Vatech Green X PHT-75CHS Technical Manual

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Green X / Green X 18(PHT-75CHS)

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VDH-TeM-085

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Page 2: General Information
Revisions and redistribution of this manual may occur due to upgrades or design modifications. The Information on this manual is the confidential property of Vatech Inc., and any unauthorized distribution or copying of this document is strictly prohibited.
Page 3: Table Of Contents
3.3. Before CT sensor calibration ..................... 38 3.4. CT sensor setting commands ....................38 3.5. CT sensor (Half Scan): Dark calibration ..................40 3.6. CT sensor (Half scan): Bright calibration : 3 points ..............42 2 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 4 Homogeneity evaluation ........................ 97 4.1. Homogeneity standards ......................97 4.2. Phantom Specification ....................... 97 4.3. Test Method ..........................97 4.4. Test Result ..........................97 CT Number Accuracy evaluation ....................98 3 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 5 1.5. PANO sensor: Bright calibration ....................109 PANO Collimator align & 4% cut evaluation................112 2.1. PANO Collimator align with EzAlign ..................114 DAP calibration ..........................115 Laser Beam Alignment ........................119 4 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 6 4.4. Test Result ..........................142 Collimator 4% cut Evaluation ...................... 143 5.1. Collimator 4% cut Standard ..................... 143 5.2. Phantom Specification ......................143 5.3. Test Method ..........................143 5.4. Test Result ..........................143 5 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 7 3.3. Test Method ..........................168 3.4. Test Result ..........................168 Low Contrast Resolution evaluation ................... 169 4.1. Homogeneity standards ......................169 4.2. Phantom Specification ......................169 4.3. Test Method ..........................169 6 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 8 Chapter 9. Console software error message List ........207 Hardware Error Code ........................207 Software Error Code ........................210 Acquisition Module Error Code ....................215 Image Processing Error Code ..................... 216 Stitching SW Error Code ......................219 7 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 9: Before You Begin
The operator should perform the procedure according to the following Safety instruction. This Manual is intended only for Vatech Inc. authorized engineers only to avoid personal injury and damage. Vatech Inc. holds no liability for the problems caused by unauthorized engineers.
Page 10: Safety Information
X-Ray hazards. To operate and service the device, follow the instructions contained in this manual. Operator Qualifications This equipment can only be operated or serviced by Vatech Inc. authorized engineers who are fully trained. To operate this equipment, all operators must: •...
Page 11: Equipment Safety Instructions
2 minutes before the operation begins. • Do not connect this equipment to any device without authorization from Vatech. Inc. • Do not connect this equipment to a Multiple Portable Socket- Outlet (MPSO) or extension wires •...
Page 12: Radioactive Warning
The only patient can remain in the shielding room during image capturing. Do not enter the X-ray exposing area without protection. Children and pregnant women must consult with a doctor before X- • ray exposure. 11 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 13: Pre-Check Points For Service Technician
Are there any unnecessary accessories that can affect the X-ray exposure □ □ condition? Are at least two operators ready to start operation with enough □ □ understanding of the equipment? Are all required tools ready? □ □ 12 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 15: Chapter 1. Hardware Part Service Guide
Green X / Green X 18(PHT-75CHS) Technical manual Chapter 1. Hardware Part Service Guide 1. Green X / Green X 18(PHT-75CHS) System Block Diagram 14 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 16: Green X / Green X 18(Pht-75Chs) Board Configuration
2. Green X / Green X 18(PHT-75CHS) Board Configuration The position of the board mounted on the equipment is as follows. 2.1. Vertical Frame Part The following boards are mounted on the vertical unit. 15 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 17 Laser On/Off control • X-Ray control • X-Ray Warning Lamp control • Exposure Switch detection • MP3 control • Sync Pulse Generation when exposure the X-ray • Lighting LED control 16 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 18 2.1.2. Power Board (VT-PWR-014) Function • 24V DC Output : System, Motor, Sensor, Inverter 380V DC Output : Generator • Emergency Switch Input : Power Shutdown • 2.1.3. Noise Filter 17 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 20 Green X / Green X 18(PHT-75CHS) Technical manual 2.2.1. Collimator MCU (MCU027) Function Collimator Control • Collimator Align Laser Control • 2.2.2. Inverter Function Supply High DC/AC Power • 19 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 21 Function Control Signal Interfacing • : Generator, Generator Tilting motor, Laser, Laser motor, Collimator, Fan, Sensor (CT/PANO) Control Power Interfacing • : Sensor (CT/PANO), Collimator * Generator Part Interfacing Board 20 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 22 Technical manual 2.2.5. CT/PANO Sensor (Xmaru1314CF) 2.2.6. Sensor Interface (SUB056) Function • Control Signal Interfacing of : Sensor moving motor, Rotator motor, and the Sensor • Control Power Interfacing of Sensor 21 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 23: Column Unit
Green X / Green X 18(PHT-75CHS) Technical manual 2.3. Column Unit 2.3.1. SUB057 (Chinrest) Function • Control Signal Interfacing : Laser 22 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 24: Handle Unit
: Control Panel Module, Laser, and Column Up/Down • Control Signal Interfacing : A sound source, Emergency Switch input 2.4.2. SUB047 (VR) Function Control Signal Interfacing • : Canine VR 23 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 26 CEPH Interface (SUB040) Function • Interfacing : Main MCU Board (MCU026) and CEPH Motors • CEPH sensors Control • Sensor Power Regulation : 24V → ± 5V *. CEPH Interface Board 25 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 27: Green X / Green X 18(Pht-75Chs) Connection Diagram
Green X / Green X 18(PHT-75CHS) Technical manual 3. Green X / Green X 18(PHT-75CHS) Connection Diagram 3.1. Power and Ground Connection Diagram 3.2. Main MCU and SENSOR Connection Diagram 26 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 28: Generator And Jaw Part Connection Diagram
Green X / Green X 18(PHT-75CHS) Technical manual 3.3. Generator and JAW Part Connection Diagram 3.4. CEPH SENSOR Part Connection Diagram 27 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 29: Disassembly Of Green X / Green X 18(Pht-75Chs) Covers
4.1. Vertical Frame Part 4.1.1. DISASSEMBLY OF THE VERTICAL UPPER COVER By doing this, you can access: - MAIN MCU BOARD (MCU018) - POWER BOARD (VT-PWR-010) - NOISE FILTER 28 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 30: Rotating Unit Part
DISASSEMBLY OF THE ROTATOR TUBE REAR COVER 4.2.3. DISASSEMBLY OF THE ROTATOR TUBE FRONT COVER By doing this, you can access: - TUBE, COLLIMATOR ASS’Y, COLLIMATOR MCU BOARD (MCU006), SUB015 BOARD 29 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 31 Green X / Green X 18(PHT-75CHS) Technical manual 4.2.4. DISASSEMBLY OF THE ROTATOR SENSOR REAR COVER By doing this, you can access: - DC POWER BOARD(DC-04) 4.2.5. DISASSEMBLY OF THE ROTATOR SENSOR FRONT COVER 30 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 33: Handle Frame Unit Part
DISASSEMBLY OF THE HANDLE FRAME TOP COVER By doing this, you can access: - SUB027 BOARD 4.3.2. DISASSEMBLY OF THE CHINREST TOP COVER By doing this, you can access: - SUB017 BOARD 32 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 34: Ceph Unit Part
Green X / Green X 18(PHT-75CHS) Technical manual 4.3.3. DISASSEMBLY OF THE OTHERS 4.4. CEPH Unit Part 4.4.1. DISASSEMBLY OF THE CEPH TOP COVER By doing this, you can access: - SUB040 33 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 35 Green X / Green X 18(PHT-75CHS) Technical manual 4.4.2. DISASSEMBLY OF THE CEPH BOTTOM COVER By doing this, you can access: - CEPH SENSOR 34 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 36: Chapter 2. Ct Image Optimization
• Green X / Green X 18 FOV: 160 x 150, 160 x 90, 120 x 90, 80 x 80, 80 x 50, 50 x 50, 40 x 40(For Endo) 35 / 172 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 37: Equipment Default Values
If it is not parallel, set it parallel with the command [SPM_ ACHF_XXXX] to set the CT Mode Half  Value. • As the value increases, based on the sensor, move right • Subsequently, the half value is finely adjusted through the image. 36 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 38: Ct Image Optimization
Bright Datafile can be varied by characteristics of each sensor. • Cu 1mm filter must be ready for CT Sensor Calibration. Bright Calibration data cannot be achieved without the Cu 1mm filter. 37 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 39: Before Ct Sensor Calibration
 After completing all tasks, return the “VAKPAR.TSF” file  5. Run VAKCAP.exe. 6. Click the Capture/Recon tab and type the following commands in the command field and click Send. 38 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 40 Green X / Green X 18: FOV 8x8, 8x5, 5x5 driven (Full beam) [SPM_AEMS] Green X / Green X 18: FOV 4x4 driven (Endo) [SPM_AFMS] Uoffset driven: [SPM_AAMS] + avoidance trajectory 39 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 41: Ct Sensor (Half Scan): Dark Calibration
Run the C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\VACAP.exe file. Click Settings. In the Serial port box, select a COM Port Number in use. Then click and restart the program. Command window Dark acquisition Click the Soft Calib tab. 40 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 42 Check if it is a normal dark image through the maximum and minimum criteria of the median value. Check if it satisfies the Dark standard value, and if not, replace the sensor because it is defective. 41 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 43: Ct Sensor (Half Scan): Bright Calibration : 3 Points
Run the C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\VACAP.exe file. In the Settings tab and make sure that the parameters under [BrightCalibration] are as shown below and click Save if something is changed. Click the Soft Calib tab. 42 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 44 2 Point 3 point Click V to open View16 10. Click the 1 Point Bright Calibration data file on View16 and make sure that the Median value meets the standard. 43 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 45 Cal Point 1 4500 5500 Median Cal Point 2 7000 8000 value Cal Point 3 9500 10500 12. Bright cal data is stored in C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL and copy these files to C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL\OPEN. 44 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 46: Ct Sensor (Half Scan): Bright Calibration: 4 Points
In the Settings tab and make sure that the parameters under [BrightCalibration] are as shown below and click Save if something is changed. Run the C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\VACAP.exe file. Click the Soft Calib tab 45 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 47 X-ray Exposure switch. Then release the button when “RELEASE THE BUTTON” appears. Do step 7) repeatedly until 4 point bright calibration data are acquired. 1 Point 2 Point 3 Point 4 Point 10. Click V to open View16. 46 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 48 15. Copy a total of 7 files in C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL\OPEN to the folder C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL. 1.Check NumPoints=4 2. Check kVp, mA value. 3. Check comment processing. 4. When the kVp and mA values are checked, click the Save button. 47 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 49 1.Change NumPoints=7 2. Click the save button. 3. Click the Check button. 17. Copy the bright cal files in path C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL to the following two paths. C:\VCaptureSW\Acquisition\Model\WidePANO\CAL  48 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 50: Ct Sensor (Full Scan): Dark Calibration
Run the C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\VACAP.exe file. Click Settings. In the Serial port box, select a COM Port Number in use. Then click and restart the program. Command window Dark acquisition Click the Soft Calib tab. 49 / 172 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 51 Check if it is a normal dark image through the maximum and minimum criteria of the median value. Check if it satisfies the Dark standard value, and if not, replace the sensor because it is defective. 50 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 52: Ct Sensor (Full Scan): Bright Calibration : 3 Points
Save if something is changed. Click the Soft Calib tab. HalfScan: Send [SPM_ARCT], [SPM_CSON], [SPM_FIPM_0001], [SPM_FISS_0003], [SPM_FISM_0001], [SPM_FOVO] and [SPM_COLM_0009] commands to the Command window, and set the CT sensor and collimator. 51 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 53 2 Point 3 point Click V to open View16 10. Click the 1 Point Bright Calibration data file on View16 and make sure that the Median value meets the standard. 52 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 54 ※ Bright standard value: Additional 3 points Bright Cal Point 1 4500 5500 Median Cal Point 2 7000 8000 value Cal Point 3 9500 10500 12. Bright data stored C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL and copy these files to C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL\OPEN. 53 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 55: Ct Sensor (Full Scan): Bright Calibration: 4 Points
In the Settings tab and make sure that the parameters under [BrightCalibration] are as shown below and click Save if something is changed. Run the C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\VACAP.exe file. Click the Soft Calib tab 54 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 56 X-ray Exposure switch. Then release the button when “RELEASE THE BUTTON” appears. Do step 7) repeatedly until 4 point bright calibration data are acquired. 1 Point 2 Point 3 Point 4 Point 10. Click V to open View16. 55 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 57 15. Copy a total of 7 files in C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL\OPEN to the folder C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL. 1.Check NumPoints=4 2. Check kVp, mA value. 3. Check comment processing. 4. When the kVp and mA values are checked, click the Save button. 56 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 58 1.Change NumPoints=7 2. Click the save button. 3. Click the Check button. 17. Copy the bright cal files in path C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL to the following two paths. C:\VCaptureSW\Acquisition\Model\WidePANO\CAL  57 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 59: Ct Sensor (Endo): Dark Calibration
1. Run the C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\VACAP.exe file. Click Settings. In the Serial port box, select a COM Port Number in use. Then click and restart the program. Command window Dark acquisition Click the Soft Calib tab. 58 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 60 Check if it is a normal dark image through the maximum and minimum criteria of the median value. Check if it satisfies the Dark standard value, and if not, replace the sensor because it is defective. 59 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 61: Ct Sensor (Endo): Bright Calibration : 3 Points
[SPM_FISM_0001] Sensor clock (1:External, 0: Internal) [SPM_FOVO] Collimator open Cu(0.3T) filter close [SPM_COLM_0012] If Cu 0.3T Filter is not covered, adjust with [SPM_CIST_XXXX] Click Dark to acquire Dark Calibration Data. 60 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 62 Cal Point 1 4500 5500 Median Cal Point 2 7000 8000 value Cal Point 3 9500 10500 11. Bright cal data is stored in C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL and copy these files to C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL\OPEN. 61 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 63: Ct Sensor (Endo): Bright Calibration: 4 Points
In the Settings tab and make sure that the parameters under [BrightCalibration] are as shown below and click Save if something is changed. Run the C:\VCaptureSW\Acquisition\CT\WidePANO\Endo\VACAP.exe file. Click the Soft Calib tab 62 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 64 X-ray Exposure switch. Then release the button when “RELEASE THE BUTTON” appears. 26. Do step 7) repeatedly until 4 point bright calibration data are acquired. 1 Point 2 Point 3 Point 4 Point 27. Click V to open View16. 63 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 65 32. Copy a total of 7 files in C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL\OPEN to the folder C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL. 1.Check NumPoints=4 2. Check kVp, mA value. 3. Check comment processing. 4. When the kVp and mA values are checked, click the Save button. 64 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 66 33. When the normal bright cal acquisition is completed, click the check button to create an Auto bad pixel map. 1.Change NumPoints=7 2. Click the save button. 3. Click the Check button. 65 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 67: Ct Bad Pixel Verification
686 Pixel Bad line Cluster definition  Continuous bad pixels with 3 x 3 or more continuous . (Single bad pixel is surrounded by bad  pixels in all directions (up/down/left/right/diagonal)) 66 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 68 Select S in the M box and click 640x686BPM.raw in the raw file list  Examine the sensor effective area to make sure that there is a bad pixel of a bad line.  67 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 69: Geometry Calibration & X,Y,Z-Axis Setting
//0001: High Gain, 4x4 Binning //0002: Low Gain, 2x2 Binning (default) //0003: Low Gain, 4x4 Binning Sensor Partial mode setting [SPM_FIPM_0001] // Sensor size: 0000~0032 Sensor Internal/External mode setting [SPM_FISM_0001] //0000: Internal 68 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 70 7. After clicking the PANO button, use the Process button to generate average.raw of PROJ files. 8. Click V Proj to see the averaged PROJ file. 4. Click the Process button. 3. Click the PANO button. Average after exposure 69 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 71 When moving the sensor, the value. be sure to check the sensor level. * When moving to the right: ofs: -250 * When moving to the left: ofs: -200 70 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 72 [SPM_ACHF_0700] = ofs: -224, F/W initial value • [SPM_ACHF_0500] = ofs: -200, When ACHF value decreases, ofs absolute value decreases • 1 movement per about F/W half 15 value [SPM_AAMS] [SPM_AFMS] image image 71 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 73 In Endo mode, the xxx value of DETOFFSETYY = -xxx is twice the value in other modes. 13. Enter the same values for CT half value [SPM_ACHF_XXXX] in PANO half [SPM_HFST_XXXX] and CEPH half [SPM_CPHF_XXXX]. 72 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 74: Geometry Correction
Change UseRingAR=0 in GXsetting file (Ring artifact improvement function) Make sure to change UseRingAR=1 when the CT Number operation is complete. After combining the phantom jig, the bead phantom is placed in the center. Bead-phantom aspect center position 73 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 75 //0001: High Gain, 4x4 Binning //0002: Low Gain, 2x2 Binning (default) //0003: Low Gain, 4x4 Binning Sensor Partial mode setting [SPM_FIPM_0001] // Sensor size: 0000~0032 Sensor Internal/External mode setting [SPM_FISM_0001] //0000: Internal //0001: External 74 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 76 2. After the Capture, and exposure. 15. When exposure is complete, set Reconstruction_Bead.vxm and click the Reconstruction button to start reconstruction. 5. After clicking V vol, check the bead image. 75 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 77 17. Bead Position should be located in the center of the image, and all 4 rows should be displayed. 6 Click the Properties. 18. When the bead position is confirmed, click on properties. 76 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 78 19. Click the Generate GEO button to perform geometry cal. 20. Click the Generate GEO button to display the following window. It should appear in a total of 4 groups, and the points should be marked as 28 each. 77 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 79 Green X / Green X 18(PHT-75CHS) Technical manual 21. The set geometry is checked graphically through the view Geo button. [SPM_ACMS] : View GEO Graph [SPM_ADMS] : View GEO Graph 78 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 80 Green X / Green X 18: FOV 8x8, 8x5, 5x5 driven (Full beam) 26. Run C:\VCaptureSW\Acquisition\CT\WidePANO\Endo\VAKCAP.exe from the same bead location. 27. After entering the [SPM_AEMS] command, proceed to geometry operation in the same way as above. 79 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 81 Sensor clock (1:External, 0: Internal) [SPM_FOVO] Collimator open AL filter close [SPM_COLM_0009] If Al Filter is not completely covered, adjust with [SPM_CEST_XXXX] [SPM_AEMS] Green X / Green X 18: FOV 4x4 driven (Endo) 80 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 82: Rotator X, Y, Z-Axis Setting
6. Check the Y position (Standard: 670 ~ 683) 1. Select the 0165.RAW 5. Y axis range: Select 660 * Chinrest block standard: 2 ~ 16 pixels (0.2 mm ~ 3.2 mm) 81 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 83 After adjusting the sheet metal height (yellow arrow), fix it with 3 tan bolts (light blue arrow). After confirming that the criteria of the Chinrest block are satisfied, readjust them if dissatisfied. 82 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 84 Start angle when moving to the left: 350 ~ 359 When the start angle is found, it is applied to the following folders. C:\VCaptureSW\Acquisition\CBCT\WidePano\HalfScan\REC\reconstruction.vxm C:\VCaptureSW\Acquisition\CBCT\WidePano\FullScan\REC\reconstruction.vxm C:\VCaptureSW\Acquisition\CBCT\WidePano\EndoScan\REC\reconstruction.vxm C:\VCaptureSW\Acquisition\MODEL\WidePano\REC\reconstruction.vxm Change the value of the STARTANGLE parameter in the reconstruction.vxm file 83 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 85: Collimator Setting & 4% Cut Evaluation
“MODEL SCAN” Initial 4% cut standard value Collimator Min pixels Max pixels Left Right Threshold Upper Lower * Collimator open by collimator value 0.3 with 1~3 pixel visible on the left 84 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 86 Collimator Align can also be done using the EzAlign program provided by the manufacturer. 1. Please download EzAlign and Extract zip file. Run the EzAlign program. EzAlign checks upgrade.ini file to determine whether to support PANO, CBCT and CEPH 85 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 87: Ct Collimator Align With Ezalign
‘5’ and ‘6’. If the CBCT Auto Alignment is completed successfully, the pop-up message which notifies the completion of the alignment displays on the screen. Then, click ‘OK’ to finish. 86 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 88: Ct Number Calibration
2.Green X / Green X 18 (Choose the FOV to160x90) 3. Choose the High resolution. 4. Choose the Standard. 7. Click the CONFIRM. 6. Select the Normal. 5. Select the Man. 87 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 89 Input is required for phantom shooting in all FOVs. Tighten the Phantom Jig. Adjust so that the lines of the top and bottom are straight. CT Number Phantom Water Bone 88 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 90 Put CT Number Phantom on the Phantom Jig and exposure. Fasten Phantom Jig on the Chinrest. After clicking the Ready button, the image is acquired by exposure. Click the Ready button. 89 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 91 Green X / Green X 18(PHT-75CHS) Technical manual After exposure, click V Vol. Total number of slices-Slice XY(Z) = measured slice number Find the central slice of the water-filled area as follows. 90 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 92 Find the central slice of the water-filled section. Ex) Total number of slices-Slice XY(Z) = number of slices measured 450 - 100 = 350 M : 15 Check the ave value. Select Slice. Water Bone 91 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 93 Technical manual Open the measurement slice and measure air, water, and bone as above. 1. Click the Setting. 2. After selecting Engineer, enter vatech. FOV Info (CBCT) For CS option, select HD Tap and enter the CT Number value measured at high resolution for each FOV.
Page 94 5x5(HR) & Endo(HR) mode exposure, check if it meets the standard, and if not, adjust the CT Number value. 12. Change to UseRingAR = 1 in C:\VCaptureSW\Acquisiton\CT\WidePANO\HalfScan\REC\GXSetting file and save. 93 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 95: Chapter 3. Ct Image Evaluation
When reconstruction is completed, save the CT folder name in the C:\VCaptureSW\ImageOutput  folder as CT_DVT. Run the “DVTpro” Software to conduct the evaluation.  1.4. Test Result Parameter Measurement value Pass/Fail MTF 10% <lp/mm> 1.00 94 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 96: Contrast Evaluation
2.3. Test Method  The evaluation is conducted in the same manner as in the evaluation method in the 1. Spatial Resolution(MTF) evaluation part.. 2.4. Test Result Parameter Measurement value Pass/Fail Contrast<1000HU> 95 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 97: Noise Evaluation
 The evaluation is conducted in the same manner as in the evaluation method in the 1. Spatial Resolution(MTF) evaluation part.. 3.4. Test Result Parameter Measurement value Pass/Fail Noise(CNR) 5.00 96 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 98: Homogeneity Evaluation
The evaluation is conducted in the same manner as in the evaluation method in the 1. Spatial Resolution(MTF) evaluation part.. 4.4. Test Result Parameter Measurement value Pass/Fail Homogeneity 10.00 150.00 97 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 99: Ct Number Accuracy Evaluation
5. CT Number Accuracy evaluation 5.1. CT Number standards Parameter LSL (Lower Specification Limit) USL (Upper Specification Limit) -1030 -900 Water Teflon 1100  5.2. Phantom Specification CT Number Phantom 98 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 101: High Contrast Resolution Evaluation
Load the saved DCM image through 3D Viewer.   In the Axial view, scroll up/down to change the measurement position and visually check. 6.4. Test Result Parameter Measurement value Pass/Fail High Contrast Resolution 100 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 102: Low Contrast Resolution Evaluation
The evaluation is conducted in the same manner as in the evaluation method in Section 6.3. 7.4. Test Result Parameter Measurement value Pass/Fail Low Contrast Resolution 6 mm 8 mm Pass 101 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 103: Beam Alignment Evaluation
C:\VCaptureSW\ImageOutput folder as CT_Laser Beam. Run the “VAKCAP.exe” and click the V_vol button to proceed with the evaluation.  8.4. Test Result Parameter Measurement value Pass/Fail3 Beam alignment -3.0mm 3.0 mm 102 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 104: Slice Thickness Evaluation
The CT_DVT Phantom image taken in Section 1.3 is loaded through the 3D Viewer.   Measure the length of the phantom in the Sagittal view. 9.4. Test Result Parameter Measurement value Pass/Fail Slice Thickness 38.0 mm 42.0 mm 103 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 105: Collimator 4% Cut Evaluation
  Enter 70% as the threshold standard and check if it satisfies the 4% Cut standard. 10.4. Test Result Parameter Measurement value Pass/Fail Left Right Threshold 70% Upper Lower 104 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 106: Chapter 4. Pano Image Optimization
Other results from different points Bright Datafile can be varied by characteristics of each sensor. Cu 1mm filter must be ready for PANO Sensor Calibration. Bright  Calibration data cannot be achieved without the Cu 1mm filter. 105 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 107: Before Pano Sensor Calibration
PANO Pixel Size: 30 x 686 Command Function [SPM_PANO] PANO mode [SPM_PSON] PANO sensor power on [SPM_FISS_0001] Normal Mode: 4x4 binning & High gain [SPM_FIPM_0024] Sensor size setting [SPM_FISM_0001] Sensor clock (1:External, 0: Internal) 106 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 108: Pano Sensor: Dark Calibration
Run the VACAP.exe file in the C:\VCaptureSW\Acquisition\PANO\WidePANO folder. Click the Settings tab. In the Serial port box, select a COM Port Number in use. Click OK and restart the program. Click the Capture/Recon tab. 107 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 109 Sensor clock (1:External, 0: Internal) [SPM_FOVO] Collimator open AL filter close [SPM_COLM_0009] If Al Filter is not completely covered, adjust with [SPM_CEST_XXXX] Click the Dark button to acquire an image. 108 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 110: Pano Sensor: Bright Calibration
Click the Soft Calib tab and type [SPM_FOVO]. Then click Send to open all 4-axis Collimators. • Make sure that the Collimators and AL filter do not cover X-Ray Tube Focal Spot. 109 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 111 X-ray Exposure switch. Then release the button when “RELEASE THE BUTTON” shows up. Do step 9 repeatedly until all 5 point bright calibration data are acquired. 1 Point 2 Point 3 Point 4 Point 5 Point 10. Click V to open View16 110 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 112 Another result from different points Bright Datafile can be varied by the characteristics of each sensor. • Cu 1mm filter must be ready for PANO Sensor Calibration. Bright Calibration data cannot be achieved without the Cu 1mm filter. 111 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 113: Pano Collimator Align & 4% Cut Evaluation
Run EzEval.exe, select EzEvaluation for the tap menu on the top left, and select collimator viewer from the tap menu on the top right. Set Threshold to 70 and click Apply button. The 4% cut area is marked in red. 112 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 114 Collimator Align can also be done using the EzAlign program provided by the manufacturer. 1. Please download EzAlign and Extract zip file. Run the EzAlign program. EzAlign checks upgrade.ini file to determine whether to support PANO, CBCT and CEPH 113 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 115: Pano Collimator Align With Ezalign
And if it is completed as well, the pop-up message which notifies the completion of the collimator alignment displays on the screen. Then, click ‘OK’ to finish. 114 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 116: Dap Calibration
The position of the dosimeter is fixed at the position shown above. 1. Acquire dark data and When exposure confirm the position of the complete, check dosimeter via Capture CTB video through V proj. (acquired about seconds). 115 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 117 2.Green X / Green X 18 (Choose the FOV to160x90) 3. Choose the High resolution. 4. Choose the Standard. 7. Click the CONFIRM. 5. Select the Man. 6. Select the Normal. 116 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 118 - Input by changing only mA that meets the standard If 8.5 mGy is measured at 95 kVp 7.3 mA, input all mA values in the above survey condition table as +30 increments. 117 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 119 15%. 10. DAP levels can be modified in three levels: Low, Normal, and High. 11. Since kVp values are the same, select High, Normal, or Low depending on mA. 118 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 120: Laser Beam Alignment
Readjust the laser beam to fit the sensor bracket groove if it is out of the error range or is out of range. Tighten laser jig on the Phantom Jig. Run the VCaptureSW\Exe\VcaptureSW.exe file. 119 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 121 Run the console program, select FOV 160x90, High resolution, Man, Normal mode, and click the confirm button. 8. The following serial communication window is created when Ctrl+S is entered in console software. Enter [SPM_CTCY_0030]. Visually check the position indicated by the laser beam. 120 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 122 Green X / Green X 18(PHT-75CHS) Technical manual Check the video after exposure. (Reconstruction_bead (FDK) reconstruction can be used when reconfiguration takes a long time) Click the V Vol. 121 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 123 Click on the Metal part. Check the FOV center. ▲ The position indicated by the laser beam (left) / Laser Jig FOV center position is different from the actual example (right) 122 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 124 F/W) 13. [SPM_CTBM_xxxx] – When the value of XXXX decreases, the laser moves downward (1mm per 10 F/W) 14. In the other FOV, proceed in the same way as above. 123 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 125: Pano: Image Process-Ball Phantom
After selecting PANO Phantom mode, exposure a ball phantom. Captured video saved Capture.raw file C:\VCaptureSW\Acquisition\PANO\WidePANO\PAN folder. Run the C:\VCaptureSW\Exe\VCaptureSW.exe file. Select InsightPAN Phantom mode and exposure to the ball phantom. captured image saved Capture.raw file C:\VCaptureSW\Acquisition\PANO\InsightPAN\PAN folder. 124 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 126 The allowable range between left and right pins: ±10 pixel  InsightPAN image size: 2598 (constant) x 1369 (constant) Image Center: 1299 ±10  The allowable range between left and right pins: ±10 pixel  125 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 127: Ghost Checking
 When the ball size is 52 pixels or less: [SPM_PYST_xxxx] increases 5.4. Line pair measurement method After loading the image obtained through the Dicom viewer or BMP file, magnify the image and  visually check whether 3.1 lp/mm is distinguished. 126 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 128: Image Evaluation
* If the noise value deviates from the standard value, the pass is required when Homogeneity/Noise=100 or more in the ROI 1 and ROI 2 areas, or 50 or more in the ROI 3 area. 127 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 129: Insightpan Mode Sensor Setting & Sensor Calibration
Normal Mode: 4x4 binning & High gain [SPM_FIPM_0020] Sensor size setting [SPM_FISM_0001] Sensor clock (1:External, 0: Internal) [SPM_FREQ_0150] Sensor frequency of 150 Hz [SPM_FOVO] collimator open [SPM_COLM_0008] Al filter open 128 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 130: Insightpan: Dark Calibration
[SPM_FISS_0001], [SPM_FISM_0001], [SPM_FOVO], [SPM_COLM_00009] commands to the Command window. Command Function [SPM_ARCT] CT mode [SPM_CSON] CT sensor power on [SPM_FISS_0001] Normal Mode: 4x4 binning & High gain [SPM_FIPM_0020] Sensor size setting 129 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 131: Insightpan: Bright Calibration (3 Point)
[SPM_CSON] CT sensor power on [SPM_FISS_0001] Normal Mode: 4x4 binning & High gain [SPM_FIPM_0020] Sensor size setting [SPM_FISM_0001] Sensor clock (1:External, 0: Internal) [SPM_FOVO] collimator open [SPM_COLM_0009] Al filter open 130 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 132: Insightpan: Bright Calibration (4 Point)
7000 8000 value Cal Point 3 9500 10500 10. Bright cal data is stored in C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL and copy these files to the same folder. 7.4. InsightPAN: Bright Calibration (4 point) 131 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 133 In the Settings tab and make sure that the parameters under [BrightCalibration] are as shown below and click Save if something is changed. Run the C:\VCaptureSW\Acquisition\CT\WidePANO\InsightPan\VACAP.exe file. Click the Soft Calib tab 132 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 134 X-ray Exposure switch. Then release the button when “RELEASE THE BUTTON” appears. 43. Do step 7) repeatedly until 4 point bright calibration data are acquired. 1 Point 2 Point 3 Point 4 Point 44. Click V to open View16. 133 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 135 49. Copy a total of 7 files in C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL\OPEN to the folder C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL. 1.Check NumPoints=4 2. Check kVp, mA value. 3. Check comment processing. 4. When the kVp and mA values are checked, click the Save button. 134 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 136 1.Change NumPoints=7 2. Click the save button. 3. Click the Check button. 51. Copy the bright cal files in path C:\VCaptureSW\Acquisition\CT\WidePANO\HalfScan\CAL to the following two paths. C:\VCaptureSW\Acquisition\CT\WidePANO\FullScan\CAL  C:\VCaptureSW\Acquisition\Model\WidePANO\CAL  135 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 137: Insightpan Collimator Align & 4% Cut Evaluation
Run EzEval.exe, select EzEvaluation for the tap menu on the top left, and select collimator viewer from the tap menu on the top right. Set Threshold to 70 and click Apply The 4% cut area is marked in red 136 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 138 After setting the threshold value concerning the following criteria, check 0010.raw to check if it satisfies the 4% cut criteria below. ※ 4% cut standard value Collimator Min pixels Max pixels Left Right Threshold Upper Lower * Based on Adult mode 137 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 139: Chapter 5. Pano Image Evaluation
Chapter 5. PANO Image Evaluation 1. Lp/mm(Line Pair) evaluation 1.1. Resolution standards Parameter LSL (Lower Specification Limit) USL (Upper Specification Limit) Lp/mm 1.2. Phantom Specification QUART Phantom QUART - Ball Phantom 138 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 140: Test Method
Press the Ready button and acquire an image. When the reconstruction is completed, the evaluation is performed with the DCM or BMP file created in the C:\VCaptureSW\ImageOutput folder. 1.4. Test Result Parameter Measurement value Pass/Fail Lp/mm 139 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 141: Low Contrast Resolution Evaluation
2.3. Test Method  The evaluation is conducted in the same manner as in the evaluation method in Section 1.3. 2.4. Test Result Parameter Measurement value Pass/Fail Hole 1.5 mm 140 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 142: Noise Evaluation
= 40] and proceed with evaluation for each coordinate. . 3.4. Test Result ROI 1 Measured ROI 2 Measured ROI 3 Measured Parameter value value value Pass/Fail (800, 800) (2000, 800) (1437, 800) Noise(Dev) 141 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 143: Homogeneity Evaluation
The evaluation is conducted in the same manner as in the evaluation method in Section 3.3.  4.4. Test Result ROI 1 Measured ROI 2 Measured ROI 3 Measured Parameter value value value Pass/Fail (800, 800) (2000, 800) (1437, 800) Homogeneity(Ave) 142 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 144: Collimator 4% Cut Evaluation
Run the C:\VCaptureSW\Util\EzEval_Phantom\EzEval.exe program. Enter 70% as the threshold standard and check if it satisfies the 4% Cut standard. 5.4. Test Result Parameter Measurement value Pass/Fail Upper Lower 4% Cut Left Right 143 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 145: Chapter 3. Ceph Image Inspection
Command Function [SPM_CEPH ] CEPH mode [SPM_HSON] CEPH sensor power on [SPM_FREQ_160] HR mode: Sensor Frequency setting [SPM_FREQ_313] GR mode: Sensor Frequency setting [SPM_FOVO] collimator open [SPM_COLM_0005] AL filter Open 144 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 146: Ceph Sensor: Dark Calibration
Check if it is a normal dark image through the maximum and minimum criteria of the median value. Check if it satisfies the dark standard value, and if not, replace the sensor with a bad sensor. 145 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 147: Ceph Sensor: Bright Calibration
The standard of the level value for each bright calibration point is as follows. The standard of value is as follows. ※ Bright standard value: 5 points with Cu 1mm filter Bright Cal Point 1 Median value Cal Point 5 400 more 146 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 148: Bright Calibration: 5 Points
Bright cal data is stored in C:\VCaptureSW\Acquisition\CEPH \WideCEPH \Norm(Fast)\CAL file. 1. Check NumPoints=5 2. Check kVp, mA value. 3. When the kVp and mA values are confirmed, click the Save button. 147 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 149 Green X / Green X 18(PHT-75CHS) Technical manual When the normal bright cal acquisition is completed, click the check button to create an auto bad pixel map. 4. Click the Check button. 148 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 150: Bad Pixel Spec. & Definition
There should be at least 5 lines of normal pixels between bad lines.  1.5.3. Cluster definition Continuous bad pixels with 3 x 3 or more in a row (single bad pixels are surrounded by  bad pixels in all directions (up/down/left/right/diagonal)) 149 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 151: Lateral Mode Start Position
Normal LAT Mode. 1. Choose the Ceph. 2. Choose the High resolution. 3. Choose the Lateral. 4. Choose the Confirm. 5. Choose the Ready. 150 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 152 * As the value decreases, it moves to the left and moves about 10 pixels per value. Check the center coordinates. (Standard range: 605 to 625) CEPH alo standard phantom image 151 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 153: Pa Mode Start Position Setting
With CEPH alo standard phantom attached to the ear rod, click the console software as shown in the picture below to exposure the Normal LAT Mode. 1. Choose the Ceph. 2. Choose the High 3. Choose the PA. Choose Confirm. 5. Choose the Ready. 152 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 154: Quart Phantom Evaluation
Quart Phantom Line Pair is over 2.5 Lp/mm, more than 1 hole Checking Line Pair Standards (Standard range: 2.5 Lp/mm or more) Checking the hole standard (Standard range: 1 or more) 153 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 155: Collimator Setting & 4% Cut Evaluation
Run EzEval.exe, select EzEvaluation for the tap menu on the top left, and select collimator viewer from the tap menu on the top right. After setting the Threshold value concerning the following criteria, check 0009.raw to check if it satisfies the 4% cut criteria. 154 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 156 Collimator Align can also be done using the EzAlign program provided by the manufacturer. 1. Please download EzAlign and Extract zip file. Run the EzAlign program. EzAlign checks upgrade.ini file to determine whether to support PANO, CBCT and CEPH 155 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 157: Ceph Collimator Align With Ezalign
( Recommend 1 collimator align first ) 4. When you see the message of “HOLD THE BUTTON” as marked in red box below, please press and hold the exposure switch. 156 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 158 And if it is completed as well, the pop-up message which notifies the completion of the collimator alignment displays on the screen. Then, click ‘OK’ to finish 157 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 159: Sorting The Ear Rods
3. Adjust the ear rod while mechanically adjusting it so that the ear rod pin does not come out of the LAT position. * Make sure to check the LAT video. 158 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 160: How To Use V.i.p.s - Ceph Bright Calibration Standard
1. Run the C:\VCaptureSW\Util\VIPS.exe file. 2. Set options for each mode, as shown in the picture below. 1. Click the Option button. 2. Enter ‘vatech’. 3. Click the Log In button. 4. Check the image size. * 76 x 2592 5.
Page 161 Green X / Green X 18(PHT-75CHS) Technical manual 7. Click the button. 8. Click the button. 9. Click the button. 10. Choose the image. 11. Click the button. 160 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 162: Point Setting Method For Lateral Mode Image
When you complete the settings, as shown in the pictures from 3 to 7, 8, choose the Apply button. 1. Choose the button. 2. Choose the button. 8. Choose the button. V.I.P.S execution screen 161 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 163 If there are many differences from the line connecting the histogram and the intersection, reset the point. Column Points 1 to 5 is set in the same way as Row Points 1 to 5. 162 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 164 13. When a pop-up window is created, as shown in [10], ⑦ click the OK button. 14. As shown in [11], check that the time of the modified date of Acquisition/WideCEPH /Norm or Fast/UseParam/ZeusCEPH is the same as the time when the work is completed. 163 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 165: Point Setting Method For Frontal Mode Image
The values set in Frontal Mode are the same as SMV, Carpus, and Waters View. The lateral image Point setting method is the same, and the column guideline is set on the left. 164 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 166: Cautions When Setting V.i.p.s Point
When the setting is completed, as shown in the pictures from 3 to 7, 8. Choose the Apply button. 165 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 167: Chapter 6. Ceph Image Evaluation
Acquire images in High-Resolution Lateral Mode. Run View16.exe to measure the center position of the Phantom. 605~625 pixel 1.4. Test Result Parameter Measurement value Pass/Fail LAT start position 166 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 168: Pa Mode Start Position Evaluation
Acquire images in High-Resolution PA Mode. The evaluation is conducted in the same manner as in the evaluation method in Section 1.3. 2.4. Test Result Parameter Measurement value Pass/Fail PA Start Position 1160 1180 167 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 169: Line Pair Resolution Evaluation
The evaluation is conducted in the same manner as in the evaluation methods of 1.3 and 2.3. 3.4. Test Result High-Resolution Lateral Mode Green Lateral Mode High-Resolution PA Mode Green PA Mode Parameter Measurement value Pass/Fail High Resolution : Line Pair Resolution Green : 168 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 170: Low Contrast Resolution Evaluation
2.3. 4.4. Test Result High-Resolution Lateral Mode Green Lateral Mode High-Resolution PA Mode Green PA Mode Parameter Measurement value Pass/Fail High Resolution : Low Contrast Resolution 2.5 mm Green : 169 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 171: Collimator 4% Cut Evaluation
5.1. Colimator 4% cut Standard Parameter LSL (Lower Specification Limit) USL (Upper Specification Limit) Upper Upper Lower Lower Threshold: 90% Left Left Right Right 5.2. Phantom Specification Collimator Align 4% cut Image 170 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 172: Test Method
Enter 90% as the threshold standard and check if it satisfies the 4% Cut standard. 5.4. Test Result High-Resolution Lateral Mode Parameter Measurement value Pass/Fail Upper Threshold: Lower Left Right 171 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 173: Chapter 7. Firmware Upgrade Guide
Firmware files should be upgraded to apply the changes. 1. Installing Firmware Upgrade Software Run the flash_loader_demo_v2.8.0.exe file. You can download the software at http://www.st.com/en/development- tools/flasher-stm32.html. 172 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 175: Firmware Upgrade Procedure
Run STMFlashLoader Demo.exe. C:\Program Files (x86)\STMicroelectronics\Software\Flash Loader Demo Connect Optic232 or RS232, depending on the selected connection method, set switch 4 on the board. (S11 switch No. 4 ON RS232, OFF Optic232) 174 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 176 Run Terminal v1.9b and set the Com Port, Baud rate(19200), Data bits(8), Parity(none), Stop bits(1), and click the Connect button. Type [rom], and then click Send and Disconnect and exit Terminal v1.9b. 175 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 177 Port Name must be the same Port as the Terminal v1.9b program. When the connection between PC and MCU 018 is established successfully, a green light comes on, as shown in the figure. Click Next. 176 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 178 Green X / Green X 18(PHT-75CHS) Technical manual Select STM32F4_27_37_29_39_2048K corresponding to STM32F427II MCU, and click Next. Select Download to device and browse a firmware to upgrade and open the file. 177 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 179 Green X / Green X 18(PHT-75CHS) Technical manual Click Next to continue with a firmware upgrade. 10. When the firmware upgrade is completed, the "Download operation finished successfully" message will show up. 178 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 180 Green X / Green X 18(PHT-75CHS) Technical manual 11. Click Close to exit the program. 12. Run Terminal v1.9b and input the [RUM] in the Transmit window, and check the serial message. 179 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 181: Checking Firmware Version
Green X / Green X 18(PHT-75CHS) Technical manual 3. Checking Firmware Version 1. Run Terminal v1.9b. 2. Type [SPM_TVER] and click Send. 3. Check the Firmware Version of the MCU Boards. 180 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 182: Appendix
: Parameter setting window to communicate with the equipment  Command condition window : The window that shows the Command that the equipment outputs  Entering Command window : The window that the Command is typed 181 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 183 In the Parity area, select none. Click Connect to communicate with the equipment. Type [SPM_PVER] in the command window and click Send to check whether the version information is sent from equipment. 182 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 184: Main Mcu Board Parameters
Thus do not refer to the Parameter Values written in this manual since the actual Parameter Values for your system differ from these values. Wrong inputs of the Parameter value may damage the equipment. 183 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 185 0: 200Hz(Normal PANO) type, 400Hz(Fast PANO /*child349Hz) (default) 1: 400Hz(Normal PANO) type, 400Hz(Fast PANO /*child349Hz ) 2: 200Hz(Normal PANO) type, 300Hz(Fast PANO /*child300Hz) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Insight PAN type setting (2 disabled)  0001=>(spm_IPTY_000x)INSIGHT_PANO_TYPE_IS? 0:200Hz(Insight PANO)(default) 1: 150Hz(Insight PANO) 184 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 186 1755=>(spm_XRFA_xxxx)CEPH _REF_X1_START POSITION (1730 = 17.3cm) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 1-axis collimator position in ARCT mode  10600=>(spm_CAST_xxxxx)COL_A_VAL (Scan CEPH ) (00100 = 1mm) 00005=>(spm_CDST_xxxxx)COL_D_VAL (NOTHING) (00100 = 1mm) 03400=>(spm_CEST_xxxxx)COL_E_VAL (CT Filter) (00100 = 1mm) 185 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 187 0000=>(spm_DROP_000x)DOOR_TYPE 0: NO door switch Mode 1: Using door switch mode Tube tilting setting  0001=>(spm_TITY_000x)TILT_TYPE 0: NO tube tilting Mode (for only PANO Model) 1: Using tube tilting mode 186 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 188 0: xyr axis reset when CEPH mode change. 1: no xyr axis reset when CEPH mode change. CI collimator operation option  0000=>(spm_FOVM_000x)CI_FOV_MOVE_MODE : ci collimator move type set 0: colm,xlfv,xrfv,ytfv,ybfv move each. 1: colm,xlfv,xrfv,ytfv,ybfv move togather 187 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 189 4.2.1. MP3 Board Voice Message Language Setting Order Language Code Italian Korean Chinese German Spanish French Japanese Russian Taiwanese English Arabic Portuguese ~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ######### Start System Initialization !! ######### [epm_pver_001] 188 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 191: Chapter 8. Command-List Guide
Chapter 8. Command-List Guide The command listed on this document is intended to communicate with equipment. The command is a directive to PC acting as an interpreter to perform a specific task to Vatech equipment. 1. Communication Protocol 1.1. Communication Setting The Green X / Green X 18 commands input and output data by Serial communication in HyperTerminal Program.
Page 192: Command Formation
Ex) In case of 4 letters parameter- [SPM_XPST_0234] In case of 5 letters parameter- [SPM_COAX_ 00100] In the case of 4 letters parameter only with “0”- [SMP_STOP_0000] ']' = End symbol 191 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 193: Green X / Green X 18(Pht-75Chs) Command-List
[SPM_TUTS] Tube feedback test with exposing switch [SPM_XTST_0000] exposure time test. Input the command [SPM_XTST_number] used for authentication (Number is exposure time, 1 second = 0100, 10 seconds = 1000) 192 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 194 The command that asks if packing mode is set. Notify that in packing mode or not. [SPM_ECHK] Command to check the exposure switch pressed in capture software. ([epm_echk_001] : exposure switch not pressed, 193 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 195 / ES - Spain / FR - France / JP - Japan RU - Russia / TW - Taiwan / US - United States of America / AE - Arabic / PT - Portuguese 194 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 196 PANO H Laser axis Torque Value request [SPM_LMRT_0000] Laser Motor Run Torque Value Setting [SPM_LMST_0000] Laser Motor Stop Torque Value Setting [SPM_XMRT_0000] X-axis Run Torque Value Setting [SPM_XMST_0000] X-axis Stop Torque Value Setting 195 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 197 ARCT A mode [SPM_ABMS] ARCT B mode [SPM_ACMS] ARCT C mode [SPM_ADMS] ARCT D mode [SPM_AEMS] ARCT E mode [SPM_AFMS] ARCT F mode [SPM_AGMS] ARCT G mode [SPM_AHMS] ARCT H mode 196 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 198 Setting down time during column Aging test (01000 = 10 seconds) (Default is 450 seconds (i3D), 432 seconds (i2D), not stored values) [SPM_CAT?] Requesting idle time setting value during column Aging test 197 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 199 Requesting position value for y motor axis movement in FAST PANOrama mode [SPM_XFTA_0000] Setting the CEPH Sensor Axis Motor FRONTAL Start Position in CEPH Mode [SPM_XFT?] Requesting CEPH sensor axis motor FRONTAL starting 198 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 200 Call CIST Stored Value [SPM_CSCN_xxxxx] CEPH scan distance [SPM_CSC?] Request CEPH scan distance value [SPM_XRFA_xxxx] Set the CEPH sensor side reference position [SPM_XFA?] Request the CEPH sensor side reference position value 199 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 201 X-ray remote exposure start [SPM_XREE] X-ray remote exposure end [SPM_XRET] X-ray remote exposure time set (ex) 0500 = 5 sec [SPM_XREH] X-ray remote exposure halt [SPM_XRES] X-ray remote exposure start 200 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 202: Procedure For Checking The Setting Status Of The Patient Detection Function
Confirm operation. Since the patient detection function is required by default, the equipment must have the patient detection function applied at the end other than the intended setting 201 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 203: Procedure For Using Remote Exposure Function
Run the Terminal or the VAKCAP. Activate the remote exposure mode by entering the [SPM_XRES] command Set and input the desired exposure time using the [SPM_XTST_xxxx] command, X-ray exposure proceeds for the set time. 202 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 204: Error Message List
During X-Ray exposure, kVp Feedback is more than +20 kVp off from the setting value. Error “4” is displayed on Inverter Board. [SMP_ERRR_0014] During X-Ray exposure, mA Feedback is less than 50% off from 203 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 205 : Check Headband motor and Photo Sensor operation [SMP_ERRR_0029] Error on the operation of Sensor tilting motor : Check Sensor tilting motor and Photo Sensor operation [SMP_ERRR_0030] Error on the operation of 1 Collimator(4-axis) left movement 204 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 206 Error on the operation of Y-axis motor : Check Y-axis motor and Photo Sensor operation [SMP_ERRR_0041] Error on the operation of Sensor X-axis motor : Check Sensor X-axis motor and Photo Sensor operation 205 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 207 In PANO mode, the headrest must be removed. [SMP_ERRR_0101] Hand frame error. The hand frame is open. Equipment operation stops. [SMP_ERRR_0102] CAN communication error(No response) [SMP_ERRR_0103] Column automatic adjustment error(No response) 206 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 208: Chapter 9. Console Software Error Message List
TUBE mA OUTPUT error output current is abnormal during X- Ray exposure. - This error occurs when the exposure TUBE EXP ON- switch is off after the Exposure on COMMAND ERROR command. 207 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 209 4-axis error collimator. - This error occurs while moving the Motor 4 Collimator right origin of the right side of the 4-axis axis error collimator. 208 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 210 - This error occurs when the column Column position sensor position sensor is not responding. error - This error occurs when the column is Column auto control error not automatically adjusted. 209 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 211: Software Error Code
[ Network related ] - End - Unknown error - Invalid IP Address - Invalid Port - Time Out - Socket Error - Socket Closed - Invalid Command - Invalid Digit 210 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 212 - Invalid parameter - Invalid file size - No access rights - Out of memory - Memory allocation failure - Insufficient storage capacity - Read property - NULL - Does not exist 211 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 213 ------ [ Memory related ] - Copy failed ------ [ Memory related ] - Access failed - Unknown error - Invalid file path - Invalid parameter - Invalid file size 212 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 214 - Read property - NULL - Out of range ------ [ DICOM related ] - Creation failed ------ [ DICOM related ] - Convert failed - Unknown error - Invalid file path 213 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 215 - Invalid parameter - Invalid file size - No access rights - Out of memory - Memory allocation failure - Insufficient storage capacity - Read property - NULL - Out of range 214 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 216: Acquisition Module Error Code
[ HW Error related ] [smp_errr value transfer]: HW Error is transmitted when an equipment Error error occurs while the Acquisition module is running. (refer to the HW Error Code) 215 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 217: Image Processing Error Code
- When the method type value received is invalid - When the input image size information is invalid - When the specific pixel value of the input image is outside the 216 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 218 - If an error occurs when releasing the memory used inside the library ------ [ ZeusMP related ] - Unknown error - When an error occurs in function 1 of the MagicPANO image processing module ︙ 217 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 219 - When the specific pixel value of the input image is outside the specified range - When invalid memory is accessed - If an error occurs when releasing the memory used inside the library 218 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...
Page 220: Stitching Sw Error Code
- When the input data size and the actual file size are different - File reading failed - File write failed - Folder write failed When the connection to the DLL handler failed - When the DLL is not initialized 219 / 219 VDH-TeM-085 COPYRIGHT© 2020 VATECH ALL RIGHTS RESERVED...

Vatech Green X PHT-75CHS Technical Manual

Chapter 1. Hardware Part Service Guide

Chapter 2. CT Image Optimization

Chapter 3. CT Image Evaluation

Chapter 4. PANO Image Optimization

Chapter 5. PANO Image Evaluation

Chapter 6. CEPH Image Evaluation

Chapter 7. Firmware Upgrade Guide

Appendix

Chapter 8. Command-List Guide

Chapter 9. Console Software Error Message List

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