Page 1 Operator´s Manual Technical Publication: 2000-095-026-EN Rev. 1.1...
Page 2 All third-party brand names, product names, or logos appearing in this manual are the trademarks or registered trademarks of their respective owners. Canon® is a registered trademark of Canon, Inc. and may also be a registered trademark or a trademark in other countries.
Page 3 Reason for change Date First release 2024-09...
Page 5: Table Of Contents
Contents Introduction ....................1 Document Information..................1 1.1.1 System Documentation ................1 1.1.2 Stylistic Conventions ................1 1.1.3 Document Producer ................1 1.1.4 Copyright © 2024 Arcoma Corporation All Rights Reserved......1 1.1.5 Text Emphasis ..................2 Identification Labels ..................3 System Description ..................6 1.3.1 Intended Use ..................6 1.3.2 Intended Users ..................6 1.3.3...
Page 6 Contents 3.2.3 Workstation Mode .................61 3.2.4 Adjustment of Generator Parameters (kV, mA, ms, mAs)......64 3.2.5 Selection Of Technique Mode..............65 3.2.6 Patient Size ..................67 3.2.7 Collimator Centering................67 3.2.8 Hospital Method Book ................68 3.2.9 Automatic Collimator (option) ..............68 3.2.10 Setting Menu ..................72 3.2.11 Light Indication..................79 Wallstand Control Elements................80...
Page 7 Contents 4.4.10 Basic Exposure Error Handling............. 169 Emergency Patient ..................170 Perform a Stitching Sequence..............171 System Techniques..................175 4.7.1 Free Technique ................... 175 4.7.2 Table Tracking ..................176 4.7.3 Auto Tracking, Wallstand ..............178 Operating the Table..................181 4.8.1 General ....................
Page 8 Contents Radiographic Specification ................ 248 Environmental Requirements..............250 OTC ......................251 9.6.1 General ....................251 9.6.2 Weight....................251 9.6.3 Speed ....................251 Cabinet ..................... 252 9.7.1 General ....................252 Closed Table ..................... 253 9.8.1 Maximum Patient Load ................ 253 9.8.2 Weight of Parts ...................
Page 9: Introduction
• The original version of this manual is written in English. • Training is provided by or via Canon Medical Systems. Training material consists of the Operator’s Manual and the Installation and service manual.
Page 10: Text Emphasis
Introduction Document Information 1.1.5 Text Emphasis WARNING! All texts labelled with “WARNING” call attention to potential risk to health or life. CAUTION! All texts labelled with “CAUTION” contain information about dangerous situations and measures to avoid risk. Note! All texts labelled with “NOTE” contain additional information regarding the work step, and is provided for a better understanding or as a warning about unnecessary and avoidable difficulties.
Page 11: Identification Labels
Introduction Identification Labels 1.2 Identification Labels The figure shows the location of the identification labels on the equipment. Fig. 1-1 Fig. 1-2 Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 3...
Page 12 Introduction Identification Labels Table 1-1 . Identification Labels Label Label Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 4...
Page 13 Introduction Identification Labels Label Label Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 5...
Page 14: System Description
The x-ray examination as such is rarely the sole factor to determine patient management, but several parameters contribute. Thus, clinical outcome cannot be directly correlated with Omnera 400T, but has to be related to the overall benefit of diagnosis. 1.3.5 System Overview The system may be configured in several different versions with a base consisting of an image system, a cabinet and an overhead tube crane.
Page 15 Introduction System Description Fig. 1-3 Main parts 1. Overhead tube crane, OTC 2. Closed table or two column table (option) 3. Detector holder 4. Wallstand 5. Cabinet 6. Image system PC Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 7...
Page 16 Introduction System Description 1.3.5.1 Overhead Tube Crane Overview Fig. 1-4 Overview 1. Traverse rail (X) 7. Collimator 2. Ceiling rail (Y) 8. Display 3. Ceiling wagon 9. Emergency stop 4. Column (Z) 10. Distance plate and brake 5. X-ray tube 11.
Page 17 Introduction System Description 1.3.5.2 Table Closed table Fig. 1-5 Closed table 1. Manoeuvre hand control (option) 7. Emergency stop 2. Detector holder 8. Patient hand grip (option) 3. Vertical lift 9. Brake release button for detector holder 4. Table top 10.
Page 18 Introduction System Description Two Column Table (option) Fig. 1-6 Two column table with manual detector movement 1. Foot plate 7. XY foot control strip type (option) 2. Column 8. Foot control table (X/Y/Z) (option) 3. Table top (X/Y/Z) 9. Collimator hand control (option) 4.
Page 19 Introduction System Description 1.3.5.3 Wallstand Overview The figure shows the main parts of the wallstand. 1. Lateral armrest (Accessory) 2. Imaging unit 3. Column 4. Foot control (Brake release for manually moving the detector holder up/down), option Foot control (Motorized movement; Z- movement up and down and brake release), option 5.
Page 20 Introduction System Description Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 12...
Page 21: Safety
Safety Compliance 2 Safety 2.1 Compliance External equipment intended for connection to signal input, signal output or other connectors shall comply with the relevant product standard e.g. IEC 60950–1 for IT equipment and the IEC 60601–series for medical electrical equipment. In addition, all such combinations –...
Page 22: Precautions, Safety
Safety Precautions, Safety 2.2 Precautions, Safety WARNING! No modification of this equipment is allowed. WARNING! The equipment is intended for use in radiographic examinations under the guidance of trained health care professionals. Operating personnel must be familiar with the equipment, and the instructions given in this manual before using the equipment. WARNING! Safety devices must not be removed or modified.
Page 23 Safety Precautions, Safety WARNING! Risk of electrical hazard or damage to the system • Before cleaning or disinfection, switch off the system to prevent electric shocks, for exceptions see 6.1.1 • Do not spray or pour cleaning liquid on any part of the system. Use a lint-free cloth moistened with a moderate amount of liquid to avoid that cleaning liquids seep into the openings of the system, e.g., air openings, gaps between covers.
Page 24 Safety Precautions, Safety CAUTION! The installation environment and location, device configuration, network, power supply, and other conditions are optimized for this device. If you want to change any condition, contact your nearest service representative. Otherwise, the functions and performance of this device may be impaired. CAUTION! No objects shall be positioned within the working area.
Page 25: Report Of Incident
Safety Report of Incident 2.3 Report of Incident Note! Any serious incident that has occurred in relation to the device should be reported to the manufacturer and the competent authority of the Member State in which the user and/or patient is established Operator´s Manual 2000-095-026-EN Rev.
Page 26: Qualifications Of Personnel
Safety Qualifications of Personnel 2.4 Qualifications of Personnel WARNING! The equipment is intended for use in radiographic examinations under the guidance of trained health care professionals. Operating personnel must be familiar with the equipment, and the instructions given in this manual before using the equipment. 2.4.1 Operating Personnel WARNING! Failure to follow the instructions given in this Manual could result in serious injury to...
Page 27: Service And Maintenance
Safety Service and Maintenance 2.5 Service and Maintenance WARNING! Risk of electrical shock. If covers are removed, live parts are exposed. WARNING! Before performing any service or maintenance, always switch off the power and lock the main switch to prevent accidental reactivation. Even after the system is powered off, and the main switch is disengaged, live parts remain energized for some time.
Page 28: Installation And Repair
Safety Installation and Repair 2.6 Installation and Repair WARNING! To avoid risk of electric shock, this equipment must only be connected to a supply mains with protective earth. CAUTION! Only service technicians are allowed to open the covers. CAUTION! Do not remove, disassemble, change, modify, repair, or add any part. CAUTION! When installing this equipment in a different location, contact the manufacturer or the designated dealer.
Page 29: Safety And Warning Symbols
Safety Safety and Warning Symbols 2.7 Safety and Warning Symbols The following symbols are used for the system. Attention consult accompanying documents. To signify a general warning. This symbol is used in various places throughout the Manual where special precaution shall be observed.
Page 30: Safety And Warning Labels On The Equipment
Safety Safety and Warning Labels on the Equipment 2.8 Safety and Warning Labels on the Equipment Max 25kg/ 55 lbs Max 25kg/ 55 lbs Max 295 kg/ 650 lbs Fig. 2-1 Locations of safety and warning labels Fig. 2-2 Location of the weight restriction labels and warning labels, table 0055 Operator´s Manual OMNERA®400T 2000-095-026-EN Rev.
Page 31: Applied Parts
Safety Applied parts 2.9 Applied parts Applied parts are intended contact surfaces for patients. Fig. 2-3 Applied parts Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 23...
Page 32: Essential Performance And Basic Safety
Safety Essential Performance and Basic Safety 2.10 Essential Performance and Basic Safety The essential performance of the system is defined in the particular standard 60601-2-54, clause 201.4 • Accuracy of LOADING FACTORS • Reproducibility of the RADIATION output • AUTOMATIC CONTROL SYSTEM •...
Page 33: Emergency Stop
Safety Emergency Stop 2.11 Emergency Stop Note! It is recommended to train the operator regularly in the use of the emergency stop function so the operator feels confident in using it. The system has five internal emergency stops; one on the OTC, one on each side of the table and two on the wallstand.
Page 34: Radiation And X-Ray Tube
Safety Radiation and X-ray Tube 2.12 Radiation and X-ray Tube WARNING! The patients, the operators and third parties must be protected against unnecessary X-ray radiation according to the local regulations. WARNING! The surfaces on the collimator and the X-ray tube can be warm. The X-ray tube may be up to 85 °C, the collimator will not reach 60 °C.
Page 35: Radiation Protection
Safety Radiation and X-ray Tube 2.12.1 Radiation Protection Because of the ionizing nature of x-ray radiation, precautions have to be taken to minimize the harmful effects to patients and operators/staff during exposures. The aim is to achieve dose levels “as low as reasonable achievable”. National regulatory dose limitation requirements have to be followed.
Page 36 Safety Radiation and X-ray Tube Profile of Stray Radiation For Table The diagram below, Fig. 2-5, shows the dependency of the scattered radiation on the distance from the central beam, height above the floor and kV potential. The decrease of the scattered radiation is expressed in percent of the central beam exposure rate (100%).
Page 37 Safety Radiation and X-ray Tube Fig. 2-6 shows a top view of the table and the zone of occupancy, where the arrows B show the direction of decreasing scatter radiation levels. Fig. 2-6 S = Significant zone of occupancy A Central beam B Decreasing Operator´s Manual 2000-095-026-EN Rev.
Page 38 Safety Radiation and X-ray Tube Profile of Stray Radiation For Wallstand The diagram below, Fig. 2-7, shows the dependency of the scattered radiation on the distance from the central beam, height above the floor and kV potential. The decrease of the scattered radiation is expressed in percent of the central beam exposure rate (100%).
Page 39 Safety Radiation and X-ray Tube Fig. 2-8 shows a top view of the wallstand and the zone of occupancy, where the arrows B show the direction of decreasing scatter radiation levels. Fig. 2-8 S = Significant zone of occupancy A Central beam B Decreasing C Residual radiation area 2.12.1.3 Protection Against Residual Radiation...
Page 40: Mechanical Safety
Safety Mechanical Safety 2.13 Mechanical Safety 2.13.1 General WARNING! All motorized movements shall be supervised by trained personnel. WARNING! Tracking shall be supervised by trained personnel. WARNING! Wheelchair patients shall always be placed outside the working area, when operating any motorized movement. Note! Surrounding equipment is not subject of the collision warning.
Page 41: Overhead Tube Crane
Safety Mechanical Safety 2.13.2 Overhead Tube Crane WARNING! Squeezing hazard between the overhead crane and wallstand respective between the overhead tube crane and table. The operator should be beside the patient for support to avoid any risk of injury when handling the overhead tube crane.
Page 42 Safety Mechanical Safety Possible squeezing hazard areas and placement of warning label: Alpha Beta Fig. 2-9 OTC, mechanical safety 1. Column (Z) 3. Cover 2. Column bottom plate 4. X-ray tube Squeezing hazard can occur between the: • column (Z) and the column bottom plate when the column is moving upward (Z-direction). •...
Page 43: Cabinet
Safety Mechanical Safety 2.13.3 Cabinet Cabinet, mechanical safety Max 25kg/ 55 lbs Max 25 kg/ 55 lbs Fig. 2-10 Placement of warning and safety label. Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 35...
Page 44: Table
Safety Mechanical Safety 2.13.4 Table WARNING! Squeezing hazard can occur between the: • table top and the top of the detector holder • table top and the detector holder rail • detector holder rail and the detector holder • detector holder and the cover •...
Page 45 Safety Mechanical Safety 2.13.4.1 Safety Issues when Positioning a Patient WARNING! Be aware of unwanted motion when releasing the brakes. WARNING! Risk of injury during transfer of the patient between the hospital bed and the table. The hospital bed shall be placed in direct contact with and at the same height as the table.
Page 46 Safety Mechanical Safety Lock and center the table top when transferring the patient to the table. The hospital bed shall always be placed in direct contact and in the same height as the table. To reduce the lateral forces on the table the operator should be placed on the opposite longitudinal side of the patient and the hospital bed.
Page 47 Safety Mechanical Safety Patient Weight Restrictions Table Top Centered Fig. 2-14 Table top centered Type Maximum patient weight 295 kg/ 650 lb Closed table 300 kg/ 661 lb Two column table Table Top Outside Table Frame Fig. 2-15 Table top outside table frame Type Maximum patient weight 200 kg/ 440 lb...
Page 48 Safety Mechanical Safety 2.13.4.2 Working Area, Table WARNING! Risk of squeezing hazard. Patients shall be outside the working area or placed on the table, when operating any motorized movement. WARNING! Risk of squeezing hazard. All obstacles placed within the working area, must be moveable for easy patient release.
Page 49 Safety Mechanical Safety The working area comprises the table top including the stroke length of the table top in the X- and Y-direction. The measurements in the figure show the length of stroke in the X- and Y- direction. The dimensions have some tolerances and can differ from the manufacturer’s. Closed Table 500 +20/–10mm 2400 mm...
Page 50 Safety Mechanical Safety Two Column Table (option) 600 mm 2400 mm 600 mm Fig. 2-20 Table top stroke length 9 mm Fig. 2-21 Working area underneath table The detector movement is up to 850 mm, depending on detector type. Fig. 2-22 Detector movement Operator´s Manual OMNERA®400T 2000-095-026-EN Rev.
Page 51: Wallstand
Safety Mechanical Safety 2.13.5 Wallstand 2.13.5.1 Safety Issues When Positioning Patient WARNING! Be aware of unwanted motion when releasing the brakes. Note! Maximum weight on the wallstand lateral armrest is 25 kg/ 55 lbs. 2.13.5.2 Working Area, Wallstand The working area of the wallstand is the area in front of the detector holder Fig.
Page 52 Safety Mechanical Safety 2.13.5.3 Standard Version Wallstand WARNING! Risk of squeezing between the tilted image receptor holder and the floor. Getting stuck in the slide opening (1) is a Max 25kg/55 lbs squeezing hazard when the detector holder is moving downward (Z-direction) Possible squeeze hazard areas and placement of warnings and safety labels, see Fig.
Page 53: Safety Functions
Safety Safety Functions 2.14 Safety Functions 2.14.1 Opposite Buttons Pressed If, at any time, two from each other opposite buttons are pressed, for example movements up and down, the movement is stopped. Both buttons must be released before any movement is allowed. 2.14.2 Dead Man’s Grip All movements require constant activation of the chosen button.
Page 54: Closed Table
Safety Safety Functions 2.14.5 Closed Table 2.14.5.1 Vertical Travel (Z-Movement) Safety The table has a vertical travel safety system to protect the table top. When the table top collide with something, the Z-movement will stop. You will have to push a button (kick box control/manoeuvre hand control/foot control) in either direction to be able to move the table again.
Page 55: Wallstand
Safety Safety Functions 2.14.6 Wallstand The product is balanced with counterweights and whenever any item is removed from the wallstand it becomes unbalanced. If the brake is released when the wallstand is unbalanced, the detector holder moves and can cause injury. Fig.
Page 56: And Cyber Security
Safety IT- and Cyber Security 2.15 IT- and Cyber Security CXDI NE does not support any specific security measures. It is assumed that CXDI NE is used within a secured environment. It is assumed that a secured environment includes at a minimum: •...
Page 57: Safety Zone, Definition
Safety Safety Zone, Definition 2.16 Safety Zone, Definition At installation, a safety zone is defined. The intention of the safety zone is to prevent collision with the patient during tracking downwards. When the lowest part of the overhead tube crane (OTC) is above the safety zone, tracking is possible.
Page 58: Electromagnetic Compatibility (Emc)
Safety Electromagnetic Compatibility (EMC) 2.17 Electromagnetic Compatibility (EMC) The system complies with the requirements of IEC 60601-1-2:2014 regarding electromagnetic compatibility. Surrounding equipment shall follow the standard IEC 60601- 1-2:2014. WARNING! Do not use this equipment adjacent to or stacked with other equipment. Such use could lead to improper operation.
Page 59 Safety Electromagnetic Compatibility (EMC) The system is intended for use in the electromagnetic environment specified below. The customer or the user of the system should assure that it is used in such an environment. Guidance and manufacturer’s declaration - electromagnetic emissions Electromagnetic environment - guidance Compliance Emissions test...
Page 60 Safety Electromagnetic Compatibility (EMC) The system is intended for use in the electromagnetic environment specified below. The customer or the user of the system should assure that it is used in such an environment. Guidance and manufacturer’s declaration - electromagnetic emissions Electromagnetic environment - Emissions test IEC 60601 test...
Page 61 Safety Electromagnetic Compatibility (EMC) The system is intended for use in the electromagnetic environment specified below. The customer or the user of the system should assure that it is used in such an environment. Guidance and manufacturer’s declaration - electromagnetic immunity Electromagnetic environment - Immunity test IEC 60601 test...
Page 62 Safety Electromagnetic Compatibility (EMC) Guidance and manufacturer’s declaration - electromagnetic immunity Electromagnetic environment - Immunity test IEC 60601 test Compliance guidance level level Portable and mobile RF communications equipment should be used no closer to any part of the system, including cables, than the recommended separation distance, calculated from the equation applicable to the frequency of the transmitter.
Page 63 Safety Electromagnetic Compatibility (EMC) Test frequency IMMUNITY TEST LEVEL (A/m) Modulation 30 kHZ Pulse modulation 134,2 kHz 2,1 kHZ Pulse modulation 13,56 MHz 50 kHZ This test is applicable only to ME EQUIPMENT and ME SYSTEMS intended for use in the HOME HEALTHCARE ENVIRONMENT.
Page 64 Safety Electromagnetic Compatibility (EMC) Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 56...
Page 65: User Interfaces
User Interfaces Description 3 User Interfaces 3.1 Description The system is operated from interfaces inside the examination room and from the operating room. Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 57...
Page 66: Overhead Tube Crane
User Interfaces Overhead Tube Crane 3.2 Overhead Tube Crane DoB 1926-01-31 1234578 Sex F Jane Doe Age 98 Acc No 987-65-4320 Abdomen Suspine 0˚ Density 43.0 43.0 Fig. 3-1 1. Up 2. Down 3. Y direction 4. X Direction 5. Emergency brake (rear side) 6.
Page 67 User Interfaces Overhead Tube Crane DoB 1926-01-31 1234578 Sex F Jane Doe Age 98 Acc No 987-65-4320 Abdomen Suspine 0˚ Density 43.0 43.0 Fig. 3-2 11. Patient information 12. Active anatomical protocol 13. Position information 14. Adjustment of generator parameters: kV, mA, ms, mAs, Density 15.
Page 68: Patient Information
User Interfaces Overhead Tube Crane 3.2.1 Patient Information Note! All display patient information must be confirmed at the image system. The following information can be shown in the Patient Information field: Jane Doe DoB 1977-03-06 Age 43 Sex F ID 987-65-4320 Acc No 987-65-4320 •...
Page 69: Workstation Mode
User Interfaces Overhead Tube Crane 3.2.3 Workstation Mode The Workstation is selected on the OTC display or in the Canon image system. One of the following symbols is shown on the display: Portable workstation is selected. Free technique examinations with wireless DR detector.
Page 70 User Interfaces Overhead Tube Crane 3.2.3.1 Automatic Tracking Activation Fig. 3-10 Tracking activation 1. No Tracking activated: Workstation mode is shown (portable, table, wallstand, detector) 2. Auto Tracking, Table 3. Auto Tracking, Wallstand Auto Tracking, Table 60° SID 110 Fig. 3-11 Auto tracking table 1.
Page 71 User Interfaces Overhead Tube Crane 3. Two alternatives are available for the next step. Alternative 1: Press OTC up or OTC down button (directed by blue arrow) to align. The OTC will move until the correct position is reached, and the blue arrow will no longer be shown in the display.
Page 72: Adjustment Of Generator Parameters (Kv, Ma, Ms, Mas)
User Interfaces Overhead Tube Crane 3.2.4 Adjustment of Generator Parameters (kV, mA, ms, mAs) • Push the button with the parameter that shall be changed to change the exposure values. • Press +/- to increase/ decrease the value. Fig. 3-13 Adjustment of generator parameters Note! The Operator/User is always responsible for checking and validating the exposure parameters in the Image system before performing exposure.
Page 73: Selection Of Technique Mode
In AEC mode, the value used as back-up value (ms, mAs or fixed) is indicated with the text AEC Backup. For more detailed information about the different technique modes, see Operator’s Manual for Canon single console CXDI NE. CAUTION! To avoid unnecessary radiation, make sure that the AEC back-up values are properly defined.
Page 74 User Interfaces Overhead Tube Crane 3.2.5.1 Selection of Active AEC Field (AEC Mode Only) Fig. 3-15 AEC field selection 1. Activated AEC fields 2. Pop-up window for selecting AEC fields The AEC field selection button is available in AEC mode When selecting the AEC field button, a pop-up-window with the different AEC fields appears, see Fig.
Page 75: Patient Size
User Interfaces Overhead Tube Crane 3.2.6 Patient Size The Patient size setting is used for a quick setting of the generator parameters to suit the physique of the patient. Adjust Patient size by pressing the Patient size selection button. A pop-up window, according to Fig.
Page 76: Hospital Method Book
User Interfaces Overhead Tube Crane 3.2.8 Hospital Method Book The hospital method book is reached by activating the Hospital method book button for 1 second. The hospital method book can be implemented in the system as a pdf-file. Please contact Service Engineer for support.
Page 77 User Interfaces Overhead Tube Crane 3.2.9.1 Collimator Mode In automatic mode, the collimator light height and width is set from the anatomical program. The collimator light size can still be changed manually. In manual mode the collimator light height and width is not set from the anatomical program.
Page 78 User Interfaces Overhead Tube Crane 3.2.9.4 Collimator Functionality - System When the overhead tube crane moves in a direction that changes the SID, the collimator starts to compensate the field size. The collimator light field size on the imaging unit is held constant with changing SID.
Page 79 User Interfaces Overhead Tube Crane 3.2.9.5 Collimator Control Handle, Table (option) A. Button for switching the light and the laser line on/off. The light and laser line is automatically switched off via a time switch. B. Button for changing between Automatic mode and Manual mode.
Page 80: Setting Menu
User Interfaces Overhead Tube Crane 3.2.10 Setting Menu The setting menu is reached by a long activation of the Setting menu button. • Press the Setting button for 1 second to reach the Settings menu. Fig. 3-23 Setting button Unit USER SETTINGS SERVICE DISPLAY...
Page 81 User Interfaces Overhead Tube Crane 3.2.10.1 User Settings – Display DISPLAY SETTINGS THEMES Patient Info Always on Unit YYYY-MM-DD Unit Acc.No. Examination Fig. 3-25 Tab DISPLAY — Patient info It is possible to select which patient information to show on the display. The following parameters can be selected: •...
Page 82 User Interfaces Overhead Tube Crane Examination on Not in use in this system 3.2.10.2 User Settings – Settings USER SETTINGS SERVICE DISPLAY SETTINGS THEMES Image Preview on SID/H Unit Audio Key Click Beep when aligned, System Sound Sound on tracking. Brightness Logotype Auto Position #...
Page 83 User Interfaces Overhead Tube Crane Settings Preview Image (not applicable for CR systems) WARNING! The preview image must not be used for diagnostics or positioning. If preview is selected, a small preview image, see Fig. 3-30, is shown on the touchscreen display when an exposure is performed.
Page 84 User Interfaces Overhead Tube Crane Themes Select a pre-set theme. USER SETTINGS SERVICE DISPLAY SETTINGS THEMES Arcoma Standard Theme Name #6 Theme Name #8 Theme Name #1 Theme Name #7 Theme Name #9 Theme Name #2 Theme Name #4 Theme Name #10 Theme Name #3 Theme Name #5 Theme Name #11...
Page 85 User Interfaces Overhead Tube Crane 3.2.10.3 Service The Service tab is meant to be used by the service personnel. Service – Log USER SETTINGS SERVICE SETTINGS DISPLAY Warning&Errors Delete Log Refresh Heading *Warning 1 Warning 2013-07-30 10:10:01 Heading *Error 1 Error 2013-07-30 10:11:02...
Page 86 User Interfaces Overhead Tube Crane Service – Settings The Service menu shows system set up and system software versions. A more detailed description can be found in the Installation and service manual. USER SETTINGS SERVICE SETTINGS DISPLAY SYSTEM SETUP SW VERSIONS System Master Wallstand XX.XX.X...
Page 87: Light Indication
User Interfaces Overhead Tube Crane 3.2.11 Light Indication DoB [Birth Date] ID [Patient ID] Anna Johansson Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna Anna...
Page 88: Wallstand Control Elements
User Interfaces Wallstand Control Elements 3.3 Wallstand Control Elements 3.3.1 Tiltable Imaging Unit Holder (option) A. Turn the lock handle (1) down to release the imaging unit holder (2). B. Tilt the imaging unit holder. C. Turn the lock handle up to secure the imaging unit holder in position. Fig.
Page 89: Wallstand Controls
User Interfaces Wallstand Control Elements 3.3.2 Wallstand Controls The controls concerning the wallstand are positioned on the image unit holder bracket and on the floor next to the stand. A. Light indication B. Release/engage brake (Z-direction) C. Sync button D. Emergency stop E.
Page 90 User Interfaces Wallstand Control Elements 3.3.2.3 Foot Control For Vertical Movement, Wallstand (option) The wallstand with motorized vertical movement is maneuvered from the foot control. Consider the working area when the wallstand detector is maneuvered. Fig. 3-42 Wallstand foot control A Z movement down B Brake release manual movement C Z movement up...
Page 91: Otc Control Elements
User Interfaces OTC Control Elements 3.4 OTC Control Elements 3.4.1 Direction of Movement Alpha Fig. 3-43 Direction of movement Vertical movement motorized Lateral movement manual Longitudinal movement manual Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 83...
Page 92: Manual Collimator
User Interfaces Manual Collimator 3.5 Manual Collimator The basic functions of the manual collimator: – Turn on/off the light. – Change the size of the light field, adjust height and width. – Change filter, rotate the filter clockwise or counterclockwise. Four different filters can be chosen: •...
Page 93: Automatic Collimator (Option)
User Interfaces Automatic Collimator (option) 3.6 Automatic Collimator (option) 3.6.1 General The basic functions of the automatic collimator: – Turn on/off the light. – Change the size of the light field / X-ray field. – Change pre-filtration. Four different filters can be selected and are dependent on the collimator in the system. (AL02): •...
Page 94: Display And Control Elements
User Interfaces Automatic Collimator (option) 3.6.3 Display and Control Elements 3.6.3.1 Display Automatic Collimator Manual 0.2mmCu 35.0cm x 35.0cm 100cm Fig. 3-44 Display and control elements 1. Format height collimation Turning to the left closes the collimator, turning to the right opens the collimator. 2.
Page 95 User Interfaces Automatic Collimator (option) 3.6.3.2 Collimator Control Handle, Table (option) Fig. 3-45 Collimator control handle, table A. X-ray field illumination and linear light localizer on/off. Cutout is also performed automatically via a time switch. B. Automatic or manual mode. A long activation of the M button will set the light field to the detector size if tracking WS or table is active.
Page 96 Note! The system steps between pre-set values: 100, 115, 150, 180, 200. Pre-programmed SID values If the SID values for each APR are pre-programmed at the Canon NE user interface, this will override the collimator default value. Operator´s Manual OMNERA®400T 2000-095-026-EN Rev.
Page 97 User Interfaces Automatic Collimator (option) 3.6.3.4 Collimator Control Handle, Wallstand (option) Fig. 3-46 Functions of collimator control handle, wallstand A. Close format width collimation B. Open format width collimation C. Close format height collimation D. Open format height collimation E. Top centering of collimator light field. LED indicating the selected position. F.
Page 98 User Interfaces Automatic Collimator (option) 3.6.3.5 Operating the Automatic Collimator, Wallstand For further information of how to operate the automatic collimator on the wallstand, see 3.6.3.3 Operating the Automatic Collimator, Table, Page 88. Top and Bottom Centering The collimator light field can be top or bottom aligned instead of centered against the detector.
Page 99: Dap (Option)
User Interfaces DAP (option) 3.7 DAP (option) If a DAP meter is included in the system, the Dose Area Product will be presented in the image and included in the DICOM information. Checks and settings can be done by the service software, see Installation and service manual, chapter 4 Installation.
Page 100: Directions Of Movement
User Interfaces Table Control Elements 3.8 Table Control Elements 3.8.1 Directions of Movement Fig. 3-48 Directions of movement, table seen from the front side Vertical movement Lateral movement Longitudinal movement 3.8.2 Directions of Movement Fig. 3-49 Directions of movement, table seen from the front side Vertical movement Lateral movement Longitudinal movement...
Page 101: Indication Of Power To The Table
User Interfaces Table Control Elements 3.8.3 Indication of Power to the Table The device is powered when the green indicator light (A) on the table frame is lit. Note! When no power, the usability of the table is highly limited. Fig.
Page 102: Foot Control, Table X/Y/Z (Option)
User Interfaces Table Control Elements 3.8.4 Foot Control, Table X/Y/Z (option) The table with motorized vertical movement is maneuvered from the foot control. The foot control X/Y/Z is a standard control unit for table with motorized vertical movement. Consider the working area when the table top is manoeuvred. Fig.
Page 103 User Interfaces Table Control Elements Fig. 3-52 XY foot control, strip type 1. XY foot control strip type (option) 2. Table top (X/Y) Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 95...
Page 104: Moving Table Top
User Interfaces Table Control Elements 3.8.6 Table Hand Control Fig. 3-53 Location of table hand control A Fig. 3-54 Table hand control 3.8.6.1 How to Manoeuvre A. Press button to move the table top upward. B. Press button to move the table top downward. C.
Page 105: Image System Cxdi Ne Software
APR editor window. The APR editor window is accessed via the protocol editor window access button. It is integrated into the Canon CXDI control software NE to implement the X-ray generator control and the X-ray image acquisition.
Page 106: Name Descriptions
CPI / Canon CXDI NE software A mini-console and a computer installed Workstation with the Canon CXDI control software NE and the CPI / Canon CXDI NE software. Refer to the service manual supplement SLIP906566 for details. Control panel X-ray generator settings panel Fig.
Page 107: Control Panel
User Interfaces Image System CXDI NE Software All four parameters kV, mA, ms and mAs are same as the values that are displayed in the control panel. These parameters will be updated based on changes in the control panel. 3.9.5 Control Panel Fig.
Page 108: Radiography Controls
The control panel is used to temporarily change the default exposure parameters, AEC fields, receptors, body size, focus, and techniques for the selected protocol. This panel is displayed on the main screen when the Canon CXDI Control Software NE is entered.
Page 109 User Interfaces Image System CXDI NE Software 3.9.6.2 Display of Generator Parameters Three parameters as shown below are displayed near the top of the control panel: Fig. 3-60 1. Tube indicator This display will always indicate tube 1. 2. Anode heat unit indicator (HU) This display indicates the tube anode heat (percentage of the anode rating) for the selected X- ray tube.
Page 110 User Interfaces Image System CXDI NE Software To decrease mA, press – mA down button. The demanded mA is shown in the left side of the mA down button on the control panel. ms Adjustment To increase ms, press + ms up button. To decrease ms, press –...
Page 111 User Interfaces Image System CXDI NE Software 2. A pop-up window will be displayed showing all combinations of AEC fields. Fig. 3-61 The pop-up window will automatically close shortly if no selection is made after it opens. Note! At least one AEC field must be enabled in the AEC pop up window. 3.9.6.8 AEC Backup Display and Setting (AEC mode only) The AEC backup mode is installer programmable (in Genware MP) for each receptor.
Page 112 User Interfaces Image System CXDI NE Software If “ms” AEC backup has been programmed for the selected receptor, the backup ms is displayed as shown at the left and it is operator adjustable within preset limits. Fig. 3-63 If “mAs” AEC backup has been programmed for the selected receptor, the backup mAs is displayed as shown at the left, and it is operator adjustable within preset limits.
Page 113 User Interfaces Image System CXDI NE Software 3.9.6.9 DAP (Dose-Area Product) The DAP function is only available if the optional DAP device is installed in the X-ray system, and if the DAP function has been enabled in programming. DAP Overview The DAP device must be allowed to stabilize when the generator is switched on.
Page 114: Exam Tab
User Interfaces Image System CXDI NE Software 3.9.7 Exam Tab The four top tabs are Exam tab (1), Past tab (2), Online - offline(3) and System screen (4): Fig. 3-65 3.9.7.1 Worklist Patients will be displayed which are retrieved from the worklist server. Search for Study List In search for study list it is possible to filter the worklist by name or ID.
Page 115 User Interfaces Image System CXDI NE Software To change the orders of columns, click a column and keep the left mouse button pressed and drag the column to the desired place. To change the column width: select the column separator when the mouse pointer changes, press the left mouse button to drag and change the width.
Page 116 User Interfaces Image System CXDI NE Software Pending patients will sustain in the worklist. To delete a pending patient one has to select the pending patient, start the exam and then select end or cancel, depending if images has been acquired in the exam.
Page 117 User Interfaces Image System CXDI NE Software Advanced search criteria can be entered in [Acquisition Conditions]. Fig. 3-71 [Acquisition Conditions] can be changed from day-period to time-period to retrieve patient data. The settings are not persistent, after log out the default refresh as set in the Service Tool will be used.
Page 118 User Interfaces Image System CXDI NE Software Worklist Patient Selection There are multiple workflow methods, the most useful will be described. Fig. 3-72 Select the patient from the worklist. If the patient has multiple studies planned in the worklist the CXDI NE software will select them all. Fig.
Page 119 User Interfaces Image System CXDI NE Software If the system is programmed with prepacked protocols the studies will be filled automatically with protocols. Add protocols to the studies with [Edit Examl]. Press [Start Exam] to begin the acquisition. 3.9.7.2 Manual In the manual screen all patients, which has been selected from the worklist or entered manual in the past, are displayed.
Page 120 User Interfaces Image System CXDI NE Software Fig. 3-75 There are two possibilities to search and add protocols: 1. Search by tray. 2. Search by bodypart. Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 112...
Page 121 User Interfaces Image System CXDI NE Software Search by Tray Fig. 3-76 The protocols are presented in different tabs. Scroll through the tabs with buttons . A protocol can be added to the active study by click it once. Fig. 3-77 This screen displays all available tabs.
Page 122 User Interfaces Image System CXDI NE Software Search by Bodypart Fig. 3-78 Search bodypart to find a protocol quickly by using the anatomical diagram. Selecting an anatomical region will display all frequently and recently used protocols from that anatomical region. With [Search Options], search by protocol name or view position.
Page 123 User Interfaces Image System CXDI NE Software Fig. 3-80 Only workspaces available for the selected protocol is shown. Fig. 3-81 Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 115...
Page 124 User Interfaces Image System CXDI NE Software When the [Select by workspace] is not checked the preferred workspace is shown next to the protocol (colour and name) and both are selected at the same time. Fig. 3-82 Operator´s Manual OMNERA®400T 2000-095-026-EN Rev.
Page 125 User Interfaces Image System CXDI NE Software If the user wants to change the selected workspace the predefined workspace is selected. All workspaces that are available for the specific protocol is shown. Fig. 3-83 Image Processing Toolbar The quality of an image is to a large extent determined by the digital image processing. Keep in mind that the digital image processing is strongly dependent on sufficient exposure parameters.
Page 126 User Interfaces Image System CXDI NE Software Rotate and mirroring. Rotation is set by 90 ° steps. Free rotation is not possible. Left - Right marking letter. Depending on system settings, it will be shown at the bottom or top side. ROI (Region of Interest).
Page 127 User Interfaces Image System CXDI NE Software Pan the image when zoomed in. Zoom the image. Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 119...
Page 128 User Interfaces Image System CXDI NE Software Press the button [ROI] (region of interest) to create a new box by clicking 2 opposite corners with the left mouse button. Create a new box by drawing a box while keeping the left mouse button pressed.
Page 129 User Interfaces Image System CXDI NE Software If the radiated area on the detector has been rotated, so not in line with the detector borders, the crop box will be a square surrounding the complete radiated area. Press to create a new box by clicking two opposite corners with the left mouse button or draw a box while keeping the left mouse button pressed.
Page 130 User Interfaces Image System CXDI NE Software Mask Normally, the area outside the exposed area is given a black mask. Press the [Mask] button to customize the black mask area. Fig. 3-85 Press the [Mask] button to draw a self defined field. Press the left mouse button to create an anchor point.
Page 131 User Interfaces Image System CXDI NE Software 3.9.7.3 Examination Select [Start Exam] to reach Examination tab. Manually Add Studies and Enter Accession Numbers Manually adding studies is only possible when a patient has been set manually. When a patient has been selected from the worklist, or selected via the emergency button, it is not possible to add studies.
Page 132 User Interfaces Image System CXDI NE Software Fig. 3-87 Press [Edit]. The information is collected from the worklist server and cannot be changed. Fig. 3-88 Secure Images Against Erasure: Protect Image The CXDI NE software erases the images with the first in - first out principle. The oldest image will be erased when the data disk has reached its upper limit.
Page 133 User Interfaces Image System CXDI NE Software Fig. 3-89 Select [Edit]. Check [Protect Image] to prevent this study from automatic erasure. Fig. 3-90 Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 125...
Page 134: Past Tab
User Interfaces Image System CXDI NE Software 3.9.8 Past Tab Old images can be retrieved. Retrieved images can be changed and resent to a destination. The [Past List] can be called by selecting the past tab in the main screen. Fig.
Page 135 User Interfaces Image System CXDI NE Software Fig. 3-94 3.9.8.1 Resending Images If an image has been changed, press [Update ImageProc] to call the output menu. Select [Send Image] for resending the current image only. Select [Send Exam] for resending the complete exam containing all images.
Page 136: Online - Offline
User Interfaces Image System CXDI NE Software 3.9.9 Online - Offline The system can work in online and offline mode. The system is online and connected to the hospital information system and destinations. The worklist will be retrieved and when an exam has been ended, the acquired images are being sent automatically when a destination has been set.
Page 137: System View
User Interfaces Image System CXDI NE Software 3.9.10 System View Note! This information is intended for the super user. The system can be set up with a super user account. Super users have special permission for changing the system settings. When finished as super user, remember to log off the super user account from the system.
Page 138 User Interfaces Image System CXDI NE Software 3.9.10.1 User Administration Tab Select the system button to reach the system settings. Some of the system settings are available for all users; some of them are only accessible when logged in as a super user. Fig.
Page 139 User Interfaces Image System CXDI NE Software To change the password, check [Change Password Information]. Select role and choose a preset user role from the dropdown list. To set specific privileges for each user role, contact the application specialist or service engineer.
Page 140 User Interfaces Image System CXDI NE Software Monitor Gamma Test For calibration of the monitor. Study Input Type MWL (Modality Worklist) = Use the worklist. 3.9.10.3 System Settings Tab, Screen 2 Fig. 3-103 Common Cropping Area Options Cropping area preset: Define the desired crop box formats. Enable manual cropping area: When on, the crop box can be changed after acquisition.
Page 141 User Interfaces Image System CXDI NE Software 3.9.10.4 Customize Display Tab, Screen 1 Fig. 3-104 Patient Information Display Options Default set to do not divide. Essential Input Setting Which patient information fields are mandatory. Examination Screen Automatic next..: The next acquisition protocol which has not been acquired yet will be selected.
Page 142 User Interfaces Image System CXDI NE Software 3.9.10.5 Customize Display Tab, Screen 2 Fig. 3-105 Description List Items For each item a preferred list can be made. Users can choose an item from the list. Protocol Settings Search by category: -search an acquisition protocol via tabs. Search by bodypart: -search via anatomical diagram.
Page 143 User Interfaces Image System CXDI NE Software 3.9.10.6 Annotation Tab Fig. 3-106 Preview Annotation Select top/left, top/right, bottom/left or bottom/right. Free Annotation / Laterality Marker Free annotation: List with preprogrammed annotations Laterality marker: Font and size of the left and right marker. The position of the marker is set per protocol in the protocol editor.
Page 144 User Interfaces Image System CXDI NE Software 3.9.10.7 Connection Tab Fig. 3-107 Storage Settings for sending to destination PACS. Printer Settings for sending to destination printer. Settings for retrieving a worklist from a modality worklist (MWL) server. MPPS Settings for the modality performed procedure step (MPPS). Disk Storage Settings to export images to a DICOM DIR folder.
Page 145 User Interfaces Image System CXDI NE Software 3.9.10.8 Protocol Editor The protocol editor and image protocol buttons can be used only if no patients are active in the worklist and the past list. Fig. 3-108 Press the system button to show the [Protocol Editor]. With the protocol editor a protocol can be modified.
Page 146 User Interfaces Image System CXDI NE Software Fig. 3-109 1. Select protocol 2. Copy and simple edit 3. Selected workspace 4. Set and advanced edit After selecting protocol editor the Triathlon T3 will display several tabs and protocols. This is called the button layout.
Page 147 User Interfaces Image System CXDI NE Software Fig. 3-110 Select the original protocol and press [Copy]. Fig. 3-111 Confirm that a copy from “CHEST PA” has been made. Be aware that this protocol still is not visible in the button layout. Notice that the system now has selected the new copy.
Page 148 User Interfaces Image System CXDI NE Software Fig. 3-113 Select the default workspace; this is important if the protocol is directly linked to a RIS code. Press [OK]. Fig. 3-114 For every workspace an acquisition protocol button can be placed onto the button layout. Select workspace and press [Set] to place the new protocol into the button layout.
Page 149 User Interfaces Image System CXDI NE Software Fig. 3-116 The first workspace for "CHEST PA" has been assigned onto the button layout. Fig. 3-117 Repeat this for all other workspaces. Fig. 3-118 Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 141...
Page 150 User Interfaces Image System CXDI NE Software Select one of the new workspaces and press on [Edit] next to the [Set] button. Fig. 3-119 Change settings if desired, press [Next]. Fig. 3-120 For a PA protocol it is necessary to modify the orientation at “Flip and Rotate”. This has to be done for every single workspace for this protocol.
Page 151 User Interfaces Image System CXDI NE Software Fig. 3-121 For a PA protocol the “Flip and Rotate” has to be set on . The rotation is room specific. Check orientation and set correctly. Press [Next] for next screen. Fig. 3-122 In the generator screen, exposure settings can be changed.
Page 152 User Interfaces Image System CXDI NE Software Be aware that changing kV has to be confirmed with [Enter] on the keyboard. Fig. 3-123 WARNING! Exposure settings can be set which can exceed the power limitations of the x-ray tube or generator. Always test in advance in normal acquisition mode if a combination of exposure settings with the desired focus size is possible.
Page 153 User Interfaces Image System CXDI NE Software Settings X-ray Generator For x-ray generator settings, see figure in Table 4-4. Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 145...
Page 154 User Interfaces Image System CXDI NE Software Modify a Tab The system can contain up to 50 tabs, These tabs represent the different body categories. The name and order can be modified. It is also possible to switch on or off a tab by a super user.
Page 155 User Interfaces Image System CXDI NE Software track which protocols have been changed and do so for all other workspace protocols belonging to the same protocols. Press [Image Proc] to change image processing. Fig. 3-127 Select the protocol/workspace and press [Edit Radiography]. Fig.
Page 156 User Interfaces Image System CXDI NE Software Fig. 3-129 All images acquired with the selected protocol will be shown in a list. Select one for reference or check [No Reference Image] if a reference image is not available or necessary. Fig.
Page 157 User Interfaces Image System CXDI NE Software User Levels The normal user has privileges for level 1 only; this means that brightness and contest can be modified only. Fig. 3-131 Anatomical Part The anatomical part describes the part / organ for the system. This means that the system will set its automatic region of interest according to the anatomical part.
Page 158 User Interfaces Image System CXDI NE Software Normal users will see brightness and contrast, which will be set on “0” always directly after image acquisition. Changing brightness and contrast is just an offset from the real base brightness and base contrast. Whenever an image in the past list has not 0 for brightness or contrast it is visible that the image has been modified.
Page 159 User Interfaces Image System CXDI NE Software Curve Shape Each LUT has its own characteristics for brightness and contrast. There four different tables are SA, SB, SC and LN. Fig. 3-134 Enhancement Edge enhancement: 1=minor, 20=major Edge frequency: 1=large structures, 7=small structures Contrast boost: 1=minor, 20=major Dynamic range compression deteriorates the local contrast.
Page 160 User Interfaces Image System CXDI NE Software Fig. 3-136 A minor shift takes place for setting the correct base brightness. All information to the right side of the LUT is dark region. All information to the left side of the LUT is bright region.
Page 161 User Interfaces Image System CXDI NE Software Noise Reduction Noise reduction: 1 minor effect. 10 major effect. Use it wisely; noise reduction also blurs the image. This can be used for low dose, like age prognosis or hip dysplasia. Fig. 3-137 Sharpness Adjustment With sharpness adjustment small structures can be seen more clearly.
Page 162: Detector Status
User Interfaces Image System CXDI NE Software 3.9.11 Detector Status The status of the detectors is shown with a green light in the upper, right corner. The information is remaining battery time, signal strength and if the detectors are ready for exposure.
Page 163: Operating The System
Operating the System General 4 Operating the System 4.1 General WARNING! If any item is removed from the wallstand, e.g. the detector or lateral armrest, the wallstand will become unbalanced. When the brake is released, part of the wallstand will move upward and can cause injury.
Page 164 Operating the System General The wallstand has either a detector holder for a fixed or portable detector. The wallstand has a motorized option. Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 156...
Page 165: Turn On The System
Operating the System Turn on the System 4.2 Turn on the System The system is ready for examination within two minutes after the system has been turned on. Before starting the system, check that the emergency stop is not activated. When the system starts up, light indications and displays are lit.
Page 166 Operating the System Turn on the System 5. Log in on the computer. 6. Type user name and password, press Log in. Fig. 4-4 7. Confirm that the image system has started normally by checking the status icons. Fig. 4-5 Operator´s Manual OMNERA®400T 2000-095-026-EN Rev.
Page 167: Turn Off The System
Operating the System Turn off the System 4.3 Turn off the System Note! Wait for two minutes or longer after the examination is completed before turning OFF the power. 1. Move the OTC to a parking position, for example over the table. 2.
Page 168 Operating the System Turn off the System 3. Turn off the wireless detector (1). Fig. 4-8 4. Press the power [OFF] button (B) on the mini console. It is possible to turn off the power to the X-ray system while the power to the image system is still on.
Page 169: Perform Examination
Operating the System Perform Examination 4.4 Perform Examination 4.4.1 Select Patient 1. Select [Exam] and [Worklist]. Fig. 4-10 2. Sort the list in [Search For Study List] and select patient. 4.4.2 Start Examination 1. Select [Start Exam]. Predefined protocols are activated automatically. Fig.
Page 170: Workstation Indication Light
Operating the System Perform Examination 4.4.3 Workstation Indication Light 1. The indication light will be lit on the selected workstation. Fig. 4-12 Wallstand indication light Fig. 4-13 Table indication light Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 162...
Page 171: Position Otc And Wallstand
Operating the System Perform Examination 4.4.4 Position OTC and Wallstand 1. Align the OTC to the centre of the wallstand detector. Alpha Fig. 4-14 2. Move the OTC to the correct SID according to the selected protocol. Fig. 4-15 3. Select Auto Tracking on the OTC display. 4.
Page 172: Position Otc And Table
Operating the System Perform Examination 4.4.5 Position OTC and Table 1. Pull out the table detector holder. Fig. 4-16 2. Use the collimator light to align the OTC. Aim at the centre of the detector holder handle. 3. Move the OTC to index position to the centre of the table. Fig.
Page 173: Adjust Position And Collimator For Chosen Examination And Patient
Operating the System Perform Examination 4.4.6 Adjust Position and Collimator For Chosen Examination and Patient Adjust the position of the OTC, table top or wallstand according to: • 3.4 OTC Control Elements, Page 83 • 3.8 Table Control Elements, Page 92 •...
Page 174: Exposure
Operating the System Perform Examination 4.4.7 Exposure WARNING! Check that the settings of the SID (Source Image Distance) are accurate before the exposure. WARNING! Check that the selected workstation (wallstand, table) is connected and linked properly at the Examination Check screen of the image system before the exposure. WARNING! Check that the X-ray tube is set at correct position before the exposure.
Page 175 Operating the System Perform Examination Exposure operator console: A. preparation exposure B. exposure position C. light indicating exposure Fig. 4-19 Operator console Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 167...
Page 176: Review Image
Operating the System Perform Examination 4.4.8 Review Image 1. If the image is correct, select [End Exam] or continue examination if more images are planned. 2. If the image is not correct, select [Retake]. 3. Type reject reason and retake image. 4.4.9 Change Workspace 1.
Page 177: Basic Exposure Error Handling
Operating the System Perform Examination Fig. 4-21 4.4.10 Basic Exposure Error Handling Exposure not possible Check Measure The small detector is Is the small detector in the Remove the small detector selected (Green) docking station? from the docking station. If the table is equipped with Table examination (Pink) Connect the connector a wireless detector and...
Page 178: Emergency Patient
Operating the System Emergency Patient 4.5 Emergency Patient Note! Emergency patient can be used if it is necessary to begin acquiring images without knowing the patient information. Main advantage is that it is possible to bind the images to a patient from the worklist. Disadvantage is that all images within the emergency patient are collected in only one study.
Page 179: Perform A Stitching Sequence
Operating the System Perform a Stitching Sequence 4.6 Perform a Stitching Sequence 1. Select a stitching protocol. 2. Position the OTC centred to the detector in lateral direction. Fig. 4-23 3. In vertical direction, the OTC shall preferable be positioned in the expected middle of the complete stitched image.
Page 180 Operating the System Perform a Stitching Sequence Fig. 4-24 5. Position a patient protection in front of the wallstand detector. The detector will move during the stitching sequence. The patient protection shall be positioned between the detector and the patient. 6.
Page 181 Operating the System Perform a Stitching Sequence Fig. 4-26 9. Switch on the collimator light. Check the upper collimator light border. Adjust the upper limit to cover the area of interest. Press the button for the upper limit on the OTC display. The button will then turn green. Fig.
Page 182 When the last image included is captured the images can be stitched automatically in the Canon NE. Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1...
Page 183: System Techniques
4.4.3, and with a corresponding icon on the OTC display, see chapter 3.2.3. The selected workstation is also shown in the Canon user interface. Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T...
Page 184 Operating the System System Techniques 4.7.2 Table Tracking CAUTION! Always check if Auto Tracking is activated. Take extra care and monitor tube movements when Auto Tracking is active, ensuring there are no obstructions in its path. Active Auto Tracking is indicated by a tracking icon on the OTC display. Note! In table tracking technique, the exposure is blocked whenever a wallstand workstation is chosen.
Page 185 Operating the System System Techniques Table 4-1 Table Tracking Auto tracking table is active when the table tracking icon is shown on the OTC display and the tube is aligned with detector height (vertical detector) or at the correct SID (horizontal detector).
Page 186: Auto Tracking, Wallstand
Operating the System System Techniques 4.7.3 Auto Tracking, Wallstand CAUTION! Always check if Auto Tracking is activated. Take extra care and monitor tube movements when Auto Tracking is active, ensuring there are no obstructions in its path. Active Auto Tracking is indicated by a tracking icon on the OTC display and a steady light on the synchronization button at the Wallstand.
Page 187 Operating the System System Techniques 60° SID 110 60° SID 110 Fig. 4-30 Table 4-2 shows indication on the OTC display and OTC position for tracking of vertical and horizontal detector at the Wallstand detector. Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 179...
Page 188 Operating the System System Techniques Table 4-2 Wallstand tracking Auto tracking wallstand is active when the wallstand tracking icon is shown on the OTC display and the tube is aligned with detector height (vertical detector) or at the correct SID (horizontal detector).
Page 189: Operating The Table
Operating the System Operating the Table 4.8 Operating the Table 4.8.1 General WARNING! Risk of squeezing. Keep the area under the table free from obstacles during motorized movements. CAUTION! When the table is switched off, wait at least 15 seconds before switching it on again. Note! The system shall only be operated by trained radiologist, service technicians or product specialists.
Page 190 Operating the System Operating the Table Fig. 4-31 Table controls 1. Maneuver hand control (optional) 2. Kick box control 3. Foot control Table 4-3 Pos. Direction Movement Activation Z up Press and hold the button to activate the Motorized movement. Z down Release the button to stop the movement.
Page 191 Operating the System Operating the Table CAUTION! Make sure no foot control, maneuver handle or kick box control is pressed during power up. An activated control during power up will set the table in an error state and disable its Moving the Table Top To manually move the table top, release the brakes and use the hand grip rails located at the long sides of the table top.
Page 192: Detector, Table
Operating the System Operating the Table 4.8.3 Detector, Table 4.8.3.1 Load the Detector The instruction describes 14x17 and 17x17 detector. The figures show 14x17 detector. CAUTION! Do not put any load on the detector tray. It might be damaged. CAUTION! Always supervise movements of the detector to avoid collision with peripherals.
Page 193 Operating the System Operating the Table 2. Insert the detector into the tray. Note! It is important to check that the detector is correctly inserted into the detector tray. An incorrect positioning will result in incomplete images. 3. Press the button of the detector tray and push in the detector tray into the detector holder. Operator´s Manual 2000-095-026-EN Rev.
Page 194 Operating the System Operating the Table 4.8.3.2 Rotate the 14x17 Detector Changes between portrait and landscape. 1. Press the detector tray button and pull out the detector tray until it locks. Note! The detector tray should be in locked position. 2.
Page 195 Operating the System Operating the Table 4.8.3.3 Remove the Detector The instruction describes 14x17 and 17x17 detector. The figures show 14x17 detector. 1. Press the detector tray button and pull out the detector tray until it locks. Note! The detector tray should be in locked position. 2.
Page 196: Grid, Table
Operating the System Operating the Table 4.8.4 Grid, Table 4.8.4.1 Remove Grid 1. Pull out the grid. Fig. 4-33 Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 188...
Page 197 Operating the System Operating the Table 4.8.4.2 Insert Grid WARNING! Failure to insert the grid in the correct orientation, with the tube side facing towards the X-ray source, can result in unsuccessful patient imaging. Additional corrective patient imaging and additional ionising radiation exposure for the patient may be needed.
Page 198: Attach/Remove Accessories
Operating the System Operating the Table 4.8.5 Attach/Remove Accessories Accessories are attached and removed as shown in the figures below. This instruction is valid for all accessories attached to the table top. • To attach: 1. Insert the accessory. 2. Rotate it downwards. 3.
Page 199: Operating The Wallstand
Operating the System Operating the Wallstand 4.9 Operating the Wallstand 4.9.1 General WARNING! If any item is removed from the wallstand, e.g. the detector or lateral armrest, the wallstand will become unbalanced. When the brake is released, part of the wallstand will move upward and can cause injury.
Page 200: Functional Description
Operating the System Operating the Wallstand 4.9.2 Functional Description The control of the wallstand is positioned on the detector holder wagon, there is an optional foot control. The controls are used for enabling and disabling functions concerning the wallstand. These functions are described below. 4.9.2.1 Movements WARNING! If any item is removed from the wallstand, e.g.
Page 201 Operating the System Operating the Wallstand The wallstand can be moved manually in Z- direction for movements upward and downward. A button (A) for brake release is positioned on the left and right sides of the detector holder wagon. An optional button for brake release is positioned on the foot control.
Page 202 Operating the System Operating the Wallstand 4.9.2.2 Motorized Z-movement (Option) The controls concerning the motorized wallstand in Z-direction are positioned on the imaging unit holder bracket and at the foot of the column. Fig. 4-38 Motorized Z-movement controls A Release/engage imaging unit brake, standard B Release/engage imaging unit brake, option C Emergency STOP The imaging unit brake key (B) automatically lights the collimator lamp on activation, if wall...
Page 203 Operating the System Operating the Wallstand 4.9.2.3 Patient Support Grip (Option) Fig. 4-39 A Patient Support Grip 4.9.2.4 Detector, Detector Holder and Grid (Option) Tiltable Detector Holder The wallstand has an optional tiltable detector holder wagon. The wagon can make it possible to tilt the detector holder from 0°...
Page 204: Detector, Wallstand
Operating the System Operating the Wallstand Fig. 4-41 Tilting detector holder Start Position of the Handle CAUTION! Squeezing hazards: between the detector holder and other parts or devices when adjusting the angle of the detector holder. for fingers when operating the detector. for arm and fingers when operating the detector holder To position the handle (See pos.1 in Fig.
Page 205 Operating the System Operating the Wallstand WARNING! Complete the setting of the counterweights before setting or adjusting of detector and other equipment. Note! The system shall only be operated by trained radiologist, service technicians or product specialists. WARNING! Shutdown the power when replacing a fixed detector. Confirm that the wallstand is not possible to elevate.
Page 206 Operating the System Operating the Wallstand WARNING! If any item is removed from the wallstand, e.g. the detector or lateral armrest, the wallstand will become unbalanced. When the brake is released, part of the wallstand will move upward and can cause injury.
Page 207 Operating the System Operating the Wallstand 1. Press the detector tray button and pull out the detector tray until it locks. Note! The detector tray should be in locked position. 2. Press down the latch and insert the detector into the detector tray until the latch locks. Fig.
Page 208 Operating the System Operating the Wallstand 3. Press the button of the detector tray and push the detector tray into the detector holder. Fig. 4-43 4. Push the detector until the hooks (1) and the latch (2) lock. Chargeable detectors will start charging when set in this position. CAUTION! If the detector or the detector holder are not properly inserted, a warning symbol is shown on the display.
Page 209 Operating the System Operating the Wallstand 4.9.3.2 Rotate the 14x17 Detector Changes between portrait and landscape. 1. Press the detector tray button and pull out the detector tray until it locks. Note! The detector tray should be in locked position. 2.
Page 210 Operating the System Operating the Wallstand 4.9.3.3 Remove the Detector The instruction describes 14x17 and 17x17 detector operated from the right side. The figures shows 14x17 detector. 1. Press the detector tray button and pull out the detector tray until it locks. Note! The detector tray should be in locked position.
Page 211 Operating the System Operating the Wallstand 4.9.3.4 Grid, Wallstand Remove Grid 1. Pull the grid in the direction of the arrow. Hold the metallic handle on the side of the grid. Fig. 4-45 Insert Grid CAUTION! • Use the grid that is appropriate for exposure conditions (distance, etc). CAUTION! Insert the grid along with the rail.
Page 212: Super User
Operating the System Super User 4.10 Super User 4.10.1 Change Exposure Parameters 1. Select [System setup] and [Protocol Editor]. Fig. 4-47 Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 204...
Page 213 Operating the System Super User 2. Select protocol. Fig. 4-48 a Protocol Name [Edit]: Select exposure parameters, autoposition or alpha angle b Workspace [Edit] Select to change default workspace. Fig. 4-49 Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 205...
Page 214 Operating the System Super User c Select [Edit] under [Protocol Name]. Change default workspace if necessary. The user can change this during examination. Fig. 4-50 Select [Next] to: Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 206...
Page 215 Operating the System Super User d Change exposure parameter, collimator settings, etc. Settings can be defined for four different patient sizes; Very small, small, Medium, and Large for quick changes of exposure parameters. Fig. 4-51 Table 4-4 Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 207...
Page 216 Operating the System Super User The protocol parameters are specified below. Table 4-5 Protocol parameter Description Rad kV Define kV. Define mA. Depending on selected Technique Rad mA the value will be used either as the actual value or, in AEC mode, as backup value. This is indicated when the protocol is selected.
Page 217 Operating the System Super User Protocol parameter Description 0, 1, 2, 3 Filter Defines collimator filter (applicable for automatic collimator). Note, different filter applies depending on which automatic collimator that is included in the system. YES: Automatic collimator Collimator On NO: Manual collimator Unit mm or inch.
Page 218: Service Program, Log In
Operating the System Super User 4.10.2 Service Program, Log in 1. When Canon NE-application is running, the menu for restart is reached via (a) and (b). Fig. 4-52 In Canon NE-application: a Select b Select Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1...
Page 219 Operating the System Super User Fig. 4-53 2. Select Restart and Other Options. Fig. 4-54 3. Select ServiceTool Start, log in the Service menu. The Service program can also be opened via the ServiceTool shortcut on the desktop. Fig. 4-55 Operator´s Manual 2000-095-026-EN Rev.
Page 220: Collect Log Files
Operating the System Super User 4.10.3 Collect Log Files Fig. 4-56 Menu Selection - Data Collection 1. In ServiceTool, select Data Collection. Fig. 4-57 Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 212...
Page 221 Operating the System Super User Fig. 4-58 2. Select location for the log file Browse. Date: Enter start and end date for the data collection . Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 213...
Page 222: Export Images
Operating the System Super User 4.10.4 Export Images Fig. 4-59 Menu Selection - Image Import and Export 1. Select Image Import and Export. Fig. 4-60 Select operation menu 2. Select Export and press Next. Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 214...
Page 223 Operating the System Super User Fig. 4-61 Select data to be exported 3. Select images to export. Fig. 4-62 Remove Personal information 4. Make sure that the box Remove Personal information is selected (default). Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 215...
Page 224: Adjustment Of Protocol
Operating the System Super User Fig. 4-63 Export progress menu 5. Export progress. 4.10.5 Adjustment of Protocol Fig. 4-64 Menu selection - Protocol Editor Adjustment of protocol can be performed in the NE-application and in the ServiceTool. 1. Select Protocol Editor. Operator´s Manual OMNERA®400T 2000-095-026-EN Rev.
Page 225 Operating the System Super User Fig. 4-65 2. Adjust protocol, pre-pack (connection to RIS), Workspace and View/Button Layout Fig. 4-66 3. In Protocol, possible workspaces for the actual examination are shown. Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 217...
Page 226 Operating the System Super User Fig. 4-67 4. Select Workspace and Radiography to show protocol settings. Fig. 4-68 Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 218...
Page 227: Pre-Pack - Ris-Connection
Operating the System Super User 4.10.6 Pre-pack – RIS-connection In Pre-packed Protocol there is an overview of defined “pre-pack”. 1. Add and remove protocols. Fig. 4-69 Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 219...
Page 228: Stitching Protocol Definition
Operating the System Super User 4.10.7 Stitching Protocol Definition Fig. 4-70 Menu selection - Protocol Editor 1. Access Canon ServiceTool. 2. Select Protocol Editor. Fig. 4-71 Protcol Editor menu 3. Select Add to define a stitching protocol. Operator´s Manual OMNERA®400T 2000-095-026-EN Rev.
Page 229 Operating the System Super User Fig. 4-72 New Protocol page 1 Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 221...
Page 230 Operating the System Super User Fig. 4-73 New Protocol page 2 - Default workspace 4. Select workspace wallstand. Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 222...
Page 231 Operating the System Super User Fig. 4-74 New Protocol page 3 – Exposure type/Stitch 5. Select Stitch as Exposure type. Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 223...
Page 232 Operating the System Super User Fig. 4-75 New Protocol page 3 – Number of images 6. Define Number of images to be included in the stitching sequence. It is better to define one image more than expected than too few images. Based on the size of the region of interest, the system calculates the number of images needed and removes the protocols for images that are not exposed.
Page 233 Operating the System Super User Fig. 4-76 Used parameters in Intuition system 7. Define Exposure values, etcetera all included protocols/images. Define exposure parameters for the first protocol/image. Used parameters in Intuition system are framed. Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 225...
Page 234 Operating the System Super User Fig. 4-77 8. First protocol: a Define exposure parameters as for a regular protocol. b Set Collimator On to YES. c Define width and the expected total length of the stitched image. d Set SID On to YES and define the SID value. Operator´s Manual OMNERA®400T 2000-095-026-EN Rev.
Page 235 Operating the System Super User Fig. 4-78 9. Second and following protocols: a Set Collimator On to YES for the second and third image. b Set SID On to NO and no SID value shall be defined. Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 227...
Page 236 Operating the System Super User Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 228...
Page 237: Error Handling
Error Handling Fault Handling 5 Error Handling For service issues or questions about the system maintenance, call your local service contractor. 5.1 Fault Handling There are three types of NOTIFICATIONS - Shows the present occurrence. For example; collision. They are listed below in ranking order. 1.
Page 238 Error Handling Fault Handling When closing the error pop-up window (Fig. 5-1), a red information bar will appear (see Fig. 5-3 and Fig. 5-4). Jane Doe DoB 1977-03-06 Age 36 Sex F ID 987-65-4320 Acc No 987-65-4320 Hand AP Density post mAs Fault message: Checksum error Fig.
Page 239 Error Handling Fault Handling 5.1.1.2 Warning A warning message will appear in a warning information bar (lower part of the display), when the handling of the system justifies that. The warning information bar will be cleared if/when a new warning is displayed, or after time. The latest sent warning is shown.
Page 240 Error Handling Fault Handling When pushing the warning information bar, (see Fig. 5-5 and Fig. 5-6), a pop-up window will appear (see Fig. 5-7 and Fig. 5-8). Jane Doe DoB 1977-03-06 Age 36 Sex F ID 987-65-4320 Acc No 987-65-4320 Hand AP Movement stopped, Button A button was pressed during positioning...
Page 241: Cleaning And Disinfection
Cleaning and Disinfection General 6 Cleaning and Disinfection Cleaning is used for removal, usually with detergent and water or enzyme cleaner and water, of adherent visible soil, blood, protein substances, microorganisms and other debris from the surfaces, crevices, serrations, joints, devices, and equipment by a manual or mechanical process that prepares the items for safe handling and/or further decontamination.
Page 242: Cleaning
Cleaning and Disinfection Cleaning 6.2 Cleaning • Wipe the system’s parts with a lint-free cloth moistened with a moderate amount of mild soap or detergent solution until all visible signs of surface contaminants are removed. • Remove all remaining cleaning residues and dry with a soft cloth. •...
Page 243: Disinfection
Cleaning and Disinfection Disinfection 6.3 Disinfection • Clean the surfaces/parts before disinfection according to 6.2 Cleaning. • Wipe the surface with a lint-free cloth moistened with a disinfectant. • Do not spray any disinfectants directly on the surface. • Obey the instructions of the manufacturer of the disinfectant. See also separate instruction for 6.4 Maneuver Handle and Display.
Page 244: Maneuver Handle And Display
Cleaning and Disinfection Maneuver Handle and Display 6.4 Maneuver Handle and Display • Wipe the maneuver handle and display using a moderately moist cloth with water or alcohol-only cleaning agents only. • Do not spray directly on the maneuver handle or the display. Operator´s Manual OMNERA®400T 2000-095-026-EN Rev.
Page 245: Function And Safety Checks
Function and Safety Checks AEC Functional Check 7 Function and Safety Checks 7.1 AEC Functional Check The following procedure may be used to verify that the AEC circuits are functioning on generators equipped with AEC (automatic exposure control). 1. Switch the generator ON, and select an appropriate radiographic image receptor.
Page 246: Safety Checks
Function and Safety Checks Safety Checks 7.2 Safety Checks 7.2.1 General Note! Read the safety chapter before performing any maintenance. Note! For exchange of the collimator light field lamp, see the Collimator manual. If any malfunction is detected, the entire equipment must be taken out of use until the malfunction is eliminated by a service engineer from the supplier or by the local technical staff trained by the supplier.
Page 247: Daily
Function and Safety Checks Daily 7.3 Daily Clean parts intended for patient touching. See 6 Cleaning and Disinfection, Page 233. Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 239...
Page 248: Monthly Checks
Function and Safety Checks Monthly Checks 7.4 Monthly Checks 7.4.1 Checklist Use the checklist in 13 Appendix B, Page 267. 7.4.1.1 System Actions for OTC, table and wallstand. 1. Check hoses for damage. 2. Check outer cabling for damage. 3. Clean outer surfaces, except for the lubricated column segments. 4.
Page 249: Annual Checks
Function and Safety Checks Annual Checks 7.5 Annual Checks See Installation and service manual. Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 241...
Page 250 Function and Safety Checks Annual Checks Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 242...
Page 251: Complying Standards
Complying Standards 8 Complying Standards IEC 60601-1:2005+AMD1:2012+AMD2:2020 (edition 3.1) – Medical electrical equipment: General requirements for basic safety and essential performance. IEC 60601-1-2:2014 (4th edition) – Medical electrical equipment : General requirements for basic safety and essential performance - Collateral Standard: Electromagnetic disturbances - Requirements and tests.
Page 252 Complying Standards Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 244...
Page 253: Technical Specification
Technical Specification Classification 9 Technical Specification 9.1 Classification Classification according to IEC/EN 60601-1. Class I equipment. All dead metal parts of Class the equipment are electrical connected to protective earth. Applied part Type B Protection against ingress of water IPX0 Intermittent operation: 20% 1 min ON / 4 Mode of operation min OFF...
Page 254: Power Requirements
Technical Specification Power Requirements 9.2 Power Requirements 400VAC 3Phase+N, +/-10%, 50/60Hz Mains voltage for the System 400VAC 3Phase, +/-10%, 50/60Hz 480VAC 3Phase, +/-10%, 50/60Hz Long-time (positioning) 2 A 50/60 Hz. Momentary (exposure):150 A, 50/60 Hz (Short term peak value), (recommended fuse 63 A, thermal breaker, B curve.) Class 1 Heat dissipation...
Page 255: Power Line Requirements
Technical Specification Power Line Requirements 9.3 Power Line Requirements Recommended Minimum Mains Generator Disconnect Series and to Generator Generator Distribution Generator Apparent Mains (15 ft/5 m Service Transformer Momentary Mains Ground Voltage max) Rating Rating Line Current Resistance Wire Size 50 kW 100 A 0.17 Ω...
Page 256: Radiographic Specification
Technical Specification Radiographic Specification 9.4 Radiographic Specification Radiographic performance kVp range: 40 to 150 kV kVp steps: variable in 1 kV steps ± (5 % + 1 kV) measured 5 ms after the kVp accuracy: beginning of the exposure: ±2% between 70-80 kVp <...
Page 257 Technical Specification Radiographic Specification Radiographic performance ± (5% +1 mA) for exposures ≥ 5 ms and > mA Accuracy (10 mA -1000 mA): 0.5 mAs: ± (20%) mA for exposures > 0.1 mAs and for< 5 ms or: ≤ 0.5 mAs: (0.1- 0.25 mAs, mA 50 mA) Coefficient of linearity: ≤...
Page 258: Environmental Requirements
Technical Specification Environmental Requirements 9.5 Environmental Requirements Ambient transport and storage temperature -40 °C - +70 °C Ambient operating temperature +10 °C - +40 °C Transport and storage humidity (relative) 10-90%, non-condensing Operating humidity (relative) 30-75%, non-condensing 1060–700 hPa Atmospheric pressure range for transport, storage and operation (-400 to +3000 meter, 795 to 525 mm Hg) Operator´s Manual...
Page 259: Otc
Technical Specification 9.6 OTC 9.6.1 General Rotation range ceiling (beta) - 193°(±5°) ~ +155°(±10°) Rotation range tube arm (alpha) +193°(±5°) ~ -155°(±10°) Column (Z stroke) 1700 mm, 1450 mm 9.6.2 Weight 127 kg 40 kg maximum allowed weight Tube and collimator 60 kg Traverse rail X Ceiling rail Y (4 m standard)
Page 260: Cabinet
Technical Specification Cabinet 9.7 Cabinet 9.7.1 General Dimensions (L x W x H) mm 750 x 610 x 1130 Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 252...
Page 261: Closed Table
Technical Specification Closed Table 9.8 Closed Table 9.8.1 Maximum Patient Load Maximum patient load 295 kg 9.8.2 Weight of Parts Table (with table top and vertical lift) 241 kg Table top 47 kg 14 kg Vertical lift 9.8.3 Vertical Lift Lowest table top position (from the floor to 540 +20/–10 mm the table top surface)
Page 262: Two Column Table (Option)
Technical Specification Two Column Table (option) 9.9 Two Column Table (option) 9.9.1 General 9.9.1.1 Column Two column table, with motorized vertical movement Lowest table top position (from the floor to 550 mm the table top surface) Column (Z stroke) 380 mm 9.9.1.2 Table top Two Column Table with Manual or Motorized Detector Movement Dimensions...
Page 263: Wallstand
Technical Specification Wallstand 9.10 Wallstand 1470 +40/-10 mm (non-tilt) Column, Z stroke 1400 +40/-10 mm (tilt) Rotation range detector holder wagon (Only -20° - 90° the tiltable detector holder wagon). 9.10.1 Attenuation Equivalent Detector holder <=0.6 mm 9.10.2 Weight Maximum 180 kg (160 +20/ -20 kg) Wallstand Operator´s Manual 2000-095-026-EN Rev.
Page 264 Technical Specification Wallstand Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 256...
Page 265: Waste Disposal
Waste Disposal 10 Waste Disposal The manufacturing company is responsible for disposal of the product. To avoid environment pollution and human injury, we therefore request that you contact the manufacturer or your dealer if you wish to cease operation of your product with the intention of disposal. For disposal of other components, refer to corresponding documentation.
Page 266 Waste Disposal Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 258...
Page 267: Accessories And Options
Accessories and Options General 11 Accessories and Options 11.1 General WARNING! Risk of squeezing during motorized movements. Only accessories approved by the manufacturer are allowed for the system. This chapter describes accessories that can be ordered for the system. Operator´s Manual 2000-095-026-EN Rev.
Page 268: Options
Accessories and Options Options 11.2 Options 11.2.1 General Description Part no. Unistruts for rails 4x4 m Unistruts for rails 4x5 m Mounting kit, unistruts for rails 4x4 m Mounting kit, unistruts for rails 4x5 m Traverse Y-kit Cable outlet for 0170–CS Extra mechanical index in ceiling rails for positioning (2 pieces) 0170-925-006 400 kHU X-ray tube, 40/100kW, 150 kV...
Page 269: Wallstand
Accessories and Options Options 11.2.2.1 Closed Table Description Part no. Maneuever handle, automatic collimator 0072–099–004 Foot control X/Y/Z 11.2.2.2 Two Column Table Description Part no. Maneuver handle, X/Y and Z Maneuver handle, automatic collimator 0072–099–004 Foot control X/Y/Z Foot control strip type X/Y 11.2.3 Wallstand Description Part no.
Page 270: System Cabinet
Accessories and Options Options CXDI-402C, wireless 43x43 CXDI-702C, wireless 35x43 11.2.5 System Cabinet Description Code 50 kW, 100 kHz — 200 kHz High frequency 0072–925–302 generator 65 kW, 100 kHz — 200 kHz High frequency 0072–925–300 generator 80 kW, 100 kHz — 200 kHz High frequency 0072–925–301 generator 11.2.6 Wallstand loading...
Page 271: Glossary
Appendix A Glossary 12 Appendix A 12.1 Glossary Extra facilities to the system which easily can be mounted by the user. Accessories Automatic Exposure Control. Alpha A direction for a rotation movement. Beta A direction for a rotation movement. The tube turns around the Z-axis. Btu/hr British thermal unit/hour.
Page 272 Appendix A Glossary Electromagnetic Compatibility. End stop See mechanical end stop and software end stop. Exposure An image is taken against an image receptor. Collision detection of the Z-movement (option). Guard function A sensor in the top of the Z-column that registers variations of force. Guard sensor International Electrotechnical Commission.
Page 273 Appendix A Glossary A location in the room (X, Y and Z). Position Source to image distance. The distance between the focus spot in the X-ray tube and the active image receptor surface. FFD is also used. Software end A non-physical device that stops an automatic or manual movement. stop The software end stop is placed before the mechanical end stop.
Page 274 Appendix A Glossary Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 266...
Page 275: Monthly Checklist
Appendix B Monthly Checklist 13 Appendix B 13.1 Monthly Checklist Make a copy of this form before filling in. If there is any discrepancy please use the table and make a note. Hospital:........................ID No:............ Sign:............. 13.1.1 System 1. Check hoses for damage. 2.
Page 276: Two Column Table
Appendix B Monthly Checklist 13.1.4 Two Column Table 1. Check the movement of the table. 2. Check the mechanical end stops. 13.1.5 Wallstand 1. Check the movement of the wallstand. Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 268...
Page 277: Remark
Appendix B Monthly Checklist 13.1.6 Remark Remark Action Internal note Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 269...
Page 278: Annual Checks
Appendix B Annual Checks 13.2 Annual Checks Refer to Service and installation manual. Operator´s Manual OMNERA®400T 2000-095-026-EN Rev. 1.1 Page 270...
Page 279 Appendix B Annual Checks Operator´s Manual 2000-095-026-EN Rev. 1.1 OMNERA®400T Page 271...

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