Villa Rotograph EVO Service Manual
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Villa Rotograph EVO Service Manual

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Rotograph EVO
0051
Service Manual
Release 14 September 2011 (Rev. 1)

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Summary of Contents for Villa Rotograph EVO

  • Page 1 Rotograph EVO 0051 Service Manual Release 14 September 2011 (Rev. 1)

  • Page 2: Revision History

    Fixing dowels specification improvement on pre-installation chapter. New wall fixing bracket. Added Note for column height adjustment. "Rotograph EVO" no more displayed at device switching ON. Release FW version 1.05 on CPU board. New laser model for patient centering. New symbols on identification labels.
  • Page 3 SERVICE MANUAL Revision history THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO (Rev. 1)

  • Page 4: Table Of Contents

    SERVICE MANUAL Contents Contents INTRODUCTION 1.1. Icons appearing in the manual ............1-2 1.2. How to contact VILLA SISTEMI MEDICALI technical service ....1-2 SAFETY INFORMATION 2.1. Warnings ..................... 2-2 2.1.1. Electromagnetic emissions ...............2-5 2.1.2. Electromagnetic immunity..............2-6 2.1.3. Recommended separation distances for non-life supporting equipment..................2-7...
  • Page 5 8.2.2.2. E205: Timeout on rotation ..........8-9 8.2.2.3. E206: Patient collision ............8-9 8.2.2.4. E220: Unexpected activation of film cassette sensor / E221: Timeout on film cassette motor / E222: End runs of cassette motor not found...... 8-10 Rotograph EVO (Rev. 1)
  • Page 6 Password 92: Configuration menus..........8-29 8.3.3.1. Language ................8-30 8.3.3.2. Date-Time set..............8-31 8.3.3.3. Disable X-ray ..............8-32 8.3.3.4. Display brightness / Display contrast........8-32 8.3.3.5. LED brightness ..............8-33 8.3.3.6. Key click sound / Key click volume........8-33 8.3.3.7. Manage pano opt...............8-34 (Rev. 1) Rotograph EVO...
  • Page 7 11.1. Appendix A: Setup parameters table ............A-1 This publication can only be reproduced, transmitted, transcribed or translated into any human or computer language with the written consent of VILLA SISTEMI MEDICALI S.p.a. This manual in English is the original version.

  • Page 8: Introduction

    The device must be used complying with the procedures described and never be used for purposes different from those herewith indicated. ROTOGRAPH EVO is an electro-medical device and it can be used only under the supervision of a physician or of highly qualified personnel, with the necessary knowledge on X-ray protection.

  • Page 9: Icons Appearing In The Manual

    This icon indicates a WARNING message; the items marked by this icon refer to the safety aspects of the patient and/or of the operator. 1.2. How to contact VILLA SISTEMI MEDICALI technical service For any technical queries please contact the following: •...

  • Page 10: Safety Information

    SAFETY INFORMATION WARNING: Please read this chapter thoroughly. Villa Sistemi Medicali designs and builds its devices in compliance with the safety requirements; furthermore it supplies all information necessary for correct use, and the warnings related to danger associated with X-ray generating units.

  • Page 11: Warnings

    Rotograph EVO has been built to support a continuous operation at intermittent load; therefore please follow the described use cycles to enable the device to cool down.
  • Page 12 SERVICE MANUAL Safety information Minimum distance from X-ray source 1.5m Protected area Figure 2-1 - Dental arch X-ray version Minimum distance from X-ray source 1.5m Protected area Figure 2-2 - Cephalometric version (Rev. 1) Rotograph EVO...
  • Page 13 The system construction do not allow the repair of faulty/damaged parts, that must be replaced using original spare parts supplied by Villa Sistemi Medicali. Only trained personnel is authorized to make service interventions on the unit, following the instructions contained in this manual.

  • Page 14: Electromagnetic Emissions

    Safety information 2.1.1. Electromagnetic emissions In accordance with the IEC 60601-1-2 standard, the Rotograph EVO is suitable for use in the specified electromagnetic environment. The purchaser or user of the system should assure that it is used in an electromagnetic environment as described below.

  • Page 15: Electromagnetic Immunity

    Safety information 2.1.2. Electromagnetic immunity In accordance with the IEC 60601-1-2 standard, the Rotograph EVO is suitable for use in the specified electromagnetic environment. The purchaser or user of the system should assure that it is used in an electromagnetic environment as described below.

  • Page 16: Recommended Separation Distances For Non-Life Supporting Equipment

    For transmitters using frequencies between 800 MHz and 2.5 GHz, the DISTANCE can be estimated using Equation B: √ d = 2.3 where P is the reted power of the transmitter in watt (W) according to the transmitter manufacturer. (Rev. 1) Rotograph EVO...

  • Page 17: Environmental Risks And Displacement

    Tubehead: dielectric oil, lead, copper, iron, aluminium, glass, tungsten. • Control panel and remote control: iron, copper, aluminium, glass- resin, non-biodegradable plastic material packaging. • Column, rotating arm, and extensions: iron, lead, aluminium, copper, glass-resin, and non-biodegradable plastic material. Rotograph EVO (Rev. 1)

  • Page 18: Symbols Used

    SERVICE MANUAL Safety information 2.3. Symbols used In this manual and on the Rotograph EVO itself, apart from the symbols indicated on the control panel, the following icons are also used: Symbols Description Device with type B applied parts The device contains in some of its parts, materials and...
  • Page 19 SERVICE MANUAL Safety information THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO (Rev. 1) 2-10...

  • Page 20: Description

    SERVICE MANUAL Description DESCRIPTION 3.1. Identification labels and laser labels 5, 6 7 (*) (*) Only for 110-120V version (Rev. 1) Rotograph EVO...

  • Page 21: Identification Labels And Laser Labels "220-240V" Version

    SERVICE MANUAL Description 3.1.1. Identification labels and laser labels "220-240V" version Rotograph EVO Tube-head identification label identification label EVO XP – Extended Projection Package CEPHALOMETRIC device identification label identification label (N° 2) Laser (N° 2) Spot Laser symbol label identification label Rotograph EVO (Rev.

  • Page 22: Identification Labels And Laser Labels "110-120V" Version

    SERVICE MANUAL Description 3.1.2. Identification labels and laser labels "110-120V" version Rotograph EVO identification label ETL certification label EVO XP – Extended Projection Package Tube-head identification label identification label CEPHALOMETRIC device identification label (N° 2) Spot Laser identification label (N° 2) Laser...

  • Page 23: Function, Models And Version

    Description 3.2. Function, Models and Version Rotograph EVO, produced by Villa Sistemi Medicali, is a complete panoramic system, which enables to perform all radiographies commonly necessary in dental field (except for endoral X-rays). In some versions, certain examination modes are not available but the device (thanks to its computerised control system) can be expanded and updated with new releases, directly at the Dentist premises.

  • Page 24: Film / Screen Combinations

    Perform the maintenance of the film processor as described in the related instruction manual. Regularly check the levels of the used chemical substances; replace them regularly as indicated by the manufacturer (or according to the number of processed films). (Rev. 1) Rotograph EVO...

  • Page 25: Basic Version

    Soft Tissues Filter is fixed and can be positioned at pleasure to obtain the best possible prominence of the face profile (operation carried out by an authorised technician). • Examination to evaluate the bone growth (Carpus) only Child with 3 selectable sizes. Rotograph EVO (Rev. 1)

  • Page 26: Evo Xp (Extended Projection Package) - Optional

    "Arrow right/Arrow left" keys during power on sequence. The UIC is simply an identifier of the single Rotograph EVO unit; in order to enable the optional functions it is necessary to request the activations code from Villa Sistemi Medicali, which derives from the Unique Identification Code or from the device serial number.

  • Page 27: Block Diagram

    Block diagram This paragraph provides a brief description, at block diagram level, of the Rotograph EVO. Aim of this paragraph is to provide a brief description of the system. More details about the electronic circuits which compose the system can be obtained by analyzing the schematics provided in Chapter 9.

  • Page 28: Power Supply Assembly

    The power supply assembly module also includes the Column CPU board (A1) that is dedicated to the control of the vertical column motion during all phases (slow speed, ramp up to high speed, ramp down from high to low speed, end run microswitches control, etc.). (Rev. 1) Rotograph EVO...

  • Page 29: Cpu Board (A5 And A6)

    (LED H12) provided by the Power supply assembly and generating on board the requested voltages (+5V, +3.3V and +1.5V). Three LED's on the board indicate the presence of these 3 voltages (+5V=LED H2, +3.3V=LED H3, +1.5V=LED H5). Rotograph EVO 3-10 (Rev. 1)

  • Page 30: Generator Board (A10) And Tubehead

    Generator board and relevant Generator CPU. Possible anomalous conditions are then communicated to the main CPU board (A5) which in turn generates error codes to alert the operator. (Rev. 1) 3-11 Rotograph EVO...

  • Page 31: Keyboard (A4)

    5 different options (English, Italian, French, German and Spanish). The language selection is only available for the messages dedicated to the user. The messages relative to the service programs (Password) are always in English. Rotograph EVO 3-12 (Rev. 1)
  • Page 32 SERVICE MANUAL Description Figure 3-1 – Block diagram (Rev. 1) 3-13 Rotograph EVO...

  • Page 33: Control Panel - Descriptions And Functions

    3.4. Control panel - Descriptions and functions The Rotograph EVO keyboard is divided into function areas, plus a display to view the operative messages and error signals. The next figure shows a general view of the keyboard, while details on each functional area are provided in the following pages.
  • Page 34 Standard three available LEDs. Retracted The arch selection does not influence the values of kV and mA but acts on the position of the focus layer. (Rev. 1) 3-15 Rotograph EVO...
  • Page 35 ON/OFF the laser centring devices that allow the correct positioning of the medial-sagittal and Frankfurt planes, by adapting Rotograph EVO to the patient's anatomy. The key "Test" is used to avoid the X-rays emission, in order to check the absence of collisions with the patient.

  • Page 36: Key Functions Description

    > Repositioning the rotation group (to bring the group to the initial position after the examination and to exit from the "making an exposure") mode > Confirmation Key to display DAP values (Rev. 1) 3-17 Rotograph EVO...
  • Page 37 SERVICE MANUAL Description THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO 3-18 (Rev. 1)

  • Page 38: Technical Data

    SERVICE MANUAL Technical data TECHNICAL DATA General features Type Rotograph EVO Manufacturer VILLA SISTEMI MEDICALI Buccinasco (MI) Italia Class Class II B for European Directive for Medical Devices 93/42 Class II for Canadian MDR Class I with type B applied parts...
  • Page 39 Cephalometry and Carpus • Cassette 18 x 24 cm • Cassette 30 x 24 cm (optional – in this case size 18 x 24 cm is not present) • Cassette 8" x 10" • Fixed Soft Tissues Filter Rotograph EVO (Rev. 1)
  • Page 40 1: 1.30 (medium) Ceph 1: 1.10 (on the sagittal medial plane in LL projection) Tube-head characteristics Model MRE 05 Manufacturer Villa Sistemi Medicali S.p.A. 20090 Buccinasco (MI) Italia Maximum tube voltage 86 kV accuracy ± 8 % Maximum anodic current 12 mA Anodic current accuracy ±...
  • Page 41 Frankfurt planes (please refer to relevant paragraphs for detailed explanation). Wave length 650 nm ± 10 nm Divergence < 2.0 mRad Optical power on the working surface < 1 mW Laser class Class 1 laser product according to IEC Standard 60825-1:1993 + A1:1997 + A2:2001 Rotograph EVO (Rev. 1)
  • Page 42 Relative working humidity (RH) range 30% ÷ 75% Temperature range for transport and - 20° ÷ + 70° storing Humidity range for transport and < 95% without condense storing Minimum atmospheric pressure for 630 hPa transport and storing (Rev. 1) Rotograph EVO...

  • Page 43: Applied Safety Regulations

    IEC 60601-1-3:1994 IEC 60825-1:1993 + A1:1997 + A2:2001 Classification Rotograph EVO D is an electro-medical X-ray device belonging to Class 1 and Type B as per classification IEC 60601-1, foreseen for a continuous working at intermittent load. According to CE 93/42 directive for medical devices, the equipment belongs to class II B.

  • Page 44: Loading Curve Of The Tube And Cooling Curve Of The Anode

    SERVICE MANUAL Technical data 4.2. Loading curve of the tube and cooling curve of the anode Tube "CEI - OPX/105" (0.5 IEC 60336) Load Anode cooling curve (Rev. 1) Rotograph EVO...
  • Page 45 SERVICE MANUAL Technical data Tube-head heating and cooling curve Rotograph EVO (Rev. 1)

  • Page 46: Measurement Method Of Technical Factors

    Particularly, in accordance with IEC 60601-2-7, the maximum deviation (including the correction and instrument’s accuracy) is less than or equal to ±10 % for kV, while for tube current is less than or equal to ± 15%. (Rev. 1) Rotograph EVO...

  • Page 47: Verification Method Of Exposure Parameters

    NOTE: This program allows you to carry out the measuring of the exposure parameters with the tube-head arm in a fixed position (not rotating) without variations due to spine compensation. 3. Place the measuring instrument. Rotograph EVO 4-10 (Rev. 1)
  • Page 48 6. To end the control program, press key "Test" (6) ; the display will indicate: A N O R A M I and the unit will return to standard mode. (Rev. 1) 4-11 Rotograph EVO...

  • Page 49: Dimensions

    SERVICE MANUAL Technical data 4.5. Dimensions 1020 (40,16") Ø 1040 (40,95") Ø 1140 (44,88") with free standing base Figure 4-1 - Base version Rotograph EVO 4-12 (Rev. 1)
  • Page 50 SERVICE MANUAL Technical data 1020 (40,16") Ø 1040 (40,95") Ø 1140 (44,88") with free standing base 1910 (75,20") 1970 (77,56") with free standing base Figure 4-2 - Version with cephalometric unit (Rev. 1) 4-13 Rotograph EVO...
  • Page 51 SERVICE MANUAL Technical data THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO 4-14 (Rev. 1)

  • Page 52: Pre-Installation

    • minimum width of 80 cm (31.50"). WARNING: In its standard versions, Rotograph EVO must be fixed to the wall with the two brackets supplied. Each dowel must support a max. extraction force of 120 kg (264 lbs). The fixing dowels to be employed, for any kind of wall, are the following: full or concrete bricks: screw anchors (provided with the •...

  • Page 53: Electrical Setting Up

    NOTE: The electrical connection must be done on the terminal board X0 (see operation circuit diagram – chapter 9). Rotograph EVO (Rev. 1)
  • Page 54 SERVICE MANUAL Pre-installation NOTE: Rotograph EVO, IS SET TO connect, at the entrance of the X-ray room, the following control and warning devices: REMOTE X-RAYS BUTTON: "Dead-man switch" remote control, • enables to perform the exam at a distance, the operator can stand outside the X-ray emission area.
  • Page 55 Power voltages for the relevant devices have to be provide from outside, making sure not to exceed the indicated ratings. To connect all control and warning devices it is advisable to set 6 wires with 0.5 mm² section minimum. Rotograph EVO (Rev. 1)

  • Page 56: Packaging

    SERVICE MANUAL Pre-installation 5.2. Packaging Rotograph EVO in base version is delivered in two carton-board boxes; the device equipped with Cephalometric unit will be delivered in three boxes. Weight Contents Gross - Axis movement device, complete 80 kg 95 kg...

  • Page 57: Space Requirements

    SERVICE MANUAL Pre-installation 5.3. Space requirements 5.3.1. Version without CEPH (*) A = minimum 600 mm (23.6"), recommended 800 mm (31.5") for service purpose Figure 5-2 Rotograph EVO (Rev. 1)

  • Page 58: Version With Ceph

    Version with CEPH A = 600 mm (23.6") minimum, 800 mm (31.5") recommended for service purpose (**) B = 1460 mm (57") minimum front space, 1610 mm (63") recommended front space for service purpose Figure 5-3 (Rev. 1) Rotograph EVO...
  • Page 59 SERVICE MANUAL Pre-installation THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO (Rev. 1)

  • Page 60: Installation

    Installation INSTALLATION NOTE: Rotograph EVO is delivered pre-mounted in groups; it is contained in 2 (PAN version) or 3 boxed (CEPH version). The mechanical mounting consists exclusively in assembling the above mentioned groups. Most of the adjustment are carried out in factory.

  • Page 61: Setting Of The Wall

    This paragraph is valid only for wall mounted version. NOTE: Rotograph EVO has been designed for a wall fixing by two brackets, each of which requires to be fixed by three dowels. In order to find the right position of the brackets, it is necessary to use the quotes indicated in the Figure 6-1.

  • Page 62: Column Mounting

    (this operation requires the presence of two persons). 2. With the column in vertical position, remove only the two fixing brackets "A". NOTE: Leave the retaining bracket "B" in place, because it will be necessary for the following operations of support arm mounting. (Rev. 1) Rotograph EVO...
  • Page 63 "F" (Figure 6-3) from the upper bracket "C". Rotate the column. NOTE: Rotograph EVO is equipped with a switch (S2) which allows to move the column vertically for service use. It is located in the back lower side of the column, protected by a metallic cover.
  • Page 64 SERVICE MANUAL Installation Upper fixing plates "E" Retaining bracket "B" Screws "F" Upper wall bracket "C" Spacers Lower fixing plate "D" Figure 6-3 (Rev. 1) Rotograph EVO...

  • Page 65: Mounting Of The Rotating Arm Assembly

    (Figure 6-4 - This operation requires the presence of two persons). Handling zones Handling zones Figure 6-4 3. Move the rotating arm near the column from lateral side in order to avoid contacts between the cassette holder and the chin support. Rotograph EVO (Rev. 1)
  • Page 66 6. Insert the reference pins "B" (Figure 6-6) between the rotating arm and column using a hammer. Insert the remaining two screws "C" (Figure 6-6) and tighten all the fixing screws. Retaining bracket Figure 6-6 (Rev. 1) Rotograph EVO...
  • Page 67 8. Remove the tubehead cover; remove the two spacers "D" and the lower fixing bracket "E" (Figure 6-7). Spacers "D" Lower fixing bracket "E" Figure 6-7 9. Open the cassette holder and mount the rotating arm lower cover (Figura 6-8). Figura 6-8 Rotograph EVO (Rev. 1)
  • Page 68 NOTE: For 110-120V version, to access to the CPU board connectors, it is necessary to remove the metallic cover. At the end of the connections, position the cables in the relevant seating and remount the cover. (Rev. 1) Rotograph EVO...

  • Page 69: Mounting Of Ceph-Arm (Optional)

    The CEPH kit can be installed on the machine both during the first installation and later as updating of the device. In case the Rotograph EVO is sold already equipped with the Ceph arm, centering between the X-ray beam and the Sensor will be very quick as the arm is already adjusted and pinned in the factory.
  • Page 70 Ceph arm to the column (Figure 6-11). 5. Insert the cable in the hole between column and rotating arm and connect it to the relevant connector on the CPU board. 6. Remove the red handle. Reference pin Reference pin Figure 6-11 (Rev. 1) 6-11 Rotograph EVO...

  • Page 71: How To Mount The Coverings

    Rotate the upper fixing bracket "F" and rotate the column in clockwise direction in order to reach the column back side. Figure 6-12 Rotograph EVO (Rev. 1) 6-12...

  • Page 72: Maintenance And Servicing

    • the correct functioning of the luminous indicators of the console • verification of the exposure parameters: kV, mA, time • verification of the correct function and status of cleanness of the laser centering devices. (Rev. 1) Rotograph EVO...
  • Page 73 Rotograph EVO (Rev. 1)

  • Page 74: Service Tools

    Service tools In order to perform a correct system calibration, is suggested the use of the following tools: Code Description Function 6107900100 Laser centering tool Used for Panoramic function adjustment and calibration 6107900200 Symmetry check tool (Rev. 1) Rotograph EVO...

  • Page 75: Verification And Centering Adjustment

    If, with the above parameters (kV and mA), the film obtained is not like the one represented in the following figure, i.e. the dots cannot be distinguished, place several millimeters of aluminum between the tubehead and the cassette. Rotograph EVO (Rev. 1)
  • Page 76 7. If the distance between the projection of the side spheres with that of central sphere is not symmetrical (and not within the tolerance range of ±2mm), adjust the rotation axis (see paragraph 8.3.4.1) accordingly and repeat the exposure. (Rev. 1) Rotograph EVO...

  • Page 77: Alignment For The Ceph Function

    M E N U E N A B L E C E P 3. Press key (7) , the following message will be displayed: C E P M E N U C E P A B L E D Rotograph EVO (Rev. 1)
  • Page 78 WARNING: X-rays will be emitted during the performance of the following operations. Authorised Technicians are therefore recommended to use the greatest caution and to comply with the safety regulations and laws of their country. (Rev. 1) Rotograph EVO...

  • Page 79: Rotation Arm Alignment

    X-rays will be emitted during the performance of the following operations. Authorised Technicians are therefore recommended to use the greatest caution and to comply with the safety regulations and laws of their country. 12. Press the X-ray button; an exposure will be made. Develop the film. Rotograph EVO (Rev. 1)
  • Page 80 D A T E C H A N G E S > < 15. Press key (7) to store the changes. While key (6) cancel them. Write down the new value in the relevant box in Appendix A. (Rev. 1) Rotograph EVO...

  • Page 81: Ear Centering Circles Setting

    "B" adjust the height of the Ceph group. Repeat the exposure until the vertical alignment is reached. Tighten the loosened screws "A". Figure 7-2 4. When the right setting is reached press key "Test" (6) to exit the menu item. Rotograph EVO 7-10 (Rev. 1)

  • Page 82: 7.2.2.2.1. Projection Of Non-Concentric Ear Centering Circles

    In the opposite case, unscrew adjustment screw "D" and the group will shift automatically. Once the correct centering is obtained (a test exposure is required), fix screws "C" and block adjustment screw "D" using security nut "E". Figure 7-3 (Top view) (Rev. 1) 7-11 Rotograph EVO...

  • Page 83: 7.2.2.2.2. Projection Of Vertically Non-Concentric Ear Centering Circles

    "G" (Figure 7-4). Once the aligned position has been reached tighten bolt "H" (Figure 7-4) and tighten screws "F". Upon completion of the adjustment a test exposure is required, to verify it. Figure 7-4 (Side view) Rotograph EVO 7-12 (Rev. 1)

  • Page 84: Soft Tissue Filter (Stf) Adjustment

    STF until the radiographic image is according with the user requirements. Consider that a 1mm (0.04") adjustment on the filter will result in a 15mm (0.6") variation on the film. Figure 7-5 (Rev. 1) 7-13 Rotograph EVO...

  • Page 85: Verification Of Exposure Time Parameters

    When this message appears, press the column up and column down keys simultaneously and hold them pressed. After 3 seconds, the following message will be displayed E R V I M E N U C O N F G U R A T I Rotograph EVO 7-14 (Rev. 1)
  • Page 86 To move to mA and exposure time, press key (3) once or twice again. In this situation, the increase key (4) and the decrease key (5) will change the parameter. Pressing the X-ray button will start the emission. (Rev. 1) 7-15 Rotograph EVO...
  • Page 87 (not rotating). WARNING: X-ray will be emitted during the performance of the following operations. Authorised technicians are therefore recommended to use the greatest caution and to comply with the safety regulations and laws of their country. Rotograph EVO 7-16 (Rev. 1)

  • Page 88: Kvp

    The high voltage value must be within 8% of the set value, while the time value must be within 10% of the set value. If the voltage is not within the expected range, replace the tubehead; otherwise replace Generator CPU board. (Rev. 1) 7-17 Rotograph EVO...

  • Page 89: Ma Check

    Generator board (A10). The exposure time calculated at about 75% of the maximum kV value, must correspond to the set one +10%. In case the time is outside the prescribed values, replace the CPU. Rotograph EVO 7-18 (Rev. 1)

  • Page 90: Storing Of Automatic Exposure Parameters

    < and the LEDs relating to the keys for patient and size (that are being modified) will light up. Press the key "Patient Entrance" (7) to confirm or the key "Test" to cancel the setting. (Rev. 1) 7-19 Rotograph EVO...

  • Page 91: Table Of Pre-Set Anatomic Parameters

    TMJ open/close mouth Adult Adult Child Child Small Small Medium Medium Large Large SINUS Adult Child Small Medium Large CEPHALOMETRY (L.L.) CEPHALOMETRY (A/P - P/A) Adult Adult Child Child Small Small Medium Medium Large Large Rotograph EVO 7-20 (Rev. 1)

  • Page 92: Troubleshooting

    Check the correct insertion of X53 and X57; if it is (ON during emission) correct, replace the tubehead, otherwise insert it correctly and make another exposure. Replace the tubehead if it will glow again. As per H5 above. (Rev. 1) Rotograph EVO...

  • Page 93: Cpu Board A5 Led

    If all the LEDs are OFF, verify the column fuse F3; if it is OK, verify cable X11 between column CPU board A1 and CPU board A5, on both sides. Verify the column CPU board A1. Rotograph EVO (Rev. 1)

  • Page 94: Displayed Messages

    SERVICE MANUAL Troubleshooting 8.2. Displayed messages Rotograph EVO is fully driven by a microprocessor which controls the programming of the emission parameters and indicates via displayed messages the different conditions of the unit and any defects and errors that occur.
  • Page 95 Film cassette holder not on PAN 8.2.3.1 X-ray Controls Code Error description Reference chapter RX button pressed on start-up or before exam 8.2.3.2 Remote RX button pressed on start-up or before 8.2.3.2 exam RX button released during emission 8.2.3.3 Rotograph EVO (Rev. 1)
  • Page 96 ON/OFF command for vertical motor not changed on 8.2.5.2 planned time Keyboard Code Error description Reference chapter More than one keys pressed on Power on 8.2.6.1 Column up and/or Column down pressed on power 8.2.6.2 Key RESET (Patient Entrance) pressed during 8.2.6.3 movement (Rev. 1) Rotograph EVO...

  • Page 97: Errors With Code From E000 To E199

    All these are errors related to the main CPU board (A5) and its internal peripheral. Power OFF the unit and, after 1 minute delay, power it ON again; if the error is displayed again, replace the Microprocessor CPU board (A6). Rotograph EVO (Rev. 1)

  • Page 98: Errors With Code From E200 To E299

    Errors with code from E200 to E299 These errors are related to the various axis movement and require the replacement of some parts; only the following error message E206 can be generated by a special condition and can be reset. (Rev. 1) Rotograph EVO...

  • Page 99: E200: Zero Position Optical Sensor Of Rotation Always Active / E201: Zero Position Optical Sensor Of Rotation Never Active / E204: Unexpected Activation Of Zero Position Rotation Sensor

    2. If the arm moves, verify the cable up to the CPU board (A5). If it still continues to have no variation of the signals when there is an activation of the switches, change the CPU board. Rotograph EVO (Rev. 1)

  • Page 100: E205: Timeout On Rotation

    CPU board (A5), connector X25/X25. 2. If the motor is running, check the optical sensor B2 and its cables to X60 of A7 up to connector X25/X26 of main CPU board (A5). Replace the sensor or the faulty cables. (Rev. 1) Rotograph EVO...

  • Page 101: E220: Unexpected Activation Of Film Cassette Sensor / E221: Timeout On Film Cassette Motor / E222: End Runs Of Cassette Motor Not Found

    A8 and cable X5 to X29-X32 from A8 to CPU board (A5). If one of those cable are broken, replace it; in case of shorted wires, check that also the stepper motor driver has not been damaged. I this later case, also the CPU board must be replaced. Rotograph EVO 8-10 (Rev. 1)

  • Page 102: E240: Zero Position Sensor For Y Axes Always Active / E241: Zero Position Sensor For Y Axes Never Active / E242: Unexpected Activation Of Y Axes / E243: Timeout Of Y Axes

    In case of no motion, it is possible that the problem is related to the motor: in order to check this, connect the driver of the Y-axis motor to the rotation motor, putting cable X28 into connector X26 on CPU board (A5). (Rev. 1) 8-11 Rotograph EVO...

  • Page 103: E260: Timeout On Primary Collimator / E261: Decode Error On Disk Collimator

    B8 sensor is not functioning; check cable X66 to X31/X30 of the CPU board (A5). If the cables are OK, in the first case can be the motor (replace the motor) or the CPU (replace CPU board). If the sensor is faulty, replace it. Rotograph EVO 8-12 (Rev. 1)

  • Page 104: Errors With Code From E300 To E399

    Its status can be checked using the setup procedure for Casette PAN position as already explained for error E220. • Check continuity of cables from optical sensor to A8 board, connector X48, and from that board to main CPU board A5, connector X33. (Rev. 1) 8-13 Rotograph EVO...

  • Page 105: E360 And E361: X-Ray Button Pressed During Power On

    230 VAC and 400 VDC. Before accessing the Generator CPU and power board (A9 and A10), it is mandatory to switch off the mains and wait up to 2 minutes in order to allow the discharge of the capacitor. Rotograph EVO 8-14 (Rev. 1)

  • Page 106: E362: X-Ray Button Released During The Examination Procedure

    This can be generated by a bad connection or by a fault of the local Generator CPU board (A9). Check the CANBus cable X20-X20 and replace it if faulty, otherwise replace the Generator CPU board or then the Generator board. (Rev. 1) 8-15 Rotograph EVO...

  • Page 107: E381: Timeout On Activating Can Protocol On Generator Board / E382: Hf Not Answering To Can Protocol

    In both cases, the error can be generated by a bad connection of the CANBus or a fault on the local Generator CPU board or on the Generator board, so the steps above described for E380 are applied. Rotograph EVO 8-16 (Rev. 1)

  • Page 108: Errors With Code From E700 To E799

    230 VAC and 400 VDC. Before accessing the Generator CPU and power board (A9 and A10), it is mandatory to switch off the mains and wait up to 2 minutes in order to allow the discharge of the capacitor. (Rev. 1) 8-17 Rotograph EVO...

  • Page 109: E750: No Power To The Hf Board

    13.3k ± 2% while is 14.3k ± 2% between pins 4 and 3 of the same connector; if correct values are measured, replace before the tubehead and, eventually, the Generator board. If incorrect values are measured, replace the tubehead and then the Generator board. Rotograph EVO 8-18 (Rev. 1)

  • Page 110: E752: Filament Overload / E753: Overload On Anodic Current

    If the error is present in stand-by mode, replace the Generator board (A10). If the error appears during an exposure, reset the error and repeat the exposure; if the error still appears, replace the Generator board and then the tubehead. (Rev. 1) 8-19 Rotograph EVO...

  • Page 111: E755: Alarm "Backup Timer Intervention" / E758: Alarm "No X-Ray" / E759: Alarm "Unexpected Emission

    If the LED H4 continues to be ON, replace the Generator board. If the LED, after the power ON is not lighted, repeat an emission and, if the message is appearing again, replace the Generator board. Rotograph EVO 8-20 (Rev. 1)

  • Page 112: E774: Rx Button Not Pressed

    This message has the same meaning as the corresponding error E362, but it is generated by the Generator CPU board (A9), that is signalling a possible broken connection with the main CPU (A5). Repeat the test as per error E774 above. (Rev. 1) 8-21 Rotograph EVO...

  • Page 113: Errors With Code E800 And E801

    The error can be generated by a bad connection of the CANBus or a fault on the Column CPU board (A1). Check the CANBus cable X11-X11 and replace it if faulty, otherwise replace the Column CPU board. Rotograph EVO 8-22 (Rev. 1)

  • Page 114: E801: On/Off Command For Vertical Motor Not Changed On Planned Time

    Check that the column movement power supply fuse F4 is not blown. Check the safety column movement microswitches work correctly, otherwise replace the microswitches assy (microswitches + cable). CANBus cable X11-X11 and replace it if faulty, otherwise replace the Column CPU board. (Rev. 1) 8-23 Rotograph EVO...

  • Page 115: Errors With Code E850 E851 And E852

    This message is signalling that only one of the two button is pressed. Release the pressed button and power off the system and power on it again. If the message is displayed again, replace first the keyboard membrane and after the control board. Rotograph EVO 8-24 (Rev. 1)

  • Page 116: E852: One Key Pressed During The Movement

    Check if one button has been involuntary been pressed and restart the operation with a new power on procedure. In case there is a glued key, one of the previous message E850 and E851 must be displayed, so acts accordingly. (Rev. 1) 8-25 Rotograph EVO...

  • Page 117: Service Programs Descriptions

    Troubleshooting 8.3. Service programs descriptions Rotograph EVO allows the authorised technicians to access to the different functional parameters of the unit through a dedicated software composed by the following service programs. Each service program can be accessed through a dedicated password.

  • Page 118: Accessing The Service Programs

    NOTE: SYSTEM and BURN-IN operations are used only during factory set-up; there are special passwords not accessible to Service Engineers. For this reason, they are not explained on the manual. (Rev. 1) 8-27 Rotograph EVO...

  • Page 119: General Information On The Use Of Keyboard

    This operation is signalled by a specific message on the display. Left/Right scroll: are used to scroll into different parameters or menus. Parameter increment and decrement: are used to change the value of the selected parameter. Rotograph EVO 8-28 (Rev. 1)

  • Page 120: Password 92: Configuration Menus

    D A T E C H A N G E S > < In both cases, the upper level of service menu is reached. (Rev. 1) 8-29 Rotograph EVO...

  • Page 121: Language

    In this menu, it is possible to select the language of displayed message of the user’s panel (language of service menus is always English) in one of the following: ENGLISH ⇔ ITALIANO ⇔ FRANCAIS ⇔ DEUTCH ⇔ ESPANOL ⇔ ENGLISH…. Rotograph EVO 8-30 (Rev. 1)

  • Page 122: Date-Time Set

    A D J D A T E M > A D J D A T E Y > (Rev. 1) 8-31 Rotograph EVO...

  • Page 123: Disable X-Ray

    These selection allow the set of brightness and contrast of the display in order to set those as a convenient level for the operators. The display brightness will decrease with higher value; the factory set value is set to the maximum level. Rotograph EVO 8-32 (Rev. 1)

  • Page 124: Led Brightness

    The factory set value is 127; increasing it will increase the brightness and viceversa. 8.3.3.6. Key click sound / Key click volume The "clicking" sound of the pressed key can be set ON/OFF; once set to ON, also its volume can be adjusted at the appropriate volume. (Rev. 1) 8-33 Rotograph EVO...

  • Page 125: Manage Pano Opt

    Values are displayed and changed using a couple of digits, with a variation of one unit for each pressure of the parameter increase/decrease key; the auto repeat function for fast changes is enabled. Rotograph EVO 8-34 (Rev. 1)

  • Page 126: Password 118: Axis Alignment Menu

    Once the operation is finished (or interrupted), it is possible to access the following list of submenus: ROTATION ZERO ⇔ Y AXIS ZERO ⇔ CASSETTE ZERO ⇔ PR. COLL. SETUP ⇔ ROTATION ZERO .. The selection is confirmed pressing the Patient centering (>0<) key. (Rev. 1) 8-35 Rotograph EVO...
  • Page 127 Changes to one or more offset values affect the system’s functionality, so take care to not alter those values if not needed. Normally only the replacement of faulty parts (motors, belts, zero optical sensors, etc.) will require to act on those data. Rotograph EVO 8-36 (Rev. 1)

  • Page 128: Rotation Zero

    • "a" is the status of the zero optical barrier; 1 means engaged (i.e. barrier interrupted), 0 otherwise. • "xxxxx" is the current value of the offset, that can be changed with the left/right keys. (Rev. 1) 8-37 Rotograph EVO...

  • Page 129: Y Axis Zero

    • "a" is the status of the zero optical barrier; 1 means engaged (i.e. barrier interrupted), 0 otherwise. • "xxxxx" is the current value of the offset, that can be changed with the left/right keys. Rotograph EVO 8-38 (Rev. 1)

  • Page 130: Cassette Zero

    "b" is the status of cassette presence; 1 is cassette inserted, 0 otherwise. • "c" and "d" are the statuses of end run sensors. • "xxxxx" is the current value of the offset, that can be changed with the left/right keys. (Rev. 1) 8-39 Rotograph EVO...

  • Page 131: Primary Collimator Setup

    This function is used to check the beam alignment; the emission is started by the X-ray button pressing and the exposure parameters can be set by pressing the key ; when it has been pressed, the normal change procedure to set manual exposure parameters is followed. Rotograph EVO 8-40 (Rev. 1)
  • Page 132 Test (T) key. The standard message asking for the confirmation of changes is visualized; the Patient centering (>0<) key will confirm all changes, while the Test (T) key will discard all modifications. (Rev. 1) 8-41 Rotograph EVO...

  • Page 133: Password 124: Ceph Settings

    D A T E C H A N G E S > < In both cases, the upper level of service menu is reached. Rotograph EVO 8-42 (Rev. 1)

  • Page 134: Enable Ceph

    The system will return to the upper level, that is the Ceph menu where it is possible to proceed with the other operations. (Rev. 1) 8-43 Rotograph EVO...

  • Page 135: Y Offset

    This function allows the set of the offset of Y axis, the motion along the mid sagittal plane of the patient, but its function is to center the X-ray beam on the ceph sensor. WARNING: Do NOT modify this parameter: functionality can be severely impaired. Rotograph EVO 8-44 (Rev. 1)

  • Page 136: Rotation Offset

    "xxxxx" is the current value of the offset, that can be changed with the left/right keys. 8.3.5.4. Primary collimator setup This function allows the set of the offsets of different slots of the primary collimator; refer to paragraph 8.3.4.4. (Rev. 1) 8-45 Rotograph EVO...

  • Page 137: Disk Collimator Type

    STANDARD: collimator based on 18x24 cm format • 24x30: collimator based on 24x30 cm format • INCH: collimator in inches, based on 8"x10" format. It is possible to change the set value using the parameter increase/decrease keys. Rotograph EVO 8-46 (Rev. 1)

  • Page 138: Default Format

    Using the parameter increase/decrease keys, it is possible to choose the required formats, according to the selection: Standard 24x30 Inches 18x24 LL 24x30 LL 8"x10" LL 18x24 PA 24x30 PA 8"x10" PA 24x18 LL 30x24 LL 10"x8" LL (Rev. 1) 8-47 Rotograph EVO...

  • Page 139: Password 112: Troubleshooting

    Of these submenus, actually only the Test Column, Test Input Ports, RX emission, Pre-heating time and Preheating level are active. The selection is confirmed pressing the Patient centering (>0<) key The exit from each menus is performed using the Test (T) button. Rotograph EVO 8-48 (Rev. 1)

  • Page 140: Test Column

    C O L U M N T E S D L E Using the column up/column down keys verify that the last two digits change status: • a = 1, column up • b = 1, column down. (Rev. 1) 8-49 Rotograph EVO...

  • Page 141: Test Input Ports

    The digits are numbered from 7 to 0. The 7 digit corresponds to the character furthest to the left on the display, while digit 0 corresponds to the character furthest to the right. Rotograph EVO 8-50 (Rev. 1)
  • Page 142 (*) Functionality only on Analog version (**) Functionality only on Digital version NOTE: The logic status of these signals depends on the physical position of the relevant optical sensor / microswitch with respect to the "0" position. (Rev. 1) 8-51 Rotograph EVO...

  • Page 143: Rx Emission

    To move to mA and exposure time, press key once or twice again. In this situation, the keys increase and decrease will change the parameter. Pressing the X-ray button will start the emission. Rotograph EVO 8-52 (Rev. 1)

  • Page 144: Pre-Heating Time

    This function allows the set of the Tubehead pre-heating time. After the selection, the display will show the following message: R E - H E A T I V A L U E It is possible to change the set value using the increase/decrease keys (Rev. 1) 8-53 Rotograph EVO...

  • Page 145: Preheating Level

    Y Y Y where: • "XX" is the Tubehead filament current value, that can be changed using the left/right keys. • "YYY" is the Tubehead pre-heating value, that can be changed with the increase/decrease keys Rotograph EVO 8-54 (Rev. 1)

  • Page 146: System / Burn-In

    Its usage is suggested at the end of installation to review and record the parameters. Using the right/left scroll keys, it is possible to view all parameters. NOTE: The last displayed value is the Hardware Protection Key code; this is an alternate method to view it. (Rev. 1) 8-55 Rotograph EVO...

  • Page 147: Search And Correction Of Possible Defects In Dental Radiographies

    (In CEPH examination) Panoramic chin-rest Repeat the examination removing white area on the mounted. the PAN chin-rest. lower part of the film. Rotograph EVO 8-56 (Rev. 1)

  • Page 148: Defects Due To Incorrect Radiological Data Input And Darkroom

    The STF value is not correct. Refer to paragraph 6.9.3 of the poorly visible in L-L User's Manual to adjust the position projection. of the “STF”. A symmetric cassette size Select an asymmetrical cassette size was selected. (which will enable the STF filter). (Rev. 1) 8-57 Rotograph EVO...

  • Page 149: Defects On The Film Due To The Unit

    SERVICE MANUAL Troubleshooting 8.4.3. Defects on the film due to the unit The experience from field problem observed on the Rotograph EVO has allowed to list under this chapter some possible typical problems that can affect the radiological quality. 8.4.3.1.
  • Page 150 TPGROUND sense pod to KVSET. Repeat the exposure above, checking both kV and mA. 12. If the measured values for set points at the CPU are not correct, replace the CPU; otherwise replace the tubehead. (Rev. 1) 8-59 Rotograph EVO...

  • Page 151: Film With Vertical Stripes

    Film with missing highlight of the Soft Tissues In the case of cephalometry, in a latero-lateral, with missing highlight of the soft tissues , check the set FPM values following the procedure given in password 124. Rotograph EVO 8-60 (Rev. 1)

  • Page 152: Analysis Of The Problems On The Panoramic Examinations

    Figure 8-1 Ref. Anatomic structure Hard palat plane Maxillary sinus Mandible Temporo mandibular condyle Ascending ramus of the TMJ Coronoid process Mandibular canal Foramen Nasal anterior spine Nose Ioid bone (normally duplicated) (Rev. 1) 8-61 Rotograph EVO...

  • Page 153: Proper Positioning Of The Patient

    Normally, the panoramic equipment has a narrower focussed layer in the front area, and therefore a proper positioning of the anterior teeth is of the utmost importance. Figure 8-2 Rotograph EVO 8-62 (Rev. 1)
  • Page 154 The occlusal plane is shown slightly tilted upward, the palatal plane does not overlap the apex of the upper arch and therefore allows a good view of the same. (Rev. 1) 8-63 Rotograph EVO...

  • Page 155: Error Due To A Bad Patient's Positioning

    If, after the correct patient’s positioning, the problem still remain, check the alignment of rotating arm. A more accurate check can be performed using the service tool and verifying the distance between the two lateral metal parts. Rotograph EVO 8-64 (Rev. 1)
  • Page 156 If, after the correct patient’s positioning, the problem still remain, check the alignment of rotating arm. A more accurate check can be performed using the service tool and verifying the distance between the two lateral metal parts. (Rev. 1) 8-65 Rotograph EVO...
  • Page 157 Check the positioning of the median-sagittal plane by using the relevant centring light beam. A more accurate check is performed using the special tool and making a film; the dimensions measured on the obtained film must match those reported in the paragraph 7.2.1. Rotograph EVO 8-66 (Rev. 1)
  • Page 158 If not, a possible cause can be due to a non perfect horizontality of the chin arm, that must be adjusted using the relevant screws. (Rev. 1) 8-67 Rotograph EVO...
  • Page 159 A chin support plane too high during the patient positioning or when extending the spine may generate this mistake. In this condition, the rear side of the patient’s head may also interfere with rotating arm of the panoramic equipment. Rotograph EVO 8-68 (Rev. 1)
  • Page 160 Figure 8-9 Possible cause: Patient’s head tilted downward, as on the aside schema. Remedy: Check the positioning of the patient by aligning it with the help of the corresponding light beam. (Rev. 1) 8-69 Rotograph EVO...
  • Page 161 In this case, a light tilting downward of the Frankfurt plane causes the palate to be projected over and far enough from the roots of the teeth of the maxilla arch, without distortion of the incisor teeth, as on Figure 8-11. Figure 8-11 Rotograph EVO 8-70 (Rev. 1)

  • Page 162: Images With Artefacts

    (the other side of the mandible). That therefore results as a clearer area overlapped to the real image. Very often the resulting darker area in the bottom corner is noticed and is considered as an artefact of the radiological image. (Rev. 1) 8-71 Rotograph EVO...
  • Page 163 This situation may occur especially if the patient has large prothesis or metal cures and if it is associated to a positioning error, that projects the shadow of the metal part on wide area of the image. Rotograph EVO 8-72 (Rev. 1)
  • Page 164 The cassette has been fit into the machine on the wrong side. As general rule, the film is underexposed due to the presence of the secondary lead shielding. Remedy: Repeat the examination by properly fitting the cassette into the machine. (Rev. 1) 8-73 Rotograph EVO...
  • Page 165 They might be caused by electrostatic charges produced by the intensifying screens or the scratching of the intensifying screens against the film. Remedy: Check the humidity of the dark room and place the film into the cassette without scratching it against the intensifying screen. Rotograph EVO 8-74 (Rev. 1)

  • Page 166: Incorrect Film Contrast And Density

    Repeat the above check covering the other part of the slit. NOTE: If the X-ray beam must be shifted right, the tubehead must be moved to the left and vice-versa. (Rev. 1) 8-75 Rotograph EVO...
  • Page 167 Also the film package has been unintentionally exposed to X-ray. Remedy: Avoid the above conditions. Rotograph EVO 8-76 (Rev. 1)
  • Page 168 Use special lamps in the dark room The cassette has not been properly Close correctly the cassette before closed exiting from the dark room with a new film (Rev. 1) 8-77 Rotograph EVO...
  • Page 169 SERVICE MANUAL Troubleshooting THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO 8-78 (Rev. 1)

  • Page 170: Schematics And Drawings

    9. Circuit diagram Microprocessor PCB A6 10. Lay-out and Circuit diagram Rotation Group PCB A7 11. Lay-out Generator CPU PCB A9 12. Circuit diagram Generator CPU PCB A9 13. Lay-out Generator PCB A10 14. Circuit diagram Generator PCB A10 (Rev. 1) Rotograph EVO...
  • Page 171 SERVICE MANUAL Schematics and drawings THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO (Rev. 1)

  • Page 172: General Diagram

    SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO General diagram Code 39079001 - Rev. 2 Page 1 of 6 (Rev. 1) Rotograph EVO...
  • Page 173 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO General diagram Code 39079001 - Rev. 2 Page 2 of 6 (Rev. 1) Rotograph EVO...
  • Page 174 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO General diagram Code 39079001 - Rev. 2 Page 3 of 6 (Rev. 1) Rotograph EVO...
  • Page 175 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO General diagram Code 39079001 - Rev. 2 Page 4 of 6 (Rev. 1) Rotograph EVO...
  • Page 176 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO General diagram Code 39079001 - Rev. 2 Page 5 of 6 (Rev. 1) 9-11 Rotograph EVO...
  • Page 177 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO General diagram Code 39079001 - Rev. 2 Page 6 of 6 (Rev. 1) 9-13 Rotograph EVO...

  • Page 178: Lay-Out Column Cpu Pcb A1

    SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Lay-out Column CPU PCB A1 Code 58071010 - Rev. P Page 1 of 1 (Rev. 1) 9-15 Rotograph EVO...

  • Page 179: Circuit Diagram Column Cpu Pcb A1

    SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit Diagram Column CPU PCB A1 Code 39079005 - Rev. P Page 1 of 3 (Rev. 1) 9-17 Rotograph EVO...
  • Page 180 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit Diagram Column CPU PCB A1 Code 39079005 - Rev. P Page 2 of 3 (Rev. 1) 9-19 Rotograph EVO...
  • Page 181 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit Diagram Column CPU PCB A1 Code 39079005 - Rev. P Page 3 of 3 (Rev. 1) 9-21 Rotograph EVO...

  • Page 182: Lay-Out Keyboard Pcb A4

    SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Lay-out Keyboard PCB A4 Code 58071012 - Rev. 1 Page 1 of 1 (Rev. 1) 9-23 Rotograph EVO...
  • Page 183 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram Keyboard PCB A4 Code 39079023 - Rev. P Page 1 of 4 (Rev. 1) 9-25 Rotograph EVO...
  • Page 184 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram Keyboard PCB A4 Code 39079023 - Rev. P Page 2 of 4 (Rev. 1) 9-27 Rotograph EVO...
  • Page 185 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram Keyboard PCB A4 Code 39079023 - Rev. P Page 3 of 4 (Rev. 1) 9-29 Rotograph EVO...
  • Page 186 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram Keyboard PCB A4 Code 39079023 - Rev. P Page 4 of 4 (Rev. 1) 9-31 Rotograph EVO...

  • Page 187: Lay-Out Cpu Pcb A5

    SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Lay-Out CPU PCB A5 Code 58073021 - Rev. 2 Page 1 of 1 (Rev. 1) 9-33 Rotograph EVO...
  • Page 188 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram CPU PCB A5 Code 39079007 - Rev. 1 Page 1 of 9 (Rev. 1) 9-35 Rotograph EVO...
  • Page 189 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram CPU PCB A5 Code 39079007 - Rev. 1 Page 2 of 9 (Rev. 1) 9-37 Rotograph EVO...
  • Page 190 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram CPU PCB A5 Code 39079007 - Rev. 1 Page 3 of 9 (Rev. 1) 9-39 Rotograph EVO...
  • Page 191 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram CPU PCB A5 Code 39079007 - Rev. 1 Page 4 of 9 (Rev. 1) 9-41 Rotograph EVO...
  • Page 192 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram CPU PCB A5 Code 39079007 - Rev. 1 Page 5 of 9 (Rev. 1) 9-43 Rotograph EVO...
  • Page 193 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram CPU PCB A5 Code 39079007 - Rev. 1 Page 6 of 9 (Rev. 1) 9-45 Rotograph EVO...
  • Page 194 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram CPU PCB A5 Code 39079007 - Rev. 1 Page 7 of 9 (Rev. 1) 9-47 Rotograph EVO...
  • Page 195 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram CPU PCB A5 Code 39079007 - Rev. 1 Page 8 of 9 (Rev. 1) 9-49 Rotograph EVO...
  • Page 196 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram CPU PCB A5 Code 39079007 - Rev. 1 Page 9 of 9 (Rev. 1) 9-51 Rotograph EVO...

  • Page 197: Lay-Out Microprocessor Pcb A6

    SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Lay-out Microprocessor PCB A6 Code 58073037 - Rev. 3 Page 1 of 1 (Rev. 1) 9-53 Rotograph EVO...

  • Page 198: Circuit Diagram Microprocessor Pcb A6

    SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram Microprocessor PCB A6 Code 39079009 - Rev. 1 Page 1 of 4 (Rev. 1) 9-55 Rotograph EVO...
  • Page 199 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram Microprocessor PCB A6 Code 39079009 - Rev. 1 Page 2 of 4 (Rev. 1) 9-57 Rotograph EVO...
  • Page 200 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram Microprocessor PCB A6 Code 39079009 - Rev. 1 Page 3 of 4 (Rev. 1) 9-59 Rotograph EVO...
  • Page 201 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram Microprocessor PCB A6 Code 39079009 - Rev. 1 Page 4 of 4 (Rev. 1) 9-61 Rotograph EVO...

  • Page 202: Lay-Out And Circuit Diagram Rotation Group Pcb A7

    SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Lay-out and circuit diagram Rotation group PCB A7 Code 58073025 - Rev. P Page 1 of 1 (Rev. 1) 9-63 Rotograph EVO...

  • Page 203: Lay-Out Generator Cpu Pcb A9

    SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Lay-out Generator CPU PCB A9 Code 58074023 - Rev. 2 Page 1 of 1 (Rev. 1) 9-65 Rotograph EVO...

  • Page 204: Circuit Diagram Generator Cpu Pcb A9

    SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram Generator CPU PCB A9 Code 39079011 - Rev. 1 Page 1 of 2 (Rev. 1) 9-67 Rotograph EVO...
  • Page 205 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram Generator CPU PCB A9 Code 39079011 - Rev. 1 Page 2 of 2 (Rev. 1) 9-69 Rotograph EVO...

  • Page 206: Lay-Out Generator Pcb A10

    SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Lay-out Generator PCB A10 Code 58074021 - Rev. 7 Page 1 of 1 (Rev. 1) 9-71 Rotograph EVO...

  • Page 207: Circuit Diagram Generator Pcb A10

    SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram Generator PCB A10 Code 39079013 - Rev. 6 Page 1 of 3 (Rev. 1) 9-73 Rotograph EVO...
  • Page 208 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram Generator PCB A10 Code 39079013 - Rev. 6 Page 2 of 3 (Rev. 1) 9-75 Rotograph EVO...
  • Page 209 SERVICE MANUAL Schematics and drawings ROTOGRAPH EVO Circuit diagram Generator PCB A10 Code 39079013 - Rev. 6 Page 3 of 3 (Rev. 1) 9-77 Rotograph EVO...

  • Page 210: Spare Parts

    SPARE PARTS 1 - COLUMN 2 - UPPER MOVEMENT ASSY Electrical and mechanical parts Cables 3 - ROTATION ARM / CASSETTE TRAY 4 - CEPH DEVICE 5 - COVERS 6 - ACCESSORIES AND SERVICE TOOLS (Rev. 1) 10-1 Rotograph EVO...
  • Page 211 Spare Parts 1 - COLUMN Cables Rif. Order code Description Note 6207091200 General supply cable 6207091300 Ground cable #1 6207091900 Generator board A10 power supply cable X2-X70 6207090900 CanBus cable X18 6207090600 CanBus cable X11 Rotograph EVO 10-2 (Rev. 1)
  • Page 212 Mid Sagittal plane laser 6607098700 Mirror for S/N ≤ 10110963 6607098800 Mirror for S/N ≥ 10110964 5107094100 Mirror Rotograph EVO logo 6607099000 Wall fixing brackets kit including spacers and screws 6607091900 US adapter plates 4492822900 Transformer T1 only for 110-120V...
  • Page 213 M3 rotation stepper motor assy 4990802300 Carriage belt model HTD 843-3M-15 5807303800 CPU board assy 5807302100 CPU board A5 5807303700 Microprocessor board A6 5807302500 Rotation group board A7 5807302900 Optical sersor board B2 / B3 Rotograph EVO 10-4 (Rev. 1)
  • Page 214 6207040400 Cassette motor and signals cable X29 / X32 – X45 6207040300 Cassette holder position signal cable X33 – X33 6207041500 Generator board A10 power supply cable X70 – Z2 6207080900 Ground cable # 3 (Rev. 1) 10-5 Rotograph EVO...
  • Page 215 SERVICE MANUAL Spare Parts 3 - ROTATION ARM / CASSETTE TRAY Ref. Order code Description Note 6607000000 HF Tubehead 5807402100 Generator board A10 5807402300 Generator CPU board A9 4192212300 Line filter Z2 5807302900 Optical sensor board B6 / B7 / B8 6207050400 PAN cassette presence microswitch with cable...
  • Page 216 Spare Parts 4 – CEPH DEVICE Ref. Order code Description Note 4291307700 Ceph cassette microswitch 5607110600 Ceph cassette holder panel (with cassette size indication) 6607087201 Rod for Ceph centering device (1x) 6607087501 Nose-rest rod assy (Rev. 1) 10-7 Rotograph EVO...
  • Page 217 Note 6607040201 Upper cover 5407201005 Tubehead cover 6607201201 Generator board A10 cover 5107094200 Generator board A10 cover Rotograph EVO logo 5407201105 Rotation arm lower cover 5407011905 Temple clamp cover 6607050400 15x30 cassette holder cover 6607050600 24x30 cassette holder cover 6607150000...
  • Page 218 SINUS chin support 6607099800 TMJ positioner 6107110800 TMJ positioner protective sleevers (50 pcs) 6107900100 Laser centering tool 6107900200 Symmetry check tool 6695905000 PAN cassette 15x30cm 6608907000 PAN/CEPH cassette 24x30cm 6608907100 CEPH cassette 18x24cm 6608906900 CEPH cassette 8"x10" (Rev. 1) 10-9 Rotograph EVO...
  • Page 219 SERVICE MANUAL Spare Parts THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO 10-10 (Rev. 1)

  • Page 220: Appendix

    The table also has columns with blank cells. These cells must be filled in when, during installation or during the life on the unit, any of the listed parameters will be modified (e.g. after replacing a motor or a positioning sensor). (Rev. 1) Rotograph EVO...
  • Page 221 SERVICE MANUAL Appendix ROTOGRAPH EVO Unit code: Unit S/N: U.I.C.: Factory Parameter setting setting setting setting setting Date Y axis motor offset Rotation axis motor offset Cassette offset Pos. 0 Pos. 1 Primary Pos. 2 collimator offset Pos. 3 Pos. 4 Ceph status (OFF=disabled;...
  • Page 223 Cod. 6907910703_Rev.1 0051 VILLA SISTEMI MEDICALI S.p.a. Via Delle Azalee, 3 20090 Buccinasco (MI) - ITALY Tel. (+39) 02 48859.1 Fax (+39) 02 4881844...

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