AGFA ANAPURNA MV Technical Manual Download

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102

DESCRTION OF DIRVER PARAMETER

OF SERVO MOTOR-3

46
47
48
49
50
51
52
53
54

For manufacturer setting

0000

*OP6

Function selection 6

0000

For manufacturer setting

0000

*OP8

Function selection 8

0000

*OP9

Function selection 9

0000

*OPA Function selection A

0000

For manufacturer setting

0000

NH1

Machine resonance suppression filter 1

0000

NH2

Machine resonance suppression filter 2

0000

LPF

Low-pass filter, adaptive vibration suppression control

0000

GD2B Ratio of load inertia moment to Servo motor inertia moment

0.1 times

PG2B Position control gain 2 changing ratio

100

％

100

VG2B

Speed control gain 2 changing ratio

100

％

100

120

VICB

Speed integral compensation changing ratio

100

％

100

*CDP

Gain changing selection

0000

CDS

Gain changing condition

(Note)

×10

STM ㎛

×10

STM ㎛

×10

STM ㎛

×10

STM ㎛

Software limit +

Software limit -

Position range outpot a

Position range outpot address -

*LMP

*LMN

*LPP

*LNP

Summary of Contents for ANAPURNA MV

Page 1: ...1 AB Technical Manual Technical Manual ANAPURNA MV ANAPURNA MV AMV 1606 080531 V1 0 ...

Page 2: ...t Content 1 How to Install 3 2 Exterior Appearance Specification 15 3 How to Use List of Notice in Use 27 4 Error in Output Quality of Printing 94 5 Servo Motor Driver 98 6 Electric Diagram PCB Description 122 ...

Page 3: ...3 MODEL ANAPURNA MV MODEL ANAPURNA MV 1 How to Install 1 How to Install ...

Page 4: ...tromagnetic free space Reasonable temperature in 68 85 20 29 should be kept Humidity in 20 80 as well Requirement for installation 3 This equipment should be installed on horizontal surface in order to get the printing in the best quality 4 The equipment should be run with single grounding 5 In case the safety of working space is required gas ventilation system will be asked and the exhaust duct a...

Page 5: ...h the equipment After checking the left right balance of equipment the equipment should be lifted up slowly Please attention that it is sensitive device for impact Please check a relocating route before carrying by Lifter 1 Dismantle the front and the upper of WOODEN BOX Remove the screw on the Front and Upper with a driver or electric tool 2 After dismantling the packing box the equipment is relo...

Page 6: ...6 How to Install I How to Install I 2 2 Folks of Folk Lifter ...

Page 7: ... line connected to Air compressor or installation place should be mounted on right side of equipment The diameter of Air Inlet Tube is Φ6 The pressure of Compressor is 4 8kgf Capacity of above 2HP 640 kcal hr 760W Air production is over 6 LPM The Compressor must be Oil less product It is recommended that the compressor should be run independently 5 Besides the standard power grounding the print in...

Page 8: ...ain body 2 nd Circuit breaker main breaker S W ON OFF for Main Power 3 rd START S W Operation of printer Warning After printer installation please supply the ink in accordance with How To Install IV In case of not following the procedure or skip some problems related to head block printing error would happen In order for personnel protection in operation of printing must understand the printer by ...

Page 9: ... pump including filter Be careful that a solution should not be smeared on the printer while carrying out solution or ink handing work If smeared on the printer its surface will be discolored STEP 2 Connect ink supplying tube in refill system with tube connector of printer Make sure that the ink tube and connector of printer are tightly connected by the NUT in end of supplying tube Impact can caus...

Page 10: ...e to deflate the air from ink filter of refill part and fill with the ink after being finished automated refill Æ If ink is supplied in the condition that the air in Ink filter is not completely removed overflowing from secondary ink tank will take place due to excess of air quantity Ink Outlet Structure of Sub Ink Tank Level Sensor Air inlet Ink Inlet ...

Page 11: ...all IV How to Install IV 3 HEAD CLEANING INK SUPPLY 3 HEAD CLEANING INK SUPPLY STEP 4 Check the status of printer by turning ON S W of 1st and 2nd circuit breaker S W of 2nd Circuit Breaker S W of 1st Circuit Breaker ...

Page 12: ...ia The closer the head is set to the media the better the quality will be Æ When completing the adjustment of head height move carriage to HOME Position STEP 6 Solution cleaning 1 Make the 6 mini values turn to S direction 2 Also make solution valve turn to S direction 3 Discharge the solution toward the head by pressing purge button How to Install IV How to Install IV 4 HEAD CLEANING INK SUPPLY 4...

Page 13: ...zzle Æ If ink dropping takes place in the Head Nozzle set the value of pressure to between 0 028 0 038 by turning Knob of Pressure Control to UP direction right Standard Pressure is normally measured in the condition of no ink dropping from Nozzle The unit is Kg Æ The surface of each head is cleaned two or three times with Head Cleaner Or use the best cleaner for Konica Head to clean Æ Move the Ca...

Page 14: ...D CLEANING INK SUPPLY STEP 8 After checking machine setting make RTL FILE from image file for printing Æ Create a desire image in RTL FILL by using RIP PROGRAM Æ Print out RPL FILE in RIP Program Check the trouble shooting if there is any trouble in the quality of printing ...

Page 15: ...15 MODEL MODEL ANAPURNA MV ANAPURNA MV 2 2 Exterior Appearance Specification Exterior Appearance Specification ...

Page 16: ...16 ANAPURNA MV ANAPURNA MV FRONT VIEW FRONT VIEW Exterior Size 3 500mm 1 520mm 1 600mm MAX PRINT WIDTH 1 597mm ...

Page 17: ...ting signal Auto lifting System Max Media 50mm High Resolution in Printing KONICA HEAD INSTALLED KM512 14PL Stable Ink Supplying System Ink Jetting Control by Voltage Controller in Head Jet Auto Heating Device Auto Ink Supplying Device Auto Media Feeding Device Auto Suction System Auto Capping System Flat Bed Roll to Roll Hybrid Printer ...

Page 18: ...Weight 1 600 mm Max Printing Width SINGLE PHASE 220V 10 50 60Hz AC Input Voltage SP RTL HP RTL EMULATION Command Language QUALITY MODE NORMAL MODE Print Speed 6 10 sqm hr 13 17 sqm hr DOD PIEZO ELECTRIC TECHNOLOGY Printing Technology CARRIAGE AC SERVO MOTOR FEED AC SERVO MOTOR CARRIAGE AC SERVO MOTOR FEED AC SERVO MOTOR Motor Type 256MB Memory 32BIT RISC CPU 6 HEADS KONICA 512 14PL Number of Print...

Page 19: ...19 ANAPURNA MV ANAPURNA MV BLOCK DIAGRAM BLOCK DIAGRAM ...

Page 20: ...20 INK SUPPLY FLOW DIAGRAM INK SUPPLY FLOW DIAGRAM Vacuum pressure device HEAD AIR SUB TANK FLOAT SENSOR SOLUTION BAR AIR FILTER MAIN TANK INK PUMP INK FILTER 3 WAY SOLUTION VALVE ...

Page 21: ...21 CODE STRIP CODE STRIP The Print Resolution was improved by CODE STRIP 180 dpi LM Rail Code Strip Home Sensor B K ...

Page 22: ...22 STRUCTURE OF BOX BEAM STRUCTURE OF BOX BEAM Easy Moving Carriage Structure in Box Beam LM GUIDE 2EA USE Timing belt Shock absorber Box Beam L LM Rail Box Beam R Code Strip Home Sensor B K ...

Page 23: ...23 STRUCTURE OF PLATEN STRUCTURE OF PLATEN Designed for easily using the Plate Origin Point Fix Air Cylinder attached Platen for Flat Roll Type BAR for Origin Point Fixing ...

Page 24: ...24 STRUCTURE OF FRONT ROLL BAR STRUCTURE OF FRONT ROLL BAR ROLL BAR IN FRONT MEDIA ...

Page 25: ...25 STRUCTURE OF REAL ROLL BAR STRUCTURE OF REAL ROLL BAR The tension of media should be maintained equally with the roll bar in the rear ...

Page 26: ...26 STRUCTURE of CONTROL BOX STRUCTURE of CONTROL BOX The PCB assembled with three SUB PCBs was designed for easy to attach and detach ...

Page 27: ...27 MODEL MODEL ANAPURNA MV ANAPURNA MV 3 How to Use and List of Notice in Use 3 How to Use and List of Notice in Use ...

Page 28: ...uld be checked during the first installation in order to keep the printer in stable condition 2 Maintain the grounding Required for stable system maintenance Æ Should be checked during the first installation in order to keep the printer in stable system 3 Code Strip Æ Once a week need to be cleaned with head cleaner to secure stable printing ...

Page 29: ...ENERAL KEEPING GENERAL LIST OF NOTICE 4 Check the Terminal of UV LAMP POWER Æ Check voltage frequency 230V 60Hz A 1 203V 50Hz A 2 203V 60Hz B 1 230V 50Hz B 2 230V 60Hz 5 Check the sensor sensitivity of MAIN TANK Æ When ink is short BUZZER beeps ...

Page 30: ...ENERAL LIST OF NOTICE GENERAL KEEPING GENERAL LIST OF NOTICE 6 Check INK FILTER Æ After filling the ink into MAIN INK TANK deflate the air in the filter 7 Check INK SUPPLYING HOSE Æ Check ink supplying hose for each color ...

Page 31: ... GERNAL LIST OF NOTICE 8 Check the sensor in Waste Ink Tank Æ The message of Waste Full purge will be displayed on the LCD and also check the Buzzer 9 Check the SOLUTION TANK Æ Check amount of solution in the tank of MAIN SUB SOLUTION ERROR Waste Full Purge ...

Page 32: ...NERAL LIST OF NOTICE GENERAL KEEPING GENERAL LIST OF NOTICE 10 Check the voltage of CARRIAGE PCB Æ Check accurate setting of voltage at each head 11 Check the pressure in air tank Æ Check the pressure of 4 6 kgf in Air Tank ...

Page 33: ... GENERAL KEEPING GENERAL LIST OF NOTICE 12 Check the Parameter of SERVO MOTOR DRIVER Æ Check the value of FEED CARRIAGE SERVO MOTOR DRIVER 13 Check the Temperature controller Æ Check the Temperature of SUB INK TANK 45C HEADBASE 49C VANISH 40C ...

Page 34: ...upply for each color and ink spilling Æ Make sure not to confuse Magenta with Light Magenta and Cyan with Light Cyan Æ Also please make sure SOLUTION and VANISH INK not to mix to use Æ If the ink is spilled on the surface of machine first clean with a small amount of solution and then clean again with alcohol ...

Page 35: ...se Alignment Lamp House Alignment Head Alignment 1 Control right left slope of print head 2 Control up down alignment of print head 3 Use two adjusting bolts and two fixing bolts There are M3 bolt and fix bolt on both front side and back side Alignment Alignment ...

Page 36: ...nment of Head Base 1 Control right left alignment of head base 2 Control front rear alignment of head base 3 Use two adjustment blocks There is an adjustment block in the left and right side Alignment Alignment ...

Page 37: ...37 3 Alignment of Lamp House 1 Control device for left right alignment of Lamp House 2 Use two adjusting bolts for the left right control Alignment Alignment Adjustment bolt in the Right Left ...

Page 38: ... solution once or more a day Æ If machine is on if print in operation more than 1 hr and if run for 20 h the pursing process will help the head nozzle to protect Æ If power is off in operating the solution must be filled in within a short time in order to protect the Head Æ If power is OFF should do capping after cleaning the head solution 3 Before turning on the power of printer should check ON s...

Page 39: ... all the breaker C B turn on the S W of main breaker C B 5 Verify the status by turning ON FF the S W of each breaker 6 Take out DC connector going to the Main and the Head 7 Verify the status of printer by supplying power to each part Turn on head power motor power and the power of main body in sequence 8 Verify whether the DC Power is normal or not by turning ON OFF the power of controller 9 Con...

Page 40: ...e of encoder 3 Wipe away dust water oil etc on the Code Strip with clean cloth or flannelette For cleaning do not use acetone benzene solvent or thinner because they can erase the graduations printed on code strip 4 If there is nothing wrong F1 SERVO ON and HOME CHECK is pressed down Then the Carriage will be servo on and check the Home 5 In case the Code Strip needs to be changed due to serious s...

Page 41: ... off of nozzle and ink dropping 3 Remove the water in the filter when the water level reaches upto in the filter of panel of compressor Be cautious that the water should keep away from electric part 4 Remove waste ink that was supplied from sub ink tank 5 Should remove the water by opening the drain valve of air tank at least every other day Cautions If nothing is changed even if the pressure in t...

Page 42: ...ed for easy assembly and disassembly of the Conveyor Belt Separate the valve after removing the pin linking between belts Connect the belts by inserting a pin between them Two persons needs for this work Insert the pin to the end the remain section is fold and then insert into the belt ...

Page 43: ... F4 IP SET F5 NOZZLE TEST F1 BLACK F2 CYAN F3 L_ CYAN F4 MAGENTA F5 YELLOW F6 L_ MAGENTA ENTER ALL F6 PARAMETER CAPPING ON OFF SUCTION Sec OFF from 1sec v to 20 sec SOLUTION Sec OFF from 1 sec v to 20 sec F5 TAKEUP MODE AUT v MAN DIRECTION CW v CCW F2 FRONT CW F3 FRONT CCW F5 REAR CW F6 REAR CCW F6 PARAMETER F1 LOAD from 0 v to 9 F4 SAVE from 0 v to 9 CONTROL HOST v LOCAL DIRECTION UNI v BI C SPEE...

Page 44: ...RIME2 N Q F3 PRIME2 F F1 RUN F2 STEP RUN F4 STOP F4 BELT TEST F5 DIR TEST N Q F6 DIR TEST F PURGE PURGE F1 CAPPING F2 SUCTION F1 CAPPING F2 HEAD VOLATAGE CALIBRATION F3 HEAD VOLTAGE SETTING CALIB F2 SUCTION ESC UNCAPPING CAPPING CAPPING UNCAPPING ESC READY TO POWER OFF ESC UNCAPPING TREE MENU TREE MENU 2 2 ...

Page 45: ...ETTING PASSWORD 164325 F1 HEAD ADJUST F2 HEAD VOLT SETTING F2 PRINT F3 HEAD VOLT CALIB F5 ADJUST END F4 SYSTEM REFERENCE PRINT ORIGIN from 50mm v to 50mm NULL POINT mm from 999mm v to 999mm HEAD GAP REFERENCE from 2 0mm v to 10 0mm F5 HEAD TEMP VOLT F4 HORI ADJUST F2 PRINT VALUE 20 v 20 F5 DIR ADJUST F2 PRIN T VALUE 10 v 10 F4 MODE ESC CLEAR ESC CLEAR VALUE from 0 5mm V to 10 0mm HEAD MOVE Left Ri...

Page 46: ... 1 1 21 19 18 17 16 15 20 ON LINE Key ON LINE Indicator ESC Key F1 Key F2 Key F3 Key F4 Key F5 Key F6 Key TEST Key CALIB Key PURGE Key CAPPING Key PAUSE Key ENTER Key UP Key DOWN Key LEFT Key RIGHT Key LCD DISPLAY 1 6 5 4 3 2 13 12 10 9 8 7 11 14 15 20 19 18 17 16 ...

Page 47: ...y accessed for TEST Menu CALIB Key Key accessed for CALIBRATION Menu PURGE Key key accessed for PURGE Menu Move Carriage to PURGE side CAPPING Key Key accessed for CAPPING Menu PAUSE Key Key for Temporary Function Stop ENTER Key Key for Function Performance Various Parameter Saving UP Key Key for Value up when entering Parameter DOWN Key Key for Value down when entering Parameter LEFT Key Key for ...

Page 48: ...t a time Delay distance of Lamp Shutter Lamp Off Time Display Using Time for left or right Lamp F3 HOME COVER If once open and if press once again close F4 CLEANING IP SET Use it when setting nozzle test and cleaning parameter Should enter IP Address F5 TAKE UP Set the mode by operating the TAKE UP MOTOR manually F6 PARAMETER Use it when setting Printer parameter HOST P S7 1597mm tcp K C M Y lC lM...

Page 49: ... OFF TIME Min 0 99 OFF TIME of LAMP is 0Min 99Min SHUTTER MODE NORMAL BOTH Shutter mode Normal turned ON at the same time DELAY ON OFF 0 99 Position of Shutter Open Close 0 99CM LAMP USE HOUR LEFT 9 4 USE HOUR OF LEFT LAMP 9 4HR 9Hr 24Min RIGHT 28 7 USE HOUR OF RIGHT LAMP 28 7HR 28Hr 42Min USE HOUR of LAMP can be initialized only by engineer when the Lamp is changed UV LAMP SHUTTER UV LAMP MODE ON...

Page 50: ...6142513 in the UV LAMP SHUTTER MODE the LCD window like left will be displayed F1 LEFT Delete accumulated Use Time Of Left Lamp F2 ALL Delete accumulated Use Time of Both Lamp F4 RIGHT Delete accumulated Use Time of Right Lamp After deleting Accumulated Use Time of Lamp returned to MAIN MENU RESET LAMP USE HOUR F1 LEFT RIGHT F4 F2 ALL OFF 1 ...

Page 51: ... for 3 sec It will return to the previous mode the mode of CLEANING IP SET F4 IP SET Enter IP address of printing for example 192 168 1 5 F5 NOZZLE TEST If possible to check jetting of each color if is also possible to check the jetting of all the colors simultaneously F6 PARAMETER Possible to select whether use or not of capping motor section time and operation time of solution capping motor CLEA...

Page 52: ...G IP SET LINE MENU CLEANING IP SET Operation of each function key UP Key DOWN Key Value Change ENTER Key Terminate after saving ESC Key Terminate without saving SAFETY SENSOR ON OFF ON OFF of USER MODE OF SAFETY SENSOR 1 OFF SAFETY SENSOR SAFETY SENSOR OFF 2 ...

Page 53: ...IPTION OFF LINE MENU CLEANING IP SET LINE MENU CLEANING IP SET 3 3 After showing up the current firmware version for 3 second It will return to SET MENU OF CLEANING IP previous mode 1 OFF 2 ANAPURNA M V1 246 TN6 Copyright 2007 ...

Page 54: ...LINE MENU CLEANING IP SET LINE MENU CLEANING IP SET Operation of each function key UP Key DOWN Key Value Change LEFT Key RIGHT Key Shift of item ENTER Key Terminate after saving ESC Key Terminate without saving 1 2 OFF IP SET IP 192 168 1 5 ...

Page 55: ...4 MAGENTA Jetting all the nozzles of Magenta head F5 YELLOW Jetting all the nozzles of Yellow head F6 L_MAGENTA Jetting all the nozzles of Light Magenta head ENTER ALL Jetting all the nozzles of all heads ESC Use it when terminating Nozzle Jetting Will return to CLEANING IP SET MENU previous mode After jetting for 3 sec nozzle jetting it will return to the screen like above 1 OFF 2 NOZZLE TEST F1 ...

Page 56: ...ift of item ENTER Key Terminate after saving ESC Key Terminate without saving CAPPING ON OFF ON OFF of CAPPING MOTOR SUCTION TIME Sec OFF 1 20 SUCTION OPERATION TIME OFF for 1 sec upto 20 sec SOLUTION CAP PUMP Sec OFF 1 20 Operation Time of Solution Capping Motor OFF for 1sec upto 20sec 1 OFF 2 CLEANING PARAMETER SETTING CAPPING ON SUCTION TIME SEC 5 SOLUTION CAP PUMP Sec 8 ...

Page 57: ...rection of front motor CW Clockwise CCW Counter Clockwise F2 FRONT CW Only for the time in pressing down the front motor will be rotated In clockwise F3 FRONT CCW Only for the time in pressing down the front motor will be rotated in counter clockwise F5 REAR CW Only for the time in pressing down the rear motor will be rotated In clockwise F6 REAR CCW Only for the time in pressing down the rear mot...

Page 58: ...N2 360 X 720 dpi N4 360 X 1440 dpi Q2 720 X 360 dpi Q4 720 X 720 dpi Q8 720 X 1440 dpi F1 720 X 360 dpi F2 720 X 720 dpi F4 720 X 1440 dpi Printing in the above modes C SPEED 1 upto 10 standard 7 Speed of Carriage F SPEED 1 upto 5 Standard 1 Speed of feed UNIT MM INCH Unit Inch MM WEEP OFF 1 99 Weeping Time OFF 1 Sec upto 99 MARGIN L 0 999 Margin of Left 0 999 MM N POINT Y N Use N Point Use not us...

Page 59: ...Q Print the PRIME Pattern of 360dpi in length Resolution F3 PRIME 2 F Print PRIME pattern in 720dpi of length Resolution F4 BELT TEST Use it when controlling tension of conveyor belt by rotating F5 DIR TEST N Q Print Bi direction pattern in 320dpi of length resolution F6 DIR TEST F Print bi direction pattern in 720 dpi of length resolution OFF TEST F1 PRIME BELT TEST F4 F2 PRIME 2 N Q DIR TEST N Q...

Page 60: ...F1 RUN The conveyor belt is rotated forward F4 STOP Use it when stopping the rotation of conveyor The conveyor belt keeps rotated until pressing STOP Must press down ESC after pressing STOP F4 Otherwise even if pressing down ESC the belt will keep rotating OFF 1 2 BELT TEST F1 RUN STOP F4 ...

Page 61: ...ctory setting The incorrect setting can cause serious damage to the printer It is the mode that can be accessed after entering password F4 HORI ADJUST Use it when checking or changing the Horizontal Adjustment of the Head F5 DIR ADJUST Use it when checking and changing the direction value in Bi direction printing F6 HEAD GAP Use it when setting the gap between the Media and the Head OFF 1 CALIBRAT...

Page 62: ...ving ESC Key Terminate without saving F2 PRINT Print feeding pattern set in current feeding value The range of setting value is 50 upto 50 If increasing setting value the image will be wider If decreasing the image will overlap If setting with correct feeding value will be able to get the print in a good quality OFF 1 2 FEED CALIBRATION F2 PRINT FEED VALUE 35 ...

Page 63: ...MENU 3 3 Operation of each function key F1 SERVO ON And HOME CHECK After Carriage is servo on do the HOME CHECK Then the carriage will be moved without changing the height of headbase be cautious while in motion OFF 1 CARRIAGE RELEASE F1 SERVO ON And HOME CHECK 2 ...

Page 64: ...NU 4 4 Operation of each function key Enter two different passwords in the entrance space of password First password is to access SYSTEM OPTION TEST MENU PASSWORD INPUT The other password is to access FACTORY SETTING MENU PASSWORD 164325 OFF 1 2 CALIBRATION Password ...

Page 65: ...in full size F2 DIR PRINT N Q Print bi direction pattern in 360dpi of horizontal resolution F4 SYSTEM OPTION Setting whether or not the use of HOME COVER while factory setting F5 HEAD TEMP VOLT Use it when checking status of voltage and temperature of current head OFF 1 SYSTEM OPTION TEST F1 HORI PRINT SYSTEM OPTION F4 F2 DIR PRINT N Q HEAD TEMP VOLT F5 2 ...

Page 66: ... Key Terminate after saving ESC Key Terminate without saving HOME COVER ON OFF If HOME COVER is air cylinder type and only if sensor is attached set ON If HOME COVER is manual type and if there is not sensor set OFF HOME COVER will either be opened or not be closed if OFF Setting Please make sure it OFF 1 2 3 SYSTEM OPTION HOME COVER ON ...

Page 67: ...urrent temperature of each head LEFT The currently permitted voltage is displayed in the left column of each head RIGHT The currently permitted voltage is displayed In the right column of each head OFF 1 2 3 K C M LM LC Y Temp 44 5 44 0 44 0 43 5 44 5 44 0 Left 12 6 12 4 12 9 11 8 11 6 11 6 Right 12 2 12 7 13 0 11 2 11 1 11 8 ...

Page 68: ...adjusting HEAD ALIGMENT ANGLE F2 HEAD VOLT SETTING Set HEAD VOLTAGE F3 HEAD VOLT CALIB It is the mode for adjusting REFERENCE VOLTAGE of CARTRIDGE PCB F4 SYSTEM REFERENCE It is the mode to set reference value of head cap and setting value of printing point and N point F5 TEMP VOLT Use it when checking Temperature of current head and Permitted voltage status OFF 1 2 FACTORY SETTING F1 HEAD ADJUST S...

Page 69: ...ION OF CALIBRATION MENU 9 9 Operation of each function key F1 PRINT Print the pattern of HEAD ALIGNMENT ANGLE F5 ADJUST END Use it when ending HEAD ALINMENT ESC Use it when ending HEAD ALIGNMENT OFF 1 2 3 HEAD ADJUST ANGLE F2 PRINT ADJUST END F5 ...

Page 70: ...N Key Value Change LEFT Key RIGHT Key Shift of time ENTER Key Terminate after saving ESC Key Terminate without saving After checking the label stuck on the head Set the voltage that is higher than 3 2V OFF 1 2 3 Head Voltage Adjust K C M LM LC Y LEFT 19 5 19 1 19 6 18 4 18 5 18 3 RIGHT 19 1 19 4 19 7 18 1 18 3 18 5 ...

Page 71: ...resistance Enteredinto settingModeofvoltage HighVoltage TP1 TP4 15 00V LowVoltage TP2 TP5 7 50V LH ThevoltageinTP1 issetto 15 00Vby rotatingVR1 LL ThevoltageinTP2 issetto 7 50Vby rotatingVR2 LH ThevoltageinTP4 issetto 15 00Vby rotatingVR3 LL ThevoltageinTP5 issetto 7 50Vby rotatingVR4 2 Aftercompletingthesetting pressESC changedto theModeofSYSTEMOPTION TEST OFF 1 2 3 Head Voltage Calibration High ...

Page 72: ...INT 999 upto 999 After feeding the media in the location of media setting Use it when setting print start position If set value is feeding upward If feeding downward If setting 0mm won t feed HEAD GAP REFERENCE 2 0mm upto 10 0mm When setting headcap and sensing the media by the media sensing bracket it is the distance between media and headbase Based on this value adjust the distance between media...

Page 73: ... here Temp Display the current temperature of each head LEFT Display the permitted voltage in the left column of each head RIGHT Display the permitted voltage in the right column of each head OFF 1 2 3 K C M LM LC Y Temp 44 5 44 0 44 0 43 5 44 5 44 0 Left 12 6 12 4 12 9 11 8 11 6 11 6 Right 12 2 12 7 13 0 11 2 11 1 11 8 ...

Page 74: ...rrent feeding value F5 CLEAR Initialize all the data set to 0 for all the data The range of setting value is 20 upto 20 If set value is increased the image will be wider to the right If set value is decrease the image will be wider to the left If setting horizontal alignment value correctly can get the print in a good quality OFF 1 HORIZONTAL CALIBRATION F2 PRINT CLEAR F5 K1 0 C1 1 M1 3 Y1 6 LC1 8...

Page 75: ...yed alternatively F5 CLEAR Initialize all the data set to 0 for all the data The range of setting value is 10 upto 10 If set value is increased the image will be pushed to the left If set value is decrease the image will be pushed to the right IF setting bi direction alignment value correctly Can get the print in a good quality Only when print out in uni direction won t apply for this value OFF 1 ...

Page 76: ...FERENCE VALUE sensing the media password 164325 The value is 0 5mm uptp 10 mm Up down in the unit of 0 1mm ENTER Move to next step If canceling all the procedure the head will return to HOME POISTION Only since the head base will keep the height set at the last procedure please push down after double checking that there will not be any trouble even if returned to HOME OFF 1 2 HEAD GAP SETTING Gap ...

Page 77: ...AH GAP SETTING MODE The VALUE is 2 0mm upto 8 0mm Up down in the unit of 0 1mm ENTER Move to next step ESC If canceling all the procedure the head will return to HOME POISTION Only since the head base will keep the height set at the last procedure please push down after double checking that there will not be any trouble even if returned to HOME OFF 1 HEAD GAP REFERENCE Reference Set 4 5mm UP DOWN ...

Page 78: ...wn the ENTER Key L bracket is down and the Head is also down with rotating stepping motor It will stop when L bracket reach the ground Since this position is the height of reference Set this height password 164325 Then by pressing F6 Key switch to HEAD GAP MODE Set the height of media and head by pushing ENTER KEY It is recommended to keep the height less than 2mm OFF 1 2 HEAD GAP SETTING Gap Set ...

Page 79: ...79 DESCRIPTION OF PURGE MENU DESCRIPTION OF PURGE MENU 1 1 Operation of each function key F1 Run the head capping F2 Run the SUCTION PURGE F1 CAPPING F2 SUCTION 1 OFF ...

Page 80: ... moved up After the carriage stops the carriage again moves down to the capping pad and adhered closely After that By making capping pump run for a setting time The function of filling in capping pad with cleaning solution is carried out With completeness of capping the message in the LCD window will be displayed If the power is off or the capping wants to be cancelled in this status press the ESC...

Page 81: ...fter the carriage stops the carriage again moves down to the capping pad and adhered closely After that By making capping pump run for a setting time The function of filling out cleaning solution smeared on the capping pad and head is carried out While the function of suction is performed The message in the left LCD window will be displayed With completeness of suction return to the PURGE Menu pre...

Page 82: ...2 DESCRIPTION OF PURGE MENU DESCRIPTION OF PURGE MENU 4 4 Operation of each function key F1 Run the head capping F2 Run the SUCTION OFF 1 2 CALIBRTION F2 HEAD VOLTAGE CALIBRATION F3 HEAD VOLTAGE SETTING ...

Page 83: ...2 Head Voltage Calibration Entered into Setting Mode of Voltage High Voltage TP1 TP4 15 00V Low Voltage TP2 TP5 7 50V LH The voltage in TP1 is set to 15 00V by rotating VR1 LL The voltage in TP2 is set to 7 50V by rotating VR2 LH The voltage in TP4 is set to 15 00V by chaning VR3 LL The voltage in TP5 is set to 7 50V by rotating VR4 4 After completing the setting press ESC Changed to mode of Calib...

Page 84: ...e Change LEFT Key RIGHT Key shift of item ENTER Key Terminate after saving ESC Key Terminate without saving Set the voltage higher than 3 2V by checking the label in Blue color attached on the head OFF 1 2 3 Head Voltage Adjust K C M LM LC Y LEFT 19 5 19 1 19 6 18 4 18 5 18 3 RIGHT 19 1 19 4 19 7 18 1 18 3 18 5 ...

Page 85: ...direction Carrying out the function of capping shortly If you want either to turn off the power or to cancel the capping Press down ESC key DESCRIPTON OF CAPPING MENU DESCRIPTON OF CAPPING MENU OFF 1 CAPPING UNCAPPING ESC READY TO POWER OFF ...

Page 86: ...ogram in case of RIP AND PRINT RIP will be also printed out 2 If START button in the RIP is pressed down printing begins and printing image will be shown up in the LAP program IMAGE PRINTING OUT PRINT IMAGE PRINTING OUT PRINT HOST UNI Q4P S7 1597mm TCP K C M Y lC lM PRINTING 10 100 10 ON PRESS ...

Page 87: ...wn ESC in the Keyboard if selecting the ENTER button the printing will be cancelled CANCELLATION OF PRINTING CANCELLATION OF PRINTING HOST UNI Q4P S7 1597mm TCP K C M Y lC lM PRINTING 10 100 10 CANCLE Y ENTER N ESC PRESS ON ...

Page 88: ...tion print with Lamp OFF The meaning of OFF TIME MIN 30 is that UV LAMP will be OFF if next printing order is not entered within 30 min after finishing print SHUTTER MODE NORMAL Operation of Normal shutter Operation of right shutter BOTH two shutters will be operated at the same time right left ex In BI DIRECTION printing NORMAL When printing out from HOME to PURGE the right shutter will be opened...

Page 89: ...ng starts Ready wait_sec will be counted in the Display Normally in case of first printing the printing will begin in 30 sec 2 VACUUM Mode OFF ON 2 OFF RING BLOWER won t work LED OFF ON RING BLOWER works LED ON When printing Ring Brower should be turned on 4 CAPPING COVER Mode OFF ON 2 CLOSE Capping cover is being closed OPEN Capping cover is being opened Capping cover is closed Error message will...

Page 90: ...ding AC Line and chassis 4 Separate connector of DC power for main PCB HEAD PCB 5 Separated power is supplied into each part and its operation is checked UV lamp servo motor ring blower controller checked 6 If main power is ON OFF able to check whether DC main power is normal or not 7 Connect with connector of DC power source for MAIN PCB HEAD PCB Check connecting 24V GND of MAIN HEAD PCB with cha...

Page 91: ...finishing the encoder checking press down the key of F1 SERVO ON And HOME CHECK 6 If the servo is ON again the carriage moves to the HOME and then the HOME is checked 7 PRIME TEST 8 Check normal status while printing out 9 Keep the cleanness of CODE STRIP wipe out with clean close List of Notice When you clean never try to use solution solvent thinner acetone other chemicals the scale on the code ...

Page 92: ...ike nozzle exclusion ink dropping etc may occur 3 Remove if there is any water left in the inside filter Beware that water should keep away from power supplying part 4 Remove waste ink if waste ink fill in the Sub Air Tank 5 Moisture should be drained off from the air tank every other day by opening the drain valve List of Notice When adjusting the regulator if there is not any change on pressure ...

Page 93: ...93 MODEL MODEL ANAPURNA MV ANAPURNA MV 4 ABNORMAL PRINTING DECLINE OF PRINTING QUALITY 4 ABNORMAL PRINTING DECLINE OF PRINTING QUALITY ...

Page 94: ...1 No Printing Image Encoder error Æ Cleaning of Code Strip Use clean cloth Æ Check the gap between Encoder and Code Strip Æ Check the status of ON OFF of LED for Encoder A B of HEAD PCB Æ Check the angle between encoder and code strip ...

Page 95: ...le to have printing deterioration in a speed that is faster than setting speed Max speed 10 Quality speed 7 5 Adjust height of HEAD BASE and check the evenness of platen 6 If the ink is not curing it is caused by LV Lamp Æ Check the power of UV Lamp and check the cooling time List of Notice Since the UV Lamp generate a heat any media that is weak to the heat can cause the serious damage to the Hea...

Page 96: ... of level sensor in sub ink tank 3 Error in negative pressure and connecting tube Check the gauge of negative pressure in 0 028 0 038kgf 4 Check whether there is the ink left in the Sub Air Tank or not Æ Regularly remove the remaining ink after checking Æ If the sensor of level begins operating due to the ink filled lamp of tower and buzzer as well ...

Page 97: ...97 MODEL MODEL ANAPURNA MV ANAPURNA MV 5 DRIVER PARAMETER 5 DRIVER PARAMETER ...

Page 98: ... Set and Change the Setting Value SV 1 Switch on the power of heater controller Red Switch in the front 2 If setting resetting the Temperature setting value press down key The 1 st lamp in SW blinks The scope of temperature regulation is set for 0 45 originally TEMPERTURE CONTROLLER SETTING ...

Page 99: ...digit on the left 3 Press UP and Down keys to change the value during blinking 4 Press the MD key when you have finished the temperature setting It will stop blinking This setting method is for TZ4M The method for TZ4ST which is installed in our printer same with different external covering Caution ...

Page 100: ...d s 150 30 8 ZTY Home position return type 0010 0014 0014 9 ZRF Home position return speed 500 r min 500 500 10 CRF Creep speed 10 r min 10 10 11 ZST Home position shift distance 0 0 0 12 For manufacturer setting 0 0 0 13 JOG JOG Jog speed 100 r min 2000 100 14 STC S pattern acceleration deceleration time constant 0 ms 0 0 15 SNO Station number setting 0 station 1 2 16 BPS Communication baudrate s...

Page 101: ... 33 MBR Electromagnetic brake sequence output 100 ms 100 100 34 GD2 Ratio of load inertia moment to Servo motor inertia moment 70 0 1 times 10 135 35 PG2 Position loop gain 35 rad s 200 35 36 VG1 Speed loop gain 177 rad s 600 750 37 VG2 Speed loop gain 817 rad s 1200 1500 38 VIC Speed integral compensation 48 ms 4 20 39 VDC Speed differential compensation 980 980 980 40 JTS JOG operation accelerat...

Page 102: ...H2 Machine resonance suppression filter 2 0000 0000 0000 63 LPF Low pass filter adaptive vibration suppression control 0000 0000 0000 64 GD2B Ratio of load inertia moment to Servo motor inertia moment 70 0 1 times 70 70 65 PG2B Position control gain 2 changing ratio 100 100 100 66 VG2B Speed control gain 2 changing ratio 100 100 120 67 VICB Speed integral compensation changing ratio 100 100 100 68...

Page 103: ...t time selection 0 10ms 100 100 76 OUT3 OUT3 output time selection 0 10ms 100 100 77 SYC1 Selected to programinput polarity selection 0000 100 100 78 0001 0000 0000 79 0209 0009 0009 80 060A 080A 080A 81 1918 0706 0706 82 030B 020B 020B 83 0504 0504 0504 84 0102 0002 0002 85 0000 0000 0000 86 0005 0005 0005 87 120E 0D04 0D04 88 0102 0102 0102 89 0 0 0 90 0 0 0 For manufacturer setting For manufact...

Page 104: ...104 ERROR TABLE OF SERVO MOTOR DRIVER 1 ...

Page 105: ...105 ERROR TABLE OF SERVO MOTOR DRIVER 2 ...

Page 106: ...106 ERROR TABLE OF SERVO MOTOR DRIVER 3 ...

Page 107: ...107 ERROR TABLE OF SERVO MOTOR DRIVER 4 ...

Page 108: ...108 ERROR TABLE OF SERVO MOTOR DRIVER 5 ...

Page 109: ...109 ERROR TABLE OF SERVO MOTOR DRIVER 6 ...

Page 110: ...110 ERROR TABLE OF SERVO MOTOR DRIVER 7 ...

Page 111: ...111 ERROR TABLE OF SERVO MOTOR DRIVER 8 ...

Page 112: ...112 ERROR TABLE OF SERVO MOTOR DRIVER 9 ...

Page 113: ...113 ERROR TABLE OF SERVO MOTOR DRIVER 10 ...

Page 114: ...114 ERROR TABLE OF SERVO MOTOR DRIVER 11 ...

Page 115: ...115 ERROR TABLE OF SERVO MOTOR DRIVER 12 ...

Page 116: ...116 ERROR TABLE OF SERVO MOTOR DRIVER 13 ...

Page 117: ...117 ERROR TABLE OF SERVO MOTOR DRIVER 14 ...

Page 118: ...118 ERROR TABLE OF SERVO MOTOR DRIVER 15 ...

Page 119: ...119 ERROR TABLE OF SERVO MOTOR DRIVER 16 ...

Page 120: ...120 ERROR TABLE OF SERVO MOTOR DRIVER 17 ...

Page 121: ...121 MODEL MODEL ANAPURNA MV ANAPURNA MV 6 ELECTRIC DIAGRAM PCB 6 ELECTRIC DIAGRAM PCB DESCRIPTION DESCRIPTION ...

Page 122: ...122 TOTAL ELECTRONIIC SYSTEM CIRCUIT DIAGRAM TOTAL ELECTRONIIC SYSTEM CIRCUIT DIAGRAM Bigger original circuit diagram is attached for understanding ...

Page 123: ...123 POWER BOX ELECTRIC SYSTEM WIRING DIAGRAM POWER BOX ELECTRIC SYSTEM WIRING DIAGRAM Bigger original circuit diagram is attached for understanding ...

Page 124: ...124 SWITCHBOARD SWITCHBOARD 2 5 6 7 3 4 1 ...

Page 125: ... circuit breaker MCCB Main short circuit breaker Noise filter If Main MC START button is pressed begin to work 2nd short circuit breaker MCCB UV Lamp Motor driver power Ring blower Controller rack MC for Ring Blow Operation Ring Blower Select Switch is turned on begin to operate SMPS supply the power to both main MC of circuit board and FAN ...

Page 126: ...126 LAMP POWER SYSTEM CIRCUIT DIAGRAM LAMP POWER SYSTEM CIRCUIT DIAGRAM Bigger original circuit diagram is attached for understanding ...

Page 127: ...127 UV LAMP AND LMAP CASE 85 120w cm ...

Page 128: ...wer connector 4P 1 2 3 4 5 6 7 Lamp Signal Connector 7P Lamp shutter signal connector 2P Lamp shutter closing air compressor tube Lamp shutter opening air compressor tube Lamp House Exhaust DC FAN Lamp case induction AC FAN 1 2 3 4 5 6 7 ...

Page 129: ...129 NAME OF EACH PART FOR LAMP POWER Air penetration hole 1 2 3 Right Lamp Connector Left Lamp Connector Indicator light for Lamp status 4 5 6 AC fuse holder DC fuse holder 6 5 4 1 2 3 ...

Page 130: ...130 INNER STRUCTURE OF LAMP POWER ...

Page 131: ...131 HOW TO SET POWER LAMP Power Input Voltage Tap Setting ex 220V 60Hz DESCRIPTION OF TAB Power Frequency 204V 230V 50Hz 60Hz ...

Page 132: ...132 DIAGRAM TROUBLE CHECK CHART Bigger original circuit diagram is attached for understanding ...

Page 133: ...133 INK SUPPLY FLOW DIAGRAM INK SUPPLY FLOW DIAGRAM Air Compression device HEAD AIR SUB TANK FLOAT SENSOR SOLUTION BAR AIR FILTER MAIN TANK INK PUMP INK FILTER 3 WAY SOLUTION VALVE ...

Page 134: ...134 DIAGRAM DIAGRAM MAIN INK SUPPLY PART MAIN INK SUPPLY PART 1 Main Refill Motor 2 Refill motor 3 Ink Filter 4 Ink Hose Fixing part up down 5 Sub Ink Tank 6 Solution Mini Valve 7 Head ...

Page 135: ...135 DIAGRAM DIAGRAM Pneumatic flow chart circuit Pneumatic flow chart circuit Bigger original circuit diagram is attached for understanding ...

Page 136: ...n Regulator Scale 0 4 0 6MPa Lamp Shutter Regulator Scale 0 1MPa Air Filter Regulator 2 Scale 0 1MPa 6 Water Drain Hose DIAGRAM DIAGRAM KEY PART OF AIR COMPRESSION KEY PART OF AIR COMPRESSION 1 1 2 3 4 5 6 7 8 7 SUCTION VACUUM EJECTOR 8 SUCTION SOLENOID ...

Page 137: ...8 Drain valve when overflowing Lamp shutter solenoid valve ITV2010 Electro Pneumatic Regulator VT301 when purging on operate 7 ZM072H Vacuum Ejector DIAGRAM DIAGRAM KEY PARTS OF AIR COMPRESSION 2 KEY PARTS OF AIR COMPRESSION 2 Carriage 4 1 2 3 4 7 5 6 ...

Page 138: ...138 DIAGRAM DIAGRAM KEY PARTS OF AIR COMPRESSION 3 KEY PARTS OF AIR COMPRESSION 3 1 Purge Switch 2 Regulator of Air Compression 0 03MPa PURGE S W ...

Page 139: ...139 TOTAL SYSTEM DIAGRAM TOTAL SYSTEM DIAGRAM Bigger original circuit diagram is attached for understanding ...

Page 140: ...140 TOTAL PCB LAYOUT TOTAL PCB LAYOUT Bigger original circuit diagram is attached for understanding ...

Page 141: ... MAIN PCB UVM 03 P 143 2 NETSUB PCB UVN 03 P 152 3 HEAD PCB UVH 03 P 160 4 REFILL PCB UVR 03 P 169 5 CARTRIDGE PCB 1 4 UVC 03 P 177 6 HEAD LIFT PCB UVL 01 P 192 7 SUB PCB UVS 03 P 198 8 I F PCB UVI 01 P 207 9 CONTROL PCB UVCT 01 P 211 ...

Page 142: ...IN FUNCTION 1 It process print data received from sub net PCB and transfer it to HEAD PCB 2 All kinds of device is controlled by communicating Thru SUB PCB 2 and Core Cable 3 Receive operation power supplied thru HEAD PCB Part UVM 03 ...

Page 143: ... 03 MAIN FUNCTION 1 It process print data received from sub net PCB and transfer it to HEAD PCB 2 All kinds of device is controlled by communicating Thru SUB PCB 2 and 15P Core Cable 3 Receive operation power supplied thru HEAD PCB ...

Page 144: ... CONNECTOR CONNECTION MAP 1 J1 Disconnection J2 2X45 1 27 Arrangement Net Sub JP1 J3 2X50 1 27 Arrangement Net Sub JP2 J4 Disconnection J5 Disconnection JP1 Disconnection JP2 HRS PCN10 64P 254DSA Head J15 JP3 D SUB 15 FEMALE Sub 2 J23 ...

Page 145: ...145 PCB PCB MAIN PCB IO MAP Bigger original circuit diagram is attached for understanding ...

Page 146: ...4 2P 2 GND BLACK J7 SIZE 1 V REF V YELLOW SIZE SENSOR 1 V BLUE 5268 4P 2 GND BLACK 5264 4P 2 GND BLACK 3 SEN SIZE 1 YELLOW 3 OUT YELLOW 4 VDD5V RED 4 5V RED J8 LC 1 SIGNAL LC BLACK FLOAT SENSOR LC 1 SIGNAL LC BLACK 5268 2P 2 GND BLACK 5264 2P 2 GND BLACK J9 LM 1 SIGNAL LM BLACK FLOAT SENSOR LM 1 SIGNAL LM BLACK 5268 2P 2 GND BLACK 5264 2P 2 GND BLACK J10 TEMP_SEN1 1 SEN1 NOT USED 2 GND NOT USED J1...

Page 147: ... GND 22 GND 23 DP1H Ⅰ 23 DP1H Ⅰ 24 CLK Ⅰ 24 CLK Ⅰ 25 DP1L Ⅰ 25 DP1L Ⅰ 26 LOAD Ⅰ 26 LOAD Ⅰ 27 DP2H Ⅰ 27 DP2H Ⅰ 28 LAT Ⅰ 28 LAT Ⅰ 29 DP2L Ⅰ 29 DP2L Ⅰ 30 DADAT Ⅰ 30 DADAT Ⅰ 31 D CNT Ⅰ 31 D CNT Ⅰ 32 DACLK Ⅰ 32 DACLK Ⅰ 33 AD SEL 33 AD SEL 34 DA LD Ⅰ 34 DA LD Ⅰ 35 SEN_HOME 35 SEN_HOME 36 SEN_SIZE 36 SEN_SIZE 37 ENC_A 37 ENC_A 38 ENS_B 38 ENS_B 39 GND 39 GND 40 GND 40 GND 41 AN0 41 AN0 42 AN4 42 AN4 43 A...

Page 148: ...AT1 12 DA2 K 12 R DAT0 13 AD1 K 13 L DAT0 14 GND 14 GND 15 VDD5V 15 VDD5V 16 VDD5V 16 VDD5V 17 GND 17 GND 18 L DAT0 K 18 AD1 19 R DAT0 K 19 DA2 20 L DAT1 K 20 DA1 21 L DAT1 K 21 DP2L 22 CLK 22 DP2H 23 LAT 23 DP1L 24 STB1 24 DP1H 25 STB2 25 GND 26 STB3 26 DC12V 27 LOAD 27 GND 28 STBCL 28 VH POW 29 GND 29 VH POW 30 GND 30 VH POW J17 INK_C 1 VH POW CARTRIDGE PCB J7 1 GND 5597 30P 2 VH POW 5597 30P 2 ...

Page 149: ...7 30P 2 VH POW 5597 30P 2 GND straight Type 3 VH POW 3 STBCL 4 GND 4 LOAD 5 DC12V 5 STB3 6 GND 6 STB2 7 DP1H 7 STB1 8 DP1L 8 LAT 9 DP2H 9 CLK 10 DP2L 10 R DAT1 11 DA1 M 11 L DAT1 12 DA2 M 12 R DAT0 13 AD1 M 13 L DAT0 14 GND 14 GND 15 VDD5V 15 VDD5V 16 VDD5V 16 VDD5V 17 GND 17 GND 18 L DAT0 M 18 AD1 19 R DAT0 M 19 DA2 20 L DAT1 M 20 DA1 21 L DAT1 M 21 DP2L 22 CLK 22 DP2H 23 LAT 23 DP1L 24 STB1 24 D...

Page 150: ...DP1L 24 STB1 24 DP1H 25 STB2 25 GND 26 STB3 26 DC12V 27 LOAD 27 GND 28 STBCL 28 VH POW 29 GND 29 VH POW 30 GND 30 VH POW J20 POWER CON 1 DC24V SUB 2 PCB 1 DC24V 6P 2 DC24V POWER CON 6P 2 DC24V 3 VHPOW 3 VHPOW FIRE HV 4 VHPOW 4 VHPOW FIRE HV 5 GND 5 GND 6 GND 6 GND J21 INK_LC 1 VH POW CARTRIDGE PCB J7 1 GND 5597 30P 2 VH POW 5597 30P 2 GND straight Type 3 VH POW 3 STBCL 4 GND 4 LOAD 5 DC12V 5 STB3 ...

Page 151: ...597 30P 2 VH POW 5597 30P 2 GND straight Type 3 VH POW 3 STBCL 4 GND 4 LOAD 5 DC12V 5 STB3 6 GND 6 STB2 7 DP1H 7 STB1 8 DP1L 8 LAT 9 DP2H 9 CLK 10 DP2L 10 R DAT1 11 DA1 LM 11 L DAT1 12 DA2 LM 12 R DAT0 13 AD1 LM 13 L DAT0 14 GND 14 GND 15 VDD5V 15 VDD5V 16 VDD5V 16 VDD5V 17 GND 17 GND 18 L DAT0 LM 18 AD1 19 R DAT0 LM 19 DA2 20 L DAT1 LM 20 DA1 21 L DAT1 LM 21 DP2L 22 CLK 22 DP2H 23 LAT 23 DO1L 24 ...

Page 152: ...152 PCB PCB NET SUB PCB MAIN FUNCTION 1 Connected with Main PCB Either transfer output data received thru LAN port or be used when updating files Part UVN 03 ...

Page 153: ...153 PCB PCB NET SUB PCB CONNECTOR CONNECTION MAP U3 UTP CABLE LAN CABLE JP1 2X45 1 27 Arrangement Main J2 JP2 2X50 1 27 Arrangement Main J3 Part UVN 03 ...

Page 154: ...154 PCB PCB NET SUB PCB IO MAP Bigger original circuit diagram is attached for understanding ...

Page 155: ...EL 13 SHIELD1 14 SHIELD2 JP1 HEADER 2 45 1 VDD5V MAIN J2 1 VDD5V 2 VDD5V HEADER 2 45 2 VDD5V 3 D0 3 A0 4 A0 4 DATA0 5 D1 5 A1 6 A1 6 DATA1 7 D2 7 A2 8 A2 8 DATA2 9 D3 9 A3 10 A3 10 DATA3 11 D4 11 A4 12 A4 12 DATA4 13 D5 13 A5 14 A5 14 DATA5 15 D6 15 A6 16 A6 16 DATA6 17 D7 17 A7 18 A7 18 DATA7 19 N C 19 A8 20 A8 20 DATA8 21 N C 21 A9 22 A9 22 DATA9 23 N C 23 A10 24 A10 24 DATA10 25 N C 25 A11 ...

Page 156: ...N C 40 DATA18 41 N C 41 A19 42 N C 42 DATA19 43 N C 43 A20 44 N C 44 DATA20 45 N C 45 A21 46 N C 46 DATA21 47 N C 47 A22 48 N C 48 DATA22 49 N C 49 A23 50 N C 50 DATA23 51 N C 51 A24 52 N C 52 DATA24 53 N C 53 A25 54 N C 54 DATA25 55 N C 55 LA DDR26 56 N C 56 DATA26 57 N C 57 NOE 58 nOE 58 DATA27 59 N C 59 N WE 60 N WE 60 DATA28 61 N C 61 NGCS3 62 N C 62 DATA29 63 N C 63 NGCS4 64 n GCS4 64 DATA30 ...

Page 157: ...V 80 VDD5V 81 N C 81 NWBE0 82 N C 82 NWBE1 83 N C 83 NWBE2 84 N C 84 NWBE3 85 N C 85 N C 86 N C 86 N C 87 GND 87 GND 88 GND 88 GND 89 GND 89 GND 90 GND 90 GND JP2 HEADER 2 50 1 VDD5V MAIN J3 1 VDD5V 2 VDD5V HEADER 2 50 2 VDD5V 3 N C 3 INP1 4 N C 4 GPJ0 5 N C 5 INP2 6 N C 6 GPJ1 7 N C 7 INP3 8 N C 8 GPJ2 9 N C 9 INP4 10 N C 10 GPJ3 11 N C 11 INP5 12 N C 12 GPJ4 13 N C 13 INP6 14 N C 14 GPJ5 15 N C ...

Page 158: ...E1 33 N C 33 GPD7 34 N C 34 GPE2 35 N C 35 OUTP1 36 N C 36 GPE3 37 N C 37 OUTP2 38 N C 38 GPE4 39 N C 39 OUTP3 40 N C 40 GPE5 41 N C 41 OUTP4 42 N C 42 GPE6 43 N C 43 OUTP5 44 N C 44 GPE7 45 N C 45 OUTP6 46 N C 46 GPE8 47 N C 47 OUTP7 48 N C 48 GPE9 49 N C 49 OUTP8 50 N C 50 GPE10 51 GND 51 GND 52 GND 52 GND 53 VDD5V 53 VDD5V 54 VDD5V 54 VDD5V 55 N C 55 GPA17 56 N C 56 GPE11 57 N C 57 GPA18 58 N C...

Page 159: ...4 L3CLOCK 75 N C 75 EINT23 76 N C 76 L3DATA 77 N C 77 USB_REC 78 N C 78 L3MODE 79 N C 79 LP0 80 N C 80 NLRDATXDEN 81 N C 81 LP1 82 L_LINK 82 KEY BOARD 83 N C 83 LP2 84 RST 84 EINT6 85 N C 85 LP3 86 EXT_CLK 86 IRQ_LAN 87 N C 87 LP4 88 N C 88 DMASTART 89 N C 89 LP5 90 N C 90 DMAMODE0 91 N C 91 LP6 92 N C 92 DMAMODE1 93 EINT3 93 ENC_CW 94 N C 94 EINT3 95 N C 95 ENC_CCW 96 N C 96 TXD0_BO 97 N C 97 ENC...

Page 160: ... transferring the signal received from each sub Ink Tank 2 Send output data received by connecting with each cartridge PCB 3 Receive Floating signal from each ink tank 4 Receive the signal for Home sensor size sensor and encoder 5 Receive driving power from SUB PCB 2 thru core cable Part UVH 03 ...

Page 161: ...R K J3 GIL G4A ENCODER J4 5268 2 SENSOR C J5 5268 2 SENSOR M J6 5268 2 SENSOR Y J7 5268 4 SIZE SENSOR J8 5268 2 SENSOR LC J9 5268 2 SENSOR LM J10 disconnection J11 disconnection J12 5268 2 SENSOR Solution J13 disconnection J14 disconnection J15 HRS PCN10 64S 254DSA K Main JP2 Part UVH 03 ...

Page 162: ...162 PCB PCB HEAD PCB IO MAP Bigger original circuit diagram is attached for understanding ...

Page 163: ...4 2P 2 GND BLACK J7 SIZE 1 V REF V YELLOW SIZE SENSOR 1 V BLUE 5268 4P 2 GND BLACK 5264 4P 2 GND BLACK 3 SEN SIZE 1 YELLOW 3 OUT YELLOW 4 VDD5V RED 4 5V RED J8 LC 1 SIGNAL LC BLACK FLOAT SENSOR LC 1 SIGNAL LC BLACK 5268 2P 2 GND BLACK 5264 2P 2 GND BLACK J9 LM 1 SIGNAL LM BLACK FLOAT SENSOR LM 1 SIGNAL LM BLACK 5268 2P 2 GND BLACK 5264 2P 2 GND BLACK J10 TEMP_SEN1 1 SEN1 NOT USED 2 GND NOT USED J1...

Page 164: ... GND 22 GND 23 DP1H Ⅰ 23 DP1H Ⅰ 24 CLK Ⅰ 24 CLK Ⅰ 25 DP1L Ⅰ 25 DP1L Ⅰ 26 LOAD Ⅰ 26 LOAD Ⅰ 27 DP2H Ⅰ 27 DP2H Ⅰ 28 LAT Ⅰ 28 LAT Ⅰ 29 DP2L Ⅰ 29 DP2L Ⅰ 30 DADAT Ⅰ 30 DADAT Ⅰ 31 D CNT Ⅰ 31 D CNT Ⅰ 32 DACLK Ⅰ 32 DACLK Ⅰ 33 AD SEL 33 AD SEL 34 DA LD Ⅰ 34 DA LD Ⅰ 35 SEN_HOME 35 SEN_HOME 36 SEN_SIZE 36 SEN_SIZE 37 ENC_A 37 ENC_A 38 ENS_B 38 ENS_B 39 GND 39 GND 40 GND 40 GND 41 AN0 41 AN0 42 AN4 42 AN4 43 A...

Page 165: ...AT1 12 DA2 K 12 R DAT0 13 AD1 K 13 L DAT0 14 GND 14 GND 15 VDD5V 15 VDD5V 16 VDD5V 16 VDD5V 17 GND 17 GND 18 L DAT0 K 18 AD1 19 R DAT0 K 19 DA2 20 L DAT1 K 20 DA1 21 L DAT1 K 21 DP2L 22 CLK 22 DP2H 23 LAT 23 DP1L 24 STB1 24 DP1H 25 STB2 25 GND 26 STB3 26 DC12V 27 LOAD 27 GND 28 STBCL 28 VH POW 29 GND 29 VH POW 30 GND 30 VH POW J17 INK_C 1 VH POW CARTRIDGE PCB J7 1 GND 5597 30P 2 VH POW 5597 30P 2 ...

Page 166: ...7 30P 2 VH POW 5597 30P 2 GND straight Type 3 VH POW 3 STBCL 4 GND 4 LOAD 5 DC12V 5 STB3 6 GND 6 STB2 7 DP1H 7 STB1 8 DP1L 8 LAT 9 DP2H 9 CLK 10 DP2L 10 R DAT1 11 DA1 M 11 L DAT1 12 DA2 M 12 R DAT0 13 AD1 M 13 L DAT0 14 GND 14 GND 15 VDD5V 15 VDD5V 16 VDD5V 16 VDD5V 17 GND 17 GND 18 L DAT0 M 18 AD1 19 R DAT0 M 19 DA2 20 L DAT1 M 20 DA1 21 L DAT1 M 21 DP2L 22 CLK 22 DP2H 23 LAT 23 DP1L 24 STB1 24 D...

Page 167: ...DP1L 24 STB1 24 DP1H 25 STB2 25 GND 26 STB3 26 DC12V 27 LOAD 27 GND 28 STBCL 28 VH POW 29 GND 29 VH POW 30 GND 30 VH POW J20 POWER CON 1 DC24V SUB 2 PCB 1 DC24V 6P 2 DC24V POWER CON 6P 2 DC24V 3 VHPOW 3 VHPOW FIRE HV 4 VHPOW 4 VHPOW FIRE HV 5 GND 5 GND 6 GND 6 GND J21 INK_LC 1 VH POW CARTRIDGE PCB J7 1 GND 5597 30P 2 VH POW 5597 30P 2 GND straight Type 3 VH POW 3 STBCL 4 GND 4 LOAD 5 DC12V 5 STB3 ...

Page 168: ...597 30P 2 VH POW 5597 30P 2 GND straight Type 3 VH POW 3 STBCL 4 GND 4 LOAD 5 DC12V 5 STB3 6 GND 6 STB2 7 DP1H 7 STB1 8 DP1L 8 LAT 9 DP2H 9 CLK 10 DP2L 10 R DAT1 11 DA1 LM 11 L DAT1 12 DA2 LM 12 R DAT0 13 AD1 LM 13 L DAT0 14 GND 14 GND 15 VDD5V 15 VDD5V 16 VDD5V 16 VDD5V 17 GND 17 GND 18 L DAT0 LM 18 AD1 19 R DAT0 LM 19 DA2 20 L DAT1 LM 20 DA1 21 L DAT1 LM 21 DP2L 22 CLK 22 DP2H 23 LAT 23 DO1L 24 ...

Page 169: ... port 2 Control each ink pump 3 By connecting with CONTROL PCB Send and receive the status of Ink and Ink supplying and signal of ink supplying 4 By checking the remained ink in the Main Ink Tank Sound Biff buzzer if ink is short 5 Set task up motor controller and overflow Part UVR 03 ...

Page 170: ...566 4 Before Task up motor J16 5219 3 After Task Up Motor J17 5267 3 SUB J9 J18 Disconnection J19 5045 4 SUB J18 J20 B2P VH Pump S J21 5267 3 Level Sensor Y J22 5267 2 Level Sensor C J23 5267 3 Level Sensor LM J24 B2P VH Pump LM J25 B2P VH Pump Y J26 B2P VH Pump C J27 B2P VH Pump W Disconnection J28 B2P VH Level Sensor S J29 5267 3 Level Sensor W Disconnection J30 Disconnection J31 IDC30 Control J...

Page 171: ...171 PCB PCB REFILL PCB IO MAP Bigger original circuit diagram is attached for understanding ...

Page 172: ...MMON 5267 3P 2 E_TANK_K RED EMPTY SENSOR 3 F_TANK_K YELLOW FULL SENSOR J5 PUMP_K 1 INK_PUMP_K BROWN INK PUMP K MOTOR B2P VH 2 DC24V BLACK MOTOR J6 TANK_LC 1 GND TANK LC Level sensor BLACK COMMON 5267 3P 2 E_TANK_LC RED EMPTY SENSOR 3 F_TANK_LC YELLOW FULL SENSOR J8 LAMP 1 DC24V LAMP NOT USED 5045 2P 2 LAMP NOT USED J10 F_MOTOR 1 U1 Q1 BROWN TAKE UP MOTOR FRONT 5566 2P 2 U1 Q2 BLUE J11 R_MOTOR 1 U1...

Page 173: ...B J9 TAKEUP REFILL 1 5V 5267 3P 2 TX REFILL 5267 4P 2 TX DATA RED 3 GND 3 RX DATA BLUE 4 GND YELLOW J18 TAKEUP 1 GND NOT USED HIF3BA16DSA 2 5V NOT USED 3 GND NOT USED 4 5V NOT USED 5 N C NOT USED 6 N C NOT USED 7 N C NOT USED 8 N C NOT USED 9 DIR_CW_SW NOT USED 10 CW_LED NOT USED 11 DIR_CCW_SW NOT USED 12 CCW_LED NOT USED 13 AUTO_SW NOT USED 14 AUTO_LED NOT USED 15 ERROR_SW NOT USED 16 ERROR_LED N...

Page 174: ...ACK COMMON 5267 3P 2 E_TANK_LM RED EMPTY SENSOR 3 F_TANK_LM YELLOW FULL SENSOR J24 LM_PUMP 1 INK_PUMP_LM BROWN INK PUMP LM MOTOR B2P VH 2 DC24V ORANGE MOTOR J25 Y_PUMP 1 INK_PUMP_Y BROWN INK PUMP Y MOTOR B2P VH 2 DC24V YELLOW MOTOR J26 C_PUMP 1 INK_PUMP_C BROWN INK PUMP C MOTOR B2P VH 2 DC24V BLUE MOTOR J27 W PUMP 1 INK_PUMP_W BROWN INK PUMP W MOTOR B2P VH 2 DC24V WHITE YELLOW MOTOR J28 TANK_SOL 1...

Page 175: ...LED_M 12 F_LED_M 13 F_LED_C 13 F_LED_C 14 F_LED_K 14 F_LED_K 15 F_LED_LM 15 F_LED_LM 16 F_LED_LC 16 F_LED_LC 17 F_LED_W 17 F_LED_W 18 F_LED_SOL 18 F_LED_SOL 19 5V 19 5V 20 GND 20 GND 21 E_LED_Y 21 E_LED_Y 22 E_LED_M 22 E_LED_M 23 E_LED_C 23 E_LED_C 24 E_LED_K 24 E_LED_K 25 E_LED_LM 25 E_LED_LM 26 E_LED_LC 26 E_LED_LC 27 E_LED_W 27 E_LED_W 28 E_LED_SOL 28 E_LED_SOL 29 24V 29 24V 30 GND 30 GND J32 A...

Page 176: ...L IO MAP 5 J34 MAIN_ERROR 1 MAIN_ERROR NOT USED 5267 3P 2 N C NOT USED 3 GND NOT USED J35 SOL_VALVE 1 SOL_VALVE NOT USED B2P VH 2 DC24V NOT USED J37 BUZZER 1 GND DC5V용 BUZZER BLACK BUZZER 5267 4P 2 3 4 BUZZER RED BUZZER ...

Page 177: ...177 PCB PCB CARTRIDGE 1 PCB Part UVC 03 MAIN FUNCTION Connected with Signal connector Coming from HEAD PCB ...

Page 178: ...178 PCB PCB CARTRIDGE 1 PCB Part UVC 03 CONNECTOR CONNECTION MAP J7 5597 30 Straight Head J16 K Head J17 C Head J18 M Head J19 Y Head J21 LC Head J22 LM ...

Page 179: ...179 PCB PCB CARTRIDGE 1 PCB IO MAP Bigger original circuit diagram is attached for understanding ...

Page 180: ...T 8 DP1L 9 CLK 9 DP2H 10 R DAT1 10 DP2L 11 L DAT1 11 DA1 12 R DAT0 12 DA2 13 L DAT0 13 AD1 14 GND 14 GND 15 VDD5V 15 VDD5V 16 VDD5V 16 VDD5V 17 GND 17 GND 18 AD1 18 L DAT0 19 DA2 19 R DAT0 20 DA1 20 L DAT1 21 DP2L 21 L DAT1 22 DP2H 22 CLK 23 DP1L 23 LAT 24 DP1H 24 STB1 25 GND 25 STB2 26 DC12V 26 STB3 27 GND 27 LOAD 28 VH POW 28 STBCL 29 VH POW 29 GND 30 VH POW 30 GND Cartridge PCB Head PCB ...

Page 181: ...13 10 L SI1 10 L SI1 11 L SI0 11 L SI0 12 TH 12 TH 13 R STB3 13 R STB3 14 VDD5V 14 VDD5V 15 R STB2 15 R STB2 16 GND 16 GND 17 R STB1 17 R STB1 18 GND 18 GND 19 R STBCL 19 R STBCL 20 GND 20 GND 21 R CLK 21 R CLK 22 GND 22 GND 23 R LAT 23 R LAT 24 GND 24 GND 25 R LOAD 25 R LOAD 26 L LOAD 26 L LOAD 27 GND 27 GND 28 L LAT 28 L LAT 29 GND 29 GND 30 L CLK 30 L CLK 31 GND 31 GND 32 L STBCL 32 L STBCL 33 ...

Page 182: ...6 L STB2 36 L STB2 37 TH 37 TH 38 L STB3 38 L STB3 39 R SI1 39 R SI1 40 R SI0 40 R SI0 41 GND 41 GND 42 L COM13 42 L COM13 43 L COM13 43 L COM13 44 L COM13 44 L COM13 45 L COM13 45 L COM13 46 L COM13 46 L COM13 47 L COM13 47 L COM13 48 N C 48 N C 49 N C 49 N C 50 VH 50 VH ...

Page 183: ...183 PCB PCB CARTRIDGE 2 PCB MAIN FUNCTION 1 Voltage Control Terminal for left side channel TP1 TP2 2 Voltage Control Volume for left side channel VR1 VR2 3 Left Channel Signal Process Part UVC 03 ...

Page 184: ...CONNECTION MAP JP1 RED LEFT CHANNEL HIGH 15 00V Setting terminal JP2 YEL LEFT CHANNEL LOW 7 50V Setting terminal JP3 BLACK GND TERMINAL VR1 LH LEFT CHANNEL HIGH 15 00V Setting volume VR2 LL LEFT CHANNEL LOW 7 50V Setting volume Part UVC 03 ...

Page 185: ...185 PCB PCB CARTRIDGE 2 PCB IO MAP Bigger original circuit diagram is attached for understanding ...

Page 186: ...186 PCB PCB CARTRIDGE 3 PCB MAIN FUNCTION 1 Voltage Control Terminal for Right side channel TP1 TP2 2 Voltage Control Volume for Right side channel VR31 VR4 3 Right Channel Signal Process Part UVC 03 ...

Page 187: ... CONNECTOR CONNECTION MAP JP4 RED RIGHT CHANNEL HIGH 15 00V SETTING TERMINAL JP5 YEL RIGHT CHANNEL LOW 7 50V SETTING TERMINAL JP6 BLA GND TERMINAL VR3 RH RIGHT CHANNEL HIGH 15 00V SETTING VOLUME VR4 RL RIGHT CHANNEL LOW 7 50V SETTING VOLUME ...

Page 188: ...188 PCB PCB CARTRIDGE 3 PCB IO MAP Bigger original circuit diagram is attached for understanding ...

Page 189: ...189 PCB PCB CARTRIDGE 4 PCB MAIN FUNCTION Connected with Konica HEAD Part UVC 03 ...

Page 190: ...190 PCB PCB CARTRIDGE 4 PCB Part UVC 03 CONNECTOR CONNECTION MAP J7 5077 50 Receptacle Print Head K Print Head C Print Head M Print Head Y Print Head LC Print Head LM ...

Page 191: ...191 PCB PCB CARTRIDGE 4 PCB IO MAP Bigger original circuit diagram is attached for understanding ...

Page 192: ...ture sensor and Sub Ink temperature sensor to I F PCB 3 Receive the signal pf Headbase Header and sub ink tank heater from I F OCB 4 Input two sensors for sensing the Media 5 Output two Solenoids for function operation 6 Connect with Purge Switch and Solenoid valve of Negative Pressure Purge Change 7 Receive Driving Power from SMPS 2 Part UVL 01 ...

Page 193: ... 5045 9 I F J2 J8 B6P VH I F J1 J10 5267 3 Temperature Sensor in Sub Ink Tank J11 Disconnection J12 B2P VH Purge Switch J13 Disconnection J14 B3P VH Heater of Sub Ink Tank J16 Disconnection J17 5267 4 Headbase Temperature Sensor J18 B4P VH SMPS 2 DC24V J23 B7P VH UP DOWN Big LOCK UNLOCK Small Solenoid J25 5566 2 Headbase Heater CN3 5045 4 Stepping Motor Part UVL 01 ...

Page 194: ...194 PCB PCB HEAD LIFT PCB IO MAP Bigger original circuit diagram is attached for understanding ...

Page 195: ... C J6 3WAY_VALVE 1 GND 1 MALE 1 FEMALE B5P VH 2 SOL 2 SMP 04V NC 2 SMR 0V N 3 4 GND 3 3 5 SOL 4 4 J7 SEN 1 N C SPEAR A GORE CABLE I F PCB J2 1 PSE N C 5045 9P 2 N C SPEAR B 5045 8P 2 ITV N C 3 N C SPEAR B 3 BASE B ORANGE BAND 4 SUB A BLACK 4 BASE B ORANGE 5 SUB B RED 5 BASE A BROWN BAND 6 SUB B BROWN 6 SUB B BROWN 7 BASE A BROWN BAND 7 SUB B RED 8 BASE B ORANGE 8 SUB A BLACK 9 BASE B ORANGE BAND J...

Page 196: ...SED 7 GND NOT USED 8 DC24V NOT USED 9 DC24V NOT USED 10 DC24V NOT USED J17 BASE 1 SUB B WHITE 5267 4P 2 SUB B WHITE PT100Ω HEADBASE SENSOR 3 4 SUB A RED J18 LIFT_POWER 1 GND5V BLACK GORE CABLE SMPS 2 RED B4P VH 2 DC5V RED WK75S0524 BLACK 3 GND24V GREEN WHITE 4 DC24V WHITE GREEN J23 LIFT_SOL 1 DC24V BLACK 5559 6P 5557 6P B7P VH 2 1 DC24V BLACK 1 RED SOL 1 3 SOL 1 RED UP DOWN SOL 2 SOL 1 RED 2 RED U...

Page 197: ...197 PCB PCB HEAD LIFT IO MAP 3 CN3 STEP_MOTOR 1 A BLUE STEPPING 1 BLUE 5045 4P 2 A RED MOTOR N C WHITE 3 B GREEN 2 RED 4 B BLACK 3 GREEN N C YELLOW 4 BLACK M ...

Page 198: ... with Main PCB 15pins core cable 2 Communicated with each device by built in communication port Servo driver Lifting Refilling 3 Input and output signal Procedure of UV Lamp All kinds of sensors Input and Motor and valve control 4 Receive driving power from SMPS 3 Part UVS 03 ...

Page 199: ...neciton J14 35313 2 Solenoid Valve J15 B3P VH VT301Valve J16 D SUB 15P Main JP3 J17 5267 12 Carriage Driver CN1B J18 5267 3 Refill J19 J19 B2P VH Home Cover Solenoid Valve J20 Disconnection J21 Disconnection J22 5045 2 Carriage Driver CN1B J23 5267 7 Sensor 2 SEN OUT J24 5267 6 Home Cover Open Cruse sensor J25 5267 2 Sub Solution Tank 2 Part UVS 03 J26 35312 2 Air LOW Sensor J27 35313 4 Capping Se...

Page 200: ...200 PCB PCB SUB PCB IO MAP Bigger original circuit diagram is attached for understanding ...

Page 201: ...1 1 WASTE_INK1 WHITE WASTE TANK PURGE ORANGE 2 GND BLACK FLOAT SENSOR BROWN J5 UV_LAMP_READY 1 DC24V NOT USED UVLAMP 15P CONNECTOR NOT USED GIL G3 2 UV_LAMP_READY WHITE PIN No10 UV LAMP READY 3 GND BLACK PIN No9 PLC GND J6 LIFT 1 GND RED BLACK LIFT PCB J4 1 GND GORE CABL 5045 4P 2 TX0_R1 BROWN BROWN BAND GIL G4 2 TXD ORANGE ORANGE BAND 3 RX0_T1 ORANGE ORANGE BAND 3 RXD BROWN BROWN BAND 4 VDD5V NOT...

Page 202: ...GREEN 6 GND WHITE 6 DC12V YELLOW 7 HIGH_VOLT_EN GRAY 7 GND BLACK 8 FIRE_HV BROWN 8 VDD5V RED J9 TAKEUP REFILL 1 VDD5V NOT USED REFILL J17 5267 4P 2 RX0_T2 RED 5267 3P 1 RX REFILL RED 3 RX0_R2 WHITE 2 TX REFILL WHITE 4 GND BLACK 3 GND BLACK J10 POWER 24V 1 DC24V WHITE SMPS 2 RED DC5V B4P VH 2 DC24V BLACK 5V GND 3 GND WHIT DC24V WHITE 4 GND BLACK GREEN 24V GND BLACK J11 KEY LCD 1 DC24V BROWN LCD BOA...

Page 203: ...SOLUTION_VALVE BLACK BLUE SOL_VALVE_ J15 VT301_VALVE 1 DC24V VT 301 SOL_VALVE GRAY AIR_VALVE_ B3P VH 2 N C 3 AIR_VALVE GRAY AIR_VALVE_ J16 DATA_HEAD 1 DC12V PAIR 6 MAIN JP3 1 DC12V PAIR 6 D SUBHD15P MALE 2 TX0 PAIR 2 D SUBHD15S FEMALE 2 RX2 PAIR 1 3 RX0 PAIR 2 3 TX2 PAIR 1 4 TX2 PAIR 1 4 RX0 PAIR 2 5 RX2 PAIR 1 5 TX0 PAIR 2 6 DC12V PAIR 6 6 DC12V PAIR 6 7 TX1 PAIR 3 7 RX1 PAIR 3 8 RX1 PAIR 3 8 TX1...

Page 204: ...1B 3M 20P 10320 PIN No20 GND BLACK 12 GND NOT USED J18 SOL_ON 1 VDD5V WHITE REFILL J19 1 FOOT_SOL_SW BLACK 5267 3P 2 N C 5045 4P 2 3 SOL_ON BLACK 3 4 5V WHITE J19 HOME COVER SOL VALVE 1 DC24V HOME COVER SOL 2 SOL B2P_VH 2 HOME_COVER_SOL 5559 4 PIN ONLY 4 SOL J20 SPARE_VALVE_2 1 DC24V NOT USED 35313 3 2 N C NOT USED 3 SPARE_VALVE_2 NOT USED J21 SUCTION_VALVE 1 DC24V NOT USED B4P VH 2 N C NOT USED 3...

Page 205: ...OLUTION_2 SUB SOLUTION TANK 2 1 SUB_SOLUTION_2 WHITE 5267 2P 2 GND FLOAT SENSOR 5557 2P 2 GND BLACK J26 AIR_LOW 1 AIR_LOW WHITE AIR_LOW 1 AIR_LOW WHITE 35312 2P 2 GND BLACK 5557 2P 2 GND BLACK J27 CAPPING SUCTION PUMP 1 DC24V RED CAPPING MOTOR RED MOTOR RED 35313 4P 2 CAPPING PUMP BLACK BLACK MOTOR BLACK 3 DC24V WHITE SUCTION MOTOR RED MOTOR WHITE 4 SUCTION MOTOR GREEN YELLOW BLACK MOTOR GREEN YEL...

Page 206: ...GE 5267 6P 2 RX ORANGE BAND 3M 10320 PIN No19 FEED RX ORANGE BAND 3 TX GREEN PIN No5 FEED TX GREEN 4 TX GREEN BAND PIN No15 FEED TX GREEN BAND 5 GND BLUE PIN No11 FEED GND BLUE 6 GND BLUE BAND PIN No1 FEED GND BLUE BAND JP1 COM CHANGE 1 RS232 2 54 3P 2 COM JP1 3과점퍼 3 RS424 RS422 JP1 2와점퍼 ...

Page 207: ...207 PCB PCB IF PCB Main Function 1 Signal Connection at Headbase Lift PCB located on the upper by connecting heater and temperature sensor cable Part UVI 01 ...

Page 208: ...J7 J3 Disconnection J4 Disconnection J5 B2P VH SMPS 1 DC24V J6 Disconnection J7 B2P VH PID 1 13 PID 2 13 J8 5267 3 PID 1 2 3 4 J9 B3P VH PID 1 14 J10 5267 4 PID 2 2 3 4 J11 B2P VH PID 2 14 J12 Disconnection J13 Disconnection Part UVI 01 J1 J2 J3 J4 J5 J6 J7 J8 J9 J10 J11 J12 J13 ...

Page 209: ...209 PCB PCB IF PCB IO MAP Bigger original circuit diagram is attached for understanding ...

Page 210: ... ORANGE BAND 3 4 BASE B ORANGE 4 SUB A BLACK 5 BASE A BROWN BAND 5 SUB B RED 6 SUB B BROWN 6 SUB B BROWN 7 SUB B RED 7 BASE A BROWN BAND 8 SUB A BLACK 8 BASE B ORANGE 9 BASE B ORANGE BAND J5 B2P VH 1 DC24V WHITE SMPS 1 DC24V 2 GND BLACK GND J7 B2P VH 1 DC24V WHITE PID 1 13 PID 2 13 2 J8 5267 3P 1 SUB B WHITE PID 1 2 2 SUB B WHITE PID 1 3 3 SUB A RED PID 1 4 J9 B3P VH 1 SUB_HEATER BLACK PID 1 14 2 ...

Page 211: ...211 PCB PCB CONTROL PCB MAIN FUNCTION 1 By connecting with Refill PCB the current status of refill can be checked the ink also can be supplied forcefully Part UVCT 03 ...

Page 212: ...Button SW5 M Manual Refill Button SW6 C Manual Refill Button SW7 K Manual Refill Button SW8 S Manual Refill Button D2 Sub Ink LM D3 Sub Ink LC D4 Sub Ink Y D5 Sub Ink M D6 Sub Ink C D7 Sub Ink K D8 Sub Ink S D10 Auto Refill LM D11 Auto Refill LC D12 Auto Refill Y D13 Auto Refill M D14 Auto Refill C D15 Auto Refill K D16 Auto Refill K Part UVCT 03 ...

Page 213: ...213 PCB PCB CONTROL PCB IO MAP Bigger original circuit diagram is attached for understanding ...

Page 214: ...ND 10 GND 11 F_LED_Y 11 F_LED_Y 12 F_LED_M 12 F_LED_M 13 F_LED_C 13 F_LED_C 14 F_LED_K 14 F_LED_K 15 F_LED_LM 15 F_LED_LM 16 F_LED_LC 16 F_LED_LC 17 F_LED_W 17 F_LED_W 18 F_LED_SOL 18 F_LED_SOL 19 5V 19 5V 20 GND 20 GND 21 E_LED_Y 21 E_LED_Y 22 E_LED_M 22 E_LED_M 23 E_LED_C 23 E_LED_C 24 E_LED_K 24 E_LED_K 25 E_LED_LM 25 E_LED_LM 26 E_LED_LC 26 E_LED_LC 27 E_LED_W 27 E_LED_W 28 E_LED_SOL 28 E_LED_...

Page 215: ...215 AB HEADQUATERS Agfa Gevaert N V Septestraat 27 B 2640 Mortsel Belgium Tel 32 3 444 2111 Fax 32 3 444 7094 Internet address www agfa com ...

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