Aquilion 16 (TSX-101A) Service Manual
FSELIB authored service atoms
FSELIB authored service atoms for the Canon Medical (Toshiba) Aquilion 16 CT scanner: gantry, patient couch, gantry/couch control, X-ray, DAS, diagnostics, system software, console, installation and maintenance. Web-first, real figures at 300 dpi. This service manual covers installation, calibration, troubleshooting and maintenance procedures for the Canon Medical Aquilion 16 (TSX-101A).
Also known as: Toshiba, Canon, Aquilion, Aquilion 16, TSX-101A
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Technical Specifications
| Manufacturer | Canon Medical |
| Equipment Type | CT Scanner |
| Part Number | 2D201-059/061/062/063/064/065/074/079EN, 2C201-160, 2Y201-061 |
| Revision | FSELIB 2026-07 |
| Models Covered | Aquilion 16TSX-101A |
Table of Contents
From actual manual11000BASE switching HUB — PowerConnect 2708 (BSX74-1896)
Sign in to access →2Navibox CNN-panel external cable map (CPU BOX and REC BOX)
Sign in to access →3REC BOX connector pinouts (DAS, CONT FC-AL, SCONT1/2)
Sign in to access →4Remove the host PC unit (PX74-07959 GR-1/GR-2)
Sign in to access →5Remove the host PC unit (PX74-08766 GR-1/GR-2)
Sign in to access →6Host PC unit specs and internals (PX74-07959 GR-1/GR-2)
Sign in to access →7Host PC unit specs and internals (PX74-08766 GR-1/GR-2)
Sign in to access →8Run the independent MHR PWB test (diagnostics) from the RTM terminal
Sign in to access →9Console keyboard and control PWB (connectors, SSW1)
Sign in to access →10Run the console malfunction-diagnosis program (hwtest)
Sign in to access →11MHR fast-reconstruction PWBs: types and architecture
Sign in to access →12MHR preprocessing and reconstruction data paths (slot map)
Sign in to access →13MHR PWB LEDs and flash-boot jumper setting
Sign in to access →14Magneto-optical disk (MOD) drive: specs and parts
Sign in to access →15MOD drive jumper block, DIP switch settings, and manual eject
Sign in to access →16Console operation section and monitors
Sign in to access →17CPU BOX connector pinouts (VOICE, XC-GTS, FC-AL, SCONT1/2, keyboards, monitor)
Sign in to access →18RTM-D interface PWB (dual-port RAM, W1, LEDs)
Sign in to access →191000BASE switching HUB — PowerConnect 2608 (BSX74-1711)
Sign in to access →20How this console manual is organized and the TSX-101A service-manual set
Sign in to access →21Console mouse: types, cleaning, and connector pinout
Sign in to access →22Console Fuse List (Ratings, Locations, and TS Drawing Numbers)
Sign in to access →23Console power controller: power-ON / power-OFF sequence
Sign in to access →24Raw Data Disk Array — Medea JBOD (config, LEDs, disk removal)
Sign in to access →25Raw Data Disk Array — Rorke Data JBOD (config, LEDs, setup)
Sign in to access →26Remove and install an RDD fan unit (Rorke Data)
Sign in to access →27Remove and install an RDD disk/power-supply unit (Rorke Data)
Sign in to access →28REC BOX internal layout and power CONT
Sign in to access →29RTM real-time manager and RTM-M PWB
Sign in to access →30Console service safety precautions (DANGER / WARNING / CAUTION)
Sign in to access →31Take static-electricity countermeasures before handling console PWBs
Sign in to access →32Adjust the SS/ADI intercom audio (speaker/mic VRs)
Sign in to access →33SS/ADI3 / SS/ADI4 PWB: switches, LEDs, connectors
Sign in to access →34Console power and signal connection diagrams (CPU BOX / REC BOX)
Sign in to access →35Console (CKCN-012C) overview and CPU BOX internal layout
Sign in to access →36Console control/data flow at boot and during scanning
Sign in to access →37Navibox architecture and console block diagram
Sign in to access →38Maintain and inspect the clutch/brake assembly
Sign in to access →39Lower covers: base covers and the flexible (bellows) cover
Sign in to access →40Remove and install the patient couch upper covers (handle, front, rear, side, rail, maintenance, couch-top bottom, and frame bottom covers)
Sign in to access →41Replace the flexible (bellows) cover
Sign in to access →42Upper covers — part identification and names
Sign in to access →43Adjust the couch-top supporting rollers (level and sway)
Sign in to access →44Adjust the Horizontal (Slide) Motion Speed - Servo Amplifier Parameters
Sign in to access →45Adjust the slide drive belt tension
Sign in to access →46Replace the couch slide servo amplifier
Sign in to access →47Replace the horizontal (longitudinal) drive unit
Sign in to access →48Troubleshoot: couch top will not slide into/out of the gantry opening
Sign in to access →49Patient couch service safety precautions (signal words, DANGER/WARNING/CAUTION, ESD)
Sign in to access →50Couch top (CFRP tabletop) component reference
Sign in to access →51Longitudinal (Slide) Movement Drive Unit and Couch-Top Moving Frame - Theory
Sign in to access →52Main patient couch unit structure and main frame unit
Sign in to access →53Patient couch overview and operation (SLIDE / HEIGHT block diagram)
Sign in to access →54Patient Couch Vertical Movement Mechanism and Hydraulic Drive — Theory of Operation
Sign in to access →55Partially disassemble the patient couch for carrying-in (narrow route)
Sign in to access →56Reset the overcurrent relay (horizontal and vertical motors)
Sign in to access →57Troubleshoot: slide stop accuracy, roller ride, rattle/sway, noise, and no in/out motion
Sign in to access →58Adjust the vertical (lowering) motion speed
Sign in to access →59Change the vertical stop positions (height photosensor adjustment)
Sign in to access →60Jack Up the Patient Couch When It Will Not Rise From the DOWN Limit
Sign in to access →61Lower the Patient Couch from a Raised Position After a Failure (200 VAC Jig)
Sign in to access →62Replace the hydraulic unit (cylinder, pump, oil tank)
Sign in to access →63Route the internal cables at the lifting linkage
Sign in to access →64Troubleshoot: couch will not go up/down and oil leakage
Sign in to access →65DAS data acquisition sequence timing
Sign in to access →66DAS test-mode data patterns (IntegA / IntegB reference)
Sign in to access →67Detector / REF to DAS channel and Converter-16 slot map
Sign in to access →68Control-16 ↔ OPCONTA interface signals and DAS gain selection
Sign in to access →69Converter-16 and Control-16 PWBs — architecture, DIP switches, LEDs, fan monitor
Sign in to access →70Replace a DAS PWB (Converter-16 / Control-16)
Sign in to access →71DAS I/O cable connector pinout (CNN1/CNN2/CNN3, 68-pin)
Sign in to access →72Run the DCA offset data check (X-ray inhibit)
Sign in to access →73Replace the main detector array
Sign in to access →74Replace the REF detector
Sign in to access →75DAS power supply (EWS600, +5.7 V)
Sign in to access →76Check the DAS supply voltage (PCN1-PCN4)
Sign in to access →77Acquire calibration data (NRA / air calibration)
Sign in to access →78Data acquisition section — safety precautions
Sign in to access →79ESD / static-electricity countermeasures for DAS PWB service
Sign in to access →80Repair precautions before replacing DAS parts
Sign in to access →81Configure the detector temperature controller after replacement (AXC004-01 / -02)
Sign in to access →82DAS overall operation and data flow
Sign in to access →83DAS section configuration and component layout
Sign in to access →84Main detector array and channel bundling
Sign in to access →85DAS troubleshooting — safety notices, work precautions, tools
Sign in to access →86Data acquisition trouble ↔ cause matrix (Table 5.4-2)
Sign in to access →87Diagnose integrator-, gain-, and slice-thickness-dependent abnormalities
Sign in to access →88Run the DCA test-pattern check and read the Data Check menu
Sign in to access →89Run the DCA X-ray output check
Sign in to access →90Troubleshoot streak-shower artifacts
Sign in to access →91Troubleshoot large image SD
Sign in to access →92Troubleshoot ring-image artifacts
Sign in to access →93Troubleshoot shifted CT number
Sign in to access →94MUDAT composition: sub-units and PWBs
Sign in to access →95Disassemble the MUDAT
Sign in to access →96DAS test mode and View Trigger (VT) check
Sign in to access →97Data-transfer diagnostic tools and IF-unit locations
Sign in to access →98Data-transfer error catalog (25 error types)
Sign in to access →99Diagnose an abnormal image caused by the MUDAT
Sign in to access →100GCIFA console test patterns (segments 1-16)
Sign in to access →101GCIFA error display panel (NORMAL and I. MODE)
Sign in to access →102Manual check and console test for locating MUDAT faults
Sign in to access →103Operation check after MUDAT work
Sign in to access →104Raw-data / extra-data structure and MUDAT error bitfields
Sign in to access →105Check LED luminescence with the IR converter (ROT and SOT)
Sign in to access →106OPCONTA PWB: DIP switches, fuses and layout
Sign in to access →107Channel switching and Disable (non-rotation) scan setup
Sign in to access →108GCIFA-D PWB: switches, jumpers, LEDs and diagnosis
Sign in to access →109GCIFA PWB: DIP switches, fuses and test-data output
Sign in to access →110GCIFA PWB LED reference
Sign in to access →111OPCONTA PWB LED reference
Sign in to access →112Safety precautions for MUDAT / data-transfer service
Sign in to access →113Static-electricity (ESD) precautions before handling PWBs
Sign in to access →114How the gantry data-transfer section works (overview)
Sign in to access →115IF unit theory: OPCONTA, GCIFA and GCIFA-D
Sign in to access →116MUDAT physical layout: rotation and stationary sections
Sign in to access →117MUDAT terminology and abbreviations
Sign in to access →118Optical emitting and receiving sections (theory)
Sign in to access →119Troubleshoot control-system data communication errors
Sign in to access →120Adjust the operating panel acrylic cover clearance
Sign in to access →121Clean the FRP covers and remove the wedge/slit optical system
Sign in to access →122Gantry covers map and cover-open access views
Sign in to access →123Open and close the gantry front cover
Sign in to access →124Remove and mount the dome cover
Sign in to access →125Remove and remount the base and under covers
Sign in to access →126Remove and remount the side cover
Sign in to access →127Remove, remount or withdraw the upper cover
Sign in to access →128Remove and mount the Mylar sheet (ring)
Sign in to access →129Remove and remount the rear cover (with/without dome)
Sign in to access →130Important fastening assemblies and tightening torques
Sign in to access →131Adjust the projectors (inner, median, external)
Sign in to access →132Replace the projector lamps (median, internal, side)
Sign in to access →133Adjust the rotation balance (weights)
Sign in to access →134Troubleshoot the rotation section
Sign in to access →135ESD countermeasures for service work (wrist strap, antistatic kit)
Sign in to access →136Gantry mechanism service safety precautions (signal words, DANGER/WARNING/CAUTION)
Sign in to access →137Align the slip ring brushes with the alignment jig
Sign in to access →138Clean the large-current slipring and brush assemblies
Sign in to access →139Repair a damaged large-current slip ring (emergency)
Sign in to access →140Replace the large-current slip ring brushes
Sign in to access →141Replace the SRU (SRU-H / SRU-L / SRU-POWER)
Sign in to access →142Gantry mechanism outline and unit configuration
Sign in to access →143How the main frame works: slip ring and rotation drive
Sign in to access →144How the wedge filter and slit units work (with slit-width table)
Sign in to access →145How the X-ray beam control and tube-mounting units work
Sign in to access →146Adjust the tilt angle (stop positions and limits)
Sign in to access →147How the Stand (Tilt) Unit Works
Sign in to access →148Lubricate the tilt drive unit
Sign in to access →149Manually tilt the gantry in case of malfunction
Sign in to access →150Replace the tilt gas spring
Sign in to access →151Replace the tilt power cylinder
Sign in to access →152Troubleshoot the slip ring section
Sign in to access →153Gantry troubleshooting approach and symptom index
Sign in to access →154Troubleshoot the slit section
Sign in to access →155Troubleshoot the tilt section
Sign in to access →156Troubleshoot the wedge section
Sign in to access →157Align the X-ray tube (front/rear and left/right)
Sign in to access →158Replace the X-ray tube (side and bottom jig methods)
Sign in to access →159Adjust couch height and projector angle displays
Sign in to access →160Check the couch-top speed
Sign in to access →161Check the KGTSM PWB safety circuit
Sign in to access →162Couch slide servo amplifier alarm codes and parameter list (CBTB-016A/016B)
Sign in to access →163Couch slide servo amplifier operation and maintenance tool (CBTB-016A/016B)
Sign in to access →164DD motor servo amplifier error display (S/N A and S/N B panels)
Sign in to access →165Interlocks: positions and operation interlock tables
Sign in to access →166KGTSM detailed error and DD-motor status codes
Sign in to access →167KGTSM message catalog: typical, DD-motor errors, terminal log
Sign in to access →168KGTSM PWB: switches, connectors, LEDs, test pins
Sign in to access →169KGTSM timer checks and timer errors
Sign in to access →170Magnet conductor covers and acquisition additional-data items
Sign in to access →171OPCONTA, GCIFA and KGTSP PWB settings and connectors
Sign in to access →172Patient couch control troubleshooting (CBTB-016A/016B)
Sign in to access →173Patient couch sliding servo amplifier (CBTB-014A): operation and parameters
Sign in to access →174Post-replacement checks and KGTSM system setting switches
Sign in to access →175Reading KGTSM cyclic/return status data (field decode)
Sign in to access →176Select footswitch mode (CBTB-016A/016B)
Sign in to access →177Set couch autoslide movement range and zero-clear time
Sign in to access →178Set couch horizontal movement absolute-value control data
Sign in to access →179Set couch vertical movement stop position (auto-set mode)
Sign in to access →180Set couch-top sliding fine-adjustment function
Sign in to access →181Use the KGTSM maintenance panel
Sign in to access →182Gantry Fuse List and Mounting Locations (S/N Axxxxx and S/N Bxxxxx)
Sign in to access →183Adjust the MR sensor and MR sensor PWB
Sign in to access →184Gantry rotation interlock when servicing with cover open
Sign in to access →185Gantry rotation speed check and fine adjustment
Sign in to access →186Gantry rotation stop position (Aquilion)
Sign in to access →187Gantry rotation system operation and troubleshooting (S/N Axxxxx)
Sign in to access →188Gantry rotation system operation and troubleshooting (S/N Bxxxxx)
Sign in to access →189Gantry X-ray tube position information (Aquilion)
Sign in to access →190Replace the MR sensor and MR sensor PWB
Sign in to access →191Replace the rotation-direction photo sensor unit
Sign in to access →192Safety precautions for gantry/couch control service
Sign in to access →193Control flow: drive section and data-acquisition
Sign in to access →194Gantry Power-Supply Sequence
Sign in to access →195Gantry/couch control section: architecture and targets of control
Sign in to access →196Optical system operation: wedge and slit reference-position control and timeouts
Sign in to access →197Tilt encoder value vs actual angle lookup table
Sign in to access →198Bring the patient couch and console into position
Sign in to access →199Check phantom position, run the test scan and check tube alignment
Sign in to access →200Place the couch and console and install the RDD HDDs
Sign in to access →201Gantry/couch interlock test procedures
Sign in to access →202KGTSM terminal settings for the patient couch
Sign in to access →203Fine-adjust the couch position using CT images
Sign in to access →204Install optional units and mount the covers
Sign in to access →205DICOM network setting (IP registration and environment tool)
Sign in to access →206Basic disassembly and carrying-out of the system
Sign in to access →207Connect warning lamp, door switch and inter-unit cables
Sign in to access →208Inter-unit cable diagram and field-wiring terminal board connection
Sign in to access →209Final gantry-couch relationship check, system test and calibration data
Sign in to access →210X-ray tube If adjustment (remote)
Sign in to access →211Imager preset setup and operational check
Sign in to access →212Integrated test — scan operation and image quality
Sign in to access →213Using the KGTSM maintenance panel
Sign in to access →214Network installation conditions (packet-filtering table)
Sign in to access →215Calibration data acquisition (NRA / air calibration)
Sign in to access →216Operational checks of gantry, couch, detector and X-ray tube
Sign in to access →217Installation flow overview and component check
Sign in to access →218Connect the console network / imager (physical LAN)
Sign in to access →219Power-supply mode setting and protective-timer checks
Sign in to access →220Power-on sequence and AC/DC voltage checks
Sign in to access →221Pre-delivery: mount couch accessories, clean and fill the QC sheet
Sign in to access →222Checks before turning on the power
Sign in to access →223Gantry rotation interlock (cover switch / SW120)
Sign in to access →224Gantry/couch interlock positions and interlock table
Sign in to access →225Installation safety precautions and signal-word glossary
Sign in to access →226Set up HyperTerminal for KGTSM/GTS access
Sign in to access →227Position, level and anchor the gantry
Sign in to access →228Prepare the couch and perform rough positioning with the projector
Sign in to access →229Secure the couch, install the footswitch, fit covers and set the height indicator
Sign in to access →230Bring the gantry into the scanner room
Sign in to access →231Align the slip-ring brush assemblies
Sign in to access →232Clean the large-current slip ring (LCSR)
Sign in to access →233System specifications, operating conditions and installation tool list
Sign in to access →234Confirm console startup, check the audio system and set up the console software
Sign in to access →235Carry the patient couch in tilted, on a triangular stand (narrow route or small elevator)
Sign in to access →236X-ray tube alignment (front/rear and left/right)
Sign in to access →237Gantry fan-noise check and filter cleaning — 1.44/1.45
Sign in to access →238Data acquisition system checks: temperature, connectors, line-voltage pins, fuses, fan, window — 4.1-4.6
Sign in to access →239Data transfer unit operation and cleaning check (GCIFA PWB) — 5.1/5.2
Sign in to access →240Whole-system image-quality tests: noise, CT number (TOS phantom), streak/artifact — 7.1-7.3
Sign in to access →241Gantry mounting-bolt/screw tightening checks (items 1.1-1.24, paint-mark method)
Sign in to access →242Interlock test method: outline, interlock positions and full interlock table — A.1-A.3
Sign in to access →243Interlock test procedures: HEIGHT/TILT/SLIDE limits, tape/mat switches, auto-home, auto-set — A.4
Sign in to access →244Couch-height, tilt-angle, rotation-speed and couch-movement-speed checks — 1.51-1.54
Sign in to access →245Gantry internal AC and DC voltage checks — 1.41/1.42
Sign in to access →246Off-delay timer (X-ray tube cooling protection) setting and function check — 1.48
Sign in to access →247Operating-panel and footswitch operation & switch-clearance checks — 1.46/1.47
Sign in to access →248Clean dome internal-projector window and check Mylar ring mounting — 1.34
Sign in to access →249Clean gantry photo-sensors (rotation, wedge, slit, rotational-direction detectors) — 1.25
Sign in to access →250Positioning projector lamp: replacement, cleaning and internal/external/median alignment — 1.33
Sign in to access →251Slit operation check (slice/slit width table) and wedge slide check & lubrication — 1.27/1.28
Sign in to access →252Preventive maintenance scope and system composition (TSX-101A/F, /G)
Sign in to access →253Couch cable, movement-accuracy, free-operation, interlock and limit checks — 2.6-2.11
Sign in to access →254Couch hydraulic leakage, lubrication, tightening, natural-fall, DC power and sensor checks — 2.12-2.19
Sign in to access →255Patient couch cleaning, headrest and horizontal-belt tension checks — 2.1-2.5
Sign in to access →256X-ray HV: XC battery, charge/discharge, starter output, cables, SRU bolts, tube bellows — 3.14-3.19
Sign in to access →257X-ray output electrical checks: kV/mA, tube-current waveform, exposure time, line voltage — 3.10-3.13
Sign in to access →258X-ray tube/heat-exchanger leakage, rotor resistance and cooling-fan checks — 3.1-3.9
Sign in to access →259Console cleaning, fans, PC input and DC power-supply checks — 6.1-6.11
Sign in to access →260Periodic inspection schedule: full item list with 3M/6M/1Y/2Y intervals
Sign in to access →261Fault-current protective breaker (NFB2) operation check — 1.43
Sign in to access →262Gantry terminal-board looseness, screw/nut, cable and final cleaning checks — 1.55-1.58
Sign in to access →263Before inspection: tools, workers, standard precautions, cleaning and disinfection
Sign in to access →264Gantry rotation operation check (scan speeds) — 1.32
Sign in to access →265Visual check of GTS unit and rotation servo unit interiors — 1.49/1.50
Sign in to access →266Gantry safety-circuit operation checks via KGTSM (tilt/vertical/horizontal, runout, rotation error) — 1.38/1.39/1.40
Sign in to access →267Gantry safety-mechanism and interlock checks — 1.36/1.37
Sign in to access →268Gantry servicing access and safety (cover open, rotation lock, supporting poles)
Sign in to access →269Maintenance safety precautions: signal words, electrical, laser, slipring and rotation hazards
Sign in to access →270Clean the large-current slip ring and adjust brush alignment — 1.29
Sign in to access →271Slipring brush abrasion check and brush replacement — 1.30
Sign in to access →272Tilt cable routing (cable movement) check — 1.35
Sign in to access →273Tilt limit switch check and tilt-angle adjustment — 1.31
Sign in to access →274Tilt power cylinder and gas spring abnormal-sound/oil-leak check — 1.26
Sign in to access →275Adjust left/right X-ray tube alignment with air + pin phantom
Sign in to access →276Back up, restore and format site information on MO with the Backup Tool
Sign in to access →277Back up and restore calibration data (RDD ↔ HDD ↔ MOD)
Sign in to access →278Enable temporary 8-/16-slice conventional scan with the ExtendSeg command
Sign in to access →279Run DAS/GCIF/offset/output test patterns and read the results
Sign in to access →280DCA main window: reference of every function and operating control
Sign in to access →281Check DAS offset data with X-ray inhibited (JP3 test mode)
Sign in to access →282Check X-ray output with the DCA (acquisition, mean calculation, graph)
Sign in to access →283Isolate an abnormal channel or artifact using the DCA sinogram
Sign in to access →284Configure DICOM connectivity: hosts, services, transfer syntax, timeouts, language
Sign in to access →285Worked DICOM setup example (Aquilion to ALATOVIEW)
Sign in to access →286Collect error logs: view and save the EventLog for analysis
Sign in to access →287Configure Exposure Record output and calculation items
Sign in to access →288Adjust front/rear X-ray tube alignment (Scan to calculate)
Sign in to access →289Configure Scheduler FTP Acquisition and FTP Output
Sign in to access →290Handle and verify the options hardware license (USB dongle)
Sign in to access →291Initialize the image disk (via supplied CD-ROM or Windows Disk Manager)
Sign in to access →292Set up an imager (DICOM or Toshiba protocol) with the Setup Utility preset tool
Sign in to access →293Examination Scheduler Initial Setting screens (1 and 2) field reference
Sign in to access →294Initialize the system: model/tube setup, special config, RDD/RAID, host name
Sign in to access →295MOD service reference: mount, unmount and format the magneto-optical drive
Sign in to access →296Acquire NRA and air calibration data (setup, procedure, flow, deletion)
Sign in to access →297Manage options software licenses: 90-Day Trial, load/unload, status
Sign in to access →298CT software architecture, login accounts, disk partitions and service media
Sign in to access →299Configure CSV output, Tag Setup, Summary Output, LMDB List and MPPS tag definition
Sign in to access →300Software installation overview: methods 1/2/3, required media, site backup
Sign in to access →301Software work after replacing a RAID (RDD) disk
Sign in to access →302System Setup utility: model/tube/HFG selection at install and after hardware change
Sign in to access →303Reference: which site-information items the Backup Tool saves
Sign in to access →304Install the Essence-of-3D A license (pr.base / pr.3d) and verify
Sign in to access →305Start and stop DCA (Data Collection Analyzer) and its function set
Sign in to access →306Start and stop the Examination Scheduler setup tool
Sign in to access →307Install the system software from CD-ROM (boot, format, Windows 2000 setup)
Sign in to access →308Configure the TOSHIBA (Xlink) protocol network between consoles and peers
Sign in to access →309X-ray tube alignment workflow and OLP/warm-up prerequisites
Sign in to access →310Console-displayed error codes (0xb2xxxxxx)
Sign in to access →311Generator troubleshooting table (phenomena and countermeasures)
Sign in to access →312X-ray HV generator error codes (E00-E90) and troubleshooting map
Sign in to access →313Identify the defective inverter before replacement
Sign in to access →314Troubleshoot inverter temperature error and anode/cathode arc
Sign in to access →315Troubleshoot X-ray tube flow and thermal faults
Sign in to access →316X-ray tube oil cooler (heat exchanger) power-OFF function
Sign in to access →317Handle and replace the high-voltage cable (tube and SRU ends)
Sign in to access →318If (filament current) adjustment procedure
Sign in to access →319Check the rotor (starter) driver output
Sign in to access →320ESD / static-electricity precautions for service work
Sign in to access →321Replace the fuse and discharge the main capacitor safely
Sign in to access →322Service notices: floating section, power cable and gantry-rotation precautions
Sign in to access →323X-ray system safety precautions (signal words, DANGER/WARNING/CAUTION)
Sign in to access →324Remove and remount the SRU unit
Sign in to access →325Replace the inverter in the SRU generator
Sign in to access →326Entire X-ray system: configuration, specifications and operating principle
Sign in to access →327Overload protection (OLP) management functions
Sign in to access →328SRU (H/L) inverter and molded-transformer architecture
Sign in to access →329SRU generator composition and power supply unit (DRV PWB)
Sign in to access →330Tools and instruments for the X-ray system
Sign in to access →331Error-cause identification flowchart (block test to isolate SRU/HV cable)
Sign in to access →332Troubleshoot kV/mA output faults (Over mA, Under mA, HV overcurrent, Under kV)
Sign in to access →333Troubleshoot SRU status error and identify the faulty inverter block
Sign in to access →334X-ray tube system: configuration, specifications and cooling curves
Sign in to access →335X-ray tube malfunctions troubleshooting and malfunction-code reference
Sign in to access →336Checks and adjustments when replacing the X-ray tube
Sign in to access →337How If adjustment works (filament heating vs mA feedback)
Sign in to access →338Replace the XC PWB backup battery
Sign in to access →339Set up PWBs and adjust the kV waveform (VR3)
Sign in to access →340Troubleshoot XC operation, cable interlock and starter communication faults
Sign in to access →341XC Maintenance Program: block test, exposure/running test, debug monitor and screens
Sign in to access →342XC Maintenance Program: outline, connection and menu
Sign in to access →343XC Maintenance Program: Signal Show (kV/mA/If/HV waveforms)
Sign in to access →344XC PWB reference: switches, jumpers, LEDs, test points
Sign in to access →345XC Maintenance Program: log request and status information
Sign in to access →346XC maintenance program: R-status bit map, error-status bits, and Detail-screen parameter values
Sign in to access →346 sections · Full content available after sign in
Frequently asked questions
Where can I access the Canon Medical Aquilion 16 (TSX-101A) service manual?▾
The full Aquilion 16 (TSX-101A) service manual is on FSELIB — the field-service engineering library for medical imaging. Sign in or start a 7-day free trial to open the complete manual: installation, calibration, troubleshooting, error codes and replacement procedures.
What does the Aquilion 16 (TSX-101A) service manual cover?▾
It covers 1000BASE switching HUB — PowerConnect 2708 (BSX74-1896), Navibox CNN-panel external cable map (CPU BOX and REC BOX), REC BOX connector pinouts (DAS, CONT FC-AL, SCONT1/2), Remove the host PC unit (PX74-07959 GR-1/GR-2), Remove the host PC unit (PX74-08766 GR-1/GR-2), Host PC unit specs and internals (PX74-07959 GR-1/GR-2) and more for the Canon Medical Aquilion 16 (TSX-101A) (CT Scanner).
Is the Aquilion 16 (TSX-101A) service manual free to download?▾
Access is by subscription, with a 7-day free trial. FSELIB hosts authored, web-first service documentation (searchable procedures, diagrams and error-code references) — not a scraped PDF.
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