Fukuda Denshi HC-530 Service Manual Download Page 97

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Parts Lists

Parts No.

Location

Description

Q’ty

1T6285 L

SN-3-200

1B0580 C

UPV1V560MGH

56uF/35V

1B8424 C

13,16,18

16SL15M

15uF/16V

1B8430 C

14,128

10SL22M

22uF/10V

●

9G6462

6619 SMD

HC-530 674-14809

Parts No.

Location

Description

Q’ty

1A4903

60,74,75

RK73H1J TD 100 F

100

1A4888

38,40

RK73H1J TD 200 F

200

1A4891

1,9,94

RK73H1J TD 510 F

510

1A4969

67,105

RK73H1J TD 1.5k F

1.5k

1A5073

RK73H1J TD 2.74k F

2.74k

1A4896

RK73H1J TD 3.0k F

3.0k

1A4944

RK73H1J TD 4.7k F

4.7k

1A4945

13,66

RK73H1J TD 5.6k F

5.6k

1A5075

RK73H1J TD 7.68k F

7.68k

1A5025

RK73H1J TD 11k F

11k

1A4956

RK73H1J TD 18k F

18k

1A4957

102

RK73H1J TD 20k F

20k

1A4909

12,59,62

RK73H1J TD 22k F

22k

1A5000

RK73H1J TD 27k F

27k

1A4910

RK73H1J TD 33k F

33k

1A4912

20,88

RK73H1J TD 51k F

51k

1A4982

RK73H1J TD 105k F

105k

1A4983

103

RK73H1J TD 232k F

232k

1A4936

RK73H1J TD 1M F

1A9427 R

3,4,5,6,7,8,17,35,37,58,61,
80,83

RN73C2A TD 1.0k B

1.0k

1A6045

RN73F2A TD 2.87k B

2.87k

1A9373

RN73F2A TD 4.87k B

4.87k

1A6051

29,54

RN73F2A TD 5.1k D

5.1k

1A6062

RN73F2A TD 6.8k B

6.8k

1A6072

RN73F2A TD 7.15k B

7.15k

1A6011 R

2,26,27,36,52,68,76,77,79,
82

RN73F2A TD 10k D

10k

1A6046

RN73F2A TD 14.7k B

14.7k

1A9380

32,33,50,53

RN73F2A TD 16k B

16k

1A6034

RN73F2A TD 30k B

30k

1A6047

RN73F2A TD 32.4k B

32.4k

1A6040

RN73F2A TD 49.9k D

49.9k

1A9387

RN73F2A TD 75k B

75k

1A9398 R

10,11,28,56,70,71,96,99,
100

RN73F2A TD 100k B

100k

1B1586 C

ECST1VY474R

0.47uF/35V

1B1703 C

76,80,90

ECST1CY225

2.2uF/16V

1B0206 C

70,71,73,75,79,82,85 UUV1C100MFR

10uF/16V

1B5509 C

GRM39CH220J50

22pF 1

1B5524A C

3,6,19,20,32,33,48

GRM39CH101J50

100pF 7

1B5543 C

1,17,22,34,47,51,58,67,68

GRM39B102J50

0.001uF

1B5461 C

5,21,36

GRM39B103K50

0.01uF 3

9 - 11

Summary of Contents for HC-530

Page 1: ...H HJ J 5 50 00 0 H HC C 5 53 30 0 Module Service Manual Before setting up maintenance please read this service manual carefully Keep this manual where it can be always referred to ...

Page 2: ...Copyright 2006 by Fukuda Denshi Co Ltd No part of this document may be copied or transmitted in any form without the prior written permission of Fukuda Denshi Co Ltd Printed in Japan ...

Page 3: ...this message may cause injury to the patient or operator or may cause damage to the equipment NOTE A note is not related to product safety A note provides information about the proper use and operating methods to prevent incorrect operation and trouble with the unit Symbol Symbol Description This symbol on the unit indicates that some hazard might be present Relevant information is supplied in thi...

Page 4: ...he accessory ground cable and connect it to the ground terminal Pay special attention when the device is used in conjunction with other equipment Ensure any patient connections are connected properly and securely During operation of the system verify the following items The system and patient should be continuously monitored to ensure safe and proper operation If a malfunction occurs adequate meas...

Page 5: ...k or some dangerous consequence may result to patient and operator To avoid the risk of explosion do not use in the presence of combustible of flammable material such as flammable anesthetic gas hydrogen Explosion or fire may result When using multiple devices together make sure they are properly grounded to achieve an equipotential ground Electric shock may result if proper grounding is not obser...

Page 6: ...ack of pattern recognition which may cause an error in the detection Final decision should be made by the physician Cable connection of analog signal output should be performed only by trained personnel Electric shock hazard may occur to the user or a malfunction of the device may occur Analog signal of this device is output in delayed time The delay time of the waveform and QRS synchronized signa...

Page 7: ...galvanic isolation will not function Electric shock may occur even if the equipment is grounded If the power cables for several equipments are connected to the same outlet the leakage current will increase and may cause hazardous condition to the patient 12ECG RESP Monitoring When using the HJ 500 and the HS 500 simultaneously the measurements by the HJ 500 will be given priority Waveforms and mea...

Page 8: ...rm its function fully and may result in skin burns Improper cleaning of the electrodes adversely affects the calibration value Electrodes need to be calibrated Perform calibration correctly Set the calibrated value temperature of electrodes and monitoring time on the monitor in advance For the setting procedure refer to the operation manual for the patient monitor If electrodes are not removed fro...

Page 9: ...nsure that the unit shows no signs of damage Immediate maintenance has to be carried out If the instrument was subject to extreme mechanical stress e g after a heavy fall If the instrument was subject to spill of liquids If the function of the instrument seems to be interrupted or disturbed If parts of the enclosure of the instrument are cracked removed or lost If any connector or cord shows signs...

Page 10: ...the following manner Cleaning Rub the unit with a cleaning cloth moistened with water to which an ordinary household cleaning agent can be added if necessary Never use ether or benzene Disinfection Thoroughly spray the cabinet with 5 Cidex or a similar product viii ...

Page 11: ...veforms may be copied onto each other Repairs and Modifications As a manufacturer of electromedical instruments we FUKUDA DENSHI can only assume responsibility for the safety features of the instrument in those cases in which maintenance repairs and modifications have been carried out by us or agencies expressly authorized by us and in which components affecting the safety of the instrument have b...

Page 12: ...CAUTION Federal law restricts this device to sale by or on the order of a physician This page is only for the USA x ...

Page 13: ...al Accessories 3 1 HJ 500 3 1 HC 530 3 1 Chapter 4 Preparation 4 1 Connection to the Main Monitor 4 1 Installation into the Input Box 4 2 Removal from the Input Box 4 2 Precaution about the HJ 500 4 3 Chapter 5 Maintenance 5 1 Cautions 5 1 After using the Equipment 5 1 Cleaning 5 1 Storage 5 1 Maintenance Check 5 1 Cleaning 5 2 Maintenance for Transcutaneous Electrode HC 530 5 2 Maintenance Check ...

Page 14: ...ctrode Error Processing HC 530 8 18 Chapter 9 Parts Lists 9 1 HJ 500 9 1 HC 530 9 9 Chapter 10 Circuit Diagrams 10 1 HJ 500 10 1 HJAMP 10 1 HJRESP 10 12 HJCPU 10 20 HJPWR 10 31 HC 530 10 35 IF Board PCB 6597 523 2184 10 35 TCP Board PCB 6619 523 2233 10 46 Chapter 11 Assembly Diagram 11 1 HJ 500 11 1 HJAMP 11 1 HJRESP 11 4 HJCPU 11 7 HJPWR 11 10 HC 530 11 13 IF Board PCB 6597 434 5394 11 13 TCP Bo...

Page 15: ...er Board Assembly 13 8 Fan Cable Assembly 434 5528 13 9 Analog Out Connector Cable Assembly 324 4208 13 10 PWB Assembly 424 4246 13 11 General Assembly 1 423 4375 13 12 General Assembly 2 424 4376 13 13 General Assembly 3 423 4377 13 14 HC 530 13 15 Input Connector Cable Assembly 434 5505 13 15 Micro Switch Cable Assembly 434 5506 13 16 General Assembly 1 423 4379 13 17 General Assembly 2 424 4380...

Page 16: ...xiv Blank Page ...

Page 17: ...Chapter Introduction Features 1 1 ...

Page 18: ......

Page 19: ...erformed on the monitor to which the HC 530 is connected Features HJ 500 Monitoring Parameters 12 Lead ECG Impedance Respiration Includes built in analog signal output connector 12 lead waveform can be recorded on the AU 5500N 8 Channel Recorder connected to the network Utilizes a low noise high performance 10 lead patient cable Separate lead cable sets can be used for the chest and limbs Dependin...

Page 20: ...ber or in the presence of flammable anesthetic gas HJ 500 Electrosurgical knives can not be used simultaneously with the HJ 500 When using the electrosurgical knives disconnect the cables from the HJ 500 High radio frequency energy generated by electrosurgical knives may cause a burn injury at the electrode sites or may cause damage to the device There is also a danger of electric shock When using...

Page 21: ...Chapter Controls and Functions HJ 500 2 1 Front View 2 1 Rear View 2 2 HC 530 2 3 Front View 2 3 Rear View 2 4 ...

Page 22: ......

Page 23: ...ut Connector 1 ECG Input Connector Connects the ECG patient cable 2 Analog Output Connector Outputs ECG and QRS synchronized pulse 3 Display 12 Lead Display Key Pressing this key will show the 12 lead display on the main monitor 4 Start Reserved Key For future use in expanded function 5 Reserved Indicator For future use in expanded function 2 1 ...

Page 24: ...Chapter 2 Rear View 6 Input Output Connector 6 Input Output Connector Connects to the input box 2 2 ...

Page 25: ... LED Lamp is ON when calibration is completed and ready for the measurement 3 Calibration LED Ready for calibration Lamp is flashing During calibration Lamp is ON 4 pO2 pCO2 Input connector Connector for the pO2 pCO2 electrode 5 Electrode Socket Connect the electrode when performing calibration Use when connecting the nylon calibration tube to the pipe stub on the TCC3 Calibration Unit 2 3 ...

Page 26: ...Chapter 2 2 4 Rear View 6 Input Output Connector 6 Input Output Connector Connects to the input box ...

Page 27: ...Chapter Accessories Accessories 3 1 HJ 500 3 1 HC 530 3 1 Optional Accessories 3 1 HJ 500 3 1 HC 530 3 1 ...

Page 28: ......

Page 29: ...than USA 3499 3464 11 for USA only Chest Lead Cable 3380 0623 11 for other than USA 3380 0673 11 for USA only Limb Lead Cable 3380 0612 17 for other than USA 3380 0661 15 for USA only Interface Cable CJ 285 HC 530 Combined tcpO2 pCO2 Electrode E5280 Membraning Kit D280 Fixation Kit D282 Calibration Unit TCC3 Calibration Gas 20 9 O2 5 CO2 CAUTION Use only the accessories specified for this equipmen...

Page 30: ...Chapter 3 3 2 Blank Page ...

Page 31: ...Chapter Preparation Connection to the Main Monitor 4 1 Installation into the Input Box 4 2 Removal from the Input Box 4 2 Precaution about the HJ 500 4 3 ...

Page 32: ......

Page 33: ... section of this manual Connection to the Main Monitor The HJ 500 HC 530 is used by inserting into the input box connected to the main monitor Any 2 slots of the input box can be used for the HJ 500 For each patient monitor only one HJ 500 HC 530 can be used 1 DS 5300 main monitor 4 CJ 581 Input box cable 2 Input box 3 Parameter modules Example for the use with the DS 5300 4 1 ...

Page 34: ...ound is heard This indicates that it has locked into place Removal from the Input Box 1 Press the release button on the input box to release the module lock 2 Pull out the HJ 500 HC 530 slightly until it stops 3 Push back in until a lock release sound is heard and then pull it out completely Remove as shown in steps 1 2 3 Release button Release button 4 2 ...

Page 35: ... the preset menu If this is set to OFF the HJ 500 can not be recognized In addition please note that two other parameters should be set to OFF in order to set the HJ 500 to ON These two parameters can not be monitored when using the HJ 500 For procedures please refer to the DS 5300 Operation Manual 19 System Configuration z Pre Set Function l HJ 500 Unused Parameters 4 3 ...

Page 36: ...Chapter 4 4 4 Blank Page ...

Page 37: ...ance Cautions 5 1 After Using the Equipment 5 1 Cleaning 5 1 Storage 5 1 Maintenance Check 5 1 Cleaning 5 2 Maintenance for transcutaneous Electrode HC 530 5 2 Maintenance Check 5 2 Daily Check 5 3 Periodic Check 5 3 ...

Page 38: ......

Page 39: ...ter or detergent Only neutral detergent should be used to clean the cabinet Do not use chemical cloth scrub brush abrasive polishing powder hot water volatile solvent and chemicals such as cleanser thinner benzene synthetic detergent for house and furniture or a sharp edged tool The surface resin coating may be damaged resulting in discoloration scratches and may cause other problems Storage Store...

Page 40: ...ation Soak the patient cable in active giardhyde e g CIDEX 2 3 solution Do not soak the electrode connector Do not sterilize the device using autoclave and ethylene oxide methods Storage Place the electrode into the protection cap filled with a small amount of electrolyte Maintenance Check The following are the maintenance items that must be carried out for the HJ 500 HC 530 For maintaining safe a...

Page 41: ...A periodic check of medical electronic equipment is mandatory to prevent failures and accidents and to ensure safety and reliability Periodic maintenance may be performed by each medical institution or by a third party by concluding a Maintenance Contract For further details please contact Fukuda Denshi 5 3 ...

Page 42: ...nstalled in a place free from any adverse environmental effect It should satisfy the required condition of pressure temperature and humidity It should be placed away from splashing water OK NG ECG waveform is properly displayed by connecting the lead cable and relay cable OK NG Function Turn on the monitor and check that it functions properly 12 Lead Display should appear when the Display key is p...

Page 43: ...place free from any adverse environmental effect The installation satisfies the specifications for atmospheric pressure temperature humidity etc The installation place is away from splashing water OK NG Prepare for calibration Pressing the CAL key starts calibration OK NG Function Turn on the power and check to make sure operation is normal While Ready LED is ON monitoring can be started when the ...

Page 44: ...Monitor 2 mode OK NG 3 Sensitivity of Analog ECG Signal The accuracy must be within 10 at 1V mV OK NG 4 QRS Synchronized Signal Must be output of TTL Level OK NG Function 5 Sensitivity Respiration The accuracy must be within 20 at 1mm Ω OK NG Safety Check 1 Enclosure Leakage Current N C Less than 0 1mA OK NG 2 Enclosure Leakage Current S F C Less than 0 5mA OK NG 3 Patient Leakage Current I N C Le...

Page 45: ...erformed by pressing the CAL key on the HC 530 OK NG 3 Electrode Attachment Time After calibration remove the electrode from the socket and set the electrode site time to 30 min SITE TIME OVER must be displayed when 30 minutes have elapsed OK NG 4 Electrode Heating Control The accuracy must be within 0 1 C OK NG Function 5 Cable Detection The data must disappear when the cable is unplugged OK NG S...

Page 46: ...Chapter 5 5 8 Blank Page ...

Page 47: ...Chapter Troubleshooting 12ECG RESP HJ 500 6 1 TcpO2 pCO2 HC 530 6 4 ...

Page 48: ......

Page 49: ...sage is displayed Cause 5 or 10 lead cable is set for the lead cable type Solution On the DS 5300 set the HJ 500 3LEAD to ON in the ECG configuration menu CAUTION When selecting 10 or 5 lead cable again set the HJ 500 3LEAD to OFF Otherwise waveforms for 10 or 5 lead cable can not be monitored Chest lead is not displayed when 5 10 lead is connected Problem On the 12 lead display ECG waveform is di...

Page 50: ...ing automatic QRS detection the threshold level can be reduced if the waveform size is increased on the patient monitor CAUTION Manual QRS detection is effective for low amplitude but erroneous detection is likely to occur in presence of excessive artifacts It is recommended to relocate the electrodes and increase the amplitude instead Problem LEAD OFF is displayed Cause Electrodes have fallen off...

Page 51: ...iration waveform is below the range of the automatic respiration detection threshold Solution Change the electrode position or adjust the threshold level on the manual respiration detection For automatic detection the threshold level can be lowered by increasing the waveform size on the patient monitor CAUTION Manual QRS detection is effective for low amplitude but erroneous detection is likely to...

Page 52: ... 581 replace if necessary Numeric values are not displayed Cause On the DS 5300 HC 530 is set to OFF for the MODULE CONFIG in the preset menu Solution Set HJ 500 to ON for the MODULE CONFIG in the preset menu of the DS 5300 For procedures refer to the operation manual for the DS 5300 Readings drift constantly without any physiological causes when electrodes are applied to the patient Cause Imprope...

Page 53: ...ter pO2 or pCO2 has been rejected in calibration Solution Continue as a single parameter electrode Check calibration values and gas supply Re membrane and change electrode WARM UP ERROR is displayed Cause 1 The electrode has not reached the preset temperature within 3 minutes Solution Recalibrate If the monitor still rejects the electrode replace it with a new one Cause 2 Defective electrode Solut...

Page 54: ...membrane Cause 4 Poor supply of calibration gas Solution Check the gas source and connection Cause 5 Defective electrode Solution Replace the electrode MEMBRANE ERROR is displayed Cause After the calibration no change in CO2 signal is detected when the electrode is removed from the socket Solution Recalibrate Change electrode POWER ERROR is displayed Cause 1 Power consumption of the electrode has ...

Page 55: ...d Cause Defective module Solution Inform service TEMP DIFF ERROR is displayed Cause Defective electrode Solution Replace the electrode The red lamp flashes and the unit beeps Cause Low batteries Solution Calibration can still be carried out Replace the batteries The red lamp is lit for 3 seconds and the unit beeps Cause Batteries are exhausted Solution Change batteries No light when the button is ...

Page 56: ...Chapter 6 6 8 Blank Page ...

Page 57: ...Chapter Specifications ...

Page 58: ......

Page 59: ...w condensation Storage Temperature 10 60 Storage Humidity 10 95 at 60 Safety Standards JIS T 1001 General Requirements for Safety of Medical Electrical Equipment IEC60601 1 Medical Electrical Equipment Part 1 General Requirements for Safety Electrical Shock Protection ClassⅠ Type CF in combination of DS 5300 and IB 5006 Input Box Interface Connection CJ 581 Exclusive Cable Communication Baud Rate ...

Page 60: ...or to flash memory ECG HJ 500 Input Impedance above 10MW Polarization Voltage 300mV HR Measurement Range 12 300bpm Adult Child 30 300bpm Neonate Lead Selections 12 leads 10 electrodes I II III aVR aVL aVF V1 V2 V3 V4 V5 V6 7 leads 5 electrodes I II III aVR aVL aVF V Frequency Characteristics 0 05 100Hz 0 05 40Hz 0 5 40Hz Respiration HJ 500 Measurement Method Impedance Method Maximum Input above 3W...

Page 61: ...n Voltage 680mV Monitor pCO2 Channel HC 530 Measurement Range 5 200mmHg 0 7 26kPa Precision 2mmHg 0 3kPa 5 100mmHg except electrode Electrode Heat HC 530 Range 0 650mW Accuracy 10 of reading Electrode Temperature HC 530 Setting 37 0 C 41 0 C 45 0 C 0 5 C intervals Accuracy 0 1 C Wearing Time Range 30 minutes 8 hours 30 minutes intervals 7 3 ...

Page 62: ...Chapter 7 7 4 Blank Page ...

Page 63: ...tion 8 6 HJAMP Theory of Operation 8 7 HJRESP Theory of Operation 8 8 HJCPU Theory of Operation 8 9 HJPWR Theory of Operation 8 11 BLOCK DIAGRM HC 530 8 12 Circuit Description HC 530 8 13 HJ 500Theory of Operation 8 13 PCB 6619 TCP Board 8 14 PCB 6597 I F Board 8 16 Electrode Error Processing HC 530 8 18 ...

Page 64: ......

Page 65: ...Chapter 8 Circuit Description BLOCK DIAGRAM HJ 500 HJ 500 Fan Output Patient IB 5006 Power Board HJPWR CPU Board HJCPU RESP Board HJRESP ECG Board HJAMP 8 1 ...

Page 66: ... Fc 40 or 100Hz AMP Time constant select R 3 6MΩ or R 330kΩ Filter select ECG1 9 Pace pulse cut Pace pulse detect Differential AMP HJRESP Patient Note The above circuit is provided for each of nine leads I II III V1 V2 V3 V4 V5 and V6 8 2 ...

Page 67: ...escription HJRESP Driver Multi plexers Differential AMP HJAMP A D conv HJCPU AMP Time constant AMP AMP LPF Optocuplers AMP Pace Pulse detecter Isolation Transformer Output 8V 5V 8V 8V ECG1 9 Pace Pulse ECG2 8 3 ...

Page 68: ...Chapter 8 HJCPU HJPWR SCA Fan Control Serial Parallel Output port Input port CPU with Flash Flash Memory DRAM SRAM PLD Fan HJRESP Sampling data 8 4 ...

Page 69: ...Circuit Description HJPWR IB 5006 Trans Control 24V Transformers Optocuplers HJCPU 8V 5V 8V Regulator Tx Rx lines Isolation 8 5 ...

Page 70: ...e module performs numeric measurements of the measured parameters The CPU in the HJ 500 performs the following processes Measurement of heart rate and respiration Processing of augmented vector waveforms aVR aVL and aVF leads Processing of 12 lead ST measurement results and average ST waveform Detection of disconnected electrodes LED illumination The monitor performs the following processes Alarm ...

Page 71: ...g pulse is detected in the waveform that has passed the differential amplifiers it is suppressed for 10 ms HJAMP Circuit Diagram Page 5 This circuit includes the differential amplifiers for leads V4 V5 and V6 The amplification factor is 5 If a pacing pulse is detected in the waveform that has passed the differential amplifiers it is suppressed for 10 ms HJAMP Circuit Diagram Page 6 This circuit am...

Page 72: ...ion factor is 80 The detection range is 200 mV HJRESP Circuit Diagram Page 4 This is an MPX circuit for A D switching The AD_MPX0 to AD_MPX3 signals are set as follows 0h I 1h II 2h III 3h V1 4h V2 5h V3 6h V4 7h V5 8h V6 9h RESP Ah Disconnected electrode HJRESP Circuit Diagram Page 5 This circuit consists of an LTC1418CS A D converter The LTC1418CS is a 14 bit A D converter The resolution is 3 12...

Page 73: ... and 100 Hz low HPF005H Switches between time constants 3 2 s high and 330 ms low PACE_OFF1 2 Disables detection of a pacing pulse when high RSYNC An external output of RSYNC negative logic output with a width of 100 ms WDTINL Turns off WDT Not used at present WDTCLK A clock input to WDT Turned on every 500 ms to output a trigger signal DIPSW 1 Application debugging mode switching ON Debugging OFF...

Page 74: ...it uses an ispLSI2064LT100 PLD device as the SCA interface control and I O circuit IO INST1 to 9 Installs ECG when low RESPINST Installs RESP when low LD_CNT0 3 Switch between electrodes subject to detection of disconnect 0h RA 1h LA 2h LF 3h C1 4h C2 5h C3 6h C4 7h C5 8h C6 LEAD_SEL0 1 Switch between leads according to the number of electrodes 0h 3 electrode lead III 1h 3 electrode lead II 2h 3 e...

Page 75: ...wer supply and isolation circuits HJPWR Circuit Diagram Page 1 This circuit isolates the IB 5006 signals from HDLC communication signals CN702 is an interface connector for the IB 5006 CN701 is an interface connector for the HJCPU HJPWR Circuit Diagram Page 2 This is the primary side switching circuit for the power supply circuit The dielectric strength for isolation is 4 kV HJPWR Circuit Diagram ...

Page 76: ...mers 8V 8V 5V REGULATOR Gate array SERIAL PARALLEL Select signal Input port CPU SCA SRAM FLASH ROM OUTPUT PORT MPX A D conv tcpO2 tcpCO2 THERM1 THERM2 heat current limiter heat current detector electrode temp detector heat voltage source D A conv HEAT 9V REGULATOR SW LED PCB 6619 8 12 ...

Page 77: ... performs the following processes Measurement and calculation of pO2 and pCO2 Measurement of the temperature and power consumption of electrodes Measurement of the time during which electrodes are put on the patient Electrode error detection and processing Electrode heating control Electrode calibration Detection of disconnected probes The monitor performs the following process Alarm issue stop Co...

Page 78: ...ectrode polarization voltage 680mV 3 Therm2 Electrode temperature for safety circuit 0 1 T 10 5 57 4 GND Ground for A D adjustment 0V 5 therm1 Electrode temperature for heater control 0 5 T 37 36 5 47 0 6 Vheat Heater voltage 0 3 VLOAD 20ILOAD 11 8 14 7V 7 Iheat Heater current 20ILOAD 0 53mA This circuit then converts the multiplexed signal to digital signals using the 16 bit A D converter IC16 Th...

Page 79: ...ting controller uses the signal HEAT_EN sent from the OUT PORT1 pin of the I F board When the HEAT_EN signal goes low the FPGA IC6 and its peripheral circuit turn on the power switch Q6 for the electrodes so the electrodes are powered and heated This circuit incorporates a heating watchdog timer The timer IC IC5 sends 208 ms signals to the counter consisting of FPGA and the counter counts the sign...

Page 80: ...heater 0 Enable DAC access PB4 OUTPORT2 1 Disable DAC access PB5 OUTPORT3 N A PB6 OUTPORT4 N A PB7 OUTPORT5 N A I O ports PC4 PC7 are for DIP SW functions The DIP SW is used for FLASH memory boot software programming If the four switches are turned on the system performs mandatory installation of boot application software 2 SCA The SCA is a Serial Communication Controller IC with a two channel ser...

Page 81: ...apacitor thermistor 7 Gate Array The gate array contains the following functions Output chip select signal for peripheral devices Create the clock for peripheral devices A D converter control A D data serial to parallel control 8 channel Input port as outlined in the table below bit Input value description 0 Combined electrode 7 INPORT4 1 pO2 electrode 0 Heating operation error 6 INPORT3 1 Normal ...

Page 82: ...des TEMP ERROR HARD This error occurs when the overheat limiter hardware detects overheating and the INPORT2 signal goes low This error may occur in a state other than the standby state or error state This error is not caused by the TEMP error POWER ERROR This error occurs when the electrode consumption power exceeds 600 mW for 2 minutes or longer This error may occur in the calibration state meas...

Page 83: ...his error does not occur if either the pO2 or pCO2 signal comes into the specified range In this case the measurement value of the parameter outside the specified signal range is not displayed This error may occur in the calibration state TEMP DIFF ERROR This error occurs when the measured temperature of either thermistor 1 or 2 exceeds 36 0 and the difference between the measured temperatures of ...

Page 84: ...Chapter 8 8 20 Blank Page ...

Page 85: ...Chapter Parts Lists HJ 500 9 1 HC 530 9 9 ...

Page 86: ......

Page 87: ...00 GRM42 6B105K16 1uF 1 C 5 6 7 13 14 15 18 ECKD2H102KB5 1000pF 7 C 2 8 9 16 17 22 23 32 33 ECQV1H105JL 1uF 9 C 11 12 10SL22M 22uF 2 CN 1 FX2CA 40S 1 27DSAL 1 D 1 2 3 7 9 10 14 18 19 1SS226 9 D 6 8 11 12 13 15 16 17 20 21 22 23 24 MA198 13 D 4 5 02CZ4 7Y 2 IC 4 8 20 22 29 30 uPC4064G2 6 IC 3 19 21 LF444CM 3 IC 5 6 7 11 12 13 16 17 24 25 OP490GS 10 IC 9 TC4051BF 1 IC 23 34 TC4052BF 2 IC 10 15 27 TC...

Page 88: ...5 23 25 32 34 41 RD50U912J 9 1kΩ 9 R 42 43 52 53 RD50U103J 10kΩ 4 R 10 12 14 22 24 26 33 RD50U223J 22kΩ 7 TP 1 LC 3 S Black 1 HJRESP Location Description Q ty C 361 362 GRM40CH100D50 10pF 2 C 305 357 358 359 360 GRM40CH220J50 22pF 5 C 376 377 GRM40CH330J50 33pF 2 C 314 329 330 GRM40CH101J50 100pF 3 C 337 380 381 GRM40CH121J50 120pF 3 C 327 328 372 373 GRM40CH151J50 150pF 4 C 382 383 384 385 GRM40C...

Page 89: ...418CG 1 IC 330 TA78DS05AF 1 IC 329 332 TA78L05S 2 IC 307 TA79L005P 1 IC 310 LF444CM 1 IC 304 312 315 TL064CPW 3 IC 317 318 uPC393G2 2 IC 302 305 308 328 uPC812G2 4 IC 314 316 322 uPC4062G2 3 IC 306 TC4013BF 1 IC 323 324 TC4051BFT 2 IC 303 TC4052BFT 1 IC 309 TC4053BFT 1 IC 311 TC4W53F 1 IC 319 320 331 TC7S04F 3 IC 327 SN74LS07NS 1 JP 301 DSP03 003 432G 1 L 301 EL0606SKI 680K 1 L 302 303 304 305 LQH...

Page 90: ... 3kΩ 1 R 331 332 408 MCR03EZHF8201 8 2kΩ 3 R 319 320 321 322 323 325 328 330 345 346 410 MCR03EZHF1002 10kΩ 11 R 324 329 MCR03EZHF1202 12kΩ 2 R 333 334 335 336 354 366 367 MCR03EZHF2002 20kΩ 7 R 394 395 398 399 MCR03EZHF2202 22kΩ 4 R 302 MCR03EZHF3002 30kΩ 1 R 307 308 309 310 407 MCR03EZHF1003 100kΩ 5 R 387 389 MCR03EZHF2203 220kΩ 2 R 392 393 397 400 MCR03EZHF5103 510kΩ 4 R 409 MCR10EZHF3602 36kΩ ...

Page 91: ... 10DP 2DSA 1 CN 507 FX2CA 20S 1 27DSAL 1 CN 504 FX2CA1 50P 1 27DSAL 1 D 501 1SS226 1 D 502 D1FS6 1 FL 501 502 503 504 505 VFM41R01C222N16 27B1 5 IC 502 HD64570F16 1 IC 501 HD64F7045F28 1 IC 504 HY5118160CJC 60 1 IC 515 IspLSI2064 80LT 1 IC 508 MBM29F800BA 70PFTN 1 IC 513 516 TC551001CFT 70L 2 IC 522 MB3773PF 1 IC 523 524 UPC358G2 2 IC 506 507 512 525 SN74LS07NS 4 IC 505 514 TC74HC04AF 2 IC 519 TC7...

Page 92: ...10EZHF1202 12kΩ 1 R 562 MCR03EZHF2002 20kΩ 1 R 563 MCR03EZHF2402 24kΩ 1 R 505 561 MCR03EZHF3002 30kΩ 2 RT 501 D5 3540 1 S 501 KHS04C 1 TP 501 LC 3 S Black 1 TR 501 502 RT1N41MT11 2 TR 503 2SC2712 Y 1 TR 504 2SC4541 1 X 501 HC 49 U S 8MHz 1 XJP 501 502 DSP01 002 430G 9 2 XX 501 JXO stand 1 HJPWR Location Description Q ty C 720 GRM40CH102J50 1000pF 1 C 724 GRM40B332K50 3300pF 1 C 722 GRM40B472K50 47...

Page 93: ...0606SKI 680K 2 L 706 SN3 200 1 R 704 723 726 734 735 753 760 761 764 MCR03EZHJ000 0Ω 9 R 705 707 709 MCR03EZHJ220 22Ω 3 R 713 716 718 MCR03EZHJ510 51Ω 3 R 701 702 706 708 710 715 756 MCR03EZHJ471 470Ω 7 R 711 712 747 MCR03EZHJ102 1kΩ 3 R 728 MCR03EZHJ202 2kΩ 1 R 721 722 724 725 750 752 754 755 MCR03EZHJ472 4 7kΩ 8 R 744 746 MCR03EZHJ752 7 5kΩ 2 R 703 727 MCR03EZHJ103 10kΩ 2 R 714 717 MCR03EZHJ223 ...

Page 94: ... 8 TR 704 705 709 710 714 715 719 720 2SC2859 Y 8 TR 706 716 SI9945AEY 2 TR 701 711 SI9948AEY 2 9E3555 Assembled components HJ 530 674 15014 Parts No Location Description Q ty 1G9414 Switch panel HJ 500 684 3413 1 9D2842 Wiring component HJ 500 674 15016 Parts No Location Description Q ty 1M0899 Fan cable 434 5528 1 1M0900 Output cable 324 4208 1 9 8 ...

Page 95: ... 1 1A4922 R 26 RK73H1JF 150kΩ 1 1A4932 R 57 RK73H1JF 560kΩ 1 1A4970 R 15 17 106 126 128 129 130 134 RK73Z1J 0Ω 8 1A4970 JP 1 RK73Z1J 0Ω 1 1A4909 JP 2 RK73H1JF 22kΩ 1 1B5267 C 2 ECHU 1H 102J 0 001uF 1 1B5810 C 47 ECHU 1H 332J 0 0033uF 1 1B5261 C 102 ECWU 1C 224J 0 22uF 1 1B0107 C 3 UUV 1H 010MFR 1uF 50V 1 1B0206 C 10 12 20 UUV 1C 100MFR 10uF 16V 3 1B0161 C 5 UUV 1H 3R3MFR 3 3uF 50V 1 1B0604 C 15 17...

Page 96: ...5 IC 6 TC74AC174FS 1 1E0715 IC 15 μPC494GS 1 1E6235 IC 24 NJM78L05UA 1 1E8972A IC 2 3 4 17 HCNW2611 300 4 1E8973 IC 16 PS2562L 1 1 1E9121 IC 8 IC160 0324 200 1 1E6802 IC 36 39 40 TC7SH04FU 3 1E5540 IC 30 TC7W00FU 1 1E5552 IC 18 TC7W04FU 1 1E5554 IC 29 TC7W14FU 1 1F2903 CN 2 FX2 20S 1 27SV 1 1F2818 CN 5 DF13 10P 1 25H 1 1G2850 SW 1 CHS 04B 1 1K1815 TP 1 4 5 HK 5 5 ORANGE 3 TP 2 3 HK 5 S BLACK 2 1T6...

Page 97: ...Ω 2 1A4982 R 19 RK73H1J TD 105k F 105kΩ 1 1A4983 R 103 RK73H1J TD 232k F 232kΩ 1 1A4936 R 30 RK73H1J TD 1M F 1MΩ 1 1A9427 R 3 4 5 6 7 8 17 35 37 58 61 80 83 RN73C2A TD 1 0k B 1 0kΩ 13 1A6045 R 34 RN73F2A TD 2 87k B 2 87kΩ 1 1A9373 R 51 RN73F2A TD 4 87k B 4 87kΩ 1 1A6051 R 29 54 RN73F2A TD 5 1k D 5 1kΩ 2 1A6062 R 14 RN73F2A TD 6 8k B 6 8kΩ 1 1A6072 R 69 RN73F2A TD 7 15k B 7 15kΩ 1 1A6011 R 2 26 27 ...

Page 98: ...C 8 OPA177GS 1 1E0824 IC 17 OP42GS 1 1E0333 IC 13 uPC811G 1 1E0266 IC 12 uPC358G2 1 1E2464 IC 14 uPC393G 1 1E2686 IC 20 DG408DY 1 1E1232 IC 9 MAX630CSA 1 1E1123 IC 18 DAC7800KU 1 1E5552 IC 4 TC7W04FU 1 1E5554 IC 1 TC7W14FU 1 1E5558 IC 3 TC7W32FU 1 1E5564 IC 2 22 TC7W125FU 2 1E8850A IC 6 EPM7032QC44 15 P6619006A HC 530 1 1E0619 IC 5 uPD5555G 1 1E6177 IC 15 PQ20VZ51 1 1E7413 IC 19 NJM79M09DLA 1 1E70...

Page 99: ...4JL 0 22uF 3 1B4712 C 69 ECQ V1H105JL 1uF 1 1B8429 C 88 16SC10M 10uF 16V 1 1B8512 C 81 87 25SC47M 47uF 25V 2 1B8614 C 26 16SH150M 150uF 16V 1 1D6417 D 21 MA2B027QB 1 1F2902 CN 3 FX2 C1 20P 1 27DSAL 1 1F2856 CN 5 DF3 9P 2DSA 01 1 1F8411 CN 6 DF3 8P 2DSA 01 1 1F8310 CN 7 DF3 2P 2DSA 01 1 1F0156 JP 1 PS 2PF D4TI PKL1 1 1F0155 JP 1 PS 2SH4 1 1 9E3518 Assembled components HC 530 674 14806 Parts No Loca...

Page 100: ...Chapter 9 9 14 Blank Page ...

Page 101: ...Chapter Circuit Diagrams HJ 500 10 1 HJAMP 10 1 HJRESP 10 12 HJCPU 10 20 HJPWR 10 31 HC 530 10 35 IF Board PCB 6597 523 2184 10 35 TCP Board PCB 6619 523 2233 10 46 ...

Page 102: ......

Page 103: ...10 1 HJ 500 DRAWING NO HJAMP CONNECTOR 0 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 104: ...10 2 HJ 500 DRAWING NO HJAMP CONNECTOR 1 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 105: ...10 3 HJ 500 DRAWING NO HJAMP INPUT BUF 2 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 106: ...10 4 HJ 500 DRAWING NO HJAMP SAMP1 3 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 107: ...10 5 HJ 500 DRAWING NO HJAMP SAMP2 4 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 108: ...10 6 HJ 500 DRAWING NO HJAMP SAMP3 5 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 109: ...10 7 HJ 500 DRAWING NO HJAMP INST MONI CONTROL1 6 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 110: ...10 8 HJ 500 DRAWING NO HJAMP INST MONI CONTROL2 7 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 111: ...10 9 HJ 500 DRAWING NO HJAMP FILTER 8 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 112: ...10 10 HJ 500 DRAWING NO HJAMP LEAD OFF 9 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 113: ...10 11 HJ 500 DRAWING NO HJAMP OPEN 10 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 114: ...10 12 HJ 500 DRAWING NO HJRESP 0 7 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 115: ...10 13 HJ 500 DRAWING NO HJRESP CONNECT 1 7 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 116: ...10 14 HJ 500 DRAWING NO HJRESP RESP 2 7 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 117: ...10 15 HJ 500 DRAWING NO HJRESP PACE PLS 3 7 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 118: ...10 16 HJ 500 DRAWING NO HJRESP MPX 4 7 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 119: ...10 17 HJ 500 DRAWING NO HJRESP A D 5 7 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 120: ...10 18 HJ 500 DRAWING NO HJRESP EXTRA OUT 6 7 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 121: ...10 19 HJ 500 DRAWING NO HJRESP OPEN 7 7 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 122: ...10 20 HJ 500 DRAWING NO HJCPU 0 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 123: ...10 21 HJ 500 DRAWING NO HJCPU CONNECTOR 1 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 124: ...10 22 HJ 500 DRAWING NO HJCPU MPU 2 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 125: ...10 23 HJ 500 DRAWING NO HJCPU FLASH DRAM 3 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 126: ...10 24 HJ 500 DRAWING NO HJCPU SRAM 4 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 127: ...10 25 HJ 500 DRAWING NO HJCPU PLD 5 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 128: ...10 26 HJ 500 DRAWING NO HJCPU HDLC 6 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 129: ...10 27 HJ 500 DRAWING NO HJCPU A D CONTROL 7 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 130: ...10 28 HJ 500 DRAWING NO HJCPU PACE 8 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 131: ...10 29 HJ 500 DRAWING NO HJCPU TEMP CONTROL 9 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 132: ...10 30 HJ 500 DRAWING NO HJCPU OPEN 10 10 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 133: ...10 31 HJ 500 DRAWING NO HJPWR 0 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 134: ...10 32 HJ 500 DRAWING NO HJPWR CONNECTOR 1 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 135: ...10 33 HJ 500 DRAWING NO HJPWR POWER1 2 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 136: ...10 34 HJ 500 DRAWING NO HJPWR POWER2 3 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 137: ...10 35 HC 530 DRAWING NO I F BOARD CPU 1 11 TITLE MODEL NO DATE ASSEMBLY NO PCB 6597A 523 2184 ...

Page 138: ...10 36 HC 530 DRAWING NO I F BOARD SCA 2 11 TITLE MODEL NO DATE ASSEMBLY NO PCB 6597A 523 2184 ...

Page 139: ...10 37 HC 530 DRAWING NO I F BOARD ROM FROM 3 11 TITLE MODEL NO DATE ASSEMBLY NO PCB 6597A 523 2184 ...

Page 140: ...10 38 HC 530 DRAWING NO I F BOARD SRAM RESET 4 11 TITLE MODEL NO DATE ASSEMBLY NO PCB 6597A 523 2184 ...

Page 141: ...10 39 HC 530 DRAWING NO I F BOARD GATE ARRAY 5 11 TITLE MODEL NO DATE ASSEMBLY NO PCB 6597A 523 2184 ...

Page 142: ...10 40 HC 530 DRAWING NO I F BOARD ISO DATA LINE 6 11 TITLE MODEL NO DATE ASSEMBLY NO PCB 6597A 523 2184 ...

Page 143: ...10 41 HC 530 DRAWING NO I F BOARD POWER 7 11 TITLE MODEL NO DATE ASSEMBLY NO PCB 6597A 523 2184 ...

Page 144: ...10 42 HC 530 DRAWING NO I F BOARD INTERFACE ANALOG 8 11 TITLE MODEL NO DATE ASSEMBLY NO PCB 6597A 523 2184 ...

Page 145: ...10 43 HC 530 DRAWING NO I F BOARD INTERFACE IB 9 11 TITLE MODEL NO DATE ASSEMBLY NO PCB 6597A 523 2184 ...

Page 146: ...10 44 HC 530 DRAWING NO I F BOARD BUS ARBITOR 10 11 TITLE MODEL NO DATE ASSEMBLY NO PCB 6597A 523 2184 ...

Page 147: ...10 45 HC 530 DRAWING NO I F BOARD OUT PORT 11 11 TITLE MODEL NO DATE ASSEMBLY NO PCB 6597A 523 2184 ...

Page 148: ...10 46 HC 530 DRAWING NO TCP BOARD INPUT BLOCK1 1 7 TITLE MODEL NO DATE ASSEMBLY NO PCB 6619A 523 2233 ...

Page 149: ...10 47 HC 530 DRAWING NO TCP BOARD INPUT BLOCK1 2 7 TITLE MODEL NO DATE ASSEMBLY NO PCB 6619A 523 2233 ...

Page 150: ...10 48 HC 530 DRAWING NO TCP BOARD A D BLOCK 3 7 TITLE MODEL NO DATE ASSEMBLY NO PCB 6619A 523 2233 ...

Page 151: ...10 49 HC 530 DRAWING NO TCP BOARD HEAT REGURATE BLOCK 4 7 TITLE MODEL NO DATE ASSEMBLY NO PCB 6619A 523 2233 ...

Page 152: ...10 50 HC 530 DRAWING NO TCP BOARD HEAT SEQUENCE BLOCK 5 7 TITLE MODEL NO DATE ASSEMBLY NO PCB 6619A 523 2233 ...

Page 153: ...10 51 HC 530 DRAWING NO TCP BOARD CONNECTOR BLOCK1 6 7 TITLE MODEL NO DATE ASSEMBLY NO PCB 6619A 523 2233 ...

Page 154: ...10 52 HC 530 DRAWING NO TCP BOARD CONNECTOR BLOCK 2 7 7 TITLE MODEL NO DATE ASSEMBLY NO PCB 6619A 523 2233 ...

Page 155: ...Chapter Assembly Diagram HJ 500 11 1 HJAMP 11 1 HJRESP 11 4 HJCPU 11 7 HJPWR 11 10 HC 530 11 13 IF Board PCB 6597 434 5394 11 13 TCP Board PCB 6619 433 5516 11 15 ...

Page 156: ......

Page 157: ...11 1 HJ 500 DRAWING NO HJAMP 1 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 158: ...11 2 HJ 500 DRAWING NO HJAMP 2 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 159: ...11 3 HJ 500 DRAWING NO HJAMP 3 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 160: ...11 4 HJ 500 DRAWING NO HJRESP 1 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 161: ...11 5 HJ 500 DRAWING NO HJRESP 2 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 162: ...11 6 HJ 500 DRAWING NO HJRESP 3 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 163: ...11 7 HJ 500 DRAWING NO HJCPU 1 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 164: ...11 8 HJ 500 DRAWING NO HJCPU 2 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 165: ...11 9 HJ 500 DRAWING NO HJCPU 3 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 166: ...11 10 HJ 500 DRAWING NO HJPWR 1 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 167: ...11 11 HJ 500 DRAWING NO HJPWR 2 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 168: ...11 12 HJ 500 DRAWING NO HJPWR 3 3 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 169: ...11 13 TITLE DRAWING NO I F Board 1 2 434 5394 MODEL NO ASSEMBLY NO DATE HC 530 PCB 6597A ...

Page 170: ...11 14 TITLE DRAWING NO I F Board 2 2 434 5394 MODEL NO ASSEMBLY NO DATE HC 530 PCB 6597A ...

Page 171: ...11 15 TITLE DRAWING NO TCP Board 1 2 433 5516 MODEL NO ASSEMBLY NO DATE HC 530 PCB 6619A ...

Page 172: ...11 16 TITLE DRAWING NO TCP Board 2 2 433 5516 MODEL NO ASSEMBLY NO DATE HC 530 PCB 6619A ...

Page 173: ...Chapter Secondary Process Diagram HJ 500 12 1 HJRESP 12 1 HJCPU 12 2 HC 530 12 3 IF Board PCB 6597 434 5395 12 3 TCP Board PCB 6619 433 5531 12 4 ...

Page 174: ......

Page 175: ...12 1 TITLE DRAWING NO HJRESP SECONDARY PROCESS DIAGRAM MODEL NO ASSEMBLY NO DATE HJ 500 ...

Page 176: ...12 2 TITLE DRAWING NO HJCPU SECONDARY PROCESS DIAGRAM MODEL NO ASSEMBLY NO DATE HJ 500 ...

Page 177: ...12 3 TITLE DRAWING NO I F BOARD SECONDARY PROCESS DIAGRAM 434 5395 MODEL NO ASSEMBLY NO DATE HC 530 PCB 6597A ...

Page 178: ...12 4 TITLE DRAWING NO TCP BOARD SECONDARY PROCESS DIAGRAM 1 2 433 5531 MODEL NO ASSEMBLY NO DATE HC 530 PCB 6619A ...

Page 179: ...12 5 TITLE DRAWING NO TCP BOARD SECONDARY PROCESS DIAGRAM 2 2 433 5531 MODEL NO ASSEMBLY NO DATE HC 530 PCB 6619A ...

Page 180: ...12 6 ...

Page 181: ...r Board Assembly 13 8 Fan Cable Assembly 434 5528 13 9 Analog Out Connector Cable Assembly 324 4208 13 10 PWB Assembly 424 4246 13 11 General Assembly 1 423 4375 13 12 General Assembly 2 424 4376 13 13 General Assembly 3 423 4377 13 14 HC 530 13 15 Input Connector Cable Assembly 434 5505 13 15 Micro Switch Cable Assembly 434 5506 13 16 General Assembly 1 423 4379 13 17 General Assembly 2 424 4380 ...

Page 182: ......

Page 183: ...13 1 HJ 500 DRAWING NO ECG Cable Assembly TITLE MODEL NO DATE ASSEMBLY NO G3E01151 ...

Page 184: ...13 2 HJ 500 DRAWING NO PACEMAKER Cable Assembly TITLE MODEL NO DATE ASSEMBLY NO G3E01152 ...

Page 185: ...13 3 HJ 500 DRAWING NO RESP Cable Assembly TITLE MODEL NO DATE ASSEMBLY NO G3E01153 ...

Page 186: ...13 4 HJ 500 DRAWING NO FAN Interface Cable Assembly TITLE MODEL NO DATE ASSEMBLY NO G3E01144 ...

Page 187: ...13 5 HJ 500 DRAWING NO AMP RESP BOARD ASSEMBLY 1 2 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 188: ...13 6 HJ 500 DRAWING NO AMP RESP BOARD ASSEMBLY 2 2 TITLE MODEL NO DATE ASSEMBLY NO ...

Page 189: ...13 7 HJ 500 DRAWING NO CPU BOARD ASSEMBLY TITLE MODEL NO DATE ASSEMBLY NO ...

Page 190: ...13 8 HJ 500 DRAWING NO POWER BOARD ASSEMBLY TITLE MODEL NO DATE ASSEMBLY NO ...

Page 191: ...13 9 TITLE DRAWING NO Fan Cable Assembly 434 5528 MODEL NO ASSEMBLY NO DATE HJ 500 ...

Page 192: ...13 10 TITLE DRAWING NO Analog Out Connector Cable Assembly 324 4208 MODEL NO ASSEMBLY NO DATE HJ 500 ...

Page 193: ...13 11 TITLE DRAWING NO PWB Assembly 424 4246 MODEL NO ASSEMBLY NO DATE HJ 500 ...

Page 194: ...13 12 HJ 500 DRAWING NO GENERAL ASSEMBLY 1 TITLE MODEL NO DATE ASSEMBLY NO 423 4375 ...

Page 195: ...13 13 TITLE DRAWING NO GENERAL ASSEMBLY 2 423 4376 MODEL NO ASSEMBLY NO DATE HJ 500 ...

Page 196: ...13 14 HJ 500 DRAWING NO GENERAL ASSEMBLY 3 TITLE MODEL NO DATE ASSEMBLY NO 423 4377 ...

Page 197: ...13 15 TITLE DRAWING NO Input Connector Cable 434 5505 MODEL NO ASSEMBLY NO DATE HC 530 ...

Page 198: ...13 16 TITLE DRAWING NO Micro Switch Cable Assembly 434 5506 MODEL NO ASSEMBLY NO DATE HC 530 ...

Page 199: ...13 17 HC 530 DRAWING NO GENERAL ASSEMBLY 1 TITLE MODEL NO DATE ASSEMBLY NO 423 4379 ...

Page 200: ...13 18 TITLE DRAWING NO GENERAL ASSEMBLY 2 424 4380 MODEL NO ASSEMBLY NO DATE HC 530 ...

Page 201: ......

Page 202: ...39 4 Hongo 3 chome Bunkyo ku Tokyo Japan Phone 81 3 3815 2121 Fax 81 3 3814 1222 4R2099A 200604 ...

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