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Canon Omnera 500A Operator's Manual

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Operator´s Manual
Technical Publication:
1000-095-071-EN Rev. 1.1

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Summary of Contents for Canon Omnera 500A

  • Page 1 Operator´s Manual Technical Publication: 1000-095-071-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 Revision history Chapter/Pages Date New Release 2020-09...

  • 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 © 2020 Arcoma Corporation all rights reserved......1 1.1.5 Text emphasis..................1 Identification Labels ..................3 System Description ..................6 1.3.1 General ....................6 1.3.2 Intended Use ..................6 1.3.3 Configuration ..................6 1.3.4...
  • Page 6 Contents 3.2.5 Adjustment of Generator Parameters (kV, mA, ms, mAs, Density).....63 3.2.6 Settings....................63 3.2.7 System Mode..................70 3.2.8 Hospital manual ..................75 3.2.9 Selection of Technique Mode ..............76 3.2.10 Patient Size ..................78 3.2.11 Collimator Centering................79 3.2.12 Servo State Mode .................80 3.2.13 Grid Status ...................81 3.2.14 Light indication..................83 Exposure ....................84...
  • Page 7 Contents 4.8.1 Free Mode ..................119 4.8.2 Auto Position Mode ................119 X-ray Table Examination Procedures............121 4.9.1 Table Flexible Mode ................121 4.9.2 Film Tracking Mode ................122 4.9.3 Pendulum Mode.................. 123 4.9.4 Stitching Table Mode (Option) .............. 123 4.10 Wallstand Examination Procedures .............
  • Page 8 Contents 8.5.3 Weight....................162 8.5.4 Electrical Characteristics ..............162 8.5.5 Attenuation Equivalent................. 162 Wall stand ....................163 8.6.1 Attenuation equivalent ................. 163 8.6.2 Weight....................163 8.6.3 Speed ....................163 Waste Disposal ...................165 10 Accessories ..................167 10.1 General..................... 167 10.1.1 Table....................167 10.1.2 Wallstand ...................

  • Page 9: Introduction

    Introduction Document information 1 Introduction 1.1 Document information • It is important to keep this document for the life of the equipment, and pass the document on to any subsequent holder or user of the equipment. • The original version of this manual is written in English. •...
  • Page 10 Introduction Document information 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. Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 2 2020-09-14...

  • Page 11: Identification Labels

    Introduction Identification Labels 1.2 Identification Labels The figure shows the location of the identification labels on the equipment. 1000 Fig. 1-1 Operator´s Manual 1000-095-071-EN Rev. 1.1 OMNERA® 2020-09-14 Page 3...
  • Page 12 Introduction Identification Labels Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 4 2020-09-14...
  • Page 13 Introduction Identification Labels 1000 OMNERA 500A 1000 Operator´s Manual 1000-095-071-EN Rev. 1.1 OMNERA® 2020-09-14 Page 5...

  • Page 14: System Description

    Introduction System Description 1.3 System Description 1.3.1 General Arcoma Precision includes: • Overhead tube crane (OTC) with x-ray tube and collimator • Table • Wall stand • System cabinet with a high voltage generator • Image Acquisition system • Flat panel detectors 1.3.2 Intended Use The system is a stationary X-ray system intended for obtaining radiographic images of vari- ous portions of the human body in a clinical environment.

  • Page 15: System Overview

    Introduction System Description 1.3.4 System Overview Fig. 1-2 System Overview 1. Overhead tube crane, OTC 2. Table 3. Detector holder 4. Wall stand 5. System cabinet 6. Computer and monitor Operator´s Manual 1000-095-071-EN Rev. 1.1 OMNERA® 2020-09-14 Page 7...

  • Page 16: Overhead Tube Crane, Overview

    Introduction System Description 1.3.5 Overhead Tube Crane, overview Fig. 1-3 Overhead Tube Crane, OTC 1. Ceiling rail (Y) 5. X-ray tube 2. Traverse rail (X) 6. Manoeuvre handle 3. Ceiling wagon 7. Collimator 4. Column (Z) 8. Display Operator´s Manual OMNERA®...
  • Page 17 Introduction System Description 1.3.6 Table overview Fig. 1-4 Table overview 1. Foot plate 7. XY foot control strip type (Option) 2. Column 8. Foot control table top (X/Y/Z) (Option) 3. Table top 9. Collimator hand control (option) 4. Table hand control (X/Y/Z, Ceiling tube pendulum movement) 10.

  • Page 18: Wall Stand Overview

    Introduction System Description 1.3.7 Wall stand Overview Fig. 1-5 Wall stand overview, T = Tilt 1. Lateral armrest 5. Hand control (Collimator and movement 2. Detector holder adjustments) 3. Column 4. Foot plate Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 10 2020-09-14...

  • Page 19: 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 20: 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 21 Safety Precautions, safety CAUTION! The system is provided with air intakes and outlets to prevent the equipment from overheating. Do not block these air intakes and outlets. CAUTION! Handle loose objects with care, so they will not fall down on patient or at the sur- rounding articles.
  • Page 22 Safety Precautions, safety CAUTION! When references are made to a sub-manual, always make sure to read the Safety Chapter, Warnings and Cautions carefully in both the System Manual and the sub- manuals. Note! Radio interference standard Federal Communications Commission (FCC) Part 15 Class B applies to this equipment.

  • Page 23: Qualifications Of Personnel

    Safety Qualifications of Personnel 2.3 Qualifications of Personnel CAUTION! Federal law restricts this device to be sold by or on the order of a physician. CAUTION! This equipment is intended for use in radiographic examinations under the guidance of trained health care professionals. 2.3.1 Operating Personnel Before using the product it is required that the operating personnel is thoroughly familiar with the product and its operating instructions, in particular:...

  • Page 24: Service And Maintenance

    Safety Service and Maintenance 2.4 Service and Maintenance WARNING! When service or maintenance is to be performed the service technician shall lock the equipment from all energy sources. Be aware of that there are live parts even some time after having switched off the mains.
  • Page 25 Safety Service and Maintenance WARNING! The Manufacturer can not assume responsibility for the safety features or for the reli- ability and performance of the equipment, if: • installation of equipment is not carried out by persons authorized by the Manufacturer. •...

  • Page 26: Installation And Repair

    Safety Installation and repair 2.5 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 27: Safety And Warning Symbols

    Safety Safety and Warning Symbols 2.6 Safety and Warning Symbols The following symbols are used for the product. 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 28: Safety And Warning Labels On The Equipment

    Safety Safety and Warning Labels on the Equipment 2.7 Safety and Warning Labels on the Equipment The figure shows the location of the safety and warning labels. 25 kg = 55 lbs Max 25 kg 25 kg = 55 lbs Max 25 kg 300 kg = 661 lbs Max 300 kg...

  • Page 29: Applied Parts

    Safety Applied Parts 2.8 Applied Parts Applied parts are intended for the patient to touch. Fig. 2-2 Applied parts, System Operator´s Manual 1000-095-071-EN Rev. 1.1 OMNERA® 2020-09-14 Page 21...

  • Page 30: Emergency Stop

    Safety Emergency stop 2.9 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 six internal emergency stops; one connected to the OTC and one on the servo button, one on each side of the table (at the head end) and two on the wall stand.

  • Page 31: Radiation And X-Ray Tube

    Safety Radiation and X-ray tube 2.10 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 32: Radiation Protection

    Safety Radiation and X-ray tube 2.10.1 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 require- ments have to be followed.
  • Page 33 Safety Radiation and X-ray tube Profile of stray radiation for table The diagram below, Fig. 2-4 Scattered radiation rate expressed in percent of central beam dose rate, with and without shielding, 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 34 Safety Radiation and X-ray tube Fig. 2-5 Zone of occupancy, shows a top view of the table and the zone of occupancy, the ar- rows showing the direction of decreasing scatter radiation levels. Fig. 2-5 Zone of occupancy Operator´s Manual OMNERA®...
  • Page 35 Safety Radiation and X-ray tube Profile of stray radiation for wall stand The diagram below, Fig. 2-6 Scattered radiation rate expressed in percent of central beam dose rate, with and without shielding, shows the dependency of the scattered radiation on the distance from the central beam, height above the floor and kV potential.
  • Page 36 Safety Radiation and X-ray tube Fig. 2-7 Zone of occupancy, shows a top view of the wall stand and the zone of occupancy, the arrow showing the direction of decreasing scatter radiation levels. Decreasing Central beam Decreasing S = significant zone of occupancy Fig.

  • Page 37: Mechanical Safety

    Safety Mechanical safety 2.11 Mechanical safety 2.11.1 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 are not subject of the collision warning.

  • Page 38: Overhead Tube Crane

    Safety Mechanical safety 2.11.2 Overhead tube crane WARNING! Squeezing hazard between the wall stand and the table. The operator should be beside the patient for support to avoid any risk of injury when handling the OTC. WARNING! Squeezing hazard can occur between column segments and beta rotational assembly interface.
  • Page 39 Safety Mechanical safety Possible squeezing hazard areas and placement of warning label: Squeezing hazard can occur between the: • column (1) and the column bottom plate (4) when the column is moving upward (Z- direction). • cover (2) and the column (Z) when the X- ray tube is moving in beta (β) direction.

  • Page 40: Cabinet

    Safety Mechanical safety 2.11.3 Cabinet Placement of warning and safety label: Max 25kg Fig. 2-9 Cabinet, mechanical safety Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 32 2020-09-14...

  • Page 41: Table

    Safety Mechanical safety 2.11.4 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 42 Safety Mechanical safety 2.11.4.1 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 in the same height as the table.
  • Page 43 Safety Mechanical safety Operator Fig. 2-11 Transfer patient to table 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 longi- tudinal side of the patient and the hospital bed.
  • Page 44 Safety Mechanical safety Patient weight restrictions The following figures show the maximum load at different positions of the table. MAX. 300 kg / 611 lb Fig. 2-12 Table top centered Table top centered over the table frame • Maximum load of a patient lying or sitting –...
  • Page 45 Safety Mechanical safety 2.11.4.2 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 46 Safety Mechanical safety The working area is the size of 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.

  • Page 47: Wall Stand

    Safety Mechanical safety 2.11.5 Wall stand 2.11.5.1 Safety issues when position patient WARNING! Be aware of unwanted motion when releasing the brakes. Note! Maximum weight on the wall stand lateral armrest is 25 kg. 2.11.5.2 Working area, wall stand The wall stand working area is in front of the detector holder. Fig.
  • Page 48 Safety Mechanical safety Max 25kg/55 lbs Max 10 kg/22 lbs Fig. 2-19 Possible squeeze hazards 1. Slide opening of the detector holder 2.11.5.4 Motorized wall stand CAUTION! Patients shall be outside the working area when operating any motorized movement. Operator´s Manual OMNERA®...

  • Page 49: Safety Functions

    Safety Safety functions 2.12 Safety functions 2.12.1 System 2.12.1.1 Collision detection Input check To secure that the system is operational and fully functional the system performs a self test at start up. The system checks that no inputs are activated during start up. In that case the system takes actions to inhibit the function to be used.
  • Page 50 Safety Safety functions Note! In some situations it is possible to force a false detection of a collision. This can occur if the column is affected by a pressure at the time the movement starts. This could be for example the case if the collimator rests on the Table, when the operator moves the column upward, a collision is detected.
  • Page 51 Safety Safety functions The first is the CAN bus itself. The CAN bus is a highly reliable bus, which take care of trans- mission errors and retransmissions on corrupted messages. If a message is sent and no er- rors are reported it is presumed to be guaranteed that the message is transferred and received correctly in all receiving nodes.
  • Page 52 Safety Safety functions 2.12.1.6 Two column table Table top guard (option) The table has a collision detection system that protects the table. It activates if a collision is detected and all movement is stopped. Sensors are placed in each corner of the table frame. The sensors register vertical pressure on the frame, for instance a vertical impact.
  • Page 53 Safety Safety functions The speed of the ramp is increased until the maximum speed is reached. For this increase in speed, the acceleration parameter is used. This is independent of the direction of the accel- eration. This maximum speed is maintained until it is time to start the deceleration. This de- celeration point is given by the current speed, the rate of the deceleration and the desired final position of the ramp.
  • Page 54 Safety Safety functions 2.12.1.7 Wall stand The product is balanced with counterweights and whenever any item is removed from the wall stand it will become unbalanced. If the brake is released when the wall stand is unbal- anced, the detector holder moves and can cause injury. Fig.

  • Page 55: Safety Zone, Definition

    Safety Safety zone, definition 2.13 Safety zone, definition 2.13.1 Table Safety zone There is a safety zone over and around the table. The safety zone reaches from the table top surface and vertical up 500 mm and from the ta- ble top edge and horizontal out 120 mm.

  • Page 56: Electromagnetic Compatibility (Emc)

    Safety Electromagnetic compatibility (EMC) 2.14 Electromagnetic compatibility (EMC) The system complies with the requirements of IEC 60601-1-2:2014 regarding electromag- netic 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 57 Safety Electromagnetic compatibility (EMC) The system is intended for use in the electromagnetic environment specified below. The cus- tomer or the user of the system should assure that it is used in such an environment. Guidance and manufacturer’s declaration - electromagnetic emissions Compliance Electromagnetic environment - guidance Emissions test...
  • Page 58 Safety Electromagnetic compatibility (EMC) The system is intended for use in the electromagnetic environment specified below. The cus- tomer 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 59 Safety Electromagnetic compatibility (EMC) The system is intended for use in the electromagnetic environment specified below. The cus- tomer 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 60 Safety Electromagnetic compatibility (EMC) Guidance and manufacturer’s declaration - electromagnetic immunity Electromagnetic environment - Immunity test IEC 60601 test Compliance guidance level level Note! is the AC mains voltage prior to application of the test 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,...
  • Page 61 Safety Electromagnetic compatibility (EMC) Recommended separation distances between portable and mobile RF communications equip- ment and system The system is intended for use in an electromagnetic environment in which radiated RF disturbances are controlled. The customer or the user of the system can help prevent electromagnetic interference by maintaining a minimum distance between portable and mobile RF communications equipment (transmitters) and the system as recommended below, according to the maximum output power of the communications equipment.
  • Page 62 Safety Electromagnetic compatibility (EMC) Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 54 2020-09-14...

  • Page 63: User Interface

    User Interface Overhead Tube Crane 3 User Interface 3.1 Overhead Tube Crane The overhead tube crane (OTC) can be moved to the correct position by autopositioning, motorized movements or manual movements. The OTC has a display that shows patient information, information of the tube angulation and the selected workstation etc.

  • Page 64: System Display Overview

    User Interface Overhead Tube Crane 3.1.3 System Display Overview DoB 1977-03-06 ID 987-65-4320 Jane Doe Age 36 Sex F Acc No 987-65-4320 Abdomen suspine Density 43.0 43.0 1. Up 7. Automatic collimator, see 3.2.1 Auto- matic collimator 2. Down 8. Light indication, see 3.2.14 Light 3.

  • Page 65: Automatic Collimator Control

    User Interface Automatic Collimator Control 3.2 Automatic Collimator Control The collimator is used to adjust the size of the x-ray field to cover the area of interest of the patient by adjusting the collimator light field size. The collimator light field size / x-ray field size and the collimator filtration can be predefined in the anatomical protocols and is then set automatically when the protocol is selected.

  • Page 66: Automatic Collimator

    User Interface Automatic Collimator Control 3.2.1 Automatic collimator DoB 1977-03-06 ID 987-65-4320 Jane Doe Age 36 Sex F Acc No 987-65-4320 Abdomen suspine Density 43.0 43.0 1. Select Automatic or Manual mode of the collimator. Note! If there is no new examination and the System is in a Manual mode, the collimator ignores the instructions of sent collimator area from the Imaging system.
  • Page 67 User Interface Automatic Collimator Control When changing from Manual mode to Automatic mode the collimator light / x-ray field size and filtration is restored to the values that were selected when changing from automatic to manual mode. Example: • Automatic mode: Size: 30 cm x 10 cm; filter 1. •...
  • Page 68 User Interface Automatic Collimator Control 3.2.1.6 Collimator Control Handle, Table (option) Fig. 3-4 Table collimator control handle A. Button for switching the light and the laser line on/off. The light and laser line is automati- cally switched off via a time switch. B.

  • Page 69: Display User Interface

    User Interface Automatic Collimator Control 3.2.2 Display user interface DoB 1977-03-06 ID 987-65-4320 Jane Doe Age 36 Sex F Acc No 987-65-4320 Abdomen suspine Density 43.0 43.0 1. Patient information 2. Active protocol 3. Position information 4. Adjustment of generator parameters: kV, mA, ms, mAs 5.

  • Page 70: Patient Information

    User Interface Automatic Collimator Control 3.2.3 Patient Information In this field the Patient Name, Patient ID, Date of Birth, Age, Sex and Accession number can be shown. The information shown is defined in the Setting menu. In the Setting menu it is also possible to decide if the Patient information shall be shown always (picture 1), or on demand (picture When the button is shown on demand, the Patient information can be obtained by pushing the “i”...

  • Page 71: Adjustment Of Generator Parameters (Kv, Ma, Ms, Mas, Density)

    User Interface Automatic Collimator Control 3.2.5 Adjustment of Generator Parameters (kV, mA, ms, mAs, Density) In order to change the exposure values, the button with the parameter that shall be changed, is pushed. Then the user may select to increase or decrease the value. Fig.
  • Page 72 User Interface Automatic Collimator Control 3.2.6.1 User settings User settings – Display Unit USER SETTINGS SERVICE DISPLAY SETTINGS THEMES Patient Info Always on YYYY-MM-DD Unit Unit Acc.No. Examination Unit Fig. 3-10 User settings – Display Patient Info CAUTION! The user shall always assure that the Patient info and the type of examination is cor- responding to the one in HIS and RIS.
  • Page 73 User Interface Automatic Collimator Control • ID • Age • Sex • Accession number • Examination/Active Protocol Operator´s Manual 1000-095-071-EN Rev. 1.1 OMNERA® 2020-09-14 Page 65...
  • Page 74 User Interface Automatic Collimator Control User settings – Settings Image Preview on Localization Unit Audio Key Click Beep when aligned, System Sound Sound 1 on tracking. Brightness Logotype Fig. 3-13 User settings – Settings In the Settings tab, it is possible to adjust the following: •...
  • Page 75 User Interface Automatic Collimator Control Preview Image WARNING! The preview image must not be used for diagnostics or positioning It is possible to select if a Preview image shall be shown on the touchscreen display or not. If preview is selected, a small preview im- age, see Fig.
  • Page 76 User Interface Automatic Collimator Control Themes 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 Fig.
  • Page 77 User Interface Automatic Collimator Control The log file may be used for troubleshooting. It is possible for service personnel to delete the log file which can be helpful when fault trac- ing. The refresh button retrieves the latest events. Delete log file Note! This procedure shall only be performed by service personnel.

  • Page 78: System Mode

    User Interface Automatic Collimator Control Service – Display USER SETTINGS SERVICE SETTINGS DISPLAY Versions 1.1 (Oct 7 2013 08:56:26) ROOTFS ME Merisc (Poky 8.0 base) KERNEL 2.6.37-14321-g1fb710c U-BOOT 2010.12-rc2-00004-g71lede39 X-Loader 1.44 (ME) Protocol 01.01 System 1.123.1234.1245 Fig. 3-21 Service – Display Information of the display software versions.
  • Page 79 User Interface Automatic Collimator Control 3.2.7.2 Auto Positioning Mode General Description The Auto position mode functions as the Free mode with the added functionality of automatic positioning in the room. Automatic positions are a number of positions that can be programmed and saved into the System.
  • Page 80 User Interface Automatic Collimator Control 3.2.7.4 Table Flexible Mode General Description The Table flexible mode is equal to Auto positioning mode with functionality added for track- ing the height of the Table (compare with Wall flexible mode). The mode is intended for Table examinations.
  • Page 81 User Interface Automatic Collimator Control 3.2.7.6 Pendulum Mode, Table General Description The Pendulum mode can be seen as a variation of film tracking. The X-ray tube is always aimed at the center of the detector. The alpha angle of the tube and the position of the detector changes according to the change in X-position of the tube stand.
  • Page 82 User Interface Automatic Collimator Control 3.2.7.7 Stitching Mode General Description Stitching is the process of combining multiple images with overlapping fields of view to pro- duce a larger image. When imaging long parts of the human body, there is need for an image with extended length.

  • Page 83: Hospital Manual

    User Interface Automatic Collimator Control Wallstand/Table Stitching The user must define the area that shall be captured in the stitching sequence. When choosing Stitching mode, new information will be present on the manoeuver handle; high (left) position, low (right) position, total length and number of exposures. The tube sup- port moves to the pre-defined position for X, Y, Alpha, Beta and Wallstand (detector holder for TableStitching).

  • Page 84: Selection Of Technique Mode

    Density AEC Backup Fig. 3-25 mAs selection button grayed out For more detailed information about the different technique modes, please see Operator’s Manual for Canon single console CXDI NE. Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 76 2020-09-14...
  • Page 85 User Interface Automatic Collimator Control 3.2.9.1 Selection of Active AEC Field (AEC Mode Only) 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 accord- ing to Fig. 3-26 AEC field selection, will appear. The AEC fields are activated by a selection in the pop-up window to the right (2).

  • Page 86: Patient Size

    User Interface Automatic Collimator Control 3.2.10 Patient Size The Patient size setting is used for a quick setting of the generator parameters to suit the physique of the patient. Patient size is adjusted by pressing the Patient size selection button. A pop-up window, ac- cording to Fig.

  • Page 87: Collimator Centering

    User Interface Automatic Collimator Control 3.2.11 Collimator Centering The collimator light field size can be top or bottom centered against the maximum image area. This means that the upper border of the collimator light field is aligned with the top of the maximum image area, or that the lower of the collimator light field is aligned with the bottom of the maximum image area.

  • Page 88: Servo State Mode

    User Interface Automatic Collimator Control 3.2.12 Servo State Mode The Servo state can be either Automatic mode (1) or Manual mode (2). A pop-up window according to Fig. 3-30 Servo state mode, will appear with two al- ternatives. When the System is in Manual mode all movements are allowed and expo- sure can be performed in any position, also outside the detector.

  • Page 89: Grid Status

    Automatic Collimator Control 3.2.13 Grid Status The grid status is indicated in the OTC display and in the Canon NE user interface for guid- ance. There is also a pop-up window appearing in the Canon NE user interface if grid status needs to be adjusted.
  • Page 90 User Action display Canon NE user interface INSERT GRID Removed Insert grid. Pop up window in Canon Grid shall be used for this will guide to insert the cor- examination. rect grid defined for the se- lected protocol. REMOVE THE GRID Example: Remove the grid.

  • Page 91: Light Indication

    User Interface Automatic Collimator Control 3.2.14 Light indication DoB 1977-03-06 ID 987-65-4320 Jane Doe Age 36 Sex F Acc No 987-65-4320 Abdomen suspine Density 43.0 43.0 There is a light indication available around the overhead tube display. • No light — Between examinations •...

  • Page 92: Exposure

    User Interface Exposure 3.3 Exposure CAUTION! The operator is responsible for validation of the exposure parameters before perform- ing an exposure. 3.3.1 Exposure Hand Control A. Exposure control in normal position. B. Exposure control in preparation position. C. Exposure control in exposure position. Fig.

  • Page 93: Image System

    User Interface Image System 3.4 Image System For information about Image system functions, see the Image System Manual. Operator´s Manual 1000-095-071-EN Rev. 1.1 OMNERA® 2020-09-14 Page 85...

  • Page 94: Remote Control (Option)

    User Interface Remote control (option) 3.5 Remote control (option) WARNING! The System must always be supervised when activated. Note! The remote control shall only be used inside the examination room. Note! Always mark up the remote controls with, for example, the room number or the system num- ber.
  • Page 95 User Interface Remote control (option) Indication diode The diode shows a green light, when the remote control button is activated. When the diode turns red, the batteries shall be exchanged. Tube up When the Tube up button is activated, the OTC will move upward. The movement will stop at button is release or when the highest possible position is reached.

  • Page 96: Servo Button

    User Interface Servo Button 3.6 Servo Button When the servo button is activated, the OTC and Wall stand detector (depending on system setup) automatically starts positioning (excluding Free mode). If the servo button is released, the movement stops and a manual movement of the stand is possible. When a new protocol is chosen or if the OTC is manually moved from the position, the OTC automatically starts moving to a predefined position when the servo button is activated.

  • Page 97: Directions Of Movement

    User Interface Table Control elements 3.7 Table Control elements 3.7.1 Directions of Movement The figure below shows the directions of the table movement. Front Fig. 3-36 Directions of movement, Table Vertical movement Lateral movement Longitudinal movement 3.7.2 Power Indication The green light indicates that the System is active. 4017 Fig.

  • Page 98: Foot Control, Table X/Y/Z (Option)

    User Interface Table Control elements 3.7.3 Foot Control, Table X/Y/Z (option) The foot control can be used for adjusting the table top height and for releasing the floating table top. Consider the working area when the table top is manoeuvred. Fig.
  • Page 99 User Interface Table Control elements Fig. 3-39 Wireless foot control. 1. Z movement down 2. Z movement up 3. Release pedal: Unlocks wallstand detector brake. Manual movement is possible. Unlocks table top. Manual movement is possible, table top is floating. 3.7.4.1 How to Manoeuver 1.

  • Page 100: Xy Foot Control, Strip Type (Option)

    User Interface Table Control elements 3.7.5 XY Foot Control, Strip Type (Option) Press and hold the foot control strip type (1) to release the brakes (X, Y) on the table top (2). When activated, the table top can be moved manually (floating table top). Fig.
  • Page 101 User Interface Table Control elements D. Drive motorized image receptor holder to left. E. Drive motorized image receptor holder to right. F. Move the OTC to the left in Pendulum mode. G. Move the OTC to the right in Pendulum mode. H.

  • Page 102: Moving Table Top

    User Interface Table Control elements 3.7.7 Moving 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. Fig. 3-43 Table hand grip rail 1. Hand grip rail 3.7.7.1 Directions of Movement The figure below shows the directions of the table movement.

  • Page 103: Attach/Remove Accessories

    User Interface Table Control elements 3.7.9 Attach/Remove Accessories Accessories are attached and removed as shown in the figures below. This instruction is val- id for all accessories attached to the table top. Attach Click Fig. 3-45 Attaching accessories Remove Press Fig.
  • Page 104 User Interface Table Control elements 3.7.10.1 Synchronization Function In Auto position mode and in Table flexible mode, the detector holder may be moved in X-di- rection using the motor (via the table handle or manually by activating the green button at the detector holder).

  • Page 105: Wall Stand Control Elements

    User Interface Wall stand Control Elements 3.8 Wall stand Control Elements 3.8.1 Wall stand Controls 4001 Fig. 3-47 Wall stand, direction of movement Z Vertical movement T Tilting movement A Light indication (lit when the wallstand is selected as a work station) B Hand control: Adjustment of the automatic collimator, vertical movement of the detector, rotation of the detector and activation of pendulum mode.
  • Page 106 User Interface Wall stand Control Elements 3.8.1.1 Wall Stand Hand Control Unit Hand control A. Collimator light on/off B. Adjustment height collimation C. Adjustment width collimation D. Servo button, see 3.6 Servo Button E. Break release for manual movement of detector F.
  • Page 107 User Interface Wall stand Control Elements Up/down • Button G, Motorized OTC tracking wall stand detector when au- to-position active • Button E, Manual Pendulum mode wall stand • Button F The OTC performs a pendulum movement in order to find correct angulation of the cen- tral X-ray Tilting -20°...
  • Page 108 User Interface Wall stand Control Elements 3.8.1.3 Wall stand Foot Control for Vertical Movement The Wall stand with motorized vertical movement is manoeuvred from the foot control. The foot control is a control unit for Wall stand with motorized vertical movement. Consider the working area when the Wallstand detector is manoeuvred.

  • Page 109: Operating The System

    Operating the System General 4 Operating the System 4.1 General WARNING! Always be aware of that there may still be power in the System and live parts accessi- ble even though the system is turned off. CAUTION! The Detector should be powered up at least half an hour before intended use. If it is used sooner than half an hour after being powered up, image quality may be affected 4.1.1 Applied Parts Applied parts are intended for the patient to touch.

  • Page 110: 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 111 Operating the System Turn on the system 4. Start the wireless detector (option), press the power button (1). The power-LED (2) lights with a fixed light. Fig. 4-4 5. Log in on the computer. 6. Type user name and password, press Log Fig.

  • Page 112: 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 113 Operating the System Turn off the system 3. Turn off the wireless detector (1). Fig. 4-9 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 114: 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. Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 106 2020-09-14...

  • Page 115: Start Examination

    Perform examination 4.4.2 Start examination 1. Select [Start Exam]. Predefined protocols are activated automatically. Patient data can also be added manually, see Canon Operation Manual. Fig. 4-11 2. The indication light will be lit on the selected workstation. 4001 4017...

  • Page 116: Position The System

    Operating the System Perform examination 4.4.3 Position the system 1. Activate the servo button to position the system. The servo button is activated on the console, the remote control, or wall stand hand control. 2. The indication light around the OTC display indicates with a green flashing light that the sytem reached correct position.

  • Page 117: Exposure

    Operating the System Perform examination 4.4.5 Exposure WARNING! Check that the settings of the SID (Source Image Distance) are accurate before the exposure. WARNING! Check that the selected workstation (wall stand, table) is connected and linked prop- erly 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 118 Operating the System Perform examination Exposure operator console: A. preparation exposure B. exposure position C. light indicating exposure Fig. 4-14 Operator console Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 110 2020-09-14...

  • Page 119: Review Image

    Operating the System Perform examination 4.4.6 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. 4.4.7 Change work space 1.
  • Page 120 Operating the System Perform examination Fig. 4-16 Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 112 2020-09-14...

  • Page 121: Basic Exposure Error Handling

    Operating the System Perform examination 4.4.8 Basic exposure error handling Exposure not possible Check Measure The small detector is se- Is the small detector in the Remove the small detector lected (Green) docking station? from the docking station. If the table is equipped with Table examination Connect the connector cor- a wireless detector and...

  • Page 122: Movement Short-Cut Zones

    Operating the System Movement Short-cut Zones 4.5 Movement Short-cut Zones A short-cut movement is defined as, when the OTC moves directly to the intended position, without first moving up into the transport interval zone. Movement short-cut zones are defined both for the Table and the Wallstand, as rectangular cubes.

  • Page 123: Wallstand Short-Cut Zone

    Operating the System Movement Short-cut Zones 4.5.1 Wallstand Short-cut Zone The Wallstand short-cut zone is defined in front of the Wallstand. Fig. 4-17 Wallstand short-cut zone 4.5.2 Table Short-cut Zone The Table short-cut zone is defined above the table top. Fig.

  • Page 124: Transport Interval Zone

    Operating the System Transport Interval Zone 4.6 Transport Interval Zone Outside the short-cut zones, movements between auto-positions are performed in a defined transport interval zone. The upper and lower limits are defined at System installation. Max. Transport interval zone Min. Fig.

  • Page 125: Manual Mode

    Operating the System Manual Mode 4.7 Manual Mode CAUTION! Be aware that there is no tracking between the x-ray tube and the detector when the System is in Manual mode. Therefore, take extra care that the x-ray beam is within the active area of the detector before performing an exposure.
  • Page 126 Operating the System Manual Mode 4.7.1.1 Deactivation of Manual Mode The Manual mode is deactivated by selecting a new APR with a different auto-position. De- activation is also done by changing to Automatic mode . If the same patient is examined and an APR with the same auto-position is selected, the Manual mode will be kept.

  • Page 127: Free Examination Procedures

    Operating the System Free Examination Procedures 4.8 Free Examination Procedures 4.8.1 Free Mode 4.8.1.1 General The Free mode is designed for emergency examinations. The servo button cannot be acti- vated in Free mode, consequently no automatic movement is available. 4.8.1.2 Flow of Operation Select a Free mode examination.
  • Page 128 Operating the System Free Examination Procedures 4.8.2.3 Flow of Operation Select an Auto position mode examination. The System display will display the following. Fig. 4-23 Auto position mode display • The OTC will display “H”, distance to the floor. Activate the mode by pressing the servo button. •...

  • Page 129: X-Ray Table Examination Procedures

    Operating the System X-ray Table Examination Procedures 4.9 X-ray Table Examination Procedures 4.9.1 Table Flexible Mode 4.9.1.1 General The Table Flexible mode is designed for examinations with the detector placed on the table top. The OTC can be moved freely in all directions. When the height of the table top is adjusted, the OTC will track the height of the table top in order to keep the SID constant.

  • Page 130: Film Tracking Mode

    Operating the System X-ray Table Examination Procedures 4.9.2 Film Tracking Mode 4.9.2.1 General The Film Tracking mode is designed for examinations of patients lying on the Table. 4.9.2.2 Flow of Operation Select a Film Tracking mode examination. The System display will display the following, see Fig. 4-25 Film tracking mode display. Fig.

  • Page 131: Pendulum Mode

    Operating the System X-ray Table Examination Procedures 4.9.3 Pendulum Mode 4.9.3.1 General The Pendulum mode is designed for non-vertical examinations of patients lying on the Table. 4.9.3.2 Flow of Operation Select a Pendulum mode examination. The System display will display the following, see Fig. 4-26 Pendulum mode display. Fig.
  • Page 132 Operating the System X-ray Table Examination Procedures Fig. 4-27 a) Left position and b) Right position. Activate the mode by pressing the servo button. • The servo mode indication light will flash until the left and right positions are specified. •...
  • Page 133 Operating the System X-ray Table Examination Procedures Rotate the x-ray tube in order for the left edge of the collimator light field to indicate the left limit for the composite image. Press the button (F2) to set the left limit, see Fig. 4-28 . •...

  • Page 134: Wallstand Examination Procedures

    Operating the System Wallstand Examination Procedures 4.10 Wallstand Examination Procedures 4.10.1 Wall Flexible Modes 4.10.1.1 General The Wall Flexible modes are designed for examinations of patients standing up against a vertical moving imaging unit. The movement up/down of the OTC, will only change the tube position, the Wallstand will not follow.
  • Page 135 Operating the System Wallstand Examination Procedures 4.10.1.3 Basic Flow Select a Wall Flexible mode examination. The System display will display the following. Fig. 4-31 Wall Flexible mode display • The SID will be displayed. Activate the mode by pressing the servo button. •...

  • Page 136: Nowait Configuration

    Operating the System Wallstand Examination Procedures 4.10.2 NoWait Configuration WARNING! The Wallstand will immediately start tracking the height of the detector. At the installation of the System, it is possible to select that the System shall not wait for the user to move the Wallstand.
  • Page 137 Operating the System Wallstand Examination Procedures Fig. 4-32 Patient protection Fig. 4-33 Stitching Wallstand mode examination The following buttons and information are located in the display, see Fig. 4-33 Stitching Wall- stand mode examination a High position , b Low position 1.

  • Page 138: Aec Technique Setup

    Operating the System Wallstand Examination Procedures • The button turns green to indicate that the limit is set. Fig. 4-35 Stitching mode — upper and lower limit set • When both limits have been defined the total length of the composite image and the number of exposures will be shown.

  • Page 139: Detector, Wallstand

    Operating the System Detector, Wallstand 4.11 Detector, Wallstand WARNING! • Before setting or adjusting the detector and other equipment, complete the setting of the counterweights. • Whenever any item is removed from the Wallstand, e.g. the lateral armrest, the de- tector holder will become highly unbalanced.

  • Page 140: 14X17 Detector, Wallstand

    Operating the System Detector, Wallstand 4.11.1 14x17 Detector, Wallstand WARNING! • Before setting or adjusting the detector and other equipment, complete the setting of the counterweights. • Whenever any item is removed from the Wallstand, e.g. detector, it will become highly unbalanced.
  • Page 141 Operating the System Detector, Wallstand CAUTION! • Confirm that the latch is going up firmly, as shown below. 3. While pressing and holding the button of the detector tray, return it back to the inside of the detector holder. Operator´s Manual 1000-095-071-EN Rev.
  • Page 142 Operating the System Detector, Wallstand 4.11.1.2 Change between Portrait and Landscape The method of rotating the detector in the detector holder, is as follows: 1. To rotate the detector by 90 , in the step 2 of “Method to set the detector”, hold the lower side of the detector and turn it from the below, clockwise or anti-clockwise (2) while pulling the latch upward or downward of the detector tray (1) in the direction of the arrow.
  • Page 143 Operating the System Detector, Wallstand 4.11.1.3 Method to Remove the 14x17 Detector, Wallstand The method of removing the detector from the detector tray is as follows. 1. To remove the detector, in the step 2 of “Method to set the detector”, unlock the connector by pulling the latch of the detector tray in the direction of the arrow.

  • Page 144: 17X17 Detector, Wallstand

    Operating the System Detector, Wallstand 4.11.2 17x17 Detector, Wallstand 4.11.2.1 Method to load the 17x17 detector WARNING! • Before setting or adjusting the detector and other equipment, complete the setting of the counterweights. • Whenever any item is removed from the wallstand, e.g. detector, it will become highly unbalanced.
  • Page 145 Operating the System Detector, Wallstand 3. While pressing and holding the button of the detector tray, return it back to the inside of the detector holder. 4. Push the detector until the hold-backs are set. Then the detector is in the correct position. Chargeable detectors will start charging when set in this position.
  • Page 146 Operating the System Detector, Wallstand Hold-back Latch Fig. 4-38 CAUTION! It is important that the hold-backs lock outside the detector end. Failure to position the detector in the proper position, will lead to incorrect images. Note! If the detector or the detector holder is not properly inserted, a warning symbol will be shown at the display.

  • Page 147: Portable Detector, Table

    Operating the System Portable detector, table 4.12 Portable detector, table Note! This instruction applies only to a portable 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. Note! If the System includes more than one detector, assure that the active detector is used.
  • Page 148 Operating the System Portable detector, table 2. Insert the detector into the tray as shown below. Fig. 4-41 Inserting the detector into the detector tray Fig. 4-42 3. In this position exposure is possible in Free mode, Table Flexible mode and Auto position mode.

  • Page 149: Change Between Portrait And Landscape

    Operating the System Portable detector, table 4.12.2 Change between portrait and landscape 1. Rotate the detector 90°. 2. Hold as shown below and turn the detector, clockwise or anti-clockwise. Fig. 4-44 Detector change between portrait and landscape Fig. 4-45 Operator´s Manual 1000-095-071-EN Rev.

  • Page 150: Remove Detector

    Operating the System Portable detector, table 4.12.3 Remove detector 1. Withdraw the detector holder and rotate the detector, if needed, to remove the detector. Fig. 4-46 2. Remove the detector by pulling it towards you according to Fig. 4-47 Detector removal. Fig.

  • Page 151: Exchange Grid

    Operating the System Portable detector, table 4.12.4 Exchange 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 152 Operating the System Portable detector, table Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 144 2020-09-14...

  • Page 153: Error Handling

    Error Handling Fault Handling 5 Error Handling 5.1 Fault Handling There are three types of NOTIFICATIONS - Shows the present occurence. For example; col- lision. They are listed below in ranking order. 1. ERROR Information in the OTC display (red). Sound: two beeps. 2.
  • Page 154 Error Handling Fault Handling When closing the Error pop-up window (Fig. 5-1 Error pop-up window), a red information bar will appear (see Fig. 5-3 Error information bar, Table and Fig. 5-4 Error information bar, Wall stand). Jane Doe DoB 1977-03-06 Age 36 Sex F ID 987-65-4320 Acc No 987-65-4320...
  • Page 155 Error Handling Fault Handling 5.1.1.2 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 156 Error Handling Fault Handling When pushing the Warning information bar, (see Fig. 5-5 Warning information bar, Table and Fig. 5-6 Warning information bar, Wall stand), a pop-up window will appear (see Fig. 5-7 Pop-up window — Warning information bar and Fig. 5-8 Pop-up window — Information bar). Jane Doe DoB 1977-03-06 Age 36 Sex F...

  • Page 157: Diagnostic

    Error Handling Diagnostic 5.2 Diagnostic For System messages, error messages and error handling, see the System Installation and Service Manual. Operator´s Manual 1000-095-071-EN Rev. 1.1 OMNERA® 2020-09-14 Page 149...
  • Page 158 Error Handling Diagnostic Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 150 2020-09-14...

  • Page 159: Cleaning

    Cleaning General 6 Cleaning 6.1 General CAUTION! Be sure to clean the device so it will not affect the operation the next time it is being used. Note! For a more detailed cleaning information, see the Operation Manual for respective device. Note! Use a moderate amount of liquid, when cleaning the product! •...

  • Page 160: Collimator

    Cleaning Collimator 6.2 Collimator Follow local, national and organizational procedures regarding cleaning. The following agents are safety to use • Isopropanol • Ethyl alcohol These cleaning agents may be diluted with water for cleaning purposes. WARNING! Use of other cleaning agents may result in damaging the collimator or possible injury to the user.

  • Page 161: Wall Stand, Table, Otc And X-Ray Tube

    Cleaning Wall stand, Table, OTC and X-ray Tube 6.3 Wall stand, Table, OTC and X-ray Tube Preferred cleaning agents for cleaning X-ray tube housing assemblies are: • Alcohol • Methanol • Hospital grade disinfectant. The X-ray tube assembly is not intended to come into contact with patients. Operator´s Manual 1000-095-071-EN Rev.
  • Page 162 Cleaning Wall stand, Table, OTC and X-ray Tube Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 154 2020-09-14...

  • Page 163: Function And Safety Checks

    Function and safety checks Monthly Checks 7 Function and safety checks 7.1 Monthly Checks 7.1.1 General If any malfunction is detected, the entire equipment must be taken out of use until the prob- lem is eliminated by a service technician from the supplier or by the local technical staff trained by the supplier.
  • Page 164 Function and safety checks Monthly Checks Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 156 2020-09-14...

  • Page 165: Technical Specification

    Technical specification Electrical Characteristics 8 Technical specification 8.1 Electrical Characteristics 400 V 3N, 50/60 Hz Mains voltage for the System 400 V 3~ 480 V 3~ 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...

  • Page 166: Environmental Requirements

    Technical specification Environmental Requirements 8.2 Environmental Requirements Ambient transport and storage temperature -25°C - +70°C Ambient operating temperature +10°C- +40°C Transport and storage humidity (relative) 10-90%, non-condensing Operating humidity (relative) 30-75% RH, non-condensing Maximum transport and storage altitude 3000 m Maximum operating altitude 3000 m Maximum air pressure...

  • Page 167: Ceiling Suspended X-Ray Tube Support

    Technical specification Ceiling suspended X-ray tube support 8.3 Ceiling suspended X-ray tube support 8.3.1 General Rotation range ceiling (beta) >340° Rotation range tube arm (alpha) >±135° Column (Z stroke) 1750 mm 8.3.2 Configuration The OTC is a mechanical part of an X-ray system.

  • Page 168: Speed

    Technical specification Ceiling suspended X-ray tube support 8.3.6 Speed Low speed Maximum speed Z movement 60 mm/s X movement 250 mm/s 500 mm/s Y movement 250 mm/s 500 mm/s α movement 16°/s β movement 16°/s Image receptor holder 166 mm/s 350 mm/s movement (with 50 kg mass)

  • Page 169: Cabinet

    Technical specification Cabinet 8.4 Cabinet 8.4.1 Dimensions Dimensions (L x W x H) mm 750 x 600 x 1125 mm 8.4.2 Weight Max 134 kg Cabinet Operator´s Manual 1000-095-071-EN Rev. 1.1 OMNERA® 2020-09-14 Page 161...

  • Page 170: Table

    Technical specification Table 8.5 Table 8.5.1 Column Lowest table top position (from the floor to 550 mm the table top surface) Column (Z stroke) 380 mm 8.5.2 Table Top Table top dimensions 2424 mm x 850 mm Table top transparent area 2400 mm x 613 mm Table top thickness 21,5 mm...

  • Page 171: Wall Stand

    Technical specification Wall stand 8.6 Wall stand Column, Z stroke 1580 +10/-10 Rotation range detector holder wagon (Only -20° - 90° the tiltable detector holder wagon). 8.6.1 Attenuation equivalent Detector holder ≤ 0.6 mm 8.6.2 Weight 200 kg ±10 Wall stand 8.6.3 Speed Maximum speed Z movement...
  • Page 172 Technical specification Wall stand Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 164 2020-09-14...

  • Page 173: Waste Disposal

    Waste Disposal 9 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.
  • Page 174 Waste Disposal Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 166 2020-09-14...

  • Page 175: Accessories

    Accessories General 10 Accessories 10.1 General WARNING! Due to squeezing hazards from motorized movements, only accessories approved by the Manufacturer are allowed for the 0072. Description Part no. Cable carriage (1 pc) 0510–099–001 External servo button incl. emergency stop 0072–099–210 0512–099–001 Unistruts for rails 4x4m 0512–099–002...

  • Page 176: Wallstand

    Stitching; patient protection shield 0072-099-307 Stitching removable footstep 0182–099–320 Wall brackets WS 10.1.3 Detector Description Part.no. CXDI-401C, wireless 43x43 compact Canon detector CXDI-402C, wireless 43x43 Canon detector CXDI-410C, wireless 43x43 Canon detector CXDI-701C, wireless 35x43 Canon detector CXDI-702C, wireless 35x43 Canon detector...

  • Page 177: Glossary

    Appendix A Glossary 11 Appendix A 11.1 Glossary Extra facilities to the product 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 A precautionary measure that shuts off the exposure, if the AEC cham-...
  • Page 178 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 179 Appendix A Glossary Optic Density. O.D. Extra facilities that demand updating of the System software and hard- Options ware before use. Options demand installation of an authorized service technician. A location in the room (X, Y and Z ). Position Source to image distance.
  • Page 180 Appendix A Glossary Z-node The Z-node controls the Z-movement. The System moves in the Z-direction. Z-movement Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 172 2020-09-14...

  • Page 181: Monthly Checklist

    Appendix B Monthly Checklist 12 Appendix B 12.1 Monthly Checklist Make a copy of this paper before filling in. If there is any discrepancy please use the table to make a note. Hospital:........................Id no:............ Room:............ Sign:............. Date:............12.1.1 OTC 1.
  • Page 182 Appendix B Monthly Checklist 12.1.1.1 General Checks for All Units OTC, Table and Wallstand 1. Make sure that the Operation Manual is available and up to date 2. Check the hoses for damage. 3. Check all outer cabling for damage. 4.
  • Page 183 Appendix B Monthly Checklist 12.1.1.2 OTC 6. Power up the Ceiling suspended unit and check all functions. 7. Move the Ceiling suspended unit around and observe any irregularities. 12.1.1.3 Table 8. Move the Table in X, Y and Z direction an make sure it runs smoothly and without any dissonance.

  • Page 184: Remark

    Appendix B Monthly Checklist 12.1.2 Remark Remark Action Int Note Operator´s Manual OMNERA® 1000-095-071-EN Rev. 1.1 Page 176 2020-09-14...

  • Page 185: Annual Checks

    Appendix B Annual Checks 12.2 Annual Checks Refer to Service and Installation Manual. Operator´s Manual 1000-095-071-EN Rev. 1.1 OMNERA® 2020-09-14 Page 177...

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