LABORIE Aquarius XT User manual

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 1
Aquarius®
XT/CT/LT/CTS Service Manual

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] ii
Laborie Medical Technologies, Corp.
180 International Drive
Portsmouth, NH 03801 USA
+1.800.522.6743
Medical Measurement Systems BV
Colosseum 25
7521 PV Enschede NETHERLANDS
Tel: [phone] Fax: [phone]
laborie.com
Trademarks
AQUARIUS is a registered trademark of Laborie Medical Technologies, Corp., registered mark applies to USA and may not apply to other
geographies. T-DOC, Unisensor, Roam DX, Urocap, and i-LIST Office Reporter are trademarks of Laborie Medical Technologies, Corp.
Windows is a registered trademark of Microsoft Corp. Bluetooth is a registered trademark of Bluetooth SIG Inc. VELCRO is a registered
trademark of Velcro Industries BV. Other names may be trademarks of their respective owners.
Copyright
All rights reserved. IMAGES/RENDERINGS OF LABORIE DEVICES IN THIS PUBLICATION ARE PROPERTY OF LABORIE AND MAY NOT
BE REPRODUCED WITHOUT THE PRIOR WRITTEN PERMISSION OF LABORIE.
© Copyright 2011–2021 LABORIE
Document Number: LBL-000233
Revision: B
Release Date: 2021-10
Laborie Medical Technologies, Corp.
180 International Drive
Portsmouth, NH 03801 USA

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] iii
CONTENTS
About this Manual ...............................................................................................................................................7
Symbols ..........................................................................................................................................................................................7
Abbreviations .................................................................................................................................................................................7
1Introduction................................................................................................................................................7
1.1Manual Notes .......................................................................................................................................................................7
2Technical Specifications.............................................................................................................................8
2.1Equipment Specifications ...................................................................................................................................................8
Classifications ...........................................................................................................................................................................9
Type BF Applied Parts...........................................................................................................................................................10
2.2System Equipment Parts List.............................................................................................................................................10
2.3Equipment Setup ...............................................................................................................................................................14
2.3.1Cart Setup ..............................................................................................................................................................14
2.4UPP Puller (optional) ..........................................................................................................................................................16
2.4.1Assemble the Puller Stand (Optional) .................................................................................................................16
2.4.2Arm and Stand.......................................................................................................................................................17
2.4.3Nose and Motor Body ..........................................................................................................................................17
2.5Urocap™ V and Spinning Disk Flow Transducer Setup .................................................................................................18
2.5.1Uroflow Transducer ...............................................................................................................................................18
2.6Infusion Volume Transducer (optional) ............................................................................................................................18
2.7Pump Setup ........................................................................................................................................................................19
2.8Roam™ DX Setup for Pressure and EMG .......................................................................................................................19
2.9Consumables and Transducer Setup...............................................................................................................................20
2.9.1Pressure Transducer Setup for Fluid-based Consumables ...............................................................................20
2.9.2Fluid-Filled Pressure Transducer Connections - Priming ..................................................................................20
2.9.3Catheter Setup ......................................................................................................................................................21
2.9.4Fluid-Filled Catheter Setup ..................................................................................................................................21
2.9.5T-DOC Air-Charged Catheter Setup...................................................................................................................23
2.9.6EMG Setup.............................................................................................................................................................23
3Equipment Status and Light Signals .......................................................................................................24
3.1Pump Hub...........................................................................................................................................................................24
3.2ROAM™ DX .......................................................................................................................................................................25
3.3Urocap™ V..........................................................................................................................................................................26
3.4UPP ......................................................................................................................................................................................27
4Calibration................................................................................................................................................28
4.1How to Calibrate Flow and Volume .................................................................................................................................28
4.1.1Calibrate Flow and Volume with the Urocap™ V...............................................................................................28
4.1.2Calibrate Flow and Volume with the Spinning Disk Flow Transducer..............................................................29
4.2How to Calibrate the Pressure and The EMG .................................................................................................................30
4.2.1Calibrate Pressure .................................................................................................................................................30
4.2.2Calibrate EMG .......................................................................................................................................................31
4.3How to Calibrate the Pump ..............................................................................................................................................31
4.4How to Calibrate the Infusion Transducer.......................................................................................................................34
4.5How to Calibrate the UPP Puller.......................................................................................................................................35
4.6System Status Messages ...................................................................................................................................................36
4.6.1Messages on the Computer Software.................................................................................................................36
4.6.2Messages on the CHC Touchscreen ...................................................................................................................36
5Cleaning and Preventive Maintenance ...................................................................................................37
5.1General Cleaning and Preventive Maintenance .............................................................................................................37
5.2Caring for the Roam™ DX ................................................................................................................................................37
5.3Caring for the Urocap V Uroflowmeter ............................................................................................................................37

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] iv
5.4Caring for the Spinning Disk Flow Transducer................................................................................................................38
5.5Caring for the UPP Puller...................................................................................................................................................39
5.5.1Cleaning and Disinfection of the Mobile Clamp................................................................................................39
5.5.2Sterilization of the Catheter Guide......................................................................................................................41
5.6Caring for the Air-Charged Transducer/Cable ...............................................................................................................42
5.7Battery - Charging and Preventive Maintenance............................................................................................................42
5.7.1Charging the Battery.............................................................................................................................................42
5.7.2Battery Preventive Maintenance ..........................................................................................................................43
5.8Computer Virus Protection ...............................................................................................................................................43
5.9Treating and Disposing of Product After Use .................................................................................................................43
5.10Environmental Consideration of Waste Disposal ...................................................................................................44
5.11Preventive Maintenance – Checking Calibration....................................................................................................44
5.11.1Check the Flow and Volume of the Urocap™ V Uroflowmeter ........................................................................44
5.11.2Check the Pump ....................................................................................................................................................44
5.11.3Check the Roam™ DX ..........................................................................................................................................45
5.11.4Check the Infusion Transducer.............................................................................................................................46
5.11.5Check the UPP Puller ............................................................................................................................................47
5.12Safely Moving the Cart ..............................................................................................................................................47
6Troubleshoot and Service........................................................................................................................48
6.1.1BLUETOOTH CONNECTION ..............................................................................................................................50
7Electromagnetic Compatibility (EMC).....................................................................................................55
8Symbols ....................................................................................................................................................61
9Schematics................................................................................................................................................62
10End-User Software License Agreement ..................................................................................................62

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] v
LIST OF FIGURES
Figure 1: Lockable Wheels ......................................................................................................................................... 14
Figure 2: UPP Cart Mount........................................................................................................................................... 16
Figure 3: UPP stand..................................................................................................................................................... 16
Figure 4: Puller Base and Puller Stand Assembly ..................................................................................................... 16
Figure 5: UPP Arm and Stand..................................................................................................................................... 17
Figure 6: UPP Nose Unit and Motor Body................................................................................................................. 17
Figure 7: Urocap™ V Setup........................................................................................................................................ 18
Figure 8: Spinning Disk Flow Transducer Setup ....................................................................................................... 18
Figure 9: Infusion Transducer Connections............................................................................................................... 18
Figure 10: Roam™ DX ................................................................................................................................................ 19
Figure 11: Roam Patient Setup................................................................................................................................... 19
Figure 12: Pressure Transducer Setup....................................................................................................................... 20
Figure 13: Stopcock Flow Directions ......................................................................................................................... 21
Figure 14: Abdominal Single-Lumen Balloon Catheter Priming ............................................................................. 22
Figure 15: OFF to the Transducer Cartridge............................................................................................................. 22
Figure 16: OFF to the Syringe .................................................................................................................................... 22
Figure 17: EMG Patch Placement. ............................................................................................................................. 23
Figure 18: Pump Buttons and Indicators ................................................................................................................... 24
Figure 19: Pump Connections.................................................................................................................................... 24
Figure 20: Roam DX Buttons and Indicators ............................................................................................................. 25
Figure 21: Front of Urocap™ V .................................................................................................................................. 26
Figure 22: Bottom of Urocap™ V............................................................................................................................... 27
Figure 23: UPP Buttons and Indicators ...................................................................................................................... 27
Figure 24: Do not Immerse......................................................................................................................................... 37
Figure 25: Cleaning the Urocap™ V .......................................................................................................................... 38
Figure 26: Disconnected Catheter Guide ................................................................................................................. 39
Figure 27: Mobile clamp moving toward catheter guide......................................................................................... 40
Figure 28: Mobile clamp downwards......................................................................................................................... 40
Figure 29: Mobile clamp off nose tube ..................................................................................................................... 40
Figure 30: Catheter Guide Removal - Step 1 ............................................................................................................ 41
Figure 31: Catheter Guide Removal - Step 2 ............................................................................................................ 41
Figure 32: Urocap™ V Charging Spacer ................................................................................................................... 42
Figure 33: Roam™ DX Charging Bay......................................................................................................................... 43
Figure 34: UPP ............................................................................................................................................................. 43
Figure 35: EMG Chanel During Check ...................................................................................................................... 46
Figure 36: Safe movement of cart.............................................................................................................................. 47

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] vi
LIST OF TABLES
Table 1: AQUARIUS® Specifications ........................................................................................................................... 9
Table 2: ARM Capabilities and Accessories................................................................................................................ 9
Table 3: AQUARIUS® Classifications........................................................................................................................... 9
Table 4: Spinning Disk Flow Transducer Classifications........................................................................................... 10
Table 5: AQUARIUS® Equipment and Parts List ...................................................................................................... 13
Table 6: Cart Setup ..................................................................................................................................................... 14
Table 7: Spinning Disk Flow Transducer Setup ........................................................................................................ 15
Table 8: Functions of Roam Buttons and Indicators................................................................................................. 26
Table 9: Calibrating the Urocap™ V.......................................................................................................................... 28
Table 10: Calibrating the Spinning Disk Flow Transducer ....................................................................................... 29
Table 11: Calibrating Roam™ DX Pressure Channels and Transducers ................................................................. 30
Table 12: Calibrating ROAM™ DX EMG Channel.................................................................................................... 31
Table 13: Calibrating the Pump ................................................................................................................................. 33
Table 14: Calibrating the Infusion Transducer .......................................................................................................... 34
Table 15: Calibrating the UPP Puller.......................................................................................................................... 35
Table 16: CHC - System Status Messages................................................................................................................. 36
Table 17: Component Cleaning - Fluid Temperatures............................................................................................. 38
Table 18: EMG Calibration Check.............................................................................................................................. 46
Table 19: Troubleshooting ......................................................................................................................................... 54
Table 20: Electromagnetic Compatibility.................................................................................................................. 55
Table 21: Electronic Emissions ................................................................................................................................... 56
Table 22: Electromagnetic Immunity ......................................................................................................................... 57
Table 23: Electromagnetic Immunity – Radio Frequency Communications........................................................... 59
Table 24: Separation Distances.................................................................................................................................. 60
Table 25: Symbols Glossary........................................................................................................................................ 61

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 7
ABOUT THIS MANUAL
SYMBOLS
In this manual, you will find important information to help you understand the features and safe use of the device. This
important information is highlighted with the following symbols:
CAUTION
This is information you need to know to prevent minor injury or product damage
IMPORTANT
This is important information about using the device
NOTE
This is useful information or reminders about using the device
ABBREVIATIONS
Common abbreviations used in this manual:
CHC: Central Hub Computer
CFG: software configuration file
1INTRODUCTION
This manual is intended for servicing the AQUARIUS UDS system manufactured by LABORIE. It collects data from the
following devices:
Uroflow Transducers
Water Pressure Transducers
Infusion Transducer
UPP Puller
EMG
The information located in this manual is intended for the biomedical departments of hospitals or clinics.
1.1 MANUAL NOTES
1. Previous versions of the Aquarius system may have come with red buttons for reset and other features, these have
been replaced with grey buttons as displayed in the images provided within this manual.

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 8
2TECHNICAL SPECIFICATIONS
2.1 EQUIPMENT SPECIFICATIONS
For proper operation, the device requires mains power 110 VAC or 240 VAC.
AQUARIUS® Carts AQUARIUS® CT CART: SINGLE DISPLAY
L = 36” (90.0 cm)
W = 26” (66.0 cm)
H = 60–71” (153.0–180 cm)
AQUARIUS® XT TOWER
L = 24” (60.0 cm)
W = 26” (66.0 cm)
H = 48” (120.0 cm)
AQUARIUS® XT PC CART: DUAL DISPLAY
L = 36” (90.0 cm)
W = 34.5” (88.0 cm)*
H = 60-71” (153.0–180 cm)
*operational width described—can pivot to pass through doors.
AQUARIUS® LT
L = 32” (81.0 cm)
W = 26” (66.0 cm)
H = 48” (120.0 cm)
AQUARIUS® CTS
L = 36” (90.0 cm)
W = 26” (66.0 cm)
H = 65” (165.0 cm)
Operating Conditions Temperatures: 15°C to 35°C
Humidity: 20% to 80% relative humidity
Pressure: 700 hPa to 1014 hPa (up to 2000 m)
Transport and Storage Conditions Temperature: -29°C to 60°C
Humidity: uncontrolled to 85% relative humidity
Pump Hub
P/N: PMP1000
Output Channels: 2 Infusion / 1 Bubble/1 USB type A/ 1 USB type B
Roam™ DX
P/N: RMX1000
Dimensions: 5.5”(14 cm) L X 3.6”(9.3 cm) W X 1.6”(3.9) H
Weight: 0.60 lbs (0.27 kg)
Pressure Range: -50 to +350 cmH20; EMG Range: 0 to 1000 uV
Output Channels: 4 Pressure / 1 EMG / 1 Pressure/EMG
Sampling Rate (each channel): Pressure= 50 Hz max.; EMG=5000 Hz max. / 10 –
100 Hz (increments of 10 Hz)
Urocap™ V
P/N: TRA1002
Dimensions: 6.3” (16.0 cm) L X 6.3” (16.0 cm) W X 2.6” (6.6 cm) H
Weight: 0.95lbs (0.43kg)
Flow Range: 0 to 50mL/s; Volume Range: 0 to 1000mL
Output Channels: Flow; Volume
Sampling Rate: Flow=100 Hz max.; Volume=100 Hz max.
UPP (arm and stand)
P/N: UPP1001 and UPP1000
Dimensions: 23.5” (59.7 cm) L X 23.5” (59.7 cm) W X 35.6” (90.4 cm) H
Arm extension: 30 » (76 cm)
Luxo: Extension 36.0” (91.5 cm) / Weight: 3.3 lbs. (1.5kg)
Speed: 0 to 3 mm/s
Maximum load for printer shelf and
workstation shelf
22 Lbs. (10 kg)
Spinning Disk Flow Transducer Width*: 16” (400 mm)

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 9
P/N: 9034K0103 Depth*: 19” (485 mm)
Height*: 29-36” (735–925 mm)
Weight*: Less than 7.61 lbs (Less than 3.5 kg)
Cable length*: 122" (310 cm)
Number of Channels: 1
Power Supply: Power consumption: max 1.0A; Input: 24 V DC/1.0 A; Output:
Tacho
Accuracy: Refer to the Accuracy of the main device.
Storage / Transportation:
Temperature –40° to +70°C (–40° to 158°F)
Humidity 10% to 100%rh (including condensation)
Atmospheric pressure 700 Pa to 1060 Pa
Operating Conditions:
Temperature +10° to +40°C (50° to 104°F)
Humidity 30% to 75%
Atmospheric pressure 700 Pa to 1060 Pa
Jug Volumes: Steel jug 1.5 L; White jug 1 L
*values include the stand
Table 1: AQUARIUS® Specifications
T-DOC Air-Charged Catheters Conditioning
Operating Conditions: 15C (59F) to 40 C (104F)
Storage Temperature: –25C (–13F) to +50C (122F)
Anorectal Manometry (ARM)
Test Capabilities Stationary Rest & Squeeze
Pushing
Rectal Volumes
Rectoanal Inhibitory Reflex (RAIR)
Balloon Expulsion
Calculations Rectal Compliance (mL/mmHg)
RAIR Inhibition and Excitation Characteristics
Resting, Average and Max Pressures (mmHg)
Fatigue Rate Index (min)
Anal Canal Length (cm) or High Pressure Zone (cm)
Ultra Slow Wave Analysis
Pressure Area Functions
Catheters T-DOC Air-Charged -> 4 channel radial
Unisensor Electronic -> 4 channel radial -> 8 channel radial
MUI Water Perfused -> 4 channel radial -> 8 channel radial
Rectal pressure measurement available for specific options
Accuracy Pressure: +/- 5%
EMG: +/- 6%
Volume using infusion transducer: +/- 10%
Table 2: ARM Capabilities and Accessories
CLASSIFICATIONS
Classifications Class I Type BF Applied Part
Mode of Operation: Continuous
Equipment not suitable for use in the presence of a Flammable Anesthetic
Mixture with Air or Oxygen or Nitrous Oxide.
Table 3: AQUARIUS® Classifications

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 10
Spinning Disk Flow Transducer
Classifications Degree of protection against electric shock:
Type BF (Body Floating):
Applied part provides a specific degree of protection
against electric shock, particularly in regard to the amount of current leakage
that is allowed.
The applied part is mechanically isolated (floating).
Not intended for direct cardiac application.
Degree of protection against harmful ingress of water: IP33
Degree of safety in presence of inflammable anesthetics: The device is not
intended for use with anesthetic gases mixed with air, oxygen or nitrous oxide.
Danger of electrical ignition.
Mode of operation: Continuous / intermittent operation.
Table 4: Spinning Disk Flow Transducer Classifications
TYPE BF APPLIED PARTS
EMG/CMG
Pressure transducers
2.2 SYSTEM EQUIPMENT PARTS LIST
AQUARIUS™ LT
AQS1000 AQUARIUS™ Urodynamic Analyzer System, 110V
AQS1001 AQUARIUS™ Urodynamic Analyzer System, 240V
COM532 (EOL)
COMXXX
Computer, Laptop, Windows 7 Professional, 64-bit, English, Bilingual
keyboard
Computer, Laptop, Windows 10 Professional, 64-bit
AQUARIUS™ CT
AQS2000 AQUARIUS™ Urodynamic Analyzer System, 110V
AQS2001 AQUARIUS™ Urodynamic Analyzer System, 240V
COM532 (EOL)
Optional: COM905/COM451 (EOL)
COMXXX
Optional: COM452/COM454
Computer, Laptop, Windows 7 Professional, 64-bit, English, Bilingual
keyboard
Computer, Custom PC, Windows 7 Professional, 64-bit, English / Computer,
Custom PC, Windows 7 Ultimate, 64-bit
Computer, Laptop, Windows 10 Professional, 64-bit
Computer, Medical Grade All-In-One PC, 24” Widescreen, Configured
AQUARIUS™ XT
AQS3000 Aquarius XT Urodynamic Analyzer Tower, 120V
AQS3001 Aquarius XT Urodynamic Analyzer Workstation, with Single LCD, 120V (double
LCD optional)
AQS3002 Aquarius XT Urodynamic Analyzer Tower, 220V
AQS3003 Aquarius XT Urodynamic Analyzer Workstation, with Single LCD, 220V (double
LCD optional)
MON242 Monitor, Flat Panel, 24" LCD, Wide
COM447 / COM450 (EOL)
COM452/COM454
Computer, Custom PC, High-End, Windows 7 Professional, 64-bit, English /
Computer, Custom PC, High-End, Windows 7 Ultimate, 64-bit
Computer, Medical Grade All-In-One PC, 24” Widescreen, Configured

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 11
AQUARIUS™ CTS
AQS2002 Aquarius CTS Urodynamic Analyzer Workstation, with Single LCD, 120V
AQS2004 Aquarius CTS Urodynamic Analyzer Workstation, with Single LCD, 220V
COM905 / COM451 (EOL)
COM452/COM454
Computer, Custom PC, Windows 7 Professional, 64-bit, English / Computer,
Custom PC, Windows 7 Ultimate, 64-bit
Computer, Medical Grade All-In-One PC, 24” Widescreen, Configured
SOFTWARE COMPONENTS
LAB1000 Laborie Software, NGM Urodynamics Software Package, LT Software
LAB1001 Laborie Software, NGM Urodynamics Software Package, CT Software
LAB1002 Laborie Software, NGM Urodynamics Software Package, XT Software
LIS224 i-LIST, Office Reporter
USB121 USB, Laborie Software System, Customized, with Manuals
MAN048 Aquarius XT/CT/LT/CTS Quick Start Guide

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 12
TRANSDUCERS and ACCESSORIES
RMX1000 Roam DX
TRA615/TRA616/ TRA617/TRA618/
TRA619/TRA620/ TRA621
T-DOC® Air Charged transducers
MSM1068 T-DOC® Holder Assembly
FEA262 High Fidelity EMG
CAB1032 NGM_EMG Non Shielded w/5 pin Lemo, 9 inch
CAB1034 NGM_EMG Non-Shielded w/5 pin Lemo, 6ft
ELE350 Electrode, Lead, EMG, Set of 2-Red, 1-Green
CAB151 EMG, Touch proof Shorting Leads – Non-Shielded
CAB1033 NGM_EMG Shielded w/5 pin Lemo, 9 inch
CAB1035 NGM_EMG Shielded w/5 pin Lemo, 6ft
ELE200 Electrode, FSR Shielded, 18", 3 Lead Cables
CAB150 EMG, Shorting Leads - Shielded
TRA100 UROCAP V Uroflowmeter
CHA171 Deluxe Commode Chair
CHA181 Foldable Commode Chair
CHA102 Accessories, Funnel
MSM1045 SHELF – HEIGHT ADJUSTABLE
POW1016 Power Cord, 1ft. C7 Power Cable, 2 Prong Plug
CAB465 Cable, Power Supply Connector Converter to Plug into LIT, North American
LIT1000 LIT, 110V TRANSFORMER, SMALL SIZE
LIT1001 LIT, 220V TRANSFORMER, SMALL SIZE
DISPOSABLES
Patient Mounting Accessories for T-DOC® Short Cables
HAR144 Accessory, Belt, 2"x45”
HAR575 Accessory, Lanyard, 2cmx110cm, adjustable loop
CMG for T-Doc
CAT875 T-DOC® Air Charged Catheters™, Abdominal, 7 fr
CAT895 T-DOC® Air Charged Catheters™, Single Sensor, 7 fr
CAT880 T-DOC® Air Charged Catheters™, Dual Sensor, 7 fr
TUB101 Measurement Tubing
TUB500 Pump Tubing with Infusion line

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 13
DIS900/DIS173 Graduated beaker
ELE428 EMG Gel Patch Electrodes pre-wired (pkg/3)
ELE425 Patch Electrodes, 3 pk
OPTIONAL ITEMs and PERIPHERALS
TRA1000 Infusion Sensor
CAB1032 NGM_EMG Non Shielded w/5 pin Lemo, 9 inch
CAB1034 NGM_EMG Non Shielded w/5 pin Lemo, 6ft
ELE350 Electrode, Lead, EMG, Set of 2-Red, 1-Green
CAB151 EMG, Touch proof Shorting Leads - Non Shielded
CAB1033 NGM_EMG Shielded w/5 pin Lemo, 9 inch
CAB1035 NGM_EMG Shielded w/5 pin Lemo, 6ft
ELE200 Electrode, FSR Shielded, 18", 3 Lead Cables
CAB150 EMG, Shorting Leads - Shielded
MSM1064 Flow stand- urocap 5 w. wheels
MSM1078 Flow stand - urocap 5 - w.o. wheels
CHA1000 NGM uroflow stand funnel - short
ARM100 Ano-Rectal Manometry Software
TRA618 Transducer, T-DOC® Cable- P4 UDS Roam, 8" / 20cm
TRA622 Transducer, T-DOC® Cable with Mini Lemo - P4, 6'
CAT003 Catheter, Anorectal, Manometric, T-DOC, 4 Channel (ARM)
UPP1001 UPP PULLER – RETRACTABLE ARM (Cart Mounted)
UPP1002 MINI BASE – UPP ARM (UPP STAND with PULLER)
CAB1000 Cable, Custom USB Type A - to - Custom Type Mini B
PRI1000/PRI1001 Printer, HP, Wireless
9034K0103 Spinning Disk Flow Transducer
Table 5: AQUARIUS® Equipment and Parts List

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 14
2.3 EQUIPMENT SETUP
2.3.1 C ART S ETUP
LABORIE recommends the AQUARIUS system setup as follows:
1. Open shipping box.
2. For carts with shelves, lift and align shelf
with screws and slide into position.
Tighten screws using 1/8” hex key.
3. Place the plastic bottom
cover on cart base.
4. Secure the power cord
at the system base,
located at the back of
the cart, and connect
the system power cable
to an electrical outlet.
AQUARIUS LT AQUARIUS CT AQUARIUS XT AQUARIUS CTS
Table 6: Cart Setup
2.3.1.1 Reset Button
Use reset button to stop system. It will stop all moving components such as the pump and UPP as well as provide a reset
to the digital portion of the Urodynamic processor. The system is designed to automatically stop or reset when the firmware
is unresponsive after 5 seconds.
2.3.1.2 Lockable Wheels Setup
Use the AQUARIUS® lockable wheels as follows:
IMPORTANT: Ensure all wheels are locked during testing procedures to prevent injury to the patient.
The AQUARIUS® system is equipped with built-in locking caster wheels,
making it a mobile unit that can be moved from room to room. This is also a
safety feature to ensure that the unit will remain securely in place and will
not move during tests.
To lock the wheels, press down on the lever with the bottom of your foot
(Figure 1). To unlock, push the lever up from underneath with the top of
your foot.
Figure 1: Lockable Wheels

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 15
2.3.1.3 Spinning Disk Flow Transducer Setup
LABORIE recommends the Spinning Disk Flow Transducer setup as follows:
1= Splash guard
2= Transducer cup
3= Rotating disk
4 = Disk holder
5= Motor housing
6= Jug (1.5L steel; 1L white)
7= Motor cable
8= Connector (connect to control box on the stand)
9= Uroflow holder (turn the end of the holder clockwise
to secure it tightly on to the stand)
NOTE: Ensure that all cables are organized and
contained to prevent trip hazards.
Table 7: Spinning Disk Flow Transducer Setup
2.3.1.4 Flowstand
For assembly instructions see the AQUARIUS® Flowstand User Assembly Instruction booklet on the LABORIE Software
Disc.
2.3.1.5 Bubble Detector (Optional)
A bubble detector is connected the Central Hub Computer (CHC) to help detect air bubbles in the pump tubing. To set
up the detection feature in the software, see page 52.
1= Tubing from pump placed in groove
2= LED light:
Green = no air bubbles
Red=air bubbles detected
NOTE: To avoid errors, make sure the pump tubing is pushed securely and completely into the groove.
1
2

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 16
2.4 UPP PULLER (OPTIONAL)
The battery-powered UPP Puller mounted on the cart or on the puller stand can be used when performing urethral pressure
profile tests. The UPP Puller consists of the Nose, the Motor Body, the Arm, and the Stand.
Figure 2: UPP Cart Mount
Figure 3: UPP stand
Remember to connect the UPP to the system.
2.4.1 A SSEMBLE THE P ULLER S TAND (O PTIONAL )
To assemble the Puller Stand (UPP1006), prepare one 6mm and one 4mm HEX L-KEY.
1. Connect the Pole Assembly to the H-Base Assembly using the provided Washer M8, Split Washer M8, and Screw
M8. Use the 6mm HEX L-Key to secure the screw (Figure 4).
2. Slide the Clamp Assembly into the post of the Puller Base Assembly and lock it in position with the Knob Screw
provided. Use a 4mm Hex L-Key to insert the Puller into the Clamp Assembly (Figure 4).
Figure 4: Puller Base and Puller Stand Assembly
Washer, M8
Split Lock Washer, M8
Screw Socket Head, M8
H-Base
Assembly
Pole
Assembly
Clamp
Assembly
Knob Screw
Puller Base
Assembly
Puller Stand Assembly

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 17
2.4.2 A RM AND S TAND
The adjustable arm contains the electrical
control pad (Figure 5). The UPP’s speed
setting is set in the UDS software program.
The working range can be set for speeds
varying from 0 to 3 mm/s.
Figure 5: UPP Arm and Stand
2.4.3 N OSE AND M OTOR B ODY
Refer to Figure 6 below for an overview of the UPP Nose and Motor Body:
Figure 6 : UPP Nose Unit and Motor Body
The motor body (1) is held by a universal joint (2) so that the system can be positioned to a preferred angle.
On the side of the universal joint is a ball-joint knob (3), which can be loosened to allow you to move and reset the nose
unit in different directions. The power supply to the motor comes from a cable (4) extending from the adjustable arm.
This cable is plugged into the side of the body.
The catheter is held and pulled via the nose section. It is guided through the catheter guide (5) and fixed at the mobile
clamp (6). When the drive is engaged, the catheter will be pushed or pulled along the nose tube (7). For sterilization
purposes, both the catheter guide and the mobile clamp may be removed.
4
3
6
7
5
2
1

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 18
2.5 UROCAP™ V AND SPINNING DISK FLOW TRANSDUCER SETUP
2.5.1 U ROFLOW T RANSDUCER
The Flow Transducer is intended to sense voiding flow. It is used together with UDS devices for assessing voiding disorders.
The AQUARIUS system is compatible with the Urocap™ V and the Spinning Disk Flow Transducer. Once the Uroflow
Transducer of choice and its accessories are removed from their packaging, setup the Uroflow Transducer, the chair, and
the beaker. The Bluetooth technology built into the Uroflow Transducer provides the patient with a higher degree of privacy
during voiding. The Uroflow Transducer, beaker, commode chair, and funnel can be set up in one room while the computer
and printer are positioned in another room collecting and printing data.
IMPORTANT: It is critical the beaker is well centered on the Urocap™ V. Ensure that the beaker and the funnel are
aligned but not touching.
1. Place the funnel on the plastic frame of the
commode chair.
2. Carefully place the Uroflow transducer on the
floor.
a. If using a Urocap™ V, place a graduated
beaker on top of the transducer (Figure
7).
b. If using a Spinning Disk Flow Transducer,
place the metal beaker under the flow
transducer outlet (Figure 8).
3. Place the commode chair and funnel over the
Urocap™ V and beaker or over the Spinning
Disk Flow Transducer.
Figure 7: Urocap™ V Setup
Figure 8: Spinning Disk
Flow Transducer Setup
2.6 INFUSION VOLUME TRANSDUCER (OPTIONAL)
1. Ensure that the infusion transducer cable is
connected to the Pump module.
2. Place a 1000 ml bag of sterile saline inside a
pressure cuff. Hang the pressure cuff on the
hook of the infusion transducer. Use an
infusion pressure cuff for faster flow rate
3. Inflate the pressure cuff to 300 mmHg (when
the red line appears on the pressure cuff
gauge).
4. Connect an infusion line with a drip chamber
to the saline bag.
IMPORTANT:
Ensure that the infusion line is
not pulled
tight or else the transducer reading will not
be accurate.
The infusion transducer is calibrated for up
to 1000 ml of sterile saline or water. If using
a different medium, such as hypaque, re-
calibration is required. Refer to
The saline bag must not touch any other
mechanical component of the system (such
as transducers, etc.).
Figure 9: Infusion Transducer Connections
Dri
p
Chamber
Infusion
Transducer
Saline Bag
Infusion Line

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 19
2.7 PUMP SETUP
Pump accuracy is not guaranteed if the pump head tubing is used more than once. DO NOT run pump at a speed exceeding
the limitation of the catheter and do not run pump at a high speed with a contrast medium.
To maintain patient safety during normal use, the pressure limit for the pump is preset to 150 cm H
2
O and the volume limit
is preset to 750mL.
1. Hang a bag of saline solution on the IV pole hook and insert pump tubing spike into the bag.
2. Flush the line completely.
3. Use the thumbwheel to close tubing and stop the flow.
4. Open pump head. Position compressible portion of pump tubing across rollers from left to right.
5. Close pump head.
6. Open the thumbwheel on the pump tubing.
2.8 ROAM™ DX SETUP FOR PRESSURE AND EMG
Roam™ DX Connections:
Insert the EMG cable into the Roam™ DX port labeled E2.
Attach the P1 cable to the port labeled “1” on the Roam™
DX and attach the P2 cable to the port labeled “2” and so
on.
Figure 10: Roam™ DX
Roam™ DX Setup with a Patient:
If placed on the patient, position the ROAM™ DX either on a waist belt, on a lanyard, or on a waist strap. Alternatively,
place the Roam™ DX on a nearby table/counter at level with the patient’s waist (or higher). This will help prevent any liquid
from dripping along the cables to the Roam™ DX device when the patient voids.
Figure 11: Roam Patient Setup
Keep level with patient’s
waist or higher

LABORIE AQUARIUS XT/CT/LT/CTS Service Manual LBL-000233 [B] 20
2.9 CONSUMABLES AND TRANSDUCER SETUP
2.9.1 P RESSURE T RANSDUCER S ETUP FOR F LUID - BASED C ONSUMABLES
To Set-up the Fluid-Filled Pressure Transducer for a test follow the instructions below. Refer to Figure 12 for a visual
representation of the steps provided.
1. Take each pressure cartridge out of its package. Remove protective covers from the back and from the
connector ends.
2. Slide a cartridge over each transducer until it clicks in place.
3. Attach pressure measurement tubing, with a three-way stopcock, to the lower (male) end of the pressure
cartridge.
4. Attach a 10 ml sterile fluid filled syringe to the side port of the stopcock.
5. By turning the stopcock lever in appropriate directions, flush fluid from syringe through both the pressure
cartridge and the pressure measurement tubing. Refer to Figure 6.
NOTE: Be sure that the stopper cap is always securely in place whenever the stopcock position is being changed.
Always keep transducers level with the patient’s symphysis pubis.
CAUTION: AIR BUBBLES must not be present in the system during testing.
Figure 12: Pressure Transducer Setup
2.9.2 F LUID -F ILLED P RESSURE T RANSDUCER C ONNECTIONS - P RIMING
Do not plug in or unplug any transducers when a procedure is running. Always stop the procedure before plugging in or
unplugging transducers. Follow the instructions provided to prime the transducer, pressure measurement tubing, and
catheter:
1. Attach a 3-way stopcock with pressure measurement tubing to the bottom (male) connector of the pressure
cartridge. Attach the opposite end of the pressure measurement tubing to the catheter. For TUB101 connect a
3-way stopcock to the tubing before linking to the pressure cartridge.
2. Attach a 3-way stopcock with pressure measurement tubing to the bottom (male) connector of the pressure
cartridge. Attach the opposite end of the pressure measurement tubing to the catheter. For TUB101 connect a
3-way stopcock to the tubing before linking to the pressure cartridge.
3. Attach a syringe filled with water or saline to the stopcock.
4. Turn the stopcock “OFF” to the catheter (See Figure 13, Option B).
5. Remove the Luer lock plug from the top (female) connector of the pressure cartridge. Fill the pressure cartridge
with water. Reattach the Luer lock plug.
6. Turn the stopcock “OFF” towards the Luer lock plug (See Figure 13, Option D).
7. Prime the pressure measurement tubing and the catheter.
8. Turn the stopcock “OFF” towards the syringe for pressure recording (See Figure 13, Option A).
Syringe
Luer Lock Plug
Pressure
Cartridge
MEDEX Transducer
Measurement Tubing