Description
Philips OPTIMUS RAD / Fluoroscopy X-Ray Generator Service Manual 4512 984 07206
This is the complete subsystem service manual for the Philips OPTIMUS RAD / Fluoroscopy generator, type 9890 000 02182 (RAD Version), Manual Order No. 4512 984 07206. Issued by Philips Medical Systems, Development and Manufacturing Centre Hamburg, this binder documents the CAN-controlled X-ray generator of the converter type used in radiography and tomography rooms built around the OPTIMUS platform.
- Manual type: Subsystem Service Manual
- Equipment: Philips OPTIMUS RAD / Fluoroscopy generator, type 9890 000 02182
- Manual Order No.: 4512 984 07206
- Edition: e/01.1 (base document), individual sections dated separately through 2001
- Language: English
- Page count: 217 pages
- File format: PDF
Chapters Covered
- Introduction and Technical Data — product information, hardware/software options, generator and tube compatibility, mechanical/environmental/electrical data, mains resistance calculation, EMERGENCY-OFF device, tools, installation materials, cables, planned maintenance
- Installation — wall junction box, mounting the H.V. generator in the cabinet, operating panel (desk/stand/wall-mounted/supporting-angle versions), electrical connection (earthing, mains, stator, signal cables, CAN interface, dose inputs, Patient Data Organizer), H.V. cables, hardware programming, switching on the generator, installation software XRGSCOPE, setting-to-work overview, configuration (date/time, mains data, tube data sets, tube speed selection, tube limits, capacitance, tube operating modes), dose rate control, registration devices, RGDV programming examples
- Fault Finding — tools, service-PC connection and menu structure, saving/restoring data, generator initialization and start-up sequence, program status display, switch-on problems, complete error number list and error classification, elimination of error numbers, power supply, function unit mA and kV functional descriptions, mAs product and exposure-time limits, fault exposure detection
- Replacement — H.V. generator, operating panel, printed-circuit boards, firmware exchange/update to Release 3, parts of Function Unit kV
- Adjustments — Area Dose Calculator setup and correction of specific yield and filter values, alignment of Function Unit kV, connecting and setting the scope, deactivating the kV controller, setting exposure data, adjustment of the factor for duty cycle
- Acceptance — test equipment, setup, test procedure, exposure counter
- Service Information, Parts List, Schematic Drawings (Z1-), and Wiring Diagrams (Z2-)
Complete PDF Bookmark Tree
Complete Bookmarks
The complete bookmarks in the “Philips OPTIMUS RAD / Fluoroscopy X-Ray Generator Service Manual 4512 984 07206” are as follows:
SUBSYSTEM MANUAL OPTIMUS RAD – Dividerp. 1
OPTIMUS RAD / FLUOROSCOPY (RAD Version) – Titlep. 2
List of pages and drawings (LOPAD)p. 3
+1 – INTRODUCTION AND TECHNICAL DATAp. 5
+1. Product informationp. 6
1.1. Applicationsp. 6
1.2. Optionsp. 6
+2. Compatibilityp. 7
2.1. Generator componentsp. 7
2.2. Tubesp. 7
3. Mechanical datap. 8
+4. Environmental datap. 8
4.1. Climatic conditionsp. 8
+5. Electrical datap. 9
5.1. Power data and mains conditionsp. 9
5.2. Operating datap. 9
5.3. Power supplyp. 10
6. Toolsp. 12
7. Traceable itemsp. 12
+8. Preparationp. 12
8.1. Installation materialsp. 12
8.2. Cablesp. 13
8.3. Manpowerp. 14
9. Planned maintenancep. 14
+DRAWINGSp. 15
1Z-1p. 15
1Z-2p. 16
1Z-3p. 17
1Z-7.1p. 18
1Z-7.2p. 19
1Z-7.3p. 20
1Z-7.4p. 21
Z-5 (4512-982-0099.)p. 22
Z-20.1 (4512-982-0010.)p. 23
+2 – INSTALLATIONp. 24
1. Installing the wall junction boxp. 26
2. Mounting the H.V. generator in the cabinetp. 26
+3. Installing the operating panelp. 28
3.1. Desk versionp. 28
3.2. Stand versionp. 29
3.3. Wall mounted versionp. 30
3.4. Supporting angle version 3p. 31
3.5. Additional release switchp. 31
+4. Electrical connectionp. 32
4.1. Earthingp. 32
4.2. Mains connectionp. 32
4.3. Stator connectionp. 33
4.4. Signal cablesp. 35
4.5. H.V. cablesp. 38
4.6. EMERGENCY-OFF circuitp. 38
5. Hardware programmingp. 39
6. Switching on the generatorp. 39
7. Using the installation software XRGSCOPEp. 40
8. Setting-to-work overviewp. 42
+9. Configurationp. 43
9.1. Date and timep. 43
9.2. Mains datap. 43
9.3. Tubesp. 43
9.4. Dose rate controlp. 46
9.5. Registration devicesp. 48
9.6. Example for RGDV programming (see 2Z–2.x)p. 52
+10. Tube adjustmentp. 53
10.1. Tube conditioningp. 53
10.2. Adaptation of the tubep. 54
+11. Application limitsp. 55
11.1. X-Mode Limitsp. 55
11.2. THORAVISION Limitsp. 55
11.3. Overload-dependent Limits (for continuous fluoroscopy)p. 55
+12. Programming the operating deskp. 55
12.1. Additional program settings for generators without option APR/Fp. 56
12.2. Languagep. 56
12.3. Automatic programming of APRs (option)p. 57
12.4. Manual programming of APRs (option)p. 58
12.5. Changing of APRsp. 60
12.6. Moving/copying of an APR data setp. 61
12.7. Deleting of APRsp. 61
12.8. Manipulating menusp. 62
12.9. External APR assignmentp. 63
+13. Density correctionp. 65
13.1. Density correction for AEC technique (option)p. 65
13.2. Density correction for non-AEC techniquesp. 66
14. Interlock facility for APR modificationp. 66
15. AEC fixed current (kV-mA) (option)p. 66
16. Tomo Density Control TDC (option)p. 67
17. VARIOFOCUS (option)p. 67
18. Area Dose calculator (option)p. 67
19. Executing the acceptance testp. 68
20. Saving all configuration datap. 68
21. Labelsp. 69
22. Final installation workp. 69
+DRAWINGSp. 70
2Z-1p. 70
2Z-2.0p. 71
2Z-2.4p. 72
2Z-2.5p. 73
2Z-3p. 74
2Z-4p. 75
2Z-5p. 76
+3 – FAULT FINDINGp. 77
1. Toolsp. 78
2. Notesp. 78
3. Strategyp. 78
+4. Service-PCp. 79
4.1. Connectionp. 79
4.2. Operationp. 79
4.3. Menu structurep. 80
4.4. Saving data on disk and restoring datap. 86
+5. Initialization phase of the generatorp. 87
5.1. Start-up sequencep. 87
5.2. Program status displayed on the operating panelp. 88
+6. Switch-on problemsp. 89
6.1. Switch-on not possiblep. 89
6.2. No start upp. 89
+7. Error numbersp. 90
7.1. Error classificationp. 90
7.2. Error listp. 90
7.3. Elimination of error numbersp. 109
8. Power supplyp. 111
9. Functional description of function unit mAp. 112
10. CAN busp. 114
11. Incorrect exposure indicatorp. 116
12. Mnemonic and routing listp. 118
13. OPTIMUS AEC switch-off philosophyp. 135
14. Explanation for table 3Z–22: AEC fault exposure detection strategyp. 136
+15. Printed-circuit boardsp. 137
15.1. Low-voltage power supply / EZ 102p. 137
+DRAWINGSp. 138
3Z-1p. 138
3Z-10p. 139
3Z-11p. 140
3Z-20p. 141
3Z-21p. 142
3Z-22p. 143
+4 – REPLACEMENTp. 144
1. H.V. generatorp. 145
2. Operating panelp. 145
3. Printed-circuit boardsp. 146
4. Exchange of firmware/update to release 3: 9890 000 02511/4512 114 2083xp. 147
5. Parts of ”Function Unit kV”p. 148
+5 – PROGRAMMINGp. 149
+6 – ADJUSTMENTSp. 151
+1. Area Dose Calculator (option)p. 152
1.1. Checking the default adjustmentp. 153
1.2. Correction of the specific yieldp. 154
1.3. Correction of the filter valuesp. 156
+2. Alignment of “Function Unit kV”p. 159
2.1. General informationp. 159
2.2. Connecting and setting the scopep. 161
2.3. Deactivating the kV controllerp. 162
2.4. Setting of exposure datap. 162
2.5. Adjustment of the ”factor for duty cycle”p. 163
+7 – ACCEPTANCEp. 166
1. Prefacep. 167
2. Test equipmentp. 167
3. Setupp. 167
4. Testp. 168
5. Exposure Counterp. 169
+Z1 – Schematic diagramsp. 170
Z1-1.1p. 171
Z1-1.2p. 172
Z1-2.1p. 173
Z1-2.2p. 174
Z1-2.3p. 175
Z1-3.3p. 176
Z1-4.1p. 177
Z1-4.2p. 178
Z1-5.1p. 179
Z1-6p. 180
Z1-11.1p. 181
Z1-11.2p. 182
Z1-12p. 183
Z1-13.2 (98.0)p. 184
Z1-13.2 (a/99.0)p. 185
Z1-13.2 (b/99.0)p. 186
Z1-13.2 (c/00.0)p. 187
Z1-14.1p. 188
Z1-14.2p. 189
Z1-15.1p. 190
+Z2 – Wiringsp. 191
Z2-1.0p. 192
Z2-1.1p. 193
Z2-1.1p. 194
Z2-1.2p. 195
Z2-1.2p. 196
Z2-1.3p. 197
Z2-2.1p. 198
Z2-2.2p. 199
Z2-2.3p. 200
Z2-5.1p. 201
Z2-5.2p. 202
Z2-5.3p. 203
Z2-12p. 204
Z2-13p. 205
Z2-13p. 206
Z2-13p. 207
Z2-13p. 208
Z2-14.1.1p. 209
Z2-14.1.1p. 210
Z2-14.1.2p. 211
Z2-14.1.2p. 212
Z2-14.2p. 213
Z2-14.3p. 214
Z2-15.1p. 215
Z2-16p. 216
Z2-17p. 217
Together these sections walk a field engineer from unpacking the cabinet through full electrical commissioning, live fault diagnosis by error number, board-level replacement, and dose-related calibration — everything needed to keep a CAN-controlled OPTIMUS RAD generator running to factory specification.
Get the Philips OPTIMUS RAD / Fluoroscopy Service Manual Instantly
This Philips OPTIMUS RAD / Fluoroscopy X-Ray Generator Service Manual 4512 984 07206 gives biomedical engineers and X-ray service technicians the manufacturer’s own installation dimensions, mains and stator wiring diagrams, tube compatibility tables, the full generator error-number list with elimination steps, board-level replacement procedures, and the Function Unit kV/dose-calculator adjustment routines needed to bring an OPTIMUS RAD generator into acceptance testing. Working from the correct procedures and tolerances in this manual protects both the tube assembly and the high-voltage generator from incorrect adjustment, and keeps mains resistance, tube limits, and dose calibration within Philips’ own specifications. Your Philips OPTIMUS RAD service manual downloads instantly as a PDF after checkout — no shipping wait, no physical binder to lose. Read it on a laptop, tablet, or phone at the bench, or print only the pages you need for the job at hand.
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