Medfusion
™
3000 Series
Technical Service Manual
s
Table of Contents
ii
40-5648-51B
Table of Contents
Table of Contents
I Introduction
1
Important Information
1
Warnings.................................................................................... 1
Cautions..................................................................................... 2
Contents of this manual
3
Authorized use of this manual................................................ 3
About the pump
4
Features and Controls.............................................................. 4
Keypad closeup................................................................... 5
Understanding “Biomed” mode
7
What is biomed?....................................................................... 7
Authorized biomed access....................................................... 7
Biomed software program – major options.......................... 7
Symbols...................................................................................... 8
Glossary of Technical Terms................................................... 9
II Scheduled Maintenance
15
Preventive Maintenance Planning
15
Biomed maintenance tools
15
Using a torque screwdriver................................................... 15
Electrostatic-controlled workstation................................... 15
Service warnings............................................................... 16
Periodic maintenance
17
Installation/quick check-out................................................. 17
Quick check-out test........................................................ 17
Cleaning and care................................................................... 18
Standard cleaning of Medfusion™ 3000 series pumps.. 18
Cleaning cautions............................................................. 18
Mandatory annual maintenance
testing
19
General inspection................................................................. 19
Power-up test.......................................................................... 19
Calibration verification.......................................................... 20
Force sensor check............................................................ 20
Syringe size sensor check................................................. 20
Plunger position sensor check........................................ 21
Motor drive & occlusion operational test...................... 21
Flow delivery accuracy test.............................................. 22
AC line leakage test.......................................................... 22
AC line leakage test - Medfusion™ 3500BC............ 23
Battery maintenance.............................................................. 24
Shallow discharge (CPI) record...................................... 24
Battery calibration procedure ........................................ 24
Requirements for battery pack replacement................. 25
Collect Separately......................................................... 25
40-5648-51B
III Theory of Operation
27
Overview of operation
27
Controlling motor functions................................................. 27
Infusion control & safety functions..................................... 27
Pump design description
28
Logic core of Medfusion™ 3000 Series pumps.................... 28
Main circuit board.................................................................. 28
Main microprocessor....................................................... 28
Watchdog circuit............................................................... 29
DC power converter......................................................... 29
Real time clock.................................................................. 29
Graphical display circuit board (LCD).......................... 29
Keypad............................................................................... 29
Plunger (driver) travel sensor......................................... 29
Motor rotation sensor...................................................... 29
Stepper motor.................................................................... 29
Syringe flange loaded sensor........................................... 29
Syringe size sensor............................................................ 29
Interconnect printed circuit board................................. 29
AC power input & power supply board......................... 30
DC power input jack........................................................ 30
Speaker............................................................................... 30
Rechargeable battery pack & battery gauge.................. 30
Plunger printed circuit board.......................................... 30
Plunger force sensor.................................................... 30
Plunger Loaded Sensors.............................................. 30
Main Board – Schematic Level............................................. 31
Logic Kernel Description................................................. 31
68HC11K4 Main Microprocessor Interface, U19 . . 31
Flash memory, U22...................................................... 34
Software upgrade method for programming
flash memory............................................................ 34
Static random access memory, U17........................... 34
Serial EEPROM, U2 and U4....................................... 34
Time of day, U8............................................................ 34
Infrared transceiver..................................................... 34
Analog to digital converter, U13................................ 35
Digital to analog converter, U20................................ 35
I/O port expansion, U3, U33................................................ 36
Expansion port # 1 (port1_cs)...................................... 36
Expansion port # 2 (port2_cs)...................................... 37
Power control description............................................... 38
Always on supply, U7 ................................................. 38
Backup super capacitor, C11...................................... 38
Backup audio buzzer, XD1.......................................... 38
System reset, U43......................................................... 39
Power management, U39............................................ 39
Power OFF state........................................................... 39
Power ON state............................................................. 39
Watchdog...................................................................... 39
DC to DC converter......................................................... 40
Logic supply, U12......................................................... 40
Motor supply, U34....................................................... 40
Analog supply, U21...................................................... 40
Positive & negative supply, U36................................. 41
LCD backlight supply, U1........................................... 41
iii
Table of Contents
Front panel interface description................................... 42
LED drive circuit, Q26, Q27, Q40, Q33 - Q37......... 42
Keypad matrix interface.............................................. 42
Power switch interface................................................. 42
Graphic display interface description............................ 43
Data output to LCD, U32 / data input from LCD,
U6............................................................................... 43
LCD contrast................................................................ 43
LCD backlight.............................................................. 43
Motor drive description................................................... 44
Coil A & B PWM current references......................... 44
Motor current regulators, U26, U35.......................... 44
Motor current detector, U40....................................... 44
Sensors interface description.......................................... 45
Motor speed detection................................................. 45
Syringe sensing description........................................ 45
Syringe size sensing..................................................... 45
Syringe flange (ear) sensing........................................ 45
Plunger position sensing description............................. 46
Speaker drive description............................................ 46
Speaker control............................................................. 46
Speaker test................................................................... 47
Plunger board – schematic level........................................... 47
Force preamplifier function............................................. 47
Force sensing interface description................................ 47
Plunger flipper sensor function.................................. 48
Interconnect board – schematic level.................................. 49
AC power detection description..................................... 49
External DC power conditioning / detection
description.................................................................... 50
Infrared serial data port description.............................. 50
Battery management description.................................... 51
Battery gauge interface................................................ 51
Battery charger............................................................. 51
Charge detector............................................................ 52
Battery switchover........................................................ 52
Battery board – schematic level............................................ 52
Battery gauge function..................................................... 52
Severely depleted battery monitor.................................. 52
IV Troubleshooting
53
Problem solving alarms / alerts
53
Types of alarms / alerts.......................................................... 53
Alarm messages & priorities................................................. 54
System Advisory Alarms.................................................. 60
System Failure Alarms..................................................... 61
General troubleshooting........................................................ 65
Smiths Medical service and support
67
Using Smiths Medical service assistance............................. 67
Returning a pump for repair................................................. 67
Using Biomed for troubleshooting
68
Accessing Biomed.................................................................. 68
Biomed > Calibration . ............................................... 69
Biomed > Diagnostics (screen 1 of 2)........................ 69
Audio Test..................................................................... 69
iv
Display Test................................................................... 69
Indicator Test................................................................ 69
Keypad Test................................................................... 70
Monitor Analog Sensors............................................. 70
Monitor Digital Sensors.............................................. 70
Monitor Battery Status................................................ 70
Drive Train Test............................................................ 70
Biomed > Diagnostics (screen 2 of 2)........................ 70
Motor Drive Test.......................................................... 71
Monitor a2d Selftest..................................................... 71
Monitor 6811 a2d Group1.......................................... 71
Monitor 6811 A2D Group2........................................ 71
Biomed > Utilities......................................................... 71
Set/View Last [Next] PM Date................................... 71
Set Time/Date (Current)........................................... 72
View Alarm History..................................................... 72
View Infusion History................................................. 72
View Software CRCs & View Software
Versions................................................................... 72
View Service Data........................................................ 72
View EEPROM Size [available only on Medfusion™
3500 pumps version 4 and higher)........................... 72
Biomed > Update Firmware [not available on
Medfusion™ 3500 pumps, version 4 and higher] .... 73
Set Language [Not available on Medfusion™ 3010
and 3010a]..................................................................... 73
V Parts Replacement
75
Maintenance warnings/cautions
75
Service warnings . .................................................................. 75
Service cautions ..................................................................... 75
Opening & closing the pump housing 76
Tools needed........................................................................... 76
Opening the pump housing.................................................. 76
Closing the pump housing.................................................... 76
Battery pack
77
Tools needed........................................................................... 77
Removing the battery pack................................................... 77
Replacing the battery pack.................................................... 77
Verifying battery function after new battery
replacement................................................................... 77
Interconnect board
78
Tools needed........................................................................... 78
Removing the interconnect board........................................ 78
Replacing the interconnect board........................................ 78
Verify interconnect board function................................ 78
Speaker
78
Tools Needed........................................................................... 78
Speaker removal..................................................................... 78
Speaker replacement.............................................................. 78
Verifying speaker function ............................................. 78
40-5648-51B
Table of Contents
AC power supply
79
Tools needed........................................................................... 79
Removing AC power supply................................................. 79
Replacing the AC power supply........................................... 79
Verify AC power supply function................................... 79
AC input assembly
79
Tools Needed........................................................................... 79
Removing AC input module assembly................................ 79
Replacing AC input module assembly................................. 79
Verifying AC input assembly module function............ 80
Bottom housing plastic
80
Tools Needed........................................................................... 80
Removing the bottom housing............................................. 80
Replacing the bottom housing.............................................. 80
Main board
81
Tools needed........................................................................... 81
Removing the main board..................................................... 81
Replacing the main board..................................................... 81
Drive train assembly
82
Tools Needed........................................................................... 82
Motor unit (motor, worm, worm gear)............................... 82
Removal............................................................................. 82
Replacement...................................................................... 82
Reassemble motor unit................................................ 82
Position potentiometer.................................................... 83
Removal......................................................................... 83
Replacement................................................................. 83
Clutch assembly
84
Tools needed........................................................................... 84
Leadscrew................................................................................ 84
Removal............................................................................. 84
Replacement...................................................................... 84
Clutch or clutch cam.............................................................. 84
Tools needed...................................................................... 84
Removal............................................................................. 85
Replacement...................................................................... 85
Plunger cable........................................................................... 85
Removal............................................................................. 85
Replacement...................................................................... 85
LCD and backlight
86
Tools Needed........................................................................... 86
Removing LCD and/or backlight assembly........................ 86
Replacing the LCD and/or backlight assembly.................. 86
Verify LCD & backlight assembly function.................. 87
Keypad
87
Tools needed........................................................................... 87
Removing the keypad............................................................ 87
Replacing the keypad............................................................. 88
Syringe barrel clamp assembly
88
Tools Needed................................................................ 88
40-5648-51B
Barrel clamp head................................................................... 88
Removal............................................................................. 88
Replacement...................................................................... 88
Verify Function............................................................ 88
Barrel clamp body assembly ................................................ 88
Removal............................................................................. 88
Replacement...................................................................... 89
Ear clip, handle & guide
89
Tools Needed........................................................................... 89
Ear clip .................................................................................... 89
Removal............................................................................. 89
Replacement...................................................................... 89
Ear clip optical sensor . ......................................................... 89
Removal............................................................................. 89
Replacement...................................................................... 90
Handle...................................................................................... 90
Removal............................................................................. 90
Replacement...................................................................... 90
Tubing guide........................................................................... 90
Removal............................................................................. 90
Replacement...................................................................... 91
Plunger case assembly
91
Tools needed........................................................................... 91
Plunger lever........................................................................... 91
Removal............................................................................. 91
Replacement...................................................................... 91
Plunger case disassembly....................................................... 91
Disassembly....................................................................... 91
Reassembly........................................................................ 91
Cam gear and timing plate.................................................... 92
Removal............................................................................. 92
Replacement...................................................................... 92
Flipper and flipper gear......................................................... 92
Removal............................................................................. 92
Replacement...................................................................... 92
Plunger board......................................................................... 92
Additional tools needed................................................... 92
Removal............................................................................. 92
Replacement...................................................................... 93
Force sensor............................................................................ 93
Additional tools needed................................................... 93
Removal............................................................................. 93
Replacement...................................................................... 93
Left plunger case..................................................................... 94
Additional tools needed................................................... 94
Removal............................................................................. 94
Replacement...................................................................... 94
VI Calibration and Adjustment
95
Using Biomed > Calibration
95
Biomed > Calibration . ..................................................... 95
Calibrate (Syringe) size and position................................... 97
Performing both size & position calibration................. 97
Calibrate force sensor.......................................................... 100
Calibrate pressure sensor (future option)......................... 102
v
Table of Contents
Calibrate plunger position................................................... 102
Calibrate syringe size sensor............................................... 104
Adjust contrast (voltage) setting......................................... 105
View calibration data........................................................... 106
Save changes and exit........................................................... 107
Exit calibration without saving changes...................... 107
Retest guidelines
108
VII Schematics & PCB Assemblies 111
System layout
111
Main board schematics
112
Main board / logic kernel.................................................... 112
Main Board / Power Control Logic Core......................... 116
Main Board / DC-DC Converter...................................... 118
Main Board / Keypad Interface.......................................... 120
Main Board / Graphic Display Interface........................... 123
Main Board / Motor Drive.................................................. 124
Main Board / Syringe Sensing............................................ 125
Main Board / Position Sensing........................................... 126
Main Board / Force Sensing................................................ 127
Main Board / Pressure Sensing........................................... 128
Main Board / Speaker Drive............................................... 129
Main Board / ACU-ICE Socket.......................................... 130
Main Board Assembly Drawing – Top Side...................... 131
Main Board Assembly Drawing – Bottom Side.......... 132
Main Board Assembly – Parts list ..................................... 133
Plunger Board Schematic
Barrel clamp assembly......................................................... 161
Barrel clamp assembly – parts list................................ 162
Drive train assembly............................................................ 163
Drive train assembly – parts list................................... 164
Clutch assembly.................................................................... 165
Accessories – parts list
166
Poleclamp assembly............................................................. 166
Poleclamp parts..................................................................... 167
Rotating poleclamp parts ................................................... 167
Miscellaneous parts.............................................................. 167
Calibration & repair – parts list.......................................... 168
Medfusion™ 3000 series calibration kit........................ 168
Other tools & equipment required to service
Medfusion™ 3000 series pumps................................ 168
Notes
169
139
Plunger Board / Force Preamplifier................................... 139
Plunger Board / Flipper Sensor.......................................... 140
Plunger Board Assembly Drawing ............................. 141
Plunger Board Assembly – Parts list . .............................. 142
Battery Gauge Schematic
143
Interconnect Board Schematic
144
Interconnect Board / Power Control................................. 144
Interconnect Board / Battery Management...................... 145
Interconnect Board / Infrared Serial Communications.. 146
Interconnect Board Assembly Drawing .......................... 147
Interconnect board assembly – parts list . ........................ 148
VIII Assembly Drawings & Parts
Lists
151
Assembly drawings
151
Medfusion™ 3000 series main pump assembly................. 152
Medfusion™ 3000 series main pump assembly –
parts list....................................................................... 153
Case bottom assembly......................................................... 154
Case bottom assembly – parts list................................ 155
Case top assembly w/plunger.............................................. 156
Case top assembly w/plunger – parts list.................... 157
Case top assembly without plunger................................... 158
Case top assembly without plunger – parts list.......... 159
vi
40-5648-51B
Introduction
Important Information
WARNING: Read this entire manual before attempting and service or repair on a Medfusion™ 3000 Series Syringe Infusion Pump. Failure to follow the
instructions and important information contained
in this manual, or improper/inadequate testing,
service, repair or troubleshooting can lead to death
or serious injury. Warnings, cautions and other important safety information can be found in this section, and throughout the manual (they are contained
within lines at top and bottom).
The term WARNING is used to indicate a hazard that
has the potential to cause injury or death to a technician, patient or user. The term CAUTION is used
to indicate a hazard that has the potential to cause
damage to the product or other property.
•
Note: This manual supersedes all previous revisions.
Warnings
•
•
•
•
•
•
•
Attempts to repair or maintain a pump by personnel without proper qualifications or training may
create a major hazard which could result in serious
injury or death to the patient or the user.
Use only approved parts and procedures for repair
and maintenance of this pump. Failure to follow
this manual may create a major hazard which
could result in serious injury or death to the patient or the user.
Repair Pump in ESD Controlled Work Area:
The pump case should only be opened at a workstation with Electrostatic controls, including a
grounded mat and wrist-strap.
Pump Maintenance: Only trained biomedical
service personnel may service this pump. Service
personnel should disconnect the AC power cord
before servicing the pump.
AC Power: The only means of removing AC
power is to disconnect the AC power cord. While
the AC power cord is attached to the pump and
plugged into an AC outlet, live mains voltage is
present within the pump.
Manufacturer Recommended Maintenance:
Always maintain this pump following manufacturer recommended instructions in this Service
Manual. An improperly maintained pump may
cause serious injury to a patient or user.
Safety Class II, Type CF Medical Equipment: The
40-5648-51B
•
•
•
•
pump is listed as Safety Class II, Type CF equipment. Protection against electrical shock does not
rely only upon basic insulation, but instead relies
on double or reinforced insulation. As such, this
equipment does not utilize a third wire ground
(earth ground). Therefore, when doing line leakage test it is not necessary to measure leakage in
both the open ground and closed ground setting.
Nor is it necessary to perform a ground resistance
test.
Safety Class II with functional earth, Type CF
Medical Equipment: The pump is listed as Safety
Class II with functional earth, Type CF equipment. Protection against electrical shock does not
rely only upon basic insulation, but instead relies
on double or reinforced insulation. As such, this
equipment utilizes a third wire ground (earth
ground) lead of the power cord as earth return for
electromagnetic energy and does not serve as a
safety function. Therefore it is neither possible nor
necessary to perform a ground resistance test.
Battery Replacement: Observe ESD handling
precautions when replacing the battery. Replace
battery only with same Smiths Medical part/model
number. Recycle batteries in compliance with applicable local regulations.
Collect Separately. There are potential health hazards associated with improper disposal of batteries, electronics, and contaminated (used) infusion
sets and syringes. Dispose of used batteries, infusion sets, syringes, and other used accessories, or a
pump that has reached the end of its useful life, in
an environmentally safe manner, and according to
any regulations that may apply.
Clean the Pump: Always clean the pump thoroughly before performing maintenance on it. This
is recommended by the United States Occupational Safety & Health Administration (OSHA) as
a protection from potential biohazard.
External DC Power: Any power source connected
to the external DC jack must be IEC 60601-1 certified for medical equipment: Type CF, Safety Class
II. Connecting external power to the pump creates
a medical system; therefore, the user is responsible
for compliance with IEC 60601-1 standards. Refer
all questions to Smiths Medical Technical Service
department.
1
Introduction
•
While servicing the Medfusion™ 3000 Series infusion pump you should wear safety glasses as it
contains springs and other small parts which may
be a hazard.
Cautions
•
•
•
•
•
•
•
•
•
2
Avoid Organic Solvents: Never use organic solvents (e.g., acetone), quarternary ammonia compounds, strong acids or strong bases to clean any
portion of the pump.
Not Waterproof: The Medfusion™ 3000 Series
is “spray resistant” but not “water proof ”. Never
spray cleaning or other fluids directly into openings on the bottom of the pump. Never immerse
the pump in water or other fluids.
Avoid Spray Oils: Never use light spray oils (e.g.,
WD40™) to clean or lubricate pump. These chemicals can damage the plastic of the pump.
Never Autoclave or Gas Sterilize: Never sterilize
the pump in a steam autoclave or gas. Using an
autoclave or gas sterilization can seriously damage
the Medfusion™ 3000 Series pump and void the
warranty.
Disconnect AC Mains & External DC Power:
Always disconnect the pump from AC Mains and
from External DC power before disassembling the
pump for maintenance.
Handle Batteries with Care: Always handle the
pump’s battery pack with care.
Don’t Over-tighten Screws: Never over-tighten
any screws in the pump. Unless otherwise specified, you should torque all screws to 60 in- oz (0.42 Nm).
Battery Disposal: Always dispose of exhausted
NiMH batteries in compliance with all pertinent
local, state, national, and international regulations.
If unsure of correct methods for compliance, you
may return battery packs to Smiths Medical for
recycling.
Keypad is NOT Flexible: Whenever handling the
keypad, always ensure it remains flat. Bending the
keypad can damage keys or break LED contacts.
40-5648-51B
Introduction
Contents of this manual
This is the technical service manual for Medfusion™
3000 Series Syringe Infusion Pumps manufactured
by Smiths Medical MD, Inc. Its purpose is to provide
the technical information necessary for maintenance,
troubleshooting and repair of these pumps.
This manual does not contain information on
operating or configuring various models within
the Medfusion™ 3000 Series. Such information
is found in manuals specific to each individual
model, (e.g., Medfusion™ 3500 Operations Manual
and Medfusion 3500 Configuration Manual). The
sections of this manual are:
Introduction
•
•
Overview of contents and purpose of this manual.
Authorized use of this manual
This manual is only intended for use by trained
biomedical technicians who are authorized by their
institution to perform maintenance and repair of critical medical devices.
WARNINGS:
• Attempts to repair or maintain a pump by personnel without proper qualifications or training may
create a major hazard which could result in serious
injury or death to the patient or the user.
• Use only approved parts and procedures for repair
and maintenance of this pump. Failure to follow
this manual may create a major hazard which could
result in serious injury or death to the patient or the
user.
Scheduled Maintenance
•
List of tests for required annual maintenance, and
the procedure for completing each test.
Theory of Operations
•
Descriptions of the systems which control the
operation of Medfusion™ 3000 Series pump.
Troubleshooting
•
Tables of failure messages together with problem
descriptions and possible solutions. Also includes
an overview of Biomed Diagnostics & Utilities.
Parts Replacement
•
Detailed procedures for removal and replacement
of parts of Medfusion™ 3000 Series pump.
Calibration
•
Detailed procedures for calibration of Medfusion™
3000 Series pump.
Schematics and PCB Assemblies
•
Contains board level schematics & PCB assembly
drawings.
Assembly Drawings and Parts Lists
•
Contains mechanical assembly parts lists and
replacement parts lists for repairs.
Appendices
•
Contains technical information relevant to
Medfusion™ 3000 Series pumps.
40-5648-51B
3
Introduction
About the pump
Features and Controls
Following are several illustrations showing the various
controls, connectors and features of the Medfusion™
3000 Series pump.
C
D
E
F
H
I
G*
B
G*
1)
1 LCD Display: All pump operating and status information appears on the LCD display. The upper
portion of the display provides instructions and
alarm information. The middle portion of the
display shows the current status of the operation
in progress or the state of the data entry for pump
programming. The lower portion of the display
corresponds with the 4 ‘softkeys’ (their function
changes depending on where you are in a pump
program) on the keypad.
2 Tubing Holders: Thread infusion set tubing between holders to prevent kinking at syringe tip.
3 Carrying Handle
4 Syringe Barrel Clamp: The clamp holds the syringe
barrel securely in place.
5 Syringe Barrel Flange Clip: When loading a syringe,
slide the syringe flange into the clip.
4
J
6 Syringe Plunger Holders: Holds the syringe plunger
securely in place.
7 Syringe Plunger Driver: Once loaded and delivery is
started, the driver pushes the syringe plunger forward at a controlled, precise rate to deliver fluid.
8 Syringe Plunger Release Lever: Squeeze the release
lever down to allow placement of the syringe
plunger onto the holder during loading, or to
remove it during unloading.
9 AC Power Connection Port: Plug the AC power cord
into connection socket to allow pump to operate
on AC (mains) power.
10 Keypad: See Keypad closeup for identification of
the individual keypad buttons and what they are
used for.
40-5648-51B
Introduction
1@ 1#
1!
11 Optional Poleclamp Mount: If desired, attach the
optional poleclamp here.
12 External DC Power Input Jack: Plug approved external DC power supply into jack.
13 RS232 Connection Port: Plug RS232 connector into
the port to allow upload of data from and download of data to a pump from a PC. This port is
also used to load the pump software.
Keypad closeup
BOLUS
7
POWER
40-5648-51B
START
3
STOP
1
2
3
4
5
6
7
8
9
0
.
BACK
5
Introduction
Button
Alarm Silence (í)
Power (ë)
Menu buttons
Back (â)
Numbers & Decimal
Stop (á)
Start (É)
Bolus (è)
Indicator
ò - Alarm
ô - AC Line
õ - Battery
ö - Lock
úù Infusing
When pump is paused
Silences audible alarm. Allows operator to switch the display backlight from
bright to dim or dim to bright.
Push and hold to turn pump Off.
Set number values or select options.
N/A
When pump is delivering
Silences audible alarm. Allows operator to
switch the display backlight from bright to
dim or dim to bright.
Push and release, then push and hold to turn
pump Off.
Function is defined on the display.
Reverts to a previous step or level if adjusting
settings.
Set number values or select options.
Stops delivery (pump remains On).
Starts delivery.
N/A
Begins priming after confirmation.
Begins delivery of programmed bolus after
confirmation.
Function is defined on the display.
Reverts to a previous step or level.
What it means
The Alarm indicators (yellow or red) are on whenever the pump is in an alarm
condition. The specific details of each alarm are covered in the Troubleshooting
section later in this manual.
The AC Line indicator (green) is On whenever the pump is connected to “mains”
line power. It is Off when the pump is not connected to an active AC line.
The Battery indicator (green) blinks On & Off whenever the pump is operating on
internal battery power, and remains On when the battery is charging.
The Lock indicator tells you the pump has been locked into its current operational
mode.
While this indicator is lighted, the keypad is locked and no changes can be made
to settings. Attempting to stop or change an infusion while locked will result in an
alarm and an advisory message.
The Infusing indicators are 3 green lights, which illuminate in sequence right to
left when the pump is delivering fluid (the 4th LED indicator on the far left - on the
tubing - is not used at this time).
During intermittent delivery mode, a single Infusing indicator lights during the
time between infusions.
When the pump is Off or stopped, the Infusing indicator is not lit.
6
40-5648-51B
Introduction
Understanding “Biomed”
mode
Periodic maintenance and troubleshooting on Medfusion™ 3000 Series infusion pumps are aided by use of
the “Biomed” software interface.
What is biomed?
The Biomed feature is the special utility intended for
use only by trained biomedical service technicians.
•
•
•
•
•
•
•
•
Biomed has its own security access code.
Biomed is for calibration of the pump’s sensors.
Biomed is for diagnosis of digital and analog sensors contained in the pump.
Biomed allows access to infusion history log and
alarm history log stored in the pump.
Biomed is for testing of the pump’s drive systems.
Biomed is for monitoring the status of the pump
battery.
Biomed is for setting the pump’s last (V3) or next
(V4) preventive maintenance date.
Biomed is for setting the time and date.
Authorized biomed access
Never use Biomed features unless you are trained in
maintenance on the Medfusion™ 3000 Series pumps
and have been authorized by your facility to use the
Biomed program.
Biomed software program –
major options
The Biomed utility has four major modes on its Select the Mode screen. These are:
1. Calibration to check calibration values, re-calibrate
sensors or set display contrast.
2. Diagnostics to examine analog and digital signal
readings, or test the speaker, motor or display
function.
3. Utilities to review alarm history, to review infusion
history, to set time and date, to update periodic
maintenance timestamp.
40-5648-51B
4. Update Firmware to reprogram the pump’s software version through the serial interface (only
available with service upgrade software diskette
and instructions on certain models).
The following is an outline of the Biomed software:
Calibration
Diagnostics
•
•
•
•
•
•
•
•
•
•
•
•
cal size and position
cal force sensor
cal pressure sensor
cal plunger position
cal syringe size sensor
adjust contrast
view calibration data
Audio test
Display test
Indicator test
Keypad test
Monitor analog sensors
• Monitor digital sensors
• save changes and exit
• Monitor battery status
• Drive Train Test (V4)
• Motor drive test
• Monitor a2d self test
• Monitor 6811 a2d
group1
• Monitor 6811 a2d
group2
• Force sensor test (V3)
• Pressure sensor test
(V3)
Utilities
Update Firmware
• set/view last pm date
(Special use only for
OR set/view next pm
software update - Not
date
available on all pumps)
Set Language
• set time/date
• view alarm history
(Medfusion™ 3500 Only)
• view infusion history
• view software crcs
• view software versions
• view service data
• view EEPROM size
(V4)
7
Introduction
Symbols
The following is a list of symbols which may appear on
the pump (or on it’s labeling or accessories), as well as
certain technical terms, along with an explanation of
what they mean.
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Serial number
Attention, See instructions for use
Type CF equipment (protection from electric shock)
Equipment in which protection against
electric shock relies on double or reinforced
insulation instead of basic insulation. Accessible metal components of pump enclosure
use this higher level of insulation instead
of safety grounding. Medfusion™ 3500BC
pumps: The earth ground of the power cord
serves the purpose of providing a “functional earth” return for electromagnetic energy.
Date of manufacture
CAUTION: Federal (USA) law restricts this
device to sale by or on the order of a physician.
Catalog number
Collect Separately
Latex free
Do not reuse
Use by
Authorized representative in the European
Community
Australian representative
Indicates the product was designed and
manufactured in accordance with applicable
standards/guidelines and may be sold in the
EU (European Union).
UL Mark for Canada and the United States.
Indicates the product was manufactured in
accordance with the requirements of UL
(Underwriter’s Laboratory).
Temperature limitation
Ü
Ö
Ñ
V~
F2
IPX3
Pins of connectors and other areas identified with this ESD Warning symbol should
not be touched. Connections should only
be made when ESD precautionary measures
are used.
External DC jack connection. Tip (negative
sign) is for power ground and ring (positive
sign) is for positive power connection. (See
warning that follows.)
Symbol for infrared serial communications
port on pump.
Operating voltage range for alternating current (i.e. AC or mains) power source
Medfusion™ 3500BC pumps: The designation “F2” indicated on the label, which is
located on the AC input module connector assembly for the pump, is indicating a
non-replaceable fuse that is part of the input
module assembly. The fuse is located on the
neutral side of the AC line.
Medfusion™ 3500BC pumps: The “ground”
symbol indicated on the label, which is
located on the AC input module connector
assembly for the pump, is indicating that
the earth ground connection is providing a
functional ground and not a safety ground.
Equipment that is ingress protected from
fluid spraying at vertical angle from above,
and from angles to 60° on either side of
vertical
Infusion Class 4 An infusion pump that combines
the functions of continuous infusion flow, intermittent flow, and
discrete bolus delivery
Infusion Class 5 An infusion pump that functions
as a profile pump, providing a
programmed sequence of delivery
rates
Humidity limitation
Atmospheric pressure limitation
40-5648-51B
Introduction
Glossary of Technical Terms
This is a glossary of technical terms relating to the Medfusion™ 3000 Series pumps.
Term
Definition
AC Line Leakage Test
The pump is listed as Safety Class II, Type CF equipment (Medfusion™ 3500BC
pumps are listed as Safety Class II with functional earth, type CF equipment).
Protection against electrical shock does not rely only upon basic insulation, but
instead relies on double or reinforced insulation. As such, this equipment does not
use a third wire ground (earth ground). Therefore, when doing line leakage test it is
not necessary to measure leakage in both the open ground and closed ground setting. Nor is it necessary or relevant to perform a ground resistance test. Medfusion™
3500BC: The third wire ground (earth ground) serves a functional and not a safety
purpose. Therefore, it is neither necessary nor relevant to perform a ground resistance test.
Protection against leakage current is the concern for any device (be it Class I or
Class II) deriving power from AC mains. Leakage current is what flows from mains
side to device component(s) that is conductive and accessible by the user or patient.
Safety grounding of exposed metal does not protect the user from leakage current.
Safety grounding causes a circuit breaker or fuse to open should a short occur between wall AC side and grounded metal.
Alarm History
Alarm Message
Backup Audio Buzzer
Backup Super Capacitor
Battery Gauge
The Medfusion™ 3000 Series pump achieves protection by double-isolating secondary power and exposed metal from AC power. The Medfusion™ 3000 pump satisfies
the UL requirement that 4000 volts can be applied between AC side and exposed
metal without causing significant current to flow.
See “view alarm history”.
The onscreen text which appears to indicate situations or circumstances requiring
user attention.
The backup audio buzzer provides a means of generating an alarm during:
• instrument power loss (while the instrument was on)
• malfunction of the main microprocessor
• or failure of the primary speaker.
The backup audio buzzer activates during Watchdog Alarm, anytime there is a malfunction of the main microprocessor. During power-up self-tests, the buzzer function is verified by briefly allowing the watchdog alarm to activate.
A one (1) Farad Super Capacitor is part of the power control design to provide
backup power to the audio buzzer in the loss of the primary power source.
The gauge circuits monitor direction and magnitude of current flowing through the
battery.
• The battery current is sensed by the gauge.
• The gauge then computes capacity.
To control charging the battery, the gauge uses battery temperature and battery
voltage. The gauge changes to trickle charge in the event the battery temperature
exceeds 50°C or if the battery voltage is lower than 5.7 volts.
40-5648-51B
9
Introduction
Battery Parameters
There are two battery parameters requiring periodic inspection to maintain good
battery performance. They can be accessed by selecting Biomed > Diagnostics >
Monitor Battery Status.
LMD (Last Measured Discharge) − This the learned capacity of the battery by
the gauge following a calibration cycle. Replace the battery when this is < 1600
mA-hours.
• CPI (Capacity Inaccurate) − This is the number of shallow discharge cycles
since the last calibration. Always recalibrate the battery when CPI is > 80 Hex.
Refer to the Battery Calibration section of this manual.
A set of functions for calibration/adjustment of the sensors within the Medfusion™
3000 Series pump.
•
Biomed Calibration
Biomed Diagnostics
Biomed Utilities
Steps and processes for using Biomed > Calibration functions are found in the
Adjustment & Calibration section.
A set of functions which allow the detailed examination of the pump’s systems, sensors, indicators, and controls.
Steps for using Biomed > Diagnostics functions are found in the Scheduled
Maintenance and Troubleshooting sections.
The set of Biomed > Utilities contain a mixture of adjustment and troubleshooting options. These are:
Set / View Last PM Date (or Set / View Next PM Date) − Used to view and set
the Preventive Maintenance (PM) date.
• Set Time / Date − Used to set date and time for built-in real time system clock.
• View Alarm History − Used to view alarm and alert history stored in pump
memory. This is a troubleshooting feature. You may page backward and forward through stored alarms in order to identify possible malfunction patterns.
• View Infusion History − Used to view programming and infusion information
stored in pump memory. This can be a troubleshooting feature. You may page
backward and forward through stored record of infusion types in order to
identify how the pump has been used.
• View Software CRCs − For “factory use” only. Allows view of CRCs for each
code bank.
• View Software Versions − Used to view both bootbank version and main version of software installed within the pump.
Configuration Cloning
Two pumps can communicate through their built-in infrared serial communications interface, with one teaching and the other learning, to copy pump configuration settings, and libraries.
CPI (Capacity Inaccurate) This is the number of shallow discharge cycles since the last calibration. Always
recalibrate the battery when CPI is > 80 Hex. Refer to the Battery Calibration section of this manual.
Depleted Battery Monitor The circuitry which measures present battery charge status against stored battery
capacity data to determine a “depletion” situation.
EN 475 Alarms
The EN 475 alarms use tones designed for use by customers following European
standards. These generate High, Medium & Low Priority Alarms.
•
10
40-5648-51B
Introduction
External Power Detector
Flash Memory
High Priority Alarms
Infrared Serial Data Port
Infusion Class 4
Infusion Class 5
Interconnect Board
IPX3
Keypad Test
LCD
LCD Backlight
Limit Priority Alarms
Circuitry which determines when and if external power (whether AC or DC) has
been or is connected to the pump.
The pump uses flash memory, which is re-programmable through the infrared (IR)
port and a remote computer.
A high priority alarm results from either any condition which halts an ongoing infusion, or any pump system fault which affects infusion. If the front panel controls
are locked when a high priority alarm occurs, the pump controls unlock.
High Priority alarms are signaled by a flashing red indicator and an audible signal.
Press í to pause the audible alarm for the preset alarm silence period.
The infrared serial port interfaces directly with the main microprocessor’s asynchronous serial communication pins. The infrared port supports short transmission
distances of 2” or less and a maximum baud rate of 9600.
An infusion pump which combines the functions of continuous infusion flow, intermittent flow, and discrete bolus delivery.
An infusion pump which functions as a profile pump, providing a programmed
sequence of delivery rates.
The interconnect printed circuit board interfaces to an intelligent NiMH Battery
(or NiCad on older model pumps), the system speaker, the internal DC supply and
supply conditioning for an external DC supply and the main PCB.
Equipment which is ingress protected from fluid spraying at a vertical angle from
above, and from angles to 60° on either side of vertical.
Verifies individual function of each key on the keypad. Nonfunctioning keys indicate need for keypad replacement.
Liquid Crystal Display.
The LED fiber optic light source which illuminates the LCD display.
A limit priority alarm is generated whenever a preset minimum or maximum limit
has been violated. For example: when programming an infusion there are minimum
and maximum limits preset rates assigned to syringes by size & manufacturer.
•
LMD (Last Measured
Discharge)
Low Priority Alarms
The limit priority alarms sound a tone and display an advisory message onscreen for 3 seconds. To re-display the message press í.
This the learned capacity of the battery by the gauge following a calibration cycle.
Replace the battery when this is < 1600 mA-hours.
A low priority alarm indicates any condition not requiring immediate operator intervention. Low Priority alarms are announced with a continuous yellow indicator
and an intermittent audible signal.
Medium Priority Alarms
Pressing í permanently silences this alarm.
If the front panel controls are locked when a low priority alarm occurs, the
pump controls do not unlock.
A medium priority alarm indicates any condition requiring operator intervention
but does not halt infusion. Medium Priority alarms are signaled with a flashing yellow indicator and an audible signal. Pressing í will silence the audible alarm for
the programmed alarm silence period.
•
•
•
40-5648-51B
If the front panel controls are locked when a medium priority alarm occurs,
the pump controls do not unlock.
11
Introduction
Motor Rotation Sensor
A optical sensor on the main board senses the movement of the motor worm shaft.
“Neglected Pump” or User The “Neglected Pump” or user call back alarm is a low priority alert which simply
Call Back
reminds you to finish what you started. Once you begin programming any infusion,
the pump expects you to continue until programming is complete.
Occlusion
Plunger Printed Circuit
Board
Safety Class II, Type CF
Equipment
Serial EEPROM
If you leave the pump paused too long (30 seconds) on any data entry screen, then
the pump begins sounding a low priority alert.
The blockage of the infusion line during delivery. Here, the pump detects an occlusion by sensing excessive force on the syringe plunger driver.
The plunger PCB provides pre-amplification of the force sensor output to the Main
board, and contains two photo-interrupters with supporting circuitry for sensing
each plunger flipper.
See “AC Line Leakage Test”.
A non-volatile storage device (electrically-erasable programmable read-only memory) which is used on the main board to store calibration, configuration, and infusion history.
Set / View Last (Next) PM This allows viewing the last (or Next on V4 pumps) recorded preventive mainteDate
nance date. This is where you also set the date when completing annual preventive
maintenance.
Stepper Motor
A sequentially stepping motor used to drive the plunger head of the pump.
System Failure
A high priority alarm indicating that the pump self-tests have detected a failure in
pump operation.
Primary Speaker
The main speaker located in the bottom housing of the pump. All normal alarm/
alert tones are generated through this speaker.
Update Firmware
The firmware is the software installed in Medfusion™ 3000 Series pumps v3 or
lower, and which is used to operate the pumps.
The software may only be updated with a software kit provided by Smiths Medical.
The Biomed > Update Firmware option is the utility provided for reinstalling
software used to operate pumps. This can be used to upgrade to a newer version of
system software. (Only available on pumps with the V3 software combined with the
V1.6 boot loader provides this option.)
View Alarm History
View Infusion History
View Software CRCs
View Software Versions
12
Note: Instructions for updating pump operational software are not included in this
technical service manual. Instead, they are part of individual software upgrade
kit.
This is a troubleshooting feature. In Biomed > Utilities, you may page backward
and forward through the stored alarms in order to identify possible malfunctions.
This is a troubleshooting feature. In Biomed > Utilities, you may page backward
and forward through the stored record of infusions in order to identify how the
pump has been used. The history will contain roughly 50 events.
For “factory use” only.
This is where you identify both the bootbank version and the main version of the
operational software installed in the Medfusion™ 3000 Series pump. (Pumps with
V4.1.5 software also shows the build number.)
40-5648-51B
Introduction
Watchdog Circuit
While in the power on state, the auxiliary controller prevents the watchdog Alarm
State from occurring by maintaining the AC signal, WATCHDOG_STRB.
•
40-5648-51B
The main microprocessor periodically issues the AC signal, PET_WATCHDOG.
13
Introduction
14
40-5648-51B
Scheduled Maintenance
Section 1: Scheduled Maintenance of the service manual defines the required preventive maintenance for
keeping the Medfusion™ 3000 Series syringe infusion
pump in good operating condition.
Preventive Maintenance
Planning
The recommended preventive maintenance plan allows you to service pumps in batches as their anniversary dates arrive. For example, if you have numerous
pumps to service over the course of a year you may
want to set the date on each pump so that 10 pumps
are due for service each week of the year (this will
prevent all pumps from giving the alert reminder at
the same time).
Pumps with V3 software: enter the last PM date (the
pump will calculate the next PM date). An example of
a plan for the maintenance of pumps with V3 software
is shown in the following table:
Serial
Numbers
M001001 to
M001010
M001011 to
M001020
Scheduled Enter Last
PM
PM
7/24/2007 7/24/2005
7/31/2007
7/31/2005
Date of
Alarm
7/25/2007
8/1/2007
Pumps with V4 software: enter the next PM date. An
example of a plan for the maintenance of pumps with
V4 software is shown in the following table:
Serial
Numbers
M001001 to
M001010
M001011 to
M001020
Enter
Next PM
Date
7/24/2008
Last PM
Date of
Alarm
7/25/2007
7/25/2008
7/31/2008
8/1/2007
8/1/2008
1 ea − Calibration Kit (see service parts list): Small
Calibration Slug, Large Calibration Slug & Force
Gauge
1 ea − new 50 or 60 cc syringe (note: the lubrication
in syringes evaporates, change “test” syringes
monthly)
1 ea − 3-way Stopcock
1 ea − Electrical Safety Analyzer
1 ea − Torque Screwdriver w/Phillips & Standard bits.
1 ea − ¼” open end wrench
1 ea − 6” calipers with resolution of 0.001”
Using a torque screwdriver
You must always use a Torque Screwdriver when reassembling any Medfusion™ 3000 Series pump. Where
screws are used to secure components, over-tightening
can strip threads or crack standoffs in the case.
•
Unless otherwise specified, you should always
torque all screws to 60 in-oz (approximately 0.8
Nm).
Electrostatic-controlled
workstation
Whenever you work on the Medfusion™ 3000 Series
pump − specifically whenever you open the pump for
service − you must work in an electrostatic-controlled
environment. This ensures you will not damage the
electronic components in the pump.
WARNING: Repair Pump in ESD Controlled
Work Area: The pump case should only be opened
at a work-station with Electrostatic controls, including a grounded mat and wrist-strap.
The best approach is to set the date so that the alarm
occurs only if a pump is missed in the normal PM
schedule.
Biomed maintenance tools
In order to complete maintenance, parts replacement,
diagnosis and calibration of Medfusion™ 3000 Series
infusion pumps, you will need the following:
40-5648-51B
15
Scheduled Maintenance
Service warnings
WARNINGS:
• Pump Maintenance: Only trained biomedical
service personnel may service this pump. Service
personnel should disconnect the AC power cord
before servicing the pump.
• AC Power: The only means of removing AC
power is to disconnect the AC power cord. While
the AC power cord is attached to the pump and
plugged into an AC outlet, live mains voltage is present within the pump.
• Manufacturer Recommended Maintenance: Always maintain this pump following manufacturer
recommended instructions in this Service Manual.
An improperly maintained pump may cause serious
injury to a patient or user.
16
40-5648-51B
Scheduled Maintenance
Periodic maintenance
This maintenance is required for the continued safe
operation of Medfusion™ 3000 Series pumps.
The Medfusion™ 3000 Series pump must be tested
annually, or whenever the pump has been damaged
or dropped. Always check all sensor calibrations as a
standard part of annual maintenance. No calibration is
required to maintain pump flow delivery accuracy.
Installation/quick check-out
Each pump is inspected and tested prior to shipment
from the factory. Some institutions require that devices
entering a hospital be functionally checked before being
placed into service. The following procedure is provided
to meet this need.
Quick check-out test
c
1)
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2)
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3)
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4)
5)
Plug AC power cord into AC receptacle on side of pump, then plug pump into an AC power (100 to
240 VAC) source. Verify AC indicator and battery charge indicator are lit.
Press Power. Verify the following on power-up:
• Verify alarm beeps.
• Verify all the LED indicators are turned on & off (except AC and battery).
• Verify that no self-tests fail.
• Verify the display is legible and contrast is acceptable.
Unplug the AC power cord and verify that within several seconds the battery indicator begins to
flash and AC indicator goes off. Re-plug the AC power cord into the unit.
Perform the “Flow Delivery Accuracy Test” from Annual Maintenance (which follows).
From the pump’s Main screen, use the number buttons to choose Biomed (press More for second
page, if needed). Use the number buttons to enter passcode “2580”, then use the number buttons to
choose Utilities. Then:
Set/view Last PM Date. Pumps with V3 software: Set the PM date to today’s date. (Setting this
PM date means that an advisory message will appear on the pump two years from this date.) - OR -
Set/view Next PM Date. Pumps with V4 software: Set the date to the date you want the PM alert
to occur.
c
c
6)
c
8)
7)
40-5648-51B
This message does not prevent normal operation of the pump, but advises the user that maintenance
is recommended.) [Note: pumps are shipped from the factory with the date/time set to USA Central
Standard Time; use the Set Time/Date utility to modify this if desired.]
Perform the “AC Line Leakage Test” from Annual Maintenance (which follows).
Consult the troubleshooting guide or contact Smiths Medical should the pump fail any steps in this
test.
After the completion of these tests the pump be should plugged into AC power to recharge the battery. [This is recommended when the battery capacity is less than 90% – look at battery gauge displayed on the bottom of the power-up screen.]
17
Scheduled Maintenance
Cleaning and care
Standard cleaning of Medfusion™ 3000
series pumps
Follow your institution’s guidelines for cleaning and
disinfecting of devices. The syringe pump can be safely
cleaned with the following agents:
Common chlorine bleach diluted with water.
Mild detergent mixed with water.
Isopropyl alcohol 70% solution.
Other surface disinfectants which are compatible with plastic materials.
For best results: Clean by spraying or pouring cleanser
directly onto a soft cloth (not directly onto the
pump) and then wiping surfaces until dry.
•
•
•
•
18
Cleaning cautions
Below are standard cautions you should follow when
cleaning Medfusion™ 3000 Series pump:
CAUTIONS:
• Avoid Organic Solvents: Never use organic solvents (e.g., acetone), quarternary ammonia compounds, strong acids or strong bases to clean any
portion of the pump.
• Not Waterproof: The Medfusion™ 3000 Series is
“spray resistant” but not “water proof ”.
Never spray cleaning or other fluids directly into
openings on the bottom of the pump.
Never immerse the pump in water or other fluids.
• Avoid Spray Oils: Never use light spray oils (e.g.,
WD40™) to clean or lubricate pump. These chemicals can damage the plastic of the pump.
• Never Autoclave or Gas Sterilize: Never sterilize the pump in a steam autoclave or gas. Using an
autoclave or gas sterilization can seriously damage
the Medfusion™ 3000 Series pump and void the warranty.
40-5648-51B
Scheduled Maintenance
Mandatory annual maintenance testing
All tests on this Required Annual Maintenance List must
be performed annually in order to ensure the continued
safe operation of the Medfusion™ 3000 Series pump.
General inspection
c 1) If not already performed, clean and disinfect the pump as described in the “Cleaning and Care” secc
2)
c
3)
c
4)
c
5)
c
6)
c
7)
c
c
c
c
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8)
tion (see previous page).
Inspect for obvious physical damage, including cracked housings or torn keypads. Repair any physical damage.
Verify smooth operation of syringe plunger driver, syringe release lever, syringe flange clip, and syringe barrel clamp. Clean and/or repair any damaged components.
Verify the three tubing guides (hooks) on top left side are intact, and fully secured to pump housing.
Replace any damaged guides.
Verify force sensor seal, located behind flippers on plunger driver head, is intact and not punctured.
Replace damaged seal.
Inspect power cord for damage and wear. Replace damaged or worn power cord before performing
any leakage current testing.
Inspect pole clamp for proper operation. Verify that the screws holding pole clamp components are
tight.
Verify the Serial Number label is legible and intact. Replace if label is damaged.
9)
Verify the Warning label is legible and intact. Replace if label is damaged.
10) Verify four rubber feet are attached to the bottom housing of the pump. Replace missing feet.
11) Turn the pump on all sides and check for any loose parts internally and externally.
12) Plug AC power cord into AC receptacle on side of pump, then plug pump into an AC power (100 to
240 VAC) source. Verify AC indicator and battery charge indicator are lit. Consult troubleshooting
for any failed indicator.
Power-up test
Ensure that no syringe is loaded in the pump and the
barrel clamp is fully down. Press ë. Verify the following on power-up:
c
c
c
c
c
c
1)
Verify alarm beeps.
2)
Verify all the LED indicators are turn on and off (except AC and battery).
3)
Verify that battery capacity shown on screen is greater than 0%.
4)
Verify that no self-tests fail.
5)
Verify the display is legible and contrast is acceptable.
6)
Unplug the AC power cord and verify that within several seconds the battery indicator begins to
flash and AC indicator goes off. Re-plug the power cord into the unit.
Consult troubleshooting for any failed steps in this test.
40-5648-51B
19
Scheduled Maintenance
Calibration verification
From the pump’s Main menu, use the number buttons
to choose Biomed (press More to find it, if needed).
Enter the passcode (numbers 2580), then press Enter.
Use the number buttons to choose Diagnostics, then
Monitor Analog Sensors.
Force sensor check
c
1)
Ensure that no syringe is loaded in the pump. Verify that the force reading on the screen is between
–0.2 and +0.2 pounds.
c 2) Load the force gauge with the foot of the gauge positioned towards the head of the plunger driver.
Zero the force gauge. Using the thumbscrew of the force gauge bracket, increase the force applied
until the force gauge reads 15 pounds (6.8 kilograms). Verify that the force reading on the screen is
between 14.0 and 16.0 pounds.
If either reading is out of specification, re-calibrate the
sensor and then retest readings.
Syringe size sensor check
c
Load the small Calibration Slug into the barrel clamp (do not load the plunger driver).
Keeping the barrel clamp perpendicular to the slug, move the barrel clamp head slightly back and
forth to find the lowest size reading.
Verify that the size reads between 0.256” and 0.272”, inclusive.
c 2) Load the large Calibration Slug into the barrel clamp (do not load the plunger driver).
Keeping the barrel clamp perpendicular to the slug, move the barrel clamp head slightly back and
forth to find the lowest size reading.
Verify that the size reads between 1.244” and 1.260”, inclusive.
If either reading is out of specification, re-calibrate the
sensor and then retest readings.
20
1)
40-5648-51B
Scheduled Maintenance
Plunger position sensor check
c
1)
Load the small Calibration Slug into the barrel clamp.
Load the plunger driver onto the end of the slug with flippers open, and about 0.1 lbs. applied to
force sensor (as read from the screen).
Verify that the position reads between 0.680” and 0.720”, inclusive. Unload the slug.
c 2) Load the large Calibration Slug into the barrel clamp.
Load the plunger driver onto the end of the slug with flippers open, and about 0.5 lbs. applied to
force sensor (as read from the screen).
Verify that the position reads between 4.680” and 4.720”, inclusive. Unload the slug.
If either reading is out of specification, re-calibrate the
sensor and then retest readings.
Note: Use a new syringe for the following tests as the
lubrication within syringes evaporates. Change “test”
syringes at least monthly.
Plunger travel test
Return the pump to the Main menu (press â to
exit Biomed mode). Load an air-filled 50 or 60 cc syringe into the pump. Use the number buttons to choose
ml/hr delivery mode and set the flow rate to 20 ml/hr.
Clear the total infused. Press É.
c
1)
c
c
2)
Verify the three green infusing indicators are lit in a repeating sequence from right to left. Continue
running until at least 0.033 ml has been infused.
Press Lock and verify the Lock indicator lights. Press Unlock and verify the Lock indicator turns off.
Press CHG Rate and set a rate to the maximum rate available on the ml/hr control screen. Allow the
unit to drive for the full length of the syringe.
c 4) When the syringe is empty, verify the Syringe Empty alarm message is displayed and the red alarm
indicator lights. Verify the alarm tone quality. Press í to silence alarm.
If other alarms or system failures occur during this test
use the troubleshooting guide for corrective actions.
3)
Motor drive & occlusion operational test
Connect a three-way stopcock to an empty 50cc or 60cc
Luer-lock syringe. Load the syringe with the syringe
filled with approximately 30cc of air.
c
1)
c
2)
c
3)
40-5648-51B
Use the number buttons to choose ml/hr mode and set the flow rate to the maximum rate as displayed on the ml/hr entry screen.
From the Begin Delivery screen, press è to access the Prime screen. Press and hold è to
prime the tubing set for at least 0.2 ml priming volume. Press Exit.
Close the stopcock to the syringe.
Press Options, use the number buttons to choose Override Occl Limit, choose High, then press
Enter.
Press Options, then use the number buttons to choose Disable Rapid Occl Detect, if available. (If not available, press â.)
21
Scheduled Maintenance
c
c
4)
Press É to begin the infusion.
5)
Verify the pump operates until an occlusion alarm occurs.
Open the stopcock to release the pressure, then remove the syringe.
If any alarm other than occlusion occurs during this
test, see troubleshooting for corrective action.
Flow delivery accuracy test
Return the pump to the Main menu. Use the number
buttons to choose ml/hr. Select a syringe manufacturer. Load a 50/60 cc Luer-lock syringe (air-filled) into the
pump – use a syringe from the table below. Enter a rate
of 300 ml/hr.
c
1)
From the Begin Infusion screen, press Options and use number buttons to choose Volume
Limit. Enter a volume limit of 50 ml. (Note: if volume limit is not configured, press á when TVD
reaches 50.0 ml.)
From the Begin Infusion screen, press è to access the Prime screen. Press and hold è to
prime the tubing set for at least 0.2 ml priming volume. Press Exit.
Use calipers to measure the distance from the outside of the syringe flange to the inside of the syringe plunger. Record this measurement as the starting position. _________________
c
2)
c
3)
Press É and ensure delivery begins. Wait until the pump volume limit is reached in 10 minutes.
(Press á if volume limit is not active.)
Press í to silence the audible alarm. Use a set of calipers to measure the distance from the outside
of the syringe flange to the inside of the syringe plunger. Record this measurement as the ending
position. _________________
Subtract the ending position from the starting position. Verify that this result is between 3.473” and
3.615” (inclusive) for a B-D 60cc syringe, consult table below for other syringes.
Manufacturer
B Braun Perfusor 50cc
B Braun Ominifix 50cc
B-D 60cc
Fresenius 50cc
Monoject 60cc
Terumo 60cc
Minimum travel
3.146” (79.92mm)
3.146” (79.92mm)
3.473” (88.22mm)
2.904” (73.76mm)
3.473” (88.22mm)
2.901” (73.70mm)
Nominal travel
3.211” (81.55mm)
3.211” (81.55mm)
3.544” (90.02mm)
2.964” (75.27mm)
3.544” (90.02mm)
2.961” (75.20mm)
Maximum travel
3.275” (83.18mm)
3.275” (83.18mm)
3.615” (91.82mm)
3.023” (76.77mm)
3.615” (91.82mm)
3.020” (76.70mm)
Table of acceptable syringe travel for 50 and 60 cc syringes.
If this test fails use the troubleshooting guide for corrective action.
AC line leakage test
c
1)
c
2)
22
Connect the AC power cord to the Safety Analyzer. Set Safety Analyzer to Line Leakage mode of
operation. Press ë to turn the pump on.
Using the ground reference probe of the Analyzer, make contact with either the plunger driver tube
or the center post of the DC input jack. Verify the leakage in the normal setting is less than 100
micro-amps [note, this is equivalent to BF rating for this device].
40-5648-51B
Scheduled Maintenance
If you wish to verify the CF rating of the pump, then fill a beaker with normal (0.9%) saline solution and load the pump with a
syringe and tubing filled with normal saline. The saline-filled tubing should be in contact with the saline in the beaker. Place the
ground reference of the leakage current Analyzer in contact with the saline in the beaker and verify the leakage current in the
normal setting is less than 10 micro-amps. [This procedure is specified in IEC 60601-2-24, clause 19.]
Turn off pump and disconnect from safety analyzer.
WARNING: Safety Class II, Type CF Medical
Equipment: The pump is listed as Safety Class II,
Type CF equipment. Protection against electrical
shock does not rely only upon basic insulation, but
instead relies on double or reinforced insulation. As
such, this equipment does not utilize a third wire
ground (earth ground).
Therefore, when doing line leakage test it is not necessary to measure leakage in both the open ground
and closed ground setting. Nor is it necessary to
perform a ground resistance test.
AC line leakage test - Medfusion™ 3500BC
c
1)
c
2)
c
3)
Connect the AC power cord to the Safety Analyzer. Set Safety Analyzer to Line Leakage mode of
operation. Press ë to turn the pump on.
Enclosure Leakage - Using the ground reference probe of the Analyzer, make contact with the center
post of the DC input jack. Verify the leakage in the normal setting is less than 100 micro-amps [note,
this is equivalent to BF rating for this device].
Earth Leakage - Use the Safety Analyzer, to measure the leakage current flowing through the earth
conductor of the AC power cord.
Verify the leakage in the normal setting is less than 100 micro-amps [note, this is equivalent to BF
rating for this device].
If you wish to verify the CF rating of the pump, then fill a beaker with normal (0.9%) saline solution and load the pump with a
syringe and tubing filled with normal saline. The saline-filled tubing should be in contact with the saline in the beaker. Place the
ground reference of the leakage current Analyzer in contact with the saline in the beaker and verify the leakage current in both
the normal and reversed settings is less than 10 micro-amps. [This procedure is specified in IEC 60601-2-24, clause 19.]
Turn off pump and disconnect from Safety Analyzer.
WARNING: Safety Class II with functional earth,
Type CF Medical Equipment: The pump is listed as
Safety Class II with functional earth, Type CF equipment. Protection against electrical shock does not
rely only upon basic insulation, but instead relies on
double or reinforced insulation. As such, this equipment utilizes a third wire ground (earth ground)
lead of the power cord as earth return for electromagnetic energy and does not serve as a safety function.
Therefore it is neither possible nor necessary to perform a ground resistance test.
40-5648-51B
23
Scheduled Maintenance
Battery maintenance
This chapter discusses battery maintenance as recommended to ensure good battery performance.
1. The battery pack contains six 2100 mAH Nickel
Hydride (NiMH) cells (older pumps may have
Nickel Cadmium [NiCad] batteries) with a smart
gauge for monitoring battery charge information.
Notes:
• The gauge is built into the battery pack, and the
pump reads the battery capacity from the gauge on
the pack.
• The battery pack has a shelf life of 4 months, after
which it will require recharging. Once installed into
a pump, the shelf life is 2 months, after which it will
require recharging.
2. There are two measured battery parameters that
must be reviewed to maintain good battery performance and accuracy of the battery gauge.
From the Main menu, use the number buttons to
choose Biomed; use the number button to choose
Diagnostics; use the number buttons to choose
Monitor Battery Status option.
a) LMD (Last Measured Discharge) − This the
learned capacity of the battery by the gauge following a calibration cycle. It is recommended
the battery be replaced when this value is < 1600
mA-hours.
b) CPI (Capacity Inaccurate) − This is the number
of shallow discharge cycles since the last calibration. It is recommended that you recalibrate the
battery when CPI is > 80 hex (i.e. >128 decimal).
Refer to the battery calibration section below.
Shallow discharge (CPI) record
The battery gauge records the number of shallow
discharges. A shallow discharge happens whenever the
battery is partially discharged and then returned to
AC power. The number of the shallow discharges appears on page two of the Monitor Battery Status
menu in the Biomed > Diagnostics menu.
•
•
24
This displays CPI as 0×DD, where 0×DD is a
hexadecimal number representing the number of
shallow discharges cycles.
The value is reset to zero each time the battery is
calibrated. It increments to a maximum count of
0×FF hex (255 decimal).
During the annual periodic maintenance if the number of shallow discharges, CPI, is 0×80 hex or higher
[e.g. 0×90, 0×A5, 0×BB, etc.], then the battery should
be re-calibrated.
Battery calibration procedure
The battery calibration procedure ensures the battery
calibrates (or “re-learns”) the battery capacity. It does
this by measuring the actual charge & discharge rates
to determine the true capacity of the battery. With this
correct information, the pump calculates “percentage
of battery charge” and determines “low battery alarm”.
1. Connect the pump to AC power.
2. Turn the pump on and select Biomed > Diagnostics > Monitor Battery Status.
3. After the Charge Level gauge reaches 99 to 100%,
wait at least 1 more hour, then remove AC power.
4. Using one of the methods listed here, fully drain
the battery pack, until the pump sounds the Battery Depleted alarm (not the Low Battery
alarm). You can interrupt the discharge test by
turning the pump off and continue discharge at a
later time – as long as you do not plug the pump
into AC power during the discharge cycle.
a) The battery can be discharged by operating the
pump on battery power and infusing at 5 ml/hr
using a 60cc syringe. This takes approximately 10
hours from a full charge.
b) A quicker method is holding open the clutch
lever with an a clamp or vise grips to prevent the
plunger flipper and clutch from closing. Then
use Biomed > Diagnostics > Motor Drive
Test, and set motor step period to 2 msec, and
press É. This should deplete the battery within
approximately 3 hours .
c) A third method is to disconnect AC power, turn
the pump on, and run Biomed > Diagnostics
> Monitor Battery Status. This discharges
the battery at about 130 ma, and takes approximately 13 hours from full charge.
5. Once the Battery Depleted alarm sounds,
turn the pump off and plug into AC. This begins
recharging the battery. [Do not unplug AC power
until charging is complete.]
If left in “Depleted” alarm condition, the pump will
draw power from the battery until its voltage drops
40-5648-51B
Scheduled Maintenance
6.
7.
8.
9.
to a level which disconnects the battery gauge. The
pump then loses all its calibration information.
From the time the Battery Depleted alarm
occurs, the pump has approximately 5 minutes of
operation on battery before the “fully-depleted disconnect” condition occurs. At this point, the audible
alarm continues running from the super-capacitor
on the main board.
After several minutes of recharging the gauge will
show the learned capacity of the battery.
Turn the pump on and select Biomed > Diagnostics > Monitor Battery Status.
Verify LMD (last measured discharge) value is
greater than 1600 ma-hours.
Press More and verify CPI is 0×00 or 0×01.
10. Turn the pump off and continue to charge pump
until battery charge is complete (approximately 10
hours).
11. Turn on pump and select Biomed > Diagnostics > Monitor Battery Status.
12. Verify the LMD is greater than 1600 mA-hours. At
1600 mA-hours battery, the pump’s battery life is
approximately 7-8 hours. It is recommended that
the battery be replaced if its capacity is less than
1600 mA-hours.
In accordance with Directive 2002/96/EC Waste
Electrical and Electronic Equipment, residents of the
European Union must follow specific disposal or recycling instructions for this product. Contact your local
distributor, or visit the following web site for specific
instructions:
http://www.smiths-medical.com/recycle/index.html
Non-European Union residents must dispose of or recycle this product (including batteries) in accordance
with the local laws or regulations that apply.
WARNING: Collect Separately. There are potential
health hazards associated with improper disposal
of batteries, electronics, and contaminated (used)
infusion sets and syringes. Dispose of used batteries,
infusion sets, syringes, and other used accessories,
or a pump that has reached the end of its useful life,
in an environmentally safe manner, and according
to any regulations that may apply.
Requirements for battery pack
replacement
The battery must be replaced only by a trained Biomedical or service technician. Always dispose of
depleted or defective batteries in compliance with all
applicable regulations or you may return the battery
pack to Smiths Medical for recycling.
WARNING: Battery Replacement: Observe ESD
handling precautions when replacing the battery.
Replace battery only with same Smiths Medical
part/model number.
Recycle batteries in compliance with applicable local
regulations.
Collect Separately
This product contains electrical and electronic components (including batteries) that may contain materials, which if disposed of with general waste, could be
damaging to the environment.
40-5648-51B
25
Scheduled Maintenance
26
40-5648-51B
Theory of Operation
Section 2: Theory of Operation of the manual contains definitions and descriptions of standard operation of the Medfusion™ 3000 Series pumps.
Overview of operation
The Medfusion™ 3000 Series pump design allows the
precise control of the infusion rates over a wide range
of syringe sizes and manufacturers as specified in the
Operation Manual.
Controlling motor functions
A stepper motor driving the plunger driver controls
the infusion rate. The motor receives electrical pulses
from microcontroller with pulse frequency determined from the programmed flow rate.
•
•
•
ence and syringe size.
d) A force sensor in the plunger driver head detects
and reports the amount of force exerted on syringe
plunger head. A large amount of force indicates
an occlusion in the patient line to the microcontroller.
A Watchdog device checks for microcontroller malfunction including timebase errors, and can shutdown
the motor and generate an alarm independent of the
microcontroller operation. An internal power source
(i.e., 1 Farad super-capacitor) allows the pump to
alarm should failure occur in the pump’s power system or internal battery.
Forty-eight motor pulses turn the motor one full
revolution.
Five hundred and sixty full motor revolutions
move the plunger driver one inch.
Therefore, 26,880 motor steps move the plunger
driver 1 inch (or 0.000037 inches per motor step) − providing very good flow continuity and precise
delivery.
Infusion control & safety
functions
Two sensors are used to verify that the infusion proceeds at the programmed rate. Specifically, the microcontroller uses:
a) the motor rotation sensor to verify proper motor
speed;
b) the position sensor to verify proper syringe plunger
driver motion over time.
If the microcontroller determines either motor or syringe plunger driver is running at a speed not equivalent to the programmed flow rate, then the infusion
stops and a system fault alarm warns the user.
Four additional sensors verify the syringe parameters:
a) The plunger sensor, in the head of the plunger
driver, detects proper engagement of syringe
plunger with syringe plunger driver.
b) The flange clip detects the proper position of the
syringe flange.
c) The syringe barrel clamp detects both syringe pres40-5648-51B
27
Theory of Operation
Pump design description
Listed in this chapter are descriptions of each functional
block and its role in pump operation and system safety.
Logic core of Medfusion™ 3000 Series pumps
The block diagram below shows interrelation between
the different assemblies of the Medfusion™ 3000 Series
pump.
Force Transducer
& PreAmp Board
240x64
Graphical Display Board
Syringe Plunger
Loaded Sensor
Keypad & Indicator Lights
Speaker
Main System Board
(Logic Core)
Rechargeable
Battery Pack &
Battery Gage
Plunger Travel
Sensor
Syringe Ear Loaded
Sensor
WatchDog
Syringe Size
Sensor
Motor Rotation
Sensor
Interconnect
Board
DC Power Input
Jack
AC Power Input
& Power Supply
IR Serial Comm
Link
Stepper
Motor
Buzzer
Block Diagram for Medfusion™ 3000 Series Infusion Pump
Main circuit board
Main microprocessor
The main circuit board has one main microprocessor,
68HC11, with responsibilities for the following tasks:
a) Controlling the graphical display of information.
b) Responding to the keypad and controlling visual
indicators on the keypad.
c) Controlling the primary speaker.
d) Controlling the stepper motor which drives the
syringe plunger.
e) Monitoring syringe sensors: syringe size, syringe
flange (ear) loaded, syringe plunger loaded, syringe
plunger position, and syringe plunger force.
f) Communicating with the smart battery gauge.
g) Controlling the external serial communication.
28
40-5648-51B
Theory of Operation
Watchdog circuit
A watchdog circuit has a separate power supply and
separate (PIC) microcontroller/clock which monitors
the main microprocessor. The watchdog circuit detects
microprocessor timing failures and initiates a watchdog alarm through a dedicated “back-up” audible
alarm which is separate from the primary speaker.
If a watchdog or “System Failure” alarm is generated, then watchdog circuit turns on the red alarm
indicator and backup audible alarm, and turns off the
motor current.
The microprocessor uses sensor output to verify
plunger travel against set flow delivery rate. The sensor
output is not used for rate correction.
Motor rotation sensor
The motor rotation sensor is an optical reflective sensor
which senses 4 pulses per motor rotation. The microprocessor measures the frequency of this signal to:
•
Verify rotation speed against the set flow delivery
rate. It is not used for speed correction.
Stepper motor
DC power converter
The stepper motor drives the syringe plunger driver.
The DC Power Converter generates required system
DC voltages from the available power source coming
from the interconnect board. This power source can
be either battery power, or AC power, or external DC
power. The main microprocessor monitors these voltages and will detect failures in any system voltages.
•
Real time clock
•
A separate Real Time clock source provides the microprocessor with date and time information. The date
and time are used for time-stamping records in alarm
history and infusion history, and for determining the
next recommended Periodic Maintenance date.
Graphical display circuit board (LCD)
A 240 × 64-pixel liquid crystal display provides the primary visual interface for pump operation.
•
An always on LED driven back light in the LCD
enhances viewing in low light areas.
Keypad
The keypad is a multi-layer polyester laminate providing buttons for controlling the pump, and indicator
lights for identification of pump status.
Plunger (driver) travel sensor
The plunger travel sensor is a precision potentiometer
producing a change in voltage (resistance) with the
motion of the syringe plunger driver. This allows the
microprocessor to determine:
•
•
•
plunger speed
near end of plunger travel (i.e,. near empty alarm)
end of plunger travel (i.e., empty alarm)
40-5648-51B
Each motor step is controlled by the microprocessor using an open loop control method.
Syringe flange loaded sensor
The syringe flange sensor requires the flange be installed in the flange locating device on the pump.
•
Reports a logic state to the microprocessor to indicate proper syringe flange loading.
Uses self test signal to verify the sensor is not in an
electrically “stuck” state.
Syringe size sensor
The syringe size sensor is a precision potentiometer
which produces a voltage (resistance) proportional to
the outside barrel diameter of the syringe loaded into
the pump. This allows the microprocessor to measure:
•
Voltage proportional to syringe barrel outside
diameter to determine the syringe size (e.g. 10cc,
20cc etc.) or syringe not loaded.
Interconnect printed circuit board
Receives and directs the power source, either internal
12VDC power supply, internal battery, or external DC
power to the “Main” board.
a) Generates status signals to “Main” board indicating source of power supplied.
b) Contains battery charger for charging the battery.
c) Contains an infrared drivers for serial communication interface with the pump.
d) Supplies the audio drive signal, originating from
the “Main” board, to power the speaker.
29
Theory of Operation
AC power input & power supply board
This AC Power Input provides a receptacle for connecting an IEC 320-type AC power cord to the internal, universal input power supply. This Power Supply
Board provides 12 VDC to operate the pump and
charge the batteries.
•
ringe plunger (i.e. occlusion detection).
Uses self test control line to verify force sensor and
circuitry are operating properly.
DC power input jack
Plunger Loaded Sensors
The two plunger loaded sensors are located on the
plunger PCB, and sense the state of each “flipper” on
the plunger driver.
The DC Power Input Jack connects external DC power
into the pump from external DC sources. This input is
protected from over-voltage and reverse polarity.
•
•
Always observe all cautions and warnings for connecting DC power to this input.
•
Reports a logic state to the microprocessor to indicate proper syringe plunger loading.
Uses self test signal to verify the sensor is not in an
electrically “stuck” state.
Speaker
The primary speaker serves as the primary audio
source for generating alarms.
•
The microprocessor senses speaker current to
determine if speaker is operational.
Rechargeable battery pack & battery
gauge
A rechargeable NiMH battery pack (NiCad battery
pack on older model pumps) allows operation on battery, which also serves to provide backup power with
the loss of externally applied AC or DC power
A gauge residing on the battery pack maintains present battery capacity during charge and discharge
conditions. The gauge monitors battery temperature
and controls the battery charger in setting the charge
rate. The pack contains a resettable fuse which limits
the current flowing through the battery.
Plunger printed circuit board
This plunger printed circuit board (PCB) provides
connection and pre-amplification of sensors in the
plunger driver to the main microprocessor board. The
plunger PCB contains the force sensor amplifier and
the plunger loaded sensors.
Plunger force sensor
The plunger force sensor is a full bridge strain gauge
which generates a voltage proportional to the force applied by the plunger driver to push the syringe plunger. The allows the microprocessor to measure:
•
30
Voltage proportional to force applied to the sy40-5648-51B
Theory of Operation
Main Board – Schematic Level
The Main printed circuit board design has the following
sub-circuits:
•
•
•
•
•
Logic kernel
• Motor speed detection
Power control
• Syringe sensing
DC-DC Converter • Plunger position sensor
Front panel interface • Force sensing
Graphic display
• Speaker drive
interface
• Motor drive
Each of the sub-circuit descriptions is presented in the
order of the schematic pages of the Medfusion™ 3000
Series “Main Printed Circuit Board”. The signal names
marked with the asterisk symbol on the schematic indicate that those signals are “active-low”.
In the block diagrams for each section, the arrows
indicate data flow direction referenced to the main
microprocessor. In some cases, the arrows will identify a
device other than the microprocessor to which the signal directly interfaces, (e.g., analog to digital converter).
Logic Kernel Description
The Medfusion™ 3000 Series Logic Kernel Main PC
flowchart is below. It shows linkage between the
68HC11K1 microprocessor and the main components
of the system:
32Kb Serial
EEPROM
Time of Day
IC
4 Mb Flash
Memory
Infrared
X-Ceiver
T×D, R×D
PH6, SPI
PA4, SPI
$8000 - $FFFF
PG6, SPI
10 Bit A/D
Converter
68HC11K1
Main Processor
32Kb Static
RAM
PG1, SPI
$0 - $7FFF
I/O $1000
24 1/O Bit
Port 1
Expansion
(82C55)
I/O $1200
8 Bit D/A
Converter
24 1/O Bit
Port 2
Expansion
(82C55)
Flowchart of Logic Kernel for Medfusion™ 3000 Series infusion pump
68HC11K4 Main Microprocessor Interface, U19
The main microprocessor’s direct signal interfaces are
described in clockwise order taken from the Medfu40-5648-51B
31
Theory of Operation
sion™ 3000 Series Main PC Schematic of the microprocessor. The following table summarizes some of the
microprocessor input / output signals.
Signal name
ir_xmt_data
ir_rcv_data
speaker_frequency
speaker_volume
mtrpha_iref
mtrphb_iref
adc_cs*
dac_cs*
reset_pio
power_strobe
plunger_detect1
plunger_detect2
acu_pwr_strb_on
async_battery_
data
io_cs*
ram_cs*
eeprom1_cs*
flash_cs*
32
Processor port
Description
PD1/TxD
The ir_xmt_data is used for transmitting asynchronous serial
data.
PD0/RxD
The ir_rcv_data is used for receiving asynchronous serial data.
PH0/PW1
Sets the audio frequency of the main speaker. Generated as a fixed
50% duty cycle (square wave) with a variable frequency.
PH1/PW2
Fixed frequency variable pulse widths signal that the speaker- driver hardware converts into a DC voltage for volume control.
PH2/PW3
Pulse-width modulated output transformed by hardware into a DC
level representing motor current for coil “A” of the motor.
PH3/PW4
Pulse-width modulated output transformed by hardware into a DC
level representing motor current for coil “B” of the motor.
PG6
Chip select signal for SPI communication to the 10-bit analog to
digital converter. This signal is active low.
PG1
Chip select signal for SPI communication to the 8-bit digital to analog converter. This signal is active low.
PG0
Allows the main processor to independently reset the two 24 bit I/O
expansion devices. The reset is active high.
PD5
Controls the power state of the system. Must be an AC signal to
maintain the power on state. A stuck state of either logic high or
low, is one of the conditions for enabling the power off state.
PA6/OC2
Logic sense signal for detecting the respective plunger flipper state. A logic high indicates a syringe is loaded.
PA5/OC3
Logic sense signal for detecting the respective plunger flipper state.
A logic high indicates a syringe is loaded.
PA4/OC4
This feedback signal to check that ACU is still controlling power to
the system. When power is on, acu_pwr_strb_on measures > 4.0
volts nominally.
PA3/IC4/OC5 The single wire asynchronous data communication between the
main processor and the battery gauge located on the battery pack.
This port pin is bi-directional, both input & output.
CSIO
Chip select for the two 24 bit I/O expansion devices. This signal is
active low.
CSGP1
Chip select for the main processor’s external random access memory (RAM). This signal is active low.
PH6
Chip select for SPI communication to the serial E2 PROM #1. This
signal is active low.
Chip select for access to the main processor’s programmed memory
(Flash). This signal is active low.
40-5648-51B
Theory of Operation
Signal name
Processor port
write*, e_clock,
R/w*, E, XADxaddr[15:18],
DR15 - XADaddr[0:14], data[0:7] DR18, ADDR0
- ADDR14,
and DATA0
- DATA7
spi_clock, spi_mosi,
SCK, MOSI,
and spi_miso
MISO
atod_ref_bfrd
AN0
supercap_detect
AN1
pwr_strb_on
AN2
motor_sply_meas
AN3
analog_sply_meas
AN4
force_psv_adj
AN5
speaker_detect
AN6
vpos_sply_meas
AN7
mtr_timer
PA7/OC1
motion_detect
PA2/IC1
buzzer_detect
PA1/IC2
tod_intrpt
PA0/IC3
MOD_A,
MOD_B
40-5648-51B
Description
The main processor control bus signals that route to the memory
and I/O expansion devices. The address line addr15 is not used.
These signals are used for SPI bus communication to the Serial
EEPROM, Time of Day Clock, Analog to Digital Converter, and the
Digital to Analog Converter.
Input for main processor to verify the reference voltage used by the
10-bit analog to digital converter and system reference. The nominal measured reference voltage is 2.048 volts.
Analog signal proportional to the Super Capacitor voltage. When
fully charged, supercap_detect measures 2.5 volts nominally. The
main processor read supercap_detect to verify the Super capacitor is present.
Feedback signal is to check the proper operation of the power control circuit. When power is on, pwr_strb_on measures > 4.0 volts
nominally.
Signal is proportional to the motor supply voltage. The nominal DC
voltage for this signal is 1.09 volts, exactly a sixteenth of the motor
supply voltage.
Signal is proportional to the analog supply voltage. The nominal DC
voltage for this signal would be 2.5 volts nominally, exactly one half
of the analog supply voltage.
Feedback signal proportional to the offset voltage used on the force
sensor pre-amplifier. Its voltage range dependent upon the offset
voltage setting (a calibration value).
Feedback signal proportional to the current through the main
speaker. Its level depends on the volume setting for the speaker.
Signal is proportional to the positive supply voltage. The nominal
DC voltage for this signal is 2.397 volts, exactly one fourth of the
vpos_sply supply voltage.
Time base used by the main processor to control motor step timing
and an input to the highest, maskable interrupt source.
Signal is the encoded output from the optical motor rotation detector.
Feedback signal from the audio buzzer detection circuit. This signal
is logic high whenever the audio buzzer is active.
An independent time base provided by the time of day clock. This is
a 1 Hz frequency signal.
These inputs configure special processor operational modes.
33
Theory of Operation
Signal name
reset*
Processor port
Description
Reset
Provided from the system-reset circuit located in the Power Control
Logic section of the Main PCB.
VRH
4.096V A/D reference.
AVDD, AVSS, The main processor’s analog to digital conversion supply and referand VRL
ence pins.
Flash memory, U22
Flash program memory is 512 K × 8. It is addressed as
16 pages of 32 K × 8 each.
Flash memory can be reprogrammed within the system.
Software upgrade method for programming flash
memory
The re-programmable feature of Flash Memory provides
for software upgrades. The pump is placed in a special
Biomed mode which allows reprogramming of the software through the infrared serial port.
Static random access memory, U17
Static RAM is 32 K × 8 bit.
Serial EEPROM, U2 and U4
The serial EEPROMs are used for storing manufacturing, calibration, configuration, libraries, the history
event log, the PharmGuard® Safety Data, and the service
data requiring non-volatile random access.
Medfusion™ 3000 series pumps may have two 8K x 8
bit EEPROMs, two 16K x 8 EEPROMs, or two 32K x 8
EEPROMs.
Time of day, U8
The time of day, including calendar, is maintained by the
RS5C316B which is continually powered as long as AC,
external DC voltage, or internal battery is present, or the
super capacitor is charged.
Infrared transceiver
An IR transceiver, located on the Interconnect board,
provides an electrically isolated asynchronous serial
communication link between the pump and an external
system. The infrared link is intended for short distances
of less than a few inches.
34
40-5648-51B
Theory of Operation
Analog to digital converter, U13
A four channel, unipolar, 10-bit converter obtains
high resolution analog measurements.
The high resolution measurements in ascending channel order are:
• pressure sensing amplifier
• plunger force sensing amplifier
• syringe size sensing amplifier
• plunger travel sensor.
The converter uses precision 4.096-volt reference
equating to a bit resolution of 4 millivolts. The converter interfaces to the Serial Peripheral Interface of
the 68HC11.
Digital to analog converter, U20
A dual channel 8 bit digital-to-analog converter:
•
Generates the contrast voltage for the Liquid Crystal display,
• Generates an offset to the force sensing amplifier. Uses precision 4.096-volt reference equating to a
nominal bit resolution of 16 millivolts. Channel A is
the source for the force amplifier, and channel B is the
contrast voltage reference.
40-5648-51B
35
Theory of Operation
I/O port expansion, U3, U33
There are two 82C55 input/output port devices providing the additional input/output requirements for the
microprocessor. They are accessed through the I/O chip
selects port1_cs* and port2_cs*.
Expansion port # 1 (port1_cs)
Signal name
eeprom2_cs*
pet_watchdog
Port location
PB7
PB6
supercap_test
PB5
tod_cs
tod_wr_enbl*
speaker_envelope3
PB4
PB3
PB2
speaker_envelope2
PB1
speaker_envelope1
PB0
warning_led_on*
infusing_ledl_on*
PC7
PC6
infusing_ledm_on*
infusing_ledr_on*
pcell_led_on*
battery_led_on
caution_led_on*
lockout_led_on*
keypad_in_col(0-5)
PC5
PC4
PC3
PC2
PC1
PC0
PA0-PA5
pwr_sw_mcu
PA6
mtr_current_detect*
PA7
36
Description
A logic low enables accessing the 2nd serial EEPROM.
A logic signal used as a handshake for indicating valid operational
status to the auxiliary controller.
A logic high enables testing the super-capacitor, (i.e., backup power
source).
A logic high enables accessing the time of day IC.
A logic low enables writing data to the time of day IC.
A logic high selects the audio envelope time constant of 35 milliseconds. Refer to the Main Speaker Drive description section.
A logic high selects the audio envelope time constant of 11 milliseconds. Refer to the Main Speaker Drive description section.
A logic high selects the audio envelope time constant of 2.5 milliseconds. Refer to the Main Speaker Drive description section.
A logic low turns the “Caution” LED indicator on.
A logic low turns the left most (when viewing the keypad) “Infusing” LED indicator on.
A logic low turns the middle “Infusing” LED indicator on.
A logic low turns the right most “Infusing” LED indicator on.
A logic low turns the “Pressure Cell” LED indicator on.
A logic high turns the “Battery” LED indicator on.
A logic low turns the “Caution” LED indicator on.
A logic low turns the “Tamper Feature Active” LED indicator on.
Senses 1 of 6 columns of the keypad matrix. When the sense value
is logic low, the indication is the corresponding button for the column is being pressed.
Sense signal for the power switch. The signal is at a logic high when
the power switch is being pressed.
Sense signal from the motor current detector circuit. If the motor
is energized with sufficient current in any coil, this signal is at logic
low.
40-5648-51B
Theory of Operation
Expansion port # 2 (port2_cs)
Signal name
set_in_snsr_enbl*
Port Location
PB6
syringe_ear_snsr_
enbl
plunger_snsrs_enbl
PB5
motion_snsr_enbl
PB3
force_snsr_test*
PB2
pressure_snsr_test*
PB1
lcd_reset*
PB0
mtr_phb_dir
PC7
mtr_phb_enbl*
mtr_pha_dir
PC6
PC5
mtr_pha_enbl*
keypad_sel_row3*
PC4
PC3
keypad_sel_row2*
PC2
keypad_sel_row1*
PC1
keypad_sel_row0*
PC0
buzzer_armed
PA0
watchdog_alarm
extrnl_pwr_detect
PA1
PA2
ac_pwr_detect
PA3
syringe_ear_detect
PA5
set_in_detect
PA6
vlow_battery
PA7
40-5648-51B
PB4
Description
Set to logic low to enable the “set in” detector to sense the pressure
cell being installed.
Set to logic high to enable the “syringe” detector to sense the syringe
flange (ears) being installed.
Set to logic high to enable the “plunger” detectors to sense the
plunger flippers being properly engaged.
Set to logic high to enable the motion sensor monitoring the motor
speed.
Set to logic low to activate the force sensor test circuit. This signal
causes the sensor to generate a known offset if the sensor is operating properly.
Set to logic low to activate the pressure sensor test circuit. This
signal causes the sensor to generate a known offset if the sensor is
operating properly.
Allows the main processor to reset the LCD display independently
of other system devices. The reset signal is active low.
Controls the direction (phase) of motor current in coil “B” of the
stepper motor.
Set to logic low to enable motor current in coil “B”.
Controls the direction (phase) of motor current in coil “A” of the
stepper motor.
Set to logic low to enable motor current in coil “A”.
Control signal to select row 4 of the four-row keypad matrix. To
select the row requires a logic low and only one row at a time.
Control signal to select row 3 of the four-row keypad matrix. To
select the row requires a logic low and only one row at a time.
Control signal to select row 2 of the four-row keypad matrix. To
select the row requires a logic low and only one row at a time.
Control signal to select row 1 of the four-row keypad matrix. To
select the row requires a logic low and only one row at a time.
A logic high indicates the backup audio buzzer is ready to alarm
should the “watchdog” alarm state become true. A series resistor is
provided to prevent latching.
A logic high indicates the “watchdog” alarm state is true.
A logic high indicates an external power source is connected to the
pump. A series resistor is provided to prevent latching.
A logic high indicates AC line power is connected to the pump. A
series resistor is provided to prevent latching.
A logic high indicates the syringe flange (ears) are installed properly
in the pump and syringe_ear_snsr_enbl is active.
A logic high indicates the pressure cell is installed and set_in_
snsr_enbl is active.
A logic high indicates the battery voltage has fallen below a fixed
voltage level, independent of the battery being charged.
37
Theory of Operation
Power control description
The power control logic provides two functions, power
management, and triggers alarms when the main microprocessor fails. Refer to the Power Control Logic section
of the Main PC Schematic for details.
Test Supercap
Mains Supply
Battery
External DC
5 Volt Always
On Supply
Super Capacitor
Processor Reset to Processor
Reset
Circuit
Logic Supply
Monitor Super Capacitor
Processor A/D Channel AN1
Watchdog
Alarm Circuit
Auxiliary Controller
Audio
Buzzer
Buzzer
Detector
Watchdog Alarm
Power Control
Main Power On
Flowchart of Power Control Description.
Always on supply, U7
A 5-volt linear regulator provides power to the time of
day clock and auxiliary controller, while maintaining a
charge on the super capacitor.
•
This supply is always active provided a power source
is present be it the regulated mains AC power, battery, or external DC.
Backup super capacitor, C11
This device provides backup power to the audio buzzer
in the loss of the primary power source, a 1 Farad Super
Capacitor is part of the power control design.
•
The super capacitor voltage supercap_detect,
is monitored through the microprocessor’s A/D
converter channel by the microprocessor asserting
supercap_test when the pump is turned on.
Backup audio buzzer, XD1
The audio buzzer provides a means to generate a backup
audible alarm during:
•
•
•
38
instrument power loss (while the instrument was on)
malfunction of the main microprocessor
or failure of the primary speaker.
40-5648-51B
Theory of Operation
The audio buzzer is enabled when the pump is turned
on, and when the watchdog_alarm signal activates.
The watchdog_alarm signal (from the auxiliary
controller) activates anytime there is a malfunction of
the main microprocessor. The main microprocessor
can activate this buzzer indirectly by not providing
the pet_watchdog strobe to the auxiliary controller
which causes a watchdog alarm.
•
During power-up, the buzzer is tested by the
watchdog alarm state being active, and the buzzer
response verified through the buzzer_detect
signal.
System reset, U43
On startup, the microprocessor comes out of reset
when the logic supply exceeds 4.6 volts plus the builtin delay of the reset IC.
Power management, U39
An embedded Auxiliary controller oversees the power
control management, and serves as the main microprocessor watchdog. The behavior of the power management system depends on pump states:
•
•
•
•
Power Off
Power On
Watchdog Alarm
and a Battery Disconnect.
Power OFF state
You must press, hold, and release the power switch
to turn OFF the power. In normal operation, both
the auxiliary controller and the main microprocessor
control power-off.
Power ON state
To enter the power on state the power_enbl signal
is initially set active by the auxiliary controller. This
requires the auxiliary controller provide an AC strobe
to the power_enbl circuit. This power_enbl signal
also arms the backup audio buzzer. The power_enbl
signal is verified by the main microprocessor monitoring the buzzer_armed signal.
Watchdog
During a watchdog alarm, the auxiliary controller has
sole control of power-off. 40-5648-51B
39
Theory of Operation
DC to DC converter
The circuits for the DC-DC Converter provide all regulated voltages required by the hardware sub-circuits.
•
•
•
A switched DC source, (battery, regulated mains
supply, or external DC) powers the converter section
under the control of the Power Control circuitry.
The converter design provides stable supply operation from an unregulated DC source, simplifying the
requirements for the switched sources.
Refer to the DC-DC Converter section of the Main
PCB schematic for details.
Positive Supply
+ 10 volts
Switched
DC Source
Logic Supply
5 volt
Buck / Boost
Converter
Main Supply
17 volt
Boost Converter
Negative Supply
– 10 volts Inverter
LCD Contrast
Supply
LCD Backlight
Control
Analog Supply
5 volts Linear
Flowchart of DC & DC Converter Operation
Logic supply, U12
The Logic Supply current-mode switching regulator
provides a regulated output voltage of 5 volts (±5%) for
the system logic.
Motor supply, U34
The Motor Supply is a current-mode switching regulator provides a regulated output voltage of 17 volts for the
motor current regulators.
Analog supply, U21
The Analog Supply is provided specifically for low noise
signal processing circuits. Being a linear supply, inherent noise rejection removes source input switching noise
from it’s regulated output.
40
40-5648-51B
Theory of Operation
Positive & negative supply, U36
The negative supply is a charge pump DC-DC converter doubles the input voltage, then inverts the
doubled voltage.
•
•
•
Provides the contrast voltage to the graphic LCD
display. The low current load for the contrast voltage allows use of an operation amplifier controlled
by the D/A converter through the SPI bus.
Provides negative supply for the amplifiers used in
force and pressure sensing.
The charge pump doubles the “Logic Supply” voltage to achieve a 10V nominal positive supply voltage. This supply is used for analog circuits needing
a supply voltage higher than the “Analog Supply”.
LCD backlight supply, U1
A constant current regulator controls the primary
LED back light for the LCD display. On the Medfusion™ 3500 pump, the secondary LED for the backlight
is controlled by Q45.
40-5648-51B
41
Theory of Operation
Front panel interface description
The keypad interface has two circuits:
•
•
the interface to the LED’s
the interface to the keypad switch matrix, and power
switch.
Enable
I/O Exp #2,
PC0-PC7
Row Scan
I/O Exp #1,
PA0-PA5
Column Select
I/O Exp #2,
PC0-PC3
LED(s) Drive
Circuits
Front Panel
(Keypad)
LCD Input Data
Control Circuits
Flow Chart of Front Panel Function
LED drive circuit, Q26, Q27, Q40, Q33 - Q37
Each LED drive circuit has a logic controlled switch
providing a pseudo-current source to the LED when
activated.
•
All LED’s except the “Warning”, “Battery Charge”,
and “AC Power” LEDs, are controlled exclusively by
the main microprocessor.
Keypad matrix interface
A 4 row by 6 column scan matrix senses the front panel
keys:
•
•
A pressed button is read from column signals, keypad_in_colx, through the 82C55 port expander #1. A button press is sensed as a logic low.
The keypad row signals are output from port C of
the 82C55 port expander #2.
Power switch interface
The power switch has a circuit separate from the keypad
matrix because it is monitored by both the main microprocessor and the auxiliary controller.
42
40-5648-51B
Theory of Operation
Graphic display interface description
The graphic display interface circuits have the main
microprocessor control signals, read write, the device
select signal lcd_cs*, a data output latch, a data input
buffer, and a device reset.
Data output to LCD, U32 / data input from LCD,
U6
The data from the LCD to the main microprocessor is
buffered by U32 and U6.
LCD contrast
The contrast control is created from the 8-bit digital to
analog converter buffered with a 2.5 gain amplifier to
provide minus contrast voltage.
•
The full scale range of 255 (FF hexadecimal)
counts equals approximately minus 10 volts.
LCD backlight
The primary backlight for the LCD is an LED driven
by a constant current source. This backlight is always
on whenever the pump is on.
The secondary backlight is not present on Medfusion™
3010 and 3010a pumps. Its on-off state is controlled by
the CPU. During normal conditions, it is off when the
pump is powered via the internal battery.
40-5648-51B
43
Theory of Operation
Motor drive description
A two-phase bipolar stepper motor drives the syringe
plunger. The motor control interface drives the stepper
motor.
ø Direction
ø Enable
Coil “A”
Motor Current
Control
Motor Current
Phase A/A*
ø Count Reference
Motor Current
Phase B/B*
ø Direction
ø Enable*
Motor
Coil “B”
Motor Current
Control
ø Current Reference
Motor Current Detect
Motor
Current
Detector
Flowchart of Motor Drive Description
The main microprocessor controls which motor winding is active, designated as A or B, the direction of current in each winding, and the magnitude of the current.
Coil A & B PWM current references
The pulse-width modulated signals from the main
microprocessor are low pass filtered to create an analog
voltages for control of motor current in each coil.
Motor current regulators, U26, U35
Two regulator ICS independently regulate the current
for windings A and B.
•
The watchdog_alarm signal activates the N-channel mosfet to disable the motor current in both
windings through the “BRAKE” pin of the regulator
IC.
Motor current detector, U40
The watchdog alarm function is tested at power-up by
verifying the mtr_current_detect* signal is at a logic
high when the watchdog alarm condition is active.
•
44
Similarly, the mtr_current_detect* signal should
be at a logic low when either motor winding has sufficient current and the watchdog alarm condition is
not present.
40-5648-51B
Theory of Operation
Sensors interface description
Motor speed detection
The digital sense signal is created by using a reflective
infrared optical sensor to sense a motor-coupled encoder as the motor rotates. The microprocessor measures the period of the signal created by the encoder.
Syringe sensing description
The syringe sensing system senses the syringe barrel size, senses the plunger end cap is secured by the
mechanical flippers, and the syringe flange (ears) are
located in the pump’s syringe flange locating device.
•
The circuit for sensing the plunger flippers is part
of the plunger printed circuit function.
Syringe size sensing
Syringe sensing is accomplished by using a potentiometer which changes its resistance with the barrel
diameter. The potentiometer is excited with a precision 4.096v voltage reference and the potentiometer’s
output is monitored through channel 2 of the system
A/D.
•
The sensing system requires calibration to determine offset and gain. Calibration values are stored
in non-volatile (serial EEPROM) memory.
Syringe flange (ear) sensing
Syringe flange (or ear) sensor is used to detect if the
syringe flange is installed in the flange-holder on the
side of the pump.
An infrared optical interrupter detects when the
flange-locating device is in a valid position. A properly loaded flange causes the optical path to become
uninterrupted allowing a direct path from the infrared
emitter to the detector.
•
•
•
The emitter is enabled by the signal syringe_ear_
snsr_enbl when set to logic low.
The sensor output, syringe_ear_detect, produces a high logic state when the flange is properly
loaded.
The state should be logic low anytime the syringe
ear (flange) is not installed or syringe_ear_snsr_
enbl is inactive.
40-5648-51B
45
Theory of Operation
Plunger position sensing description
Sensing syringe plunger position is required for the
detection of an incorrect plunger speed, detecting near
end of plunger travel, and detecting end of plunger
travel.
The travel sensing circuits perform excitation and signal
processing of the travel sensor. The travel sensor uses a
linear potentiometer which produces a change in resistance with the motion of the syringe plunger.
•
The sensing system requires calibration to determine offset and gain. Calibration values are stored in
non-volatile (serial EEPROM) memory.
Speaker drive description
The speaker sounds the warning and caution alarm
tones for the pump. The interface circuit controls the
frequency and amplitude of the signal driving the
speaker, and provides feedback for verifying speaker
function.
Amplitude Envelope Control
I/O Exp #1 PD0-PD2
Frequency, PW1
Volume, PW2
Speaker Amplitude +
Envelope Control Circuit
A/D Channel 6
Speaker
Amplification
Speaker Test
Circuit
Illustration of Speaker Drive
Speaker control
• Tone duration is controlled by the interval the amplitude level is applied.
• The speaker_frequency signal is a fixed 50% duty
cycle (square wave) with a variable frequency to 1
kHz.
•
•
46
The speaker_volume is a pulse-width modulated
signal converted by hardware to an analog voltage
which controls the speaker volume.
The rise and fall times of the volume are controlled
by input signals from: speaker_envelope_1,
speaker_envelope2, and speaker_envelope_3.
40-5648-51B
Theory of Operation
Speaker test
The return signal from the speaker detects whether
current is flowing in the Speaker from analog conditioning circuitry. The half-wave rectifier circuit uses
the negative half-cycle of the sense signal to invert and
amplify it.
•
•
The amplified output is demodulated by the analog
switch which creates a peak and hold circuit.
The speaker_detect output signal from the
conditioning circuitry goes to the microprocessor’s
analog input.
Plunger board – schematic level
The plunger PCB provides pre-amplification of the
force sensor output to the Main system PCB, and
contains two photo-interrupters with supporting circuitry, one for each plunger flipper.
The referenced schematic signals of the main board
electronics are identified using names in Smallcaps.
Force preamplifier function
The force sensing system provides a measurement of
the force required in moving the syringe plunger. The
interface to the force sensor has an excitation source,
test signal, and pre-amplification.
•
The Main printed circuit board provides a fixed
4.096-volt excitation to the force sensor.
•
The Main printed circuit board trims this offset
range using the signal force_preamp_osadj.
The Main PCB provides additional gain to maximize measurement resolution.
•
Force sensing interface description
The force sensing element is a full bridge strain gage,
and the plunger PCB pre-amplifies and filters the output of this bridge. The interface has: sensor excitation,
electronic zero-offset adjustment, amplification and
filtering, and a sensor test control signal
•
•
•
•
•
40-5648-51B
force_snsr_exh provides a constant voltage
excitation of 4.096 volts DC to the sensor.
Auto-Zero Adjustment Circuit provides a voltage
to zero the pre-amplifier, force_osv_adj, from
the 8 bit system D/A converter.
Sensor Post Filter Amplifier is a second order lowpass filter with a 3.68x gain.
The signal force_snsr_test* when set active low
causes Q2 to apply a resistance parallel to the force
sensor’s bridge resulting in a positive shift of the
sensor output.
The sensing system requires calibration to determine zero adjustment, offset, and gain. Calibration values are stored in non-volatile (serial
EEPROM) memory.
47
Theory of Operation
Plunger flipper sensor function
Plunger flipper sensing requires each sensor detect
its respective flipper position. Each infrared optical
interrupter provides a high logic state when the flipper
is in a valid position determined by a loaded syringe
plunger. The transmitters for both photo-interrupters
are driven in series; however, the optical receivers are
read in parallel.
•
•
•
48
Output from each photo-interrupter is monitored
individually so each sensor is independently
checked.
When a syringe plunger is correctly loaded, both
plunger_snsr1_out and plunger_snsr2_out
are at a logic high.
The transistor Q1 allows the sensor output to be
tested by turning the transmitter from both sensors on and off. This is controlled by the signal
plunger_snsrs_enbl from the Main PCB.
40-5648-51B
Theory of Operation
Interconnect board – schematic level
The interconnect printed circuit design interfaces to an
intelligent rechargeable Battery, the system speaker, the
internal DC supply, connection for an external DC supply and the main PCB.
To MAIN PCB
Speaker
Decoupling
AC Power
Detector
DC Power Supply
External Power
Detector
External DC Jack
+ Filtering
Smart Battery
Smart Charger
Infrared
Serial Data
Port
Flowchart of Interconnect Board at Schematic Level
Each sub-circuit description is presented in the order
of the schematic pages of the Medfusion™ 3000 Series
“Interconnect Printed Circuit”.
AC power detection description
The AC power detector uses a zener diode regulator to
provide a constant voltage to the signal ac_pwr_detect anytime AC power is provided to the pump. The
regulated voltage is required for logic detection of AC
power and is used to regulate the current through the
AC LED indicator and the battery charge LED indicator.
•
For ac_pwr_detect to be active, requires the DC
input voltage (from the AC power supply) exceed 10
volts.
The ac_pwr_detect signal is also used to generate
the signal battery_swx_on* which controls a battery
switch to turn ON using battery power when AC power
and external DC power are removed. •
The other effect of battery_swx_on* is delaying
the battery charger from starting until the internal
DC power supply reaches 10 volts.
A transient voltage suppressor protects the detection
circuitry on the reg_dc_intrnl.
40-5648-51B
49
Theory of Operation
External DC power conditioning /
detection description
The external DC power input section limits current
through a resettable fuse, both common and differential mode noise suppression and transient voltage
protection. The resettable fuse limits current into the
pump from an external DC source. Noise filtering
is performed by input and output capacitors on the
conditioning circuit together with a common mode
choke.
The external power detector uses a zener diode to provide a valid logic high level when external DC power
is applied. The active voltage for extrnl_pwr_detect is nominally 5 volts. The threshold detector U3
provides immediate detection, through the signal
battery_swx_on*, of the external DC source being
removed.
•
•
A battery switch toggles to internal battery if both
AC and external DC power are removed.
The threshold detector also prevents the battery
charger from charging the internal battery until
the external DC power exceeds 5 volts.
Infrared serial data port description
The infrared serial port interfaces directly with the
main microprocessor’s asynchronous serial communication pins. The infrared port supports short transmission distances of approximately 3” or less and a
maximum baud rate of 9600.
The Infrared Receiver signal from U1 is conditioned
by the comparator circuit of U4 to generate a valid
logic state to the microprocessor.
The Infrared Transmitter signal ir_xmt_data is at a
logic high during its inactive state. A logic low on ir_
xmt_data enables the transmitting IR diode through
the transistor Q3.
50
40-5648-51B
Theory of Operation
Battery management description
The battery management circuits are a 2-stage constant
current battery charger, a charge detector, and a battery switch over control circuit. The interconnect board
interfaces to a 6 cell NiMH battery pack (NiCad battery pack on older model pumps) with a “smart” battery
gauge.
2-Step
Constant
Current Battery
Charger
Smart
Battery
Switch
Battery
+ Gauge
Charge
Detector
Battery Communication
Very Low Battery
Battery Board
Interconnect Board
Main
Processor
Main Board
Flowchart of Battery Management Description
Battery gauge interface
The main microprocessor communicates to the battery
through Battery_Data − a single bi-directional serial
data line.
A very low battery capacity status, vlow_battery*,
signal protects the battery pack by disconnecting the
battery. This signal is at a logic low when the battery is
depleted.
Battery charger
The battery charger allows charging a battery with an
input supply voltage either above or below the battery
voltage. Battery charging takes place when either the internal DC supply or external DC is present. The charger
provides a charge current determined from three conditions:
•
In normal operation the charge current is controlled
by the gauge, providing two levels of constant charge
current. If the battery capacity is less than 94% of
its known capacity, the gauge will set charge* to a
logic low. This results in a charge current rate of C/6,
approximately 270 milliampere giving a 6-8 hour
recharge time.
40-5648-51B
51
Theory of Operation
•
•
The gauge sets charge* to logic high when the
battery has been charged to 94% (or greater) of the
battery’s capacity, this lowers the charge rate to 65
milliampere, or C/25.
A separate charge control circuit is the voltage
limit for the battery; here a battery voltage monitoring circuit in the charger limits the charger to
a voltage limit of 1.55 volts per cell (nominal). The
charger keeps reducing the charge current in order
to remain below this voltage limit. This prevents
damage to the cells from excessive battery voltage.
Battery gauge function
The gauge IC, BQ2012, monitors direction and magnitude of current flowing through the battery.
•
The current is sensed by the gauge as a voltage
across R4.
• The gauge computes capacity.
To control charging the battery, the gauge uses battery
temperature and battery voltage to update the battery
capacity − which is a function of current and temperature.
Charge detector
A charge detector circuit generates the control signal Charge_Detect to control the illumination of
a battery charge LED indicator and to reset the very
low battery detector circuit located within the battery
pack.
The charge* signal from the gauge controls the battery charger, located on the Main PC board, to charge
at different rates depending on the state of the battery.
•
Severely depleted battery monitor
The main microprocessor does not monitor the
Charge_Detect signal. However, the main
microprocessor communicates with the gauge to
determine charge status.
Battery switchover
A smart switch selects a reliable source of power for
the system power supplies. This switches to internal
battery power when AC power and external DC power are removed from the pump (or when these sources
are below acceptable thresholds detailed above).
•
In normal operation, the battery voltage can be at
a higher voltage than the external DC − especially
during battery charging.
The gauge terminates standard charge in the event of
the battery temperature exceeding 50°C or if the battery pack voltage is less than 5.7 volts.
The depleted battery monitor IC senses the battery
voltage to prevent an over-discharged battery. When
the battery pack voltage reaches a nominal voltage
of 5 volts, the IC sets the vlow_battery signal to a
logic low, which disconnects all battery loads with the
exception of the battery monitor circuit.
The battery charger provides the signal charge_detect, which resets this monitor IC reconnecting the
battery back to the system.
Battery board – schematic level
The battery reports to the “Main” system microprocessor present status and controls battery charge from the
Interconnect PCB. The battery PCB has:
• a 3-volt Linear Regulator
• a Gauge IC
• and a Depleted Battery Monitor IC.
The local circuit allows the battery to maintain its current capacity regardless of where the battery resides.
The referenced schematic signal nets of the main
board electronics are identified using names in
smallcaps.
52
40-5648-51B
Troubleshooting
Problem solving alarms / alerts
This section defines basic problems and provides some
standard problem solving procedures.
Types of alarms / alerts
The following table defines the alarms and alerts generated by the Medfusion™ 3000 Series pumps, with suggested remedies and solutions.
Type
High priority
Definition and Remedy
A high priority alarm results from any condition which halts an ongoing infusion,
or any pump system fault which affects infusion. High Priority alarms are signaled
by a flashing red indicator and an audible signal.
Press í to pause the audible alarm for the preset alarm silence period.
Medium priority A medium priority alarm indicates any condition requiring operator intervention
but does not halt infusion. Medium Priority alarms are signaled with a flashing yellow indicator and an audible signal.
Low priority
Pressing í silences the audible alarm for the programmed alarm silence period.
A low priority alarm indicates any condition not requiring immediate operator
intervention. Low Priority alarms are signaled with a continuous yellow indicator
and an intermittent audible signal.
Pressing í permanently silences this alarm.
A limit alarm occurs whenever an invalid entry is attempted on a numerical enLimit priority
try screen. The invalid entry alarm sounds a brief tone with an advisory message
onscreen.
Neglected pump The Neglected Pump alarm is a medium priority alarm. It is simply reminding you
to finish what you started. Once you begin programming any infusion delivery setting, the pump expects you to continue until setup is complete.
If you leave the pump paused too long (>30 seconds) on a data entry screen, then
the pump sounds a medium priority alarm tone with the yellow indicator flashing.
Note: The Neglected Pump alarm, the Periodic Callback
alarm, the Improper Shutdown alarm, the Check
Syringe Barrel Clamp alarm, and all Limit Priority
alarms are not recorded in the pump’s alarm history
record.
40-5648-51B
53
Troubleshooting
Alarm messages & priorities
The following table defines alarm message, alarm priority, and cause for each alarm condition:
Alarm message
Alarm
priority
programming infusing
Battery Communication
Timeout (System Advisory)
Low
Low
Battery Not Charging
(System Advisory)
Low
Low
Battery Not
Working
(System Advisory)
Calculated Rate Out of
Range
Check Clutch / Plunger
Lever
Medium
Medium
High
–
–
High
Check Syringe Barrel Clamp
Medium
–
Check Syringe Flange Sensor
High
–
54
Cause or corrective action
Pump has sensed battery current present, but the
battery gauge on the battery pack is not communicating. Check connections from main board, to
interconnect, to battery pack.
Pump has sensed AC or DC external power is present, but the battery is not charging. Use Biomed >
Diagnostics and run Monitor Battery Status to review battery function. Check battery connections and battery charge circuit on the interconnect board.
Pump has found no battery present – no charge
current and no battery gage communication. Battery
may be unplugged.
The calculated rate is not valid. Verify that all infusion parameters have been entered correctly.
Normal alarm message. Software uses position potentiometer to monitor motion of the plunger driver
during delivery. If the motion is not correct this
alarm is generated.
May be caused because pump was not primed and
clutches took too long to engage, or may occur when
user squeezes the plunger lever and moves plunger
head.
May also occur if position pot is not calibrated or is
contaminated – use Biomed > Utilities and run
View Alarm History to check if failure occurs at
same position reading.
Certain syringe brands and sizes may cause the barrel clamp sensor to have difficulty in verifying the
clamp is in position. Use Biomed > Diagnostics
and run Monitor Digital Sensors to check
function of barrel sensor.
At power-up, software has sensed the flange is loaded when no syringe is loaded in the pump (as sensed
by the barrel clamp size sensor). Use Biomed > Diagnostics and run Monitor Digital Sensors
to check function of flange sensor.
40-5648-51B
Troubleshooting
Alarm message
Alarm
priority
programming infusing
Check Syringe Plunger
Sensor
High
–
Clear TVD to Start Infusion
Limit
–
Completing System
Initialization
Limit
–
Data Does Not Match
Previous Entry
Limit
–
Depleted Battery
(System Failure)
High
High
Force Sensor Bgnd Test
High
High
Infusion Complete
–
High
Input Out of Range Greater Than Max Value
Limit
–
40-5648-51B
Cause or corrective action
At power-up, software has sensed the plunger is
loaded when no syringe is loaded in the pump
(as sensed by the barrel clamp size sensor). Use
Biomed > Diagnostics and run Monitor Digital Sensors to check function of both plunger
sensors.
Normal advisory message. Total volume delivered
(TVD) or total dose delivered (TDD) needs to be
cleared to start an infusion when TVD/TDD exceeds the volume limit setting.
Normal advisory message. At power-up, if all settings are entered by the user and É is pressed
before background self-tests are completed, then
this message appears. Wait a few seconds until selftesting is completed and then press É to begin
infusion.
Normal advisory message. In cases where confirmation of user entered data is required, the confirmation value did not match. Re-enter the value.
Normal alarm message. Battery voltage measured
by the gauge on the battery pack is too low. Software
then stops delivery and allows watchdog to generate
alarm. Plug pump into AC power, cycle power on
the pump, then use Recall Last Settings to recall delivery settings and resume delivery. If problem
is chronic, check battery pack function or perform
battery calibration.
Normal alarm message. Press ë to turn the pump
off. Background self-test has found the force sensor
signal out-of-range or the force sensor signal did not
change when bridge-test signal was asserted. Use
Biomed > Diagnostics > Monitor Analog
Sensors to check operation of plunger force sensor. Open plunger head and check plunger cable and
force sensor cable on the plunger board. Replace
plunger board, plunger cable or force sensor.
Normal alarm message. Infusion has reached the set
volume limit and delivery has stopped.
Normal advisory message. User attempted to enter
a number greater than the maximum value allowed.
(See also “maximum rate” in general problems below). Try a lower value.
55
Troubleshooting
Alarm message
Alarm
priority
programming infusing
Input Out of Range Less Than Min Value
Limit
–
Invalid Infusion Parameter
Combination
Low
–
Invalid Library Entry
Limit
–
Invalid Syringe Size
High
High
Invalid Rate for Syringe Size
(V3 pumps only)
High
–
KVO in Progress
–
Medium
Limits Adjusted - Cannot
Delivery All Doses
Limit
–
Low Battery (each 1% drop
Low
Low
Low Battery (initial signal)
Medium
Medium
Motor Rate Error
High
High
in capacity following initial
signal if power cord is not
plugged in)
56
Cause or corrective action
Normal Advisory Message. User attempted to enter
a number less than the minimum value allowed. Try
a higher value.
Normal advisory message. The user has attempted to set a combination of infusion values that does not
allow a valid flow rate to be calculated. Press â
and enter a different set of values.
Normal advisory message. The library entry was not
defined correctly when it was created. Review the
library entry using the PharmGuard® Toolbox and
correct the problem.
Syringe size (barrel clamp potentiometer sensor)
does not match selected manufacturer or when barrel clamp is lifted during delivery, this alarm occurs.
If there is any question about this sensor’s function
perform PM check of barrel clamp calibration.
Normal advisory message. When using E-plates library entries, the library stores syringe size. Changing this size may cause this message to appear (refer
to the Operation Manual for syringe size/rate tables).
Normal alarm message. Infusion has reached the set
volume limit and delivery changed to KVO rate.
Normal alarm message. The limits on the parameter
to be entered were adjusted to keep the resulting rate
inside allowable limits.
Normal advisory message. Battery gauge has measured the capacity of the battery is less than 10%. The infusion rate will determine the run time remaining on the battery.
Normal advisory message. Plug in the power cord
and run the pump on AC Mains while recharging
battery.
Normal advisory message. The stepper motor moving at the wrong speed. Clear any obstructions to
proper motor operation. If the message reoccurs,
you may need to replace the motor.
40-5648-51B
Troubleshooting
Alarm message
Alarm
priority
programming infusing
Occlusion - Check Infusion
Line
–
High
Outside Range Limit - Silence
Alarm to Continue
Medium
-
Periodic Callback - Silence
Alarm to Continue
PharmGuard Data Transfer
is Recommended
–
Medium
Medium
Medium
Pressure Increasing - Check
Infusion Line
–
Medium
Profile Does Not Match
Last Settings Profile
Limit
–
Pump is Locked
–
Limit
Rate Below Recommended
Min for Syringe Size
Limit
–
Restricted Flow - Bolus
Cancelled
–
Medium
40-5648-51B
Cause or corrective action
Normal alarm message. The force sensor in the
plunger driver has sensed occlusion of the infusion
line when the force value exceeds the set limit. If
this is a chronic problem review: (a) the configured
occlusion limit – the setting appears on graph on delivery screen as VL, L, N, H - pumps with v3 software: use Configuration Manual to change settings;
pumps with v4 software: use the PharmGuard®
Software to change settings or (b) change the infusion set up (high rates through micro-bore tubing
can cause high backpressures).
Normal alarm message. The user entered a rate
which is outside of the library limits. The user has
the option to override the limit and use the questioned value or press â and change values so
that the infusion stays inside the established limits.
Normal alarm message. User programmed callback
alarm - no remedy required.
Normal alarm message. PharmGuard® Safety Data
on the pump is nearly full, and continued use may
result in lost PharmGuard® event data. Use the
PharmGuard® software to download the event data
to computer. This alarm can be enabled or disabled
using the PharmGuard® Toolbox.
Normal alarm message. Backpressure in the infusion line is increasing. User should attempt to clear
blockage in infusion line. If blockage is not cleared
occlusion alarm will result.
Normal alarm message. The “Recall Last Settings”
feature only works for the profile under which the
settings were programmed. Change the profile and
try again.
Normal advisory message. Press Unlock before
changing settings during delivery.
Normal advisory message. Reminds user that the
programmed rate is below that recommended for
the syringe size. No remedy required.
Normal alarm message. During bolus rate reduction, the rate fell below the main infusion rate or the
time was extended past the maximum bolus time of
59 minutes. The bolus dose has been cancelled.
57
Troubleshooting
Alarm message
Alarm
priority
programming infusing
Restricted Flow - Loading
Cancelled
–
Restricted Flow - Rate
Reduced
–
Set Volume Limit Before KVO
Limit
Syringe Does Not Match
Library Entry
Limit
Syringe Empty
–
Syringe Empty - Manual
–
Syringe Flange Not in Place
High
Syringe Near Empty
–
Cause or corrective action
Medium
Normal alarm message. During loading dose rate
reduction, the rate fell below the main infusion rate
or the time was extended past the maximum loading
dose time of 59 minutes. The loading dose has been
cancelled.
Medium Normal alarm message. Due to high backpressure
during delivery of a bolus dose or loading dose, the
Medfusion™ 3500 software reduces the infusion rate
in an attempt to successfully delivery the bolus. If
the user presses Silence, the audible tone will not
reactivate, even though the software may continue
to reduce the rate. If the software cannot successfully
overcome the backpressure, the bolus dose or loading dose will be cancelled.
–
Normal Alarm Message. In order to set a KVO rate,
you must first set a volume limit.
–
Normal advisory message. When using E-plates
library entries, the library stores syringe size. Here,
this is advisory message that syringe does not match
the library entry.
High
Normal alarm message. The plunger driver position
potentiometer has sensed that the syringe is empty.
This position (in a software table) is different for
each syringe manufacturer and syringe size.
High
Normal alarm message. After reaching Syringe
Empty position, the user can press É to resume
infusion – in cases where there is a small amount of
fluid left in the syringe. Here, the pump delivers until the force sensed on the plunger driver reaches the
set occlusion limit – as the plunger pushes against
the end of the syringe barrel.
High
Pump has sensed the flange is not loaded when
syringe is loaded in the pump (as sensed by the
barrel clamp size sensor). User may not have loaded
syringe correctly. If necessary, use Biomed > Diagnostics and run Monitor Digital Sensors to
check function of flange sensor.
Medium or Normal advisory message. Notice that only a few
Low*
minutes of fluid remain in the syringe. This alarm
is configurable for the number of minutes notice or
may be turned off entirely.
*The alarm priority is configurable using the PharmGuard® Toolbox software.
58
40-5648-51B
Troubleshooting
Alarm message
Alarm
priority
programming infusing
Syringe Plunger Not in Place
High
High
System Advisory –
“Description”
System Failure –
“Description”
Neglected Pump
(User Call-back)
Low
–
High
High
Medium
Medium
40-5648-51B
Cause or corrective action
Pump has sensed the plunger is not loaded when
syringe is loaded in the pump (as sensed by the
barrel clamp size sensor). User may not have loaded
syringe correctly. If necessary, use Biomed > Diagnostics and run Monitor Digital Sensors to
check function of both plunger sensors.
See detailed descriptions in section below.
See detailed descriptions in section below.
If pump is left in a user input screen (e.g. set rate
or titrate rate) for more than 30 seconds the pump
alarms. Go to pause screen or main screen to get
longer alarm silence intervals.
59
Troubleshooting
System Advisory Alarms
This section explains the system advisory alarms in the
Medfusion™ 3000 Series pump, and suggests possible
causes and remedies for these alarms.
System advisory alarm
Backup Critical Data Corrupted
Default Configuration Restored
History Data Corrupted
Improper Shutdown
Invalid Interrupt & System Advisory:
Improper Shutdown
Non Critical Data Corrupted
PharmGuard Data Corrupted
Primary Critical Data Corrupted
Set Time and Date
Maintenance Is Recommended
60
Cause or remedy
Configuration and library settings are stored redundantly in nonvolatile serial EEPROM on the main board. This message will occur
if backup data was lost, and primary data was used to restore backup values. No action is required.
Configuration settings are stored redundantly in non-volatile serial
EEPROM on the main board. If both primary and backup are lost,
the configuration is defaulted. Use pump Custom Program >
Teach/Learn to copy configuration from a known good pump to
restore settings. If problem persists, there may be a problem with
the main board. This message may appear when a new main board
is installed.
Infusion history log is stored in non-volatile serial EEPROM on the
main board. This message will occur if this data is lost. No action is
required.
This alarm is recorded to history when the pump is turned on if
the last power-down did not occur through pressing the power key.
Check for possible causes for a pump power failure.
Replace the Main PCB.
Other settings are stored in non-volatile serial EEPROM on the
main board. This message will occur if this data was lost. No action
is required.
The PharmGuard® Safety Data is stored in non-volatile serial EEPROM on the main board. This message will ocur if this data is lost.
No action is required.
Configuration and library settings are stored redundantly in nonvolatile serial EEPROM on the main board. This message will occur
if primary data was lost, and backup data was used to restore primary values. No action is required.
Advisory message that real time clock has reset on the pump. This
may occur if the battery is depleted and the main board supply
totally discharged – the super-capacitor on main board should keep
up the clock for many days after a depleted battery is reached. Use
Biomed > Utilities and run Set Time/Date to restore date and
time settings. No functionality of pump is affected by date/time setting.
This is a reminder to the user to conduct the Annual Maintenance
Testing (section 1, page 19). To clear this alarm, reset the PM Maintenance date (see section 5, Quick Maintenance Check-out Test and
follow the instructions).
40-5648-51B
Troubleshooting
System Failure Alarms
This section discusses the diagnosis of system failure
alarms in the Medfusion™ 3000 Series pump, and suggests possible causes and remedies for these alarms.
System failure alarm
A2D Reference Voltage BGND Test
ACU Power Strobe Failure
ACU Watchdog Failure
Analog Supply BGND Test
Aux Controller Unit Post
Background CRC Test Timeout
Background Self Test Timeout
Backup Audible Alarm Post
Calibration Required
Control Key Switch BGND Test
Control Key Switch Post
Critical Data Block BGND Test
40-5648-51B
Cause or remedy
Background self-test measured an invalid range on analog-to-digital converter reference voltage. Use Biomed > Diagnostics to check the voltage. Replace the main board if invalid voltage found.
Self-test has found that the ACU processor is not maintaining its power
strobe. If this failure repeats, then try full reset of main board – disconnect
AC power, open pump, disconnect battery, short super-cap through ~100
ohm load; then reassemble pump and retest. Replace main board if problem persists.
Self-test has found that the ACU watchdog alarm signal active. This alarm
may occur if processor failed to pet watchdog within allotted time (e.g. a
software failure occurred). If problem recurs, replace the main board.
Background self-test measured an invalid range on analog supply voltage. Use Biomed > Diagnostics to check the voltage. Replace the main
board if invalid voltage found.
Power-up self-test has found that the ACU processor failed to shut down
motor current during the watchdog alarm test. If problem recurs, replace
the main board.
Software timing failure. A transient failure may have occurred in the software; if problem recurs, replace the main board.
Software timing failure. A transient failure may have occurred in the software; if problem recurs, replace the main board.
Power-up self-testing has found that the backup audible alarm (controlled
by ACU) is not working at correct power (current) or frequency. Replace
the alarm buzzer on the main board or replace the main board.
Calibration values stored in non-volatile serial EEPROM memory are
invalid. This message appears whenever a new main board is installed.
Calibrate all the sensors in the pump.
Key on keypad was found stuck on during continuous background selftest. Use Biomed > Diagnostics to determine which key is stuck. If
stuck key is found, replace keypad.
Key on keypad was found stuck on during power-on self-test. Use Biomed
> Diagnostics to determine which key is stuck. If stuck key is found,
replace keypad.
Delivery settings are stored in a critical data block of RAM on the main
board. This message will occur if background self-test showed the critical data block was corrupted (i.e. a RAM cyclic redundancy test failed).
Run power-on self test which executes extensive RAM testing – if problem
recurs, replace the main board.
61
Troubleshooting
System failure alarm
Critical Data Block Post
Critical Data Failure
D2A Offset Voltage BGND Test
Depleted Battery
Display Controller Post
External COM Task Timeout
Flash Memory BGND Test
Flash Memory Post
Force Sensor BGND Test
Force Sensor Bridge Test
62
Cause or remedy
Configuration and library settings are stored redundantly in non-volatile
serial EEPROM on the main board. This message will occur if backup
data and primary data are both good, but fail to agree. Use pump Custom
Program > Teach/Learn to copy configuration from a known good
pump to restore settings. Replace main board if serial EEPROM has failed.
After settings are programmed into the pump, the pump performs a
reverse calculation to ensure all settings are correct. Using incompatible
ranges of settings may cause this alarm (e.g. using concentration of 1000
mg/ml and trying to set a rate of 0.1 microgram/hour). Review pump settings.
Alternatively, this alarm may indicate a software data failure where critical
flags are found invalid. If problem recurs, replace the main board.
Background self-test found failure in force sensor offset signal. Probably
a failure in the main board digital-to-analog converter or a failure in the
plunger cable/board. Use Biomed > Diagnostics to check force sensor
voltage readings.
Battery is fully discharged below low voltage threshold. Plug in the pump
to AC power or external DC power to recharge the battery.
Failure detected in testing the LCD display. Check cabling between main
board and display. Replace LCD display.
External computer or device connected to the pump is sending too many
commands too quickly, or sending too many invalid commands and this
causes the software to timeout. Remove the Medfusion™ 3000 Series external RS232 adapter and observe if the problem is corrected.
CRC failure found in program memory during background self-tests.
Failure may occur during external re-programming of the pump software.
Otherwise failure is in flash memory of the main board, and main board
should be replaced.
CRC failure found in program memory during power-up self-tests. Failure
may occur during external re-programming of the pump software. Otherwise failure is in flash memory of the main board, and main board should
be replaced.
Background self-test has found the force sensor signal out-of-range or
the force sensor did not change when the bridge-test signal was asserted.
Use Biomed Diagnostics monitor analog sensors to check operation
of plunger force sensor. Open plunger head and check plunger cable and
force sensor cable on the plunger board. Replace plunger board, plunger
cable or force sensor.
Software sensed no voltage change when sensor test signal was asserted. The force sensor bridge (strain gage) may be unplugged or have an open
connection. Use Biomed > Diagnostics > Monitor Analog Sensors to check operation of plunger force sensor. Open plunger head and
check plunger cable and force sensor cable on the plunger board. Replace
plunger board, plunger cable, or force sensor.
40-5648-51B
Troubleshooting
System failure alarm
Force Sensor Test
Input Task Timeout
Internal A2D Failure
Invalid Interrupt
LED Task Timeout
Logic Supply Voltage BGND Test
MCU Power Strobe Failure
Monitor Task Timeout
Motor Failed to Stop Error
Motor Not Running Error
Motor Rate Error
Motor Supply Voltage BGND Test
Motor Volume Limit Error
Plunger Sensor Failure
Positive Supply BGND Test
40-5648-51B
Cause or remedy
Power-up self test found that the force sensor output did not change when
the DAC offset voltage was changed. May be problem on main board offset
circuit, plunger board, plunger cable, or force sensor. Check cabling first.
Software timing failure. A transient failure may have occurred in the software; if problem recurs, replace the main board.
Software self-test identified a failure in the 10-bit analog to digital converter. Use Biomed > Diagnostics > Check Analog Sensor readings. If
they are abnormal, replace the main board.
Software/hardware failure. Software attempted to execute invalid interrupt,
may be caused by main processor hardware failure, bus failure, or software
flash memory failure.
Software timing failure. A transient failure may have occurred in the software; if problem recurs, replace the main board.
Background self-test measured an invalid range on logic supply voltage.
Use Biomed > Diagnostics to check the voltage. Replace the main
board if invalid voltage found.
Failure in self-test of power strobe (output port) signal from the main processor. Replace the main board if problem recurs.
Software timing failure. A transient failure may have occurred in the software; if problem recurs, replace the main board.
Software sensed motor rotation after stop pump motor was executed. This
could be caused by failing motor rotation (photo-reflective) sensor on the
back of the main board. Use Biomed > Diagnostics to run motor drive
test (set motor step period to ~100 msec) then use monitor digital sensors
to check motor rate sensor. Stop motor and rate sensor should stop changing. Replace the main board if sensor has failed.
Motor sensor did not detect any rotation of the stepper motor. Sensor (on
main board) may have failed, or worm/gear/leadscrew may be jammed.
Motor sensor did not measure the correct rotation rate for the stepper
motor. Sensor (on main board) may have failed, or the force sensor may be
inoperative and the stepper motor stalled when an occlusion occurred.
Background self-test measured an invalid range on motor supply voltage. Use Biomed > Diagnostics to check the voltage. Replace the main
board if invalid voltage found.
The motor has run more steps than should have been required to deliver
the set volume limit.
Software sensed plunger sensor voltage out of range. The plunger position
sensor (potentiometer) may be unplugged or have an open connection.
Use Biomed > Diagnostics > Monitor Analog Sensors to check
operation of plunger position sensor. Open pump case and check connections to plunger sensor. Replace plunger position sensor.
The power supply has malfunctioned. Check the outputs of the supply.
63
Troubleshooting
System failure alarm
Primary Audible Alarm BGND Test
Primary Audible Alarm Post
Pump Motor Drive Off Post
Pump Motor Drive Phase A Post
Pump Motor Drive Phase B Post
RAM BGND Test
Serial EEPROM Timeout
SPI BUS Timeout
Supercap Post
Syringe Flange Sensor Failure
Time Base BGND Test
Time of Day Clock Post
Time of Day Clock Timeout
64
Cause or remedy
Background self-test sensed no current flowing in the primary speaker.
Speaker may be unplugged or wire came loose from connector. Check connections from main board to interconnect and from interconnect board to
speaker. Replace speaker if wiring is intact.
Power-up self-test sensed no current flowing in the primary speaker.
Speaker may be unplugged or wire came loose from connector. Check connections from main board to interconnect and from interconnect board to
speaker. Replace speaker if wiring is intact.
Power-up self-test sensed no current in the stepper motor. Motor supply or
motor driver circuit may have failed. Verify motor connections are correct,
then use Biomed >Diagnostics > Motor Drive Test to check motor
operation. If motor does not run replace the motor or the main board.
Power-up self-test found the stepper motor winding open. Motor may be
unplugged or wire came loose from winding. Replace motor if wiring is
intact.
Power-up self-test found the stepper motor winding open. Motor may be
unplugged or wire came loose from winding. Replace motor if wiring is
intact.
Software test showed failure of a RAM on the main board. Cycle power
and run rerun power-up self test which executes more extensive RAM test.
If failure recurs, then check the main board to ensure no cable or contamination is shorting the board, then replace the main board.
Software test showed failure of a serial EEPROM on the main board.
Check the main board to ensure no cable or contamination is shorting the
board, then replace the main board.
Software test showed failure of some component on the SPI bus. Check
the main board to ensure no cable or contamination is shorting the board,
then replace the main board.
Power-up self-test sensed insufficient charge in the super-capacitor. This
problem can occur with a new main board or when a pump battery is
totally dead. Plug pump into AC power for at least two minutes then cycle
power. If problem is not corrected, then replace the main board.
Software sensed syringe sensor voltage out of range. The sensor (potentiometer) may be unplugged or have an open connection. Use Biomed
> Diagnostics > Monitor Analog Sensors to check operation of
syringe sensor. Open pump case and check connections to syringe sensor.
Replace syringe sensor.
Background self-test found the system (MCU) time base did not agree
with the time of day clock tick. Problem with oscillator for MCO or oscillatory for real time clock. If problem recurs, replace main board.
Power-up self-test found the system (MCU) time base did not agree with
the time of day clock tick. Problem with oscillator for MCO or oscillatory
for real time clock. If problem recurs, replace main board.
Time of day clock failed to communicate. If problem recurs, replace main
board.
40-5648-51B
Troubleshooting
General troubleshooting
This section discusses some potential problems which
may be encountered with the Medfusion™ 3000 Series
pump, and suggests remedies for those problems.
Problem
Alarms do not sound (either
loudly or at all)
Problem:
No charge light
Remedy or solution
a) If the alarms sound faintly, they may have been configured to their lowest level. Use Custom Program to change the audio alarm volume to a
higher level.
b) Use Biomed > Diagnostics and run the Audio Test on Speaker and
Alarm Style. Replace speaker if audio alarm does not work correctly.
a) Connect to AC power. Turn on pump and allow to complete startup
self-testing. If both AC indicator and charge lights are off then see “Indicators Do Not Flash” below.
Battery Problem:
Battery not working message
b) Use Biomed > Diagnostics and run the Monitor Battery Status
test. Determine whether battery is charging at 50 MA or greater.
a) Open the battery door in the case bottom and check the connection of
the battery ribbon cable to the interconnect board.
Battery Problem:
Battery does not hold charge
b) Use Biomed > Diagnostics and run the Monitor Battery Status
test. If no information appears then replace the battery pack.
a) Open the battery door in the case bottom and check the connection of
the battery ribbon cable to the interconnect board.
b) Connect to AC power. Turn on pump and allow to complete startup
self-testing. Use Biomed > Diagnostics and run the Monitor Battery Status test. Check whether battery is charging at least +50 MA
(wait at least 1 minute from power-on for charge current reading to stabilize).
•
Indicator lights do not flash
Unplug AC power if pump immediately shuts down then replace battery pack.
• If pump continues to operate and gauge shows normal discharge current -100 to -200 ma, then perform a battery calibration.
If the indicator lights do not flash during startup, or along with their appropriate function or alarm, then:
•
Keyclick (Beep) is faint or not
present
Open the case and check the keypad connection to the Main Board. If
any connections are loose, reconnect and re-test.
• Otherwise, replace keypad.
If the keyclicks (beeps) sound faintly, or not at all, they may have been
configured to their lowest level or turned off.
Use Custom Program to reset the audio to a higher level.
Keypad button does not work Use Biomed > Diagnostics and run the Keypad Test. If any keys do
not pass this test, open the case and check connections for the keypad.
Liquid Crystal Display (LCD) has Use Biomed > Calibration and run the Adjust Contrast.
poor contrast
If the LCD contrast cannot be adjusted, then check LCD negative supply,
and consider replacing display or main board.
40-5648-51B
65
Troubleshooting
Problem
Libraries not available
Maximum rate not available
Occlusion alarms occur
frequently
Pump won’t turn on
Remedy or solution
Libraries may have been turned off or cleared in pump configuration.
Use Custom Program, Teach mode or Learn mode to copy the Libraries from a correctly configured pump. See Configuration Manual.
Maximum rate may be set low in pump configuration.
Use Custom Program, Set Max Flow Rate to configure the pump’s
maximum flow rate. See Configuration Manual.
Occlusion alarm limit may be set too low in pump configuration.
Use Custom Program, Set Occlusion Limit to configure the pump’s
occlusion alarm level. See Configuration Manual.
Plug into AC power (pump will not turn on with a dead battery) then push
and hold power key to turn on. Otherwise, open case and check:
•
Syringe Manufacturer not
available
66
Connections of main to interconnect ribbon cable
• AC power connections.
• Battery connections.
• Keypad cable connections.
Syringe manufacturer may have been turned off or cleared in pump configuration. See Configuration Manual (if available) or Operations Manual.
40-5648-51B
Troubleshooting
Smiths Medical service
and support
Using Smiths Medical service
assistance
Use the following steps to make use of Smiths Medical
technical service assistance:
1. Contact Smiths Medical Technical Service Department at one of the following telephone numbers:
Toll-free in the
United States
Outside the
continental United
States
In Europe, Contact:
1 800.258.5361 OR
1 800.848.1757
1 651.633.2556
Your local distributor or:
Smiths Medical
International Ltd.
+44 (0)1923 246434
2. When calling any of these numbers, please have
the following ready:
•
•
•
•
Model name / number of pump
Pump serial number
Purchase date if pump is within warranty period
Description of problem in as much detail as possible
3. The service representative will give suggestions in
an attempt to help solve the problem.
2. Clean and decontaminate the pump and accessories prior to returning items to Smiths Medical.
This is required before shipment according to
United States Occupational Safety & Health Administration (OSHA) regulations.
3. Remove the power cord and poleclamp assembly
before shipping the pump. Return ONLY the
pump, not the accessories. Smiths Medical will
not be responsible for lost poleclamp parts or
power cords.
4. Package the infusion pump carefully for shipment.
5. Smiths Medical will not accept returns for service
without the assigned RA number clearly printed
on the shipping package. Mark the Return Authorization (RA) number clearly on the outside of the
shipping package used to return the pump.
6. The shipment method must meet the environmental conditions of:
Shipping
Temperature –40° to 60° C
(–40° to 140° F)
5 to 95% nonRelative
condensing
humidity
Atmospheric 50 to 108 kPa
(7.3 to 15.4
pressure
psia)
6. Ship the carefully packaged infusion pump to
either of the addresses listed below:
United States
Service
Returning a pump for repair
When a pump problem cannot be solved, it becomes
necessary to return the infusion pump for service.
Note: The following instructions apply primarily to
product within the United States. If you are outside the United States, contact your local distributor for specific instructions. If you are unsure
of who your local distributor is, contact Smiths
Medical International Ltd. at the address and/or
phone number listed below.
1. If the problem cannot be resolved through the assistance of the Technical Service Department, then
you will be assigned a Return Authorization (RA)
number.
40-5648-51B
Storage
–20° to 50° C
(–4° to 122° F)
5 to 95% noncondensing
50 to 108 kPa
(7.3 to 15.4
psia)
European Service
Smiths Medical MD, Inc.
1265 Grey Fox Road
St. Paul, Minnesota 55112
1 800.848.1757
www.smiths-medical.com
Your local distributor or:
Smiths Medical
International Ltd.
WD24 4LG UK
+44 (0)1923 246434
67
Troubleshooting
Using Biomed for troubleshooting
The primary tools for troubleshooting the Medfusion™
3000 Series pumps are available through the Biomed
menu which contains Diagnostics, Calibration,
Utilities and for all version below 4.1.x, Update
Firmware features. All version of the Medfusion™
3500 pump also contains Set Language, which allows you the ability to change the displayed language.
Two features within Utilities are very useful for
investigating user complaints on the pump: View Infusion History and View Alarm History. View
Infusion History allows review of infusion pump
settings, delivery information, and alarms with each
entry date and time stamped. View Alarm History
allows review of pump alarms (together with sensor
data) with each entry date and time stamped.
There are many features under Diagnostics which
allow the examination of various sensors and components within the pump. The speaker, motor, keypad,
indicators and display may be tested individually
through this program. The battery gauge status information and charging/discharging current may be
viewed. Numerous digital and analog inputs may also
be viewed.
GENERAL
PRESS THE NUMBER TO SELECT
1 MISCELLANEOUS
5 VOLUME / TIME
2 DOSE / KG / MIN
3 DOSE / MIN
4 DOSE / HR
CHG PROFILE
MORE
QUICK CAT
2. Press More until the Biomed appears onscreen.
(If E-Plates/Libraries are enabled, you will have
to press Main Menu before using More to locate Biomed.) (For v4 software, if Profiles are
displayed you must select a profile then choose
Biomed - you may need to press More to find it.)
PRESS THE NUMBER TO SELECT THE MODE
1. CUSTOM PROGRAM
2. BIOMED
BEGINNING
PRESS THE NUMBER TO SELECT
1 PROFILE SETTINGS
2 BIOMED
QUICK CAT
ENTER BIOMED PASSCODE - PRESS ENTER TO CONTINUE
MAX:
MIN:
68
PRESS THE NUMBER TO SELECT THE MODE
ML/HR
VOLUUME / TIME
MICROGMS / KG / MINUTE
RECALL LAST SETTINGS
MORE
9999
0
CLEAR
BACKSPACE
ENTER
Now you may select:
PRESS THE NUMBER TO SELECT THE MODE
CALIBRATION
5. SET LANGUAGE
DIAGNOSTICS
UTILITIES
UPDATE FIRMWARE
1.
2.
3.
4.
1. Turn the pump on and allow the power-on, selftesting to complete. (If there is a system failure
detected in power-on testing, then the pump will
directly go to Enter Biomed Passcode screen see item 4.)
1.
2.
3.
4.
BEGINNING
3. Use the number button to choose Biomed.
4. Use the number buttons to enter the Biomed
Passcode (2580) then press Enter.
Accessing Biomed
Note: The following screens are slightly different
depending on the version you have. For this reason,
version 3-type screens are shown first, followed by version 4-type screen (if they are different). Also, depending on the personalization performed on your pump,
the items listed in some of the menus may be different
than those shown.
CHG PROFILE
GENERAL
1
2
3
4
•
•
PRESS THE NUMBER TO SELECT
CALIBRATION
DIAGNOSTICS
UTILITIES
SET LANGUAGE
Calibration to check calibration values, recalibrate sensors or set display contrast.
Diagnostics to examine analog and digital signal readings, or test the speaker, motor or display
function.
40-5648-51B
Troubleshooting
•
•
•
Utilities to review alarm history, to review infusion history, to set time and date, to update periodic maintenance timestamp.
Update Firmware to reprogram the pump’s
software version through the serial interface (only
available with service upgrade software diskette
and instructions). [Not available on Medfusion™
3500 pumps version 4.1 and above.]
Set Language to change the national language
displayed. [Available on Medfusion™ 3500
pumps.]
Biomed > Calibration
Within Biomed > Calibration the following selections are available. See the Calibration section of this
manual for further details.
PRESS THE NUMBER TO SELECT THE MODE
1.
2.
3.
4.
CAL
CAL
CAL
CAL
SIZE AND POSITION
FORCE SENSOR
PRESSURE SENSOR
PLUNGER POSTITION
5.
6.
7.
8.
CAL SYRINGE SIZE SENSOR
ADJUST CONTRAST
VIEW CALIBRATION DATA
SAVE CHANGES AND EXIT
Audio Test
Use the number buttons to select the test. Set Alarm
Style allows testing of the various alarm tones. Test
Speaker is a factory/engineering test.
PRESS THE NUMBER TO SELECT THE MODE
1. SET ALARM STYLE
2. TEST SPEAKER
PRESS THE NUMBER TO SELECT
1 SET ALARM STYLE
2 TEST SPEAKER
Display Test
Display Test repeats blank, all pixels on, vertical
lines, horizontal lines, and checkerboard patterns
across the LCD display. This test may only be exited by
use of the Stop button.
PRESS THE NUMBER TO SELECT
1
2
3
4
CAL
CAL
CAL
CAL
SIZE AND POSITION
FORCE SENSOR
PLUNGER POSITION
SYRINGE SIZE SENSOR
STARTING THE DISPLAY TEST
PRESS STOP TO EXIT
5 ADJUST CONTRAST
6 VIEW CALIBRATION DATA
7 SAVE CHANGES AND EXIT
STARTING THE DISPLAY TEST
PRESS <STOP> TO EXIT
Biomed > Diagnostics (screen 1 of 2)
Within Biomed > Diagnostics the following selections are available (one of two screens). Use the number buttons to select the test.
PRESS THE NUMBER TO SELECT THE MODE
1.
2.
3.
4.
AUDIO TEST
DISPLAY TEST
INDICATOR TEST
KEYPAD TEST
5. MONITOR ANALOG SENSORS
6. MONITOR DIGITAL SENSORS
7. MONITOR BATTERY STATUS
MORE
PRESS THE NUMBER TO CHANGE LED STATE
PRESS THE NUMBER TO SELECT
1
2
3
4
AUDIO TEST
DISPLAY TEST
INDICATOR TEST
KEYPAD TEST
5
6
7
8
Indicator Test
The Indicator Test allows the individual control
and testing of each indicator on the front panel (except battery and AC). Use the number button for the
indicator to toggle on or off.
MONITOR ANALOG SENSORS
MONITOR DIGITAL SENSORS
MONITOR BATTERY STATUS
DRIVE TRAIN TEST
1.
2.
3.
4.
RED ALARM
YELLOW ALARM
PRESSURE CELL
LEFT INFUSE
OFF
OFF
OFF
OFF
5. MID INFUSE
6. RIGHT INFUSE
7. LOCK
OFF
OFF
OFF
MORE
PRESS THE NUMBER TO CHANGE LED STATE
1
2
3
4
40-5648-51B
RED ALARM
YELLOW ALARM
PRESSURE CELL
LEFT INFUSE
OFF
OFF
OFF
OFF
5 MID INFUSE
6 RIGHT INFUSE
7 LOCK
OFF
OFF
OFF
69
Troubleshooting
Keypad Test
The Keypad Test allows each key to be tested (except ë; pressing ë turns the pump off) to be tested.
The only exit from this test is to press Exit.
PRESS < BACK > TO STOP
SYRINGE PLUNGER SENSOR
R:TRUE
SYRINGE EAR SENSOR
:TRUE
MOTOR RATE SENSOR
:FALSE
F:TRUE
PRESS THE KEY YOU WISH TO TEST
RELEASED : NUMBER FOUR
EXIT
Monitor Analog Sensors
Monitor Analog Sensors allows viewing the
high resolution analog signals in the pump. These are
force, pressure (future option), plunger position, and
syringe size. The first data column is analog to digital
converter counts (0 to 1023), the second column is the
voltage equivalent to counts, and the third column is
the reading with calibration values applied.
PRESS < BACK > TO STOP
FORCE
64 CNTS 0.256V
0.50LBS
PRESSURE
0 CNTS 0.000V
PLUNGER POS 375 CNTS 1.500V
1.898IN
SYRINGE SIZE 632 CNTS 2.528V
0.853IN
Monitor Battery Status
Monitor Battery Status shows the information
from the battery gauge. It may take up to 1 minute
for current readings to stabilize when changing from
charge to discharge or visa versa. If current is positive
the battery is charging; thus negative is discharging.
See schedule maintenance for discussion of battery
gauge.
CAPACITY
CURRENT
LMD
PRESS < BACK > TO
0.0
MA-HOURS
MA
0
MA-HOURS
1600.0
STOP
0x00
0x00
0x00
TMPGG
FLGS1
FLGS2
64%
MORE
Drive Train Test
This feature is for factory/engineering use.
Biomed > Diagnostics (screen 2 of 2)
PRESS < BACK > TO STOP
FORCE
COUNT:
0
PLUNGER POS
COUNT:
957
SYRINGE SIZE
COUNT
902
0.00LBS
5.002IN
1.167IN
Monitor Digital Sensors
Monitor Digital Sensors allows viewing the state
of the digital sensors in the pump. Syringe plunger
sensor is the state of the flippers on the plunger head
where open is true. Syringe ear (flange) sensor indicates true when the ear clip (flange) is pulled out.
Pressure cell is future option. The motor rate sensor
with show true or false depending upon the position
of the reflective surface on the end of the motor/worm
shaft.
PRESS < BACK > TO STOP
SYRINGE PLUNGER SENSOR
R:TRUE
SYRINGE EAR SENSOR
:TRUE
PRESSURE CELL SENSOR
:FALSE
MOTOR RATE SENSOR
:FALSE
70
Within Biomed Diagnostics the following selections
are available (second of two screens). Use the number
buttons to select the test.
1.
2.
3.
4.
1
2
3
4
PRESS THE NUMBER TO SELECT THE MODE
MOTOR DRIVE TEST
MONITOR A2D SELT TEST
MONITOR 6811 A2D GRP1
MONITOR 6811 A2D GRP2
BEGINNING
PRESS THE NUMBER TO SELECT
MOTOR DRIVE TEST
MONITOR A2D SELT TEST
MONITOR 6811 A2D GRP1
MONITOR 6811 A2D GRP2
BEGINNING
F:TRUE
40-5648-51B
Troubleshooting
Motor Drive Test
The Motor Drive Test allows running the motor
without any alarms (position, rotation, etc.) being active. Only use the Set Motor Step Period feature.
Enter a motor step period where 2 millisec is the
fastest rate and 1000 millisec is the slowest rate, then
press É to start the motor and á to stop. All other
features are for factory/engineering use.
1.
2.
3.
4.
1
2
3
4
PRESS THE NUMBER TO SELECT THE MODE
SET MOTOR STEP PERIOD 5. REVERSE MOTOR
SET MOTOR MAX CURRENT
SET MOTOR MAX RUN TIME
REVERSE MOTOR STEPS
PRESS THE NUMBER TO SELECT
SET MOTOR STEP PERIOD 5 REVERSE MOTOR
SET MOTOR MAX CURRENT
SET MOTOR MAX RUN TIME
REVERSE MOTOR STEPS
Monitor a2d Selftest
These are self-test values within the high-resolution
analog to digital converter. This feature is for factory/
engineering use. The normal readings are full scale
equals 1023, midrange equals 512, and zero equals 0.
Monitor 6811 a2d Group1
This Monitor Analog Sensors allows viewing the
low resolution analog signals in the pump. These are
analog supply, positive supply, motor supply, and a2d
reference. The first data column is analog to digital
converter counts (0 to 255), the second column is the
“normalized” voltage equivalent to counts multiplied
by the resistor divider feeding that channel. See Main
Board theory of operation for definition of signals and
values.
ANALOG SUPPLY
POS SUPPLY
MOTOR SUPPLY
A2D REFERENCE
PRESS <
68
0
152
125
ANALOG SUPPLY
POS SUPPLY
MOTOR SUPPLY
A2D REFERENCE
PRESS < BACK > TO STOP
COUNT:
156 4.992V
COUNT:
148 9.472V
COUNT:
68 17.408V
COUNT:
127 4.064V
40-5648-51B
BACK > TO STOP
CNTS
2.176V
CNTS
0.000V
CNTS
38.912V
CNTS
4.000V
Monitor 6811 A2D Group2
This Monitor Analog Sensors allows viewing
the low resolution analog signals in the pump. These
are supercap detect, speaker detect, power strobe, and
force offset. The first data column is analog to digital
converter counts (0 to 255), the second column is the
“normalized” voltage equivalent to counts multiplied
by the resistor divider feeding that channel. See Main
Board theory of operation for definition of signals and
values.
PRESS <
SUPERCAP DETECT
0
SPEAKER DETECT
0
POWER STROBE
0
FORCE OFFSET
0
BACK > TO STOP
CNTS
0.000V
CNTS
0.000V
CNTS
0.000V
CNTS
0.000V
PRESS < BACK > TO STOP
SUPERCAP DETECT
COUNT:
0
SPEAKER DETECT
COUNT:
0
POWER STROBE
COUNT:
255
FORCE OFFSET
COUNT:
137
0.000V
0.000V
4.080V
2.192V
Biomed > Utilities
Within Biomed > Utilities the following selections
are available. Use the number buttons for selection.
PRESS THE NUMBER TO SELECT THE MODE
1.
2.
3.
4.
SET/VIEW LAST PM DATE
SET TIME/DATE
VIEW ALARM HISTORY
VIEW INFUSION HISTORY
1
2
3
4
SET/VIEW NEXT PM DATE
SET TIME/DATE
VIEW ALARM HISTORY
VIEW INFUSION HISTORY
5. VIEW SOFTWARE CRCS
6. VIEW SOFTWARE VERSIONS
7. VIEW SERVICE DATA
PRESS THE NUMBER TO SELECT
5
6
7
8
VIEW
VIEW
VIEW
VIEW
SOFTWARE CRCS
SOFTWARE VERSIONS
SERVICE DATA
EEPROM SIZE
Set/View Last [Next] PM Date
Depending on your pump version, this feature will
either be Set/View Last PM Date or Set/View
Next PM Date (Medfusion™ 3500 software version
4 and above). This feature should be used every time
that Periodic Maintenance is performed on the pump.
Use the number keys to enter the date of the current
or next maintenance date into the pump, then this
value is stored in non-volatile memory. When two
years elapse from this date, or when it reaches this
date, an advisory message (low priority alarm) appears
on-screen for annual maintenance to be performed.
71
Troubleshooting
[Note: ensure current date and time are correct in
Set Time/Date.]
ENTER LAST PM DATE - PRESS ENTER TO CONTINUE
YYYY-MM-DD
CLEAR
BACKSPACE
ENTER
ENTER NEXT PM DATE - PRESS ENTER TO CONTINUE
YYYY-MM-DD
CLEAR
BACKSPACE
ENTER
Set Time/Date (Current)
This feature allows setting the current date and time. This setting is stored in a clock/calendar chip on the
main board. [Note: if all power is removed from the
main board and the super-capacitor is drained, the
clock will be reset to 1998 and PM advisory message
may appear until the clock is set.]
ENTER CURRENT TIME – PRESS ENTER TO CONTINUE
13:52
CLEAR
HR : MIN
BACKSPACE
ENTER
ENTER CURRENT TIME – PRESS ENTER TO CONTINUE
24:00:00
00:00:00
13:52
:00
HR : MIN : SEC
CLEAR
BACKSPACE
ENTER
View Alarm History
This feature allows review from the most recent
alarm backwards in time. Each alarm is date and time
stamped. [Note: see latest power-on record in view
infusion history to check current clock/calendar
settings.]
ALARM EVENT
2007-01-28 13:32:34
SYSTEM ADVISORY – BATTERY NOT WORKING
TVD
= 0.000ML PRESSURE
=
0 CNTS
TRAVEL POS = 375 CNTS SYRINGE DIA = 632 CNTS
FORCE
= 0 CNTS
ANALOG SUPPLY= 68 CNTS
PREV ALARM NEXT ALARM
ALARM EVENT
2007-04-04 07:19:23
SYSTEM ADVISORY – BATTERY NOT WORKING
PVD
= 0.000ML TRAVEL POS
= 957 CNTS
FORCE
=
0 CNTS
ANALOG SUPPLY = 0 CNTS SYRINGE DIA = 902 CNTS
PREV ALARM NEXT ALARM
72
STOP INFUSION
TVD
=
RATE
=
TRAVEL POS =
PREV PROG
2007-03-28 12:11:45
0.0046M
0.0000 ML/HR
374 CNTS
PREV ENTRY
NEXT ENTRY
STOP THE INFUSION
PREV ENTRY
NEXT PROG
2007-04-04 12:08:48
PVD
= 1.4230ML TRAVEL POS
RATE
= 0 ML/HR FORCE
SYRINGE DIA
PREV PROG
MAX: 24:00
MIN: 00:00
MAX:
MIN:
View Infusion History
This feature allows the review of infusion history from
the most recent time backwards. Each entry is date
and time stamped. The infusion history is “event”
driven with entries made for start infusion, stop
infusion, change rate, alarms, etc. Depending upon
complexity of infusions, the infusion history stores approximately 8 or more complete infusions. Press Prev
Entry to step backwards one event at a time, or press
Prev Prog to step back one infusion at a time. Here,
Next Entry and Next Prog step forwards in time one
event or one infusion respectively.
NEXT ENTRY
= 938 CNTS
=
0 CNTS
= 902 CNTS
NEXT PROG
View Software CRCs & View Software Versions
These features are for factory/engineering use. View Service Data
This feature is for factory service allows the service
department to review the data on pump usage.
PRESS < BACK > TO STOP
ON TIME:
0 HOURS 1 MINUTES
ON TIME SINCE LAST CAL:
0 HOURS 1 MINUTES
INFUSE TIME:
0 HOURS 0 MINUTES
MOTOR REVS:
0 THOUSAND
View EEPROM Size [available only
on Medfusion™ 3500 pumps
version 4 and higher)
This feature allows you to view the size (in kilobytes)
of the EEPROM installed on the pump.
PRESS < BACK > TO STOP
EEPROM INSTALLED SIZE:
16
kILOBYTES
40-5648-51B
Troubleshooting
Biomed > Update Firmware [not available
on Medfusion™ 3500 pumps, version 4
and higher]
Do Not Use this feature unless specifically authorized by Smiths Medical to update the software of
the pump. Review the documentation provided with
the software update. Follow the instructions provided
with the software update and ensure the update is
compatible with the pump model before performing a
software update.
ENTER FIRMWARE UPDATE MODE?
YES
NO
[Note: pressing Yes does not erase any software in the
pump. The pump must be connected to a host personal computer running a Medfusion™ 3000 Series
download program and a download must be initiated
on the PC in order to update the pump’s software.]
Set Language [Not available on
Medfusion™ 3010 and 3010a]
Selecting this option permits changing the displayed
language on the pump. All messages are displayed using the new language.
1.
2.
3.
4.
1
2
3
4
PRESS THE NUMBER TO SELECT THE MODE
ENGLISH
5. PORTUGUESE
FRENCH
6. SPANISH
GERMAN
ITALIAN
ENTER
ENGLISH
FRENCH
GERMAN
ITALIAN
PRESS THE NUMBER TO SELECT
5 PORTUGUESE
6 SPANISH
ENTER
To select a language, press the number button corresponding to the language, and press Enter. The display
will immediately change to the selected language.
Some pumps may not have all languages implemented; selecting an unimplemented language will result in
English being selected.
Note: Do not select a language unless you know how
to read and understand that language.
40-5648-51B
73
Troubleshooting
74
40-5648-51B
Parts Replacement
Section 4: Parts Replacement provides procedures
for disassembly, parts replacement & re-assembly of
the pump.
Maintenance warnings/
cautions
•
Observe the following warnings and cautions while
disassembling, replacing parts, and reassembling any
Medfusion™ 3000 Series pump. After reassembling pump, use Retest Guidelines listed
in the Calibration and Adjustment section to find any
re-calibration or re-testing required before returning
pump to use.
Service cautions
•
Service warnings
•
•
•
•
•
•
•
AC Power: The only means of removing AC
power is to disconnect the AC power cord. While
the AC power cord is attached to the pump and
plugged into an AC outlet, live mains voltage is
present inside the pump.
Battery Replacement: For continued protection
against fire hazard, always replace battery pack
with same type and model of battery specified in
the labeling on the pump.
Clean the Pump: Always clean the pump thoroughly before performing maintenance on it. This
is recommended by the United States Occupational Safety & Health Administration (OSHA) as
a protection from potential biohazard.
Pump Maintenance: Only trained biomedical service personnel may repair, calibrate, and maintain
this pump.
Follow Manufacturer’s Maintenance Procedures:
Always repair and maintain this pump following
the manufacturer’s recommended instructions in
this Service Manual.
Repair Pump in ESD Controlled Work Area:
The pump case should only be opened at a workstation with Electrostatic controls, including a
grounded mat and wrist-strap.
External DC Power: Any power source connected
to the external DC jack must be IEC 60601-1 certified for medical equipment: Type CF, Safety Class
II. Connecting external power to the pump creates
40-5648-51B
a medical system; therefore, the user is responsible
for compliance with IEC 60601-1 standards. Refer
all questions to Smiths Medical Technical Service
department.
Collect Separately. There are potential health hazards associated with improper disposal of batteries, electronics, and contaminated (used) infusion
sets and syringes. Dispose of used batteries, infusion sets, syringes, and other used accessories, or a
pump that has reached the end of its useful life, in
an environmentally safe manner, and according to
any regulations that may apply.
•
•
•
Disconnect AC Mains & External DC Power:
Always disconnect the pump from AC Mains and
from External DC power before disassembling the
pump for maintenance.
Handle Batteries with Care: Always handle the
pump’s battery pack with care.
Don’t Over-tighten Screws: Never over-tighten
any screws in the pump. Unless otherwise specified, you should torque all screws to 60 in- oz (0.42 Nm).
Battery Disposal: Always dispose of exhausted
NiMH batteries in compliance with all pertinent
local, state, national, and international regulations.
If unsure of correct methods for compliance, you
may return battery packs to Smiths Medical for
recycling.
75
Parts Replacement
Opening & closing the
pump housing
Tools needed
For this disassembly procedure you will need:
• Torque screwdriver with a #1 Phillips head
Always work at an electrostatic-controlled work station when disassembling the pump.
Opening the pump housing
1. Unplug the AC power cord (also disconnect any
external DC power, if in use).
2. If the poleclamp is attached to the pump, you must
remove it before disassembling the pump. Remove
the 2 flat head screws attaching the poleclamp
bracket to bottom housing of the pump.
3. Remove the 2 flat head screws from the battery
compartment cover, and then remove the cover.
4. Carefully remove battery pack from its compartment, and disconnect its cable from the interconnect board.
5. Remove the 2 pan head screws from the bottom
housing of the pump.
6. Carefully separate the two halves of the pump
housing (there are three snap tabs across the
back).
7. Unplug the ribbon cable from J9 on the main
board (in most cases the other end of this ribbon
cable is glued or soldered into the interconnect
board).
top & bottom housings. Torque these screws to 60
in oz (0.8 Nm).
6. Orient the battery pack with the circuit board and
cable facing the rectangular cutout in the battery
compartment.
7. Connect battery cable to the interconnect board.
Slide the battery into the compartment.
8. Replace battery cover and secure it with 2 flathead
screws. Torque these screws to 60 in oz (0.8 Nm).
9. If using the pole clamp, reattach it to the pump
with the 2 flathead screws. Torque these screws to
160 in oz (2.3 Nm).
Follow retest guidelines listed in the Calibration and
Adjustment section to verify pump functionality before returning it to use.
Closing the pump housing
1. Before closing the pump housing, be sure the AC
and external DC power are disconnected, and the
battery pack is removed.
2. Reconnect the ribbon cable joining the interconnect board and the main board at J9.
3. Be sure all wires are clear of pinch points when
rejoining the housing halves.
4. There are 3 snap fit tabs and slots along the backside of the housing. Align them and close the top
& bottom housings together.
5. Screw in the 2 pan head screws which connect the
76
40-5648-51B
Parts Replacement
Battery pack
This section defines the steps for removing and replacing the battery pack for the Medfusion™ 3000 Series
pump.
Tools needed
For this disassembly procedure you will need:
• Torque screwdriver with a Phillips head
Always work at an electrostatic-controlled work station when disassembling the pump.
Removing the battery pack
1. Before removing the battery pack, be sure the AC
mains and external DC power are disconnected.
greater than 95%, then charge current is reduced
to 50 ma or greater).
4. If < 0 ma, then check connections to AC power.
[Note: negative current means the battery is discharging.]
5. If there is no battery information on the Monitor
Battery Status screen, then check battery connection on battery pack, or connection on the interconnect board.
6. Turn off the pump, but leave it connected to AC
power. Allow pump to recharge battery for at least
10 hours.
Follow retest guidelines listed in the Calibration and
Adjustment section to verify pump functionality before returning it to use.
2. Remove the 2 flat head screws from the battery
compartment cover, and then remove the cover.
3. Carefully remove battery pack from the compartment, and gently disconnect (pull) its ribbon cable
from the interconnect board.
Replacing the battery pack
1. Unpack and carefully inspect the battery pack for
physical damage.
2. Orient the battery pack with the circuit board and
cable facing the rectangular cutout in the battery
compartment.
3. Connect battery cable into the interconnect board.
Slide the battery into the compartment.
4. Replace battery cover and secure it with 2 flathead
screws. Torque these screws to 60 in oz (0.8 Nm).
Verifying battery function after new
battery replacement
Before returning the Medfusion™ 3000 Series pump to
service, you must verify the new battery is functioning
nominally.
1. Connect the pump to AC power and verify the
battery charge indicator is on.
2. Turn ON the pump. From the Main screen, select
Biomed program Diagnostics and go to Monitor
Battery Status.
3. Wait several minutes from power-on for readings
to stabilize and then verify battery charge current
is greater than 160 ma (if battery charge reading is
40-5648-51B
77
Parts Replacement
Interconnect board
This section defines the steps for removing and replacing the interconnect board for the Medfusion™ 3000
Series infusion pump.
Tools needed
Adjustment section to verify pump functionality before returning it to use.
Speaker
This section defines the steps for removing and replacing the speaker for the Medfusion™ 3000 Series pump.
For this disassembly procedure you will need:
Tools Needed
• Torque screwdriver with a Phillips head
Always work at an electrostatic-controlled work station when disassembling the pump.
For this disassembly procedure you will need:
• Torque screwdriver with a Phillips head
Always work at an electrostatic-controlled work station when disassembling the pump.
Removing the interconnect
board
1. Disconnect the pump from AC power source.
2. Open the pump housing, remove battery pack,
and separate the top and bottom halves.
3. Unplug the ribbon cable from J9 on the main
board (in most cases the other end of this ribbon
cable is glued or soldered directly into the interconnect board).
4. Disconnect the speaker cable from the interconnect board at J2.
5. Disconnect power supply cable from interconnect
board at J3.
6. Remove the 2 pan head screws holding the board,
and carefully remove the interconnect board from
housing.
Replacing the interconnect
board
[Torque all screws to 60 in oz (0.8 Nm).]
1. Align the interconnect board with the threaded
bosses, and press firmly into place.
2. Secure it with the 2 pan head screws.
3. Attach the speaker cable to connector J2, and the
power supply cable to connector J3.
4. Close the housing and secure with 2 pan head
screws.
5. Replace the battery pack, battery cover, and secure
with 2 flat head screws.
Verify interconnect board function
Follow retest guidelines listed in the Calibration and
78
Speaker removal
1. Disconnect the pump from AC power source.
2. Open the pump housing, remove battery pack,
and separate the top and bottom halves.
3. Disconnect the speaker cable from the interconnect board at J2.
4. Remove the 2 pan head screws & shoulder (or
flat) washers holding the speaker to the case, and
remove the speaker from housing.
Speaker replacement
[Torque all screws to 60 in oz (0.8 Nm).]
1. Align the speaker on the round holder, and orient
the cable to run toward the interconnect board.
2. Insert the 2 pan head screws & shoulder (or flat)
washers and secure the speaker to the housing.
3. Close the housing and secure with 2 pan head
screws.
4. Replace the battery pack, battery cover, and secure
with 2 flat head screws.
Verifying speaker function
After installing the new speaker, you only need to
execute power-up testing to verify speaker function.
1. Connect the pump to AC power.
2. Turn ON the pump.
3. Listen for power-on tones. Allow power-on selftests to complete. If no system failure messages
appear, then the speaker is good.
Follow retest guidelines listed in the Calibration and
Adjustment section to verify pump functionality before returning it to use.
40-5648-51B
Parts Replacement
AC power supply
This section defines the steps for removing and replacing the AC Power Supply for the Medfusion™ 3000
Series infusion pump.
Tools needed
For this disassembly procedure you will need:
•
Torque screwdriver with a Phillips head & small
flat blade
• 5mm open end wrench
• ¼” nut driver
Always work at an electrostatic-controlled work station when disassembling the pump.
Removing AC power supply
1. Disconnect the pump from AC power source.
2. Open the pump housing, remove battery pack,
and separate the top and bottom halves.
3. Remove the power supply shield.
4. Disconnect the interconnect board cable from
power supply board at J2.
5. Use small flat blade screwdriver to loosen the terminals on the AC input wires, and disconnect the
AC input wires from the power supply board at J1.
6. Remove the 2 pan head screws securing board to
bottom housing, and remove AC Power Supply
Board.
Replacing the AC power supply
1. Align the AC Power Supply Board over the threaded bosses, with J1 in line with the AC input cable.
2. Secure the board with 2 pan head screws. Medfusion™ 3500BC: The earth wire from the AC inlet
is to be secured at the AC supply mounting post
furthest from the AC inlet. Torque to 60 in oz (0.8
Nm).
3. Connect the AC Input Wires to J1 and tighten the
2 terminal screws. Torque to 32 in oz (0.4 Nm).
4. Reconnect the interconnect board cable to J2.
5. Reinstall the Power Supply Shield by sliding it into
the notched tabs.
6. Close the housing and secure with 2 pan head
screws. Torque to 60 in oz (0.8 Nm).
40-5648-51B
7. Replace the battery pack, battery cover, and secure
with 2 flat head screws. Torque to 60 in oz (0.8
Nm).
Verify AC power supply function
After you replace the AC Power Supply, you must
verify its function with the following steps:
1, Plug the pump into AC power.
2. Verify the AC power indicator lights.
Follow retest guidelines listed in the Calibration and
Adjustment section to verify pump functionality before returning it to use.
AC input assembly
This section defines the steps for removing and replacing the AC Input Assembly.
Tools Needed
For this disassembly procedure you will need:
•
•
¼” open end wrench
Torque screwdriver with a Phillips head & small
flat blade
Always work at an electrostatic-controlled work station when disassembling the pump.
Removing AC input module
assembly
1. Disconnect the pump from AC power source.
2. Open the pump housing, remove battery pack,
and separate the top and bottom halves.
3. Remove power supply shield.
4. Use small flat blade screwdriver to loosen the 2
screws on the Terminal Block of the power supply.
5. With screwdriver & open end wrench, remove
the 2 flathead screws & Nylock nuts. Medfusion™
3500BC: Remove screw holding earth ground connection.
6. Slide the AC Input Module Assembly from the
case.
Replacing AC input module
assembly
1. Install AC Input Module Assembly with 2 power
79
Parts Replacement
2.
3.
4.
5.
6.
7.
wires oriented toward the bottom of the housing.
Medfusion™ 3500BC: Install AC Input Module Assembly with 3 wires, mains wires oriented toward
the bottom of the housing, earth wire oriented
toward the top.
Insert the 2 wires into the Terminal block on the
power supply.
Tighten the 2 screws of the Terminal block.
Torque to 32 in oz (0.4 Nm).
Secure with the 2 flathead screws & Nylock nuts.
Medfusion™ 3500BC: Reinstall the earth wire from
the A/C inlet to the A/C supply mounting post
furthest from the A/C inlet. Torque to 60 in oz (0.8
Nm).
Reinstall the Power Supply Shield by sliding it into
the notched tabs.
Close the housing and secure with 2 pan head
screws. Torque to 60 in oz (0.8 Nm).
Replace the battery pack, battery cover, and secure
with 2 flat head screws. Torque to 60 in oz (0.8
Nm).
Verifying AC input assembly module
function
1. After you replace or repair the AC Input Assembly
Module, you must verify its nominal function with
the following steps:
2. Plug the pump into AC power.
3. Verify the AC power indicator lights.
Follow retest guidelines listed in the Calibration and
Adjustment section to verify pump functionality before returning it to use.
80
Bottom housing plastic
Tools Needed
For this disassembly procedure you will need:
•
•
¼” open end wrench
Torque screwdriver with a Phillips head and
small flat blade
Always work at an electrostatic-controlled work station when disassembling the pump.
Removing the bottom housing
1. Disconnect the pump from AC power source.
2. Open the pump housing, remove battery pack,
and separate the top and bottom halves.
3. Unplug the ribbon cable from J9 on the main
board (in most cases the other end of this ribbon
cable is glued or soldered directly into the interconnect board).
4. Remove the Interconnect Board, the speaker, the
Power Supply Shield, the AC Power Supply, and
the AC Input Assembly using the procedures listed
above.
Replacing the bottom housing
1. The new case bottom should have rubber feet,
and IR lens already installed; however, new labels
(included) need to be applied.
2. Record the serial number from the old case bottom. Take the new serial number label and type
the serial number into the blank field on this label.
Take the overlay supplied with the label, remove
the backing and apply this overlay to cover/protect
the typed serial number label.
3. Remove the backing on the typed serial number
label, and apply this to the new case bottom.
4. Attach all new labels to the new case bottom, use
the old bottom as a guide for label application.
5. Install the AC Power Supply, the AC Input Assembly, the Power Supply Shield, the speaker, and
the Interconnect Board into the replacement housing using the procedures listed above.
6. Reconnect the ribbon cable to J9 on the main
board in the top housing.
7. Close and secure the two halves of the housing,
40-5648-51B
Parts Replacement
and reinstall the battery pack.
Follow retest guidelines listed in the Calibration and
Adjustment section to verify pump functionality before returning it to use.
Main board
This section defines the steps for removing and replacing the Main Board for the Medfusion™ 3000 Series
pump.
Tools needed
For this disassembly procedure you will need:
•
Torque screwdriver with Phillips head & small
flat head
Always work at an electrostatic-controlled work station when disassembling the pump.
Removing the main board
1. Disconnect the pump from AC power source.
2. Open the pump housing, remove battery pack,
and separate the top and bottom halves.
3. Disconnect the interconnect ribbon cable from the
main board at J9.
4. Loosen the 2 terminal block screws connecting the
fiber optic back light to the main board, then pull
the fiber cable assembly from the terminal block.
5. Disconnect all cable connections on the main
board. These include:
•
•
•
•
•
•
•
Keypad ribbon cables at J10.
Motor cable at J3.
Position pot cable at J6.
Display cable at J12.
Ear clip sensor cable at J2.
Barrel clamp flex circuit at J4.
Plunger cable at J11 and unscrew the cable
clamp.
6. If present, clip the wire tie securing the 2nd backlight cable.
7. Remove the 2 pan head screws securing main
board, and carefully remove the main board from
housing.
Replacing the main board
1. Place the new main board into the housing. It
should rest in the slot on the extrusion, and align
the mounting holes with the 2 stand-offs.
2. Secure the main board with the 2 pan head screws.
Torque to 60 in oz (0.8 Nm).
40-5648-51B
81
Parts Replacement
3. Reconnect all cable and wire connections on the
main board. These include:
•
•
•
•
•
•
•
Keypad ribbon cables at J10.
Motor cable at J3.
Position pot cable at J6.
Display cable at J12.
Ear clip sensor cable at J2.
Barrel clamp flex circuit at J4.
Plunger cable at J11. Install the cable clamp over
the exposed braid of the plunger cable and secure with small pan head screw. Torque screw to
16 in oz (0.2 Nm).
4. If a 2nd fiber optic tail is present on the backlight,
connect its cable to J8 on the main board. If you
are replacing an older main board (with a black
connector at J8), you can discard the backlight
adapter cable. After completing the next step, anchor both fiber optic tails to the main board with a
wire tie.
5. Insert the backlight wires into the main board
terminal block. Screw the terminal connector onto
the leads with the flat edge of the LED lens toward
the outside edge of the board. Torque terminal
block screws to 32 in oz (0.4 Nm).
Note: If you reverse the leads during installation, the
backlight will not turn on. You may wish to loosely
reassemble the case halves, plug in the battery, and
power up pump to check the backlight.
6. Close and secure the two halves of the housing
and reinstall the battery pack.
7. Complete recalibration and reconfiguration is
required when replacing main board.
Follow retest guidelines listed in the Calibration and
Adjustment section to verify pump functionality before returning it to use.
Drive train assembly
Tools Needed
For this disassembly procedure you will need:
•
Torque screwdriver with a Phillips head & ¼”
nut drive
• ¼” wrench
• .002” (.051mm) shim
Always work at an electrostatic-controlled work station when disassembling the pump.
Motor unit (motor, worm, worm
gear)
Removal
1. Open pump housing per pump housing section
above, and set up the case top section with the
handle down and main board facing up.
2. Remove the main board per section above.
3. Squeeze the plunger lever and fully extend the
plunger head away from the case.
4. Remove pan head screws and standoffs holding
the extrusion (drive train assembly). Remove pan
head screws and Nylock nuts holding barrel clamp
assembly to extrusion.
5. Partially slide extrusion out of case until motor
mount screws are accessible.
Disassemble motor unit as required:
1. For motor or worm, remove two pan head screws
and Nylock nuts holding the motor. Remove motor and worm. Worm pulls straight off of motor
shaft.
2. For worm gear (plastic gear on leadscrew), remove
e-clip. Pull gear straight off of leadscrew shaft.
Replacement
Reassemble motor unit
1. For motor/worm, slide worm onto motor shaft. Rotate motor to align mounting holes with holes
in motor plate. Ensure the motor is positioned for
the wires to properly reach the main board. Secure
motor with two pan head screws and Nylock nuts.
Torque to 100 in oz (1.2 Nm).
82
40-5648-51B
Parts Replacement
2. For worm gear, align “D” with shaft and press onto
leadscrew until centered over worm. Attach e-clip.
3. Carefully slide the extrusion (drive train assembly)
back into case.
4. Ensure right end plate on extrusion does not damage ear clip sensor.
5. Ensure plunger cable comes out between middle
boss and boss by the motor.
6. Slide keypad ground tab (black side toward extrusion) between boss by the motor and extrusion.
7. Secure extrusion with 3 standoffs and 3 pan head
screws. Torque to 100 in oz (1.2 Nm).
8. Secure the barrel clamp assembly to the extrusion
with 2 pan head screws and Nylock nuts. Torque
to 100 in oz (1.2 Nm).
9. Reinstall main board per main board section
above.
10. Close pump housing per housing section above.
Position potentiometer
Removal
1. Open pump housing per pump housing section
above, and setup the case top section with the
handle down and main board facing up.
2. Remove the main board per section above.
3. Squeeze the plunger lever and fully extend the
plunger head away from the case.
4. Remove pan head screws and standoffs holding
the extrusion (drive train assembly). Remove pan
head screws and Nylock nuts holding barrel clamp
assembly to extrusion.
5. Partially slide extrusion out of case until flat head
screw in right end plate is accessible.
6. Remove small flat head screw holding position
potentiometer (pot).
7. On the carriage remove pan head screw, washer,
and Nylock nut holding the post of the pot. (It
may be necessary to reposition carriage by moving
the plunger head.)
8. Remove three flat head screws holding motor assembly on extrusion and rotate out of way.
9. Slide position pot out of the extrusion.
40-5648-51B
Replacement
1. Slide new position pot into extrusion.
2. Clean small flat head screw (or use a new screw),
apply Loctite 242 (mild thread-locking adhesive)
to screw, and secure pot to right end plate of
extrusion assembly. Torque only to 16 in oz (0.2
Nm).
3. Secure motor assembly on extrusion with three
flat head screws. Torque to 100 in oz (1.2 Nm).
4. Slide post of position pot up to carriage. Insert
pan head screw through hole in carriage arm,
then through washer. Start the Nylock nut onto
the screw. Insert 0.002” shim between pot’s post
and the washer, then tighten the nut until slack is
removed. Do not over-tighten nut. Remove shim
and check if flat washer can move (spin) freely, if
not loosen nut slightly.
5. Carefully slide the extrusion (drive train assembly)
back into case.
6. Ensure right end plate on extrusion does not damage ear clip sensor.
7. Ensure plunger cable comes out between middle
boss and boss by the motor.
8. Slide keypad ground tab (black side toward extrusion) between boss by the motor and extrusion.
9. Secure extrusion with 3 standoffs and 3 pan head
screws. Torque to 100 in oz (1.2 Nm).
10. Secure the barrel clamp assembly to the extrusion
with 2 pan head screws and Nylock nuts. Torque
to 100 in oz (1.2 Nm).
11. Reinstall main board per main board section
above.
12. Close pump housing per housing section above.
83
Parts Replacement
Clutch assembly
Tools needed
For this disassembly procedure you will need:
Torque screwdriver with a Phillips head & ¼”
nut drive
• ¼” wrench
• .002” (.051mm) shim
Always work at an electrostatic-controlled work station when disassembling the pump.
2.
•
3.
Leadscrew
Removal
1. Open pump housing per pump housing section
above, and setup the case top section with the
handle down and main board facing up.
2. Remove the main board per section above.
3. Squeeze the plunger lever and fully extend the
plunger head away from the case.
4. Remove pan head screws and standoffs holding
the extrusion (drive train assembly). Remove pan
head screws and Nylock nuts holding barrel clamp
assembly to extrusion.
5. Partially slide extrusion out of case until Nylock
nut holding leadscrew on right end plate is accessible.
6. Pull the plastic worm gear off the end of leadscrew
near motor.
7. Remove three flat head screws holding motor assembly on extrusion, and pull off motor assembly.
8. Slide carriage rod out of the carriage.
9. Move the plunger head/carriage in about 1”
(2.5cm) from the right end plate. Hold onto the
“D” side of the leadscrew and use ¼” wrench to
remove Nylock nut holding leadscrew and the flat
brass washer.
10. Slide extrusion in slightly until leadscrew clears
right end plate, then pull off the thrust bearings.
11. Squeeze the plunger lever to open clutch and pull
leadscrew out of carriage.
Replacement
1. Apply light coating of STP poly-plus (lithium)
84
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
grease to leadscrew. Squeeze plunger lever to open
clutch and insert leadscrew until it sticks slightly
through the carriage.
Install thrust bearing assembly (flat washer, bearings, flat washer) onto end of leadscrew and pull
on plunger head to feed leadscrew through the
right end plate. Ensure nylon shoulder washer is
still in place on right end plate.
Place brass washer over the leadscrew and start
Nylock nut. Insert .002” shim between the brass
washer and shoulder washer and tighten the nut.
Do not over-tighten nut. Remove shim and check
if brass washer can move (spin) freely, if not
loosen nut slightly.
Slide carriage rod through carriage and seat into
hole in right end plate.
Slide motor assembly over leadscrew and align
carriage rod with motor assembly bracket. Secure
motor assembly on extrusion with three flat head
screws. Torque to 100 in oz (1.2 Nm).
Align “D” of worm gear with leadscrew shaft and
press onto leadscrew until gear is centered over the
motor worm.
Carefully slide the extrusion (drive train assembly)
back into case.
Ensure right end plate on extrusion does not damage ear clip sensor.
Ensure plunger cable comes out between middle
boss and boss by the motor.
Slide keypad ground tab (black side toward extrusion) between boss by the motor and extrusion.
Secure extrusion with 3 standoffs and 3 pan head
screws. Torque to 100 in oz (1.2 Nm).
Secure the barrel clamp assembly to the extrusion
with 2 pan head screws and Nylock nuts. Torque
to 100 in oz (1.2 Nm).
Reinstall main board per main board section
above.
Close pump housing per housing section above.
Clutch or clutch cam
Tools needed
For this disassembly procedure you will need:
•
Safety glasses
40-5648-51B
Parts Replacement
•
Needle nose pliers
plunger head.
Removal
Replacement
1. Remove leadscrew per procedure above.
2. Use needle nose pliers (or hemostats) to remove
e-ring from cam in carriage plate.
3. Using ¼” open end wrench and Phillips screw
driver, remove three pan head screws with Nylock
nuts holding the carriage plate.
4. Use needle nose pliers to remove either:
1. Take the new plunger cable, with the smaller
exposed braid area towards the carriage, turn connector in line with the cable, then thread the cable
through the plunger tube.
2. Plug the cable into the plunger board, then press
the braided portion into the slot of the force
mount and plunger tube. This should leave about
2” (5cm) of cable sticking out the notched end of
the plunger tube.
3. Press the square shaft on the cam, the cam
through the carriage plate (check orientation of
plate) and snap the e-ring on the cam.
•
•
the clutches, use caution in separating clutches
because of spring.
the cam, pull straight out and separate from
square shaft.
Replacement
1. For replacement of:
•
•
2.
3.
4.
the cam, first ensure the shaft is seated to the
plunger lever, then press the cam gear on the
shaft.
the clutches, put the clutch halves together
(closed) and press the spring into place, then
slide the clutch halves into the carriage.
Feed the pan head screws though the carriage then
the carriage plate, then secure with nylon nuts.
Nuts should be on top of the carriage plate not the
carriage. Torque to 100 in oz (1.2 Nm).
Snap e-ring over cam sticking through carriage
plate.
Replace leadscrew per procedure above.
4. Slide carriage plate with clutch cam and shaft into
plunger tube.
5. Feed the pan head screws though the carriage then
the carriage plate, then secure with nylon nuts.
Nuts should be on top of the carriage plate not the
carriage. Torque to 100 in oz (1.2 Nm).
6. Close plunger case per procedure below.
7. Replace lead screw per procedure above.
Plunger cable
Removal
1. Remove leadscrew per procedure above.
2. Using ¼” open end wrench and Phillips screw
driver, remove three pan head screws with Nylock
nuts holding the carriage plate. Pull plate with cam
and square shaft attached.
3. Open plunger case right per procedure below.
4. Unplug the plunger cable from plunger board and
pull cable out of slot in force mount and plunger
tube.
5. At the carriage, turn plunger cable connector in
line with the cable, and pull cable out through
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85
Parts Replacement
LCD and backlight
This section defines the steps for removing and replacing the LCD Display and Backlight for the Medfusion™ 3000 Series pump.
Tools Needed
For this disassembly procedure you will need:
•
•
¼” open end wrench
Torque screwdriver with Phillips head & small
flat head
Always work at an electrostatic-controlled work station when disassembling the pump.
Removing LCD and/or backlight
assembly
1. Disconnect the pump from AC power source.
2. Open the pump housing, remove battery pack,
and separate the top and bottom halves.
3. Disconnect the display cable from the main board
at J12.
4. Use small flat blade screwdriver to loosen the 2
screws connecting the fiber optic back light to the
main board. Then pull the fiber cable assembly
from the terminal block.
5. If the back light has a 2nd fiber optic tail, cut the
wire tie anchoring its connecting cable and separate the 2nd tail from the connecting cable.
6. With ¼” open end wrench, remove the 2 Nylock
nuts securing the display.
7. Carefully lift the display assembly from the top
housing.
8. Slide the back light and spacer from the display
assembly.
Replacing the LCD and/or
backlight assembly
1. Remove the protective plastic film from the new
display’s glass.
2. Remove the tape which holds the plastic spacer
inside the new display, and slide out the spacer.
Discard the white plastic spacer.
3. If the backlight has one fiber optic tail, then you
will use two clear plastic spacers in the next step.
86
4.
5.
6.
7.
8.
9.
10.
If your backlight has two fiber optic tails, then you
will use only one clear plastic spacer in the next
step.
Place the clear plastic spacer(s) on top of the backlight with the white side of the back light facing up and the silver side down.
Gently slide the back light and spacer together into
the display with the clear plastic spacer toward the
display glass.
Orient the display with the back light tail on the
side with the keypad cables. Verify there is not lint
or dirt on the display.
Slide the display onto the ribs in the top of the
top housing and over the spacers/studs. Secure
the display assembly with the 2 Nylock nuts and
tighten with ¼” wrench.
Reconnect the display cable to the main board at
J12.
If a 2nd fiber optic tail is present on the backlight,
clip the lead on the LED of the shorter fiber optic
tail to match the length of the shorter tail’s LED
on the removed backlight. Note: the longer fiber
optic tail’s LED requires longer leads. Connect the
shorter fiber optic tail to the round connector on
the cable. Be sure to orient the lead closest to the
flat edge of the LED into the terminal touching the
MELF resistor embedded in the round connector.
After completing the next step, anchor both fiber
optic tails to the main board with a wire tie.
Insert the back light wires into the main board
terminal block. (When replacing the back light,
trim the LED leads to about ½” in length.] Screw
the terminal connector onto the leads with the flat
edge of the LED lens toward the outside edge of
the board. Torque terminal block screws to 32 in
oz (0.4 Nm).
Note: If you reverse the leads during installation, the
backlight will not turn on. You may wish to loosely
reassemble the case halves, plug in the battery, and
power up pump to check the backlight.
11. Close and secure the two halves of the housing
and reinstall the battery pack.
40-5648-51B
Parts Replacement
Verify LCD & backlight assembly
function
1. Plug the pump into AC power and turn it ON.
2. Watch the screen during startup and self-testing.
[Note: you may wish to adjust the display contrast,
see chapter on calibration and adjustment.]
3. After self-testing completes, set the pump in a
darkened area and verify the back light is functioning.
Follow retest guidelines listed in the Calibration and
Adjustment section to verify pump functionality before returning it to use.
Keypad
This section defines the steps for removing and replacing the Keypad.
Tools needed
For this disassembly procedure you will need:
•
•
¼” open end wrench
Torque screwdriver with a Phillips head & small
flat blade
Always work at an electrostatic-controlled work station when disassembling the pump.
Removing the keypad
1. Disconnect the pump from AC power source.
2. Open the pump housing, remove battery pack,
and separate the top and bottom halves.
3. Disconnect the interconnect ribbon cable from J9
on the main board.
4. Loosen the 2 terminal block screws connecting
the fiber-optic backlight to the main board. Then,
carefully pull the leads from the connector. If a
2nd backlight LED is present, disconnect its cable
at the main board and clip the wire tie securing it
to the main board.
5. Disconnect the keypad cables at J10 on the main
board.
6. Disconnect the display cable at J12 on the main
board.
7. Remove the 2 pan head screws securing the main
board, and then loosen the main board. It is not
necessary to remove the main board, or disconnect all cables from it, to access the keypad.
8. With ¼” open end wrench, remove the 2 Nylock
nuts securing the display board, and remove the
display from the top housing.
9. With ¼” open end wrench, remove one hex head
standoff nearest to the motor, and carefully slide
out the keypad ground tab from between the top
housing boss and the extrusion.
10. Press on inside of clear lens (window) to loosen
keypad and peel keypad from top housing.
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87
Parts Replacement
Replacing the keypad
CAUTION: Keypad is NOT Flexible: Whenever
handling the keypad, always ensure it remains flat.
Bending the keypad can damage keys or break LED
contacts.
1. Clean the clear lens with a soft cloth. Ensure there
is no lint or fingerprints on the lens.
2. Ensure inside of new keypad window is clear of
lint or fingerprints.
3. Remove backing from the keypad. Feed the 3 keypad cables through the housing window. Slide the
clear lens into the cutout of the case top.
4. Align the keypad and carefully press into recess in
the case top. Keep the keypad as flat as possible.
5. Slide the keypad ground tab between the extrusion
and the top housing boss. Be sure the black side
of the tab faces toward the extrusion. Replace the
hex head standoff into the extrusion securing the
ground tab. Torque to 100 in oz (1.2 Nm).
6. Slide the display assembly into the ribs on the top
housing, and secure it with 2 Nylock nuts.
7. Reposition the main board and secure with 2 pan
head screws. Torque to 60 in oz (0.8 Nm).
8. Reconnect display cable to J12, keypad cables to
J10.
9. Insert the back light wires into the main board
terminal block. (When replacing the back light,
trim the LED leads to about ½” in length.] Screw
the terminal connector onto the leads with the flat
edge of the LED lens toward the outside edge of
the board. Torque terminal block screws to 32 in
oz (0.4 Nm). If present, connect the 2nd backlight
LED’s cable to J8.
Note: If you reverse the leads during installation, the
backlight will not turn on. You may wish to loosely
reassemble the case halves, plug in the battery, and
power up pump to check the backlight.
10. If a 2nd backlight LED is present, secure the fiber
optic cable to the main board with a wire tie.
11. Close the pump case and reinstall the battery pack.
Follow retest guidelines listed in the Calibration and
Adjustment section to verify pump functionality before returning it to use.
88
Syringe barrel clamp assembly
Tools Needed
For this disassembly procedure you will need:
•
Torque screwdriver with a Phillips head & 1/16”
hex head
• ¼” wrench
• Small vise-grip pliers
Always work at an electrostatic-controlled work station when disassembling the pump.
Barrel clamp head
Removal
1. Lift barrel clamp head until screw is accessible
then use vise grips to clamp near base of barrel
clamp rod to hold it in place.
2. Using a 1/16” hex wrench, remove hex head screw
from barrel clamp head.
3. Pull barrel clamp head off of the barrel clamp rod.
Replacement
1. Align the hole in the barrel clamp rod with the
barrel clamp head, and press the head onto the
rod.
2. Secure the barrel clamp head with the 1/16” hex
head screw. Torque to 60 in oz (0.8 Nm)
Verify Function
1. Verify barrel clamp head moves up and down, and
will rotate when fully extended.
Follow retest guidelines listed in the Calibration and
Adjustment section to verify pump functionality before returning it to use.
Barrel clamp body assembly
Removal
1. Remove barrel clamp head per above.
2, Open pump housing per pump housing section
above.
3. Using a ¼” wrench and Phillips screwdriver,
remove two pan head screws with Nylock nuts
which hold the barrel clamp assembly. These
40-5648-51B
Parts Replacement
4.
5.
6.
7.
screws are located on the right end plate of the
drive train assembly.
Unplug the barrel clamp flex circuit from J4 of the
main board.
Gently slide barrel clamp assembly out of the case
avoiding the fingers extending from the right end
plate around the plunger tube.
Remove small screw holding the pot to the barrel
clamp assembly.
Carefully lift pot up off alignment bosses and out
of fingers on the slide.
Replacement
1. Align new pot into fingers of slide on the barrel
clamp assembly and press onto bosses.
2. Secure pot with small screw. Tighten until screw is
flush with pot. [Do not over-tighten.]
3. Carefully slide barrel clamp body assembly into
case. Push the rod through the hole in top of the
case.
4. Secure barrel clamp assembly with two pan head
screws with Nylock nuts. Torque to 100 in oz (1.2
Nm).
5. Plug barrel clamp flex circuit into J4 of the main
board.
6. Close pump housing per housing section above.
7. Replace barrel clamp head and verify function per
above.
Ear clip, handle & guide
Tools Needed
For this disassembly procedure you will need:
•
Torque screwdriver with a Phillips head & ¼”
nut drive
• Needle nose pliers (two pairs)
Always work at an electrostatic-controlled work station when disassembling the pump.
Ear clip
Removal
1. Open pump housing per pump housing section
above, and setup the case top section with the
handle down and main board facing up.
2. Use one pair of needle nose pliers to press the ear
clip sleeve towards the case wall, then use a second set of pliers (or hemostats) to pull the e-ring
off of the ear clip. [Note, on older pumps sleeve is
not present, so use 1st set of pliers to pull spring
towards the case wall.]
3. Slide the ear clip out of the top housing assembly.
Replacement
1. Partially insert new ear clip through side of case,
then slide the spring onto shaft of ear clip.
2. Slide sleeve over ear clip with hollow end of sleeve
towards the spring.
3. Ensure the ear clip faces the “V” groove in the case
top, then press the ear clip into the case. Use one
pair of needle nose pliers to compress the sleeve
(and/or spring) and use a second set of needle
nose (or hemostats) to snap e-ring into groove on
the ear clip.
4. Pull on the ear clip and release it. Verify that the
ear clip moves smoothly out and is pulled back
flush to the case by the spring when released.
5. Close pump housing per housing section above.
Ear clip optical sensor
Removal
1. Open pump housing per pump housing section
above, and setup the case top section with the
40-5648-51B
89
Parts Replacement
handle down and main board facing up.
2. Remove the main board per section above.
3. Squeeze the plunger lever and fully extend the
plunger head away from the case.
4. Remove pan head screws and standoffs holding
the extrusion (drive train assembly). Remove pan
head screws and Nylock nuts holding barrel clamp
assembly to extrusion.
5. Partially slide extrusion out of case until ear clip
sensor is visible.
6. Remove pan head screw holding sensor and remove the ear clip optical sensor.
Replacement
1. On the new ear clip sensor, look at the old sensor
then use wire cutters to carefully cut a portion of
the plastic tab/mounting hole to allow clearance
for the display connector.
2. Slide ear clip sensor onto post in case top, with
grey side of sensor away from the display.
3. Secure the sensor with the pan head screw. Torque
to 100 in oz (1.2 Nm).
4. Carefully slide the extrusion (drive train assembly)
back into case.
5. Ensure right end plate on extrusion does not damage ear clip sensor.
6. Ensure plunger cable comes out between middle
boss and boss by the motor.
7. Slide keypad ground tab (black side toward extrusion) between boss by the motor and extrusion.
8. Secure extrusion with 3 standoffs and 3 pan head
screws. Torque to 100 in oz (1.2 Nm).
9. Secure the barrel clamp assembly to the extrusion
with 2 pan head screws and Nylock nuts. Torque
to 100 in oz (1.2 Nm).
10. Reinstall main board per main board section
above.
11. Close pump housing per housing section above.
Handle
Removal
1. Open pump housing per pump housing section
above, and setup the case top section with the
handle down and main board facing up.
90
2. Remove the main board per section above.
3. Squeeze the plunger lever and fully extend the
plunger head away from the case.
4. Remove pan head screws and standoffs holding
the extrusion (drive train assembly). Remove pan
head screws and Nylock nuts holding barrel clamp
assembly to extrusion.
5. Partially slide extrusion out of case until two
handle screws are visible.
6. Remove two pan head screw holding handle and
remove the handle.
Replacement
1. Place new handle on case top and secure with two
pan screws with washers through the inside of
case.
2. Carefully slide the extrusion with plunger tube
back into the case.
3. Carefully slide the extrusion (drive train assembly)
back into case.
4. Ensure right end plate on extrusion does not damage ear clip sensor.
5. Ensure plunger cable comes out between middle
boss and boss by the motor.
6. Slide keypad ground tab (black side toward extrusion) between boss by the motor and extrusion.
7. Secure extrusion with 3 standoffs and 3 pan head
screws. Torque to 100 in oz (1.2 Nm).
8. Secure the barrel clamp assembly to the extrusion
with 2 pan head screws and Nylock nuts. Torque
to 100 in oz (1.2 Nm).
9. Reinstall main board per main board section
above.
10. Close pump housing per housing section above.
Tubing guide
Removal
1. Open pump housing per pump housing section
above, and setup the case top section with the
handle down and main board facing up.
2. Remove the main board per section above.
3. Squeeze the plunger lever and fully extend the
plunger head away from the case.
40-5648-51B
Parts Replacement
4. Remove pan head screws and standoffs holding
the extrusion (drive train assembly). Remove pan
head screws and Nylock nuts holding barrel clamp
assembly to extrusion.
5. Partially slide extrusion out of case until three tubing guide screws are visible.
6. Remove pan head screw holding tubing guides
and remove the tubing guides. Note orientation of
each tubing guide.
Replacement
1. Place each tubing guide onto case top and secure
with a pan head screw and nylon washer. The
bumps on the case top help ensure correct orientation of each guide. Torque to 60 in oz (0.8 Nm).
2. Carefully slide the extrusion (drive train assembly)
back into case.
3. Ensure right end plate on extrusion does not damage ear clip sensor.
4. Ensure plunger cable comes out between middle
boss and boss by the motor.
5. Slide keypad ground tab (black side toward extrusion) between boss by the motor and extrusion.
6. Secure extrusion with 3 standoffs and 3 pan head
screws. Torque to 100 in oz (1.2 Nm).
7. Secure the barrel clamp assembly to the extrusion
with 2 pan head screws and Nylock nuts. Torque
to 100 in oz (1.2 Nm).
8. Reinstall main board per main board section
above.
9. Close pump housing per housing section above.
Plunger case assembly
Tools needed
For this disassembly procedure you will need:
•
Torque screwdriver with a Phillips head &
2.5mm hex head
• Needle nose pliers
• Safety glasses
Always work at an electrostatic-controlled work station when disassembling the pump.
Plunger lever
Removal
1. Remove pan head screw from lever.
2. Pull plunger lever off the lever gear.
Replacement
1. Position new plunger lever onto lever gear and secure with pan head screw. Torque to 60 in oz (0.8
Nm).
Plunger case disassembly
WARNING: While servicing the Medfusion™ 3000
Series infusion pump you should wear safety glasses
as it contains springs and other small parts which
may be a hazard.
Disassembly
1. Stand the pump up on its left side so that the
plunger assembly points vertically up. Squeeze the
plunger lever and position the plunger driver for
disassembly.
2. Remove three pan head screws holding the plunger case halves together (do not remove screw on
lever). 3. Remove the plunger case right and remove the
plunger case seal. The lever gear will be attached to
the plunger case right. The square shaft may come
out with plunger case right; if so, pull the shaft
out of the lever gear and slide the shaft down the
plunger tube into gently press into the cam.
Reassembly
1. Remove any slack in movement of square shaft by
40-5648-51B
91
Parts Replacement
turning counter-clockwise. With plunger lever positioned up against long rib on plunger case right,
join the two case halves together pressing the lever
gear over the square shaft.
2. Start the three pan head screws into the plunger
case halves, with the long screw into the tall rib of
the case.
3. Before tightening, press the plunger case seal into
the gaps between the case halves. Ensure the seal
is positioned properly between the halves then
tighten the plunger case screws. Torque to 60 in oz
(0.8 Nm).
Follow retest guidelines listed in the Calibration and
Adjustment section to verify pump functionality before returning it to use.
Cam gear and timing plate
WARNING: While servicing the Medfusion™ 3000
Series infusion pump you should wear safety glasses
as it contains springs and other small parts which
may be a hazard.
Removal
1.
2.
3.
4.
Open the plunger case halves per above.
Lift cam gear off of pin.
Remove push block.
Press timing plate upward and lift carefully to
remove timing plate spring and timing plate. Note,
the timing plates are asymmetrical (left and right
handed).
Replacement
1. Rotate the right flipper until it stops against the
“V” groove on the plunger case.
2. Insert the spring into the timing plate right. Slide
spring over the post in the side wall of the plunger
case.
3. Slowly lower timing plate into the plunger case
slot – as far down the slot as possible toward the
optical sensor on the plunger board – while lining
up the gears.
4. Repeat this process for the left flipper and left timing gear.
5. Place the push block on top of the timing plate
6. Place cam gear over pin (check assembly drawing
92
for orientation) and up against push block.
7. Close plunger case halves per above.
Flipper and flipper gear
Removal
1. Disassemble plunger case and remove timing
plates per above.
2. Use the needle nose pliers to compress the flipper
shaft inside the flipper gear. Gently pull on the
flipper while compressing the shaft.
3. Slide the O-ring seal off of the flipper. (Inspect the
O-ring replace if damaged; otherwise, clean with
soap and water.)
Replacement
1. Slide O-ring seal over new flipper.
2. Insert flipper through the plunger case and snap
onto the flipper gear. (Ensure gear recess faces out
from case – if gear is installed incorrectly then
flipper will not snap in place. If flipper gear is
damaged replace flipper gear.)
3. Install timing plates per above and reassemble
plunger case halves.
Plunger board
Note: Ensure plunger head is fully extended away
from pump housing before starting.
Additional tools needed
For this disassembly procedure you may also need:
•
.002” (.051mm) shim
Removal
1. Disassemble plunger case and remove timing
plates per above.
2. Gently pull on the plunger cable unplugging it
from connector J2. Unplug force sensor cable from
J1 on plunger board. 3. Using a Phillips screwdriver, remove pan head
screw with washer from the force mount assembly.
4. On newer assemblies it is not necessary to remove
float plate seal and float plate. Gently try to pull
plunger case left towards the pump. If it comes
apart skip to step 7 below, otherwise remove float
plate seal and float plate.
40-5648-51B
Parts Replacement
5. Grab float plate seal with pliers (or hemostats) and
pull off from plunger case left. (Float plate seal is
glued in place and may be damaged in removal.)
6. Using a metric 2.5mm hex wrench , remove the
screw holding the float plate.
7. Slide plunger case left toward pump until plunger
board is accessible, then remove plunger board.
Replacement
1. Insert new plunger board into plunger case left.
(Ensure board sits on two guide pins and does not
interfere with flipper gears.)
2. Slide the plunger case left up and over the force
mount assembly. Secure in place with the flat
washer and pan head screw. Torque to 100 in oz
(1.2 Nm). 3. Connect force sensor cable to the plunger board
at connector J1 and press excess cable flat against
board.
4. Connect plunger cable to plunger board connector J2, and check to ensure cable remains in slot
through force mount and plunger tube.
5. If you did not remove float plate/seal skip to step
7; otherwise, place float plate into opening in
plunger case left and start 2.5mm hex screw into
this assembly. Slide a .002” shim between float
plate and the wall of the plunger case. Tighten
screw and torque to 100 in oz (1.2 Nm), then remove shim.
6. Use sharp tool or knife to clean slot for seal. If seal
was damaged, replace with a new seal. Place small
drops of Loctite 454 (cyanoacrylate adhesive) at
four points in the slot and then press the seal into
place.
7. Install timing plates and reassemble plunger case
per above.
Force sensor
Note: Ensure plunger head is fully extended away
from pump housing before starting.
Additional tools needed
For this disassembly procedure you will also need:
•
.002” (.051mm) shim
40-5648-51B
Removal
1. Disassemble plunger case and remove timing
plates per above.
2. Gently pull on the plunger cable unplugging it
from connector J2. Unplug force sensor cable from
J1 on plunger board. 3. Using a Phillips screwdriver, remove pan head
screw with washer from the force mount assembly.
4. On newer assemblies it is not necessary to remove
float plate seal. Gently try to pull plunger case left
towards the pump. If it comes apart skip to step 6
below, otherwise remove float plate seal.
5. Grab float plate seal with pliers or hemostats and
pull off from plunger case left. (Float plate seal is
glued in place and may be damaged in removal.)
6. Using a metric 2.5mm hex wrench , remove the
screw holding the float plate.
7. Slide plunger case left toward pump until the hex
head screw is accessible on the force mount assembly.
8. Using a metric 2.5mm hex wrench , remove the
screw holding the force sensor onto the force
mount. Note the orientation of the cable on the
force mount.
Replacement
1. Install the new force sensor onto the force mount
bracket with the 2.5mm hex screw. (Ensure the
cable of the force sensor faces towards the plunger
PCB and connector J1.) Torque to 100 in oz (1.2
Nm).
2. Slide the plunger case left up and over the force
mount assembly. Secure in place with the flat
washer and pan head screw. Torque to 100 in oz
(1.2 Nm). 3. Connect force sensor cable to the plunger board
at connector J1 and press excess cable flat against
board.
4. Connect plunger cable to plunger board connector J2, and check to ensure cable remains in slot
through force mount and plunger tube.
5. If you did not remove float plate seal skip to step 7;
otherwise, use sharp tool or knife to clean slot for
seal. Place the float plate into opening in plunger
case left and start 2.5mm hex screw into this as93
Parts Replacement
sembly. Slide a .002” shim between float plate and
the wall of the plunger case. Tighten screw and
torque to 100 in oz (1.2 Nm), then remove shim.
6. If seal was damaged, replace with a new seal. Place
small drops of Loctite 454 (cyanoacrylate adhesive) at four points in the slot and then press the
seal into place.
7. Install timing plates and reassemble plunger case
per above.
Left plunger case
Note: Ensure plunger head is fully extended away
from pump housing before starting.
Additional tools needed
For this disassembly procedure you will also need:
•
.002” (.051mm) shim
Removal
1. Disassemble plunger case and remove timing
plates per above.
2. Remove plunger flippers and gears per above.
3. Gently pull on the plunger cable unplugging it
from connector J2. Unplug force sensor cable from
J1 on plunger board. 4. Using a Phillips screwdriver, remove pan head
screw with washer from the force mount assembly.
5. On newer assemblies it is not necessary to remove
float plate seal. Gently try to pull plunger case left
towards the pump. If it comes apart skip to step 8
below, otherwise remove float plate seal.
6. Grab float plate seal with pliers or hemostats and
pull off from plunger case left. (Float plate seal is
glued in place and may be damaged in removal.)
7. Using a metric 2.5mm hex wrench , remove the
screw holding the float plate.
8. Slide plunger case left toward pump until the two
small flat head screws are accessible on the force
mount. Unscrew two flat head screws on force
mount. Pull plunger cable out of slot on force
mount bracket and plunger tube. Slide off the force
mount assembly from the plunger tube.
9. Slide plunger case left off of plunger tube.
94
Replacement
1. Install flippers and flipper gears per above into
new plunger case left.
2. Transfer plunger board into new plunger case.
3. Slide new plunger case left onto plunger tube. (Ensure case is correctly oriented.)
4. Thread plunger cable through force mount assembly and slide assembly onto plunger tube align
screw holes and cable slot. Apply (mild threadlocking adhesive) Loctite 242 to flat head screws
and secure the force mount to the plunger tube.
Torque to 100 in oz (1.2 Nm). [Be careful not to
cross-thread screws.]
5. Slide the plunger case left up and over the force
mount assembly. Secure in place with the flat
washer and pan head screw. Torque to 100 in oz
(1.2 Nm). 6. Connect force sensor cable to the plunger board
at connector J1 and press excess cable flat against
board.
7. Press plunger cable into slot though plunger tube,
force mount, and plunger case left. Ensure exposed braid of cable touches metal on force mount
or plunger tube.
8. Connect plunger cable to plunger board connector J2, and check to ensure cable remains in slot
through force mount and plunger tube.
9. If you did not remove the float plate seal, skip to
step 11. Place the float plate into opening in plunger case left and start 2.5mm hex screw into this assembly. Slide a .002” shim between float plate and
the wall of the plunger case. Tighten screw and
torque to 100 in oz (1.2 Nm), then remove shim.
10. Use a new seal. Place small drops of Loctite 454
(cyanoacrylate adhesive) at four points in the slot
and then press the seal into place.
11. Install timing plates and reassemble plunger case
per above.
40-5648-51B
Calibration & Adjustment
Using Biomed > Calibration
This section explains the use of Biomed Calibration
for the calibration of internal sensors of the Medfusion™ 3000 Series pumps.
Biomed > Calibration
In order to complete the calibration of the Medfusion™
3000 Series infusion pumps, you need the Smiths
Medical Medfusion™ 3000 Series Calibration Kit. This
kit contains one (each) of the following:
•
•
•
Small Calibration Slug
Large Calibration Slug
Force Gauge
Note: The equipment supplied in the Calibration
Kit should be added to your annual calibration and
maintenence schedule.
To access Biomed > Calibration, from the Main
menu use the number buttons to choose Biomed (you
may need to press More to find it; if libraries are enabled you may need to press Main Menu, then More).
Enter the Passcode (2580) then press Enter.
PRESS THE NUMBER TO SELECT THE MODE
CALIBRATION
5. SET LANGUAGE
DIAGNOSTICS
UTILITIES
UPDATE FIRMWARE
1.
2.
3.
4.
1
2
3
4
PRESS THE NUMBER TO SELECT
CALIBRATION
DIAGNOSTICS
UTILITIES
SET LANGUAGE
Use the number buttons to select Calibration.
1.
2.
3.
4.
1
2
3
4
PRESS THE NUMBER
SIZE AND POSITION
FORCE SENSOR
PRESSURE SENSOR
PLUNGER POSITION
CAL
CAL
CAL
CAL
CAL
CAL
CAL
CAL
TO
5.
6.
7.
8.
SELECT THE MODE
CAL SYRINGE SIZE SENSOR
ADJUST CONTRAST
VIEW CALIBRATION DATA
SAVE CHANGES AND EXIT
PRESS THE NUMBER TO SELECT
SIZE AND POSITION 5 ADJUST CONTRAST
FORCE SENSOR
6 VIEW CALIBRATION DATA
PLUNGER POSITION 7 SAVE CHANGES AND EXIT
SYRINGE SIZE SENSOR
40-5648-51B
95
Calibration & Adjustment
Below is table which summarizes the options available
for calibration.
Calibration Option
What it Controls
Calibrate (Syringe) Size and Position Performs concurrent adjustment of syringe size & position sensors
settings. This requires Smiths Medical “calibration slugs”.
Performs adjustment of force sensor settings.
Calibrate Force Sensor
This is a future option of the Medfusion™ 3000 Series pumps.
Calibrate Pressure Sensor
Performs adjustment of plunger position sensor settings.
Calibrate Plunger Position Sensor
Performs adjustment of syringe size sensor setting.
Calibrate Syringe Size Sensor
Varies the onscreen contrast of the LCD. The pump is shipped with
Adjust Contrast
a “factory average” default. You may set it above or below for “comfortable” viewing.
Displays the “current” calibration data settings.
View Calibration Data
Saves the new calibration settings and then returns to the main
Save Changes and Exit
Biomed menu.
96
40-5648-51B
Calibration & Adjustment
Calibrate (Syringe) size and
position
This procedure calibrates both the syringe size sensor
and the syringe position sensor. The syringe size sensor
is part of the barrel clamp assembly and measures the
syringe barrel external diameter allowing the software
to determine the syringe size loaded onto the pump. The
syringe position sensor is part of the drive train assembly and measures the plunger head position allowing the
software to determine the empty position and plunger
head travel.
Performing both size & position
calibration
1. From the Calibration Menu, use the number
buttons to choose Cal Size and Position.
1.
2.
3.
4.
1
2
3
4
CAL
CAL
CAL
CAL
CAL
CAL
CAL
CAL
PRESS THE NUMBER
SIZE AND POSITION
FORCE SENSOR
PRESSURE SENSOR
PLUNGER POSITION
TO
5.
6.
7.
8.
SELECT THE MODE
CAL SYRINGE SIZE SENSOR
ADJUST CONTRAST
VIEW CALIBRATION DATA
SAVE CHANGES AND EXIT
PRESS THE NUMBER TO SELECT
SIZE AND POSITION 5 ADJUST CONTRAST
FORCE SENSOR
6 VIEW CALIBRATION DATA
PLUNGER POSITION 7 SAVE CHANGES AND EXIT
SYRINGE SIZE SENSOR
2. Load the small calibration slug into the barrel clamp.
Keeping the barrel clamp perpendicular to the slug,
move the clamp slightly back and forth to find the
lowest size reading, then press Continue to calibrate
the small size.
SETUP LOW STANDARD - PRESS CONTINUE WHEN READY
MAX VALUE
SYRINGE SIZE
MIN VALUE
DATA: 175 COUNTS
DATA: 125 COUNTS
DATA: 75 COUNTS
CONTINUE
SETUP LOW STANDARD - PRESS < CONTINUE > WHEN READY
MAX VALUE
SYRINGE SIZE
MIN VALUE
DATA: 175 COUNTS
DATA: 902 COUNTS
DATA: 75 COUNTS
CONTINUE
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97
Calibration & Adjustment
3. Squeeze the plunger lever to hold the flippers open,
move the plunger head against the small slug, and
press Continue to calibrate the low position.
SETUP LOW STANDARD - PRESS CONTINUE WHEN READY
MAX VALUE
PLUNGER POS
MIN VALUE
DATA: 200 COUNTS
DATA: 151 COUNTS
DATA: 100 COUNTS
CONTINUE
SETUP LOW STANDARD - PRESS < CONTINUE > WHEN READY
MAX VALUE
PLUNGERR POS
MIN VALUE
DATA: 200 COUNTS
DATA: 559 COUNTS
DATA: 100 COUNTS
CONTINUE
4. Load the large calibration slug into barrel
clamp. Keeping the barrel clamp perpendicular to the slug, move the clamp slightly
back and forth to find the lowest size reading, then press Continue to calibrate large
size.
SETUP HIGH STANDARD - PRESS CONTINUE WHEN READY
MAX VALUE
SYRINGE SIZE
MIN VALUE
DATA: 1024 COUNTS
DATA: 975 COUNTS
DATA: 925 COUNTS
CONTINUE
SETUP HIGH STANDARD - PRESS < CONTINUE > WHEN READY
MAX VALUE
SYRINGE SIZE
MIN VALUE
DATA: 1024 COUNTS
DATA: 125 COUNTS
DATA: 850 COUNTS
CONTINUE
5. Load the large calibration slug into barrel clamp. Squeeze the plunger lever to hold the flippers open,
move the plunger head against the large slug, and
press Continue to calibrate high position.
SETUP HIGH STANDARD - PRESS CONTINUE WHEN READY
MAX VALUE
PLUNGER POS
MIN VALUE
DATA: 175 COUNTS
DATA: 125 COUNTS
DATA: 75 COUNTS
CONTINUE
SETUP HIGH STANDARD - PRESS < CONTINUE > WHEN READY
MAX VALUE
PLUNGER POS
MIN VALUE
DATA: 950 COUNTS
DATA: 901 COUNTS
DATA: 850 COUNTS
CONTINUE
98
40-5648-51B
Calibration & Adjustment
6. You return to the Calibration menu. You may
calibrate another mode, choose Save Changes
and Exit to exit calibration, or press â to
return to the Biomed menu.
40-5648-51B
99
Calibration & Adjustment
Calibrate force sensor
1. From the Calibration menu, choose Cal Force
Sensor.
1.
2.
3.
4.
1
2
3
4
CAL
CAL
CAL
CAL
CAL
CAL
CAL
CAL
PRESS THE NUMBER
SIZE AND POSITION
FORCE SENSOR
PRESSURE SENSOR
PLUNGER POSITION
TO
5.
6.
7.
8.
SELECT THE MODE
CAL SYRINGE SIZE SENSOR
ADJUST CONTRAST
VIEW CALIBRATION DATA
SAVE CHANGES AND EXIT
PRESS THE NUMBER TO SELECT
SIZE AND POSITION 5 ADJUST CONTRAST
FORCE SENSOR
6 VIEW CALIBRATION DATA
PLUNGER POSITION 7 SAVE CHANGES AND EXIT
SYRINGE SIZE SENSOR
2. Ensure nothing is loaded in the plunger head, press
Continue and wait until force sensor zero is finished.
SETUP LOW STANDARD - PRESS CONTINUE WHEN READY
OFFSET
DATA:
0 COUNTS
MAX VALUE
DATA: 50 COUNTS
FORCE
DATA:
MIN VALUE
DATA: 34 COUNTS
CONTINUE
SETUP LOW STANDARD - PRESS < CONTINUE > WHEN READY
OFFSET
DATA:
0 COUNTS
MAX VALUE
DATA: 50 COUNTS
FORCE
DATA:
MIN VALUE
DATA: 34 COUNTS
CONTINUE
3. The pump then auto-zeroes the force sensor’s offset
(this takes about 40 seconds). [Do not use arrow
keys.]
ADJUST THE FORCE OFFSET - PRESS ENTER TO CONTINUE
OFFSET
DATA: 138 COUNTS
MAX VALUE
DATA: 50 COUNTS
FORCE
DATA: 44 COUNTS
MIN VALUE
DATA: 34 COUNTS
↑
↓
ENTER
ADJUST THE FORCE OFFSET - PRESS < ENTER > TO CONTINUE
OFFSET
MAX VALUE
FORCE
MIN VALUE
DATA: 138 COUNTS
DATA: 50 COUNTS
DATA: 44 COUNTS
DATA: 34 COUNTS
↑
↓
ENTER
4. Press Enter when zeroing is complete.
100
40-5648-51B
Calibration & Adjustment
5. Press the zero button on the force gauge. Load the
force gauge under the barrel clamp resting flush on
the case top. Ensure the flippers are below (closed)
the force gage head, and use the thumbscrew to adjust the gauge to 10 lbs. ±0.2, then press Continue.
The force calibration is complete.
6. You return to the Calibration menu. You may
calibrate another mode, choose Save Changes
and Exit to exit calibration, or press â to
return to the Biomed menu.
40-5648-51B
101
Calibration & Adjustment
Calibrate pressure sensor
(future option)
Do not use, this is a “future option” of the Medfusion™ 3000 Series.
Calibrate plunger position
1. From the Calibration menu, choose Cal
Plunger Position.
1.
2.
3.
4.
1
2
3
4
CAL
CAL
CAL
CAL
CAL
CAL
CAL
CAL
PRESS THE NUMBER
SIZE AND POSITION
FORCE SENSOR
PRESSURE SENSOR
PLUNGER POSITION
TO
5.
6.
7.
8.
SELECT THE MODE
CAL SYRINGE SIZE SENSOR
ADJUST CONTRAST
VIEW CALIBRATION DATA
SAVE CHANGES AND EXIT
PRESS THE NUMBER TO SELECT
SIZE AND POSITION 5 ADJUST CONTRAST
FORCE SENSOR
6 VIEW CALIBRATION DATA
PLUNGER POSITION 7 SAVE CHANGES AND EXIT
SYRINGE SIZE SENSOR
2. Load the small calibration slug into the barrel clamp.
Squeeze the plunger lever to hold the flippers open,
move the plunger head against the small slug, and
press Continue to calibrate the low position.
SETUP LOW STANDARD - PRESS CONTINUE WHEN READY
MAX VALUE
PLUNGER POS
MIN VALUE
DATA: 200 COUNTS
DATA: 151 COUNTS
DATA: 100 COUNTS
CONTINUE
SETUP LOW STANDARD - PRESS < CONTINUE > WHEN READY
MAX VALUE
PLUNGERR POS
MIN VALUE
DATA: 200 COUNTS
DATA: 559 COUNTS
DATA: 100 COUNTS
CONTINUE
3. Load the large calibration slug into barrel clamp.
Squeeze the plunger lever to hold the flippers open,
move the plunger head against the large slug, and
press Continue to calibrate high position.
SETUP HIGH STANDARD - PRESS CONTINUE WHEN READY
MAX VALUE
PLUNGER POS
MIN VALUE
DATA: 175 COUNTS
DATA: 125 COUNTS
DATA: 75 COUNTS
CONTINUE
SETUP HIGH STANDARD - PRESS < CONTINUE > WHEN READY
MAX VALUE
PLUNGER POS
MIN VALUE
DATA: 950 COUNTS
DATA: 901 COUNTS
DATA: 850 COUNTS
CONTINUE
102
40-5648-51B
Calibration & Adjustment
4. You return to the Calibration menu. You may
calibrate another mode, choose Save Changes
and Exit to exit calibration, or press â to
return to the Biomed menu.
40-5648-51B
103
Calibration & Adjustment
Calibrate syringe size sensor
1. From the Calibration menu, choose Cal Syringe Size Sensor.
1.
2.
3.
4.
1
2
3
4
CAL
CAL
CAL
CAL
CAL
CAL
CAL
CAL
PRESS THE NUMBER
SIZE AND POSITION
FORCE SENSOR
PRESSURE SENSOR
PLUNGER POSITION
TO
5.
6.
7.
8.
SELECT THE MODE
CAL SYRINGE SIZE SENSOR
ADJUST CONTRAST
VIEW CALIBRATION DATA
SAVE CHANGES AND EXIT
PRESS THE NUMBER TO SELECT
SIZE AND POSITION 5 ADJUST CONTRAST
FORCE SENSOR
6 VIEW CALIBRATION DATA
PLUNGER POSITION 7 SAVE CHANGES AND EXIT
SYRINGE SIZE SENSOR
2. Load the small calibration slug into the barrel clamp. Keeping the barrel clamp perpendicular to the slug,
move the clamp slightly back and forth to find the
lowest size reading, then press Continue.
SETUP LOW STANDARD - PRESS CONTINUE WHEN READY
MAX VALUE
SYRINGE SIZE
MIN VALUE
DATA: 175 COUNTS
DATA: 125 COUNTS
DATA: 75 COUNTS
CONTINUE
SETUP LOW STANDARD - PRESS < CONTINUE > WHEN READY
MAX VALUE
SYRINGE SIZE
MIN VALUE
DATA: 175 COUNTS
DATA: 902 COUNTS
DATA: 75 COUNTS
CONTINUE
3. Load the large calibration slug into barrel clamp.
Keeping the barrel clamp perpendicular to the slug,
move the clamp slightly back and forth to find the
lowest size reading, then press Continue to calibrate
large size.
SETUP HIGH STANDARD - PRESS CONTINUE WHEN READY
MAX VALUE
SYRINGE SIZE
MIN VALUE
DATA: 1024 COUNTS
DATA: 975 COUNTS
DATA: 925 COUNTS
CONTINUE
SETUP HIGH STANDARD - PRESS < CONTINUE > WHEN READY
MAX VALUE
SYRINGE SIZE
MIN VALUE
DATA: 1024 COUNTS
DATA: 125 COUNTS
DATA: 850 COUNTS
CONTINUE
4. You return to the Calibration menu. You may
calibrate another mode, choose Save Changes
and Exit to exit calibration, or press â to
return to the Biomed menu.
104
40-5648-51B
Calibration & Adjustment
Adjust contrast (voltage) setting
The factory default contrast voltage setting is 00BF
(however this value may vary for different LCD display
manufactures). This is the nominal setting for most
lighting conditions and may be adjusted higher or lower.
1. From the Calibration menu, choose Adjust
Contrast.
1.
2.
3.
4.
1
2
3
4
CAL
CAL
CAL
CAL
CAL
CAL
CAL
CAL
PRESS THE NUMBER
SIZE AND POSITION
FORCE SENSOR
PRESSURE SENSOR
PLUNGER POSITION
TO
5.
6.
7.
8.
SELECT THE MODE
CAL SYRINGE SIZE SENSOR
ADJUST CONTRAST
VIEW CALIBRATION DATA
SAVE CHANGES AND EXIT
PRESS THE NUMBER TO SELECT
SIZE AND POSITION 5 ADJUST CONTRAST
FORCE SENSOR
6 VIEW CALIBRATION DATA
PLUNGER POSITION 7 SAVE CHANGES AND EXIT
SYRINGE SIZE SENSOR
2. Use the “↑” and “↓” keys to setup the contrast voltage. “↑” increases contrast.
ADJUST CONTRAST - PRESS ENTER TO CONTINUE
CONTRAST VOLTAGE:
↑
00B6
↓
ENTER
ADJUST CONTRAST - PRESS < ENTER > TO CONTINUE
CONTRAST VOLTAGE:
↑
00B6
↓
ENTER
3. When ready, press Enter to accept the new contrast
voltage setting and return to the Calibration
menu. You may calibrate another mode, choose
Save Changes and Exit to exit calibration, or
press â to return to the Biomed menu.
40-5648-51B
105
Calibration & Adjustment
View calibration data
This feature allows you to display the pump’s calibration
data onscreen. This screen is generally used in factory
service or for troubleshooting.
1. From the Calibration menu, choose View Calibration Data.
1.
2.
3.
4.
1
2
3
4
CAL
CAL
CAL
CAL
CAL
CAL
CAL
CAL
PRESS THE NUMBER
SIZE AND POSITION
FORCE SENSOR
PRESSURE SENSOR
PLUNGER POSITION
TO
5.
6.
7.
8.
SELECT THE MODE
CAL SYRINGE SIZE SENSOR
ADJUST CONTRAST
VIEW CALIBRATION DATA
SAVE CHANGES AND EXIT
PRESS THE NUMBER TO SELECT
SIZE AND POSITION 5 ADJUST CONTRAST
FORCE SENSOR
6 VIEW CALIBRATION DATA
PLUNGER POSITION 7 SAVE CHANGES AND EXIT
SYRINGE SIZE SENSOR
2. When ready, press Continue to return to the Calibration menu. You may calibrate another mode,
choose Save Changes and Exit to exit calibration, or press â to return to the Biomed
menu.
PRESS CONTINUE WHEN READY
FORCE
42 COUNTS
475 COUNTS
0
PLUNGER POS
151 COUNTS
901 COUNTS
PRESSURE
0 COUNTS
0 COUNTS
SYRINGE SIZE
125 COUNTS
975 COUNTS
CONTINUE
PRESS < CONTINUE > WHEN READY
FORCE
PLUNGER POS
SYRINGE SIZE
42 COUNTS
151 COUNTS
125 COUNTS
475
901
975
COUNTS
COUNTS
COUNTS
138
CONTINUE
106
40-5648-51B
Calibration & Adjustment
Save changes and exit
This feature is the normal path to save the new calibration values when exiting Biomed > Calibration. If a mistake occurred in the calibration process
press â to exit Biomed > Calibration without saving any new calibration values.
1. From the Calibration menu, choose Save
Changes and Exit.
1.
2.
3.
4.
1
2
3
4
PRESS THE NUMBER
SIZE AND POSITION
FORCE SENSOR
PRESSURE SENSOR
PLUNGER POSITION
CAL
CAL
CAL
CAL
CAL
CAL
CAL
CAL
TO
5.
6.
7.
8.
SELECT THE MODE
CAL SYRINGE SIZE SENSOR
ADJUST CONTRAST
VIEW CALIBRATION DATA
SAVE CHANGES AND EXIT
PRESS THE NUMBER TO SELECT
SIZE AND POSITION 5 ADJUST CONTRAST
FORCE SENSOR
6 VIEW CALIBRATION DATA
PLUNGER POSITION 7 SAVE CHANGES AND EXIT
SYRINGE SIZE SENSOR
2. Press â to exit Biomed and return to the
main menu.
Exit calibration without saving
changes
You may exit the Calibration menu at any time −
without saving your changes − by pressing Back.
1. To exit without saving changes, press â to
exit and the following screen appears.
SAVE CHANGES?
YES
NO
2. Press No to exit without saving new calibration
values.
40-5648-51B
107
Calibration & Adjustment
Retest guidelines
The following are minimum guidelines for re-calibration and re-testing after repair.
Repair Type
From Biomed > Calibration,
perform:
From Periodic Maintenance,
perform:
Pump Opened
Repair drive-train
None
Quick Check-out
Replace motor
None
Complete Mandatory Annual Maintenance Testing
Complete Mandatory Annual Maintenance Testing
Replace clutches,
square rod, leadscrew, or plunger
cable
Repair sensors
Replace ear clip or ear
clip sensor
Replace barrel clamp
assy or size pot.
Replace force sensor
Recalibrate position & size
Replace position pot
Recalibrate position & size
Repair electronics
Replace speaker
Replace interconnect
cable
Replace AC supply
Replace battery
Replace interconnect
board
Replace keypad, display
or backlight
Replace main board/
component
Replace plunger board/
component
Software Updates
Reprogramming
Repair case or case
parts
Replace case bottom
108
Recalibrate size
Recalibrate size
Recalibrate force
Quick Check-out & Calibration Verification
Quick Check-out & Calibration Verification
Quick Check-out & Calibration Verification
Quick Check-out & Calibration Verification & Plunger Travel Test
None
None
Quick Check-out
Quick Check-out
None
None
Quick Check-out
Quick Check-out & after AC charging
run Power-up Tests
Quick Check-out
None
None
Recalibrate all sensors
Recalibrate force
Quick Check-out & Calibration Verification
Complete Mandatory Annual Maintenance Testing
Quick Check-out & Calibration Verification
See update instructions
See update instructions
None
Quick Check-out
40-5648-51B
Calibration & Adjustment
Replace case top
Recalibrate all sensors
Replace case handle
Recalibrate position & size
Replace plunger head,
or flippers
Replace IR lens
Replace plunger lever
Replace pump labels
Replace feet
Replace tubing holders
Recalibrate force
40-5648-51B
None
None
None
None
Recalibrate size
Complete Mandatory Annual Maintenance Testing
Quick Check-out & Calibration Verification
Quick Check-out & Calibration Verification
Quick Check-out
Quick Check-out
Quick Check-out
Quick Check-out
Quick Check-out & Calibration Verification
109
Calibration & Adjustment
110
40-5648-51B
KEYPAD INTERFACE
PLUNGER
KEY_MATRIX_TAIL
LED_TAIL
9
10
11
12
1
2
3
4
5
6
7
8
9
10
11
12
2
3
4
5
6
7
3
4
3
2
1
4
J2
J12
J11
J10
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
1
2
3
4
5
6
7
8
9
10
LOGIC_SPLY (FILTERED) 11
12
FORCE_EXC
FORCE_PREAMP_OUT
PLUNGER_SNSR1_OUT
PLUNGER_SNSR2_OUT
PLUNGER_SNSRS_ENBL
FORCE_SYS_TEST
VNEG_SPLY
FORCE_PREAMP_OSADJ
KEYPAD_PWRSWX
KEYPAD_COL2
KEYPAD_COL1
KEYPAD_COL0
KEYPAD_LOCKOUT_LED
KEYPAD_COL5
KEYPAD_COL4
KEYPAD_COL3
KEYPAD_ROW3
KEYPAD_ROW2
KEYPAD_ROW1
KEYPAD_ROW0
KEYPAD_BATTERY_LED
KEYPAD_AC_LED
KEYPAD_PCELL_LED
KEYPAD_INFUSION_LEDL
KEYPAD_INFUSION_LEDM
KEYPAD_INFUSION_LEDR
KEYPAD_CAUTION_LED
KEYPAD_WARNING_LED
LOGIC_SPLY (FILTERED)
SYRINGE_EAR_DETECT
SYRINGE_EAR_SNSR_ENBL
SYRINGE EAR DETECTOR
SYRINGE_SIZE
BACK-UP BUZZER
BACK-UP POWER SOURCE
MAIN_PCB
LOGIC_SPLY (FILTERED)
LCD_CONTRAST
EVALID_WRITE
BFRD_EVALID_READ
LCD_CS
LCD_COMMAND
(NOT USED)
LCD_RESET
B_DATE0
B_DATE1
B_DATE2
B_DATE3
B_DATE4
B_DATE5
B_DATE6
B_DATE7
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
(NOT USED)
1
2
3
4
5
6
7
8
PRESSURE_SNSR_OUTL
PRESSURE_SNSR_OUTH
PRESSURE_SNSR_EXH
SET_IN_SNSR_DRV
SET_IN_DETECT
SPEAKER_DRIVE
SPEAKER_RET
POWER_FNRI
AC_PWR_DETECT
CHARGE_DETECT
BACKUP_CHARGE_SRC
EXTERNL_PWR_DETECT
VLOW_BATTERY
BATTERY_DATA
UNSWX_CD_POWER
FILT_5V
IR_RCV_DATA
IR_XMT_DATA
TRAVEL_SNSR_OUT
TRAVEL_SNSR_EXC
POWER
TRANSDUCER
SET_IN_SENSOR
POSITION SENSOR
STEP
MOTOR
CLASS II
AC INPUT
6ND
DISPLAY
J8
J9
4
3
2
1
1 MTR_DRV_PHA
2 MTR_DRV_PHA
3 MTR_DRV_PHB
4 MTR_DRV_PHB
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
J7
J3
12V
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
2
J4
2
1 J3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
Pack
Battery
RCVR
XMTR
OPTICAL COMMUNICATION
INTERFACE
EXTERNAL DC SUPPLY
2
3
1
INTERCONNECT PCB
CHARGE_DETECT
1
J1
SIZE_SNSR_EX
CHARGE
BATTERY_POS_LEAD
BATTERY_DATA
1
2
3
4
5
6
7
8
9
10
40-5648-51B
VLOW_BATTERY
SYRINGE SIZE DETECTORJ4
J2
1
2
SPEAKER
Schematics & PCB Assemblies
System layout
111
12V INTERNAL POWER SUPPLY
{4} BFRD_XTAL
LINK
GROUND LINK
GL1
GROUND
LGND
2
R11
4.99KOHM
1%
1/10 W
0805
TP29
{5, 14..18} ATOD_REF_BFRD
1% 0805 1.10 W
R12 15.0KOHM
TP278
MOTOR_SPLY
RGND
TP430
C34
+ 10UF
20% TANT
10 V
SMT_B
RGND
R21
4.99KOHM
1%
1/10 W
0805
R25
4.99KOHM
1%
1/10 W
0805
RGND
R8
1.0KOHM
1%
1/10 W
0805
RGND
R7
4.99KOHM
1%
1/10 W
0805
RGND
R29
4.99KOHM
1%
1/10 W
0805
R43
15.0KOHM
1%
1/10 W
0805
VPOS_SPLY
SN74AHC1G14DBVR
SOT23-5
ANALOG_SPLY
4
U45
LOGIC_SPLY_5V
LGND
FB1
LGND
J5
1
2
TP33
X2
TP222
TP207
TP8
TP213
TP224
TP12
TP429
TP137
TP7
C18
+ 10UF
20% TANT
10 V
SMT_B
LGND
DATA7
DATA6
DATA5
DATA4
DATA3
DATA2
DATA1
DATA0
TP178
TP177
TP251
TP261
TP397
TP252
TP198
TP199
TP185
TP57
TP142
ATOD_REF_MEAS
C5
0.01UF
10% X7R
50 V
0805
62
61
60
59
58
57
56
55
76
75
74
37
38
39
40
41
42
35
78
71
70
25
22
20
1
84
83
69
21
54
68
67
45
34
44
43
C20
0.01UF
10% X7R
50 V
0805
ANALOG_SPLY_MEAS
MOTOR_SPLY_MEAS
PROCESSOR DECOUPLING
TP5
2N841
2N842
2N885
2N887
2N890
TP111
2N1112
TP149
2N861
TP130
2N805
2N417
2N419
VPOS_SPLY_MEAS
MTR_TIMER
TP112
TP179
TP167
TP148
TP62
5% 0805 1/10 W
LOGIC_SPLY_5V
{3,5} SPI_CLOCK
{3, 5} SPI_MOSI
{3, 5} SPI_MISO
{3, 13} DATA [0:7]
{6} PWR_STRB_O
{6} SUPERCAP_DETECT
RGND
5% 0805 1/10 W
R64 1KOHM
5% 0805 1/10 W
{19} SPEAKER_DETECT
{5, 17} FORCE_OSV_ADJ
TP9
2N742
U16
LM4040DIM3-4.1
4.096V
1%
TO236AB
R17
2.0KOHM
1%
1/10W
0805
R70 1KOHM
R71 1KOHM
TP15
{9} RESET #
TP138
R1
10MOHM
5%
1/8 W
1206
{3} TOD_INTRPT#
{7} BUZZER_DETECT
{16} MOTION_DETECT
{6} PRGM1 #
1% 0805 1/10 W
R44 10.0 KOHM
5% 0805 1/10 W
R86 1KOHM
EC2SM 16.000NHZ
SMT
HTSW-102-06-T-2
THRUHOLE
LGND
R102
1KOHM
5%
1/10 W
0805
LOGIC_SPLY_5V
C21
18PF
5% NPO
50 V
0805
C12
27PF
5% NPO
50 V
0805
5_VDC_FILT
C107
0.01UF
10% X7R
50 V
0805
LGND
C40
0.01 UF
10% X7R
50 V
0805
1
2
BLM21A102SPT
0805-100 mA
5
3
1
U19
LGND
C126
0.01UF
10% X7R
50 V
0805
ADDR 15
ADDR 14
ADDR 13
ADDR 12
ADDR 11
ADDR 10
ADDR 9
ADDR 8
ADDR 7
ADDR 6
ADDR 5
ADDR 4
ADDR 3
ADDR 2
ADDR 1
ADDR 0
P G 5/XADDR 18
P G 4/XADDR 17
P G 3/XADDR 17
P G 2/XADDR 15
AHC1G14
DECOUPLING
C22
0.01UF
10% X7R
50 V
0805
DATA 7
DATA 6
DATA 5
DATA 4
DATA 3
DATA 2
DATA 1
DATA 0
P D4/S C K
P D3/MO S I
P D2/MIS O
P E 7/AN7
P E 6/AN6
P E 5/AN5
P E 4/AN4
P E 3/AN3
P E 2/AN2
P E 1/AN1
P E 0/AN0
X OUT
E
P H4/C S IO
P H5/CS G P1
P H6/CS GP 2
P H7/CS P R OG
R/W *
P A6/OC 2
P A5/OC 3
P A4/OC 4
P A3/IC 4/OC 5
84PLCC_SKT
P D5/SS *
P D1/TXT
P D0/RXD
P H0/PW1
P H1/PW2
P H2/PW3
P H3/PW4
P G6
P G 1/XADDR 14
P G 0/XADDR 13
68HC11K1
P A7/OC 1/P AI
MODA
MODB
T E S T14
T E S T15
T E S T16
P A0/IC 3
P A1/IC 2
P A2/IC 1
RESET
XIR Q
IR Q
XTAL
EXAL
AVSS
AVDD
VRH
VRL
LOGIC_SPLY_5V
2
23
64
VDD
VDD
VDD
VSS
VSS
VSS
112
3
24
63
LOGIC_SPLY_5V
4
5
6
7
8
9
10
11
46
47
48
49
50
51
52
53
28
29
30
31
66
65
16
17
18
19
26
79
80
81
82
77
73
72
12
13
14
15
27
32
33
TP63
TP97
TP64
TP98
TP65
TP129
TP66
TP67
TP211
TP221
TP210
TP220
TP209
TP219
TP208
TP218
TP192
TP193
TP200
TP201
TP147
TP146
TP131
TP132
TP93
TP140
TP55
TP42
TP95
TP68
TP73
TP6
TP11
TP13
2N952
ADDR 14
ADDR 13
ADDR 12
ADDR 11
ADDR 10
ADDR 9
ADDR 8
ADDR 7
ADDR 6
ADDR 5
ADDR 4
ADDR 3
ADDR 2
ADDR 1
ADDR 0
XADDR 18
XADDR 17
XADDR 16
XADDR 15
2N1043
2N1332
XADDR [15:18] {3}
E_CLOCK {3}
IO_CS# {4, 13}
RAM_CS# {3}
EEPROM1_CS# {3}
FLASH_CS# {3}
WRITE# {3}
ADDR_BUS
ASYNC_BATTERY_DATA {9}
PLUNGER_DETECT1 {17}
PLUNGER_DETECT2 {17}
POWER_STROBE {6}
IR_XMT_DATA {8}
IR_RCV_DATA {8}
SPEAKER_FREQUENCY {19}
SPEAKER_VOLUME {19}
MTR_PHA_IREF {14}
MTR_PHB_IREF {14}
ADC_CS# {5}
DAC_CS# {5}
RESET_PIO {4, 5}
ADDR [0:14] {3, 4}
XADDR_BUS
R27
10KOHM
5%
1/10 W
0805
LOGIC_SPLY_5V
R103
10KOHM
5%
1/10 W
0805
ACU_PWR_STRB_ON {6}
Schematics & PCB Assemblies
Main board schematics
The following are the main board schematics if the
Medfusion™ 3000 Series pump.
Main board / logic kernel
40-5648-51B
TP232
R45
1KOHM
5%
1/10W
0805
LOGIC_SPLY_5V
{2} E_CLOCK
{2} WRITE #
SN74AHC00PWR
LGND
C10
0.01UF
10% X7R
50 V
0805
LOGIC_SPLY_5V
{4}TOD_WR_ENBL #
{4} TOD_CS
{4} EEPROM2_CS #
{2, 5} SPI_MIS 0
{2} EEPROM1_CS#
{2, 5} SPI_CLOCK
{2, 5} SPI_MIS 1
TP81
{2} FLASH_CS #
3N990
U5C
7400
10 TSSOP14
9
{2, 4} ADDR [0:14]
{2} XADDR [15:18]
TSSOP14
TSSOP14
SERIAL
EEPROM
16K X 8
VCC
8
SERIAL
EEPROM
16K X 8
VCC
8
AT25256AN-10SI-2.7
C8
0.01UF
10% X7R
50 V
0805
C27
0.01UF
10% X7R
50 V
0805
3
TP60
EEPROM
+ 10UF
C13
20% TANT
10 V
SMT_B
U11A
SN74AHC125PWR
TSS0P14
LGND
C72
0.01UF
10% X7R
50 V
0805
2
1
LGND
R46
4.99KOHM
1%
1/10 W
0805
LOGIC_SPLY_5V
1 CS S08
2
6 CLK DATAOUT
5 DATAIN
GND 4
3 WP
7 HOLD
U2
AT25256AN-10SI-2.7
6
11
LOGIC_SPLY_5V
SN74AHC00PWR
5
SN74AHC00PWR
U5B
4 7400
13
S08
2
1 CS DATAOUT
6 CLK
5 DATA IN
GND 4
3 WP
7 HOLD
U4
3N1168
TP56
IC DECOUPLING
8
U5D
12 7400
14
7
RS5C316B
U8
C30
20% TANT
10 V
SMT_B
FLASH
LGND
INTRPT
RS5C316B
SSOP8
TIME OF DAY
OSOUT
3 SDATA
5
6
VCC 8
OSC IN 7
VCC
GND
TP80
3N1043
TP89
DATA7
DATA6
DATA5
DATA4
DATA3
DATA2
DATA1
DATA0
3
2
LGND
C14
0.01UF
10% X7R
50 V
0805
5V_AO
TIME OF DAY
DECOUPLING
LGND
1
ADDR14
ADDR13
ADDR12
ADDR11
ADDR10
ADDR9
ADDR8
ADDR7
ADDR6
ADDR5
ADDR4
ADDR3
ADDR2
ADDR1
ADDR0
3N1193 2
TP91
R63
1KOHM
5%
1/10 W
0805
LOGIC_SPLY_5V
C7
10PF
5% NPO
50 V
0805
{2} RAM_CS#
LOGIC_SPLY_5V
MC306-32.768KA-E3
SMT
X1
LGND
8
24
29
28
27
26
25
23
22
21
3N1041
I/O7
I/O6
I/O5
I/O4
I/O3
I/O2
I/O1
I/O0
5V_AO
W29C040T-90B
A18
A17
A16
A15
512KBTE
A14
A13
FLASH
A12
A11 MEMORY
A10
A9
A8
A7
A6
A5
A4
A3
A2
A1
A0
WE 32TSOP
OE
CE
4 GND
+10UF
TP94
6
10
11
5
4
12
1
31
2
3
13
14
15
16
17
18
19
20
7
32
30
U22
9
TIME OF DAY
1 ENBL
2 SCLK
TP110
TP413
XADDR18
XADDR17
XADDR16
XADDR15
ADDR14
ADDR13
ADDR12
ADDR11
ADDR10
ADDR9
ADDR8
ADDR7
ADDR6
ADDR5
ADDR4
ADDR3
ADDR2
ADDR1
ADDR0
1
4
TC55257DFL70L
LGND
3
U5A
R9
4.7KOHM
5%
1/10 W
0805
TP92
DATA1
DATA0
DATA3
DATA2
DATA7
DATA6
DATA5
DATA4
LGND
LOGIC_SPLY_5V
SN74AHCOOPWR
7400
TSSOP14
19
18
17
16
15
13
12
11
14
28
LOGIC_SPLY_5V
A14
A13
VCC
A12
A11
GND
A10
A9 32K SRAM
A8
I/O7
A7
I/O6
A6
I/O5
A5
I/O4
A4
I/O3
A3
I/O2
A2
I/O1
A1
I/O0
A0
WE
OE SOP28
CE
U17
LOGIC_SPLY_5V
1
26
2
23
21
24
25
3
4
5
6
7
8
9
10
27
22
20
14
40-5648-51B
7
{2, 13} DATA [0:7]
EVALID_WRITE # {4, 5, 13}
TOD_INTRPT # {2}
EVALID_WRITE {13}
EVALID_READ # {4, 5}
Schematics & PCB Assemblies
Main Board / Logic Kernel -- Continued
113
Schematics & PCB Assemblies
Main Board / Logic Kernel -- Continued
ADDR8
ADDR9
1
2
3
6
4
5
8
I/O PORT DECODER
U24
15
A
Y0 14
B
Y1 13
C
Y2
Y3 12
Y4 11
G1
Y5 10
G2A
Y6 9
Y7 7
G2B
TSSOP16
GND
VCC 16
SN74AHC138PWR
TP27
TP28
TP23
LOGIC_SPLY_5V
ADDR [0:14] {2, 3}
{3, 5, 13 EVALID_WRITE#
{2} BFRD_XTAL
{3, 5} EVALID_READ#
{2, 5} RESET_PIO
{3, 5, 13} EVALID_WRITE#
PORT1_CS#
PORT2_CS#
ADDR1
ADDR0
3
4
6
11
13
14
9
1
16
U46
D1
D2
D3
D4
D5
D6
CLK
CLR
VCC
AHC138
C42
0.01UF
10% X7R
50 V
0805
AHC125
Q1
Q2
Q3
Q4
Q5
Q6
GND
{14} MTR_CURRENT_DETECT#
{12} PWR_SW_MCU
{12} KEYPAD_IN_COL5
{12}KEYPAD_IN_COL4
{12} KEYPAD_IN_COL3
{12} KEYPAD_IN_COL2
{12} KEYPAD_IN_COL1
{12} KEYPAD_IN_COL0
{5, 13} BFRD_DATA [0:7]
LGND
2 BPORT1_CS#
5
BPORT2_CS# {5}
7 BADDR1
10 BADDR0
12
DELAYED_WRITE# {13}
15
8
C152
0.01UF
10% X7R
50 V
0805
HC174
SN74HC174D
S016
74HC174
LOGIC_SPLY_5V
82C55
C6
0.01UF
10% X7R
50 V
0805
LOGIC_SPLY_5V
C66
0.01UF
10% X7R
50 V
0805
LGND
TP365
TP104
TP287
TP288
TP302
TP289
TP314
TP329
TP237
BFRD_DATA7
BFRD_DATA6
BFRD_DATA5
BFRD_DATA4
BFRD_DATA3
BFRD_DATA2
BFRD_DATA1
BFRD_DATA0
TP253
TP300
5
4
9
10
U33
PB7
PB6
PB5
PB4
PB3
PB2
PB1
PB0
PC7
PC6
PC5
PC4
PC3
PC2
PC1
PC0
28
27
26
25
24
22
21
20
11
13
14
15
19
18
17
16
6
TP96
U11B
SN74AHC125PWR
TSSOP14
8
TP412
U11C
SN74AHC125PWR
TSSOP14
TP260
TP275
TP274
TP334
TP285
TP244
TP254
TP312
TP327
TP326
TP325
TP324
TP368
TP322
TP350
TP323
82C55
CS
LOGIC_SPLY_5V
READ
WRITE
VCC 29
A1
A0
GND 8
RESET
CS82C55A
LGND
44PLCC
DATA7
DATA6
DATA5
DATA4
DATA3
DATA2
DATA1
DATA0
PA7
PA6
PA5
PA4
PA3
PA2
PA1
PA0
I/O PORT EXPANDER #1
41
42
43
44
2
3
4
5
30
31
32
33
35
36
37
38
7
6
40
9
10
39
LGND
LGND
LCD_CS# {13}
EEPROM2_CS# {3}
PET_WATCHDOG {6, 20}
SUPERCAP_TEST {6}
TOD_CS {3}
TOD_WR_ENBLE# {3}
SPEAKER_ENVELOPE3 {19}
SPEAKER_ENVELOPE2 {19}
SPEAKER_ENVELOPE1 {19}
WARNING_LED_ON# {11}
INFUSING_LEDL_ON# {10}
INFUSING_LEDM_ON# {10}
INFUSING_LEDR_ON# {10}
PCELL_LED_ON# {10}
BATTERY_LED_ON {11}
CAUTION_LED_ON# {10}
LOCKOUT_LED_ON# {11}
LCD_COMMAND {13}
BADDR1 {15}
BADDR0 {5}
BFRD_EVALID_READ# {13}
40-5648-51B
114
LOGIC_SPLY_5V
{2, 13} IO_CS #
LGND
AHC138
{2, 3} SPI_MOSI
{2} ADC_CS#
{16} TRAVEL_SENSE
{15} SYRINGE_SIZE
{17} FORCE AMPOUT
{18} PRESSURE_AMPOUT
{2} DAC_CS#
{2, 3} SPI_CLOCK
5% 0805 1/10 W
5% 0805 1/10 W
R80 1KOHM
5% 0805 1/10 W
R79 1KOHM
5% 0805 1/10 W
R67 1KOHM
R68 1KOHM
TP214
{7} BUZZER_ARMED
{6, 8, 11} EXTRNL_POWER_DETECT
{7, 11, 14} WATCHDOG_ALARM
8BIT D/A
5N821
5N832
5N828
SCLK
DIN
REF
OUT B
OUT A
U20
6
5
7
LGND
TP186
TP134
TP159
TP141
TP119
LGND
16
3
2
6
7
8
9
MAX522CSA
SO8
TP239
10 BIT A/D
5N661
5N666
5N673
5N680
LGND
TP301
TP61
TP310
TP309
ANALOG_SPLY
MAX 522
D/A
C24
0.1UF
10% X7R
50 V
1206
1 CS
2
8
LGND
5% 0805 1/10 W
R62 10KOHM
5% 0805 1/10 W
R41 10KOHM
5% 0805 1/10 W
R42 10KOHM
TEST_IN 1
VDD 3
GND
4
AHC541
CONV_START
FS
INV_CLK
U13
20% TANT
10 V SMT_B
10
13
12
LGND
TP103
TLV1544CD
C71
0.22UF
10% X7R
25 V
1206
TP184
TP335
U44
LM4040BIM3-4.1
4.096 V
0.2%
TO236AB
TP161
R81
825.0OHM
1%
1/10 W
0805
LGND
TP22
TP35
TP26
TP41
TP53
TP54
TP78
TP79
TP90
7
6
40
9
10
39
30
31
32
33
35
36
37
38
41
42
43
44
2
3
4
5
U3
PC7
PC6
PC5
PC4
PC3
PC2
PC1
PC0
PB7
PB6
PB5
PB4
PB3
PB2
PB1
PB0
8
29
11
13
14
15
19
18
17
16
28
27
26
25
24
22
21
20
10% X7R
50 V 1206
C84 0.1UF
LGND
SPI_MIS 0 {2, 3}
LGND
TP133
5N730
C2
0.047UF
10% X7R
50 V
0805
TP102
5% 0805 1/10 W
R49 220OHM
LGND
C123
0.01UF
10% X7R
50 V
0805
TP115
R47
120KOHM
5%
1/10 W
0805
4.096 V
ATOD_REF_BFRD {2, 14, 18}
MTR_PHB_DIR {14}
MTR_PHB_ENBL# {14}
MTR_PHA_DIR {14}
MTR_PHA_ENBL# {14}
KEYPAD_SEL_ROW3# {12}
KEYPAD_SEL_ROW2# {12}
KEYPAD_SEL_ROW1# {12}
KEYPAD_SEL_ROW0# {12}
SET_IN_SNSR_ENBL# {18}
SYRINGE_EAR_SNSR_ENBL {15}
PLUNGER_SNSRS_ENBL {15}
MOTION_SNSR_ENBL {16}
FORCE_SNSR_TEST# {17}
PRESSURE_SNSR_TEST# {18}
LCD_RESET# {13}
FORCE_OCV_ADJ {2, 17}
LCD_CONTRAST_ADJ {9}
TEST_OUT1
LOGIC_SPLY_5V
TP87
TP86
TP128
TP85
TP77
TP76
TP126
TP127
TP21
TP14
TP24
TP25
TP40
TP43
TP52
TP75
3 + U10
5N574
LMC7111 1
4 –
LMC7111BIM5
SOT23-5
+
ANALOG_SPLY
C116
0.01UF
10% X7R
50 V
0805
82C55
CS
READ
WRITE
VCC
A1
A2
GND
RESET
CS82C55A
44PLCC
DATA7
DATA6
DATA5
DATA4
DATA3
DATA2
DATA1
DATA0
PA7
PA6
PA5
PA4
PA3
PA2
PA1
PA0
I/O PORT EXPANDER #2
LGND
ANALOG_REF
C89
0.1UF
10% X7R
50 V
1206
LGND
C112
0.01UF
10% X7R
50 V
0805
BFRD_DATA7
BFRD_DATA6
BFRD_DATA5
BFRD_DATA4
BFRD_DATA3
BFRD_DATA2
BFRD_DATA1
BFRD_DATA0
TP340
ANALOG_SPLY
{4} BPORT2_CS#
{3, 4} EVALID_READ#
{3, 4, 13} EVALID_WRITE#
{4} BADDR1
{4} BADDR0
{2, 4} RESET_PI0
LGND
LGND
REF + 15
TLV1544
CS
EOC 4
SCLK
DATA_OUT 114
DATA_IN
REF –
S016
CH0
CH1
CH2
CH3
10% X7R
50 V 1206
C16 0.1UF
LOGIC_SPLY_5V
5N464
5N469
5N471
5N387
5N396
5N399
5N391
5N393
{4, 13} BFRD_DATA [0:7]
C153
0.01UF
10% X7R
50 V
0805
LGND
C25 10UF
ANALOG_SPLY
LGND
C68
0.22UF
10% X7R
25 V
1206
LGND
U41
D7 11
I7
D6 12
I6
D5 13
I5
D4 14
I4
D3 15
I3
D2 16
I2
D1 17
I1
D0 18
I0
VCC 20
OE1
10
GND
OE2
SN74AHC541PWR
TSSOP20
+
9
8
7
6
5
4
3
2
1
19
VCC 5
11 GND
1
2
2
40-5648-51B
5
{8} VLOW_BATTERY
{18} SET_IN_DETECT
{15} SYRINGE_EAR_DETECT
{6, 8, 11} AC_POWER_DETECT
Schematics & PCB Assemblies
Main Board / Logic Kernel -- Continued
115
D13
D8
3
MMBD914LT1
200 mA
SOT23
1
2
{20 ARM_STRB
{12, 20} POWER_SWITCH#
{20} ACU_OSC2
{20} ACU_OSC1
{4, 20} PET_WATCHDOG
{2} POWER_STROBE
{4} SUPERCAP_TEST
{2} PRGM1#
{8} VLOW_BATTERY#
{5, 8, 11} AC_PWR_DETECT
2
1
1
2
D2
3
MMBD914LT1
200 mA
SOT23
LGND
C91
100PF
5% NPO
50 V
0805
LGND
6N262
6N498
TP120
6N423
TP118
R58
200KOHM
5%
1/10 W
0805
1
LGND
2
PIC 12C 508
4 GP3/MCLR/VPP
TP2
PIC 12C 50804
SO8
3
R22
200KOHM
5%
1/10 W 2
0805
LGND
ACU_SPLY {12, 20}
GP2/TOCKI 5
LGND
GP0 7
GP1 6
C94
0.01UF
10% X7R
50 V
0805
LGND
C82
0.22UF
10% X7R
25 V
1206
TP162
R54
200KOHM
5%
1/10 W 2
0805
LGND
R23
1MOHM
5%
1/10 W
0805
LGND
TP4
C88
6N322
1
2
D12
MMBD914LT1 1
200 mA
SOT23
20% TANT
16 V
SMT_A
+ 1UF
TP212
LGND
R40
64.9KOHM
1%
1/10 W
0805
20% TANT
16 V
SMT_A
C32
2
TP163
D16
MMBD914LT1
200 mA
SOT23
TP343
1
R174
100OHM
5%
1/10 W
0805
TP223
R34
100OHM
5%
1/10 W
0805
ACU_PWR_STRB_ON {2}
WATCHDOG_STRB {7, 20}
POWER_ENBL {7, 8}
LGND
TP282
R167
100OHM
5%
1/10 W
0805
TP276
6N250
Q17
TP0610T
SOT23
TP107
5V_AO
TP48
R33
100OHM
5%
1/10 W
0805
LGND
TP122
PWR_STRB_ON {2}
TP47
C11
+ 1F
20% ELECT
5.5 V
RADIAL
TP39
ALWAYS ON SUPPLY
R32
200KOHM
5%
1/10 W
0805
5V_AO
TP404
+ 1UF
Q20
TP0610T
SOT23
3
MMBD914LT1
200 mA
SOT23
5V_AO
D10
MAIN UP POWER CONTROL
Q7
TP0610T
SOT23
LOGIC_SPLY_5V
Q14
2N7002-T1
SOT23
TP108
C15
+ 10UF
20% TANT
10 V
SMT_B
LM2936M-5.0
SO8
8 V IN
V OUT 1
4 NC1
NC2 5
LM2936
5 VDC
TP51
C78
0.1UF
10% X7R
50 V
1206
3 6N379
Q15
TP0610T
SOT23
TP50
LGND
D9
MMBD914LT1
200 mA
SOT23
6N305 1
TP20
6N266
Q13
2N7002-T1
SOT23
6N260 1
TP49
R30
10KOHM
5%
1/10 W
0805
2
R51
2.2MOHM
5%
1/10 W
0805
6N331
AUXILIARY CONTROLLER
U39
2 GP5/OSC1/CLKIN
3 GP4/OSC2
MAX6326UR31-T
SOT23
RESET
MAX 6326
U38
10% 25V X7R 1206
C3 0.22UF
Q12
2N7002-T1
SOT23
5V_AO
TP58
LGND
X3
CSBF455KJ58-R1
455 kHz
C92
100PF
5% NPO
50 V
0805
R52
1KOHM
5%
1/10 W
0805
1
TP328
3
MMBD914LT1
200 mA
SOT23
3
MMBD914LT1
200 mA
SOT23
1
2
3
2
TP1
3
1
1
3
2
{5, 8, 11} EXTRNL_PWR_DETECT
VCC 3
1 GND
2
D3
3
1
3
GND
GND
GND
GND
2
3
6
7
{8} BACKUP_CHARGE_SRC
2
3
2
VDD 1
8 VSS
3
1
2
116
3
U7
SUPERCAP_DETECT {2}
Schematics & PCB Assemblies
Main Board / Power Control Logic Core
40-5648-51B
{2} BUZZER_DETECT
{6, 20} WATCHDOG_STRB
2
3
D11
MMBD914LT1
200 mA
SOT23
C74
0.22UF
10% X7R
25 V
1206
TP176
TP38
TP135
1
LGND
LGND
C19
0.1UF
10% X7R
50 V
1206
R39
200KOHM
5%
1/10 W
0805
7N48
3
1
LGND
7N31
TP88
Q18
TP0610T
SOT23
C33
0.22UF
10% X7R
25 V
1206
LGND
TP74
C23
0.01UF
10% X7R
50 V
0805
R84
200KOHM
5%
1/10 W
0805
LGND
Q16
MMBT2222ALT1
SOT23
TP164
R56
47KOHM
5%
1/10 W
0805
BUZZER ARMING
LOGIC_SPLY_5V
7N34 1
TP105
R55
120KOHM
5%
1/10 W
0805
WATCHDOG DETECT
TP174
R3
2.0KOHM
1%
0.100 W
0805
LGND
7N75
7N82
1
TP136
Q11
2N7002-T1
SOT23
7N40
R82
200KOHM
5%
1/10 W
0805
5V_AO
TP106
LMC7211AIM5
SOT23-5
+ 3
LMC7211 4
–
U18
LOGIC_SPLY_5V
7N58
1
Q19
MMBT2222ALT1
SOT23
LGND
2
R83
200KOHM
5%
1/10 W
0805
BUZZER SENSE
1
3
2
2
3
R69
47KOHM
5%
1/10 W
0805
3
2
{6, 8} POWER_ENBL
2
5
LGND
R2
2.7OHM
5%
1/8 W
1206
1
PRGM2#
TP143
7N55
1
BUZZER_ARMED {5}
DISABLE JUMPER FOR
FLASH PROGRAMMING
LGND
R65
47KOHM
5%
1/10 W
0805
Q22
TP0610T
SOT23
LOGIC_SPLY_5V
HTSW-102-06-T-S
THRUHOLE
J13
BACKUP BUZZER
LGND
1
2
R57
200KOHM
5%
1/10 W
0805
LGND
Q21
2N7002-T1
SOT23
TP125
HMB-06
THRUHOLE
TP165
XD1
5V_AO
1
2
3
2
2
40-5648-51B
3
5V_AO
WATCHDOG_ALARM {5, 11, 14}
Schematics & PCB Assemblies
Main Board / Power Control Logic Core -- Continued
117
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
LGND
1306-26-S-02
THRUHOLE
J9
FILT_5V
BLM21A102SPT
0805 100 mA
FB4
LOGIC_SPLY_5V
IR_XMT_DATA {2}
IR_RCV_DATA {2}
UNSWX_DC_POWER
BACKUP_CHARGE_SRC {6}
CHARGE_DETECT {11}
AC_PWR_DETECT {5, 6, 11}
BATTERY_DATA {9}
SPEAKER_RET {19}
SPEAKER_DRIVE {19}
TP175
LGND
C154
1000PF
5% NPO
50 V
0805
1
LGND
TP307
8N165
TP311
Q1
2N7002-T1
SOT23
R148
47KOHM
5%
1/10 W
0805
4
VLOW_BATTERY {5}
Q41
MMBT2222ALT1
SOT23
LGND
R66
120KOHM
5%
1/10 W
0805
VLOW_BATTERY# {6}
EXTRNL_PWR_DETECT {5, 6, 11}
R31
10KOHM
5%
1/10 W
0805
8N935
1
LOGIC_SPLY_5V
R36
200KOHM
5%
1/10 W
0805
8N263
TP10
3
2
123
TP196
C98
0.1UF
10% X7R
50 V
1206
20% ELECT
35 V
SMT-10X10
C102
TP248
+ 330UF
LGND
TP342
Q2
MMSF3P02HD
SO8
5678
N/C
{6, 7} POWER_ENBL
3
2
C97
0.1UF
10% X7R
50 V
1206
TP256
LGND
2.0A SMT
U34
TP338
8N537
R92
10KOHM
5%
1/10 W
0805
8N589
TP59
C55
0.047UF
10% X7R
50 V
0805
LGND
L3 33UH
TP37
C28
0.0047UF
10% X7R
50 V
0805
LT1372CS8
SO8
TP19
U21
TP298
TP279
ANALOG SUPPLY
LT1121CST-5
SOT223
TP44
+
C26
10UF
20% TANT
10 V
SMT_B
LGND
ANALOG_SUPPLY
LGND
LT1372CS8
SO8
8N116
TP280
R132
C50
27KOHM
0.0047UF 5%
10% X7R
1/10 W
50 V
0805
0805
8N120
TP271
C46
0.047UF
10% X7R
50 V
0805
LGND
C4
10% TANT
10 V
SMT_D
+ 100UF
TP272
LGND
C49
+ 220UF
20% ELECT
35 V
SMT-8X10
MOTOR_SPLY
C59
LGND
R13
4.99KOHM
1%
1/10 W
0805
TP247
TP101
R26
4.99KOHM
1%
1/10 W
0805
R93
15.0KOHM
1%
1/10 W
0805
LGND
10% TANT
10 V
SMT_D
+ 100UF
LOGIC_SPLY_5V
TP240
C45
+ 220UF
20% ELECT
35 V
SMT-8X10 R10
64.9KOHM
1%
1/10 W
0805
17V MOTOR SUPPLY
L2
47UH
1.6 A
SMT
30BQ060
3.0 A
SMC
C70
1UF
10% X7R
100 V
CAP_200MIL
D1
TP241 8N579
1
2
5V LOGIC SUPPLY
D23
1
8 8N134 2
LGND
8N154 4 SHDWN VSWX
30BQ060
3
TP339
3.0 A
LT1372 NFB
SMC
FB 2 8N118
OUT 3
LT1121-5.0V
LGND
U12
1.6A SMT
8 8N296
4 SHDWN VSWX
3
NFB
LT1372
FB 2 8N602
TP297
C118
0.1UF
10% X7R
50 V
1206
LGND
8N82
TP255
4 TAB
6 GND1
SWDC_SPLY
V IN 1
2 GND1
V IN 5
7 GND2
1 VC
V IN 5
7 GND2
1 VC
118
6 GND1
L1 47UH
Schematics & PCB Assemblies
Main Board / DC-DC Converter
40-5648-51B
C90
0.01UF
10% X7R
50 V
0805
VCC 3
MAX809LEURT
SOT23
2
TP139
LGND
C52
0.01UF
10% X7R
50 V
0805
R143
15.0KOHM
1%
1/10 W
0805
LOGIC_SPLY_5V
{5} LCD_CONTRAST_ADJ
LGND
1
GND
RESET
MAX809
U43
LGND
9N3
R16
2.0KOHM
1%
1/10 W
0805
C121
0.01UF
10% X7R
50 V
0805
RESET# {2}
LGND
TP295
R144
4.99KOHM
1%
1/10 W
0805
9N83
9N82
R140
20.0KOHM
1%
1/10 W
0805
C57
0.1UF
10% X7R
50 V
1206
C111
0.22UF
10% X7R
25 V
1206
TP121
TP361
C117
0.1UF
10% X7R
50 V
1206
LGND
–
TP354
9N43
1
R131
49.9KOHM
1%
1/10 W
0805
LGND
R90
18KOHM
5%
1/10 W
0805
R89
4.7KOHM
5%
1/10 W
0805
LOGIC_SPLY_5V
LGND
U1A
3 +
9N44
1
OP296
2 –
TP362
OP296HRU
TSSOP8
VNEG_SPLY
+
TP426
LOGIC_SPLY_5V
U1B
6 –
7
5 OP296
+
OP296HRU
TP315
TSSOP8
TP336
{2} ASYNC_BATTERY_DATA
8
4
LGND
TP353
R18
24OHM
5%
1/8 W
1206
Q38
2N7002-T1
SOT23
R88
130OHM
5%
1/10 W
0805
TP375
LCD BACKLIGHT DRIVER
LCD CONTRAST SUPPLY
TP294
BATTERY_DATA {8}
BATTERY DATA DETERMINATION
3
2
8
TP379
TP380
TP70
LGND
TP45
1
LCD_BACKLIGHT_DRV# {13}
LCD_CONTRAST {13}
9N107
10% TANT
25 V
SMT_D
C44
+ 22UF
9N109
9N157
C37
22UF
10% TANT
25 V
SMT_D
9N162
C2–
C2+
C1+
C1–
C56
0.1UF
10% X7R
50 V
1206
6
V+ 7
U36
LGND
MAX865EUA
SO8
V– 4
MAX865EUA
V IN
GND
POWER ON RESET
3
2
LOGIC_SPLY_5V
TP308
TP345
TP84
C38
22UF
10% TANT
25 V
SMT_D
C60
22UF
10% TANT
25 V
SMT_D
VPOS_SPLY
VNEG_SPLY
+
+
40-5648-51B
5
+
LOGIC_SPLY_5V
NEGATIVE SUPPLY
POSITIVE SUPPLY
Schematics & PCB Assemblies
Main Board / DC-DC Converter -- Continued
119
{4} CAUTION_LED_ON#
{4} INFUSING_LEDR_ON#
{4} INFUSING_LEDM_ON#
{4} INFUSING_LEDL_ON#
{4} PCELL_LED_ON#
TP331
2
2
2
2
2
10N124 R154
3
TP360
160OHM
Q33
5% 1/10 W
TP0610T
0805
SOT23
10N311 R160
3
TP372
475.0OHM
Q37
1% 1/10 W
TP0610T
0805
SOT23
10N125 R157
3
TP370
160OHM
Q34
5% 1/10 W
TP0610T
0805
SOT23
10N127 R158
3
TP371
160OHM
Q35
5% 1/10 W
TP0610T
0805
SOT23
LGND
C128
0.01UF
10% X7R
50 V
0805
10N129 R159
3
TP395
160OHM
Q36
5% 1/10 W
TP0610T
0805
SOT23
FB2
BLM21A102SPT
0805 100 mA
1
1
1
1
120
1
LOGIC_SPLY_5V
C146
1000PF
5% NPO
50 V
0805
C147
1000PF
5% NPO
50 V
0805
C148
1000PF
5% NPO
50 V
0805
C149
1000PF
5% NPO
50 V
0805
C150
1000PF
5% NPO
50 V
0805
LGND
TP389
LGND
TP369
LGND
TP386
LGND
TP387
LGND
TP388
10 V
SMT_D
C53
+ 100UF
20% TANT
KEYPAD_PCELL_LED
KEYPAD_INFUSION_LEDL
KEYPAD_INFUSION_LEDM
KEYPAD_INFUSION_LEDR
KEYPAD_CAUTION_LED
{11} KEYPAD_WARNNG_LED
{11} KEYPAD_BATTERY_LED
{11} KEYPAD_AC_LED
{11} KEYPAD_LOCKOUT_LED
TP304
C131
1000PF
5% NPO
50 V
0805
LED_SPLY {11}
C132
1000PF
5% NPO
50 V
0805
C133
1000PF
5% NPO
50 V
0805
C134
1000PF
5% NPO
50 V
0805
J10
13
14
15
16
17
18
19
20
21
22
23
24
LGND
1-104069-2
THRUHOLE
1
2
3
4
5
6
7
8
9
10
11
12
LGND
C143
1000PF
5% NPO
50 V
0805
C137
1000PF
5% NPO
50 V
0805
C142
1000PF
5% NPO
50 V
0805
C136
1000PF
5% NPO
50 V
0805
C138
1000PF
5% NPO
50 V
0805
C144
1000PF
5% NPO
50 V
0805
C135
1000PF
5% NPO
50 V
0805
C145
1000PF
5% NPO
50 V
0805
C139
1000PF
5% NPO
50 V
0805
C140
1000PF
5% NPO
50 V
0805
C141
1000PF
5% NPO
50 V
0805
KEYPAD_COL5 {12}
KEYPAD_COL4 {12}
KEYPAD_COL3 {12}
KEYPAD_ROW3 {12}
KEYPAD_ROW2 {12}
KEYPAD_ROW1 {12}
KEYPAD_ROW0 {12}
KEYPAD_PWRSWX {12}
KEYPAD_COL2 {12}
KEYPAD_COL1 {12}
KEYPAD_COL0 {12}
Schematics & PCB Assemblies
Main Board / Keypad Interface
40-5648-51B
{4} LOCKOUT_LED_ON#
{10} KEYPAD_AC_LED
{5, 6, 8} AC_PWR_DETECT
{5, 6, 8} EXTRNL_PWR_DETECT
{5, 7, 14} WATCHDOG_ALARM
{4} WARNING_LED_ON#
LGND
R153
120KOHM
5%
1/10 W
0805
TP318
TP319
LED_SPLY
TP385
2
R152
120KOHM
5%
1/10 W
0805
LGND
1
TP124
R166
220KOHM
5%
1/10 W
0805
LED_SPLY
1
2
1
2
1
2
3
11N415
3
3
MMBD914LT1
200 mA
SOT23
D5
MMBD914LT1
200 mA
SOT23
D4
MMBD914LT1
200 mA
SOT23
D20
TP151
TP424
Q26
TP0610T
SOT23
3
1
2
1
2
3
3
160OHM
5% 1/10 W
0805
R138
R94
200KOHM
5%
1/10 W
0805
TP123
1
MMBD914LT1
200 mA
SOT23
D7
MMBD914LT1
200 mA
SOT23
D6
C119
0.01UF
10% X7R
50 V
0805
LGND
11N332
TP291
{8} CHARGE_DETECT
Q27
TP0610T
SOT23
3
1
2
3
11N136
TP383
Q42
2N7002-T1
SOT23
11N274
TP292
R173
200KOHM
5%
1/10 W
0805
LGND
2
R139
TP415
TP150
11N264
160OHM
5% 1/10 W
0805
2
3
1
Q40
TP0610T
SOT23
LGND
Q30
2N7002-T1
SOT23
TP382
1
3
40-5648-51B
2
{10} LED_SPLY
CHARGE_LED_ON
TP290
R53
160OHM
5% 1/10 W
0805
TP117
KEYPAD_LOCKOUT_LED {10}
BATTERY_LED_ON {4}
KEYPAD_BATTERY_LED {10}
KEYPAD_WARNING_LED {10}
Schematics & PCB Assemblies
Main Board / Keypad Interface -- Continued
121
{4} KEYPAD_IN_COL1
{5} KEYPAD_SEL_ROW3 #
{5} KEYPAD_SEL_ROW2 #
{5} KEYPAD_SEL_ROW1 #
{5} KEYPAD_SEL_ROW0 #
{4} KEYPAD_IN_COL5
{4} KEYPAD_IN_COL4
{4} KEYPAD_IN_COL3
{4} KEYPAD_IN_COL2
R59
1KOHM
5%
1/10W
0805
{6, 20} POWER_SWITCH #
{4} PWR_SW_MCU
R60
1KOHM
5%
1/10W
0805
R73
1KOHM
5%
1/10W
0805
R124
10KOHM
5%
1/10 W
0805
TP156
R72
1KOHM
5%
1/10W
0805
R128
1KOHM
5%
1/10W
0805
LGND
1
Q28
2N7002-T1
SOT23
R61
10KOHM
5%
1/10 W
0805
LOGIC_SPLY_5V
R122
1KOHM
5%
1/10W
0805
3
122
2
{4} KEYPAD_IN_COL0
TP423
R127
1KOHM
5%
1/10W
0805
TP421
12N585
R129
1KOHM
5%
1/10 W
0805
R187
10KOHM
5%
1/10 W
0805
R135
1KOHM
5%
1/10 W
0805
R134
1KOHM
5%
1/10 W
0805
R123
10KOHM
5%
1/10 W
0805
TP155
TP262
12N525
FB10
3
3
D22
D19
2
1
LGND
MMBD914LT1
200 mA
SOT23
2
1
MMBD914LT1
200 mA
SOT23
TP418
TP109
TP144
TP145
TP286
TP408
TP313
TP303
TP330
TP409
BLM21A102SPT
0805 100 mA
LOGIC_SPLY_5V
R177
10KOHM
5%
1/10 W
0805
12N455
R170
10KOHM
5%
1/10 W
0805
ACU_SPLY {6, 20}
LOGIC_SPLY_5V
C122
0.1UF
10% X7R
50 V
1206
TP394
R178
10KOHM
5%
1/10 W
0805
R171
10KOHM
5%
1/10 W
0805
R179
10KOHM
5%
1/10 W
0805
KEYPAD_ROW3 {10}
KEYPAD_ROW2 {10}
KEYPAD_ROW1 {10}
KEYPAD_ROW0 {10}
KEYPAD_COL5 {10}
KEYPAD_COL4 {10}
KEYPAD_COL3 {10}
KEYPAD_COL2 {10}
KEYPAD_COL1 {10}
KEYPAD_COL0 {10}
KEYPAD_PWRSWX {10}
R172
10KOHM
5%
1/10 W
0805
Schematics & PCB Assemblies
Main Board / Keypad Interface - Continued
40-5648-51B
{5} LCD_RESET #
{4} BFRD_EVALID_READ #
{4} LCD_COMMAND
{4} LCD_CS #
{3, 5} EVALID_WRITE #
{3} EVALID_WRITE
{4} DELAYED_WRITE #
{2, 4} IO_CS #
{2, 3} DATA [0:7]
{9} LCD_CONTRAST
{9} LCD_BACKLIGHT_DRV #
12
13
11
U11D
SN74AHC125PWR
TSSOP14
C151
0.01UF
10% X7R
50 V
0805
R175
1KOHM
5%
1/10 W
0805
LGND
R96
10KOHM
5%
1/10 W
0805
LOGIC_SPLY_5V
TP283
TP293
11
12
13
14
15
16
17
18
20
10
LGND
LGND
13N211
C124
0.01UF
10% X7R
50 V
0805
LOGIC_SPLY_5V
DATA7
DATA6
DATA5
DATA4
DATA3
DATA2
DATA1
DATA0
12
13
14
15
16
17
18
19
VCC 20
Q7
Q6
Q5
Q4
Q3
Q2
Q1
Q0
SN74AHC573PWR
TSSOP20
U32
D7
D6
D5
D4
D3
D2
D1
D0
ENBL
ENBL_OUT
GND
13N33
LCD DATA WRITE LATCH
9
8
7
6
5
4
3
2
11
1
10
U6
I7 98
D7
D6
I6 7
D5
I5 6
D4
I4 5
D3
I3 4
D2
I2 3
D1
I1 2
D0
I0
OE1 119
VCC
OE2
GND
SN74AHC541PWR
TSSOP20
LCD DATA READ BUFFER
AHC541
40-5648-51B
AHC573
TP373
TP351
TP332
TP410
TP374
TP352
TP333
TP411
{4, 5} BFRD_DATA [0:7]
LGND
C125
0.01UF
10% X7R
50 V
0805
LOGIC_SPLY_5V
TP396
LGND
BFRD_DATA7
BFRD_DATA6
BFRD_DATA5
BFRD_DATA4
BFRD_DATA3
BFRD_DATA2
BFRD_DATA1
BFRD_DATA0
LGND
2
4
6
8
10
12
14
16
18
20
J12
2
1
4
3
6
5
8
7
10
9
12 11
14 13
16 15
18 17
20 19
1437045-2
THRUHOLE
8X8 FONT
930-T-DS-02
THRUHOLE
J7
C108
0.1UF
10% X7R
50 V
1206
1
2
TO LCD BACKLIGHT (LED)
1
3
5
7
9
11
13
15
17
19
LGND
TP414
20% TANT
10 V
SMT_B
+ 10UF
C69
FB11
BLM21A102SPT
100 mA
0805
TP398
LOGIC_SPLY_5V
LGND
13N63
C120
0.1UF
10% X7R
50 V
1206
Schematics & PCB Assemblies
Main Board / Graphic Display Interface
123
{2} MTR_PHB_IREF
{5} MTR_PHB_DIR
{5} MTR_PHB_ENBLE #
{5, 7, 11} WATCHDOG_ALARM
{2} MTR_PHA_IREF
{5} MTR_PHA_DIR
TP114
1
TP113
LGND
MODE
PHASE
ENBL
BRAKE
LGC_SPLY
R15
PHASE B MOTOR DRIVER
0.5OHM
1% 1/2 W
2010
TP267
A3953SLB
SO16
C29
0.047UF
10% X7R
50 V
0805
TP206
TP246
0.5OHM
1% 1/2 W
2010
R6
LGND
TP205
A3953SLB
SO16
U26
6 LGC_SPLY
MTR_SPLY
1
BRAKE
8
OUTA
ENBL
7 PHASE A3953
OUTB
14 MODE
2
TP195 VREF
OFF_DELAY
LOGIC_SPLY_5V
TP306
LGND
OUTB
OUTA
MTR_SPLY
OFF_DELAY
A3953
U35
PHASE A MOTOR DRIVER
2 VREF
TP317
R5
1.0KOHM
1%
1/10 W
0805
14N106
7
8
1
6
14
C31
0.047UF
10% X7R
50 V
0805
C47
0.01UF
10% X7R
50 V
0805
LGND
TP152
TP268
LGND
40.2KOHM 1%
0805 1/10 W
R116
Q3
2N7002-T1
SOT23
STOP_MOTOR #
14N41
LGND
R14
1.0KOHM
1%
1/10 W
0805
LGND
40.2KOHM 1%
0805 1/10 W
R142
R97
10KOHM
5%
1/10 W
0805
C61
0.01UF
10% X7R
50 V
0805
LOGIC_SPLY_5V
GND
GND
GND
GND
4
5
12
13
{5} MTR_PHA_ENBLE #
3
2
SENSE
11
4 GND
5 GND
12 GND
13 GND
11 SENSE
3
15
10
16
LGND
14N99
TP269
C105
1000PF
5% NPO
50 V
0805
TP402
TP400
MTR_DRV_PHA#
MTR_DRV_PHA
TP277
TP215
R115
15.0KOHM
1%
1/10 W
0805
MTR_DRV_PHB #
MTR_DRV_PHB
R141
15.0KOHM
1%
1/10 W
0805
C106
0.1UF
10% X7R
50 V
1206
LGND
LGND
C110
0.1UF
10% X7R
50 V
1206
14N52
LGND
TP356
C113
1000PF
5% NPO
50 V
0805
TP401
TP403
MOTOR_SPLY
3
15
10
16
MOTOR_SPLY
14N94
R104
20.0KOHM
1%
1/10 W
0805
TP377
LGND
C65
0.01UF
10% X7R
50 V
0805
14N15
R126
20.0KOHM
1%
1/10 W
0805
{2, 5, 15, 18} ATOD_REF_BFRD
14N39
LGND
B4B-PH-SM3-TB
SMT
STEP
MOTOR
J3
8
LGND
C64
0.01UF
10% X7R
50 V
0805
14N32
MTR_CURRENT_DETECT # {4}
MOTOR CURRENT DETECTOR
5 + U40B
7
6 –LM393
LM393M
SO8
C63
0.01UF
10% X7R
50 V
0805
14N7
R156
10KOHM
5%
1/10 W
0805
LOGIC_SPLY_5V
C114
0.1UF
10% X7R
R155
50 V
150.0KOHM
0805
1%
1/10 W
0805
LGND
+
U40A
3 +
1
TP357
2 –LM393
LM393M
TP305
_SO8
R19
1.0KOHM
1%
1/10 W
LGND
0805
1
2
3
4
LGND
6
5
124
4
LOGIC_SPLY_5V
Schematics & PCB Assemblies
Main Board / Motor Drive
40-5648-51B
1
2
3
4
104071-7
THRUHOLE
J4
LGND
LGND
1
2
3
4
C162
1000PF
5% NPO
50 V
0805
TP225
TP99
LGND
B4B-ZR-SM3-TF
SMT
J2
LGND
SIZE_SNSR_EX
5
TP166
TP320
TP158
15N303
R85
120KOHM
5%
1/10 W
0805
15N223
R98
220OHM
5%
1/10 W
0805
15N130
TP157
LGND
1
R78
10KOHM
5%
1/10 W
0805
LGND
C87
0.1UF
10% X7R
50 V
1206
FB3
BLM21A102SPT
100 mA
0805
TP160
TP284
C35
0.047UF
10% X7R
50 V
0805
LOGIC_SPLY_5V
15N312
220OHM
5% 1/10 W
0805
R77
SYRINGE SIZE DETECTOR
LGND
_
15N198
LMC7111BIM 5
SOT23-5
4
1
Q4
MMBT2222ALT1
SOT23
–
SYRINGE EAR DETECTOR
LGND
U30
+ 3
LMC7111
+
2
5
3
2
40-5648-51B
6
ANALOG_SUPPLY
TP169
15N315
R105
4.99KOHM
1%
1/10 W
0805
LGND
C17
0.01UF
10% X7R
50 V
0805
SYRINGE_EAR_DETECT {5}
SYRINGE_EAR_SNSR_ENBL {5}
SYRINGE_SIZE {5}
ATOD_REF_BFRD {2, 5, 14, 16, 18}
Schematics & PCB Assemblies
Main Board / Syringe Sensing
125
MOTOR ENCODER SENSOR
LGND
LGND
16N217
1
Q6
MMBT2222ALT1
SOT23
TP171
TP170
TP183
LGND
R121
1.37KOHM
1%
1/10 W
0805
TP204
TP189
C100
0.22UF
10% X7R
25 V
1206
16N50
R99
120KOHM
5%
1/10 W
0805
MOTION_SNSR_ENBL {5}
C129
0.01UF
10% X7R
50 V
0805
R136
40.2KOHM
1%
1/10 W
0805
LOGIC_SPLY_5V
LGND
LGND
R91
10.0KOHM
1%
1/10 W
0805
TP187
R106
4.99KOHM
1%
1/10 W
0805
TRAVEL_SNSR_OUT
TRAVEL_SNSR_EXC
U29
SFH9201
SO6
LOGIC_SPLY_5V
TP194
16N222
R107
160OHM
5%
1/10 W
0805
16N219
3
2
C95
0.1UF
10% X7R
50 V
1206
LGND
1
2
3
4
B4B-ZR-SM3-TF
SMT
2
5
LOGIC_SPLY_5V
1
6
LGND
J6
5
6
3
4
LGND
R164
4.99KOHM
1%
1/10 W
0805
TP257
16N280
16N239
16N56
TP190
LGND
+
C96
0.1UF
10% X7R TP216
50 V
1206
ANALOG_SPLY
16N49
6 Hz LOW PASS FILTER
4.096V
LOGIC_SPLY_5V
TP425
LGND
–
3 + U23A
1
2 OP296
–
OP296HRU
TSSOP8
LGND
R169
20.0KOHM
1%
1/10 W
0805
R101
120KOHM
5%
1/10 W
0805
C101
0.22UF
10% X7R
25 V
1206
MOTION DETECTOR
LGND
3 +
1
4 LMC7211
TP431
–
U37
LMC7211AIM5
SOT23-5
C130
0.1UF
10% X7R
50 V
1206
TP299
POSITION SENSOR EXCITATION
8
4
2
126
5
C163
1000PF
5% NPO
50 V
0805
TP191
MOTION_DETECT {2}
R137
120KOHM
5%
1/10 W
0805
220OHM
5% 1/10 W
0805
R95
16N138
C36
0.047UF
10% X7R
50 V
0805
7
TP427
16N142
LGND
C48
0.01UF
10% X7R
50 V
0805
TRAVEL_SENSE {5}
TP384
OP296HRU
TSSOP8
–
U23B
+ 5
OP296 6
ATOD_REF_BFRD {2, 5, 14, 15, 17, 18}
Schematics & PCB Assemblies
Main Board / Position Sensing
40-5648-51B
LGND
J11
1
2
3
4
5
6
7
8
9
10
11
12 12
1
2
3
4
5
6
7
8
9
10
11
LGND
TP258
LGND
TP273
EXF_SPLY
FB13
BLM21A102SPT
100 mA
0805
LOGIC_SPLY_5V
LGND
C86
1000PF
5% NPO
50 V
0805
VNEG_SPLY
LGND
TP316
C155
1000PF
5% NPO
50 V
0805
TP341
C58
1000PF
5% NPO
50 V
0805
LGND
4.096V
FB14
BLM21A102SPT
100 mA
0805
17N10
EXF_SPLY
3
Q8
MMBT2222ALT1
SOT23
C76
0.01UF
10% X7R
50 V
0805
OP727ARU
17N541
LGND
C67
0.01UF
10% X7R
50 V
0805
TP234
TP116
LGND
ATOD_REF_BFRD
C75
0.01UF
10% X7R
50 V
0805
TP168
TP217
TP172
FB6
BLM21A102SPT
100 mA
0805
FB5
BLM21A102SPT
100 mA
0805
C93
0.22UF
10% X7R
25 V
1206
TP153
_
LGND
FORCE_OSV_ADJ {2, 5}
R151
10.0KOHM
1%
1/10 W
0805
LGND
+
3 +
U27
1
17N785 4 LMC7111
–
LMC7111BIM5
SOT23-5
17N779
LGND
C160
0.1UF
10% X7R
50 V
1206
ANALOG_SPLY
ATOD_REF_BFRD {2, 5, 14, 16, 18}
PLUNGER_DETECT2 {2}
PLUNGER_DETECT1 {2}
PLUNGER_SNSRS_ENBL {5}
R75
15.0KOHM
1%
1/10 W
0805
TP154
R76
40.2KOHM
1%
1/10 W
0805
C85
0.22UF
10% X7R
25 V
1206
FORCE_AMPOUT {5}
6 Hz LOW PASS FILTER
GAIN = 3.7
PLUNGER FLIPPERS SENSOR INTERFACE
TP181
R146
200KOHM
5%
1/10 W
0805
LGND
R74
120KOHM
5%
FORCE_SNSR_TEST # {5} 1/10 W
0805
R149
15.0KOHM
1%
1/10 W
0805
LGND
LGND
R133
200KOHM
5%
1/10 W
0805
C54
0.01UF
10% X7R
50 V
0805
LGND
17N432
FB7
BLM21A102SPT
100 mA
0805
LGND
R48
10.0KOHM
1%
1/10 W
0805
C99
0.1UF
10% X7R
50 V
1206
VNEG_SPLY
SENSOR EXCITATION
R150
24.9KOHM
1%
1/10 W
0805
LGND
C156
1000PF
5% NPO
50 V
0805
LGND
TP188
TP197
C157
1000PF
5% NPO
50 V
0805
17N1
TP30
C9
0.1UF
10% X7R
50 V
1206
TP69
– TSSOP8
OP727 2
–
LGND
U15A
3
+
+
VPOS_SPLY
VNEG_SPLY
1
17N543
OP727ARU
TSSOP8
OP727 6
–
+ 5
C80
0.1UF
10% X7R
50 V
1206
TP31
R35
220OHM
5%
1/10 W
0805
17N3
TP82
17N6
U15B
1
17N537
7
R147
10.0KOHM
1%
1/10 W
0805
TP182
R113
51OHM
5%
1/10 W
0805
R28
1.0KOHM
1%
1/10 W
0805
TP32
2
8
4
PLUNGER_SNSR2_OUT
OFFSET AUTO ADJUST
-2.6 TO +2.5 VDC
C62
1000PF
5% NPO
50 V
0805
FORCE_SYS_TEST #
FORCE_PREAMP_ASADJ
FORCE_EXC
FORCE_PREAMP_OUT
B11B-ZR-SM3-TF
SMT
13
13
2
40-5648-51B
5
PLUNGER_SNSR1_OUT
Schematics & PCB Assemblies
Main Board / Force Sensing
127
1 12
2 3
3 4
4 5
5 6
6 7
7
8 8
53048-0810
THRUHOLE
J8
{5} PRESSURE_SNSR_TEST #
LGND
4.096VDC
PRESSURE_SNSR_OUTL
PRESSURE_SNSR_OUTH
PRESSURE_SNSR_EXH
SET_IN_SNSR_DRV
3
LGND
TP242
2 18N110
Q5
TP0610T
SOT23
TP100
R100
825.0OHM
1%
1/10 W
0805
TVS15
VC080505A150
5.6 V
18V CLAMP
0805
C158
1000PF
5% NPO
50 V
0805
TP420
TP422
LGND
LGND
TVS16
VC080505A150
5.6 V
18V CLAMP
0805
1
TP18
R24
150.0KOHM
1%
1/10 W
0805
LGND
R112
1KOHM
5%
1/10 W
0805
R185
ANALOG_SPLY
R37
1.0KOHM
1%
1/10 W
0805
18N17 7
TP226
18N15
C73
0.1UF
10% X7R
50 V
1206
TP17
R38
220OHM
5%
1/10 W
0805
TP36
+
U14B
TP72
–
OP296
C41
0.1UF
10% X7R
50 V
1206
18N247
18N13
OP296HRU
TSSOP8
6
5
5
6
AD623AR
SO8
OUT
U9
C79
0.01UF
10% X7R
50 V
0805
ATOD_REF_BFRD
C81
0.1UF
10% X7R
50 V
1206
PREAMP GAIN:
= 122
LGND
LGND
TP235
0.373 VDC OFFSET
INSTR. AMP.
AD623
3 IN+ VS+
1 RG1
2 IN –
VS –
8 RG2
REF
LGND
ANALOG_SPLY
TP83
R50
649.0OHM
1%
1/10 W
0805
18N148 TP46
18N192
18N186
18N147
LGND
TP71
TP3
TP227
C127
27PF
5% NPO
50 V
0805
Q45
TP0610T
SOT23
2
3
Q10
MMBT2222ALT1
SOT23
1
18N19
1.0KOHM
1% 1/10 W
0805
R186
1.0KOHM
1% 1/10 W
0805
FB15
BLM21A102SPT
100 mA
0805
2
TP321
TP16
3
FB12
BLM21A102SPT
100 mA
0805
4
7
SET_IN_SNSR_DRV
1
TP34
1
+
FIXED OFFSET
~0.373V
LGND
–
2
C77
0.1UF
10% X7R
50 V
1206
18N275
18N285
LGND
OP296HRU
TSSOP8
–
OP296
+ 3
U14A
VPOS_SPLY
PRESSURE CELL DETECTION
8
128
4
LOGIC_SPLY_5V
TP233
SET_IN_SNSR_ENBL # {5}
ATOD_REF_BFRD {2, 5, 14, 17}
LGND
TP259
PRESSURE_AMPOUT {5}
R120
4.99KOHM
1%
1/10 W
0805
R165
49.9KOHM
1%
1/10 W
0805
SET_IN_DETECT {5}
Schematics & PCB Assemblies
Main Board / Pressure Sensing
40-5648-51B
{2} SPEAKER_DETECT
{2} SPEAKER_FREQUENCY
{2} SPEAKER_VOLUME
19N279 8
TP229
R109
R145
20.0KOHM
1%
1/10 W
0805
2.2MOHM
5% 1/10 W
0805
TP245
U25A
LGND
C1
0.1UF
10% X7R
50 V
1206
19N184
TP391
3
U25B
SN74HC4066PW
SO14
9
U25C
SN74HC4066PW
SO14
10
U25D
SN74HC4066PW
SO14
1
2
7 GND VCC 14
SN74HC4066PW
SO14
LOGIC_SPLY_5V
LGND
TP364
C43
10UF
+
20% TANT
10 V
SMT_B
19N239
TP238
R111
19N289 4
TP230
392.0KOHM
1% 1/10 W
0805
{4} SPEAKER_ENVELOPE3
120KOHM
5% 1/10 W
0805
{4} SPEAKER_ENVELOPE2
R108
19N282 11
TP202
27KOHM
5% 1/10 W
0805
{4} SPEAKER_ENVELOPE1
12
6
5
R110
19N458
R162
1.0KOHM
1%
1/10 W
0805
LGND
TP406
R125
2.0KOHM
1%
1/10 W
0805
TP203
+
C109
0.1UF
10% X7R
50 V
1206
TP228
G1G2
TP263
LGND
– 6
OP296 5
+
LGND
2
1
R161
LGND
R87
1.0KOHM
1%
1/10 W
0805
40.2KOHM
1% 1/10 W
0805
LGND
C39
0.1UF
10% X7R
50 V
1206
+
LOGIC_SPLY_5V
LGND
SPEAKER CURRENT
SENSE
TP390
LGND
C83
0.047UF
10% X7R
50 V
0805
R4
24OHM
5%
1/8 W
1206
19N413
TP180 TP250
R168
1.0KOHM
1%
1/10 W
0805
TP399
TP337
LGND
TP265
LGND
R20
0.5OHM
1%
1/2 W
2010
TP363
PRE-AMPLIFIED
AUDIO SIGNAL
TP266
SPEAKER
R119
49.9KOHM
1% 1/10 W
0805
SPEAKER_DRIVE {8}
SPEAKER_RET {8}
U28A
19N245 3 +
1
TP243
2 OP296
–
OP296HRU
C103
19N236
TSSOP8
1000PF
5% NPO
–
50 V
0805
TP270
SPEAKER DRIVE
Q24
2N7002-T1
SOT23
MMBD914LT1
200 mA
SOT23 19N197
19N496
TP344
3
LGND
C159
R117
AUTO SHUTDOWN
47KOHM
5 % 1/10 W
0805
1000PF
5% NPO
50 V 0805
D14
20% TANT
10 V
SMT_D
C51
1
Q29
2N7002-T1
SOT23
19N248
+ 100UF
TP264
U42B
19N481
7
TP376
OP296HRU
TSSOP8
SPEAKER TEST CIRCUIT
MMBD914LT1
200 mA
SOT23
MMBD914LT1
200 mA
SOT23
D15 2
1
3
LGND
TP296
LGND
C161
0.1UF
10% X7R
50 V
1206
1
TP249
19N392
U31
19N226 3 +
5
TP428
2 LM386
–
LM386M-1
SO8
_
TP231
10KOHM
5% 1/10 W
0805
R118
VNEG_SPLY
FB8
19N225
BLM31P500SPT
0805 3000 mA
+
5 + U28B
7
6 OP296
–
OP296HRU
TSSOP8
LGND
19N228
LOGIC_SPLY_5V
LGND
C104
0.1UF
10% X7R
50 V
1206
C115
0.1UF
10% X7R
50 V
1206
LGND
19N366 3 + U42A
1
TP281
2 OP296
R182
–
OP296HRU
1.0KOHM
19N250
TSSOP8
1%
1/10 W
–
0805
R181
40.2KOHM
1%
1/10 W
0805
LOGIC_SPLY_5V
6
3
2
ENVELOPE SELECTION
7
13
8
4
8
1
4
3
2
8
40-5648-51B
4
LOGIC_SPLY_5V
Schematics & PCB Assemblies
Main Board / Speaker Drive
129
130
{6, 12} ACU_SPLY
{6} ACU_OSC1
{6} ACU_OSC2
{6, 12} POWER_SWITCH #
{6} ARM_STRB
{6, 7} WATCHDOG_STRB
{4, 6} PET_WATCHDOG
LGND
1
2
3
4
5
6
7
8
ACU_EMULATOR_SOCKET
THRUHOLE
J1
ACU EMULATOR SOCKET
MH1
LGND
MH2
MOUNTING HOLES
MH3
Schematics & PCB Assemblies
Main Board / ACU-ICE Socket
40-5648-51B
C95
1
J7
U40
1
J3
1
J6
C96
U23
C106
C79
U35
U26
C77
R137
J10
C111
R50
R186
C127
U1
C45
R143
C23
R3
R84
R158
C128
R144
C146
C148
C150
C134
R131
C131 R153
C132 R166
R140
R159
U9
Q38
C48
R185
C36
R95
C121
U34
L3
C19
R2
J13
C112
FB2
U20
C49
U18
C24
C71
C68
Q45
L1
U12
D1
Q22
Q16 Q21
R55
FB12
C25
C116
R68
R80
R67
U15
U36
R148
Q2
J11
Q41
L2
C44
U42
FB7
FB5
R133
C58
C38
C99
FB6
R146
R20
C89
U13
XD1
C53
C16
R152
C41
R56
R76
R181
R182
R113
C9
C102
U28
C98
U21
U33
C26
U25
C86
C66
U8
X1
U7
C15
U31
C78
1
D8
U3
U4
FB8
U4
R103
C91
C125 C124
U39
U2
X3
U32
C123
Q18
U38
C94
C92
C152
C10
C42
C21
U6
R1
U44
R83
C12
C81
C13
R45
R46
R88
R90
U14
C110
R16
J8
C114
R104
C57
R18
C117
D23
C59
C4
C97
C37
C70
C60
J9
C14
C51
C8
C7
+
J5
U11
X2
U5
1
2
C11
J12
U46
R89
R63
R96
20
19
131
+ +
C118
+
+
+
R36
1
+
+
+
+
R9
40-5648-51B
Date Code/Serial # Assembly Rev.
8
+
+
+
+
+
+
C68
+
U22
1
U19
U17
J2
C30
C17
C35
J4
C72
U30
+
C27
1
U24
C6
R85
R77
Main Board Assembly Drawing – Top Side
Schematics & PCB Assemblies
Schematics & PCB Assemblies
Main Board Assembly Drawing – Bottom Side
C5
R86
R43
R174
D10
C22
R12
R25
R167
R8
R21
R33
C107
R17
R23
C3
D7
FB3
C87
R7
C40
R98
+
FB1
C18
C108
C120
C90
FB11
C126
U45
R44
C82
R175
C151
R69
Q19
R71
R57
R64
C74
Q11
+
R82
R125
Q15
Q14
Q13
D16
C109
R51
R30
R58
R119
D3
D2
D13
Q29
R52
FB4
C154
R31
C33
R66
Q1
C23
R39
Q20
R40
D11
D12
R54
C103
C83
R117
R4
R118
R60
R65
R59
R41
R72
R42
R73
R62
C153
Q24
FB13
C104
Q12
Q17
C39
R108
R111
R32
R110
C161
R141
C31
C105
R160
R6
C29
R5
C101
R28
R151
C76
R91
R101
C129
C84
C143
C135
C140
C138
C139
C73
R124
R37
R187
R123
C158
FB15
TVS15
TVS16
R38
R165
R120
R100
R24
R112
Q5
R164
U10
C133
Q10
R136
C136
R61
C163
C2
R47
R49
R81
C141
C142
Q28 D19
C100
D6
U37
R121
C75
R150
R53
R138
C149
C145
R99
Q3
U29
132
R107
R149
C67
R139
C144
D22
R97
R106
R76
FB14
C54
Q26
R14
R156
C147
C119
Q40
C47
C113
C65
R170
R173
C137
R116
R115
R126
R179
D20
Q34
Q33
C52
R155
R135
D4
D6
D4
Q36
R154
R142
C64
R134
R128
D5
Q35
Q42 Q30 Q27 Q37
R94
R157
R19
R178
C156
R75
R147
C50
R132
C46
C63
R48
C80
R93
R15
C155
C85
R177
R35
R26
C61
R127
R129
C62
C157
R74
Q8
R87
C55
R92
C28
C122
D15 D14
C56
C93
R171
R168
R161
C159
C160
R172
U27
C115
R122
FB10
C1
R162 R109
R13
R10
R105
C34
+
U43
R27
R78
R11
C20
R102
R70
C162
C43
Q4
D9
R22
+
U16
+
C88
R145
R29
R34
C130
R169
40-5648-51B
Schematics & PCB Assemblies
Main Board Assembly – Parts list
#
QTY
1
36
2
Package
Value
C1, C9, C16, C19, C24, C39, C41, C56,
C57, C73, C77, C78, C80, C81, C84, C87,
C89, C95, C96, C97, C98, C99, C104,
C106, C108, C109, C110, C114, C115,
C117, C118, C120, C122, C130, C160,
C161
1206W
0.1UF
CAPACITOR, 50V, X7R, 10%,
1206; GMC31X7R104K50NT,
CAL-CHIP 12065C104KAT2A
AVX
8
C2, C29, C31, C35, C36, C46, C55, C83
0805W
.047UF
CAPACITOR, 50V, X7R, 10%,
0805; GMC21X7R473K50NT,
CAL-CHIP
3
11
C3, C33, C68, C71, C74, C82, C85, C93,
C100, C101, C111
1206W
0.22UF
CAPACITOR, 25V, X7R, 10%,
1206; GMC31X7R224K25NE,
CAL-CHIP 12063C224KAT2A
AVX
4
2
C4, C59
TANT_D
100UF
CAPACITOR, 10V, TANT, 10%,
SMT_D; TPSD107K010R0100,
AVX; T495D107K010AS, KEMET
5
42
C5, C6, C8, C10, C14, C17, C20, C22, C23,
C27, C40, C42, C47, C48, C52, C54, C61,
C63, C64, C65, C66, C67, C72, C75, C76,
C79, C90, C94, C107, C112, C116, C119,
C121, C123, C124, C125, C126, C128,
C129, C151, C152, C153
0805W
.01UF
CAPACITOR, 50V, X7R, 10%,
0805; GMC21X7R103K50NT,
CAL-CHIP
6
1
C7
0805W
10PF
CAPACITOR, 50V, NPO, 5%, 0805;
GMC21CG100J50NT, CAL-CHIP
7
1
C11
SUPERCAP
1F
8
2
C12, C127
0805W
27PF
CAPACITOR, 50V, NPO, 5%, 0805;
GMC21CG270J50NT, CAL-CHIP
9
9
C13, C15, C18, C25, C26, C30, C34, C43,
C69
TANT_B
10UF
CAPACITOR, 10V, TANT, 20%,
SMT_B; TCMIA106BT, CALCHIP; TAJB106M010R, AVX;
T491B106M010AS, KEMET
10
1
C21
0805W
18PF
CAPACITOR, 50V, NPO, 5%, 0805;
GMC21CG180J50NT, CAL-CHIP
11
2
C28, C50
0805W
.0047UF
12
2
C32, C88
TANT_A
1UF
CAPACITOR, 16V, TANT, 20%,
SMT_A; TCMIC105AT, CALCHIP; TAJA105M016R, AVX
13
4
C37, C38, C44, C60
TANT_D
22UF
CAPACITOR, 25V, TANT, 10%,
SMT_D; TPSD226M025R0200,
AVX; T495D226M025AS, KEMET
14
2
C45, C49
SMT_8X10_8
220UF
CAPACITOR, 35V, ELECT, 20%, RADIAL; NACZ221M35V8X10.8TR13,
NIC; 35VCV220GX, SURGE COMPONENTS
40-5648-51B
REF. Designator
Part Spec
CAPACITOR, 5.5V, ELECT, 20%,
RADIAL; FYD0H105Z; TOKIN
CAPACITOR, 50V, X7R, 10%,
0805; GMC21X7R472K50NT,
CAL-CHIP
133
Schematics & PCB Assemblies
#
QTY
15
2
C51, C53
REF. Designator
Package
Value
TANT_D
100UF
CAPACITOR, 10V, TANT, 20%,
SMT_D; TCMIA107DT, CALCHIP; TAJD107M010R, AVX;
T491D107M010AS, KEMET
16
13
C58, C62, C86, C103, C105, C113, C155,
C156, C157, C158, C159, C162, C163
0805W
1000PF
CAPACITOR, 50V, NPO, 5%, 0805;
GMC21CG102J50NT, CAL-CHIP
17
1
C70
CAP_200MIL
1UF
CERAMIC, 100V, X7R, 10%,
LEADED; SR401C105KAA, AVX;
RPE114X7R105K100V, MURATA
ERIE
18
2
C91, C92
0805W
100PF
CAPACITOR, 50V, NPO, 5%, 0805;
GMC21CG101J50NT, CALCHIP
19
1
C102
SMT_10X10_8
330UF
CAPACITOR, 35V, ELECT, 20%,
RADIAL;
NACZ331M35V10X10.8TRHIL,
NIC
20
21
C131, C132, C133, C134, C135, C136,
C137, C138, C139, C140, C141, C142,
C143, C144, C145, C146, C147, C148,
C149, C150, C154
0805W
1000PF
CAPACITOR, 50V, NPO, 5%,
0805;GMC21CG102J50NT, CALCHIP
21
2
D1,D23
22
18
D2,D3,D4,D5,D6, D7,D8,D9,D10,D11,
D12,D13,D14,D15, D16,D19,D20,D22
SOT23
MMBD914LT1, MOTOROLA
23
13
FB1,FB2,FB3,FB4, FB5,FB6,FB7,
FB10,FB11,FB12, FB13,FB14,FB15
0805W
BLM21A102SPT, MURATA ERIE
24
1
FB8
1206W
BLM31P500SPT, MURATA ERIE
25
1
GL1
GNDLNK
26
2
J2,J6
4P_059SMTHDR
B4B-ZR-SM3-TF, JST
27
1
J3
4P_079SMTHDR
B4B-PH-SM3-TB, JST
28
1
J4
4P_050THHDR
104071-7, AMP
29
2
J5,J13
30
1
31
SMC
Part Spec
CMSH3-60, CENTRAL SEMI;
30BQ060, INTERN. RECTIFIER
N/A
2P_THJMPR
HTSW-102-06-T-S, SAMTEC
J7
2PINTH_
TERMBLK
30.870.002 OR 930-T-DS-02,
WECO
1
J8
8P_050RATHHDR
53048-0810 molex
32
1
J9
26P_
079THDRHDR
1306-26-S-02, SINGATRON
33
1
J10
24P_050RATHDRHDR
1-104069-2, AMP
34
1
J11
11P_059SMTHDR
B11B-ZR-SM3-TF, JST
35
1
J12
20P_100THHDR
609-2027, THOMAS & BETTS
36
2
L1, L2
SMT_POTCORE
DT3316P-473, COILCRAFT
37
1
L3
SMT_POTCORE
DT3316P-333, COILCRAFT
134
40-5648-51B
Schematics & PCB Assemblies
#
QTY
38
13
Q1,Q3,Q11,Q12, Q13,Q14,Q21,Q24,
Q28,Q29,Q30,Q38, Q42
39
1
Q2
40
7
Q4,Q6,Q8,Q10,Q16, Q19,Q41
SOT23
MMBT2222ALT1, MOTOROLA
41
16
Q5,Q7,Q15,Q17, Q18,Q20,Q22,Q26,
Q27,Q33,Q34,Q35, Q36,Q37,Q40,Q45
SOT23
TP0610T, Supertex; TP0610T,
Vishay SILICONIX (TEMIC)
[obsolete]
42
1
R1
1206W
43
1
R2
1206W
44
4
R3, R16, R17, R125
0805W
2.0KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F2001CT, CALCHIP
45
2
R4, R18
1206W
24OHM
RESISTOR, 1/8W, TCR=400PPM,
5%, 1206; RM12J240CT, CALCHIP; ERJ-8GEYJ240V, PANASONIC
46
12
R5, R8, R14, R19, R28, R37, R87, R162,
R168, R182, R185, R186
0805W
1.0KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F1001CT, CALCHIP
47
3
R6, R15, R20
2010
0.5OHM
RESISTOR, 1/2W, TCR=100PPM,
1%, 2010; WSL2010R500F, DALE;
LR201001R500F, IRC
48
13
R7, R11, R13, R21, R25, R26, R29, R46,
R105, R106, R120, R144,R164
0805W
4.99KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F4991CT, CALCHIP
49
24
R27, R30, R31, R41, R42, R61, R62, R78,
R92, R96, R97, R103, R118, R123, R124,
R156, R170, R171, R172, R177, R178,
R179, R187
0805W
10KOHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J103CT, CALCHIP
50
2
R10, R40
0805W
64.9KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F6492CT, CALCHIP
51
8
R12, R43, R75, R93, R115, R141, R143,
R149
0805W
15.0KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F1502CT, CALCHIP
52
14
R22, R32, R36, R39, R54, R57, R58, R82,
R83, R84, R94, R133, R146, R173
0805W
200KOHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J204CT, CALCHIP
53
1
R23
0805W
1MOHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J105CT, CALCHIP
54
2
R24, R155
0805W
150.0KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F1503CT, CALCHIP
55
4
R33, R34, R167, R174
0805W
100OHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J101CT, CALCHIP
40-5648-51B
REF. Designator
Package
Value
SOT23
Part Spec
2N7002T1, SILICONIX (TEMIC);
CENTRAL SEMICONDUCTOR
SO8
MMSF3P02HDR2G, On Semi
10MOHM
2.70OHM
RESISTOR, 1/8W, TCR=400PPM,
5%, 1206; RM12J106CT, CALCHIP
RESISTOR, 1/8W, TCR=400PPM,
5%, 1206; RM12J2R7CT, CALCHIP; IRC WCR1206
135
Schematics & PCB Assemblies
#
QTY
Package
Value
Part Spec
56
7
R35, R38, R49, R77, R95, R98, R166
0805W
220OHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J221CT, CALCHIP
57
7
R44, R104, R126, R140, R145,R169
0805W
20.0KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F2002CT, CALCHIP
58
26
R45, R52, R59, R60, R63, R64, R67, R68,
R70, R71, R72, R73, R79, R80, R86, R102,
R112, R122, R127, R128, R129, R134,
R135, R175
0805W
1KOHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J102CT, CALCHIP
59
12
R47, R55, R66, R74, R85, R99, R101, R108,
R137, R152, R153
0805W
120KOHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J124CT, CALCHIP
60
4
R48, R91, R147, R151
0805W
10.0KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F1002CT, CALCHIP
61
1
R50
0805W
649.0OHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F6490CT, CALCHIP
62
2
R51, R109
0805W
2.2MOHM
RESISTOR, 1/10W, TCR=400PPM,
5%, 0805; RM10J225CT, CALCHIP
63
8
R53, R107, R138, R139, R154, R157, R158,
R159
0805W
160OHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J161CT, CALCHIP
64
5
R56, R65, R69, R117, R148
0805W
47KOHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J473CT, CALCHIP
65
6
R76, R116, R142, R161, R181, R136
0805W
40.2KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F4022CT, CALCHIP
66
2
R81, R100
0805W
825.0OHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F8250CT, CALCHIP
67
2
R110, R132
0805W
27KOHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J273CT, CALCHIP
68
1
R111
0805W
392.0KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F3923CT, CALCHIP
69
1
R113
0805W
51OHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J510CT, CALCHIP
70
3
R119, R131, R165
0805W
49.9KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F4992CT, CALCHIP
71
1
R150
0805W
24.9KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F2492CT, CALCHIP
72
1
R160
0805W
475.0OHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F4750CT, CALCHIP
136
REF. Designator
40-5648-51B
Schematics & PCB Assemblies
#
QTY
73
412
74
2
TVS15, TVS16
0805W
VC080505A150, AVX
75
5
U1,U14,U23, U28, U42
TSSOP8
OP296HRU, ANALOG DEVICES
76
2
U2, U4
SO8
AT25256AN-10SU-2.7, Atmel;
M95256-WMN6TP ST Microelectronics; M95256-WMN6-TGST
Microelectronics
77
2
U3, U33
44PLCC
CS82C55A, HARRIS/INTERSIL;
MSM82C55A-2VJS, OKI
78
1
U5
TSSOP14
SN74AHC00PWR, TEXAS INSTR
79
2
U6, U41
TSSOP20
SN74AHC541PWR, TEXAS
INSTR
80
1
U7
SO8
81
1
U8
SSOP8
82
1
U9
SO8
83
3
U10, U27, U30
SOT23-5
LMC7111BIM5, NATIONAL SEMICONDUCTOR;
MIC7111BM5, MICREL
84
1
U11
TSSOP14
SN74ACH125PWR, TEXAS
INSTR
85
2
U12, U34
SO8
LT1372CS8, LINEAR TECH
86
1
U13
SO16
TLV1544CD, TEXAS INSTR
87
1
U16
TO236AB
LM4040DIM3-4.1, NATIONAL
SEMICONDUCTOR, MICREL
SEMICONDUCTOR
88
1
U17
SOP28
TC55257DFL85L, TOSHIBA;
TC55257DFL70L, TOSHIBA;
M5M5256DFP-70LL, Mitsubishi;
LH52256CN-70LL, Sharp
89
2
U18, U37
90
1
U19
84PLCC_SKT
91
1
U20
SO8
92
1
U21
SOT223
LT1121CST-5, LINEAR TECH
93
1
U22
32TSOP
AT29C040A-12TU Atmel
94
1
U24
TSSOP16
SN74AHC138PWR, TEXAS
INSTR
95
1
U25
SO14
96
2
U26, U35
97
1
U29
SO6
SFH9201-2/3, Osram (Smiths Medical catalog number G6000157)
98
1
U31
SO8
LM386M-1, NATIONAL SEMICONDUCTOR; NJM386BM,
NEW JAPAN RADIO
99
1
U32
TSSOP20
40-5648-51B
REF. Designator
TP1, TP2, TP3, TP4, TP5
Package
TESTPOINT
SOT23-5
SO16W
Value
Part Spec
N/A
LM2936M-5.0; NATIONAL SEMI
RS5C316B, RICOH
AD623AR, ANALOG DEVICES
LMC7211AIM5, NATIONAL SEMICONDUCTOR;
MIC7211BM5, MICREL
68HC11K1CFN4 OR 68HC11K0CFN4, MOTOROLA
MAX522CSA, MAXIM
MC74HC4066AD, OnSemi; SN74HC4066PW, TEXAS INSTR
A3953SLB, ALLEGRO
SN74AHC573PWR, TEXAS
INSTR
137
Schematics & PCB Assemblies
#
QTY
100
1
U36
SSO8
101
1
U38
SOT23
MAX6326UR31-T, MAXIM
102
1
U39
SO8W
PIC12C50804/SM, MICROCHIP
(programmed)
103
1
U40
SO8
104
1
U43
SOT23
105
1
U44
TO236AB
LM4040BIM3-4.1, NATIONAL
SEMI
106
1
U45
SOT23-5
SN74AHC1G14DBVR, TEXAS
INSTR
107
1
U46
SO16
MC74HC174AD, MOTOROLA;
SN74HC174D, TEXAS INSTR.;
74HC174D, PHILIPS; M74HC174M1R, SGS
108
1
X1
SMT_32KHZXTAL
32KHZ
MC306-32.768KA-E3, EPSON; ECPSM29T-32.768KTR,
ECLIPTEK; SX1555-32.768KT/R,
MTRON
109
1
X2
SMT_16MHZXTAL
16MHZ
EC2SM 16.000MHZ T&R,
ECLIPTEK
110
1
X3
SMT_455KHZXTAL
455KHZ
CSBFB455KJ58-R1, MURATA
ERIE
111
1
XD1
TH_BUZZER
112
1
PCB
N/A
RAW, PRINTED CIRCUIT
BOARD
113
1
PRESS_IN NUT
N/A
PRESS-IN NUT , 2-56 THREAD,
0.219” DIA., STAINLESS STEEL;
P/N 4860, KEYSTONE; KFS2-256,
PEM
114
1
U15
TSSOP8
115
1
R121
0805W
1.37KOHM
CRCW08051371F50 Vishay, RK73GC2ATTD1371F KOA
116
2
R9, R89
0805W
4.7KOHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; CRCW0805472J, Vishay
Dale; RK73B2ATTD472J KOA
Speer
117
1
R88
0805W
130OHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; CRCW0805131JRT6,
Vishay Dale; RK73B2ATTD131J
KOA Speer
118
1
R90
0805W
18KOHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; CRCW0805183J, Vishay
Dale; RK73B2ATTD183J KOA
Speer
138
REF. Designator
Package
Value
Part Spec
MAX865EUA, MAXIM
LM393M, NATIONAL SEMI;
LM393D, TEXAS INSTR
MAX809LEURT, MAXIM; ADM809LART, ANALOG DEVICES
HMB-06, STAR MICRONIX
(Smiths Medical catalog number
6940000100)
OP727ARU Analog Devices
40-5648-51B
FORCE SENSOR
1
2
3
4
LGND
90814-0004
SMT
J1
1
1
2
3
4
5
6
7
8
9
10
11
2N97
LGND
LOGIC_SPLY_5V
R5
2.0KOHM
1%
1/16 W
0603
R4
2.0KOHM
1%
1/16 W
0603
LGND
LGND
C7
+ 1UF
20% TANT
16 V
SMT_A
FB1
BLM11A102SGPT
0603
LGND
FB2
BLM11A102SGPT
0603
2N108
2N111
PLUNGER_SNSR2_OUT
PLUNGER_SNSR1_OUT
PLUNGER_SNSRS_ENBL
2N114
2N158
2N118
B11B-ZR-SM3-TF
SMT
1
2
3
4
5
6
7
8
9
10
11
2
3
LGND
J2
C4
470PF
2% NPO
50 V
0603
LGND
R2
2.7MOHM
5%
1/10 W
0805
FORCE_SNSR_O+
FORCE_SNSR_EX
FORCE_SNSR_O-
1N102
Q2
TP0610T
SOT23
VNEG_SPLY
FB6
BLM11A102SGPT
0603
1N38
C14
470PF
2% NPO
50 V
0603
FORCE_PREAMP_OSADJ
LGND
C13
470PF
2% NPO
50 V
0603
LGND
C5
470PF
2% NPO
50 V
0603
R9
2.0KOHM
1%
1/16 W
0603
LGND
C12
470PF
2% NPO
50 V
0603
R10
267.0OHM
1%
1/16 W
0603
FORCE_PREAMP_OUT
FORCE_PREAMP_OSADJ
FORCE_SNSR_TEST#
FB4
BLM11A102SGPT
0603
LGND
C10
470PF
2% NPO
50 V
0603
VNEG_SPLY
–
1N23
6
AD620AR
SO8
U1
LGND
INSTR. AMP REF
3 IN+
8 RG1 VS+
AD620
+
1 RG2 VS2 IN-
1N21
1N353
C11
470PF
2% NPO
50 V
0603
LOGIC_SPLY_5V
R1
267.0OHM
1%
1/16 W
0603
FB5
BLM11A102SGPT
0603
LGND
C1
470PF
2% NPO
50 V
0603
C2
470PF
2% NPO
50 V
0603
C3
470PF
2% NPO
50 V
0603
7
4
FORCE_SNSR_TEST #
5
R3
24.9KOHM
1%
1/16 W
0603
2N13
C6
470PF
2% NPO
50 V
0603
LGND
R6
24.9KOHM
1%
1/16 W
0603
LOGIC_SPLY_5V
LGND
R8
24.9KOHM
1%
1/16 W
0603
LOGIC_SPLY_5V
3
4
1
C9
470PF
2% NPO
50 V
0603
US
RPI-352
THRUHOLE
U2
RPI-352
THRUHOLE
R7
100OHM
5%
1/10 W
0805
LGND
Q1
MMBT2222ALT1
SOT23
2N11
3
4
12 12
13 13
2
1
2
1
3
40-5648-51B
2
LOGIC_SPLY_5V
LGND
C8
0.1UF
10% X7R
50 V
1206
Schematics & PCB Assemblies
Plunger Board Schematic
Plunger Board / Force Preamplifier
139
140
LGND
J2
12
11
10
9
8
7
FB6
LGND
FB1
FB5
470PF
2%
C14
FORCE_PREAMP_OSADJ
FORCE_SNSR_TEST
PLUNGER_SNSRS_ENBL
5
FB4
PLUNGER_SNSR1_OUT
6
PLUNGER_SNSR2_OUT
FORCE_PREAMP_OUT
FORCE_SNSR_EX
4
FB3
FB2
LGND
C12
470PF
2%
3
2
1
C10
470PF
2%
VNEG_SPLY
LGND
C6
470PF
2%
LGND
LGND
C13
470PF
2%
C9
C5
470PF
2%
LGND
LGND
C7
470PF
2%
C11
1U
16V
+
5_VDC
LOGIC_SPLY
470PF
2%
LGND
R9
2.0KOHM
100OHM
R7
2N2222A
Q1
LGND
LGND
C8
0.1UF
5_VDC
LOGIC_SPLY
4
1
4
1
U3
U2
3
2
3
2
LGND
24.9KOHM
R6
LGND
24.9KOHM
R8
Schematics & PCB Assemblies
Plunger Board / Flipper Sensor
40-5648-51B
Schematics & PCB Assemblies
Plunger Board Assembly Drawing
Top Side:
PH2
FB1
C7
+
J2
C10
U1
PH1
U2
R2
U3
C1
R5
C3
Q2 R4
R3
J1
Q1
R9
Bottom Side:
FB5
FB6
FB4
C13
C12
C2
C4
R1
FB2
C11 C5
R10 C14
R7
C9
R6
C6
C8 R8
SERIAL LABEL
40-5648-51B
141
Schematics & PCB Assemblies
Plunger Board Assembly – Parts list
#
QTY
Package
Value
Part Spec
1
12
C1, C2, C3, C4, C5, C6, C9, C10, C11,
C12, C13, C14
0603
470PF
CERAMIC, 50V, NP0, 2%, 0603;
GMC10CG471G50NT, CAL-CHIP
2
1
C7
TANT_A
1U
CAPACITOR, 16V, TANT, 20%,
SMT_A; TCMIC105AT, CALCHIP; TAJA105M016R, AVX
3
1
C8
1206
0.1UF
CAPACITOR, 50V, X7R, 10%,
1206; GMC31X7R104K50NT,
CAL-CHIP 12065C104KAT2A;
AVX
4
5
FB1, FB2, FB4, FB5, FB6
0603
5
1
J1
4PINSMTHDR_
WBOSS
90814-0004, MOLEX
6
1
J2
11PIN_1_
5MMSMTHDR
B11B-ZR-SM3-TF, JST
7
1
Q1
SOT23
MMBT2222ALT1, ON SEMICONDUCTOR; CMPT 2222ATR or
TR13 CENTRAL SEMICONDUCTOR
8
1
Q2
SOT23
TP0610T, Supertex, Vishay Silconix
(TEMIC) - (obsolete)
9
2
R1, R10
0603
267.0OHM
RESISTOR, 1/16W, TCR=100PPM,
1%, 0603; RM06F2670CT, CALCHIP
10
1
R2
0805
2.7MOHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J275CT, CALCHIP
11
3
R3, R6, R8
0603
24.9KOHM
RESISTOR, 1/16W, TCR=100PPM,
1%, 0603; RM06F2492CT, CALCHIP
12
3
R4, R5, R9
0603
2.0KOHM
RESISTOR, 1/16W, TCR=100PPM,
1%, 0603; RM06F2001CT, CALCHIP
13
1
R7
0805
100OHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J101CT, CALCHIP
14
1
U1
SO8
LT1167CS8, LINEAR TECHNOLOGY; AD620AR, ANALOG
DEVICES
15
2
U2, U3
RPI_LEADEDOPTO
RPI-352, ROHM
16
1
PCB
N/A
PCB RAW
142
REF. Designator
BLM11A102SGPT, MURATA ERIE
40-5648-51B
CON1
J2
CON1
BATTERY_NEG_LEAD
R7
100.0K
0.5%
1/8 W
1206
R6
499.0K
0.5%
1/8 W
1206
BATTERY_POS_LEAD
J3
C6
0.1U
10% X7R
50 V
1206
POWER_GND
10
9
8
7
6
5
4
3
2
1
HEADER 5X2
2mm-DIP-2X5
–
VSR
+
R4
0.2
1%
1W
2512
R5
100K
5%
1/10 W
0805
C5
0.1U
10% X7R
50 V
1206
BATTERY_DATA
CHARGE*
VLOW_BATTERY*
R8
1M
5%
1/10 W
0805
U3
R2
1.69M
1%
1/10 W
0805
Vth
Clr
BQ2012
SO-16
1
2
3
4
5
6
7
16
10
C1
0.1U
10% X7R
50 V
1206
4
1
VCC
12 EMPTY DISP
13 DATA
14 CHRG LCOM
15 REF
PRG1
PRG2
11
PRG3
SB
PRG4
SR
9
PRG5
SEG6
8
GND
C2
1000P
5% NPO
50 V
0805
CHARGE_DETECT
R1
5.90M
1%
1/10 w
0805
C3
0.1U
10% X7R
50 V
1206
3
Vs
Gnd
2
40-5648-51B
C7
1000P
5% NPO
50 V
0805
NC1
VIN
R9
10K
5%
1/10 W
0805
C8
+ 10U
20% TANT
10 V
SMT_A
4
2
NC2
S812
SOT23-5
VO
U2
R14
See Chart
5%
1/10 W
0805
R15
See Chart
5%
1/10 W
0805
R12
See Chart
5%
1/10 W
0805
R13
See Chart
5%
1/10 W
0805
R10
See Chart
5%
1/10 W
0805
R11
See Chart
5%
1/10 w
0805
5
3
R17
See Chart
5%
1/10 W
0805
R16
See Chart
5%
1/10 W
0805
BATTERY CAPACITY SELECTION
PRG1
PRG2
PRG3
PRG4
5
Out
MAX835
SOT23-5
U1
3
1
2
1N4148
200 mAS OT23
D1
GND
1
J1
20% TANT
10 V
SMT_A
C4
+ 10U
3.3V
Schematics & PCB Assemblies
Battery Gauge Schematic
143
3
2
1
EXTDC_IN
EXTERNAL DC JACK
DC-001B-CRSN
THRUHOLE
J5
LGND
R28
20.0KOHM
1%
1/10 W
0805
TP44
4
1
321
LGND
D1
20UH
50 V/3 A
THRUHOLE
L3
4
TP8
3
2
RESET
MAX809
U3
1
2
LGND
1N270
1
1N338
TP7
LGND
1% 1/10 W 0805
LGND
R29 1.0KOHM
C1
0.1UF
10% X7R
50 V
1206
LGND
1
R10
200KOHM
5%
1/10 W
0805
POWER_ENBL
EXTERNAL DC DETECTOR
TVS1
SA13CA
14.0 V
21.5V clamp
D0204-AC
LGND
D12
30BQ060
3 .0 A
SMC
J3
1 12
2
22-03-5025
THRUHOLE
Q1
2N7002-T1
1
SOT23
Q5
MMBT2222ALT1
SOT23
2
MAX809LEURT
SOT23
2
R5
200KOHM
5%
1/10 W
0805
1N202
TP1
C4
0.01UF
10% X7R
50 V
0805
MMBD914LT1
SOT23 200 mA
3
1N215
BATTERY SWITCH
EXTERNAL +12V DC SUPPLY
8765
Q7
MMSF3P02HD
SO8
1N123
C5
0.01UF
10% X7R
50 V
0805
1N621
1N516
2
D17
MMBD914LT1
200 mA
SOT23
20% 35 V
ELECT S MT-8X10
C2
0.1UF
10% X7R
50 V
1206
RUE 185
1.85 A
THRUHOLE
PS1
{3} BATTERY_POS_LEAD
B2B-PH-K
THRUHOLE
TP9
3
1
1
2
N/C
C9 220UF
3
2
3
1N375
1N522
R8
1.0KOHM
1%
1/10 W
0805
2
1
3OBQ060
3.0 A
SMC
D11
TP3
1
2
R9
10.0KOHM
1%
1/10 W
0805
{3} BATTERY_SWX_ON#
TP6
3
1
2
3 1N629 3
1N519
D16
MMSZ5232BT1
5.6 V
SOD-123
EXTRNL_PWR_DETECT
AC DETECTOR
TP11
Q2
MMBT2907ALT1
SOT23
TP2
D15
MMSZ234BT1
6.2 V
SOD-123
1N245
2
TP4
Q4
MMBT2222ALT1
SOT23
1
2
MMBD914LT1
SOT23 200mA
3
D2
MMBD914LT1
SOT23 200 mA
D3
R7
1.0 KOHM
1%
1/10 W
0805
TP12
1N52 1
R11
2.0KOHM
1%
1/10 W
0805
LGND
MMBD914LT1
200 mAS0T23
D5
TVS2
VC120614D300D
14.0 V
32 V clamp
1206
{3} UNSWX_DC_POWER
C19
0.1UF
10% X7R
50 V
1206
REG_DC_INTRNL
LGND
1
2
1
2
2
3
1
2
J2
3
VCC
1 GND
1
2
1
TP5
1N492
R6
10.0KOHM
1%
1/10 W
0805
1N278 2
D9
MURS120T3
1 A SMB
LGND
3
3
Q11
TP0610T
SOT23
LGND
LGND
TVS4
VC080505A150
5.6 V
18V clamp
0805
FB1
5V
BLM21A102SPT
100 mA 0805
{4} IR_XMT_DATA
{4} IR_RCV_DATA
UNSWX_DC_POWER
{3} BATTERY_DATA
{3} VLOW_BATTERY#
AC_PWR_DETECT
BACKUP_CHARGE_SRC
TVS3
VC120614D300D
14.0 V
32V clamp
1206
TP10
C3
0.01UF
10% X7R
50 V
0805
LGND
SPEAKER_RET
SPEAKER_DRIVE
POWER_ENBL
TP43
LGND
LOGIC_SPLY_5V
C21
100PF
5% NPO
50 V
0805
MMBD914LT1
200 mAS0T23
D4
Q10
2N7002-T1
SOT23
TP42
{3} CHARGE_DETECT
TP13
1
3
144
+
2
SPEAKER
LGND
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
DNS
THRUHOLE
(1306-26-S-02)
J4
Schematics & PCB Assemblies
Interconnect Board Schematic
Interconnect Board / Power Control
40-5648-51B
10
9
8
7
6
5
4
3
2
1
1306-10-R-02
THRUHOLE
J1
BATTERY PACK
LGND
{2} BATTERY_POS_LEAD
BATTERY_DATA {2}
CHARGE #
VLOW_BATTERY # {2}
L2
3.3UH
400 mA
SMT
CHARGE CURRENT
TP45
LGND
C20
1000PF
5% NPO
50 V
0805
1
R27
10.0KOHM
1%
1/10 W
0805
LGND
S /S
5
LT1512
TP30
2N70
TP27
LGND
Q23
2N7002-T1
SOT23
R14
200KOHM
5%
1/10 W
0805
BATTERY CHARGER
4
C15
0.1UF
10% X7R
50 V
1206
LGND
BATTERY_SWX_ON#
2N561
R19
200KOHM
5%
1/10 W
0805
TP40
C10
+ 220UF
20% ELECT
35 V
SMT-8X10
6
GNDS
V IN
GND
7
U5
3
4
LGND
8765
1 2 3
TP28
Q6
IR F 7201
S08
TP29
2N88
TP31
2N121
TP20
2N14
TP21
IC HRG_SENSE
TP22
LT1512CS8
S08
TP32
2N113
C12
0.22UF
10% X7R
25 V
R4
1206
0.50 HM
1%
1/2 W
2010
IF B
VSW 8
FB 2
VC
1
C18 1UF
10UH
SMT
3
4
LGND
TP41
R3
1.50 HM
1%
1/8 W
1206
R2
240 HM
5%
1/8 W
1206
10% X7R 50 V
1825
2
1
L1
TP17
2N119
2N76
2N61
2N73
TP23
R12
392.0KOHM
1%
1/10 W
0805
LGND
R15
10.0KOHM
1%
1.10 W
0805
C13
0.22UF
10% X7R
25 V
1206
LGND
TP16
R16
10.0KOHM
1%
1/10 W
0805
TP18
TP39
MURS120T3
1A
SMB
D10
C11
0.22UF
10% X7R
25 V
1206
TP24
LGND
_
LGND
+
R17
1.0KOHM
1%
1/10 W
0805
2N25
TP26
C14
0.1UF
10% X7R
50 V
1206
LGND
2N27
1
Q9
TP0610T
SOT23
R18
6.49KOHM
1%
1/10 W
0805
TP15
2N498
TP33
LGND
3 +
U2
1
4 LMC7111
LMC7111BIM5
–
SOT23-5
10% TANT
25 V
SMT_D
C8
+ 22UF
TP19
2
3
2N279
3
2
2
5
Q8
2N7002-T1
SOT23
1
CHARGE DETECTOR
LGND
TP14
R26
200KOHM
5%
1/10 W
0805
BATTERY_SWX_ON# {2}
CHARGE_DETECT {2}
FB2
BLM21A102SPT
100 mA
0805
R13
100OHM
5%
1/10 W
0805
2N520
3
2
40-5648-51B
UNSWX_DC_POWER {2}
Schematics & PCB Assemblies
Interconnect Board / Battery Management
145
{2} IR_XMT_DATA
LGND
3N46
TP34
R25
475.0OHM
1%
1/10 W
0805
20% TANT
10 V
SMT_B
C7
+ 10UF
1
TP35
R23
100.0OHM
1%
1/8 W
1206
TP37
LGND
R1
100.0OHM
1%
1/8 W
1206
C16
0.1UF
10% X7R
50 V
1206
LGND
R21
220OHM
5%
1/10 W
0805
U1
PS5042
THRUHOLE
LOGIC_SPLY
LGND
EXTERNAL INFRARED COMM PORT
D14
DN504
THRUHOLE
3N52
Q3
MMBT2907ALT1
SOT23
3N49
2
3
TP36
LGND
C6
0.01UF
10% X7R
50 V
0805
R20
220OHM
5%
1/10 W
0805
R22
6.49KOHM
1%
1/10 W
0805
LOGIC_SPLY
3N15
3N5
TP25
TP38
R24
200KOHM
5%
1/10 W
0805
4
3
–
LGND
C17
0.1UF
10% X7R
50 V
1206
LGND
U4
LMC7211AIM5
SOT23-5
LMC7211
+
LOGIC_SPLY
2
146
5
LOGIC_SPLY
IR_RCV_DATA {2}
Schematics & PCB Assemblies
Interconnect Board / Infrared Serial Communications
40-5648-51B
Schematics & PCB Assemblies
Interconnect Board Assembly Drawing
Top Side:
FB1
C7
R4
C8
C18
R2
D10
C12
L1
C10
L3
C5
C17
U5
R25
Q3
D11
TVS1
U4
R3
C13
R1
D5
Q8
D12
D1
R21
R20
R5
Q11 Q10
R6
R24
Q4
R8
C6
Q2
D2
Q7
R26
R18
R17
R22
C2
U3
TSV4
TVS3
R11
R7
D16
D3
C4
Q6
Q9
C20
R27
C1
D15
Q5
D4 D17
Q1
R19
C15
C3
C9
R28
R29
R10
R9
U2
J2
C21
C11
R15
PS1
C14
J4
Q23
FB2
L2
1
C19
R13
R12
R16
2
J3
R14
J1
TVS2
C16
R23
Bottom Side:
J5
D1
4
40-5648-51B
U
1
147
Schematics & PCB Assemblies
Interconnect board assembly – parts list
#
QTY
1
7
2
Package
Value
C1,C2,C14,C15,C16, C17,C19
1206W
0.1UF
CAPACITOR, 50V, X7R, 10%,
1206; GMC31X7R104K50NT,
CAL-CHIP
4
C3, C4, C5, C6
0805W
.01UF
CAPACITOR, 50V, X7R, 10%,
0805; GMC21X7R103K50NT,
CAL-CHIP
3
1
C7
TANT_B
10UF
TCMIA106BT, CAL-CHIP;
TAJB106M010R, AVX; T491B106M010AS, KEMET
4
1
C8
TANT_D
22UF
CAPACITOR, 25V, TANT, 10%,
SMT_D; TPSD226M025R0200,
AVX; T495D226M025AS, KEMET
5
2
C9, C10
SMT_8X10_8
220UF
CAPACITOR, 35V, ELECT, 20%, RADIAL; NACZ221M35V8X10.8TR13,
NIC; 35VCV220GX, SURGE COMPONENTS
6
3
C11, C12, C13
1206W
0.22UF
CAPACITOR, 25V, X7R, 10%,
1206; GMC31X7R224K25NE,
CAL-CHIP
7
1
C18
1825
1UF
8
1
C20
0805W
1000PF
CAPACITOR, 50V, NPO, 5%, 0805;
GMC21CG102J50NT, CAL-CHIP
9
1
C21
0805W
100PF
CAPACITOR, 50V, NPO, 5%, 0805;
GMC21CG101J50NT, CALCHIP
10
6
D1, D2, D3, D4, D5, D17
SOT23
MMBD914LT1, MOTOROLA
11
2
D9, D10
SMB_X
MURS120T3, MOTOROLA;
CMR1U-02, CENTRAL SEMICONDUCTOR
12
2
D11,D12
SMC
13
1
D14
LEADED_IR
14
1
D15
SOD-123
6.2V
MMSZ5234BT1, MOTOROLA
15
1
D16
SOD-123
5.6V
MMSZ5232BT1, MOTOROLA
16
2
FB1,FB2
17
1
J1
10P_079RATHHDR
1306-10-R-02, SINGATRON
18
1
J2
2P_079THHDR
B2B-PH-K, JST
19
1
J3
2P_100THHDR
22-03-5025, MOLEX
20
1
J4
Cable 26 pin
21
1
J5
DC_JACK
22
1
L1
SMT_TOROID
148
REF. Designator
Part Spec
CERAMIC, 1UF, 50V, X7R, 10%,
1825; GMC45X7R105K50NT,
CAL-CHIP
CMSH3-60, CENTRAL SEMI;
30BQ060, INTERN. RECTIFIER
DN504, STANLEY
0805W
BLM21A102SPT, MURATA ERIE
12121-09-A, Singatron
DC-001-B-CRSN, POWER DYNAMICS
10U
10UH, +/-20%, SMT TOROID; CTX10-1, COILTRONIX;
618-100M-01, C&K MAGNETICS
40-5648-51B
Schematics & PCB Assemblies
#
QTY
Package
Value
23
1
L2
SMT_INDUCTOR1
3.3UH
24
1
L3
TH_10MMX7_
5MM
PLT2003C, MURATA ERIE
25
1
PS1
POLYSWX_RADIAL
RUE185, RAYCHEM
26
4
Q1, Q8, Q10, Q23
SOT23
2N7002-T1, TEMIC; CENTRAL
SEMICONDUCTOR
27
2
Q2, Q3
SOT23
MMBT2907ALT1, MOTOROLA
28
2
Q4, Q5
SOT23
MMBT2222ALT1, MOTOROLA
29
1
Q6
SO8
IRF7201, INTERN. RECTIFR;
SI9410DY, TEMIC
30
1
Q7
SO8
MMSF3P02HD,MOTOROLA;
SI9430DY,SILICONIX (TEMIC)
31
2
Q9, Q11
SOT23
TP0610T, Supertex, Vishay SILICONIX (TEMIC) (Obsolete)
32
2
R1, R23
1206W
100.0OHM
RESISTOR, 1/8W, TCR=100PPM,
1%, 1206; RM10F1000CT, CALCHIP
33
1
R2
1206W
24OHM
RESISTOR, 1/8W, TCR=400PPM,
5%, 1206; RM12J240CT, CALCHIP; ERJ-8GEYJ240V, PANASONIC
34
1
R3
1206W
1.5OHM
RESISTOR, 1/8W, TCR=400PPM,
1%, 1206; ERJ8RQF1R5V, PANASONIC; RM12F1R5CT, CALCHIP; WCR12062R49F, IRC
35
1
R4
2010
0.5OHM
RESISTOR, 1/2W, TCR=100PPM,
1%, 2010; WSL2010R500F, DALE;
LR2010001R500F, IRC
36
6
R5, R10, R14, R19, R24, R26
0805W
200KOHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J204CT, CALCHIP
37
5
R6, R9, R15, R16, R27
0805W
10.0KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F1002CT, CALCHIP
38
4
R7, R8, R17, R29
0805W
1.0KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F1001CT, CALCHIP
39
1
R11
0805W
2.0KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F2001CT, CALCHIP
40
1
R12
0805W
392.0KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F3923CT, CALCHIP
41
1
R13
0805W
100OHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J101CT, CALCHIP
42
2
R18, R22
0805W
6.49KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F6491CT, CALCHIP
40-5648-51B
REF. Designator
Part Spec
NL453232-3R3K, CAL-CHIP;
IMC-1812 3.3UH 10%, DALE
149
Schematics & PCB Assemblies
#
QTY
Package
Value
Part Spec
43
2
R20, R21
0805W
220OHM
RESISTOR, 1/10W, TCR=200PPM,
5%, 0805; RM10J221CT, CALCHIP
44
1
R25
0805W
475.0OHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F4750CT, CALCHIP
45
1
R28
0805W
20.0KOHM
RESISTOR, 1/10W, TCR=100PPM,
1%, 0805; RM10F2002CT, CALCHIP
46
1
TVS1
47
2
TVS2, TVS3
1206W
VC120614D300D, AVX
48
1
TVS4
0805W
VC080505A150, AVX
49
1
U1
LEADED_IR
50
1
U2
SOT23-5
51
1
U3
SOT23
52
1
U4
SOT23-5
LMC7211AIM5, NATIONAL SEMICONDUCTOR;
MIC7211BM5, MICREL
53
1
U5
SO8
LT1512CS8, LINEAR TECH
54
1
PCB
N/A
INTERCONNECT PCB RAW,
Medfusion™ 3000 Series
150
REF. Designator
DO_204AC
SA13CA, On Semiconductor
SA13CA Vishay Semiconductor
PS5042, STANLEY
LMC7111BIM5, NATIONAL SEMICONDUCTOR;
MIC7111BM5, MICREL
MAX809LEURT, MAXIM; ADM809LART, ANALOG DEVICES
40-5648-51B
Assembly Drawings & Parts Lists
Assembly drawings
The following section provides assembly drawings
– exploded views, and detailed parts lists including
Smiths Medical part numbers.
Always follow the procedures (including warnings/
cautions) in “Parts Replacement” section of this
manual while disassembling, replacing parts, and reassembling any Medfusion™ 3000 Series pump.
Note: Part numbers and pricing are subject to change
without notice. See the website at www.smiths-medical.com.
40-5648-51B
151
Assembly Drawings & Parts Lists
Medfusion™ 3000 series main pump assembly


See Note 1











152
40-5648-51B
Assembly Drawings & Parts Lists
Medfusion™ 3000 series main pump assembly – parts list
Ref. #
1
2
3
4
5
6
7
8
10
12
16
17
18
Part Number
See following drawing
G6000059
No longer required
G6000775
G6000763
G6000354
G6000112
G6002083
G6000117
Description
Assembly Case Bottom
Screw, 4-40 × .62 PH Phillips
Label, Device Tracking
Label, Warning
Label, Warning, CE Mark
Label, Warning, German
Door, Battery Bay
Label, Serial Number (Blank)
Screw 4-40 × .31 FH SS
Quantity
1 ea.
2 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
2 ea.
G6001392
See following drawing
G6000979
See note 2
G6000418
G6000623
G6000631
G6000142
G6000541
G6000605
Battery Assy, 3000
Assembly Case Top w/Plunger Head
Label, Battery Warning
Label, Date of Manufacture
Label, MRI Warning
Label, MRI Warning, German
Label, MRI Warning, Spanish
Label, Protege Logo
Label, Medfusion™ 3010A Logo
Label, Medfusion™ 3500 Logo
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
Notes:
1. Older model pumps may have this connector
cable. In current pumps this cable is connected to
the interconnect PCB.
2. This label changes yearly. Please specify the
manufacturing year shown on your pump when
communicating with the Service Center.
40-5648-51B
153
Assembly Drawings & Parts Lists
Case bottom assembly
















Medfusion™ 3500BC

154
40-5648-51B
Assembly Drawings & Parts Lists
Case bottom assembly – parts list
See also case bottom service assembly, note 4 below.
To obtain replacement labels with the CE mark and national language, international customers must order the
International Case Bottom Assy. See note 4 below.
Ref. #
1
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
Part Number
G6000094
G6000754
G6000014
G6000312
G6000773
G6000016
G6000017
G6000276
G6000102
G6000695
G6000693
G6000220
G6000192
G6000410
G6000118
G6000012
G6000387
0340IF1400
G6000706
G6000694
Description
Case Bottom - No Feet (See note 4)
Case Bottom - With Feet (See note 4)
Speaker Assembly
PCB Assembly, Interconnect (see note 6)
Power Supply, Conformal Coated
Shield, Power Supply
Lens, IR Window
Cable, AC Power
Cable, AC Power, Medfusion™ 3500E
Cable, AC Power, Medfusion™ 3500BC (See note 9)
Screw, 4-40 × .31 PH Phillips
Clamp, Cord Retainer
Locknut, 6BA Nylock
Washer, Shoulder, Nylon
Pad, Battery Bay
Cable, DC Power
Cable
Solder
Feet, Rubber (glue type) (See note 5) (See note 7)
Label, Functional Ground (See note 8)
Notes:
1. In newer assemblies, the interconnect PCB assembly (item 4) P/N G6000312 has superseded the older
assembly P/N G6000234.
2. In older assemblies, items 10 & 11 are Screw, 440 × .38 FH SS (G6000127) and Nut, 4-40 Nylock
(G6000043).
3. In newer assemblies, the shoulder washer (item 12)
has superseded the flat washer, Smiths Medical P/N
G6000058.
4. Items 1, 17 (four pieces), 7, 13 and labels are available as a service subassembly part number:
English: G6000438, Case Bottom Assembly – Service (USA)
International: G6000622, Case Bottom Assy German – Service
5. Use with Loctite® 401, part number 036LT40100.
40-5648-51B
Quantity
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
6 ea.
1 ea.
2 ea.
2 ea.
1 ea.
1 ea.
1 ea.
4 ea.
1 ea.
Notes (continued):
6. Board comes with cable (#G6000387) attached.
7. Older models use Enlarged rubber foot
(#G6000287).
8. Item 18 is adhered to the top of the AC power
cable.
9. Item 8 ring terminal is secured at secondary-side
mounting post of power supply.
155
Assembly Drawings & Parts Lists
Case top assembly w/plunger

























 
 


156
40-5648-51B
Assembly Drawings & Parts Lists
Case top assembly w/plunger – parts list
See also plunger case left service assembly, note 1 below.
Ref. #
1
2
3
4
5
6
7
8
9
10
11
12
13
14
16
17
18
19
20
21
22
23
25
26
27
28
31
32
35
Part Number
G6000067
G6000068
G6000069
G6000755
G6000071
G6000725
G6000074
G6000180
G6000925
G6000926
G6000085
G6000086
G6000669
G6000089
G6000087
G6000082
G6000927
G6000083
G6000103
G6000110
G6000105
G6000749
G6000090
G6000474
G6000693
See following drawing
G6000544
G232100076
G6001656
Description
Mount, Plunger Head
Force Sensor
Plate, Plunger Float
Case Left, Plunger (See note 1)
Cam Gear, Plunger
Flipper, Plunger
Case Right Plunger
Assy PCB Plunger, Tested Service
Timing Plate Left
Push Block
Screw, M4 × 12, Button Head
Spring, .21 OD × 1.5
Lever, Plunger
Gear, Plunger Flipper
Gear, Plunger Lever
Seal, Flipper
Timing Plate Right
Seal, Lever
Screw 4-40 × ⅞ Pan Phil SS
Pin, Dowel
Screw, 4-40 × ⁷/₁₆ Pan Phil SS
Screw, 4-40 × .18 FH SS
Seal, Plunger Case
Washer, Flat #4, SS
Screw, Pan Phil, 4-40 1/4 SS
Assy, Case Top w/o Plunger
Screw, 6-19 × ½ (See note 3)
Loctite Black Max
O-ring (See note 2)
Quantity
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
2 ea.
1 ea.
1 ea.
1 ea.
1 ea.
2 ea.
2 ea.
1 ea.
2 ea.
1 ea.
2 ea.
1 ea.
1 ea.
1 ea.
1 ea.
2 ea.
2 ea.
1 ea.
1 ea.
2 Ea.
1 ea.
2 ea.
1 ea.
Notes:
1. Items 3, 4, 6 (two pieces), 14 (two pieces), and 17
(two pieces), and 31 (two pieces) are available as a
service subassembly part number G6000439, Plunger
Case Left Assembly - Service.
2. New style plunger case requires o-ring (older models do not require this part).
3. Use with Loctite® Black Max, part number
G232100076 (Item 32).
40-5648-51B
157
Assembly Drawings & Parts Lists
Case top assembly without plunger















    







 
158





40-5648-51B
Assembly Drawings & Parts Lists
Case top assembly without plunger – parts list
See also case top service assembly, note 2 below.
Ref. #
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
18
19
21
22
23
27
28
32
33
35
36
37
38
39
40
41
Part Number
See note 2.
See note 4.
G6000021
G6000022
G6001457L
G6000023
See following drawing
G6000034
See following drawing
See note 3
G6000010
G6000692
G6001999
G6000101
G6000582
G6000064
G6000043
G6000122
G6000077
G6000474
G6000715
G6000802
G6000257
G6000903
0382000000
G6000339
G6000393
G6000397
G6000583
039TT10200
G6000585
G6000692
G6000238
Description
Case Top, With Tubing Holders
Keypad 3000
Stud Self Clench 4-40 × 625
Spacer, .25 OD × .31, Nylon
Display, Liquid Crystal
Ear Clip
Assembly Barrel Clamp
E-Ring
Assembly Drive Train
Assy 3000 Main PCB
Optocoupler Assembly
Screw 4-40 × .31 Phillips
Case Handle
Backlight Fiber Optic (Medfusion™ 3010A Series)
Backlight Fiber Optic Dual LED (Medfusion™ 3500 Series)
Standoff Hex 4-40 × .38
Nut 4-40 Nylock
Seal, Barrel Clamp/Ear Clip
Tube Seal
Washer, #4 Flat
Barrel Clamp Head
Screw 4-40 × .25 BH Black
Clamp, Stainless Steel
Screw, Pan Phil 2-56 3/₁₆ SS Nylock
Grease, Silicone 111
Lens, Keypad Support
Sleeve, Ear Clip
Spring, Ear Clip
Spacer, LCD, Backlight (see note 5)
Wire Tie (Medfusion™ 3500 Series)
Cable, Backlight Dual LED (Medfusion™ 3500 Series)
Nylok Screw
Tube Holder
Quantity
1 ea.
1 ea.
2 ea.
2 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
10 ea.
1 ea.
1 ea.
1 ea.
3 ea.
4 ea.
2 ea.
1 ea.
2 ea.
1 ea.
1 ea.
1 ea.
1 ea.
0.1 oz.
1 ea.
1 ea.
1 ea.
1-2 ea.
1 ea.
1 ea.
3 ea.
3 ea.
- continued on next page -
40-5648-51B
159
Assembly Drawings & Parts Lists
Notes:
1: Item 35 does not appear in older pumps.
2: Items 1, 2, 3 (two pieces), 13, 18, 19 and 33 are available as a service subassembly part number:
For Medfusion™ 3010 and 3010a:
G6000437, Case Top Protege Assembly - Service
(old style barrel clap head and no keyway)
G6000736, Case Top Protoge Assembly - Service
(new style barrel clamp with keyway)
For Medfusion™ 3500 (English):
G6000610, Case Top 3500 – Service (old style barrel
clamp head and no keyway)
G6000737, Case Top 3500 - Service (new style barrel clamp with keyway)
For Medfusion™ 3500 (International): G6000624,
3500 International Case Top - Service
English: G6000438, Case Bottom Assembly – Service
International: G6000622, Case Bottom Assy International – Service
3: Items 10 is available as service subassembly part
numbers:
G6000435, 3010 Main PCB Assembly – Software
Version 2.0.6 - Service
G6000361, 3500 Main PCB Assembly – Software
Version 3.0.6 - Service
G6001260, 3500 Main PCB Assembly – Software
Version 4.0.2 - Service
G6001560, 3500 Main PCB Assembly – Software
Version 4.1.5 - Service
G6001561, 3500 Main PCB Assembly – Software
Version 3.0.9 - Service
G6001562, 3500 Main PCB Assembly - Software
Version 4.1.4 -Service
Check with the Smiths Medical service department
for other software versions.
4: Item 2, for Medfusion™ 3010 English Text Keypad
use G6000005. For Medfusion™ 3500 English Text keypad use G6000607. For Medfusion™ 3500 International
Keypad use G6000912.
5: Early Medfusion™ 3010 pumps have no spacer, later
Medfusion™ 3010 pumps have 2 spacers. All Medfusion™
3500 and later pumps have 1 spacer.
160
40-5648-51B
Assembly Drawings & Parts Lists
Barrel clamp assembly




GREASE
SILICONE III

SOLDER
NO CLEAN






40-5648-51B
161
Assembly Drawings & Parts Lists
Barrel clamp assembly – parts list
Ref. #
1
2
4
5
6
7
8
9
11
12
13
Part Number
G6000716
G6000904
G6000031
G6000032
G6000024
G6000186 - See note 1
G6000096 - See note 1
G6000121
0340IF1400 - See note 1
0382000000
G6000906
Description
Guide Barrel Clamp
Rod Barrel Clamp
Barrel Clamp Slide
Spring, Barrel Clamp
Spring .265 ID × .5
Pot Size Sensor, 10K
Flex Cable Size Pot
Screw #2 × .18 Plastite
.030 DIA, Spool Solder
Grease, Silicon 111
Screw, 6-32 ¼” Truss Nylock
Quantity
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
0.01 oz.
0.1 oz.
1 ea.
Notes:
1: These items 7, 8 and 9 are available as a service
subassembly part number G6000436, Size Sensor Pot
Assembly - Service.
162
40-5648-51B
40-5648-51B
RED GREASE
111 GREASE
  





LEFT SIDE VIEW




   




SEE NOTE 2





RIGHT SIDE VIEW
 




Assembly Drawings & Parts Lists
Drive train assembly
163
Assembly Drawings & Parts Lists
Drive train assembly – parts list
Ref. #
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
Part Number
See following drawing
G6000931
G6000717
G6000049
See note 2
G6001599
G6000053
G6000055
G6000056
G6000058
G6000059
G6000043
See note 1
G6001459
G6000051
G6000057
G6000075
G6000902
G6000072
See note 2
21
22
23
24
26
G6000063
See note 2
07020STP00
G6000791
036LT24200
27
28
30
See note 1
0391331800
G60001223
Description
Assembly Clutch
Extrusion Main
Assy Right End Plate
Plate Motor Mount
Motor Stepper 7.5 Degree
Pot Position 10K, 20%
Bushing .19 ID × .25 Delron
Rod, Guide, Precision
Thrust Bearing
Washer Steel .438 × .125 × .031
Screw 4-40 × .62 PH Phillips
Nut 4-40 Nylock
Worm
Leadscrew
Gear, Worm
Bushing, Leadscrew, Right
Screw 6-20 × .5 FH Thread Form
Screw, 2-56 × .19 FH SS
Washer Brass .340 × .117 × .050
Washer, Teflon®, .312 × .093 × .010
Screw, 4-40 × .31 PH Phillips
Shaft Driver
Grease, STP
Washer, Wave Spring, .490 × .326 × .010
Loctite® 242
Coupling, Worm
E-Clip
Washer, Teflon®
Quantity
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
2 ea.
1 ea.
1 ea.
1 ea.
1 ea.
4 ea.
1 ea.
1 ea.
1 ea.
1 ea.
7 ea.
1 ea.
1 ea.
1 ea.
2 ea.
1 ea.
0.1 oz.
1 ea.
0.01 oz.
1 ea.
1 ea.
A/R
Notes:
1: Items 13 and 27 are bonded together to form a
worm assembly, in older pumps these may appear as
a single machined part. These items are available as a
service subassembly part number G6001480, Worm/
Coupling Assembly - Service.
2: Items 22, 20, and 5 are available as a service subassembly part number G6000431, Motor Service Assembly - Service.
164
40-5648-51B
Assembly Drawings & Parts Lists
Clutch assembly










RED GREASE



RED GREASE
RED GREASE


Clutch assembly – parts list
Ref. #
1
2
3
4
5
6
7
8
9
10
11
12
13
15
Part Number
G6000099
G6000928
G6000929
G6000924
G6000905
G6000044
G6000045
G6000738
0391331800
G6000378
G6000063
G6000310
G6000749
G6000159
07020STP00
Description
Carriage
Clutch, Left
Clutch, Right
Cam, Clutch
Plate, Carriage
Spring, Clutch
Tube Plunger
Insulated Tube
E-Clip
Square Shaft (See note below)
Screw 4-40 × .31 PH Phillips
Nut, Nylock, 4-40, SS, Small
Screw 4-40 × .18 FH SS
Assembly, Plunger Cable
Grease, STP
Quantity
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
3 ea.
3 ea.
2 ea.
1 ea.
0.1 oz.
Notes: In newer pumps, square shaft (item 9) is being
superseded by SS Square Shaft, P/N G6000378.
40-5648-51B
165
Assembly Drawings & Parts Lists
Accessories – parts list

















Poleclamp assembly
166
40-5648-51B
Assembly Drawings & Parts Lists
Poleclamp parts
(Catalog number 3000PC)
Ref. #
3
11
13
16
18
Part Number
G6000284
G6000286
G6000774
G6001456
G6000345
Description
Poleclamp “C” Bracket
Poleclamp “L” Bracket
Screw, #8-32 × ⁵/₁₆”, Pan Head with Washer, Stainless
Knob, ½-13 × 2”, Stainless
Screw, #4-40 × ⁵/₁₆”, Flat Head, Stainless
Quantity
1 ea.
1 ea.
4 ea.
1 ea.
4 ea.
Rotating poleclamp parts
(Catalog number 3000RPC)
Ref. #
1
2
3
4
5
6
7
8
9
10
11
13
14
15
16
17
18
Part Number
G6000496
0502003100
G6000284
G6000499
0482004400
0502002400
G6000497
046L050200
G6000505
G6000538
G6000286
G6000774
G6000551
G6000104
G6001456
G6000288
G6000345
Description
Mount, Rotor Rotating
Shoulder Bushing
Poleclamp “C” Bracket
Screw, #8-32 × ⁷/₁₆ Flat
Index Cam
Compression Spring
Rotor Base
¼-20 × .5 Button Head Hex
Indexing Plunger ⅜-24 Thread
Assy, Plate Back
Poleclamp “L” Bracket
Screw, #8-32 × ⁵/₁₆ PAN Head Phillips w/Washer Nylock SS
Bracket, Poleclamp Stop
Screw 4-40 × .25 BH Black
Knob, ½-13 × 2”, Stainless
#4 External Conical Tooth Lockwasher
Screw, #4-40 × ⁵/₁₆, FH, Locking, SS
Quantity
1 ea.
1 ea.
1 ea.
4 ea.
2 ea.
4 ea.
1 ea.
1 ea.
1 ea.
1 ea.
1 ea.
4 ea.
2 ea.
4 ea.
1 ea.
2 ea.
2 ea.
Miscellaneous parts
Part Number
G6000329
G6000193
G6000330
G6000331
40-5648-51B
Description
AC Line Cord, North American, Class II
AC Line Cord, North American 3-Wire
AC Line Cord, United Kingdom, Class II
AC Line Cord, Continental European, Class II
Quantity
1 ea.
1 ea.
1 ea.
1 ea.
167
Assembly Drawings & Parts Lists
Calibration & repair – parts list
Medfusion™ 3000 series calibration kit
The Biomed Medfusion™ 3000 Series Calibration Kit
contains the tools necessary for performing the periodic maintenance and calibration of the Medfusion™
3000 Series pumps.
Order kit number 3000CAL.
This kit contains the following items :
•
•
•
1 ea. − Small Calibration Slug, G6000216
1 ea. − Large Calibration Slug, G6000215
1 ea. − Analog Force Gauge, G6000294
Other tools & equipment required to
service Medfusion™ 3000 series pumps
The following tools are necessary for performing the
maintenance, parts replacement, and diagnosis of the
Medfusion™ 3000 Series pumps.
•
•
•
•
•
•
•
•
•
168
1 ea. − 50 or 60cc syringe (see Operations Manual for list of acceptable types)
1 ea. − Medium bore tubing set, Smiths Medical
53-60-225 or equivalent
1 ea. − 3 Way Stopcock
1 ea. − Torque Screwdriver with #1 Phillips bit, #0 Flat bit, & 2.5mm Hex bit
1 ea. − ³/₁₆” nut driver
1 ea. − ¼” open end wrench or nut driver
1 ea. − .002” shim or feeler gauge
1 ea. − Pliers, standard & needle nose
1 ea. - Calipers
40-5648-51B
Assembly Drawings & Parts Lists
Notes
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40-5648-51B
169
Assembly Drawings & Parts Lists
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170
40-5648-51B
Index
Index
A
Accessories 67, 166
AC input assembly 79, 80
Removing 79
Replacing 79
Verifying 80
AC line leakage test 9, 12, 17, 22
AC Power 4, 16, 75
AC power detection description 49
AC power input & power supply board 30, 79
AC power supply 79
Removing 79
Replacing 79
Verifying 79
Adjust contrast (display) 105
Adjust contrast (voltage) setting 7, 65, 96, 105
Alarm history 72
Alarm message 9, 53
Alarms / alerts 10, 53, 60, 65
High priority 11, 53
Limit priority 11, 53
Low priority 11, 53
Medium priority 11, 53
System failure 12, 29, 59, 61
system fault 27
Always on supply 38
Analog supply 33, 40, 61, 71
Analog to digital converter 32, 33, 35, 63, 70, 71
Annual maintenance 19
Asembly, clutch 84, 165
Assembly, barrel clamp 82, 83, 84, 88, 90, 91, 108, 159,
160, 162
Assembly, case bottom 80, 108, 153, 154, 155
Assembly, case top without plunger 157, 158, 159
Assembly, case top with plunger 153, 155, 157
Assembly, drive train 82, 159, 163, 164
Assembly drawings 3, 151
Audio test 69
B
Backlight 6, 11, 43, 82, 86, 87, 88, 108, 159
Removing 86
Replacing 87
Supply 41
40-5648-51B
Backup audio buzzer 9, 38, 39
Backup super capacitor 9, 38
Barrel clamp 4, 19, 27, 54
Assembly 82, 83, 84, 88, 90, 91, 108, 159, 161, 162
Body 88
Head 88, 159
Barrel clamp body 88
Removal 88
Replacement 89
Barrel clamp head 88
Removal 88
Replacement 88
Verifying 88
Battery 6, 10, 11, 17, 30, 52, 54, 56, 62, 65, 77, 153
Calibration 24
Charger 51, 52
Compartment 76
gauge 9, 51, 52
Schematic 143
Maintenance 24
Management 51, 145
Monitoring status 70
Replacing 25, 75, 77, 108
Requirements 25
Verifying 77
Switchover 52
Battery board 52
Battery gauge 9, 30, 51, 52, 143
Biomed menu
Accessing 68
Calibration 10, 68, 95
Calibrate (syringe) size and position 96, 97
Size sensor 20, 29
Calibrate force sensor 96, 100
Calibrate plunger position sensor 21, 96, 102
Calibrate pressure sensor 96, 102
Exit calibration without saving changes 107
Diagnostics 10, 68, 69, 70
Audio test 69
Display test 69
Drive train test 70
Indicator test 69
Keypad test 70
Monitor 6811 a2d group1 71
Monitor 6811 A2D group2 71
Monitor a2d selftest 71
Monitor analog sensors 70
Monitor digital sensors 70
171
Index
Motor drive test 71
major options 7
Set language 69, 73
Understanding 7
Update firmware 69, 73
Utilities 69
Set/view last (or next) PM date 71
Set time & date 72
View alarm history 72
View infusion history 72
View service data 72
View software CRCs & view software versions 72
View EEPROM size 72
Bottom housing. See Case Bottom assembly
C
Calendar clock. See Clock, real time
Calibrate (syringe) size and position 96, 97
Calibrate force sensor 96, 100
Calibrate plunger position sensor 96, 102
sensor check 21
Calibrate pressure sensor 96, 102
Calibrating the battery. See Battery
Calibration and adjustment 95
Verification 20
Calibration kit 15, 95
Calibration menu 68, 95
Adjust contrast (display) 105
Calibrate (syringe) size and position 96, 97
Size sensor 20, 29
Calibrate force sensor 96, 100
Force sensor check 20
Calibrate plunger position sensor 96, 102
Check 21
Calibrate pressure sensor 96, 102
Exit calibration without saving changes 107
Case bottom assembly 80, 108, 153, 154, 155
Removing 80
Replacing 80
Case top without plunger assembly 157, 158, 159
Case top with plunger assembly 153, 155, 157
Charge detector (battery) 51, 52
Cleaning and care 18
Cleaning cautions 18
Clock, real time 10, 29, 33, 38, 60, 64, 72
Closing the pump 76
Closing the pump housing 76
Clutch assembly 84, 165
172
Controlling motor functions 27
CPI (Capacity Inaccurate), battery 10, 24
D
Data input / output to LCD 43
DC power converter 29
DC power input jack 30
DC to DC converter 40
Depleted battery monitor 10, 52
Diagnostics menu 10, 69
Audio test 69
Display test 69
Drive train test 70
Indicator test 69
Keypad test 70
Monitor 6811 a2d group1 71
Monitor 6811 A2D group2 71
Monitor a2d selftest 71
Monitor analog sensors 70
Monitor battery status 70
Monitor digital sensors 70
Motor drive test 71
Digital to analog converter 32, 33, 35
Display. See LCD
Display test 69
Drive train assembly 82, 159, 163, 164
Test 70
Drive train test 70
E
Ear sensor. See Syringe flange sensor
EEPROM. See Serial EEPROM
ESD (Electrostatic Discharge) 1, 15, 75
ESD warning 8
Exit calibration without saving changes 107
Expansion port # 1 36
Expansion port # 2 37
External DC power conditioning / detection 50
F
Flash memory 11, 34, 62
Reprogramming 34
Force preamplifier function 47
Force sensing interface 47
Force sensor check 20
Front panel interface 42
40-5648-51B
Index
G
Glossary 9
Graphical display circuit board 29
Graphic display interface 43, 123
H
High priority 11, 53
I
I/O port expansion 36
Indicator test 69
Infrared receiver 50
Infrared serial data port 11, 50
Infrared transceiver 34
Infrared transmitter 50
Infusion Class 4 8, 11
Infusion Class 5 8, 11
Infusion history 72
Interconnect printed circuit board 11, 29, 78, 108, 155
Assembly drawing 147, 148
Removing 78
Replacing 78
Verifying 78
Schematic 49, 144
IPX3 11
K
Keypad 4, 5, 19, 29, 42, 61, 65, 66, 108, 120, 159
Removing 87
Replacing 88
Keypad test 11, 70
L
LCD 4, 86, 108, 123, 159
Adjust contrast 105
Backlight 6, 11, 43, 86
Supply 41
Removing 86
Replacing 86
Verifying 87
LED drive circuit 42
LMD (Last Measured Discharge), battery 10, 11
Logic core 28, 116
Logic kernel 31
Schematic 112
Logic supply 40, 63
40-5648-51B
Low priority 11, 53
M
Main microprocessor 28, 31
Main microprocessor interface 31
Main printed circuit board 28, 108, 159
Assembly drawing 131
Removing 81
Replacing 81
Schematic 31, 112
Maintenance, Annual 19
Maintenance, battery 24
Maintenance, periodic 17
maintenance tools 15
Medium priority 11, 53
Monitor 6811 a2d group1 71
Monitor 6811 A2D group2 71
Monitor a2d selftest 71
Monitor analog sensors 70
Monitor battery status 70
Monitor digital sensors 70
Motor current detector 36, 44
Motor current regulators 40, 44
Motor drive description 44
Motor drive test 21, 71
Motor rotation sensor 12, 27, 29
Motor speed detection 45
Motor supply 40, 71
N
Negative supply 41
NiCad battery pack 30
NiMH battery pack 30
Nominal voltage 52
O
Opening the pump housing 76
Overview of operation 27
P
Parts replacement 75
Periodic maintenance 17
Plunger (driver) travel sensor 29, 35, 46
Plunger flipper sensor 48
Plunger force sensor 30, 62, 108, 157
Calibrate 96, 100
Removal 93
173
Index
Replacement 93
Plunger loaded sensor 30
Plunger position sensor 46, 63
Calibrate 96, 97, 102
Test 21
Plunger printed circuit board 12, 30, 108, 157
Assembly drawing 141
Removal 92
Replacement 93
Schematic 47, 139
Power control 31, 34, 38, 116, 144
Always on 38
backup audio buzzer 9, 38
Backup super capacitor 9, 38
System reset 39
Power management 39
Power OFF state 32, 39
Power ON state 13, 32, 39
Power supply PCB 79, 155
Removing 79
Replacing 79
Verifying 79
Power switch interface 42
Problem solving 53. See also Troubleshooting
Programming flash memory 34
Pump assembly 152
Closing the pump housing 76
Opening the pump housing 76
Pump cleaning. See Cleaning and care
Pump design description 28
Pump returns. See Returning a pump for repair
PWM current references 44
R
Real time clock. See Clock, real time
Rechargeable battery pack 30
Removing AC input module assembly 79
Replacing 79
Removing AC power supply 79
Replacing 79
Removing LCD and/or backlight assembly 86
Replacing 86
Removing the bottom housing 80
Replacing 80
Removing the keypad 87
Replacing 88
Removing the main board 81
Replacing 81
174
Requirements for battery pack replacement 25
Returning a pump for repair 67
S
Safety Class II, Type CF equipment 9
Screen. See Display
Serial EEPROM 12, 34, 45, 64
Service address. See Returning a pump for repair
Set/view last (or next) PM date 71
Set language 69, 73
Set time & date 72
Severely depleted battery monitor 52
Shallow discharge (CPI) record 24
Speaker 12, 28, 30, 32, 33, 36, 78, 108, 155
Detect 71
Drive 129
Removal 78
Replacement 78
Verifying 78
Speaker control 46
Speaker detect 71
Speaker drive description 46
Speaker test 47, 65, 69
Standard cleaning. See Cleaning and care
Static random access memory 34
Stepper motor 12, 27, 28, 29, 44, 63, 64
Symbol definitions 8
Syringe ear sensor. See Syringe flange sensor
Syringe flange sensor 28, 29, 54, 58, 70
Syringe size sensor 20, 29
Syringe size sensing 35, 45
Description 45
System Failure 12, 29, 59
T
Theory of operation 27
Time of day clock. See Clock, real time
Troubleshooting 65, 68
U
Update firmware 69, 73
Utilities Menu 69, 71
Set/view last (or next) PM date 71
Set time and date 72
View alarm history 72
View EEPROM size 72
View infusion history 72
40-5648-51B
Index
View service data 72
View software CRCs & view software versions 72
V
Verify AC power supply function 79
Verifying AC input assembly module function 80
Verifying battery function after new battery replacement 77
Verify interconnect board function 78
Verify LCD & backlight assembly function 87
View alarm history 72
View calibration data 96, 106
View EEPROM size 72
View infusion history 72
View service data 72
View software CRCs & view software versions 72
W
Watchdog 36, 39, 61
Alarm 9, 37, 39, 44
Circuit 13, 29
40-5648-51B
175
Index
176
40-5648-51B
Smiths Medical MD, Inc.
St. Paul, MN 55112 USA
1 800.848.1757 (USA), 1 651.633.2556
www.smiths-medical.com
2
Smiths Medical International Ltd.
WD24 4LG, UK
Tel. +44 (0)1923 246434
Australian Representative:
Smiths Medical Australasia Pty. Ltd.
61 Brandl Street
Eight Mile Plains, QLD 4113, Australia.
Tel: +61 (0)7 3340 1300
Medfusion, PharmGuard and the Smiths Medical design mark are trademarks of the Smiths Medical family of companies. The symbol
trademark is registered in the U.S. Patent and Trademark Office and certain other countries.
® indicates the
All other names and marks are trademarks, tradenames, or service marks of their respective owners.
U.S. and foreign patents pending.
© 2008 Smiths Medical family of companies.
All rights reserved.
2008-03
40-5648-51B
s