Lorad MAN-00745 Maintenance Manual

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MAN-00745, “MNL, SEL INSTALLATION AND H/W MAINTENANCE”

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REV AUTHORED BY DATE

J. SHARP 1/8/08

REV DRAFTED BY DATE

B. MOSES 1/8/08

PROPRIETARY INFORMATION: The content of this document is the exclusive property of Lorad and may not, without prior written permission of Lorad, be reproduced, copied or used for any purpose whatsoever.

DANBURY, CT 06810

TITLE DOCUMENT NUMBER REV

AW, MNL, SEL INSTALLATION

AND H/W MAINTENANCE

ARTWORK SIZE A SHEET 1 OF 1

AW-01859 002

ENG-0034-T33, Rev. 001

Page 2

Page 3

Page 4

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Service Support:

USA: 877-371-4372 Europe: +32.2.711.4690 All Other: 781-999-7750

Hologic and the Hologic Logo are registered trademarks of Hologic, Inc. Other trademarks registered or used by Hologic and its divisions and subsidiaries in the United States and other countries include: Affinity, Affinity Platinum, Auto Film ID, “Clarity of Vision,” Dataport, HTC, LORAD, “LORAD A Hologic Company,” LORAD DSM, LORAD Elite, M-IV, M-IV Platinum, MultiCare, Permagrid, ScoutMarc, SecurLook, SecurView, SecurView DX, SecurView RT, Selenia, SmartWindow, StereoLoc, and TechMate. Solaris, Sun, Sun Blade, Sun Ultra, and Ultra are trademarks or registered trademarks of Sun Microsystems, Inc. in the United States and other countries. Microsoft and Windows are trademarks or registered trademarks of Microsoft Corporation in the United States and other countries. Any other product and company names mentioned herein are the trademarks or registered trademarks of their respective owners.

Corporate Headquarters

35 Crosby Drive, Bedford, MA 01730-1401 USA Tel: 781.999.7300 Sales: 781.999.7453 Fax: 781.280.0668 www.hologic.com

Europe (EU Representative)

Hologic NV Leuvensesteenweg 250A 1800 Vilvoorde, Belgium Tel: +32.2.711.4680 Fax: +32.2.725.2087

Asia Pacific

3/F, 21 Li Yuen Street West Central, Hong Kong Tel: +853.3102.9200

Selenia Installation and Hardware Maintenance Manual

Part Number MAN-00745

Revision 002

January 2008

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Installation and Hardware Maintenance Manual

Table of Contents

List of Figures .................................................................................................................. -i

List of Tables ................................................................................................................... -i

Preface ........................................................................................................................P-iii

1.0 Intended Use ......................................................................................................................................P-iii

2.0 Quality Control ..................................................................................................................................P-iii

3.0 Training ..............................................................................................................................................P-iii

4.0 Product Complaints ............................................................................................................................P-iii

5.0 Prerequisites .......................................................................................................................................P-iii

6.0 Terms and Definitions ........................................................................................................................ P-iv

7.0 Document Conventions .................................................................................................................... P-viii

8.0 Warnings, Cautions, and Notes ........................................................................................................ P-viii

9.0 International Symbols .........................................................................................................................P-ix

10.0 Using the Installation and Hardware Maintenance Manual ................................................................P-x

Chapter 1—General Information ................................................................................. 1-1

1.0 Introduction .........................................................................................................................................1-1

2.0 System Description ..............................................................................................................................1-1

3.0 Film Printer (option) .............................................................................................................................1-2

4.0 Safety ..................................................................................................................................................1-2

4.1 Isolation Integrity ..........................................................................................................................1-2

4.2 Radiation Safety ............................................................................................................................1-3

4.3 Electrical Safety .............................................................................................................................1-3

4.4 Mechanical Safety .........................................................................................................................1-5

4.5 Emergency Off Switches ................................................................................................................1-5

4.6 Interlocks ......................................................................................................................................1-6

5.0 Compliance .........................................................................................................................................1-7

5.1 Compliance Requirements ............................................................................................................1-7

5.2 Compliance Statements .................................................................................................................1-7

5.3 Label Locations .............................................................................................................................1-8

6.0 Room Planning ....................................................................................................................................1-9

7.0 Receiving and Unpacking ..................................................................................................................1-11

7.1 Receiving Instructions .................................................................................................................1-11

7.2 Uncrating the Gantry ..................................................................................................................1-11

7.3 Uncrating the Acquisition Workstation ........................................................................................1-13

7.4 Unpacking the Image Receptor ...................................................................................................1-14

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Chapter 2—Gantry Installation .....................................................................................2-1

1.0 Overview of Entire Installation Process ............................................................................................... 2-1

2.0 Securing the Gantry in Position ........................................................................................................... 2-1

3.0 Gantry Input Power Configuration ...................................................................................................... 2-2

3.1 Power Cable Connection .............................................................................................................. 2-3

4.0 Footswitch Installation ........................................................................................................................ 2-4

5.0 Remote X-ray On/Power On Light—Connection ................................................................................. 2-5

6.0 Installing the Image Receptor .............................................................................................................. 2-6

6.1 Image Receptor Installation .......................................................................................................... 2-6

6.2 Adjusting the C-arm Rotation Switch Assembly ............................................................................ 2-6

6.3 Shipping Container Return ............................................................................................................ 2-6

Chapter 3—AWS Installation with TechMate ..............................................................3-1

1.0 Securing the Acquisition Workstation (AWS) in Position .....................................................................3-1

1.1 Removing the Rear Cover ............................................................................................................. 3-1

1.2 Mount the AWS ............................................................................................................................ 3-1

2.0 Input Power Configuration .................................................................................................................. 3-2

2.1 Acquisition Workstation ............................................................................................................... 3-2

3.0 Gantry to Acquisition Workstation Interconnections ........................................................................... 3-3

3.1 Power ........................................................................................................................................... 3-3

3.2 Fiber Optics .................................................................................................................................. 3-4

4.0 Standard Configuration ....................................................................................................................... 3-6

4.1 Displays, Swivel Arm, and Display Arm Attachment ..................................................................... 3-6

5.0 Optional Configuration ..................................................................................................................... 3-11

5.1 Reversing the Direction of the Cable Harness ............................................................................. 3-11

5.2 Left-Side Selenia Display Arm Configuration .............................................................................. 3-12

5.3 Right-Side TechMate Swivel-Arm Configuration ......................................................................... 3-14

5.4 Displays, Swivel Arm, and Display Arm Attachment ................................................................... 3-15

6.0 Selenia Network Cable Installation ................................................................................................... 3-19

7.0 TechMate Network Cable Installation ............................................................................................... 3-19

8.0 Installing the Radiation Shield ........................................................................................................... 3-19

9.0 Installing the AWS Rear Cover .......................................................................................................... 3-20

Chapter 4—AWS Installation without TechMate ..........................................................4-1

1.0 Standard Configuration ....................................................................................................................... 4-1

1.1 Display and Display Arm Attachment ........................................................................................... 4-1

1.2 Arm Harness Routing .................................................................................................................... 4-2

2.0 Display Harness Routing ..................................................................................................................... 4-2

3.0 Gantry to Acquisition Workstation Interconnections ........................................................................... 4-3

3.1 Power ........................................................................................................................................... 4-3

3.2 Fiber Optics .................................................................................................................................. 4-4

4.0 Optional Configuration ....................................................................................................................... 4-6

4.1 Remove the Base .......................................................................................................................... 4-6

4.2 Reconfigure the Base Wiring ........................................................................................................ 4-6

4.3 Replace the Base .......................................................................................................................... 4-6

4.4 Realigning the Cover on the Arm’s Post ........................................................................................ 4-6

4.5 Repositioning the Totoku Display Bracket .................................................................................... 4-7

4.6 Repositioning and Realigning the Support Mount Assembly ......................................................... 4-7

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Chapter 5—Startup, Shutdown, and Functional Tests .................................................. 5-1

1.0 Acquisition Workstation Controls and Display .....................................................................................5-1

2.0 TechMate Controls and Display ...........................................................................................................5-2

3.0 Initial Startup Procedures .....................................................................................................................5-2

3.1 Pre-Startup Checks ........................................................................................................................5-3

3.2 Turning On the System ..................................................................................................................5-3

3.3 Resetting the UPS ..........................................................................................................................5-4

4.0 Test Ground Impedance ......................................................................................................................5-5

5.0 Controls and Displays ..........................................................................................................................5-6

5.1 Emergency Off Switches ................................................................................................................5-6

5.2 Acquisition Workstation Keypads ..................................................................................................5-6

5.3 Selenia Display .............................................................................................................................5-7

5.4 Gantry Controls and Displays ........................................................................................................5-8

5.5 C-arm Controls and Displays .........................................................................................................5-9

5.6 Dual Function Footswitches ........................................................................................................5-11

6.0 Selenia Controls and Functional Tests ................................................................................................5-12

7.0 Continue with System Installation ......................................................................................................5-18

8.0 Emergency Off Switches ....................................................................................................................5-18

9.0 Shutdown Procedures ........................................................................................................................5-19

9.1 User Reboot and User Shutdown ................................................................................................5-19

Chapter 6—AWS Maintenance ..................................................................................... 6-1

1.0 Introduction .........................................................................................................................................6-1

1.1 Component Identification ..............................................................................................................6-2

2.0 Accessing Internal Components—Selenia AWS ...................................................................................6-3

2.1 Rear Cover Removal .....................................................................................................................6-3

2.2 Internal Components .....................................................................................................................6-4

3.0 Accessing Internal Components—TechMate ........................................................................................6-5

3.1 Front Cover Removal ....................................................................................................................6-5

4.0 Preventive Maintenance Procedures ....................................................................................................6-6

4.1 AWS — Clean and Inspect ............................................................................................................6-6

5.0 Display Maintenance ...........................................................................................................................6-7

5.1 Selenia Display Replacement ........................................................................................................6-7

5.2 TechMate Display Replacement ....................................................................................................6-8

6.0 Trackball Replacement ........................................................................................................................6-9

6.1 Selenia ..........................................................................................................................................6-9

6.2 TechMate ......................................................................................................................................6-9

7.0 Keyboard Replacement ......................................................................................................................6-10

7.1 Selenia ........................................................................................................................................6-10

7.2 TechMate ....................................................................................................................................6-10

8.0 Compact Disk Drive and Storage Shelf Replacement .........................................................................6-11

8.1 Storage Shelf Replacement ..........................................................................................................6-11

8.2 Compact Disk Drive Replacement ..............................................................................................6-12

9.0 Bar Code Reader Replacement ..........................................................................................................6-12

9.1 Bar Code Reader .........................................................................................................................6-12

9.2 Bar Code Reader Power Supply ...................................................................................................6-12

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10.0 AWS Computer Replacement .......................................................................................................... 6-13

10.1 Back up Configuration .............................................................................................................. 6-13

10.2 Back up the Calibration and Map Files .....................................................................................6-13

10.3 Create getinfo.html ................................................................................................................... 6-13

10.4 Capture the calibration data on the Host Microprocessor board ............................................... 6-13

10.5 Burn a CD with the backup files ............................................................................................... 6-15

10.6 Ultra 45™ Computer Replacement ........................................................................................... 6-16

10.7 Reinstall Backup Files ............................................................................................................... 6-16

10.8 Verify System Operation ........................................................................................................... 6-16

11.0 TechMate Computer Replacement .................................................................................................. 6-17

12.0 Radiation Shield Replacement ........................................................................................................ 6-18

13.0 Power Distribution Assembly Replacement ..................................................................................... 6-19

13.1 Power Distribution Fuses .......................................................................................................... 6-19

14.0 Power Distribution Board Replacement .......................................................................................... 6-20

15.0 Power Control Board Replacement ................................................................................................. 6-20

16.0 Low Voltage Power Supply Replacement ........................................................................................ 6-20

17.0 Right X-ray LED Board Replacement ............................................................................................... 6-21

18.0 Left X-ray LED Board Replacement .................................................................................................. 6-21

19.0 AWS Display Power Supply Replacement ....................................................................................... 6-21

20.0 Cooling Fans Replacement .............................................................................................................. 6-22

20.1 Selenia ..................................................................................................................................... 6-22

20.2 TechMate ................................................................................................................................. 6-22

21.0 Circuit Breaker Replacement ........................................................................................................... 6-23

22.0 AWS Emergency Off Switch Replacement ....................................................................................... 6-23

23.0 Uninterruptible Power Supply Maintenance (UPS) .......................................................................... 6-24

23.1 Selenia UPS Replacement ......................................................................................................... 6-24

23.2 UPS Battery Replacement ......................................................................................................... 6-25

23.3 TechMate UPS Replacement .................................................................................................... 6-26

23.4 TechMate UPS Battery Replacement ......................................................................................... 6-27

24.0 Fiber Optic Cable Replacement ...................................................................................................... 6-28

Chapter 7—Gantry Maintenance ..................................................................................7-1

1.0 Introduction ........................................................................................................................................ 7-1

2.0 Gantry Component Identification ........................................................................................................ 7-2

3.0 Removing Covers and Panels .............................................................................................................. 7-5

3.1 Gantry Cover Removal ................................................................................................................. 7-5

3.2 C-arm Covers—Removal .............................................................................................................. 7-6

4.0 Preventive Maintenance Procedures ................................................................................................... 7-8

4.1 Preventive Maintenance Tools and Procedures ............................................................................. 7-8

4.2 Gantry—Clean and Inspect ........................................................................................................... 7-9

4.3 Review the Exposure, Error, and Alarm Logs .................................................................................7-9

4.4 Accessing the Exposure and Error Logs ......................................................................................... 7-9

4.5 C-arm Rotation Gear Assembly Inspection and Lubrication ........................................................ 7-11

4.6 VTA Lead Screw Inspection and Lubrication ............................................................................... 7-12

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5.0 Replacing X-ray and Imaging Components ........................................................................................7-13

5.1 Fiber Optic Cabling .....................................................................................................................7-13

5.2 Image Receptor ...........................................................................................................................7-15

5.3 Preparing the Image Receptor for Return Shipping ......................................................................7-15

5.4 Image Receptor Fans ...................................................................................................................7-16

5.5 Image Receptor Dust Filter Maintenance .....................................................................................7-16

5.6 HV Generator Assembly ..............................................................................................................7-17

5.7 Beam Limiting Assembly .............................................................................................................7-19

5.8 X-ray Tube ..................................................................................................................................7-20

5.9 Brick Assembly ...........................................................................................................................7-21

6.0 Replacing Circuit Boards, Firmware, and Circuit Components ...........................................................7-22

6.1 Firmware .....................................................................................................................................7-22

6.2 Jumpers .......................................................................................................................................7-22

6.3 Host Microprocessor Board .........................................................................................................7-23

6.4 Motor/Lamp Control Board .........................................................................................................7-24

6.5 Generator Microprocessor Board ................................................................................................7-25

6.6 Filament Control Board ...............................................................................................................7-25

6.7 Rotor Control Board ....................................................................................................................7-26

6.8 Tubehead Switch Boards .............................................................................................................7-27

6.9 Filament Protect Board ................................................................................................................7-27

6.10 Tubehead Microprocessor and Motor Driver Boards .................................................................7-28

6.11 Bucky Controller Board .............................................................................................................7-29

6.12 C-Arm Vertical Travel Limit Switches ........................................................................................7-30

6.13 C-Arm Rotation Limit Switch .....................................................................................................7-30

6.14 C-arm Switch Boards (2) ............................................................................................................7-30

6.15 Mag Tray Detector Board ..........................................................................................................7-31

6.16 Right Rotation Angle Display Board ..........................................................................................7-33

6.17 Left Rotation Angle Display Board .............................................................................................7-33

6.18 Gantry C-arm Rotational Switches .............................................................................................7-34

6.19 VTA Motor Driver Board ...........................................................................................................7-34

6.20 Compression / AEC Position Display Boards ..............................................................................7-35

6.21 AEC Position Switch ..................................................................................................................7-35

6.22 Paddle Detect Board .................................................................................................................7-36

7.0 Replacing Electrical Power Components and Assemblies ...................................................................7-37

7.1 Power Distribution Board ............................................................................................................7-38

7.2 Mains Power Board .....................................................................................................................7-39

7.3 Emergency Off Switch .................................................................................................................7-39

7.4 Circuit Breaker ............................................................................................................................7-40

7.5 Isolation Transformer/Power Distribution Assembly ....................................................................7-41

7.6 Power Supply Interconnect Board ...............................................................................................7-43

8.0 Replacing Mechanical Components and Assemblies .........................................................................7-44

8.1 Tubehead Cooling Fan ................................................................................................................7-44

8.2 C-arm Rotation Potentiometer .....................................................................................................7-45

8.3 C-arm Rotation Drive Motor and Gearbox Assembly ...................................................................7-46

8.4 C-arm Vertical Drive Motor and Gearbox Assembly ....................................................................7-47

8.5 Compression Thickness Potentiometer ........................................................................................7-48

8.6 Compression Clutch and Clutch Brake Assembly ........................................................................7-49

8.7 Compression Motor and Motor Brake ..........................................................................................7-51

8.8 Timing Belt .................................................................................................................................7-52

8.9 Force Load Cell ...........................................................................................................................7-53

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Appendix A—Specifications ......................................................................................... A-1

1.0 Dimensional Information ....................................................................................................................A-1

1.1 Tubestand (Gantry with C-arm) .....................................................................................................A-1

1.2 Acquisition Workstation ...............................................................................................................A-2

1.3 Acquisition Workstation with Dual Swivel Arms ...........................................................................A-2

2.0 Operating Environment ....................................................................................................................... A-3

2.1 General Operating Conditions ......................................................................................................A-3

3.0 Storage Environment ........................................................................................................................... A-3

3.1 Tubestand .....................................................................................................................................A-3

3.2 Image Receptor ............................................................................................................................A-3

4.0 Electrical Input .................................................................................................................................... A-4

4.1 Tubestand .....................................................................................................................................A-4

4.2 Acquisition Workstation ...............................................................................................................A-4

5.0 Acquisition Workstation Technical Information ..................................................................................A-5

6.0 Tubestand Technical Information ........................................................................................................ A-6

6.1 C-arm ...........................................................................................................................................A-6

6.2 Compression ................................................................................................................................A-6

6.3 X-ray Tube: Molybdenum .............................................................................................................A-8

6.4 X-ray Tube: Tungsten ....................................................................................................................A-9

6.5 X-ray Collimation .......................................................................................................................A-10

6.6 Light Field Indication ..................................................................................................................A-10

6.7 X-ray Generator ..........................................................................................................................A-11

7.0 Imaging System Technical Information ..............................................................................................A-13

7.1 Image Receptor ..........................................................................................................................A-13

8.0 Hardcopy Film Printing Devices ....................................................................................................... A-14

8.1 Image Engine ..............................................................................................................................A-14

8.2 Interface .....................................................................................................................................A-14

8.3 Printed Film ................................................................................................................................A-14

9.0 TechMate ..........................................................................................................................................A-14

10.0 Center-of-Gravity Reference ............................................................................................................A-15

Appendix B—Using Selenia in a Mobile Environment ...................................................B-1

1.0 General Information ............................................................................................................................ B-1

1.1 The Vertical Position Override Switch (VPOS) ..............................................................................B-1

2.0 Safety Considerations and Other Precautions ...................................................................................... B-2

3.0 Mobile Specifications .......................................................................................................................... B-3

3.1 Shock and Vibration Limits ........................................................................................................... B-3

3.2 Coach Environment ......................................................................................................................B-3

3.3 Electrical Input ............................................................................................................................. B-3

4.0 Preparing the System for Transport ...................................................................................................... B-4

5.0 Testing System Integrity After Transport ............................................................................................... B-4

5.1 Selenia Controls and Functional Tests ...........................................................................................B-4

5.2 Compression Thickness Test .........................................................................................................B-4

5.3 Quality Control Tests .................................................................................................................... B-4

6.0 Integrity Checklist ............................................................................................................................... B-5

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Appendix C—Technical References ..............................................................................C-1

1.0 Peripheral Monitor Port ...................................................................................................................... C-1

1.1 Array Monitor Port ....................................................................................................................... C-2

2.0 Test Points .......................................................................................................................................... C-3

3.0 LED Indicators .................................................................................................................................... C-7

4.0 Fuses .................................................................................................................................................. C-9

5.0 Jumpers ............................................................................................................................................ C-11

Appendix D—Parts List ............................................................................................... D-1

1.0 Introduction ........................................................................................................................................D-1

2.0 The Replacement Parts Lists ................................................................................................................D-1

Appendix E—Alternate AWS Arm Configuration .......................................................... E-1

1.0 Introduction .........................................................................................................................................E-1

2.0 Identification .......................................................................................................................................E-1

3.0 Reconfiguring the Selenia Display Arm Assembly ................................................................................E-2

3.1 Removing the Selenia Display .......................................................................................................E-2

3.2 Removing the Arm ........................................................................................................................E-2

3.3 Removing the Base ........................................................................................................................ E-3

3.4 Reconfigure the Base Wiring ......................................................................................................... E-5

3.5 Modify the Selenia Display Arm for Left-Side Articulation ............................................................. E-5

4.0 Reconfiguring the TechMate Swivel Arm Assembly .............................................................................E-8

4.1 Modify the Swivel Arm for Right-Side Articulation ........................................................................E-8

4.2 Route the TechMate Swivel Arm Harness ......................................................................................E-9

4.3 Reinstall The Display and Cables ................................................................................................E-10

Appendix F—Installation Checklist ............................................................................... F-1

1.0 Objective ............................................................................................................................................ F-1

2.0 Receiving and Unpacking ....................................................................................................................F-1

3.0 Gantry Installation ...............................................................................................................................F-1

4.0 Acquisition Workstation Installation .................................................................................................... F-2

Index .............................................................................................................................I-1

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List of Figures

Figure 1-1 Selenia System Description........................................................................................................1-1

Figure 1-2 Location of Emergency Off Switches..........................................................................................1-5

Figure 1-3 Selenia—Typical Room Layout (with TechMate)........................................................................1-9

Figure 1-4 Uncrating the Gantry...............................................................................................................1-12

Figure 2-1 Isolation Transformer Taps—Gantry...........................................................................................2-2

Figure 2-2 Power, X-ray On, and Footswitch Connections..........................................................................2-3

Figure 2-3 Access to Power On and X-ray On Indicators ............................................................................2-5

Figure 2-4 Image Receptor..........................................................................................................................2-6

Figure 3-1 Acquisition Workstation—Installation and Cover Removal ........................................................3-1

Figure 3-2 Input Power Configuration—Acquisition Workstation ................................................................3-2

Figure 3-3 Gantry to Acquisition Workstation Interconnections ..................................................................3-3

Figure 3-4 Fiber Optic Cabling, Acquisition Workstation............................................................................3-4

Figure 3-5 Fiber Optic and Network Cable Termination Points ...................................................................3-4

Figure 3-6 Fiber Optic Cabling, Gantry.......................................................................................................3-5

Figure 3-7 Display, Swivel Arm, and Display Arm Attachment ...................................................................3-6

Figure 3-8 Selenia Harness Routing Through the Display Arm ....................................................................3-7

Figure 3-9 Selenia Display Connections .....................................................................................................3-7

Figure 3-10 TechMate Display Connections ...............................................................................................3-8

Figure 3-11 TechMate Harness Routing Through Swivel Arm .....................................................................3-8

Figure 3-12 TechMate Connector Assignments ...........................................................................................3-9

Figure 3-13 TechMate Harness Routing......................................................................................................3-9

Figure 3-14 Removing the Base ................................................................................................................3-11

Figure 3-15 Harness Routing ....................................................................................................................3-11

Figure 3-16 Aligning the Arm Cover .........................................................................................................3-12

Figure 3-17 Repositioning the Display Bracket .........................................................................................3-12

Figure 3-18 Aligning the Shaft ..................................................................................................................3-13

Figure 3-19 Aligning the Shaft ..................................................................................................................3-13

Figure 3-20 Aligning the Arm Cover .........................................................................................................3-14

Figure 3-21 Display, Swivel Arm, and Display Arm Attachment ...............................................................3-15

Figure 3-22 Selenia Harness Routing Through Display Arm......................................................................3-16

Figure 3-23 Selenia Display Connections .................................................................................................3-16

Figure 3-24 TechMate Display Connections .............................................................................................3-17

Figure 3-25 TechMate Harness Routing Through Swivel Arm ...................................................................3-17

Figure 3-26 TechMate Connector Assignments .........................................................................................3-18

Figure 3-27 TechMate Harness Routing....................................................................................................3-18

Figure 3-28 Selenia Radiation Shield Installation ......................................................................................3-19

Figure 3-29 Cooling Fan Harness..............................................................................................................3-20

Figure 3-30 Cover Notches for Cabling.....................................................................................................3-20

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List of Figures

Figure 4-1 Display and Display Arm Attachment........................................................................................ 4-1

Figure 4-2 Selenia Harness Routing Through Display Arm ......................................................................... 4-2

Figure 4-3 Selenia Display Connections..................................................................................................... 4-2

Figure 4-4 Gantry to Acquisition Workstation Interconnections.................................................................. 4-3

Figure 4-5 Fiber Optic Cabling, Acquisition Workstation ........................................................................... 4-4

Figure 4-6 Fiber Optic and Network Cable Termination Points .................................................................. 4-4

Figure 4-7 Fiber Optic Cabling, Gantry ...................................................................................................... 4-5

Figure 4-8 Removing the Base.................................................................................................................... 4-6

Figure 4-9 Left-Side Base Wiring ................................................................................................................ 4-6

Figure 4-10 Aligning the Arm Cover........................................................................................................... 4-6

Figure 4-11 Repositioning the Display Bracket........................................................................................... 4-7

Figure 4-12 Aligning the Shaft.................................................................................................................... 4-7

Figure 4-13 Aligning the Shaft.................................................................................................................... 4-8

Figure 5-1 The AWS Controls..................................................................................................................... 5-1

Figure 5-2 The TechMate Controls ............................................................................................................. 5-2

Figure 5-3 Emergency Off Switches............................................................................................................ 5-3

Figure 5-4 Resetting the Selenia UPS.......................................................................................................... 5-4

Figure 5-5 Resetting the TechMate UPS ..................................................................................................... 5-4

Figure 5-6 Emergency Off Switches............................................................................................................ 5-6

Figure 5-7 Location of Acquisition Workstation Controls ........................................................................... 5-6

Figure 5-8 Flat Screen Display ................................................................................................................... 5-7

Figure 5-9 Compression Device ............................................................................................................... 5-10

Figure 5-10 The Dual Function Footswitch .............................................................................................. 5-11

Figure 5-11 Power Panel Dialog Box ....................................................................................................... 5-18

Figure 5-12 Exit from AWS....................................................................................................................... 5-19

Figure 6-1 AWS Components—Front View ................................................................................................ 6-2

Figure 6-2 AWS Components—Top/Rear View .......................................................................................... 6-2

Figure 6-3 AWS Covers Removal ............................................................................................................... 6-3

Figure 6-4 Internal Components................................................................................................................. 6-4

Figure 6-5 TechMate Computer Rear Panel................................................................................................ 6-5

Figure 6-6 TechMate Internal Components ................................................................................................ 6-5

Figure 6-7 Removing the Display ............................................................................................................... 6-7

Figure 6-8 Selenia Display Control Dial ..................................................................................................... 6-7

Figure 6-9 TechMate Display Connections................................................................................................. 6-8

Figure 6-10 Cable Connections and Routing .............................................................................................. 6-9

Figure 6-11 Cable Connections and Routing ............................................................................................ 6-10

Figure 6-12 Shelf and CD-ROM Holder ................................................................................................... 6-11

Figure 6-13 HyperTerminal Connection................................................................................................... 6-14

Figure 6-14 AWS Computer ..................................................................................................................... 6-16

Figure 6-14 TechMate Rear Panel and Cable Routing...............................................................................6-17

Figure 6-15 TechMate Computer Removal............................................................................................... 6-17

Figure 6-16 Radiation Shield.................................................................................................................... 6-18

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Figure 6-17 Power Distribution Assembly.................................................................................................6-19

Figure 6-18 AC Power Distribution Board.................................................................................................6-20

Figure 6-19 AWS Circuit Breaker..............................................................................................................6-23

Figure 6-20 UPS Replacement ..................................................................................................................6-24

Figure 6-21 TechMate UPS .......................................................................................................................6-26

Figure 6-22 Fiber Optic Cabling, AWS. ....................................................................................................6-28

Figure 6-23 Fiber Optic Cable Termination Points ....................................................................................6-28

Figure 7-1 System Components Identification .............................................................................................7-2

Figure 7-2 Compression System Components Identification........................................................................7-3

Figure 7-3 C-arm Rotation and Vertical Travel Components—Rear View of Gantry ....................................7-3

Figure 7-4 C-arm Components—Front View ...............................................................................................7-4

Figure 7-5 Gantry Covers............................................................................................................................7-5

Figure 7-6 Tubehead Covers .......................................................................................................................7-6

Figure 7-7 Compression Device Covers—Remove and Replace..................................................................7-7

Figure 7-8 C-arm Rotation Gear Assembly................................................................................................7-11

Figure 7-9 Fiber Optic Cabling, Gantry.....................................................................................................7-14

Figure 7-10 Image Receptor—Remove and Replace .................................................................................7-15

Figure 7-11 Adjusting the C-arm Switch Assembly....................................................................................7-15

Figure 7-12 Image Receptor Dust Cover and Filter....................................................................................7-16

Figure 7-13 HV Generator Assembly ........................................................................................................7-17

Figure 7-14 Beam Limiting Assembly........................................................................................................7-19

Figure 7-15 X-ray Tube .............................................................................................................................7-20

Figure 7-16 Brick Assembly ......................................................................................................................7-21

Figure 7-17 AWS Cable Connection .........................................................................................................7-21

Figure 7-18 Replacing a Firmware Chip....................................................................................................7-22

Figure 7-19 Host Microprocessor Board ...................................................................................................7-23

Figure 7-20 Motor Lamp Control Board....................................................................................................7-24

Figure 7-21 Generator Microprocessor Board ...........................................................................................7-25

Figure 7-22 Rotor Control Board...............................................................................................................7-26

Figure 7-23 Tubehead Switchboard..........................................................................................................7-27

Figure 7-24 Tubehead Assembly...............................................................................................................7-27

Figure 7-25 Tubehead Microprocessor and Motor Driver Boards ..............................................................7-28

Figure 7-26 Bucky Controller Board .........................................................................................................7-29

Figure 7-27 C-arm Rotation Limit Switch ..................................................................................................7-30

Figure 7-28 C-arm Switch Board...............................................................................................................7-30

Figure 7-29 Remove the C-arm Switch Board ...........................................................................................7-31

Figure 7-30 Replacing the Mag Detect Board ...........................................................................................7-31

Figure 7-31 Mag Detect Board Location ...................................................................................................7-31

Figure 7-32 Right/Left Rotation Angle Display Board ................................................................................7-33

Figure 7-33 Compression / AEC Position Display Boards ..........................................................................7-35

Figure 7-34 Paddle Detect Board..............................................................................................................7-36

Figure 7-35 Power Distribution Components Identification.......................................................................7-37

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Installation and Hardware Maintenance Manual

List of Figures

Figure 7-36 Power Distribution Board...................................................................................................... 7-38

Figure 7-37 Emergency Off Switch........................................................................................................... 7-39

Figure 7-38 Circuit Breaker ...................................................................................................................... 7-40

Figure 7-38 Power Distribution Assembly ................................................................................................ 7-41

Figure 7-39 Tubehead Cooling Fan .......................................................................................................... 7-44

Figure 7-40 C-arm Rotation Potentiometer ............................................................................................... 7-45

Figure 7-41 C-arm Vertical Drive Motor and Gearbox Assembly.............................................................. 7-47

Figure 7-42 Compression Timing Belt ...................................................................................................... 7-48

Figure 7-43 Compression Thickness Potentiometer .................................................................................. 7-48

Figure 7-44 Compression Clutch and Clutch Brake Assembly .................................................................. 7-49

Figure 7-45 Compression Motor and Motor Brake.................................................................................... 7-51

Figure 7-46 Timing Belt ........................................................................................................................... 7-52

Figure 7-47 Removing the Force Load Cell .............................................................................................. 7-53

Figure A-1 Tubestand Dimensions ............................................................................................................. A-1

Figure A-2 Acquisition Workstation Dimensions ........................................................................................A-2

Figure A-3 Acquisition Workstation with Dual Swivel Arms ....................................................................... A-2

Figure A-4 Selenia Gantry Center-of-Gravity ............................................................................................A-15

Figure A-5 Selenia AWS Center-of-Gravity............................................................................................... A-16

Figure A-6 TechMate Center-of-Gravity....................................................................................................A-16

Figure B-1 Location of Vertical Position Override Switch (VPOS) ............................................................... B-1

Figure C-1 Debug Port KJ26 on Host Microprocessor Board.......................................................................C-2

Figure C-2 Gantry Fuses (Right Panel) ...................................................................................................... C-10

Figure C-3 Gantry Fuses (Left Panel).........................................................................................................C-10

Figure E-1 AWS—Front View ..................................................................................................................... E-1

Figure E-2 Removing the Selenia Display ................................................................................................... E-2

Figure E-3 Removing the Display Arm........................................................................................................ E-2

Figure E-4 Standard Cable Routing............................................................................................................. E-3

Figure E-5 Removing the TechMate Display............................................................................................... E-3

Figure E-6 Removing the TechMate Swivel Arm....................................................................................... E-4

Figure E-7 Removing the Base .................................................................................................................... E-4

Figure E-8 Standard Harness Routing (right-side configuration)................................................................... E-5

Figure E-9 Optional Harness Routing (left-side configuration)..................................................................... E-5

Figure E-10 Aligning the Cover Plate.......................................................................................................... E-5

Figure E-11 Repositioning the Display Bracket ........................................................................................... E-6

Figure E-12 Aligning the Shaft.................................................................................................................... E-6

Figure E-13 Aligning the Shaft.................................................................................................................... E-7

Figure E-14 Harness Routing Through the Display Arm .............................................................................. E-7

Figure E-15 Aligning the Cover Plate.......................................................................................................... E-8

Figure E-16 Reinstalling the Swivel Arm to the Base................................................................................... E-8

Figure E-17 AWS Right-Side Cable Routing................................................................................................ E-9

Figure E-18 Harness Routing Through the Swivel Arm................................................................................ E-9

Figure E-19 TechMate Display Connections............................................................................................. E-10

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Installation and Hardware Maintenance Manual

List of Tables

Table 6-1 AWS Recommended Preventive Maintenance Procedures .........................................................6-6

Table 7-1 Selenia Recommended Preventive Maintenance Procedures ......................................................7-8

Table 7-2 Selenia Firmware Identification by Circuit Board .....................................................................7-22

Table C-1 Computer Serial Port Settings ................................................................................................... C-1

Table C-2 Serial Port Cable Connections .................................................................................................. C-2

Table C-3 Monitoring Host Peripheral Ports .............................................................................................. C-2

Table C-4 Laptop HyperTerminal Communication Settings ....................................................................... C-2

Table C-5 HV Control Board .................................................................................................................... C-3

Table C-6 HV Inverter .............................................................................................................................. C-3

Table C-8 Generator Microprocessor Board .............................................................................................. C-4

Table C-9 Power Distribution Board ......................................................................................................... C-4

Table C-10 Mains Board ........................................................................................................................... C-4

Table C-7 Filament Control Board ............................................................................................................ C-4

Table C-11 Power Supply Interconnect Board .......................................................................................... C-5

Table C-12 Host Microprocessor Board .................................................................................................... C-5

Table C-13 Motor/Lamp Control Board ..................................................................................................... C-5

Table C-14 Rotor Control Board ............................................................................................................... C-6

Table C-15 Filament Protect Board ........................................................................................................... C-6

Table C-16 Tubehead Microprocessor Board ............................................................................................ C-6

Table C-17 Filament Control Board .......................................................................................................... C-7

Table C-18 Generator Microprocessor Board ............................................................................................ C-7

Table C-19 Mains Power Board ................................................................................................................ C-7

Table C-20 Power Supply Interconnect Board .......................................................................................... C-7

Table C-21 Host Microprocessor Board .................................................................................................... C-7

Table C-22 Motor/Lamp Control Board ..................................................................................................... C-8

Table C-23 AWS X-ray LED Board (left) .................................................................................................... C-8

Table C-24 AWS X-ray LED Board (right) .................................................................................................. C-8

Table C-25 Rotor Control Board ............................................................................................................... C-8

Table C-26 High Voltage Control Board ................................................................................................... C-8

Table C-27 Brick Assembly ....................................................................................................................... C-8

Table C-28 Selenia Fuses .......................................................................................................................... C-9

Table C-29 Circuit Board Jumper Settings ............................................................................................... C-11

Table D-1 Gantry Power Distribution Functions Parts List .........................................................................D-1

Table D-2 System Control and X-ray Functions Parts List ..........................................................................D-2

Table D-3 C-arm Functions Parts List ........................................................................................................ D-2

Table D-4 Image Acquisition Sub-system Parts List ...................................................................................D-3

Table D-5 Selenia Paddles ........................................................................................................................ D-4

Table D-6 Other Accessories ....................................................................................................................D-6

Table D-7 TechMate Parts List ..................................................................................................................D-6

Table D-8 Miscellaneous Parts List ........................................................................................................... D-6

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Installation and Hardware Maintenance Manual

List of Tables

ii MAN-00745

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Preface

1.0 Intended Use

The SeleniaTM is intended to produce radiographic images of the breast. Its intended use is for the production, storage and diagnostic review of digital screening, diagnostic, and needle localization mammography.

2.0 Quality Control

• All quality control tests described in the QC manual must be performed at the prescribed frequencies as required under MQSA regulations.

• To assure continued high level operation of Selenia, the recommended quality control procedures must be followed.

3.0 Training

Installation and Hardware Maintenance Manual

Preface

Intended Use

Hologic does not accept responsibility for injury or damage associated with improper or unsafe system operation.

Service engineers must ensure that they receive training on Selenia with Hologic training programs prior to servicing the unit.

In addition to this manual, service engineers should refer to the Calibration and Software

Maintenance Manual, the QC Manual, the Software Operator’s Manual, and the Hardware Operator’s Manual for directions on how to use and service Selenia.

4.0 Product Complaints

Any health care professional (for example, customer or user of this system of products) who has any complaints or has experienced any dissatisfaction in the quality, durability, reliability, safety, effectiveness, and/or performance of this product should notify Hologic. If the device malfunctions and may have caused or contributed to a serious injury of a patient, Hologic should be notified immediately by telephone, fax, or written correspondence.

5.0 Prerequisites

To perform the procedures in this manual, you should know how to do the following operations related to the system’s graphical user interface:

• Perform mouse and trackball operations, such as click, drag, and select

• Select from menus

• Click buttons

• Enter information in text fields

• Select options

• Select entries from drop-down lists

• Use scroll bars

You should also have a good working knowledge of:

•Unix

• Acquisition Workstation (AWS) application software

•Netscape

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Installation and Hardware Maintenance Manual

Preface Ter ms and Definitions

6.0 Terms and Definitions

Accession Number A DICOM term that refers to a RIS generated number that

uniquely identifies a visit to a site by a patient.

AE Applications Entity. A DICOM term referring to the name

of an application that performs DICOM services.

AEC Automatic Exposure Control. A method of limiting the

amount of radiation a patient receives.

Ag Silver

AGD Average Glandular Dose

AWS Acquisition Workstation

Brick Power and x-ray ControlModule (PXCM)

CC, MLO Names of the view positions for screening mammography.

CHECKONSTART A term used in setting configurable parameters.

Determines whether a particular parameter is verified each time the AWS is started.

Collimator Device at the x-ray tube that is used to restrict the area of

the receptor that is exposed

CPT Common Procedural Terminology

Dialog Box

DICOM

DR Direct Radiography. A term used to distinguish the use of a

DRAPI Direct Ray Application Programming Interface

DROC DirectRay Operator Console.

DVI Cable Digital Video Input Cable

ESA Exam Specific Algorithm (Lookup Table).

ESE Entrance Skin Exposure dose

Exam A generic term which is used in this document to mean

A pop-up which informs the user, may require a user decision, and requires the action of the user by mouse click before any other activities can occur. It is used for important notices, warnings, errors.

Digital Imaging and Communications in Medicine. Industry standard for connection of medical imaging equipment.

photoconductor-based method as opposed to the x-ray capture and conversion method use in a scintillator or phosphor-based detector.

everything that the AWS user does to perform a study. Exam is not part of DICOM nomenclature.

FAST Fully Automatic Self-Adjusting Tilt Paddle

Flip Change the orientation of an image about the vertical or

horizontal axis. (Mirror)

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Installation and Hardware Maintenance Manual

Preface

Ter ms and Definitions

Generator Device that supplies high voltage power to the x-ray tube.

Grid Element within the Image Receptor which reduces scatter

radiation during exposure

HIWATER A term used in setting configurable parameters. If the

reclaimer sees more than this number of images or patients, the process starts. If it is less than this number, it immediately stops. A log message says that the reclaimer started but there was nothing to reclaim.

HOLDTIME A term used in setting configurable parameters. The

minimum amount of time that patients/images are held before being reclaimed. Holdtime is expressed in days.hours.minutes (00.00.00).

Host System The electronics connected to the PXCM, which provides

the user interface, hosts the image acquisition library and API, generates detector corrected data from the array, and determines disposition of the final image. Another name for Host System is “Operator Console.”

HV High Voltage

HTC High Transmission Cellular Grid

HVL Beam Quality Half-Value Layer

Image (Object) A set of modality specific binary data and identifying

attributes which represents the result of an imaging procedure performed on a patient. DICOM uniquely identifies image objects with a globally unique identifier (UID).

INTERVAL A term used in setting configurable parameters. The time

period that the reclaimer looks for new patients or images to be reclaimed. Time intervals are expressed in days.hours.minutes (00.00.00).

IR Image Receptor

kV An electrical term used in setting x-ray exposure which

stands for kilo-volts.

System of the AWS. Upon start-up, this occurs before a user signs into the AWS application, and upon exiting, occurs after a user signs out of the AWS.

LOWATER A term used in setting configurable parameters. If the

reclaimer started, the oldest eligible images are reclaimed until there are only Lowater images left on the system. For patients, eligible patients that have been on the system the longest are reclaimed down to the Lowater mark. Note that the Lowater mark can never be more than 50 from the Hiwater mark, or else you can cause very long reclaim times.

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Installation and Hardware Maintenance Manual

Preface Ter ms and Definitions

LUT A Look-Up Table (LUT) is an image processing function

that replaces one image pixel value with a different image pixel value.

LVPS Low Voltage Power Supply

Mag Magnification mode

mA An electrical term used in setting x-ray exposure which

stands for milliamperes

mAs An electrical term used in setting x-ray exposure which

stands for milliampere-seconds.

Mirror see Flip.

Mo Molybdenum

MPPS Modality Performed Procedure Step. A DICOM service to

allow the RIS (or other interested device) to know about work performed on the AWS.

MQSA Mammography Quality Standards Act

NNewtons

OD Optical Density

Outputs A list of devices to which the captured, accepted images

are sent. Outputs consist of a combination of archives, workstations and film printers.

PPS Status The condition of a Performed Procedure Step being “in

progress”, “completed”, or “discontinued”.

Procedure A generic pre-defined medical protocol which contains a

set of images (views) which are acquired under certain conditions, and are performed together for a singular purpose (for example, standard screening). Because a procedure is a generic entity in DICOM, there is no procedure instance UID, but DICOM supports identification of requested procedures.

PXCM The communication interface between the AWS and the

Image Receptor. Also known as the Brick.

Reclaimer A process that allows images and patients to be

automatically removed from the AWS.

Rh or Rho Rhodium

RIS Radiology Information System

SecurView

Series

SID Source to Image Distance.

Sign-in The process of a user identifying him/herself to the AWS

vi MAN-00745

The Hologic Technologist Review Workstation

A set of images which have all been acquired by a single tech for a single study with the same modality.

application.

Page 25

Installation and Hardware Maintenance Manual

Preface

Ter ms and Definitions

Sign-out The process of a user exiting the AWS application, but not

logging out of the OS.

Solaris™ The commercial Sun Microsystems’ version of the UNIX

Operating System

STRATEGIES A term used in setting configurable parameters. Lists the

strategies (methods) that are used to reclaim images.

STU Service Tools Utility for the R2 Image Checker

Study

TEC Tissue Exposure Control. The mammographer enters a

TechMate™ The Hologic SecurView

Technique Combination of x-ray parameters (kV, mA, etc.) defined for

TIMEOUT A term used in setting configurable parameters. The

UID DICOM term meaning unique identifier.

UPS Uninterruptible Power Supply

A specific instance of a procedure on the AWS, consisting of a set of images and/or series, which has been performed on a specific patient, and is usually identified in some locally unique way. DICOM uniquely identifies studies with a globally unique instance UID.

density for the patient (dense, normal or fatty), compresses the patient normally, and the AWS monitors a recommended technique read out of the generator, based on standard tables. The operator approves this technique and makes the exposure.

technologist review workstation

accessory, as packaged with the Selenia to reduce space in the examination room.

a particular procedure view.

amount of time that a process is tried before stopping. Timeout is expressed in days.hours.minutes (00.00.00).

View The combination of a single x-ray image and a specific set

of conditions under which the image was acquired. View is not part of DICOM nomenclature, but in the context of DR, is approximately synonymous with a DICOM image object.

VIEWS A term used in setting configurable parameters. Includes

the name of patient views that are to be excluded from the reclamation process. This only applies to STR_IMAGE_LRU_QUALITY_CONTROL.

Visit A set of studies identified in a locally unique manner and

performed on a particular patient at a particular site for a singular reason. A visit is normally identified by an accession number or a Visit ID and is associated with a diagnosis. DICOM has no concept of a visit instance UID.

VAC Volts, Alternating Current

VDC Volts, Direct Current

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Installation and Hardware Maintenance Manual

Preface Document Conventions

VTA Vertical Travel Assembly

W Tungsten

7.0 Document Conventions

Text written in monospaced font is supposed to be typed exactly as shown. Pressing the left trackball button is referred to as "click" and the right button as “right-click.”

8.0 Warnings, Cautions, and Notes

Definitions of Warnings, Cautions and Notes used throughout this manual are as follows:

WARNING! This alerts you to procedures that you must follow precisely to

avoid causing potentially serious or fatal injury to yourself or others.

Warning: Warnings indicate procedures that you must follow precisely to

avoid injury to yourself or others.

Caution: Cautions indicate procedures that you must follow precisely to avoid dam-

age to equipment, loss of data, or corruption of files in software applications

Note… Notes indicate important information that must be followed to ensure the

proper operation of the system.

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9.0 International Symbols

This section explains the International Symbols used on this system.

Installation and Hardware Maintenance Manual

Preface

International Symbols

Potential Equalization terminal

Protective Earth terminal Used for the connection of the ground of the line cord or

Off Power disconnection from the mains

On Power connection to the mains

Off Off, only for a part of equipment

On On, only for a part of equipment

Power Standby Power On, Standby

WEEE (Waste Electrical and Electronic Equipment)

Connection for a conductor other than the Protective Earth for a direct connection between two or more pieces of electrical equipment.

ground cable of the equipment and no other purpose.

Symbol indicating separate collection for electrical and electronic equipment

Dangerous Voltage Identifies area of potentially lethal voltage

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Installation and Hardware Maintenance Manual

Preface Using the Installation and Hardware Maintenance Manual

10.0 Using the Installation and Hardware Maintenance Manual

This manual is written for the Selenia system hardware, and describes the mechanical controls, accessories, and the instructions for starting the system. Refer to the Selenia Calibration and Software Maintenance Manual for information and instructions relating to the Selenia software application.

A typical Selenia installation begins with hardware installation and functional testing (Chapter 2 through Chapter 5), and continues using the Calibration and Software Maintenance Manual.

Chapter 1—General Information. This chapter provides an overview of the

mammography system, including component descriptions, patient and user safety, interlocks, room planning, and compliance information.

Chapter 2—Gantry Installation. This chapter provides details of setup, positioning,

and installation of the Gantry and Image Receptor in the exam room.

Chapter 3—AWS Installation with TechMate. This chapter contains information to

install the Workstation with the TechMate option.

Chapter 4—AWS Installation without TechMate. This chapter contains

information to install the AWS without the TechMate option.

Chapter 5—Startup, Shutdown, and Functional Tests. This chapter contains

information on the pre and post-startup tests, the Startup, Shutdown, and Emergency Operating procedures.

Chapter 6—AWS Maintenance. This chapter contains preventive maintenance and

replacement information for the TechMate and AWS.

Chapter 7—Gantry Maintenance. This chapter provides maintenance information

and instructions for the Gantry.

Appendix A—Specifications. This appendix contains abbreviated specifications, and

center-of-gravity information.

Appendix B—Using Selenia in a Mobile Environment. This appendix describes

the use of the Selenia in a mobile environment.

Appendix C—Technical References. This appendix provides additional technical

references to be used as aids in troubleshooting Selenia.

Appendix D—Parts List. This appendix provides tabular listings of the serviceable

components in Selenia. Part numbers and descriptions are provided for component identification.

Appendix E—Alternate AWS Arm Configuration. This appendix provides

information and instructions to reconfigure the Selenia Display Arm.

Appendix F—Installation Checklist. This appendix provides a checklist of procedures

to follow during the installation of the Selenia.

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Installation and Hardware Maintenance Manual

Chapter 1—General Information

1.0 Introduction

This chapter provides an overview of Selenia, including component descriptions, patient and user safety, interlocks, and compliance information.

2.0 System Description

The Selenia is available with a technologist review workstation (the Hologic SecurViewRT TechMate). In the TechMate configuration, the SecurView reduce space in the examination room.

Chapter 1—General Information

Introduction

is packaged with the Selenia to

Figure 1-1: Selenia System Description

Legend for Figure 1-1

1. The Selenia Acquisition Workstation contains the image processing electronics and provides the operator interface.

2. The SecurView

3. The C-arm provides a platform for the x-ray tube, compression systems, and the digital image receptor. A pivot mechanism connects the C-arm to the Gantry.

4. The Gantry contains the electrical and mechanical subsystems for the Selenia. The C-arm and the Gantry make up the Tubesta nd.

5. Dual-function Footswitches allow hands-free C-arm vertical travel and compression movements.

MAN-00745 1-1

TechMate technologist review workstation.

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Installation and Hardware Maintenance Manual

1.5m

Chapter 1—General Information Film Printer (option)

3.0 Film Printer (option)

Printers are available for printed film. Printed films have the patient information, exposure technique, projection, and institution information displayed.

4.0 Safety

This manual should be read and understood in its entirety before turning the unit On. Always follow all the instructions in this manual.

The Selenia system is classified as CLASS I, TYPE B permanently connected equipment as per IEC 60601-1. There are no special provisions to protect the system from flammable anesthetics or ingress of liquids.

Warning: This x-ray unit may be dangerous unless safe exposure factors and

operating instructions are followed. Observe all operating and safety instructions before making an x-ray exposure.

4.1 Isolation Integrity

WARNING! To ensure the isolation integrity for the system, attach only

Hologic accessories or options to the unit. Any changes to the interconnections must be performed by Hologic authorized personnel.

WARNING! To insure proper isolation, maintain a 1.5 meter distance

between the patient and any non-patient devices. Non-patient system components (such as the Workflow Manager, or the hardcopy printer) must not be installed in the Patient Area.

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4.2 Radiation Safety

The exposure duration is limited by the following normal conditions:

• The manual mAs timer

The exposure duration is also limited by the following abnormal conditions:

• Premature release of the x-ray exposure switch

• Exceeding the preset back-up time

• The independent safety hardware back-up timer

• Detection of a generator fault

4.2.1 Operator Radiation Shield

The unit’s radiation shield is designed to comply with all requirements of 21CFR 1020 and IEC 60601-2-45.2001. The shield is rated for a 0.5 mm Pb (lead) equivalence and is permanently mounted to the AWS.

Warning: For maximum protection from x-ray exposure, the operator must

keep their entire body behind the radiation shield for the duration of the exposure.

Installation and Hardware Maintenance Manual

Chapter 1—General Information

Safety

4.2.2 Exam Room Door Indicators

• Power On Indicator—There is a provision in the system to accommodate local regulations that require an x-ray System Power-On Indicator at the door.

• X-ray On Indicator—There is a provision in the system to accommodate local regulations that require an x-ray Exposure In Progress indicator at the door.

4.3 Electrical Safety

Only an authorized service engineer should remove covers from the mammography unit.

WARNING! Lethal voltages are present within the interior of this unit.

WARNING! Electrical equipment used in the presence of flammable

anesthetics or oxygen may cause an explosion.

WARNING! The Disk Drives equipped with this system are a Class I Laser

Product. Avoid direct exposure to the beam. Invisible laser radiation is present if the case to a disk drive is open.

WARNING! The Bar Code Scanner equipped with this system is a Class II

Laser Product. Avoid direct exposure to the beam. Invisible laser radiation is present if the cover is opened.

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Installation and Hardware Maintenance Manual

Chapter 1—General Information Safety

WARNING! Per North American electrical safety requirements, grounding

reliability can only be achieved when the Acquisition Workstation is connected to a receptacle marked Hospital Grade.

Caution: Do not store any magnetic media near or on devices, which produce

magnetic fields, since stored data may be lost.

Caution:

Never switch off the Uninterruptible Power Supply (UPS) except in emergency (due to the risk of data loss).

To minimize potential damage from thermal shock to the Digital Image Receptor, follow the recommended procedure to turn off the equipment.

Only Selenia recommended accessories should be used with this equipment. Failure to heed this warning may cause unexpected functions and possible data loss.

This is a medical device and should not be considered to be a general-purpose computer. Users or service/administrative personnel may not amend, configure, or modify any hardware or software on this medical device with anything other than Hologic-approved components or software, including anti-virus software. This device should be installed behind the institution firewall for network security and anti-virus protection. No ongoing computer virus protection or network security for this medical device is provided (for example, a computer firewall). Network security and anti-virus provisions are the ongoing responsibility of the user.

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Installation and Hardware Maintenance Manual

4.4 Mechanical Safety

The equipment is designed to comply with the requirements of IEC 60601-1, UL 60601-1, and CSA 22.2 No. 601.1 by these safety features:

• The C-arm rotation braking is ensured upon loss of power.

• Compression release is disabled when a localization paddle is installed.

• Motorized compression force is limited to 200 N (45 lb).

4.5 Emergency Off Switches

There are three Emergency Off Switches on the Selenia, one on either side of the Gantry and one on the AWS. Do not use the Emergency Off Switches for routinely removing power from the Selenia. The Emergency Off switch only affects the Gantry and should be used only in an emergency. For details on its use, refer to Chapter 5, Section 8.0, p. 5-18.

Chapter 1—General Information

Safety

Figure 1-2: Location of Emergency Off Switches

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Installation and Hardware Maintenance Manual

Chapter 1—General Information Safety

4.6 Interlocks

In addition to the Emergency Off Switches, Selenia has several other safety interlocks.

4.6.1 C-arm Movement Interlocks

C-arm vertical drive and rotation is disabled when 58 N (13 lb) or greater of compression force is displayed.

4.6.2 Automatic Compression Release Interlock

Installing a Localization Paddle disables the automatic compression release functions.

4.6.3 Early Release Interlock

The two x-ray exposure switches must be activated and held throughout the entire duration of the exposure. When the x-ray exposure switches are released prior to the end of the exposure, this interlock causes immediate termination of the exposure. An alarm message displays on the user interface.

4.6.4 Mirror and Filter Interlocks

These interlocks prevent x-ray exposure whenever the Light Field Mirror or the Filter is not positioned correctly.

4.6.5 Smart Paddle System Position Interlock

When a breast examination (for example, 18 x 24 cm MLO view) is selected requiring the use of an 18 x 24 cm (7.1 x 9.4 in.) shifting paddle, if the detected position does not match the view, the acquisition computer prevents the x-ray exposure until the faulty condition is corrected. A message is displayed to alert the user.

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5.0 Compliance

This section details the mammography system compliance requirements and the manufacturer’s responsibilities.

5.1 Compliance Requirements

The manufacturer is responsible for the effects of safety, reliability and performance of this equipment with the following provisions:

• The electrical installation of the room complies with the appropriate requirements.

• The equipment is used in accordance with instructions for use.

• Assembly operations, extensions, re-adjustments, modifications, or repairs are performed by authorized persons only.

• The installed network and communications equipment must comply with an IEC Standard and the complete system (network/communications equipment and Selenia Mammography System) must be installed to comply with IEC 60601-1 and IEC 60601-1-1.

Installation and Hardware Maintenance Manual

Chapter 1—General Information

Compliance

5.2 Compliance Statements

The manufacturer states that this device is manufactured/conforms to:

• CAN/CSA: ISO 13485:2003

• FDA, 21 CFR [Parts 820, 900 and 1020]

• IEC 60601-1:1988 +A1+A2:1995 +A13:1996 Medical Electrical Equipment—General requirements for safety

• IEC 60601-1-1:2000-12 Medical Electrical Equipment—Collateral Standard: Safety requirements for medical electrical systems

• IEC 60601-1-2:2001 Medical Electrical Equipment—Collateral Standard: Electromagnetic compatibility for medical electric systems

• IEC 60601-1-3:1994 Medical Electrical Equipment—Collateral Standard: Requirements for radiation protection in diagnostic x-ray equipment

• IEC 60601-1-4:1996 +A1:1999 Medical Electrical Equipment—Collateral Standard: Programmable electrical medical systems

• IEC 60601-2-28: 1993-03 Medical Electrical Equipment—Particular requirements for the safety of x-ray source assemblies and x-ray tube assemblies for medical diagnosis

• IEC 60601-2-32:1994 Medical Electrical Equipment—Particular requirements for the safety of associated equipment of x-ray equipment

• IEC 60601-2-45:2001 Medical Electrical Equipment—Particular requirements for the safety of mammographic x-ray equipment and mammographic stereotactic devices

• UL 60601-1: Medical Electrical Equipment, Part 1—General Requirements for Safety

• CSA: Medical Electrical Equipment Part 1: C22.2601 No. 601.1–M90—General Requirements for Safety

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Chapter 1—General Information Compliance

5.3 Label Locations

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6.0 Room Planning

The exam room layout should be pre-planned before the arrival of Selenia. A Typical Room Layout is shown in Figure 1-3. Measure the height and width of the room door to ensure it accommodates the Gantry and AWS, 190 cm high, 76 cm wide minimum (75 in. x 30 in.); refer to “Appendix A—Specifications” on p. A-1.

Installation and Hardware Maintenance Manual

Chapter 1—General Information

Room Planning

Figure 1-3: Selenia—Typical Room Layout

1. Tubestand

2. Acquisition Workstation

3. Wireways

4. Network Outlet

5. 120 Vac Outlet 2 Ganged

6. 208 Vac Disconnect Box

MAN-00745 1-9

(with TechMate)

Legend for Figure 1-3

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Chapter 1—General Information Room Planning

Other factors to consider when planning the room layout are:

1. C-arm clearances—The C-arm requires 135 cm (53 in.) minimum to accommodate rotation, and 213 cm (84 in.) to accommodate raising the C-arm to its upper limit.

2. When planning the room layout, take into consideration extra wall and ceiling clearance for movement and handling of C-arm controls.

3. Movement clearance—Always take into consideration space allocation for patient and technologist movement. Avoid obstructions in the room that may hinder access to the unit controls or the patient.

4. Storage—Provide convenient storage for patient records and system accessories. If accessory storage is not possible within the exam room, make arrangements for safe storage close by.

5. Physical and Environmental Requirements—

• Operating Temperature Range—20 °C to 30 °C (68 °F to 86 °F)

• Operating Humidity Range—10% to 80% non-condensing

• Refer to Appendix A of the Selenia Installation and Hardware Maintenance Manual

for complete system specifications.

6. To ensure proper isolation, a distance of 1.5 m (59 in.) must be maintained between the patient and any non-patient devices.

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7.0 Receiving and Unpacking

Required Tools:

• Electric screw gun with #2 Phillips screw head driver

• Small crowbar or claw hammer

7.1 Receiving Instructions

Selenia is shipped in containers that hold the:

•Gantry

• Acquisition Workstation (with or without TechMate)

• Radiation Shield

• Image Receptor (IR)—The IR usually does not arrive until the second day.

• Accessories and additional or optional equipment

Note… If there is a discrepancy between the contents and the packing list or sales

order, contact Hologic immediately. If it is necessary to repack any items for future installation, use the original packaging materials.

Installation and Hardware Maintenance Manual

Chapter 1—General Information

Receiving and Unpacking

Note… If shipping damage is of a concealed nature, contact the carrier as soon as

such damage is found, and request an inspection for shipping damage. Normally, any claims for shipping damage must be completed within 15 days of receiving the shipment.

Upon receipt, perform the following before opening the containers:

1. Inspect each container for damage.

2. Note any damage on the shipping manifest.

3. Notify Hologic of any external shipping damage that may have occurred.

7.2 Uncrating the Gantry

The Selenia Gantry is crated and shipped in a prone position—Figure 1-4, p. 1-12.

WARNING! Be sure to have the necessary machinery and personnel available to

move heavy medical equipment safely.

WARNING!

To prevent injury to personnel and/or damage to equipment, care must be taken when uncrating the equipment.

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Chapter 1—General Information Receiving and Unpacking

Figure 1-4: Uncrating the Gantry

Uncrate the Gantry as follows:

1. Cut the retaining straps that secure the container top to the shock-mounted wooden pallet.

2. Remove the nail holding the top to the pallet along the bottom of the cardboard.

3. Remove the screws that hold the shipping bracket for the tube.

4. Lift the container top off the unit.

5. Carefully remove all shipping materials (foam padding, tie-downs, straps, shipping wrap, etc.) from the unit and pallet. Remove any accessory boxes from the pallet.

6. Open all boxes removed from Gantry crate and verify their contents against the packing list and sales order.

7. Inspect each item for damage, then safely store them near the exam site.

Caution:

8. While still in the loading area, carefully move the pallet into an upright position.

To prevent damage, do not store the radiation shield flat. Avoid damage by impact or scratching.

WARNING! The unit is top-heavy when in the upright position.

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Chapter 1—General Information

Receiving and Unpacking

Caution:

9. Remove the top collar securing the unit to the pallet. Using the installed dolly, carefully

roll the Gantry off the pallet.

Note… The dolly is not installed on units shipped overseas. For overseas sites,

10. Transport the Gantry from the loading area to the exam area for installation. Sites using

the hand-cart can skip Steps 9 and 11.

11. Remove the four bolts securing the Gantry to the dolly.

12. Carefully maneuver the Gantry off the back end of the dolly or hand-cart, slide the dolly

or hand-cart out and position the Gantry in the area of installation.

13. Return the dolly to Hologic, within 35 days from date of shipment, as per the return

shipment Bill of Lading (attached to either the dolly or the Gantry). If this documentation is unavailable, please contact Field Service to acquire a Return Authorization number. Be prepared to identify the site/customer and the Selenia serial number. Sites whose scheduled installation date exceeds the 35 day requirement may request an extension for returning the dolly.

Do not attempt to lift or move the Gantry by the C-arm or by either hinged door on the left and right side of the Gantry frame, or damage may occur.

transport the Gantry from the loading area to the exam area on a hand-cart whose rating exceeds the 300 kg (661 lb) weight.

7.3 Uncrating the Acquisition Workstation

The Selenia AWS is crated and shipped upright with the displays, display arms, and TechMate trackball and keyboard not installed, and the radiation shield not attached.

Warning: Be sure to have the necessary machinery and personnel available to

move heavy medical equipment safely.

1. While still in the loading area, cut the straps securing the cardboard shipping carton to

the shock-mounted wooden pallet. Lift the carton from the pallet.

2. Carefully remove all shipping materials (foam padding, tie-downs, straps, shipping wrap,

etc.) from the unit and pallet. Remove any accessory boxes from the pallet, including the AWS display.

3. Open all boxes removed from the crate and verify their contents against the packing list

and sales order.

4. Inspect each item for damage, then safely store them near the exam site.

5. Remove the screws in the three wooden boards that hold the AWS to the pallet.

6. Carefully remove the AWS from the pallet and transport it from the loading area to the

exam area.

Caution:

The Shield is tempered glass. Don’t drop the shield or lay down flat.

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Chapter 1—General Information Receiving and Unpacking

7.4 Unpacking the Image Receptor

Caution: Move Image Receptor to a controlled area prior to unpacking.

Caution:

Note… The Image Receptor shipping container is specially designed to minimize

Note… If shipping damage is of a concealed nature, contact the carrier as soon as

1. Upon receipt of the Image Receptor, move the Image Receptor to a controlled area which meets the environmental requirements listed below:

• Storage Temperature Range—10 °C to 40 °C (50 °F to 104 °F)

• Storage Humidity Range—10% to 80% non-condensing

2. Open the shipping container and inspect unit for damage.

3. Press the button on the temperature monitor. The LED should be green. If not, contact Service.

Extreme care should be taken during unpacking to prevent damage.

shipping damage and to facilitate storage. A temperature monitoring device is included in the shipping container.

such damage is found, and request an inspection for shipping damage. Normally, any claims for shipping damage must be completed within 15 days of receiving the shipment.

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Installation and Hardware Maintenance Manual

Chapter 2—Gantry Installation

1.0 Overview of Entire Installation Process

The following sections detail setting up, positioning, and installing Selenia in the exam room.

Note… The installed network and communications equipment must comply with

an IEC Standard and the complete system (network/communications equipment and Selenia Mammography System) must be installed to comply with IEC 60601-1 AND IEC 60601-1-1.

Note… Thoroughly read all procedures prior to starting.

1. Position the Gantry and the AWS in the area of the exam room where the unit is

permanently installed.

2. Verify, with the technicians and doctors, the proper placement.

3. Be sure the Gantry is positioned for easy access to the rear panels.

4. Perform the following installation procedures in the order described in this chapter.

Chapter 2—Gantry Installation

Overview of Entire Installation Process

2.0 Securing the Gantry in Position

1. Position the Gantry in the exam room in a location satisfactory to the technicians and the

doctors. Ensure the circuit breaker and rear panels are accessible.

Caution:

2. On the floor, mark the four holes of the Gantry with a marker and move the Gantry back

to allow you to access the marks for hole drilling.

3. Drill the anchor holes and set the inserts.

4. Position the Gantry over the holes and bolt in accordance with site specification

drawings and/or local building codes.

Never maneuver the Gantry by lifting, pulling, or pushing on the C-arm or the tubehead assemblies. With proper equipment, the Gantry may be moved by the two Eye Hooks on the top.

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Chapter 2—Gantry Installation Gantry Input Power Configuration

3.0 Gantry Input Power Configuration

The isolation transformer in the Gantry must be configured to match the power source at the site.

1. Before connecting the Gantry to a mains disconnect, verify the source voltage as follows:

a. Measure the voltage at the outlet receptacle. b. Inquire as to any history of voltage fluctuations or voltage-related problems that

have occurred in other equipment at the site.

2. After determining the input voltage range, verify the unit’s isolation transformer is correctly set (reconfigure as required).

3. To access the power assembly chassis and re-configure the isolation transformer taps to match the measured source voltage:

a. Set the circuit breaker on the rear of the Gantry to Off. b. To access the input power terminal block, remove the Gantry’s lower rear panel (see

Figure 2-1) by removing the six screws.

c. Verify the isolation transformer taps are wired to match the previously measured

source voltage; if it does not, configure the isolation transformer input wiring and tap as shown.

Figure 2-1: Isolation Transformer Taps—Gantry

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Legend for Figure 2-2

1. Footswitch Connectors

2. Power On/x-ray On Terminal Block

3. Isolation Transformer Taps

4. Input Power Terminal Block

5. Input Power Cord (Gantry)

6. Circuit Breaker

3.1 Power Cable Connection

1. Ensure that the circuit breaker is off.

2. Connect the input power cord—Figure 2-2, to the input power terminal block on the

rear of the Gantry.

3. Hard wire the opposite end of the input power cord into the power source via a

disconnect panel. This must be done by a certified electrician.

Chapter 2—Gantry Installation

Gantry Input Power Configuration

MAN-00745 2-3

Figure 2-2: Power, X-ray On, and Footswitch Connections

Note… You will make the connections to the AWS in Chapter 3, Gantry to

Acquisition Workstation Interconnections, p. 3-3.

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Chapter 2—Gantry Installation Footswitch Installation

4.0 Footswitch Installation

The system permits attachment of two dual-function footswitches that plug into receptacles on the Gantry connector panel—Figure 2-2, p. 2-3, item #1.

Connect the footswitches:

1. Connect the footswitch to one of the footswitch receptacles by aligning the key to the key hole and pushing the connector straight in.

Note… Either footswitch can be connected to either footswitch receptacle.

2. Position the footswitch in the desired location on the floor below the C-arm.

3. Repeat Steps 1 and 2 for the second footswitch.

Warning: To avoid accidental footswitch activation, keep both footswitches

clear of the patient and C-arm setup area.

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Chapter 2—Gantry Installation

Remote X-ray On/Power On Light—Connection

5.0 Remote X-ray On/Power On Light—Connection

Selenia provides the user with the ability to operate remote lights which indicate when the system is On and when x-rays are being taken. These lights are normally installed above the door to the exam room. Installation should be done by a certified electrician. The relay contacts provided are rated:

• 10 A 250 VAC (normally open)

• 10 A 30 VDC (normally open) The connection points are available through the access panel at the rear of the Gantry, as

shown in Figure 2-3. Connections are made on the Power On/x-ray On terminal block:

1. Install the remote Power On/x-ray On lights following local guidelines.

2. Route the remote cables from the lights to the Gantry and connect each cable to the

appropriate location on the Power On/x-ray On terminal block.

Figure 2-3: Access to Power On and X-ray On Indicators

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Switch Assembly

Chapter 2—Gantry Installation Installing the Image Receptor

6.0 Installing the Image Receptor

Figure 2-4: Image Receptor

6.1 Image Receptor Installation

1. Remove the Image Receptor from the shipping container.

2. On the bottom of the Image Receptor, loosen the two screws securing the C-arm switch assembly in position.

3. Slide the rear of the Image Receptor into the guide rails on the bottom of the C-arm assembly. Ensure the Image Receptor is firmly seated.

4. Secure in place using two bolts on each side. Be sure to use all four bolts.

5. Install the provided decorative caps over each bolt.

6.2 Adjusting the C-arm Rotation Switch Assembly

An additional C-arm Rotation switch assembly is located at the rear of the Image Receptor and must be adjusted so it is seated within the C-arm switch assembly access hole on the back of the C-arm frame. See Figure 2-4, p. 2-6.

1. Access the elongated holes for the switch assembly at the bottom of the Image Receptor.

2. Loosen the screws and slide the switch assembly forward until it is fully positioned within the access hole on the rear of the C-arm frame.

Warning: Make sure the switches are not permanently actuated.

3. Tighten the screws.

6.3 Shipping Container Return

Return the shipping container and the temperature monitoring device to Hologic as per the instructions in the container.

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Legend for Figure 3-1

1. Rear Cover

2. Rear Cover Screws

3. Mounting Holes

4. Anchor Bolts and Washers

Chapter 3—AWS Installation with TechMate

Securing the Acquisition Workstation (AWS) in Position

Chapter 3—AWS Installation with TechMate

1.0 Securing the Acquisition Workstation (AWS) in Position

Warning: Be sure to have the necessary machinery and personnel available to

move heavy medical equipment safely.

1.1 Removing the Rear Cover

Refer to Figure 3-1.

1. Remove the two bottom screws securing the rear cover to the rear of the AWS.

2. Slide the rear cover up to free the hooks from the slots in the rear of the AWS frame.

3. Disconnect the cooling fans’ power cable. Set the cover aside.

Figure 3-1: Acquisition Workstation—Installation and Cover Removal

1.2 Mount the AWS

1. Position the AWS in the exam room in a location satisfactory to the technicians and the doctors.

2. Mark the four holes of the AWS with a marker and move the unit back to access the marks. See Figure 3-1.

3. Drill the anchor holes and set the inserts.

4. Secure the AWS to the floor using the required anchor bolts and washers in accordance with site specification drawings and/or local building codes.

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Chapter 3—AWS Installation with TechMate Input Power Configuration

2.0 Input Power Configuration

Refer to Section 2.1.

2.1 Acquisition Workstation

The isolation transformer within the AWS must be configured to 100, 120, 220, 230, or 240 VAC. After determining the correct VAC for the site, verify the AWS’s isolation transformer is correctly set. Reconfigure the taps to match site power requirements as required.

1. Verify the isolation transformer taps (Figure 3-2) are wired to the site voltage requirements; if they are not, configure the isolation transformer input wiring and taps as shown in Figure 3-2.

Figure 3-2: Input Power Configuration—Acquisition Workstation

2. Verify circuit breaker CB1 current rating is as follows:

• for domestic, CB1 = 8.0 A

• for International, CB1 = 3.5 A

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Chapter 3—AWS Installation with TechMate

Gantry to Acquisition Workstation Interconnections

3.0 Gantry to Acquisition Workstation Interconnections

3.1 Power

1. At the rear of the AWS, connect one end of the power cable to the Power Out to Gantry

receptacle (#8, Figure 3-3) on the AWS Power Distribution Assembly.

2. Connect the power cable to the J

connector panel.

3. Make the remaining connections as shown in Figure 3-3.

2 Acquisition Power receptacle (#2,) on the Gantry

Figure 3-3: Gantry to Acquisition Workstation Interconnections

Legend for Figure 3-3

1. J2 Acquisition Power receptacle

2. J1 Acquisition Data receptacle

3. Data and Power Cable Ground Wires

4. Ground Studs

5. Equipotential Ground Wire

6. Data Receptacle

7. Power Out to Brick and Gantry Control

8. Brick Power Fuses (2A FB, 250VAC)

9. Input Power Receptacle (AWS)

4. Connect one end of the AWS input power cord to the AWS input power receptacle

(#9, Figure 3-3) on the AWS Power Distribution Assembly and plug the other end into site power.

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Legend for Figure 3-5

1. Rx—Blue Wire

2. Tx—Orange Wire

Network Cable

Chapter 3—AWS Installation with TechMate Gantry to Acquisition Workstation Interconnections

3.2 Fiber Optics

The fiber optic cables are connected between the Gantry and the AWS computer.

At the AWS:

1. Locate the cable clamp at the rear of the AWS below the cover handle. An identical clamp is located on the opposite side of the AWS. All the AWS cabling exits from the cutouts in the rear cover.

2. Route the fiber optic cable into the AWS as shown in Figure 3-4. The dotted line in the illustration shows alternate entry paths into the AWS. Use the existing cable clamps along each path for cable support.

3. Continue to route the cable into the AWS computer.

Figure 3-4: Fiber Optic Cabling, Acquisition Workstation

4. Connect the fiber optic cable into the termination points at the rear of the computer— Figure 3-5.

Figure 3-5: Fiber Optic and Network Cable Termination Points

5. Allowing for a service loop, secure the wiring with cable ties.

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Entry

Routing and Termination

(Rear view of the Gantry)

(Front view of the Gantry)

Three LEDs: 1 red, 2 green

Orange Wire

Blue Wire

Chapter 3—AWS Installation with TechMate

Gantry to Acquisition Workstation Interconnections

At the Gantry

1. Route the cable into the Gantry through the rear lower access panel. A cutout on the power panel allows entry into the Gantry mainframe. See inset ‘A’ below.

2. Following the Main Harness inside the Gantry mainframe, route the fiber optic cable up to the Brick. See inset ‘B’ below. Connect the cable to the Brick.

Note… It is possible to install the fiber optic cable incorrectly (reversed). If they are

reversed, the red LED is on. When correct, the red LED is off, the right green LED is on, and the center LED blinks.

3. Allowing for a ‘service loop’, secure the wiring with cable ties.

4. Secure the fiber optic cable to the bulk cabling from the Gantry to the AWS.

5. Reattach the lower rear panel and turn on the wall and Gantry circuit breakers.

RIGHT

CONSOLE

FOOTSW

CONSOLE

POWER

DATA

LEFT

FOOTSW

200V~

POWERONX-RAY

208V~

220V~

230V~

240V~

Figure 3-6: Fiber Optic Cabling, Gantry

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Totoku Display

Barco Display

Chapter 3—AWS Installation with TechMate Standard Configuration

4.0 Standard Configuration

Note… In the standard configuration, the Selenia display is installed on the right

side of the AWS, and the TechMate display, keyboard, and trackball are installed on the left side of the AWS. Optionally, the Selenia display is installed on the left side of the AWS, and the TechMate display, keyboard, and trackball are installed on the right side of the AWS. For the optional configuration, go to “Optional Configuration” on p. 3-11.

If you are installing the AWS without the TechMate, go to “Chapter 4—AWS Installation without TechMate” on p. 4-1.

4.1 Displays, Swivel Arm, and Display Arm Attachment

Warning: Two people are required to safely perform this procedure.

1. Install the arms on the base, ensuring that, on each side of the unit, the elongated holes are positioned toward the outside of the unit.

2. Install the displays on the arms.

Figure 3-7: Display, Swivel Arm, and Display Arm Attachment

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Totoku Display

Barco Display

Chapter 3—AWS Installation with TechMate

4.1.1 Arm Harness Routing—Selenia

Referring to Figure 3-8, route the harness through the bottom of the arm, and secure with cable ties.

Figure 3-8: Selenia Harness Routing Through the Display Arm

4.1.2 Display Cables Attachment—Selenia

Refer to Figure 3-9.

1. Remove the cover (not shown) from the Display’s compartment to provide access to the connectors.

2. Connect the display power cable to the power connector of the display.

3. Connect the VGA(Tototku), or DVI (Barco) cable to the VGA/DVI port of the display.

Standard Configuration

Note… Carefully position the VGA/DVI cable’s ferrite core so the cover closes

easily. Be sure the cover is fully latched.

4. Ensure full range of motion on the Selenia swing-arm.

5. Tighten the cable clamp.

6. Reinstall the cover on the Display’s compartment.

Legend for Figure 3-9

1. Power Supply Cable

2. VGA/DVI Cable

3. Cable Clamp

Figure 3-9: Selenia Display Connections

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12 in.

25 in.

minimum

New Mount

Chapter 3—AWS Installation with TechMate Standard Configuration

4.1.3 Display, and Arm Harness Routing—TechMate

1. Remove the display’s cover (not shown).

2. Connect the display power cable, and the DVI cable; see Figure 3-10.

Legend for Figure 3-10

1. Power Cable

2. DVI Cable

3. Spiral Wrap

4. Cable Clamp

Figure 3-10: TechMate Display Connections

Note… Allow for service loops as shown in Figure 3-10.

3. See Figure 3-11, and route the harness through the bottom of the arm, and secure with cable ties.

4. Continue with Section 4.1.4, p. 3-9.

Figure 3-11: TechMate Harness Routing Through Swivel Arm

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To UP S

Dongle

Trackball

Keyboard

Display

‘Data Port’

Network Cable

Fan

Power

Switch

Legend for Figure 3-13

1. Cable Clamp

2. TechMate Computer

3. Display Power Module

20 in.

minimum

Chapter 3—AWS Installation with TechMate

Standard Configuration

4.1.4 Connect TechMate Keyboard, Trackball, and UPS Cables

Refer to Figure 3-12, and Figure 3-13.

Remove the AWS front cover:

1. Remove the two top screws securing the front cover to the front of the AWS.

2. Grasp the handles on the sides of the cover and slide upwards to free the hooks from the slots in the front of the AWS frame.

3. Disconnect the cooling fans’ power cable, and the power switch cable from the TechMate computer

4. Set the cover aside.

For cable routing see Figure 3-12 and Figure 3-13.

Connect the keyboard and trackball cables:

1. Position the TechMate keyboard on the shelf and connect the keyboard cable to the TechMate computer.

2. Position the TechMate trackball on the shelf and connect the trackball cable to the TechMate computer.

3. Dress the display, trackball and keyboard cables, using spiral wrap as shown.

Note… Allow for service loop as shown in Figure 3-13.

Figure 3-12: TechMate Connector Assignments

Figure 3-13: TechMate Harness Routing

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Chapter 3—AWS Installation with TechMate Standard Configuration

Connect the UPS cables:

1. Disconnect the cables from the UPS. Note the position of the cables.

2. Remove the stop nut securing the Display Power Supply strap to the UPS Mounting strap.

3. Remove the Display Power Supply.

4. Remove the nut from the bracket that secures the UPS to the workstation.

5. Remove the bracket.

6. Remove the UPS from the shelf.

7. While viewing the UPS from the front, lay the UPS on its left side, the front of the UPS is to the left; The rear of the UPS is to the right.

8. Slide the battery compartment cover off of the UPS.

9. Grasp the tab attached to the battery and slide the battery partially out of the case. Hold the battery firmly and pull it straight out.

The UPS is shipped with the internal red battery wire disconnected.

10. Connect the internal red battery wire to the positive (+) battery terminal.

11. Push the battery all the way into the battery compartment, and reinstall the cover.

12. Reconnect the cables to the UPS.

13. Secure the UPS to the workstation with the previously removed bracket/nut.

14. Attach the Display Power Supply and bracket to the UPS bracket.

The UPS requires 8 hours to become fully charged. You can use the system while the UPS is charging.

Check cabling and install covers:

1. Ensure full range of motion for the TechMate swing-arm.

2. Secure the cable harness.

3. Reinstall the cover on the display’s rear compartment.

4. Reinstall the AWS front cover reversing the steps described in Section 4.1.4.

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5.0 Optional Configuration

Standard Harness Routing

Optional Harness Routing

If the optional configuration is not used, skip to Section 3.0, p. 3-3.

5.1 Reversing the Direction of the Cable Harness

1. Remove the four screws in the center of the base.

2. Remove both display arm base clamps.

3. Flip the base to expose the harness.

4. Cut the harness and trackball cable ties.

5. Reverse the harness direction. See Figure 3-15.

Installation and Hardware Maintenance Manual

Chapter 3—AWS Installation with TechMate

Optional Configuration

Figure 3-14: Removing the Base

6. Insert new cable ties where you removed the old ones.

7. Install the harness in the swivel base and secure it with the new cable ties.

8. Reinstall the swivel base.

Figure 3-15: Harness Routing

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Legend for Figure 3-15

1. Selenia Display Connectors

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Chapter 3—AWS Installation with TechMate Optional Configuration

5.2 Left-Side Selenia Display Arm Configuration

Place the arm assembly on a stable, padded work surface.

5.2.1 Realigning the Cover on the Arm’s Post

1. With the arm and cover as shown in Figure 3-16 A, move the cover

counterclockwise to the position shown by the dotted line B.

2. Remove the four button-head screws holding the cover to the post.

3. Place the cover back to position A (ensuring the elongated holes in the cover are

facing the outside) and reinstall the four button-head screws.

Figure 3-16: Aligning the Arm Cover

5.2.2 Repositioning the Display Bracket (Totoku)

1. Remove the display bracket by removing the two screws.

2. Rotate the bracket 180° and reinstall the screws. See Figure 3-17.

Figure 3-17: Repositioning the Display Bracket

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Shaft

Handle

Shaft support

collar

Set screws(4)

Right-side Left-side

Support Mount

Assembly

Support Shaft

Support Mount

Chapter 3—AWS Installation with TechMate

Optional Configuration

5.2.3 Repositioning and Realigning the Support Mount Assembly (Totoku)

Remove the two locking set screws, and the two conical set screws. It is not necessary to remove the

support

mount assembly.

Figure 3-18: Aligning the Shaft

2. Rotate the support mount assembly counterclockwise approximately 180°.

3. Align the holes in the support shaft with the holes in the collar and handle as shown. Notice the holes are slightly staggered in this position.

4. Reinstall the two set screws. Ensure the screws are securely set.

180

5.2.4 Repositioning and Realigning the Support Mount Assembly (Barco)

Remove the two locking set screws, and the two conical set screws

2. Remove the support mount and shaft from the arm.

Figure 3-19: Aligning the Shaft

Remove the locking set screw, and the conical set screw

from the support mount.

4. Remove the support shaft from the support mount.

You may have to loosen the two socket-head cap screws at the bottom of the support mount to remove the support shaft.

5. Rotate the support shaft counterclockwise approximately 180

°.

6. Secure the support shaft to the support mount with the previously removed set screws.

MAN-00745 3-13

7. Align the holes in the support shaft with the holes in the collar and handle. Notice the holes are slightly staggered in this position.

8. Reinstall the set screws; ensure the screws are securely set.

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Chapter 3—AWS Installation with TechMate Optional Configuration

5.3 Right-Side TechMate Swivel-Arm Configuration

Place the arm assembly on a stable, padded work surface.

5.3.1 Realigning the Cover on the Arm’s Post

1. With the arm and cover as shown in Figure 3-20 A, move the cover counterclockwise to the position shown by the dotted line B.

2. Remove the four button-head screws holding the cover to the post.

3. Place the cover back to position A (being sure the elongated holes in the cover are facing the outside) and reinstall the four button-head screws.

Figure 3-20: Aligning the Arm Cover

4. Install the swivel arm on the base, and the display on the swivel arm. Refer to Section 5.4, p. 3-15.

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Toto ku Display

Barco Display

Chapter 3—AWS Installation with TechMate

5.4 Displays, Swivel Arm, and Display Arm Attachment

Warning: Two people are required to safely perform this procedure.

1. Install the arms on the base, ensuring that, on each side of the unit, the elongated holes are positioned toward the outside of the unit.

2. Install the displays on the arms.

Optional Configuration

Figure 3-21: Display, Swivel Arm, and Display Arm Attachment

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Totoku Display

Barco Display

Chapter 3—AWS Installation with TechMate Optional Configuration

5.4.1 Arm Harness Routing—Selenia

Referring to Figure 3-22, route the harness through the bottom of the arm, and secure with cable ties.

Figure 3-22: Selenia Harness Routing Through Display Arm

5.4.2 Display Cables Attachment—Selenia

Refer to Figure 3-23.

1. Remove the cover (not shown) from the Display’s compartment providing access to the connectors.

2. Connect the display power cable to the power connector on the display.

3. Connect the VGA(Totoku) or DVI (Barco) cable to the VGA/DVI port on the upper rear of the display.

Note… Carefully position the VGA/DVI cable’s ferrite core so the cover closes

easily. Be sure the cover is fully latched.

4. Tighten the cable clamp.

5. Reinstall the cover on the Display’s compartment.

6. Ensure full range of motion on the Selenia swing-arm.

Legend for Figure 3-23

1. VGA/DVI Cable

2. Power Supply Cable

3. Cable Clamp

Figure 3-23: Selenia Display Connections

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25 in.

minimum

12 in.

New Mount

Chapter 3—AWS Installation with TechMate

5.4.3 Display, and Arm Harness Routing—TechMate

1. Remove the AWS front cover:

a. Remove the two top screws securing the front cover to the front of the AWS.

b. Grasp the handles on the sides of the cover and slide upwards to free the

hooks from the slots in the front of the AWS frame.

c. Disconnect the cooling fans’ power cable, and the power switch cable from

the TechMate computer. Set the cover aside.

2. Reverse the display’s power module located beneath the TechMate computer; as shown in the cable routing illustration; Figure 3-13, p. 3-9.

3. Remove the display’s cover (not shown).

4. Connect the display power cable, and the DVI cable; see Figure 3-24.

Optional Configuration

Legend for Figure 3-24

1. Power Cable

2. DVI Cable

3. Spiral Wrap

4. Cable Clamp

Figure 3-24: TechMate Display Connections

Note… Allow for service loops as shown in Figure 3-10.

5. See Figure 3-11, and route the harness through the bottom of the arm, and secure with cable ties.

6. Continue with Section 4.1.4, p. 3-9.

Figure 3-25: TechMate Harness Routing Through Swivel Arm

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To UPS

Dongl

Trackball

Keyboard

Display

‘Data Port’

Network Cable

Fan

Power

Switch

20 in.

minimum

Legend for Figure 3-13

1. Cable Clamp

2. Display Power Module (reversed)

Chapter 3—AWS Installation with TechMate Optional Configuration

5.4.4 Keyboard, and Trackball Cables Attachment—TechMate

For cable routing, see Figure 3-26, and Figure 3-13.

1. Position the TechMate keyboard on the shelf and connect the keyboard cable to the TechMate computer.

2. Position the TechMate trackball on the shelf and connect the trackball cable to the TechMate computer.

3. Dress the display, trackball and keyboard cables, along the right-side of the frame.

Figure 3-26: TechMate Connector Assignments

.Note… Allow for service loop as shown in Figure 3-13.

4. Ensure full range of motion for the TechMate swing-arm.

5. Secure the cable harness to the rightside of frame.

6. Reinstall the cover on the display’s rear compartment.

7. Connect the cooling fans’ power cable, and the power switch cable to TechMate computer.

8. Reinstall the AWS front cover reversing the steps described in Section 5.4.3, p. 3-

17.

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Figure 3-27: TechMate Harness Routing

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6.0 Selenia Network Cable Installation

1. Connect the network cable to the computer; see Figure 3-5, p. 3-4.

2. Following the fiber optic cable, route the network cable through either the right or left cable clamp at the rear of the unit.

3. Connect the network cable to the site network.

7.0 TechMate Network Cable Installation

The TechMate network cable is routed through a trough in the base of the unit and then clamped down with the left clamp for shipment.

1. The cable exits the rear left of the unit, release one of the bolts on the clamp and rotate the clamp to release the cables.

2. Connect the network cable to the site network.

8.0 Installing the Radiation Shield

Chapter 3—AWS Installation with TechMate

Selenia Network Cable Installation

Warning: The Radiation Shield is tempered glass and may shatter if dropped

or overstressed.

1. Lift the radiation shield and place it on the support shelf.

2. Attach the shield to the front shield support, with the logo facing the patient.

3. Align the holes in the shield with the threaded holes in the AWS rear frame.

4. Position the two protective plates over the shield mounting holes.

5. Secure the plates and the shield to the AWS rear frame using the four supplied bolts and lock washers.

6. Tighten the bolts just enough to compress the lockwashers.

Figure 3-28: Selenia Radiation Shield Installation

Legend for Figure 3-28

1. Radiation Shield

2. Front Shield Support (part of sheet metal)

3. Support Shelf

4. Protective Plate (2)

5. Bolts and Lockwashers (4)

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Chapter 3—AWS Installation with TechMate Installing the AWS Rear Cover

9.0 Installing the AWS Rear Cover

1. Position the hooks on the rear cover so that they align with the slots in the rear frame.

2. Plug in the cooling fan harness; see Figure 3-29.

Figure 3-29: Cooling Fan Harness

3. Make sure all cabling is within the cover notches.

4. Insert the hooks into the slots, then slide the rear cover down.

5. Secure the cover in place using two screws.

6. Turn on the AWS circuit breaker. Observe any possible electrical malfunction.

Figure 3-30: Cover Notches for Cabling

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Totoku Display

Barco Display

Chapter 4—AWS Installation without TechMate

Standard Configuration

Chapter 4—AWS Installation without TechMate

1.0 Standard Configuration

In the standard configuration, the Selenia display arm and the trackball are installed on the right side of the AWS. Optionally, the Selenia display arm and/or the trackball is installed on the left side of the AWS.

Refer to “Optional Configuration” on p. 4-6 for details.

1.1 Display and Display Arm Attachment

Warning: Two people are required to safely perform this procedure.

1. Install the arm on the base, ensuring that, the elongated holes are positioned toward the

outside of the unit.

2. Install the display on the arm.

Figure 4-1: Display and Display Arm Attachment

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Cable Clamp

Toto ku Display

Cable Clamp

Barco Display

Chapter 4—AWS Installation without TechMate Display Harness Routing

1.2 Arm Harness Routing

Route the harness from underneath through the bottom of the Selenia Display Arm, and secure with cable ties.

Figure 4-2: Selenia Harness Routing Through Display Arm

2.0 Display Harness Routing

1. Connect the display cables as shown in Figure 4-3.

Note… Be sure the cover closes easily, and the cover is fully latched.

2. Tighten the cable clamp.

Figure 4-3: Selenia Display Connections

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Chapter 4—AWS Installation without TechMate

Gantry to Acquisition Workstation Interconnections

3.0 Gantry to Acquisition Workstation Interconnections

3.1 Power

1. At the rear of the AWS, connect one end of the power cable to the Power Out to Gantry

receptacle (#8, Figure 4-4) on the AWS Power Distribution Assembly.

2. Connect the power cable to the J

connector panel.

3. Make the remaining connections as shown in Figure 4-4.

2 Acquisition Power receptacle (#2,) on the Gantry

Figure 4-4: Gantry to Acquisition Workstation Interconnections

Legend for Figure 4-4

1. J2 Acquisition Power receptacle

2. J1 Acquisition Data receptacle

3. Data and Power Cable Ground Wires

4. Ground Studs

5. Equipotential Ground Wire

6. Data Receptacle

7. Power Out to Brick and Gantry Control

8. Brick Power Fuses (2A FB, 250VAC)

9. Input Power Receptacle (AWS)

4. Connect one end of the AWS input power cord to the AWS input power receptacle

(#9, Figure 4-4) on the AWS Power Distribution Assembly and plug the other end into site power.

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Legend for Figure 4-6

1. Rx—Blue Wire

2. Tx—Orange Wire

Network Cable

Chapter 4—AWS Installation without TechMate Gantry to Acquisition Workstation Interconnections

3.2 Fiber Optics

The fiber optic cables are connected between the Gantry and the AWS computer.

At the AWS:

1. Locate the cable clamp at the rear of the AWS below the cover handle. An identical clamp is located on the opposite side of the AWS. All the AWS cabling exits from the cutouts in the rear cover.

2. Route the fiber optic cable into the AWS as shown in Figure 4-5. The dotted line in the illustration shows alternate entry paths into the AWS. Use the existing cable clamps along each path for cable support.

3. Continue to route the cable into the AWS computer.

Figure 4-5: Fiber Optic Cabling, Acquisition Workstation

4. Connect the fiber optic cable into the termination points at the rear of the computer— Figure 4-6.

Figure 4-6: Fiber Optic and Network Cable Termination Points

5. Allowing for a service loop, secure the wiring with cable ties.

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Entry

Routing and Termination

(Rear view of the Gantry)

(Front view of the Gantry)

Three LEDs: 1 red, 2 green

Orange Wire

Blue Wire

Chapter 4—AWS Installation without TechMate

Gantry to Acquisition Workstation Interconnections

At the Gantry

1. Route the cable into the Gantry through the rear lower access panel. A cutout on the

power panel allows entry into the Gantry mainframe. See inset ‘A’ below.

2. Following the Main Harness inside the Gantry mainframe, route the fiber optic cable up

to the Brick. See inset ‘B’ below. Connect the cable to the Brick.

Note… It is possible to install the fiber optic cable incorrectly (reversed). If they are

reversed, the red LED is on. When correct, the red LED is off, the right green LED is on, and the center LED blinks.

3. Allowing for a ‘service loop’, secure the wiring with cable ties.

4. Secure the fiber optic cable to the bulk cabling from the Gantry to the AWS.

5. Reattach the lower rear panel and turn on the wall and Gantry circuit breakers.

CONSOLE

RIGHT

FOOTSW

CONSOLE

POWER

DATA

LEFT

FOOTSW

200V~

POWERONX-RAY

208V~

220V~

230V~

240V~

Figure 4-7: Fiber Optic Cabling, Gantry

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Trackball Cable

Chapter 4—AWS Installation without TechMate Optional Configuration

4.0 Optional Configuration

Note… This procedure mounts the Selenia Display Arm, display, and trackball on

the left-hand side of the AWS.

4.1 Remove the Base

1. Remove the label and the four screws in the center of the base.

2. Remove both display arm base clamps.

3. Rotate to expose the harness under the base.

4. Cut the harness and trackball cable ties.

4.2 Reconfigure the Base Wiring

Reroute the harness and trackball cable for left side configuration.

4.3 Replace the Base

1. Position the base at the rear of the AWS.

2. Reinstall the four screws and the display arm base clamps.

3. Replace the label.

4.4 Realigning the Cover on the Arm’s Post

1. With the arm and cover still fastened as shown in Figure 4-10 A, move the cover counterclockwise to the position shown by the dotted line B.

2. Remove the four button-head screws holding the cover to the post.

3. Place the cover back to position A (being sure the elongated holes in the cover are facing the outside) and reinstall the four button-head screws.

Figure 4-8: Removing the Base

Figure 4-9: Left-Side Base Wiring

Figure 4-10: Aligning the Arm Cover

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Shaft

Handle

Shaft support

collar

Set screws(4)

Right-side Left-side

Support Mount Assembly

Chapter 4—AWS Installation without TechMate

Optional Configuration

4.5 Repositioning the Totoku Display Bracket

1. Remove the display bracket by removing the two screws.

2. Rotate the bracket 180° and reinstall the screws. See Figure 4-11.

Figure 4-11: Repositioning the Display Bracket

4.6 Repositioning and Realigning the Support Mount Assembly

4.6.1 Totoku

Remove the two locking set screws, and the two conical set screws. It is not necessary to remove the

2. Rotate the support mount assembly counterclockwise approximately 180°.

3. Align the holes in the support shaft with the holes in the collar and handle as shown. Notice the holes are slightly staggered in this position.

4. Reinstall the two set screws. Ensure the screws are securely set.

support mount assembly.

180

Figure 4-12: Aligning the Shaft

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Support Shaft

Support Mount

Chapter 4—AWS Installation without TechMate Optional Configuration

4.6.2 Barco

Remove the two locking set screws, and the two conical set screws

2. Remove the support mount and shaft from the arm.

Figure 4-13: Aligning the Shaft

Remove the locking set screw, and the conical set screw

from the support mount.

4. Remove the support shaft from the support mount. You may have to loosen the two socket-head cap screws at the bottom of the

support mount to remove the support shaft.

5. Rotate the support shaft counterclockwise approximately 180

°.

6. Secure the support shaft to the support mount with the previously removed set screws.

7. Align the holes in the support shaft with the holes in the collar and handle. Notice the holes are slightly staggered in this position.

8. Reinstall the set screws; ensure the screws are securely set.

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Chapter 5—Startup, Shutdown, and Functional Tests

Acquisition Workstation Controls and Display

Chapter 5—

Startup, Shutdown, and Functional Tests

Note… Refer to the Selenia Software Operator’s Manual and Hardware Operator’s

Manual for detailed information about operating the Selenia.

1.0 Acquisition Workstation Controls and Display

Legend for Figure 5-1

1. Emergency Off Switch

2. Circuit Breaker (at rear of AWS)

3. Selenia Display

4. Selenia Trackball

5. CD-RW Drive

6. Selenia Keyboard

7. Selenia Power On Button

Figure 5-1: The AWS Controls

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Chapter 5—Startup, Shutdown, and Functional Tests TechMate Controls and Display

2.0 TechMate Controls and Display

Legend for Figure 5-2

1. TechMate Display

2. TechMate Keyboard

3. TechMate Trackball

4. Power Button for TechMate

5. Reset Button for TechMate

Figure 5-2: The TechMate Controls

3.0 Initial Startup Procedures

At this point in the Selenia installation procedures:

• Both the Gantry and AWS are permanently mounted in position.

• All power and applicable accessory connections are complete.

• The Image Receptor is installed.

• The footswitch(es) are installed.

• Additional system components (for example, Hard Copy Film Printer) are installed.

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3.1 Pre-Startup Checks

Figure 5-3: Emergency Off Switches

Perform the following pre-startup checks before applying power to the system for the first time following installation:

1. Verify that: a. Primary (source) power circuit breaker is On. b. Circuit breaker on the rear of the Gantry is On. c. Turn on UPS (Selenia) see Figure 5-4, p. 5-4.

d. All three Emergency Off switches are reset (two on

the Gantry, one on the AWS) see Figure 5-3.

2. Inspect the overall integrity of the mammography unit for open or loose panels, missing hardware, and signs of damage.

3. Inspect the radiation shield for chips, cracks, breaks, and secure attachment.

4. Be sure the room is clear of obstructions.

5. Correct all discrepancies before starting the system.

Installation and Hardware Maintenance Manual

Chapter 5—Startup, Shutdown, and Functional Tests

Initial Startup Procedures

3.2 Turning On the System

3.2.1 Selenia AWS

1. Press the Power On button (small black button, #1, on the left keypad) momentarily to start the system.

2. A green LED, #2, illuminates to indicate power is on.

3. Wait for the computer to start. The system initializes and runs the diagnostic tests.

This may take several minutes. The temperature of the Selenia Detector is critical for image quality. To stabilize its temperature, the detector should be on for at least 1 hour (warm up) before patient exposure.

Notes… If during the internal checks, the system detects a fault condition, a message

displays, and startup is suspended until the problem is remedied.

3.2.2 TechMate

1. Turn on UPS (TechMate), see Figure 5-5, p. 5-4.

2. Start the TechMate by pressing the TechMate power button on the upper right side of the Workstation front cover. See Figure 5-2, p. 5-2.

3. Refer to SecurView User information.

documentation for additional TechMate Installation and

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Chapter 5—Startup, Shutdown, and Functional Tests Initial Startup Procedures

3.3 Resetting the UPS

3.3.1 System Power Is Turned Off

If the Acquisition Workstation does not respond to the On button, the Uninterruptible Power Supply (UPS) may need to be reset. For example: If power is

removed from the Acquisition Workstation (such as power source disconnected or circuit breaker switched off) and then re-applied, the UPS may not automatically respond.

To reset the Selenia UPS:

See Figure 5-4.

1. Locate the UPS button at the lower right of the back panel.

2. Press down and hold the button to press the reset button on the UPS. The UPS chirps.

3. Press the button again and listen for a second chirp.

4. Start the Acquisition Workstation normally.

L B L

0 3 4

Figure 5-4: Resetting the Selenia UPS

To reset the TechMate UPS:

See Figure 5-5.

1. Locate the access hole in the middle of the left side of the front cover. This hole is aligned with the Power button on the UPS.

2. Insert the eraser-end of a pencil into the hole to press the button on the UPS. The UPS chirps.

U P

L B L

0 3 4 3

3. Press the button again and listen for a second chirp.

4. Start the TechMate normally.

Figure 5-5: Resetting the TechMate UPS

Notes… If the above procedure fails to reset the UPS, the circuit breaker located at

the right side of the TechMate UPS may have tripped. Remove the front cover (refer to Chapter 3, Section 4.1.4, p. 3-9). Determine if the equipment plugged into the protection outlets are creating an overload, then reset the circuit breaker by pushing it back in.

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3.3.2 All Power Is Off

VNLV–

MaxL

-------------------------=

If the site looses power, the UPS begins to chirp. This is an expected alarm indicating that the power is off.

1. Shut down the AWS if it is still on.

2. To turn off the beeping noise, follow the appropriate procedure above, but press

the button only once.

3. Press it again when the power returns.

4. Start the Acquisition Workstation normally.

4.0 Test Ground Impedance

Equipment Required: DVM—to measure AC voltage

Inductive Ammeter—capable of measuring at least 30 A AC

Measure Voltage/Current:

1. Measure the no-load voltage.

2. Measure the full-load voltage: a Click on the Non-Imaging Mode. b Cover the Image Receptor with lead. c Perform a full-exposure test in manual mode—32 kV, at 200 mAs.

Installation and Hardware Maintenance Manual

Chapter 5—Startup, Shutdown, and Functional Tests

Test Ground Impedance

Calculate the ground impedance using the following formula:

Where:

R = Ground Impedance V

= Voltage at no load

= Voltage at full load

= Current at full load

MaxL

Ground impedance must be no more than:

0.20

at 208, 220, 230, 240 V~TAP

0.16

at 200 V~TAP

If results are higher, stop work and contact the building electrician to repair the ground impedance.

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Chapter 5—Startup, Shutdown, and Functional Tests Controls and Displays

5.0 Controls and Displays

Each of the operator controls on the C-arm, Tubehead, and Footswitch must be tested to verify the unit’s electromechanical functions

5.1 Emergency Off Switches

Location of Emergency Off Switches Description

There are three Emergency Off switches on the Selenia, one on each side of the Gantry and one on the AWS.

Press any of the Emergency Off switches to immediately remove power to the gantry.

Turn the Emergency Off switch one-quarter turn to reset the switch.

To restart the system after using an Emergency Off switch, refer to “Emergency Off Switches” on p. 5-18.

Figure 5-6: Emergency Off Switches

5.2 Acquisition Workstation Keypads

Keypads provide power, x-ray, and Compression Release functions.

Figure 5-7: Location of Acquisition Workstation Controls

Legend for Figure 5-7

1. On button.

2. On indicator light.

3. X-ray Indicator lights on both panels.

4. X-ray buttons on both panels, one on each side of the keyboard. Press them both simultaneously to make an exposure and hold for the duration of the tone.

5. Compression Release button.

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5.3 Selenia Display

Control Dial

Totoku Display

Control Dial

Barco Display

Press the Control Dial to turn on the display. A green indicator light shows power is on.

To turn off the display, press and hold the button for at least 1 second until the LED is off.

The display can be left on. It turns off when the system is turned off.

Installation and Hardware Maintenance Manual

Chapter 5—Startup, Shutdown, and Functional Tests

Controls and Displays

Figure 5-8: Flat Screen Display

5.3.1 Adjusting the Display

The Control Dial can be pressed like a push button and rotated like a knob.

Navigation through the menus to make adjustments, and to change values can be made using the on-screen display (OSD) menu, activated by rotating the control dial. To enter a menu:

1. Rotate dial to the desired menu

2. Press the dial to select

3. Rotate the dial to change an adjustment, then press to select

4. To exit, rotate dial to EXIT, then press the dial The Totoku displays have submenu items for Auto Setup (recommended), Display

Mode, Brightness, Clock/Phase, Contrast, Management, Display (Horizontal/Vertical position control), and EXIT. (Display mode, Clock/Phase, and Management controls are factory set and do not need adjustment.)

The Barco displays have submenu items for Luminance, Adjustments, Input Selection, Settings, Information, and EXIT.

Caution:

Do not make any brightness and/or contrast adjustments to the display unless the SMPTE test pattern is on the screen.

If the computer is being replaced on a console with the Barco display, the following instructions should be followed:

1. Open a Terminal Window

MAN-00745 5-7

2. Type cd <space>/linx_mp/resources/installed/raw/ customluts_001/ then press Return.

3. Type mv <space> linear.lut <space> preview.lut then press Return.

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Chapter 5—Startup, Shutdown, and Functional Tests Controls and Displays

5.3.2 Using the SMPTE pattern for Brightness and Contrast Adjustments (Totoku Only)

1. From the AWS, select Admin>Test Patterns. Select SMPTE in the Pattern field.

2. Click Preview to display the full screen.

3. Adjust the Brightness and Contrast using the display submenus.

5.4 Gantry Controls and Displays

Gantry Controls

1. C-arm Rotation Angle displays on either side of the Gantry show the C-arm angle.

2. Emergency Off Switches, located on each side of the Gantry, immediately remove power from the Tubestand.

3. Gantry C-arm Rotation Switches, if equipped, are located on each side of the Gantry, initiate C-arm movement to a pre-programmed position.

4. The Input Power Circuit Breaker at the rear of the Gantry provides overload protection.

5. Dual-Function Footswitches activate C-arm and Compression Device movement.

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5.5 C-arm Controls and Displays

C-arm controls are located at the Tubehead, the Compression Device, the C-arm Side Rails, and the rear of the Image Receptor Support Device.

1. Tubehead Controls

2. Compression Device

3. Rear of the C-arm Side Rails

4. Rear of the Image Receptor

Controls and Displays

Tubehead Controls, located on either side of the x-ray tube side covers, provide Collimator Override, C-arm Rotation, and Light Field functions.

The Compression Device houses AEC Sensor control and position LEDs, and displays compressed breast thickness and force. Handwheels allow manual compression control for patient positioning and applying final compression force.

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Chapter 5—Startup, Shutdown, and Functional Tests Controls and Displays

The rear edges of the C-arm Side Rail house recessed push-button controls for motorized compression and C-arm movement. An additional C-arm Rotation button is available on the rear of the Image Receptor.

5.5.1 Compression Device Controls and Displays

Legend for Figure 5-9

1. Compression Handwheels.

2. AEC Sensor Position controls.

3. AEC Sensor Position Display.

4. Compression Force Display shows the compression force through the range of 10 lb to 67.4 lb (44.5 N to 300 N) in 1 lb (4.4 N) increments.

5. Compression Thickness Display shows the thickness between 0 and 15 cm above the image receptor in

0.1 cm increments.

6. Compression Paddle Sensor Receptacle.

7. Compression Paddle Docking Sleeves.

POSITION

AEC

Figure 5-9: Compression Device

NEWTONS/LBS

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5.6 Dual Function Footswitches

The system has two footswitches, one for C-arm and one for Compression Up/Down movement. Locate the footswitches for easy access at either side of the C-arm. Using the Footswitch:

1. Press the footswitch to activate.

2. Release the switch to stop motorized movement.

Legend for Figure 5-10

1. C-arm Down

2. C-arm Up

3. Compression Down

4. Compression Up

Controls and Displays

Figure 5-10: The Dual Function Footswitch

Warning: Always position the footswitches so as to eliminate accidental

activation by patient, operators, or wheelchairs.

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COM

Chapter 5—Startup, Shutdown, and Functional Tests Selenia Controls and Functional Tests

6.0 Selenia Controls and Functional Tests

Test the C-arm, Tubehead, and Footswitch functions to ensure mechanical integrity.

Function Control Location and Appearance Description/Functional Test

Compression Down Pressing a Compression Down button:

• Engages the compression brake.

• Turns on the light field lamp.

• Lowers the compression device.

Note… Once activated, the compression brake remains engaged until compression release is pressed.

Compression down movement stops:

• Upon release of the button.

• At the compression down force limit.

• At the lower compression travel limit.

Confirm the buttons function correctly.

Compression Up Pressing a Compression Up button:

• Raises the compression device.

• Does not release or activate the compression brake.

Motorized compression up movement automatically stops:

• Upon release of the button.

• Upon reaching the upper compression travel limit.

Confirm the buttons function correctly.

Compression Release Pressing the Compression Release button:

• Releases the compression motor brake.

• Raises the compression device approximately 10 cm.

Confirm the buttons function correctly.

Note... The system disables all compression release functions when a localization paddle is installed (including automatic compression release, if enabled). Patient release is available through the compression up functions.

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Selenia Controls and Functional Tests

Function Control Location and Appearance Description/Functional Test

Counterclockwise C-arm Rotation

Clockwise C-arm Rotation

When you press a C-arm Rotation switch, rotation commences immediately and ceases when you release the switch.

Operation: Pressing this button initializes motorized counterclockwise C-arm rotation.

C-arm movement is disabled when compression force of 58 N (13 lb) or greater is applied.

Confirm the C-arm Angle Rotation Displays on the Gantry reflect the changes in rotation.

Rotating the C-arm counterclockwise changes the display to a more negative reading.

Pressing this button initializes motorized clockwise C-arm rotation.

C-arm movement is disabled when compression force of 58 N (13 lb) or greater is applied.

Confirm the C-arm Angle Rotation Displays on the Gantry reflect the changes in rotation.

Rotating the C-arm clockwise changes the display to a more positive reading.

After making an oblique exposure, the Carm angle is stored in memory. When you rotate the C-arm past 0 degrees for the next exposure, the system automatically stops the C-arm at the opposite oblique angle.

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Left Side

Right Side

Left Side

Right Side

Chapter 5—Startup, Shutdown, and Functional Tests Selenia Controls and Functional Tests

Function Control Location and Appearance Description/Functional Test

Counterclockwise C-arm Rotation

Clockwise C-arm Rotation

Gantry C-arm Rotation Switches When you press a Gantry C-arm Rotation

switch, rotation commences after a short delay and stops after a pre-programmed amount of travel.

Operation:

• Service configures the rotation detent position for the switches from 10-100 degrees of rotation; the default is 45 degrees.

• Press and hold a counterclockwise Gantry C-arm Rotation switch; audible beeps indicate the C-arm is about to move, then movement starts.

• Movement stops when the preprogrammed rotation angle is reached.

Press the center button and confirm the C-arm moves to the zero degree (center) position.

• Press and hold a clockwise Gantry C-arm Rotation switch; audible beeps indicate the C-arm is about to move, then movement starts.

• Movement stops when the preprogrammed rotation angle is reached.

Press the center button and confirm the C-arm moves to the zero degree (center) position.

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Selenia Controls and Functional Tests

Function Control Location and Appearance Description/Functional Test

C-arm Up Pressing this button moves the C-Arm up.

Motorized C-arm movement automatically stops upon release of the button or upon reaching the upper C-arm travel limit.

C-arm movement is disabled when compression force of 58 N (13 lb) or greater is applied.

Confirm the buttons function correctly.

C-arm Down Pressing this button moves the C-Arm

down. Motorized C-arm movement automatically stops upon release of the button or upon reaching the lower C-arm travel limit.

C-arm movement is disabled when compression force of 58 N (13 lb) or greater is applied.

Confirm the buttons function correctly.

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Function Control Location and Appearance Description/Functional Test

Collimator Override The Collimator Override button allows

the collimator to cycle through the available calibrated x-ray fields.

Choice of the collimator mode, Automatic or Manual, is made in Edit>Standard Setup.

Confirm the buttons function correctly (press the light field lamp button to visualize the x-ray field, and then press the Collimator Override button).

The collimator device moves to another field size and the light field size changes.

Light Field Lamp Pressing the light field lamp button turns

on the light field lamp for approximately 30 seconds, permitting you to visualize the x-ray field.

The light field lamp automatically turns on whenever a Compression Down button is activated.

Confirm the buttons function correctly.

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Selenia Controls and Functional Tests

Function Control Location and Appearance Description/Functional Test

Smart Paddle System

AEC Position

Smart Paddles incorporate a mechanical function that permits the paddle to shift ~2.5 cm into a left, center, or right position. While compression is applied, the paddle cannot be unlocked. The collimator is programmed to follow the position of the Smart Paddles.

To test this functionality:

1. Install any Smart Paddle into the

compression device.

2. Shift the paddle into one of the detent

positions.

To change the position of a Smart Paddle:

1. Rotate and hold the knob on the side

of the paddle.

2. Move the paddle into the correct

position.

3. Release the knob to lock the paddle

in place.

4. Turn on the light field lamp. Confirm

that the collimator position matches the paddle position.

5. Repeat this procedure for the other

two paddle positions.

Change the AEC Position by pressing one of the arrows on the top of the compression device.

(You can also change it at the AWS.) To test this functionality:

1. Select an AEC mode using the AWS.

2. Change the AEC position using the

arrow buttons on the device and the AWS display.

3. Confirm the position indicator on the

side of the device and on the AWS display matches the current position.

4. Move the AEC position beyond #7 or

#1. Confirm the Auto position indicator on the compression device is illuminated and the AWS display indicates Auto.

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Chapter 5—Startup, Shutdown, and Functional Tests Continue with System Installation

7.0 Continue with System Installation

Continue with system installation using the Selenia Calibration and Software Maintenance Manual.

8.0 Emergency Off Switches

There are three Emergency Off Switches on the Selenia, one on either side of the Gantry and one on the AWS. Do not use the Emergency Off Switches for routinely removing power from the Selenia. They only affect the Gantry and should be used only in an emergency.

To use, press any Emergency Off switch. The power to the Gantry is immediately removed.

To restart the system after activating the switch:

1. Turn the Emergency Off switch one-quarter turn to reset it.

2. Wait for the Power Panel dialog box to appear. It indicates the Communication with the Gantry is lost, and instructs you to inspect the Emergency Switches and the circuit breaker.

3. If the Emergency Switches and the circuit breaker are set correctly, click OK to restart the Gantry.

Figure 5-11: Power Panel Dialog Box

If the dialog box reappears:

Review the status of the Gantry before responding to the Power Panel Dialog Box.

• If the Gantry displays are On, click Cancel.

• If they are Off, click OK.

If the dialog box continues to reappear, shut down the AWS following the Shutdown procedure—Refer to Section 9.0, p. 5-19. After waiting a minimum of four minutes, press the On button to restart the unit.

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9.0 Shutdown Procedures

To properly shut down the Selenia System:

1. Exit any open patient procedure.

Note… Always shut down using the Exit menu as described below. Do not use the

task launcher or the bottom Solaris bar, except in emergencies.

2. Sign out of the application by clicking on File> Exit on the main menu.

aClick File and click Exit. b Click the Power off the computer button on the dialog box. cClick Yes.

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Chapter 5—Startup, Shutdown, and Functional Tests

Shutdown Procedures

Figure 5-12: Exit from AWS

3. At the Confirmation message, “Are you sure you would like to power off the computer?”

Click Yes.

4. When the Green Power indicator on the AWS turns off, the system is completely shut

down.

5. If the program does not close correctly, these steps shut the system down manually:

a After the application closes, click OK at the Logout Confirmation dialog box. If you

do not see the Logout confirmation box, click Exit on the Taskbar.

b At the Solaris Welcome window, type shutdown (all lower case) for the user

name and click OK or press Return.

c For the Password, type shutdown (all lower case) and click OK or press Return. d When the Green Power indicator on the AWS turns off, the system is completely

shut down.

9.1 User Reboot and User Shutdown

There are two special users on the system: User Reboot and User Shutdown. These are initiated from a command line or the Sun interface, not from the Selenia interface. Initiating a User Reboot reboots the operating system. Initiating a User Shutdown provides for an orderly shutdown of the system.

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Chapter 6—AWS Maintenance

1.0 Introduction

This chapter provides maintenance information and instructions for the AWS, including:

• Component identification

• Removing covers and panels

• Preventive maintenance procedures

• Component replacement procedures

Chapter 6—AWS Maintenance

Introduction

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Legend for Figure 6-1

1. TechMate Display

2. Radiation Shield

3. Selenia Display

4. Selenia Trackball

5. CD-RW Drive

6. Cooling Fan

7. Selenia Keyboard

8. TechMate Computer and UPS (not shown, located behind cover)

9. Barcode reader

10. Storage Shelf

11. TechMate Trackball

12. TechMate Keyboard

Legend for Figure 6-2

1. Selenia Trackball

2. Right LED Board (x-ray LED board)

3. Selenia Keyboard

4. Left LED Board (x-ray LED board)

5. TechMate Trackball

6. TechMate Keyboard

7. Circuit Breaker

8. Cooling Fans (4)

9. Rear Cover Handles

10. Selenia UPS Reset

Chapter 6—AWS Maintenance Introduction

1.1 Component Identification

AWS Components—Front View

Figure 6-1: AWS Components—Front View

Figure 6-2: AWS Components—Top/Rear View

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Chapter 6—AWS Maintenance

Accessing Internal Components—Selenia AWS

2.0 Accessing Internal Components—Selenia AWS

2.1 Rear Cover Removal

1. Shut the system down.

2. Remove the two rear cover screws; see Figure 6-3.

3. Grasp the handles on each side of the cover.

4. Slide the cover upwards, then pull backwards to remove the cover.

5. Disconnect the cooling fan harness.

Legend for Figure 6-3

1. Rear Cover

2. Rear Cover Mounting Screws (two)

3. Rear Cover Handles (two, only one shown)

Figure 6-3: AWS Covers Removal

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Legend for Figure 6-4

1. Selenia Trackball

2. Right LED Board (x-ray LED board)

3. Selenia Keyboard

4. Left LED Board (x-ray LED board)

5. TechMate Trackball

6. TechMate Keyboard

7. AWS Cooling Fans

8. Circuit Breaker

9. Barcode Reader Power Supply

10. Display Power Supply

11. Computer

12. Uninterruptible Power Supply (behind computer)

13. Power Distribution Assembly (PDA)

14. Low Voltage Power Supply

15. Power Control Board

Chapter 6—AWS Maintenance Accessing Internal Components—Selenia AWS

2.2 Internal Components

To access internal components or wiring inside the AWS; see Figure 6-4.

Figure 6-4: Internal Components

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