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Brainlab VECTORVISION Series Technical User Manual

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VECTORVISION
®
AND
KOLIBRI
®
Technical User Guide
Revision 2.7
Copyright 2012, Brainlab AG Germany. All rights reserved.

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  • Page 1 VECTORVISION ® KOLIBRI ® Technical User Guide Revision 2.7 Copyright 2012, Brainlab AG Germany. All rights reserved.
  • Page 3 TABLE OF CONTENTS TABLE OF CONTENTS GENERAL INFORMATION ........... . . 11 .
  • Page 4 TABLE OF CONTENTS VectorVision² Arm Kits ..............34 VectorVision²...
  • Page 5 TABLE OF CONTENTS KOLIBRI NAVIGATION STATION ......... . . 61 .
  • Page 6 TABLE OF CONTENTS ........87 Troubleshooting: ONEAC UPS (VectorVision & Kolibri) UPS Audio Signals .
  • Page 7 TABLE OF CONTENTS ELECTRICAL SAFETY: VECTORVISION COMPACT ....115 ............... . 115 Chapter Overview Contents .
  • Page 8 TABLE OF CONTENTS Testing Overview ................146 Safety Inspection Form - Recurrent Tests .
  • Page 9 ................190 Annual Inspection by Brainlab .
  • Page 10 TABLE OF CONTENTS Technical User Guide Rev. 2.7 VectorVision & Kolibri...

  • Page 11: Topics Covered

    GENERAL INFORMATION GENERAL INFORMATION Chapter Overview 1.1.1 Contents Topics Covered Section Contact Data & Legal Information Page 12 Symbols Page 14 Intended Use Page 16 Training & Documentation Page 17 Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 12 Tel: +81 3 3769 6900 Japan Fax: +81 3 3769 6901 Despite careful review, this manual may contain errors. Feedback Please contact us at igs.manuals@brainlab.com if you have suggestions as to how we can improve this manual. Brainlab AG Manufacturer Olof-Palme-Str. 9...
  • Page 13 • According to the MDD, Council Device Directive 93/42/EEC, classification of the Brainlab product is defined in the corresponding Software User Guide. NOTE: The validity of the CE label can only be confirmed for products manufactured by Brainlab. Disposal Instructions Only dispose of electrical and electronic equipment in accordance with statutory regula- tions.
  • Page 14 Symbols Symbols 1.3.1 Symbols Used in This Guide Warnings Warnings are indicated by triangular warning symbols. They contain safety-critical in- formation regarding possible injury, death or other serious consequences associated with equipment misuse. Cautions Cautions are indicated by circular caution symbols. They contain safety-critical infor- mation regarding possible problems with the device.
  • Page 15 GENERAL INFORMATION 1.3.2 Hardware Symbols The following symbols may appear on the system or related hardware: Symbols on System Components Symbol Explanation Type B Applied Part according to IEC 60601-1 Attention! Consult accompanying documents Potential equalization point Not tested for ingress of water per IEC 60529 IPX0 MR Unsafe MR Conditional: The number shown on each label specifies the MR environ-...
  • Page 16 Kolibri Revision 2 NOTE: The revision number is shown on the type plate on your system. The intended use of the systems is to provide a complete hardware platform for Brainlab Image Indications for Use Guided Surgery software. The technical specifications of the VectorVision and Kolibri hardware components are subject to Technical change due to technical developments.
  • Page 17 Brainlab representative. Before using the system for surgical procedures where computer-aided navigation is considered crit- Supervised ical, perform a sufficient number of complete procedures with a Brainlab representative present to Support provide guidance where necessary. Responsibility This system solely provides assistance to the surgeon and does not substitute or re- place the surgeon’s experience and/or responsibility during its use.
  • Page 18 How to Use this functioning properly. Guide Use this guide, in combination with assistance from Brainlab support, to identify and troubleshoot potential problems. Do not attempt to service your system. Contact Brainlab support for questions regard- ing repair and service.

  • Page 19: Table Of Contents

    VECTORVISION² NAVIGATION STATION VECTORVISION² NAVIGATION STATION Chapter Overview 2.1.1 Contents Topics Covered Section Component Overview Page 20 VectorVision² Monitor Kit Page 21 VectorVision² Camera Kit Page 31 VectorVision² Frame Page 33 VectorVision² User Panels Page 37 VectorVision² Button Panel Page 39 VectorVision²...

  • Page 20: Component Overview

    Component Overview Component Overview 2.2.1 Components VectorVision System Figure 1 Component Camera kit Camera arm kit Monitor arm kit Monitor kit Curved arm System base Technical User Guide Rev. 2.7 VectorVision & Kolibri...

  • Page 21: Vectorvision² Monitor Kit

    VectorVision compact system Monitor service panel kit Aluminum service panel frame, service panel right and left The monitor is preassembled at Brainlab assembly facilities. The monitor kit can only be ordered as Assembly one unit. Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 22 (page 23) TFT monitor Displays navigation data Monitor Panel Access Do not open the service panel to access the monitor panel components unless in- structed by Brainlab support (e.g., for troubleshooting purposes). Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 23 VECTORVISION² NAVIGATION STATION 2.3.3 Adjusting TFT Settings from the OSD Board A TFT panel with touchscreen is mounted to the front of the display. The TFT display settings, such Overview as brightness, contrast, color temperature, boot logo time out, etc., can be adjusted from the OSD board.
  • Page 24 VectorVision² Monitor Kit How to Navigate the OSD Menu Main Menu Menu Item #1 Setting Point #1 to change th e setting s, use th e curso r cursor l eft cursor right Setting Point #2 etc... Legend: - Sam e procedure as Menu Item #1 Figure 5 LED Indicators Status...
  • Page 25 VECTORVISION² NAVIGATION STATION 2.3.4 MUX Unit The MUX unit converts high frequency digital signals to low frequency analog signals for audio and Overview RS232. This process also works in reverse, i.e., analog signals are converted to digital signals. The MUX is necessary for successful transmission of audio, OSD and touch signals between the Communication PDU and the monitor.
  • Page 26 VectorVision² Monitor Kit 2.3.5 CiLink Board The CiLink board converts the digital video information to a suitable format for the display. Overview The CiLink board contains eight LED indicators which display the board and link status, and show whether the monitor is functioning correctly. Diagram S301 H303...
  • Page 27 VECTORVISION² NAVIGATION STATION LED Indicators Status Indicates On during normal A stable “link” connection to the PDU operation Blinking about If the monitor runs with an old PDU, this indicates H301: Link status once per second that the link runs at 18 bit rather than 24 bit Off or flashes at There is most likely a problem with the purple monitor irregular intervals...
  • Page 28 VectorVision² Monitor Kit DIP Switch Settings The CiLink board contains two DIP switches (S301 and S701). Each DIP switch has four switches. Status Indicates Switch If this switch is on, a different boot up logo, other than the PDU logo in S301-1 Logo the monitor, is generated.
  • Page 29 VECTORVISION² NAVIGATION STATION 2.3.6 Monitor Power Supply and Boot up Screen The monitor is powered by the PDU (Power Data Unit). The monitor can only be powered from this Overview power source. Data Processing and Cabling VectorVision² Workstation Sound Com 2 Graphic Interface Touch...
  • Page 30 VectorVision² Monitor Kit The monitor displays a boot-up screen at system start-up. The screen is generated on the computer Boot-Up Screen and replaces the standard Windows boot-up screen. Figure 9 Technical User Guide Rev. 2.7 VectorVision & Kolibri...

  • Page 31: Vectorvision² Camera Kit

    VECTORVISION² NAVIGATION STATION VectorVision² Camera Kit 2.4.1 Introduction The VectorVision Camera Figure 10 The MUX unit (see page 25) in the VectorVision2 camera kit converts high frequency digital signals The Camera MUX to low frequency signals for RS232. This process also works in reverse, i.e., analog signals are con- Unit verted to digital signals.
  • Page 32 VectorVision² Camera Kit 2.4.2 Camera Volume The camera field of view is a pyramid-shaped volume with the following dimensions: Illustration 140 cm 30 cm 80 cm 160 cm Figure 11 How to Test the Camera Volume Steps Place an instrument with reflective marker spheres in the camera field of view. Adjust the camera horizontally.

  • Page 33: Vectorvision² Frame

    VECTORVISION² NAVIGATION STATION VectorVision² Frame 2.5.1 Introduction The VectorVision2 frame refers to the basic structure of the system. The system components, such About the Frame as the camera and monitor kits are attached to the frame. Illustration Figure 12 Component Function Curved arm Button panel location...
  • Page 34 VectorVision² Frame 2.5.2 VectorVision² Arm Kits Available Arm Kits Arm Kit Function Monitor arm kit Attaches the VectorVision² monitor to the system Camera arm kit Attaches the VectorVision² camera to the system This section provides general information on the attachment of the monitor and the camera to the Checking Screw arm kits so that you can perform a visual check to ensure that all screw connections are secure.
  • Page 35 Doing so may cause the arm to spring up, resulting in serious injury to the user. The monitor arm and camera arm are preassembled and adjusted at Brainlab assembly facilities. Assembly The monitor arm and the camera arm can each be replaced as a unit.
  • Page 36 Brake foot pedal Activates the system brakes on the rear wheels Rear wheels Steer the system Front wheels Turn in a fixed direction The wheels can only be exchanged by Brainlab support. Wheel Exchange Technical User Guide Rev. 2.7 VectorVision & Kolibri...

  • Page 37: Vectorvision² User Panels

    VECTORVISION² NAVIGATION STATION VectorVision² User Panels 2.6.1 Introduction The user panels provide the means to connect the system to 3rd-party equipment (e.g., micro- Background scopes). To prevent damage to the cables, the user panels must remain in the proper configu- ration.
  • Page 38 VectorVision² User Panels Illustration d f g h Figure 17 Component Empty user panel (allows system ventilation) Video In Microscope integration Service panel and potential equalization port IEEE/394 (IGSonic) Video out NOTE: The availability of the user panels depends on your system configuration. Technical User Guide Rev.

  • Page 39: Vectorvision² Button Panel

    VECTORVISION² NAVIGATION STATION VectorVision² Button Panel 2.7.1 Introduction The button panel is located on the back of the curved arm. Location Functions Figure 18 Component Function Service LED Low battery LED LED indicators and an internal beeper indicate the system status and provide audio-visual warnings.
  • Page 40 VectorVision² Button Panel 2.7.2 System Power Status The system is powered according to the below workflow: Powering the System Step User Action Result Plug the system in The components are powered in the below order: 1. UPS 2. Button board 3.
  • Page 41 VECTORVISION² NAVIGATION STATION LED Status Indicators: Non- Standard Service Conditions Standby Beeper System Status System is on and running on battery Green 8 sec. (mains power failure) Battery is low and system must be connected to mains power for at least C o n - four hours.

  • Page 42: Vectorvision² Pdu

    VectorVision² PDU VectorVision² PDU 2.8.1 PDU Functions The PDU serves as a power supply for the monitor and camera. It also serves as a digital multiplexer Overview unit according to the following process: Steps The PDU transmits and receives (bi-directional) digital serialized data. Input from the workstation is converted and sent as digital data to the camera and monitor units.

  • Page 43: Vectorvision² Ups

    • Low line voltage compensation without battery depletion • Controlled inverter shutdown if battery is depleted Please contact Brainlab support if your UPS needs to be exchanged. Replacing the UPS Do not attempt to remove or exchange the UPS. The UPS can only be exchanged by authorized Brainlab personnel.
  • Page 44 VectorVision² UPS 2.9.2 UPS Signals During a power failure, the UPS and button panel emit specific signals to indicate that the system is Background operating from a limited internal source of power. Explanation of the Signals Cause Signal Action/Comment • UPS emits a beep every minute All signals indicate that the system •...
  • Page 45 VECTORVISION² NAVIGATION STATION 2.9.3 Turning off the UPS It may be necessary to manually turn off the UPS due to, e.g., a defective power supply. Manual Turn Off The UPS I/O switch can be accessed from the front of the system, under the housing. The right UPS I/O Switch image shows the switch as seen from underneath the system.
  • Page 46 VectorVision² UPS 2.9.4 UPS Safety Uninterruptible power supplies present special safety concerns that are different than those of most Safety electrical equipment. This is because: Considerations • Unplugging the UPS puts it into backup mode • Unplugging the UPS does not remove the electrical charge The UPS services are powered from more than one source.
  • Page 47 Inspect the battery regularly (see page 192). Battery Disposal Properly dispose of or recycle empty batteries according to your organization rules and local legislation. If you wish to dispose of the battery, contact Brainlab support to remove the battery. Battery...

  • Page 48: Vectorvision² Cabling

    VectorVision² Cabling 2.10 VectorVision² Cabling 2.10.1 Cabling Diagram of Connections Cable Adjustment Do not remove or manipulate the VectorVision² cables unless instructed by Brainlab support, e.g., for troubleshooting purposes. Diagram IR Camera Mo n ito r Power DC RS2 32...
  • Page 49 VECTORVISION COMPACT NAVIGATION STATION VECTORVISION COMPACT NAVIGATION STATION Chapter Overview 3.1.1 Contents Topics Covered Section Component Overview Page 50 VectorVision compact Camera & Monitor Kit Attachment Page 51 VectorVision compact Frame Page 54 VectorVision compact User Panels Page 58 VectorVision compact Cabling Page 59 Technical User Guide Rev.

  • Page 50: Component Overview

    Component Overview Component Overview 3.2.1 Components VectorVision Compact System Figure 21 Components Component Camera kit Camera arm kit Monitor kit Frame Shelf System base (consisting of front and back enclosures) Base frame NOTE: The VectorVision compact camera kit (page 31), monitor kit (page 21) and PDU (page 42) are the same as those for the VectorVision system.

  • Page 51: Vectorvision Compact Camera & Monitor Kit Attachment

    The monitor and camera are preassembled with the VectorVision compact system and are adjust- Assembly ed at Brainlab assembly facilities. The camera arm can be replaced as a unit. Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 52 VectorVision compact Camera & Monitor Kit Attachment 3.3.2 Monitor Kit Attachment The monitor kit is attached to the monitor fixture on the VectorVision compact frame. Attachment Mechanism Figure 22 Component Frame Monitor fixation handle Monitor bracket Monitor Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 53 VECTORVISION COMPACT NAVIGATION STATION 3.3.3 Camera Kit Attachment The Camera Kit Figure 23 Component Camera arm kit Fixation screws Attachment interface of the camera to the camera arm Handling the Camera Arm Kit Do not lean on the camera arm. Do not disassemble the camera arm, or remove the weight of the camera from the arm.

  • Page 54: Vectorvision Compact Frame

    VectorVision compact Frame VectorVision compact Frame 3.4.1 Introduction The system components, such as the camera and monitor kits are attached to the frame. About the Frame Frame Figure 24 Component Function Frame Basic support for the system Back enclosure Contains the user panels Base frame Includes wheel assembly Front enclosure...
  • Page 55 Front Enclosure Illustration Figure 25 Component Function Alternative drive (DVD Used for patient data transfer or used by Brainlab support or MOD) USB port Used for patient data transfer (see page 188) Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 56 VectorVision compact Frame 3.4.3 Back Enclosure Illustration Figure 26 Component User panels Foot brake pedal Potential equalization port Power plug connector On/off switch Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 57 Simultaneously activates the front and rear wheels Rail Holds the workstation Front wheels Steer the system Rear wheels Turn in a fixed position The wheels can only be exchanged by Brainlab support. Wheel Exchange Technical User Guide Rev. 2.7 VectorVision & Kolibri...

  • Page 58: Vectorvision Compact User Panels

    VectorVision compact User Panels VectorVision compact User Panels 3.5.1 User Panels The user panels provide the means to connect the system to 3rd-party equipment (e.g., micro- Introduction scopes). Illustration Figure 28 User Panel Functions Component Leica microscope connector Real time video connector Video connector Video connector Image injection...

  • Page 59: Vectorvision Compact Cabling

    VECTORVISION COMPACT NAVIGATION STATION VectorVision compact Cabling 3.6.1 Cabling Diagram of Connections Cable Adjustment Do not remove or manipulate the VectorVision compact cables unless instructed by Brainlab support for e.g., troubleshooting purposes. Diagram IR Camera Monitor RS 232 Power DC...
  • Page 60 VectorVision compact Cabling Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 61 KOLIBRI NAVIGATION STATION KOLIBRI NAVIGATION STATION Chapter Overview 4.1.1 Contents Topics Covered Section Component Overview Page 62 Kolibri Monitor Page 63 Kolibri Workstation Page 66 Camera Kit Page 68 Kolibri Cart Page 71 Kolibri UPS Page 72 Technical User Guide Rev. 2.7 VectorVision & Kolibri...

  • Page 62: Component Overview

    Component Overview Component Overview 4.2.1 Components Kolibri System and Accessories Figure 30 Component Camera (example) Mobile Camera Stand Workstation Monitor Cart Technical User Guide Rev. 2.7 VectorVision & Kolibri...

  • Page 63: Kolibri Monitor

    KOLIBRI NAVIGATION STATION Kolibri Monitor 4.3.1 Monitor Functionality The Kolibri system contains a built-in swivel-mounted TFT monitor with an integrated touchscreen. Overview Tilting the Monitor Figure 31 • You can tilt the monitor to the front or the back to position it as required. •...
  • Page 64 Kolibri Monitor You can check the monitor joint to ensure that the monitor can be properly tilted and that the safety How to Check screw connections are not loose. Monitor Stability Steps Tilt the monitor to the front and check the stability of the connection.
  • Page 65 KOLIBRI NAVIGATION STATION 4.3.2 Monitor Connections The monitor connections are located at the back of the monitor. You can access the connections by Connections tilting the monitor. Figure 32 Component Digital video interface (DVI-I) Potential equalization connection Monitor power connection USB connection for touch functionality Technical User Guide Rev.

  • Page 66: Kolibri Workstation

    Kolibri Workstation Kolibri Workstation 4.4.1 Introduction Workstation Panels The Kolibri workstation has three panels that the user can access. Figure 33 Panel Function • On/soft shutdown button Front • DVD/CD drive • USB port for USB flash drives 3rd-party connections •...
  • Page 67 KOLIBRI NAVIGATION STATION 4.4.2 3rd-Party Connections The 3rd-party equipment connections are located on the top panel. Location Connections Figure 34 Component CANBUS (optional) S-video (optional, functions as Video in 2) VGA OUTPUT/Loop Real-time video in (optional) Video in 1 (optional) Video out (S-video) Video out (composite) Loop (connected to port 3 by a dedicated cable)

  • Page 68: Camera Kit

    Camera Kit Camera Kit 4.5.1 Introduction The Kolibri navigation system supports two cameras: The Camera Kits Figure 35 Component Kolibri Camera Kit Kolibri Spectra Camera Kit Power Specifications - Kolibri Camera 28-30 Vdc Voltage 30 W Power consumption Power Specifications - Kolibri Spectra 30 Vdc Voltage...
  • Page 69 KOLIBRI NAVIGATION STATION 4.5.2 Camera Volume The camera field of view is a pyramid-shaped volume with the following dimensions: Kolibri Spectra Camera Kit Figure 36 View Front Side The camera field of view is a pyramid-shaped volume with the following dimensions: Kolibri Camera Kit 140 cm 30 cm...
  • Page 70 Camera Kit How to Test the Camera Volume Steps Place an instrument with reflective marker spheres in the camera field of view. Adjust the camera horizontally. Measure the working distance. Measure the volume diameter at several distances. NOTE: If the camera field of view is significantly decreased, the camera may need to be repaired or exchanged.

  • Page 71: Kolibri Cart

    KOLIBRI NAVIGATION STATION Kolibri Cart 4.6.1 Introduction Kolibri Cart Interfaces Figure 38 Component Function Top of cart Attachment interface for the Kolibri workstation Integration rail Used for e.g., cabling and IGSonic integration Side of cart (base) UPS power switch • Potential equalization port Back of cart •...

  • Page 72: Kolibri Ups

    NOTE: The Kolibri UPS is the same as that contained in the VectorVision² system (see page 43). If you are unsure whether your Kolibri system contains a UPS, contact Brainlab support. UPS Replacement Do not remove the Kolibri Cart cover.
  • Page 73 KOLIBRI NAVIGATION STATION 4.7.2 UPS Signals During a power failure, the UPS emits specific signals to indicate that the system is operating from Background a limited internal source of power. Explanation of Signals Cause Signal Action/Comment Signals indicate that the system is UPS emits a beep every Power failure operating from a limited internal...
  • Page 74 Kolibri UPS 4.7.3 Turning Off the UPS When the UPS is turned on, the external drive is supplied with electrical power. To ensure a maxi- Manual Turn Off mum operating lifetime for the drive, you can switch off the UPS after use. The UPS power switch is located on the side of the Kolibri Cart.
  • Page 75 UPS Battery Check Battery Inspect the battery regularly (see page 193). Have the battery replaced by Brainlab or authorized partners if they have not been replaced for more than three years. Battery replacement cartridges facilitate environmentally-friendly recycling of batteries and should Battery Disposal meet all national regulations for battery disposal.
  • Page 76 Kolibri UPS Battery Specifications Specification Description 6 to 10 hours (60% recovery) 12 hours (full recovery) Recharging times NOTE: For example, if the system operates on battery for more than 2 minutes, the battery will need 6 hours to partially recharge. Typical Running 10 minutes Time...
  • Page 77 TROUBLESHOOTING TROUBLESHOOTING Chapter Overview 5.1.1 Contents Topics Covered Section Troubleshooting: VectorVision Monitor Page 79 Troubleshooting: VectorVision Camera Page 84 Troubleshooting: VectorVision Workstation Page 85 Troubleshooting: ONEAC UPS (VectorVision & Kolibri) Page 87 Troubleshooting: Eaton UPS Page 89 Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 78 The purpose of this chapter is to provide you specific information so that you can recognize potential problems and communicate them to Brainlab support. Repair and Service Do not attempt to service your system. Contact Brainlab support for questions regard- ing repair and service. Technical User Guide Rev. 2.7 VectorVision & Kolibri...

  • Page 79: Troubleshooting: Vectorvision Monitor

    TROUBLESHOOTING Troubleshooting: VectorVision Monitor 5.3.1 Monitor Display There are four main functional monitor parts that affect the display. Overview • The monitor display itself • The backlight • The backlight inverter • The CiLink digital interface NOTE: The 18.1” display used in the revision 4 monitors uses a special digital data transmission and cannot be replaced by a standard monitor.
  • Page 80 Troubleshooting: VectorVision Monitor 5.3.2 Monitor Cabling The monitor cable is a high frequency transmission line allowing digital data to be transmitted be- Overview tween the PDU and the monitor. Problems with data transmission can result in, for example, a flickering, unstable display. In order for data to be properly transmitted, the assembly of the connectors is critical.
  • Page 81 Monitor sounds, OSD functions and Check the status of the LED indicators in the left service MUX functions are working panel (page 27) Monitor sounds, OSD functions and Contact Brainlab support MUX functions are not working Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 82 VectorVision system. NOTE: If the No Link screen appears, or if the Brainlab User Information screen does not appear as expected, contact Brainlab support for information on how to proceed.
  • Page 83 The cabling between the MUX and the PDU is link is working (e.g., touch or OSD) most likely correct The sound works The uplink is functioning NOTE: For troubleshooting the parts connected to the MUX, contact Brainlab support. Technical User Guide Rev. 2.7 VectorVision & Kolibri...

  • Page 84: Troubleshooting: Vectorvision Camera

    • LEDs in camera lens are not PDU and camera • Problem with internal cabling Camera does not beep during No power boot-up • Communication error NOTE: If you are having problems with your camera, contact Brainlab support. Technical User Guide Rev. 2.7 VectorVision & Kolibri...

  • Page 85: Troubleshooting: Vectorvision Workstation

    TROUBLESHOOTING Troubleshooting: VectorVision Workstation 5.5.1 Potential Workstation Occurrences The workstation does not have a power switch; it should boot up as soon as power is applied to the Power to the system. Workstation Status Comment Make sure that the following cabling is correct: •...
  • Page 86 Troubleshooting: VectorVision Workstation 5.5.2 Required Operating Conditions for the Workstation Power Supply • When the system is connected to the power supply, the power status LED on the button panel is orange. The workstation is supplied with voltage. Condition • The workstation remains off until the On/Stand By button on the button pan- el is switched on.

  • Page 87: Troubleshooting: Oneac Ups (Vectorvision & Kolibri)

    To reset the UPS, turn off the UPS power switch and then turn it back on after 10 seconds to restore output power. Corrective Action If the system does not turn back on, contact Brainlab support. Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 88 Troubleshooting: ONEAC UPS (VectorVision & Kolibri) 5.6.2 UPS LED Indicators and System Status This section provides detailed troubleshooting information on the LEDs contained in the UPS. Overview NOTE: For general troubleshooting information on the VectorVision² UPS, refer to the description of the LEDs on page 40.

  • Page 89: Troubleshooting: Eaton Ups

    No line power to UPS If line power is not reestablished, check the fuse in the 19” com- puter rack The battery is defective or needs replacement. Critical error. Call UPS battery Brainlab support. System Turned Off Problem Action/Explanation UPS powered off Power on UPS.
  • Page 90 Troubleshooting: Eaton UPS Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 91 VECTORVISION SKY NAVIGATION STATION VECTORVISION SKY NAVIGATION STATION Chapter Overview 6.1.1 Contents Topics Covered Section System Overview Page 92 VectorVision sky/sky Vario UPS Page 97 Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 92 System Overview System Overview 6.2.1 VectorVision sky/sky Vario Components VectorVision sky Ceiling Unit Figure 40 Component Ceiling-mounted arm system VectorVision sky monitor VectorVision sky camera Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 93 VECTORVISION SKY NAVIGATION STATION VectorVision sky Vario Ceiling Unit Figure 41 Component Integrated 3rd-party OR lights VectorVision sky monitor VectorVision sky camera Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 94 System Overview VectorVision sky 19” Computer Rack Figure 42 The VectorVision sky 19” computer rack: • Contains the VectorVision workstation, a UPS and additional computer devices. • Is generally located outside of the OR, in an adjacent technical or control room. The entire elec- tric supply and all network connections for the VectorVision sky system run through this com- puter rack.
  • Page 95 VECTORVISION SKY NAVIGATION STATION VectorVision sky Data Panel Figure 44 The VectorVision sky Data Panel is a ceiling mounted display system with three 19” TFT flat mon- itors, which can be flexibly positioned. Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 96 System Overview 6.2.2 VectorVision sky/sky Vario PDU The PDU serves as a power supply for the following: Power Supply • Monitor • Camera • Optional video and other video converters The PDU also serves as a digital multiplexer unit according to the following process: Digital Multiplexer Unit Steps...
  • Page 97 VectorVision sky contains a sealed lead-acid battery. Properly dispose of or recycle empty batteries according to your organization rules and local legislation. If you wish to dispose of the battery, contact Brainlab support to remove the battery. Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 98 VectorVision sky/sky Vario UPS 6.3.2 ONEAC UPS Illustration Figure 45 During a power failure, the UPS emits a beep indicating that the system is operating from a limited UPS Signals internal source of power. The alarm emits the “low battery tone” to indicate an impending shutdown due to depleted battery power.
  • Page 99 Have the battery replaced if it has not been replaced for more than three years. Check the battery at least once a year using the UPS battery self-test. Have the battery replaced if the self-test fails or if the UPS reports a defective battery. Contact Brainlab support for assistance.
  • Page 100 VectorVision sky/sky Vario UPS Manufacturer Documentation Refer to the manufacturer documentation for detailed information on the UPS and its accessories. Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 101 ELECTRICAL SAFETY OVERVIEW ELECTRICAL SAFETY OVERVIEW Chapter Overview 7.1.1 Contents Topics Covered Section Background Page 102 Requirements for Performing an Electrical Safety Test Page 103 Testing Overview Page 104 Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 102 Introduction Introduction 7.2.1 Background Brainlab navigation systems are classified as Class I Type B Equipment according to IEC 60601-1 Equipment and must be tested accordingly. The classification means: Classification Classification Definition Refers to equipment classification regarding protection against electric Class I shock.
  • Page 103 • Is up-to-date with current local regulations regarding industrial and non-industrial accident pre- vention • Informs Brainlab immediately in writing if the equipment is deemed unsafe • If a suitably qualified person is not available at the customer site, Brainlab support will perform Inspections by this inspection for a set fee Brainlab Personnel •...
  • Page 104 Introduction 7.2.3 Testing Overview The measurement instructions provided are an example for one test device. Testing Devices The individual steps may vary from one test device to another. Refer to the corresponding manufac- turer’s instructions for the test device you are using. The following electrical safety tests must be performed: Types of Electrical Safety Tests...
  • Page 105 ELECTRICAL SAFETY: VECTORVISION² ELECTRICAL SAFETY: VECTORVISION² Chapter Overview 8.1.1 Contents Topics Covered Section Safety Inspection Form Page 106 Electrical Safety Tests Page 107 Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 106 Safety Inspection Form Safety Inspection Form 8.2.1 VectorVision² Safety Inspection Form Tests to be Performed Measured Quantity Instructions Perform a leakage current test according to Fig. 16 of IEC 60601-1 Earth leakage current by using the measurement power supply circuit shown in Fig. 10 of IEC 60601-1.
  • Page 107 ELECTRICAL SAFETY: VECTORVISION² Electrical Safety Tests 8.3.1 Protective Earth Resistance Test To perform the electrical safety tests on the VectorVision2 system, connect the measurement tip to Test Overview the potential equalization port on the user panel and to all conductive parts shown in the tables. The result for the part tested is displayed as soon as the area is measured.
  • Page 108 Electrical Safety Tests User Panel Test Part to be Tested Test Passed Failed User Panel Monitor Arm Test Part to be Tested Test Passed Failed Monitor arm (at the joint which fixes the monitor to the moni- tor arm) Camera Arm Test Part to be Tested Test Passed...
  • Page 109 ELECTRICAL SAFETY: VECTORVISION² Foot Brake Test Part to be Tested Test Passed Failed Foot brake Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 110 Electrical Safety Tests 8.3.2 Isolation Resistance Test Performing the Test Steps Connect the power cord of your system to the electrical safety tester. Select the isolation resistance test on the tester. The results are displayed on the tester. NOTE: The results of the isolation resistance test are only displayed once the entire test has been completed.
  • Page 111 ELECTRICAL SAFETY: VECTORVISION² 8.3.3 Isolation Diagram Connected Equipment Only equipment according to IEC 60601-1 can be connected to the system. Refer to IEC standard 60601-1-1, “system configuration”. Isolation Diagram Figure 47 Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 112 Electrical Safety Tests Diagram Table Required Distance (mm) Insulation Reference Test Area Type Voltage Voltage Clearance Creepage Basic 250 Vac 1500 Basic 250 Vac 1500 Double 250 Vac 4000 Basic 250 Vac 1500 Double 250 Vac 4000 Basic 30 Vdc Basic 12 Vdc Double...
  • Page 113 ELECTRICAL SAFETY: VECTORVISION² Diagram Legend Component UPS according to IEC 60601-1 Workstation according to IEC 60601-1 SELV (safety extra low voltage) 30 Vdc Signal Input/Output: • Video in/out • RS232 • USB (LP) • Firewire (LP) • CAN-bus • PS/2 (LP) •...
  • Page 114 Electrical Safety Tests Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 115 ELECTRICAL SAFETY: VECTORVISION COMPACT ELECTRICAL SAFETY: VECTORVISION COMPACT Chapter Overview 9.1.1 Contents Topics Covered Section Safety Inspection Form Page 116 Electrical Safety Tests Page 117 Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 116 Safety Inspection Form Safety Inspection Form 9.2.1 VectorVision compact Safety Inspection Form Tests to be Performed Measured Quantity Instructions Perform a leakage current test according to Fig. 16 of IEC 60601-1 Earth leakage current by using the measurement power supply circuit shown in Fig. 10 of IEC 60601-1.
  • Page 117 ELECTRICAL SAFETY: VECTORVISION COMPACT Electrical Safety Tests 9.3.1 Protective Earth Resistance Test To perform the electrical safety tests on the VectorVision compact system, connect the measure- Test Overview ment tip to the potential equalization port on the user panel and to all conductive parts shown in the tables.
  • Page 118 Electrical Safety Tests Handle Part to be Tested Test Passed Test Failed Handle User Panel Part to be Tested Test Passed Test Failed User panel Camera Arm Part to be Tested Test Passed Test Failed Camera arm Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 119 ELECTRICAL SAFETY: VECTORVISION COMPACT 9.3.2 Isolation Resistance Test Performing the Test Steps Connect the power cord of your system to the electrical safety tester. Select the isolation resistance test on the tester. The results are displayed on the tester. NOTE: The results of the isolation resistance test are only displayed once the entire test has been completed.
  • Page 120 Electrical Safety Tests 9.3.3 Isolation Diagram Connected Equipment Only equipment according to IEC 60601-1 can be connected to the system. Refer to IEC standard 60601-1-1, “system configuration”. Diagram Figure 48 Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 121 ELECTRICAL SAFETY: VECTORVISION COMPACT Diagram Table Reference Required Distance (mm) Test Area Insulation Type Voltage Voltage Clearance Creepage Basic 1500 Basic 1500 Double 4000 Basic Basic 1500 Basic 1500 Supplementary 2500 Supplementary 2500 Basic Basic 1500 Basic 1500 Double 4000 Not relevant for the current workstation M, N Basic...
  • Page 122 Electrical Safety Tests Diagram Legend Component Mains voltage 230V/115V Power main switch PDU main switch Power Data Unit according to IEC 60601-1 SELV (safety extra low voltage) 10 Vdc SELV (safety extra low voltage) 30 Vdc TFT display with touchscreen according to IEC 60601-1 Patient/user Camera system according to IEC 60601-1 12 Vdc...
  • Page 123 ELECTRICAL SAFETY: VECTORVISION SKY/SKY VARIO 10 ELECTRICAL SAFETY: VECTORVISION SKY/SKY VARIO 10.1 Chapter Overview 10.1.1 Contents Topics Covered Section Safety Inspection Form Page 124 Protective Earth Resistance Test: sky, sky Vario/Panels Page 125 Protective Earth Resistance Test: 19” Rack Page 134 Isolation Resistance Test Page 137 Patient Leakage Test...

  • Page 124: Safety Inspection Form

    Safety Inspection Form 10.2 Safety Inspection Form 10.2.1 VectorVision sky/sky Vario Safety Inspection Form Tests to be Performed Measured Quantity Instructions Perform a leakage current test according to Fig. 16 of IEC 60601-1 Earth leakage current by using the measurement power supply circuit shown in Fig. 10 of IEC 60601-1.

  • Page 125: Protective Earth Resistance Test: Sky, Sky Vario/Panels

    ELECTRICAL SAFETY: VECTORVISION SKY/SKY VARIO 10.3 Protective Earth Resistance Test: sky, sky Vario/ Panels 10.3.1 Initial Steps To perform the electrical safety tests on the VectorVision sky/VectorVision sky Vario system, con- Test Overview nect the measurement tip to the PE (protective earth) connector on the ceiling installation profile and to all conductive parts shown in the tables.
  • Page 126 Protective Earth Resistance Test: sky, sky Vario/Panels Connect the measurement tip to the PE connector on the ceiling installation profile. Connecting the Measurement Tip Part to be Tested Test Passed Test Failed PE connector panel Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 127 ELECTRICAL SAFETY: VECTORVISION SKY/SKY VARIO 10.3.2 Test Points VectorVision sky/sky Vario Ceiling Mount Part to be Tested Test Passed Test Failed P l a t e s c r e w o f extension arm Cover screw Back Monitor Panel Part to be Tested Test Passed Test Failed...
  • Page 128 Protective Earth Resistance Test: sky, sky Vario/Panels Monitor Joints Part to be Tested Test Passed Test Failed F i r s t m o n i t o r joint (plate cover screw) Second monitor joint (arm cover screw) Monitor Fixation Part to be Tested Test Passed Test Failed...
  • Page 129 ELECTRICAL SAFETY: VECTORVISION SKY/SKY VARIO Camera Joints Part to be Tested Test Passed Test Failed Camera joint fixation screw Camera joint bolt T h i r d c a m e r a joint Camera Handle Part to be Tested Test Passed Test Failed Metal part of the...
  • Page 130 Protective Earth Resistance Test: sky, sky Vario/Panels 10.3.3 Test Points VectorVision sky Data Panels Handle Part to be Tested Test Passed Test Failed Handle Connection Cover Part to be Tested Test Passed Test Failed Connection cover Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 131 ELECTRICAL SAFETY: VECTORVISION SKY/SKY VARIO Arm Joint Part to be Tested Test Passed Test Failed Arm joint screw Arm joint bolt Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 132 Protective Earth Resistance Test: sky, sky Vario/Panels Monitors Part to be Tested Test Passed Test Failed Monitor (first) Monitor (second) Monitor (third) Monitor Holder Part to be Tested Test Passed Test Failed Mon itor hol der joint Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 133 ELECTRICAL SAFETY: VECTORVISION SKY/SKY VARIO 10.3.4 Test Point VectorVision sky Wall Panel Testing the Wall Panel Part to be Tested Test Passed Test Failed Wall panel screw NOTE: Any of the ten screws on the wall panel can be used as a test point. Technical User Guide Rev.

  • Page 134: Protective Earth Resistance Test: 19" Rack

    Protective Earth Resistance Test: 19” Rack 10.4 Protective Earth Resistance Test: 19” Rack 10.4.1 Initial Steps To perform the electrical safety tests on the VectorVision sky 19” rack, connect the measurement Test Overview tip to the protective earth connector on the rack door and to all conductive parts shown in the tables. The result for the part tested is displayed as soon as the area is measured.
  • Page 135 ELECTRICAL SAFETY: VECTORVISION SKY/SKY VARIO 10.4.2 Test Points 19” Rack Rack Door Part to be Tested Test Passed Test Failed Front rack door (right) Front rack door (left) Back rack door (right) Back rack door (left) Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 136 Protective Earth Resistance Test: 19” Rack Distribution Panel Part to be Tested Test Passed Test Failed Distribution panel Technical User Guide Rev. 2.7 VectorVision & Kolibri...

  • Page 137: Isolation Resistance Test

    ELECTRICAL SAFETY: VECTORVISION SKY/SKY VARIO 10.5 Isolation Resistance Test 10.5.1 Performing the Isolation Resistance Test Isolation Resistance Test Step Connect the measurement tip to all points described for protective earth resistance testing for VectorVision sky/VectorVision sky Vario, the panels and the VectorVision sky 19” rack. NOTE: The results of the isolation resistance test are only displayed once the entire test has been completed.

  • Page 138: Patient Leakage Test

    Patient Leakage Test 10.6 Patient Leakage Test 10.6.1 About the Patient Resistance Device Choose a suitable patient resistance device (human body equivalence impedance simulator) for line Measurement leakage measurements. Devices Standards require the use of meters where the load simulates the impedance of the human body. An equivalent circuit of the human body consists of a 1000 Ohm (Ω) resistor in parallel with the series combination of a 0.015-µF capacitor and a 10-kΩ...
  • Page 139 ELECTRICAL SAFETY: VECTORVISION SKY/SKY VARIO Equipment Setup in the OR Figure 51 Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 140 Patient Leakage Test 10.6.2 Performing Patient Leakage Testing Perform all measurements twice by adjusting the voltmeter: Test Parameters • Once with AC [mV] • Once with DC [mV] Initial Steps Steps Connect the potential equalization connection cable to a potential equalization point, ide- ally the patient table.

  • Page 141: Isolation Diagrams

    Each VectorVision sky and VectorVision sky Vario system is customized according to the require- Availability ments of the individual hospital. Therefore, the isolation diagrams are unique to each hospital. For further information, contact Brainlab support. Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 142 Isolation Diagrams Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 143 ELECTRICAL SAFETY: KOLIBRI 11 ELECTRICAL SAFETY: KOLIBRI 11.1 Chapter Overview 11.1.1 Contents Topics Covered Section Introduction Page 144 Recurrent Test Requirements Page 145 Performing Tests Page 149 Electrical Safety Test - Medical Electrical System Page 154 Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 144 Introduction 11.2 Introduction 11.2.1 Classification Kolibri Cart and Mobile Camera Classification Definition Stand Refers to equipment classification regarding protection against electric Classification Class I shock. Protective means are provided for metallic accessible parts or metallic internal parts, such as connection to PE (protective earth). Technical User Guide Rev.
  • Page 145 • Is up-to-date with current local regulations regarding industrial and non-industrial accident pre- vention. • Informs Brainlab immediately in writing if the equipment is deemed unsafe. • If a suitably qualified person is not available at the customer site, Brainlab support will perform Inspections by this inspection for a fee.
  • Page 146 If a test does not pass, device must be repaired by Brainlab support. After repair, re- peat the entire electrical safety test from the beginning.
  • Page 147 Brainlab support. Connect Kolibri Cart and Mobile Camera Stand using the camera ca- ble. Plug Kolibri Cart into mains power supply using the original Brainlab mains power cable. If you have multiple mains power cables for your de- Protective earth vice, repeat this test with each cable.
  • Page 148 Recurrent Test Requirements Critical Values Test Step Normal Condition Single Fault Condition Protective earth resistance ≤ 0.3 Ω Functional earth function ≤ 0.3 Ω Equipment leakage current ≤ 500 µA ≤ 500 µA Dielectric strength No flashover Use the table starting on page 150 to enter the single measured values at each required measure- Reference ment point.
  • Page 149 Information The result for the part tested is displayed as soon as the area is measured. If a test does not pass, device must be repaired by Brainlab support. After repair, repeat the entire electrical safety test from the beginning.
  • Page 150 Performing Tests Potential Equalization/ Test Functional Earth Point Tested Measured Value Passed? Potential equalization port PE point on power cable Screw on the top of cart Screw on the integra- tion rail Potential equalization port Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 151 ELECTRICAL SAFETY: KOLIBRI 11.4.2 Equipment Leakage Current Connect the measurement tip of your measuring device with the conductive parts shown in the table General starting below and measure the leakage current. Information Equipment Leakage Current Test Measurement Point Tested Measured Value Passed? Points Ring around camera...
  • Page 152 Performing Tests Test Point Tested Measured Value Passed? Screw on the monitor joint Ring of on/off button Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 153 ELECTRICAL SAFETY: KOLIBRI 11.4.3 Dielectric Strength Connect the system using the Brainlab mains power cable to your electrical safety tester and test General the dielectric strength. The electrical safety tester shows whether the device passes or fails. Information Dielectric Strength...
  • Page 154 • Is up-to-date with current local regulations regarding industrial and non-industrial accident pre- vention. • Informs Brainlab immediately in writing if the equipment is deemed unsafe. • If a suitably qualified person is not available at the customer site, Brainlab support will perform Inspections by this inspection for a fee.
  • Page 155 The individual steps may vary from one measuring device to another. Refer to the corresponding manufacturer's instructions for the measuring device you are using. Testing Precautions • The described test only covers the Brainlab equipment and not the connected equipment. Please additionally follow the description given by the manufacturer of the connected device.
  • Page 156 Connect Kolibri Cart and Mobile Camera Stand using the camera cable and plug Kolibri Cart into mains power supply using the original Brainlab mains power cable. Touch Current Place the device that shall be connected into operating mode, as de- scribed by the manufacturer of the device.
  • Page 157 ELECTRICAL SAFETY: KOLIBRI Use the table starting on page 158 to enter the single measured values at each required measure- Reference ment point. Dimension Enter the maximum measured value in the table below: Normal Single Fault Test Step Passed? Condition Condition Touch current Serial number of measuring device: ________________________...
  • Page 158 Electrical Safety Test - Medical Electrical System 11.5.4 Equipment Leakage Current for Medical Electrical Systems The equipment leakage current test for medical electrical systems repeats some of the steps in the General standard equipment leakage current test. Information For more information on the standard equipment leakage current test, see page 151. Connect the measurement tip of your measuring device with the conductive part and measure the Test Overview leakage current.
  • Page 159 ELECTRICAL SAFETY: KOLIBRI Test Point Tested Measured Value Passed? S c r e w o n t h e t o p right side of the back of the monitor Screw on the monitor joint Ring of on/off button Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 160 Electrical Safety Test - Medical Electrical System 11.5.5 Isolation Diagram Connected Equipment Only equipment according to IEC 60601-1 can be connected to the system. Refer to IEC standard 60601-1-1, “system configuration”. Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 161 ELECTRICAL SAFETY: KOLIBRI Isolation Diagram Optional Kolibri Cart Kolibri Workstation Mobile Camera Stand Camera Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 162 Electrical Safety Test - Medical Electrical System Diagram Table Required Distance (mm) Reference Area Insulation Type Test Voltage Voltage Clearance Creepage 250Vac 1500 Basic 250Vac 1500 250Vac 1500 Reinforced or Double 250Vac 4000 Basic 250Vac 1500 30Vdc Double 30Vdc 30Vdc 30Vdc 30Vdc Basic...
  • Page 163 ELECTRICAL SAFETY: KOLIBRI Diagram Legend Component Power supply according to EN/UL 60601-1 AD Polar Board (includes DC/DC converter and optocoupler); output voltage: 30Vdc (floating) Signal input/output: -Video in/out -RS232 -USB (LP) -Firewire (LP) -CAN-bus -PS/2 (LP) -(DVI/VGA LP) -Network -Touch Undefined Potential Kolibri Camera Cable (floating 30Vdc) Y-Capacitor...
  • Page 164 Electrical Safety Test - Medical Electrical System Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 165 COMPLIANCES AND SPECIFICATIONS 12 COMPLIANCES AND SPECIFICATIONS 12.1 Chapter Overview 12.1.1 Contents Topics Covered Section Power Specifications and Electrical Standards Page 166 Environmental Requirements: VectorVision and Kolibri Page 168 System Specifications: VectorVision Page 170 System Specifications: Kolibri Page 175 Compliances: VectorVision and Kolibri Page 177 USB Flash Drives Page 188...

  • Page 166: Power Specifications And Electrical Standards

    Power Specifications and Electrical Standards 12.2 Power Specifications and Electrical Standards 12.2.1 Power Specifications VectorVision² and VectorVision compact 100-120 Vac / 220 - 240 Vac Voltage 50 / 60 Hz Frequency 2.6 A @ 220-240 Vac / 5 A @ 100-120 Vac Power consumption VectorVision sky 115-120 Vac / 220 - 240 Vac...
  • Page 167 COMPLIANCES AND SPECIFICATIONS 12.2.2 Electrical Standards Certificates and Approvals: IEC60601-1 VectorVision and Kolibri NRTL Certificates EN60601-1 Electrical Standard Protection Level I, Type B Approval by EN 60601-1 IPX0 IEC 60529 Technical User Guide Rev. 2.7 VectorVision & Kolibri...

  • Page 168: Environmental Requirements: Vectorvision And Kolibri

    Environmental Requirements: VectorVision and Kolibri 12.3 Environmental Requirements: VectorVision and Kolibri 12.3.1 Transport/Storage and Operating Conditions • Store and operate systems in locations which are protected against moisture, wind, sunlight, Location dust, salinity, and sulfur. Restrictions • Do not store the systems in the near vicinity of chemical products or gas. •...
  • Page 169 COMPLIANCES AND SPECIFICATIONS Kolibri Workstation The following environmental requirements apply for the Kolibri workstation alone: Storage Conditions Operating Conditions -10°C (14°F) to 45°C (113°F) 10°C (50°F) to 32°C (90°F) Temperature 10% to 90% non condensing 20% to 80% non condensing Humidity 700 hPa to 1013 hPa Pressure...

  • Page 170: System Specifications: Vectorvision

    System Specifications: VectorVision 12.4 System Specifications: VectorVision 12.4.1 Physical Characteristics VectorVision² System Height 163 cm Width 73 cm Width with curved 115 cm Physical Characteristics Depth 79 cm Weight ca. 210 kg Wheel diameter 12.5 cm Length 100 cm/120 cm Monitor and Camera Arms Angle flexibility three joints on each arm...
  • Page 171 COMPLIANCES AND SPECIFICATIONS VectorVision Monitor 40 cm Height 53 cm Width 6.5 cm Depth 9 kg Weight VectorVision Camera 9.5 cm Height 62 cm Width 16.5 cm Depth • VectorVision²/VectorVision compact: 4.0 kg Weight • VectorVision sky: 5.3 kg Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 172 System Specifications: VectorVision 12.4.2 Technical Specifications The following specifications are valid for the VectorVision², VectorVision compact and Overview VectorVision sky systems. Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 173 COMPLIANCES AND SPECIFICATIONS The workstation is available in revisions 6.0 and 6.01. Workstation The workstation uses an approved medical grade power supply ac- cording to IEC/EN 60601-1, UL 2601. The medical grade power supply is characterized by short circuit protection, over voltage pro- Basic Safety and tection, and output regulation.
  • Page 174 System Specifications: VectorVision Camera DC: 30 V / 1A Power RS 232 Host interface 115 kBaud Maximum data rate 0.35 mm RMS (Root Mean Square) Tracking accuracy Technical User Guide Rev. 2.7 VectorVision & Kolibri...

  • Page 175: System Specifications: Kolibri

    COMPLIANCES AND SPECIFICATIONS 12.5 System Specifications: Kolibri 12.5.1 Physical Characteristics Workstation and Touchscreen Monitor 465 mm Height 442 mm Width 334 mm Depth 20-22 kg (depending on configuration) Weight Monitor Angle 22° Flexibility Kolibri Camera & Kolibri Spectra Camera Kolibri Spectra Camera Kit Kolibri Camera Kit 86 mm 95 mm...
  • Page 176 System Specifications: Kolibri 12.5.2 Technical Specifications Workstation and Touchscreen 100-120 V Monitor AC input 200-240 V Electrical Frequency 50/60 Hz Specifications Power 3 A/1.4 A consumption Intel Pentium 4, 3.0 GHz Processor 3 GB 6 USB Potential equalization 3 Serial Tracking Unit 2 Video Out Supported I/O...

  • Page 177: Compliances: Vectorvision And Kolibri

    COMPLIANCES AND SPECIFICATIONS 12.6 Compliances: VectorVision and Kolibri 12.6.1 Electromagnetic Emissions • The VectorVision², VectorVision compact, VectorVision sky and Kolibri systems are Electromagnetic intended for use in the electromagnetic environment specified in the tables provided in this sec- Environment tion. •...
  • Page 178 Compliances: VectorVision and Kolibri Guidance and manufacturer’s declaration regarding electromagnetic emissions: Declaration Kolibri Emissions Test Compliance Electromagnetic Environment - Guidance RF emissions Group 1 CISPR 22 Class A EN 55011: 2004 The Kolibri system is suitable for use in all estab- Harmonic emissions lishments other than domestic establishments.
  • Page 179 COMPLIANCES AND SPECIFICATIONS 12.6.2 Electromagnetic Immunity, General • The VectorVision², VectorVision compact, VectorVision sky and Kolibri systems are Electromagnetic intended for use in the electromagnetic environment specified in the tables provided in the fol- Environment lowing sections. • The customer or the user should assure that the systems are used in such an environment. The tables in the following sections provide the guidance and manufacturer’s declaration regarding Electromagnetic electromagnetic immunity.
  • Page 180 Compliances: VectorVision and Kolibri 12.6.3 Electromagnetic Immunity, VectorVision IEC 61000-4-2, IEC 61000-4-4, IEC 61000-4-5 IEC 60601 Test Level Immunity Test Electromagnetic Environment- Guidance & Compliance Level 6 kV Floors should be wood, concrete or ceramic tile. Electrostatic contact discharge (ESD) If floors are covered with synthetic material, the IEC 61000-4-2 +/- 8 kV air...
  • Page 181 COMPLIANCES AND SPECIFICATIONS IEC 61000-4-6, IEC 61000-4-3 IEC 60601 Compliance Electromagnetic Environment - Immunity Test Test Level Level Guidance Recommended separation distance: 3 Vrms Conducted RF 0 35 P 150 kHz to 10 V IEC 61000-4-6 80 MHz 3 V/m 0 35 P Radiated RF 8 0 M H z t o...
  • Page 182 Compliances: VectorVision and Kolibri 12.6.4 Electromagnetic Immunity, Kolibri IEC 61000-4-2, IEC 61000-4-4, IEC 61000-4-5 IEC 60601 Test Level Immunity Test Electromagnetic Environment - Guidance & Compliance Level Electrostatic dis- charge (ESD) +/- 6 kV Floors should be wood, concrete or ceramic tile. IEC 61000-4-2 contact EN 61000-4-2:...
  • Page 183 COMPLIANCES AND SPECIFICATIONS IEC 61000-4-8 IEC 60601 Test Level Immunity Test Electromagnetic Environment - Guidance & Compliance Level Power frequency (50/60 Hz) Power frequency magnetic fields should be at magnetic field 3 A/m levels characteristic of a typical location in a IEC 61000-4-8 typical commercial or hospital environment.
  • Page 184 Compliances: VectorVision and Kolibri 12.6.5 RF Communications Equipment Portable and mobile RF communications equipment can affect the VectorVision², VectorVision Effects on the compact, VectorVision sky and Kolibri systems. Systems • The systems are intended for use in an electromagnetic environment in which radiated RF dis- Electromagetic turbances are controlled.
  • Page 185 Kolibri cables that have been tested for emission and immunity conformity: Kolibri Cable Specification Camera cable Provided by Brainlab; 10 m long Cart power cord Provided by Brainlab; 5 m long Potential equalization cable Provided by Brainlab VGA (AGP card)
  • Page 186 Use of Specified Power Cords Only use power cords as specified by Brainlab. Do not extend power cords. Reliable grounding can only be achieved when the system is connected to an equiva- lent receptacle marked “Hospital Only” (“Hospital Grade” in North America). Only in- sert the main plug into a socket outlet that is protectively earthed.
  • Page 187 COMPLIANCES AND SPECIFICATIONS 12.7.2 Regional Power Plugs Power Plugs (Examples) Power Plug Region Switzerland Australia South Africa Technical User Guide Rev. 2.7 VectorVision & Kolibri...

  • Page 188: Usb Flash Drives

    USB Flash Drives 12.8.1 Using USB Flash Drives You can use a USB flash drive to transfer patient data back and forth between Brainlab planning and Overview navigation stations. USB flash drives are used with VectorVision², VectorVision compact and Kolibri systems.
  • Page 189 MAINTENANCE 13 MAINTENANCE 13.1 Chapter Overview 13.1.1 Contents Topics Covered Section Inspections Page 190 Damaged Equipment Page 195 Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 190 A detailed inspection should be performed by Brainlab support once a year. Interval Authorized Persons Only Brainlab and/or authorized partners are allowed to repair the system and the equipment. Risk of electrical shock: There are no user-serviceable parts. All servicing is to be car- ried out by trained technicians or referred to Brainlab.
  • Page 191 • If you have a service contract, Brainlab automatically performs the annual inspection. Arrangement • If you do not have a service contract, contact Brainlab support to arrange the inspection. This inspection covers all components and functions as well as the items specified on the safety in- Scope spection form.
  • Page 192 Inspections 13.2.3 Further Inspections VectorVision Authorized Persons Only qualified clinical personnel are authorized to perform the below inspections. Weekly Component Inspection Cabling Visual control (twists, cracks) Charge UPS battery The UPS battery charges whenever it is connected to (VectorVision², VectorVision sky) utility power.
  • Page 193 MAINTENANCE 13.2.4 Further Inspections Kolibri Authorized Persons Only qualified clinical personnel are authorized to perform the below inspections. Weekly Component Inspection Cabling Visual control (twists, cracks) Cleaning Refer to the System User Guide Charge battery of the The UPS battery charges whenever it is connected to utility power. UPS (Kolibri Cart) More information is provided in the section “UPS Battery”.
  • Page 194 Inspections Annual Component Inspection • Functional test of camera interface • Functional test of sterilizable camera handle Mobile camera stand • Functional test of complete stand • Check of mechanical support system (arms, legs and locks) Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 195 Place a notice such as “DO NOT USE” on the equipment to prevent inadvertent use. Do not continue to use equipment that has been found to be defective during an in- spection. Using damaged equipment may cause patient injury. When you contact Brainlab support regarding a defect, you are asked for: Required Information •...
  • Page 196 Damaged Equipment Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 197 INDEX INDEX Numerics ..........19” Computer Rack Damaged Equipment ..........VectorVision sky Data Panel ..........3rd-Party Connections VectorVision sky ............Kolibri Device Connection Panel .................... VectorVision compact VectorVision sky ....................VectorVision² Disposal Instructions ..........disposal instructions ............. Documentation DVD/CD Drive .............
  • Page 198 INDEX ............ VectorVision² Isolation Resistance Test Patient Leakage Test .......... VectorVision compact ......... Measurement Devices ........VectorVision sky/sky Vario Patient Leakage Testing ............ VectorVision² ............Performing Patient Resistance Test ........VectorVision sky/sky Vario ........VectorVision sky/sky Vario Kolibri ............. VectorVision² ............
  • Page 199 INDEX ....................VectorVision Monitor OSD Joystick ....................VectorVision Workstation Panel ............ Temperatures, Excessive Power Supply ........................ VectorVision Screens ...................... training TFT panel specifications ..........Transport Conditions Troubleshooting ............. VectorVision VectorVision sky ............. Troubleshooting Components .................. Failure Indicator Screens Power Specifications ..........
  • Page 200 INDEX Technical User Guide Rev. 2.7 VectorVision & Kolibri...
  • Page 202 Art-No: 60915-01EN *60915-01EN*...

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