Belmont FMS2000 User manual

SERVICE MANUAL
The Belmont
®
Rapid Infuser , FMS2000
780 Boston Road
Billerica, MA 01821, USA
866-663-0212 US/Canada
978-663-0212 Worldwide

ii
The Belmont
®
Rapid Infuser, FMS2000
SERVICE MANUAL
Belmont Instrument LLC
780 Boston Road
Billerica, Ma 01821, USA
Wellkang Tech Consulting
Suite B, 29 Harley Street
London, W1G 9QR
England, United Kingdom
Tel: [phone]
Fax: [phone]
All service calls & questions should be directed to
855-397-4547 US/Canada
978-663-0212 Worldwide
CAUTION: Federal law (USA) restricts this device to sale by or on the order of a physician.
P/N 702-00046/Rev AA

iii
Table of Content
Chapter 1: Introduction & Overview
Introduction.......................................................................................................1-1
Overview of the Belmont
®
FMS2000.................................................................1-2
Fluid Pump..................................................................................................1-4
Heating System and Temperature Monitoring .............................................1-4
Pressure Monitoring....................................................................................1-4
Air Detectors...............................................................................................1-5
Diversion Valve...........................................................................................1-5
Alarm and Alarm Messages ........................................................................1-5
Control Panel: Display and Keys.......................................................................1-6
Chapter 2: Technical Specifications
Dimension ........................................................................................................2-7
Portability..........................................................................................................2-7
Power AC .........................................................................................................2-7
Battery..............................................................................................................2-7
Environment .....................................................................................................2-8
Operating Parameters ......................................................................................2-8
Operating Panel................................................................................................2-9
Safety and Monitoring.......................................................................................2-9
Alarm States and Controls ..............................................................................2-10
Safety Agency Approvals & Classifications.....................................................2-10
Symbols and Definitions .................................................................................2-11
Chapter 3: Operation & System Set-up
Step-by-Step Summary of Operating Procedures ...........................................3-12
Placement of the System................................................................................3-13
IV Pole Mounting.......................................................................................3-14
Installing the Disposable Set...........................................................................3-15
Installing the 3.0 Liter Reservoir......................................................................3-19
Powering on the System.................................................................................3-21
Priming the Disposable Set.............................................................................3-22
$Priming the Main System ........................................................................3-22
$Priming the Patient Line..........................................................................3-25
Connect to Patient ..........................................................................................3-26
Match the Infusion Set to Flow Rate and Fluid Type .................................3-27
Main Operating Screen...................................................................................3-28

iv
Table of Content
Fluid Infusion, Continuous ..............................................................................3-30
Automatic Warming...................................................................................3-30
Pressure Control.......................................................................................3-30
Automatic Air Purging ...............................................................................3-31
Bolus Infusion, Infuse a Fixed Volume............................................................3-31
Recirculation Mode.........................................................................................3-31
Protection from Accidental Power Off .............................................................3-32
End of Procedure............................................................................................3-32
Battery Operation............................................................................................3-33
Low Battery...............................................................................................3-33
Restarting the System ....................................................................................3-34
Emergency Manual Operation ........................................................................3-34
Chapter 4: Theory Of Operation
Wiring Interconnect Diagram ..........................................................................4-35
Theory of Operation........................................................................................4-35
1. Power Module .....................................................................................4-35
•EMI Filter Board .........................................................................4-36
•Driver ‘A’ and ‘B’ Boards.............................................................4-36
•Heater Control Board..................................................................4-36
•Heatsink Assembly.....................................................................4-37
Operation ............................................................................................4-37
2. Daughter Board...................................................................................4-38
Operation ............................................................................................4-39
•Battery Control Circuitry..............................................................4-39
•DC/DC Power Supply .................................................................4-39
•Pump Motor Driver .....................................................................4-39
•Valve Motor Driver......................................................................4-39
•Valve Position Sensors...............................................................4-39
•Pressure Transducer ..................................................................4-39
•RS232 Port.................................................................................4-40
•Air Detector Electronics ..............................................................4-40
•Air Detector ................................................................................4-40
•Sound Circuit..............................................................................4-40
•Door Status ................................................................................4-40
•Ambient Temperature Circuitry...................................................4-40
3. Computer Board..................................................................................4-41
•The CPU ....................................................................................4-42
4. AC/DC Power Supply Board................................................................4-44

v
Table of Content
5. Miscellaneous Modules.......................................................................4-45
•Heater Component .....................................................................4-45
•Membrane Panel switch (Touch Screen)....................................4-45
•Roller Pump ...............................................................................4-45
•Diversion Valve ..........................................................................4-46
•Temperature Probe Assembly ....................................................4-46
•Circuit Breaker............................................................................4-46
•Power Entry Module ...................................................................4-46
Chapter 5: Removal and Replacement of Major Components & Modules
Introduction.....................................................................................................5-47
A. Instrument Cover.................................................................................5-48
B. AC/DC PCB ........................................................................................5-48
C. Actuator Handle ..................................................................................5-49
D. Air Detector PCB ................................................................................5-49
E. Air Detector Transducer ......................................................................5-50
F. Battery ...............................................................................................5-50
G. C152 Replacement .............................................................................5-51
H. Ceramic Disk ......................................................................................5-52
I. Circuit Breaker ...................................................................................5-53
J. CPU PCB & Display ...........................................................................5-54
K. Daughter PCB ....................................................................................5-55
L. Driver PCB “A” ...................................................................................5-57
Driver PCB “B” ..............................................................................5-57
Heater Control PCB ......................................................................5-57
M. EMI Filter PCB ...................................................................................5-59
N. EPROM (ICU 108) ............................................................................. 5-59
O. Fan Guard.......................................................................................... 5-60
P. Fluid Out Detector PCB.......................................................................5-60
Q. Fluid Out Transducer ..........................................................................5-61
R. IEC Connector (Power Entry Module) ................................................ 5-62
S. Input Temperature Probe ................................................................... 5-63
T. Membrane Panel................................................................................ 5-64
U. Output Temperature Probe ................................................................ 5-65
V. Power Driver Module.......................................................................... 5-66
W. Pressure Transducer...........................................................................5-68
X. Pump Motor ........................................................................................5-69
Y. Valve Motor and Pincher.....................................................................5-70
List of Reference Drawings .......................................................................5-71

vi
Table of Content
Chapter 6: Settings System Parameters and System Calibration
System Parameters Setup ..............................................................................6-72
•Date/Time......................................................................................6-74
•Alarm Volume................................................................................6-75
•Display Brightness.........................................................................6-75
•Key Rate .......................................................................................6-75
•Bolus Volume ................................................................................6-75
•Pressure Limit ...............................................................................6-75
Hardware Calibrations ....................................................................................6-76
1. Pressure Transducer Calibration ...................................................6-77
2. Temperature Probes Calibration....................................................6-79
3. Power Module and Pump Calibration ............................................6-81
Chapter 7: Preventive Maintenance/System Operational Check-Out
Introduction ....................................................................................................7-83
A. Service and Preventive Maintenance Schedule ........................7-84
Schedule 1 ....................................................................................7-84
Schedule 2 ....................................................................................7-85
B. Routine Maintenance ..................................................................7-86
1. Clean and/or Disinfect Exterior ................................................7-86
2. Fluid Out and In-Line Air Detectors..........................................7-86
3. Power Cord .............................................................................7-86
4. Temperature Probes................................................................7-86
5. Fan Guards .............................................................................7-86
6. Seals .......................................................................................7-87
7. Instrument Door & Ceramic Disks............................................7-87
8. Rubber Feet ............................................................................7-87
C. Test/System Operational Check-Out..........................................7-88
1. Visual Inspect ..........................................................................7-88
a. Door Open/Right Hand Side.........................................7-88
b. Back…………. .............................................................7-88
c. Latch/Unlatch Mechanism............................................7-88
2. System Operational Check-Out ...............................................7-89
3. Battery Run Time Test.............................................................7-90

vii
Table of Content
4. Electrical Safety Test - Leakage Current..................................7-90
a. Earth leakage Current ..................................................7-90
b. Patient Leakage Current ..............................................7-91
5. Hardware Verification ..............................................................7-92
a. Valve............................................................................7-94
b. Fluid Out and Air Detectors ..........................................7-94
c. Battery Voltage ............................................................7-94
d. Flow Rate.....................................................................7-94
e. Input and Output Temperature Probes.........................7-96
f. Pressure Transducer....................................................7-97
6. Clean Pump Head ...................................................................7-98
7. Replace Pump Motor...............................................................7-98
8. Replace Valve Motor ...............................................................7-98
D. Checklist ......................................................................................7-99
Electrical Safety Test – Leakage Current results Sheet...............7-100
Electromagnetic Compatibility…..................................................7-101
Chapter 8: Alarms and Troubleshooting Guide
Introduction...................................................................................................8-103
Operational Alarms.....................................................................................8-104
1. Air Detection………………………………………………………… 8-104
2. Door Open……………………………………………………………..8-106
3. Fluid Out......................................................................................8-107
•Repriming the Main System Fluid Circuit when the
Reservoir Remains Empty After Extensive Operation............8-108
•Repriming the Main System Fluid Circuit when
Persistent Fluid Out Alarm occurs after
Extensive Operation ..............................................................8-109
•Replacing the Reservoir Chamber………………………………8-110
4. High Pressure………………………………………………………… 8-111
5. Low Battery…………………………………………………………….8-112
6. Missing Disposable .....................................................................8-112
Troubleshooting Alarm Messages……………………………………………..8-113
A. Operational Alarms……………………………………………………8-113
•Air Detection……………………………………………………… 8-113
•Door Open……………………………………………………….. 8-113
•Fluid Out …………………………………………………………8-114
•High Pressure…………………………………………………… 8-115
•Low Battery ………………………………………………………8-115
•Missing Disposable……………………………………………… 8-115

viii
Table of Content
B. Heating Alarms………………………………………………………. 8-116
•Heating Fault………………………………………………… 8-116
•Over Temperature………………………………………….. 8-116
C. Hardware Alarms…………………………………………..…………8-117
•Air Detector Fault……………………………………………..8-117
•Heater Fault Latch……………………………………………8-117
•Heater Power Read Back Fault…………………………... 8-117
•Heater Over Power Fault………………………………….. 8-117
•Power Module Overtemp………………………………….. 8-118
•Pump Fault………………………………………………….. 8-118
•Valve Fault………………………………………………….. 8-118
•Watch Dog…………………………………………………… 8-119
Troubleshooting Other Operational Difficulties ....................................... 8-120
•Battery no heating............................................................ 8-120
•Dim display ...................................................................... 8-120
•Flow rate slowing down.................................................... 8-120
•Key pad not accept input ................................................. 8-120
•Keypad too sensitive/not responsive................................ 8-120
•No message, beep tone................................................... 8-120
•No power, battery run too short........................................ 8-121
•Power off immediately after turn on.................................. 8-121
•Pump running too loud..................................................... 8-122
•System not heating .......................................................... 8-121
•System not priming .......................................................... 8-121
•Unable to calibrate temperature probe............................. 8-122
•Unable to turn power off................................................... 8-122
Chapter 9: Ordering Information & System Warranty
Introduction...................................................................................................9-123
Components Part Number ............................................................................9-124
Ordering Information.....................................................................................9-125
System Limited Product Warranty.................................................................9-126
Related Drawings Section

1. Introduction - Overview
1-1
INTRODUCTION
The BELMONT FLUID MANAGEMENT SYSTEM, FMS2000 infuses blood, replacement
IV fluids or irrigation fluids warmed to physiologic temperature at user-set rates from 10
to 750 milliliters per minute (ml/min) with 1000 ml/min option. Low infusion rates of 2.5
and 5.0ml/min (150 and 300ml/hr) are also available to keep the venous line open. No
heating is provided at these low infusion rates.
The system monitors temperature, line pressure, and air in the fluid path to ensure safe
operation and alarms at all unsafe conditions. A hardware override circuit prevents
unsafe operation in case of system computer failure. A touch screen displays flow rate,
total fluid infused, temperature, line pressure, alarm and status messages and proper
procedures to proceed safely after an alarm situation. Keys appropriate to a particular
point in the operation are displayed on the touch screen.
Battery backup allows for mobile transport of the patient and system. During battery
operation, fluid warming is disabled while pump operation and safety monitoring remain
active. Flow rate during battery operation is limited to 50 ml/min.

1. Introduction - Overview
1-2
OVERVIEW OF THE BELMONT FMS2000
The complete system consists of the FMS2000 Control System, which is mounted on
an IV pole, and the FMS2000 System Disposable Set.
The Control System consists of three major components:
oA high speed fluid pump.
oAn efficient fluid warmer.
oA Monitoring/Alarm system for sensing and analyzing:
•Infusate Flow Rate
•Fluid Temperature
•Line Pressure
•Air Bubbles in the Infusate
The Disposable Set is preconnected and has a sterile fluid path. It is intended for
single patient use only. It connects directly to fluid or blood bags and contains
components necessary to pump and warm the infusate, and interfaces directly to
temperature, air, and pressure sensors in the Control System. The FMS2000 must be
used only with the supplied disposables.

1. Introduction - Overview
1-3
System Diagram Showing Main Components
Fluid Out Detector
(Behind Pump Head Tubing)
Display
Heat
Exchanger
Pressure
Transducer
(Behind Pressure
Chamber)
Pressure
Chamber
In-Line
Air Detector
Power
Switch
Fluid Pump
Pump Head Tubing
Output Infrared
Temperature Probe
(Inside case)
Input Infrared
Temperature Probe
(Inside case)
Valve

1. Introduction - Overview
1-4
FLUID PUMP
The roller type peristaltic fluid pump is designed to obtain low hemolysis, consume low
power, is lightweight and very reliable. The pump speed is controlled by the demanded
flow rate that is set by the operator. The pump head can be removed for cleaning. The
pump is mounted near the top of the Control System just below the “Fluid Out" (Out of
Fluid) Detector. The pump tubing is built into the disposable set.
HEATING SYSTEM AND
TEMPERATURE MONITORING
Blood or replacement fluid is warmed as it passes through the heat exchanger. The
heat exchanger consists of a plastic housing holding stainless steel rings used to
transfer the heat to the fluid. Infrared temperature sensors, which are mounted at the
entrance and the exit of the heat exchanger, monitor the temperature of fluid as it enters
and exits the heat exchanger. The temperature of the heated fluid as it leaves the heat
exchanger is displayed on the screen. The system corrects for overheating or
underheating and will shut off and alarm at unsafe conditions. The system is capable of
heating fluids from 10ºC to 37.5ºC at 750 ml/min and 20ºC to 37.5ºC at 1000 ml/min.
PRESSURE MONITORING
A pressure sensor monitors the line pressure of the infusate. Line pressure is directly
influenced by the infusion set used. Larger bore catheters or needles result in lower line
pressure allowing for higher flow rates.
If the sensor detects pressure, which exceeds the limit set by the user, the pump
automatically slows down to maintain the line pressure below the pressure limit. The
pressure limit is set at the factory to the maximum limit of 300 mmHg. If the line
pressure suddenly increases, pumping and heating stop. An alarm sounds and "High
Pressure" is displayed on the screen. High pressure in the line during infusion cannot be
transmitted back to the infusate bag. This high pressure sensing prevents fluid lines from
"blowing out" if blocked.

1. Introduction - Overview
1-5
AIR DETECTORS
Air in the system is vented through a hydrophobic filter at the top of the Reservoir
Chamber in the Disposable. During infusion, after every 500 ml infused, the system will
automatically recirculate any air in main fluid circuit back into the Reservoir Chamber to
be vented. In addition, there are two (2) air detectors to monitor for air.
Fluid Out (Out of Fluid) Air Detector: This air detector is located closest to the fluid
bag just above the fluid pump. If air is detected, pumping and heating stop. The alarm
sounds and the "Fluid Out" warning message is displayed on the screen. A graphic
message appears showing the location of the air detector involved, and gives
instructions on how to clear the alarm and proceed safely.
In-line Air Detector: This air detector is located above the valve wand (diversion valve).
If air is detected, the valve is closed immediately to prevent air from reaching the patient
line. Pumping and heating stop. An alarm sounds and the "Air detection" warning
message is displayed on the screen. A graphic message appears showing the location
of the air detector, which signaled the warning and gives instructions on how to clear the
alarm and proceed safely.
DIVERSION VALVE
The diversion valve motor is capable of running in two (2) directions. The diversion
valve shuts off the recirculation line when the system is in the infusion mode. When the
RECIRC key is set to the recirculation mode, the diversion valve shuts off the infusion
line to the patient and recirculates fluid through the system, at a preset flow rate of 200
ml/min. If unsafe conditions occur, the system stops pumping, heating, and reverts the
diversion valve to the recirculation mode.
ALARM AND ALARM MESSAGES
An alarm message is displayed on the screen whenever an error condition occurs which
may require user intervention. At each alarm condition, the pump is stopped, the heater
turned off, and the diversion valve closes, blocking fluid infusion to the patient, and
rerouting fluid back to the reservoir.
See Chapter 8: Alarm Messages and Troubleshooting Procedures for complete
list of alarms.

1. Introduction - Overview
1-6
CONTROL PANEL: DISPLAY AND KEYS
The control panel consists of the touch screen display, which incorporates a bright
graphical display with touch pad keys. The display shows status and alarm messages at
the top and middle, and contains the touch keys at the bottom.
CONTROL PANEL SUMMARY
Status Display:
•Flow Rate in ml/min
•Volume Infused
•Infusate Temperature in ºC
•Pressure in the Fluid Line in mmHg
•Bolus Volume (when infusion of a
fixed bolus of fluid is desired).
Function Keys: The keys that control all system functions are displayed on
the screen. The screen is changed each time a function key
is pressed. Only keys that are relevant to the desired
function are presented. The active key is highlighted.
There are three (3) different levels of sensitivity: Fast,
Medium, and Slow. The key sensitivity is set at the factory to
medium, but can be adjusted by the operator in SERVICE
MODE.
See Chapter 6 for ‘Key Rate’ sensitivity setup.
Alarm Display: Graphical alarm messages indicating where errors have
occurred and suggested operator action.

2. Technical Specifications
2-7
Size 13.5" x 12" x 7.5"
(34.29cm x 30.48cm x 19.05cm)
Weight 28 lbs (12.7 Kg)
PORTABILITY
Hand Carry Handle on top of unit for easy transport
I.V Pole Mount I.V pole mountable or free standing. I.V pole
diameter range of pole mount: 1" - 1 1/4"
POWER
AC
Input Voltage 115-120 V~ or 230 V~
Fuse 1.25A, 250V, Fast Acting, 5x20mm
Operating Frequency 50/60 Hz
Maximum Power 1440 VA
Line Isolation 1500 V to ground
Earth Leakage < 300 µA (For Domestic unit)
< 500
µ
A (For 230 V
-
unit)
Electrical Compliance IEC 60601-1 + A1 + A2, EN 60601-1 + A1 + A2 +
A11 + A 12 + A 13,
CAN/CSA-C22.2 - No. 601.1- M90 + S1 + A2
Circuit Breaker
15Amp, 125VAC/10 Amp, 240VAC, 50/60 Hz
Power Cord
U.S: 3 conductors, 14 AWG type SJT Cord with
Hospital grade plug
Outside U.S.: 3 x 1.5 mm
2
International
Harmonized Cordage with Hospital grade plug
Battery Type
Running Time
Recharge Time
Rechargeable lead acid
> 30 minutes at 50ml/min. without heat
8 Hours
DIMENSION
Technical Specifications of the Belmont FMS2000

2. Technical Specifications
2-8
ENVIRONMENTAL
Operating Temperature 10ºC to 32ºC (50ºF to 90ºF)
Storage Temperature -15ºC to 40ºC
Relative Humidity 10% to 90%
Pressure 49 to103 kPa
Shock and Vibration Meet MIL STD.810E method 514.4 (Basic
Transportation)
Electromagnetic
Compliance
Meet EN60601-1-2 (2007) and IEC 60601-1-2 (2007)
OPERATING
PARAMETERS
Flow Rate 10-750 ml/min, with 1000 ml/min option, in 10 ml/min
steps plus 2.5 and 5.0 ml/min with fluids of viscosity
1 to 8 centipoise (Water and crystalloid fluids through
packed red cells)
Tolerance: ± 10% from 20 - 1000 ml/min
± 25% for 2.5, 5.0,10 ml/min
Output Temperature Set to 37.5ºC for flow ≥60 ml/min, to 39ºC at
50ml/min or lower.
Heating Capacity Min. 1400 watts to fluid (20ºC temperature rise at
1000 ml/min)
Line Pressure 0 - 300 mmHg, via pressure transducer
Operating Modes a) Load disposable set
b) Prime system
c) Prime patient line
d) Infuse at operator controlled rate with warming
e) Infuse fixed volume bolus with warming
f) Stop system

2. Technical Specifications
2-9
OPERATING PANEL
Control Panel and Display Splash proof touch screen display
Display Area 5" X 2.5" (12.7cm X 6.35cm)
Status Display Flow rate (ml/min)
Total volume infused (ml)
Line pressure (mmHg)
Output infusate temperature (ºC)
Bolus volume (ml)
Alarm messages
Functional Keys Keys are displayed appropriate to the particular point
in operation
Character Display Graphical Alarm Messages - display where errors
have occurred
SAFETY AND
MONITORING
Infusate Temperature Via infra-red sensors at the input and output to the
heat exchanger.
Line Pressure A pressure transducer monitors the in line pressure.
If the pressure reaches the threshold set by the user,
the pump will slow down until pressure falls below
the threshold. If the in-line pressure rises faster than
40 mmHg/ml or exceeds 400 mmHg, an alarm
sounds, the "HIGH PRESSURE" message is
displayed, the line to the patient is closed and pump
comes to an immediate stop.
Air Detection Two ultrasonic air detectors monitor air in the fluid
path. The fluid detector is mounted closest to the
fluid bag. It sounds an alarm if there is no fluid
entering the system. The other air detector checks
for air in the fluid line before it enters the patient line.
Out of Fluid criterion: Detect 0.8ml air in input line
Air detection criterion: Detect 0.1ml air in fluid line
Diversion Valve Provides flow path to patient, or recirculation fluid
path within the system. The recirculation path is
used to prime the system and eliminate air after an
air detection alarm or after every 500 ml of fluid
infused. The recirculation path is activated at all
alarm conditions.

2. Technical Specifications
2-10
ALARM STATES and
CONTROLS
ALARM MESSAGES
Operator Setting, User-
correctable
MISSING DISPOSABLE
DOOR OPEN
FLUID OUT
AIR DETECTION
HIGH PRESSURE
System Status LOW BATTERY
System Failures AIR DETECTOR FAULT
PUMP FAULT
VALVE FAULT
HEATER FAULT LATCH
HEAT POWER READ BACK FAULT
HEATER OVER POWER FAULT
POWER MODULE OVERTEMP
HEATING FAULT
WATCHDOG
OVER TEMP
SAFETY AGENCY
APPROVALS &
CLASSIFICATIONS
Type of Protection Against
Electric Shock
Class I, or internally powered
Degree of Protection
Against Electric Shock
CF defibrillator-proof
Degree of Protection
Against Harmful Ingress of
Water
IPX2, Drip proof
Method of Sterilization Disposable delivered sterile, single use
Degree of Safety in
Presence of Flammable
Anesthetics
Not suitable
Mode of Operation Continuous
Medical Equipment
UL 60601-1
CAN/CSA-C22.2 No. 601.1
ANSI/AAMI/ES60601-1 (2005)
CAN/CSA-C22.2 No. 60601.1 (2008)
Medical – General Medical Equipment
As to electrical shock, fire and mechanical hazards
only in accordance with
UL 60601-1,
CAN/CSA-C22.2 No. 601.1,
ANSI/AAMI/ES60601-1 (2005, 3
rd
ed.),
CAN/CSA
-
C22.2 No. 60601
-
1 (2008)
Medical Device Directive:
Council Directive
93/42/EEC
Hardware: Class IIb
Disposable Set: Class IIa

2. Technical Specifications
2-11
SYMBOLS AND DEFINITIONS
Symbol Description
Compliance to Medical Device Directive
93/42/EEC
Alternating current
Equipotentiality
Standby
ON
Caution
or Consult accompanying documents/refer to
manual
Defibrillator-proof type CF equipment
IPX2 Protected against dripping water
S/N Serial Number
Manufactured by
Authorized European Representative

3. Operation & System Set-up
3-1212
STEP
-
BY
-
STEP SUMMARY OF OPERATING PROCEDURES
The following is a step-by-step summary of the major steps for proper operating the
FMS2000; the remainder of the chapter explains each step in detail.
SET-UP oInspect the system
•Power cord: use only supplied power cord
•Reservoir Support
•Disposable Set
•3.0 L Reservoir, if needed
•Large Reservoir Holder, if needed
oIV Pole Mounting
•IV Pole: 5-wheel (max diameter 1 ¼”, min 1”)
•
IV Pole Mounting Support Assembly
oInstalling Disposable Set and 3.0 L Reservoir (if needed)
•Install reservoir support or large reservoir holder
•Install disposable set and 3.0 L Reservoir, if needed
•Close the door
•Completely close all bag clamps
oAccess Power
•Plug power cord into the unit
•Press circuit breaker to ON. Wait for PRIME screen to appear
oInstalling Fluid Bag
•Hang fluid bag on IV pole
•Remove bag spikes, insert into fluid bag
•Open bag clamps
PRIMING oPriming Main System with solution compatible with blood
•Press PRIME - recirculate fluid at 500 ml/min, stop
automatically after 100 ml (countdown is displayed on screen)
oPriming the Patient line
•Press PT. LINE PRIME
•Press once, prime at 50 ml/min. Press and hold, prime at 200
ml/min
•Press STOP after no air in patient line
INITIATING
INFUSION
oConnect to the Patient
•Select an appropriate cannula size for desired flow rate
•Using aseptic technique, make patient connection without
entrapping air
oInfuse
•Press INFUSE to start infusing at 10 ml/min.
•
Adjust flow rate, as needed
MAINTAIN
INFUSION
oMaintain Infusion
•Routinely check patient and system parameters, on screen
•Respond to and correct system alarms
BATTERY
OPERATION
oBattery Operation
•Press RECIRC key to preheat fluid in the reservoir
•
Remove power cord from receptacle
END OF
PROCEDURE
oEnd of Procedure
•Clamp off patient line and bag spikes
•Turn circuit breaker to STANDBY
•Remove disposable set
•Dispose of disposable set using hospital policy when handling
and disposing the bio-hazardous materials