Villa Rotograph EVO D Service Manual
  1. Manuals
  2. Brands
  3. Villa Manuals
  4. Medical Equipment
  5. Rotograph EVO D
  6. Service manual

Villa Rotograph EVO D Service Manual

Hide thumbs
Table of Contents

Advertisement

Quick Links

0051
Version March, 21 2014 (Rev. 0)

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the Rotograph EVO D and is the answer not in the manual?

Questions and answers

ricardo garcia
February 19, 2025

perdi la usb key del cpu y no me comunica

User image 67b6704c78a5b
0
1 comments:
Mr. Anderson
February 20, 2025

If the USB hardware key is lost, only standard base examinations will be possible. To communicate with the Villa Rotograph EVO D, follow these steps:

1. Verify the presence of the key and ensure it is properly inserted.
2. If the key is faulty, it must be replaced.
3. Record the equipment's serial number (S/N) and/or the Unique Identification Code (U.I.C.).
4. Report these details to Villa Sistemi Medicali to request a new hardware key.
5. After obtaining a new key, all optional features must be re-enabled using the proper codes.

If the USB key is required for software communication, reinstall the USB dongle driver and configure the software settings:

1. Open the Dental Studio program and select a test patient.
2. Click "Options," then "Panoramic."
3. Set the following values:
- Model: Rotograph Evo – TS
- TCP IP Address: 192.168.005.45
- TCP IP Port: 8000
4. Click "OK" to save the settings.

This configuration allows communication with the control touch screen.

This answer is automatically generated

0
Nuno Ferreira
May 14, 2025

need software and drives for Rotograph D

0

Subscribe to Our Youtube Channel

Related Manuals for Villa Rotograph EVO D

Summary of Contents for Villa Rotograph EVO D

  • Page 1 0051 Version March, 21 2014 (Rev. 0)

  • Page 2: Description

    SERVICE MANUAL Revision history Rev. Date Page/s Modification description 21.03.14 First release (Rev. 0) Rotograph EVO D...
  • Page 3 SERVICE MANUAL Revision history THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO D (Rev. 0)

  • 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..................2-8...

  • Page 5: Table Of Contents

    6.6. Inserting the sensor in the sensor holder ........... 6-14 6.7. Acquisition software installation and configuration......6-16 6.7.1. Dental Studio software installation ..........6-17 6.7.2. PC - Rotograph EVO D communication set-up ........ 6-18 6.7.2.1. Sensor setup ..............6-19 6.7.2.2. Touch screen setup............6-19 6.7.2.3.
  • Page 6 Errors with code from E700 to E799 ..........8-20 8.2.5.1. E750: No power to the Generator board ......8-21 8.2.5.2. E751: Over voltage kV .............8-21 8.2.5.3. E752: Filament overload / E753: Overload on Anodic current ................8-22 8.2.5.4. E754: Broken filament ............8-22 (Rev. 0) Rotograph EVO D...
  • Page 7 Y Axis zero BiteWing ............8-51 8.3.4.5. Cassette zero ..............8-51 8.3.4.6. Primary collimator PAN ........... 8-52 8.3.5. Password 124: CEPH settings............8-53 8.3.5.1. Enable sensor..............8-54 8.3.5.2. Rotation offset ..............8-55 8.3.5.3. CEPH secondary collimator zero........8-56 Rotograph EVO D (Rev. 0)
  • Page 8 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 9 SERVICE MANUAL Contents THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO D (Rev. 0)

  • Page 10: Introduction

    The device must be used complying with the procedures described and never be used for purposes different from those herewith indicated. Rotograph EVO D 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 11 "++, " $ " "&,+" For any technical queries please contact the following: • Telephone number +39 02 48859.1 • Fax number +39 02 48859222 • E-mail: dentalservice@villasm.com Rotograph EVO D (Rev. 0)

  • Page 12: Safety Information

    ,$" # WARNING: Please read this chapter thoroughly. Villa Sistemi Medicali designs and builds its devices complying with the related safety requirements; furthermore it supplies all information necessary for a correct use and the warnings related to danger associated with X-rays generating units.
  • Page 13 Rotograph EVO D has been built to support a continuous operation at intermittent load; therefore please follow the described use cycles to enable the device cooling down.
  • Page 14 SERVICE MANUAL Safety information Minimum distance from X-ray source 2 m Protected area Figure 2-1 - Panoramic version Minimum distance from X-ray source 2 m Protected area Figure 2-2 - Cephalometric version (Rev. 0) Rotograph EVO D...

  • Page 15: Spare Parts

    The system construction does not allow the repair of faulty/damaged parts, that must be replaced using original spare parts supplied by Villa Sistemi Medicali. Only trained personnel are authorized to make service interventions on the unit, following the instructions contained in this manual.
  • Page 16 Safety information (! ! ! In accordance with the IEC 60601-1-2 standard, the Rotograph EVO D 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 17 SERVICE MANUAL Safety information (! !(! In accordance with the IEC 60601-1-2 standard, the Rotograph EVO D 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 18 Environment Portable and mobile RF communications equipment should be used no closer to any part of the Rotograph EVO D, including cables, than the recommended separation distance calculated from the equation applicable to the frequency of the transmitter. Recommended separation distance: √...
  • Page 19 Rotograph EVO D is intended for use in an electromagnetic environment in which radiated RF disturbances are controlled. The customer or the user of the Rotograph EVO D system can help prevent electromagnetic interference by mantaining a minimum distance between portable and mobile RF communication equipment (transmitter) and the Rotograph EVO D as recommended below, according to the maximum output power of the communications equipment.
  • Page 20 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. (Rev. 0) Rotograph EVO D...
  • Page 21 SERVICE MANUAL Safety information (! ! In this manual and on the Rotograph EVO D 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 22 SERVICE MANUAL Description & "5$" # " 8, 9 3, 4 10 (*) (*) Only for 110-120V version (Rev. 0) Rotograph EVO D...
  • Page 23 SERVICE MANUAL Description ! ! ! " 6(( 1( Rotograph EVO D Tube-head identification label identification label EVO XP – Extended Projection Package IMPLANT Package identification label identification label CEPHALOMETRIC device identification label PANO PANCEPH. Digital Sensor Digital Sensor identification label identification label (N°...
  • Page 24 SERVICE MANUAL Description ! !(! " Rotograph EVO D identification label Tube-head identification label EVO XP – IMPLANT Package Extended Projection identification label Package identification label CEPHALOMETRIC device PANO PANCEPH. identification label Digital Sensor Digital Sensor identification label identification label WARNING label (N°...
  • Page 25 SERVICE MANUAL Description Rotograph EVO D, 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 26: Version With Cephalometric Device

    6mA to 12mA with 1mA steps. The positioning of the sliding primary collimator, the secondary collimator and the Digital Sensor (inside the relative sensor holder) is automatic according to the selected image size and exam projection. (Rev. 0) Rotograph EVO D...
  • Page 27 Panoramic, Sinus, and TMJ functions will remain active. The UIC is simply an identifier of the single Rotograph EVO D 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 28: Block Diagram

    Description This paragraph provides a brief description, at block diagram level, of the Rotograph EVO D. 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 29: 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.). Rotograph EVO D (Rev. 0)
  • Page 30 (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). (Rev. 0) Rotograph EVO D...
  • Page 31 Wrong setting may affect the system functionality. • XJ1 = Open • XJ2 = Closed • XJ6 = 2-3 • XJ8 = 2-3 • XJ11 = Closed • XJ12 = Closed • XJ13 = Closed Figure 3-1 Rotograph EVO D (Rev. 0) 3-10...
  • Page 32 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. 0) Rotograph EVO D 3-11...

  • Page 33: Control Panel

    German, Spanish, Portuguese, Dutch, Turkish, Russian, simplified Chinese, Arabic and Farsi). 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 D (Rev. 0) 3-12...
  • Page 34 SERVICE MANUAL Description Figure 3-2 – Block diagram (Rev. 0) Rotograph EVO D 3-13...
  • Page 35 SERVICE MANUAL Description & The Rotograph EVO D keyboard is divided into function areas. The next figure shows a general view of the keyboard, while details on each functional area are provided in the following pages. "Exam mode Messages display selection"...
  • Page 36 Network • Software revision: allows to display the software revision of the Rotograph EVO D system microcontroller • Graphic Custom, XRay Menu and Save CPU Date (not active): these keys are reserved to authorised personnel.
  • Page 37 SERVICE MANUAL Description The next figure shows a general view of the machine setup display. Messages display "P" button "T" button "Increase" button "Decrease" button "Scroll left" key "Scroll right" key Figure 3-5 Rotograph EVO D (Rev. 0) 3-16...
  • Page 38 Protruded protruded, standard or retracted, as indicated within the button. Standard The arch selection does not influence the values of kV and mA but acts on the position of the focus layer. Retracted (Rev. 0) Rotograph EVO D 3-17...
  • Page 39 ON/OFF the laser centring devices that allow the correct positioning of the medial-sagittal and Frankfurt planes, by adapting Rotograph EVO D 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 40 (increase, decrease, sroll left, scroll right). In the setup screen the following buttons are used to change parameters as indicated in the manual. (Rev. 0) Rotograph EVO D 3-19...
  • Page 41 20 - Presence of PAN only sensor (only for dual sensor mode unit) (green LED) > Confirmation 21 - Presence of sensor (green LED) Key to select the modality in use (High Definition or High Speed) Rotograph EVO D (Rev. 0) 3-20...
  • Page 42 Display: indicates operative messages, warnings and 22 - Increase key exposure parameters. 23 - Decrease key 24 - Scroll left key 25 - Scroll right key 26 - "P" key 27 - "T" (cancel) key (Rev. 0) Rotograph EVO D 3-21...
  • Page 43 SERVICE MANUAL Description THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO D (Rev. 0) 3-22...

  • Page 44: Technical Data

    SERVICE MANUAL Technical data $ &)#"&,+ General features Type Rotograph EVO D 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 45 • Half Panoramic L/R Some of these exams are optional and • Improved orthogonality Panoramic depend on the system configuration. • Reduced dose Panoramic • Frontal dentition • Bitewing L/R • Bitewing L and R Rotograph EVO D (Rev. 0)
  • Page 46 1 : 1.32 (constant) 1 : 1 (*) Ceph (on the sagittal median plane in 1 : 1.10 1 : 1 (*) LL projection) (*) WARNING: The declared image magnification value is valid ofter proper software calibration. (Rev. 0) Rotograph EVO D...
  • Page 47 SERVICE MANUAL Technical data 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 ± 10 % Duty cycle...

  • Page 48: Dimensions

    87 kg (192 lbs) Weight of arm support, rotating arm and 74 kg (163 lbs) tube head CEPH arm 25 kg (55 lbs) Legs (optional) 30 kg (66 lbs) Sensor holder weight 2 kg (5 lbs) (Rev. 0) Rotograph EVO D...
  • Page 49 Relative working humidity (RH) range - 20° ÷ + 70° Temperature range for transport and storing Humidity range for transport and < 95% without condense storing Minimum atmospheric pressure for 630 hPa transport and storing Rotograph EVO D (Rev. 0)
  • Page 50 IEC 60601-1-3:1994 IEC 60825-1:1993 + A1:1997 + A2:2001 & 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 51 SERVICE MANUAL Technical data Tube "CEI - OPX / 105" (0.5 IEC 60336) Load Anode cooling curve Rotograph EVO D (Rev. 0)
  • Page 52 SERVICE MANUAL Technical data Tube-head heating and cooling curve (Rev. 0) Rotograph EVO D...
  • Page 53 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%. Rotograph EVO D (Rev. 0) 4-10...
  • Page 54 1. With the unit switched ON, select the Panoramic Examination mode by pressing the "Exam Mode Selection" area (11) 2. Press the key "Service Menu" (18) ; the following image will be displayed: 3. Select "Xray Menu". (Rev. 0) Rotograph EVO D 4-11...
  • Page 55 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 variation due to spine compensation. 6. Place the measuring instrument. Rotograph EVO D (Rev. 0) 4-12...
  • Page 56 9. Press key "Home" to end the control program, the display will visualize the "Service Menu". Pressing key (18) the unit will return to standard mode. (Rev. 0) Rotograph EVO D 4-13...
  • Page 57 SERVICE MANUAL Technical data !>! 1020 (40,16") Ø 1040 (40,95") Ø 1140 (44,88") with free standing base Figure 4-1 - Base version Rotograph EVO D (Rev. 0) 4-14...
  • Page 58 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. 0) Rotograph EVO D 4-15...
  • Page 59 SERVICE MANUAL Technical data THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO D (Rev. 0) 4-16...

  • Page 60: Pre-Installation

    80 cm (31.50"). WARNING: In its standard versions, Rotograph EVO D must be fixed to the wall with the two brackets supplied. Each dowel must support a max. extraction force of 120 kg (264 lbs).
  • Page 61 NOTE: The electrical connection must be done on the terminal board X0 (see operation circuit diagram – chapter 9). Rotograph EVO D (Rev. 0)
  • Page 62 SERVICE MANUAL Pre-installation NOTE: Rotograph EVO D, 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 63 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 D (Rev. 0)

  • Page 64: Packaging

    SERVICE MANUAL Pre-installation >!(! Rotograph EVO D is delivered in two carton-board boxes. PAN only version Weight Contents Packing dimension Gross - Axis movement device, complete with tubehead 120x80x67 cm 80 kg 90 kg (47.3"x31.5"x26.4") - Digital sensor holder (176 lbs)
  • Page 65 SERVICE MANUAL Pre-installation >! ! >! ! ! & 5) (*) A = minimum 600 mm (23.6"), recommended 800 mm (31.5") for service purpose Figure 5-1 Rotograph EVO D (Rev. 0)
  • Page 66 & 5) A = 600 mm (23.6") minimum, 800 mm (31.5") recommended for service purpose (**) B = 1460 mm (57.52") minimum front space, 1610 mm (63.39") recommended front space for service purpose Figure 5-2 (Rev. 0) Rotograph EVO D...
  • Page 67 SERVICE MANUAL Pre-installation THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO D (Rev. 0)
  • Page 68 Installation "# $,++,$" # NOTE: Rotograph EVO D is delivered pre-mounted in groups; it is contained in 2 (PAN version) or 3 boxes (CEPH version). The mechanical mounting consists exclusively in assembling the above mentioned groups. Most of the adjustment are carried out in factory.
  • Page 69 This paragraph is valid only for wall mounted version. NOTE: Rotograph EVO D 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 70 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. 0) Rotograph EVO D...
  • Page 71 "F" (Figure 6-3) from the upper bracket "C". Rotate the column. NOTE: Rotograph EVO D 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 72 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. 0) Rotograph EVO D...
  • Page 73 (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 Digital Sensor holder and the chin support. Rotograph EVO D (Rev. 0)
  • Page 74 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. 0) Rotograph EVO D...
  • Page 75 9. Open the sensor holder and mount the rotating arm lower cover (Figure 6-8). NOTE: In case of Ceph up-gradable version or single sensor version, in order to mount the rotating arm lower cover, it is necessary to remove the sensor holder internal covers. Rotograph EVO D (Rev. 0)
  • Page 76 SERVICE MANUAL Installation Figure 6-8 10. Mount the temple support group inserting and rotating it in the relevant shaft (Figure 6-9) until the group is locked. Temple support shaft Figure 6-9 (Rev. 0) Rotograph EVO D...
  • Page 77 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. Rotograph EVO D (Rev. 0) 6-10...
  • Page 78 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 D 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 79 5. Insert the cables in the hole between column and rotating arm and connect them to the relevant connectors on the CPU and Digital boards. 6. Remove the red handle. Reference pin Reference pin Figure 6-11 Rotograph EVO D (Rev. 0) 6-12...
  • Page 80 "F" (Figure 6-3) from the upper bracket "C". Rotate the column in clockwise direction in order to reach the column back side. Figure 6-12 (Rev. 0) Rotograph EVO D 6-13...
  • Page 81 40 second (LED 20/21 light ON) before to start the device alignment phase pressing key "Patient Entrance" (6) Faster pressure may provide "SENSOR NOT READY" error. Rotograph EVO D (Rev. 0) 6-14...
  • Page 82 The digital sensor can still function correctly also when the colour changes, displaying a fall that might also not have damaged the sensor. NOTE: The fall sensor colour change interrupts the warranty on the sensor. (Rev. 0) Rotograph EVO D 6-15...
  • Page 83 In case of connection to DICOM network or LOCAL network are required two network boards inside the PC. Here following a procedure used to describe the operations to be done in order to start the use of the system. Rotograph EVO D (Rev. 0) 6-16...
  • Page 84 3. Set the following values: − "Model" field = Rotograph Evo – TS − "TCP IP Address" field = 192.168.005.45 − "TCP IP Port" field = 8000 4. Press button "OK" to save the settings. (Rev. 0) Rotograph EVO D 6-17...
  • Page 85 It is strictly recommended to take note of default setting changes. Lost data cannot be restored. The Rotograph EVO D supports different network components wired via Ethernet: the touch screen and the sensor (1 or 2 depending by the configuration).
  • Page 86 6. Select the option "TSEVO IP Address" to edit the current setting (see paragraph 8.3.3.13). 7. Enter the required IP address using the relevant commands on the touch screen. 8. Press key ">0<" or "T" to store the new setting. (Rev. 0) Rotograph EVO D 6-19...
  • Page 87 Panel and select System and Security / Windows Firewall 2. Disable the User Account control (set the value as "Never notify"): open the Windows Control Panel and select User Accounts and Family safety / User Accounts / User Accounts Control Settings Rotograph EVO D (Rev. 0) 6-20...
  • Page 88 3. From the "Device Manager", disable the power management settings of the following devices: − Display adapter − Generic USB Hub 4. Right click on the Network card in use and select "Properties" to open the LAN set-up menu: (Rev. 0) Rotograph EVO D 6-21...
  • Page 89 Packet" from the available list of settings and set the parameter "Value" greater than 9000 bytes and confirm with "OK". 6. Select "Internet Protocol Version 4 (TCP/Ipv4)" and click "Properties" button (see image at point 4). Rotograph EVO D (Rev. 0) 6-22...
  • Page 90 8. Enter the PC IP address as 192.168.005.xxx, where "xxx" can assume a value in the range 001 ÷ 254, excluding anu host already reserved by the touch screen or the sensors. (Rev. 0) Rotograph EVO D 6-23...
  • Page 91 WINDOWS XP C:\Documents and Settings\All Users\Application Data\ Villa Sistemi Medicali\Rotograph\Calibration • WINDOWS 7 and 8 C:\Program Data\Villa Sistemi Medicali\ Rotograph\Calibration The calibration files are provided using the following naming convention: − PXCE_3_XXXXXXXX = CEPH – Binning mode 3 – sensor S/N XXXXXXXX −...

  • Page 92: Maintenance And Servicing

    • verification of the correct function and status of cleanness of the laser centering devices • verification of the correct centering of the secondary collimator and of the Ceph sensor. (Rev. 0) Rotograph EVO D...
  • Page 93 Rotograph EVO D (Rev. 0)
  • Page 94 Function 6107900100 Laser centering tool Used for Panoramic function adjustment and calibration 6107900200 Symmetry check tool 5209900900 Digital sensor centering tool Used for Sensor calibration and Cephalometric arm checks 5607900800 Copper filter for Digital sensor (Rev. 0) Rotograph EVO D...
  • Page 95 NOTE: This adjustment needs a personal computer directly connected to Rotograph EVO D where the "Dental Studio" program is installed. NOTE: In case both Panoramic trajectories (EVO + Standard or Standard + EVO) are enabled (see paragraph 8.3.3.18), this procedure has to be performed first selecting Panoramic STD trajectory and then EVO Panoramic.
  • Page 96 Centering tool P/N 6107900200 Figure 7-3 Sensor Calibration tool P/N 5607900800 4. Make an exposure in Adult mode at 72 kV – 6mA, acquired in the Dental Studio program; the following image will be displayed. Figure 7-4 (Rev. 0) Rotograph EVO D...
  • Page 97 9. Set the parameter "Y Axis zero Evo" to +600 step (see paragraph 8.3.4.3). 10. Make a new exposure selecting EVO Panoramic function. The distance between the most right and most left ball has to be 172 ± 2 mm. Rotograph EVO D (Rev. 0)
  • Page 98 NOTE: This adjustment needs a personal computer directly connected to Rotograph EVO D where the "Dental Studio" program is installed. To verify the centering of the Cephalometric function it is necessary to: 1. Switch on the unit and access "CEPH SETTING" service program following the operations sequence described in paragraph 8.3.1.

  • Page 99: Ear Rings Alignment

    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. Rotograph EVO D (Rev. 0)
  • Page 100 "Panoramic" icon to open the virtual keyboard. 12. Press on the touch screen central area the system gets ready to take the Rotation Arm alignment test, moving the sensor to a correct position. (Rev. 0) Rotograph EVO D...
  • Page 101 13. Press the X-ray button and keep it depressed until the end of the exposure. 14. On Dental Studio program, press "Accept Image", then "Yes". Rotograph EVO D (Rev. 0) 7-10...
  • Page 102 "A" (Figure 7-7), and acting on the screw "B" adjust the height of the Ceph group. Repeat from step 10 until the vertical alignment is reached. Tighten the loosened screws "A". Figure 7-7 (Rev. 0) Rotograph EVO D 7-11...
  • Page 103 (suggested value 2) and with keys (25) and (24) turn the tubehead arm, increasing the displayed offset value if the left distance is lower than the right one or viceversa. Rotograph EVO D (Rev. 0) 7-12...

  • Page 104: Appendix

    23. To adjust the horizontally alignment between the two rings, loose the two screws "C" (Figure 7-9) and rotate the ear rings support group acting on screw "D". Once the aligned position has been reached (test exposures are required), tighten screws "C". Figure 7-9 (Rev. 0) Rotograph EVO D 7-13...

  • Page 105: Ceph Sensor Centering

    (suggested value 2) and with keys (25) and (24) move the CEPH Sensor, increasing the displayed offset value if the left distance is higher than the right one or viceversa. Rotograph EVO D (Rev. 0) 7-14...
  • Page 106 31. Once the aligned position has been reached, press key "T" (27) to exit from the Rotation offset menu and return in the main menu: " DIGITAL CEPH ROTATION OFFSET " Write down the new value in the relevant box in Appendix A. (Rev. 0) Rotograph EVO D 7-15...
  • Page 107 CEPH sensor will be automatically placed in the CEPH central position and the system gets ready to take the secondary collimator test. 36. Place the centering tool P/N 5209900900 on the secondary collimator. Figure 7-11 Centering tool P/N 5209900900 Rotograph EVO D (Rev. 0) 7-16...
  • Page 108 42. Check if in the obtained narrow image the projection of the slit of the centering tool is vertical and centered with the arc (Figure 7-12 and Figure 7-13). Figure 7-12 (Rev. 0) Rotograph EVO D 7-17...
  • Page 109 " UPDATE CHANGES ? >0< = Y, T = N " Press key (6) to store the changes. While key (27) cancel them. Write down the new value in the relevant box in Appendix A. Rotograph EVO D (Rev. 0) 7-18...
  • Page 110 < NOTE: This adjustment needs a personal computer directly connected to Rotograph EVO D where the "Dental Studio" program is installed. This adjustment is accessed by activating password 124 as described in paragraph 7.2.2. 1. When in password 124 scroll the menu items pressing the "Scroll right (25) and "Scroll left"...
  • Page 111 7. Press the X-ray button and keep it depressed until the end of the exposure; the following message will be displayed: " ENTER IMG OFFSET OFFSET (mm) 50 " Rotograph EVO D (Rev. 0) 7-20...
  • Page 112 If distance "A" is 50±2mm no correction is needed; press key "T" (27) to exit. In both cases the following message will be displayed " STF ZERO [xx] x ZERO OFS ±xxxxx " (Rev. 0) Rotograph EVO D 7-21...
  • Page 113 >0< = Y, T = N " Press key (6) to permanently store the change. Write down the new value in the relevant box in Appendix A. 11. Press key (27) to exit password 124. Rotograph EVO D (Rev. 0) 7-22...
  • Page 114 Maintenance and servicing NOTE: The calibration procedure needs a personal computer directly connected to Rotograph EVO D where the "Dental Studio" program is installed. 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.
  • Page 115 8. Make an exposure at 70 kV – 6mA, acquired in the Dental Studio program; the following image will be displayed: Figure 7-17 9. Press the button "APPLY JUNCTION REMOVER" and "APPLY DARK CALIBRATION" (Figure 7-17). Rotograph EVO D (Rev. 0) 7-24...
  • Page 116 In case of defective lines, proceed as described in paragraph 7.3.4, otherwise press button "Create" (Figure 7-18), then "Save" to create (or replace if already present) the calibration file. (Rev. 0) Rotograph EVO D 7-25...
  • Page 117 9. Holding pressed the "Ctrl" button on the keyboard, with the mouse left click on the upper limit of the exposed area: a dashed line will be added indicating the current selection. Press button "FF origin" (Figure 7-18) to save the current selection. Rotograph EVO D (Rev. 0) 7-26...
  • Page 118 In case of defective lines, proceed as described in paragraph 7.3.4, otherwise press button "Create" (Figure 7-18), then "Save" to create (or replace if already present) the calibration file. (Rev. 0) Rotograph EVO D 7-27...
  • Page 119 9. Holding pressed the "Ctrl" button on the keyboard, with the mouse left click on the upper limit of the exposed area: a dashed line will be added indicating the current selection. Press button "FF origin" (Figure 7-18) to save the current selection. Rotograph EVO D (Rev. 0) 7-28...
  • Page 120 In case of defective lines, proceed as described in paragraph 7.3.4, otherwise press button "Create" (Figure 7-18), then "Save" to create (or replace if already present) the calibration file. (Rev. 0) Rotograph EVO D 7-29...
  • Page 121 Add new defective line Figure 7-21 2. Press button "Add new defective line" (Figure 7-21) to add the selected defective line to the relevant list. 3. Repeat point 1 and 2 for any defective line. Rotograph EVO D (Rev. 0) 7-30...
  • Page 122 − select/unselect the single defective line − select/unselect all the defective lines − remove unselected lines. 5. Press button "Create" (Figure 7-21), then "Save" to create (or replace if already present) the calibration file. (Rev. 0) Rotograph EVO D 7-31...

  • Page 123: Troubleshooting

    2. Using the scroll right (25) and scroll left (24) keys change the message displayed until the following menu is displayed: " SERVICE MENU TROUBLESHOOTING " Pressing the key "Patient Entrance" (6) the next message is displayed: " SET UP PASSWORD? 100 " Rotograph EVO D (Rev. 0) 7-32...

  • Page 124: Time

    In this situation, the increase (22) key and the decrease (23) will change the parameter. Pressing the X-ray button will start the emission. The allocable values for exposure parameters are on the following table Parameter Minimum value Maximum value (Rev. 0) Rotograph EVO D 7-33...
  • Page 125 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 D (Rev. 0) 7-34...
  • Page 126 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. 0) Rotograph EVO D 7-35...
  • Page 127 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 D (Rev. 0) 7-36...
  • Page 128 " SAVE THE NEW PARAMETERS? Y=PRESS >0<; N=PRESS T " Press the "Patient Entrance" (6) key to confirm or the "Test" (5) key to cancel the setting. Pressing key (18) the unit will return to standard mode. (Rev. 0) Rotograph EVO D 7-37...
  • Page 129 TMJ open/close mouth Adult Child Adult Child Small Small Medium Medium Large Large SINUS Adult Child Small Medium Large CEPHALOMETRY (L.L.) CEPHALOMETRY (A/P - P/A) Adult Child Adult Child Small Small Medium Medium Large Large Rotograph EVO D (Rev. 0) 7-38...
  • Page 130 32/42 33/43 34/44 35/45 36/46 37/47 38/48 9.20 9.20 9.20 9.20 7.30 7.30 7.30 7.30 Small 9.20 9.20 9.20 9.20 7.30 7.30 7.30 7.30 Medium 9.20 9.20 9.20 9.20 7.30 7.30 7.30 7.30 Large (Rev. 0) Rotograph EVO D 7-39...
  • Page 131 After the last point has been touched, the unit will automatically start in standard mode. 5. Un-mount the USB Pen Drive pressing key (17) : the USB Pen Drive can be removed when the key LED switch OFF. Rotograph EVO D (Rev. 0) 7-40...
  • Page 132 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. 0) Rotograph EVO D...
  • Page 133 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 D (Rev. 0)

  • Page 134: Displayed Messages

    SERVICE MANUAL Troubleshooting A!(! Rotograph EVO D 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. The messages are divided into two groups: •...
  • Page 135 Sensor ceph micro always active 8.2.2.5 & 5) Code Error description Reference chapter Unexpected activation of optical sensor secondary 8.2.3.1 collimator Timeout on ceph secondary collimator 8.2.3.1 Secondary collimator micro never active 8.2.3.1 Secondary collimator micro always active 8.2.3.1 Rotograph EVO D (Rev. 0)
  • Page 136 Code Error description Reference chapter Timeout of zero position optical sensor of STF 8.2.4.1 8.2.4.1 STF zero position sensor always active Code Error description Reference chapter Wrong setting in PAN + CEPH system configuration 8.3.3.7 (Rev. 0) Rotograph EVO D...
  • Page 137 8.2.6.2 planned time Code Error description Reference chapter More than one key pressed on Power on 8.2.7.1 Column up and/or Column down pressed on 8.2.7.2 power on Key RESET (patient centering) pressed during 8.2.7.3 movement Rotograph EVO D (Rev. 0)
  • Page 138 A!(! ! ! AB ) This error is shown when the firmware of the Rotograph EVO D does not sense the presence of the U.I.C. (Unique Identification Code). The unique code is read, with is check byte, from the control system at the start-up;...
  • Page 139 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 D (Rev. 0)
  • Page 140 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. 0) Rotograph EVO D...
  • Page 141 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). Rotograph EVO D (Rev. 0) 8-10...
  • Page 142 X1-2 of the board up to X23, X24 and X34 of the main CPU; check the continuity of the interested wires and replace the faulty one (if any). • If all cables are OK, the fault is on the CPU, so replace it. (Rev. 0) Rotograph EVO D 8-11...
  • Page 143 X1-2 of the board up to X23, X24 and X34 of the main CPU; check continuity of the interested wires and replace the faulty one (if any). • If all cables are OK, the fault is on the CPU, so replace it. Rotograph EVO D (Rev. 0) 8-12...
  • Page 144 Power on the system and check the functioning of the sensor, measuring the DC voltage on the terminal of the sensor B8, with and without an obstacle manually inserted. A variation of about 3.5 V minimum should be observed. If not, replace the sensor. (Rev. 0) Rotograph EVO D 8-13...
  • Page 145 X58 and from that connector to X31 of the main CPU A5; check continuity of the interested wires and replace the faulty one (if any). • If all cables are OK, the fault is on the CPU, so replace it. Rotograph EVO D (Rev. 0) 8-14...
  • Page 146 If this does not reset the error message: • Check the proper function of optical sensor B6. • Check continuity of cables from optical sensor to A8 board, connector X48, and from that board to main CPU board (A5), connector X33. (Rev. 0) Rotograph EVO D 8-15...
  • Page 147 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 D (Rev. 0) 8-16...
  • Page 148 E365 is generated during exposure. In both cases, the error can be generated by a bad connection of the sensor: check the electrical connection between sensor and unit (interface board, cables, ecc.). (Rev. 0) Rotograph EVO D 8-17...
  • Page 149 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 a fault on the Generator board, so the steps above described for E380 are applied. Rotograph EVO D (Rev. 0) 8-18...
  • Page 150 B9 in X33 of the main CPU and the continuity of the connection. • If all cables are OK, the fault is on the CPU, so replace it. (Rev. 0) Rotograph EVO D 8-19...
  • Page 151 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 D (Rev. 0) 8-20...
  • Page 152 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. (Rev. 0) Rotograph EVO D 8-21...
  • Page 153 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. Rotograph EVO D (Rev. 0) 8-22...
  • Page 154 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. (Rev. 0) Rotograph EVO D 8-23...
  • Page 155 CPU A5 (cable X20-X20). Check the correct insertion of X56 and X57 between the Generator board to the tubehead. If all connections are OK and the fault is repetitive, replace the Generator CPU board (A9). Rotograph EVO D (Rev. 0) 8-24...
  • Page 156 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. 0) Rotograph EVO D 8-25...
  • Page 157 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 (microswitch + cable). CANBus cable X11-X11 and replace it if faulty, otherwise replace the column CPU board. Rotograph EVO D (Rev. 0) 8-26...
  • Page 158 This message is signalling that only one of the two buttons 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. (Rev. 0) Rotograph EVO D 8-27...
  • Page 159 Check if one button has been involuntary been pressed and restart the operation with a new power on procedure. In case there is a stuck key, one of the previous message E850 and E851 must be displayed, so acts accordingly. Rotograph EVO D (Rev. 0) 8-28...
  • Page 160 SERVICE MANUAL Troubleshooting A! ! Rotograph EVO D 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 161 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. Rotograph EVO D (Rev. 0) 8-30...
  • Page 162 Adult/Child selection: is used in Password 124, menu "Rotation offset", to switch between "Rotation zero" and "Sensor zero" settings. Size selection: is used in Password 124, menu "Rotation offset", to perform an axis zero reset. (Rev. 0) Rotograph EVO D 8-31...

  • Page 163: Language

    " UPDATE CHANGES ? >0< = Y, T = N " In both cases, the upper level of service menu is reached. Rotograph EVO D (Rev. 0) 8-32...
  • Page 164 (language of service menus is always English) in one of the following: ENGLISH ⇔ ITALIANO ⇔ FRANCAIS ⇔ DEUTSCH ⇔ ESPANOL ⇔ PORTUGUES ⇔ NETHERLAND ⇔ TURKCE ⇔ CHINESE SEMPL. ⇔ RUSSIAN ⇔ ARABIC SAUDI ARA ⇔ FARSI IRAN ⇔ ENGLISH … (Rev. 0) Rotograph EVO D 8-33...
  • Page 165 " ADJUST DATE D XX M>YY Y ZZ " " ADJUST DATE D XX M YY Y>ZZ " Rotograph EVO D (Rev. 0) 8-34...
  • Page 166 NOTE: If the emission is OFF, a warning message will be displayed just after the initial message one and before the TEST message. The display is cleared by pressing the Patient centering (>0<) key. (Rev. 0) Rotograph EVO D 8-35...
  • Page 167 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 D (Rev. 0) 8-36...
  • Page 168 2. By means of the keys Arrow right/Arrow left VALUE[1] and using the increase/decrease keys , set the second couple of digits equal to the relevant value. 3. Repeat point 2 until VALUE[7]. (Rev. 0) Rotograph EVO D 8-37...

  • Page 169: Tooth Style

    In this menu, it is possible to set the system for digital or film base; the selection is performed using parameter increase/decrease keys and is confirmed in the usual way. WARNING: Changing the set mode will affect the complete system functionality. Rotograph EVO D (Rev. 0) 8-38...
  • Page 170 PAN + CEPH systems (see also paragraph 8.3.3.10). WARNING: Wrong setting provides message "Close cassette to Panoramic" at the start-up for PAN only system, or Error 420 for PAN+CEPH system when Cephalometric exam is selected. (Rev. 0) Rotograph EVO D 8-39...
  • Page 171 In this menu, it is possible to set the primary collimator movement type. After the selection, the display will show the following message: " COLL TECHNOLOGY SCREW " " COLL TECHNOLOGY BELT " according to the factory setting. Rotograph EVO D (Rev. 0) 8-40...
  • Page 172 " STF SETUP TYPE PAN-CEPH SYSTEM " according to the factory setting. It is possible to change the set value using the parameter increase/decrease keys; select "PAN-CEPH SYSTEM". NOTE: Wrong setting affect the system’s functionality. (Rev. 0) Rotograph EVO D 8-41...
  • Page 173 Wrong setting provide operative messages not consistent with the equipment configuration. A! ! ! (! & WARNING: Do NOT modify this parameter: functionality can be severely impaired. This menu is still working in the background and not yet available. Rotograph EVO D (Rev. 0) 8-42...
  • Page 174 It is the static IP address assigned to the Sensor 2, that is used enabling the communication with the others network elements (touch screen and external PC). The default set value for IP address is 192.168.005.100. (Rev. 0) Rotograph EVO D 8-43...
  • Page 175 " ENABLE PAN PLUS PAN PLUS IS ON " " ENABLE PAN PLUS PAN PLUS IS OFF " according to the factory setting. It is possible to change the set value using the parameter increase/decrease keys. Rotograph EVO D (Rev. 0) 8-44...
  • Page 176 EVO XP programs will refer to the first trajectory. Selecting single trajectory (EVO or Standard), only the selected one will be enabled to the user. (Rev. 0) Rotograph EVO D 8-45...
  • Page 177 PR. COLL. 3D ⇔ROTATION ZERO .. NOTE: Of these submenus, PR. COLL. 3D is dedicated to 3D system. Do NOT modify this parameter: functionality can be severely impaired. The selection is confirmed pressing the Patient centering (>0<) key. Rotograph EVO D (Rev. 0) 8-46...
  • Page 178 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. (Rev. 0) Rotograph EVO D 8-47...
  • Page 179 "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 D (Rev. 0) 8-48...
  • Page 180 "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. 0) Rotograph EVO D 8-49...
  • Page 181 "a" is the status of the zero optical barrier; 1 means engaged (i.e. barrier interrupted), 0 otherwise. • "xxxx" is the current value of the offset, that can be changed with the left/right keys. Rotograph EVO D (Rev. 0) 8-50...

  • Page 182: Digital Mode

    Once the Patient centering (>0<) key is pressed, the following message is displayed: " Y ZERO [YY] a OF ±xxxx ±yyyyyy " A! ! !>! & This function is not active on the digital mode; if selected it will generate an error message. (Rev. 0) Rotograph EVO D 8-51...
  • Page 183 • Replacement of a defective tubehead; in this case, the beam aligned moving the tubehead leaving the offset value unchanged. Rotograph EVO D (Rev. 0) 8-52...
  • Page 184 " UPDATE CHANGES ? >0< = Y, T = N " In both cases, the upper level of service menu is reached. (Rev. 0) Rotograph EVO D 8-53...
  • Page 185 The system will return to the upper level, that is the Ceph menu where it is possible to proceed with the other operations. Rotograph EVO D (Rev. 0) 8-54...
  • Page 186 "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. NOTE: Use key to reset rotation axis and sensor movements. (Rev. 0) Rotograph EVO D 8-55...
  • Page 187 "xxxxx" is the zero offset actual value, that can be changed with the left/right keys. • "abcd" represents the status of various optical barrier sensors; "a" is the one of the secondary collimator, that is 0 when not engaged and 1 otherwise. Rotograph EVO D (Rev. 0) 8-56...
  • Page 188 After the selection, the display will show the following message: " CEPH MEAS. UNIT METER " " CEPH MEAS. UNIT INCHES " according to the factory setting. It is possible to change the set value using the increase/decrease keys (Rev. 0) Rotograph EVO D 8-57...
  • Page 189 "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 D (Rev. 0) 8-58...
  • Page 190 "xxxx" is the zero offset actual value, that can be changed with the left/right keys. • "abcd" represents the status of various optical barrier sensors; "b" is the one of the zero of digital sensor, that is 0 when not engaged and 1 otherwise. (Rev. 0) Rotograph EVO D 8-59...
  • Page 191 " DIGITAL CEPH HD HD IS ENABLED " according to the factory setting. It is possible to change the set value using the parameter increase/decrease keys; select "HD IS ENABLED". WARNING: Wrong setting affect the system’s functionality. Rotograph EVO D (Rev. 0) 8-60...
  • Page 192 The acquisition start position offset is set to the correct value during the factory final test; changes on the stored value must be done only in case Ceph exam in adult patients are supposed to be performed. (Rev. 0) Rotograph EVO D 8-61...
  • Page 193 PAN RX emission, CEPH 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 D (Rev. 0) 8-62...
  • Page 194 The display will be updated as follows: " COLUMN TEST IDLE 000ab " Using the column up/column down keys verify that the last two digits change status: • a = 1, column up • b = 1, column down. (Rev. 0) Rotograph EVO D 8-63...
  • Page 195 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 D (Rev. 0) 8-64...
  • Page 196 (*) 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. 0) Rotograph EVO D 8-65...
  • Page 197 This function allows the set of the Tubehead pre-heating time. After the selection, the display will show the following message: " PRE-HEATING TIME VALUE = 2000 " It is possible to change the set value using the increase/decrease keys Rotograph EVO D (Rev. 0) 8-66...
  • Page 198 LEVEL = YYY " 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 (Rev. 0) Rotograph EVO D 8-67...
  • Page 199 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 D (Rev. 0) 8-68...
  • Page 200 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 and exams counters. NOTE: In this menu it is also possible to get the Hardware Protection Key (INSTRUMENT) code. (Rev. 0) Rotograph EVO D 8-69...
  • Page 201 (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 D (Rev. 0) 8-70...
  • Page 202 If the value is correct but the effect on the image is poor retake the exposure setting a lower value for the STF. A symmetric format was Select an asymmetrical format selected. (which will enable the STF filter). (Rev. 0) Rotograph EVO D 8-71...
  • Page 203 SERVICE MANUAL Troubleshooting A! ! ! The experience from field problems observed on the Rotograph EVO D has allowed to list under this chapter some possible typical problems that can affect the radiological quality. 1. The Panoramic or Cephalometric image results in a light one also if...
  • Page 204 Figure 8-1 Ref. Anatomic structure Hard palatal 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. 0) Rotograph EVO D 8-73...
  • Page 205 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 D (Rev. 0) 8-74...
  • Page 206 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. 0) Rotograph EVO D 8-75...
  • Page 207 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 D (Rev. 0) 8-76...
  • Page 208 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. 0) Rotograph EVO D 8-77...
  • Page 209 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 an image; the dimensions measured on the obtained image must match those reported in the paragraph 7.2.1. Rotograph EVO D 8-78 (Rev. 0)
  • Page 210 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. 0) Rotograph EVO D 8-79...
  • Page 211 In this condition, the rear side of the patient’s head may also interfere with the rotating arm of the panoramic equipment. Rotograph EVO D (Rev. 0) 8-80...
  • Page 212 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. 0) Rotograph EVO D 8-81...
  • Page 213 In this case, a light tilting downward of the Frankfurt plane causes the palate to be projected over and far enought from the roots of the teeth of the maxillary arch, without distortion of the incisor teeth, as on Figure 8-11. Figure 8-11 Rotograph EVO D (Rev. 0) 8-82...
  • Page 214 (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. 0) Rotograph EVO D 8-83...
  • Page 215 This situation may occur especially if the patient has large prosthesis or metal cures and if it is associated to a positioning error that projects the shadow of the metal part on a wide area of the image. Rotograph EVO D (Rev. 0) 8-84...
  • Page 216 This area is identified with reference "1" in Figure 8-12. Remedy: Ask the patient to position the tongue against the palate during the exposure. (Rev. 0) Rotograph EVO D 8-85...
  • Page 217 SERVICE MANUAL Troubleshooting THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO D (Rev. 0) 8-86...

  • Page 218: Schematics And Drawings

    11. Circuit diagram Generator CPU PCB A9 12. Lay-out Generator PCB A10 13. Circuit diagram Generator PCB A10 14. Lay-out and Circuit diagram CEPH arm connection PCB A12 15. Lay-out Power HUB PCB A21 16. Circuit diagram Sensor power PCB A21 (Rev. 0) Rotograph EVO D...
  • Page 219 SERVICE MANUAL Schematics and drawings THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO D (Rev. 0)
  • Page 220 SERVICE MANUAL Schematics and drawings $ ? ,5) & (Rev. 0) Rotograph EVO D...
  • Page 221 SERVICE MANUAL Schematics and drawings $ ? ,5) & Rotograph EVO D (Rev. 0)
  • Page 222 SERVICE MANUAL Schematics and drawings $ ? ,5) & (Rev. 0) Rotograph EVO D...
  • Page 223 SERVICE MANUAL Schematics and drawings $ ? ,5) & Rotograph EVO D (Rev. 0)
  • Page 224 SERVICE MANUAL Schematics and drawings $ ? ,5) & > 0 (Rev. 0) Rotograph EVO D...
  • Page 225 SERVICE MANUAL Schematics and drawings $ ? ,5) & Rotograph EVO D (Rev. 0)
  • Page 226 SERVICE MANUAL Schematics and drawings $ ? ,5) & (Rev. 0) Rotograph EVO D...
  • Page 227 SERVICE MANUAL Schematics and drawings $ ? ,5) & Rotograph EVO D (Rev. 0) 9-10...
  • Page 228 SERVICE MANUAL Schematics and drawings $ ? ,5) & (Rev. 0) Rotograph EVO D 9-11...
  • Page 229 SERVICE MANUAL Schematics and drawings $ ? ,5) & ' &5% 5&8 , & >A Rotograph EVO D (Rev. 0) 9-12...
  • Page 230 SERVICE MANUAL Schematics and drawings $ ? ,5) & & ' &5% 5&8 , & > 1 (Rev. 0) Rotograph EVO D 9-13...
  • Page 231 SERVICE MANUAL Schematics and drawings $ ? ,5) & & ' &5% 5&8 , & > 1 Rotograph EVO D (Rev. 0) 9-14...
  • Page 232 SERVICE MANUAL Schematics and drawings $ ? ,5) & & ' &5% 5&8 , & > 1 (Rev. 0) Rotograph EVO D 9-15...
  • Page 233 SERVICE MANUAL Schematics and drawings $ ? ,5) 5&8 , & >A Rotograph EVO D (Rev. 0) 9-16...
  • Page 234 SERVICE MANUAL Schematics and drawings $ ? ,5) > &5% 5&8 ,> & >A (Rev. 0) Rotograph EVO D 9-17...
  • Page 235 SERVICE MANUAL Schematics and drawings $ ? ,5) & &5% 5&8 ,> & Rotograph EVO D (Rev. 0) 9-18...
  • Page 236 SERVICE MANUAL Schematics and drawings $ ? ,5) & &5% 5&8 ,> & (Rev. 0) Rotograph EVO D 9-19...
  • Page 237 SERVICE MANUAL Schematics and drawings $ ? ,5) & &5% 5&8 ,> & Rotograph EVO D (Rev. 0) 9-20...
  • Page 238 SERVICE MANUAL Schematics and drawings $ ? ,5) & &5% 5&8 ,> & (Rev. 0) Rotograph EVO D 9-21...
  • Page 239 SERVICE MANUAL Schematics and drawings $ ? ,5) & &5% 5&8 ,> & > 0 Rotograph EVO D (Rev. 0) 9-22...
  • Page 240 SERVICE MANUAL Schematics and drawings $ ? ,5) & &5% 5&8 ,> & (Rev. 0) Rotograph EVO D 9-23...
  • Page 241 SERVICE MANUAL Schematics and drawings $ ? ,5) & &5% 5&8 ,> & Rotograph EVO D (Rev. 0) 9-24...
  • Page 242 SERVICE MANUAL Schematics and drawings $ ? ,5) & &5% 5&8 ,> & (Rev. 0) Rotograph EVO D 9-25...
  • Page 243 SERVICE MANUAL Schematics and drawings $ ? ,5) & &5% 5&8 ,> & Rotograph EVO D (Rev. 0) 9-26...
  • Page 244 SERVICE MANUAL Schematics and drawings $ ? ,5) 5&8 , & >A > 1 (Rev. 0) Rotograph EVO D 9-27...
  • Page 245 SERVICE MANUAL Schematics and drawings $ ? ,5) & 5&8 , & Rotograph EVO D (Rev. 0) 9-28...
  • Page 246 SERVICE MANUAL Schematics and drawings $ ? ,5) & 5&8 , & (Rev. 0) Rotograph EVO D 9-29...
  • Page 247 SERVICE MANUAL Schematics and drawings $ ? ,5) & 5&8 , & Rotograph EVO D (Rev. 0) 9-30...
  • Page 248 SERVICE MANUAL Schematics and drawings $ ? ,5) & 5&8 , & (Rev. 0) Rotograph EVO D 9-31...
  • Page 249 SERVICE MANUAL Schematics and drawings $ ? ,5) 5&8 , & >A (> 1 Rotograph EVO D (Rev. 0) 9-32...
  • Page 250 SERVICE MANUAL Schematics and drawings $ ? ,5) &5% 5&8 , & >A (Rev. 0) Rotograph EVO D 9-33...
  • Page 251 SERVICE MANUAL Schematics and drawings $ ? ,5) & &5% 5&8 , & Rotograph EVO D (Rev. 0) 9-34...
  • Page 252 SERVICE MANUAL Schematics and drawings $ ? ,5) & &5% 5&8 , & ( 0 ( (Rev. 0) Rotograph EVO D 9-35...
  • Page 253 SERVICE MANUAL Schematics and drawings $ ? ,5) 5&8 , & >A Rotograph EVO D (Rev. 0) 9-36...
  • Page 254 SERVICE MANUAL Schematics and drawings $ ? ,5) & 5&8 , & (Rev. 0) Rotograph EVO D 9-37...
  • Page 255 SERVICE MANUAL Schematics and drawings $ ? ,5) & 5&8 , & Rotograph EVO D (Rev. 0) 9-38...
  • Page 256 SERVICE MANUAL Schematics and drawings $ ? ,5) & 5&8 , & (Rev. 0) Rotograph EVO D 9-39...
  • Page 257 SERVICE MANUAL Schematics and drawings + FOTOCEL. (+PHOTOCELL) - FOTOCEL. (-PHOTOCELL) + FOTOCEL. (+PHOTOCELL) - FOTOCEL. (-PHOTOCELL) $ ? ,5) ' 5&8 , ( & >A A > 1 Rotograph EVO D (Rev. 0) 9-40...
  • Page 258 SERVICE MANUAL Schematics and drawings $ ? ,5) > 5&8 ,( & >A (Rev. 0) Rotograph EVO D 9-41...
  • Page 259 SERVICE MANUAL Schematics and drawings $ ? ,5) & 5&8 ,( & Rotograph EVO D (Rev. 0) 9-42...
  • Page 260 SERVICE MANUAL Spare Parts 5, $ 1 & +% # ( 1 %55 #$ , & 4 $,$" # , 1 & 5) "& > 1 & 1 ,&& " "& (Rev. 0) Rotograph EVO D 10-1...
  • Page 261 6607090200 Fuses kit 220-230V version 6607090300 Fuses kit 110-120V version 2100440400 Column base grub screw cap diam.12.7 mm (1x) 2100440200 Column base grub screw cap diam.4.8 mm (1x) 3998305100 Column front Villa logo Rotograph EVO D (Rev. 0) 10-2...
  • Page 262 SERVICE MANUAL Spare Parts (Rev. 0) 10-3 Rotograph EVO D...
  • Page 263 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 5007040100 Touch screen Ethernet cable (L=2m) 5007090100 Ethernet cable (L=5m) Rotograph EVO D (Rev. 0) 10-4...
  • Page 264 Sensor signal and power cable PANCEPH X32 / X94 – Sensor version 6207041500 Generator board A10 power supply cable X70 – Z2 6207080900 Ground cable # 3 5007040100 Ethernet cable (L=2m) Sensor to HUB connection (Rev. 0) Rotograph EVO D 10-5...
  • Page 265 6607304600 CPU board assy 5807304400 CPU board A5 6607304500 Microprocessor board A6 5807302500 Rotation group board A7 5807304300 Sensor power board A21 5807302900 Optical sersor board B1 / B2 / B3 4695456700 HUB D-Link Rotograph EVO D (Rev. 0) 10-6...
  • Page 266 SERVICE MANUAL Spare Parts 6 (*) 7 (B3) 7 (B1) 7 (B2) (*) Under CPU board support (Rev. 0) Rotograph EVO D 10-7...
  • Page 267 Temple clasps (1x) 5207010705 Temple clasps release knob (1x) 6607071500 PAN mobile sensor covers kit (without sensor) 6607071600 PAN/CEPH mobile sensor covers kit (without sensor) 6607071300 PAN mobile sensor assy 6607071400 PAN/CEPH mobile sensor assy Rotograph EVO D (Rev. 0) 10-8...
  • Page 268 SERVICE MANUAL Spare Parts 5 (B6 / B7) 5 (B8 / B9) (Rev. 0) Rotograph EVO D 10-9...
  • Page 269 Ceph arm motor and signals cable X23 / X24 / X34 – X1 / X2 6207080800 Ceph arm cable X42 / X95 / X97 – X51 5007080100 Ethernet cable (L=3m) 6207080900 Ground cable # 3 Rotograph EVO D (Rev. 0) 10-10...
  • Page 270 SERVICE MANUAL Spare Parts 1 (B11) 1 (B10) (Rev. 0) Rotograph EVO D 10-11...
  • Page 271 6607150100 Console covers (upper + lower) 5407086601 Ceph device upper cover 5407086905 Ceph device lower cover 5407087005 Ceph centring device lower cover 5407086705 Ceph arm lower cover 5407086805 Ceph arm upper cover Rotograph EVO D (Rev. 0) 10-12...
  • Page 272 SERVICE MANUAL Spare Parts (Rev. 0) Rotograph EVO D 10-13...
  • Page 273 TMJ positioner / Implant bite protective sleevers (50 pcs) 6607080900 CARPUS positioning plate 6107900100 Laser centring tool 6107900200 Symmetry ceck tool 5209900900 Digital sensor centring tool 5607900800 Copper filter for digital sensor 6607900200 Adjustment and calibration tools kit Rotograph EVO D (Rev. 0) 10-14...
  • Page 274 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. 0) Rotograph EVO D...

  • Page 275: Pano Order

    (OFF=disable; ON=enabled) Soft Tissue Filter (STF) setup type Y axis zero motor offset Y axis zero Evo motor offset Rotation axis motor offset Digital Ceph sensor offset Primary collimator motor offset Secondary collimator motor offset Rotograph EVO D (Rev. 0)

  • Page 276: Rotation Offset

    Date Soft Tissue Filter (STF) motor offset Digital Ceph rotation offset Tubehead pre-heating values 10mA 11mA 12mA Ceph extra run HF board selection (0=12mA; 1=16mA) Ceph HD (OFF=disabled; ON=enabled) COLL technology (Rev. 0) Rotograph EVO D...
  • Page 277 SERVICE MANUAL Appendix THIS PAGE IS INTENTIONALLY LEFT BLANK Rotograph EVO D (Rev. 0)
  • Page 278 Cod. 6907913403_Rev.0 0051 VILLA SISTEMI MEDICALI S.p.a. Via Delle Azalee, 3 20090 Buccinasco (MI) - ITALY Tel. (+39) 02 48859.1 Fax (+39) 02 4881844...

Table of Contents

Save PDF