XR2044
Vascular Basic Service
Revision: 1
Service Training
Lab Guide
Table of Contents
TABLE OF CONTENTS (3)
LAB 1: HARDWARE AND SYSTEM IDENTIFICATION (5)
LAB 2: BASIC OPERATION PART 1 (9)
LAB 3: BASIC SERVICE PROCEDURES PART 1 (27)
LAB 4: DOSE AND IMAGE QUALITY (IQ) MEASUREMENTS (31)
LAB 5: BASIC OPERATION PART 2 (35)
LAB 6: BASIC SERVICE PROCEDURES PART 2 (39)
LAB 7: POSITIONER CONFIGURATION AND CALIBRATION (41)
Lab 1: Hardware and System Identification
Time Required:
3 Hours Learning Objective(s): ? Compare II/TV camera systems vs Innova digital detector systems
? Identify II/TV camera system types
? Identify the different Innova Systems.
? Identify cabinets and contents
? Identify system hardware
? Identify subsystems encountered in a cardiac lab and vascular room.
? Identify workstations
Support Materials Required: Vascular System Types presentation Photo Tour
Tools Required: Laptop with CDROM/DVD Hand tools Safety Considerations: Wear safety shoes in the lab. Use lead aprons, gloves or use lead shields as appropriate. Use the LOTO procedure and Arc Flash PPE when taking measurements over 50 volts Watch trip hazards. Be careful lifting heavy objects; use a buddy when needed.
Steps Procedure Begins on next page…
System Identification Fill out the table below based on the equipment installed in that lab.
Lab Number System
Name Receptor
Size
Table
Type
X-ray Tube
Type
Lab “Example” Innova
3100
31cm x
31cm
Omega
Angio Performix 160
Lab 1401
door code 2000
Lab 1406 B
door code 3100
Lab 1406 C
door code 3100
Lab 1406 E
door code 3100
Lab 1406 F
door code 3100
Lab 1407 J
Lab1407 I
Innova 2000 System Find the following components:
?PDB
?Advantx console (On/Off buttons, reset button, X-ray on lamp)
?Image monitors
?DL keypad
?VAMP cabinet (A5 card rack, Inverter 1 & 2, HV transformer,
TIRC, AC distribution)
?Atlas Cabinet
?DL
?RTAC
?PDU
?PDU UPS
?POS/TIT Cabinet
?Titan system controller
?Positioner CPU board
?L-arm smart amp
?AC distribution and regulator board
?DL Ethernet Hub
?X-ray tube chiller
?Detector conditioner
?Detector lift
?X-ray tube & collimator
Innova x100 System
Find the following components:
? PDB
? AW workstation ? VCIM
? Image monitors
? DL user interface monitor, keyboard, mouse ? Bolus handswitch ? C1 Cabinet ? Video splitter ? DL ? RTAC ? JEDI ? PDU ? PDU UPS ? C2 Cabinet
? On/Off Board in C2 ? Martek Power Supplies ? L-Arm MCB
? Positioner CPU Board ? X-ray tube chiller ? Detector conditioner ? UPS interface module ? Fluoro UPS
LCx/Advantx/DLX System
Find the following components: ? Advantx console
? DLX user interface monitor ? DLX keypad ? System cabinet ? VIC ? Titan
? Power distribution ? DLX cabinet ? VDP
? Bulkhead
? DLX – UPS Step Down Transformer ? X-ray tube chiller ? VAMP cabinets
? Image intensifier lift drive ? TV camera
Omega Table
Find the following components: ? Smart Box ? Smart Handle ? TSSC
? Table Panning Device (TPD) ? ITU (touch screen) ? 3-D Mouse
Elegance Table
Find the following components:
?Smart Box
?TSSC
?Table Panning device
?3-D Mouse
?ITU (touch screen)
Questions/Review: The diameter of the Image Intensifier for an LCA system is:_________
On an Innova 3100, the cabinet which contains the DL and RTAC is
called: _________________
Name the cabinet that controls AC power distribution to the Innova
system._________________
Lab 2: Basic Operation Part 1 Time Required: 4 Hours
Learning Objective(s): ?Identify operational do’s and don’ts.
?Perform LOTO (in-lab demo).
?Place fluoro UPS in and out of bypass mode (in-lab demo). ?Perform power up / power down procedures. ?Perform available exposures from this list:
?Fluoro (Conventional Fluoro, Digital Fluoro, LIH Fluoro, Fluorostore, Subtracted Fluoro, Roadmap Fluoro), ?Dynamic (Cardiac),
?Spins (HSS- 2D, 3D, 3DCT)
?DSA (Multi-Segment)
?Bolus, Innova Chase.
?Operate the gantry and table using the TSUIs
?Send images to a review workstation.
?Perform system functional checks.
?Perform systems reset procedures.
Support Materials Required: Note: Service documents and jobcards referenced are examples for lab use. Documentation will vary based on system type/vintage.
All Systems:
?Cabinet Door Diagrams
?Vascular Basic Photo Tour
?Presentation: Basic Operation Part 1
For Innova x100 Systems:
?Pathfinder Post-M3b Systems (PF):
?ASM 5391977-6-1-2EN
?SM 5393840-3-1-2EN
?OM 5391979-2-299
?Harmony Systems (HARM)
?ASM 5311070-4-2EN
?SM5314696-4-2EN
?OM 5311628-5-299
?Unity-Elegance Systems (ELE)
?ASM 5192425-2-2EN
?SM 5184313-2-2EN
?OM 5183876-2-299
For Innova 2000 Systems:
?ASM 2405174-3-200
?SM 2405172-4-200
?OM 2394280-1-247
Handout:
Innova 2000 Power Block Diagram
Innova 2000 PDB Schematic
For Advantx-E LCx Systems:
?SM 2399409-3-200 (Includes Operator Manuals below)
?Advantx LCx OM 2256371-2-100
?DLX OM 2390296-1-100
?Handouts:
Advantx-E Vascular Power Levels Block Diagram
MPPU2A1 AC Distribution Panel Door Diagram
MPPU2A1 AC Distribution Schematic 2115419
Tools Required: ?Field Service Laptop
?Hand tools
Safety Considerations: ?Wear Safety Glasses when turning on/off main disconnect ?Wear safety shoes in the lab.
?Watch trip hazards.
Steps
Innova x100 (steps 1-6)
Innova 2000 (steps 7-14)
Advantx-E (steps 15-35)
NOTES:
For safety reasons, some
sections of the Innova
x100/2000 lab
procedures will be
demonstrated by the
Instructor.
Due to the complexity of
Advantx-E / DLX system,
sections of the Advantx-E
lab will be Instructor led.
Procedure begins on next page…
Innova x100 Power-Off
?Watch for the SMPTE pattern to appear
?Shortly after the DL Browser appears on the DL Flat Panel, the SMPTE pattern should disappear, if it does not - this is a boot
problem.
?Note the display on the Live Monitor after boot. You should see the Gantry/Table icons with a list of position information. If
you see the “%” or “?“ symbol (“?“ for Harmony and above)
instead of position information – this is a boot problem.
?Note led status of the boards in the C2 cabinet card rack.
Compare with the door diagrams.
?Note the boards that have “flashing” or “scrolling” leds.
Do the door diagrams describe these leds? _________
Prior to performing any application procedures, perform the power off procedure, followed by another power-on cycle beginning at: Innova x100 Power-On Step 3: VCIM - ON
(Please review all information in the step below prior to performing)
2.To perform Innova x100 Power-Off, simply press and hold the
VCIM “On-Off” Button for about three seconds.
Note the following when this is performed:
?Two of the On-Off module commands have an immediate
effect: MPDU “On”, and PDB “On”
?The DL Supervisior software processes the C1-PDU “On”
request and begins a shutdown of software. Part of this
process will be communication/command to the control
board in the C1-PDU. After a delay, the C1-PDU will turn off
all outputs.
Innova x100 Perform Acquisitions Send Images to WS
?Until the previous step is complete (PDU outputs off), you
have time to make some observations. Please answer the
following:
Which Cabinets / modules loose power when you turn the console off?
C1 Cabinet:_________________________________________________ C2 Cabinet:_________________________________________________ Tube Chiller:________________________________________________ Fluoro UPS:_________________________________________________ DL Keypad / Monitor: ________________________________________ What is still powered on?
__________________________________________________________ __________________________________________________________
https://www.doczj.com/doc/4e15968498.html,ing the Innova x100 Operator Manual perform acquisitions. The
following sections explain the use of the system and steps to
perform acquisitions:
?Innova Console
?Innova Digital
?Innova Positioner
Instructor will demonstrate starting an exam on Innova x100 in lab, and give an overview of the DL Console and Acquisition Selections.
https://www.doczj.com/doc/4e15968498.html,e the network button to send image to a workstation.
Refer to OM Section: - Innova Digital /
How to Network Images to a Workstation
Innova x100 Function Check Table/Gantry/TSUI Innova x100 Reset https://www.doczj.com/doc/4e15968498.html,ing the Innova x100 Operator Manual perform gantry and table
operation. The following sections explain operations.
?Innova Positioner
?Drive each gantry axis to its’ maximum travel limit in each direction. Note the angles for each axis.
o L-Arm: “Low” Limit________ “High” Limit _________
o C-Arc: “Low” Limit________ “High” Limit _________
o Pivot : “Low” Limit________ “High” Limit _________
o Lift : “Low” Limit________ “High” Limit _________
?Position table:
o Minimum Height / Maximum Height _______/________
o Maximum Head end travel, Maximum Foot end travel
o Maximum Lateral Left travel, Maximum Right travel
o Maximum Rotational Clockwise travel
o Maximum Rotational Anti-Clockwise travel
?Collision Detection:
o Verify collimator collision sensors are operational
o Verify detector faceplate collision sensors are operational
o Verify pressure ring collision sensor is operational
6.End any exam in progress. Press the reset button on the VCIM
Console.
?Observe progress of reset
?DL Supervisor processes restart
?Each module will perform a software restart
?For Innova Systems whose DL-OS is Windows NT (Bolus), or Windows XP based (Harmony and above) the Windows OS
will shutdown and restart.
?For Innova Systems whose DL-OS is Windows 2000 based (Unity, Unity-Elegance), the DL Supervisor will shutdown the
application and perform a quick logoff and auto-logon and
restart the application (no OS restart). Power is not cycled
off on any subsystem
Innova 2000 Procedures begin on the following page…
Innova 2000 Power On
Innova 2000 Advantx-E Console-ON (Please review prior to turning on Console) 7.Initial Conditions:
?System Powered Off
?Emergency Off Pressed
?Remove/Open the following Cabinet covers: MPPU1-
MPPU2, POS-TIT Cabinet, ACAB.
https://www.doczj.com/doc/4e15968498.html,ing the Innova 2000 System Power-On section of the
Basic Operation Part 1 presentation as a guide:
?Perform an Innova 2000 Power-On
?Verify visual indicators for the following:
Step 2: PDB – ON
Step 3: MPPU CB10 – ON
(Please review all information in the step below prior to performing)
9.Prior to turning on Advantx-E Console note any illuminated
indicators in the POS-TIT, ACAB, or MPPU1.
_______________________________________________________
For presenation Step 4: Advantx-E Console – ON
When you press the Console On Button:
?You will first hear the MPPU2 Line Contactor engage, followed shortly by the ACAB PDU contactor engaging.
?The MPPU2 Line Contactor and “System-On” are
coincident. There is no delay in turning on the +/- 300VDC
Power once the safeties are satisfied (compared to the
PL3-PL4 stage on Advantx-E systems).
?The AC-DC distribution board in the Positioner is powered before the ACAB PDU (you may not notice this the first time
you perform this procedure).
?Be prepared to look quickly at the DL & RTAC front panel (OCP). You should see the two-digit codes increment as
the DL and RTAC perform their power-on-self-test.
?In the POS-TIT cabinet, you will not see the TITAN, or ECM receive their power until the ACAB PDU powers on (Titan is
fed by ACAB PDU, ECM is powered by Titan).
Innova 2000 Power-Off (Please review prior to turning on Console)
?On the DL Flat panel console, you should note the
Windows NT boot beginning.
?As NT boots, note the GE Application Boot
Look for the DL Supervisior window to appear
?Watch for the SMPTE pattern to appear
?Shortly after the DL Browser appears on the DL Flat Panel, the SMPTE pattern should disappear, if it does not - this is
a boot problem.
?Note the display on the Live Monitor after boot. You should see the Gantry/Table icons with a list of position
information. If you see the “%” symbol instead of position
information – this is a boot problem.
?One of the last things you will notice is the boot of the Advantx-E console to Applications.
Prior to performing any application procedures, perform the power off procedure, followed by another power-on cycle beginning at: Advantx-E Console – ON
(Please review all information in the step below prior to performing)
10.To perform Innova 2000 Power-Off, simply press and release the
Advantx-E Console “On” Button (It is actually the On-Off Button). Note the following when this is performed:
?Any item whose power is sourced from the MPPU2 line
contactor, turns off immediately
?The DL Supervisior software processes the “off” request
and begins a shutdown of software. Part of this process
will be communication/command to the control board in
the ACAB PDU. After a delay, the ACAB PDU will turn off all
outputs.
?Until the above step is complete (PDU outputs off), you
have time to make some observations.
Please answer the following:
Perform Acquisitions Innova 2000
Send Images to WS Innova 2000 Gantry/Table Function Check For the list below, which Cabinets / modules loose power when you turn the console off?
ACAB: ____________________________________________________ POS-TIT: __________________________________________________ MPPU1: ___________________________________________________ MPPU2: ___________________________________________________ Console: __________________________________________________ DL Keypad / Monitor: ________________________________________
What is still powered on?
__________________________________________________________ __________________________________________________________
https://www.doczj.com/doc/4e15968498.html,ing the Innova 2000 Operator Manual perform acquisitions.
The following sections explain the use of the system:
?Innova Console
?Innova Digital
?Innova Positioner
Instructor will demonstrate starting an exam on Innova 2000 in lab, and give an overview of the Advantx Console and Acquisition.
https://www.doczj.com/doc/4e15968498.html,e the network button to send image to a workstation.
Refer to OM Section: - Innova Digital /
How to Network Images to a Workstation
https://www.doczj.com/doc/4e15968498.html,ing the Innova 2000 Operator Manual perform gantry and table
operation. The following sections explain operations.
?Innova Positioner
Innova 2000 Reset ?Drive each gantry axis to its’ maximum travel limit in each direction. Note the angles for each axis.
o L-Arm: “Low” Limit________ “High” Limit _________
o C-Arc: “Low” Limit________ “High” Limit _________
o Pivot : “Low” Limit________ “High” Limit _________
o II (Lift): “Low” Limit________ “High” Limit _________
?Position table:
o Minimum Height / Maximum Height _______/________
o Maximum Head end travel, Maximum Foot end travel
o Maximum Lateral Left travel, Maximum Right travel
o Maximum Rotational Clockwise travel
o Maximum Rotational Anti-Clockwise travel
?Collision Detection:
o Verify collimator collision sensors are operational
o Verify detector faceplate collision sensors are operational
o Verify pressure ring collision sensor is operational
14.End any exam in progress. Press the reset button on the Advantx
Console (middle white button).
?Observe progress of reset
?DL Supervisor processes restart
?Windows OS will shutdown and restart
?Each module will perform a software restart
?Power is not cycled off on any subsystem
Advantx-E System
Power-On (initial conditions)
Due to the complexity of Advantx-E / DLX system, sections of the Advantx-E lab will be Instructor led.
Initiate PL1 Initial condition:
?DLX is properly shut down
?System is powered off
?Emergency off button has been pressed.
?System Cabinet standby switch in the off position
?Console on-off button in the off position
?Remove/Open covers for: System Cabinet, DLX Cabinet, Positioner Cabinet, MPPU1/MPPU2 Cabinets (top portion only).
Secure covers in provided holders if removed.
Note: Proceed to power levels PL1-PL4 when instructed.
Using the Basic Operation Part 1 presentation as a guide, step through the power on sequences PL1-PL4.
?Check Boxes to confirm awareness of Voltage Locations
?Check Boxes to confirm awareness of LED Indicators 15.Initiate PL1: Turn on system power panel (hospital mains).
IDENTIFY MPPU2 480VAC POWER LOCATIONS AT PL1:
?Room Disconnect System Power (480VAC-3?)
?MPPU2-BA11 / Terminal Block (480VAC-3?)
?MPPU2-A5 / EMC Line Filter (480VAC-3?)
?MPPU2-CB10 / Circuit Breaker (480VAC-3? at TOP of CB10) ?MPPU2-A1-A3 / Fuses: F9, F10, F11, F12 (480VAC-2?)
?MPPU2-A1-A4-TR1 / Power Board (480VAC-2?)
?MPPU2-A4-BA01 pins 21,22 / Terminal Block (480VAC-2?)
?DLX Transformer
IDENTIFY MPPU2 INDICATORS AT PL1:
?MPPU2A1 L3 480VAC FEEDER Lamp (Near CB10)
?MPPU2A1-A4 NE1, Power Board Neon (480VAC)
?MPPU2A1-A4 DE1, Power Board LED (24VDC)
?DLX Transformer Power Lamp
16.In the DLX3 cabinet, verify the following:
?UPS is turned on
?DLX/DGW Workstations are turned on
?Hub is powered on
Initiate PL3 Which indicators are illuminated in the MPPU1 cabinet:
__________________________________________________________ 19.Initiate PL3: Turn standby switch on the System Cabinet to the
“On” position.
20.MPPU1 / MPPU2 Cabinet Indicators:
IDENTIFY MPPU2 480VAC POWER LOCATIONS AT PL3:
?MPPU2-A1-X01 Line Contactor (480VAC-3? bottom of X01) (previous diagram)
?MPPU2-A2-A1 Voltage Selection Panel (480VAC-3?)
?MPPU2-A1-A3 Circuit Breaker / Fuse Panel (480VAC-3?)
?MPPU2-A4-BA01 Multiple Locations (480VAC-2?)
IDENTIFY MPPU2 INDICATORS AT PL2:
?MPPU2A1 L2 System On Indicator (Near CB10)
Which assemblies in the MPPU1 cabinet have indicators illuminated? (Major designation is adequate for card rack)
__________________________________________________________ __________________________________________________________ Are there any LEDs lit on the CPU board in the MPPU1 Cabinet? _____ (Board with the Red/Black Pushbutton)
Locate the red LED on the MPPU1A4 AC Supply Board. Were you able to locate it? ______ . The led should change at PL4.
21.DLX Cabinet PL3 indicators: Refer to Job Card IST1E from the DLX-
Installation Service Manual if needed.
Circle ON or OFF as observed:
a). Cabinet Fans: ON / OFF
b). DLX Common Bulkhead Power Switch: ON / OFF
c). Power Strip Switch on UPS Shelf: ON / OFF
d). Sun Workstation/DGW Workstation Power Switch: ON / OFF
e). VDP Card Rack Fans: ON / OFF
22.System Cabinet PL3 indicators :
Circle ON or OFF as observed:
a). MAINS LIVE Indicator: ON / OFF
b). Cabinet Fans: ON / OFF
c). VIC CB1 LED: ON / OFF
d). VIC CB2 LED: ON / OFF
e). ASC/EDM (Titan) Power LED: ON / OFF
f). ECM LEDs: ON / OFF
Are there any VIC module boards with lit LEDs? _________
23.Advantx Console PL3 indicators (List any observed):
_______________________________________________________ 24.Positioner Cabinet PL3 indicators:
Circle ON or OFF as observed:
a). AC Distribution Panel DS1: ON / OFF
b). AC Distribution Panel DS2: ON / OFF
c). Cabinet Fans: ON / OFF
Which boards in the positioner card rack have LEDs that are lit?
__________________________________________________________
__________________________________________________________ With Instructor supervision, carefully swing out the positioner card rack and observe LEDs on the tap select board and the AC/DC Power distribution board.
Which LED is lit on the Tap Select Board? _______________________
Which LEDs are not lit on the AC/DC Power Distribution Board?
__________________________________________________________