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Aloka ProSound SSD-5500 Specifications Download Page 671

Supplement for SSD-5500 SERVICE MANUAL MN2-0224 Rev.1 

ALOKA CO., LTD. 

ATS20020701FS1 

SSD-5500 PCB Replacement Table

  

The flowing 

bold

 board types are replaced in new hardware. 

However the explanation in this manual is the same as before replacement.  

Hardware 

Ver.3 

Ver.4 

Ver.5 

S/N 

M00734

~

M00833,

 

M00864

~

M01310,

 

M01329

~

M01331 

M01311

~

M01328,

 

M01332

~

M01863,

 

M01970

~

M02019 

M01864

~

M01969, 

M02020

~

 

Foot SW PCB 

EP4261 

EP4732 

VIDEO I/O 

EP4149 

Main Panel 

L-KEY-70 

L-KEY-76 

Main CPU 

EP4118 

Pre Amp 1 

EP4662 

EP4660 

Tx & Control 

EP4389 

Tx module 1 

EP4453 

Tx module 2 

EP4454 

Tx module 3 

EP4455 

Tx module 4 

EP4456 

DBF Mother 

EP4090 

EP4655 

Tx Trigger 

EP4388 

Analog Interface 

EP4373 

Beam Former 

EP4093 

EP4093 

EP4579 

Beam Processor 

EP4094 

EP4661 

DBF Control 

EP4095 

EP4733 

SDP 

EP4125 

EP4526 

EP4662 

CFP 

EP4126 

EP4527 

EP4663 

CFI 

EP4377 

EP4528 

EP4664 

HVS Module 

EP4060 

Pre AMP 2 & STCW 

EP4064 

Tx Filter 

EP4335 

CPU 

EP4104 

EP4649 

VFA/TIMING 

EP4105 

ULDR 

EP4382 

EP4666 

MM BW 

EP4384 

EP4623 

MM COL 

EP4385 

EP4624 

SC BW 

EP4110 

EP4591 

SC COL 

EP4111 

EP4592 

ENCODER 

EP4112 

EP4652 

DECODER 

EP4113 

EP4653 

DISTRIBUTOR 

EP4150 

DIU Mother 

EP4387 

EP4654 

Power supply unit 

PSU-S5500B 

PSU-S5500B 

PSU-S5500C 

Color TV monitor 

IPC-1521 

IPC-1530 

IPC-1540 

UP CONV 

EP4413 

 

Summary of Contents for ProSound SSD-5500

Page 1: ...SPECIFICATIONS for ALOKA Ultrasound System ProSound SSD 5500 A Platform for Digital Pure Beam Imaging ALOI A Science 8 Humanity ...

Page 2: ...Correction of errata etc I 1 2 Tifle page Replaced 1 2 Contents Replaced 1 6 4 6 Added 5 6 6 6 I Section 1 1 2Contentsof this ServiceManual ReDlaced 1 1 Section 2 PRECAI rrlO NS Replaced 2 1 2 4 Deleted 2 5 2 6 I I II Section 3 3 1 Repair work on the description of Replaced 3 1 3 5 Service Manual 3 2 Upgrade work on the description Replaced 3 6 3 11 i of Service Manual i Section 4 i Principleof Sy...

Page 3: ...gram is not included refer to SECTION 4 PRINC PLE OF SYSTEM OPERATION In SECTION 4 Specification of Systern Principle of System System Block Diagram PCB Block Diagram the explanation of each PCB Block Diagram and signal list are described However Cable Connection Diagram Circuit Diagram of PCB equipped with the panel switches which are easily exchangeable at the field and Circuit Diagram composed ...

Page 4: ...p the working environment neat Wear working glcwes fo protect your hands from gelting injured by burrs on the unit and casing 2 Use only proper tools suited lo work being ruade 3 Be sure to observe the specified disassembly procedure shown in SECTION 9 4 Take sufficient care not to damage component with undue load 2 3 Precautions Against Germ Hazards to Serviceman 1 When il is necessary fo touch t...

Page 5: ...low Chart and ils explanation show the lime when each section of service manual are required on repair work This is a guide for lhe usage of service manual The service manual is very important for the repair work especially readjustment and performance check al ter completion of repair work This is fo keep the safety and quality of equipment If you make them you have fo describe thal the treatment...

Page 6: ...lay Scroll display Moving Bar display Ver 1 1 Sweep Speed 7 speeds selectable 1 1 5 2 3 4 6 8 Sec Plane Diagnostic Distance 2 24 cm Each 1 robe has a diagnostic distance limit Display modes Electronic Linear Electronic lndependent Electronic Convex Seclor B B Zoom 2B O O X B F B PF O O B F Zoom B PF Zoom 2B F 2B PF B M 0 0 x B F M F O O B PF M PF B PW Doppler O 0 X B F PW Doppler B PF PW Doppler B...

Page 7: ...1015 TEW AWG O BRI J lotmW _I TO 81T 2SON JST AC OUT L i _ UL1015TFW AW_70 RI tJ o0 _ v _ ii _ _ou ACAC N L N N 3 _ ULlO15TEW WV_3 2 O RRN __ i 52 A AC N L 4 _v r UL101STEW AWG20 RI tJ _ IN N _ 3 AH 6 AVVG 2 _H 31 LABEL PS00N i_l P_ _ _ _ s z _u __ __ InsulokToetT18R _ Po er SZ P t _ t____K _ _ _ __ _ _ _ I k_2__ ç l C_0mm 7o __ i 7o w u_ DDc OE MI_ _ __ I BE _1 10c2_ 1020 I C3 o 2 U _Z nï N 1 3 _...

Page 8: ...SERVICE MANUAL PRO SOUND SSD 5500 2 2 English Edition Document Number MN2 0224 Document Revision 1 Copyright _ ALOKA CO LTD FILE 2 ...

Page 9: ... To make certain of a voltage and or a signal waveform it is necessary to thoroughly know the specification and handlmg procedure relating to a measuring instrument employed 4 To ground a measuring instrument probe or the like it is naturally necessary to know where a signal to determine is grounded Before using the instrument moreover make certain for whieh the grounding terminal is intended anal...

Page 10: ... aetually engaging in adjustments be eareful espeeially in the following points 1 Begin the operation only after switehing on the power and letting it warm up suffleiently 30 minutes or more have passed after throwing the power switch ON 2 When adjusting variable resistors do not exert greater force on the PCB than neeessary 3 Some ofthe variable resistors used in S M T Surface Mount Technology ma...

Page 11: ...N If the performance check specified herein should be condueted after a repair an improvement or an upgrade make certain of the following Ail the PCBs removed are reconnected properly Ai1 the connectors removed are reconnected properly The replaced ROM and others are mounted in place on a printed circuit board The power pin in particular should never be mistaken for the GND pin The unnecessary ROM...

Page 12: ..._i i _ fil iii _i iii ili i i iiiii ii i iil i__iiiii i i _ i iiii iii ili il i _ _ ii i_ i il i 1 I 1iSi i__aa__i i is___i i _ __ _i __al i ii_ _e__Sii i ___aii i iiii i _ili _i i iiiiii _ii iiiii i i iil i iii iiiiiii ii i i ii i fil i li ili i iiiiiiii ii _iiiiii i il ii l il i i i iiiii i_ i i il ii i i iiiiii iii _ii ii i _ __ i _ili i_i i i il i_ _ ii i _ i__ ii _i i_ i_ _ i i1 I _i_i6 _iRë_...

Page 13: ... 2200 PEU 5500 L CABLIE 57S is ECG oeble for 88D 2200 PEU 5500 If you would like to put ECG signal into 6 pin DC IN of our system we have to design special cable We have to bave following your extemal EGG specs unit to design special cable for DC IN from extemal ECG unit I 1 Mode number i 2 Electric circuit diagram 3 Output spëcification sheet including following specs a Outputivoltage range and c...

Page 14: ...cquipment and upgrade the software This function is not open to the user I I I OCAUTIONO To make the maintenance function invalid it is necessary to once turn offthe I I I t power After performing operation using the maintenance function be sure to I turn on the power again I 11 2 1 Starting the maintenance menu 1 Press the Preset switch to display the Preset Menu 2 Press CTRL S The maintenance me...

Page 15: ...n INT THE K B POLA CHE A SMA Ver 1and 2 Ver 3 and higher J A S1VLA is always displayed in this area but it does hot perform until the KI option is installed 1 1 Display of HARDWARE SOFTWARE These each item are shown version of hardware and firmware with PCB and version of FILE SET The FILE SET have following descriptions DBF Flash memory loading data for Digital Beam former MMBW Prograrnming for D...

Page 16: ...tected these information when starting the equipment I I I Therefore you can t check themwhen the equipmentnot started I i The some function option will be active or not by only software I I I I installation with floppy disk these function lost by hard disk replacement I I orresetting ofbackup data b SlMPORTANTS When you make eonntaet to teehnical support for ser_ ice be sure to state ail the info...

Page 17: ...nu I I Reference The color scale generator is installed on the ENCODER PC board i J 4 Probe Code This function displays the probe code eonneeted Select display or non display by using the Probe Code selection in the maintenance menu ALOKA __ _ A Date _ Time Probe FREQ ustio Power b __ Thisis the displav whenUST 9114 3 5 is connected to Probë Connector 3 PROBE1 FF PROBE2 FF PROBE3 36B _ I PROBE4 FF...

Page 18: ...essage display area 6 Serial No This funetion is used to register or check the serial number of the equipment and to authenticate the upgrade Input the serial number xxxxxxxxxx Press SET sw to proceed Quit Press Mark Ref sw 7 Info This function displays part of the settings in the system in real time Select display or non display by using the Probe Code selection in the maintenance menu ALOKA ___O...

Page 19: ...drive of the equipment _ When you select Preset Copy the message Ready is displayed in the message area on the TV monitor Select the SET switch on the control panel Interrupted with Mark Ref _ The message Are you sure is displayed in the message area on the TV monitor When you select the SET switch on the control panel ail the preset data is copied to the floppy disk The message Copying is display...

Page 20: ...n T SET Retry This Disk has been already used and invalid CANCEL Interruption of operation Insert New Version up Disk and press SET Quit Press CANCEL Display when a wrioe protected disk is inserted Caution This floppy disk is write protected Please setup write enable mode Display when loading data into the flash memory is started When step ends the screen shown at Loading data into the Flash memor...

Page 21: ... SET Retry This Disk has been already used and invalid CANCEL Interruption of operation Insert New Version up Disk and press SET Quit Press CANCEL _ Display when a write protected disk is inserted Caution This floppy disk is write protected Please setup write enable mode Display when loading data into the flash memory is started When step _ ends the screen shown at Loading data into the Flash memo...

Page 22: ...tting on the CPU PC board by reïerring to Section 6 Unfit Dip SW setting and Flash memoryformat Troub eshooting Please eject Floppy disk System starts Auto Reset Display when a flash memory write error has occurred Flash memory access ERROR Please exchange new CPU PCB Display when upgrading of the version is completed Version up Completed Please eject FIoppy disk and reboot the system Restart the ...

Page 23: ...h flash memories The PCBs mounted with flash memories are as follows EP4104 CPU EP4108 EP4384 MM BW EP4095 DBF Control 2 Loading the data into the flash memory This function added from System CS00 1 1 0 Al ter replacing the PCB load the data into the flash memory in the following manner ï Check that the power of the equipment is off _ Turn on DIP switch SWI _ ofthe EP4104 CPU _ Turn on the power o...

Page 24: ...0 seeonds after power on After 30 L secondsblanking normal menu screen is already displayed And the start uI I messages without trouble can not be seen 2 When software is upgraded Upgrade Version up These messages are displayed when the software is upgraded by the floppy disks 3 When optional function is added These messages are displayed when the following optional software is added by the floppy...

Page 25: ...General purpose CPU CPU for This is the CPUforLCDscreendisplay O LCD display It mainly controls the display forLCD screen Andthis general purposeCPUusesMS DOS Ver 6 22 Z 68340CPU the host CPU This is the CPU which SSD 5500 s software uses It is the main proeessor which controls the machine And this is called host flore the view of t he general purpose CPU LCD screen I ...

Page 26: ...for LCD display General purpose CPU This message is displayed before normal menu screen When the CPU for LCD display start up and the host CPU 68340CPU does net start up this message appears ca c_ 98109 17 indicates the developed date and will net be displayed in the o future Z 2 Bd 6 This indicatesthe numberofDBFRxfocusboard BeamFormerboard t il This message is displayed before normal menu screen...

Page 27: ...ine is normal this message is not displayed _ 4 System Error Time out HOST is not ready The CPU for LCD display General purpose CPU can not communicate with E I the host CPU 68340CPU The CPU for LCD display start up however the I i m host CPU 68340CPU does not start up When it is kept approximate one o minute after power on this message is displayed O _ a t I O_ ...

Page 28: ...indicates the communication condition between General b2 BERR bl RXRDY b0 TXRQ purpose CPU and the host CPU r g STATUS Reg XXXX XXXX data 6 CheckDriveA This is the messagewhenthe machinechecksinsertion of floppydisk 5 CheckVUP KEY When a floppy disk is inserted and power switch is turned on the machine check the file named VUP KEY in root directory of floppy disk If the file named VUP KEY exists t...

Page 29: ...ral purpose CPU z and errors for them 10 Check PC I F Bus errors check No 1 Read and write for hardware registers are checked The addresses for _ _a communication betweenGeneral purpose CPUand the host are checked SSD 5500 BUS Ertor Check Start 11 Bus errors check No 1 starts o OK 12 No bus error In normal this message is displayed 13 XXXXXXXXXX rw place Bus error happened E BUSERROR General purpo...

Page 30: ...ies on each board 2 The version between the software programs in hard disk of _ t eneral purpose CPU side and the software programs in the host is compared If thoseare not saine the programsin the harddisk are written into the flash memories And if those are saine nothing is executed i ADR ffffd0 DATA 1890 Bit6 0 20 A state of DIP switch 1 In normal operation this is displayed ADR Address DATA Val...

Page 31: ... and data for DBF unit and DIU unit in hard disk connected with General purpose CPU are written into the flash memories on each board 2 The software programs which are used in the host are written into O i the flash memories from the hard disk For the messages after this process refer to 111 6 6 Messages when software i isupgraded 30 Clear BackupDat Baekupfile was cleared If 8pin of D P switch 1 i...

Page 32: ...se CPU side reboot the system was the saine version as the programs written into the present flash memories Before reboot power off and on return 7 of DIP switch 1 to OFF DIFFERENT VESION 35 Thecheck ofsoftware version completed The softwareprograms for the host in hard disk General purpose CPU side I was the different version from the programs written into the present flash memories In this case ...

Page 33: ...this message is Quit Press CANCEL displayed at first According to the message insert the floppy disk for upgrade then press SET on LCD Numbers of floppy disks differ from the system version For example l0 disks Disk l lO are used in Version 2 2 Now Loading Program files are loaded from floppy disk to hard disk General purpose CPU side Actual operation is copy asterisk indicates the slate of proces...

Page 34: ...s reset after approximate 8 seconds after pressing SET then the system ___t __ t I automatically reboot Andthe systemcontinues process 2 6o Beforethis process if youcancelupgradeor upgradeis stoppedbyerror the contents of hard disk General purpose CPU side return to the original i conditionbefore upgrade and the loaded program from floppy disk is i canceled After start of writing into flash memory...

Page 35: ...re pattern of chips t he type of chip and the locate d address The setting of DIP switch does not match the structure of chips Correct setting of DIP switch 3 is necessary I _ In software version 2 the structure pattern of flash memory is only one kind I andallpinsofDIPswitch 3 should beOFF XXXX Value ofDIP switch 3 9 CautionT If error occurred in checking the structure of flash memory chips this ...

Page 36: ... read from flash memory does hOt match the sum of written data The replacement of CPU board may be necessary __a XXXXXXXX Address MEM Sum value by reading FILE Sum value in I writing Vl Version up Completed Version up completed 14 Please eject FIoppy disk or reset Dip SW and Eject floppy disk before reboot And return 7 of DIP switch 1 to OFF if you reboot the system turned it ON r_ Ch 15 Caution T...

Page 37: ...vailable only by the probe UST 5286 2 5 in case of Version 2 2 Flow Profile UpdaIe Addition of Flow Profile measurement function has been completed In menu you tan use 6 ol tional functions B Flow HIST BF TDI Profile oplional TDI is also necessary M Flow Profile M TDI Wall Thickness optional TDI is also necessary M Flow Trace Tissue Doppler Imaging Update 3 Addition of TDI Tissue Doppler Imaging f...

Page 38: ...addition of optional function was used in one machine you and invalid can hot use this floppy disk for other machine 6 ERROR xxxx Any kinds of errors happened In very rare case this message may be E displayed xxxx Error code For the errors related to disk access refer to 11 6 8 Messages when disk is accessed __ a I O1 Ch o St 01 7_ O 01 txa O I Q t_ 4_ la o Z ...

Page 39: ...ESSERROR Accesst_ floppy disk is failed Trouble of floppy disk is considered E _ _a i This floppydiskis damaged DISK ACCESS ERROR co 5 Access to floppydiskis failed Trouble offloppydiskisconsidered E This floppy disk is damaged Use a new floppy disk To retry press SET To quit press CANCEL 6 DISK FULU Free space in floppy disk is not enough or free space in hard disk E No enough space on this disk ...

Page 40: ...FILE Deletion of file in hard disk General purpose CPU side was failed E Failto delete file The trouble of hard disk is considered Hard disk requires being diagnosed To retry press SET To quit press CANCEL 10 ERROR Access to hard disk General purpose CPU side was failed The trouble E of hard disk is considered Thismessagemaybedisplayed onlywhenoptionalfunctionis added I ho C o Z St PO 0 i o 4_ o _...

Page 41: ... imageintotheDIUwhenfreezing Code 4105 2 Received no response regarding the setting of displaying frame and vector table of VFA EP410500 or Code 4105 3 received anerrorresponse Code 4105 4 w Code 4105 5 Go o Code 4127 1 Received no response regarding the register setting of CFP EP4127 EP437700 Code S001 1 data xx The error occurred regarding the request of focus data transfer to PC Code S001 2 dat...

Page 42: ... read out the intermediate register file Code S001 4 An error occurred regarding the request ofapodization data transferto PC _ t Code 4386 1 A freezing errorofKI board I Code 4108 1 Receivedno responseregarding the register settingfrom MASS MEMORY EP438400 Code 4108 2 Code 4108 3 Code 4108 4 GrJ Code 4108 5 t n t 3 1 4 Code 4125 1 Received noresponse regarding theregistersetting fromPD EP412500 C...

Page 43: ...pen the page suggested with INDEX MONITOR MONITOR ARM SEEINDEX 09 SEEINDEX 03 CABLE HANGER SEE INDEX 03 PHYSIOLOGICA OF RATION PANEL LSIGNAL UNIT SEE INDEX 02 SEE INDEX 08 ç MAIN BODY SEE INDEX 01 Digital Imaging UNIT SEE INDEX 07 JUNCTION BOX SEE INDEX 04 POWER SUPPLY UNIT SEE INDEX 04 TX RX UNIT DBF UNIT SEE INDEX 06 SEE INDEX 05 CABLES SCREW _ MALLPARTS SEE INDEX 10 SEE INDEX 11 10 1 ...

Page 44: ...d for the technical support and maintenance and made with the illustrations and Lists These parts are selected with one of the basis as below For the surface of the equipment such as Cover and Connector Machinery and things to be broken without difficulty Operation panel including the Knob and Switch Cables Excluding one soldered to the other part directly PCB Please refer to the History which has...

Page 45: ...DIATE DEC_ODVER 90031 3 AB0 0 41 OEABLE 216 C_ J705 J607 OPTION O e _ i i PARIS Nomodel i _ON _ i _ i F CODE No codenumber SERIAL No i _ _ _ i i __ HEM relation numb_ to illustration i SPEC speeificationand notes t _I__ 17 I_ __ I _ ___ I I __1 EDP_ Pleaseg_plyto__rTechnical_ fordetail _ts for the assemblyparts INDEX The number of the division for eaÇh Parts List illustrations and Lists This ls in...

Page 46: ...ilable to serial number or af ter On the other side _ x x x x x means valid to the serial number and before If the blank If the blank it is not depended on the serial number SPEC The specification some differences on shipment and the other remarks are shown 10 5 Attention S Prohibition to use both previous and current format of Parts List In the current one the model names of some parts are defere...

Page 47: ...N2 0224 SECTION 10 PARTS LIST 10 6 Parts List The parts List is shown from next page It consists of INDEX For the portion of equipment suggested with INDEX refer to the figure described in page 10 1 10 5 ...

Page 48: ...MN2 0224 Rev 1 SECTION 10 PARTS LIST I01 JMAINBODY I s N MO0101 M00733 MOO834 4VlO0863 _ h J 10 6 ...

Page 49: ...MN2 0224Rev I SECTION 10 PARTS LIST I 11 B I I__ 3 I i I J 10 6 1 ...

Page 50: ...MN2 0224Rev 1 SECTION 10 PARTSLIST 01 MAIN BODY Is N __ __ ___ ___ __ I 10 7 ...

Page 51: ...MN2 0224 Rev 1 SECTION 10 PARTS LIST 01 MAIN BODY s _ IVlO0123 125 126 134 00333 10 8 ...

Page 52: ...MN2 0224 Rev 1 SECTION 10 PARTS LIST 101 JMAIN BODY S N MOO334 MOO733 MOO834 4VlO0863 I I0 8 I ...

Page 53: ...HN2 0224 Rev 1 SECTION 10 PARTS LIST 01 MAIN BODY s N IVEX3 734 IVlCX3833 t i __ _ __ ç i I i i i t i z i i i i i i i i i i i i i i I0 8 2 ...

Page 54: ...MN2 0224 SECTION 10 PARTS LIST 0 IM N 0o0_ I I r dan aoo d go ao t I 10 9 ...

Page 55: ... 01 08 INTERMEDIATE DECK 2 8 A201494 SAP 5500 O1 O8B INTERMEDIATE DECK 2 M00734 _ 833 864 9 _ A2013829 5500 01 09 i OOVER BLIND 1 10 _ A201383 SAP 5500 01 10 COVER BLIND 2 11 A201384 SAP 5500 01 11 COVER BLIND 3 12 _ __ HARD DISK MO0101 M00333 12 _f HARD DISK M00334 _ M00533 12 J_ HARD ûlSK M00534 M00833 12 J HARD DISK M00834 _ 13 A140126 CTW 401 WASHER INDEX 01 M00101 12 13 A140126 CTW 401 WASHER...

Page 56: ...OVER FRONT 27 A201392 SAP 5500 01 27 COVER LEFT 28 _A201393 SAP 5500 01 28 COVER REAR M00101 M00433 I I l l i I 28 _201495 SAP 5500 O1 28B COVER REAR M00434 _ 29 _A201394 SAP 5500 01 29 COVER TOP 30 A201395 SAP 5500 01 30 COSMETIC FRAME 2 _ I l i I 31 A140123 MPNGOOO25U BLINDBUSHING WHITE 32 A140127 CTW 3Ol WASHER INDEX 01 04 M00101 12 i i i i i i 32 i A140127 CTW 301 WASHER INDEX 01 04 M00123 125...

Page 57: ...I S N I ITEM CODE No PARTS No DESCRI PTI ON SER IALNo SPEC 37 A625043109PO424F602 FAN M00734 M00833 38 A625044109P1224M402 FAN k100734 _ 833 864 ASSEMBLED PARTS Pleaseapply to our Technical Support for detaiI T y _ _ Ïtttl _ t T 1 _ 9 _ l J lî _ _ I I _ ___ F_ _ o 10 11 1 ...

Page 58: ...HN2 0224 Rev 1 SECTION10 PARTSLIST 02 I OPERATION PANEL I L KEY 70_ I _ PANEL ASSY __ X7 X8 PCB PCB 10 12 ...

Page 59: ......

Page 60: ...24Rev 1 SECTION10 PARTSLIST J02 I OPERATION PANEL I L KEY 70 L KEY 70G JM00101 _ M00753M00834 M00863 I I I I 1 I ASSY t I I 5 5 1 I I I I I I i i i i LCD ASSY2 i i i i i PCB i i i i i i i i i i i i_ i 10 13 1 ...

Page 61: ...MN2 0224 Rev 1 SECTIONI0 PARTSLIST 102 JOPERATION PANEL I L KEY 70H_ I r LCD 1 _2_LC ASSY3 I x5 x5 10 13 2 ...

Page 62: ......

Page 63: ...RESJ HIST 1 I POLAR ISSZ 707 3071707 _ s c_ B_ _ OT T c_ A SMA LINEGRAPHI D__ o_ ORE_CT sr__ _v AREA S C BLS F FI TER F SEN_ C _JECT RB TIE Eu g078__ _ ME STOP REW PAUSE PLAY V U ALL CLEAR ECG PCG PULSE RBEEP _IECL_ PROBE 1 PRO_E t PRO6E 1 P_OeE 4 ROBE _ PRESET 1 PRESET 2 PRESET 3 PRESET 4 _RESET 5 PRESET PRESET 1 PRESET a PflESET 9 PEsEr I PflESET 11 PRESET lZ PRESET 13 PRESET 14 _ ESET 1_ ECG EN...

Page 64: ...3 _APFEX15B53 RESISTOR VARIABLE SIDE 10 A616029 LIGHT FIZZ 461 LIGHT 11 A616030 P IO AS 1 LIGHTHOLDER 12 A618008 L TB 8 TRACK BALL i i i 13 A618016 REC20D25 ASS2CL ROTARY ENCORDER 13 A618019 L RE 6 ASS2CL ROTARY ENCODER M00790 14 A618017 RESW2OD50 ASS1NCL ROTARY ENCORDER K __ 14 A618020 L RE 5 ASS1NCL ROTARY ENCODER _ __ z_ _t M00790 _ 15 A616031 JM L147YG LED B 16 A616032 JM L2710YG LED C I i i i...

Page 65: ...OCUS i i i i i 29 A611120 KEY B BODY MARK KEY TOP BODY MARK DISP DISP l I I I I I 30 A611121 KEY B SCAN AREA KEY TOP CAN AREA 31 A611122 KEY B ZOOM KEY TOP ZOOM I I I I I I 32 A611123 KEY B SEARCH KEY TOP SEARCH i i i i i 33 A611124 KEY B REVI EW KEY TOP REVI EW i i i i i i i 34 A611125 KEY B STORE KEY TOP STORE I I I I I 35 A611126 KEY B OMS KEY TOP DMS I I I I I 36 A61112T KEY B USER 1 KEY TOP U...

Page 66: ... o 0 o GO m m rn _ rn _ r _ oe 00 oe e _ _ o ol Fîï_ c_ _ o o o m m m z z z 6 o o o 11 o o m rll m rit _ _ _ __ m m z l 9 1 _ l r1 r n I ri m l r1 m rT t rrl _ m r rt m m i 1 rrl r rl t r1 I r1 m I n m l r1 z _ _1 __ m jl_ c3 3 c c c3 3 3 c 3 c3 C3 c3 c3 c3 c c c 3 c3 3 c 3 _î_ m I o o _ o o _ o _ o _ 1o _ o o o 10 o mo o o o _ __ 1 n l I _ _ _ o o o m __ _ _ _ _ roE co _ _ __ o o 0 m m m z z z __...

Page 67: ...I I 75 A611173 KEY B PRESET KEYTOP PRESET I I I i I I 76 A611174 KEY B PHYSIO KEY TOP PHYSIO I l I I I I 77 AB11175 KEY B MENU KEYTOP MENU I I I I I I 78 A611176 KEY B MEA_REMENT KEYTOP MEASUREMENT I I I I I I 79 A600242 P 32 SSD5500 2 LABEL INDEX 01 I I I I I I I 80 A600261 ELI 9078_ 1 I SEAL A St lA i I i i i i i i 81 A600262 EU 9079 2 SEAL VOL i i i i I I I I I I i 82 A801870 FUNC PCB PCB FUNC ...

Page 68: ...MN2 0224 SECTION I0 PARTS LIST Io31 ABLE AN_R l M _ L __ I I i U I I I I 10 21 ...

Page 69: ......

Page 70: ...ASE 7 A201398 SAP 5500 03 07 LOCK KNOB 8 A150162 L Ki 630 CABLE HANGER 9 _ A201499SAP 5500 03 09 ARM ASSY 10 __201500 SAP 5500 03 10 APJ IBASE 11 _201501 SAP 5500 03 11 LOCK KNOB 12 A150173 L Ki 630U OABLE HANGER 13 A150174 MP HA5500 2 CABLE HANGER ASSY ASSEMBLED PARTS Please apply to Dur Technical Support for detai I 7 _I_ __IB z _ C l _ _ hJl J_ I _ _I I_ _ _ T_ _ o 10 22 ...

Page 71: ...MN2 0224Rev I SECTION 10 PARTS LIST S N 04 POWERSUPPLYUNIT PSU S55OO M00101_M00733 MOO8345 MO0863 _UNIT ASSY _____ I I m T il I 10 23 ...

Page 72: ..._E OL I I I I Q I i J i i i i i e eç i i st s p I I I i I I i 4 i i i i i I i i i i i i_ ï122 8g8oow SBOOW __LOOW_LOLO0_oosss nsa lNn AlddnS kl _MOd 0 N S J SI I SJ __ t Or NOIJ_3S L Ae_t _EZO ZN_I ...

Page 73: ...MN2 0224 Rev I SECTION 10 PARTSLIST J J Is N 04 POWER SUPPLY UNIT PSU S5500B MOO734 MO0834 M00864 10 24 1 ...

Page 74: ...MN2 0224 Rev I SECTION 10 PARTS LIST I S N 04 POWER SUPPLY UNIT PSU S5500B M00734_M00834 M00864 _ UNIT ASSY 10 24 2 ...

Page 75: ...BLE and AOPLUG FOR 200V 4 A621027 SUP P15H R O LINE FILTER 5 A621011 313001 FUSE 6 A625036 109PO924F402 FAN 7 A625037 109P1224H402 FAN 8 A801668 EP413300_ _ _PCB Output Connector i 8 A801871 EP441700__ PCB Output Connector 9 A801669 EP413000___ PCB Relay circuit 10 A801670 EP413200 _ PCB Powercircuit 2 10 A801872 EP_1600__ PCB Powercircuit 2 11 A801671 EP413100_ PCB Powercircuit 1 i I I I I I 11 A...

Page 76: ...MN2 0224 SECTION I0 PARTS LIST IUNII Io I_o o_ o _ox _____o I _ _JUNCTION BOX ASSY I I i i I I i i I I I I I I i I I i i i L i i I I I i i i i i i i i i i I t L _1 10 26 ...

Page 77: ...MN2 0224 Rev 1 SECTION l0 PARTS LIST Jo41JUNCTION BOX JB 220C _JUNCTION BOX ASSY _ _ _ _ 3 _ m i c 10 28 1 ...

Page 78: ...MN2 0224 Rev 1 SECTION10 P M_TSLIST i _ i_çoo_____oo _ o41JUNCTION BOX JB 221D JUNCTIONBOX ASSY m ml L IL JL JL J r l IS 10 28 2 ...

Page 79: ...MN2 0224Rev 1 SECTION 10 PARTS LIST I J Ju T s MO0734 M00833 04 JUNCTION BOX JB 256 aooe64 _ JUNCTION BOX ASSY l I I _ 10 28 3 ...

Page 80: ...MN2 0224R v 1 SECTIONIO PARTS LIST t _ll l S NMoo734_MOO833 _ JUNCTIONBOX ASSY __Fi _ ls _ 10 28 4 ...

Page 81: ...6 AC G10BB44 ACOUTLET FOR IOOV i i f i i 17 _A201399 JB 220 JUNCTION BOX ASSY I FORIOOV l i I i 18 A030072 418802 IACOUTLET M00101 12 FOR JB 221 18 A030070 418902 ACOUTLET M00123 125 FOR JB 221B 19 _A201400 JB 221 JUNCTION BOX ASSY M00101 12 FOR200V i I I I I I I 20 A201401 JB 221B JUNCTION BOX AS Y M00123 125 i FOR 200V I 24 _A201502 JB 2200 JUNCTION BOX ASSY FORIOOV i I I I I I I I 25 _ A201503 ...

Page 82: ...MN2 0224 Rev 1 SECTION10 PARTSLIST 1I I t 05 DBF UNIT DBF 3 _ oo o _oo7 _3 1_00834 t400863 MOTHER BOARD 9 10 30 ...

Page 83: ...E 01 EJ 13 ri C 7 m _ m iii __ _ _ q rl l_ 11 1 Il O rlF 3 _l _ ___ ___ _ _ ___ ___ t f T1 Im___ll _ll _ _ 1 FB C _ _ 30 E ml t o 0 Z o I 1 oe I _ ...

Page 84: ...3 864 6 A801675 EP409300_ _ PCB Beam Former 7 A801675 EP409300 _ PCB Beam Former 8 A8016751EP409300__ PCB Beam Former i 9 A801675 EP409300___ PCB Beam Former 10 A801675 EP40930__ PCB Beam Former 11 A801675 EP409300__ PCB Beam Former i 12 A801676 EP409400__ PCB Beam Processor 13 A801677 EP412500_ PCB SDP 14 A801678 EP412600__ PCB CFP 15 A801679 EP 12700_ _ PCB OFI 16 A801680 EP409500__ PCB DBFContr...

Page 85: ...aN2 0224 R_v 1 SECTIONI0 PARTS LIST l I t _ 1 M00101 M00733 06 TX RX UNIT GEU 70 M00834 M00863 I I _ SOLDER SID_ 10 32 ...

Page 86: ...MN2 0224 Rev 1 SECTION 10 PARTS LIST 106t TX RX UNIT GEU 70 I I I ôn_z _ _ SOLDER SIDE SOLDER SIDE _ J 0 10 32 1 ...

Page 87: ...0__ PCB TX Filter 7 Al10235 GEU 70 5 DUMMY CONNECTOR MM443327 i 8 Al10236 DL5 260R DUMMY CONNECTOR i 9 Al10237 E1J 9079 3 INTERMEDIATE DECK M00734 _ MMdd4736 00833 864 10 A120272 A 176 19 KNOB M00734 833 864 EP4 45300_ PCB TXModule1 M00734 11 A801876 833 864 12 A801877 EP445400_ PCB TXModule2 M00734 833 864 13 A801878 EP445500_ _ PCB IXModule3 M00734 833 864 14 A801879 EP445600_ PCB TXModule 4 M00...

Page 88: ...MN2 0224 Rov 1 SECTIONI0 PARTS LIST J u_ MOO834 MO0863 10 34 ...

Page 89: ...691 EP41130_ PCB DECORDER i I I I i I I i 7 A801692 EP411100_ PCB SCCOL I i I I I I 8 i A801693 EP411000__ PCB SCBW I I I I I I I I I 9 A801694 EP410900 __ PCB HMCOL I i I _ I I I I I 10 ASO1695EP410800__ PCB MMBW I I I I I I 11 A801696 EPÆI0700 PCB ULDR L 1 I _ I I J I I 12 A801697 EP410600__ PCB ULDR P I I I I 1 _ I _1 I I I I I 14 A801699 EP411500_ PCB PHSC i I i I I I 1 I 16 A801681 EP409000_ ...

Page 90: ...MN2 0224Rev 1 SECTIONI0 PARTS LIST Io7j uIM unir u _o__ I Ç_ MOTHER BOARD 10 34 2 ...

Page 91: ... OPTION M00734 833 864 7 A801692 EP411100__ PCB SCCOL 8 A801693 EP411000 _ PCB 0 BW 9 A801883 EP438500__ POB MM COL M00734 833 864 ç 10 A801884 EP438400__ PCB MM BW i M00734 i 833 864 I 11 A801885 EP438300 _ PCB VOL SERVO CONTROL M00734 _ OPTION 833 864 12 A801886 EP4 38200 _ PCB ULDR US M00734 833 864 _ ___ _ ____ ___ I I i i 14 A801699 EP411500_ __ PCB PHSC i i i I 15 A801888 EP441300_ _PCB UPCO...

Page 92: ...MN2 0224Rev 1 SECTIONI0 PARTS LIST 108l PHYSIOLOGICAL SIGNAL UNIT EU 5037 I MOO O1 MO0460 I UNIT S N UNIT ASSY ï_ _ uJr _ I I _ J I 10 36 ...

Page 93: ...MN2 0224Rev 1 SECTION 10 PARTS LIST loal p sloLoGIoAL SIG AL U IT u o_ _ I O0 IUNIT S N 10 36 1 ...

Page 94: ...i i i i 3 A601132 _S 8100S Q CONNECTOR DIN PLUG i I i i i i l l 4 A601134 MAS 5100S CONNECTOR DINPLUG r i I i i i l 5 A801813 CO EU 5037 B 0200 CONNEOTOR ASSY i I 6 A801504 L CABLE 579 CABLE ECG CABLE UNIT I I I I I 1 I 7 A611098 i S J0282 04 SWlTCH SLIDE I i I I 8 A801814 O0 EU 5037 A 0200 CABLE _ITCH AS_Y i I I I I 1 I I 9 A600237 P 33 EU 5037 LABEL INDICATION j i i i i i i 10 _A201402 EU 5037 U...

Page 95: ...i i I l _j Z i ID _ I 0 _ 0 i Z_ i i _ o O_ I L _ i_ _P i _ 0 o t q i i I i o s i i a I I i i I I i I i oe i _ U i i _L i cm __A i _ i ll I I I I i I I i i I I i z i i â I i i i i i I i ...

Page 96: ...MN2 0224Rev I SECTION I0 PARTS LIST I S N 09 MONITOR IPC 1511 M00101 M00733 M00834 M00863 i î J_ ijt ss _ _ x3 VIB_ L UNIT I 10 39 ...

Page 97: ...NN2 0224Rev 1 SECTION 10 PARTS LIST ro9 r MONITOR I IPC 1521 I S N M00734 _ M00743 10 39 1 ...

Page 98: ...HN2 0224 Rev 1 SECTION 10 PARTS LIST I S N 09 MONITOR IPC 1521 M00734 M00833 M00864 10 39 2 ...

Page 99: ...MN2 0224Rev 1 SECTION 10 PARTSLIST S N 09 MONITOR IPC 1521B M00744 M00833 M00864 10 39 3 ...

Page 100: ...014 05 t P IP13 TILT TABLE 8 A624008 8P201 SPEAKER RIGHT 8 A624009 8P202 SPEAKER LEFT 9 A625038 109R0812_24 FAN 10 A201406 U PK O225A AC INLET WlTH CABLE ASSY M00101 M00733 I 10 A201506 PK O225A AC INLETWlTHCABLE A8SY M00734 833 864 11 A619009 K1252 04 01 CABLE SLIP PREVENTIVE HARD WARE 12 _ A201407U PK O226A 25PIND SUBCONNECTOR WlTH C M00101 ASSY M00733 12 A201507 PK O226A 25 PIN D SUB CONNECTOR ...

Page 101: ...09U PK 2219A iCABLE ASSY M00734 _ I I I I I I 17 A623076 V16M5 3 7 6 5 VARIABLE RESISTOR ROTATE M00101 _ N2OKCB10Kç2 M00733 i I I I I I I I 17 A623083 VB16L4 7X6 5 N20KC VARIABLE RESISTOR ROTATE M00734 _ lOKç2 i _ i 18 I A623077 V16H5 3 7 6 5 VARIABLE RESISTOR ROTATE N2OKCB500_ I I I I I I 19 A201410 SAP 5500 09 19 KNOB i i i I I I I I I _ 19 _A201510 SAP 5500 O9 19B KNOB M00734 I i i i i i l 20 A...

Page 102: ... OEZ _ T_ _ __ _ _ i i q IZ I J _i __ ii l __1 I _ 1 I 1 _ __z _ I __ _ iii o jTii I _ _ _ Il __ __il L_ I Psu__ oo I I I _ Il uIM _oe a Il I I J I I ____ _ I _ H Il I I __vo __oo I _ T_II I _ _11 _B__ Il I I _ _I III IOMS 55001 _I _ _ I _ J T _ 111 t_ OE_ TI Z34 I _ I I 3 1 1I_ __ _ _ 111 GEU 7 _ I IW I IW Ill L _ _ ___ ___ï_l 4___ I I 10 42 ...

Page 103: ...PARTSLIST I10 I CABLE I M00734 M008331 _ M00864 Tt ï _ ___ J ii __ll ç kk _ llç a o I I o o IIP _ u_s_ oo _ __ _ qo u o _ 7 o__ 1 1 _ oe 18o6 180 1331 _4_m_ VCR I I u e_ _ _ _ _ _ _A F II IAsu _ l i_ __ _ I I _ I loE __ 10 42 1 ...

Page 104: ...4 CBL803 J332 J808 OPTION 47 A801746 00 P 0 132 0309 CBL050 UIM P C 48 A801747 SCSI HAHlOEC 04675CBL804 DMS MO SIGNAL OPTION CABLE 49 A801748 CO DM 5500 B 16COCBL805 DM MO POWER CABLE OPTION 50 A801749 L CABLE 296 CABLE 51 A800043 AUWl IO0 CABLE REMOTE CONTROL 54 A801790 L CABLE 585 CABLE 55 A801791 L CABLE 584 CABLE A SEIVIBLED PARTS Please apply fo our Technical Support for detai I 10 45 ...

Page 105: ...X 01 04 A399131 CNK4_ IO EC Fe Ni SCREW INDEX O1 i A347516 HB5 _ 16 SCREW INDEX 01 04 A311430 NK _30 SCREW INDEX 01 04 i i i i i i i A399102 S3_ SFe NI SOREW INDEX O1 A399105 S_ SFe Ni SCREW INDEX 01 i i i i i i i A383203 PW3 WASHER INDEX 04 i i o l i i i A383204 PW4 WASHER INDEX 04 A383206 PW6 WASHER NDEX 04 I I I I I I I A383105 W5 WASHER NDEX 01 04 I I A383303 SW3 WASHER NDEX01 04 I l I I I l I...

Page 106: ...ev 1 SECTION 9 DISASSEMBLING PROCEDURE 1 Parts Identification I Monitor S N _M00733 M00834_MO0863 IPC 1511 151 lV S N M00734 _MO0833 Cable hanger M00864 _ MP HA5500 1 IPC 1221 1221V Olgeration Panel L KEY 70 9 2 ...

Page 107: ...Unit Panel FloDDy Disk Drive PEU JU 256A026P i i _ i i_ i i Power SuDIo y Unit PSU S5500 Hard Disk Drive SG 1080A SE 2100A i EX 3200A ACOUTLET QM304300CR A JB 220 221 JB 256 257 Digital Imaging Unit UIM 506 VlDEO I 0 EP4119 _ Data management Transmitter Subsystem Unit Receiver Unit DMS 5500 GEU 70 9 3 ...

Page 108: ...l t I i __U _ _ J 4 I 5 Middle shetf 15 2 MtddLe shelfl GEU 70 6 CNM 6 7 cover I pu out removoll FP419000 14 6Panel Ilg 1Fi ter I I I Iow cover MOOmH22 1241 6 _UCW 5500 127 133 38 1781 4 5 plate i _3 _ç_ërSidel O_ DMS_5500 F l I CPU 15_1 Rem0ve I 16 1 InlerfaoePC b0ard 6 2 Flexibleb0ard fhe panelI 16 8JLED board 6 3 STC boûrd 117 1M nit rl i6 gLight 6 4TraCkBa l 16 6Buzzeq I Fl fer I LCDpanel Swit...

Page 109: ...BLING PROCEDURE I 4 Removingof Covers I Front Cover _Connected 13robe must be removed before hand O Unfasten 4 screws and remove front cover Remove 2 bushes and unfasten 2 screws Then remove ri_ht side cover Bush 2 BNK3 X 8 Fe Ni 2 9 5 ...

Page 110: ... 1 SECTION 9 DISASSEMBLING PROCEDURE _ _ii_____i__ __ ___ S__i __ Left Side Cover _Remove 2 bushes and unfasten 2 screws Then remove left side cover i i_ _ __ Bush 2 BNK3 X 8 Fe Ni 2 BNK3 x 8 Fe Ni 4 Rear Cover 9 6 ...

Page 111: ... 8 Fe Ni 2 i _Loosen the 2 screws at the rear ___ removethe 2 screwsat the front andlift _ ___ _ _ï __ i _ _i__ iiiii_i _ i UDthe rear section of the top Dlate and _ _ _ ____ ____ __ _____ ___ i remove it i_iiiiiiiiiiiiiii lill Loosen screw _ Top Plate 9 7 ...

Page 112: ...r _ _ _ Remove the left and right probe holder then loosen the 4 screws fastening the I_anel cover _ ii __ 7 CNK3 x 8 Fe Ni 4 Panel Lower Cover _Remove the 3 screws fastening the Danellower cover then removethe cover _ S_3read both ends of the lower cover when removing it BNK3 X 8 Fe Ni 3 9 8 ...

Page 113: ...BLING PROCEDUR E 8 Removing of Connection board and Power SUDD Y Unit PSU S5500 _Remove the 2 screws fastening the connection board EU 4149 installed on the power supl31y unit PSU S5500 then remove that board 500 BNK3 X 8 Fe Ni 2 9 23 ...

Page 114: ...S N MO0733 I I MOO834 M008631 Remove ail the cables from the clamp _ Remove all the cables connected to the AC out let O Connectors to unplug AC out let JB 220 _r 100V series 3 JB 220 221 JB 221 2OOV series BNK3 X8 Fe Ni 4 Unfasten 4 screws and remove AC out let then remove the connected connector P61 2 P61 2 AC out 9 24 ...

Page 115: ...ve ail the cables connected to the ii AC out let l il ii_iiii_ i t i _ iii__i 0 Connectors to unplug _ _ i JB 256 100V series JB 257 200V series _i i_ _i_ __ __ i_i_ i _ __ __________ ______ _ __ _i i _ _ __ _ __ _i_ _ _ Unfasten 4 screws and remove AC out _ BNK let Remove the connected connector P61 2 P612 AC out let 9 25 ...

Page 116: ...ve ail the cables connected to the outDutconnectionsection 0 Connectors to unlolug P601 P624 P603 P607 P605 P604 P623 P602 P609 P611 P606 P608 Output _The connectors in indicate Connectior Section options BNK4 X 10 Fe Ni 5 Unfasten 5 screws and remove power SUDDlY clamDin6 hardware left Power suDD y clamping Hardware left 9 26 ...

Page 117: ...nnected to the OUtDut connection section 0 Connectors to unplug P601 P624 P603 P607 P605 P604 P623 P602 P609 P611 P606 P608 P625 _The connectors in indicate OutDut options Connection 6 BNK4 X 10 Fe Ni 5 _ Unfasten 5 screws and remove power supply clamping hardware left Power supBly claml3ing Hardware left 9 27 ...

Page 118: ...Unfasten 5 screws and remove power supp y c amping hardware right Grounding wire Power supply clamping Hardware right J600 Handle I Remove the power switch J600 Remove the 6 screws fastening the power supply then remove the power sup_ ly from the device _Unload the power SUpl ly unit from chassis by raising the handle because the power supply unit is very heavy BNK4 X 10 Fe Ni 6 9 28 ...

Page 119: ...MN2 0224 Rov 1 SECTION 9 DISASSEMBLING PROCEDURE CNK4X8 4 D Unfasten 4 screws and remove input connections 9 29 ...

Page 120: ...ews and remove shield __ _1_ cover X BNK3 X 8 Fe Ni 8 UIM Unit _ Disconnect the connectors connected to the board then remove ail the DBF PC boards from the UIM unit 0 Connectors to unp ug EP409200 P162 EP409300 6 P101 6 EP409300 5 P1 01 5 __ EP409300 4 P101 4 EP409300 3 P101 3 Connector EP409300 2 P101 2 PC board EP409300 1 P101 1 EP432200 P1 25 127 9 30 ...

Page 121: ...d remove shield __ _ _i _ _ _ _ _i __ _ i _ i_ i i i_ it _ _ _ ___ I N I _ BNK3 X8 Fe Ni 8 UIM Unit _i _ _ _ x _ _ ___ i __ __ _ _ I_I ii iii_i __ I i_ __ ________ _ ___ tili ï_l_i ____ _ __ _ _7 _m __ _ _ Remove ail the UIM PC boards from the _t __i UIM unit __ __ _ _ _ _ _ N _ _C board 9 31 ...

Page 122: ... cover Front side BNK4 x I 0 Fe Ni 1 UlM side DBF side _ç_ __i 7 i __I_ _ Remove ail the cables connected to the _ _ i_i __ UIMunit it _ _ __ __ _ t__ _ _ ___ _ _ 2 _é 0 Connectors to unplug From this side DBF side _ __ P121 P142 P 161 P141 P151 _ 1_iiiï i _ UIMside __ P351 P341 P342 P344 P3433 _ __ç ___ L _ _ _ _ _ouo_ Front Side 9 32 ...

Page 123: ...gged between UIM unit and GFU unit O Connectors to unplug From ieft side GEU side P210 P208 P209 Power Supply Output Connection Section Grounding wire _Unfasten the 2 screws then remove the 2 grounding wires connected to the power supply output connection section BNK4 x I 0 Fe Ni 2 9 33 ...

Page 124: ...hers each on the DBF and UIN sides then 13ullout the UIM unit to the DBF side BNK3 x 8 Fe Ni 5 1 5 S N MO01 01 _M00333 S N MOO334 _Unnecessary UIM DBF Motherboard Mother board _ Remove the 19 screws connected to the UlM unit then pullout the mother board UIM Unit X BNK3 X 8 Fe Ni 1gX 9 34 ...

Page 125: ... 8 Draw the cable folded to the free slot UlM unit PC board from the left the third 3 Remove the connector connected to the PC board then remove all the DBF PC boards from the UlM uniL 0 Connectors to unplug EP409300 6 P101 6 _ EP409300 5 P101 5 EP409300 4 P101 4 ii iiiiiii iliT_L EP409300 3 P101 3 l 1ML Connector EP409300 2 P1 01 2 Cable to draw EP409300 1 P1 01 1 The third slot EP437300 P126 127...

Page 126: ..._ _ _ __ _ _ _ _i _ _ __ WR i _ _ cover ____ _ _ _ _ BNK3 x 8 Fe Ni 9 UIM unit _ ___i___ i_ __ _i_ ____ ï_I I1__ _ __ __ _ ___ _ _ _ _ i _i__1 _ __ _ __ _ _Remove all the UIM PC boards from the _i_ii_ UlMunit ___ _ _ _ _ç 4 __ __ _ _ _ _ii _ _ _ __ i ____ _a3__ k _ _ _ ___ _ _ _ _ __ _ _ _ _k _Ç _ LY i_i___ ___ _ __illl_____ _J__ _ ___ __ PC board 9 36 ...

Page 127: ..._ _ BNK3 X8 Fe Ni 8 Front side UIM side _ DBF side _ Remove all the cables connected to the _ __ __4 _ __ _ __ _____L _ __ ______ _____ _ UIM unit ïïïïï _ _ _ OConnectors to unD ug From this side DBF side P151 P 141 P 161 P 1 42 P121 _i _ i UIM side P343 P325 P344 P345 P341 P342 P351 P352 _ i_ilNiiN ilNilNiiiiili iiii _ The P352 must bu unplugged at first when unplug the P351 It bas possibility Fr...

Page 128: ...gged between UIM unit and GEU unit 0 Connectors to unplug From left side GEU side P21 O Power sui3ply output Connection section Grounding wire Unfasten the 2 screws then remove the 2 grounding wires connected to the power supply output connection section BNK4 x I 0 Fe Ni 2 9 38 ...

Page 129: ...ve the DMS Unit D Unfasten the 6 screws each on the DBF and UIN sides then pullout the UIM unit Iii _ to the DBF side BNK3 X 8 Fe Ni 6 UIM mother board Remove the 22 screws connected to the UIM unit then pullout the mother DBF mother board board UIM unit DMS unit 9 39 ...

Page 130: ...BLING PROCEDURE I 10 Removing of Data Management Subsystem Unit DMS 55OO_ I 03Il 03 Disconnect ail the cables connected to the uD_er side of DMS unit DMS 5500 _ BNK3 X8 Fe Ni 4 _Remove the 4 screws fastening the DMS unit DMS 5500 9 40 ...

Page 131: ...ut DMS unit from UIM unit while carrying the power cable to this side Remove the cables connected to the DMS 5500 0 Connectors to unDlug L CABLE 527 054 DMS P1 07 1200 L CABLE 526 054 DMS P1 08 JDMS01 Power cable JDMS01 Power cable for MO J 1 200 DMS P108 DMS P107 9 41 ...

Page 132: ...iii_o Shield cover _ 0 Unfasten 5 screws then slide the shield cover and remove it BNK3 x 8 Fe Ni 5 CPU board 0 Remove a l the cables connected to the CPU board 0 Connectors to unDlug P502 P511 P501 P513 P512 P510 _ Remove the 5 posts fastening the CPU board then remove the CPU board 3 BSB5 5 30 5 9 42 ...

Page 133: ..._ë_ ______ _ __i _ _ _ _ _ _ _ _ _ _ _ 4 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ k __ _ _ _ _ _ _ _ _ _ _ _ _ _ __ _ _ _ _ _ _ _ hard disk SG 1 080A _ N _ ï PH01 SG I _ _ O Connectors to unDlug PH02 PH01 i _ _ _ i __ _ i i f i 2 8 8 8 i i i i i i i i i_ i i i i_ i i ii ii _ _ i __ _ _ __ __ _ ____ _ _ __ _ _ __ _ _ _ __ ___ __ _ __ ___ __ __ë_ ___ __ _ _ _ From the bottom side of the panel _x__ _ _ _iii_i _...

Page 134: ... opened O Remove the cable connected to the hard disk SG 1 080AI _S N MOO334 _MO0533 SE 2100A S N MO05 34 _ EX 3200A PH01 0 Connectors to unplug SG 1080A PH02 PHO1 SE 21 OOA S N MOO334 MO0533 EX 3200A S N M00534 _ A A _ BNK3X8 Fe Ni 4 _ Remove the 4 screws then remove the hard disk Remove the 4 screws then remove the mounting plate from the hard disk P 6 32UNC X 8 4 Mounting _ Plate 9 44 ...

Page 135: ...re is no interference when the panel is opened O Remove the cable connected to the floppy disk drive JU 256AO26P O Connectors to unplug PF01 PF02 PF01 ï _ Open the operation panel until it is vertical then while restraining it with one hand remove the 4 screws for the fastening fixture and pullout the f oppy disk drive _j BNK3 x 8 Fe Ni 4 9 45 ...

Page 136: ...stened to the floIDDY disk driv_ then remove the fastening fixture CTW 301 4 S N MO0101 122 124 127 _133 138 RT 301 4 S N MO0123 125 126 134 _ FloI IOy Disk Drive _ncase of S N MO0123 125 126 134J _Remove the 4 screws and 4 teflon washers RT 301 i Remove the 4 teflon washers CTW 301 between fastening fixture and flos3Dy disk drive then remove the flo_Dy disk drive CTW 301 4 S N IVlO0123 125 126 13...

Page 137: ...N given below I S N MO0733 I I Moo834 _MO0863 J O Remove the 16 screws then remove the shield cover _ Disconnect the cable P343 from the Front side UIM mother board then remove the P343 clamD and remove X10Fe Ni 16 3 Disconnect the cable P623 from the connection section J623 then take out from the power supply output P623 connection section handle Output Connection Section 9 47 ...

Page 138: ...ve the 25 screws then remove the shield cover Disconnect the cable P343 from the UIM motherboard then remove the Front side clamp and remove BNK3 X 8 Fe Ni 8 Disconnect the cable P623 from the connection section J623 then take out from the power SUl3ply output P623 connection section handle Output Oonnection Section 9 48 ...

Page 139: ...ECTION 9 DISASSEMBLING PROCEDUR E _____ i_ _ _ __ Remove the 2 cables connected to the _ i _ _ii N iiiiii_i_N_ Dhysio unit iv _ P701 P702 Physio unit _ Remove the 2 screws then remove the Dhysio unit BNK4 X 10 Fe 9 49 ...

Page 140: ... cablesto the _ _t _ ____ _i __ __ i _ _ _ _ _ _ _ ____ _ _ _ __ _ _ ___ ___l __i____ _ _ _ _ i_i_ recording device l_l___ii _ _i ____ i__ _ _ _ ____ _ _ _ _ __ 0 Connectors to unplug _______ ____ _ __ __ ______ __ ï_ Power cable Signalcable Middle shelf __ __ _ k _ _ _ _ _ _ ___ _ ___ iii_ _ Pt _ __l _ Remove the 4 screws then pullout the _ _ ____ __r____ _ __ _ middle shelf to the front __ 4 _ i...

Page 141: ...MN2 0224Rev 1 SECTION 9 DISASSEMBLING PROCEDURE Middle shelf _ Pullout the middle shelf by 13ushing the hooks at the guide rails of the right and left sides Hook 2 9 51 ...

Page 142: ...h S N given below I S N _MO0733 I I Moo834_MO08631 ï Remove the 16 screws then remove the shield cover Front side BNK4 x I 0 Fe Ni 1 _ Disconnect ail the cables connected to the unit 0 Connectors to unplug From left side Front side P21 O P253 P201 P202 P208 P251 P209 Rear side P205 P272 P271 P207 P206 DBF side P126 P1 27 _ Thiso eration isnotnecessary when remove the connectors by 9 1 _ 9 52 ...

Page 143: ...ld cover IïWm ___ i iii _ ii _ 7 N_ _ _ BNK3 X8 Fe Ni 8 Front side I BNK3X8 Fe Ni 1 _Remove the grounding wire connected to Grounding wire the P21 0 then disconnect ail the cables connected to the unit O 0 Connectors to unplug From left side Front side P21 O P201 P202 P208 P209 P213 P214 Rear side P205 P271 P272 P207 P206 DBF side P1 26 P1 27 _ This o eration is hot necessary when remove theconnec...

Page 144: ... screws for the fastening __ qÇ_ fixture then remove it _ __ _ ___i ___ __ __ _ 4 _ ______ _____ BNK3 x 8 Fe Ni 2 GEU 70 IN NT Unfasten 4 screws and 4 teflon washers then remove the GEU Unit BNK4 x I 0 Fe Ni 4 CTW 301 4 S N MO01 01 _M00333 S N MOO334 _Unnecessary 9 54 ...

Page 145: ...rews S N MO01 01 _M00333 20 screws _______________ __ _Screw Position I i 2_0 _ _ CTW 301 12 S N M00101 M00333 S N MOO334_Unnece Grounding wire _ Carry out doing with S N given below EP406000 k In case of S N MO0101 _122 124 1271 4_ J 133 138 1781 Unfasten 2 screws and remove CNM 7 6 In case of S N MO0123 125 126 134 B _BNK3 X8 Fe Ni 20Unfasten 2 screws and groundin_ wire then remove CNM 7 6 9 55 ...

Page 146: ... _MO0733 _oo_____oo___ 1 L i_ _ ___i i i _ Unfasten 2 screws and remove _ _____i _ ____ _ _i ____ __ _i______r _ Mechanicalsector BNK3 x 8 Fe Ni 2 BNK2 6X5 Fe Ni 8 I S N MOO734_MO0833 I EP445600 I M00864 _ I EP445400 EP445500 EP445300 _ _Unfasten 8 screwsand remove EP445300 EP445400 EP445500 andEP445600 EP4319 9 56 ...

Page 147: ... _ i __ili ___ __ ii i i i i iiii i__ii _ _i _i _ __QQ i _ Shield Cover _Remove the 6 screwsat both ends of s _ the shieldcover then removethe shield t cover IScrew Position I ç BNK3 x 8 Fe Ni 6 BNK3 x 8 1 _ Remove the INDEPENDENT cable _ P282 Unfasten 7 screws and remove the PC board EP406400 IScreW Positionl k _ P282 EP406400 _ 9 57 ...

Page 148: ...224 Rev 1 SECTION 9 DISASSEMBLING PROCEDURIE EP433500 _Remove the EP433500 from o_ ïï _ __ ___çï ï ï ï_ s __ _ _ _ f _ _ r _ _ i i __ _ ii i __N_ _ __ i_ __i __ il _ _ _z ii __ ___ ___ _ _ _ 4 EP406400 9 58 ...

Page 149: ... Remove the 7 screws fastening the _ shield cover then slide the 2 PC boards _ _ mv___ _ 1_ _ _ __ _ __ _ _ __ _ _ _ EP4062 4063 and remove it _i _ _ _ __ _ _j J _m__î_____ _ _ _ _ ___ x _ 1 _I _ __ _ _ i ii_ _ Ci _crew Position I hield Cover SB5 5 x 16 5 3 Remove the 3 13ostsand 7 screws for EP4062 the PC board EP4062 then remove the PC board BNK3 x 8 Fe Ni 9 59 ...

Page 150: ...I Shield cover EP4062 SB5 5 X 16 5 4 Remove the 4 posts and 7 screws for the PC board EP4062 then remove the PC board 19 BNK3 X8 Fe Ni 7 EP445600 EP445300 EP445500 EP4319 _ Unfasten 8 screws and remove EP445300 EP445400 EP445400 EP445500 and EP445600 I __J _Be especially careful in the variety and position of the screw BNK2 6X4 Fe Ni 1 There is fear of the short circuit 6 X4 Fe Ni 1 BNK2 6 X 5 Fe ...

Page 151: ... _____ _ ___________ ________ ___ IPC 151 1 1 51 1V ____i_i_i_ _i _i_i i_i_i _i_i i_i_ _ ___ _Operation Dis only necessary for PAL ____ i_i_ _i_i_i i_ _ i___iii_ _ 4_ _ l____ _ _ ii E i_i i_i_ i_ _ _iiiiiiiiiiiiiiiiiiii_ ï Unfasten 2 screws then remove the Cable Disconnect cable disconnect prevention fixture Prevention Fixture Only for PAL devices _ Remove the power cable Signal cable Loosen the 2...

Page 152: ... for PAL _ __ _ _ _ _tliiiii ii i iii iiii_i ii i 4 i _ _ i _ _ _ _ _ _ i _ i _ _ i _ _ i _ _ _ _ i i _i_ __ i i i i i i i _ i _ _ _ devioes __ i _iiiii iii iiii iii _i i iii_i_iliiii_ __ Unfasten 2 screws then remove the __ ____ii_iiiiiiiiili_i i iiii _i___N__ cable disconnect _revention fixture _i_iiiiiii _ CablepreventionDisconnectFixture _ Remove the power cable Signal cable 3 Loosen the 2 scr...

Page 153: ...MN2 0224Rev I SECTION 9 DISASSEMBLrNG PROCEDURE Monitor 1 _Remove the 4 screws fastening the monitor then remove the monitor from the tilt base Ti t base BNK4 x I O EC 4 9 63 ...

Page 154: ... IN PUT B J22 Connector panel COLOR PRINTER SSZ 707 SYNC CONTROL J617 ACoutlet JB 220 ACIN COLOR PRINTER VIDEO IN J10 B W VIDEO OUT Connector panel Jll SSZ 307 REMOTE PRINTCONTROL ACIN J616 ACoutlet JB 220 PRINTER VIDEO IN J3 VIDEO OUT VIDEOIN S VIDEO J9 VIDEO OUT J2 VIDEO IN VIDEO OUT S VIDEO J8 SVO 9500 CH 1 CH 1 J6 AUDIO Connector panel AUDIO IN CH 2 CH 2 J7 OUT CH 1 CH 1 J4 AUDIO OUT AUDIO IN ...

Page 155: ...arry out doing with S N given below I S N _MO0733 J ___ _0_ _oo_____oo_ W BNK4X10 Fe Ni 4 _ Remove the 4 screws fastening the recording device from the middle shelf _____ then remove the recording device __ _ 10 Fe Ni 4 _ _ k _ i 11 X 1 0 ge Ni 4 9 65 ...

Page 156: ...which fixes SSD 307 Mounting 191ate_eJ _ BNK3 X8Fe Ni 2 __ __ ______ __ oe_ _ ___ ___ _ _ i _ _ _ e Z i ii _ _ P _ _ _ _ _ b i _i ii _ ____ _ î _ _ ____ _ ____ov_ t_e __crew_ __te_ ng t_e BNK4 X 10 Fe Ni 4 recording device SV0 9500 SSZ 707 from the middle shelf then remove the ______ recording device SV0 9500 SSZ 707 _ 4_i_ _ _ i _ _ i_Z _il iil i i _ i_ __ L_ i ï_ __ ___ _ _ ___ _ _ i_i__ i i ___...

Page 157: ... iil __i i i _i i _ RemoVeshield cover the 8 screws then remove the BNK4 x I 0 Fe _ ShieldCover _ I 4 _ w c è 4 t _il __ __ _ _ _ ____i_____ i_ _t_ _ _ ___ _ __ i _ _ _ i 8 ___ ___î _ _ _ __oeç _ __ _ ___ ï _ _ i i __ 3 _ _8_ __ _ _iiiiiiiiiiiliii __ i _f__ i _ _ii ii_ _ _i _4ii _ I i x _ _ __ _ _ _ _ _ _ __ i _ _ _W _ _ _ __ i _ _i __ l Filter I I 9 67 ...

Page 158: ... _ii _ m_i i_ ____i__ _ _____ _ ___ ____ ___ i______m_ __ _ _ _ __ _ Remove the 2 sorews then remove the __ _ _ _ _ ____ _ __ ___ _ _ __ _ _ ç _ _ _ __8__ _i__ __ iii _ _i_ __ i_ L i i _ _ i i _ _ç4 _iii_ _ _ _ ___ __ _ ____ _____i _g _ __ _ i__ m___ _ m_ i_i i__ ii i i __Ji _1 iii_ii i iii iii ii _ i_ii_ _ _ tiii_ii_ _ _ i_ i_ii _ _i __ _ i __ Remove the filter _ i a i _ _ _ _ i 1 _ _ __i 9 68 ...

Page 159: ...ove the cable POO1 1 connected _ç____ï__ _i _ __ ___ _ ______ i _ _ _ _ _ _ i i i i iiï_ _ _ _ 4iiiiii _N _ i_1i_ to the foot switch i_ _ _ _ Y _ _____ iN _ _k _ i _ _ _ i _ _ _ i _ _ _ ___ _i ii i _ _ ___ _ iii i i ii ili i i I _ _ _ __ Remove the 2 screws then remove the _ ___ _ switch _1 ___ s_ __OF_ _ _ Il ii__ I Iiiiiiiiii_iii_ 9 69 ...

Page 160: ..._ii _ i ____i_ ____ii i _i __i __ _i__i___ _i i_ _ _iii _ Pr_ure I __ ____ _________ë__i___i_ _i_i_i i_i_ _____ _______iii_i___i_ __ i ï_ _i _____ _______M_n_i_g___fM_it_ i _ _ _ I D __o________ _r_ _ _a_n_ Iili _ i _____ïï_e _ i__i_ ii ii i i ill i i l i ç iMS_n_ne fAoc __or _ I t l1 CAUTION 0 Thissystem mustbeinstalled only by theaualified personnel The environmental condtions for the place of i...

Page 161: ...s and unfasten 2 screws Then remove left side cover z ï Unfasten 4 screws and remove front 6 b O Bush 2 rn BNK3 x 8 D BNK3X 12 Fe Ni 4 ïi_ _i__ f_ç__ Ç _ ___ 4 BNK3 8 __ _ i Çi__ç___i___i_ BNK3 X 8 _ iii iliiil_ilii_ i i___ Unfasten 4 screws and remove rear ii ii__Eiiii2 _ iiiii_i i i iiili i i iiiii __ cover i i i _ _Remove 2 bushes and unfasten 2 iiiii i iiii screws Then remove ri_ht side cover ...

Page 162: ...lil _ Remove the UD_3er two and Iower two _ ï___i___ _ faoe olates t the __ oftue W_e ___i_ __ i i_____ii_ _ shelf by removing a total of eight h7 ___ screws MicldleS _ Do not reuse the face plate that you _ _ __ rernoved _BNK3 x 8 Fe Ni 8 i_ i _ __ ___ ii_ _ _ _ l move _e 4 _re_ then13ull outthe BNK4 X 10 Fe INi 4 0 r_ r_ _U MS5 0732 MS5 0732 5 6 ...

Page 163: ...f each Q _ ______ _Do not re use the sorews that you B NK3x2OFe Ni 4 recorder unit is shown in the figure t t1 _L 4 _A_ 4 _ln case of SSZ 707 and SV0 9500 _ SSZ 707 E I Screw 4 Rubber feet 4 fix the rubber feet with attached __i__i _ __ __ii _ t _ t_ UPPER SHELF double sided adhesive tape to original _ _ e_ ___ e _ _ _ oe oes__on _ ___ _ _ __ __ r I _ _ i i _ o BNK3 x 16 Fe Ni 4 o o _ ___ FRONT SS...

Page 164: ...to recorder with wiring chart 6iven below SSZ 707 307 Left side of middle I _gN_ _ Recorder SSD 5500 shelf 4 _ SVO 9500 Leftside of middle a shelf IN PUT B J22 ___ SSZ 707 s_n_c OOLORPRINTER Conneetor panel z __ _ 2__ OONTROL Clam C AC IN OOLOR PRINTER AC outlet JB 220 f _ _ _ 8 0 JlO i_ _ __ _ _ __ __iiiP_ _ _ _ _ f _ b _ I î_ I_ T_ 7 _O_L T__ _I oC _ ç VIDEO IN B W VIDEO OUT _ _q _ _ i _ _iiii__...

Page 165: ...iiiii iii_ iii iii_ IF ï Use 4 screvvs to rnount rear cover i I I then I ut2 screvvs 0 _ P _ _n 2 0 Bush 2 11 __2 Jl _ BNK3 x C_ Rear Cover _1 213 _ t 3 I cr_ ___ _ Left Side C v_ _ __i _ ___ _ 1 _ _ _ _ Use 4 screws to mount frontcover __ _ _Mour t left side cover us n 2 bushes _ _ i_ ii L _i__i_i i_ i__i _i_ _ _ 8 i iiiii iit I then put 2 screws i _ __ ii iiiiii i_ _ 4 ____ ___ b a 2 Bush 2 BNK3...

Page 166: ... _ 8 _ _ _8 x i _Not reauire the following work if the _ _ _ï i_ _ I_ Attach the mwer cable monitor is already mounted on the main __J_7 _ b body Signal Cable _Aoolied the vvork of _ to PAL system _7 _ b__l _l__ __ only D OEoress the lifting lock release button _ AC cable fixing meta _ Attach the ACcable fixing rnetal by use PAL 1 _l_d ___ and Dulled uo the monitor arm before Aoolicable to PAL of ...

Page 167: ...em 0 Y q T 9 _ Connect the probe connector and Dut o Probe Connector the _obe into the _3robe holder I 5 _T _VF _ _O U _b_l_10 or 01E _l_ _ L 7 _ Jt 3 Fl 3Ç_mJ T bl J6rJ 2 ___ilE 7 lb __ _ v3Éll_jçr_ b _1_1_zj _ _ _ Lay out orobe cable as illustrate i and adjust cable hanger to a_oro riate angle while Dressing ratchet _lnstall Durse Iocks at 2 locations as _ _ _ Connector Side illustrated on cable...

Page 168: ... _ ç_e _ ai__ _i i i i_ i _ i i i l i 41iM_nting Of _vers J Tool requlred PhAIIpsscrew drtver Stabilizlng screw drtver Provlde It beforehand Ji_ 5 M_ntingofMc_itor __ l iiiii _ iiiiii_N____0_i__i_i ii liii ii iiiii i Ji 6 M_unti_ëi0fAcca_oeies I D o CAUTION Z This system must be installed only by the clualified 13ersonnel The environmental conditions for the place of installation of the SSD 5500 r...

Page 169: ...ç o i _ _ _ Bush 2 m___ ___i __ oo BNK3 X 8 ___i_i______i_i__i_ BNK3 X 8 _ i _ t _ _ x _ _ _ _ à _ Z _ i _i_i_ g i_ i__ _ ii ii iiiil ii_ 1__ 92b1_ ___15 4 _ld _l_Ogl g0 iT i _ i __ i__ i iik _x D 2 __ b_l_lO_l g _ iii iii il iiiii _ Unfasten 4 screws and remove rear _ _ _iii__ di iii iiiiiiiii_ cover _ i _ii __ii _ iiiiii __ï_ _i __ _ Remove 2 bushes and unf sten 2 i __i i i i iii i iii i il__ ii...

Page 170: ...___ __ i ___iiiiiiiii_i i face I ates ai the back of the middle _ilï shelf by removinga total of eight _ i ii_ _iiiii_ P _BNK3 x 8 Fe Ni 8 Middle_eï_ _ De net reuse the face plate that you i _ i i_ _i____ __ _ removed i _r_ _ _ __ i ____ _ _ _ ___ i ___ g g Jl_ __i__ _ _ ï Remove the 4 screws then Ioullout the rniddle shelf BNK4 xI 0Fe Ni 4 o _ rtl 3 0 z r_ 3 t l1 OE MS5 1014 MS5 1014 5 6 ...

Page 171: ..._a____ _ _ i _ ___i i ii_ _ _ _ _Do not reuse the screws that you _oe __ ____ __ _B _ _ removed _ _ïît_ MP FX5500 4tt3 _ ffJll03 O MP FX5500 4 t t3 _1 BNK3X8Fe Ni É I Pl oeltll0 K_lC_ 4 3A_ 4 In case of SSZ 707 and SVO 9500 F _6_151L_z _o Screw 4 Rubber feet 4 fix the rubber feet with attached __iII__i___i ii_ii_i i _ _ _ii_i _ i_i_i_i__ ii i_i_i_iii__i i__i_____i ___ double sided adhesive taloe t...

Page 172: ... _ L I __ UPPER SHELF X F_RO _t__EEb L l__l _al _ _ t_ _750 __ _ _ _ _ __ _ d _ Carry out vviring in accordance to recorder with vvirin6 chart civen below ii___ __i i ______ _ 2i _ i _ i_ ___i_iiii___ J _f_ _ I_ Recor der I SS D 5500 _iiiii iii __ o o O0 __ __ _ _ï R _ SSZ 707 Oo __ _ COLON PRINTER Connector panel _ i _ _ _ _ o SYNC ___ o o oo oo_ 0_ ___ _ FRONT ACIN COLORJ617pRINTER ACourletl m 2...

Page 173: ...o the middle t n shelf so that it is not slack 1_ _92 J1_ _j _Clamp location Rear Cover hl SSZ 707 307 Left side of miche shelf I SV0 9500 Left side of middle ___ilÇ__i___i_J_i__i_ 4_ shelf __ Left Side Cover_ Clam t i_ I_ 1_ __i_ _t_ __ _ i i _ _ __i i ___ __ _ __ _ _ t ___ _ _ __ _ _i_ lii_il _ Mount left side cover using 2 bushes _i i _ Claml3 the signal cable to the top so _ then put 2 screws ...

Page 174: ... fo owing work if tho Bush 2 monitor is aire ad mounted on the main body BNK3 x ff Deloress the lifting lock release I_tton and oulled uo the monitor arm before _ 0 3_I 73 __ __i_i ________ ___ Monitor Arm mounting the monitor _l_Covor _____ii__ i__i__ _ x _11 __i_ ii _ _ O I_ _i i__4 Use 4 screws te mount front cover iii_ i i_ __ i i ii i iiii__ iiii _iii _ o __ _ _ _i _i m _ _ iii_ _ i _ i i i i...

Page 175: ...______ sorews 1 0 Attach the Dower cable 0 __ ___ i lnsert horizontal arm into mounl_ng _ i__çr_7 b Probe ____ __ _ lnserth le cable hanger into hole on __I Signal Cable _ADplied the work of _ to PAL system 1 _ TIb _13 l_ll __ only ___ horizontal arm Then tighten lock knob OE _ ACcable fixing metal_ _Attach the ACcable fiwng metal by use PAL _I __IB____J to secure them Applicable to PAL of 2 screw...

Page 176: ...Co 3 _ 1 _ o t____ ___L _91 a J2J_ __ ___tttl_ _0ËII _IJ_I _Ct ECG signal cord __ _ _ _ I l L CABLE 575 t t I iBt ijilQi j _ _ltti o0 ik CAUTION SEC141 ______ _ __ _t _ __ 4 This system must 13o installed only bd the clualified 10ersonnel 4 ___ _iiiiiii __i ii 1 The environmental con_fions for the place of installation of the PEU 5500 _cl_mohdbebc_rode _i Oneset __ system and the s__cifications of...

Page 177: ...ii_i __i_i_ iii i ii_ii_i_ii_iiii_ii_i_ _i_i f_ _ _ ___ _ i _ _iiii ï Remove 2 bushes and unfasten 2 O iï__2 pE_5_ ____ _ _i__i_ iii _i iii_ _ i i i ii_ ii i i2 _M_____i _ __u__ _ii __iii i iii iii__ _iiiiiiii i i __ __ __i__ _ screws Then remove right side cover _ _13 _ i 1_ ï_ _ l ï _ _ _ _ _ i_ _ i _ i i _ _ _ Bush 2 I B_ f 14 91_ F_ght Sd0 Cover 0ooe I Il SSD 5000 G3_8 i_ 15_21 I II OnTheSSD _...

Page 178: ...d remove front __ iii iiii _i_ cover _ _ _ _ _ iii il f_ i_iii iii _iiiii I ii i i ili_ _i cover Rear Cover BNK3 X 12 Fe Ni 4 i_______ç_i_ I CNK3 X 8 Fe Ni 2 __ _ ioE__ii_ _ oe l the ail canes connected to ii i iiii iiili i iiiiiiiiii i i ORemovir_ of cable recordin6 device r _ _ _ Loosenthe 2 screws at the rear i_ t remove the 2 screvvs a t the front end _ Power cable o ig ____D_ _t i2 lift up th...

Page 179: ... ii ii _ _ __ Middle shelf to the front r_ _ _ j I _move the 2 screws then remove the _ BNK4 x10Fe Ni 4 blind iDlate O O BI t BNK4 x 10Fe Ni 2 D O _ê _l_tîi PEU 5500 __ _ _ ___ _ _t_I _ _ _i _ _ The hook of the left right guide rail is ______ _i _ _ mshed and a middle shelf is pulled out __i i _ ç_ŒEE_ unit the 2 screws _ _ _ ___ __i i_ __i_ _ M__ lnstall the with _ __ __ _ iii_ _ _ _ t __ _ remov...

Page 180: ...o Connect P701 P702 Loosen screws 4 _ P702 _ _ 71b OO PELF5500 B _ UIM 3 CO PEU 5500 B I 28_r rz____ç _o_ 595 TL çS _ UIM _ J _ Foe J343 ICtglh__ S_ __ g M _ë ë_ _ ___ _ gS_ IIY_ _ _ _i _ _ i __iii t _ i _ 9 71b OO PEU 5500 B _ 0343 lE_ _iiiil_ _7 _ b OO PEU 5500 A I_ 1 8 _ i_ __ 3 9 9 P272 1 9 3ç_ç C _ eJ _ FI _ J____ r _ _ _ _ o _Z_ b _ Clam_ the cable CO PEU 5500 B so _ il il j i _ii _ _t _ tha...

Page 181: ...__O _ç_ r 9 2_ __L CO PEU 5500 B _ UIM _2tJ _ FO J343 IEl__ G_o _5__ UIM __ _ F03J343 IEl_llfizJ_ 951 __ Clam __ _ r o 7 _ b O0 PEU 5500 B _ J343 lE__ __ i __i _ _ _b OO PEU 5500 B _ J343 17__ __ _1_t_ GELF70 Zt _ I IEt_t__tt Cl _q __ r ou3 7 _ P272 d9 _l JDqJ ç_E Ë_____ i_ i_ i iiiiiii iii i__i _Clamo th_ c able Oe P_U 55 X B so that thereis no sa_ at the to of the so that thereis nosagat the to ...

Page 182: ..._ _ i _ _ i_ __ Install the cover with the reverse of the cover removal method I_ _ _ Remove the8 screws for the shield _ __ _ cover then remove it _ BNK3x8 Fe Ni 8 o I UIMq _ t UIM UNIT q _ t _ FO PC _ EP411500 i_ _nsert the PCB EP411500 for the _Z i _ _i right of the UIM unit oo EP411500 Om t ri _ _m MS5 0753 MS5 0753 13 14 ...

Page 183: ... MN2 0205 These installaUon orocedures are provided for reference in Installation of DMS 5500 Tool required Phillips screw drtver Stabllizhg screw drlver Provide it beforehand I t_o Ol C 9 CAUTION tri This system must be installed only by the aualified oersonnel ___ The environmental conditions for the olace of installation of the DMS 5500 system and the soedfications of _e oower suooly must satis...

Page 184: ...U 200 _ _ _ _ç_ i _ ____ __ ___ _ _ __ _ _ _ _ __ _ _ _ _ _ _ 4i i i i i IVP FX5500 2 7 8 _ ___ _ _ _ _ _ _ _ ______ tri _ _ _l_ _ i _ _ _ _ _ _ _ _ i_ i _ _ __ _ ____ __tem _Ol _ at n _ 2 _ _ _ i i i _ ii iii___i _4 __i_ _ 1 Ici i i__ _ ii i _ ___ _ _i MO mounting bracket i i tvP _2 7 8 B_ cD SJ 5018 __ _ii i i i i I 3 i ii 4i i i __ 1 Protector _ o_ SJ 5018 Il I FD5500 1 4 _On 1 Initial Settir_ ...

Page 185: ...ove left side cover SCSI Ht_1CE _ 04675 _ _ 11 _ _ _ ili ilili ii iiiiiiiii ___ _ ill SCSI table ___ SOEt I I_ l oEc_ 04675 _ _ Ez 12 _ Bush 2 l_ll__ 2 b P332 L CABLE 526 054 _ BNK3 8 Fe Ni 2 I 12 1 r4 i Cable 4 i L CABLE 526 054 DMS P107 i ___ï __ __ __ G_ _ l_11_ 7 _ b i _ L CABLE 527 054 P331 BNK3 x 8 Fe Ni 4 _____i__ i_ i____ 13 1 Cable _ __ _ __ _ _ o L CABLE 527 050 DMS P108 _ _ __ i i ili _...

Page 186: ...ction JD _ _ 7 7 __ CO DMS 5500 A _ i i _ _ ___ _ __ ___ ç t _ _ œee ii iii iiiii i _ __ _i_ o_ _i____oe_ L CABLE 527 054 __ _ MO ___F7 7 b O0 DMS 5500 B ___ 5 1 L CABLE 526 054 _ _ 4 x x i 4 _ i i ii i_ _ __ i_i_i_i_i_i__i___ _ iltili i i _i W MO___ _ 7 _ _ _ii i _ i _ i __ _i __ _ii_ii___ _ _ __ i__4 Pass the power cable CO D_S t _ __ ____ _l__ ___ _ D _ _ i _ Connect the cable to the DMS 5500 _...

Page 187: ... the front side frorn the hole in the _ Connect the SCSl cable to the DMS decorative oenel at the rear of the _ 5500 i i interrnediate shelf DMS 55QO _ OCable toConnect o SCSl cable I _ BNK3X8 Fe Ni 4 Power cable for MO This o_ration only au lies when the r_ _ MOis installedon the SSZ 3OT _t_ DMS MO i _li_J MO A _31icable MO4 o v v OLYMPUS 230M0 TURBO II1 6401M0 TURBO accessory screv_s r_ _ _ ON I...

Page 188: ...ite orinter and fasten the MO I Middle Shelf MO MOI o _ i__iii_ _ i i _ _ ii _ _i_i i i __ _i _ _ i _ _ _i 9_i 9 _ __ _i ___ _i_ _ii_ ii__i ___ __ii i i_ __i_i i i_i_ i____iii_i__i__i_i__________ i___ __i_______i_i____i_i_i___r____ __ __i__i_i_ii____ _ _ __ ___ _ i _ _ _ _ i i_ _ t _ If there is no black and white _inter ii__ ____I _____ _ __ii 1__ __i __ _ _ 8 i __ _ las ten with the accessory fa...

Page 189: ...ns given in DMU 200 Installation Procedure MS5 0709 carry out system configuration of DMU 200 _ If network communication capability Is going to be used measure leakage current v_th _D I the network cable connected For leakage current measurernent procedure and criteria refer to Service Manual Bectrlcal Safety Checks Manual Document ik 0 __ IXk_mber MN2 0205 ri1 C 4 0 15 _ _ __o_ ç_ _ 15 Mounting o...

Page 190: ... reference In Installation for SSD 5500 __ _ iii i i i i i iii ii _ii _ iiiii_iii i iiiiiiii i_ of DMS 55OOB MP FX5500 2Btt1 2 Tool requlred Phmllipsscrew driver Stul _y phlllips driver Provlde it beforehand m __Jîiî _ SSD 5000 _ i i I MP FX5500 2BttT 8 __ _ _ _ _ _ I iX j__î_ Installation Fi ting for SSD 5000 ___ _ _ ___ 1set _lB0__fgfl__f_ _Jlit__îlE_6h_o MP FX5500 2Btt7 8 FD5500 1 B _ r a ___tl...

Page 191: ... i i I L_ 18 DMSS_B Oe _ O __J __J_ ï t ï 2 Mount_n_ DMST 5 500B DYNA MO64OSE_ 11 J1200 1 l i3i MO i_l ï__ lT3 iM__tin 8 MO Dlsk Drive J Powercarie forIVlO disk cttve D L CAE _E 632 18 Ii _ r_i_ii_B 8_ _ _ _i il_20 _ ii i_l l 2 Fë_ ïSSl _5500 0nlY _a_eï i 1_20 I SCS I _ 7 b _ _ _ 0 SCSI HAHIOE 04675 _4_ _ s_ _ _ I_ 12 _ _ s 1 SCSl cable _ _ _ soe H_HIOEC 04675 _ _ _ I tîti__ 7 b P332 _ Disk Drive ...

Page 192: ... I O t2J_ l_Lfq_l__ P 2__ I IE__b I__g _ FtI_I __7 _ bE__JIE__ i 0 _IL Bush 2 __if i i _ ___ f3 _ ol BNK3 x8 FeJNi 2 t _i_ _ ___ m __i___i__ __i_i____ _MO __ _ _ 71b O0 DMS 55 X3 B _ i _ _ _ Iî i 0 _ t __P_ d 7_l _z_ q BNK3X8 Fe_li 4 _i_i __i __ i __ i _ i i i i i _ ili _i iliii _DMS 5500811 0_1I_ _ffi_ly _o J _ _ ç __ __ ___ _i_ __ _ i _ 0 __ __ _ _ _ i _ iïlïiiiii iiiiiiiiiii__ _iii ii_iii_ _il ...

Page 193: ... __x_nect the SCSI cable te the DMS _ connecter P609 at the outDut _L_ _ 5500B connectJon section ii _i_ _ 0 _ ____ __ _ M 6 E MS 5500B IE 9 S b_ tg_9 _ I i i _ _ i i i i iii iiii i i __ i _ _ DMS 55 X 8 BNK3X8 Fe Ni 8 0 Otglei_ _t7 _ t o_ L CABLE 527 054 _ ili ii ii iiii _ii _ ii_ 9 1 2__î_ MP FX5500 2Btt1 2 _ _1 _ taD8 C DMS 55 X B 1_1___ L CABLE 526 054 _ _ _ _ oe_ 7 7 st i_i_ii _i iiii_ MOfl l...

Page 194: ... and the top cover decorative Danel at the rear of the intermediate shelf OCable foConnect SCSlcablo MO I Power cable for MO U7_ 3 _ I _IU3 6_ _r I _ _U MO17_ 0 4 mll_m _i_ _ Midd_ Shelf _ EN_ MO_C 7 R_ 7 i_N_lî liilCl_l_ 11 ____ ___I_ _ _____ _ _ _ 0 i__ l_ _ _ _Z ____i _ _ _ k_ _ __ _ __ to the contershelfwith the coverandconnect to thoMO _ _ acce8sory fastener _asten the MO and the top lolateai...

Page 195: ... screws Then remove eft side cover Signal cable Signal cable 0 3 L t1 I 3 2 Bush 2 BNK3 x8 Fe_li 2 3 3o __ ___i_____i_i__i_ _ta_ _r_ _4___o _ _ ________ _l ___r BNK3X 8 Fe_li 4 _i__i _ __ Middle she _ _ _ __ _ _ ____ _ t _ _f _ _ s__ _ i ii i i iii ii_ U7_731_ _t_b 4 ___ L _l_O_zJ __ï _ _ __il _ _____ii Unfasten 4 screws and oulloff the iil__i_ i __ _ Middle shelf te the fronL II__N_ _ _g _7_i _ i...

Page 196: ...1_ _ i L CABLE 527 Oe4 ii _ L CABLE 526 O54 _ i__ _ _ _ __ __ __ç _ _ ____ _ Hool_2 _r__ _ _ _ DConnect the 2 cables to the UIM mother I ï board P331 O BNK4X 10Fe Nl 1 7 OCable toConnect co _ b F_ _X _1_ 25 __l_t L _ _ b F_ l 2r_ _l L CABLE 527 O54 Shield cover _X _o L CABLE 526 O54 oe ___ï ïï ï ï L_ d_ __ Remove the25screw then remove O _ theshield cover Z r_ g r_ tri O J _ _ r_ BNK3X8 Fe N 8 Fro...

Page 197: ... _ t oE __DlVlS 55OOE_17__r 7 b_l_t_g _ _ A throu_h th_ U M u_it he ho_ nd th_ i_II_ _ intermediate chassis hex hole and lead _ _ ï _ _ __ï_ __ ____ î _ F 3 6_1 _1_ the cable te the power SuDPly unit side Ot_l_zJ _7 T b ii _ _ _ L CABLE 527 054 i _Figure it __eD frein the bottom i_ iii _ ___ L CABLE 526 054 _E raw it in the top throu__q the ieft side of __ i __ _ _i J352 connecter J352 i i _ _ ___...

Page 198: ...m the hole in the I_ decorative oenelat the rear of the intermediate shelf OCable toConnect I DMS 550 O _ BNK3X8 Fe Ni 8 SCSI cable _ Power cable forMO _ ii_i i i_i_i iii iii ii _ l__J_ _ MP FX5500 2Btt1 2 _ ffJl ii t_ G 8 _ C DMS 55OE B _l l_z__o tPl oel_l Middle Shelf i i __ i _ m _ _i_i ____i i __i_i_ ii ___ _ _ _ _PI 4 tt_I I_1_i__ _ 2 7 ___zJ _ i i i _ _ i _ i i _ i i i i i i _ ii __i_i______...

Page 199: ...ALOILa CO LTD ALOIOE CO LTD _ Rernove the rear cover then pull out the 2 cables for the MO from betvveen the chassis and tho to_ cover _7 _ b 2 Cal le 2 MS5 0803 MS5 0803 19 20 ...

Page 200: ...ia I__O JlçL _I _C4 Confirm whether another modification is necessary before installation of EU r_ 3040 del0ending on SSD 5500 s serial number a lf SSD 5500 s serial number is MOO734_ MO0833 M00864 _ CAUTION Both software and hardware are odzinafly Ver 3 0 onward and you can 0 c_rectIy usethisunit This system must be installed only by the clualified personnel lb If SSD 5500 s serial number is MO01...

Page 201: ... 1I oe _ 11 Independent connector CO UCW 5500 B 04C0 t I I SSD 55OO03 ô 5 13 I OnTheSSD 55OO 0age5_ 13 J N P 32 SSD5500 6 O 2 I _ INOEPENDENT J 1 ii _ _ _ _ _ Seal O P 32 SSD5500 6 I i 2ï_____ _ 8 ____ I i ii i i iiii i ii li ë iMad_ S_if _uil0_ a_ removal rnethodI _m J_tab BNK3x8 Fe Ni _ GEUUnit ï ï j 3 2 Accessory screw o BNK3 x8 Fe Ni I 4ii___nï oenne tor inslallatbn m_thod J I 70__ r I 4_ 4 ac...

Page 202: ...__ll I iiiiiiii_i __ __ ____ _ _ _ _ i iili iiii_ ii_ i_ i i_ i _ _i__ BNK3 X8 Fe Ni 2_ 4 _ i i_ i zJ Remove 2 bushes and unfasten 2 screws Then rernove left side cover ï Unfasten 4 screws and remove fronl i _ BNK3x 12 Fe Ni 4 BNK3 x 8 Fe Ni 2 __ __ ____________ _ r i iii i e_ f F73 _ __ __J 2 Ila__L a t z1 Remove 2 bushes and unfasten 2 U_ ij_C screws Then remOve ri6ht side cOver _ Z R_t Side _ve...

Page 203: ... _ Pullout tho middle shelf by Dushing the ll_O_l _ hooks at the guide rails of the right r_ 0 llylgYl zJ _ 7 t and left 6icles 11 ï Remove ail the connected caneste _ _ the 0 O ff__O 7 l recording device D1 Signal cable _ 0 Connectors te un_lug c_lEg Power cable Signal cable _ _ 2 D Hook 2 I Middle Shelf _ _ tab 4 ___b q____ __îl_ _l___ _i_ _ _ _ _i Ji__J _ 2 Removo tho 4 sorew then pull out the ...

Page 204: ... Fe Ni 2 i BNK3X8 Fe Ni 8 Front side i I 20Ykf_ P210 P253 P201 GEU 2 b_ll_O_zJ P202 P208 P251 P209 __ iii__ __ iii__i i _ S N MOO334_ F_ 4 J T_ P205 P272 P271 P207 _ I _ii_i P206 _ _ _iliii _ Un asten4screws and4 eflon DBF _ P126 P127 i i _ washers then remove the GEU Unit C __ i__ _ S N M OO334 _Unnecessary _ the unit _i __ii _j _7 _ Ib _ BNK4x I 0 Fe Ni 4 Cables 0 Connectors to un lug From left ...

Page 205: ...__ the shield cover then remove the shield r_ m __ iiiiN cover Screw Positio_ _ 0 INDEPENDENT J282 _ _O_ t I_103 L F t_ t 0_0 7 b _ L _ lE_INDEPENOENT 0 _ _ 1_ J282 __ 0o _ INDEPENDENT O _ 7 9 9 _ t_ b 2 _ C i i ii _i_ _ii _ _ _ _ i i i 8 e _ _i__ i i_ i i i i i i i i _ _ _______ _i _ _ __ _ __ _ _ Pass the indeoendent table 0282 throu8h the cable hole in the shield ____ the front side plate on Ac...

Page 206: ... off the P 32 SSD5500 11 from the front cover and 10aste on the Z_ I DEPE DEN I P 32 SSD 5500 6 in its place P 32 SSD5500 6 _ _ _P 32 SSD5500 1 I L a Cllyç tYI J_ oe t l1 b lnstall with the reverse of Removing of GEU Unil_ IMiddle Shelf Dullout and removal rnetho_ and __ lernovingof Cover 4 Z r _ r_J t t1 O_ t ri _ 13 ...

Page 207: ...I 219_Jl b _b_C__ Confirm whether another mcxîfication is necessary before installation of EU 9078 deDending on SSD 5500 s senal number a lf SSD 5500 s serial number is M00734 M00833 M00864 _ CAUTION Both software and hardware are od6inally Ver 3 0 onward and you can directly use tYis unit This system must be installed or modified only by the c_ualified personnel b lf SSD 5500 s serial number is M...

Page 208: ...Dearance QuantJty P Ct_i _On the SSD 55C O Derform steDs _ _i_ _Onthe SSD 5CX O l erform steoe I1 PC board EP 438600 I I SSD 5500Oe_8 5_8 I I OnTheSSD 55OO pago5 8 J l z l 2 __i 1 r x r_ rLT _ _ 0 I r_ _ I 1 SSD 55000 _8 j_9_12 I Il OnT eSSD 5500 page9_12 I I _ i l ii ii _ïlY_ __i_ ___ _ _i ii i _ ï iii i __ I i __ __ RemOvin_ Ofcovors I I ii_2 _i ___i_ï __ _ i iii il 1 i21 Moe_tJng of PC board I ...

Page 209: ... i _i_ i i _ EV f F 3 _ _ 7_ n 2 tS_ _b lg _ _ i i i i ii C 2 _gl L l_lg_ _ screws Remove 2 bushes and unfasten 2 _i_ i ii iiii _ screws Then romove left side cover __ __ _ _ Çii i i iiiiil i _ i _ _ BNK3 X8 Fe Ni 8 L _ç _i_ É3 _sh 2 BNK3x8 Fe Ni 2_ UIM _Q _ I UlM uNrr _i 1 _ _ _ _ il EP 438600 1 I_iZ __L L _ gl _ N_ __ _ I___ i 1_ __i _ i _ _ _lnsert the PC board EP 438600 I_ i _ _ J in the 10 sl...

Page 210: ..._ I_ cover with the reverse of _5 emoving of covers l Clear stains fats and like of seal Install the EU 9078 81 on the attaching surface Ground DaDer Se_3arate seal about by half frein ground DaDer C __ ____ ç_ Determine location where it should be _ attached Next oeel seal off ground oeoer and attach it while pressing t4_ t__ I _ b hard by fin_er se that no air may enter O_ration panel 4_ MS5 100...

Page 211: ...y before installation of EU 9079 deoending on SSD 5500 s serial number L_tl___îlB_ __g ïoeBltt __t_ __l_ ___l_ K1 l ___oe0 _i ll__lC d _ a lf SSD 5500 s ser al number is MOQ734 _M00833 MOO864 _ _î__13 __l_L 91 oe_7 _ _ __1_ 210_l J L__ç Y___ Both software and hardware are ori6inally Ver 3 O onward and you can directly use this unit b lf SSD 5500 s ser al nurnber is VO01 O1 _M00733 M00834 MO0863 îk...

Page 212: ...LE 585 O SSD 5500 I fg_t_b 3 F _5_B___I BNK4 x 10Fe Ni _ i_t JB 251 2 3 t__ 10 i 5 SSD 5500 _ l Screw ofaccessory 2 I set BNK4X lOFe Ni _ C Connector scare _1__15 i _ 1 bruncket i IBNK3 x 8Fo Ni _ _ _ i 01 t _ JB 251tt2 3 11 _ 9 SSD 5500 Screw ofaccessory _ _ _ ss_ ___ _ __ 8F r o 5500 ff _ o _ 3 9 7 b _ J J __ Probe holder 1 12 Cable Hanger ___ 1 ISSEF5500 JB 251 4 _ i 4 ISSD 5000 ili 1 13 zk_7_ ...

Page 213: ...i i ii_iiiiiiiiii iii_ i ii iiiiiii iiiii __ iil ilil _ _ iii ii___ l ï Unfasten 4 screws and remove front _ iNi I__ BNK3 x1 2Fe Ni 4 BNK3 X 8 __ _ ___ _ _ _ ___ _p_j_ _ _ _ r_ 2 _ __ L EIi_v3_zJ 121 ËO__7__i__i_____i_i _ ___ ________ ______ _i____ I____ __i_ï__iai________7_______ __ __ ___ _____ ____ ___i _ _____ __ ___ _ __ __I I_ m 3 _ _g ____ _i_NNi___i___ iii_ ii i 1 _i i _ i_i _ __ i3 M_____...

Page 214: ... screws Then remove left side cover _ _3 ï Rernove the ail cables connected to Signal cable recordng device 0 3 2 Bush 2 ORemoving of cable _ BNK3 x 8 Power cable Signal cable I P_ oo mMt_ _ j i_iii_ii_i ii_ _ _ Unfasten 4 screws and Dull off the _ i_ _ Middle shelf to the front BNK4 40 Fe NL4 MS5 1006 MS5 1006 7 8 ...

Page 215: ...he nut sl3ring _ _i of the connector of the cab e L __I nut CABLE 585 sprir_ washer washer lit will be unnecessary from now on _g__F_ Not re use JB 251tt 3 JB 251tt2 _JB 25 ltt2 3 03 3______ tt3_ 2 2 _7 TJb_ 7_ 2 ___ J8 251 2 3 3_l t m Hook 2 _ eJ _Loosen knob of JB 251 tt2 3 then ___x t4_ slide the tt3 r_ tll _Route the cable and the ground wire O through the hole on the JB 251 tt2 3 knob 3_ _2_ ...

Page 216: ... __7 _l _ UIM 3 _ F0 J325 El__z__ c o screvvs BNK3 x 8Fe Ni from the __ o _ _ ___ _ __ __ _t l back side off and fix _round wire _ _ _ _ _ _ __ _ __ __ BN with a screw on u_ _8_ ___ __ _ __ _ _ _ _ ï _ BNK3 X 8Fe Ni 2 _ _e i__ _ii_i _ _ __ i_____ _ _Use 4 screws of removed steD ï Ni 2 t _b _ D Ft_ BNK4x 10 Fe NL1 7 __SNeld cover il to mount JB 251 NoN to __ass through the cable _A cable is _assed ...

Page 217: ...e the 8 screws for the shield _i_ _ _tab_31 i__o cover then remove it _ I_ltgggt_12 72 _ i Unfasten 2 screws at side of the __ ___ii__ __ _ï i_oE __1__ ____ _Use 5 screws to mount Probe holder Q_ UIM t _ F r_ UIM UNIT _ Remount screws of ï _UIM _ _ F0 i51_1 _ 6 5 _1_11 PC _ r_ _ _ _ ___ _ _ EP 438300 1 t__ _L L _o 0 __ s _ i _ _ _ __ _ _ i _i __ ___ _ _ _i____ o fiii i _i__ _ elnsertthePC board EP...

Page 218: ... Horizontal arm is inserted in the left C_ _ la oe 1i i_ _ _ _ installation hole of the body pass through the holder and pull it horizontal arm Then tighten lock knob o Po u 3o an arrow reference in the te secure them figureJ __ s _ _ F i _ i iiiii iiiiiiiiiiiiii Push the bottera part of the front _ _ ç i77 4 i_ _ cover in the direction of the arrow in _____ i _ i r _ ___ _ _ ç _ _ L i _ _ _ ___ _...

Page 219: ...OLi ono sheet of Indication sea is stuck i i on the panel t m 13_o I o_ ro_ C_One sheet of indication seal is stuck on tho front cover r_ œeONTROL 0 _Z _ _ l _b i__ _ _ Protector is installed referdng to the _ _ _ _ __ _iiiïiL ___i ii__ Dhotogra h iliiil _ g iiii i _ I_ _ïo___ _ Protoctor _ MS5 1006 17 ...

Page 220: ...00 4tt 1 2 Tool requlred Phillips screw drlver Provlde It Ioeforehand I l__ MP FX5500 4tt 3 ___ _i_ 2 _ _ _ _ 1 _ _i_ _ __ _ ____ Fastening plate __ _ MP FX5500 4 3 fiJt__b BNK3 x 8 Fe Ni î 3 lii 4 Accessory screw t _ i__Jl_ BNK3 x 8 Fe Ni i BNK3 x 16 Fe Ni _ _ _lli_L_ll____ i0 llll_ _t __U_i_ _ll_l_ l__l __NoeX_lli_ l fl l __ _ __ ol 4 BNK3 X16Fe Ni _ _ ii CAUTION O This system must be installed ...

Page 221: ...oel 6iifi0 ll_l 2 _Z 4_ a MP FX5500 4tt 1 _g21991 L ZaL_I__l_ F_ _ _ _ _ _U _ z4 __ ___ __ ç i _ _gt_ 9_ ___ _ _ _ mounting the le6s at the bottom of the _i _ ___ _ _ _ _ _ _ F ____ _ _ _ _ _ Black and White Printer SSZ 307 2 _ _ ___ __J_________ ____ _Do hOt reuse the screws that you 0 ___ removed I Oo W_IO Éll _a b b _ Install the installation _lato _ Boltsformo_ntlr_thele_ MP FX5500 4tt1 tt2 wi...

Page 222: ...i_i __ii t i_ii i I _ I Iiii ï Unfasten 4 screws cover and remove front BNK3 __ x8 Fe Ni 2 _ __ _ _ _ j Bush 1 2 2 _ _ BNK3 X 12 Fe Ni 4 _ _ I BNK3 8 Fe Ni 2 __ _iii_______i____ BNK3X8 Fe Ni 4 _____i__i_i ___ _ __ _ _ _ _ _ i_î _ __ l_ _2 a _ _tab Q _ i ili iiill _ii _ iiiiiiiiiiii i i _ _ 4 _ _l b CllY 0 _ g _ __ U 2 _ _G 1 20_zJ i Unfasten 4 screws and remove rear _Remove 2 bushes and unfasten 2...

Page 223: ..._ _ _ t __ i _ _ __ _ _ m ___ç_ _ SSZ 307 on the designated oe_lJon hn t D t3b BNK3X8Fe Ni C q_11_l_03E_ Il 7 _ _i _ iiiii_il _i__i__ii i __ _ __ Ilii î attachedthe intermediate2 lacK then fix them screws _ _____ _ ___ _ _ __ _ _ _ E i i _ i i i il _ Use the accessory screws BNK3X8 __i__ _I_ _ _ __i _ _i _ _ i ____ i f__i _il _ _i __i _ i iL _ Fe Ni to secure the fastening 131are l i __ _ i i __i ...

Page 224: ...dle Connector panel shelf so that it is hot slack Clamla location Left side of middle T__ o __I EI _ SSZ 307 E_t__t55 shelf r4_ Carry out widng in accordance to SSZ 307 with wiring chart 6iven below I 8SZ 307 88D 5500 JlO VIDEO IN B W VIDEO OUT __ J I _ _ _ ___xxx x_x _ _ _ _ _N______ ï_ REMOTE PRINT CONTROL Connector panel _ _ 7 _ __ _ _ _ _ _ _ __t _ _ _ ô_ I__ _ _ _0 _ b _c_ _ _ __ _ _ s _ i_ J...

Page 225: ...MN2 0224Rev 1 SECTION 9 DISASSEMBLING PROCEDURE m E ŒEE C C h t_ e C 4_ CA 0 c o E c m _ O ID I1 _r _ d I o _ el 0 i mm 9 140 ...

Page 226: ...le Replacing parts inside physiological Including PCB signal unit replacement Replacingphysiologicalsignal unit as a whole Replacinga PCBin unitsother than that the above Replacing partson PCBin other Including ROM units replacement Replacing unitsotherthanthat Including a probe referred to above asa whole andscanner Performance check before the upgrade or improvement Periodic inspection What be c...

Page 227: ...th the trackball ID Patient number NEW PATIENT Resets the ID COMMENT measuring function or picture condition FUNCTION Operates a function assigned to the full keyboard LARGE CHAR Displays large characters when entering a comment MODE FreezeOFF When selecting B M D PW CW B B B M B D FLOW or POWER FLOW each image must be displayed normally DEPTH RANGE Freeze OFF In B mode the image display magnifica...

Page 228: ...ob The GAIN display must change from 00 to 32 STC Freeze OFF The gains of both the B and M mode images must be adjusted corresponding to their depths When ail the STC controls are centered they must be free of excessive variations in sensitivity ANGLE GAIN Freeze OFF B mode menu The gain in the scan direction for the B mode image must be adjusted corresponding to the setting on the toueh panel CON...

Page 229: ...y encoder ANGLE Freeze OFF The angle correction mark must be displayed by pressing the ANGLE switch in D mode The speed range in D mode must change by turning the rotary encoder FRAME CORRELATION Freeze OFF B mode menu For the B mode image tlaerlevel of frame correlation must be adjusted by FRAME CORRELATION setting on the touch panel LINE DENSITY Freeze OFF B mode menu For the B mode image the fr...

Page 230: ...ctive mode menu must be displayed automatieally 4 MEASUREMENT functions The following measurement functions must operate normally POMBO Freeze ON The POMBO measurement function must operate normally HIST B Freeze ON The HIST B measurement function must operate normally 5 TRACKBALL FUNCTION The following functions must operate normally CURSORfB L S Freeze OFF The eursor must be displayed when you s...

Page 231: ...hen you press the Video Printer Rec switch set by the preset the Video Printer must be operated and the same image as displayed on the monitor must be recorded The recorded image must be free of skew tilt and image missing The image printed by the color printer must be free of tint and color misalignment o 13 VCR OPTION With the SVO 9500MDA conneeted Before performing the following ehecks check th...

Page 232: ... image 16 KI Kinetic Imaging A SMA Assign KI A SMA into MENU Display the tomographie iamge of heart and set the KI A SMA to ON Displays the movement of the endoeardium wall with color gradation with rime and the timing of renewal must be synchronized with R wave of ECG signal 17 Volume mode Assign Volume mode to MENU Set the Volume mode to ON and press the BIBswiteh then press the BIB or SELECT sw...

Page 233: ...pply a thin film ofjelly to the probe put a thin metallic pin on the probe in right angle to the probe length direction and move the pin slowly on the surface Perform this once for focus F1only and also once for F15 only Confirm that US image does not have the echo gap s or does not appear on two or more locations Confu mthat variable aperture is aeting normally Confirmation should be ruade by usi...

Page 234: ...4 _ 16 Resolution Use a probe UST 9114 3 5 MODE B Use a test target ASU 32 KG1 Aloka product visually check the minimum distance recognizable in water Lateral resolution 3 mm or less Axial resolution 2 mm or less Distance accuracy Use a probe UST 9114 3 5 and a test target ASU 32 KG1 Aloka product Conftrm that an error of a distance accuracy is less than ___5 when measure an interval of 60mm betwe...

Page 235: ...ITCH OPTION i i i i i 1 i 15 Tissue Harmonic Imaging OPTION i i 1 1 i i 16 ICI Kinetic Imaging A SMA OPTION 17 V lume mode i i OPTION 8 4 2 Image Quality Check L i i i i i 1 ___ _ _ _ Z __ __ __ _ _ _ i COIN CHECK Noise level i2 TotalPerformance test Totalsensitivity i i Resolution iDistance accuracy 8 4 3 Safety Check I I I I I I I 1 CheckingProtected Earth Cable for Continu 12 Measurmg an Insula...

Page 236: ... Abdomen RV202 On TV screen Make the area except the level Initialize initialechoto the noiseof 23rd 1 gray scale uniform MODE B See Fig 7 4 1 DEPTH RANGE 24cm STC MAX Gain MAX Adjustment procedure CONTRAST MIN FOCUS F15only i Puttheprobeinthe air i Display only 23rd gray scale by seleeting SLOPE2 i i and adjust RV202 so thal noise fills up image areal uniformly Note This standard is effective for...

Page 237: ...e Preset Cardiac RV2 On TV screen iDecrease the vertical lines vertical lines on Initialize on B W image B W image MODE B while pararell STC Center Ail recieiving is Beam process Multi i Adjustment procedure i_ i Put the probe on a body iperformed Horizontal Smooth Off Frame Correlation 0 i Adjust RV2 so that the vertical lines mayl decrease most i Af ter the adjustment check the image on the i ot...

Page 238: ...itively knowing that failure has taken place do not unnecessarily change any controls and or switches on a PCB from their original settings To determme whether or not a problem is the failure sec Section 8 Performance Check If a readjustment is required sec Section 7 Adjustment Procedure m mm mmm m m mm m mmm m mm mmmm m m mm m m m m m m mm m m mOCAUTIONO An unnecessary change of controls or switc...

Page 239: ...a problem it is necessary to clarify to which it relates out of the elements composing the scene while referring to the illustration given above Related component elements may be roughly classified as follows Ultrasound Image An ultrasound tomographic image its contour varies with an image mode a probe etc Memory Area A full size of memory required to display an ultrasound image Gray Scale An indi...

Page 240: ...asis are as follows 1 Oscilloscope Sensitivity 5mV div Frequency band DC _50MHz Maximum input voltage 400V or more 2 MultiMeter Class 0 5 class Range ACV DCV DCA f2 3 Extension Card EP 3410B 4 Test Piece Made by RMI Radiation Measurements INC RMI 412 or RMI 403GS 5 Probe Convex UST 9114 3 5 6 ECG EKG simulator EKG 101 Made by Fukuda electronics or equal model 6 4 ...

Page 241: ...settings after switching the power supply on The CPU will enter the initial setting mode when the power supply is switched on The following procedures will be visibly executed prior to ultrasound waves being transmitted and images created and displayed r The blower fms will begin to rotate and the touch panel will light up The power lamp will be illuminated and the DISK1 LED will blink ALOKA SSD 5...

Page 242: ... made with these switches the equipment will not only malfunction but there is a risk that it may lead to new malfunctions Reset lhese switches while referring to figs 6 2 fo 6 3 1 if they are amended under unavoidable conditions Fig 6 2 EP4104 CPU EP4104 cPu SWl Common setting _ _ _ SW3 SW2 SWI OFF SW2 Common setting 1 8 OFF SW3 Common setting 1 8 OFF EP4125 SDP EP41 25 _ SDP SWl Common setting S...

Page 243: ...ommon setting SW2 1 8 OFF _ SWl SW2 Common setting _ H H F OFF EP4377 CFI EP4377 _ CFI SW1 In case of Rev B 1 8 OFF _ SW1 SWl In case of Rev D H H F SW2 Common setting 8 OFF L KEY 70 Main Panel SW1 SW3 SW2 ii 8 L KEY 70 I F I SW2 Comrnon setting SW3 Common setfing 1 8 OFF OFF 6 7 ...

Page 244: ...ev 1 SECTION 6 TROUBLESHOOTING Fig 6 3 1 I EP4383 i VOL Servo Control I EP4383 VOL ServoControl SW1 Common setting SW2 Common setfing EP4386 KI A SMA EP4386 _KI A SMA __ sw1 SW1 Common setting 1 4 OFF H H _ 6 7 1 ...

Page 245: ... but there is a risk that it may lead to new malfunctions Reset these switches while referring to fig 6 4 if they are amended under unavoidable conditions IEP412500B SDP Ep412500B SDP J107 Common setting 1112 __ __ Fll illll J o 2 6 J107 Jlll JllO J108 Common setting H H _ J 110 Common setting _llf tl i ii _ _ s_o_o 2 o 6 J111 Common setting J 112 Common setting J113 Common setting II_l I1_ 11 1 _...

Page 246: ...pplicable to Ver 3 VOL Servo Control EP4383 VOL Mode unit Table 6 1 6 4 5 User defmed function settings The ftmctions that may be set up by the user are listed below This data is backed up onto the hard disk or the intemal memory EP4118 with a battery No User defmed settings Storage medium Battery baek up 1 Dateandtime Infernal memo_ Yes 2 Hospital name Hard disk No 3 Preset Hard disk No Although ...

Page 247: ...ata with a full keyboard and Select Set to register the data 6 4 5 2 Preset settings 1 Press the PRESET switch 2 Select Set Up or C Set up from tlaetouch panel 3 Select something from the Preset Set Up Menu and then register the contents of each set up menu 4 Register the preset naine in PRESET NAME 5 Press EXIT 6 4 5 3 Preset table constitution The next page shows the Preset table constitution fo...

Page 248: ...erPackage i Select Dop Measured items _ General Condition 9r Select Report Function J LVVolume Formula _ Cardio Select Formula of Measurement Package LVParameters m Select Formula of Report M Valve Parameters 1 2 2 2 Formed Comment D LVIn Ejection Flow Parameters PV i SetupCarotidStudy l D RVInlEjecti nFl wParameters Setuo Uooer Extremifv Studv_z D AV PVStenosis Parameters ANOTAT Conlrol I Setup s...

Page 249: ...e presetdata describedin 6 I I I 4 7 m mm m m m m m mm mm mm mmm m m m m m mm mm m m mm m m m m m mm m m m m m m mm m mmmmmm mm mm 1 When the software tasbeen altered for an upgrade or for any other reason 2 When an unnecessary abnormal character or characters or code or codes is displayed in the data wlaich have been set by the user 3 When the system fails t start up even if the equipment is powe...

Page 250: ...ailure etc or I nnnecessary data is contained in the backup data do not back up the preset data I I ff you reinstall such data by rnistake the failure may recur or a new failure may I I L be caused j mmm m m mmm mm m m m mmmmm m mm m m mmm mm mm m m m m m lmm mmmm m m mmm m m m m m m mm m m m m mmm mmmm m mmm m m mmm m m m m mm m mm m m m mmmm m m m m m m mm m mmmm mm m m m m m mm m mm m mm m I I ...

Page 251: ... the Preset switch lo display the preset select screen _ Press CTRL R and message 1 shown below will appear on the IV monitor _ Press the SET switch and conf trm message 2 shown below then turn the power off and on again Back up RAM reset will destroy Backup memory will be reset anydataonlhissystem fofactory defau t WARNIG Do you sti l wish to continue Do you sti l wish fo continue Ail preset data...

Page 252: ...TSC IPC 1511V for PAL Ver 3 IPC 1521 for 100V series IPC 1521V for 200V series IPC 1521B for 100V 240V Main CPU EP4118 ii _ _i _ v _ _ Tf _ Main panel FDD __ç L KEY 70 Phvsio signal display unit I PEU 5500 Data Management Subsystem DMS 5500 OULET _ e pa JB 220 256 100V sefies _ _ JB 221 257 200V series Digital Imaging unit UIM 506 V1DEO I O EP4149 i _ Power supply unit FOOT SWPCB _ PSU S5500 EP426...

Page 253: ...ction of Tx Rx unit l TX RX module GR I0 2 Digital BeamFormer DBF 3 3 Flow Doppler module FM l 0 4 STCW Dopplerunit UCW 5500 Arrangement of each module Tx Rx module Tx Rx unit GR IO Refer to the next page on Ver 3 ii ç _ LI __ _ _ _ _ _ _ Flow Doppler module FM 10 Digital Beam Former DBF 3 _ Connected on soldering side PreAMPI EP4062 I T_ C n Dî_lMôPduï 63Ëilô i r tIthcNe _I_ oaoein Ver 3 6 16 ...

Page 254: ... ause of an addition of Transmission for Harmonie Eeho on Ver 3 Therefore eight small PCB of 4 kinds are conneeted on Tx Control PCB P4389 PCB layout on Tx Control PCB EP4389 1 EP4389 Component side Probeconnectorside Lower side The model name of small PCB EP4453 Tx Module 1 EP4454 Tx Module 2 EP4455 Tx Module 3 EP4456 Tx Module 4 6 16 1 ...

Page 255: ...ECTION 6 TROUBLESHOOTING PCB layout on Tx Control PCB EP4389 2 EP4389 olderingside viewfrom insidethesystem The model name of small PCB EP4453 Tx Module 1 EP4454 Tx Module 2 EP4455 Tx Module 3 EP4456 Tx Module 4 6 16 2 ...

Page 256: ... 1 DBF Mother EP4090 ID ID _ _ _ o I I I I u __J ï l t x i i i X q C3 _ t _ _ _ c q c q c q t _ C _ r 9 1 3 _ t _ _ _ _ _ t _ _ __ _ d _ _ _rd t d LrdLrd _td N O i DBF 3 FM 10 t _ b Digital Beam Former Flow Doppler m_L Module r_ _ Operation panel side Rear side 6 17 ...

Page 257: ...1 SC COL o_ EP4110 SC BW _ _ O 4 _ _ _ _ EP4109 C_ 03 _ EP4385 MM COL _ _ _ _ g EP4108 _ o _ _ EP4384 MM BW 4 UIM 506 EP4107 ULDR L Ver 1_2 EU 9079 Option voL unit EP4383 vOL ServO Control Ver_3_ Option _ _ EP4106 ULDRP Ver l_2 _ EP4382 ULDR Ver 3_ UIM 506 _ 11 Spare _ i o o PEU_5500 option t pI iS_ __ _ _ 15 Physi0iogicàlSignai_Unit EP41 ç l E EU 9080 Spare Spare _ Non interlace monitor connectio...

Page 258: ... PCBs with Main panel is shown following for reference board Power supply unit PSU S5500 The location of PCB with power supply unit is shown following for reference i _ Circuit 2 EP4132 EP4416 Input Unit JB 233 100V series JB 234 200V series Relay circuit Powereable EP4130 6 19 ...

Page 259: ...LESHOOTING Physio signal display unit PEU 5500 The location of physiological signal display unit PCBs is shown following for reference PHSC physiological signal memory PCB is inserted into UIM unit refer to PCB location of DIU 6 20 ...

Page 260: ...or replacing the ROMs on upgrade etc EP406300DD Tx Control ROM No A L ROM 900 A B L ROM 904 C L ROM 905 BCD D L ROM 906 _D_ EP4389 Tx Control ROM No A L ROM 900 A B L ROM 901 C L ROM 904 c D E B D L ROM 905 _D__ E L ROM 906 This PCB is used from Ver 3 EP4064 Pre AMP2 STCW ROM No A L ROM 907 B L ROM 908 C L ROM 909 _A _C _B 6 21 ...

Page 261: ...ROM 917 E __N B L ROM 918 _ N D _C _K C L ROM 919 _ N _M D L ROM 920 _ L E L ROM 921 o N N F _j F L ROM 922 H _iil 0 L ROM 923 H H H L ROM 924 I L ROM 925 J L ROM 926 K L ROM 927 L L ROM 928 M 92049 N 92060 EP4373 Analog Interface ROM No _ A A L ROM 1009 B L ROM 1075 I_i E C L ROM 1076 D L ROM 1077 E L ROM 1078 F L ROM 1079 D This PCB is used from Ver 3 q H H 6 22 ...

Page 262: ... Beam Processor ROM No A 94404 B 94405 C 94416 _A _B C H H F EP409400F Beam Processor ROM No A 94404 B 94405 H H F EP4095 DBF Control ROM No A L ROM 910 B L ROM 911 A__E C L ROM 912 _ G D L ROM 913 _ D _C E L ROM 914 _ F F L ROM 915 G L ROM 916 _ H 6 23 ...

Page 263: ... E L ROM 1025 F L ROM 1026 N D N c __ G L ROM 1027 H H L ROM 1028 I FM 10 00449 2560 J FM 10 00450 2563 EP412500F or J SDP ROM No A L ROM 1021 _ B L ROM 1022 N G C L ROM 1023 K__F _ _F_ D L ROM 1025 E L ROM 1026 I H __ F L RO M 1027 __ D_ _1 C __ G L ROM 102S q H H L ROM 1080 I L ROM 1081 J FM 10 00449 2560 K FM 10 00450 2563 6 24 ...

Page 264: ...iœee i _ii_ilD _ _ E L ROM 1043 _ NN _C N F L ROM 1044 iiil A K J B G L ROM 1045 H H I H L ROM 1046 I L ROM 1047 J FM 10 00471 2638 K FM 10 00472 2639 L FM 10 00473 2646 M FM 10 00475 2648 EP4127 CFI ROM No F E A L ROM 1029 N N G Nii _iiiiiii _ iN _D B L ROM 1030 C L ROM 1031 _c D L ROM 1032 _ B E L ROM 1033 F L ROM 1034 _A G FM 10 00451 2787 _ H 6 25 ...

Page 265: ...1030 _s G_ L_ _r_ C L ROM 1031 _ _ _j D L ROM 1033 _c F__ D _I E L ROM 1098 F L ROM 1099 _A G L ROM 1100 __ _ _ H L ROM 1101 I L ROM 1102 J L ROM 1103 K L ROM 1104 L L ROM 1105 M L ROM 1106 N L ROM 1107 O L ROM 1108 P FM 10 00549 7789 Q FM 10 00548 7790 R FM 10 00547 77125 6 26 ...

Page 266: ... H H EP4105 VFA TIMING F D ROM No __ _B _ A L ROM 997 _ E _ A c B L ROM 998 C L ROM 999 D L ROM 1000 _ G E L ROM 1001 F L ROM 1002 G L ROM 1003 _ _ _ EP4106 ULDR P ROM No A L ROM 627 B L ROM 628 __ C L ROM 992 F F A_ _E E L ROM 994 r t _D C F L ROM 995 G L ROM 996 _ _ 6 27 ...

Page 267: ... L ROM 960 L L ROM 961 M L ROM 962 N L ROM 963 P L ROM 964 EP4382 ULDR D Q A L ROM 1119 _ B___ B L ROM 1120 _ c o A C L ROM 1121 ____i____l p_ _R D L ROM 1122 _ _G _F E L ROM 1123 _K _ I S F L ROM 1124 _ J _E L G L ROM 1125 _ _H H L ROM 1126 4 _ H _ I L ROM 1127 J L ROM 1128 K L ROM 1129 L L ROM 1130 M L ROM 1131 N L ROM 1132 O L ROM 1133 P L ROM 1134 Q L ROM 1135 R L ROM 1136 S L ROM 1137 This PC...

Page 268: ...73 _ NN _E E L ROM 974 _B N F L ROM 975 _A G L ROM 976 H H H L ROM 977 I L ROM 978 J L ROM 979 EP4109 MM COL ROM No C A L ROM 977 N B L ROM 980 ANN8 C L ROM 981 D L ROM 982 _ F E L ROM 983 _ D _E NNNIG F L ROM 984 G L ROM 985 1 H EP4385 MM COL ROM No A L ROM 984 B L ROM 985 This PCB is used from Ver 3 _A t_ 1 B H H H F 6 27 2 ...

Page 269: ... L ROM 947 B L ROM 948 _B _A C L ROM 986 D L ROM 987 E L ROM 988 _ E _c _D H H EP4111 SCCOL ROM No A L ROM 947 B _ _ B L ROM 949 C L ROM 988 _ F D L ROM 989 E L ROM 990 _c F L ROM 991 _E _D 4 H H EP4112 ENCODER ROM No __ A L ROM 965 B A B L ROM 966 q H H F 6 27 3 ...

Page 270: ...11 _ii I B L ROM 1012 _c t_ _t F C L ROM 1013 N E D L ROM 1014 NH D J E L ROM 1015 _ __ G F L ROM 1016 _A _B H L ROM 1018 I L ROM 1019 J L ROM 1020 EP411500C PHSC ROM No A L ROM 1011 _il I 13 L ROM 1012 _c C L ROM 1013 _K D L ROM 1014 NH E L ROM 1015 D J G F L ROM 1016 _A _B G L ROM 1017 _ H H H L ROM 1018 I L ROM 1019 J L ROM 1020 K L ROM 1068 6 27 4 ...

Page 271: ... I A L KEY 70 IC3 Ver B L KEY 70 IC23 Ver t___i_iil A B I EP4413 UP CONV ROM No _ A A L ROM 1142 This PCB is used from Ver 3 H H F EP4383 VOWServo Control ROM No A L ROM 1139 _A B L ROM 1140 _B C L ROM 1144 _D _D D L ROM 1145 Optional PCB fIom Ver 3 _ c q H H F 6 27 5 ...

Page 272: ...604 J i I J B 8614 i I I I C 8624 L_ _K I I J_ _I H__G D 8629 _ _ E _ F E 8630 _c _D i I I _B F 8634 _A G 8635 _ _ _ H 8636 I 8642 J 8643 K 8647 L 8648 i i M L ROM 1109 i i i N L ROM 1110 i O L ROM 1111 P L ROM 1112 i i Q L ROM 1113 R L ROM 1114 Optional PCB from Ver 3 6 27 6 ...

Page 273: ... Even ff the power supply unit is normal itis also suspected tha the connection cable is broken or the power distributing circuit on each PC board is at fault The CPUs are instaHed on the following PC boards respectively EP4118 Main CPU PSC 132 EP4104 CPU UIM 506 EP4108 EP4384 MM BW UIM 506 EP4095 DBF Control GEU 70 I F l_nterface L KEY 70 2 Trouble attributable to the flash memory The flash memor...

Page 274: ... I I EP4111 SC COL oe I I I I I I 1 1 EP4112 ENCODER oe oe I I I I I I I I EP4113 DECODER oe f I I I 1 I I i EP4115 PHSC t I I I I J I EP4116 SCO 1TF oe I _ I I I I I I EP4063 EP4389 Tx Control oe i f I I I I I I I EP4322 deleted onVer 3 TxApo Cont i I I I I I i I f EP4091 EP4388 Tx Trigger oe I I I I I i I r _ EP4092 EP4373 Analog Interlace _ i _ _ _ _ EP4093 Beam Former oe f I I I I I I EP4094 B...

Page 275: ...ed as Access Address and the PCBs and units possibly causing the bus error is shown on the next page When pinpointing the faulty location from Access Address displayed in the bus error message by using this table refer to the notes in 6 Notes on guessing the cause of the fault 5 1 Bus error displayed on the LCD screen when starting the equipment If you start the equipment with some failure occurri...

Page 276: ... I FFE000 CPU EP4104 UIM 506 r i i FFF000 FFF02E ENCODER EP4112 UIM 506 I I I FFF030 FFF036 Data Management Subsystem DMS 5500 DMS 5500 UIM 506 J FFF038 FFF03E UP CONV EP4413 EU 9080 UIM 506 I i i FFF060 FFF076 PHSC EP4115 PEU 5500 UIM 506 f I I I FFF080 FFFOE0 C BW COL EP4110_ EP4111 UIM 506 I I I I MM BW EP4109 EP4384 UIM 506 FFF100 FFF126 ULDR VOL Servo Control EP4382 EP4383 EU 9079 UIM 506 I l...

Page 277: ...started then stabilizing in that state with nothing displayed in the US image area at that time If the set up operation is started a second time by pressing a mode or other switeh afier the system has slarted up then thal is also considered fo be the minimum start up state POWERON I Fig 6 12 MinimumStart Up N0 Ail panelswitchesrail to __light up or remain on without going off Nothing is displayed ...

Page 278: ...when you remove the PCB from j I the equipment If the power is ON the secondary failure will occur i i i a 1 MainCPU EP4118 2 PreAmp1 EP4062 3 Tx Control EP4063 EP4389 4 Pre AMP 2 STCW EP4064 5 Tx Trigger EP4091 EP4388 6 Analog lnterface EP4092 EP4373 7 Beam Former EP4093 6 boards in one systerrL 8 Beam Processor EP4094 9 DBF Control EP4095 10 SDP EP4125 11 CFI EP4127 EP4377 12 HVS Module EP4060 1...

Page 279: ... The system will start up normally But the operation panel and the touch panel do not respond P404 The system will start up normally But the indicator for the hard disk accessing DISK 1 does hOt flicker P405 The system will starl up normally But the touch panel displays abnormally and the switch around the touch panel does hOt respond P406 The system will start up normally But the foot switch does...

Page 280: ...he ultrasound image Sometimes the system locks up by pressing the switch on the operation panel or the WARNING message displays on the TV screen P208 The system will start up normally There is not existing the initial echo on the ultrasound image P209 The system will start up normally In case of the electronic linear probe or convex probe the thick echo gaps appear on the ultrasound image In case ...

Page 281: ... image But there is the Doppler noise and the Doppler gain is effective Tx Apo Cont EP4322 Ver 3 deleted The system will start normally and the all functions work properly The difference of the image quality is subtly Tx Trigger EP4091 EP4388 ALOKA logotype is displayed on the TV screen ail the time and the BUS ERROR message is displayed on the touch panel The indicated model naine in this message...

Page 282: ...ed on the TV screen ail the time and the BUS ERROR message is displayed on the touch panel Beam Former 5 6 EP4093 The BUS ERROR message appears on the TV screen and the SYSTEM INFORMATION CODE is also displayed on the bottom of the TV screen af ter the system starts up Beam Processor EP4094 ALOKA logotype is displayed on the TV screen ail the rime and the BUS ERROR message is displayed on the touc...

Page 283: ... BUS ERROR message is displayed on the touch panel ULDR P EP4106 integrated into EP4382 on Ver 3 Nothing is displayed on the TV screen and lhe BUS ERROR message is displayed on the touch panel ULDR L EP4107 integrated into EP4382 on Ver 3 Nothing is displayed on the TV screen and the BUS ERROR message is displayed on the touch panel ULDR EP4382 Ver 3 Nothing is displayed on lhe TV screen and the B...

Page 284: ...he message of SSD 5500 PC V is displayed on the touch panel ENCODER EP4112 The TV screen becomes completely white and the message of SSD 5500 PC V is displayed on the touch panel DECODER EP4113 The TV screen does not synchronize and the message of SSD 5500 PC V is displayed on the touch panel 6 3 2 ...

Page 285: ... the cause of trouble may not necessarily be in the board on which the LED is mounted The location and operating state of the LED s are shown below EP4104 Main CPU LED 1 Lightsupwhena buserroroccurs LED2 fl LED2 Lights up during CPU hold reset processing out of LEDI 0 control during software upgrade etc EP4105 VFA TIMING i LED1 MC88915 PLL Lock Signal Lighted up Operation is normal Off Faulty oper...

Page 286: ... Operating State Lighted up Freeze Off Operating EP4382 ULDR Ver 3 LED3 _ LED2 1_ LED1 Line Mode Operating State LED1D Lighted up Freeze Off Operating LED2 Right Plane Operating State Lighted up Freeze Off Operating LED3 Lefl Plane Operating State Lighted up Freeze Off Operating EP4108 MM BW LED 11r_ LED10m LED1 MC88915 PLL Lock Signal Note 1 Lighted up Operation is normal Off Faulty operation LED...

Page 287: ...nd LED3 LED4 LED3 _ Lighted up Resel processing Off Normal operation LED2 LED 1 t LED 4 LED 11 No used on Ver 3 system Off Normal operaIion EP4109 MM COL LED1 Lightsupwhenmassmemorydataarebeing downloaded LED2 MC88915 PLL Lock Signal Note 1 LED2 n Lightedup Operation is normal LED1 D Off Faulty operation EP4385 MM COL Ver 3 LED1 74FOE88915T PLL Lock Signal Note 1 Lighted up Operation is normal Off...

Page 288: ...ate Note 1 Lighted up Operation is normal Off Faulty operation LEDI I EP41 11 SC COL LED1 MC88PLl17 Operating State Note 1 Lighted up Operation is normal Off Faulty operation LED1 It EP4112 ENCODER Lights up when initializing work is completed Lighted up Operation is normal 6 39 2 ...

Page 289: ...tate Note 1 Lights up when initializing work is completed Lighted up Operation is normal EP4115 PHSC LED1 Lightsupwhenan Rwaveisdetected LEDI 1 EP4413 UP CONV Ver 3 LED1 EPF6016AQC208 Operating State Note l Lights up when initializing work is completed Lighted up Operation is normal LEDa 8 6 39 3 ...

Page 290: ...f the calculation FPGA_ChA is completed Immediately afler turning the power on this LED is not lighted because the software contïgures that FPGA This LED is lighted until the system starts up When changing the calculation method of VOL image the LED is not lighted temporarily and il is lighted up again al once LED5 Lights up when the configuration of the calculation FPGA_ChB is compleled Immediate...

Page 291: ..._2 0224 Rev 1 SECTION 6 TROUBLESHOOTING EP4386 KI A SMA Ver 3 Option LED1 MC88915 PLL Lock Signal Note 1 Lighted up Operation is normal Off Faulty operation D LED1 6 39 5 ...

Page 292: ... LED4 D Mode Operating State Lighted up FREEZE Off Operatin8 LED5 DSP56002FC Frequency Domain Processor Operating State Lighted up Faulty operation Off Operation is normal LED6 DSP56002FC Time Domain Processor Operating State Lighted up Operation is normal Off Faulty operation LED7 Triplex Mode Operating State Lighted up Triplex mode B Flow D all active image Off B Refreshing operation LED8 DSP560...

Page 293: ...al If it is blinking software operation is faulty EP4377 CFI LED1 DSP sPLLOperating State Lighted up Operation is normal Off Reset proeessing or faulty operation II_ED6 LED5 m LED2 DSP BUS Operating State m r ED LED3 _ LEDI _ 3 ED2 Lighted up BUS ERROR Off Normal operation Blinking Faulty operation of software LED3 Hardware Operating State Lighted up Faulty operation Off Operation is normal Blinki...

Page 294: ...normal Off Faulty operation D3 Tx Rx Operating Slate D3 _1 Lighted up Transmitting Receiving D2 D Off Freezing Note 1 The basic signais for these LED s are generated by EP4105 VFA TIMING If faulty operation is discovered first check the operating state of LED 1 on EP4105 VFA TIMING then estimate which PCB is faulty 6 41 ...

Page 295: ...s CG Failure about the timing synchronization or observational monitor TM _ Failureon thegeneraloperationor function FU Failure on the power suppls reeording or panel control l mobs PM Failureon thephysiological signaldisplay PH ç Failure onthespectral Doppler I P _ Failure on the color flow Doppler or color image display CD The Phenomenon Code Tables are used to provide the Check Procedure in ord...

Page 296: ...nd image in LINEAR or CONVEX 2 _o s_ _ e s_n_ on _ ç p _s c _ d __ g cm _c_ _c _ s ç__ E 3 O i Noises are seen on the Ultrasound image in PHASED ARRAY i 4 O Noises are seen on the Ultrasound image in all Ultrasound images US 6 1 O Sensitivi tyof Ultrasound image is low in LINEAR or CONVEX _ _ 2 i Se ns_ fi vi _iiof U _ound image is low in MECHANICAL SCANNER 3 O Sensitivit3 of Ultrasound image is l...

Page 297: ...not displayed 2 O Only Caliper Graphic are abnormally displayed il CG 3 1 O The entire screen become white 2 O Unnecessary dots or stripes are displayed in all or parts of image CG 4 1 O TIME and DATE are abnormally displayed CG 5 1 O Characters are not displayed key in cannot be made 2 O Characters are abnormaHy displayed CG 6 1 O Measured value is hot correct O Marked items are effective on this...

Page 298: ... in a particular Monitor i TM 2 1 O Ail Images are not synchronized in any Monitor 2 O Image is not synchronized in a particular Monitor m TM 3 1 O Entire image shake Abnormality is seen when brightness varies in any Monitor 2 O Entire image shake in a particular Monitor Abnormality is seen TM 4 O The DMS screen is not synchronized Abnormality is seen O Marked items are effective on this system 6 ...

Page 299: ... is not accepte 2 O The ERROR messages are shown on the monitor 3 O The touch panel displayed abnormally 4 i O TheDMSdosenot startup 5 O The A SMA measurement is not functioning properly The KI Kinetic Imaging mode doesn t work 6 O The VOL mode doesn t work Functions and the images that related to the VOL mode doesn t work O Marked items are effective on this s3 stem 6 49 ...

Page 300: ... I PM 3 1 O Photographed picture is hOt normal Monitor is normal 2 O ilPlaybacked image is abnormally displayed usual image is normal I PM 4 1 All images are not recorded in Recorder Recorder is normal 2 Ail images are hOtrecorded in Recorder Recorder is abnormal 3 Image is abnormally recorded in Recorfler Recorder is normal 4 Image is abnormally recorded in Recorder Recorder is abnormal 5 O The r...

Page 301: ...x Filter i EP4091 EP4388 TxTrigger D7 O O O O O O O EP4092 EP4373 D8 O O O i Of O O O O O Analog Interface __ i i EP4093 Beam Former D9 O i O O i O O O _ 4 EP4094 BeamProcessor D10 O O O O O i O O O O r EP4095 DBFControl Dll O O O O O r Ç_ iÇ L _ E P 4 _ 2 s S D P D _ L I EP4126 CFP D13 i i EP4127 EP4377 CFI D14 iËi_ ï66_ 66Vfioiï_ër 6is _ _ i __ _ _ __ __ _ EP4453 Tx Module 1 Ver 3 D16 i O _i O _...

Page 302: ... _F2 i i i __ i i _i i i_ _ i EP4148 EP4451 i i i i i i Physio Amp i i _ _ i i i i i i i i i i EP4261 Foot SW PCB i G1 _ __ 8 __ _i i H1 i _ i i i _ i i CAMERA Printer _ i _ _ _ _ 4 _ VCR i _ i _ i H2 i i i i i i J i i i i i _ i DMS 5500 _ J1 i i i _ i i _ i ii i Data Management Subsystem i i i i _ i i i i EU 9078 K1 iO1 ii ii i O10 i i i i EP4386 KI A SMA i _ i i i i i i o o l o i i i i L1 Oi i i...

Page 303: ... I EP40g3 Beam Former Dg O O O i O _ r iEP4094 Beam Processor D10 O O i O O Of O O O Ë_____ ___ao _ i i___ _i i_i_ 5i o _ i_io Ë____ _ __ _ ____ ZIiZI ZiIZIZZII 111111111111111111111ZZ 111111111111111111111 1 EP4126 CFP D13 _ _ _ _ 4 EP4127 EP4377 CFI D14 EP4090 DBF Mother Ë ï 5 ï _ _ _ EP4453 Tx Module 1 Ver 3 D16 O O i O i _ _ EP4454 Tx Module 2 Ver 3 D17 O O i O i ç _ ___ _ Tx M _ e _ Ver 37 D ...

Page 304: ...__o__oo i__ __ i il EP4148 EP4451 i i _ i i i i _ i i i i i Physio Amp i EP4261 Foot SWPCB i G1 i _ i _ i i i CAMERA Printer _i H1 _ i i i i i i ___ __ i i i i i i T ïJ1 ï _ ï ï DMS 5500 _ i Data Management Subsystem i i i EU 9078 _ iK_ i i _ Of 0 Oi i EP4386 KI A SMA _ _ i i i i i i i ii EU 9079 i L1 i i O O O i i i i EP4383 VOUServo Control i _ i i _ 6 58 ...

Page 305: ...TCW _ UCW 5500 D6 EP4335 Tx Filter _ _ i D7 _ EP4092 EP4373 D8 _ i Analog Interface i I i EP4093 Beam Former D9 i I EP4094 Beam Processor D10 i EP4095 DBF Control D11 EP4125 SDP D12 _ _ _ EP4126 CFP D13 _ I _ _ EP4127 EP4377 CFI D14 E EP4090 DBF Mother D15 i EP4453 Tx Module 1 Ver 3 D16 i i EP _4 _ 4 _ x N 9 a uJ _ Lv r _ ç z i EP4455 Tx Module 3 Ver 3 D18 i i EP4456 Tx Module 4 Ver 3 D19 i EP4104...

Page 306: ...i i i i PEU 5500 i F1 EP4115 PHSC i i PEU 5500 i F2 i i EP4148 EP4451 i i i Physio Amp il i ii EP4261 Foot SWPCB i G1 _ i _i CAMERA Printer i H1 i i VCR _ i H2 i i i i I I DMs 55oo _J1 i _ i Data Management Subsystem i i i i EU 9078 __ K1 ii ii i O EP4386 KI A SMA i i i i i i EU 9079 i i i EP4383 VOL Servo Control i i i i 6 60 ...

Page 307: ...iiiiiiiiiiiiiiiiiliiiiiiiii1 E P _ La 5 î T x F ter E P 4 0 9 1 E P4 3 8 8 T x T rLg g er D EP4092 EP4373 D8 ___ o _ ___ rf _ __ EP4093 Beam Former D9 EP4094 Beam Processor D10 EP4095 DBFControl D11 i i Ëi _ ___ _ _6i 5ï_ i _ _ _ _ _ t _ i ulJ Ëi i__Y ïË_ ___ __ï i6ï_i i 1 i i Ë_ _i6__ 5Ëï__oi_ë_ _6_ _ _ _ I i _ i _ I E P 44 _ 3 Tx M O d u L y r _ D J ç I E P _ _55 T x M _ U e 2 Y e r _ D _ Z _ __...

Page 308: ...i i PEU 5500 i F1 i i i EP4115 PHSC i i i _Ëu s_o_ T__ i T i EP4148 EP4451 i i i Phy oAmpi i EP4261 FootSWPCB i G1 i i i CAMERA Printer H1 i i i t _ i VCR i H2 i i DMS 5500 i J1 i i i O DataManagement Subsystem i i i i i EU 9078 i K1 i i EP4386 KI A SMA i _ i i i EU 9079 i L1 ii _i i EP4383 VOUServo Control i i i 6 62 ...

Page 309: ...4091 EP4388 TxTrigger D70 O EP4092 EP4373 D8 O O i An a og n t ç r a e EP4094 Beam Processor D10 O O Ëi 6_ig 6 _i i gï 5iï 5ç i i Ëï i_5g sSP b_2 5 5 i t 4 _ i EP4126 CFP D13 _ _ _ j EP4127 CFI D14 O O i _ I _ _ I EP4090 DBF Mother D15 O i i_ K3 i_ii_ i_i ïK iii __iZilEK ZïZïZZZZiZI i EP4454 Tx Module 2 Ver 3 D17 EP4455 Tx Module 3 Ver 3 D18 Ëi i_ë T _ï_ ïuïë iE ïï_ j Di6 i i i i EP4104 CPU E1 0 0...

Page 310: ... i i _ i EP4115 PHSC _ _ _ i PEU 5500 i F2 i i i i EP4148 EP4451 i i i i __ i PhysioAmp i i i EP4261 Foot SW PCB i G1 i i i i CAMERA Printer i H1 i i i i i VCR H2 i i i i DMS 5500 i J1 i i i O i i i _ i i Data Management Subsystem _ _ EU 9078 i K1 O EP4386 KI A SMA i i i i EU 9oz9 _i __ i i i i i O EP4383 VOUServo Control i i i 6 64 ...

Page 311: ... STCW J i UCW 5500 D6 EP4335 Tx Filter _ _ _ _ çRS9_t LEp43ss T_Tr g__r D EP4092 EP4373 D8 O AnalogInterface i i _ _ 1 _P4O93 B earaForrner Dg EP4094 Beam Processor D10 O i ç_4o__ _B_ çon ro D__ O IZZZIi EP4125 SDP D12 Ë_____ _ ___ _ _ _ _ _ EP4127 EP4377 CFI D14 _ _ _ _ EP4090 DBF Mother D15 _ _ EP55_3 TxModuLe _ vor 3 D_6 i EP4454 Tx Module 2 Ver 3 D17 j EP4455 Tx Module 3 Ver 3 D18 i _ EP4456 T...

Page 312: ... PM 4 PM 5 Item iCode 1 1 2 3 li2 1 2 3 4 1 PEU 5500 F1 EP 4 _ 5 _ P HSC PEU 5500 F2 EP4148 EP4451 Physio Amp EP4261 Foot SW PCB G1 CAME E A CEË nt e r _ H _ O O i 5i VCR H2 DMS 5500 J1 O Data Management Subsystem EU 9078 K1 EP4386 KI A SMA EU 9079 L1 EP4383 VOIJServo Control 6 66 ...

Page 313: ... i _ EP4092 EP4373 D8 Analog Interface _ _ t EP4093 Beam Former D9 _ EP4094 Beam Processor D10 i i i _ _ r EP4095 DBF Control Dll i O EP4125 SDP D12 i i _ c EP4126 CFP D13 i i i _ _ _ EP4127 EP4377 CFI D14 I è c _ _ EP4090 DBF Mother D15 i i _ _ _ 4 EP4453 Tx Module 1 Ver 3 D16 i _ EP4454 TxMo_u e2 Ver 3 q_ Z E P 44 _ _ T x M o_ _ e 3 ve r _ D _ _ EP4456 Tx Module 4 Ver 3 D19 EP4104 CPU E1 J _ EP4...

Page 314: ...1 O101010 OiO OiO EP4115 PHSC i i i i i EP4148 EP4451 i i i i Physio Amp i i i i i i i EP4261 FootSWPCB i G1 i i i i CANERA Printer i H1 i i i i i vc_ T__ _ _ _ _ _ T i J1 I _ i DMS 5500 DataManagement Subsystem i i i i i i i i EU 9078 i K1 i i OiO O iO O O EP4386 KI A SMA i i i EU 907g _ L1 i _ i EP4383 VOL Servo Control i i i i 6 68 ...

Page 315: ...EP4335 TxFilter EP409 EP _ç IxIq99er DZ o o o o o o o o o o o o o o EP4092 EP4373 D8 I O O O O O i O O O O Analog Interface i _ 5 9ç çt_9 ç rm Pg 9 9 9 9 9 _ 9 _ o EP4094 Beam Processor D10 EP4095 DBFControl Dll O Ç Ç Io 0 0 0 Ç Ç Ç o _o oTÇ EP4125 SDP D12 O O O O O O O O O O i O O O O O O EP4126 CFP D13 EP4127 EP4377 CFI D14 i EP4090 DBF Mother D15 _ EP4453 Tx Module 1 Ver 3 D16 O O 6 i 0 0 i i _...

Page 316: ... i i i i i i i i t i i F2 i i i i i i i EP4148 EP4451 i _ i i i i i i i i i i Physio Amp i i i i i i i EP4261 Foot SW PCB i G1 ci i _ i i i __ _i ii _i CAMERA Printer i H1 i i i i i i i i i i _ïCR _ _ _ _ _ _ _ _ _ i f i H2 i i i i DMS 5500 J1 i i i i _ _ _ _ _ Data Management Subsystem i i i i i i i i i i i i i EU 9078 i K1 i i i i _ i i i EP4386 KI A SMA _ i i i i _ _ i _ i i i I r 1 i T I f f f...

Page 317: ..._ _ EP4092 EP4373 D800 O O O O O I O i Analog Interface EP4093 Beam Former D9 EP4094 Beam Processor D10 _ i J EP40eS DBFContro D ç O O O O O O O EP4125 SDP D12 O O O O O O O O _ _ _ _ i EP4126 CFP D13 O1O O O O O O O _ i 4 _ i EP4127 EP4377 CFI D14 O O O O O O O O i i _ c _ _ EP4090 DBF Mother D15 _ _ E P 44 53 T x M d u e 1 v e 3 i D 1 6 0 0 C EP4454 Tx Module2 Ver 3 i D17 O O O J EP4455 TxModule...

Page 318: ... i _ _ _ _ _ 4 _ _ i i _ i PEU 5500 i F2 i i i i EP4148 EP4451 i i i i i i i Physio Amp i i i i i i EP4261 Foot SWPCB i G1 i i i i i CAMERA Printer i H1 ii i i _ i vcR T _ i _ i i T T DMS 5500 i J1 i i i i i i Data ManagementSubsystem i _i i i i _i i i i i EU 9078 i K1 i i i i i EP4386 KI A SMA i i i _ i EU 9079 i L1 _ i i i i i i _ i i i EP4383 VOL Servo Control i _ _ i 6 72 ...

Page 319: ...curely 8 Doesn t the building fed power bave any noise or voltage fluctuation The corrective action to be taken differs between the noise generated by the equipment itself and the external one If the worker concerned has insufficient knowledge to take such action check the iterns specified below f trst and then make contact with Technical Support 1 Are the noise and phenomena equivalent thereto ta...

Page 320: ...d Connector No Pin GND 1 2 40V Within 2 0V J603 3 4 150V Within 5 5V 5 6 HVA Refer fo the next page A1 B1 5 1Vb Within 0 15V J605 A6 B6 5 1Va Within 0 15V 1 9 5 0Va Within 0 15V 4 12 5 0Va Within 0 15V J604 7 15 15 0Va Within 0 30V 8 16 15 0Va Within 0 30V A1 B1 12 0Vb Within 0 50V J602 A2 B2 12 0Vb Within 0 50V J611 3 4 12 0Va Within 0 30V J608 1 4 24 0V Within 1 00V AC OUTLET Same as AC input Vo...

Page 321: ...tage for the transmission HVA of the power supply unit PSU S5500 is maximally 110V as its ability The actual value of its voltage is changed by the probe mode velocity range and so on The following table shows the typical probes and the value of the high voltage Probe Mode Acoustic Power Voltage HVA Standard UST 9114 3 5 B 100 100V Within 1 5V UST 9115 5 0 B 100 100V Within 1 5V UST 5539 7 5 B 100...

Page 322: ...VC Refer folhenext page A1 B1 5 1Vb Within 0 15V J605 A6 B6 5 1Va Within 4 0 15V 1 9 5 0Va Within 0 15V 4 12 5 0Va Within 0 15V J604 7 15 15 0V Within q 0 30V 8 16 15 0V Within 0 30V 1 5 12 0Vb Within 4 0 50V J602 2 6 12 0Vb Within 0 50V J611 3 4 12 0Va Within 0 50V J608 1 4 24 0V Within 1 00V AC OUTLET Same as AC input voltage Within 3 0 An ultrasound transmission voltage is controlled variably b...

Page 323: ...and 50V as its ability The actual value of its voltage is changed by the probe mode velocity range and so on The followin 8 table shows the ty ical probes and the value of the hish voltage Probe Mode Acoustic Power Voltage HVA Standard UST 9114 3 5 B 100 100V Within 1 5V UST 9115 5 0 B 100 100V Within 1 5V UST 5539 7 5 B 100 100V Within 1 5V UST 5286 2 5 B 100 100V Within 1 5V UST 5287 3 5 B 100 1...

Page 324: ... J605 DBF B B6 3 GNDD GND D GND D GND A GNDA GND B1 A6 5 1V 5 1V 5 1V 5 1V 5 1V 5 1V A1 J604 DBF A g A GND A GND A GND A GNI3 A GNDIA GND A GND A GND 16 1 5 0V 5 0V 5 0V 5 0V 5 0V 5 2V 15 0V 15 0V 8 J623 PEU 6 IA GND _0VlAGNDI _ 0vlAGN_I _0V I B5 NC A GND A GND A GND A GND B1 J602 GEU A A5 NC 5 0V 5 0V 12 0V 12 0V A1 B3 A GNDA GNDA GND B1 J609 DMS A3 15 0V 5 1V 5 1V A1 J611 CPU 4 I GND I 2 0VlA GN...

Page 325: ... B1 A5 1 OV 15 0V 5 1V 5 1V 5 1V A1 B6 D GND D GNDD GND D GND A GNDA GND B1 J605 DBF B A6 5 1V 5 1V 5 1V 5 1V 5 1V 5 1V A1 J604 DBF A a 15 0v 15 0v NC 5 0V 5 0V 5 0V 5 0V 5 0V 1 16 A GNDA GNDA GNDA GNDA GNDA GND A GNDA GND 9 Je23 PEU _I__ _1 _ov I__ _1 _ovl__ _ov I 5 A GNDA GND A GNDA GND 8 J602 GEU A 1 12 0V 12 0V 5 0V 5 0V 4 B3 _ GND A GNDA GND B1 J609 DMS A3 15 0V 5 1V 5 1V A1 J611 CRU 4 I GND ...

Page 326: ...0 00000 0 O0 Il _ I I Il I I I I I I I I 1 I I I I I I I I I I 0 0000000 0 O0 i 1 i u i 1 i i i i i i m Y _ N z z z r t i i i i _0 O0 0 L ____ i il i i i i i i i i i i i i i i i 1 i i I i l i q z O _F 0 0 iO 0 Oi I o 7 i i t I l i i i I i i i i i i i LU i I _ Z Z I NO 0000 0 O0 O I i i u i i i i i i i 1 i i i i i i i i i i i i i i F o oe o me oe E _ _ mE _ _ o _ _ _ _ o _ _ t_ OE _ o _ c_ tj_ OE o...

Page 327: ...I I ci U_I i i I 0 0i 0 _ L _ I 212 I I i 0 I I _ a_ g i UJ I I _ooooooo ooooooooo ooo ooo e i i r_ C9 0 _ _ w w m _ _ u_ 6 EmE _ _ n n 6 _ OE m 0 m 0 o o F_ LU oe 0 0 n 0 _ D _ _ oe oe w n n n n n o0 n OEœemE OE OEioE mE OE OE OE mE mE mE mE mE CE mE ŒEiŒEw mE OE _ n _ i OE Lu LU LUlUJ _ LU LU_LU LU LU LU LU W LU LU W W W 0 _ LU LU W UJ 6 80 ...

Page 328: ... I I I I I I 0 i 0 0 _Oi iOiO r I i L _ o Oqi i i I I I i I i I I I I I Zl I I I I I 1 I I i z OE O 0 O0 z O i I I II I I I I I I t I I I I I I I I I I I I I I OE O O0 0 _ i i i i II I I I I I I I I I I I I I I I I I I I I I _ i O0 0 _ I OE 0 0 0 f I I I II I I t I I I I I I 1 I I I I I 1 I I I I I F m _0 0000 0 0 0 o 5 _ o _ 00 I o oe o___ _ 0 _ L I_ o _ 0 oe _ _ _ _ _ _ o 0 _ I I I I I I I I I I...

Page 329: ... 0 O0 0 oio 0 0 O0 0 I g i _ e i i i i N M I 1 N i o 0 0 0 i n l i l i i i D l I l I D D I I i I i I i I I i 1 r n r b LU i n e i 1 0000000000i000 00iO0 000 0 00 I ï ï i i i i i i i i i i i i i i I i i i i i i i i i l I I _ 0 0 0 _ OE m 0 m 0 0 0 _ oe _ OEOE m m m m m _ m m m m m m m m m m OE_m m m m _ 6 80 2 ...

Page 330: ...MN2 0224 Rev 1 SECTION 6 TROUBLESHOOTING O O O i i 11 i i i i o _0000 i _ i o _0000 r _ OE UJ 0 7 _X 0 OE c 4 LU i 13_ _oooo i i i o E o 0 _ J 127 v OE ___m __ OE OE W IJJ W IJJ 6 80 3 ...

Page 331: ... observe the ultrasound image on the TV monitor There are possibilities that the probe may bave ailed if the problem should fall in any of the foUowing cases while moving the metal bar Echo gap at one location If the probe is normal the failure has taken place on the high voltage switch HVS circuit or from the probe selector to the probe o oo o o o o o o oo o ooo o oo D1 Echo gaps at two or more l...

Page 332: ... out a pin bent or broken in its earliest I 1 p ssi _ble st ag_ïs_ I If there is an impediment to the path through which a probe code is transmitted moreover a similar failure phenomenon will appear D1 D3 D8 D11 E2 DLM6 260P 9 I G t2 t G I t61 Connector for electrical linear convex and pheased array probe 17 Ifl G 19 20121 22 G __324 25 26 G 27 28j29 30 G 31 321 129 13C G 131 132 133 134 CI 135 13...

Page 333: ...ng 1 1 Subjecting the unit to strong shocks may result in damage fo the CRT or malfunction therefore care must be taken when transporting or installing the unit DANGER High voltages are present inside the display chassis Only experienced technicians should touch internal parts O DANGER Q The electric charge bas remained in CRT after the power switch is tumed off Because the high voltage is usually...

Page 334: ...he equipment in direct sunlight or a bright place Il may raise the temperature or make the screen unclear 1 7 Avoid using the equipment near magnetic sources such as a transformer motor and power line Il can cause color phase irregularity or picture shaking 1 8 Giving strong shocks or vibration can cause damage t or trouble with the CRT When transporting or setting up the equipment handle with car...

Page 335: ...calline deflectioncircuit MAINPCB TM 0165 Insufficiency or excessiveness I Failure of horizontal of horizontal amplitude oscillation deflectioncircuit MAINPCB TM 0165 I Fault I 1 Insufficiency orexcessiveness Fa lureofvert cal of verticalamplitude oscillation deflection circuit MAINPCB TM 0165 F ly back lineappears I Failureof blankingcircuit _ MAINPCB TM 0165 VIDEO PCB TA 00i7 I NopictureappearsI...

Page 336: ...ltage circuit Checkifthe output waveforms ofJ505 J507NO l Failureofvideoamplification circuit _ VIDEOPCB TA 0017 on VlDEO PCB are output _ES I Checkif thevoltage of NO No 4 ofJ607 isnormal _ MAIN PCB TM 0165 _L YES TurnRVIO ontheVIDEO I PCB ITherasterappears Adjustment failure with external BRT MAX ofRV10 No raster appears Turnthescreen RV f the Therasterappears FBTclockwise Adjustment failure of ...

Page 337: ...chronization Adjust the white line position at the upper part of 4 RV4 CUT W the screen 5 RV5 V SIZE Adjusttheverticalscreen size 6 RV6 V LINE Adjusttheverticallinearity 7 RV7 V CENTER Adjusttheverticalpictureposition 8 RV8 HV GAIN Adjusttheanodevoltage of theCRT 9 RV9 SIDE PCC Adjustthe horizontaldistortionon thescreen 10 RV10 H SIZE Adjustthehorizontal screen size 11 RV11 ROTAT Adjustthe tiltoft...

Page 338: ...icityof highbrightness 3 RV3 BRT SENCEB Adjust thechromaticityof Iowbrightness 4 RV4 BRT SENCEG Adjust thechromaticityof Iowbrightness 5 RV5 BRT SENCER Adjust thechromaticityof Iowbrightness 6 RV6 G SENCE Adjustthe chromaticityof Iowbrightness 7 RV7 R SENCE Adjustthe chromaticityofIow brightness 8 RV8 SUB C Adjust thecontrast gain 9 RV9 SUB B1 Adjust thebdght level 10 RVl 0 SUB B2 Adjustthebrightl...

Page 339: ...MN2 0224 Rev 1 SECTION 6 TROUBLESHOOTING FOCUS SCREEN Rear side Name Description FOCUS Adjustthe screenfocus SCREEN Adjust the screenvoltage 6 89 ...

Page 340: ...37 POWER SUPPLY Terminal Number Output voltage 1pin Approx 15V J410 2pin GND 3pin Approx28V J410 4pin GND 5pin Approx 34V J410 6pin GND 7pin 100V J410 8pin GND 1 oin Approx 147V J409 2pin GND O REFERENCE O Ail the output voltage are unstable outputs except an output voltage of 100V 6 90 ...

Page 341: ... _ n A _ p r0 x t 2 8V _ n t __Le J601 5 p n Ap p ra x _34V u n stab e 7 pj n Lo o y 2 4 6 8pin GND 1pin _ GND J602 _4__LI __J 2pin GND i i i i 9V 12V pj n 12v 3pin IfGND o _ 1v J603 5V 5pin _ __ _ LGND i 2 4 6pin GND iL Ji 5V i SV 1pin _ GND T GND J605 1H _ lV 2 P n N Ç 3pin GND sv I I I 24V 1pin r i 2 pj n C J607 a p n _ _ _ GND 4pin 3V i I I 6 91 ...

Page 342: ...erclockwise Thehorizontal screen sizeiswidened TM 0165 RV10 H SIZE Tutuclockwise Theverticalscreen sizeisnarrowed TM 0165 RV5 V SIZE Tumcounterclockwise Thevertical screensizeiswidened TM 0165 RV5 V SIZE i Tutuclockwise i Awhitelineis seenatthetop TM 0165 RV4 CUT W Tumcounterclockwise Set a white line at an almost unseen position Thepicture runsfromri_httoleft TM 0165 RV2 H HOLD Tutuclockwise The ...

Page 343: ...I Failureofhorizontal oneverticalline deflectioncircuit _ DEFRECT PCB TM 0183 ofhorizontal amplitude oscillation deflection circuit DEFERGT PCB TM 0183 I F u i l In ufficiency or excessivenes_ I Failure of vertical L ofverticalamplitude _ oscillation deflection circuit DEFERCT PCB TM 0183 I Fly back lineappears I I Failureofblankingcircuit I T DEFRECT PCB TM 0183 L CPUPCB TC 0098 I Nopictureappear...

Page 344: ...forms ofJ505 J507 NO _1 amplification circuit I VIDEO PCB TA 0027 on VIDEO PCB are output I _YES Checkifthevoltage of NO _ DEFRECT PCB TM 0183 No 4 of J607 is normal _YES I Check if thevoltage of I NO _DEFRECT PCB TM 0183 I No 1 of J607 is normal I E Tutu RV8 on the VlDEO I PCB ITheraster appears _ Adjustmen failure withextemal BRTMAX v of RV8 _No raster appears I TututhescreenRV f the ITheraster ...

Page 345: ...Number Description MENU SW1 Open and close the OSD Press for decision after change the value ___ SW2 Used for returning the initial setting factory or SHIFT setting Refer to the page on 6 94 7 4 SW3 Selectthemenuitem SW4 Selectthemenuitem SW5 Change the value for subtraction t SW6 Change the value for addition DEGAUSS SW7 Press for demagnetization OSD means the displayed menu on TV screen for adju...

Page 346: ...HOOTING 2 3 I I I _0 I I i i I DEFRECT PCB TM 0183 I No RV No Name Description Adjust the white line position at the top of the 1 RV1 CUT W screen 2 RV2 CUTOFF AdjusttheDCvoltage for G1 3 RV3 HVADJ Adjusttheanodevoltageofthe CRT 6 94 2 ...

Page 347: ...MN2 0224 Rev I SECTION 6 TROLrBLESHOOTING I I I I VIDEO PCB TA 0027 I No RVNo Name Description 1 RV8 SUB B2 Adjustthe maximumbrightness of theraster 6 94 3 ...

Page 348: ... GND 1pin A p p rox 83V u n s t a b e 2pin Approx 30V unstable J410 4 pin 6 3V 3 6pin GND 1pin 5V 3pin A p prox 15V unstable J411 4pin A p prox 30v u n s t ab e 6pin A p prox 15V lunstable 2 5 pin GND O TC 0098 CPU Terminal Number Input Output waveform and voltage m 7_ _ 1pin i 6v sv i I Jlll m J I i _ G o H J GND OE V _ 4p n 5V 3 5pin GND 1 pin 5V 3pin Ap prox 15V u n s ab e J 114 4 pin Ap prox 3...

Page 349: ... __ a y U n S t a b ç 2 p n Approx 30V unstable l J610 4p n 6 3V 3 6pin GND I I I I 5V _ 1 pin J611 i o o L _1 2pin GND ï I I I _ _ ç 1 Approx 4v 1pin I I m 2pin i i L _ _ GND L IH NI SC PAl_ Up S anNTSC Up ScanPAL J613 r _ i _ Approx Approx 3pin J _v _i I 4v _e GND _ GND 1H _ I tri NTSG PAL Up5can NTSC UpScan PAL r I _prox _prox 7pin i 4v 4v 1 _ GND r GND L 1H 1H i 6 15 pin GND i 6 94 5 ...

Page 350: ...V pp 1pin _ _v_ _ ri 4_in GND J614 5V 5pin _r _d_4D I 1V 6pin _ 6M 1V O TA 0027 VIDEO Terminal Number Input Output waveform and voltage 1 _in Ap prox 135V unstab e 3pin Ap prox 15V unstable J50g 4 pi n Ap prox 15V u ns t a b e 2 5pin GND _ __ ___ ___ 1 i 5v pin sv J512 2pin m 3 GND L lV V 3pin _i GND 4 9 pin GND 6 94 6 ...

Page 351: ...e same time The chromaticity and the brightness by WBC are also returned to the initial setting factory setting Screen Condition O qDselection _ Adjustment Press key Thepicture isshifted tothelefL HPOS Thepictureisshiftedto theright HPOS Press t key Thepicture isshifted upward VPOS Press key Thepicture is shifted downward VPOS Press key i The horizontalscreensize isnarrowed HSIZ Press t key Thehor...

Page 352: ...SSBR and green justalittle SSBR SSBG press key forSSBG Thebrightness ofthe icture isatingeof cyan just alittle S BR press key I Thebrightness of the ictureisa tingeof Press t key for SSBR and bluejust alittle SSBR SSBG press I key for SSBG I Press key for SCR and press Thecontrast of thepicture is atingeofred SCR SCG key for SCG justalittle i The contrast of the picture is a tinge of magenta justa...

Page 353: ... 10 28 4 Replaced 10 29 10 30 Added 10 30 1 10 30 2 Replaced 10 31 10 32 Added 10 32 1 10 32 2 Replaced 10 33 10 34 Added 10 34 1 10 34 2 Replaeed 10 35 10 36 Added 10 36 1 10 36 2 Replaced 10 37 10 39 Added 10 39 1 10 39 4 Replaced 10 40 10 42 Added 10 42 1 10 42 2 i Replaced 10 45 i I I Section 11 11 2 2 Function of the maintenance menu Replaced 11 2 11 3 11 3 Replacing the I C B mounted Replace...

Page 354: ...eck il for connections and conductivity accordingly 1 2 Ifthe system is also abnormal A faull may be considered fo have taken place in the panel information receiver that is CPU in the system oooooooQooooooooooooooo ooooooooooooo oooooo E1 2 Fault relating to a Switch Knob and or LED The related switch knob or LED has failed Replace il for a repair Nevertheless refer fo the related checkout proced...

Page 355: ...nnot start up the equipment The equipment cannot be controlled 1 Cannot start up the equipment It may be impossible to identify a failed part as a result of confirming each check code specified below If so try to replace the PCB A3 C2 E1 E2 2 The equipment cannot be controlled Refer to the contents of 6 4 11 select the PCB or unit linked to the CPU path and then confirm the corresponding check cod...

Page 356: ... touch panel YES Refer fo the contents of 6 4 11 select the PCB or unit linked fo the CPU BUS and then confirm the corresponding check codes NO 1 3 1 3 It may be impossible to identify a failed part as a result of confirming each check code specified below If so try to replace the PCB A3 C1 E1 E2 2 The equipment cannot be controlled Refer fo the contents of 6 4 11 select the PCB or unit linked to ...

Page 357: ...ng the probe Changed Connection failure of the probe connecter Unchanged 1 2 1 2 Refer te A3 and confirrn the output ofthe power supply unit s Normal 1 3 Abnormal A3 1 2 Has the same problem arisen with other electrical probe connectors YES D3 NO 1 4 1 3 Is an abnormality noted when only one of the probes is used YES A4 NO Replace this PCB 2 Echo gap two or more locations at equal intervals It may...

Page 358: ...t may be impossible to identify a failed part as a result of confirming each check code specified below If so try to replace the PCB D1 D3 Dr D7 D8 D9 2 Low sensitivity with the ultrasound image It may be impossible to identify a failed part as a resull of confirming each check code specified below If so try to replace the PCB 2 1 Low sensitivity for B W PW and COLOR A3 A4 D3 D4 D5 D8 D9 2 2 Low s...

Page 359: ...mage B W PW COLOR 1 Echo gap two or more locations at equal intervalso Il may be impossible to identify a failed part as a result of confirrning each check code specffied below If so try to replace the PCB D1 D2 D5 D7 D8 D9 2 Low sensitivity with the ultrasound image 2 1 Refer to A3 and confirm the HVA output Normal A4 D2 D4 D5 D8 D9 D10 Abnormal A3 2 2 It may be impossible to identify a failed pa...

Page 360: ...ion 4 for details on these confirmations Phenomenon which may occur bv a failure of this unil Much side lobes on the ullrasound image 1 Much side lobes on the ultrasound image It may be impossible to identify a failed part as a result of confirrning each check code specified below If so try to replace the PCB Al A4 DS D9 6 101 ...

Page 361: ...irming each check code specified below If so try fo replace the PCB D1 D2 D3 D7 D8 D9 21 Low sensitivity with thc ultrasound image It may be impossible to identify a failed part as a result of confirming each check code specified below If so try fo replace the PCB A3 A4 D2 D3 D4 D8 D9 3 Low sensitivity with the CW Doppler image Il may be impossible to identify a failed part as a result of confirmi...

Page 362: ...other forms of noise appears on the CW Doppler image 1 Low sensitivity with the CW Doppler image Il may be impossible to identify a failed part as a resull of confirming each check code specified below If so try fo replace the PCB A3 A4 D5 D12 2 Side band or other forms of noise appears on the CW Doppler image It may be impossible to identify a failed part as a result of confirming each check code...

Page 363: ... noise net transmitted 1 Echo gap two or more locations at equal intervals or low sensitivity with the ultrasound image etc 1 1 Is there any echo gaps when the acoustic power is set te 0 YES D1 D2 D3 D5 D8 D9 NO Replace this PCB 2 The ultrasound wave image displays only noise 2 1 ConfLrm the following signais TXCLK4 TXSTRT Normal Replace this PCB Abnormal 2 2 2 2 It may be impossible te identi_ a ...

Page 364: ...s beam direction Abnormality with the angle display for rotary plain probes 1 Low sensitivity with the ultrasound image 1 1 Confirm the following signals PreSTC1 STC 1 STC 2 Normal A3 A4 02 03 D5 D7 09 Abnormal Replace this PCB 2 A different in gain exists in the ultrasound image s beam direction 2 1 Comïrm the following signais PreSTC1 Normal 09 O10 Dll Abnormal Replace this PCB 3 Abnormality wit...

Page 365: ...he ultrasound image B W PW COLOR 1 Echo gap two or more locations at equal intervals or low sensitivity with the ultrâsound image etc It may be impossible to identify a failed part as a result of confirming each check code specified below If so try to replace the PCB D1 D2 D3 DS DT D8 2 Low sensitivity of ultrasound image It may be impossible to identify a failed part as a result of confirming eac...

Page 366: ...lel receive mode 1 Low sensitivity of ultrasound image B W image only It may be impossible to identify a failed part as a resull of confirming each check code specitïed below If so try to replace the PCB D8 Dll 2 Fault relating to gradation and sensitivity for ultrasound images 2 1 C0nftrm the following signals PROUT P PROUT S Normal D9 E3 E4 E5 E7 E9 Abnormal Replace this PCB 3 Fault relating to ...

Page 367: ... data into the flash memory in 11 3 then check the operation The failure phenomenon is not improved check the following item then find cause of failure This PCB is mounted with an operation confirmation LED Refer to PCB LEDs in 6 4 13 and confirm normal operations before implementing the confirmation tasks outlined below Replace this PCB if it is assumed from the confirmation result that il is the...

Page 368: ...o identify a failed part as a result of confirming each check code specified below If so try to replace the PCB D9 D12 D13 D14 5 Heart rate display abnormality It may be impossible fo identify a failed part as a result of confirming each check code specified below If so try to replace the PCB F1 F2 6 109 ...

Page 369: ...nd confirm normal operations before implementing the confirmation tasks outlined below Replace this PCB ff il is assumed from the confirmation result that it is the cause of the fault 1 Doppler PW CW and color images not displayed It may be impossible to identify a failed part as a result of confirming each check code specified below If so try to replace the PCB A3 D8 1311 2 Only the PW Doppler im...

Page 370: ...fy a failed part as a result of confirming each check code specified below If so lry lo replace the PCB E4 E5 E7 E9 6 Color display image abnormality Il rnay be impossible fo identify a failed part as a result of confirming each check code specified below If so tr3 fo replace the PCB D13 D14 E3 E6 E8 E9 7 Doppler sound abnormality or cannot be heard It may be impossible to identify a failed part a...

Page 371: ...his unit Color display image abnormality or will not display Abnormality only with the power flow image display 1 Color display image abnormality or will not display It may be impossible to identify a failed part as a result of confirming each check code specified below If so try fo replace the PCB D12 D14 E3 E6 E8 E9 2 Abnormality only with the power flow image display Replace this PCB 6 112 ...

Page 372: ... operation confirmation LED Refer to PCB LEDs in 6 4 13 and confirm normal operations before implementing the confirmation tasks outlined below Replace this PCB ff itis assumed from the confirmation result that il is the cause of the fault 1 Color display image abnormality or will not display It may be impossible fo identify a failed part as a result of confirming each check code specffied below I...

Page 373: ...the event of a phenomenon other than those described below refer fo a list of motherboard signal list described on section 5 fo identify a failed part Or return fo the map to rnake certain all over again of the check code Fault relating to power supply A3 Fault relating to probe or scanner A4 D3 D8 Dll Fault relating to BUS line D8 D11 6 114 ...

Page 374: ...ystem Operation in section 4 for details on these confirmations These PCB are mounted on the Tx Control PCB EP4389 There are each two PCB on one system and a total of 8 boards is mounted Refer to the D3 Ix Control EP4063 4389 about the phenomenon caused by these PCB and the related checking items 6 115 ...

Page 375: ... to PCB LEDs in 6 4 13 and confirm normal operations before implementing the confirmation tasks outlined below Replace this PCB if il is assumed from the confirmation result that it is the cause of the fault 1 Cannot start up the system Refer to the contents provided in 6 4 11 select the PCB or unit linked to the CPU path and then contïrm the corresponding check codes 2 Equipment cannot be contmll...

Page 376: ...erations before implementing the confirmation tasks outlined below Replace this PCB if il is assumed from the confirmation result that il is the cause of the fault 1 Cannot start up the equipment Confirm the operational status of the LEDs Normal 6 4 13 Abnormal Replace this PCB 2 Cannot acquire synchronization between the IV monitor and storage device It may be impossible to identify a faUed part ...

Page 377: ... is mounted with an operation confirmation LED Refer to PCB LEDs in 6 4 13 and conftrm normal operations before implementing the confirmation tasks outlined below Replace this PCB if il is assumed from the confirmation result that itis the cause of the fault 1 Plain mode images will not display Il may be impossible to identify a failed part as a result of confirming each check code specified below...

Page 378: ...g each check code specified below If so try to replace the PCB E5 E7 6 Fault relating to Frame correlation The frame correlation circuit was moved to the MM BW EP4384 and the MM COL EP4385 on Ver 3 6 1 Does this phenomenon change with frame correlation settings YES Replace this PCB NO 6 2 6 2 It may be impossible to identify a failed part as a result of confirming each check code specified below I...

Page 379: ...display It may be impossible to identify a failed part as a result of confirming each check code specifïed below If so try fo replace the PCB Dll E2 E5 2 Only M mode or D mode images will not display It may be impossible to identify a failed part as a result of confirming each check code specified below If so try to replace the PCB E2 E5 E7 3 Only M mode color images will not display It may be imp...

Page 380: ...a failed part as a result of confirming each check code specilïed below If so try to replace lhe PCB E2 ES E6 E7 E8 6 Fault relating to physiological signal display in the line mode It may be impossible fo identify a failed part as a result of confirming each check code specified below If so try to replace the PCB E5 F1 6 121 ...

Page 381: ...n The failure phenomenon is not improved check the following item then find cause of failure This PCB is mounted with an operation confirmation LED Refer fo PCB LEDs in 6 4 13 and confirm normal operations before implementing the confirmation tasks outlined below Replace this PCB if it is assumed from the confirmation result that it is the cause of the fault 1 Fault relating to overall ultrasound ...

Page 382: ...ation Ver 3 This PCB is mounted with an operation confirmation LED Refer fo PCB LEDs in 6 4 13 and confirm normal operations before implementing the confirmation tasks outlined below Replace this PCB if il is assumed from the confirmation result that it is the cause of the fault 1 Fault relating to overall color image If may be impossible to identify a failed part as a result of confirming each ch...

Page 383: ...mation tasks outlined below Replace this PCB if il is assumed from the confirmation result that it is the cause of the fault 1 Ultrasound image formatting abnormality Il may be impossible to identify a failed part as a result of confirming each check code specified below If so try to replace the PCB 02 E2 E5 2 Fault relating to read zoom function Replace this PCB 3 Fault relating to ultrasound ima...

Page 384: ...tion tasks outlined below Replace this PCB if it is assumed from the confirmation result that il is the cause of the fault 1 Ultrasound image formatting abnormality It may be impossible fo identify a failed part as a result of confirming each check code speciIïed below If so try to replace the PCB C2 E2 E5 2 Fault relating to read zoom function Replace this PCB 3 Fault relating to ultrasound image...

Page 385: ...record playback abnormality This PCB is mounted with an operation confirmation LED Refer to PCB LEDs in 6 4 13 and confirm normal operations before implementing the confirmation tasks outlined below Replace this PCB if itis assumed from the confirmation result that it is the cause of the fault 1 Synchronization not acquired for the TV display image 1 1 Confirm the following signais MON SYNC Normal...

Page 386: ...bnormal 1 2 _ 4 2 It may be impossible to identify a failed part as a result of confirming each check code specilïed below If so try to replace the PCB A5 E13 H1 5 Monochrome and color composites or the Y C video signais will not output 5 1 Confirm the following signais PRN BW VCR VBS VCR Y VCR C Normal H1 H2 Abnormal Replace this PCB 6 Overlay display abnormality Il rnay be impossible to identify...

Page 387: ... failed part as a result of conf trming each check code specified below If so try to replace the PCB E1 O H2 8 DMS record playback abnormality Il may be impossible to identify a failed part as a result of confirming each check code specffied below If so try to replace the PCB oooooo o o oo o ooo o o o o o o J1 6 128 ...

Page 388: ...n confirmation LED Refer to PCB LEDs in 6 4 13 and confirm normal operations before implemenling the conf trmation tasks outlined below Replace this PCB if il is assumed from the confirmation result that itis the cause of the fault 1 The VCR playback image is not displayed even when switched across to EXT înput It may be impossible to identify a failed part as a result of confirming each check cod...

Page 389: ...2 4 2 It may be impossible t identify a failed part as a result of confirming each check code specified bel w If so try t replace the PCB E7 E8 5 Only extemal input composite vide signais will not display Il may be impossible t identify a failed part as a result of contïrrning each check code specified bel w If so try t replace the PCB E2 E7 E8 E9 H 1 6 VCR playback image display intensity abnorma...

Page 390: ...will not output It may be impossible fo identify a failed part as a result of confirming each check code specitïed below If so try to replace the PCB Al D12 E10 2 R wave sound will not output It may be impossible to identify a failed part as a result of confirming each check code specified below If so try fo replace the PCB F1 3 External input sound will not output It may be impossible to identify...

Page 391: ...ignal Failure related fo external input signal Failure related to printer control signal This PC board is not mounted with an electrical circuit Check the connections for ail connectors and the condition of the solder if a failure is assumed with this PC board 1 Failure related to external output signal o o oooo ooo ooo o o E9 2 Failure related to external input signal E10 3 Failure related to pri...

Page 392: ...ion 4 for details on these confirmations Phenomenon which mav occur bv a failure of this unit Fault relating to TV displaying 1 Fault relating to TV displaying It may be impossible to identify a failed part as a result of confirming each check code specified below If so try to replace the PCB Af E2 E9 6 133 ...

Page 393: ...nt of a phenomenon other than those described below refer to a list of motherboard signal list described on section 5 to identify a failed part Or return to the map to make certain ail over again of the check code Fault relating to power supply o o o o o o o oo o oo oo A3 Fault relating to probe or scanner A4 C2 E1 E2 Fault relating to BUS line E1 E2 6 134 ...

Page 394: ...assumed from the confirmation result that it is the cause of the fault 1 Physiological signal display is abnormal or will not display Il may be impossible to identify a failed part as a result of confirming each check code specified below If so try fo replace the PCB Al 1 2 2 Physiological signal will not display in the M or B modes It may be impossible fo identify a failed part as a result of con...

Page 395: ...N 6 TROUBLESHOOTING 5 The synchronized sound for the R wave will not output It may be impossible lo identify a failed part as a result of confirming each check code specified below If so try to replace lhe PCB Ell F2 6 136 ...

Page 396: ...mal or will not display 1 1 Is the HUM FILTER setting applicable YES 1 2 NO Perform the setting so that it matches up with the power supply frequency 1 2 Confirm the following signais PHI ECG PHI PCB PHI PULSE Normal F1 Abnormal Replace this PCB 2 The ECG Sync Function will not operate or the image will not update Confirm the following signais ECG R SIG Normal Dll E5 F1 Abnormal Replace this PCB T...

Page 397: ...ls on these con_f n mations Phenomenon which mav occur bv a failure of this unit Foot switch is hOteffective 1 Foot switch is not effective It may be impossible to identify a failed part as a result of confirming each check code specified below If so try to replace the PCB o o oo o ooooo ooo ooo o o o o oo B1 6 138 ...

Page 398: ... refer 4 3 and confirm that a normal power supply voltage is fed to the phot ographer printer Subsequently refer to the check codes given below and identify whether the phenomenon taking place arises from ultrasound diagnostic system or from the photographer printer E2 E9 E12 6 139 ...

Page 399: ...st of ail refer A3 and confirm that a normal power supply voltage is fed to the VCR Subsequently refer to the check codes given below and identify whether the phenomenon taking place arises from ultrasound diagnostic system or from the VCR E9 E10 E12 6 140 ...

Page 400: ...0 I Refer to the DMU 200 Service Manual MN2 0214 for these conftrmations Related PCB UNITs are as follows B1 L KEY 70 Main Panel Panel operations E1 EP4104 CPU Serial communications via E9 EP4112 ENCODER Transmission and receipl of ultrasound wave image data Palette RGB data 6 141 ...

Page 401: ...tic image Il may be impossible to identify a failed part as a resull of eonfirrning each check code specffied below If so try fo replace the PCB E3 E5 E7 E9 2 Fault relating to the A SMA measurement It may be impossible fo identify a failed part as a resull of confirming each check code specifïed below If so try to replace the PCB E1 E9 3 Fault relating to the physiological signal for A SMA Il may...

Page 402: ...L image Fault relating to the servo system for the VOL probe 1 Fault relating to the VOL image It may be impossible to identify a failed part as a result of conf trming each check code speciiïed below If so try to replace the PCB E3 E5 E7 2 Fault relating to the servo system for the VOL probe It may be impossible to identify a failed part as a result of confirming each check code specified below I...

Page 403: ...waveform f u n OCAUTIONO Since the connector pin numbers are dependent on each PCBs the pin numbers I u are shown for each signal should be changed to those suited to each PCB by t I making reference with Section 4 Principle of system operation n I I t The speci fiedwaveforms have been recorded with the Logic Analyzer and its I I printer Because the same waveform cannot be always taken with your I...

Page 404: ...MN2 0224 Rev 1 SECTION 6 TP OUBLESHOOTING EP4091 EP4388 Tx Trigger Mode B Range Depth 15cm t TP2 TXÇLK4 GND Z i __ TP3 TXSTNT GND ii Chl _ 00 eI lZIs O0 V di_ lO01aS di_J 6 146 ...

Page 405: ..._ ï i d io0ias d 4 _ _ _ i 06 __ _ Chl 1 9ov Mode B _ i Range Depth 15cm ï _ i ___ ____ ___ M_ 0 2 6 12 GND i i _ MAX 1 3 8 16 i TP5 STC1 EP4092 i i i TP4 STC1 EP4373 i i 2 00 Wdiv 1001 t Vdiv Mode B Range Depth 15cm TP1 STC2 EP4092 TP5 STC2 EP4373 GND An gle GAIN __ i 717_l ï l 7ï l _ _ _ _ __ _ _ __ _ _ _ i _ _ I _iil_ i il i t_ _ _ 2 _ _ _e i 6 147 ...

Page 406: ...MN2 0224 Rev 1 SECTION 6 TROUBLESHOOTING EP4094 Beam Processor Mode B _ I Range Depth 15cm TP210 PROOUT_P GND _ _ _ _ i _ _ _ _ _ __ __ _i_ _ __ _ __ i _ i _ _ i_ __ TP10 PROOUT_S GND 2 6 148 ...

Page 407: ... MON_B EP411200B _ii _ __ TP1 MON_B I P411200E GND 3 ï__ _ ï TP7 MON_SYNC_ EP411200B Z TP5 MON_SYNC_ EP411200E GND _U __ i_i i i Ch3 SOOmV div _ S O0 V div Mode B Range Depth 15cm TP7 PRN_BW EP411200E GND 1 i i i i i i i l i i _ i l l i i l i i i i l i l l i i l i i i i i l i i l i i _ i i i i i i l l i i TP2 VCR_VBS EP411200E i GND Ch 1 S00mV dlvt __ l S00mV div 6 149 ...

Page 408: ...ENCODER Mode B Range Depth 15cm TP9 VCR_Y EP411200B TP10 VCR_Y EP411200E GND Ill _ _ _ _ i _ _ _ _ _ _ _ _ _ __ _ _ _ ___ _ _ _ _ __ _ _ _ _ _ _ _ _ TP10 VCR C _ t_ _ L I _ J Il _ TP6 VCR_C EP411200E i 2 GND 3 _ i so om_ i_Vsoomw _ i2 _si i_ _ 6 150 ...

Page 409: ...ND o mm i lln I S00mV div 200ms div Mode B Range Depth 15cm _ _ _ _ l k k I k l_l ç ç PCG SENS MAX _ Hart Rate 80bpm _ _ i i __o4 __ _c_ ___ ___ ç i _ _ ïlrl_ 2 00V div 200mS div Mode B Range Depth 15cm ECG ON ECG SENS MAX Hart Rate 80bpm TP602 ECG R_SIG UC RINT_ GND m _ __ _ __ _ __________ _ _ _ _ __ _i_ i _ _ i tïlïll 2 00 Waiv 200ms fliv 6 151 ...

Page 410: ...ta 6 12 6 4 7 Backup the preset data 6 13 6 4 8 Howto resetthe backupdata 6 14 6 4 9 Location ofunit 6 15 6 4 10Location of ROMs 6 21 6 4 11 Action tobe taken if the equipment fails tobe started or the panel operation is locked up 6 28 6 4 12Minimum Start up 6 32 6 4 13LED sonthe PCB s 6 38 6 5 Check ListMap 6 43 6 6 WaveformforTroubleshooting 6 145 Section 7 ADJUSTMENT PROCEDURE page 7 1 7 4 4 pa...

Page 411: ... Fixing plate for SSZ 307 9 135 Section 10 PARTS LIST page 10 1 10 50 82 pages 10 1 Contents of Parts List 10 1 10 2 Appliance of Parts List 10 2 10 3Outline ofPartsList 10 2 10 4Explanation of Parts Lisl 10 3 10 5 Attention 10 4 10 6 PartsList 10 5 Section 11 SERVICE INFORMATION page 11 1 11 32 32 pages 11 1 Introduction 11 1 11 2Maintenance Menu 11 1 11 3 Replacing the PCB mounted with a Flash M...

Page 412: ...D 5500 SERVICE MANUAL Contents of SSD 5500 SERVICE MANUAL 1 2 Section 1 How to use this service manual Section 2 PRECAUTIONS Section 3 BEFORE REPAIRING Section 4 PRINCIPLE OF SYTSTEM OPERATION Section 5 SCHEMATICS 3 4 ...

Page 413: ......

Page 414: ......

Page 415: ... L J uJ L_J L1J L J J I __ CBLI54CBL001 CBL002 3BL003CBL001 2BL005 CBLOOB iCBLT01 CBLS01 CBI 011 or 017 J O L q E1 D E3 3 _ _ î 11 J _ _ PSUJ 5500_ o_ _ oo JB Zbb oe J_ _ _ JB 257 oe I l JGlS to J611_ i c _ JGI JGOa J600 2 CBI 001 CBL008 CBL009 Z L 2 MAIN CPU SSD a5oo PEL 5500 _ DMS 5500 r _i it t _ _ _ o___ o_ o _ o I _I 5_ _J _ _N I _c__l r _ _ r __ a 11_ _bl MC336341 For Ver 3 0 u _s I ___ _ _l...

Page 416: ... A GND V 5 AGND 12 0V _ i UL1430 REW AWG 16BLU 2 120V AGND __ UL1430 REVVAWG 16BI _ 6 A GND 50V i UL1430 REW _W_ 10 ORG _ UL1430 REW AW_ 16 BLK i 3 5 0V b_GND V _ _ __ 7 A GND L_ 5 0V A UL1430 REW AWG 16 PUR AGND UL143OREWAWG 16BLK _ 4 5 OV 2 _ GND I I_ LABEL P201 ïi Ci t Insu okTies r18R LABEL P60m_ 2 I_ _ _D mm I 20 _l DDCAIZ I_i__ _ I EOE _l OUCOU o80_ m o Z ui N _o t_ LNEL P201 P60213 I_ ç z_l...

Page 417: ...TEW AW 20 BLK I _ __IË B 1 1 i A GND B t _ _ i 120V A ULIDI5 TF W AWGi20 VVHT _ 1 2 0 V A ___v ULI01S TEW AVVt _ O BLK I AGND B 2 2 i A 3hlD Ë i ULI01S TEW AVV_ O WHTIBRN 1 HVA A d 3 ii Ë G_I I_ HVA A _ i i UL1015 TEW AWG20 BLK i _ _ I_i_Ë Ë_i 3 Ç _ N C A i i il N C A 4 t N oEï E ULIO15 TEW AWG20 WHT YEL i i N Cï B 4 I IVC A _ _fi_6 _ v i _ CTI LABEL P202 LABEL P603 I _ Ir_ulok Ties T1BR _ 70m m r...

Page 418: ...D 5 0v 4 _ _ 4 5 ov A GND _ UL1430 REW AWG16 BLK i i 50V 12 _ UL1430 REW AVVG16 PUR _ _ _v _125 A GND 50V AGND 13 k UL1430 REW _W_lO BLI i k 13 A GND NC 6 N C 14 i i il 6 N C 14 N C 150V _ UL1430REW AWG16 RED i _ T 150v A GND 5 ï i UL1430 REW AWG15 BL K 150V 8 A v i 15 A GND UL1430REW AWG16 BLU A OE A GND _ i i UL1430REW AVVG16BLK _ _8 15 0V A GND ï I n LABEL P141 l_i_il ll_H LABEL P60411_ t Insul...

Page 419: ...IË_ t_È_ i oe _ _D GND B _ i 15 0V A _ UL143ORFWAWG 1 RED _ A 150V i _ _ i _ ï6b _di _D GND _ UL1430REVV AWG 16BLU i _ _ i i ï_ fih6 ï i REwAvv_ __B_K i ï 6 _ i_ E _ _ UL1430 REW AWG 20 BLI ç i l z off _ DGND I Z i _ _ç _v ZL __D GND ___ HO_Mn0 _ 1B 2S _ 5R H_oI_e I___g DFtI_2S 2 SR H o_ I em w_ OF 1B _O22SC _e_ _1 mmdd DF t B 2022 C H osll C 1 P352 P625 UIM 506 PSU S5500 u_ 5Omm I I C _0m m o _ L...

Page 420: ...J i _ _ ULI 30 REW AWG20 pRN _ 2 24 0V OE _ RED i _ XUL1430 REW AWG20 BI K T GND FMI 5 _ _ __IoEIï _ _ _ _ op v 6 LGNO 10O_m 0 i OOCA0mm_ _ïT ï l mm_ CEt ST OOCAI_ lll iî_Kai_l_ oEli_ _l lOC71 t 107Ul Irusulok Tic T1BR _ _H q h W _ _ 1 _ _ _ _ _ X A UL1430 REW AWG20 BRN F _IS Ç _o 1 _ L ë_ï ïi _ le mln_ CE I JST 140mm 20mm i ii i CA0mm __ __ r I CAI J l_ll _ï iP_ _I rP _ I _ I C21 L I Z_ U r j _ O...

Page 421: ..._ _ I ri _ _ Slo S__ la sic tS _ m Re N_ D RA C J VIrLi_ D I VÊ L Ll ___D C _ grTr_ gr _ _ _i __ _i _ _ 2 2 _ Z P_ ____ 1 L I _ _ _ _ ŒEErS ____ _ _ OV_ __I e_GL _ _lJ C IfI_ _U_ A _ _ _i_ I _ _ _ i__ _ 10_4 Z Z _ 4 5 S I I I _2 S S 5 i z L _ î I _ F Er I C G_ _ _ i If RORGO ç ç t __ et j Or s o or VEE_ b Ja C t _ _ L v t_ o _ r t __ _r T _ _I ç2_ S R O Z _ _ç Z Z 5 J L 0 l I _ 0 0 I J ïl _ _ _ lG...

Page 422: ...MN2 0224 I v 1 SECTION 5 SCHEMATICS _ _I___ _ _ _O _ ____i _ O i_ i ii _ l ILI q u 5 95 ...

Page 423: ...MN2 0224 R_v I SECTION 5 SCHEMATICS IL IL t G a _ z ri l r_z r_Z r Z _ l Z _r __ z t f _ I z a _ o j _ _ u L L 5 96 ...

Page 424: ...L6 _ m _ F cr I i CI_ _ Î I _ i lb 4 I J O L V I _ i i o 1 oel 4 m _ _ j r 12 n j Z _ r o I J J _ t rb I 1 _ SOILVII_tHOg ç NOI 3 qS ...

Page 425: ...5 98 ...

Page 426: ... l l I _ m 1 I 5 99 ...

Page 427: ...OOL s m o _n r IIII1 I1 I I IIl l I I I I I o 7 _ll O_ XO 0 l a i g I_ _qL I I l 3 _ I 1 l I I I _1 _ ilï i _ ii__l _IlItlîll tl I I_ i w I _1 i _ _ 1 SOI LVI _I_tHO NOI __tS L A_8 _ZgO ZN_ ...

Page 428: ...L l m 1 l 5 101 ...

Page 429: ...o _ _ lJ t7 ooom _ _ŒEE l _m lA _r l_ 1 _ I l I 5 102 ...

Page 430: ..._ I _ _ i f _ J r2 N C J8 4 _ _ I CM Z_lS _ m___ I __ _r ULlO lS AW fr_ _ x I De i v cv I 1 _ _ _ _ _ U_ _ 3 t_ W_ r 1 _ I u_ l_ OE m I De I æga N r _ LL _ 1 J G 1_ 1 r il_ o _ _ I D_ CQL0_ P _I_t T0 _ L_ï_ I _ I I I CLI Ç _ I D_ _s c z W _ i I W I A m oA _ y_ _ _ o _ _sl so _ _ _ _of U OE TITLE __ P S U S OE 50 0 _ MODEL __ q __ rB B0x _ ___ TB 220 _c 3RD ANGLE PROJECTION DRAWN I_ DESIGNEDII _I__...

Page 431: ...e r__ _ i _I 3 2 N O L _25 I 1 i_ L8 i q 02 z_ _ _ i 2 _ a _ _6 _ _ _ i 1 __ _ i_ _ _ 3 __ ___ _ i __i_ _ _ U L 1 0 1ç5 A_ 1 g t 5 _ i_ qç 2 z _OE i _ 0_ 3 X 1 _ _ _ FV t 9_5 4 __4_I_IOE5 _ ____o P_ 7 _i_ _ 1 _ tr _ 4 _ _ _ _ J aTji_ _ t _ _ __ __ I I I m I _ _w 80_ 3 5N k t __a q TITLE Se PSU 5550 O _ e 200N_ ç_ E_s _OO_L_ _ _f A l oka Aco 1_ __ _ _ a i AO200V 4 a B BOX IAlï _TB 2Z I P _ o OL o c...

Page 432: ... lP t_DSA I C M L I01 x i F_o P _os I 1 3 5 I T _ co P_U 55oo to POWER UNIT __ I i i OA 3OE II _ SW I_ I _ CO EUSO3 B B ul HUM FI IER __j I JTl I 3 m O0 I OFIB IP _DSA J_52 v u Poe LL _ __ _ i U I C _ J_5_ i PULSE i P 02 P343 I U _ _r J O2 i C _ OAOLE 71Z P343 C _ uJ_ n_ __ O_Le_oz J 54 OO EUSO3 B O J 12 OF IB IIP 2 SDSA I i Eoeoo_ oe Peu sr_o to E IU DFIB 10P Z 5OSA _J i_ PULSE DO IN I _ I _ iu _...

Page 433: ...K t M N 0 P Q R S T U V W X Y ...

Page 434: ...K L M N 0 P Q R S T U V W X Y Izl ...

Page 435: ......

Page 436: ..._ I _ Nç So l lJl I ï i i Tm _ _ qi_ _iZ i _l_i_i_ _ I i I Il I _ m _ I m a m I 1 AO_ i c_ v l I _ _ J Ï_ _ _ i i_i ii oi vl _I 111TI 11 11 I l llf_ l_ _ _ _ _ 7 i 0 z _ _ _ o ï s _ I_i_ ioE I __ l I In I I i lt __l _ ïl_ l O St r if l m hp __ o o L I W I o _ I __ iol _ _ T 171 _ _ Z i I _ _ lE3 ç l_ T __ _ _ __1 lt _j t _ _ ik I w I_I m s F Xn _0 _ na r _o J tt4t l __ _ 1 _ _ i_ 1 T y V _ _ tl I ...

Page 437: ...SECTION 5 SCHENk4TICS ...

Page 438: ... _ r _l _ I i_ 1 I oz1 7I _ _ sl C _4 i _ i _ ____ __ _ r _d _ T__ _ _ ___t _ r iL _ _ L_ o_ i _ __ j H V C i 1 _ i _î s __ _ __ __ _ _ es 1 _ _ _ _ F _ _ _ i _ a __ _ i _ ç _l d _l i 4 0 I _ _ _ Q u en i i i l__ç _ __ T c 1 _ _ _ v _ AI I _ _ Ycc Vx P_ _ _ _ _ i __ L _r cc _____ I 1_ i _i __c I _ __ ____ t T ï 1 L 1 _ __ __ _ _ _ m _v__ z a D T I 1 1 C_ ç _ I _O b çA rn _l _ r _ _I _ _ i a _ _o C...

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Page 442: ...5 116 ...

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Page 444: ......

Page 445: ... q u o 1 _ r _ ...

Page 446: ...5 120 ...

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Page 448: ...__L B B600 0 0 0 _ E v 1 _i _l_ _I_ r_ ema 2 I UI__I_ ...

Page 449: ......

Page 450: ...SECTION 5 SCHEMATICS i a i _ _ i _ 7 f _ ...

Page 451: ......

Page 452: ..._ O 1 T m I t t M I _I _c I V __ O _1 0 l C0l m 017 CO _i 15 C 7 7 s l z Il 114 _ V SKt O HS_IZO N_I1Z_ Illl lll HZZZ PL 3_zl i 15 4 30 IQ I 0 C0 1 V o 0 _1 I _t J_ CO O I_L 1Z 4 i i I fa nzz TRZZ I iq144 1511115T l ___ o 2 _ L v Il g_ Iz D D OEî2 _ i P 14_ z ma_z_t _ 7 M a q 7K aox I _ 47K NSKlll_ F _ Rl_4 IOK Cll F 08 X T 0 T i o OE ço_ 0 HZ_C 1 I _z I E n E sxlz 7 7 0 o r _ c5I_ _ I _ _T 1 I OE...

Page 453: ......

Page 454: ......

Page 455: ...u u u 0 3 I if r I b t çïï _i _ ...

Page 456: ... ...

Page 457: ......

Page 458: ..._ _ I I o I o i I i il _ _ ...

Page 459: ...MN2 0224Rev 1 SECTION 5 SCHEMATICS 200 2s I I ç TITLE _ I _ IWODEL R 5_ CBL312 L CABLE 584 I I _ 600 zs _ oe ___9 1_ Q _ t _ _ 3 Q _ OE g _ o TITLE _ T_ MODEL _t_ _ CBL3 L CABLE 585 1 1 5 133 ...

Page 460: ...L _ n z _ II_ DMS P 08 P332 _ U oe N _ a C3 1 I I N ol B1 DI i N xr _ _ 6 _ Al Cl l x T V T T aa v 5 _ N _ ŒEE _l _ I ____ AI3 C13 i T T TITLE MODEL CBL803 L CABLE 526 1 2 ...

Page 461: ... US_VID_7 B5 DGND C5 DMS VID 7 D5 DGND A6 US_VID_6 B6 DGND C6 DMS VID 6 D6 DGND A7 US_VID_5 B7 DGND C7 DMS VID 5 D7 DGND A8 US_VID_4 B8 DGND C8 DMS VID 4 D8 DGND A9 US_VID_3 B9 DGND C9 DMS VID 3 D9 DGND AI0 US VID 2 BI0 DGND CI0 DMS VID 2 D10 DGND _ __ __ Al 1 US_VID_I BI 1 DGND CI 1 DMS_VID_I D11 DGND O 1 Al2 US_VID_0 B12 DGND C12 DMS VID 0 D12 DGND AI3 N C CI3 N C 03 m Z UI z 3 I _ ho Po TITLE M...

Page 462: ...MN2 0224 Rev 1 SECTION 5 SCHEMATICS q o o m î 3 c 4 l F 5 136 ...

Page 463: ... I BI2 EN_ Al2 DGND DI2 COM3CD CI2 DGND I I l I I l I I I B13 3D_SCAN Al3 DGND D13 3D TRIG CI3 DGND m I t I I I I I I BI4 US_RGB m Al4 _ DGND DI4 DMS RGB CI4 DGND i i i i J i i i Bi5 HSYNC_ Al5 DGND DI5 US VID ll CI5 DGND I I I I I I I I I B16 i VSYï qC i Al6 DGND DI6 US VID l0 CI6 i DGND BI7 VID_CLK Al7 DGND DI7 DMS VID ll C17 DGND I I I I I I I I I BI8 UPDATE_ AI8 DGND i DI8 DMS VID I0 CI8 DGND ...

Page 464: ... 1 61 3 NC Ig4 _ a_ V I 1 I O vc 1 j I î_t ULI015 AWC r I_ t _2 1o 1a 6__ MA t 7 SO VA _ _s _ _ F __ _ I D PP I N I 0 P C l N i I I _ OE o __m I Oq ÇçLDR pI tNTOR I I nn CM LI3 5 I I 7 C_ I l l l LTJTLE __ P S U S _ _ _ 00B l_ MOOEL__ 111 Al okoE LAO 0UTGa aox m _ 7B 2__ ç 6 21 IACOuUeY 4_r _oo 7 _ooy o _ o o l o__ _ _ Tom o m f _ L ml o _ o w o o m __ _ I I I _ 2 _ T l _T _0 _ _ sc _ __I _ I _ L ...

Page 465: ... X _ L r q j ie4 L 7 l i I _o ra i _ vc_ _ 6 t4 SGIE TSlç 41_ q0 2 L x _ mi I NAX 2_0YA _ _t UL IoI AWC_ _ ç4 PP I_T0a _2 la _3 4_ e __m COL 0P P_l111 b_ q t ï ï i _ Z N N ____ _ TITLE_e PS U_ S 55 _0 _O_ _I_ _ Jl_ NIODEL_ _ ACOu_ er f o__ 17 3RO ANGLE PROJECTIOR DIIAW I tI_I_ÊIl 11 l_ï_l_l__ CHECKED _I_Ii APPD7 _ _ DRAWlNG NO l E e 3 m _ _L _ _ i I 3 _ _ _ _ __ _ _ i _ M C4 O2 _q3 UNI SJï_ mm P _...

Page 466: ... m_ TITLE_î_ MOOEL_ _ OE _ A oko _OTI4ER EP4 587 _f 1 _ i _ _ _C 41 EuNITS tlLOE _3 R _ __ __111111 _ _ OEG540 228 _ B ...

Page 467: ......

Page 468: ...SECTION 5 SCI IEMATICS ...

Page 469: ... OATAII _ DATA6 OMDOATA7 _ _O _L CCOD 2 7 o_AvRrA Lmo O_m_vmA L _Z 0MI M VRTA UOI OMNAVRTA_U00 7 CFM _L K FadR83 Cm ACX Iq__ _AT_ e _ VRTA t304 0g4_tA YRTAIJIO_J I CFIA OeOI_3 CFlrd FIGTI_ T CFM OeOEI __ M F ENO S I_ 0 MHL_ I_ OEN0 9 oe_ OATAO ÇFMRI_z YO CFMOATA1 GFMI_Y1 1C _ O_0 ONt _I_I AOS_ 4T ïO _ O140 ONO IN0 10 _ Cm NO GN0 il _ __T_ R__ MO_ il 11 CP 1__0ATA2 CFNOATA4 C_ M_OATA3_ GFM OATAS 12...

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Page 471: ......

Page 472: ......

Page 473: ......

Page 474: ...SECTION 5 sCÊÊ IATIC ...

Page 475: ...5 150 ...

Page 476: ...SDIZV AIEIHDS ç NOLLD_S L _l l TgO gNIAI ...

Page 477: ... t t f tRAlO2t _ ADCLKO 2 AOCLK1 I i i 1B25 i I 1B21 01 17 I LAI02 3 iL ADCLK1 i I i t i i i I 1825 t i t I I t i 1C21 f a C1 I 18 ADCt X 2 I RAI024 ADCLK2 i 1D21 C1 19 ___ ADCLK3 f I i I I I 1025 I t I I I RA1021 5 I ADCLK3 i t i m t t 1A20 l a Cl m 23 I I I I I 1 I I I t AOCL K 4 i I I I i i I 1B25 i I i I I I I I RA102_ 8 I ADCLK4 i I i J I t I t t I t t i t t z IB20 t I le1 I 24 I I I ADC_ _ I...

Page 478: ... _ I __ _ _ _ __ I _ _ I I 2 ___ t I I H 0 _ I 3 o 0 E __SNOISI 3_ t p ...

Page 479: ...CgM OEM c CFM FSTRT MODE1 i C__IOM CL_OM O i Ct _OM O t i CEK4FO CLK4FO iL _ T T I C LIç4FP i C_K4FP i CEK_SPRF il 1 i_ cw Ot KgOPRF T o i t I l i _ DT_ LK F OTCU Q i L i o i t o i f t t i I o ITLE__ _ M00Ëi__ _ OkŒE fiEU 70 MotherBoarcï i ËP409000VI_ _ _ sc L __ Mc339804 UNIT3 _ m n 4 1n R _ Aa B 154 ...

Page 480: ...DBF DATAC 3B7 3B2 DBF DATAO7 307 302 OB F DATAC8 1A8 3A3 OBF_DATAC_ 3C8 3C3 DBF_BATA OO 3A8 3A1 i t DBF DATADI 3C8 3C1 t i 08FDATADlO 388 3B3 DBF DATADI 1 308 303 DBF DATAD12 3A9 3A5 i D8F DATAD13 309 3C_ DSFDATAD14 3Bg 31B5 DBF DA3 AD15 3Dg 3D5 I Om_ _O_TAO2 _B oel i DBF I_ATADa 3Oe 3D OSF D_ TAD4 3A7 3A2 DBF DATAD5 307 3C2 i i DBF_DATAD6 387 3B2 t _ _ OBIç OKI AD7 307 302 i i ll 1 _ ol DSF DATAD...

Page 481: ... _ i i J o i I l _ i ï i o _ i o o_ r I I _ I i o oo i _ i o _ _ i I _ _ ___ _ i I I ooE __ il _ tok therBo rcl Ê TITLE _ T_ M GEU 70 0 a I P409000FIE i O RO ANGLEPROJECTIONORkWN_I_ _ DESIGNEDI_If DRAWlNG NO _I I SCALE _ _lL 90 3 03 MC339806 __ _ _____ UmTSi_ mm I fll l_ _l _o__ 1 5 156 ...

Page 482: ...AM9 208 J124 68 _ FE OACI _ 1C17 1C17 1C17 ZA14 J124 38 FiE OATAO I818 1818 1818 2a15 J124 3 FEOATA1 1D18 1018 1D18 2015 J124 4 _ FE_DATA10 1A20 1A20 lA20 2A17 J124 15 I FE DATA 11_ 1020 1C20 1G20 2017 _ J 124 18 FE DATA12 1B21 1821 1821 2818 J124 18 i FE_DATA13 1021 1021 1D21 2018 J124 19 i FE DATA14 1A21 1 8 21 1A21 2A18 J124 20 _ FE DATA15_ 1C21 I C21 1C21 2018 J124 21 i j FE DATA2 1A18 1A18 1A...

Page 483: ...4 PI 5 j _ _ _ ZC4 2C4 i I I I I I I I I I I i m_ i ZB4 ZB4 _ i d P__ t ç i i i i _ i _ i D4 m 2D4 i m p m PL _C W 2Dli i i J122 l 60 l LLI a3 L _ POTPWR 1010 j i J124 i 73 i i _ _ I i I _ 2 _ i _ I PRBON1 I I I I I 1 2A13 J124 41 _ r _ PRBON2 i i I 2013 1124 42 _ i L t _ PRBON3 _ i _ t 25i3 J124 43 I PRBON4 I i J i I _ 2013 J12 44 f i PRBON5 f i I 2A14 J124 45 1 PRBONE t 2014 I J124 4 C _ PSTO 1 ...

Page 484: ...iZEVtStONS__ B C D E F G H I J T _ l_ç 99o _ _ _ _ i i i J C 7 G J C C _ _ r D C Co Z _ t JII r O _ _ I_ i 1 _ i J _ _ _ _ _ i _ _ t _ _ _ _ _ _ _ _ ç _ _ i _ _ _ î t ...

Page 485: ... T _ _ o _ 0 _J 0 Pi _ o i ...

Page 486: ...__8 21128 2028 ZI028 2028 2028 2028 2 28 2028 2028 2028 2028 2028 _ USO DATA12 _ 2A29 2A29 2A29 2A29 2A29 2J_9 2A29 2A29 2J_29 2A29 2A29 2A29 2A29 2A29 31 cM î USOOATA13_ 2C29 2C29 2C29 20 29 2C29 2C29 2C29 2C29 2029 2_r7___ 2C 29 2G_29 2GOE9 2029 i _ e_ 0 _TA14 ___9 2829 2_29 2829 2829 2_t9 2__ 9 ____9 2829 2929 îR î9 21129 2 _29 m_p USC DATA15_ 2029 2029 2D29 2029 2029 2029 2D29 2029 2029 2029 2...

Page 487: ... 888888888888 88 __é6___88 8 __ _ o _ _ _ _ _ _ _ _ I I I I I I I I I I I I I I I I I I I I I I I I I I 0 t _ o N ï_ NI__ _1 _ n Sê _ _ _ _ _ _0 _ _ _ _ _ _ _ _ e r v II ll I 1 tri _ _ g _ __ _ _ _ _ OE m I_ r _e_ _ _ _ ___ _ 0 _ _ L__ u___ L_ _ q t _ i _ tF _ _ _ J _ _t i o 3 t_ I r I I H t 0 I _ I _ I G o I v ___ oi I ...

Page 488: ..._4 1A24 IA24 1A24 1A24 1A24 1A24 J151 4 i ur GNO 182 102 182 181 181 101 101 181 101 181 181 101 181 181 181 181 181 J1511 0 __ ï GNO 1B10 1910 181 0 182 102 1B2 1182 102 I82 1B2 182 182 I 102 182 182 182 102 J151 8 t GND 1CI 101 101 1012 1812 1812 1812 1812 1812 1812 11812 1B12 1012 1012 1812 I812 1012 J151 12 l o m i GNO 1C2 102 102 1824 1824 I824 1024 1024 1824 1924 1B24 1B24 1824 1824 1624 182...

Page 489: ...24 26 GND 3814 3814 3A14 3A25 3A 5 3B4 3A25 384 3814 3814 3814 3814 3814 3814 J124 32 r o3 GNO 3825 3825 3A25 384 3B4 3814 384 3814 3825 3016 3825 3B25 3625 _ 3B25 J124 56 GND 304 30 4 384 3814 3B14 3825 3814 3825 304 3817 304 30 4 304 304 J124 74 4 GND 3C14 3014 3814 3B25 3825 3CA 3B25 304 3014 3818 3014 3014 3014 3014 J124 7 I o i GND 3C25 3025 3B25 3CA 304 3014 3C4 3014 3025 3R 5 3C25 3C25 3025...

Page 490: ... I i_ vtstoHs__ B C D E F G H 1 J 4 I _ 3 FO P _o _ _ i i _ i I _ 6 _ o i _ i I _ t I _ I _ _ T T 7 Ti _ _ i j _ ï _ 4 C_ l _ i _ _ _ T _ _ _ l _ 1 ï s rrJ I _ i _ e ...

Page 491: ...D i C3081 I ï 1 GND I _ I I I I i I I I I I i I J i GND t _ _ i i i ç i I _ m i i i i 03011 t I I oq il GNO m i i I 1 _ I il I m I i t O3110310 ml 11 I GNO _ m i m m i l m 1 _ i i i C312 1 I f i i i I i I I GND i i i i i i i i i i i i m C_13 l I Of m GND i _ m i m i i m i i i O 114 I 11 i GND l i _ I i i m 0 315 i GND i t l i i i i i i m m _16 i 1 I OJ_ID i i m i m m i _ i m i i i O 117 m 1 m GND ...

Page 492: ... 2_ OZ 2 _ o i i CO _ rm i Ct_ _ ___ IU I _ __ _ I _ N I ï 1 _ _ t_ I 1 Q _ N 2_ _ I L I 7 o _ _ _ i _ e e i _ ll _ __ _ _ _ _ _ _ t_l _l l _ _ i _ _ 7 _ i _ _ _ I i I i _ _ i_ i _ _i _ _ _ o _ o 4 _ r I I H I D I _ I 3 o I o I _ I v I _ _ a ...

Page 493: ... _ _ _sv _L _L _L m L_ L _v _ __I_ _ i __ __ _ i I 5 çNçç I T_ 3 1 4 5 9 4 Ai_l _ i I L _ 5 7 CI _4FO TI TIO r_ Tll i _ 111 Il 4 T3 T12 18 Ci_4FO_ i S T4 19 _ DTCf J_ TI3 q CLK4FP Il 6 I 5 T14 _ 23 l J 0 lu Z2 0u 2 _ 15 DOP4FO I I0 Te T15 24 I OE I 15V _L_ _L_ _L i 1 _ Z_OE_ _ _ TXCLX J 11lT 7 T 6 25 I l ç I _l 1 6 I Z 5 6 JIPZ _ T9 1 18 27 l T R101 1 _ m 5 tVI _ 1 OCl ho 15 o __ _ ï o l 7 T_ T _O...

Page 494: ...110 V max IVer 3 _ 100V max or 50V maxi CW Transmission voltage 11 V max Transmission Power Control Transmission voltage is eontrolled by a rotary encoder Transmission Voltage Monitoring The transmission voltage value is monitored by the CPU which also stops transmission and cuts off transmission power supply output Foeusing System Electronic Linear Convex Transmission 4 Levels max selectable from...

Page 495: ...riable resistor Treated as digital information from the panel When the STC display is ON a curve is displayed on the TV when STC is changed Contrast 16 levels B M indep_dent AGC 16levels Relief Off 3 levels Scanning line densit y Variable in accordance wit h the diagnostic distance zoom and line density settings SleeredBeam _30 max specialprobeonly 4 3 ...

Page 496: ...ume 0 5 10 mm 0 5mm step F ilters Manual PW Doppler Approx 50 100 200 400 800 1600 Hz CW Doppler Approx 50 100 200 400 800 1 300 Hz Auto PW Doppler 0 I 4PRF CW Doppler 0 1 4PRF DopplerGain 0 60dB ldB step Contrast 8 levels selectable Audio Output Speaker and VCR output stereo Base Line Shift Possible after Freeze However not possible in the Dop and M modes Does not function during recorder output ...

Page 497: ...be frequency Depthof Field 24cm max Sampling Changes in accordance with the diagnostic distance Decimation B mode 1 8 M mode None Average B mode Low Mid High M mode Fixed Flow Filter 6 types SpatialFilter 7 types Rejection MotionReject 4 types Color Reject 16 steps Color Enhance Implemented in color coding Window display function Yes Multiple echo removal function Yes Color image integration displ...

Page 498: ...blc Ping Pong System ON OFF switchable Image l rocessing Line Correlation Frame Correlation Post Process 5 types ViewGamma 5 types Cine Memory Function Search Scroll Store Review Image Display Functions B Mode Up Down Left Right Display Possible B Mode Image Zoom Write Zoom Possible Read Zoom Possible During Freeze x 2 only PositionMovement Yes Left Right Up Down Inversion Yes 90 RotationDisplay Y...

Page 499: ...STC curve Cine scale Bi plane mark Multi plane mark Measuring Functicm B Mode Basic Measurements DIST Area Trace Area Ellipse Angle Volume Volume Biplane M Mode Basic Measurements M VEL M Length M Time Heart Rate D Mode Basic Measurements D VEL ACCEL Mean VEL D Time Resistance Index Pulsatility Index P GRAD P1 2T VA Heart Rate D VEL Obstetric Measurements Number of weeks of pregnancy measurement f...

Page 500: ...1 system For VTR Remote Control for SVO 9500MD4 MDP4 1 systcm Black and white Video POSI output 1 system Power Supply Voltage 100 Volt System AC 100 120 V 4 10 200 Volt System AC 200 240 V 4 10 Service Receptacle AC outlet Color TV Monitor 150 VA I Ver 3 _ 170 VA1 1 system internal use Printing devices VTR etc Total 300VA Ver 3 Total 250 VA 4 systems Ver 3 3 systemsl Power Consumption 1300 VA Clas...

Page 501: ...4 Physiological Signal Display Unit PEU 5500 Display Information ECG or DC IN PCG PULSE or DC IN Sensitivity Position Variable Sweep Speed l 1 5 2 3 4 3 8 Sec Frame Data Management Subsystem DMS 5500 IVer 3 Independent probe connection unit EU 3040 Ver 3 A SMA unit A SMA Automated Segmental Motion Analysis includes KI Kinetic Imaging function EU 9078 Ver 3 _ Volume Mode unit EU 9079 4 9 ...

Page 502: ...lerunit UCW 5500 DigitalImagingunit UIM 506 Viewing Color TV monitor _Ver 2 IPC 1511 for NTSC IPC 1511V for PAL Viewing Color TV monilor Ver 3_ IPC 1521 for 100V serics IPC 1521V for 200V series IPC 1521B for 100V _240V Powersupplyunit PSU S5500 Optional devices Physiosignaldisplayunit PEU 5500_ Data managementsubsystem DMS 5500 3 point footswitch MP 2614 B W printer SSZ 307E Color video printer U...

Page 503: ... I î 7 PSU 5500 __ GEU 70 __ _ Op Option L KEY 70 Main Panel Main CPU EP4118 General Purpose Personal Computer GEU 70 Tx tLx unit TheTx RxunitGEU 70 is configured fromtheTx RxmoduleGR 10 DigitalBeamFormer DBF 3 andFlow Doppler moduleFM 10 CNM 6 Conneetor moduleUCW 5500 STCW Doppler unitUIM 506 Digital Imaging Unit IPC 1511 Viewing Color TV monitor for NTSC or IPC 1511V Viewing Color TV monitor for...

Page 504: ...nic probe DBF 3 iEP4092 Analog Interface PreSTC 1 2 generation STC LGC generation mechanical probe control timing _ EP4093 Beam Former A D digital delay circuit handles n ch with one PCB EP4094 Beam Processor B Winmge reception main amp unit output of black and white data to the DIU ax EP4095 DBF Control DBF eontrol ultrasound data collection timing generation HR count I Flow Doppler EP4125 SDP Qu...

Page 505: ...onverter 2 dimensional interpolation EP4112 ENCODER Conversion of black and white Velocity Variance data to Composite Y C analog RGB data EP4113 DECODER Con ersion ofextenml Composite Y C to digital RGB Auto calibration EP4150 DISTRIBUTOR Video signal distribution tlu ough only Audio Amp I EP4117 DIU Mother Digital imaging unit motherboard Ùo Viev ing Color TV IPC 1511 15 color TV monitor for NTSC...

Page 506: ......

Page 507: ... I EP4373 Analog Interface PreSTC1 2 generation STC LGC generation mechanical probe control timing _ Controls weighting transmission power TxApoCont between elemenls EP4093 Beam Former A D digital delay circuit handles n ch wilh one PCB 1 I EP4094 Beam Processor B W image reception main amp unit output of black and white data to the DIU n EP4095 DBF Control DBF control ultrasound data collection t...

Page 508: ...ital ima_ing unitmotherboard Viewing Color TV IPC 1521 15 color TV monitor NTSC PAL NTSC double spced n0n interlace scan monitor IPAL double speed non inlerlace scan is automatically selected lPC 1521 for 100V sertes IPC 1521V for 200V sertes IPC 1521B for l J0 240V l_owersupply unit PSU S5500B DC 5 1Va 5 1Vb 5Va 12Va 12Vb 15V 24V 120V 70V HVA 0 100V HVB 0 350V HVC 0 50V AC Supplies AC 100 V or AC...

Page 509: ...ear or _ v Convex WOEO OUT RGB Probe EP4093 CFP CFI __ MM BW MM COL l EP4126 EP4377 EP4384 EP4385 v_ Color Printer Option_ m CONTROL ç _ I _ o r SDP AUDIOIN R _J EP4125 SC BW SC COL a uo o EP4110 EP4111 oUTR Pre AMP EU 9080 i AuoJo EP4062 UP CONV i I _ EP4093 EP4386 EP4413 AUO O _ I 1 OUT L Ix Module1 4 I a Beam Processor _ ENCODER _ j MGR EP4389 L i Option i coup i VIDEO IN f COMP EP4150 _DEOoUT ...

Page 510: ... specific command is executed the programs are transferred from Hard disk to Flash Memories Focus data for Tx Rx circuit corresponded to each probe type Parameter data for Scan converter corresponded to each probe type Preset data The general purpose computer transfers the probe type dependant data to DIU and Tx Rx part from the hard disk during the operation when it is necessary On the other hand...

Page 511: ...Tx Rx unit by connecting these buses only when CPU accesses ahead of UC BUS Data for each probe type The focus data and parameter data for each probe are stored in the hard disk Addition of new probe data by the version up etc is done in the following procedure ï_ From the floppy disk the focus original data and the parameter data are copied into the hard disk When the added new probe is connected...

Page 512: ...2 0224 Rev 1 SECTION 4 Principle ofSvstem ODeration _ _d_P__ _ ii ii_ i oe i i t_ i I t I _I I I _I _I I _ I _ I _ I_ I_ I _K I _I _ oe USC BUS _1__o USC_ DATA 0 15 USC_ADRS 1 7 OE OE I t _ J_ I _ I 4 23 ...

Page 513: ...MN2 0224 Rev 1 SECTION 4 Principle ofSvstem Operation lA 4 24 ...

Page 514: ...EP4373 Interface Front End Bus IO DATA ADRS P r e Am p 1 Tx Con t r ol P r e Am p 2 STCW USC BUS USC_DATA 0 15 USC_ADRS1 7 Tx Rx unit GEU 70 CP U BUS MP U ADRS 1 23 MP U AD0 15 P C BUS PC_D 0 15 System Control 1 1 LCD panel VGA display MPU MPU is mounted BATT Battery is mounted TIME_BAT Clock with battery back up BIOS_SET BIOS setup information with battery back up FLASH Flash Memory is mounted TI...

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Page 516: ... beam sharp The received signals are amplified by PRE AMP1 and sent to UCW 5500 Connector module This module is PCB which mounts the connector to connect a electronic probes Phased array sector electronic linear convex The eonnector for Phased array sector probes and the connector for Linear Convex probes are used in eommon it is not like SSD 2200 system The connector PCB mounts HVS High Voltage S...

Page 517: ...h is the difference of brightness in every lcm depth caused by one of the Rx focus boards Delay and Adder circuit like SSD 650 1200 and 2000 etc Rx Pixel Focusing Rx continuos dynamie focusing Delay Depth 0 F Ideal delay _ Analog Beam former f_ Digital Beam former Depth For B W US image delayed and added Rx data passes through Pre process circuit same as Main Amp part in previous machine such as t...

Page 518: ...ignal delayed and added in DBF 3 is used as sajlne as PW Doppler Quadratural detection is executed Then several Rx line signals are memorized into Memory B ock according to Color Average setting Data read out from Memory block passes through the filter which cut off Wall Motion and Auto correlation circuit Auto correlation which correlates signal with previous same depth signal gives velocity ini ...

Page 519: ...6_ UO lm_odo m ols sjo old 3upcI l NOI LD_IS ...

Page 520: ...i I Q_ladratureDeteet_l_l _ooe _o I or_ BMD DATA 0 7 I ix Dis italIi___ting Urlit OE li iv _ H i _ i i rrooo i i i T _ _ i i EP4093 BeamFormer I r i I __P Fn_r I I W_lFill_r II out T _ _Add T _ ï DATA__ Sampling _ I I Doppler Audio I iî____ _ _ 1_o_ _ _ i _ ç I _ e tProcessor _ _ _ i ï _ I I __ Average i lI x I __ ____o_ç _ _L__L_ _ 0_ Bea Former i _ï i_fl i _ te r _ï_o i ï _ n ech i Delay _ Add _...

Page 521: ... Analog Control Signal Generator A D Tx V Cont for Tx Apo Cont EP4335 Tx Filter LPF CW DATA I Q CPU Bus Window IND Tx Rx Tx trig for STCW Tx trig for STCW 12Vb Ar ray Ann ular Sign al Selector 5ch 20ch for Annular SCU 5500 Option Mechanical probe connection unit Mecha Single Rx EP4664 CFI Color Flow Interface EP4663 CFP Color Flow Processor EP4662 SDP Spectral Doppler Processor C F _B _I 0 1 3 C F...

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Page 523: ...RGB_NTSC PAL CODEC by digital processing Ver 3 _ QNon interlace TV signal output On the other hand the following optional board unit are installed in Digital Imaging Unit PHSC board of Physio signal display unit Ver 3 each board of A SMA unit and VOL unit USD Bus Ultrasonic Line Data Bus Tx Rx unit send the Rx data te DIU every line This transfer of Rx data uses the defined exclusive bus named USD...

Page 524: ...xel It makes the image smooth in the rime direction and reduces noise Ver 3_ Frame correlation circuits are moved to MM BW board and MM COL board l Beam Number addition In Plane mode the Beam Number is added to the Header the beginning 2 pixels of US line This beam number is used for Data management in Mass Memory the interpolation and generating the write address Ver 3_ Beam number additions for ...

Page 525: ...111111111111111111111II Mass Memory for Color 16384 lines OEer a 65536 lines v 4 bits _ If __ïïïïïïïiï_ N 512 arlance pix s II1 11111111 L_ _ 16384 lines Ver 3_ 65536 lines v Scan Converter part Data from Mass Memory is converted te the display format by 2 dimensional interpolation and written into the display memory Video Memory Pixelof i _ i O O US data VideoMemory_ _ i __ i frein Mas sMemory Pi...

Page 526: ...al printer and input output the signal for VTR via DISTRIBUTOR board CPU part This part is CPU which controls whole Ultrasound diagnostic equipment This CPU controls DIU and connected with Tx Rx unit via UC BUS and SUC Bus On the other hand the CPU is connecte d to Panel part by serial communication and connecte d to the general purpose personal computer Main CPU board by the exclusive bus TIMING ...

Page 527: ..._M__ __ i__ I _ ï Physio Signal Data for Line mode i I EP4105 VFA T iM ING I_ EP4104 CPU I to fro m _ cPu II Pe BusITF _ Main CPU _ _ ECG I EP4115 PHSO 0 tion _ l I i _l_o_o _ Oo l I__ o _ _c _ o _ I I_ I I l i i l i L KEY 70 _ ç __ _ ç_ rrom I_ wave uop ___I k ç _ç _ I I L DECOI3ER sound Audio _ Timmg PCG I I Phy io _ oo o r _ _ l_ i_ I D I _ timing TV fimingGene _ _ Local _ t rorn _ y _ I _ toLf...

Page 528: ...SECTION 4 Principle of System Operation PCB Location _ il _IIIIIIII i_ __ o_o o I i DigitalImagingUnitU M 506 1 1 4 36 ...

Page 529: ...mp Decode to PHSC to PHSC Physio for Line mode Heart Mark to Mass Memory Control DBF Control EP4649 CPU EP4105 VFA TIMING EP4654 DIU Mother Connectors S Y C to Color TV Monitor D A SEL R wave sound to DISTRIBUTOR to ENCODER R wave PHS_ ECG ECG mark PCG PLUSE R wave sound Dop Audio to Speaker Audio OUT Audio IN Video IN Video OUT VCR control signals DIU clock Vector Data Gene CPU Bus Window DIU tim...

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Page 531: ... is inputted imo PHSC board again and switched over the signal for Plane mode display To display on TV screen these signals are written in the memory first then Video Generators for ECG PCG and PULSE generate Overlay signals The Overlay signals are sent to ENCODER board The generation of ECG sound and R Sync mark etc are executed in PHSC board Physio Amp board EP4148 EP4451 ECG IN ECGAMP _R wave I...

Page 532: ...HVC from the main unit IRolay Output I circuit Connecter EP4130 EP4133 I Î _ t POwer C_ signal _ Te UIM CPU Power i Timer I EP4131 RelaY _ _ 5 1Vb 35A i I _To MainePU Panel _ DMS GEU UIM _ 12Va _ ToMainCPU Panel I_ 5 2vt r 1 AC J rU _ï_ J 1 _ F rHighV lta_eSwitchVFt _ I ToGEU INPUT Breake _ 150V I I I DBF Control Outle I1 _ Power circuit2 EP4132 Trans _ To PEU GEU former 5 QVa I i _ To GEU I_ 5 0v...

Page 533: ... F_oo_ _ I I I Max lOOVor 5OV _ __J _ HïA I Max 5or ilpo _ i _ _ _lJ I Icircuit I _ I XT_ PI îL Iî o_ _ I 4 i Trans EP4416 former _ 5 0Va î TePEU EU 5 0Va I î Te EU 15V Te PEU Panel DMS GEU UIM 15V _Te PEU Panel GEU UIM _For the fuse location refer te the 1 5 l Va TeGEU circuit diagram OPSU S5500BisusedforSSD 5500 _ 24V i FAN1 4 _ _ î ToFAN Ver 3 and after p t OThere is no interchangeability 1 12V...

Page 534: ...a system overall calendar clock from whi h the calendar on the PCB is created When power switch is turned on the software of operation panel does not display LCD during the constant period t herefore the start screen of MS DOS is not displayed on LCD CPU An Intel x 86 based microprocessor Clock Generator Supplies a clock to the bus Cache PCI Controller Performs control of cache memory and the PCI ...

Page 535: ... as that of a personal computer can be connected BIOS ROM This is ROM which stores the BIOS data Super I O Controller This performs control of the floppy disk drive the RS232C COM 1 2 ports and the printer Floppy Disk Drive 1 4 MByte floppy disk drive is connecte d here COM1 COM2 These are hOt used connectors are provided PRINTER This is not used a connector is provided I O Port Decoder Buffer Thi...

Page 536: ...y _ BIOS ROM _ Super I O _ FloppyDiskDrive _ VGABIOS _ controller _ J511 _ _ COM1 J504 TAG _ _ _ Memory _ ID Printer J503 r _ _ oe I O port PCBUS J5O2 CRT J509 _ _ Decoder Buffet _ To EP4104 VGA _ _ Cache LCD J510 _1_ controller J _ v e Y PCMCIA J_ _ PC card I b J506 J507 controller I Hard Disk Drive 3512 ITITLE __ IMODEL _L__ Main CPU EP4118 1I1 ...

Page 537: ...e electronic probes Pre Amp 1 This initial stage Pre Amp which has the capability of varying the gain has n circuits The maximum gain of each Pre Amp is 40 dB Pre STC 1 Driver Generates or voltage which is symmetrical to the PreSTC1 voltage and controls the Pre Amp s gain One drive circuit drives 6 Pre Amp circuits 4 43 ...

Page 538: ..._1 fb 0 TRI6 0 n _ d C I Pro Amp1 RX0 _31 80_ n _ TX 0_31 80_ n 0ch 31ch 80ch _ n ch TXRX32 _79 Pro Amp1 RX32_79 IV iP 32ch 79ch SsTCt00 STC_ 15 TC 0 __STC 15 I Pro STC1 Driver I f PRE STC ITLE __ IMODEL __ Pre Amp 1 EP4062 1 1 ...

Page 539: ...nais sent from the Tx Apo Cont board EP4 322 and sends them to the transmissicm circuit Transmitter with transmission voltage variation ïunction When the Apodization control signal is approximately 5V the transmission voltage is 100 and when itis 0V the transmission voltage beeomes 0V The voltage for transmission HVA changes within a range of 0 and 100 V It doesn t operate during STCW STCW Other C...

Page 540: ...ctor STCW Other _ HVS Module _ Changer TX 0_31 80_ n o for _ To Pre Amp1 _ T _ HVS _ Module Transm itter _ TRIG O n To 0ch_ 31ch 80ch n ch _ I From Tx Trigger HVSModù_e J Transmitter 32ch T9ch l çT TXRX32_7c_ T PreAmp 1 To _ _ _ _S l_odùre r XV 0 n HVA Tx Vol tage L DAC 0 n From Apo Cont Cont roi Buffer I I TITLE__ _ I MODEL __ Tx Control EP4063 1 1 __________ ________ _____ _ ________________ ___...

Page 541: ...well as motor control signals are connected by one 120 pin connector IIVS Module Controller This controller generates 24 bit signais for high voltage switch control Bufçer for Tx Voltage Control This adds offset voltages to signals sent from the Analog Interface board EP4373 and sends them to the transmission circuit STCW Other Changer This consists of 25 relays which switch between the pulse tran...

Page 542: ... 29 ti__ I Y _ï Yx 3 6 h ___ _ To for i_b _Y _ __ il __4_ i 8 5 I __I i_ r i_ HVS Modù e T x 8 I _T xS 3 _ I T_x 8_O __ I _Y _a_7_ Tx oo HVS I i I i I From p____ i Vol tage Power utn n _nnw_ Tx m 1 I Tx m a Txn 1 l Tx n TXV DAC TXB_ nlt__ U_ IUUV_L__ Il _1 l i I tl _ _ _ r ç _ ï Control x rom Analog Interface Module supply HVC O 5OV Tx32 t Tx l l i i 5_ i tig f _ O_n O_n unit Tx34 Tx35 Tx58 Tx59 B...

Page 543: ... Transmitter with transmission voltage variation function When the Apodization control signal is approximately 5V the transmission voltage is 100 and when it is 0V the transmission voltage becomes 0V The voltage for transmission changes within a range of 0 and 100V HVA is used in unipolar transmission and changes within a range of 0 and 50V HVA and HVC are used in Transmission for Harmonie Echo It...

Page 544: ...its Two EP4454 Ix Module 2 boards are used and each EP4454 mounts n l 8 Ix circuits Two EP4455 Ix Module 3 boards are used and each EP4455 mounts n l 8 Ix circuits Two EP4456 Ix Module 4 boards are used and each EP4456 mounts n l 8 Ix circuits Eight boards contain total ly n 1 transmitter circuits Tx0 T n For assignment of each circuit on each PCB refer to Ix Control block diagram I_ __E_ _oo__o_I...

Page 545: ...oller Apodization Data Setting Uni0 Writing of apodization data to RAM is done via the data bus Reading of data from RAM is done USBLK by USBLK and refreshed in the D A D A Buffer This generates the apodization control voltage When the control voltage is 0V the transmission voltage is 100 and when the control voltage is 1V the transmission voltage becomes 100 20V 4 51 ...

Page 546: ...MN2 0224 Rev 1 SECTION 4 Principle of System Operation i iii i i T iiii i _i ii r i i T _ __ _ _ iiii _i 7 u l _ a 0 o ê o x _ 3 121 Ni u I _ 1 F F 0 0 i t X 0 4 52 ...

Page 547: ...mission frequency transmission directicm and other transmission conditions as well as transmission timing for TX Start and TX CLK etc are input from an external source te the UAT BUS Bus Reeeiver When writing te DRAM this connects the Tx CNT FPGA and DRAM and when setting data from the DRAM te the Gate Array it divides the TX CNT FPGA and DRAM DRAM This is used as memory for parameters where delay...

Page 548: ...y Driver I I DRAM TxTriggers _ I Address Gate Driver UATBUS_D çI A I Beam Array Tx Triggers L I _ Control Driver i ï n 4 BUS I q xTriggers DRAM I Gate Driver Data I Receiver Tx Triggers Array Driver I I Tx l_iggers __ DRAM Gate Driver Tx l_riggers Control Array Driver TX_LK t _ BUS r_ ri__er_ i_RDe_re h Receiver Gate Driver Tx Priggers Array Driver TX CNT FPGA TITLE__ MODEL TI_ _ Tx Trigger EP4091...

Page 549: ...L__ L_ I I I Tx Trig TTL FixedinHighlevel I 7 I Added U U HV Transmission waveform HV HV Fi g 1 0peration mode Output connectors for Tx triggers 60pin x 4 TxTrig TxTrig TxTrig TxTrig 0 23 24 47 48 71 72 n 2phases x 2phases x 2phases 2phases I _ H _ H J1 p Fig 2 Connector location TXCNT FPGA XC4005XL This block is consisted by FPGA This latches Tx condition from the outside and generates the contro...

Page 550: ...m FPGA This block is divided by three parts One part takes charge of n 3 2ch and this block totally takes charge of n x 2ch L BUS RECIVER 74LVC16245 Relays data between FPGA and DRAM M DRAM HM5165165 Delay amount data is previously stored in DRAM Parameter memory Transmission conditions depth of focal points Tx frequency Tx direction etc are inputted from the outside then suitable data for the con...

Page 551: ...oq DATA i i I I o Il J_ __ p_l _Iq il MI I _ IoR VER _ L___l BEAM il ___ i I ilio__q UA rBt TS I _ I A H CONTROL 4 DRAM i IO 0 63 I i I IZ t I im_ o 1 i ji I 0 O _ ï J_Jr4 mi IXGEN2 lRIG32chX2 i T Im D i m D u 11 I i E q _T _U_ I i _____ __i CO T O _i I DJ i TXCEN3 TILIQ32chX2 _ AM DRAM _ E l O I 2î 8 _ 9 _ IREFREsH i o I X CNT FPGA _ z _ H o H o o o o I i I __ TITLE __ MODEL __ O 4_ Tx Trigger EP...

Page 552: ...CB If the local DMA function is being used itis necessary to wait for data from the CPU and a Bus Disable signal ean be output to the Bus Buffer from the DMA Controller Counter for Signal Start Generates the respective analog control signal start timings Analog Control Signal Generator This signal generator generates the following analog eontrol signals Pre STC 1 Just as with the previous Pre STC ...

Page 553: ... is used to perform Gain compensation in the Angle direction This compensation is always constant and cannot be changed from the operation panel Lateral Gain This is a signal used to change the gain according to the direction of the ultrasonic beam This lateral gain signal changes in accordance with the Angle Gain setting in the operation panel In the kinetic image etc in order to make detection o...

Page 554: ...isenable O I From Adrs Bus J Bus Adrs Bus _J Bus Front End Bus _ ï USC BUS 1 _ _ F_ Buffer Window for adrs Bus for adrs Bus d Counter For Signal Start J Analog Control Signal Generator Analog Cont roi Si gna_ _____c z d 2 Pre Szc Apertur Comp 3 STC O _ 5 V_rtiocal I_e_lïâ Pan__ 4 Apertur Comp 5 Vertical Band Pass for Mecha only 6 Angle Gain 7 Lateral Gain îl_ c n__ _ POT SI6 I Pot Data Read for Mu...

Page 555: ...sferred from memory to the front end unit and within this PCB If the local DMA funetion is being used it is neeessary to wait for data from the CPU and a Bus Disable signal tan be output to the Bus Buffer from the DMA Controller Counter for Signal Start Generates the respective analog eontrol signal start timings Analog Control Signal Generator This signal generator generate s the following analog...

Page 556: ...nal used to change the gain according to the direction of the ultrasonic beam This lateral gain signal changes in accordance with the Angle Gain setting in the operation panel In the kinetic image etc in order to make deoection of the heart wall edge easier gain in a specific direction can be raised A D converter In order to detect the plane direction of a multi plane Trans esophageal probe this A...

Page 557: ...drs Bus I _ 1 I r n us w o ow _u _ for adrs Bus Countar For Signal Start J Analog Control Signal Generator Anal og Cent roi Si gnal l_re _tc 1 1 Pre Sic I E_ Apertur Comp 3 STC 5 Verl ical Band Pass 4 AperTur Comp Ter Mecha only 5 Vertical Band Pass for Mecha only 6 Angle Gain Cm 7 Lateral Gain I 11 A D Convert _ POT SIG _ I Pot Data Read for Multi Plane Probe _ J_ H Te Tx Voltage D A TXB 0 _ n Tx...

Page 558: ...cy is 2 1 3 75 MHz sampling is done at 8ff and when the transmission center frequency is 5 0 10 MHz sampling is donc at 4ff Delay Adder This has been ruade into an ASIC and is configured internally as shown in the following diagram Continuous variation of the receiving fo us an be performed with this Rx Beam Former ilter _ oo_ory __ _a on J L AS_C _ML1000_ _ _ii igital _J SFIFO _ Inter I Ç l I LFI...

Page 559: ...orming delya adding through the Dt3F an extremely large number of focus data are required These focus data can be divided into static focus data data which change in the probe or scanning mode and dynamic focus data data which it is necessary to set in each beam Static focus data are set directly in the hardware register by the host before freeze is released As for dynamic focus data while the pre...

Page 560: ...ol Board ID o ch5 _ Block 2 _ g _ _J me DMA _ _ i j _ Control ch6 ï_ i cil7 i Block 3 I oe _ XC4OO6E i I C3_ J Focus Data Memory i _ 1 Mxl 6DRAM I llM5118165 i FSSD 5500 Ver 2 and fter EI 409300DD onward l oeus 1 i data nmmory size was changed as follows l IMxl6DRAM __ 4M x 16SDRAM __ L ItM5118165 MBS116 11G 12 ch j _ Block m ch OE _ Buffer DBFDATAOUT ITITLE __ I MODEL _ _ Beam Former EP4093 1 1 ...

Page 561: ...reviously 2 US signais were processed in 1 system from this output it becomes necessary for circuits for 2 systems to be used D A Converter After adding a series of signal processing is performed in analog After division into stages they are converted to analog pass through the LPF corresponding to the hand of the receiving signal then are input to the Log AMP Analog Signal Processing Log compress...

Page 562: ...ng of a frame or when switching modes etc this is a signal for cutting the US image it differs from the previous US_BLK Digital Output After the AA Filter data are converted from analog to digital t hen are decimated by FIFO to the proper sample count and output to the DIU Control This control creates the control signais necessary for this board The basic lock is 4t 0in the Single Process Mode and...

Page 563: ...2 _ Gain F_sEt LPFH 2 c _ cor GA Contro _ o _ LpF J IA D _ o _ Mo o _ FLOW 3 B Fro ON _ i _Reliet h___l__ Diode _ u i ut I_MI I A i M Logic o 7 Detec_ _ FTC _ I_llComl ressionl I IAmoI ç i_ I y NT A LPF m o_a LPF _ L y LPF FSEL _ I PF F SEL _ klECIION 0_2 I PF 0 2 tJSC I ATA _ LF SEL FLOW USO_AI RS _Contro _ _ _ F_SELO_2 O part CONTRAST O_3 _t_ 111CONT O CAR REJ _ n COR_GAIN _ tïI AùC o 7 _ o B M ...

Page 564: ...sh memory Control Bus Interface Host Bus Buffer UC BUS Buffer This is a bus buffer which connects between the DIU and host bus for controlling DBF Timing Generator This generator generates a basic clock of 120 MHz the Doppler PRF and Tx Rx timing Tx Rx timing is sent to each PCB in the DBF by the UAT Bus ultrasound Tx Rx timing signal bus R Delay Generator Through the R wave signal sent from the D...

Page 565: ...al port PC Interface This connects the ISA bus to an external personal computer Using this the board in the DBF unit can be accessed direc tly by a personal computer and individual cire uit boards inside the ufiit an be adjusted and inspected HV Control This outputs control signals which control the transmission voltage FPGA Control This outputs signals for setting FPGA data LED The operating stat...

Page 566: ... HV I Iost Bus Interface Flash Memory RAM Interface Control Buffc r 0 III I I L calPr cess r I 1 1 I I I x_ V50HL I O l _ I U SYN Timing FPGA R Delay Probe UC BUS 40MHz Generator Control Generator conneet Buffer UAT BUS FPGAs Rwave GEU VITLE __ _ I MODEL _L _ _ DBF Control EP4095 1 1 ...

Page 567: ...Processor After analyzing the Doppler deviation frequenc y by FFT calculations this processor performs averaging of the frequency direction averaging of t he timer direction log compression gray scale mapping and interpolation of the number of points in the frequency direction then outputs the results to FIFO memory Output F FO After Doppler calculation results are writoen to this FIFO memory they...

Page 568: ... Port ITF An interface is provided where a PC AT compatible parallel port can be connected This can be used for debugging Reset Action Reset is performed when the power is turn on when the DSP locks up and when there is a reset operation initiated by a switch 4 74 ...

Page 569: ... _ISS NEWFRAME Generator ITDto FB I DTCLK RxSYNc4F0 _ Sample Gate Setting to 1OP FDP __ _roc_ss __oc __ __ _ _ CLK2 ROM Fr_ Timi ng v Frequency DBF Control CLK96PRF _1 6enerator scF CLOCK _ RAMI 4 Doma in I Processor Fr m T _ USC Bus _ _v FDP DBF Control I SC BUS Interface _ J L _ _o z IParallel Port ITF_ Output ubu UUS I BMD BUSY BM D CLK I I_ _ Reset TD_RST FIFO Interface _VMOOE 0 1 _ Ac t i on ...

Page 570: ... and color calculations are executed Wall Filter This is a filter for eliminating wall motion The filter s characteristics are changed by setting the flow filter Auto Correlator R T Data from the saine position before time T T is the data repetition cycle are auto correlated with the current data and velocity vectors are determined Power calculator R 0 By auto correlating the saine data among them...

Page 571: ..._ 17L _11_ Q q 4 Wall I I_i 0 I o l_r T_ o __ t_ I a Memory IB Filterl_ _ Power calculator I LïJ OE _ _ 0 I vo __ L_ _t Memory 2A o pw_ I To 4 I c_l _ _ __ v__ _ Memory2B o p I Clutter velocity Clutter l ower Calcu ator ï _ r fJ J r 1 r_ _ Memory 2A 7 Rc T 7 c Clutter o I Phase of Clut_ê er ï Reject z Q ri o VEL CLR ROM _ Loglc L_ Memory 2B _ o 3 Rc O _ _ C Memory Bloek 2 for ehannel B r _ z a O T...

Page 572: ...via the color USD bus Ultrasonic Line Data Bus Spatial Filter This uses a spatial direction 2 dimensional filter eliminates color noise and smoothes color data Resample This conducts re sampling of data for TV display through the DIU Bus Interface Controller This is an interface for sending line units of Velocity Power data and Variance data to the color USD bus Setting of static control data thro...

Page 573: ...omCFP Varianceor Power Filter _ Bus Interface 4tJsc_AD_s 7 useBUS _r_ DB_ Co _ro _ USC_DATA 0 7 Control ler I HouseKeeperDSP USYNC FSYNC UATBUS From DBF Control UBSEL UMODE Configuration k_i Real time Cont roi m To CFP q CIock 2Ol_lz Timing Signal o _ CF EP412 7 1 _ _ i i i i i _i_i i _ __ i i i_ _ i i _ i __ i_ i__ ...

Page 574: ...age of a delailed mosaic pattern Output FIFO The result of the calculation for coloris sent to Digital lmaging Unit via USD Bus Ultrasonic Line Data Bus al ter the result is written in this FIFO memory DSP This performs a real time control of Flow Module and interface control between each Bus And this set the control data for Post Process and the calculation block in CFP UAT Bus Interface Dynamic ...

Page 575: ..._FSTRT_ CFM_FEND _romToCFP Post Process _LOCK_END FRAME _ _ CFP SEGMENT B_M_ Cont roI I_ PROCESS b_ Interface TIMIHG _To CFP _ DSP Address Data BUS_To CFP From DBF Control _ UA BUS k I UATBUS Interface _j DSP 5 From to DBFC ntro__ l use BUS _ K _ ROM I z USCBUS Interface v FM Module o Interface _ _ c _ z From DBFControl CLK CLK CLK20M q DIV 5MHz _ _ I TITLE __ _ MODEL __ _ x_ CFi EP4377 1 1 _ 2_ 8...

Page 576: ...a HVS Probe Connector This is a connector for connecting probes Up to n channels an be transmitting and receiving simultaneously and the maximum number of probe elements that tan be connected is z v2channels High Voltage Switch High voltage resistant analog switch Transducers up to nx2 channels are selected and connected to the 7channels Tx Rx system 4 82 ...

Page 577: ...rol High Vol rage Linear Convex probe Phased Array Sector Probe_ Probe Swi 1 ch DATA0 25 Connector From Tx Control I PRBON O0 oa From Tx Control m PROBE CODE 0 9 ToTx Control q Z MODULE O 1 To Tx Control i G r _ Z _ î _ I I I _ TITLE E I MODEL Y __ _ HVS Module EP4060 1 1 o _ ...

Page 578: ...er for STCW This outputs a reetangular wave corresponding to the transmission voltage Tx triggers for STCW are supplied from Tx Trigger board as same as electronic probes Rx Low Pass Filter for STCW This is an approximately 6 MHz low pass filter Mixer for STCW This earries out quadrature detection by sin and cos signals Local Signal Generator for STCW Generates sin and cos signals for 48 channels ...

Page 579: ...reSTC2 kj FromAnalog Interface RX0_31 80 n I RX32 _79 1 oo Local Signal Generator SlN _ 0 47 I C0S _ 0 _4_L r_rn _RxL wPassFilter 4 _IMixer RY _ z for STCW _Y_ IF Signal DATAI _ A _ To SDP Processor DAT Q _ _ _ rb I I _ Frein Te _ I Pre Amp for IND IND RF_ I Mixer IND G y N_s IND Probe iTransmi tter for IND IND_TX I _ IN _ _z I IND_COS _ _o TITLE__ _ MODEL Yr__ ï G Pro AMP 2 STCW EP4064 1 1 _ ...

Page 580: ...ion 4 5 20 Tx Filter PCB for STCW Doppler unit UCW 5500 Outline This is a filter for the STCW transmission waveform Tx Low Pass Filter This is an approximatcly 5 MHz low pass filter It is joined with the Pre Amp 2 STCW board EP4064 by a connector 4 86 ...

Page 581: ...MN2 0224 Rev 1 SECTION 4 Principle ofSystem Operation I k R O3 03 _ o __ t o I O I t 1 1 x t L_ D _ I 1_ a 60 I 3 L_ x 0 0 I I __1 4 r x I I o_ E o 4 8 ...

Page 582: ...r module 1 2 baud rate generation and DMA1 2 hOt used functions internally 32768Hz This is created in the RTC and input to the CPU This is the basis for the 16 MHz clock by which the CPU runs 3 6864MHz This is the clock for the serial communications baud rate RS232C Serial Communications Driver Receiver This is a 2 channel serial communications circuit Çoaud rate 9600 baud One channel is for commu...

Page 583: ...is is configured from 3 DIP switches Two DIP switches are used to set the system parameters as in the previous equipment set according to specifications and are used for debugging etc One other DIP switch is provided for a Flash Memory erase command current memory made by Fujitsu can be erased by software commands but depending on the type of Flash Memory it may not be possible to use software com...

Page 584: ... which make it capable of independent operation when the external bus has become the master and is cut off by this interface The local bus in the DIU uses multiplexing of the 16 signal lines by their address and data new specifications have been adopted compared to the previous equipment 4 90 ...

Page 585: ... I Local BUS i_ cPu BUS To a I LocalBUS _ DigitalImagingunit _ Interval _mer PTM1 2 DMA1 2 I To EP4112 SPR CH0 1 rn Controllerlnterrupt ControllerDRAM ARTOP _ VRAM _ VRAM ITF Graphic _ SPR BG0_ 1_ q i MR6318 MR6318 MR6318 SPR GRP0 4 O RS232C driver 2 Receiver _ Flash DRAM Memory _ 512K byte O TXD232CA TXD232CB _ OPI Option J4 J5 _ _ r_ 5VA 5VA _ O _ I TITLE __ _ MODEL _ _ _ G CPU EP4104 1 1 ...

Page 586: ...PROM 1 Mbyte x 3 where the DSP program is written and SRAM 256 KBytes x 3 used by the DSP DSP Bus Master Driver Receiver The bus master transi er method is used when sending parameters for interpolation to the Scan Converter This device controls this bus master transfer Bus master transfer is a method which outputs guidance to the CPU 68000 and uses the 68000 bus CPU BUS direetly to transfer data ...

Page 587: ... are two I O ports for serial communications RS232C with the DMS Shutter Control This is a shutter control circuit for a camera or video printer 25 1748MHz NTSC 25 0000MHz PAL This is the Digital Imaging Unit s main clock The divided by 2 ch_ kis sent fo each PCB in the DIU 4 93 ...

Page 588: ...6301 uPD71054 7406 Divideby 2 _ Driver Receiver Non lli Z logic uPD72001 74ABT244 max238 1 I lU Cl0ck _ DSP Local Memory EPROI IMB 12Ons 3 SRAII256KB 15ns 3 Shutter Signal DlO It V Timing RAi RS 232C for DIIS 1t SRAII256KB 15ns _ V SRAM 256KB 15ns TVTiming D U dynamic static status UCBUSfor I BF GEU DIU II V timing TITLE ___ MODEL_ _ _ VFA I IMING EP4105 1 1 ...

Page 589: ...is accomplished SEL This selects whether line correlation is turned ON or OFF B W Data Frame Correlation Circuit Frame memory This memory has a 1 ultrasound frame 512 lines x 512 pixels by 6 bits capacity and is used in frame correlation Frame Correlation table This is RAM which is capable of storing the information in 1 type of setting table for frame correlation The data in the table are written...

Page 590: ...ion Circuit This is configured from Frame Memory a Frame Correlation Table and a Selector It has the saine operation as the circuit for B W Velocity Data Beam Number addition Circuit This is onfigured from a beam number generator and a selector It has the saine operation as the circuit for B W Velocity Data F F Hi Z Ctrl This has the saine operaticm as the circuit for B W Variante Data F F tli Z C...

Page 591: ...essor BilDPlg c _Fra_e lern BID F SI RI _ mlÇF ïl_D _ Bear0 Number I IJL530281R I BFVel data F F DIU Vel Data rame Cor lli Z Ctrl _ Table I L IVraie Mem çfro cv cvM_v sTrr_ IIIM530281R ç_M F ïND _BeamNurnber Ff1 _ f F F DIU Var Data Z DI_FVar data ili Z Ctrl _ C ITITLE __ MODELP__ _ ï_ ULDR P EP4106 1 1 o G ...

Page 592: ...rd In the Line Mode the physiological signal and US data are stored together in mass memory for each record M PHD Delay FIFO 256 Records Since Doppler creates a maximum delay of 200 ms in the data collection and calculation process the M mode and physiological signals physiological signal data are delayed and this matches the phase between Doppler and M physiological signals This is FIFO memory wi...

Page 593: ...ose for heart valves M Mode Smooth D D latch This is smoothing between pixels in the depth direction By smoothing flicker tan be reduced Hereafter operat ion is for M FLOW Velocity Variance and is the same as for M black and white Line Buffer Memory for M Flow Velo ity Variante M Flow Delay FIFO 256 Records Delay Time CTRL Sel Blanking DCM Filter M Flow Sm t h 4 99 ...

Page 594: ...D M M Modë L____ _ Delay FIFO _ W_ _ 256 Record FIFO LBM R 256 256 6bit 4_ o EULD CTRL 1 Record _2_ Physiological 512 6Bit Signal Data Delay Time CTRL NF I i M FLOW Filter Smooth MM OUT I Delay FIFO VEL VAR CULDCTRL r_ _R 256 Record 256 256 lObit FIFO Record 512 10Bit Delay Time CTRL I TITLE __E _ IMODEL _ _ ULDR L EP4107 1 1 _ _ ...

Page 595: ...hannel s image And this controls the Freeze and the release of Freeze by the commandfrom 68340CPU LINE MODE SMPLRATE Generates the basic sweep timing approx 920Hz TV horizontal sync signal divided by 17 for Line mode image including physiological signal For on TVsweep display this timing signal is thinned out by dividing by an integer BW DATACTRL The followingfive imagesourcesare oDeratedin MM Mas...

Page 596: ...creen 1 Unnecessary data may be outputted from the buffer when the size of one line information for M or D mode is less than data size handled in MM 2 Unnecessary data may be outputted from the buffer before delayed first data comes from M PIlS Delay buffer when Freeze is released LINE SNOOTH Line mode information sampled by the basic sweep timing 920Itz is correlated each other before the lines a...

Page 597: ... _ h _ L ilODE I Ç_ II PttS l _ BWDATAI _ LINE __1 DEI Tll I IBUFFER I DELAY BLANKING SMOOTIIJ SIIOOTII o Physiological o_ Signal on Ll__ SCO PIISCOUT CFIIULD MM _I COLDATA CFMVOL MM _M V CFM ll F F J CFMMM VOL _1 CTRL t _VOL CFM ITF rrl CI M ULI DATA _ COLDATA ê 1ENTRANCN L__ _ COL out _ _Z L I ODE ____ _ COLM I __tCOLDATA _ LINE _ DElçll m _ BUFFER DELAY BLANKING SMOOT I StlOOTII _ 0 n C J Z a ï...

Page 598: ...d for this processor The program is written in 8 Mbits 1 MByte of Flash Memory and an be upgraded by the general purpose CPU MPU Interface This is where commands se nt from the CPU are received Seen from the CPU side there is 1 byte of space Frame Correlation RAM This is not currently used SEL This selects whether data from the frame correlation circuit on this PCB currently hot used will be used ...

Page 599: ...Interface Mass Memory l _ AMass Memory _ fromULDR FraMe Correlation i _ US DATA fo SC BW _ o I ___RAM I z I i Not use l _ MM BW EP4108 1 1 _ G ...

Page 600: ...his processor is control of the receiving data from ULDR and sending data to SC Furthermore this processor execute the reading data from Mass Memory the processing data the sending back to Mass Memory for Free Angular M mode the setting data for frame correlation RAM and the control of the beam number when data is sent to SC Frame Correlation RAM l_AM IC to store data for the frame to frame correl...

Page 601: ...o l___tor__c_ r __ro_o_sor __ o___o _ 1 _Mass Memory Mass Memory _ USDATA V Controller 32MBy e I o r 4 rame US DATAt SCBW _AMelatl n _ m US DATA to VOl_ z 4_ _o m _o O rJ_ Z r o fil i TITLE __ MODEL__ _ o MM BW EP4384 o _ 0 ...

Page 602: ...d refresh cycles Mass Memory 4M Byte This is variable length mass memory with a capacity for 16 384 records of Variante data The memory capacity is 16 384 records x 512 pixels x 4 bits and it is controlled every 64 records Velocity Data Circuits Frame Correlation RAM Not used SEL This selects whether to use data from the Frame correlation circuit on this PCB currently not used or to use data from ...

Page 603: ...ATA _ lController 4M Byte from ULDR O VAR DATA toSCCOL Mass Memory ____ Mass Memory VEL DATA _Controller GM Byte from ULDR __2_ _ l L _iFrame ICorrelation Frame _ r _ RAM lA ccelerator VELDATA loSC COL _c _ _z _ i___N_ot u__e_ O _ I I l TITLE __E I MODEL J t_ _ _ 109 1 1 MM COL EP4 __ ...

Page 604: ...ta to registers FFF12 on MM COL board l rame Correlation RAM RAM IC to store data for the frame to frame eorrelation for Veloeity Data is set by Micro processor on MM BW board SEL This is the selector which selects the normal data or the t rame correlated data Data for M mode is automatically selected and does not pass through the frame correlation circuit Mass Memory Controller This controller ge...

Page 605: ..._IController 32MByte from ULDR J _ I VAl DATA I oSC COL t __MassMemory Mass Memory VEL DATA î l_Controller 32M Byte f_om u_o _ I _ I I r l m F _ Frame _ iç_i Mï ation _ AcceleraIor Y 4_ _ VEL DATA to VOL _ G 1 TITLE _ JMODEL _ __ _î MM COL EP4385 1 1 _ 0 _ i I ID_ l _o Ili L _ t _ G ...

Page 606: ...TR are converoed to digital RGB signals G bits each by the Decoder board then are written to Video RAM on the SC BW board and the SC COL board with the following allocations R 6 bit _ SC BW Board for BW within 8 bits 6 bits are used G 6 bit SC COL Board for Velocity within 8 bits 6 bits are used B 6 bit _ SC COL Board for the remaining 2 Velocity bits and for Variance 4 bits are used Interpolation...

Page 607: ...s and they can be used t or complex modes B M B D B B single mode requests affer l reeze for Ping Pong display etc Also data l rom the VTR during VTR playback are also written to this Video RAM During VTR playbac k and during real time data from the VTR pass through this Vicleo RAM and serve to reduc e image wobble The Video RAM write cycle is 80 ns and data from the VTR can also be written to it ...

Page 608: ... _ Veetor _ I Interface RAM _ d Address _ Generator I 1 _ _ InterpOlatiOn ï_ VideORAM _q_ _Ç_SI_L _ US I A I A USDATA G Ç_ 1 1M Byte SEL to Post Process from MM BW _ Read Zoom VTR DATA G from DEC I T TLE I Mo EL _ I I SC BW EP4110 1 1 ...

Page 609: ...city Data SEL Switches between internal Velocity data 6 bit or external VTR data Green 6 bit Blue 2 bit Interpolation Performs calculations for 2 dimensions interpolation Video RAM 1M Byte This is display memory with the capacity for 4 screens worth 512 pixels x 512 pixels x 8 bits per screen Velocity data 6 bit are written to this Video RAM in the same display format as that of a TV screen And th...

Page 610: ...ixel x 512 pixel x 4 bits per screen Variance data 4 bit are written to this video RAM in the saine display format as a TV screen and are read out in sync with the TV s sync signal Read Zoom This is a circuit for executing a zoom operation Read Zoom after freeze SEL This selects between the normal image and a zoom image 4 116 ...

Page 611: ... RAM from MM BW SEL X 8 VT__ fO Post Process Read Zoom t_ VTR DATA I_ from I EC ï Interpolation î I Video RAM I 4 VAI DATA 4 j _ 512K Byte SEl _ _VAR DATA _ from MM BW ____ SEL Read Zoom to Post Process __ o VTR DATA _ _ fromDEC 4_ __ o _ _ TITLE _I _ MODEL _ _ _ c SC COL EP4111 1 1 ...

Page 612: ...e operation panel display or non display of BW data and Velocity Variance data is decided NEGA TBL SEL This is a table for displaying D only as Negative in B D display and the circuitry for selection of that type of display Palette Data Selector After seleeting deviee internal data and data from the DMS BW Velocity Variante the results are output to Palette RAM For display of data from DMS it is a...

Page 613: ...S Data Decoder This decodes palette data BW or Variante Veloc ity from the DMS and converts it to BW Velocity and Variante data DMS Data Encoder This converts BW Velocity and Varianee data to Palette data for the DMS DMS Data Selector This selects betrween output of Palette data or RGB data internal data or playback data from the VTR to the DMS Pre RGB Data Selector This selects whether device int...

Page 614: ..._ MAPING _ ADI _R G B _ CLUMP _ J USD UPD _ C_ _ _ SCALE _ _ PRIORITY___ PALETTE __ _ COL PIT q RAM _ aBARH_ CBARIt_ T CBARV_ iSYNC_ UCP VSYNC_ VCP RGB _ El _N SCP BUS CONT ITIMINGI TV I GEN 1 I DMS DATA J DMS DATA l i J DMS _ l_ _ __ _ 1DECODER ENCODER DATA w __ i SEL PLD ...

Page 615: ...ts composite or Y C signals te digital RGB signals 8 bit x 3 LPF This ineludes Nyquist filoers for 3 RGB ehannels prier te sampling A D This is an A D converter for conversion of analog RGB signals te digital RGB signals 8 bit x 3 The A D converoer clumps the lowest level and ïrom there the conversion voltage width can be set in the register When the conversion voltage width is full scale it is ca...

Page 616: ...VTR Sync Selector This selects whether a Sync signal is from the internal VFA TIMING board or from an externaI source Internal Sync signals CRB COMPS_ VSYNC_ EVEN__ are used for outputting calibration data externally Also part of the output from this Sync Selector PWRB_EVD_ EHRST_ EEVEN__ is used for control signals for writing external signals to the Scan Converter H Timing Generator V Timing Gen...

Page 617: ...B _o _ _o _ 8YNCIN I __ M_ I VID OEDATA JP SS P _ 2 _ o __ ls_L IDm EC T ICO_ 1 f S NCI N _Y _ _3 VID SYNC _ ERR i I SEL SEP _ DETECT IGZN8 ERR _DETECT _t_ N_SYNC _1_ I I FIM I CALIB___ _ ooM _ SEL GEN ____ËEA_N S CALIB z CRII VS NÇ I_ c _ v_ _ V TIM RAM GEN _ PWRB_E D PWRB_EI RST _ PLD PWIlB_EEVEN G Z TITLE _b_ IMODEL__ i DECODEFt EP4113 1 1 _ _ ...

Page 618: ...is a low pass filter with a cutoff frequency of 18 KHz for preventing SCF switching noise LPF 2 When Doppler PRF are low at 500 Hz and 1 KHz the SCF s switt hing ïrequency is low and the switching noise frequency is also low se LPF 2 with a eutoff frequency that is even lower than that of LPF1 is used te prevent noise frein getting mixed in Selector This selects whether te use the output frein LPF...

Page 619: ...MN2 0224 IR v 1 SECTION 4 Principle ofSystem Operation external VTR sound Buffer This is the buffet for audio This is output via the DIU motherboard to the TV monitor with speakers 4 125 ...

Page 620: ... __ VIDEO_IN M OR B _ I Y IN C IN V_ID_BSY _ B BSY M BSY RGB R OUT FUNCTIOI_ RGB G OUT IV ID ON OFF i_ RGB B OUT REC ON 3 _1 RGBïS_ NC OUT SPEÊD_25 SPEED_50 SPEED_t00 I COPY RG8 R IN PAPER EMPTY RGB G IN RGB_B_IN _ RGB SYNC IN RXD232CA TXD232CA LPF CK CTS232CA ï_ RTS232CA DACCK _ vcc E I_DAC D L I_ DAC Isw c p c _or 1 _l _ LPF 2 _ Adder I_ 2ch _ LPF iSCF R_OUTILPF 11 DOP AUDIO R _ACDR _I_ Seri D t...

Page 621: ...HPF L 50 Hz 6 dB oct HPF Ml 50 Hz 12 dB oct HPF M2 150Hz 24 dB oct Sel Filter PCG Selects a PCG filter in accordance with the register setting Filter PCG Emphasis This is a high pass filter for high frequency emphasis of PCG signals PULSE_LPF 100Hz 12dB This is a Nyquist filoer which takes into consideration the PULSE signal characteristics MPX This selects which physiological signal will undergo ...

Page 622: ...direction By using the outrent vertical address New VA and the just previous vertical address Prev VA when the amplitude is reduced in B M vertical display et and displayed linkage with physiological signals is improved in the output MM In Decode While in the Line mode physiological signals are extracted frein the US data output frein the MM BW board and the ECG PCG PMAX PMIN and PULSE signals are...

Page 623: ...ideo Generator Performs ECG signal interpolation ECG Marker Generator Generates the ECG sync mark PCG Video Generator This fills in the lines between the PCG MAX value and MIN value PLS Video Cenerator PWR OUT PLS This pc rforms PULSE signal interpolation t leart Mark Generator When the ECG s R wave cornes the heart mark v is displayed for 3 TV fields Together with this display the LED on the PCB ...

Page 624: ...T SCR OUT VFRAME_ VA Count p_ Va DISP MM In Decode EOç nn P Memory Gen iv ECG C o ECG Markerl PWR OUT o _W_S5 I LI C en I _ MARI PMAX nn 1 _ L_ PCG Video Iv __ i PWR OUT PMAXon P _ Memory T I PMINI nn T L J PM INl an P i _ Memory DISP ltFRAME _I ItAGen pl s nn l _ PWR OUT pl Cl an P _ M ory _ Gen P S WA Gen i _lHeartMarkGen T IlBMK R Wave i T _ M IR DIII R VAVE DETECI ECG BEEP ITITLE _I MODEL _ _ ...

Page 625: ... a triangular wave with an amplitude of approx 6 V pp and a generation cycle of approx 1 8 KHz Comparator Compares the ECG signal from the HUM filter and the triangular wave from the OSC and performs pulse width modulation Photo Coupler A photocoupler is used for the purpose of isolating the patient side sensor unit circuit and the equipment side circuit L P F Low Pass Filter Demodulates signais f...

Page 626: ...Compares signals from the H P F and from the OSC and modulates the pulse width Photo Coupler A photocoupler is used for the purpose ofisolating the patient side sensor unit circuit and the equipment side circuit L P F Demodulates signals from the photocoupler which have undergone pulse width modulation and converts them to analog signals Gain Offset Adj Adjusts the Offset voltage and amplitude of ...

Page 627: ...o I i PULSE H _ _4__ _ q H t _ H P F I Compare Photo Gain Puise AMP tor Couplerl I L P F I 1 Offset ADJ I Selector AMP PHI_PLS v o_ ToPHSC rn _ I q s i 5 p Do _ I F O C I Puise l_ Gain I 2 I J IOffset ADJ I Offset _ I I I _ i IOVF 4 DC DC I I I Converter I sv _ z I 10VF _ I _ I I rb o _ EP4 t5IO tan be used inst ead of EP t14800 TITLE__ I MODEL __ _0 4 I EP I t5101 is set and n nuf ctured so that ...

Page 628: ...a Photo L PF _ Gain I PHI PCG AMP tor Coupler Offset ADJ _ o t To PHSC I 5 i j osc I i I ___s_ _ _ _en___ __ H H _Se ec rH l __ _ _ AMP I Compara Photo L PF _ Gain I tor Coupler I IOffsetADJ I AMPj _ _ P _e _a r I _ ro so I I i o c i _ Offset j i DC IN I IOffsetADJ i i i I 10VF I DC DC I I Converter I sv I 10VF_ I I j EP445100 can not be used instead of EP414800 TITLE_b I MOI EL _ _ due to the sig...

Page 629: ...rlace Converter It makes the non interlace conversion on B W B mode image US DATA 6 bits sent from SC BW board Noise Eliminator This circuit reduces noise Border Detector It detects the boundary based on the value THRES set on the operation panel 1 Frame Memory 1 It store the previous frame image to gets the difference by comparing the current and previous frames in Difference Detector Dift erence...

Page 630: ...areas of Let t Venrricle in previous image and latest image and dete t _ a difference 3 Frame Memory The above serics of process takes the time as saine as three frames of B W ordinary image therefore there are three Frame memories to synchronize ordinary and kinetic images nterlace Converter Image after data process is converted into interlaced signal 4 136 ...

Page 631: ... for K I 11 W_ 1Frame iv I I Mer_ rY Difference I De ecto_ Rates Computation 121 M r _ I 11 to C_ N eucoi_eR ê p I K l l r _l Interlace i Kl_V D0 5 I 3 Frame Converter us DATA _S Memory 1 I KI u I 0 7 _ _ r _ z I I_ TITLE __ _ MODEL __ O K A SMA EP4386 1 1 _ _ _ _ 1 m_ l OltVL _ _ o ...

Page 632: ...a read from the Mass Memory the several signals issued by ULDR in normal operation is generate d by this circuit This cire uit exist in one FPGA MM ITF with Mass Memory Interface together Galc FPGA This is the calc ulator for BD mode and generates 3D data by calculating US data or CFM data CFM is not used This circuit is operated as two kinds of calculation method the Volume and the Rendering calc...

Page 633: ...MN2 0224 Rev 1 SECTION 4 Principle ofSystem Operation ï _ r é _ _ _ __ I _ __1 _ r2 oe F2 ila T é l _ _ _ _ _ 1 o oo oooo o o oo o o 4 139 ...

Page 634: ...e field of time delay Buffer memory for 1 line delay Line delay butTer This buffer memor store one line read in double data rate from the Time Conversion Line buffer and gives one line of delay Data proeess At the first half horizontal sean time the data from field delay butTer and line delay butter are read out as same as the latest data from Time conversion line butter then generates the skipped...

Page 635: ...n O Z RGB SOALE A Data process _ D A analog I Line Buffer for for Scan Speed 1 field delay I ConversBon T I Buffer memory I nl I or i Address 1line delay control HSYNC_ _ T _ I _ VSYNO_ Timing compSYNO generator E OE I_ _ __ _ IM ____ I __ UP CONV EP4413 1 1 _ 0 _ ...

Page 636: ...MN2 0224 Rev 1 SECTION 4 Principle of System Operation 4 5 40 Viewing Color TV monitor for Ver l 2 IPC 1511 15 inch color TV monitor for NTSC IPC 1511V 15 inch eolor TV monitor for PAL 4 142 ...

Page 637: ... 2 I H _ H V stabilizer H V outnut FBT G4 _ I I Rotation coil MAIN BOARD TM 0165 Rot atinn circuit R SKV tri POWg SUPPLY BOARD TB 0037 O V12 15V 7 _ ç_ __ Switching V24 28V _ HS 34V _ AC IN _r___l power supply _ 100Vvl50 147V _ _ _ I FAN Fin mm _ _ eoil _ AUDIO Lin a __ _ n __ua _i _u _ _P__K__ __ I j i i__ _ SPEAKER R TJTLE al t MODEk Fa O VOLUME_ _ I ViewingColor TV monitor IPC 1511 1 1 à m ____...

Page 638: ...AC100 120V and AC200 240V both interlac ed and non interlaeed scan signais and switc hes over automatically by CPU in TV monitor f The first 10 machines use IPC 1521 for AC100V 120V only or IPC 1521V for AC200 240V only Even if IPC 1521 and IPC 1521V accept both NTSC and PAL signais both interlaced and non interlaced scan signais and swit c hover automatieally 4 144 ...

Page 639: ...tion ri v I_v J I I 11lorizontal w Sync signal IN ync Proces_ lIorizontal I Deflection I _ oscillator I I 12 I _ lt V st abilizel RI T Control 251 V CPU BOARD t i_ TC 0098 I EFRECT BOARD TM 0183 m I _ a 1 _OW SUPPLY BOARD TB 0040 tZ 5V _ _ 3 _ _witching _ 15V _ A IN Power SUl ply _ 15V _ 30V _ 83V o _ z I 135 _ _ a PAN I ga uss il _ O _ AIJi I I I 1N _ SPEAKER L _ _ I IN _ __1Audit_r ireuil __ j _...

Page 640: ... r_s ite_customer side i l Confirmationl i Repair and Section 2 6 9 i i adjustment i i i ii 1 o_ eration check Section 8 i i i 1 i I No 9 i I i i 1 Check by customer i i Fillrepair report Repairagain i Approve bycustomer i I i 2 No i i Present repair report Show comments of the i i Dedè_ëcdt tvërpPr__rs_he i Ipr hibiti n t use n the I i i I equipment i i i i 1 Completion i Reporttocustomer END 3 2...

Page 641: ...tenance refer fo the following scellons or ask fo the Technical Support Section 4 PI_INCIPLE OF SYSTEM OPERATION Sec tion 5 SCHEMATICS Section 6 TROUBLESHOOTING Section 11 SERVICE INFORMATION The reported phenomenon may be the original problem on lhe equipment Because refer lo lhe Technical Bulletin separately issued to check il whether defecliveness or not If il has been reported as the original ...

Page 642: ...Proccdurc 5 Rcpair and rcadjustmcnt Repair the defective circuit with the brought parts For the repair work read the following section carefully Section 2 PI_ECAUTIONS And examine the trouble reason depending on the situation with following section Section 6 TROUBLESHOOTING The electrical or mechanical readjustment may be requested depending on the replaced parts Because refer to the following sec...

Page 643: ...eport with necessary item and present il according te the certain proccdure If the defective parts that trouble cause included is available te use again by repair make an ordcr te de If you cannot judge whether the part can be used again or net ask te the Technical Support Procedure 10 Judgment of possibility te repair again As the result of judgrnent on Procedure 7 if the trouble is net solved ju...

Page 644: ...ed fo refer ils detail shown from page 3 8 Furthermore thc Flow Chart and its explanation show the time when each section of service manual are required on upgrade work This is a guide for the usage of service manual The service manual is very important for the upgrade work especially readjustment and performance check ai ter completion of upgrade work This is to keep the safety and quality of equ...

Page 645: ...Operation check Section8 1 I i ii No i _ i t Do therepair work I I il i accordmg to _tem 3 1 I T i i 1 Up n ade Upgrade Procedure i I Upgrade Procedure l Operation check I Section 9 i Section 8 i i i Ii i No I Work asnormal i i i I I i Canrecover i 1 I Check by customer i No I i i Returnunnecessary Showcomments of the i parts andreportof i prohibition to use onthe upgrade i equipment il Completion...

Page 646: ...onlhe abcweinformalicm For lhe seleclion rcfcr fo the following document separately issued or ask fo lhe TechnicalSupport Technical Bulletin To confirm the detail of upgrade see the Upgrade Procedure attached with applied Technical Bulletin Depending on the upgrade hardware or software the other upgrade may be required Check il with the TechnicalBulletin Then confirm the delivery date of required ...

Page 647: ... side if not go fo Proccdure 10 Procedure 5 Upgrade work Do the upgrade work according fo the following document Upgrade Procedure atta hed with kit or Technical Bulletin Procedure 6 Operation check afler upgrade Check the system behavior lo keep ils condition as saine as before the upgrade reference with the following section Be sure to do according fo the description because check lieras are dep...

Page 648: ...required Proccdure 10 Work for the abnormal behavior of equipmcnt On the result ofjudgrnent in Procedure 4 if the equipment does not work normal solve the problem according to item 3 1 Repair work on the description of service rnanual shown in this section When the problem is solved return lo Procedure 5 of this item and continue fo do the upgrade work Procedure 11 Judgment of possibility to recov...

Page 649: ...mination to solve and order the additional parts Before the asking check the following points Name of kit or the issue number of Technical Bulletin showing the upgrade Model name number and scrial number Configuration of the connection of peripheral devices Software version or the like shown on the start up display Indication of equipment such as Upgrade or History Label Detail of phenomenon appea...

Page 650: ... selected Warning Display in Display Control of PRESET then selecting BTM 2 Measurement assistance message These refer to message used to assist you in measurement and error message They are displayed in the message area at the bottom of the screen while measurement is taking place While you are using the track ball or rotary switch during measurement 3 Assistance message When you use the keyboard...

Page 651: ...efully check every parl for Ioosening distortion and creak 4I Use cmly the specificd screws and nuis Using any olher screws and or nuis would affcct not only mechanical performance but also electrical performance of the equipment 2 6 Precautions for Keeping Chemicals Safety Whenever grease oil or other chemicals is used for maintenance service options and or peripheral devices be sure Io clean the...

Page 652: ... should touch infernal parts DANGER O The electric charge has remained in CRT aller the powcr switch is turned _ off Because the high voltage is usually used for CRT So make the electric charge escape with a grounding stick which is connected fo thc ground of the chassis and through the resistance for high voltage Approx 1M f2 before removing the anode cap Some electric charge remains in CRT aller...

Page 653: ...tterns 2 Peeling of chip devices resistor capacitor diode etc 31 Damage to a junction between electrode and intemal element of chip devices 4 Peeling of patlerns especially those for mounting the paris together with chip devices since those patterns are rather fragile compared with PCBs used before now and 5 Damage to parts on the reverse side in the case of PCBs of both side mounting type Also a ...

Page 654: ...e Be sure to follow working procedures if mentioned SECTION 3 BEFORE REPAIRING Gives information peculiar to the equipment and care to be taken before starting repair work SECTION 4 PRINCIPLE OF SYSTEM OPERATION Describes Specification of System Principle of System System Block Diagram PCB Block diagram the explanation of each PCB Block Diagrarn and Signal List Gives the convenience of grasping fl...

Page 655: ...Replaced 6 40 6 42 Replaced 6 45 6 46 _R_tace_t 6 _4_8 6 49 Replaced 6 55 6 72 Replaced 6 76 6 77 Added 6 77 1 6 77 4 Replaced 6 78 6 80 Added 6 80 1 6 80 4 Replaced 6 81 6 94 Added 6 94 1 6 94 8 Replaced 6 95 6 152 Deleted 6 1531 6 154 I I l Section 7 7 4 2 EP409000 Beam Processor Added 7 3 7 4 Adjust the vertical lines on B W image I I Section 8 PERFORMANCE CHECK Replaced 8 5 Replaced 8 9 8 12 R...

Page 656: ...500 SERVICE MANUAL ALOKA CO LTD Hcad Quater 6 22 1 Mure Mitaka Shi Tokyo Japan Issued by TOKYO WORKS ME Service Center 3 7 19 Imai Ome Shi Tokyo Japan Telephone 81 428 32 3720 Facsimile 81 428 32 3155 FILE 2 ...

Page 657: ...controls Dual Dynamic Display B and B Flow phased array sector only simultaneous real time display Contrast 16 steps AGC Suppression of brightness saturation Request function In multi display mode it is possible 16 steps to select one mode for full screen display Relief 4 selections Off 3 levels Frame correlation Continuously variable Beamformer Horizontal smoothing 3 selections Off 2 levels 12 bi...

Page 658: ...ectable lineshift Color coding Base line shift Available up to double velocity Abdomen 5 selections Steerable CW Doppler Possible on phased array PV 5 selections sectorprobes Cardiology 6 selections Steered linear scanning Possible on selected Variance 1 kind linear probes PowerFIow 5 selections Max ___30 degrees 1 or 5 degrees step P0werFlow changeable Gradation 32levels Probe dependent Color cod...

Page 659: ... and or color Heart rate Data attendant to the image Automatically Doppler auto trace Possible on frozen image transferred from SSD 5500 main unit Patient information Study information Display Others mode Scale factor Baseline position Stenotic rate ratio Look up table for color ECG synchronized image acquisition Possible I Cardiac analysis Measurements on SSD 5500 are possible including Left vent...

Page 660: ...ith non reflection multi layer filter Post measurement on VCR playback image Tilt swivel height adjustment are possible Available with auto and manual calibration Video Input Output for VCR Composite RGB and Y C separated signais 1 Cine memory channel each Memory capacity Safety Regulation Cine memory B mode Complies with IEC 601 1 Class 1 Type BF Max 256 images Environmental Requirements Ioop dis...

Page 661: ...s Ultrasound frequencies 3 0 3 75 5 0 6 0 7 5 MHz Scanning angle 60 deg VCR Video Cassette Recorder Radius of curvature 60 mmR SVO 9500MDP4 PAL Optional biopsy adapter MP 2473 applicable SVO 9500MD4 NTSC needlesize Gll G22 Sony Color printer Electronic linear probe UP 2850P PAL 220 240V for EU member U T 5539 7 5 countries Application Small parts and peripheral vascular UP 2950MD NTSC PAL 120V 220...

Page 662: ...tand off etc mm Biopsy UST 5045P 3 5 2 5 3 0 3 75 5 0 6 0 80 Steered linear probe UST 5524 7 5 5 0 6 0 7 5 10 0 42 Stand off for peripheralvessels EchocouplerECM 12 Fiat Echo coupler ECM 13 Angled Flexible laparoscopic UST 5536 7 5 5 0 6 0 7 5 10 0 38 Trocar 12 mm inner diameter probe SURGIPORT Intraoperative UST 579T 7 5 5 0 6 0 7 5 10 0 60 Biopsy adapter MP 2448 wide scanning width Intraoperativ...

Page 663: ...n the country Plea_econtact your local ALOKA distributors fordetails ProSoundTM isa trademark ofALOKA CO LTD ALOKA CO LTD 6 22 1 Mure Mitaka shi Tokyo 181 8622 3apan Telephone 81 422 45 6049 Facsimile 81 422 45 4058 Telex 02822 344 Cable Address ALOKA MITAKA URL http www aloka co jp Drint _rl in Imnmn QR r_ ...

Page 664: ...le d opération Adaptateur Siemens SDL 8 X7 T ECG 1 mV V V 0 1 _ Pression 100 mmHg V R 2 B Masse 3 Versl adaptateur Y VersMoniteur 1281 Adaptateur Y T T __o_o I oO_1 I m m 0 0 Datascope Versadaptateur Siemens XLRf Défibrillateur ...

Page 665: ...SERVICE MANUAL PRO SOUND SSD 5500 1 2 English Edition Document Number MN2 0224 Document Revision _ 1 Copyright ALOKA CO LTD _ J FILE 1 ...

Page 666: ...ards to Serviceman 2 1 2 4 PrecautionsforKeepingElectricalSafety 2 2 2 5 Precautions for Keeping Mechanical Safety 2 2 2 6 Precautionsfor Keeping ChemicalsSafety 2 2 2 7 Preparation to be Made at Service Center 2 2 2 8 Careto beTakenintheField 2 3 2 9 Precautionfor Monitorrepairing 2 3 2 10Handling ofS M D PCBs 2 4 Section 3 BEFORE REPAIRING page 3 1 3 14 14 pages 3 1 Repair work on the descriptio...

Page 667: ...Processor 4 67 4 5 13 DBFControl 4 70 4 5 14 SDP 4 73 4 5 15 CFP 4 76 4 5 16 CFI for Ver l a Ver 2 50 4 78 4 5 17 CFI for Ver 2 51 4 80 4 5 18 HVSModule 4 82 4 5 19 PreAMP2 STCW 4 84 4 5 20 TxFilter 4 86 4 5 21 CPU 4 88 4 5 22 VFAJTIMING 4 92 4 5 23 ULDRP forVer l_2 4 95 4 5 24 ULDRL forVer l 2 4 98 4 5 25 ULDR for Ver 3 4 101 4 5 26 MMBW forVer l 2 4 104 4 5 27 MMBW forVer 3 4 106 4 5 28 MMCOL fo...

Page 668: ...of SSD 5500 SERVICE MANUAL 2 2 Section 6 TROUBLE SHOOTING Section 7 ADJUSTMENT PROCEDURE Section 8 PERFORMANCE CHECK Section 9 DISASSEMBLING PROCEDURE Section 10 PARTS LIST Section 11 SERVICE INFORMATION Appendix SSD 5500 SERVICE MANUAL Appendix 5 6 ...

Page 669: ... 505 5 32 CABLE701 702 710 711 712 5 36 CABLE 801 805 5 41 Foot SWPCB EP4261 5 43 VIDEO I O EP4149 5 44 GEU 70 MotherBoard DBF Mother EP4090 5 47 UIM 506MotherBoard DIUMother EP4117 5 57 Power supply unit PSU S5500 5 67 Relay circuit EP4130 5 68 Power circuit 1 EP4131 5 69 Power circuit 2 EP4132 5 71 Outputconnector circuit EP4133 5 72 Input unit JB 233 for AC100V JB 234 for AC200V 5 75 AC outlet ...

Page 670: ... 3 PSU S5500B 5 109 High Voltage P C B 1 EP4395 5 110 HighVoltage P C B 2 EP4407 5 112 Power Circuit 1 EP4416 5 113 Output Connector EP4417 5 114 Viewing Color IV monitor for Ver 3 IPC 1521 IPC 1521V IPC 1521B FRAME CONNECTION 5 115 Power Supply Board 5 116 CPU Board 5 118 Deflection Board 5 125 VIDEO AMP CIRCUIT 5 128 NECK BOARD CIRCUIT 5 131 Panel Board 5 132 CBL 312 311 5 133 CBL 803 802 5 134 ...

Page 671: ...EP4389 Tx module 1 EP4453 Tx module 2 EP4454 Tx module 3 EP4455 Tx module 4 EP4456 DBF Mother EP4090 EP4655 Tx Trigger EP4388 Analog Interface EP4373 Beam Former EP4093 EP4093 EP4579 Beam Processor EP4094 EP4661 DBF Control EP4095 EP4733 SDP EP4125 EP4526 EP4662 CFP EP4126 EP4527 EP4663 CFI EP4377 EP4528 EP4664 HVS Module EP4060 Pre AMP 2 STCW EP4064 Tx Filter EP4335 CPU EP4104 EP4649 VFA TIMING E...

Page 672: ...This document was created with Win2PDF available at http www daneprairie com The unregistered version of Win2PDF is for evaluation or non commercial use only ...

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