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General| Imaging Modalities | 3D, Panoramic, Cephalometric |
|---|---|
| Software | SIDEXIS 4 |
| kV Range | 60-90 kV |
| mA Range | 3-16 mA |
| Tube Voltage | 60-90 kV |
| Tube Current | 3-16 mA |
| Focal Spot Size | 0.5 mm |
| Imaging Technology | Cone Beam CT |
| X-ray Tube | High-frequency |
| Patient Positioning | Standing, Sitting (with optional chair) |
| Sensor Type | CMOS |
| X-ray Generator | High-frequency |
| Power Requirements | 220-240 V, 50/60 Hz |
| Field of View (3D) | 5x5.5 cm to 8x8 cm |
| Dimensions (W x D x H) | 2300 x 1200 x 2400 mm |
| Weight | Approx. 250 kg |
Defines the purpose and target audience of the service manual.
Lists additional documents necessary for servicing the unit.
Lists the specific tools and materials needed for service procedures.
Explains the organization and layout of the service manual.
Prohibits unauthorized modifications to the unit affecting safety.
Safety requirements for fixed electrical connections.
Precautions to prevent damage from electrostatic discharge.
Safety guidelines and procedures for powering on the unit.
Handling precautions related to condensation inside the unit.
Safety information regarding the laser light localizer.
Specifies the required qualifications for service personnel.
Guidelines and measures for radiation protection during operation.
Mandatory safety checks to be performed after repairs.
Procedure for verifying unit functionality after maintenance.
Details of the unit's hardware components and their functions.
Description of the different system versions of the ORTHOPHOS XG 3D.
Information on the available sensor types for the unit.
Details on the different installation configurations available.
Identification and overview of the unit's main modules and components.
Diagrams illustrating the cable connections within the unit.
Visual identification of the various circuit boards used in the unit.
Instructions for removing and attaching the unit's covers.
Detailed technical specifications of the ORTHOPHOS XG 3D unit.
Information regarding the software versions and compatibility.
Step-by-step instructions for powering on the unit.
Procedure for updating the unit's firmware and software.
Procedure to access detailed system information and parameters.
Instructions for configuring X-ray components on the network.
Procedure for enabling and using the unit in demo mode.
List of help messages, their meaning, and required actions.
Information on system status messages displayed to the user.
Description of status indicators on the Easypad.
Classification and handling of system error codes.
Comprehensive list of error codes, descriptions, and actions.
Procedure for accessing and interpreting error logs.
Diagnostic steps for troubleshooting CAN bus communication issues.
Procedures for checking the status and functionality of circuit boards.
Diagnostic steps for verifying motor operation and identifying faults.
Procedure for testing the function of light barriers.
Troubleshooting steps for excessive device leakage current.
Guidelines for inspecting cables for damage and proper connection.
Diagnosing errors related to the X-RAY control signal path.
Procedures for checking the 2D and 3D data paths via test images.
Overview of procedures and order for system adjustment and calibration.
Detailed steps for performing adjustments using the software menu.
Lists and describes all available service routines and their functions.
Explanation of displays, symbols, and navigation within the service menu.
Step-by-step guide to activating and using the service menu.
Service routine for testing radiation without rotary movement.
Service routine for testing radiation with selectable parameters.
Service procedures for the X-ray tube assembly.
Procedures for accessing and managing error logs.
Procedures for updating unit software and module versions.
Procedures related to formatting and testing the flash file system.
Procedures for performing dosimetry measurements.
Procedures for checking and troubleshooting the CAN bus.
Service procedures for the rotation motor and drives.
Procedures for testing and troubleshooting unit actuators.
Procedures for configuring unit settings and hardware versions.
Procedures for adjusting and testing the height adjustment mechanism.
Procedures for programming temple support switching thresholds.
Procedures for initializing the diaphragm axis motor.
Procedures for testing sensor functionality and data paths.
Tests for the cephalometer image path without SIDEXIS XG.
Service procedures for the digital cephalometer.
Procedures for managing network settings and connectivity.
Essential safety checks to perform after completing repair work.
Procedures for replacing the height adjustment motor or spindle.
Instructions for replacing the control panel and user interface components.
Procedures for replacing and adjusting laser light localizers.
Procedures for replacing the X-ray tube assembly.
Procedures for replacing the rotation unit and 3D/2D sensors.
Guidelines and procedures for replacing various circuit boards.
Procedures for replacing energy chains and various cables.
Detailed instructions for performing unit calibration procedures.
Procedures for checking the height adjustment mechanism.
Steps for verifying the alignment and function of laser light localizers.
Criteria for evaluating the quality of X-ray images.
Procedures for checking tube voltage, current, and radiation time.
Guides for performing test exposures to check unit calibration.
Visual inspection procedures for identifying cable damage.
Inspection steps to ensure proper grounding strap contact and condition.
Procedure for measuring and verifying device leakage current.
Guidelines for system dismantling and reinstallation procedures.
Information and procedures for the environmentally sound disposal of the unit.
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