Planmeca ProOne Technical Manual
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Planmeca ProOne Technical Manual

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  • Page 1 Planmeca ProOne ® technical manual...

  • Page 3: Table Of Contents

    HANDLING PRECAUTIONS FOR PCBs AND SOFTWARE CHIPS ........22 Handling printed circuit boards ..................... 22 Handling EEPROM memory chips ..................22 EMC INFORMATION ......................23 PROONE WEB PAGES ..................... 27 Chapter B: SETTINGS GENERAL ABOUT SETTINGS ..................31 Contents of the function tabs ....................32 USER SETTINGS ......................
  • Page 4 Step 7: Taking beam check exposure ................111 1.11 Step 8: Taking a ball phantom exposure ................111 CALIBRATING DYNAMIC EXPOSURE CONTROL (DEC) ..........112 Chapter F: PARTS REPLACEMENT AND REPAIR REMOVING COLUMN COVERS ..................117 Opening the front panel ...................... 117 Planmeca ProOne Technical manual...
  • Page 5 Wiring diagram for X-ray units with detachable power supply cord ........185 PSU PCB (7005-10-01): Location of indicators ..............186 PSU PCB (7005-10-01): Location of connectors ............... 188 CPU PCB (7005-10-02): Location of indicators and connectors ................190 Technical manual Planmeca ProOne...
  • Page 6 IEC 60364 - equipment is used according to the operating instructions. Planmeca pursues a policy of continual product development. Although every effort is made to produce up-to-date product documentation this publication should not be regarded as an infallible guide to current specifications. We reserve the right to make changes without prior notice.

  • Page 7: Chapter A: General & Technical Data

    Chapter A: GENERAL & TECHNICAL DATA 1 INTENDED USE The Planmeca ProOne X-ray unit produces digital X-ray images for the diagnosis of dentomaxillofacial anatomy. The X-ray unit may be used by health care professionals only. 2 SOFTWARE VERSION The software version of the X-ray unit determines what settings and functions are available on the X-ray unit.

  • Page 8: Warnings And Cautions

    The X-ray unit must be connected to a dedicated, protectively grounded power line (no other devices are connected to the same power line). If the X-ray unit is not connected to an Uninterruptible Power Supply (UPS), switch the X-ray unit off during lightning storms. Planmeca ProOne Technical manual...
  • Page 9 The mains cable is a special part which should always be replaced with a new one ordered from PLANMECA. The mains cable must always be fitted by a qualified authorized service technician who has been trained by PLANMECA. To ensure the safety and image quality of the X-ray unit, periodical maintenance as described in this manual must be performed on a regular basis.
  • Page 10 Make sure that you cannot get caught or hooked up on any part of the X-ray unit. Keep loose items of clothing, hair and jewellery tucked away safely. NOTE The display values shown in this manual are only examples and should not be interpreted as recommended values unless otherwise stated. Planmeca ProOne Technical manual...

  • Page 11: Symbols On Product Labels

    Separate collection for electrical and electronic equipment (Directive 2002/96/EC WEEE) Refer to instruction manual/booklet (Standard ISO 7010-M002) Emergency stop (Standard IEC 60601-1) Warning; Electricity (Standard ISO 7010-W012) General warning sign (Standard ISO 7010-W001) Protective earth (ground) (Standard IEC 60417) Technical manual Planmeca ProOne...

  • Page 12: Symbols On X-Ray Units With Detachable Power Supply Cord

    Attention, consult accompanying documents (Standard IEC 60601-1) Separate collection for electrical and electronic equipment (Directive 2002/96/EC WEEE) Warning; Electricity (Standard ISO 7010-W012) Alternating current (Standard IEC 60417) General warning sign (Standard ISO 7010-W001) Protective earth (ground) (Standard IEC 60417) Planmeca ProOne Technical manual...

  • Page 13: Technical Specifications

    F 8A H 250 V (user replaceable) • 1 fuse on permanently installed X-ray units • 2 fuses on X-ray units with detachable power supply cord External fuse(s) 100 - 240 V ~ / T 10A H 250V Technical manual Planmeca ProOne...

  • Page 14: Original Manufacturer

    Air pressure 800 - 1060 hPa • Max. altitude 2000 m (1.25 miles) RoHS 2011/65/EU IP classification IP20 6.2 Original manufacturer Planmeca Oy, Asentajankatu 6, FIN-00880, Helsinki, Finland Phone: +358 20 7795 500, Fax: +358 20 7795 555, www.planmeca.com Planmeca ProOne Technical manual...

  • Page 15: Dimensions

    19.3 in. 18.8 in. = + 10 mm (0.4 in.) with optional extension plate Table 1: Minimum operational space requirements Width Depth Height Planmeca ProOne X-ray unit 1300 mm 1300 mm 2250 mm 51 in. 51 in. 89 in. Technical manual...

  • Page 16: X-Ray Field Area

    6 TECHNICAL SPECIFICATIONS Chapter A: GENERAL & TECHNICAL DATA 6.4 X-ray field area C-arm X-ray field area Planmeca ProOne Technical manual...

  • Page 17: Scattered Radiation Information

    6 TECHNICAL SPECIFICATIONS 6.5 Scattered radiation information The following table contains the Planmeca ProOne scattered radiation measurement data. The scattered radiation measurements were made with radiation monitor. The dose probe was positioned at the level of the focal spot and in the distance of 1 and 2 meters from the center of the phantom skull.

  • Page 18: User's Statement

    SW controlled at least 1:20 at 25°C ambient temperature with 70 kV, 7 mA, 10 s. Maximum deviation of peak tube potential from indicated value ±5% Maximum deviation of tube current from indicated value ±10% Maximum deviation of exposure time from indicated value ±10% Planmeca ProOne Technical manual...
  • Page 19 The reference current time product 12 mAs Irradiation time 2 s, X-ray tube current 6mA, X-ray tube voltage: whole range Nominal anode input power of the X-ray tube 490 W Maximum anode heat content of the X-ray tube 10 kJ Technical manual Planmeca ProOne...
  • Page 20 Tungsten anode Reference axis to which the target angle and the focal spot characteristics of the X-ray tube refer 90° with respect to the anode-cathode axis (pan) Target angle with respect to the reference axis 12.5° Planmeca ProOne Technical manual...
  • Page 21 150000 Heating curve 130000 110000 90000 70000 50000 Cooling curve 30000 10000 90 105 120 135 150 165 180 195 210 225 240 TIME (min) Maximum continuous heat dissipation of the X-ray tube assembly 4.3 kJ/min. Technical manual Planmeca ProOne...
  • Page 22 7.4 kg Values of loading factors concerning leakage radiation 70 kV, 7 mA Tolerances of the focal spot on the reference axis X= ±0.5 mm (sideways) Y= ±0.5 mm (in depth) Z= ±0.5 mm (in height) Planmeca ProOne Technical manual...
  • Page 23 Chapter A: GENERAL & TECHNICAL DATA 7 USER’S STATEMENT Indication of focal spot Tube head Focal spot indication Technical manual Planmeca ProOne...

  • Page 24: Handling Precautions For Pcbs And Software Chips

    EEPROM (Electrically Erasable Programmable Read-Only Memory) chips must always be stored in their specific anti-static plastic tubes which also protect them mechanically. A mechanically damaged memory chip might also damage the mating socket on the CPU board. Planmeca ProOne Technical manual...

  • Page 25: Emc Information

    Guidance and manufacturer’s declaration - electromagnetic emissions Planmeca ProOne X-ray unit is intended for use in the electromagnetic environment specified below. The customer or the user of the Planmeca ProOne X-ray unit should make sure that it is used in such environment.
  • Page 26 Guidance and manufacturer’s declaration - electromagnetic immunity Planmeca ProOne X-ray unit is intended for use in the electromagnetic environment specified below. The customer or the user of Planmeca ProOne X-ray unit should make sure that it is used in such environment. IEC 60601...
  • Page 27 Guidance and manufacturer’s declaration - electromagnetic immunity Planmeca ProOne X-ray unit is intended for use in the electromagnetic environment specified below. The customer or the user of Planmeca ProOne X-ray unit should make sure that it is used in such environment.
  • Page 28 RF communications equipment and Planmeca ProOne X-ray unit Planmeca ProOne X-ray unit is intended for use in an electromagnetic environment in which radiated RF disturbances are controlled. The customer or the user of Planmeca ProOne X-ray unit can help prevent...

  • Page 29: Proone Web

    10 PROONE WEB PAGES 10 PROONE WEB PAGES The ProOne web pages can be accessed with a web browser at the address: http:// (unit’s IP address). For instructions where to find your X-ray unit’s IP address see Section 2.4 "User: Network settings (U1400)" on page 39.
  • Page 30 10 PROONE WEB PAGES Chapter A: GENERAL & TECHNICAL DATA Error history The error history page contains the unit’s serial number, the current date and time, and a table listing the error codes reported by the X-ray unit, the frequency, date and time of their occurrence, and the software version with which the error occurred.
  • Page 31 Chapter A: GENERAL & TECHNICAL DATA 10 PROONE WEB PAGES Calibration values The calibration values page contains the unit’s serial number, the current date and time, and two tables including the following numerical data: Collimator calibration: collimator position, front blade; Patient support calibration: C-arm position.
  • Page 32 10 PROONE WEB PAGES Chapter A: GENERAL & TECHNICAL DATA Planmeca ProOne Technical manual...

  • Page 33: Chapter B: Settings

    Some of the settings can be used to alter the operation of the X-ray unit. Never use functions that you are not familiar with. The Planmeca ProOne X-ray unit has a number of additional functions for special requirements. The additional functions can be entered by touching the service spanner icon on the main display.

  • Page 34: Contents Of The Function Tabs

    Imaging without PC (P2600) Technical tab: Technical settings (password 1701 required) • Mode (T3100) • Exposures (T3200) • Troubleshooting (T3300) • Calibrations (T3400) • Update software (T3500) • Factory default settings (T3600) • User-specific settings (T3700) Planmeca ProOne Technical manual...

  • Page 35: User Settings

    The available options are described in detail on the following pages. User settings Exit the display by touching the green check mark button in the bottom right corner of the display. Technical manual Planmeca ProOne...

  • Page 36: User: Set Time And Date (U1100)

    Accept the new date and time by touching the green check mark button in the bottom right corner of the display. To exit the display without saving the changes, touch the red cross button in the bottom left corner of the display. Planmeca ProOne Technical manual...

  • Page 37: User: Select Language (U1200)

    Accept your selection by touching the green check mark button in the bottom right corner of the display. To exit the display without saving the changes, touch the red cross button in the bottom left corner of the display. Technical manual Planmeca ProOne...

  • Page 38: User: Operational Settings (U1300)

    Then use the arrow buttons to adjust the frequency between 500 Hz (low pitch tone) and 2000 Hz (high pitch tone) and test the frequency again. Down Planmeca ProOne Technical manual...
  • Page 39 PC connection are disabled will appear in the status bar on all displays. Normal mode To switch practice mode off, touch the field. NOTE: Alternatively, practice mode can be switched on/off via Technical tab (Technical > Mode > Practice mode). Technical manual Planmeca ProOne...
  • Page 40 Accept your selection by touching the green check mark button in the bottom right corner of the display. To exit the display without saving the changes, touch the red cross button in the bottom left corner of the display. Planmeca ProOne Technical manual...

  • Page 41: User: Network Settings (U1400)

    The display will appear. The Planmeca ProOne X-ray unit communicates through an Ethernet link. To enable the communication it is necessary to configure the link settings for the X-ray unit and the PC which is connected to the X-ray unit. This is done by a service technician/local administrator when the digital system is installed and the procedure is described in detail in the Planmeca ProOne Installation Manual (publication number 10016257).
  • Page 42 NOTE: The IP, Netmask and Gateway addresses have to be static and specified by the service technician/local administrator to be used only for this configuration. Network settings (U1400) Exit the display by touching the green check mark button in the bottom right corner of the display. Planmeca ProOne Technical manual...

  • Page 43: User: Component Information (U1500)

    PCB (printed circuit board) versions have been installed. The information is needed for service and maintenance purposes. Exit the display by touching the green check mark button in the bottom right corner of the display. Technical manual Planmeca ProOne...

  • Page 44: User: Clinic Management (U1600)

    --> Server --> Diagnostics Port setting). The default is 6812. Change this setting only if you have changed the default port 6812 to some other port in Romexis configuration. • Device Number Enter an unique number for the X-ray unit. Planmeca ProOne Technical manual...

  • Page 45: Program Settings

    X-ray unit. The available options are described in detail on the following pages. Program settings Exit the display by touching the green check mark button in the bottom right corner of the display. Technical manual Planmeca ProOne...

  • Page 46: Program: Program Licences (P2100)

    (P2200)" on page 46 for details. NOTE: DEC must be calibrated by a qualified service technician before the function can be used. The calibration procedure is described in section 2 "CALIBRATING DYNAMIC EXPOSURE CONTROL (DEC)" on page 112. Planmeca ProOne Technical manual...
  • Page 47 NOTE If required, program features can be deactivated by selecting a highlighted feature on the Program licences (P2100) display and entering its licence code as described above. Technical manual Planmeca ProOne...

  • Page 48: Program: Program Presets (P2200)

    (2/2) exposure in Double lateral and Double PA TMJ programs. The shift can be adjusted between -15 mm and 0 mm. The factory default setting is -10 mm, i.e. the imaging position will move 10 mm forward for the open jaw exposure (2/2). Planmeca ProOne Technical manual...
  • Page 49 Tooth numbering: Touch the arrow buttons to select the tooth numbering system you want to use in cross-sectional programs. The options are: • Planmeca: 0-8, TMJ • ADA: TMJ, 1-4, 13-16, 17-20, 29-32, TMJ • FDI/ISO: TMJ, 18-15, 48-45, 25-28, 35-38, TMJ...

  • Page 50: Program: Functions After Exposure (P2300)

    Touching the image again will zoom out and bring you back to the original size. Dragging the zoomed image with your finger will move the image in the desired direction on the display. Planmeca ProOne Technical manual...
  • Page 51 To exit the display without saving the changes, touch the red cross button in the bottom left corner of the display. Technical manual Planmeca ProOne...

  • Page 52: Program: Archive (P2400)

    NOTE The error codes can also be viewed with a web browser at the address: http://(unit’s IP Error history. address) through the link Refer to section 10 "PROONE WEB PAGES" on page 27 for more information. Planmeca ProOne Technical manual...

  • Page 53: Program: Testing Programs (P2500)

    3.5 Program: Testing programs (P2500) To perform self diagnostics, a beam check or to take a QA exposure, first select the option Program settings Testing programs Testing programs (P2500) on the display. The (P2500) display will appear. Technical manual Planmeca ProOne...
  • Page 54 You can take a QA exposure to check the image quality of the X-ray unit. Refer to Planmeca Publication Number 10016248 (Image Quality Monitoring Instructions for Planmeca Digital X-ray Units) for a detailed description on how to take a QA exposure.

  • Page 55: Program: Imaging Without Pc (P2600)

    The USB memory stick must be plugged into the USB port by a service technician only. Program settings Select the option Imaging without PC (P2600) on the display. The Imaging without PC (P2600) display will appear. Technical manual Planmeca ProOne...
  • Page 56 Use the up or down arrow to select an image from the list. The selected image will be shown highlighted. You can then use the function buttons at the bottom of the display: Planmeca ProOne Technical manual...
  • Page 57 Reattach the protective cover by first latching the cover in place at the top and then fastening the two screws at the bottom. You can then switch the X-ray unit back on. NOTE The USB memory stick must be unplugged by a service technician only. Technical manual Planmeca ProOne...

  • Page 58: Technical Settings

    X-ray unit is switched on. The password is 1701. The available options are described in detail on the following pages. Exit the display by touching the green check mark button in the bottom right corner of the display. Planmeca ProOne Technical manual...

  • Page 59: Technical: Mode (T3100)

    Practice mode use the field is shown highlighted and symbols indicating that radiation and PC connection are disabled will appear in the status bar on all displays. Normal mode To switch practice mode off, touch the field. Technical manual Planmeca ProOne...
  • Page 60 4 TECHNICAL SETTINGS Chapter B: SETTINGS User User NOTE: Alternatively, practice mode can be switched on/off via tab ( > Operational settings Practice mode > No radiation No PC connection Planmeca ProOne Technical manual...
  • Page 61 Accept your selection by touching the green check mark button in the bottom right corner of the display. To exit the display without saving the changes, touch the red cross button in the bottom left corner of the display. Technical manual Planmeca ProOne...

  • Page 62: Technical: Exposures (T3200)

    These exposure statistics can be accessed through the Program settings tab, see 3.4 “Program: Archive (P2400)” on page Chapter B:-50. There, however, the data are reset separately, so resetting them here will not reset the data under the Program settings tab. Planmeca ProOne Technical manual...
  • Page 63 Radiation is generated when the exposure button is pressed. Protect yourself from radiation. Keep the exposure time as short as possible. Exit the display by touching the green check mark button in the bottom right corner. Technical manual Planmeca ProOne...

  • Page 64: Technical: Troubleshooting (T3300)

    NOTE: The communication is not working properly if any of the data packets is lost during transmission (Lost packets > 0). You will hear a beep tone when a data packet is lost. Planmeca ProOne Technical manual...
  • Page 65 Chapter B: SETTINGS 4 TECHNICAL SETTINGS • General information (T3310) • CPU PCB related signals (T3320) • CPU PCB related limit signals (T3330) Technical manual Planmeca ProOne...
  • Page 66 4 TECHNICAL SETTINGS Chapter B: SETTINGS • PSU PCB related signals (T3340) • PSU PCB related limit signals (T3350) Troubleshooting Exit the display by touching the green check mark button in the bottom right corner of the display. Planmeca ProOne Technical manual...

  • Page 67: Technical: Calibrations (T3400)

    Refer to section 2 "CALIBRATING DYNAMIC EXPOSURE CONTROL (DEC)" on page 112 for a detailed description on how to perform the calibration. Calibrations (T3400) NOTE: DEC calibration will be shown on the display only if DEC Program licences (P2100) has been activated on the display. Technical manual Planmeca ProOne...
  • Page 68 111. Beam profile measures the signal level received by the sensor within two cross sections taken from the upper and the lower zone of the beam. Upper beam Lower beam Beam profile Enter the menu by touching the respective field on the display. Planmeca ProOne Technical manual...
  • Page 69 To save the data touch the green check mark in the bottom right corner. Calibrations (T3400) Exit the display by touching the green check mark button in the bottom right corner of the display. Technical manual Planmeca ProOne...

  • Page 70: Technical: Update Software (T3500)

    4.5 Technical: Update software (T3500) NOTE ProOne with software version 1.9.0.0.R or later can also be updated using Planmeca Device Tool. For more information, see the Planmeca Device Tool manual. To update the X-ray unit software to the latest version, proceed as follows: Switch the X-ray unit off.
  • Page 71 You can now remove the USB memory stick from the terminal at the back. Reattach the cover that protects the terminals by first latching the cover in place at the top and then fastening the two screws at the bottom. Switch on the X-ray unit. LOAD field Technical manual Planmeca ProOne...

  • Page 72: Technical: Factory Default Settings (T3600)

    P2410 display and error history shown through the link on the web page. Factory default settings (T3600) Exit the display by touching the green check mark button in the bottom right corner of the display. Planmeca ProOne Technical manual...

  • Page 73: Technical: User-Specific Settings (T3700)

    X-ray unit, touch the left arrow button to lower the percentage accordingly. If it is higher than the displayed values, touch the right arrow to increase the percentage accordingly. The adjustment range is from 10 to 300%. Technical manual Planmeca ProOne...
  • Page 74 Accept your selection by touching the green check mark button in the bottom right corner of the display. To exit the display without saving the changes, touch the red cross button in the bottom left corner of the display. Planmeca ProOne Technical manual...
  • Page 75 Accept your selection by touching the green check mark button in the bottom right corner of the display. To exit the display without saving the changes, touch the red cross button in the bottom left corner of the display. Technical manual Planmeca ProOne...
  • Page 76 4 TECHNICAL SETTINGS Chapter B: SETTINGS Planmeca ProOne Technical manual...

  • Page 77: Chapter C: Error Messages

    Calibration related The following lists show, in numerical order, all the error messages that can appear on the control panel. NOTE Refer to the X-ray unit’s User’s Manual for a complete list of the help messages. Technical manual Planmeca ProOne...

  • Page 78: Error Messages

    Collimator Timeout at collimator motor. motor Check that the mechanism is not stuck. Then check the collimator motor start limit sensor and cable. If necessary, then replace the PSU assembly and perform the filament definition again. Planmeca ProOne Technical manual...
  • Page 79 Check that the mechanism is not stuck. The collimator may need to be serviced. E02-016 Temple support Limit sensors The temple support motor limit sensor motor (open or close) is either defective or disconnected. Check the temple support motor limit sensor. Technical manual Planmeca ProOne...

  • Page 80: X-Ray Generator Related (E03-Xxx)

    E03-009 kV too low Selected tube voltage is too low (< 5 kV). Exposure is not possible. Perform the filament definition again. If necessary, replace the PSU assembly/ tube head. Then perform the filament definition again. Planmeca ProOne Technical manual...
  • Page 81 Exposure is interrupted. Replace the tube head. Then perform the filament definition again. E03-022 Exposure time Exposure time was not measured correctly. Replace the PSU assembly and perform the filament definition again. If necessary, then replace the CPU PCB. Technical manual Planmeca ProOne...

  • Page 82: Communication Related (E04-Xxx)

    Check the cabling. If necessary, replace the exposure switch. E04-020 Defective exposure switch. The indicator signal for exposure (amber light) is not working. Check the cabling. If necessary, replace the exposure switch. Planmeca ProOne Technical manual...

  • Page 83: Power Supply Related (E05-Xxx)

    UPS between the mains supply and the X-ray unit to ensure correct operation. E05-013 Dimax (PSU) Dimax sensor voltage is too low (< 25 V). Check the voltage between J2-1 and J2-2 on the PSU PCB. Technical manual Planmeca ProOne...
  • Page 84 (GND) on the CPU PCB. E05-017 Power supply to linear motor is too low (motor power < 23 V). Check the cabling by disconnecting/ reconnecting cables for linear motor (J3). If necessary, replace the CPU PCB. Planmeca ProOne Technical manual...

  • Page 85: System Related (E06-Xxx)

    E07-005 Dimax sensor Calibration The Dimax sensor has not been calibrated. Calibrate the sensor. E07-006 Tube Filament definition X-ray tube filament definition was not successful. Repeat the filament definition. If necessary, then replace the tube head. Technical manual Planmeca ProOne...
  • Page 86 1 ERROR MESSAGES Chapter C: ERROR MESSAGES Planmeca ProOne Technical manual...

  • Page 87: Chapter D: Preventive Maintenance

    1.2.4 Emergency stop button Confirm that activating the emergency stop button will stop the X-ray unit operating. Pressing the emergency stop button should block all movements of the X-ray unit, disable radiation and produce a help message. Technical manual Planmeca ProOne...

  • Page 88: Labels

    SN : 70 kV MAX / TOTAL Manufactured by: FILTRATION min.2,5 mm Al Planmeca Oy Asentajankatu 6, MANUFACTURED BY: 00880 Helsinki, FINLAND Planmeca Oy, 00880 Helsinki, FINLAND Complies with DHHS radiation performance standards 21 CFR subchapter J LBL-X3-004A CAUTION CAUTION LITHIUM BATTERY INSIDE.

  • Page 89: Preventive Maintenance Checks

    2 PREVENTIVE MAINTENANCE CHECKS To guarantee user and patient safety and to ensure consistent image quality, the X-ray unit must be checked and recalibrated by a qualified Planmeca service technician once a year or after every 10 000 exposures if this is sooner.
  • Page 90 2 PREVENTIVE MAINTENANCE CHECKS Chapter D: PREVENTIVE MAINTENANCE Planmeca ProOne Technical manual...

  • Page 91: Chapter E: Calibrations

    INSTALLED AND THE POSITION FROM WHICH THE USER OPERATES THE EQUIPMENT ARE CORRECTLY SHIELDED. SINCE RADIATION SAFETY REQUIREMENTS VARY FROM COUNTRY TO COUNTRY AND STATE TO STATE IT IS THE RESPONSIBILITY OF THE INSTALLER TO ENSURE THAT ALL LOCAL SAFETY REGULATIONS ARE MET. Technical manual Planmeca ProOne...

  • Page 92: Beam Checking Process From Step 1 To Step 8

    1.2 Beam checking process from Step 1 to Step 8 NOTE If you use the Planmeca Device Tool software for calibrations, refer to the Planmeca Device Tool manual, publication number 10031558, which should be used in conjunction with this manual. Do not follow the Dimax4Tool instructions given in this chapter.

  • Page 93: Tools Required

    Chapter E: CALIBRATIONS 1 ADJUSTING AND CALIBRATING X-RAY BEAM 1.3 Tools required ProOne sensor aligment tool Fluoresence screen Ball phantom 10031553 00050972 10004011 Frankfort plane alignment tool Technical manual and Sensor calibration block 00050977 test documentation USB 10016995 30002571 Optional tool...

  • Page 94: Step 1: Adjusting The X-Ray Beam Position

    NOTE You need a password to gain access to the technical settings. The password needs to be entered each time the X-ray unit is switched on. The password is 1701. Service spanner Planmeca ProOne Technical manual...
  • Page 95 The beam must be vertical. Note that the correct beam position is slightly offset, i.e. the beam has to extend outside the bottom of the alignment rectangle. Correct beam position Sensor head Beam alignment tool Alignment rectangle DOWN NOTE! Beam outside alignment rectangle Technical manual Planmeca ProOne...
  • Page 96 Sensor head Tighten the screws on both sides (collimator and sensor head) and recheck the beam position. Repeat the procedure until the beam is correctly positioned. Planmeca ProOne Technical manual...
  • Page 97 DOWN Collimator calibration (T3420) Accept the new collimator position and exit the display by touching the green check mark button in the bottom right corner of the display. Now check the position of the front blade. Technical manual Planmeca ProOne...
  • Page 98 Go button. If the ProOne software version in use does not have an option to choose ‘Child’ as test position, the child position should then be checked on Main screen by choosing Standard panoramic program and child setting.

  • Page 99: Step 2: Adjusting The Patient Support Table Position (Ball Phantom Y-Line)

    You will also need an alignment pin to lock the C-arm in position (included in the ProOne X-ray delivery). Remove the C-arm inner cover as described in section 2.4 "Removing the C-arm inner cover"...
  • Page 100 C-arm top frame and ensure that the alignment pin reaches the positioning hole in the linear movement block. C-arm in Y-position; side view C-arm top frame Alignment pin Sensor head Tube head Planmeca ProOne Technical manual...
  • Page 101 Tube head side C-arm in Y-position; bottom view Alignment ruler Lines must Ball phantom coincide Patient support table Sensor head side Technical manual Planmeca ProOne...
  • Page 102 Lines must coincide Patient support table Fastening screws Tighten the screws on the underside of the patient support table. Remove the alignment pin from the C-arm top frame. You can then proceed to Step 3. Planmeca ProOne Technical manual...

  • Page 103: Step 3: Adjusting The C-Arm Position (Ball Phantom X-Line)

    C-arm top frame and ensure that the alignment pin reaches the positioning hole in the linear movement block. C-arm in X1-position; side view C-arm top frame Alignment pin Sensor head Tube head Technical manual Planmeca ProOne...
  • Page 104 C-arm angle sensors Allen key Sensor head NOTE Repeat the beginning of Step 3 if you adjusted the position of the C-arm angle sensors. You should now be able to lock the C-arm in X1-position without problems. Planmeca ProOne Technical manual...
  • Page 105 Observe the ruler position from below the ball phantom. Lines must coincide Ball phantom Column Alignment ruler C-arm in X1-position; bottom view Remove the alignment pin from the C-arm top frame. You can then proceed to Step 4. Technical manual Planmeca ProOne...

  • Page 106: Step 4: Checking Symmetry (Ball Phantom X-Line)

    C-arm top frame next to the midsagittal light and ensure that the alignment pin reaches the positioning hole in the linear movement block. C-arm in X2-position; C-arm top frame side view Midsagittal light Alignment pin Tube head Sensor head Planmeca ProOne Technical manual...
  • Page 107 Step 1, see section 1.4 "Step 1: Adjusting the X-ray beam position" on page 92. When C-arm positions X1 and X2 are symmetrical, remove the alignment ruler and proceed to Step 5. Technical manual Planmeca ProOne...

  • Page 108: Step 5: Adjusting The Positioning Lights

    3) To focus the light beam, adjust the depth of the lens assembly. 4) To adjust the light beam horizontal position, first loosen the fastening screw of the lens assembly and then reposition the assembly. Lens Light assembly Lens assembly assembly Lens assembly fastening screw fastening screw Planmeca ProOne Technical manual...

  • Page 109: Adjusting The Layer Light Position

    Adjust the layer light position until the light beam coincides with the reference line on the ball phantom support plate. Sensor head Ball phantom Layer light Ball phantom support plate Layer light beam beam Reference line Technical manual Planmeca ProOne...

  • Page 110: Adjusting The Midsagittal Plane Light Position

    The beam of the midsagittal plane light has to coincide with the y-line on the ball phantom (see figure below). To accomplish this, carefully adjust the position of the midsagittal plane light by using a pair of pliers or a similar tool. C-arm top frame Midsagittal plane light Planmeca ProOne Technical manual...

  • Page 111: Adjusting The Frankfort Plane Light Position

    If the patient positioning lights are not already on, touch either of the target position arrows on the control panel main display to switch them on. The main display is the display that is shown when the X-ray unit is switched on. Technical manual Planmeca ProOne...
  • Page 112 (moving column) ProO las Adj2 eps When you have adjusted all three positioning lights remove the ball phantom and the Frankfort plane alignment tool from the patient support table. You can then proceed to Step 6. Planmeca ProOne Technical manual...

  • Page 113: Step 6: Calibrating The Sensor

    Chapter E: CALIBRATIONS 1 ADJUSTING AND CALIBRATING X-RAY BEAM 1.9 Step 6: Calibrating the sensor Refer to the Planmeca Device Tool manual, publication number 10031558. 1.10 Step 7: Taking beam check exposure Refer to the Planmeca Device Tool manual, publication number 10031558.

  • Page 114: Calibrating Dynamic Exposure Control (Dec)

    Remove the tube head inner cover by first loosening the bottom screw and then detaching the cover. NOTE Always switch the X-ray unit off before removing any covers. Tube head inner cover Bottom screw Switch the X-ray unit back on. Planmeca ProOne Technical manual...
  • Page 115 X-ray unit is switched on. The password is 1701. NOTE Calibrations (T3400) DEC calibration will be shown on the display only if DEC has been Program licences (P2100) activated on the display. Service spanner Technical manual Planmeca ProOne...
  • Page 116 DEC target signal level than what is achieved by using the recommended values. Exposure value quick buttons Take an exposure. Press and hold down the exposure button for the duration of the exposure. CAUTION Radiation is generated when the exposure button is pressed. Protect yourself from radiation. Planmeca ProOne Technical manual...
  • Page 117 (adult setting) as shown in figure on previous page. Then repeat the DEC calibration procedure as described above. After successful DEC calibration, remove the sensor calibration block (part number 10016995) from the sensor head and reattach the inner tube head cover. Technical manual Planmeca ProOne...
  • Page 118 2 CALIBRATING DYNAMIC EXPOSURE CONTROL (DEC) Chapter E: CALIBRATIONS Planmeca ProOne Technical manual...

  • Page 119: Chapter F: Parts Replacement And Repair

    The upper arm cover is secured to the upper arm frame with two screws. The front edge of the upper arm cover can be lifted slightly to allow the front panel to open. Do not try to force the upper arm cover open any further than necessary. Technical manual Planmeca ProOne...

  • Page 120: Removing C-Arm And Upper Arm Covers

    NOTE Always switch the X-ray unit off before removing any covers. NOTE The C-arm inner cover has to be removed last. It cannot be detached with the sensor head cover and tube head cover in place. Planmeca ProOne Technical manual...

  • Page 121: Removing The Upper Arm Cover

    Remove the screw on one side first, then manually slide the C-arm to the other side so that you can remove the other screw. You can now lift the cover from its position. Remove two screws Upper arm cover Upper arm frame Technical manual Planmeca ProOne...

  • Page 122: Removing The Sensor Head Cover

    2.2 Removing the sensor head cover Loosen the screws on the top and bottom of the sensor head cover with a 2.5 mm Allen key. Do not remove the screws. Top screw Sensor head cover Bottom screw Planmeca ProOne Technical manual...

  • Page 123: Removing The Tube Head Covers

    Loosen the screws on the top and bottom of the tube head covers using a 2.5 mm Allen key. First loosen the two top screws and then the bottom screw. Do not remove the screws. Top screw Top screw Tube head cover Bottom screw Technical manual Planmeca ProOne...

  • Page 124: Removing The C-Arm Inner Cover

    Remove the C-arm inner cover by pulling it from its position. When you slide the cover out, hold it sideways to avoid damaging the collimator. C-arm inner cover Collimator Planmeca ProOne Technical manual...

  • Page 125: Column Parts Replacement

    Disconnect the cable Unscrew the screw Frankfort plane positioning light Install a new light in reverse order. NOTE Adjust the new light as described in section 1.8.3 "Adjusting the Frankfort plane light position" on page 109. Technical manual Planmeca ProOne...

  • Page 126: Replacing The Control Panel

    Then carefully disconnect the control panel flat cable and the back light cable from the CPU PCB (connectors J13 and J10). Ground cable Control panel flat cable Front panel/ moving column Control panel Back light cable CPU PCB Planmeca ProOne Technical manual...
  • Page 127 All cables and cable connectors are labeled for easy reference and assembly. NOTE When connecting the control panel flat cable, ensure that the cable does not get twisted and that the side with the coloured mark faces outward. Technical manual Planmeca ProOne...

  • Page 128: Replacing The Cpu Pcb

    CPU PCB (socket IC17). All calibration data and settings for the X-ray unit are stored in the EEPROM chip. NOTE Antistatic precautions must be performed when handling the EEPROM chip. Touch any grounded metal part of the X-ray unit before touching the software chip. Planmeca ProOne Technical manual...

  • Page 129: Replacing Battery On Cpu Pcb

    Always turn the X-ray unit off before replacing the battery. Turn off the unit from the mains switch. Open the front panel of the moving column as described in section 1.1 "Opening the front panel" on page 117. Technical manual Planmeca ProOne...
  • Page 130 Chapter F: PARTS REPLACEMENT AND REPAIR Remove the old battery from its socket on the CPU PCB and place a new Lithium Battery (type CR2025) to the battery socket.. Lithium Battery (CR2025) CAUTION Lithium Battery inside Planmeca ProOne Technical manual...

  • Page 131: Replacing The Lift Motor

    Back of stationary moving column column Lower slide block Locking pin Do not damage the cable! Open the front panel of the moving column as described in section 1.1 "Opening the front panel" on page 117. Technical manual Planmeca ProOne...
  • Page 132 Chapter F: PARTS REPLACEMENT AND REPAIR Rotate the lower steel cable pulley until the disc hole is positioned directly over the spindle shaft. Lower steel cable pulley Spindle shaft Loosen the locking screw that holds the spindle shaft in place. Planmeca ProOne Technical manual...
  • Page 133 Remove the shaft. NOTE Make sure that the moving column is safely supported during this procedure; failure to support the moving column properly might make the column fall causing a dangerous situation and/or damage to the X-ray unit. Technical manual Planmeca ProOne...
  • Page 134 Detach the upper arm cover as described in section 2.1 "Removing the upper arm cover" on page 119. Unscrew the four screws that attach the lift motor mounting block to the upper arm frame. Lift motor mounting block Upper arm frame Planmeca ProOne Technical manual...
  • Page 135 Remove the locking pin from the back of the X-ray unit. Check that the lift motor operates correctly. Switch the X-ray unit on and drive it up/down a couple of times to assure smooth operation. Height adjusting buttons Technical manual Planmeca ProOne...

  • Page 136: Replacing The Lift Motor Steel Cable

    Back of stationary moving column column Lower slide block Locking pin Do not damage the cable! Open the front panel of the moving column as described in section 1.1 "Opening the front panel" on page 117. Planmeca ProOne Technical manual...
  • Page 137 Make sure that the moving column is safely supported during this procedure; failure to support the moving column properly might make the column fall causing a dangerous situation and/or damage to the X-ray unit. Spindle shaft Locking screw Technical manual Planmeca ProOne...
  • Page 138 Remove the screws that hold the lower steel cable securing plate in position. Then slide the lower securing plate up so that you can remove it. Upper securing plate Loosen the screws Upper steel cable pulley Steel cable Lower steel cable pulley Remove the screws Remove the lower securing plate Planmeca ProOne Technical manual...
  • Page 139 The ends of the steel cable are attached to a shaft in the spindle carriage assembly. Loosen the locking screw that holds the shaft in position and remove the shaft. Spindle carriage assembly Shaft Remove the shaft Locking screw Lower steel cable pulley Technical manual Planmeca ProOne...
  • Page 140 Using a TX25 Torx screwdriver, detach the column top cover by removing the four screws that hold it in position. Remove also the two smaller screws that secure the steel cable block (inside the column) to the column top cover. Unscrew six screws (4 + 2) Column top cover Planmeca ProOne Technical manual...
  • Page 141 The steel cable cannot be pulled out from the column top as the opening in the column side is too narrow for the steel cable ends to pass through. Locking screw Cross-bar Steel cable block Steel cable Technical manual Planmeca ProOne...
  • Page 142 You can then detach the metal wire and plastic cable tie. Push the steel cable loop into the opening in the steel cable block and insert the cross-bar with the grooved end first as shown. Steel cable block Steel cable loop Cross-bar (grooved end first) Planmeca ProOne Technical manual...
  • Page 143 - the spindle carriage assembly is positioned straight and not tilted to one side - the steel cables do not cross over each other at any point (check this from the top). NOTE Remove the locking pin from the back of the X-ray unit. Technical manual Planmeca ProOne...

  • Page 144: Replacing The Slide Fixtures

    The X-ray units with serial number PRO0757070 or newer are equipped with white slide fixture (3). Replace the white slide fixtures only with similar ones. The fixture thickness must be at least 3 mm. If it is not, replace the fixtures. Planmeca ProOne Technical manual...
  • Page 145 10 mm (0.4 in.) to slacken the lift motor steel cable. Now switch the X-ray unit off and disconnect it from the mains. NOTE Be careful not to damage the mains cable while inserting a locking pin into the lower locking pin hole. Technical manual Planmeca ProOne...
  • Page 146 Detach the control panel grounding lead using a 2.5 mm Allen key (white arrow). Disconnect the control panel cables (1). Loosen the front panel hinge screws using a 2.5 mm Allen key and remove the front panel. Planmeca ProOne Technical manual...
  • Page 147 Chapter F: PARTS REPLACEMENT AND REPAIR 3 COLUMN PARTS REPLACEMENT Unscrew two slide fixture attachment screws using a 3 mm Allen key. Remove the slide fixture, slide bar and nut bar. Technical manual Planmeca ProOne...
  • Page 148 Place the slide bar (1) onto the nut bar (2) as shown on the figure below. The rounded side of the nut bar must be against the slide bar, Place the slide and nut bars to their positions. Planmeca ProOne Technical manual...
  • Page 149 The lift motor must be moved aside before the upper slide fixture can be replaced. Do it as follows. Rotate the lower steel cable pulley until the disc hole is positioned directly over the spindle shaft. Lower steel cable pulley Spindle shaft Technical manual Planmeca ProOne...
  • Page 150 3 COLUMN PARTS REPLACEMENT Chapter F: PARTS REPLACEMENT AND REPAIR Loosen the locking screw that holds the spindle shaft in place. Remove the shaft. Planmeca ProOne Technical manual...
  • Page 151 Unscrew the four screws that attach the lift motor mounting block to the upper arm frame. Use 4 mm Allen key. You can now move the motor aside. Unscrew two slide fixture attachment screws using a 3 mm Allen key. Remove the slide fixture, slide bar and nut bar. Technical manual Planmeca ProOne...
  • Page 152 Place the slide bar (1) onto the nut bar (2) as shown on the figure below. The rounded side of the nut bar must be against the slide bar, Place the slide and nut bars to their positions. Planmeca ProOne Technical manual...
  • Page 153 Chapter F: PARTS REPLACEMENT AND REPAIR 3 COLUMN PARTS REPLACEMENT Tighten two attachment screws. Attach the lift motor back to its position. Attach all the removed parts. Switch on the X-ray unit and check the moving column movement. Technical manual Planmeca ProOne...

  • Page 154: Arm And Upper Arm Parts Replacement

    First carefully disconnect the three cables attached to the sensor head. Sensor head Then loosen the two attachment screws on top of the sensor head with a 4 mm Allen key. Do not remove the screws. C-arm top frame Sensor head Planmeca ProOne Technical manual...
  • Page 155 Adjust the layer light position as described in section 1.8.1 "Adjusting the layer light position" on page 107. NOTE Calibrate the new sensor as described in section 1.9 "Step 6: Calibrating the sensor" on page 111. Technical manual Planmeca ProOne...

  • Page 156: Replacing The Power Supply Unit (Psu) Assembly

    Use a 2.5 mm Allen key to unscrew the four screws that hold the Power Supply Unit (PSU) assembly in position. The PSU PCB is attached to the PSU assembly on the rear side. Power Supply Unit (PSU) assembly Planmeca ProOne Technical manual...
  • Page 157 PSU assembly front grid as shown. This is to avoid problems when reattaching the tube head covers. PSU assembly front grid Step motor cable NOTE Perform the X-ray tube filament definition as described in section 4.3.1 "Filament definition" on page 159. Technical manual Planmeca ProOne...

  • Page 158: Replacing The Tube Head

    PSU PCB. Disconnect all eight cables Disconnect ground cable Tube head Using a 2.5 mm Allen key, then remove the collimator by unscrewing the two screws that hold the collimator in position. Collimator Planmeca ProOne Technical manual...
  • Page 159 2.5 mm Allen key) Install a new tube head in reverse order. When reconnecting the cables note that both the cables and the cable connectors are labelled for easy reference and assembly. Technical manual Planmeca ProOne...
  • Page 160 Adjust the C-arm position as described in section 1.6 "Step 3: Adjusting the C-arm position (ball phantom x-line)" on page 101. NOTE Check that the X-ray beam is symmetrical. Refer to section 1.7 "Step 4: Checking symmetry (ball phantom x-line)" on page 104. Planmeca ProOne Technical manual...

  • Page 161: Filament Definition

    CAUTION Radiation is generated when the exposure button is pressed. Protect yourself from radiation. Filament definition Exit the display by touching the green check mark button in the bottom right corner of the display. Technical manual Planmeca ProOne...

  • Page 162: Replacing The Collimator

    PSU PCB (connector J7). Disconnect step motor cable Tube head Using a 2.5 mm Allen key, then remove the collimator by unscrewing the two screws that hold the collimator in position. Collimator Install a new collimator in reverse order. Planmeca ProOne Technical manual...
  • Page 163 Adjust the C-arm position as described in section 1.6 "Step 3: Adjusting the C-arm position (ball phantom x-line)" on page 101. NOTE Check that the X-ray beam is symmetrical. Refer to section 1.7 "Step 4: Checking symmetry (ball phantom x-line)" on page 104. Technical manual Planmeca ProOne...

  • Page 164: Replacing The Layer Light

    Layer light Disconnect the cable Unscrew two screws Install a new light in reverse order. NOTE Adjust the new light as described in section 1.8 "Step 5: Adjusting the positioning lights" on page 106. Planmeca ProOne Technical manual...

  • Page 165: Replacing The Midsagittal Plane Positioning Light

    Unscrew two screws C-arm top frame Midsagittal plane positioning light Install a new light in reverse order. NOTE Adjust the new light as described in section 1.8 "Step 5: Adjusting the positioning lights" on page 106. Technical manual Planmeca ProOne...

  • Page 166: Replacing The C-Arm Cables And The Cable Guide

    4.7.1 Removing the old cables and cable guide 1. Drive the C-arm to the height where you can reach the upper side of the C-arm. Switch off the X-ray unit. Remove the upper arm cover. Remove the C-arm covers. Planmeca ProOne Technical manual...
  • Page 167 Chapter F: PARTS REPLACEMENT AND REPAIR 4 C-ARM AND UPPER ARM PARTS REPLACEMENT Disconnect the PSU CAN and C-arm camera cables from the CPU PCB. Unscrew two main switch assembly attachment screws using a 2.5 mm Allen key. Technical manual Planmeca ProOne...
  • Page 168 4 C-ARM AND UPPER ARM PARTS REPLACEMENT Chapter F: PARTS REPLACEMENT AND REPAIR Detach the grounding lead (white arrow) and the C-arm power cable (black arrow). Loosen the cable guide screws. Planmeca ProOne Technical manual...
  • Page 169 Chapter F: PARTS REPLACEMENT AND REPAIR 4 C-ARM AND UPPER ARM PARTS REPLACEMENT Detach the cable holder. Pull the cables out from the upper arm opening. Technical manual Planmeca ProOne...
  • Page 170 10. Disconnect the C-arm camera cable from the sensor head. 11. Detach the grounding lead from the tube head (1). Disconnect the C-arm power cable and PSU CAN cable from the tube head (2,3 and 4). Planmeca ProOne Technical manual...
  • Page 171 12. Unscrew the cable guide screws using a 2.5 mm Allen key (1). Cut the cable ties (2). 13. Support the C-arm when removing these screws! You will need a helping hand. Unscrew four screws using a 6 mm Allen key (1). Technical manual Planmeca ProOne...
  • Page 172 Chapter F: PARTS REPLACEMENT AND REPAIR 14. Move the C-arm to the table (1). Remove the cables from the C-arm and upper arm. 15. Unscrew two cable plate attachment screws using a 2.5 mm Allen key. Planmeca ProOne Technical manual...
  • Page 173 Chapter F: PARTS REPLACEMENT AND REPAIR 4 C-ARM AND UPPER ARM PARTS REPLACEMENT 16. Unscrew two cable plate attachment screws using a 2.5 mm Allen key. 17. Note the cable routing. Technical manual Planmeca ProOne...
  • Page 174 4 C-ARM AND UPPER ARM PARTS REPLACEMENT Chapter F: PARTS REPLACEMENT AND REPAIR 18. Unscrew two cable guide attachment screws using a 3 mm Allen key. 19. Cut the cable ties. Planmeca ProOne Technical manual...

  • Page 175: Installing The New Cables And Cable Guide

    Chapter F: PARTS REPLACEMENT AND REPAIR 4 C-ARM AND UPPER ARM PARTS REPLACEMENT 4.7.2 Installing the new cables and cable guide 1. Check that the linear rotation block is rotated as far right as possible (arrow on the figure below). Technical manual Planmeca ProOne...
  • Page 176 10012363. Note, that the grounding lead of the power cable column end is longer than the grounding lead of the C-arm end. 1060mm 1030mm 1190mm Longer grounding lead If the C-arm camera cable is not attached to the C-arm power cable, attach the cables together with a cable tie. Planmeca ProOne Technical manual...
  • Page 177 Route the cables through the linear rotation block so that the marks are in the opening level. i Add two cable ties to the cable guide as shown on the figure below. Route the cables through the cable guide. Technical manual Planmeca ProOne...
  • Page 178 4 C-ARM AND UPPER ARM PARTS REPLACEMENT Chapter F: PARTS REPLACEMENT AND REPAIR Route the C-arm camera cable (1) and PSU CAN cable (2) through the cable ties and tighten the cable ties (3). Cut the cable ties. Planmeca ProOne Technical manual...
  • Page 179 10. Attach the cable plate (1). Test the C-arm rotation. Insert two cable ties to the cable guide. Route the C-arm power cable through the cable ties and tighten the cable ties (2). Technical manual Planmeca ProOne...
  • Page 180 Chapter F: PARTS REPLACEMENT AND REPAIR 11. Rotate the C-arm power cable 1.5 turns around the cable guide (black arrow) and out from the cable opening and through the cable guiding pins (white arrow). 12. Attach the cable plate (1). Planmeca ProOne Technical manual...
  • Page 181 14. Connect the cables to the sensor head and to the tube head (figure below). 15. Attach the C-arm to the upper arm in position where the linear rotation block is rotated as far right as possible and the tube head side nearer the column. Technical manual Planmeca ProOne...
  • Page 182 17. Route the cables along the upper arm and to the moving column. 18. Install the cables to the moving column (removal instructions in reverse order). 19. Check the C-ram movement. 20. Calibrate the X-ray beam. Planmeca ProOne Technical manual...
  • Page 183 Chapter F: PARTS REPLACEMENT AND REPAIR 4 C-ARM AND UPPER ARM PARTS REPLACEMENT Technical manual Planmeca ProOne...
  • Page 184 4 C-ARM AND UPPER ARM PARTS REPLACEMENT Chapter F: PARTS REPLACEMENT AND REPAIR Planmeca ProOne Technical manual...

  • Page 185: Chapter G: Diagrams

    Chapter G: DIAGRAMS Technical manual Planmeca ProOne...

  • Page 186: Wiring Diagrams

    1 WIRING DIAGRAMS Chapter G: DIAGRAMS 1 WIRING DIAGRAMS 1.1 Wiring diagram for permanently installed X-ray units 121-10-08 Limit ProOne Ed3 Wiring Diagram 10012360 Midsagittal Laser 10012359 Sensor 27.06.2016 LY 121-10-08 Layer Laser 10012358 Rotation Motor 10012365 10012347 10012361 10012361...

  • Page 187: Wiring Diagram For X-Ray Units With Detachable Power Supply Cord

    Chapter G: DIAGRAMS 1 WIRING DIAGRAMS 1.2 Wiring diagram for X-ray units with detachable power supply cord 121-10-08 Limit ProOne Wiring Diagram 10012360 Midsagittal Laser 10012359 Sensor 12.11.2014 LY 121-10-08 Layer Laser 10012358 Rotation Motor 10012365 10012347 10012361 10012361 10012363...

  • Page 188: Psu Pcb (7005-10-01): Location Of Indicators

    Green / normally on Yellow / during programming Timer Yellow / normally blinking +12V OK Green / normally on +5V_PRI OK Green / normally on +15V_PRI OK Green / normally on AC_OK Green / normally on Planmeca ProOne Technical manual...
  • Page 189 Chapter G: DIAGRAMS 2 PSU PCB (7005-10-01): Location of indicators Reference Name Color / Normal status Filament_DC OK Green / on during exposure Filament_AC OK Green / on during exposure Exposure indicator Yellow / on during exposure Technical manual Planmeca ProOne...

  • Page 190: Psu Pcb (7005-10-01): Location Of Connectors

    3 PSU PCB (7005-10-01): Location of connectors Reference Name Details Mains Mains power supply Dimax Power to Dimax camera Layer Layer laser control Mids. Midsagittal laser control CPU Power & Communication (CAN) Fan control Collimator Collimator motor control Planmeca ProOne Technical manual...
  • Page 191 Chapter G: DIAGRAMS 3 PSU PCB (7005-10-01): Location of connectors Reference Name Details Rotation Rotation motor control J11, J12 Connections to HVR PCB (tube head) J13, J14, J15, J16 - Connections to IMS PCB Technical manual Planmeca ProOne...

  • Page 192: Cpu Pcb

    4 CPU PCB (7005-10-02): Location of indicators and connectors Chapter G: DIAGRAMS 4 CPU PCB (7005-10-02): Location of indicators and connectors Indicators Reference Name Details Status Colour EXPSW During exposure Yellow BACKL Display Backlight Green FPGA Green Planmeca ProOne Technical manual...
  • Page 193 LIFTLIM DOWN Lift motor down limit STOP Emergency switch TEMPLEREST Temple rest motor control LASER Frankfort laser Backlight connection Touch panel communication LCD Hitachi communication LCD Sharp communication USB communication Exp. Switch connection I Exp. Switch connection II Ethernet communication Technical manual Planmeca ProOne...
  • Page 195 Planmeca Oy | Asentajankatu 6 | 00880 Helsinki | Finland tel. +358 20 7795 500 | fax +358 20 7795 555 | sales@planmeca.com | www.planmeca.com...

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