BC Biomedical IPA-2000S, IPA-2000 User Manual

Download

Page 1

IPA-2000S

Infusion Pump Analyzer

with Safety Analyzer

IPA-2000

Infusion Pump Analyzer

User Manual

Manual 2000S01

Revision 8

October 2003

Page 2

INTRINTR

INTR

INTRINTR

NOTICES

LIMITED WARRANTY

WARRANTY: BC Biomedical warrants its new products to be free from defects in materials and workmanship under the service for which they are intended. This warranty is effective for twelve months from the date of shipment.

EXCLUSIONS: This warranty is in lieu of any other warranty, expressed or implied; including, but not limited to, any implied warranty of merchantability or fitness for a particular purpose.

BC Biomedical is not liable for any incidental or consequential damages.

No person other than an officer is authorized to give any other warranty or assume any liability.

ODUCTIONODUCTION

ODUCTION

ODUCTIONODUCTION

REMEDIES: The purchaser’s sole and exclusive remedy shall be:

(1) The repair or replacement of defective parts or products. (2) At the discretion of BC Biomedical, the refund of the purchase price.

Specifications and information contained in this document are for informational use only and are subject to change without notice. This material should in no way be construed as a commitment by BC Biomedical. It has been checked carefully and is believed to be correct. However, no responsibility or liability for any errors or inaccuracies is assumed by BC Biomedical.

The unit covered by this manual is for routine maintenance only. It is not to be used for calibration.

NOTICES

Page 3

INTRODUCTIONINTRODUCTION

INTRODUCTION

INTRODUCTIONINTRODUCTION

PRODUCTS COVERED BY MANUAL

This manual gives a comprehensive overview of all the available features for the IPA2000 Series of products. Some of the sections and information are not applicable to every product.

IPA-2000S: This product includes the Infusion Pump Analyzer and the Safety Analyzer. All portions of this manual are applicable.

IPA-2000: This product includes only the Infusion Pump Analyzer. The portions of this manual referring to the Safety Analyzer are not applicable.

DOCUMENT REVISION RECORD: REVISION DATE PROGRAM VERSION CHANGES

1 7/02 DT7310CB 1.2 Beta Version Release 2 10/02 DT7310CD (2000S) 1.4 (2000S) Specifications Updated

DT7315CA (2000) 1.1 (2000) 2000 References

3 1/03 DT7310CF (2000S) 1.6 (2000S) Specifications Updated

DT7315CC(2000) 1.3 (2000) Editing Updates

4 4/03 DT7310CG(2000S) 1.7(2000S) Priming, Purging and

DT7315CD(2000) 1.4(2000) Editing Updates

5 5/03 DT7310CH(2000S) 1.8(2000S) Editing

DT7315CE(2000) 1.5(2000) Updates

6 6/03 DT7310CI(2000S) 1.9(2000S) Alarm List Adjusted

DT7315CF(2000) 1.6(2000)

7 7/03 DT7310CJ(2000S) 1.10(2000S) Specifications Updated

DT7310CF(2000) 1.6(2000)

8 10/03 DT7310CK(2000S) 1.11(2000S) Line Voltage, Baud

DT7310CF(2000) 1.6(2000) Rate and Alarm Scan

P:\Manuals\BCGroup\---\7310_rev08_---.pmd

iii

NOTICES

Page 4

TABLE OF CONTENTS

INTRINTR

INTR

INTRINTR

ODUCTIONODUCTION

ODUCTION

ODUCTIONODUCTION

Part 1 About the IPA-2000 Series A general overview of the System....................

Infusion Pump Analyzer Overview.....................

Safety Analyzer Overview.....................................

Instrument Overview

Instrument Physical Overview..............................

Unit Front

Unit Back

Module

Module Back

Commercial and Main Screen

Connections

Connections Overview

Panel...................................................

Panel Controls....................................

Panel...................................................

Front-Panel.............................................

Panel..............................................

............................

........................................

1-1

1-3

1-4

1-5

1-6

1-7

1-9

1-10

1-11

1-12

1-13

Module Connection

Printer Connection

Keyboard Connection

Computer Connection..........................................

Infusion Pump Analyzer

Safety Analyzer

Specifications

.............................................

..............................................

..........................................

DUT Connection.........

DUT Connection......................

...........................................................

TABLE OF CONTENTS

1-14

1-15

1-16

1-17

1-18

1-20

1-21

Page 5

INTRINTR

INTR

INTRINTR

ODUCTIONODUCTION

ODUCTION

ODUCTIONODUCTION

Part 2 General Operations A step by step walk through of the operations...........

that support the running and processing of the tests.

Administration Setup

Administration Setup Overview

Administration Setup

User Setup

User Setup Overview

User Setup

Model Selection

Model Selection Overview

Model Selection...................................................

Priming

Priming Overview ................................................

...........................................

..........................................

..........................................................

...........................

...................................

2-1

2-2

2-3

2-9

2-10

2-16

2-18

2-23

Priming ...............

Purging

Purging Overview

Purging

Datalog

Datalog Overview

Printing Reports

Printing Reports Overview

Automatically Printing Reports............................

Manually Printing Reports Overview....................

Manually Printing Reports....................................

................................................................

................................................

..................................

2-25

2-28

2-29

2-31

2-33

2-34

2-35

2-36

TABLE OF CONTENTS

Page 6

INTRINTR

INTR

INTRINTR

ODUCTIONODUCTION

ODUCTION

ODUCTIONODUCTION

System Memory Overview ...................................

Alarm Overview

Flash

Flash Overview

Flashing Files

.......................................................

..................................................

.....................................................

2-38

2-39

2-42

2-44

TABLE OF CONTENTS

Page 7

INTRODUCTIONINTRODUCTION

INTRODUCTION

INTRODUCTIONINTRODUCTION

Part 3 Infusion Analyzer--Flow Mode A step by step walk through of ................

running an Infusion Analyzer Flow or Flow--PCA test.

Infusion Analyzer--Flow

Flow Test Overview

Getting Ready for a Flow Test.............................

Running a Flow Test............................................

Datalog Sample for Flow Test.............................

Infusion Analyzer--Flow--PCA

Flow--PCA Test Overview

Getting Ready for a Flow--PCA Test

Running a Flow--PCA Test..................................

Datalog Sample for Flow--PCA Test

Datalog--Flow Test

.............................................

...................................

...................

..................

3-1

3-2

3-4

3-6

3-8

3-9

3-11

3-13

3-16

Flow Test Datalog Overview................................

Flow Test Datalog................................................

3-17

3-18

vii

TABLE OF CONTENTS

Page 8

INTRODUCTIONINTRODUCTION

INTRODUCTION

INTRODUCTIONINTRODUCTION

Part 4 Infusion Analyzer--Occlusion Mode A step by step walk through..........

of running a Distal or Proximal Occlusion test.

Infusion Analyzer--Distal Occlusion

Distal Occlusion Test Overview

Getting Ready for a Distal Occlusion Test

Running a Distal Occlusion Test.........................

Datalog Sample for a Distal Occlusion Test

Infusion Analyzer--Proximal Occlusion

Proximal Occlusion Test Overview

Getting Ready for a Proximal Occlusion Test

Running a Proximal Occlusion Test....................

Datalog--Occlusion

Occlusion Test Datalog Overview .......................

..........................

..........

.......

.....................

.....

4-1

4-2

4-4

4-6

4-8

4-9

4-10

4-11

4-12

Occlusion Test Datalog.......................................

4-13

viii

TABLE OF CONTENTS

Page 9

INTRINTR

INTR

INTRINTR

ODUCTIONODUCTION

ODUCTION

ODUCTIONODUCTION

Part 5 Safety Analyzer--Manual Mode A step by step walk through of ...............

running a Manual Safety Analyzer test.

Safety Analyzer--Manual Mode

Manual Test Overview

Getting Ready for a Manual Test

Running a Manual Test........................................

.........................................

.........................

Part 6 Safety Analyzer--Automatic Mode A step by step walk through ............

of running an Automatic Safety Analyzer test.

Safety Analyzer--Automatic Mode

Automatic Test Overview.........................

Getting Ready for an Automatic Test.......

5-1

5-2

5-3

5-4

6-1

6-2

6-3

Running an Automatic Test .....................

Datalog Sample for an Automatic Test....

Datalog--Safety Analyzer

Safety Analyzer Datalog Overview ......................

Safety Analyzer Datalog......................................

6-4

6-15

6-16

6-17

TABLE OF CONTENTS

Page 10

This Page Intentionally Left Blank.

Page 11

ABOUT ABOUT

ABOUT

ABOUT ABOUT

PART 1 : ABOUT THE IPA-2000 Series

THE IPTHE IP

THE IP

THE IPTHE IP

A-2000 SERIESA-2000 SERIES

A-2000 SERIES

A-2000 SERIESA-2000 SERIES

The IPA-2000S is an Infusion Pump Analyzer that can perform

Flow, Flow--PCA, Distal Occlusion and Proximal Occlusion

tests. Also included is a built-in Safety Analyzer that can be

run manually or automatically, greatly simplifying the testing

process.

There can be up to two Infusion Pump test modules connected

to the main unit. These Interface Modules are totally

interchangeable and may plug into either of the two inputs. The

unit automatically senses the interface modules and their

locations. It will then configure the system accordingly.

There are provisions for a keyboard, a printer and a serial

communications cable on the back of the unit. These allow for

1-1

keyboard data entry, printing of reports, downloading of data

and uploading of programs.

PART 1 : ABOUT THE IPA-2000 SERIES

Page 12

ABOUT ABOUT

ABOUT

ABOUT ABOUT

THE IPTHE IP

THE IP

THE IPTHE IP

A-2000 SERIESA-2000 SERIES

A-2000 SERIES

A-2000 SERIESA-2000 SERIES

The IPA-2000 is an Infusion Pump Analyzer that can perform

Flow, Flow--PCA, Distal Occlusion and Proximal Occlusion

tests. Portions of this manual dealing with the Safety Analyzer

are not applicable to this unit.

There can be up to two Infusion Pump test modules connected

to the main unit. These Interface Modules are totally

interchangeable and may plug into either of the two inputs. The

unit automatically senses the interface modules and their

locations. It will then configure the system accordingly.

There are provisions for a keyboard, a printer and a serial

communications cable on the back of the unit. These allow for

keyboard data entry, printing of reports, downloading of data

and uploading of programs.

1-2

PART 1 : ABOUT THE IPA-2000 SERIES

Page 13

INFUSION PUMP INFUSION PUMP

INFUSION PUMP

INFUSION PUMP INFUSION PUMP

INFUSION PUMP ANALYZER OVERVIEW

ANAN

ALAL

YZER OYZER O

YZER O

ALAL

YZER OYZER O

VERVER

VER

VERVER

The Infusion Pump Analyzer is used to monitor the flow and

pressure of the fluid moving through a pump. There are four

tests within the Infusion Pump Analyzer: Flow, Flow--PCA, Distal

Occlusion and Proximal Occlusion. Fully configured with two

interface modules, the system can run two independent

channels, with any combination of tests active.

The Flow test records elapsed time, average flow, instantaneous

flow, volume and pressure at data points and reports the average

VIEWVIEW

VIEW

VIEWVIEW

flow, total volume, elapsed time and back pressure at the

conclusion of the test. The Flow--PCA test adds a connection

for the module to simulate patient request when there is no flow.

The Flow--PCA test records all the aforementioned information

as well as additional Bolus data and lockout times, average Bolus

flow, average Bolus volume, average lockout time and number

of deliveries.

The Distal Occlusion test records time and pressure and gives

the maximum pressure and its time. The Proximal Occlusion

test is a convenient timer to use when performing the Proximal

test manually on the DUT.

1-3

INFUSION PUMP ANALYZER OVERVIEW

Page 14

SAFETY SAFETY

SAFETY

SAFETY SAFETY

SAFETY ANALYZER OVERVIEW

ANAN

ALAL

YZER OYZER O

YZER O

ALAL

YZER OYZER O

VERVER

VER

VERVER

The Safety Analyzer is used to check the electrical current going

through and leaking from the Device Under Test (DUT).

The Safety Analyzer can be run manually or automatically. In the

manual mode, the settings for leakage type, polarity and the hot

and neutral leads are manipulated using the Manual Safety

Analyzer keypad on the unit.

In the automatic mode, the system will perform all of the required

VIEWVIEW

VIEW

VIEWVIEW

test combinations with the DUT both on and off and record all of

the data. It will then report the maximum normal and fault leakage

currents for both Chassis and Ground leakage, as well as the

method that produced the maximum current measurement.

The limits for the Ground Resistance and Leakage Current

measurements can be selected as AAMI, Custom or IEC.

1-4

SAFETY ANALYZER OVERVIEW

Page 15

INSTRINSTR

INSTR

INSTRINSTR

INSTRUMENT PHYSICAL OVERVIEW

UMENT OUMENT O

UMENT O

UMENT OUMENT O

This section gives a pictorial overview of the system.

Included are:

CMain Unit Front Panel pictorial with details

CMain Unit Specific Keypad details

CMain Unit Rear Panel pictorial with details

CModule Front Panel pictorial with details

CModule Rear Panel pictorial with details

VERVER

VER

VERVER

VIEWVIEW

VIEW

VIEWVIEW

CCommercial and Main Screens

1-5

INSTRUMENT PHYSICAL OVERVIEW

Page 16

INSTRINSTR

INSTR

INSTRINSTR

UNIT FRONT-PANEL

UMENT OUMENT O

UMENT O

UMENT OUMENT O

VERVER

VER

VERVER

VIEWVIEW

VIEW

VIEWVIEW

Display window that shows needed information concerning tests and data.

Audio Transducer that provides key clicks, warning and alarm tones (behind faceplate)

Keypad for use during Manual Safety Analyzer test.

Keypad for setup, running of tests, data processing and printing.

Light Emitting Diodes (LEDs) that indicate the status of the line powering the unit.

1-6

Stud used when zeroing the test lead during a Safety Analyzer test.

Test Receptacle Outlet used to plug in the Device Under Test (DUT) power cord during a Safety Analyzer test.

Banana jack used to plug in the test lead during a Safety Analyzer test.

UNIT FRONT-PANEL

Page 17

INSTRINSTR

INSTR

INSTRINSTR

UMENT OUMENT O

UMENT O

UMENT OUMENT O

UNIT FRONT-PANEL CONTROLS

VERVER

VER

VERVER

VIEWVIEW

VIEW

VIEWVIEW

Used to scroll up and down while viewing data or selecting various options.

Used from main screen to enter setup and edit modes. Used from test screens to enter model selection and edit modes.

Used to browse and print Datalogs.

Used to toggle through channels.

1-7

Used to enter edited choices and return to view screens. Used to silence alarms.

Used to start and stop tests.

UNIT FRONT-PANEL CONTROLS

Page 18

Toggles the leakage being tested between chassis and ground.

Momentarily opens and closes the ground lead of the Test Receptacle outlet.

INSTRINSTR

INSTR

INSTRINSTR

UMENT OUMENT O

UMENT O

UMENT OUMENT O

Opens and closes the hot lead of the Test Receptacle outlet.

VERVER

VER

VERVER

VIEWVIEW

VIEW

VIEWVIEW

Used to zero the test lead that will be used to measure chassis leakage.

Changes the polarity of the Test Receptacle outlet.

Opens and closes the neutral lead of the Test Receptacle outlet.

1-8

UNIT FRONT-PANEL CONTROLS

Page 19

INSTRINSTR

INSTR

INSTRINSTR

UNIT BACK-PANEL

UMENT OUMENT O

UMENT O

UMENT OUMENT O

VERVER

VER

VERVER

VIEWVIEW

VIEW

VIEWVIEW

1-9

Model / Serial Number and barcode for the unit.

UNIT BACK-PANEL

Page 20

Status Light Emitting Diodes (LEDs) that show power and normal status.

INSTRINSTR

INSTR

INSTRINSTR

MODULE FRONT-PANEL

UMENT OUMENT O

UMENT O

UMENT OUMENT O

Nurse Call connector for optional use during Distal Occlusion Test.

PCA connector for use during Flow-PCATest.

VERVER

VER

VERVER

VIEWVIEW

VIEW

VIEWVIEW

Luer Lock connector for Fluid Out drain tube with 1/4 “ ID and air vent that goes to drainage container.

1-10

Luer Lock connector for Inlet Valve for Fluid In tube that comes from DUT out.

MODULE FRONT-PANEL

Page 21

INSTRINSTR

INSTR

INSTRINSTR

UMENT OUMENT O

UMENT O

UMENT OUMENT O

VERVER

VER

VERVER

VIEWVIEW

VIEW

VIEWVIEW

MODULE BACK-PANEL

Threaded holes for optional pole mounting

bracket.

Model / Serial Number and barcode for the unit.

Connection for DB15 cable to unit.

1-11

Threaded hole on bottom for optional stand.

MODULE BACK-PANEL

Page 22

COMMERCIAL AND MAIN SCREENS

NOTES:

CThe Commercial screen displays while the system is initiating.

CThe unit model and program version appear on this screen.

NOTES:

CThe Main screen displays after approximately 3 seconds.

CFrom this screen, central access to the Datalogger can be obtained with or without modules attached, current active alarms may be viewed, the Setup mode can be accessed and test screens can be toggled to. CThe Display key is used to cycle back to the Main screen from other locations. CThe time of day clock and date appear on this screen, the format and value of which can be selected in User Setup.

INSTRINSTR

INSTR

INSTRINSTR

INFUSION ANALYZER

MODEL IPA-2000S

Month Day, Year

UMENT OUMENT O

UMENT O

UMENT OUMENT O

BC GROUP

VER X.X

IPA-2000S

00:00:00

VERVER

VER

VERVER

VIEWVIEW

VIEW

VIEWVIEW

1-12

COMMERCIAL AND MAIN SCREENS

Page 23

CONNECTIONSCONNECTIONS

CONNECTIONS

CONNECTIONSCONNECTIONS

CONNECTIONS OVERVIEW

This section gives a pictorial overview and explanation of

connections for the unit and modules.

Included are:

CMain Unit to Module connection

CMain Unit to Printer connection

CMain Unit to Keyboard connection

CMain Unit Computer connection

CSystem to DUT for Infusion Pump Analysis

CSystem to DUT for Safety Analysis

1-13

CONNECTIONS OVERVIEW

Page 24

MODULE CONNECTION

CONNECTIONSCONNECTIONS

CONNECTIONS

CONNECTIONSCONNECTIONS

1-14

CModules are connected during use of the Infusion Analyzer.

CA module is connected using a DB15 cable from the port on the back of the

module to one of the Channel ports on the back of the unit.

CModules are interchangeable and can be connected to either Channel 1 or 2.

MODULE CONNECTION

Page 25

PRINTER CONNECTION

CONNECTIONSCONNECTIONS

CONNECTIONS

CONNECTIONSCONNECTIONS

1-15

CAny standard printer can be connected to the unit using a Centronics

parallel cable (IEEE-1284).

CThe printer is connected from the parallel port of the printer to the parallel

port of the unit.

C A serial printer can also be connected to the unit using an RS232 cable

(DB9) .

CThe printer is connected from the serial port of the printer to the serial port

of the unit.

C(See PRINTING REPORTS for details on how to print.)

PRINTER CONNECTION

Page 26

KEYBOARD CONNECTION

CONNECTIONSCONNECTIONS

CONNECTIONS

CONNECTIONSCONNECTIONS

1-16

CAny PS/2 style keyboard can be connected to the unit.

CThe keyboard cable is connected to the PS/2 port of the unit.

C(Optional) Labels for the keyboard illustrate how the Function and Arrow

keys correspond to the controls on the unit.

CFull remote control of the unit can be obtained through use of the keyboard.

CThe standard keys can then be used to type in Manufacturer, Model, S/N,

Department and Location to help identify tests in the Datalogger and printouts.

(See MODEL SELECTION for details.)

KEYBOARD CONNECTION

Page 27

COMPUTER CONNECTION

CONNECTIONSCONNECTIONS

CONNECTIONS

CONNECTIONSCONNECTIONS

1-17

CAn RS232 cable (DB9) can be used to interface the unit with a computer.

CThe RS232 cable is connected from a communication port on the computer

to the Serial Port on the unit.

CThe RS232 connection can be utilized to download reports from the unit.

CThe RS232 connection can be utilized to load updated programs to the

unit. (See FLASH for details.)

COMPUTER CONNECTION

Page 28

CONNECTIONSCONNECTIONS

CONNECTIONS

CONNECTIONSCONNECTIONS

INFUSION PUMP ANALYZER / DUT CONNECTION

1-18

CFor Infusion Analyzer Tests, the following connections must be made:

CInterface module to unit

CFluid source to device under test (DUT)

CInlet Valve to module Fluid In

CDUT Fluid Out to Inlet Valve

CModule Fluid Out 1/4” ID Drain Tube with air vent

to drainage container

CDUT power cord to Unit receptacle

CUnit power cord to wall receptacle

INFUSION PUMP ANALYZER / DUT CONNECTION

Page 29

CONNECTIONSCONNECTIONS

CONNECTIONS

CONNECTIONSCONNECTIONS

1-19

CFor Infusion Analyzer Tests, the following module connections must be made:

CInlet Valve to module Fluid In

CDUT Fluid Out to Inlet Valve

CModule Fluid Out 1/4” ID Drain Tube with air vent

to drainage container

INFUSION PUMP ANALYZER / DUT CONNECTION

Page 30

SAFETY ANALYZER / DUT CONNECTION

CONNECTIONSCONNECTIONS

CONNECTIONS

CONNECTIONSCONNECTIONS

1-20

CFor Safety Analyzer Tests, the following connections must be made:

CTest lead into banana jack on unit.

CTest lead hooked to chassis of device under test (DUT)

(See Pump Manufacturer Manual for requirements or special

instructions for placement.)

CDUT power cord to Unit receptacle

CUnit power cord to wall receptacle

SAFETY ANALYZER / DUT CONNECTION

Page 31

SPECIFICASPECIFICA

SPECIFICA

SPECIFICASPECIFICA

SPECIFICATIONS

The following is a table showing the specifications for the Infusion Analyzer:

TIONSTIONS

TIONS

TIONSTIONS

EGNARWOLF

)EGAREVA(

YCARUCCAWOLF

EGNAREMULOV

YCARUCCAEMULOV

ERUSSERPNOISULCCO

SLENNAHCFOREBMUN

rh/Lm9.999-5.0

DSL-/+gnidaerfo%2-/+

emuloVmuminiMLm01

Lm99.999-70.0

DSL-/+gnidaerfo%2-/+

emuloVmuminiMLm01

ISP53-0

DSL-/+gnidaerfo%5-/+

mumixaM2

The following is a table showing the specifications for the Safety Analyzer:

EGATLOVENIL

)G-LderusaeM(

TNERRUCDAOL

ECNATSISERDNUORG

CAV041-09

DSL1-/+SF%2-/+

A0.8-2.0

DSL1-/+SF%5-/+

00.02-00.0 Ω DSL1-/+SF%1-/+

1-21

TNERRUCEGAKAEL

).daoltsetIMAAfostniartsnocottcejbusesnopserycneuqerF(

zHK00.1-zH52&CD

zHK001-zHK00.1

zHM00.1-zHK001

0002-1 µA

0001-1(DSL1-/+SF%0.1-/+ µ )A 0001>(DSL1-/+SF%0.2-/+ µ )A

DSL1-/+SF%5.2-/+

DSL1-/+SF%0.5-/+

The following is a table showing the general specifications for the unit:

CAV021@A56.

TNEMERIUQERREWOP

%01-ot%02+

zH06/05

SPECIFICATIONS

Page 32

This Page Intentionally Left Blank.

1-22

Page 33

GENERAL OPERAGENERAL OPERA

GENERAL OPERA

GENERAL OPERAGENERAL OPERA

PART 2 : GENERAL OPERATIONS

This section covers the general operations of the unit.

Included are:

CHow to Setup the System

CAdministration CUser

CHow to Select Model Information

CHow to Prime the System

CHow the Datalogger Generally Works

TIONSTIONS

TIONS

TIONSTIONS

CHow to Print a Report

CHow System Memory Works

CHow Alarms Work

CHow to Flash a Program

2-1

PART 2 : GENERAL OPERATIONS

Page 34

ADMINISTRAADMINISTRA

ADMINISTRA

ADMINISTRAADMINISTRA

ADMINISTRATION SETUP OVERVIEW

TION SETUPTION SETUP

TION SETUP

TION SETUPTION SETUP

The system is configured to specific application requirements

via a set of Administration parameters. This section covers

the general setting of those parameters, including how to

access, change and save. There is also a listing of all

available Settings and Choices and an explanation of their

use.

The following is an outline of the steps that are involved in

selecting the Administration Setup for the system.

ADMINISTRATION SETUP

CBegin from Main Screen

CEnter Setup Screen

CView Setup Parameters

CChoose Setup Parameter to Edit

CGo into Setup Edit Mode

CScroll to Desired Choice for Parameter

CEdit Other Parameters

CSave and Return to Main Screen

2-2

ADMINISTRATION SETUP OVERVIEW

Page 35

ADMINISTRAADMINISTRA

ADMINISTRA

ADMINISTRAADMINISTRA

ADMINISTRATION SETUP

TION SETUPTION SETUP

TION SETUP

TION SETUPTION SETUP

STEP 1

STEP 2

Begin from Main Screen

The Setup screens for the unit are accessed through the Main

screen. Use to toggle to the Main screen.

IPA-2000S

Month Day, Year

00:00:00

Enter Setup Screen

Use to enter the Access Code screen for Setup for

the system.

AVAILABLE ACCESS CODES

01 - 999901 - 9999

01 - 9999

01 - 999901 - 9999

NOTE:

CUnit is shipped with Administration Stack access code set to 02.

2-3

Enter Access Code

Use to enter the access code.

After setting the code, use to enter the Administration

Setup-View screen for the system.

ADMINISTRATION SETUP

Page 36

ADMINISTRAADMINISTRA

ADMINISTRA

ADMINISTRAADMINISTRA

TION SETUPTION SETUP

TION SETUP

TION SETUPTION SETUP

STEP 3

NOTES:

CThe system’s function is controlled by a number of setup parameters. CThe selected parameter is indicated by the flashing cursor. CThe screen displays any three consecutive data lines. CSome values are not shown when using AAMI or IEC specifications.

AVAILABLE SETUP PARAMETERS

SOFTWARESOFTWARE

SOFTWARE

SOFTWARESOFTWARE

GROUND OFFSETGROUND OFFSET

GROUND OFFSET

GROUND OFFSETGROUND OFFSET SAFETY SPECSSAFETY SPECS

SAFETY SPECS

SAFETY SPECSSAFETY SPECS GROUND RESISTGROUND RESIST

GROUND RESIST

GROUND RESISTGROUND RESIST NORM GND CURNORM GND CUR

NORM GND CUR

NORM GND CURNORM GND CUR FF

ULUL

T GND CURT GND CUR

T GND CUR

ULUL

T GND CURT GND CUR

NORM CHS CURNORM CHS CUR

NORM CHS CUR

NORM CHS CURNORM CHS CUR FF

ULUL

T CHS CURT CHS CUR

T CHS CUR

ULUL

T CHS CURT CHS CUR

LINE LINE

LINE

LINE LINE CLEAR MODELSCLEAR MODELS

CLEAR MODELS

CLEAR MODELSCLEAR MODELS ALLOW MODEL EDITALLOW MODEL EDIT

ALLOW MODEL EDIT

ALLOW MODEL EDITALLOW MODEL EDIT CH 1 SERIAL NUMCH 1 SERIAL NUM

CH 1 SERIAL NUM

CH 1 SERIAL NUMCH 1 SERIAL NUM CH 2 SERIAL NUMCH 2 SERIAL NUM

CH 2 SERIAL NUM

CH 2 SERIAL NUMCH 2 SERIAL NUM ACCESS CODE #2ACCESS CODE #2

ACCESS CODE #2

ACCESS CODE #2ACCESS CODE #2

OLOL

GEGE

View Setup Parameters

Use to scroll the available parameters.

ADMIN SETUP - VIEW SOFTWARE DT7310CB GROUND OFFSET .02

ΩΩ

Ω

ΩΩ

SAFETY SPECS CUSTOM

2-4

ADMINISTRATION SETUP

Page 37

ADMINISTRAADMINISTRA

ADMINISTRA

ADMINISTRAADMINISTRA

TION SETUPTION SETUP

TION SETUP

TION SETUPTION SETUP

The following is a table showing descriptions and choices for available parameters:

RETEMARAP NOITPIRCSED SECIOHC

ERAWTFOS

TESFFODNUORG

)YLNOS0002(

SCEPSYTEFAS

)YLNOS0002(

SERDNUORG

)YLNOS0002(

RUCDNGMRON

)YLNOS0002(

RUCDNGTLUAF

)YLNOS0002(

RUCSHCMRON

)YLNOS0002(

RUCSHCTLUAF

)YLNOS0002(

EGATLOVENIL )YLNOS0002(

SLEDOMRAELC

LEDOMWOLLA

TIDE

MUNLAIRES1HC

MUNLAIRES2HC

EDOCSSECCA

( edomputeSehtgnitixenopuenoD )

IMDA( neercsputeSmorfkcatSN )

tinuehtgninnur

.daeLtseTdnuorG

.noitarbilac

.MOTSUCottessiretemarapSCEPS

.MOTSUCottessiretemarap

.MOTSUC

SLEDOMehtllaniderotsatadehtllasesarE

.mehtegnahctonnac

1lennahC

2lennahC

sitahterawtfosehtrofrebmunmargorptnerrucehtsyalpsiD

ehtrofetasnepmocotdesueboteulavdexifaswollA

ehtfoecnatsiserdaeltsetdnalanretnidradnats

rehtruflliwnoitarbilaCdaeLtseTdnuorGehT:ETON

ylpmiserehgnitteslaunamA.eulavsihtrofetasnepmoc

lautcaehterofebtluserehtotresolceulavesabehtsekam

lacirtcelEehtrofseulavLIAF/SSAPehtrehtehwsenimreteD

,)motsuC(seulavdetceles-resunodesaberarezylanAytefaS

.sretemarapCEIrosretemarapdradnats3991IMAA

ehtniecnatsiserdnuorgelbawollamumixamehtsenimreteD nehwelbaliavaylnosiretemarapsihT.tsetytefaSlacirtcelE

.MOTSUCottessiretemarapSCEPSYTEFASeht

nitnerrucegakaeldnuorgelbawollamumixamehtsenimreteD .snoitidnocelcatpecerlamronrednutsetytefaSlacirtcelEeht

TUD,ytiralopdesrever/drawroffotsisnocsnoitidnoclamroN

snoitcennoclartueNdnatoHhtobdnaFFOdnaNOrewop

YTEFASehtnehwelbaliavaylnosiretemarapsihT.tcatni

nitnerrucegakaeldnuorgelbawollamumixamehtsenimreteD

.snoitidnocelcatpecertluafrednutsetytefaSlacirtcelEeht

TUD,ytiralopdesrever/drawroffotsisnocsnoitidnoctluaF

snoitcennoclartueNrotoHehtrehtiednaFFOdnaNOrewop

YTEFASehtnehwelbaliavaylnosiretemarapsihT.nepo

tnerrucegakaelsissahcelbawollamumixamehtsenimreteD

elcatpecerlamronrednutsetytefaSlacirtcelEehtni

desrever/drawroffotsisnocsnoitidnoclamroN.snoitidnoc sihT.tcatnidnuorGdnaFFOdnaNOrewopTUD,ytiralop

SCEPSYTEFASehtnehwelbaliavaylnosiretemarap

tnerrucegakaelsissahcelbawollamumixamehtsenimreteD

.snoitidnocelcatpecertluafrednutsetytefaSlacirtcelEehtni

TUD,ytiralopdesrever/drawroffotsisnocsnoitidnoctluaF

siretemarapsihT.nepodnuorGdnaFFOdnaNOrewop

ottessiretemarapSCEPSYTEFASehtnehwelbaliavaylno

eniLrofdesU.rezylanAytefaSehtrofegatlovenilehtstceleS

.stsetrezylanAytefaSdetamotuAehtrofnoitadilavegatloV

resuehtossgnitteselbatledoMehtkcolotsnaemasedivorP

otdetcennoceludomehtforebmunlairesehtsyalpsiD

).eludomwenfonoitcetednopuenodyllacitamotuA(

otdetcennoceludomehtforebmunlairesehtsyalpsiD

).eludomwenfonoitcetednopuenodyllacitamotuA(

kcatssihtotniyrtnerofdedeenedocsseccaehtsteS

00.2-00.0 Ω

0002-0 µA

V001 V021

SEY

9999-0

YLNODAER

02.0+ot02.0- Ω

CEIroIMAA,motsuC

YLNODAER

2-5

ADMINISTRATION SETUP

Page 38

ADMINISTRAADMINISTRA

ADMINISTRA

ADMINISTRAADMINISTRA

TION SETUPTION SETUP

TION SETUP

TION SETUPTION SETUP

STEP 4

NOTES:

C The selected parameter is indicated by the flashing cursor.

C Each parameter can be edited separately, using these same steps.

STEP 5

NOTE:

CIn the Edit mode, the flashing line cursor will change to a box.

Choose Setup Parameter to Edit

Use to scroll to the desired parameter to edit.

ADMIN SETUP - VIEW SOFTWARE 7310L09F GROUND OFFSET .02 SAFETY SPECS CUSTOM

ΩΩ

Ω

ΩΩ

Go into Setup Edit Mode

When the cursor is under the desired parameter,

use to enter the Edit mode.

2-6

ADMIN SETUP - EDIT SOFTWARE 7310L09F GROUND OFFSET .02 SAFETY SPECS CUSTOM

ADMINISTRATION SETUP

ΩΩ

Ω

ΩΩ

Page 39

ADMINISTRAADMINISTRA

ADMINISTRA

ADMINISTRAADMINISTRA

TION SETUPTION SETUP

TION SETUP

TION SETUPTION SETUP

STEP 6

STEP 7

Scroll to Desired Choice for Parameter

Use to scroll through the choices for the

parameter.

ADMIN SETUP - EDIT SOFTWARE 7310L09F GROUND OFFSET .01 SAFETY SPECS CUSTOM

Enter Choice for Parameter

Use to enter the new setting for the parameter and

return to the View mode.

ΩΩ

Ω

ΩΩ

STEP 8

2-7

ADMIN SETUP - VIEW SOFTWARE 7310L09F GROUND OFFSET .01 SAFETY SPECS CUSTOM

Edit Other Parameters

Repeat steps 3 through 7 to edit any other parameters.

ADMINISTRATION SETUP

ΩΩ

Ω

ΩΩ

Page 40

ADMINISTRAADMINISTRA

ADMINISTRA

ADMINISTRAADMINISTRA

TION SETUPTION SETUP

TION SETUP

TION SETUPTION SETUP

STEP 9

Save and Return to Main Screen

Once all the parameters show the desired settings,

use to save and return to the Main screen.

**SAVE MODE**

IPA-2000S

Month Day, Year

00:00:00

2-8

ADMINISTRATION SETUP

Page 41

USER SETUPUSER SETUP

USER SETUP

USER SETUPUSER SETUP

USER SETUP OVERVIEW

The system is configured to specific use requirements via a

set of User parameters. This section covers the general

setting of those parameters, including how to access, change

and save. There is also a listing of all available Settings and

Choices and an explanation of their use.

The following is an outline of the steps that are involved in

selecting the User Setup for the system.

USER SETUP

CBegin from Main Screen

CEnter Setup Screen

CView Setup Parameters

CChoose Setup Parameter to Edit

CGo into Setup Edit Mode

CScroll to Desired Choice for Parameter

CEdit Other Parameters

CSave and Return to Main Screen

2-9

USER SETUP OVERVIEW

Page 42

USER SETUP

USER SETUPUSER SETUP

USER SETUP

USER SETUPUSER SETUP

STEP 1

STEP 2

Begin from Main Screen

The Setup screens for the unit are accessed through the

Main screen. Use to toggle to the Main screen.

IPA-2000S

Month Day, Year

00:00:00

Enter Setup Screen

Use to enter the Access Code screen for Setup for

the system.

AVAILABLE ACCESS CODES

01 - 999901 - 9999

01 - 9999

01 - 999901 - 9999

NOTE:

CUnit is shipped with User Setup access code set to 00.

2-10

Enter Access Code

Use to enter the access code.

After setting the code, use to enter the User

Setup-View screen for the system.

USER SETUP

Page 43

USER SETUPUSER SETUP

USER SETUP

USER SETUPUSER SETUP

STEP 3

NOTES:

CThe system’s function is controlled by a number of setup parameters. C The selected parameter is indicated by the flashing cursor. CThe screen displays any three consecutive data lines.

AVAILABLE SETUP PARAMETERS

AIR PURGEAIR PURGE

AIR PURGE

AIR PURGEAIR PURGE UNITS FLOWUNITS FLOW

UNITS FLOW

UNITS FLOWUNITS FLOW UNITS PRESSUNITS PRESS

UNITS PRESS

UNITS PRESSUNITS PRESS HIGH FLOWHIGH FLOW

HIGH FLOW

HIGH FLOWHIGH FLOW LOW FLOWLOW FLOW

LOW FLOW

LOW FLOWLOW FLOW TIMETIME

TIME

TIMETIME DD

MONTHMONTH

MONTH

MONTHMONTH YEARYEAR

YEAR

YEARYEAR DD

TE FORMATE FORMA

TE FORMA

TE FORMATE FORMA

UD RAUD RA

UD RA

UD RAUD RA

PRINT MODEPRINT MODE

PRINT MODE

PRINT MODEPRINT MODE PRINT PORTPRINT PORT

PRINT PORT

PRINT PORTPRINT PORT PRINT FORMAPRINT FORMA

PRINT FORMA

PRINT FORMAPRINT FORMA PRINT PRINT

PRINT PRINT LL

OG INTEROG INTER

OG INTER

OG INTEROG INTER

OG DOG D

OG D

OG DOG D

CLEAR DCLEAR D

CLEAR D

CLEAR DCLEAR D ALARM SCANALARM SCAN

ALARM SCAN

ALARM SCANALARM SCAN ACCESS CODE #1ACCESS CODE #1

ACCESS CODE #1

ACCESS CODE #1ACCESS CODE #1

ALL DALL D

ALL D

ALL DALL D

TETE

ALAL

A EVERA EVER

A EVER

A EVERA EVER AA

View Setup Parameters

Use to scroll the available parameters.

USER SETUP - VIEW UNITS FLOW cc/hr

UNITS PRESS PSI HIGH FLOW 0.0 cc/hr

2-11

USER SETUP

Page 44

USER SETUPUSER SETUP

USER SETUP

USER SETUPUSER SETUP

The following is a table showing descriptions and choices for available parameters:

RETEMARAP NOITPIRCSED SECIOHC

EGRUPRIA.tinuehttuoyrdotriawollaotadionelosnepootdesU

WOLFSTINU

SSERPSTINU gnidaererusserpehtrofstinucifitneicsehtfonoitcelesswollA

WOLFHGIH

WOLFWOL

EMIT

YADkcolcemit-laerehtfohtnomehtfoyadehtsteS13-10

HTNOMkcolcemit-laerehtforaeyehtfohtnomehtsteS REBMECED-YRAUNAJ

RAEYkcolcemit-laerehtforaeyehtsteS9902-0002

TAMROFETADkcolcemit-laerehtfoetadehtfotamrofehtsteS

ETARDUABlocotorPsnoitacinummoCehtrof'DUAB'ehtsteS

EDOMTNIRP

TROPTNIRPepyttropretnirpehtsteS

TAMROFTNIRPtamroftuotnirpehtrofsnmulocforebmunehtsteS

ATADLLATNIRP

LAVRETNIGOL

YREVEATADGOL

ATADRAELC

( ONotstesernehtedomputeSehtgnitixenopuenoD )

NACSMRALA

EDOCSSECCA

(tnioptessihtwoleb

( kcatSretemaraPresU )

gnidaerwolfeht

tsetgnirud etavitcalliwmralAwolFwoL,)

kcolcemit-laerehtfoyadfoemitsteS

SS:MM:HH

edomtnirpfonoitcelesswollA

yektnirPgnisudetnirpataD-launaM

detnirpyllacitamotuagolataD-ataD

tsetfodneta

.emitnoitcellocataDlatotdnapxe

golataDniderotstniopataD

SS:MM

.neercSniaMehtnidellorcs

rofstinutnemerusaemcifitneicsehtfonoitcelesswollA

siwolfderusaemfI.tniopteSmralAwolFhgiHehtsretnE

etavitcalliwmralAwolFhgiH,tnioptessihtevoba

detnirpyllacitamotuayrammuS-yrammuS

detnirpyllacitamotuagolataDdnayrammuS-htoB

sgolataDehtllaniderotsetadehtllastnirP

golataDehtotniataDgnirotsrofedomehtstceleS

detcellocnehwderotsyllacitamotuaataD-otuA

sgolataDehtllaniderotsatadehtllasesarE

kcatssihtotniyrtnerofdedeenedocsseccaehtsteS

( etanimilelliw0otgnitteS

sllafwolfderusaemfI.tniopteSmralAwolFwoLehtsretnE

( etanimilelliw0otgnitteS

)ONotstesernehtedomputeSehtgnitixenopuenoD(

ottesebnactniopataDhcaeneewteblavretniemit-launaM

hcaeneewtebsdnocesdnasetunimniemitehtstceleS

( goLnehwelbaliavaylnO

yllacitamotuaerasmralaevitcahcihwtaetarehtsenimreteD

FFO

rh/Lm

rh/cc

H"ISP

MTAAPk

0042 0084 0069

00882 00675

002511

ATAD

HTOB

LAIRES

ENON

LOC08 LOC04

SEY

OTUA

SEY

9999-0

F°06@O

C°0@gHmm

rh/Lm9.999-0

.erutaefmralasiht )

rh/Lm9.999-0

.erutaefmralasiht )

95:95:32-00:00:00

YY/DD/MM YY/MM/DD

LAUNAM

YRAMMUS

LELLARAP

LAUNAM

95:99-10:00

.launaMotteslavretnI )

ces52-1

2-12

USER SETUP

Page 45

USER SETUPUSER SETUP

USER SETUP

USER SETUPUSER SETUP

STEP 4

NOTES:

CThe selected parameter is indicated by the flashing cursor.

CEach parameter can be edited separately, using these same steps.

STEP 5

NOTE:

CIn the Edit mode, the flashing line cursor will change to a box.

Choose Setup Parameter to Edit

Use to scroll to the desired parameter to

edit.

USER SETUP - VIEW UNITS FLOW cc/hr UNITS PRESS PSI HIGH FLOW 0.0 cc/hr

Go into Setup Edit Mode

When the cursor is under the desired parameter,

use to enter the Edit mode.

2-13

USER SETUP - EDIT UNITS FLOW cc/hr UNITS PRESS PSI HIGH FLOW 0.0 cc/hr

USER SETUP

Page 46

USER SETUPUSER SETUP

USER SETUP

USER SETUPUSER SETUP

STEP 6

STEP 7

Scroll to Desired Choice for Parameter

Use to scroll through the choices for the

parameter.

USER SETUP - EDIT UNITS FLOW mL/hr UNITS PRESS PSI HIGH FLOW 0.0 cc/hr

Enter Choice for Parameter

Use to enter the new setting for the parameter and

return to the View mode.

STEP 8

2-14

USER SETUP - VIEW UNITS FLOW mL/hr UNITS PRESS PSI HIGH FLOW 0.0 cc/hr

Edit Other Parameters

Repeat steps 3 through 7 to edit any other parameters.

USER SETUP

Page 47

USER SETUPUSER SETUP

USER SETUP

USER SETUPUSER SETUP

STEP 9

Save and Return to Main Screen

Once all the parameters show the desired settings,

use to save and return to the Main screen.

**SAVE MODE**

IPA-2000S

Month Day, Year

00:00:00

2-15

USER SETUP

Page 48

MODEL SELECTIONMODEL SELECTION

MODEL SELECTION

MODEL SELECTIONMODEL SELECTION

MODEL SELECTION OVERVIEW

This section covers how to select and edit the model

information that can appear in the Datalog and Printouts for

each test. It begins with an overview and then progresses

through step-by-step instructions for selecting or editing the

manufacturer, model, S/N, department and location for the

Device Under Test (DUT).

Model selection is optional. It has no affect on a test. It is

provided to help organize records by adding text information

to the header in the Datalog and Printouts.

One option allows this information to be replaced by lines to

indicate that handwritten information should be entered on

the printout.

Alternatively, the user may directly key in the header information

through the keypad or enter it via the remote keyboard.

As an aid to entry, a number of common selections for

manufacturer, model, S/N, department and location are

resident in the unit memory and can simply be selected.

2-16

MODEL SELECTION OVERVIEW

Page 49

MODEL SELECTIONMODEL SELECTION

MODEL SELECTION

MODEL SELECTIONMODEL SELECTION

The following is an outline of the steps that are involved in

selecting the model information for a test.

MODEL SELECTION

CBegin from a Test Screen

CEnter Model View Screen

CView Model Identification and Location

CChoose Information Line to Edit

CGo into Model Select Mode

CScroll to Desired Choice for Information Line

CGo into Model Edit Mode

CEdit Each Character in the Information Line

CReturn to Select Mode

CEnter Choice for Information Line

CEnter Choices for Other Information Lines

CSave and Return to Test Screen

2-17

MODEL SELECTION OVERVIEW

Page 50

MODEL SELECTION

MODEL SELECTIONMODEL SELECTION

MODEL SELECTION

MODEL SELECTIONMODEL SELECTION

STEP 1

NOTES:

CModel and location information can be entered for each individual test. CThis information is included in the Datalog and on the printout. CThe information is saved for that test and channel only. CThe model and location will have to be entered again for any subsequent tests.

Begin from a Test Screen

The Model screens for the unit are accessed through the

Test screens. Use to toggle to the desired test

screen.

SAFETY ANALYZER IDLE

LINE VOLTAGE XXX.XV GND: CLOSE HOT: OPEN POL: FWD NEU: OPEN

CHANNEL 1 IDLE

SELECT TEST TYPE

FLOW TEST

STEP 2

2-18

Enter Model View Screen

Use to go to MODEL VIEW screen to enter

Manufacturer, Model, Serial Number, Department and

Location.

CHAN 1 MODEL -VIEW

MANUF: ABC MODEL: 123A S/N: 12345

MODEL SELECTION

Page 51

MODEL SELECTIONMODEL SELECTION

MODEL SELECTION

MODEL SELECTIONMODEL SELECTION

STEP 3

NOTES:

CThe DUT can be identified by various model and location information. CThe selected information line is indicated by the flashing cursor. C The screen displays any three consecutive information lines.

AVAILABLE INFORMATION LINES

MANUFMANUF

MANUF

MANUFMANUF MODELMODEL

MODEL

MODELMODEL S/NS/N

S/N

S/NS/N DEPTDEPT

DEPT

DEPTDEPT LL

OCOC

View Model Identification and Location

There are five available information lines.

Use to scroll the identificaiton information

lines.

CHAN 1 MODEL -VIEW

MANUF: ABC MODEL: 123A S/N: 12345

STEP 4

NOTES:

CThe selected information line is indicated by the flashing cursor. CThe information can be edited either by Selecting from a list of options or Entering the specific information. CEach line is set separately, using these same steps.

2-19

Choose Information Line to Edit

The information for each information line can be edited.

Use to scroll to the desired identificaiton

information line.

CHAN 1 MODEL -VIEW

MANUF: ABC MODEL: 123A S/N: 12345

MODEL SELECTION

Page 52

MODEL SELECTIONMODEL SELECTION

MODEL SELECTION

MODEL SELECTIONMODEL SELECTION

STEP 5

NOTE:

CIn the Select mode, the flashing line cursor will change to a box.

STEP 6

NOTES:

CThere are 10 Manufacturers stored at any given time. CEach Manufacturer has 10 Models and Serial Numbers associated with it. CAs the Manufacturers are scrolled through, the Models and S/Ns will adjust as well. CThe the Model and S/N can be selected by repeating the steps used to set the Manufacturer.

Go into Model Select Mode

When the cursor is under the desired information line,

use to enter the Select mode.

CHAN 1 MODEL - SELECT

MANUF: ABC MODEL: 123A S/N: 12345

Scroll to Desired Choice for Information Line

Use to scroll to the desired identification

information. If found, continue to Step 7. If the desired

information is not available, go to the Model Edit mode to

enter it (See Steps 6a through 6c).

CHAN 1 MODEL - SELECT

MANUF: DEF MODEL: 123B S/N: 10000

NOTE:

C Duplicate manufactures can be entered, thereby allowing for many models or serial numbers from one manufacturer to be stored.

2-20

The unit has 100 data sets available for the storage of model

information. They are configured with 10 manufacturer

positions with 10 model / serial number sets for each.

MODEL SELECTION

Page 53

MODEL SELECTIONMODEL SELECTION

MODEL SELECTION

MODEL SELECTIONMODEL SELECTION

STEP 6a

NOTES:

CGet to the Model Edit screen from the Select screen. CIn the Edit mode, the flashing cursor box will shift to the first character position after the colon.

STEP 6b

NOTES:

CThere may be up to 14 characters for the Manufacturer and Model. CAn information line can be left blank by scrolling all of the characters to blanks. CWhen information is changed in the edit mode, the original information is overwritten.

Go into Model Edit Mode

Use to enter the Edit mode.

CHAN 1 MODEL - EDIT

MANUF: MODEL: 123B S/N: 10000

ABC

Edit Each Character in the Information Line

Use to scroll through the characters

available for each position.

Use to enter each character and proceed to the

next character to the right.

AVAILABLE CHARACTER OPTIONS

A - ZA - Z

A - Z

A - ZA - Z a - za - z

a - z

a - za - z 0 - 90 - 9

0 - 9

0 - 90 - 9

- / + ’ *- / + ’ *

- / + ’ *

- / + ’ *- / + ’ * (blank)(blank)

(blank)

(blank)(blank)

STEP 6c

2-21

CHAN 1 MODEL - EDIT

MANUF: Manufacturer

MODEL: 123B S/N: 10000

Return to Select Mode

Use to return to Select mode.

MODEL SELECTION

Page 54

MODEL SELECTIONMODEL SELECTION

MODEL SELECTION

MODEL SELECTIONMODEL SELECTION

STEP 7

STEP 8

Enter Choice for Information Line

Use to enter the new information choice and

return to the View mode.

CHAN 1 MODEL - VIEW

MANUF: DEF MODEL: 123B S/N: 10000

Enter Choices for Other Information Lines

Repeat steps 5 through 7 to select the choices for the

STEP 9

other information lines.

Save and Return to Test Screen

Once all the information lines show the desired

identification, use to save and return to the test.

2-22

MODEL SELECTION

Page 55

PRIMINGPRIMING

PRIMING

PRIMINGPRIMING

PRIMING OVERVIEW

This section covers how to prime the unit prior to running a

Flow, Flow--PCA or Distal Occlusion test using the Infusion

Analyzer. Only Distilled Water can be used with this unit. Do

not use tap water, glucose or any other fluid; this will cause

the interior tubing to become unclean.

For Maximum Accuracy, all air must be cleared from the unit.

This is best done by a high flow rate which is easily obtained

with firm pressure on the priming syringe.

2-23

PRIMING OVERVIEW

Page 56

PRIMINGPRIMING

PRIMING

PRIMINGPRIMING

The following is an outline of the steps that are involved in

priming the unit:

PRIMING

CBegin from a Prime Channel Screen

CAttach an External Inlet Valve

CAttach Priming Syringe to the Valve

COpen Valve and Forcefully Inject 50 ml of Distilled Water

CClose Valve and Remove Priming Syringe

CPress Start Key to Set the Prime

CClear air from Device Under Test (DUT) Tubing

CConnect DUT Tubing Insuring there are No Bubbles

CRun 10 mL of Distilled Water through DUT and Module

2-24

PRIMING OVERVIEW

Page 57

PRIMING

PRIMINGPRIMING

PRIMING

PRIMINGPRIMING

STEP 1

STEP 2

Begin from a Channel Screen

A Module can be primed when the unit displays the Prime

screen for that Channel. Use to toggle to the desired

prime screen.

CHANNEL 1 IDLE

PRIME WITH 50mL

THEN PRESS START

Attach an External Inlet Valve

To help prevent air from being injected into the Module during

Priming and Testing, attach a Valve to the Fluid In Luer Lock

STEP 3

NOTE:

COnly Distilled Water can be used with this unit. Do not use tap water, glucose or any other fluid; this will cause the interior tubing to become unclean.

2-25

of the Module. This Valve will be used to minimize the risk of

air being added to the system and will help maintain Prime,

making it unnecessary to prime before every test.

Attach a Priming Syringe to the Valve

Attach a syringe filled with 50 mL of Distilled Water to the

Valve.

PRIMING

Page 58

PRIMINGPRIMING

PRIMING

PRIMINGPRIMING

STEP 4

NOTE:

CFor Maximum Accuracy, all air

must be cleared from the unit. This

best done by a high flow rate which

is is easily obtained with firm pressure on the priming syringe.

STEP 5

Open Valve, Forcefully Inject Distilled Water

Open Valve and forcefully inject 50 mL of Distilled Water. If

more than one syringe full of water is required, close valve

between fills. Take care not to inject air into the unit.

Close Valve and Remove Priming Syringe

Once the 50 mL of Distilled Water is injected into the Module,

close the Valve and remove the syringe.

STEP 6

Press Start Key to Set the Prime

As prompted, use to set the prime and go to the test

selection screen.

CHANNEL 1 IDLE

SELECT TEST TYPE

FLOW TEST

Before selecting test, prepare and attach the DUT following

steps 7 through 9 to insure proper connection.

2-26

PRIMING

Page 59

PRIMINGPRIMING

PRIMING

PRIMINGPRIMING

STEP 7

STEP 8

STEP 9

Clear Air from the DUT Tubing

Run the Device Under Test (DUT) to clear air from its tubing

before connecting it to the Module for testing.

Connect DUT to Valve

Connect the DUT tubing to the Valve, insuring that there are

no bubbles in the line.

Run 10 mL of Distilled Water through DUT

For maximum accuracy, run 10 mL of Distilled Water through

the DUT and Module prior to beginning a test.

2-27

PRIMING

Page 60

PURGINGPURGING

PURGING

PURGINGPURGING

PURGING OVERVIEW

This section covers how to Purge the unit after use. Only

Distilled Water is to be used in the system; this should keep it

clean. However, if no fluid tests are going to be run for a

period of more than 24 hours, the water must be blown out of

the unit to maintain the necessary cleanliness.

The following is an outline of the steps that are involved in

purging the unit:

PURGING

CAttach Clean Dry Air (CDA) or N

CAllow CDA or N

CMove Line to Fluid Out on Module

CGo Into User Setup Mode

CSet Air Purge Parameter to On

CWait at Least 2 Minutes Before Removing Line

to Flow at 20 PSI for At Least One Minute

Line to Fluid In on Module

2-28

PURGING OVERVIEW

Page 61

PURGING

PURGINGPURGING

PURGING

PURGINGPURGING

STEP 1

STEP 2

NOTE:

C One minute is the absolute minimum flow time for effective purging. There is no maximum limit.

STEP 3

Attach CDA or N2 Line to Fluid In on Module

A Clean Dry Air (CDA) or N2 line is used at 20 PSI to purge

the Module of water if no fluid tests are going to be run for a

period of more than 24 hours.

Allow CDA or N2 Line to Flow at 20 PSI for At

Least One Minute

Turn on the flow of CDA or N2 for at least one minute.

Move Line to Fluid Out on Module

Turn off the flow of CDA or N2 and move the line to the outlet.

STEP 4

STEP 5

2-29

Turn on the flow.

Go into User Setup Mode

From Main Screen, Enter Setup Screen, Enter the Access

Code for User Setup for the system, View Setup Parameters.

(See USER SETUP for details.)

Set Air Purge Parameter to On

Go into Edit Mode, Use to turn the Air Purge On.

(See USER SETUP for details.)

PURGING

Page 62

PURGINGPURGING

PURGING

PURGINGPURGING

STEP 6

NOTE:

CA small amount of water will come out the vent port on the bottom of the unit during this step.

Wait at least 2 Minutes before Removing Line

Air Purge will run for the first 60 seconds in one configuration

and then automatically switch to a second configuration. Wait

at least 2 minutes for both purging configurations to run before

removing the line.

2-30

PURGING

Page 63

DATALOG OVERVIEW

The Datalogger is used to store data as it becomes available

in the system. There are separate Datalogs for Channel 1,

Channel 2 and the Safety Analyzer. For Channel 1 and Channel

2, the type of test determines when data is available. For Distal

Occlusion tests, data is available every second. For Flow tests,

flow rate affects when data is available. The slower the flow

rate, the more time between available data. For the Safety

Analyzer, data is available at the end of each Automatic test.

ALAL

OGOG

For Flow and Distal Occlusion tests, the amount of data stored

during an extended test period may fill the Datalogger. When

the Datalogger becomes full, new data is written over existing

data, beginning with the oldest record. A special function has

been incorporated into the system to restrict how often available

data is stored in the Datalog. For example, when running a 6

hour Flow test, it may only be of interest to store data every 10

seconds. To do this, the LOG INTERVAL parameter would

be set to MANUAL and the LOG DATA EVERY parameter

would be set to 00:10 (See USER SETUP for details). In

this mode, the data would be stored as it becomes available,

2-31

DATALOG OVERVIEW

Page 64

ALAL

OGOG

NOTE:

This sample shows how the Log Interval and Log Data Every parameters in USER SETUP can affect when data is stored in the Datalog for a sample test.

but only one datapoint would be stored every 10 seconds.

PAGE 01

BC GROUP IPA-2000S INFUSION PUMP ANALYZER

PUMP INFORMATION:

MANUFACTURER: Manufacturer 1 MODEL: Pump 1

SERIAL NUMBER: 1001

DEPARTMENT: SURGERY LOCATION: Hospital 1

TEST STARTED AT: 7:13:26 ON 7/17/02

CHANNEL 1 FLOW RATE TEST ELAPSED FLOW AVG FLOW VOLUME PRESSURE TIME mL/hr mL/hr mL PSI 0:00:10 35.6 36.0 .10 5.8 0:00:21 35.0 34.2 .20 5.9 0:00:31 35.4 34.8 .30 5.8 0:00:42 34.6 35.1 .41 5.8 0:00:52 36.1 35.3 .51 5.8 0:01:05 28.1 34.3 .62 5.8 END OF DATA

CHANNEL 1 FLOW RATE SUMMARY TOTAL TIME 0:01:05 TOTAL VOLUME .62mL AVERAGE FLOW 34.3mL/hr BACK PRESSURE 5.8PSI

(See example report on next page.)

When using the Manual Datalog interval with the Nurse Call

feature of the Distal Occlusion test, the system will store three

datapoints to the Datalog after the occurrence of the Nurse

Call input. Therefore, the Distal Occlusion test will not

automatically stop for three times the duration of the LOG DATA

EVERY parameter. This is done to verify that the pressure

drops, indicating the pump has turned off, after the Nurse Call

input.

Samples of Datalogs for each test type as well as detailed

instructions for manipulating the Datalogs can be found within

each test section of this manual.

2-32

DATALOG OVERVIEW

Page 65

PRINTING REPORPRINTING REPOR

PRINTING REPOR

PRINTING REPORPRINTING REPOR

PRINTING REPORTS OVERVIEW

This section covers how to print reports. The Print Mode can

be set so reports automatically print upon the conclusion of

each test and/or reports can be manually printed later from

individual Datalog screens. The report can contain summary

information, data information or both. Additionally, the Print

All parameter in the User Stack provides another technique,

allowing all saved Datalogs to be printed at once.

This section begins with an overview for automatically printing

TSTS

reports, then progresses through step-by-step instructions

for manually printing reports.

2-33

PRINTING REPORTS OVERVIEW

Page 66

PRINTING REPORPRINTING REPOR

PRINTING REPOR

PRINTING REPORPRINTING REPOR

AUTOMATICALLY PRINTING REPORTS

The following is an outline of the steps that are involved in

automatically printing reports for a test.

PRINTING REPORTS

CSet Desired Printing Setup Parameters

TSTS

STEP 1

NOTES:

CThere are two modes available as printing options, Manual and Automatic (Summary, Data or Both). C When PRINT MODE is set to SUMMARY, DATA or BOTH, the appropriate report will automatically print the selected type when a test is completed. CPRINT PORT can be set to serial, parallel or none. If set to none, a message will display requesting a port be selected before printing will occur. CWhen the port is set to parallel, the unit needs to be connected to a parallel printer or the Printer Not Ready alarm will sound. (See ALARMS for more details.)

Set Desired Printing Setup Parameters

When and in what format a report is printed are set using

the parameters found in the User Stack of the Setup

screens. Choose the PRINT MODE, PRINT PORT, PRINT

FORMAT and whether all Datalogs are to be printed.

(See USER SETUP for more details.)

2-34

AUTOMATICALLY PRINTING REPORTS

Page 67

PRINTING REPORPRINTING REPOR

PRINTING REPOR

PRINTING REPORPRINTING REPOR

MANUALLY PRINTING REPORTS OVERVIEW

The following is an outline of the steps that are involved in

manually printing reports for a test.

PRINTING REPORTS

CSet Desired Printing Setup Parameters

CGo to a Datalog Screen

CPrint the Desired Report

CReturn to Datalog Screen

TSTS

2-35

MANUALLY PRINTING REPORTS OVERVIEW

Page 68

PRINTING REPORPRINTING REPOR

PRINTING REPOR

PRINTING REPORPRINTING REPOR

MANUALLY PRINTING REPORTS

TSTS

STEP 1

NOTES:

CThere are two modes available as printing options, Manual and Automatic (Summary, Data or Both). CWhen PRINT MODE is set to Manual in User Setup, reports can be printed from Datalog screens for individual tests. CPRINT PORT can be set to serial, parallel or none. If set to none, a message will display requesting a port be selected before printing will occur.

STEP 2

Set Desired Printing Setup Parameters

When and in what format a report is printed are set using

the parameters found in the User Stack of the Setup

screens. Choose the PRINT MODE, PRINT PORT, PRINT

FORMAT and whether all Datalogs are to be printed.

(See USER SETUP for more details.)

Go to a Datalog Screen

NOTES:

CAll saved Datalogs are accessible from the Main Screen. CDatalogs are accessible through the individual channels only when modules are connected. CThe Print Mode determines whether the report will contain Summary Information, Data or Both and is chosen from the Datalog Edit screen. (See DATALOG for more details.)

2-36

From the Main Screen or a channel screen, use to

enter the Datalog screens. Use to toggle between

the channels.

CHAN1 DATALOG- VIEW

RECORD TYPE FLOW PRINT SUMMARY & DATA RECORD NUMBER 01

Using the Datalog View and Edit screens, select the

individual record type, print mode and record number to be

printed. (See DATALOG for more details.)

MANUALLY PRINTING REPORTS

Page 69

PRINTING REPORPRINTING REPOR

PRINTING REPOR

PRINTING REPORPRINTING REPOR

TSTS

STEP 3

NOTES:

CIf a printer is not connected to the parallel port, a System Alarm will sound indicating Printer Not Ready. (See ALARMS for details.)

STEP 4

Print the Desired Report

From the desired Datalog Screen, use to print the

report.

PRINTING IN PROGRESS

Return to Datalog Screen

Once the report has been sent to the printer port, the unit

will automatically return to the same Datalog so that other

reports can be printed.

CHAN1 DATALOG- VIEW

RECORD TYPE FLOW PRINT SUMMARY & DATA RECORD NUMBER 01

2-37

MANUALLY PRINTING REPORTS

Page 70

SYSY

STEM MEMORSTEM MEMOR

STEM MEMOR

SYSY

STEM MEMORSTEM MEMOR

SYSTEM MEMORY OVERVIEW

Various types of information are saved in the system, using

different types of memory.

The program that runs the unit is stored in Flash memory.

This allows it to be field upgraded via the RS232 Port.

The Datalog, User, Administrator and Factory parameters are

saved in EEPROM memory. This is a permanent memory

(10 years minimum life) that maintains the values, even when

the power is off.

These saves occur automatically at various points in the

program and there is a short wait (1-2 seconds) while this

save is taking place. When active, the Save Mode screen will

appear.

**SAVE MODE**

The Model information and Datalog data is stored in battery

backed up RAM. This is a permanent memory (10 year

minimum life) that maintains the data, even with the power off.

The saving of this data is very fast and completely under

2-38

program control so no display indications are given.

SYSTEM MEMORY OVERVIEW

Page 71

ALARMSALARMS

ALARMS

ALARMSALARMS

ALARM OVERVIEW

This section covers alarms that may sound during testing

procedures. It includes a list of possible alarms, explanations

and the actions taken by the system.

If an alarm is sounded during operation of the unit, an Alarm

Screen will appear. For example, if a bubble is detected in

the fluid flow, the following screen will appear, an audio alarm

will sound and the test will be terminated.

CHANNEL 1

STOPPED-BUBBLE FOUND

Press to silence the audio portion of the alarm.

Press again to clear the visual portion of the alarm and

return to the IDLE or VIEW screen associated with the mode

the unit was working in when detecting the alarm state.

Most alarm states terminate the tests because further data

could be invalid. The alarm state should be cleared and the

test rerun. The data collected prior to the alarm is still recorded

in the datalogger for that test. If an alarm only pauses a test,

2-39

the system will autostart when the alarm state is cleared.

ALARM OVERVIEW

Page 72

ALARMSALARMS

ALARMS

ALARMSALARMS

The following is a table showing descriptions and actions for possible

alarms:

MRALA NOITPIRCSED NOITCAMRALA

-DEPPOTS DNUOFELBBUB

LLACESRUN

--DEPPOTS LLUFGOLATAD

DNUORGHGIH

ECNATSISER

EGAKAELHGIH

TNERRUC

TNERRUCDAOL

A8REVO

NEPOSI1ESUF NEPOSI2ESUF

ENILDILAVNI

GNIRIW

ENILDILAVNI

EGATLOV

TONTUD

NODENRUT

ERULIAFUPC

TONRETNIRP

YDAER

DOIREPOMED

REVO

( tsetpots-otuaotdesU )

.wolfdiulfnidetcetedelbbuBdetanimreTtseT

.desutupnIllaCesruN

,1lennahC(ecivedtahtrofreggolataD

.llufsi)rezylanAytefaSro2lennahC

)gnitirwrevostneverP(

evobasidrocrewopTUDrezylanAytefaS

.levelecnatsiserdnuorg

)tseTcitamotuAgniruD(

.sliaFtsetegakaeLrezylanAytefaS

)tseTcitamotuAgniruD(

.lenapkcabnideliaf2ro1esuFdetanimreTtseT

.tcerrocnisigniriwenilgnimocnI

)derotinomyltnatsnoC(

.snoitacificepsfotuosiegatloVeniLgnimocnI

)V2.541otV0.801(

detseuqernehwnodenruttonsawrewopTUD

.tsetcitamotuArezylanAytefaSgnirud

eruliafmetsysrossecorporcimlanretnI

.ydaertonrodetcetedtonretnirPsboJtnirPslecnaC

.dehcaeryrotcafybtesstsetOMEDfotimiL

)yrotcaftlusnoC(

.spma8fognitarelcatpecertsetdedeecxetnerrucTUD detanimreTtseT

).yrotcafotdenruterebtsumtinu,stsisrepmralafI(

tseTnoisulccOlatsiD

deppotS

detanimreTtseT

tnerructadesuaPtseT

timilwoleblitnupets

detanimreTtseT

sgnittessdrocergolataD(

).mraladesuachcihw

tuOdekcoLtratS

mraladnahsalfsDEL(

)tsettratsotyrtfisdnuoser

detanimreTtseT

tuOdekcoLtratS

TUDlitnudesuaPtseT

.nodenrutrewop

metsySsetanimreT

tuOdekcoLstseT

2-40

ALARM OVERVIEW

Page 73

ALARMSALARMS

ALARMS

ALARMSALARMS

Alarms that are silenced but still present can be viewed from

the Main Screen. Press to scroll through alarms from

the Main Screen. The first line of the alarm displays the device

for which the alarm sounded (Channel 1, Channel 2, Safety

Analyzer, System). The second line displays the specific

alarm message.

IPA-2000S

CHANNEL 1

STOPPED-BUBBLE FOUND

A special feature is incorporated to automatically scroll through

active alarms in the Main Screen. The ALARM SCAN

parameter in the USER SETUP determines the rate at which

active alarms are automatically scrolled in the Main Screen.

(See USER SETUP for details.)

BUBBLE RECOVERY NOTE:

CWhen bubbles are detected in the system, an automatic bubble recovery routine will attempt to clear them. The display will indicate that the system is in the Bubble Recovery Mode. Allow the fluid to continue to flow during this process. When the bubbles are cleared, it is advisable to run a short test to insure proper operation.

2-41

CIn most cases, it is better to simply Purge and Prime again (See PURGING and PRIMING for details), being certain that no bubbles get into the unit. This will insure maximum accuracy and reliability.

ALARM OVERVIEW

Page 74

FLASH OVERVIEW

The program that runs the unit is stored in Flash memory and

can be field upgraded via the RS232 Port. A Flash

Downloader can be installed to an on-site computer and

updated programs can be downloaded from the web and

flashed into the unit. This section begins with an overview

then progresses through step-by-step instructions for updating

the program.

FLASHFLASH

FLASH

FLASHFLASH

2-42

FLASH OVERVIEW

Page 75

The following is an outline of the steps that are involved in

flashing an updated program into the unit.

FLASHING FILES

CGoto FTP Website

CDownload Flash Programmer

CInstall Flash Programmer

CDownload Updated Program File

CSetup the Unit for Flash Programming

CConnect an RS232 Cable

CStart the Flash Program

FLASHFLASH

FLASH

FLASHFLASH

CVerify Com Port Setup

CSelect Display Mode

CPrepare to Download

CEnable Programming

CErase Micro

CEnable Programming

CSelect File to Download

CDownload Updated File

CComplete Flashing Process

2-43

FLASH OVERVIEW

Page 76

FLASHING FILES

FLASHFLASH

FLASH

FLASHFLASH

STEP 1

NOTE:

CIf the Flash Programmer has already been downloaded, go to Step 4.

Go to FTP Website

The Flash Programmer can be found on the internet at

http://www.bcgroupintl.com/ftp/

within the Flash Programmer.file.

Flash_Programmer/

STEP 2

NOTE:

CThere are three files in the Flash Programmer Folder: Flash_Programmer_V*.*.cab Setup.exe Setup.lst

2-44

Download Flash Programmer

Double click to download the files to the on-site computer.

Flash_Programmer

/Flash_Programmer

FLASHING FILES

Page 77

FLASHFLASH

FLASH

FLASHFLASH

STEP 3

NOTE:

CBy following the default installation options, the Flash Programmer should be able to be run form the Start menu: Start/Programs/Flash Programmer.

Install Flash Programmer

Run the Setup.exe file to install the Flash Programmer onto

the on-site computer.

2-45

FLASHING FILES

Page 78

FLASHFLASH

FLASH

FLASHFLASH

2-46

FLASHING FILES

Page 79

FLASHFLASH

FLASH

FLASHFLASH

STEP 3

NOTES:

CBy following the default installation options, the Flash Programmer should be able to be run from the Start menu: Start/Programs/Flash Programmer. C The program will typically be downloaded via email, an internet site or a hard copy.

STEP 4

Download Updated Program File

Obtain the updated program to be flashed and download it

to a temporary location on the on-site computer with the Flash

Programmer.

Setup the Unit for Flash Programming

From the Main Screen, enter the User Setup mode of the

unit and set the Baud Rate to 115200.

STEP 5

(See USER SETUP for details.)

USER SETUP - VIEW BAUD RATE 115200 PRINT MODE BOTH PRINT FORMAT PARALLEL

Connect an RS232 Cable

Connect an RS232 Cable from the on-site computer to the

RS232 port on the back of the unit.

2-47

FLASHING FILES

Page 80

FLASHFLASH

FLASH

FLASHFLASH

STEP 6

NOTE:

CThe Flash Programmer should be able to be run form the Start menu: Start/Programs/Flash Programmer.

AVAILABLE SETTINGS OPTIONS

Com PCom P

Com P

Com PCom P Display Mode Display Mode

Display Mode 

Display Mode Display Mode Save Settings on ExitSave Settings on Exit

Save Settings on Exit

Save Settings on ExitSave Settings on Exit

STEP 7

oror

Start the Flash Program

On the on-site computer, start the Flash Programmer.

Verify Com Port Setup

NOTE:

CThe Com Port number is determined by what port the RS232 cable is connected to on the on-site computer.

From the Settings Option in the Flash Programmer window,

select Com Port to enter the Communications Setup screen.

Verify the COM Port is correct and the Desired Speed is

115200. Change any information if necessary.

Click Return to go back to the Flash Programmer screen.

2-48

FLASHING FILES

Page 81

FLASHFLASH

FLASH

FLASHFLASH

STEP 8

NOTE:

CThe Normal Mode gives a “no click” option. The Advanced Mode gives feedback on all the individual steps that make up the downloading.

STEP 9

NOTE:

Select Display Mode

There are two display modes to choose from when

downloading a file. The Normal Mode automatically replaces

the program in the unit (see Step 9). The Advanced Mode

specifically steps through enabling, erasing and downloading

(see Steps 9a through 9c).

Select the desired display mode from the pull down list in the

Settings Options of the Flash Programmer Screen.

Prepare to Download

If the Normal Display Mode is chosen, continue to Step 10.

CFor the Normal Display Mode, no extra preparation is required.

2-49

FLASHING FILES

Page 82

FLASHFLASH

FLASH

FLASHFLASH

STEP 9a

NOTE:

CThe Advanced Mode has three steps (9a-9c) to prepare for downloading a program.

Enable Programming

From the Advanced Display Mode, click on the Enable

Programming button to enable Flash Programming. A “P”

will be displayed, followed by an “(E)rase or (P)rogram”

prompt.

STEP 9b

Erase Micro

Click on the Erase Micro button to erase the current program

in the unit; an “E” will be displayed. After a few seconds

(3-5), the status “Erased” should be displayed followed by

an “(E)rase or (P)rogram” prompt.

2-50

FLASHING FILES

Page 83

FLASHFLASH

FLASH

FLASHFLASH

STEP 9c

STEP 10

Enable Programming

Click on the Enable Programming button again to setup the

file transfer. A “P” will be displayed.

Select File to Download

Click Browse on the Flash Programmer Screen.

2-51

Locate the Updated Program File from Step 3.

FLASHING FILES

Page 84

FLASHFLASH

FLASH

FLASHFLASH

STEP 11

NOTE:

CDuring programming the Download Program button will be disabled and the mouse icon will turn into an hourglass.

STEP 12

NOTE:

CWhen programming is complete the Download Program button will be enabled and the mouse icon will turn back into a pointer.

Download Updated File

Click Download Program on either Display Screen to begin

the flash programming. During Programming, the Progress

and Time Remaining will indicate the status of the download.

Complete Flashing Process

When the progress reaches 100%, indicating the updated

file has downloaded completely, the unit will reset with the

new program running.

2-52

Exit the Flash Programmer.

FLASHING FILES

Page 85

INFUSION INFUSION

INFUSION

INFUSION INFUSION

PART 3 : INFUSION ANALYZER--FLOW

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

ALAL

YZER--FLYZER--FL

There are two basic types of flow tests that may be run:

Flow and Flow--PCA.

In the standard Flow test, a continuous flow is assumed and

the data is recorded on a continuous time basis.

In the Flow--PCA test, the system monitors for Bolus flow. It

records the flow verses time, but calculates the average flow

only during the Bolus period. It also records the lockout time

between flows.

A tracking algorithm allows Bolus times with pulsatile

segments to be handled, by analyzing each sub-pulse and

adjusting the test timing accordingly.

The system can also pulse the Patient Control during the

lockout to confirm operation and lockout performance.

Included are:

CAn overview and step by step instructions for

running a Flow test

CAn overview and step by step instructions for

running a Flow--PCA test

CDetails for using the Datalog

3-1

PART 3: INFUSION ANALYZER--FLOW

Page 86

INFUSION INFUSION

INFUSION

INFUSION INFUSION

FLOW TEST OVERVIEW

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

ALAL

YZER--FLYZER--FL

This section covers how to run a Flow test. It begins with an

overview and then progresses through step-by-step

instructions for running the test. The test records data and

reports average flow, total volume, elapsed time and back

pressure.

3-2

FLOW TEST OVERVIEW

Page 87

INFUSION INFUSION

INFUSION

INFUSION INFUSION

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

ALAL

YZER--FLYZER--FL

The following is an outline of the steps that are involved in

performing an Infusion Analyzer Flow test.

GETTING READY FOR A FLOW TEST

CChoose Channel Screen

CConnect and Prime Device

CChoose Test

CChoose Model of Unit Being Tested

RUNNING A FLOW TEST

CBegin Test

CTest Active

CStop the Test

CView Datalog

3-3

FLOW TEST OVERVIEW

Page 88

INFUSION INFUSION

INFUSION

INFUSION INFUSION

GETTING READY FOR A TEST

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

ALAL

YZER--FLYZER--FL

STEP 1

NOTES:

There can be up to two modules

connected to the analyzer.

The modules are interchangeable and the unit will run with a single module connected to either port.

The Channel 1 or 2 screens will only be displayed when the modules are connected to those ports.

These instructions will utilize Channel 1 for examples; Channel 2 functions identically.

Choose Channel Screen

To run a test, toggle to the appropriate Channel screen

using .

CHANNEL 1 IDLE

PRIME WITH 50 mL

THEN PRESS START

STEP 2

NOTES:

The NORMAL LED on the remote

module will blink at a rate of twice per second, when a channel needs to be primed.

As the channel becomes ready, the

NORMAL LED on the remote module will blink at a rate of once per second.

The priming message will not display

if the DUT is already primed.

3-4

Connect and Prime Device

Connect device under test (DUT) to the unit and prime the

channel. (See PRIMING for details.)

GETTING READY FOR A FLOW TEST

Page 89

INFUSION INFUSION

INFUSION

INFUSION INFUSION

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

ALAL

YZER--FLYZER--FL

STEP 3

STEP 4

NOTES:

Choose Test

Scroll to FLOW test using .

CHANNEL 1 IDLE

SELECT TEST TYPE

FLOW TEST

Choose Model of Unit Being Tested

Use to go to MODEL VIEW screen to enter

Manufacturer, Model, Serial Number, Department and

Location. (See MODEL SELECTION for details.)

Each test is identified by time, date

and record number.

A test’s identification can be further enhanced by entering model and location information to be included in the Datalogger and printouts.

This step is optional and can be bypassed by simply moving on to the next step.

CHANNEL 1 MODEL -VIEW

MANUF: ABC MODEL: 123A S/N: 12345

From the MODEL VIEW screen, use to return to the

test.

3-5

GETTING READY FOR A FLOW TEST

Page 90

INFUSION INFUSION

INFUSION

INFUSION INFUSION

RUNNING A FLOW TEST

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

ALAL

YZER--FLYZER--FL

STEP 1

NOTE:

This screen will be displayed until flow

is detected.

STEP 2

Begin Test

Press to begin the FLOW test.

WAITING FOR FLOW

AVG FLOW 0.0mL/hr TOTAL VOL .00mL ELAPSED TIME 00:00:00

Test Active

The test will auto start when the unit finds flow.

NOTES:

CUse to scroll the available data. CThe screen displays any three consecutive data lines.

AVAILABLE FLOW TEST DATA

INST FLINST FL

INST FL

INST FLINST FL AA

G FLG FL

G FL

G FLG FL

ELAPSED TIMEELAPSED TIME

ELAPSED TIME

ELAPSED TIMEELAPSED TIME

W 00.0mL/hrW 00.0mL/hr

W 00.0mL/hr

W 00.0mL/hrW 00.0mL/hr

W 00.0mL/hr

W 00.0mL/hrW 00.0mL/hr

AL AL

OL 0.00mLOL 0.00mL

OL 0.00mL

AL AL

OL 0.00mLOL 0.00mL

3-6

Throughout the duration of the test, data will update and

display.

CHANNEL 1 FLOW

AVG FLOW 0.0mL/hr TOTAL VOL .00mL ELAPSED TIME 00:00:00

RUNNING A FLOW TEST

Page 91

INFUSION INFUSION

INFUSION

INFUSION INFUSION

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

ALAL

YZER--FLYZER--FL

STEP 3

STEP 4

NOTES:

CDatalogs are stored and can be printed out at any time. CIf Autoprint is selected, the printout will automatically print when the test is completed. (See USER SETUP for details.)

Stop the Test

Press when the test is completed.

View Datalog

When the test is completed, the screen will automatically

change to display the Datalog for the test.

(See DATALOG--FLOW TEST for details.)

CHANNEL 1 DATALOG

AVG FLOW 0.0mL/hr TOTAL VOL .00mL ELAPSED TIME 00:00:00

3-7

If a printer is connected, use to get the printout of

the current test’s Datalog.

RUNNING A FLOW TEST

Page 92

DATALOG SAMPLE FOR A FLOW TEST

NOTES:

This sample shows both summary

and data information.

There are three options for the form of the report: Summary, Data Points or Summary and Data.

This option can be selected from the Datalog screen.

This sample report has been compressed, with intermediate data points removed for easier viewing.

This sample report shows the optional blank lines in the header for the manual entry of pump information. If chosen in the model selection prior to running the test, these lines would contain printed information. (See MODEL SELECTION for details.)

C(See DATALOG--FLOW TEST for details.)

INFUSION INFUSION

INFUSION

INFUSION INFUSION

PAGE 01

BC GROUP IPA-2000 INFUSION PUMP ANALYZER

PUMP INFORMATION:

MANUFACTURER: ______________ MODEL: ______________

SERIAL NUMBER: ______________

DEPARTMENT: ______________ LOCATION: ______________

TEST STARTED AT: 12:31:47 ON 6/27/02

CHANNEL 1 FLOW RATE TEST ELAPSED FLOW AVG FLOW VOLUME PRESSURE TIME mL/hr mL/hr mL PSI 0:00:11 105.6 88.3 .27 0.0 0:00:20 58.0 77.4 .43 0.0 0:00:32 80.9 78.7 .70 0.0 0:00:40 59.1 78.3 .87 0.0 0:00:51 105.6 79.7 1.13 0.0 0:01:00 81.4 79.8 1.33 0.0 0:01:11 93.8 79.6 1.57 0.0 0:01:22 99.4 82.0 1.87 0.0 0:01:31 55.0 81.4 2.06 0.0 0:01:42 91.3 84.7 2.40 0.0 0:01:50 99.4 85.7 2.62 0.0 0:02:02 99.4 86.1 2.92 0.0 0:02:10 91.3 87.2 3.15 0.0 0:02:22 81.1 86.7 3.42 0.0 0:02:31 80.1 86.0 3.61 0.0 0:02:43 80.9 85.6 3.88 0.0 0:02:52 45.3 84.5 4.04 0.0 0:03:00 58.2 84.8 4.24 0.0 0:03:11 116.5 85.3 4.53 0.0 0:03:22 143.5 87.1 4.89 0.0 0:03:31 91.3 87.8 5.15 0.0 0:03:42 91.3 89.5 5.52 0.0 0:03:51 143.5 90.5 5.81 0.0 0:04:02 144.0 91.9 6.18 0.0 0:04:10 91.6 92.5 6.43 0.0 0:04:20 116.5 93.1 6.73 0.0 0:04:31 152.5 93.7 7.06 0.0 0:04:41 153.7 94.8 7.40 0.0 0:04:52 153.7 94.9 7.70 0.0 0:05:02 150.1 96.1 8.07 0.0

. . . . .

0:14:21 131.8 99.0 23.70 0.0 0:14:32 131.8 99.6 24.13 0.0 0:14:41 117.5 99.9 24.46 0.0 0:14:50 106.0 99.9 24.72 0.0 0:15:01 106.0 99.8 24.99 0.0 END OF DATA

CHANNEL 1 FLOW RATE SUMMARY TOTAL TIME 0:15:01 TOTAL VOLUME 24.99mL AVERAGE FLOW 99.8mL/hr BACK PRESSURE 0.0PSI

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

ALAL

YZER--FLYZER--FL

3-8

DATALOG SAMPLE FOR A FLOW TEST

Page 93

INFUSION INFUSION

INFUSION

INFUSION INFUSION

FLOW--PCA TEST OVERVIEW

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

ALAL

YZER--FLYZER--FL

W--PCAW--PCA

W--PCA

W--PCAW--PCA

This section covers how to run a Flow--PCA test. It begins

with an overview and then progresses through step-by-step

instructions for running the test. The test is the same as the

Flow test with the addition of the connection of an (optional)

PCA output which allows the unit to simulate patient request

when there is no flow. The test records data and reports

average flow, total volume, elapsed time and back pressure,

as well as, individual Bolus data and lockout times, average

Bolus flow, average Bolus volume, average lockout time and

number of deliveries.

3-9

FLOW--PCA TEST OVERVIEW

Page 94

INFUSION INFUSION

INFUSION

INFUSION INFUSION

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

ALAL

YZER--FLYZER--FL

W--PCAW--PCA

W--PCA

W--PCAW--PCA

The following is an outline of the steps that are involved in

performing an Infusion Analyzer Flow--PCA test.

GETTING READY FOR A FLOW--PCA TEST

CChoose Channel Screen

CConnect and Prime Device

CChoose Test

CChoose Model of Unit Being Tested

RUNNING A FLOW--PCA TEST

CBegin Test

CTest With Bolus Active

CTest With Lockout Active

CStop the Test

CView Datalog

3-10

FLOW--PCA TEST OVERVIEW

Page 95

INFUSION INFUSION

INFUSION

INFUSION INFUSION

GETTING READY FOR A FLOW--PCA TEST

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

YZER--FLYZER--FL

STEP 1

NOTES:

There can be up to two modules

connected to the analyzer.

The modules are interchangeable and the unit will run with a single module connected to either port.

The Channel 1 or 2 screens will only be displayed when the modules are connected to those ports.

These instructions will utilize Channel 1 for examples; Channel 2 functions identically.

Choose Channel Screen

To run a test, toggle to the appropriate Channel screen

using .

CHANNEL 1 IDLE

PRIME WITH 50 mL

THEN PRESS START

STEP 2

NOTES:

The NORMAL LED on the remote module will blink at a rate of twice per second, when a channel needs to be primed.

As the channel becomes ready, the NORMAL LED on the remote module will blink at a rate of once per second.

The priming message will not display if the DUT is already primed.

3-11

Connect and Prime Device

Connect device under test (DUT) to the unit and prime the

channel. (See PRIMING for details.)

There is an optional PCA output for connecting the module

to the PCA input of the DUT. The module will simulate patient

request when there is no flow.

GETTING READY FOR A FLOW--PCA TEST

Page 96

INFUSION INFUSION

INFUSION

INFUSION INFUSION

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

ALAL

YZER--FLYZER--FL

STEP 3

STEP 4

Choose Test

Scroll to FLOW--PCA test using .

CHANNEL 1 IDLE

SELECT TEST TYPE

FLOW--PCA TEST

Choose Model of Unit Being Tested

Use to go to MODEL VIEW screen to enter

Manufacturer, Model, Serial Number, Department and

NOTES:

Each test is identified by time, date and record number.

A test’s identification can be further enhanced by entering model and location information to be included in the Datalogger and printouts.

This step is optional and can be bypassed by simply moving on to the next step.

Location. (See MODEL SELECTION for details.)

CHANNEL 1 MODEL -VIEW

MANUF: ABC MODEL: 123A S/N: 12345

From the MODEL VIEW screen, use to return to the

test.

3-12

GETTING READY FOR A FLOW--PCA TEST

Page 97

INFUSION INFUSION

INFUSION

INFUSION INFUSION

RUNNING A FLOW--PCA TEST

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

ALAL

YZER--FLYZER--FL

STEP 1

NOTE:

This screen will be displayed until flow

is detected.

STEP 2

NOTE:

Begin Test

Press to begin the FLOW--PCA test.

WAITING FOR FLOW

AVG FLOW 0.0mL/hr TOTAL VOL .00mL ELAPSED TIME 00:00:00

Test With Bolus Active

The test will auto start when the unit finds flow. Throughout

the duration of the test, data will update and display. Data is

CUse to scroll the available data. CThe screen displays any three consecutive data lines.

AVAILABLE FLOW TEST DATA

INST FLINST FL

INST FL

INST FLINST FL AA

G FLG FL

G FL

G FLG FL

ELAPSED TIME 00:00:00ELAPSED TIME 00:00:00

ELAPSED TIME 00:00:00

ELAPSED TIME 00:00:00ELAPSED TIME 00:00:00 BB

CK PRESS 0.0PSICK PRESS 0.0PSI

CK PRESS 0.0PSI

CK PRESS 0.0PSICK PRESS 0.0PSI

W 00.0mL/hrW 00.0mL/hr

W 00.0mL/hr

W 00.0mL/hrW 00.0mL/hr

W 00.0mL/hr

W 00.0mL/hrW 00.0mL/hr

AL AL

OL 0.00mLOL 0.00mL

OL 0.00mL

AL AL

OL 0.00mLOL 0.00mL

3-13

collected for each Bolus delivered to the unit.

CHANNEL 1 FLOW-PCA

AVG FLOW 0.0mL/hr TOTAL VOL .00mL ELAPSED TIME 00:00:00

RUNNING A FLOW--PCA TEST

Page 98

INFUSION INFUSION

INFUSION

INFUSION INFUSION

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

ALAL

YZER--FLYZER--FL

STEP 3

NOTE:

C The Lockout Time Screen is displayed until flow is detected, then the display returns to the Flow--PCA Data Screen.

Test With Lockout Active

At the end of a Bolus delivery, the PCA output is

automatically activated several times per second during

the Lockout period to simulate patient request. The Lockout

time between Bolus deliveries is displayed and stored.

CHANNEL 1 FLOW-PCA

LOCKOUT TIME 00:00

STEP 4

3-14

Stop the Test

The Flow--PCA test should be stopped during a lockout

period. Press when the test is completed.

RUNNING A FLOW-PCA TEST

Page 99

INFUSION INFUSION

INFUSION

INFUSION INFUSION

ANAN

ALAL

YZER--FLYZER--FL

YZER--FL

ALAL

YZER--FLYZER--FL

STEP 5

NOTES:

CDatalogs are stored and can be printed out at any time. CIf Autoprint is selected, the printout will automatically print when the test is completed. (See USER SETUP for details.)

View Datalog

When the test is completed, the screen will automatically

change to display the Datalog for that test.

(See DATALOG--FLOW for details.)

CHANNEL 1 DATALOG

AVG FLOW 0.0mL/hr TOTAL VOL .00mL ELAPSED TIME 00:00:00

If a printer is connected, use to get the printout of

the current test’s Datalog.

3-15

RUNNING A FLOW--PCA TEST

Page 100

INFUSION INFUSION

INFUSION

INFUSION INFUSION

ANAN

ALAL

DATALOG SAMPLE FOR A FLOW--PCA TEST

YZER--FLYZER--FL

YZER--FL

YZER--FLYZER--FL

NOTES:

This sample shows both summary

and data information.

There are three options for the form of the report: Summary, Data Points or Summary and Data.

This option can be selected from the Datalog screen.

C (See DATALOG--FLOW TEST for details.)

PAGE 01 BC GROUP IPA-2000 INFUSION PUMP ANALYZER

PUMP INFORMATION: MANUFACTURER: MANUFACTURER A MODEL: PUMP MODEL 3 SERIAL NUMBER: _____________ DEPARTMENT: _____________ LOCATION: _______________

TEST STARTED AT: 6:45:37 ON 7/01/02

CHANNEL 2 FLOW RATE TEST ELAPSED FLOW AVG FLOW VOLUME PRESSURE TIME ML/hr ML/hr ML PSI 0:00:04 80.7 63.0 .07 0.0 0:00:07 110.3 92.5 .18 0.0 0:00:11 109.4 94.9 .29 0.0 0:00:14 110.0 102.8 .40 0.0 0:00:18 82.4 96.0 .48 0.0 0:00:21 105.8 99.4 .58 0.0 0:00:25 108.4 99.3 .69 0.0 0:00:29 108.7 99.3 .80 0.1 0:00:32 82.4 99.0 .88 0.0 END BOLUS NUMBER 01 LOCKOUT TIME 04:55

0:00:01 0.4 144.0 .04 0.1 0:00:05 102.8 108.0 .15 0.1 0:00:09 107.9 104.0 .26 0.1 0:00:12 109.7 111.0 .37 0.1 0:00:16 109.7 105.7 .47 0.1 0:00:19 109.4 109.8 .58 0.1 0:00:23 109.1 108.0 .69 0.1 0:00:27 109.4 106.6 .80 0.1 0:00:30 83.2 105.6 .88 0.0 0:00:34 107.0 104.8 .99 0.1 END BOLUS NUMBER 02 LOCKOUT TIME 04:34

0:00:02 0.5 72.0 .04 0.1 0:00:05 108.7 108.0 .15 0.1 0:00:09 110.0 100.0 .25 0.0 0:00:12 98.9 99.0 .33 0.0 0:00:14 106.3 105.4 .41 0.0 0:00:18 109.4 102.0 .51 0.0 0:00:21 82.7 101.1 .59 0.0 0:00:25 107.0 100.8 .70 0.0 0:00:28 109.7 104.1 .81 0.0 0:00:32 109.4 103.5 .92 0.0 END BOLUS NUMBER 03 LOCKOUT TIME 00:00

END OF DATA

PAGE 02

BOLUS TEST SUMMARY

AVERAGE BOLUS FLOW 102.4ML/hr AVERAGE BOLUS VOLUME .93ML AVERAGE LOCKOUT TIME 04:44 NUMBER OF DELIVERIES 03

3-16

DATALOG SAMPLE FOR A FLOW--PCA TEST