screws BH M3 0x4 NI slide the Case toward the front and then detach it by lifting upwardly 4 Remove the 1 screw BH M3 0x5K and 2 screws BH M3 0x4 NI slide the Cover Steel L backward and then detach it by lifting upwardly BH M3 0x4 NI BH M3 0x4 NI BH M3 0x5K Case Cover Steel L 1 2 3 4 1 ...

Page 88: ...eassembling When connecting J3 FFC Opepane see on which side the blue tape is and correctly insert it in the right direction If it is inserted reversely the circuit is not electrically connected 2 SA Main PCB and SA Relay PCB 1 Remove the 1 screw BH M3 0x5K and 2 screws BH M3 0x4 NI and detach the SA Main PCB Block by lifting it upwardly 2 Disconnect the SA Relay Cable from the SA Relay PCB 3 Remo...

Page 89: ...in PCB 5 Remove the 2 screws BH M3 0x4 NI and detach the Plate I F Cover from the Plate Main PCB Note on reassembling When the SA Main PCB is replaced with a new one be sure to perform the transparent reflective sensor adjustment Refer to 3 7 Adjustment Transparent Reflective Sensor BH M3 0x4 NI BH M3 0x4 NI Plate Main PCB SA Main PCB Plate I F Cover ...

Page 90: ...lifting it upwardly Notes on reassembling Media path left edge alignment Mount the Unit Mechanism so that the media guide end of the Cover Head Wire is aligned with the mark on the Label Mark and the Plate Holder Paper L Since the mounting holes of the Unit Mechanism are of elongated ones the Unit Mechanism can move right and left When mounting the Frame Relay PCB fit its 2 holes to the bosses of ...

Page 91: ... the 4 screws BH M3 0x4 NI and detach the Frame Mechanism 7 Remove the 2 screws BH M3 0x4 NI and detach the Unit Power Supply Block by lifting it upwardly after shifting it toward the rear as shown by the arrow 8 Disconnect the SA Power Cable and the AC input connector from the left side and right side of the Unit Power Supply Block respectively 9 Remove the 2 screws BH M3 0x4 NI and detach the Pa...

Page 92: ...Supply 3 Remove the Sheet Insulation Power PCB from the Plate Power PCB 3 Plate Holder Paper L 1 Remove the 3 screws BH M3 0x4 NI and detach the Cover Lever 2 Remove the SA Damper Shaft and Spring Damper 2 pcs from the Plate Holder Paper L Plate Holder Paper L SA Damper Shaft Cover Lever Spring Damper Spring Damper BH M3 0x4 NI Cover Power PCB Plate Power PCB Sheet Insulation Power PCB PH SW PW M3...

Page 93: ...he 5 screw BH M3 0x5K detach the Cover Steel Rear and peel off the labels Label Caution CHINA and Label Rating from it 9 Remove the 1 screw PH SW PW M4x6 and 2 screws NO2 FH M3 0x6 NI and detach the SA Power SW Cable and Cover Plate Inlet 10 Remove the 2 screw BH M3 0x4 NI and detach the Plate Inlet 11 Remove the 2 screw PH SW PW M4x6 and detach the Plate Hinge R 12 Remove the 2 screw PH SW PW M4x...

Page 94: ...assembly and Lubrication CL E720DT 3 20 3 6 9 SA Platen 1 Open the Head Block 2 While pressing the part A of the SA Platen raise its right end by about the indicated degrees 3 Remove the SA Platen by lifting it upwardly Head Block SA Platen Unit Mechanism A ...

Page 95: ...Unit Mechanism Refer to 3 6 6 Unit Mechanism 6 Open the Head Block and release the right end of the Unit Sensor U from the frame to set it free 7 Remove the 3 screws BH M2 0x4 NI and detach the Unit Sensor U 8 Cut the Wire Tie and set the one end of the SA Head Cable free 9 Remove the SA Head Up Sensor PCB from the Cover Head Wire and then disconnect the SA Head Up Sensor Cable from the SA Head Up...

Page 96: ...ove the 1 screw NO 0 TFH PT4 0 5 M2 0x4 detach the SA TRA Sen PCB and disconnect the FFC TRA Sensor from the SA TRA Sen PCB Notes on reassembling Correctly insert the FFC TRA Sensor in the correct direction referring to the magnified view in the above figure If it is inserted upside down the circuit is not electrically connected When the SA TRA Sen PCB is replaced with a new one be sure to perform...

Page 97: ...ht and detach the FFC TRA Sensor 6 Peel off the Sheet Cable Support A and Sheet Cable Support B from the FFC TRA Sensor 7 Remove the Plate Friction Sen U and Spring Friction Sen U from the Holder Sensor U 8 Remove the 1 screw NO 0 TFH PT4 0 5 M2 0x4 and detach the Leaf Adjust Sensor U from the Holder Sensor U 9 Peel off the Tape Sensor Cable U from the Plate Sensor Holder U Cover Head Wire Spring ...

Page 98: ...on Sen U into the boss of the Holder Sensor U Next put the Plate Friction Sen U on the spring and mount it in place Run the FFC TRA Sensor as shown below Pass it through the two slits A and B and the hook part Leaf Adjust Sensor U NO 0 TFH PT4 0 5 M2 0x4 13 14 Holder Sensor U 9 A To be inside the libs Projection Bottom View Holder Sensor U 9 11 Bottom View Spring Friction Sen U Plate Friction Sen ...

Page 99: ...ong end of the spring into the shorter slit in the Cover Head Wire 2 Hook a cable wire or similar on the short end of the spring and pull it to lower the short end of the spring 3 While pulling the cable wire mount the Holder Sensor U Block on the Cover Head Wire and then hook the short end of the spring on the part C of the Holder Sensor U Block FFC TRA Sensor Cap Sensor Cable U Tape Sensor Cable...

Page 100: ...ge the 1 E ring E Ring 4 0 and then remove the 1 screw NO2 PH SW PW M4 0x16 NI and Shaft Head Holder 9 Remove the Unit Head from the Unit PF Notes on reassembling When assembling parts apply FLOIL G 311S to the following places shown by the mark A Hole front left Circumference surface of the hole on both sides and inside the hole B Hole and projection rear left Circumference surface of the hole on...

Page 101: ...d Up first hook it on the upper hook of the Unit Head and next on the lower hook of the Unit PF At this time hook the Spring Head Up so that its hook parts direct inward of the mechanism as shown below This can prevent unwanted noise that might occur when the Unit Head is opened or closed Spring Head Up Hook part Hook part 2 ...

Page 102: ...CB Connectors 5 Remove the Unit Mechanism Refer to 3 6 6 Unit Mechanism 6 Remove the Unit Head Refer to 3 6 11 Unit Head and Unit PF 7 Place the Unit Head upside down as shown below 8 Remove the 2 screws BH M3 0x6 NI and detach the Guide Head Cable 9 To make removal easy set both dials Media width adjustment dial and Media thickness adjustment dial to 5 10 While pressing down the SA Head Block fir...

Page 103: ...d move it to the direction At this time be sure that the screw A is inserted into the slit B If it is not correctly inserted the SA Head Block cannot be assembled on the frame 3 While lightly pressing down the SA Head Block move it toward the rear and hook its rear ends on the 2 claws C of the frame 4 After mounting the SA Head Block set the Media width adjustment dial to 5 to give tension to the ...

Page 104: ...ad Connector 6 Remove the Spring Head Holder and Sheet Cable Protect from the Cam Head Adjust Block 7 Disassemble the Cam Head Adjust 1 Remove the 1 screw PHT 2 M3 0x8 NI and detach the 1 plain washer 3x8x0 5 and SA Lever Head Adjust 2 2 Remove the 1 screw NO1 PHT M2 0x6 NI and detach the 1 plain washer 2x5x0 3 NI Spring Adjust Cam Guide Head Adjust Spring and Cam Head Adjust from the Lever Head A...

Page 105: ...d Adjust Block When mounting the SA Head fix it with the 1 screw after fitting its 2 projections to the guide holes D of the frame as shown on the previous page Clean the thermal element surface of the SA Head with the head cleaner After assembling the SA Head perform test print in self print mode to check the print quality Refer to 2 3 2 1 Self print mode End E Cam Head Adjust Block Spring Head H...

Page 106: ...djust Label Head Balance Label Heat Caution and Sheet Head Holder from the SA Head Holder Base Notes on reassembling Apply FLOIL G 311S to the following parts marked with Pivot Head Balance Cam Surface Cam Head Balance Cam portion Once the label is peeled off it cannot be reused When attaching the Sheet Head Holder align its left rear corner with the two marking lines on the SA Head Holder Base as...

Page 107: ...F Motor with Thermistor can be removed without detaching the Unit Mechanism 6 Remove the 2 screws BH M3 0x4 NI and detach the PF Motor Block 7 Remove the 2 screws BH M3 0x4 NI and detach the Plate Motor Bracket from the SA PF Motor with Thermistor Notes on reassembling Referring to the above magnified view mount the Plate Motor Bracket on the SA PF Motor with Thermistor so that its letter C is loc...

Page 108: ...Shaft Sensor Guide with the Guide Paper Set and Holder Adjust Sensor L in the direction of the arrow 9 Pull out the Guide Paper Set from the Shaft Sensor Guide and detach the Spring Friction Sen PG and Plate Friction PG from it 10 Pull out the Holder Adjust Sensor L from the Shaft Sensor Guide and then detach the following parts 1 Remove the 2 screws NO 0 PHT BT 1 M2 0x3 and detach the SA Ref Sens...

Page 109: ...ss down the Holder Adjust Sensor L by pushing its top to insert the Spring Adjust Sensor L into the slit Since the width of the Spring Adjust Sensor L is wider than that of the slit it is required to push in Push straight down the Holder Adjust Sensor L If it is pushed slantwise the Spring Adjust Sensor L can be damaged When the SA Ref Sensor PCB is replaced with a new one be sure to perform the s...

Page 110: ...t Head Refer to 3 6 11 Unit Head and Unit PF 7 Remove the SA PF Motor Refer to 3 6 13 SA PF Motor Tips The gears can be removed without detaching the Unit PF and SA PF Motor 8 Disengage the 1 E ring E Ring 4 0 remove 2 plain washers 5 2x10x0 25 and detach the Gear PF 2 9 Disengage the 1 E ring E Ring 4 0 remove the 2 plain washers 5 2x10x0 25 and detach the Gear PF 1 10 Disengage the 1 E ring E Ri...

Page 111: ...om the SA Main Plate R Note on reassembling When mounting the Lever Head Lock hook the Spring Head Lock as shown in the magnified view on the above figure Hook one end of the Spring Head Lock on the groove of the Lever Head Lock and insert the other end into the hole in the SA Main Plate R Also mount the Lever Head Lock on the SA Main Plate R as shown below Then be sure that the lever moves smooth...

Page 112: ...ain Frame L Tips The Plate Peeler Block can be removed by simply opening the SA Top Cover Block 3 Peel off the Label Mark and remove the Sponge Peeler Plate from the Plate Peeler Note on reassembling Stick the Label Mark so that its mark is aligned with the media guide end of the Cover Head Wire a part of the Unit Mechanism NO0 TFH M2 6x4 NI BH M3 0x4 NI BH M3 0x4 NI Sponge Peeler Plate Plate Peel...

Page 113: ...2 3 3 Factory Service mode in Chapter 2 2 Sensor sensitivity adjustment Factory mode Since Factory mode menu includes essential items that can affect the printing accuracy etc DO NOT change the factory set values unless otherwise required Do not turn OFF the power of the printer until you finish the adjustment If the power is turned OFF before finishing you need to repeat the adjustment from the b...

Page 114: ... Head Block and set the liner prepared in above 2 4 Correctly put the liner under the SA TRA Sen PCB For liner with black marks keep away the black mark from the SA TRA Sen PCB 5 Close the Head Block Procedure For detailed menu operation in Factory mode refer to 2 3 3 Factory Service mode in Chapter 2 1 Enter Factory Service mode by turning on the power while pressing and holding the MENU FEED and...

Page 115: ... 3 2 Check for correct media setting position media active sensor etc and repeat from Step 3 8 Press any key of the printer Then the obtained value is saved into the printer and the screen returns to Step 3 9 When the SA Main PCB or SA Ref Sensor PCB is replace go to the following item 3 7 2 2 Init Refl Sen sensitivity adjustment to carry out further adjustment When the SA TRA Sen PCB is replaced ...

Page 116: ...rectly put the liner with no label on it on the SA Ref Sensor PCB reflective sensor Keep away the black mark from the SA Ref Sensor PCB 4 Close the Head Block When butt cut label media with black marks is used 1 Prepare recommended label media or label media to be used 2 Correctly put the media on the SA Ref Sensor PCB reflective sensor Keep away the black mark from the SA Ref Sensor PCB Do not pe...

Page 117: ...STOP key to enter Factory Setup mode The first submenu Init Thru Sen is displayed 3 Press the MENU key until Init Refl Sen submenu appears 4 Press the STOP key to enter IInit Refl Sen sensitivity adjustment mode 5 Press the MENU key to select Exec 6 Press the STOP key to execute adjustment Adjustment starts and the following screen is display 7 Be sure that adjustment is successfully completed and...

Page 118: ...Step 3 2 Check for correct media setting position media active sensor etc and repeat from Step 3 8 Press any key of the printer Then the obtained value is saved into the printer and the screen returns to Step 3 9 Press the PAUSE key twice to return to Factory Setup menu 10 Press the PAUSE key once again The changed value is saved in the printer and the printer is restarted internally Then the prin...

Page 119: ...Chapter 4 Troubleshooting 4 1 CL E720DT CHAPTER 4 TROUBLESHOOTING ...

Page 120: ...CONTENTS 4 1 Error Message and Corrective Actions 4 3 4 2 Troubleshooting 4 5 4 2 1 Problems in Powering Up the Printer 4 5 4 2 2 Media feed Problems 4 6 4 2 3 Problems in Printing 4 7 4 2 4 Sensor Problems 4 8 4 2 5 Operation Panel Problems 4 11 4 2 6 Connector Location 4 12 ...

Page 121: ...Wait until the SA PF Motor gets cool Flashing in red Error PFMotor Hot Cutter motor temperature abnormality Option Cutting action stops temporarily Wait until the cutter motor gets cool Flashing in red Alarm Cutter Hot Head open Close the head Flashing in red Error Head Open Paper end Add media Flashing in red Error Paper End Paper out paper position undetectable defective paper loading Incorrect ...

Page 122: ...nication error Receiving buffer overrun error Flashing in red Error Serial Over Run Serial communication error Parity error Flashing in red Error Serial Parity Serial communication error Framing error Flashing in red Error Serial Framing System error Power to the SA Head and SA PF Motor is shut off To resume turn the power OFF and then ON Flashing in red Error System Fail Auto cutter abnormality f...

Page 123: ...ter Symptoms Checks Remedies No power to the printer 1 Check voltage on the input power line Acceptable supply voltage 100 to 240V AC 2 Is the power cord loosely connected 3 Is the SA Power Cable firmly connected between the Unit Power Supply and the SA Main PCB J13 4 Is the FFC Opepane connected between the SA Main PCB J3 and the SA Opepane PCB firmly If it is not connect or is inserted upside do...

Page 124: ...Replace the SA PF Motor 5 Replace the SA Main PCB Irregular media feed pitch 1 Is the connector J5 for SA PF Motor connected firmly 2 Is dust or other foreign matter on the SA Platen 3 Does the media feed mechanism work smoothly 4 Failure in the control circuit or in the paper feed motor driver 1 Connect it firmly 2 Remove dust or foreign matter 3 Check clean and lubricate mechanical parts Note Re...

Page 125: ...k securely closed The LCD displays Error Head Open 2 Is the interface cable firmly connected between the printer and the host 3 Is the SA Head Cable firmly connected between the SA Head and the SA Main PCB J2 4 Does the transparent reflective sensor detect presence of media 5 Is 24V DC supplied to the SA Main PCB at pins 6 to 9 of J13 J5 To Unit Power Supply Front J13 J2 1 9 Bottom right of the SA...

Page 126: ...Uneven print density 1 Head balance is improper Uneven printing density may be observed either on the right side or the left side 2 Is the printing density set to an optimal condition 1 Adjust the media width adjustment dial to suit to the media width to be used 2 Adjust the printing density 4 2 4 Sensor Problems Symptoms Checks Remedies Head block is closed but Error Head Open is indicated on the...

Page 127: ...r user Transparent Sensor Reflective Sensor on page 4 10 4 Connect it firmly 5 Connect it in the right orientation 6 Connect it firmly 7 Clean the LEDs on the SA Ref Sensor PCB to remove dust 8 Replace the SA TRA Sen PCB or SA Ref Sensor PCB 9 Replace the SA Main PCB Black mark on tag is not detected Reflective sensor problem Or Paper end is not detected 1 Is the Media Sensor menu correct 2 Is the...

Page 128: ...is used peel off a label beforehand When butt cut label media with black marks is used leave the labels as they are NOTE Keep away the black mark from the reflective sensor 2 Close the head block Sensor Adjustment Procedure common to both sensors 1 Turn on the power while pressing and holding the MENU PAUSE and STOP keys 2 Release the keys when the LED lights in green and Sensor Cal Mode See Throu...

Page 129: ...irmly connected between the SA Main PCB J3 and SA Opepane PCB 2 Is the FFC Opepane inserted upside down 3 Failure in the SA Opepane PCB 4 Failure in the control circuit 1 Connect it firmly 2 Connect it in the right orientation 3 Replace the SA Opepane PCB 4 Replace the SA Main PCB Nothing is displayed on the LCD 1 Is the printer in standby mode the LED lights in green 2 Is the FFC Opepane firmly c...

Page 130: ...ain PCB J14 To Interface Board Optional To Unit Power Supply Front To SA Opepane PCB J10 J12 J13 J2 To SA TRA Sen PCB To SA Ref Sensor PCB To SA Relay PCB To SA Head To thermistor of SA PF Motor To SA PF Motor Ethernet To SA Head Up Sensor PCB J301 SA Relay PCB To SA Main PCB Front To Peeler Optional J303 J302 J304 Not used To Cutter Optional ...

Page 131: ...Chapter 5 Parts Lists 5 1 CL E720DT CHAPTER 5 PARTS LISTS ...

Page 132: ...wing No 2 Parts List Location for Unit Base 5 9 Drawing No 3 Parts List Location for Unit Mechanism 5 13 Drawing No 4 Parts List Location for Unit Head 5 16 Drawing No 5 Parts List Location for Unit PF 5 20 Drawing No 6 Parts List Location for Unit Sensor U 5 24 Drawing No 7 Parts List Location for Unit Opepane 5 28 Drawing No 8 Parts List Location for Accessories 5 31 ...

Page 133: ...Chapter 5 Parts Lists 5 3 CL E720DT CL E720DT Recommended Spare Parts List Revision Up List Sheet No Rev No Date 1 1 0 Mar 20 2015 ...

Page 134: ... 1 2 8 PWT20011 0 Unit Power Supply 1 2 2 13 1 PPS00152 0 SA Main PCB 200ENG 1 For CSA CSE 3 2 13 2 PPS00218 0 SA Main PCB 200CHN 1 For CHINA 4 3 9 PPK90020 0 SA Platen 1 5 4 6 PPM80015 0 SA Head 200dpi 1 6 5 1 PPF80010 0 SA PF Motor with Thermistor 1 7 5 11 JM66730 1 SA Ref Sensor PCB 1 8 6 1 JM66715 1 SA Head Up Sensor PCB 1 9 6 10 JM66725 0 SA TRA Sen PCB 1 10 11 12 13 14 15 16 17 18 19 20 ...

Page 135: ...Chapter 5 Parts Lists 5 5 CL E720DT CL E720DT Drawing No 1 Parts List Location for General Assembly Revision Up List Sheet No Rev No Date 1 2 0 Mar 20 2015 2 2 0 Mar 20 2015 ...

Page 136: ...5 Parts Lists CL E720DT 5 6 DRAWING NO 1 General Assembly Rev 0 25 26 30 12 20 22 14 13 11 23 24 28 27 8 7 6 5 10 9 9 30 17 16 15 13 19 18 21 3 2 29 4 26 26 26 26 27 27 27 29 29 26 26 27 26 27 27 27 1 DRAW NO 7 ...

Page 137: ... 5 Cover Front Top PBA00096 0 1 6 Cover Window PRC70011 0 1 7 SA Top Cover PPA00038 0 1 8 Cover Hinge JN56209 0 2 9 Hinge JN59909 0 2 10 Plate Hinge L PAC70075 0 1 11 Cover Steel Rear PAA00008 0 1 12 Cover Lever PAC80001 0 1 13 Spring Damper PJG60007 0 2 14 SA Damper Shaft PPG40002 0 1 15 Plate Holder Paper L PAC70072 0 1 16 Plate Hinge R PAC70076 0 1 17 Cover Steel R PAA00007 0 1 18 Cover PF Moto...

Page 138: ...nit Opepane 1 Ref Drawing No 7 22 Plate Holder Paper R PAC70073 0 1 23 Label Caution CHINA FB99985 0 1 For CHINA 24 Label Rating E720DT PRX00062 0 1 25 Screw NO2 BH M3 0x12D E12830 120DF 1 26 Screw BH M3 0x4 NI E00530 040WF 18 27 Screw BH M3 0x5K E00530 050KF 11 28 Screw BH M3 0x8D E12830 080DF 2 29 Screw BH M3 0x6 NI E00530 060WF 5 30 Screw PH SW PW M4x6 E00940 060F 4 ...

Page 139: ...Chapter 5 Parts Lists 5 9 CL E720DT CL E720DT Drawing No 2 Parts List Location for Unit Base Revision Up List Sheet No Rev No Date 1 2 0 Mar 20 2015 2 2 0 Mar 20 2015 ...

Page 140: ...Chapter 5 Parts Lists CL E720DT 5 10 DRAWING NO 2 Unit Base Rev 0 13 1 13 2 11 12 22 23 14 15 16 6 10 7 19 17 24 18 2 1 3 4 8 9 20 19 19 19 19 19 19 19 19 19 21 19 18 19 5 DRAW NO 3 ...

Page 141: ... 0 1 6 Cover Power PCB PAC80021 0 1 7 SA Power Cable PPS30049 0 1 8 Unit Power Supply PWT20011 0 1 9 Sheet Insulation Power PCB PRC00016 0 1 10 Plate Power PCB PAC70071 0 1 11 Plate I F Cover TA54107 1 1 12 Plate Main PCB PAC70074 0 1 13 1 SA Main PCB 200ENG PPS00152 0 1 For CSA CSE 13 2 SA Main PCB 200CHN PPS00218 0 1 For CHINA 14 SA Power SW Cable PPS30050 0 1 15 Cover Plate Inlet PBC80048 0 1 1...

Page 142: ...t Base Sheet No 2 2 Drawing No 2 Rev No 0 Location Part Name Part No Q ty Unit Remarks 2 20 Screw BH M3 0x6 NI E00530 060WF 3 21 Screw PH SW PW M3x5 E04030 050F 4 22 Screw NO2 FH M3 0x6 NI E00230 060WF 2 23 Screw PH SW PW M4x6 E00940 060F 1 24 Screw BH M3 0x8 E00530 080F 4 ...

Page 143: ...Chapter 5 Parts Lists 5 13 CL E720DT CL E720DT Drawing No 3 Parts List Location for Unit Mechanism Revision Up List Sheet No Rev No Date 1 1 0 Mar 20 2015 ...

Page 144: ...Chapter 5 Parts Lists CL E720DT 5 14 DRAWING NO 3 Unit Mechanism Rev 0 7 2 3 6 1 5 14 9 13 4 10 12 8 DRAW NO 4 DRAW NO 5 DRAW NO 6 11 ...

Page 145: ...er JM42007 0 1 3 Unit Head 1 Ref Drawing No 4 4 Label Heat Caution 02 TZ99913 0 1 5 Label Head Balance JM99981 0 1 6 Label Head Adjust JM99982 0 1 7 Spring Head Up JM13601 0 1 8 SA Platen PPK90020 0 1 9 Unit PF 1 Ref Drawing No 5 10 Unit Sensor U 1 Ref Drawing No 6 11 Screw BH M3 0x4 NI E00530 040WF 1 12 Screw NO2 PH SW PW M4 0x16 NI E00940 160WF 1 13 E Ring 4 0 E60340 000F 1 14 Screw BH M2 0x4 NI...

Page 146: ...Chapter 5 Parts Lists CL E720DT 5 16 CL E720DT Drawing No 4 Parts List Location for Unit Head Revision Up List Sheet No Rev No Date 1 2 0 Mar 20 2015 2 2 0 Mar 20 2015 ...

Page 147: ...Chapter 5 Parts Lists 5 17 CL E720DT DRAWING NO 4 Unit Head Rev 0 1 23 2 3 25 6 7 8 24 9 10 12 19 20 21 1 4 26 26 26 26 13 14 15 16 17 18 29 30 11 27 28 5 23 26 22 23 ...

Page 148: ... 6 SA Head 200dpi PPM80015 0 1 7 Spring Head L JM13603 0 1 8 SA Head Holder Base JM14704 1 1 9 Holder Guide Sensor U JM14211 0 1 10 Lever Head Balance JM14203 0 1 11 Sheet Cable Protect PRA90017 0 1 12 Spring Head R JM13602 0 1 13 SA Lever Head Adjust 2 PPC90003 0 1 14 Spring Head Holder PJG60051 0 1 15 Guide Head Adjust Spring JM14204 0 1 16 Cam Head Adjust JM19201 0 1 17 Lever Head Adjust2 JM142...

Page 149: ...de Head Cable JM14212 1 1 22 SA HD Earth Wire JM67750 2 1 23 Screw BH M3 0x3 NI E00530 030WF 2 24 Screw BH M3 0x4 NI E00530 040WF 1 25 Screw PH M3 0x8 NI E00130 080WF 1 26 Screw BH M3 0x6 NI E00530 060WF 6 27 Screw PHT 2 M3 0x8 NI E10130 080WF 1 28 Washer Plain 3x8x0 5 E50130 005WF 1 29 Screw NO1 PHT M2 0x6 NI E10120 060WF 1 30 Washer Plain 2x5x0 3 NI E50120 003WF 1 ...

Page 150: ...Chapter 5 Parts Lists CL E720DT 5 20 CL E720DT Drawing No 5 Parts List Location for Unit PF Revision Up List Sheet No Rev No Date 1 2 0 Mar 20 2015 2 2 0 Mar 20 2015 ...

Page 151: ...Chapter 5 Parts Lists 5 21 CL E720DT DRAWING NO 5 Unit PF Rev 0 12 3 7 2 26 1 19 18 9 6 27 27 28 28 5 27 25 28 26 26 4 18 29 29 11 14 13 10 17 23 31 22 20 26 21 8 16 15 26 26 26 32 30 24 ...

Page 152: ... PBF00077 0 1 6 Gear PF 2 PBF00076 0 1 7 Label Mark JM99978 02 1 8 Plate Peeler JM44105 03 1 9 Holder Adjust Sensor L PBE00067 0 1 10 Guide Paper Set PBM30040 0 1 11 SA Ref Sensor PCB JM66730 10 1 12 SA Ref Sensor Cable PPS30044 0 1 13 Plate Adj Sen L Spring PAE00040 0 1 14 Spring Adjust Sensor L PJG60084 0 1 15 Spring Friction Sen PG JM23604 0 1 16 Plate Friction PG JM24117 0 1 17 Shaft Sensor Gu...

Page 153: ...2 Lever Head Lock JM44203 0 1 23 Spring Head Lock JM43601 0 1 24 Cover Paper Sensor JM24107 0 1 25 Sponge Peeler Plate JM57101 0 1 26 Screw BH M3 0x4 NI E00530 040WF 11 27 Washer Plain 5 2x10x0 25 PAH40005 00 6 28 E Ring 4 0 E60340 000F 3 29 Screw NO 0 PHT BT 1 M2 0x3 E11920 030F 2 30 Screw NoO PH 4 0 3 M2x3 NI E03920 030WF 1 31 E Ring 2 5 E60325 000F 1 32 Screw NO0 TFH M2 6x4 NI E01626 040WF 1 ...

Page 154: ...Chapter 5 Parts Lists CL E720DT 5 24 CL E720DT Drawing No 6 Parts List Location for Unit Sensor U Revision Up List Sheet No Rev No Date 1 2 0 Mar 20 2015 2 2 0 Mar 20 2015 ...

Page 155: ...Chapter 5 Parts Lists 5 25 CL E720DT DRAWING NO 6 Unit Sensor U Rev 0 6 11 18 5 1 4 2 3 10 21 13 21 12 20 9 23 19 8 7 14 22 16 17 15 ...

Page 156: ...00 6 Cap Sensor Frame L JM24210 0 1 7 Holder Sensor U PBE00068 0 1 8 Cap Sensor Cable U JM24212 0 1 9 Spring Friction Sen U JM23605 0 1 10 SA TRA Sen PCB JM66725 0 1 11 Tape Sensor Cable U JM24105 0 1 12 FFC TRA Sensor PSS40016 0 1 13 Leaf Adjust Sensor U PAG60014 0 1 14 Plate Sensor Holder U PAC70079 0 1 15 Cap Sensor Frame R PBH20010 0 1 16 Sheet Cable Support A JM24114 0 1 17 Sheet Cable Suppor...

Page 157: ... LIST for CL E720DT TITLE Unit Sensor U Sheet No 2 2 Drawing No 6 Rev No 0 Location Part Name Part No Q ty Unit Remarks 6 21 Screw NO 0 TFH PT4 0 5 M2 0x4 E15920 040WF 2 22 Screw BH M3 0x6 NI E00530 060WF 1 23 Plate Friction Sen U PRA80005 0 1 ...

Page 158: ...Chapter 5 Parts Lists CL E720DT 5 28 CL E720DT Drawing No 7 Parts List Location for Unit Opepane Revision Up List Sheet No Rev No Date 1 1 0 Mar 20 2015 ...

Page 159: ...Chapter 5 Parts Lists 5 29 CL E720DT DRAWING NO 7 Unit Opepane Rev 0 ...

Page 160: ...t No Q ty Unit Remarks 7 1 Sheet Ope Pane PRN30010 0 1 2 Cover LCD PBA10002 0 1 3 Cover Ope Pane PBA00095 0 1 4 Holder Ope Pane Cover PAE00041 0 1 5 Window LED PBA10038 0 1 6 Key Ope Pane PBA10037 0 1 7 SA Opepane PCB PPS00157 0 1 8 Spacer Screw PAH40008 0 2 9 Screw NO 0PH 4 0 3 M2 0x3 NI E03920 030WF 1 10 Screw BH PT M2 0x8 E12820 080F 2 ...

Page 161: ...Chapter 5 Parts Lists 5 31 CL E720DT CL E720DT Drawing No 8 Parts List Location for Accessories Revision Up List Sheet No Rev No Date 1 1 0 Mar 20 2015 ...

Page 162: ...Chapter 5 Parts Lists CL E720DT 5 32 DRAWING NO 8 Accessories Rev 0 3 2 1 1 1 2 1 3 ...

Page 163: ...Unit Remarks 8 1 1 Cord Set CS87 00004605 1 For CSA 1 2 Cord Set CS87 00004848 1 For CSE 1 3 Cord Set CS87 00004611 1 For CHINA 2 Shaft Paper PBM30041 0 1 3 SA Paper Flange PPM30010 1 1 Cleaner Head JM79904 0 1 Manual User s CD R PXY90034 0 1 Guide Quick Start PXZ00117 0 1 Safety Instructions CL E720 PXZ00120 0 1 Label Paper Accessory JN79902 0 1 ...

Page 164: ...Chapter 6 Circuit Diagrams 6 1 CL E720DT CHAPTER 6 CIRCUIT DIAGRAMS ...

Page 165: ... 5 12 FPGA 6 7 SA Main PCB 6 12 Head Opepane Buzzer 6 8 SA Main PCB 7 12 Ribbon Cutter Peeler 6 9 SA Main PCB 8 12 PF Motor Drive Option I F 6 10 SA Main PCB 9 12 Media Sensors Head Up Sensor 6 11 SA Main PCB 10 12 USB I F DAC 6 12 SA Main PCB 11 12 Power Supply 6 13 SA Main PCB 12 12 LAN I F 6 14 SA Opepane PCB 6 15 SA Relay PCB 6 16 SA Ref Sensor PCB 6 17 SA TRA Sen PCB 6 18 SA Head Up Sensor PC...

Page 166: ...4 S P P N O M A R T V 3 3 1 C N 2 3 S N E S U D H D N G V 3 3 1 P U D A E H A S E L B A C S N E S 6 4 0 0 3 S P P 2 3 R I P B C P S N E S P U D A E H A S F 5 1 7 6 6 M J D N G 3 V 3 3 1 S N E S U D H 2 1 0 2 N C D N G 5 4 V 4 2 D N G 6 1 D N G 3 D N G V 4 2 V 4 2 V 4 2 8 9 E V A S R W P 2 7 3 1 J R E W O P T I N U Y L P P U S 1 1 0 0 2 T W P R E W O P A S E L B A C 9 4 0 0 3 S P P C D C A R E T R ...

Page 167: ...D P S 1 _ D C _ D S D C _ C M M K L C T X E _ 0 D C L 0 _ 7 P 0 K C S _ I C S 4 A T A D _ 0 V 0 5 6 N O C T _ 0 D C L 2 S T R 5 Q R I 1 _ 2 D _ D S 2 D _ C M M U U M Q D 3 E W 7 _ 7 P 1 S T R 1 S T C _ I C S 9 5 A 1 C O I T 3 K C S 5 Q R I C N Y S V _ 0 V D 1 S W I S S 5 2 A 9 _ 7 P 1 6 A T U O X _ O I D U A 3 D x T 2 K C S K L C _ N A C 1 D x R I S S 0 K C A D 1 1 _ 7 P 3 T U O X _ O I D U 3 6 X ...

Page 168: ...3 9 6 0 1 _ C C V P 6 0 1 9 0 1 _ S S V 9 0 1 1 1 1 _ C C V 1 1 1 8 1 1 _ S S V 8 1 1 1 2 1 _ C C V 1 2 1 3 2 1 _ S S V 3 2 1 5 2 1 _ C C V P 5 2 1 8 2 1 _ S S V 8 2 1 0 3 1 _ C C V P 0 3 1 4 3 1 _ S S V 4 3 1 6 3 1 _ C C V P 6 3 1 0 4 1 _ S S V 0 4 1 3 4 1 _ C C V 3 4 1 5 4 1 _ S S V 5 4 1 7 4 1 _ C C V P 7 4 1 2 6 1 _ S S V 2 6 1 0 7 1 _ C C V D B S U 0 7 1 1 7 1 _ S S V D B S U 1 7 1 2 7 1 _ C ...

Page 169: ...1 0 A B 0 2 1 A B 1 2 P A 0 1 A 2 2 0 A 3 2 1 A 4 2 2 A 5 2 3 A 6 2 4 A 9 2 5 A 0 3 6 A 1 3 7 A 2 3 8 A 3 3 9 A 4 3 1 1 A 5 3 2 1 A 6 3 E K C 7 3 K L C 8 3 M Q D U 9 3 C N 0 4 8 Q D 2 4 9 Q D 4 4 0 1 Q D 5 4 1 1 Q D 7 4 2 1 Q D 8 4 3 1 Q D 0 5 4 1 Q D 1 5 5 1 Q D 3 5 2 Q D 5 3 Q D 7 0 6 2 R 8 A R 3 3 8 5 1 T C46 0 1u B16 9 3 C 6 1 B u 1 0 2 2 R k 2 2 2 5 1 T B 4 U G I 6 C S T 5 6 1 A 3 6 M E 1 D D...

Page 170: ... _ T N I C C V 9 J 0 1 J _ T N I C C V 0 1 J 3 E _ 1 O I C C V 3 E 3 G _ 1 O I C C V 3 G 2 E _ D N G 2 E 4 G _ D N G 4 G 3 K _ 2 O I C C V 3 K 3 M _ 2 O I C C V 3 M 4 K _ D N G 4 K 4 M _ D N G 4 M 4 P _ 3 O I C C V 4 P 7 P _ 3 O I C C V 7 P 5 P _ D N G 5 P 7 N _ D N G 7 N 1 T _ 3 O I C C V 1 T 2 R _ D N G 2 R 0 1 P _ 4 O I C C V 0 1 P 3 1 P _ 4 O I C C V 3 1 P 6 1 T _ 4 O I C C V 6 1 T 0 1 N _ D N...

Page 171: ...5 T S R D C L n 5 S C D C L n 5 E T I H W _ L K B D C L 2 E G N A R O _ L K B D C L 2 0 W S n 2 1 W S n 2 2 W S n 2 3 W S n 2 G _ 0 D E L 2 5 1 3 T 1 6 4 T 2 5 R 1 k 4 2 4 5 R 1 k 8 1 8 8 C 6 1 B u 1 0 3 J 0 0 8 3 0 1 7 1 1 2 3 2 6 4 0 1 2 3 4 5 6 7 8 9 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 4 Q M T 4 1 1 C T D 9 0 3 T 2 8 1 D B 5 1 M L B 1 L 9 1 3 T 8 1 3 T 1 Q M E 4 1 1 A T D C92 1000p B50 3 6 1 R k 1 ...

Page 172: ... E S B I R 2 2 R _ S N E S B I R 2 C N E _ S N E S B I R 2 B I R P M T 5 2 0 N O C T U C 5 1 N O C T U C 5 P H T U C 5 T U C P M T 5 2 0 P Y T P C 5 1 P Y T P C 5 L E E P S N S 2 6 6 R 1 k 3 3 8 2 3 T 3 0 1 C 0 1 B u 1 k 1 5 6 R 1 4 3 T 1 0 1 C 6 1 B u 1 0 4 J T 0 0 4 2 P 2 5 0 2 1 2 3 4 5 6 7 8 9 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 1 0 2 1 2 2 2 3 2 4 2 8 9 C 0 5 B p 0 0 0 1 4 7 R k 0 1 3 3 3 T...

Page 173: ...I N I n 5 S T R Y S U B 5 R T D K C A n 5 T L U A F n 5 T C L S 5 E P 5 T U O W S D 5 F I T S R n 2 1 2 K C S F I 2 I S D X R F I 2 R I D O S D X T F I 2 2 1 1 C 0 5 B u 1 0 2 L 1 7 4 G K 8 1 M L B 7 5 3 T 4 2 1 C 0 5 F u 2 2 0 1 5 3 T R90 300k 3 6 3 T 1 1 1 C 0 5 H C p 0 0 1 C119 100p CH100 R89 300k 7 4 1 9 R 6 Q M T 4 1 1 C T D 1 8 R k 2 2 5 D 1 0 0 1 P B X 1 2 3 4 5 6 0 5 3 T 7 2 1 C 0 1 B u 1 ...

Page 174: ...M E 4 1 1 C T D 7 Q 8 5 6 5 C S 2 A 4 1 U A N 7 9 R 1 k 0 0 1 0 0 1 0 0 1 R 1 1 Q M E 4 1 1 C T D 4 9 R 2 1 0 2 1 5 7 6 7 3 T 0 7 3 T B 4 1 U A N 9 7 3 T 2 7 3 T 8 7 3 T k 1 6 0 1 R C 4 1 U A N V 4 V 8 2 3 1 C 0 5 B p 0 0 0 1 5 0 1 R 2 1 0 2 1 0 2 1 5 7 3 T 9 Q M E 4 1 1 C T D 0 3 1 C 0 5 B p 0 0 0 1 4 0 1 R k 2 2 0 0 1 9 9 R 0 8 3 T 6 9 R 1 k 9 3 1 0 1 R 1 k 0 2 8 9 R 1 k 2 6 0 1 J T 0 0 3 0 P 2 ...

Page 175: ...5 9 3 T 9 3 1 C 0 5 B p 0 0 0 1 5 1 1 R 1 k 0 3 7 D 1 0 0 1 P B X 1 2 3 4 5 6 6 6 1 R k 1 0 4 1 C 0 5 B p 0 0 0 1 4 8 3 T 7 0 1 R 1 k 0 2 6 8 3 T 4 9 3 T 2 1 J 0 0 4 0 0 0 2 1 5 1 S U B V 1 D 2 D 3 D N G 4 D L H S 5 8 0 1 R k 7 4 6 3 1 C 0 1 B u 1 6 9 3 T 9 8 3 T 6 1 1 R k 0 0 1 C 5 1 U M V F S 3 0 9 2 A B V 4 V 8 7 4 3 1 1 R 9 9 3 T 8 1 1 R 1 k 0 3 3 1 Q M T 5 1 1 C T D 2 4 1 C 0 5 B p 0 0 0 1 6 ...

Page 176: ... R 2 1 0 2 0 1 2 Q 2 4 3 6 H C M 4 3 5 1 2 6 4 2 4 T 0 3 4 T 4 3 1 R k 1 5 1 4 T 9 2 4 T 9 L H u 7 4 3 2 Q M T 5 1 1 A T D 7 0 4 T 2 3 4 T 9 D 0 6 L 0 5 0 B R 6 5 1 C 0 1 B u 1 2 5 1 C 0 5 B u 2 2 0 M 1 0 4 1 R 5 5 1 C 0 5 B u 1 0 5 0 4 T 3 5 1 R k 0 0 1 2 5 1 R 2 1 0 2 0 8 1 4 T 5 3 4 T 0 2 4 T 3 1 4 T 0 6 1 C 0 1 B u 0 1 6 2 4 T 6 1 Q M E 4 1 1 C T D 8 2 4 T 8 1 Q L 3 M 6 0 S 5 1 J T 7 2 4 T 0 1...

Page 177: ... D V 3 M X R 4 P X R 5 M X T 6 P X T 7 O X 8 XI 9 REXT 10 MDIO 11 MDC 12 RXD3 13 RXD2 14 RXD1 15 RXD0 16 O I D D V 7 1 V D X R 8 1 C X R 9 1 R E X R 0 2 P R T N I 1 2 C X T 2 2 N E X T 3 2 0 D X T 4 2 TXD1 25 TXD2 26 TXD3 27 COL 28 CRS 29 LED0 30 LED1 31 nRST 32 3 5 4 T 9 4 4 T 5 7 1 C 6 1 B u 0 1 2 7 1 C 6 1 B u 1 0 k 1 2 6 1 R 1 1 L 2 8 1 D B 5 1 M L B 0 7 1 C 6 1 B u 1 0 6 7 1 C 0 5 B p 0 0 0 1...

Page 178: ...X u 2 2 6 0 2 T 5 0 2 T 1 0 2 T 7 0 2 T 7 1 2 T 7 0 2 R k 3 3 3 2 2 T 8 1 2 T 5 1 0 2 W S 5 3 T 6 1 6 1 W S T 2 2 2 T 9 0 2 R 8 0 6 1 0 0 2 0 5 p 0 0 0 1 6 0 2 C 9 2 2 T 3 1 2 T 0 5 p 0 0 0 1 7 0 2 C 0 5 p 0 0 0 1 1 0 2 C 6 1 u 2 2 1 1 2 C 0 3 2 T 2 0 2 D A P 0 5 p 0 0 0 1 5 0 2 C 6 2 2 T 5 3 0 2 W S 5 3 T 6 1 6 1 W S T 0 5 0 2 R 2 1 2 T 7 3 2 T 5 3 2 T 2 0 2 J 9 2 8 0 4 3 8 1 0 0 6 2 6 8 0 1 2 3 ...

Page 179: ... P O D N G D N G D N G C N D N G 1 _ E P Y T N O I T P O O I 5 V S N E S R E L E E P O I 3 V O I 5 V T M V T M V R _ P E T S _ B I R R _ R I D _ B I R R _ T M _ B I R _ A D B N E _ T M _ B I R L T C N A F 1 R _ S N E S _ B I R 2 R _ S N E S _ B I R C N E _ S N E S _ B I R B I R _ P M T D N G D N G D N G R E T T U C R E L E E P N O B B I R T M V O I 5 V O I 3 V T M V O I 5 V O I 3 V O I 5 V T M V 4...

Page 180: ... SA Ref Sensor PCB 1 2 3 4 5 6 7 8 A B C D 8 7 6 5 4 3 2 1 D C B A Title Number Revision Size A4 Date Sheet of File Drawn By A REFLECTIVE SENSOR PCB 1 1 JM66730 CN501 CHP1505 0101 D502 GL100MN0MP D501 GL100MN0MP TR501 PT100MC0MP V3R3 1 2 3 4 5 ...

Page 181: ...rams CL E720DT 6 18 SA TRA Sen PCB 1 2 3 4 5 6 7 8 A B C D 8 7 6 5 4 3 2 1 D C B A Title Number Revision Size A4 Date Sheet of File Drawn By A TRANSPARENT SENSOR PCB 1 1 JM66725 TR401 PT4800F6 CN401 03FMS 1 0SP TF V3R3 1 2 3 ...

Page 182: ...L E720DT SA Head Up Sensor PCB 1 2 3 4 5 6 7 8 A B C D 8 7 6 5 4 3 2 1 D C B A Title Number Revision Size A4 Date Sheet of File Drawn By A HEAD UP SENSOR PCB 1 1 JM66715 PI201 SG 278 C201 1000p C202 1000p CN201 S3B PH K S 1 2 3 4 1 2 3 ...

Page 183: ...Appendices AP 1 CL E720DT APPENDICES ...

Page 184: ... E720DT AP 2 APPENDICES TABLE OF CONTENTS A Mounting Diagrams AP 3 A 1 SA Main PCB AP 3 A 2 SA Opepane PCB AP 5 A 3 SA Relay PCB AP 5 A 4 SA Ref Sensor PCB AP 5 A 5 SA TRA Sen PCB AP 5 A 6 SA Head Up Sensor PCB AP 6 ...

Page 185: ...Appendices A Mounting Diagrams AP 3 CL E720DT A Mounting Diagrams A 1 SA Main PCB 1 Parts side ...

Page 186: ...Appendices A Mounting Diagrams CL E720DT AP 4 2 Solder side ...

Page 187: ...Appendices A Mounting Diagrams AP 5 CL E720DT A 2 SA Opepane PCB 1 Parts side 2 Solder side A 3 SA Relay PCB A 4 SA Ref Sensor PCB A 5 SA TRA Sen PCB D502 D501 TR501 A A C K K E CN501 C TR401 CN401 E 01 ...

Page 188: ...Appendices A Mounting Diagrams CL E720DT AP 6 A 6 SA Head Up Sensor PCB 1 Parts side 2 Solder side 1 2 3 4 1 3 CN201 PI201 C202 C201 ...

Page 189: ...ch Brücken 17 Park House 643 651 Staines Road 70329 Stuttgart Feltham Middlesex TW14 8PA Germany United Kingdom Tel 49 0 711 49032 0 Tel 44 0 20 8893 1900 Fax 49 0 711 49032 45 Fax 44 0 20 8893 0080 http www citizen europe com 6 1 12 Tanashi cho Nishi Tokyo shi Tokyo 188 8511 Japan Tel 81 0 42 468 4608 Fax 81 0 42 468 4687 http www citizen systems co jp ...

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