(1) Turn the IPU.
(2) Enter “sysmex” in logon name
(3) Enter “C”, ”9”, “.”, and “0” in password.
(4) Following screen will be appeared. Setting can be changed.
(5) Error Skip Setting
Not ignore: Normal error monitoring
Ignore Temperature Error
Ignore all errors except Sampler Errors:
Ignore following error (Monitors sampler related errors.)
Temperature
Reagent
Pressure
Cover switch
RBC clog
Motor rotation
Laser Power
Thermistor disconnect
Shutdown warning
(6) Sequence Skip Setting
Not Skip: Normal error monitoring
Skip Auto Rinse and Blank Check Sequence
Skip all Initial Sequence: No Autorinse, No Background Check, No
Initial Sequence (Skip Clog Removal, Waste chamber drain,
Pressure check) (Seeking sequence for home position cannot
skip)
Heater On: Reagent Heater On
(7) Press “OK” after selecting the settings.
XT-Series S/M 5-1 December 13, 2007
Page 4
5.2 SERVICE SEQUENCE, MENU TREE 32
g
p
)
)
g
g
p
)
(
)
A
g
g
p
p
p
g
g
p
p
A
g
y
g
g
g
ServiceCPInitial PositionRBC Clo
Front
Sam
lerLeft (1/2
Rinse Cu
MotorU
U
RotateOptical Axis Adjustment (rough
Clamp & PiercerSettin
CloseTicket (DP)
SaveReport (GP)
Print...Ledger (LP)
Log Off
ExitSetting Date Format
uto Validate
EditSelect All
FindDiscrete
Propert
ViewToolbarHost (HC) Setting
Status BarReport (GP) Setting
MenuLedger (LP) Setting
QCReference Interval
Work ListUnits
Sample ExplorerDP Setting
Data BrowserDP Format
RecordSortWindowCascade
FilterTile
uto Add
Manual AddSplit
Delete
BackupHelp
Restore
Download
First
Upper
Lowe
Last
uto Report
nalysis Ordering
User Administration
rrange Icons
bout XT-2000i
nalyze Help
ctionValidate
Pending List
Last20
XT-Series S/M 5-3 December 13, 2007
Page 6
5.3 Service Function (for FSR and Production)
When Controller is selected on the menu, following controller screen is displayed.
Figure 5-3-1: Controller Screen
XT-Series S/M 5-4 December 13, 2007
Page 7
When Service is selected (double-clicked) on the controller screen, following service screen is displayed.
Figure 5-3-2: Service Screen
XT-Series S/M 5-5 December 13, 2007
Page 8
5.3.1 CP Test Sequence
When CP is selected on the service screen, following screen will be
appeared.
5.3.1.3 Up position of CP Hand
Select "Up" icon by double-clicking the icon to activate this sequence.
This sequence is for making the hand move to up position. If CP Unit is
in other position, the hand moves to up position with this sequence.
5.3.1.4 Rotate position of CP Hand
Select "Rotate" icon by double-clicking the icon to activate this
sequence. This sequence is for making the hand move to rotate
position. If CP Unit is in other position, the hand moves to rotate
position with this sequence.
5.3.1.5 Clamp and Pierce
Select "Clamp & Piercer" icon by double-clicking the icon to activate
this sequence. This sequence is for making the hand move to clamp
position. If CP Unit is in other position, the hand moves to clamp
position with this sequence.
5.3.1.6 Back 32
Select "Back CANCEL" button to quit CP Test Sequence. This
CANCEL button is for making the hand move to back position. If CP
Unit is in other position, the hand moves to back position with this
sequence.
5
5.3.1.1 Initial position of CP Hand
Select "Initial Position" icon by double-clicking the icon to activate this
sequence. This sequence is for making the hand move to initial
position. If CP Unit is in other position, the hand moves to initial
position with this sequence.
5.3.1.2 Front Position of CP Hand
Select "Front" icon by double-clicking the icon to activate this sequence.
This sequence is for making the hand move to front position (holding
test tube position). If CP Unit is in other position, the hand moves to
front position with this sequence.
XT-Series S/M 5-6 December 13, 2007
Page 9
5.3.2 Sampler Test Sequence
When Sampler is selected on the service screen, following screen will
be appeared.
5
5.3.2.1 Left (1/2)
Select "Left (1/2)" icon by double-clicking the icon to activate this
sequence. This sequence is for making the sampler lever shift first half
step position. This test functions only when shift lever is rightmost
position. (Refer to following "Right" figure.) When shift lever is left side,
it does not m ve. Wh
move to right side by
oen lever side, it needs to make lever once
is left
selecting "Right".)
Left (2/2) Left (1/2)
Right
5.3.2.2 Left (2/2)
Select "Left (2/2)" icon by double-clicking the icon to activate this
sequence. This sequence is
for making the sampler lever shift second
half step position (leftmost position) from the first half step position.
This test functions only when shift lever is Left (1/2) position. (Refe
above Left (1/2) figure.) When lever is Left (2/2) position, it needs to
r to
make lever once move to Left (1/2) position by selecting "Right" and
"Left (1/2)". When lever is right position, it needs to make lever once
move to Left (1/2) position by selecting "Left (1
5.3.2.3 Left
Select "Left" icon by double-clicking the icon to activate this seq
/2)".)
uence.
This sequence is for making the sampler lever shift leftmost position.
This test functions only when shift lever is right side. (Refer to above
"Right" figure.) When shift lever is left side, it doe
s not move. When
lever is left side, it needs to make lever once move to right side by
selecting "Right".)
XT-Series S/M 5-7 December 13, 2007
Page 10
5.3.2.4 Right
Select "Right" icon by double-clicking the icon to activate this sequence
This sequence is for making the sampler lever shift rightmost position.
This test functions only when shift lever is left side. (Refer to above
"Left (2/figure.) When shift lever is
When lever is right side, it needs to make lever once move to l
2)" right side, it does not move.
eft side
by selecting "Left".)
5.3.2.5 Left and Right
Select "Left and Righ
t" icon by double-clicking the icon to activate this
sequence. This sequence is for making the sampler lever shift left
position and right position. This test is performed only when shift leve
is right side. Refer to above "Right" figure. When shift lever is left side,
it does not move. When lever is left side, it needs to make lever once
move to right side by selecting "Right" menu.
5.3.2.6 Back 32
Select "Back CANCEL" button to quit Sampler Test Sequence.
5.3.3 Rinse Cup Motor Test Sequence
When Rinse Cup Motor is selected on the service screen, following
screen will be appeared.
.
r
5
5.3.3.1 Rinse Cup Motor Up
Select "Up" icon by double-clicking the icon to activate this sequence.
When this sequence is activated, rinse cup moves uppermost position.
5.3.3.2 Rinse Cup Motor Down
Select "Down" icon by double-clicking the icon to activate this
sequence. When this sequence is activated, rinse cup moves
lowerrmost position.
5.3.3.3 Back 32
Select "Back CANCEL" button to quit Rinse Cup Motor Sequence.
XT-Series S/M 5-8 December 13, 2007
Page 11
5.3.4 SRV Test Sequence
When SRV is selected on the service screen, following screen will be
appeared.
5.3.5 Mixing Motor Test Sequence
When Mixing Motor is selected on the service screen, following screen
will be appeared and mixing motor for reaction chamber starts rotating.
Press OK to stop the mixing motor and to quit the screen.
5.3.6 Diaphragm Pump Test Sequence
When Diaphragm Pump is selected on the service screen, all
Diaphragm Pump for diluent, lyse reagent, dye solution operate 1 time.
RED diluent is dispensed twice because of relation with RED dye
solution.
5
5.3.4.1 SRV Drive Unit Up
Select "Up" icon by double-clicking the icon to activate this sequence.
When this sequence is activated, SRV moves uppermost position.
5.3.4.2 SRV Drive Unit Down
Select "Down" icon by double-clicking the icon to activate this
sequence. When this sequence is activated, SRV moves uppermost
position.
5.3.4.3 Back 32
Select "Back CANCEL" button to quit SRV Test Sequence.
XT-Series S/M 5-9 December 13, 2007
Page 12
5.3.7 Sensitivity Adjustment
When Sensitivity Adjustment is selected on the service screen,
following screen will be appeared.
In this sequence, following parameters can be adjusted.
(1) BASO SSC (BASO-X)
(2) BASO FSC (BASO-Y)
(3) DIFF SSC (DIFF-X)
(4) DIFF SFL (DIFF-Y)
(5) RET SFL (RBC-X)
(6) RET FSC (RBC-Y)
(7) RBC gain (MCV)
(8) PLT gain (MPV)
(9) HGB blank (HGB convert)
(10) HGB
gain span (HGB) 32
See Section 4 Adjustment for the procedure.
XT-Series S/M 5-10 December 13, 2007
Page 13
5.3.8 Laser Oscillation Sequence
When Laser Power is selected on the service screen, following screen
will be appeared and laser oscillation starts.
Press OK to stop the laser oscillation and quit the screen.
5.3.9 RBC Clog Monitoring value Displa y Sequence
hen RBC Clog is selected on the service screen, following screen will W
be appeared.
5.3.10 Service Setting
When Service Setting is selected on the service screen, following
screen will be appeared.
Using this sequence, RBC clog value can be observed or adjusted.
See Section 4 Adjustment for the procedure.
(1) In this sequenced following settings can be adjusted.
Instrument ID
IP Address
Port Number
Alarm Sound Setting
(2) Alarm Sound Setting
Using this function, three alarm sound manners can be set.
a) “1” means 100 m second.
b) ON beeps and OFF stops beeping.
c) (Example) ON:1, OFF: 100
ond and not beep for 1Sound manner is that it beeps 0.1 sec
XT-Series S/M 5-11 December 13, 2007
Page 14
second and it repeats until Reset Alarm is pressed. These
three beeps can be selected in
the controller setting.
5.3.11 Special Mode
creen, When Mode is selected on the service s
following screen will be
appeared.
Normal Analysis: Human Blood Analysis Mode
Control 1: SF-CHECK Analysis Mode
Control 2: RET-CHECK Analysis Mode
Control 3: e-Check Analysis Mode
Latex: Latex Analysis Mode (R&D purpose)
Calibrator 1: SCS-1000 Analysis Mode
Calibrator 2: SCS-SF Analysis Mode
Calibrator 3: SCS-RET2 Analysis Mode
Continuous On: Continuous Analysis Mode
Continuous off: Normal Mode
5.3.12 Special Sequence
When Service Sequence is selected on the service screen, following
screen will be appeared.
When Optical Axis Adjustment (Fine) is selected on the service
sequence, following screen will be appeared.
Analysis time becomes 60 seconds by making Sheath Syringe moving
speed slowly, and it makes optical alignment (rough adjustment) with
looking wave signal easier.
Analysis time is 20 seconds, it makes optical Alignment (fine adjustment)
with looking wave signal easier.
See Section 4 Adjustment for the procedure.
See Section 4 Adjustment for the procedure.
XT-Series S/M 5-13 December 13, 2007
Page 16
5.3.12.3 Setting sequence
Purpose: Priming reagent into the instrument to reduce the
background value rapidly.
When Setting is selected on the service sequence, following screen
will be appeared. When OK is pressed, the sequence will start.
5.3.12.4 Shipping Sequence
Purpose: This sequence makes shipping operation perform rapidly.
When Shipping is selected on the service sequence, following screen
will be appeared. When OK is pressed, the sequence will start.
Procedure:
(1) Disconnect reagent tubing on the reagent.
(2) Connect distilled water instead of reagent.
(3) Remove two dye packs in the front panel.
(4) Connect distilled water and ethanol mixture (distilled
water:et
When Sriming
sequence
Following three sequences are performed sequentially.
hanol=1:1) instead of dye solution.
hipping is selected on the service sequence, dep
starts immediately.
A Message is
displayer completing each sequence.ed aft
Drain each reagent
nse inside using distilled water and ethanol.
Ri
ain distilled water and ethanol.
Dr
5.3.12.5 Maximum Power Consumption Operation Sequence
Purpose: To examine power consumption Heater, Solenoid Valve,
Motor, and Laser maximum output within a speci
fied time
are activated. After that, each device is turned OFF and this
sequence finishes.
When Power is selected on the service sequence, following screen will
be appeared. When OK is pressed, the sequence will start.
.3.12.6 Detergent Associated Sequence
5
pose: In case of high background value occurs by growth of
Pur
bacteria, EPK line is sterilized with Detergent.
When Power is selected on the service sequence, following sc
reen will
be appeared. When OK is pressed, the sequence will start.
Summary: After EPK chamber is once drained, it is rinsed by
Detergent. After that, Detergent is rinsed with EPK.
Following three sequences are performed sequentially.
A
Message is displayed after completing each sequence.
XT-Series S/M 5-14 December 13, 2007
Page 17
Drain EPK
Sterilization and rinse by Detergent
Rinse by EPK
5.3.13 Program Restart Sequence
When Program Restart is selected on the service sequence, following
screen will be appeared. When OK is pressed, the sequence will start .
Purpose:
Summary:
It makes Main Unit restart when SNCS is used.
It makes Main Unit restart via SNCS by remote control
operation.
Start Up: S.
It starts up by selecting "Program Restart" menu via SNC
5.3.13 Status Display Function
Purpose: Temperature of Main Unit (reaction Unit, reagent Heater,
FCM Detector, Outside Air Temperature), Pressure
(0.25MPa, 0.16MPa, 0.07MPa, -0.07MPa, -0.04MPa), PMT
Voltage, Laser Output, HGB Conversion Value, and RBC
Clog Monitor Value are displayed, and it makes each
adjustment easy. It displays sensor status such as Float
Switch, and makes troubleshooting easy.
Summary: It displays each of Temperature, each of Pressure, PMT
Voltage, Laser Output, HGB Conversion Value, RBC Clog
Monitor Value, and sensor status such as Float Switch
(ON/OFF). It updates every 1 second.
Sensor ON: Gray
Sensor OFF: Red
See Section 3 Electronics for each sensor’s function.
XT-Series S/M 5-15 December 13, 2007
Page 18
5.4 CHANGING HOST FORMAT PROCEDURE
(1) Set the XT-2000i CD-ROM onto the CD-ROM drive.
(2) Double-click the My Computer on the desk top.
(3) Double-click the CD-ROM icon.
(4) Double-click the XT-2000i(B) icon. (For PIM, double-click the
XT-2000i(PIM).)
(5) Double-click the disk1 icon.
(6) Double-click the Setup.exe icon.
(7) When below window appears, press Next.
(8) When below window appears, press Next.
XT-Series S/M 5-16 December 13, 2007
Page 19
(9) When below window appears, Check only “HOST FORMAT
FILES” then press Next.
(10) When below window appears, press Next.
XT-Series S/M 5-17 December 13, 2007
Page 20
(1 1) When below window appears, press Next.
(12) When below window appear Select Language(Display
s,
language). Enter instrument ID (instrument serial number). Enter
instrument Nick Name. Unmark Clean Current Ini. Files (delete ini
files). Pressurrent
explorer and wseized.)
Next. (When “Clean CIni Files” is marked, button,
bror will be initial
5
XT-Series S/M 5-18 December 13, 2007
Page 21
(13) When below window appears, chose setting for each item and
press Next.
Serial Tcp/IP
Host Format XT
Host Format XT
RAM-1
SE-9000
NE
NE-1500 5
SF-3000
K-1000 5
Format Type Default
Flg
Format Type Default
Flg
For DPS
Date Format 5
YYYYMMDD
YYMMDD
Item not in use0 Padding
Space Padding
Date Format 5
Item not in use0 Padding
YYYYMMDD
YYMMDD
Space Padding
5
XT-Series S/M 5-19 December 13, 2007
Page 22
(14) Instrument setting in progress wi
minutes.
(15) When below window a
ppears, press Finish.
(16) Restart th
(17) When IP
e IPU automatically.
U program starts, press EXIT.
ndow appears for approx. 10
5.5 Folder
configuration 21
5.5.1 IPU di
rectories
Contents of Wi
nnt folder (version 00-07 (basic) and version 00-06
PAPER.INI
NTI PRI DEF.IN
D RPT .INI
V SET AL.DAT
R SYS EV.INI
2000I XT.D1C
2000I XT.D1U
2000I XT.D2C
2000I XT.D2U
2000i XT.R1
2000i XT.S1
2000i. XTS2
P.D XT20ITC1C
P. I XT20ITC D1
P. C XT20ITC D2
P. I XT20ITC D2
.R XT20iTcp 1
.S XT20iTcp 1
.S XT20iTcp 2
5.ROs 5.2 CD-M directorie
Contents of version 00-07 Basic CD-ROM
D:\
├─
DP DRIVER
│ SETUP
├─
│ │ I386 └─
│ TM-U295P SETUP └─
│ i386 └─
SMTPINSTALL ├─
│ DEU ├─
│ ELL ├─
│ ENU ├─
│ ESN ├─
│ FRA ├─
│ ITA ├─
│ JPN ├─
│ PTG └─
* To change the setting below, log- on to WindowsNT as “A dministrator”.
* To take effect for the changed setting, restart the IPU computer after saving the
XT.ini.
* When changing the setting, do not insert the “space” between “=” and
characters.
* Do not enter extra line, space, or character.
5.6.1 Main Unit Setting
[Shx_Setting2]
The Main Unit name connected to the IPU. In the Twin system, there
are two sets of following files.
Key (the values in the right of “=”
are samples
InstrumentID_NickName=XT-200
0i-1
InstrumentID_OriginalID=XT-2000i^1
1001
5.6.2 XT System Setting
[IPU_System_Setting]
XT system setting
Key (the values in the right of
“=” are samples
Calibrator_Calibration=0 Set the value “1” when calibrator
Description
Instrument Nickname (The
Nickname is changed by XT
Controller Setting. Do not change
the Nickname in the XT.ini.
Instrument serial number of the
Main Unit connected with IPU
(This is automatically set during
installation. Do not change after
installation.
Description
calibration is used (“0” for not used).
The default setting for N.A. market
is “1”. For the other markets, “0” is
set.
)
)
Patient_Hide=0 Set the value “1” to hide patient
information. (“0” for displaying
patient information)
The default setting is “0’’.
Registration or reference for patient
information is unable when “1” is
set.However, patient information on
the screen is not be hidden.
DP_TMU295P_HandStand=0 This is the setting for reversing the
characters when using TM-U295P.
Set “1” for reverse printing and set
“0” for normal printing. The default
value is “0” (Normal printing).
PatientIDSort_SpacePadding=0Set the value “1” to sort patient ID
by padding spaces. (“0” for sorting
without padding spaces) The default
setting is “0”.
(Example) When IDs are "1", “2”, “3”
and “11”, sorting is as follows.
When “0” is set, 1、11、2、3 When “1” is set, 1、2、3、11
DELTACHECK=1 Set the value “1” when delta check
is used (“0” for not used). The
default value is “1”.
ManualSampleNoClear=0
Set the value “1” to show sample
NO blank in Sample NO dialog box.
(“0” for not used). The dafalut
setting is “0”. (“OK” can not be
selected when sample NO is blank.)
XT-Series S/M 5-66 December 13, 2007
Page 69
5.6.3 Language Setting
[Language]
IPU displaying language setting
Key (the values in the right
of “-“ are samples.
LANG=ENU Available languages
Description
JPN
:Japanese
ENU
:English
ITA
:Italian
DEU
:German
FRA
:French
ESN
:Spanish
PTG
:Portuguese
ELL
:Greek
CHS
:Chinese
RUS
:Russian
5.6.4 Setting for HOST communication
[HOST Setting]
HOST computer setting
Key (the values in the right
of “-“ are samples.
Order_Received_SampNo_
Suppress=Non
Order_Received_SampNo
_Padding=Non
Host_Tcp_TimeOut=30 This is setting to specify the order
Check_Ordering_Data=1 At order inquiry, the check is performed
Description
This is sample number setting in order
inquiry text from host computer. When
“Zero” is set, zeros between left most
character and sample number are
changed to spaces. (“Non" for not
used.) The default value is “ Non”.
stands for space.)
This is setting for sample number
ordering to host computer. When
“Zero” is set, zeros between left most
character and sample number change
to spaces.
(Example)
Zero: “XXXXXXXXXX12345” (X
stands for space.)
Non: “000000000012345”
timeout time when connecting to host
by TCP/IP. 30 (seconds): Default
setting.
NOTE: Set this time carefully. If the time
is too short, timeout error occur
frequently. If the time is too long, the
throughput may drop.
whether sample number inquired to the
host computer and sample number
received from the host computer is
identical. When inquiry key is set at
rack tube position, check is carried out
at rack tube position. The default value
is “1”, means do check. “0” means no
check.
XT-Series S/M 5-67 December 13, 2007
Page 70
Order_Received_SampNo
_Right=0
ASTM_PNG=ON PNG file output ON or OFF on ASTM
Host_ASTM_TimeOut=30 This is setting to specify the order
ASTM_SAMPLENO_SPAC
E_PADDING
= 0
To delete spaces in the right of the
sample number from host computer by
the value "1”. Default value is “0”. When
the value is “0”, the sample number is
unchanged. When this line is deleted,
the value will be regarded as “0”, and
the number does not change.
communication. Default value is ON.
When the value is OFF, PNG file is not
output.
timeout time when connecting to host
by ASTM. 30 (seconds): Default
setting
NOTE: Set this time carefully. If the
time is too short, timeout error occurs
frequently. If the time is too long, the
throughput may drop.
Set the value “1" to sort sample No in
inquiry text form host computer by
space padding. (“0” for not used.) The
default setting is “0”.
5.6.5 QC related Settings
[QCSetting]
QC related Settings
Key (the values in the right of
“-“ are samples.
QCAssayDrive=A: This specifies IPU PC drive setting for
NewTargetClear = 1
Description
reading QC assay files. Default
setting is Drive A. When this item is
missing, it means “Drive A:"
The QC assay file (.qzc and .qzm)
must be located root directory of the
media.
This specifies initialization for new lot
Target/Limit after changing lot. “1”
means to perform initialize. “0” means
not to perform initialize. (Previous
Target/Limit values will be inherited.)
The default setting is “1”.
5.6.6 Setting for ISBT128
[ISBT_Setting]
Setting for ISBT 128 related
Key (the values in the right
of “=” are samples.
ISBT_From=2 ISBT128 barcode reading starting
ISBT_To=14 ISBT128 barcode reading end Position.
Description
Position. The default setting is “2”.
The default setting is “14”.
XT-Series S/M 5-68 December 13, 2007
Page 71
5.6.7 Setting for Database
[Database]
Setting for database function
Key (the values in the right
of “=” are samples.
EurCAP=0 Euro CAP contract function is ON. When
Description
Euro CAP contract is not used, turn the
value to OFF. "1" means “ON” and “0”
means “OFF”. This key is only described
for Europe market only. The default
setting is “0”.
5.6.8 Setting for Reagent Control
[ReagentItemCode]
Reagent Control Related
Key (the values in the right of “=”
are samples.
Reagent1=04987562020201 This specifies EPK reagent bar
Reagent2= 04987562052165 This specifies SLS reagent bar
Reagent3=04987562201358 This specifies FBT reagent bar
Reagent4= 04987562201402 This specifies FFD reagent bar
Reagent5= 04987562201389 This specifies FFS reagent bar
Reagent6=04987562201341 This specifies RED reagent bar
Description
code. Enter 14-digit numbers after
“01” of the EAN-128 barcode on
the label of the carton.
code. Enter 14-digit numbers after
“01” of the EAN-128 barcode on
the label of the carton.
code. Enter 14-digit numbers after
“01” of the EAN-128 barcode on
the label of the carton.
code. Enter 14-digit numbers after
“01” of the EAN-128 barcode on
the label of the carton.
code. Enter 14-digit numbers after
“01” of the EAN-128 barcode on
the label of the carton.
code. Enter 14-digit numbers after
“01” of the EAN-128 barcode on
the label of the carton.
5.6.9 Setting for Reagent Expiration
[ReagentExpTerm]
Reagent Control Related
Key (the values in the right
of “=” are samples.
Reagent1=60 This specifies EPK reagent expiration
Reagent2=60 This specifies SLS reagent expiration
Reagent3=60 This specifies FBT reagent expiration
Reagent4=60 This specifies FFD reagent expiration
Reagent5=90 This specifies FFS reagent expiration
Reagent6=60 This specifies RED reagent expiration
Description
period after opening the lid. Enter
period by day.
period after opening the lid. Enter
period by day.
period after opening the lid. Enter
period by day.
period after opening the lid. Enter
period by day.
period after opening the lid. Enter
period by day.
period after opening the lid. Enter
period by day.
XT-Series S/M 5-69 December 13, 2007
Page 72
5.6.10 Main Unit Setting
[Shx_Setting_1]
The Main Unit name connected to the IPU. In the Twin system, there
are two sets of following files.
Key (the values in the right of “=”
are samples.
HE_SRV_CAL=1000
z This key is effective
only when XT RET master is
installed.
HE_RET_CAP_CAL=1000
z This key is effective only
when XT RET master is
installed.
HE_RBC_CAP_CAL=1000
z This key is effective only
when XT RET master is
installed.
Description
This is a system setting for RET-He
and RBC-He.
This value is changed to calibrate
RBC-He by making the RBC-He
value close to MCH.The range is 0
to 65535.The default value is
“1000” (100%).
This is the calibration value for
RET-He on capillary mode.The
range is 0 to 65535.The default
value is “1000” (100%).
This is the calibration value for
RET-He on capillary mode.The
range is 0 to 65535.The default
value is “1000” (100%).
5.6.11 Setting for Control
[MainUnit_Setting]
Setting for control
Key (the values in the right of
“=” are samples.
NoAnalysisOrder=1 This is the setting for sample
Description
aspiration condition for sampler
analysis. When “1” is set, samples will
be skipped. (Set “0”, samples will be
aspirated.) The default setting is “1”..
5.6.12 Online QC Setting
[OnlineQC]
Online QC Setting
Key (the values in the right of
“=” are samples.
OnlineQC=OFF Setting for online QC program as
Description
follows.
OFF: Not activating program for
transferring QC file.
ON: Activating program for
transferring QC file
The default setting is “OFF”.
5.6.13 Remote Maintenance Setting
[RemoteMainte]
Remote Maintenance Setting
Key (the values in the right of
“=” are samples.
RemoteMainte=OFF Setting for tranfering log file.
Description
OFF: Not transferring log file
after Shut down.
ON: Transferring log file after
Shut down.
The default setting is “OFF”.
XT-Series S/M 5-70 December 13, 2007
Page 73
5.6.14 Setting for XE IG Master
[IGSetting]
Setting for XE IG master
Key (the values in the right
of “=” are samples.
NEUT_IG= 0 When IG appears, following correction
IG_Threshold = 0 Setting for getting “IG#” and “IG%” 0
75307F035
Description
(NEUT# and NEUT%) can be done by
changing service setting“0” is for type 1
and not “0” is for type 2.Default value is
Type 1.<Not corrected (Type 1)>
NEUT# = WBC - Lymph# - Mo# -
Eo# - Baso#
NEUT% = 100% - Lymph% -
Mo% - Eo% - Baso%
<Corrected (Type 2)>
NEUT# = WBC - Lymph# - Mo# -
Eo# - Baso# - IG#
NEUT% = 100% - Lymph% Mo% - Eo% - Baso% - IG%
Attached “&” mark to corrected
NEUT# and NEUT%.
NOTE: When type 2 is used, NEUT is
corrected by IG.This setting must be
carefully performed, discussing with
the facility beforehand.
when IG# is less than specified
value.Default value is “0”.Entry unit is
10/uL.
This setting must be carefully
performed, discussing with the facility
beforehand.
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
DIFF Channel error judgment uppe
limit
40 °C reagent heater upper limit
during ready status
40 °C reagent heater upper limit
during analysis
Not used
Not used
Not used
Not used
FCM sheath liquid temp upper limit
during ready status
FCM sheath liquid temp lower limit
during ready status
FCM reaction unit temp upper limit
during ready status
FCM reaction unit temp lower limit
during ready status
FCM reaction unit temp upper limit
during analysis
FCM reaction unit temp lower limit
during analysis
FCM detector block temp upper
limit during ready status
FCM detector block temp lower limit
during ready status
FCM detector block temp upper
limit during analysis
FCM detector block temp lower limit
during analysis
Reaction unit mixing motor cycle
upper limit
Reaction unit mixing motor cycle
lower limit
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Sampling error limit % (RBC) offset
Sampling error limit % (PLT) offset
Sampling error limit % (WBC) offset
Sampling error limit % (DIFF_RBC)
offset
Not used
Sampling error limit % (RET) offset
Analysis cycles until performing
RBC isolation chamber draining
sequence
Analysis cycles until flow cell
cleaning warning is displayed. (This
warning is reported when RET
analysis cycles is more than 300
after flow cell cleaning or shut down
is performed.)
cleaning error is displayed.
(Analysis data will be output.) (This
error is reported when RET analysis
cycles is more than 500 after flow
cell cleaning or shut down is
performed.)
Mode)
RBC_CAP_GAIN 1000 RBC gain (Capillary Mode)
PLT_CAP_CAL 1000 PLT calibration value (Capillary Mode)
HGB calibration value (Capillary
HGB_CAP_CAL 1000
Mode)
WBC calibration value (Capillary
WBC_CAP_CAL 1000
Mode)
RET_CAP_CAL 1000 RET calibration value (Capillary Mode)
RBC-O (RET-ch) calibration value
RBCO_CAP_CAL 1000
(Capillary Mode)
PLT-O (RET-ch) calibration value
PLTO_CAP_CAL 1000
(Capillary Mode)
LFR_CAL 490 LFR ratio in RET area in percentage
MFR_CAL 360 MFR ratio in RET area in percentage
LYMPH calibration value (Manual
LYMPH_CAL 1000
Mode)
MONO_CAL 1000 MONO calibration value for human
blood sample and Control blood
sample (Manual mode)
EO_CAL 1000 EO calibration value (Manual Mode)
BASO calibration value (Manual
BASO_CAL 1000
Mode)
Item (default) Explanation
MONO calibration value for human
MONO_B_CAL 750
blood (Manual Mode)
HPC_CAL 1000 Do not change (R&D use only)
NRBC_WBC_CAL 1000 Do not change (R&D use only)
dummy52 1000 (Not Used)
NRBC_WBC_SM_CAL 1000 Do not change (R&D use only)
NRBC_WBC_CAP_CAL1000 Do not change (R&D use only)
dummy55 1000 (Not Used)
PLTI_SIMPAS_CAL1 1120 Do not change (R&D use only)
PLTO_SIMPAS_CAL2 750 Do not change (R&D use only)
dummy58 1000 (Not Used)
dummy59 1000 (Not Used)
dummy60 1900 (Not Used)
dummy61 300 (Not Used)
dummy62 7300 (Not Used)
dummy63 1000 (Not Used)
XT-Series S/M 5-75 December 13, 2007
Page 78
5.9 XTV-Series Service Setting 82
This section describes the function which can be changed by the service setting with
its setting procedure. The contents of analysis setting are also described.
Contents of service setting
・ XTV system setting
・ Language setting
・ Host computer setting
・ QC (quality control) setting
・ ISBT128 setting
・ Database setting
・ Reagent control setting
・ Reagent expiry term setting
・ On-line QC setting
・ Remote maintenance setting
・ Dutch SI unit setting
Contents of analysis setting
・ Calibration setting of Hgb, Hct, PLT-I and PLT-O for each animal species
・ Error criteria setting of channel error and Hgb error for each animal species
・ WBC extended parameters calculation setting
・ Ret-UPP calculation area setting
XT.ini file for service setting and Sysrev.ini file for analysis setting shall be used to edit
the contents.
Service setting
for Windows XP
C:\Windows\XT.ini
C:\Windows\Sysrev.ini
for Windows 2000
C:\Winnt\XT.ini
C:\Winnt\Sysrev.ini
Notes
・ When changing the setting, log on with administrator account in Windows.
・ Reboot PC after changing the setting to activate the new settings.
・ When changing the setting, do not put space key after = key and use only
English one byte characters.
・ Do not type any redundant lines, spaces or characters.
・ Capital letters and small letters shall be specified according to this manual.
・ Do not change any other setting which is not described in this manual, otherwise
those changes may cause system malfunction.
5.9.1 XTV system setting
[IPU_System_Setting]
Setting for XTV system
Characters after = is example. Contents
[XT Pro]
Setting for XTV system
Characters after = is example.Contents
IsXtPro=0
WBC_Figure=0
IsGpLayout=0
5.9.3 Language setting
[Language]
Setting for IPU language
Characters after = is
example.
LANG=ENU Selectable languages
“0” means off and “1” means on.
Initial setting for NA version is “1” and
others are “0”.
Dutch SI unit setting for HGB、MCH、
MCHC
Initial setting is “0”. Change to “1”
to use Dutch SI unit.
Reagent monitoring setting
“0” means off and “1” means on. Initial
setting is “0”.
In the display of data browser service tab
“WBC” and “DIFF”, the number of
significant figures for “WBC#” and
“WBC(DIEFch)”, rounding to one decimal
place, can be added.
Initial setting is “0”. Change to “1” to
activate the setting.
GP format design setting
“0” means off and “1” means on..
Contents
JPN:Japanese
ENU:English
XT-Series S/M 5-76 December 13, 2007
Page 79
5.9.4 Host computer setting
[HOST Setting]
Setting for host computer
Characters after = is example. Contents
Order_Received_SampNo_Suppress=NonSelect “Non” to show zeros of
Order_Received_SampNo_Padding=Non Select “Non” to omit zeros of
Host_Tcp_TimeOut=30 When connected to the host
the number of ordering
samples received from the
host computers, and “Zero” to
suppress zeros by replacing
them with spaces. When
“Zero” is selected, zero digits
on the left of the sample
number are filled with spaces.
Initial setting is “Non”.
e.g., 「 000000000012345 」
→「 12345」
the number of inquiring
samples to be transmitted to
the host computer, and “Zero”
for zero-padding to add
leading zeros. When “Zero”
is applied, spaces on the left
of the sample number are
filled with zeros.
Initial setting is “Non”.
e.g., 「 12345」
→「000000000012345」
computer using the TCP/IP,
the response timeout period
can be set by the second.
Initial setting is “30
seconds”.
Note: Please take extra
care when changing the
timeout setting. If the
period is too short, timeout
errors may frequently
occur. If it is too long, it
may decrease its
processing capacity of
samples per hour.
80
Check_Ordering_Data=1 Data check setting is provided
to ensure the sample number
of inquiring data matches the
sample number that is
received from the host
computer. In case the
inquiring key is set to the rack
tube position in the IPU
setting, the sample number
will be identified in the rack
tube position.
Initial setting is “1” to check
sample numbers. When
“0” is selected, the setting is
not activated.
Order_Received_SampNo_Right=0 This setting is provided to
exclude the blank space on
the right of the sample number
received from the host
computer.
Initial setting is “0”. When
“0” is set, the sample
number received is
applied directly to the
data. Delete this line to
set to “0”.
5.9.5 QC (Quality Control) setting
[QC Setting]
Setting for QC
Characters after = is example. Contents
QCAssayDrive=A: This setting is used to set the drive of the
IPU computer to load assay values for the
QC files.
Initial setting for QC Assay Drive is “A”
after installation. Drive “A” is also
applied to the system without this
setting. Please note that the QC file
for assay values (qtc and qtm files)
must be stored in the top directory,
depending on the type of media being
loaded.
XT-Series S/M 5-77 December 13, 2007
Page 80
5.9.6 ISBT128 setting
[ISBT_Setting]
Setting for ISBT128
Characters after = is example. Contents
ISBT_From=2 Set the position from which the ISBT128
ISBT_To=14 Set the position to end the ISBT128
5.9.7 Database setting
[Database]
Setting for database
Characters after = is
example.
EurCAP=0 Turn this setting function on to activate and
5.9.8 Reagent control setting
[ReagentItemCode]
Setting for XT pro reagent control
Characters after = is example. Contents
Reagent1=04987562020201 Specify a barcode for the CELLPACK
Reagent2= 04987562052165 Specify a barcode for the
Reagent3=04987562201358 Specify a barcode for the
barcode reading starts.
Initial setting is “2”.
barcode reading.
Initial setting is “14”.
Contents
off to inactivate the database for the CAP
contract for European specifications.
Select “1” to turn on and “0” to turn off the
function. System other than European
standard specifications does not include this
key by default.
Initial setting is “0”.
(EPK). Enter the 14 digits number
following “01” of the EAN-128
barcode number on the package.
SULFOLYZER (SLS). Enter the 14
digits number following “01” of the
EAN-128 barcode number on the
package.
STROMATOLYZER-FB (FBT).
Enter the 14 digits number following
“01” of the EAN-128 barcode number
on the package.
Reagent4= 04987562201402 Specify a barcode for the
Reagent5= 04987562201389 Specify a barcode for the
Reagent6=04987562201341 Specify a barcode for the RET
5.9.9 Reagent expiry term setting
[ReagentExpTerm]
The expiry term setting for the XT pro reagents is used to set the effective
period of the XT pro reagent after opening, which corresponds to the Reagent
Item Code.
Characters after = is
example.
Reagent1=60 Specify the effective period of the
Reagent2=60 Specify the effective period of the
Reagent3=60 Specify the effective period of the
Reagent4=60 Specify the effective period of the
Reagent5=90 Specify the effective period of the
Reagent6=60 Specify the effective period of the RET
Contents
CELLPACK (EPK) after opening by the day.
SULFOLYZER (SLS) after opening by the
day.
STROMATOLYZER-FB (FBT) after opening
by the day.
STROMATOLYZER-4DL (FFD) after
opening by the day.
STROMATOLYZER-4DS (FFS) after
opening by the day.
SEARCH (II) (RED) after opening by the
day.
STROMATOLYZER-4DL (FED).
Enter the 14 digits number following
“01” of the EAN-128 barcode number
on the package.
STROMATOLYZER-4DS (FES).
Enter the 14 digits number following
“01” of the EAN-128 barcode number
on the package.
SEARCH (II) (RED). Enter the 14
digits number following “01” of the
EAN-128 barcode number on the
package.
XT-Series S/M 5-78 December 13, 2007
Page 81
5.9.10 Online QC setting
[OnlineQC]
Setting for Online QC
Characters after = is example. Contents
OnlineQC=OFF Specify the online QC function as
follows:
“OFF”:Turn this function setting off.
The program to send the QC file
does not work.
“ON”:Turn this function setting on to
run the program to send the QC
file.
Initial setting is “OFF”.
5.9.11 Remote maintenance setting
[RemoteMainte]
Setting for remote maintenance
Characters after = is example. Contents
RemoteMainte=OFF Specify the remote maintenance
function as follows:
“OFF”:Turn this function setting off.
When the system is shut
down, log files are not sent.
“ON”:Turn this function setting on to
send log files when the
system is shut down.
Initial setting is “OFF”.
5.9.12 Calibration setting for each anim al species
[ITEM42]
Setting for calibration values of HGB, HCT, PLT-I, and PLT-O for each animal
species.
Characters after = is example. Contents
typeXX0=1.000,
typeXX1=1.000,
typeXX2=1.000
Values of “XX” in the “typeXX0” vary with
each animal type.
Initial value is “1.000” for every type. The
“typeXX0” means overall calibration. The
“typeXX1” is calibration in sampler mode
and “typeXX2” in capillary mode. The
overall calibration will always influence
results in any analysis mode.
5.9.12.1 HGB calibration
[ITEM42]
N/A Overall type001.000
Sampler type011.000 Capillary type021.000
Mouse Overall type101.000
Sampler type111.000 Capillary type121.000
Rat Overall type201.000
Sampler type211.000 Capillary type221.000
Rabbit Overall type301.000
Sampler type311.000 Capillary type321.000
Dog Overall type401.000
Sampler type411.000 Capillary type421.000
Monkey Overall type501.000
Sampler type511.000 Capillary type521.000
Rsserved Overall type601.000
Sampler type611.000 Capillary type621.000
Other Overall type701.000
Sampler type711.000 Capillary type721.000
Other1 Overall type801.000
Sampler type811.000 Capillary type821.000
Other2 Overall type901.000
Sampler type911.000 Capillary type921.000
Other3 Overall type1001.000
Sampler type1011.000 Capillary type1021.000
Other4 Overall type1101.000
Sampler type1111.000 Capillary type1121.000
Other5 Overall type1201.000
Sampler type1211.000 Capillary type1221.000
Horse Overall type1301.000
Sampler type1311.000
XT-Series S/M 5-79 December 13, 2007
Page 82
Capillary type1321.000
Cat Overall type1401.000
Sampler type1411.000 Capillary type1421.000
Guinea PigOverall type1501.000
Sampler type1511.000 Capillary type1521.000
Other6 Overall type1601.000
Sampler type1611.000 Capillary type1621.000
Other7 Overall type1701.000
Sampler type1711.000 Capillary type1721.000
Other8 Overall type1801.000
Sampler type1811.000 Capillary type1821.000
Other9 Overall type1901.000
Sampler type1911.000 Capillary type1921.000
Other10 Overall type2001.000
Sampler type2011.000 Capillary type2021.000
Other11 Overall type2101.000
Sampler type2111.000 Capillary type2121.000
Other12 Overall type2201.000
Sampler type2211.000 Capillary type2221.000
Other13 Overall type2301.000
Sampler type2311.000 Capillary type2321.000
Other14 Overall type2401.000
Sampler type2411.000 Capillary type2421.000
Other15 Overall type2501.000
Sampler type2511.000 Capillary type2521.000
Other16 Overall type2601.000
Sampler type2611.000 Capillary type2621.000
Other17 Overall type2701.000
Sampler type2711.000 Capillary type2721.000
Other18 Overall type2801.000
Sampler type2811.000 Capillary type2821.000
Other19 Overall type2901.000
Sampler type2911.000 Capillary type2921.000
Other20 Overall type3001.000
Sampler type3011.000 Capillary type3021.000
5.9.12.2 HCT calibration
[ITEM43]
N/A Overall type001.000
Sampler type011.000 Capillary type021.000
Mouse Overall type101.000
Sampler type111.000 Capillary type121.000
Rat Overall type201.000
Sampler type211.000 Capillary type221.000
Rabbit Overall type301.000
Sampler type311.000 Capillary type321.000
Dog Overall type401.000
Sampler type411.000 Capillary type421.000
Monkey Overall type501.000
Sampler type511.000 Capillary type521.000
Rsserved Overall type601.000
Sampler type611.000 Capillary type621.000
Other Overall type701.000
Sampler type711.000 Capillary type721.000
Other1 Overall type801.000
Sampler type811.000 Capillary type821.000
Other2 Overall type901.000
Sampler type911.000 Capillary type921.000
Other3 Overall type1001.000
Sampler type1011.000
XT-Series S/M 5-80 December 13, 2007
Page 83
Capillary type1021.000
Other4 Overall type1101.000
Sampler type1111.000 Capillary type1121.000
Other5 Overall type1201.000
Sampler type1211.000 Capillary type1221.000
Horse Overall type1301.000
Sampler type1311.000 Capillary type1321.000
Cat Overall type140
Sampler type1411.000 Capillary type1421.000
Guinea PigOverall type1501.000
Sampler type1511.000 Capillary type1521.000
Other6 Overall type1601.000
Sampler type1611.000 Capillary type1621.000
Other7 Overall type1701.000
Sampler type1711.000 Capillary type1721.000
Other8 Overall type1801.000
Sampler type1811.000 Capillary type1821.000
Other9 Overall type1901.000
Sampler type1911.000 Capillary type1921.000
Other10 Overall type2001.000
Sampler type2011.000 Capillary type2021.000
Other11 Overall type2101.000
Sampler type2111.000 Capillary type2121.000
Other12 Overall type2201.000
Sampler type2211.000 Capillary type2221.000
Other13 Overall type2301.000
Sampler type2311.000 Capillary type2321.000
Other14 Overall type2401.000
Sampler type2411.000 Capillary type2421.000
Other15 Overall type2501.000
0.846
Sampler type2511.000 Capillary type2521.000
Other16 Overall type2601.000
Sampler type2611.000 Capillary type2621.000
Other17 Overall type2701.000
Sampler type2711.000 Capillary type2721.000
Other18 Overall type2801.000
Sampler type2811.000 Capillary type2821.000
Other19 Overall type2901.000
Sampler type2911.000 Capillary type2921.000
Other20 Overall type3001.000
Sampler type3011.000 Capillary type3021.000
5.9.12.3 PLT-I calibration
[ITEM38]
N/A Overall type001.000
Sampler type011.000 Capillary type021.000
Mouse Overall type101.371
Sampler type110.850 Capillary type120.870
Rat Overall type201.037
Sampler type210.930 Capillary type221.000
Rabbit Overall type301.070
Sampler type311.000 Capillary type320.932
Dog Overall type400.975
Sampler type411.000 Capillary type421.188
Monkey Overall type500.964
Sampler type510.912 Capillary type521.110
Rsserved Overall type601.000
Sampler type611.000 Capillary type621.000
Other Overall type701.000
Sampler type711.000 Capillary type721.000
XT-Series S/M 5-81 December 13, 2007
Page 84
Other1 Overall type801.000
Sampler type811.000 Capillary type821.000
Other2 Overall type901.000
Sampler type911.000 Capillary type921.000
Other3 Overall type1001.000
Sampler type1011.000 Capillary type1021.000
Other4 Overall type1101.000
Sampler type1111.000 Capillary type1121.000
Other5 Overall type1201.000
Sampler type1211.000 Capillary type1221.000
Horse Overall type1301.274
Sampler type1310.784 Capillary type1320.821
Cat Overall type1401.000
Sampler type1411.000 Capillary type1421.000
Guinea PigOverall type1501.101
Sampler type1510.914 Capillary type1520.783
Other6 Overall type1601.000
Sampler type1611.000 Capillary type1621.000
Other7 Overall type1701.000
Sampler type1711.000 Capillary type1721.000
Other8 Overall type1801.000
Sampler type1811.000 Capillary type1821.000
Other9 Overall type1901.000
Sampler type1911.000 Capillary type1921.000
Other10 Overall type2001.000
Sampler type2011.000 Capillary type2021.000
Other11 Overall type2101.000
Sampler type2111.000 Capillary type2121.000
Other12 Overall type2201.000
Sampler type2211.000
Capillary type2221.000
Other13 Overall type2301.000
Sampler type2311.000 Capillary type2321.000
Other14 Overall type2401.000
Sampler type2411.000 Capillary type2421.000
Other15 Overall type2501.000
Sampler type2511.000 Capillary type2521.000
Other16 Overall type2601.000
Sampler type2611.000 Capillary type2621.000
Other17 Overall type2701.000
Sampler type2711.000 Capillary type2721.000
Other18 Overall type2801.000
Sampler type2811.000 Capillary type2821.000
Other19 Overall type2901.000
Sampler type2911.000 Capillary type2921.000
Other20 Overall type3001.000
Sampler type3011.000 Capillary type3021.000
5.9.12.4 PLT-O calibration
[ITEM39]
N/A Overall type001.000
Sampler type011.000 Capillary type021.000
Mouse Overall type101.086
Sampler type110.919 Capillary type121.060
Rat Overall type201.003
Sampler type211.000 Capillary type221.100
Rabbit Overall type301.012
Sampler type311.000 Capillary type321.082
Dog Overall type400.994
Sampler type411.000 Capillary type421.029
XT-Series S/M 5-82 December 13, 2007
Page 85
Monkey Overall type500.920
Sampler type510.960 Capillary type521.050
Rsserved Overall type601.000
Sampler type611.000 Capillary type621.000
Other Overall type701.000
Sampler type711.000 Capillary type721.000
Other1 Overall type801.000
Sampler type811.000 Capillary type821.000
Other2 Overall type901.000
Sampler type911.000 Capillary type921.000
Other3 Overall type1001.000
Sampler type1011.000 Capillary type1021.000
Other4 Overall type1101.000
Sampler type1111.000 Capillary type1121.000
Other5 Overall type1201.000
Sampler type1211.000 Capillary type1221.000
Horse Overall type1300.999
Sampler type1310.911 Capillary type1320.973
Cat Overall type1401.000
Sampler type1411.000 Capillary type1421.000
Guinea PigOverall type1500.742
Sampler type1511.055 Capillary type1520.988
Other6 Overall type1601.000
Sampler type1611.000 Capillary type1621.000
Other7 Overall type1701.000
Sampler type1711.000 Capillary type1721.000
Other8 Overall type1801.000
Sampler type1811.000 Capillary type1821.000
Other9 Overall type1901.000
Sampler type1911.000
Capillary type1921.000
Other10 Overall type2001.000
Sampler type2011.000 Capillary type2021.000
Other11 Overall type2101.000
Sampler type2111.000 Capillary type2121.000
Other12 Overall type2201.000
Sampler type2211.000 Capillary type2221.000
Other13 Overall type2301.000
Sampler type2311.000 Capillary type2321.000
Other14 Overall type2401.000
Sampler type2411.000 Capillary type2421.000
Other15 Overall type2501.000
Sampler type2511.000 Capillary type2521.000
Other16 Overall type2601.000
Sampler type2611.000 Capillary type2621.000
Other17 Overall type2701.000
Sampler type2711.000 Capillary type2721.000
Other18 Overall type2801.000
Sampler type2811.000 Capillary type2821.000
Other19 Overall type2901.000
Sampler type2911.000 Capillary type2921.000
Other20 Overall type3001.000
Sampler type3011.000 Capillary type3021.000
XT-Series S/M 5-83 December 13, 2007
Page 86
5.9.13 Channel abnormal condition setting for each anim al
species
[ITEM46], [ITEM47], [ITEM48], [ITEM49]
Setting of channel abnormal conditions for each animal species
Characters after = is example. Contents
typeXX0=700 ,
typeXX1=1300,
typeXX2=50, typeXX3=3600,
typeXX4=150
Set thresholds for the DIFF channel error,
HGB error, HGB drain error, RET channel
error, and RET error with each animal type.
The followings are channel errors and error
detecting conditions in Sysrev.ini. setting.
5.9.14 Channel errors and error detecting conditions in
Sysrev.ini setting
Error
messages
1.
WBC/BASO-C
H Error
2. RBC-CH
Error
3. PLT-CH
Error
4. DIFF-CH
Error
Conditions Settable/Not settable
WBC count > 999.99 x 103µL →Not settable
RBC count > 99.99 x 106µL →Not settable
PLT count > 9999×103µL →Not settalbe
Error activated conditions
DIFF channel WBC count >
999.99 x 10
DIFF_WBC count / WBC count <
0.7
DIFF_WBC count / WBC count >
1.3
WBC <
(LYMPH#+MONO#+EO#+BASO#)
100% <
(LYMPH%+MONO%+EO%+BASO
%)
Error is not checked when both of
WBC/BASO channel WBC count
and DIFF channel WBC count are
less than 2 x 10
3
µL
3
µL.
[ITEM46]
→Not settable
→Not settable
(typeXX0)
→Settable(typeXX
1)
→Not settable
→Not settable
5. HGB
ERROR
6. HGB Drain
Error
7. RET-CH
Error
8. RET Error Error activated conditions
Note: Digits in set values vary from those in numeric values obtained with the
above formulas. When changing a set value, adjust the number of its digit
by comparing the default value with the value obtained from the formula.
Error activated conditions
Blank converted value
< 50
Sample converted value
> 12000
Sample converted value – Blank
converted value < -50
Sample converted value – Blank
converted value > 3600
Error activated conditions
Blank after draining - Blank
converted value < 150
Error activated conditions
RBC-O count >99.99×10
RBC-O count / RBC-I count > 1.5
RBC-O count / RBC-I count < 0.5
Error is not checked when both of
RBC-O count and RBC-I(DC) count
are less than 0.3 x 10
RBC-X 60ch
RBC-X 9ch & RBC-O count
>=30
6
µL.
[ITEM47]
→Settable(typeXX
0)
→Settable(typeXX
1)
→Settable(typeXX
2)
→Settable(typeXX
3)
[ITEM47]
→Settable(typeXX
4)
[ITEM48]
6
→Not settable
µL
→Settable(typeXX
2)
→Settable(typeXX
3)
[ITEM49]
→Settable(typeXX
0)
→Settable
(typeXX1,
typeXX2)
5.9.15 Sysrev.ini file(C:\Winnt\Sysrev.ini)for specifications
of [ITEM46]~[ITEM49]
[ITEM46]・・・DIFF-CH Error
Note: Digits in set values vary from those
in numeric values obtained with the
formula. Please adjust the number of
the digit in set values by comparing the
default value with the value obtained from
[ITEM46]
N/A DIFF_WBC count / WBC count <0.7 type00 700
Note: Digits in set values vary from those in
numeric values obtained with the formula.
Please adjust the number of the digit in set
values by comparing the default value with the
[ITEM48]
N/A
value obtained from the formula stated in the
table below.
Note: Digits in set values vary from
those in numeric values obtained with
the formula. Please adjust the number
of the digit in set values by comparing
the default value with the value obtained
from the formula stated in the table
below.
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
≥ 60ch
≤ 9ch
≥ 60ch
≤9ch
≥ 60ch
≤9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
type00 600
type01 90
type10 600
type11 90
type20 600
type21 90
type30 600
type31 90
type40 600
type41 90
type50 600
type51 90
type60 600
type61 90
type70 600
type71 90
type80 600
type81 90
15
RBC-O count type82 30
Other2
0
RBC-O count type92 30
Other3
RBC-O count type102 30
Other4
RBC-O count type112 30
Other5
RBC-O count type122 30
Horse
RBC-O count type132 30
Cat
RBC-O count type142 30
Guinea Pig
RBC-O count type152 30
Other6
RBC-O count type162 30
Other7
RBC-O count type172 30
Other8
RBC-O count type182 30
Other9
RBC-O count type192 30
Other10
RBC-O count type202 30
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
type90 600
type91 90
type100 600
type101 90
type110 600
type111 90
type120 600
type121 90
type130 600
type131 90
type140 600
type141 90
type150 600
type151 90
type160 600
type161 90
type170 600
type171 90
type180 600
type181 90
type190 600
type191 90
type200 600
type201 90
XT-Series S/M 5-91 December 13, 2007
Page 94
Other11
RBC-O count type212 30
Other12
RBC-O count type222 30
Other13
RBC-O count type232 30
Other14
RBC-O count type242 30
Other15
RBC-O count type252 30
Other16
RBC-O count type262 30
Other17
RBC-O count type272 30
Other18
RBC-O count type282 30
Other19
RBC-O count type292 30
Other20
RBC-O count type302 30
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
RBC-X
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
≥ 60ch
≤ 9ch
5.9.16 Extended WBC calculation formul a setting
[ITEM50]
Setting of EXT-WBC calculation formula for each animal species
Characters after = is
example.
typeXX0=0, Numeric values for “XX” of “typeXX0” vary
Contents
type210 600
type211 90
type220 600
type221 90
type230 600
type231 90
type240 600
type241 90
type250 600
type251 90
type260 600
type261 90
type270 600
type271 90
type280 600
type281 90
type290 600
type291 90
type300 600
type301 90
typeXX1=0, with each animal type. Initial value is “0”
for every type. The “typeXX0” indicates
the setting of the calculation formula for
differential scattergram and the “typeXX1”
indicates WBC/BASO scattergram. Values
ranging from “1” to “4” can be set. The
followings are EXT-WBC calculation
formulas and set values channel errors and
error detecting conditions in Sysrev.ini.
setting
5.9.17 Specifications of calculat ion formula
[ITEM50]
typeXX0
Set value
“0”
Default
value
Set value
“1”
Set value
“2”
Set value
“3”
Set value
“4”
DIFF-0# formula
DIFF0 actual
count×dilution ratio
DIFF0 actual count
x dil. ratio
X coincidental
pass calibration
(equivalent to
DIFF-WBC
formula)
DIFF_WBC
displayed count
WBC displayed
count
WBC displayed
count
DIFF1~8% formula
(DIFF1~8 actual
count)/
(DIFF0actual count)
×100(%)
Ditto ditto
(DIFF1~8 actual
count)/
DIFF_WBC actual
count×100(%)
(DIFF1~8 displayed
count)/
DIFF0 actual
count×100(%)
(DIFF1~8 displayed
count)/
DIFF_WBC actual
count×100(%)
DIFF1~8#
formula
DIFF 1~8%
displayed count x
DIFF-0# displayed
count
DIFF1~8%
displayed
count×DIFF-WBC
displayed count
DIFF1~8%
displayed
count×WBC
displayed count
DIFF1~8%
displayed
count×WBC
displayed count
XT-Series S/M 5-92 December 13, 2007
Page 95
[ITEM50]
Set value
“0”
Default
value
Set value
“1”
Set value
“2”
Set value
“3”
Set value
“4”
W/B0#
typeXX1
W/B-0 actual count
x dil ratio
calibration
W/B-0 actual
count×dilution
ratio×coincidental
pass calibration
(equivalent to
WBC calibration)
Not used Not used Not used
WBC displayed
count
WBC displayed
count
W/B1~8% W/B1~8#
(W/B-1~8 actual
count)/
(W/B-0 actual count)
×100(%)
ditto ditto
(W/B1~8 actual
count)/
W/B0 actual
count×100(%)
(W/B1~8 actual
count)/
WBC actual
count×100(%)
5.9.18 Specifications of Sysrev.ini fi le
(C:\Winnt\Sysrev.ini) [ITEM50]
[ITEM50]
Animal
type
N/A type00 0
type01 0 type02 0
Mouse type10 0
type11 0 type12 0
Rat type20 0
type21 0 type22 0
Rabbit type30 0
type31 0 type32 0
Label name
in file
Default
value
W/B-1~8%
displayed count×
W/B-0# displayed
count
W/B1~8%
displayed count×
WBC displayed
count
W/B1~8%
displayed count×
WBC displayed
count
Dog type40 0
type41 0 type42 0
Monkey type50 0
type51 0 type52 0
Reserved type60 0
type61 0 type62 0
Other type70 0
type71 0 type72 0
Other1 type80 0
type81 0 type82 0
Other2 type90 0
type91 0 type92 0
Other3 type100 0
type101 0 type102 0
Other4 type110 0
type111 0 type112 0
Other5 type120 0
type121 0 type122 0
Horse type130 0
type131 0 type132 0
Cat type140 0
type141 0 type142 0
Guinea Pigtype150 0
type151 0 type152 0
Other6 type160 0
type161 0 type162 0
Other7 type170 0
type171 0 type172 0
XT-Series S/M 5-93 December 13, 2007
Page 96
Other8 type180 0
type181 0 type182 0
Other9 type190 0
type191 0 type192 0
Other10 type200 0
type201 0 type202 0
Other11 type210 0
type211 0 type212 0
Other12 type220 0
type221 0 type222 0
Other13 type230 0
type231 0 type232 0
Other14 type240 0
type241 0 type242 0
Other15 type250 0
type251 0 type252 0
Other16 type260 0
type261 0 type262 0
Other17 type270 0
type271 0 type272 0
Other18 type280 0
type281 0 type282 0
Other19 type290 0
type291 0 type292 0
Other20 type300 0
type301 0 type302 0
5.9.19 RET_UPP calculati on setting for each animal species
[ITEM36]
Setting of RET_UPP calculation for each animal species
Characters after = is
example.
Type1XX=1 Numeric values for “XX” of “typeXX0” vary
Contents
with each animal type. Initial value is “1”
for any animal type except cats.
→When the value is set to “0”, the UPP
area is not counted as RET.
→when the value is set to “1”, the UPP
area is always counted as RET.
→When the value is set to “2”, the XT
specifications for human will apply to the
RET_UPP calculation.
Note: The set value is not displayed in fL units but it is the channel value
in actual particle size distribution. When changing set values, please
calculate a new input value using the following rules:
Discrimination values in RBC particle size distribution are calculated
by the formula, “XXfL/5-1”. Discrimination values in PLT particle size
distribution are calculated by the formula, “XXfL-1”.
Numeric values for “XX” of “typeXX0” vary
with each animal type. The following
threshold values can be set for each animal
species.
Lower discrimination search threshold for
RBC particle size distribution
Upper discrimination search threshold for
RBC particle size distribution
Lower discrimination search threshold for
PLT particle size distribution
Upper discrimination search threshold for
PLT particle size distribution
Only the lower limit of lower
discrimination search threshold for
equine RBC particle size distribution
differs from other animal species.