GE_OEC_9600_C-Arms

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8 Power Distribution 12 and 13 remain off. With pins 12 and 13 off, K3 and K4 will de-energize, removing AC power from the interconnect cable. Pins 6 and 3 of both relays are switched to ground potential after a 15 - 20 ms. delay. S/N 69-1001 and up - Assy. #00-878003 - Sch. #00-878001 This version of the Power Control PCB accomodates the two sources of AC from the secondary of the new isolation transformer. A separate winding (“AC” and “RTN”) on the isolation transformer provides the AC (115 VAC_PH and 115 VAC_RTN) to the C-Arm. This AC is kept separate from that used in the Workstation (“AC1”, “AC2”, and “CT”). See Figure 5 for details of the isolation transformer windings. WARNING... The AC return (RTN) lines carry a voltage potential of 60 VAC and 80 VDC relative to ground. K3 and K4 relays connect 115 VAC_PH and 115 VAC_RTN to the C-Arm via the interconnect cable. K1 connects AC1 and AC2 to the Workstation. K2 functions the same, providing +24V to the monitors from power supply PS4. The relays are energized in the same manner as previously described for the earlier version. The power-on delay circuit operates exactly as described for the earlier version of this PCB. CIRCUIT BREAKERS AND FUSES CB1 CB2 CB3 A 0.2 Amp push button breaker, in line with AC to T1 used to provide the +12V for keypower circuitry. A 3 Amp push button breaker, in line with +24V to the right monitor. A 3 Amp push button breaker, in line with +24V to the left monitor. F1 A 2 Amp, 125 V, metric sized, slow-blow fuse, in line with AC to PS4 the +24V power supply for the monitors. Contained in a spring-loaded fuse holder with a quarter turn cap (a thin blade screw driver is required to remove cap). TEST POINTS TP1 TP2 AC from Isolation Transformer T1 (AC2_T1) to C-Arm (AC2_<strong>GE</strong>N) located in circuit between K3 and K4, typically 115 to 120 VAC. AC from Isolation Transformer T1 (AC1_T1) to C-Arm (AC1_<strong>GE</strong>N) located in circuit between K3 and K4, typically 115 to 120 VAC.
Power Distribution 9 F1 CB1 CB2 CB3 Figure 6 Power Control PCB Assembly Drawing NOTE: The assembly drawing in Figure 6 can be used for all S/N. Component locations vary only slightly between versions.
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SERIES9600 SERVICE MANUAL ERROR CO
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START-UP AND SOFTWARE BOOT Loading
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SRAM Card Error Codes If an error o
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Event Codes & Messages The software
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Event Codes & Messages (Cont.) CODE
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Event Codes & Messages (Cont.) CODE
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Event Codes & Messages (Cont.) 57 W
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Low Battery Charge Messages Under m
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Error Messages During Operation (Co
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Status Menu Chart Use the following
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PIO Status Use this menu to read th
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Speaker Pitch This menu allows the
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386 AMI BIOS Post Code Table These
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386 AMI BIOS Post Code Table (Cont.
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386 AMI BIOS Post Code Table (Cont.
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Nobrk.com Error Codes (Executed by
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Loadip.Exe (Executed By Autoexec.Ba
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Critical Errors Code Description Po
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ii 9600 System Service Manual © De
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INTRODUCTION PURPOSE This manual co
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Introduction 3 SAFETY PRECAUTIONS T
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Introduction 5 EXPLOSION HAZARDS WA
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Introduction 7 WARNING SYMBOLS The
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Introduction 9 UNAUTHORIZED MODIFIC
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SYSTEM OVERVIEW OVERVIEW This secti
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System Overview 3 • Digital image
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System Overview 5 • Auto and manu
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System Overview 7 Video Monitors
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System Overview 9 System Configurat
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System Overview 11 NEUROVASCULAR MO
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System Overview 13 SYSTEM OPERATION
Page 86 and 87: System Overview 15 CAMERA ROTATION
Page 89 and 90: System Overview 17 WORKSTATION CONT
Page 91 and 92: System Overview 19 A V E R A G I N
Page 93 and 94: System Overview 21 HELP PATIENT (AN
Page 95 and 96: System Overview 23 Trackpad Panels
Page 97: System Overview 25 Lenzar Hardcopy
Page 100: System Overview 27 CONTROL PANEL WA
Page 103: System Overview 29 WORKSTATION COVE
Page 107: System Overview 31 3. Pull the left
Page 110: System Overview 33 8. Remove the mo
Page 114 and 115: System Overview 35 2. Grasp the top
Page 117 and 118: System Overview 37 COMPONENT LOCATI
Page 120 and 121: System Overview 39 Mobile C-Arm Com
Page 122 and 123: System Overview 41 WORKSTATION COMP
Page 124 and 125: System Overview 43 Power/Motor Rela
Page 126 and 127: System Overview 45 IR Receiver PCB
Page 129 and 130: POWER DISTRIBUTION OVERVIEW The inf
Page 131 and 132: Power Distribution 3 WORKSTATION CI
Page 133 and 134: Power Distribution 5 WORKSTATION IS
Page 135: Power Distribution 7 POWER CONTROL
Page 139 and 140: Power Distribution 11 PS4 (+24 VDC)
Page 141 and 142: Power Distribution 13 Figure 8 DC P
Page 144: Power Distribution 15 PS1 (5V and 1
Page 147: Power Distribution 17 115VAC_PH_SW
Page 150 and 151: Power Distribution 19 120 VAC DC 7
Page 153: Power Distribution 21 S/N 69-1001 a
Page 156 and 157: Power Distribution 23 L N 1 L D 1 G
Page 158: Power Distribution 25 PS2 (24V) S/N
Page 161 and 162: Power Distribution 27 Current Sensi
Page 163 and 164: Power Distribution 29 Battery Charg
Page 165 and 166: Power Distribution 31 S/N 69-1001 a
Page 167 and 168: Power Distribution 33 Battery Charg
Page 169 and 170: Power Distribution 35 BATTERY CHARG
Page 171: 2 C-Arm Control • Mainframe Mothe
Page 174 and 175: 4 C-Arm Control C-ARM WORKSTATION U
Page 177 and 178: 6 C-Arm Control CONTROL PANEL PROCE
Page 179: 8 C-Arm Control X-RAY SWITCH The si
Page 182 and 183: 10 C-Arm Control This illustration
Page 184 and 185: 12 C-Arm Control The functions of t
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14 C-Arm Control CARD RACK ASSEMBLI
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16 C-Arm Control TECHNIQUE PROCESSO
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18 C-Arm Control 7-Segment Displays
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20 C-Arm Control ANALOG INTERFACE P
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22 C-Arm Control 9 6 2 U 1 U 1 8 R
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24 C-Arm Control A/D SECTION The A/
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26 C-Arm Control COUNTER/TIMER (CTC
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28 C-Arm Control BIT # PIN # SIGNAL
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30 C-Arm Control INTERLOCK SECTION
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32 C-Arm Control C-ARM MOTHERBOARD
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34 C-Arm Control 4 E 01E 1 J 1 2 1
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36 C-Arm Control Technique Processo
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38 C-Arm Control COMMUNICATION BETW
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2 C-Arm Software LOADING APPLICATIO
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4 C-Arm Software BOOT SEQUENCE Duri
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6 C-Arm Software X-RAY CONTROL PANE
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8 C-Arm Software A - Run Applicatio
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10 C-Arm Software C - Run Calibrati
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12 C-Arm Software H - Collimator Ca
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14 C-Arm Software SRAM FILES The fo
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16 C-Arm Software SRAM CARD COPY FI
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18 C-Arm Software HOT-BYTE INFORMAT
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20 C-Arm Software SRAM BATTERY REPL
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2 Interlocks / Stator Power Signal
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4 Interlocks / Stator FAST STOP The
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6 Interlocks / Stator JUMPER E5/REL
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8 Interlocks / Stator NORMAL PRE-CH
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10 Interlocks / Stator STATOR START
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12 Interlocks / Stator BATTERY CHAR
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14 Interlocks / Stator POWER SUPPLY
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X-RAY ON/DISABLE OVERVIEW This sect
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X-ray On / Disable 3 X-RAY ENABLE S
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X-ray On / Disable 5 X-RAY DISABLE
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KV GENERATION OVERVIEW kV is regula
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kV Generation 3 The return path for
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kV Generation 5 KV ERROR CORRECTION
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kV Generation 7 Figure 3 kV Servo C
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kV Generation 9 KV GENERATOR FAULTS
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kV Generation 11 NOTE If the second
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kV Generation 13 KV ERROR CORRECTIO
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2 mA Generation CONTROL INPUTS The
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4 mA Generation FILAMENT REGULATOR
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6 mA Generation MA SENSE Detects th
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8 mA Generation MA ERROR LOOP EXAMP
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10 mA Generation Figure 2 - mA Serv
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12 mA Generation LOW FLUORO MA The
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14 mA Generation MA ERROR CORRECTIO
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2 Generator Calibration During the
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4 Generator Calibration CALIBRATION
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6 Generator Calibration EQUIPMENT S
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8 Generator Calibration 11. Observi
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10 Generator Calibration FLUORO RAD
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12 Generator Calibration ACCESS CAL
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14 Generator Calibration NOTE: DUTY
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16 Generator Calibration KV/MA TECH
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18 Generator Calibration MERGE EXIS
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20 Generator Calibration 5R THEORY
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22 Generator Calibration Example 3
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24 Generator Calibration 5R ABS TAB
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26 Generator Calibration 3. Increas
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28 Generator Calibration NOTE: You
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30 Generator Calibration B. mA limi
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32 Generator Calibration 19. Withou
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34 Generator Calibration 10R ABS TA
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36 Generator Calibration 10R ENTRAN
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MECHANICAL ASSEMBLIES OVERVIEW The
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Mechanical Assemblies 3 HORIZONTAL
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Mechanical Assemblies 5 MECHANICAL
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Mechanical Assemblies 7 HORIZONTAL
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Mechanical Assemblies 9 Figure 5 -
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Mechanical Assemblies 11 FLIP FLOP
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Mechanical Assemblies 13 C-ARM BEAR
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Mechanical Assemblies 15 WIG WAG BR
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Mechanical Assemblies 17 Figure 8 -
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Mechanical Assemblies 19 REAR CASTE
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Mechanical Assemblies 21 FRONT WHEE
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Mechanical Assemblies 23 REAR WHEEL
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Mechanical Assemblies 25 Older Mode
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Mechanical Assemblies 27 Older Mode
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Mechanical Assemblies 29 Shim Adjus
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Mechanical Assemblies 31 L-ARM ROTA
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Mechanical Assemblies 33 CROSS ARM
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Mechanical Assemblies 35 Figure 16
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Mechanical Assemblies 37 VERTICAL C
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Mechanical Assemblies 39 3. Remove
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2 Image System Mainframe Motherboar
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4 Image System IMAGE FUNCTION PCB S
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6 Image System INPUT/OUTPUT U17 and
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8 Image System COLLIMATOR OVERVIEW
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10 Image System IRIS MOTOR The coll
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12 Image System LEAF IN/OUT MOTOR T
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14 Image System LEAF ROTATION MOTOR
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16 Image System COLLIMATOR ERROR ME
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18 Image System IMAGE INTENSIFIER O
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20 Image System WARNING... Image in
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22 Image System CCD CAMERA OVERVIEW
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24 Image System Invert Image/ Rever
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26 Image System Input 1 Input 2 Ena
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28 Image System Input 3 Input 4 Ena
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30 Image System Anti-Vignetting A s
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32 Image System PIXEL/COLUMN FILTER
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34 Image System PIXEL FILTER PCB As
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36 Image System CCD CAMERA REPLACEM
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38 Image System CCD CAMERA REPLACEM
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40 Image System VIDEO LEVEL INDICAT
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42 Image System
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44 Image System STATOR THERMAL CUTO
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46 Image System REPLACEMENT OF HIGH
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IMAGE SYSTEM CALIBRATION The proced
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Image System Calibration 3 TOOLS Th
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Image System Calibration 5 4. Attac
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Image System Calibration 7 CALIBRAT
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Image System Calibration 9 10. With
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Image System Calibration 11 CONFIRM
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Image System Calibration 13 ADJUST
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Image System Calibration 15 8. Sele
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Image System Calibration 17 Figure
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Image System Calibration 19 4. If t
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Image System Calibration 21 0° 270
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Image System Calibration 23 ADJUST
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Image System Calibration 25 COLLIMA
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Image System Calibration 27 NOTE: I
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Image System Calibration 29 VARIABL
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Image System Calibration 31 9. Sele
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Image System Calibration 33 BEAM AL
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Image System Calibration 35 C. Swin
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Image System Calibration 37 Adjust
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Image System Calibration 39 PIXEL/C
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Image System Calibration 41 ANTI-VI
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OVERVIEW WORKSTATION CONTROL This s
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Workstation Control 3 CONTROL PANEL
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Workstation Control 5 CONTROL PANEL
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Workstation Control 7 Figure 3 - Wo
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Workstation Control 9 ELECTRONICS B
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Workstation Control 11 AUXILIARY IN
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Workstation Control 13 X-RAY DISABL
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Workstation Control 15 COMMUNICATIO
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Workstation Control 17 OPTION PROM
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Workstation Control 19 386 AT MOTHE
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Workstation Control 21 IR (INFRARED
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Workstation Control 23 If the pulse
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Workstation Control 25 IR RECEIVER
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Workstation Control 27 Older Style
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Workstation Control 29 INTERCONNECT
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2 Workstation Software WORKSTATION
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4 Workstation Software FRONT PANEL
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6 Workstation Software TOGGLE MOTIO
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8 Workstation Software Qwerty Keys
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10 Workstation Software Track Pad K
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12 Workstation Software Front Panel
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14 Workstation Software Tone Contro
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16 Workstation Software Watchdog Re
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Video Path 2 REFERENCE SCHEMATICS T
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Video Path 4 HIGH SCAN NON INTERLAC
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Video Path 6 WORKSTATION The video
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Video Path 8 Auxiliary Interface PC
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Video Path 10 Peripherals Analog in
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Video Path 12 HARD COPY CAMERA Vide
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Video Path 14 Auxiliary Interface P
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Video Path 16 Video Switching PCB O
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Video Path 18 Scan Converter PCB Fi
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2 Video Control IMAGE PROCESSOR PCB
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4 Video Control IMAGE PROCESSOR TES
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6 Video Control VIDEO SWITCHING PCB
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8 Video Control 50/60 HZ VIDEO CONT
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10 Video Control FAST SCAN MONITORS
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12 Video Control CONTRAST AND BRIGH
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14 Video Control HIGH SCAN BRIGHTNE
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2 Image Storage IDE HARD DISK DRIVE
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4 Image Storage 30FPS SCSI DISK OPT
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6 Image Storage 4/30 FPS SCSI DISK
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8 Image Storage 14. The following w
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Image Storage DEBUGGING USING IP-SC
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12 Image Storage Figure 5
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14 Image Storage Figure 7 - SCSI Di
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16 Image Storage Figure 9 - IP-SCSI
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18 Image Storage
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20 Image Storage J4 - NO JUMPERS TE
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2 Peripherals Figure 1 - Rear Panel
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4 Peripherals RECORD UNPROCESSED VI
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6 Peripherals VCR CONNECTIONS To en
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8 Peripherals HARD COPY CAMERA Imag
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10 Peripherals MOUNTING INFORMATION
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12 Peripherals DIGITAL LASER CAMERA
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14 Peripherals 6. When CUSTOMIZE OP
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16 Peripherals Digital Laser Camera
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18 Peripherals After the unit has b
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20 Peripherals 3. Then, select a sp
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22 Peripherals 4. Move the cursor t
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2 Appendix PAINT KITS PART NUMBER D
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4 Appendix SPECIFICATIONS & TOLERAN
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UPDATE 12-INCH IMAGE SYSTEM 9600 SY
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00 Imaging Workstation Service Manu
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9600 Imaging Workstation Service Ma
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