05 - SM-Chap4-1 - 060517

HLC-723G8 Service Manual
4 Software
4. Software
4.1 Software Installation at Delivery Time
The system program is not installed when the device is shipped from the factory. As a
result, once power has been turned on and the self test finishes, a system card must
be inserted into the socket, the POWER key pressed, and the system program read.
For details, please see “4.3 SYSTEMLOADER Screen.” The system card is a smart
media card compatible with Windows PCs. The card can be a maximum of 128 MB.
The files contained on the card are listed below.
File Content
As.mot This is the auto sampler control program. This program is
stored on the ASM board when loaded into the instrument.
System.mot This is the main unit control program. This program is stored on
the MAIN board when loaded into the instrument.
Display.bin This is screen data. This program is stored when read to the
instruments displaying data.
System.prm (*) This file contains the initial parameters.
SysLabel.ini (*) This is the name definition file for multiple languages.
[Country Name A maximum of 15 countries can be created in the “by country"
Folder] (*) folder (name is 8 characters or less). The System.prm and
SysLabel.ini files can be configured by country in this folder.
See “4.3 SYSTEMLOADER Screen” for details.
Display.ini (*) This file is the filename list file if screen data other than the
Display.bin is prepared. A maximum of 9 instances can be
registered.
*.bin (*) This is the screen data file defined in the Display.ini file.
(*) These are files that may be provided in the future. Their listing here does not
necessarily mean that they exist.
System card configuration example

Basic form, Ex. 1 (minimal structure, standard system card)
System.mot
As.mot
Display.bin
Basic form, Ex. 2 (when parameter file is attached)

System.mot
As.mot
Display.bin
System.prm
4-1
4. Software
Multiple languages, Ex. 1 (when language differs by country)
System.mot
As.mot
Display.bin
FRENCH SysLabel.ini
ITALIAN SysLabel.ini
GERAMAN SysLabel.ini
(*) The all-caps text is the folder name.
Multiple languages, Ex. 2 (when language and parameters differs by country)
System.mot
As.mot
Display.bin
FRENCH SysLabel.ini
System.prm
ITALIAN SysLabel.ini
System.prm
GERMAN SysLabel.ini
System.prm
4.2 Version Upgrade
A version upgrade system card is provided with the same content as the system card
that accompanies the instrument as a standard accessory. The version upgrade
procedure is the same as that for the initial software installation at delivery.
4-2
4 Software
4.3 SYSTEMLOADER Screen
The SYSTEMLOADER screen appears after the main power is turned on. (If the
message “Transmit screen data” is displayed, refer to “5. Writing initial screen data”
in this section and write the screen data. If error messages or nothing is displayed, a
malfunction could be at fault, or the LCD screen data could be corrupted, so check
for this in the same way.)
A simple test of the memory, printer, and communication port will be executed. MJ is
the screen data, LCD is the display device, HST is the host computer
communications, EXB is the transfer BCR, AS is the auto sampler, and LC is the Belt
line controller. If the results of all tests are OK, the screen backlight will dim and the
instrument will wait for a user to press the POWER key. If any of the test results is NG,
the error light will illuminate and a "Check the hardware!" message will appear and
the instrument will not advance to the next step. Inspect the related part of the
instrument for the problem. If you want to override the error and start the device,
press the E.RESET key and cancel the error status (ERROR light turns off), and
continue by pressing the POWER key. At this stage, key operations are executed for
each of the reasons indicated below.
1. Installing a program or upgrading a version

2. Starting up as normal
3. Upgrading the screen data version
4. Writing special specification screen data
5. Writing initial screen data
Further details are provided below.
4-3
4. Software
1. Installing a Program or Upgrading a Version

Insert the system card into the socket and press the POWER key.
Next, processing continues with a screen like the one indicated below.
----------- (1)
----------- (2)
----------- (3)
----------- (4)
----------- (5)
----------- (6)
----------- (7)
----------- (8)
----------- (9)
(1) Status of the program installed on the ASM board

99.99: The version number of the installed AS program
No System: The program is not installed (factory settings)
Not Exist: AS is not responding (the ASM board could be malfunctioning).
The “Check the Sampler (AS)!!” message is displayed. Inspect
the ASM board etc. If the POWER key is pressed while in this
status, startup can be continued.
(2) Search results for the AS program (As.mot) on the system card
Found: As.mot was found
Not Found: As.mot was not found (does not exist)
If “No System” is displayed in (1), the “Insert System Card!!”
message is displayed. Insert the system card. An automatic
read starts.
(3) Version number of the AS program (As.mot) on the system card

99.99: As.mot version number
(4) AS program (As.mot) read status

Progress of the program read status is displayed in the bar graph progress
bar.
Complete: As.mot read completed
Read Error: Error occurred in the As.mot read (system card abnormal)
Send Error: Error occurred in communication between the MAIN and ASM
boards (board or As.mot file abnormal)
4-4
4 Software
(5) Search results for the SYSTEM program (System.mot) on system card
HLC-723G8: System.mot was found (system name displayed)
Not Found: System.mot was not found (does not exist).
Since the status of the program on the board is being
confirmed, “Checking System…” is displayed and the results
are displayed as one of the messages indicated below.
No System: The program does not exist.
“Insert System Card!!” is displayed. Insert a system card.
Corrupt: The program has been corrupted.
“Insert System Card!!” is displayed. Insert a system card.
Alive: The program backup status is normal
(6) Version number of the System program (System.mot) on the system card
99.99: System.mot version number
(7) SYSTEM program (System.mot) read status

Progress of the program read status is displayed in the bar graph progress
bar.
Complete: System.mot read completed
Open Error: System.mot could not be read
(system card is abnormal)
Read Error: An error occurred in the System.mot read
Data Error: System.mot is defective
(the file or system card is damaged)
(8) Backup status of the parameters on the board

Initialized: Initialized
Alive: Normal (the previous parameters are preserved)
(9) Parameter (System.prm) read status

Complete: System.prm read completed
Error: An error occurred in the System.prm read
Not Found: System.prm was not found (does not exist)
Initializes with the standard parameters.
The following screen is displayed to indicate the processing progress.
4-5
4. Software
[When a system card is inserted]
For the Japanese and English ranges, the default (English) is selected. Press
the INSTALL key without changing anything. There are times when displays
other than the default display are on the list. This display (name) consists of
the folder name of the folder that is created in the system card for multiple
languages. Press the up/down keys and select the desired choice using the
> and press the INSTALL key. The language file SysLabel.ini (see “4.13
Multiple Languages” for the procedure to create this file) that is read
changes in accordance with the key pressed in this window.
- If the X key is pressed

The SysLabel.ini file is not read. The current language (factory default is
English) setting is maintained.
· - If the INSTALL key is pressed with the default (English) selected

If the SysLabel.ini file is stored in the root folder of the system card, that file
is read. If that file does not exist, the current language (factory default is
English) setting is maintained.
· - If the INSTALL key is pressed with a by-country folder name selected

If the SysLabel.ini file is stored inside the specified folder on the system card,
that file is read. If it does not exist, the root folder is searched and if the
SysLabel.ini file exists there, it is read. If there is no file in the root folder, the
current language (factory default setting is English) setting is maintained.
4-6
4 Software
[When parameters are initialized]
Press the up/down keys to select the initial startup assay mode with the
arrow > and press the SET key. The device starts up in the selected assay
mode. The parameter file (System.prm) is first read in order to open this
window. The reading of that file is done in accordance with the conditions
below.
· - When a system card is inserted

If a folder is specified in the “Language Selection” window, the System.prm
file in that folder is read. If there is no file in the specified folder, if there is
X key input, or if the default is specified, the System.prm file in the root
folder is read. If the System.prm file does not exist in either location,
initialization is done using the standard (factory settings) parameters.
· - If a card with only a previously saved System.prm file is inserted

That System.prm file is read.
· - When a card is not inserted

Initialization using the standard (factory settings) parameters is done.
2. Starting Up as Normal
This is the startup for everyday operation, without installation or version
upgrades. Press the POWER key without inserting a system card. If the
parameters and program backed up on the board are normal, the system is
started up with the same settings set during the previous usage.
If the program has been deleted, the message below is displayed. Insert a
system card. Once it is inserted, the program automatically starts to be read.
Insert System Card!!
4-7
4. Software
3. Upgrading the Screen Data Version

Insert a system card and press the HOME key. The display device displays the
written screen and the display data is read to the display device (this takes about
two minutes). Once the read is finished, the following messages are displayed.
Remove the system card and turn the power off and then on again.
Screen Data Transfer Completed!

Turn the Main Power On Again!
The screen data version is displayed faintly as “SCR1.00” in the lower right
corner of the logo screen when the power is turned on.
Version number
4. Writing Special Specification Screen Data

Insert a system card onto which special specification display device screen data
has been saved (a card that has the Display.ini file and the special specification
screen data file (*.bin)), and press the STOP key. If the Display.ini file is found on
the system card, the display device illuminates two seconds later, and the first
instance of the screen data that can be written is displayed at the filename. If the
STOP key is continuously pressed, the filename indicated below is displayed.
Press the HOME key when the desired filename is displayed.
The display device displays the written screen and the screen data is written.
Approximately two minutes later, the following messages are displayed. Remove
the system card and turn the main power off and then on again.
Screen Data Transfer Completed!

Turn the Main Power On Again!
4-8
4 Software
[Display.ini and *.bin file configuration]

In the Display.ini file, the prepared screen data filename is listed and the screen
data file associated with that filename is saved to the system card.
Display.ini content example:
Display1.bin
Display2.bin
Display3.bin
Example of the system card content in the case above:
System.mot
As.mot
Display.bin
Display.ini
Display1.bin
Display2.bin
Display3.bin
5. Writing Initial Screen Data

If the display device screen data is deleted or not written (for spare parts, written
and stocked though), a message to “Transmit screen data” (in Japanese) or an
error message will be displayed (No click noise will be heard even if you press
the HOME key). If this happens, the screen data must be written.
Follow the procedure below to do so.
1) Turn on the main power.
2) Wait for approximately 10 seconds.
3) Insert the system card.
4) Wait for one second and remove the system card.
5) After waiting for one second or more, reinsert the system card.
(You will not be able to use the HOME key; use this operation as an
alternative for 4) and 5).)
The display device displays the written screen and the screen data is written.
Approximately two minutes later, the display device original system screen is
displayed. Remove the system card and turn the main power off and then on
again.
4-9
4. Software
4.4 Data Initialization
When the main power is turned on, data previously backed up by the battery may be
initialized depending on the results of the memory check and version upgrade
operations. When initialization has occurred, the following message will appear on the
SYSTEMLOADER screen.
< SYSTEMLOADER Screen >

Initilaization message for
Checking Data.....Initialized parameters :
Loading Data...... When no initialization,
“Alive ” is displayed.
Data backed up is separated into the following categories

Category Content
Parameters Data stored in the System.prm file
Log Record of errors, bar codes, communications, etc.
RESULTS Measured data (max. of 800 tests of data)
Language Displaying and printing messages
Initialization will occur when the main power is turned on under the following conditions.
Cause of initialization Parameters Log RESULT Language
Backup battery failure (data loss) Default value Delete Delete English
(*1) (*3)
Input of "CLR" password Default value Delete Save Save
(*1)
Input of "CLRX" password (*2) Default value Delete Delete English
(*1) (*3)
Input of "CLRR" password Save Save Delete Save
Input of "CLRL" password Save Save Save English

(*3)
Parameter version number change Default value Delete Save Save
(*1)
RESULT version number change Save Save Delete Save
Language version number change Save Save Save English

(*3)
(*1) If a card containing a System.prm file is present, initialization will proceed using
the contents of this file. If a card is not present, the standard default values will be
set.
(*2) Since the AS and SYSTEM programs backed-up on the boards will be erased, the
system card will be required.
(*3) If a card containing a SysLabel.ini file is present, initialization will proceed using
the language of the contents of this file. If not present, the default language is
English.
4 - 10
4 Software
A parameter initialization message is displayed beneath the SYSTEMLOADER screen.

Although there is no message for RESULT deletions, initialization (deletion) can be
confirmed on the RESULT or LIST screen.
There is also no message for languages, so please confirm this on the actual display.
4 - 11
4. Software
4.5 Passwords
The passwords used on the PASSWORD screen and the corresponding operations are
shown below.
Password Corresponding operation
CLR Parameters (excluding RESULT) are initialized when the main power is
turned on
CLRX All information such as data, programs, etc., are initialized when the
power is turned on
CLRA Only the AS program is deleted when the power is turned on
CLRS Only the SYSTEM program is deleted when the power is turned on
CLRL Only the language is initialized (English version) when the power is
turned on
CLRR Only RESULT is deleted when the power is turned on
CMODExxxx The change mode is specified on the CHANGE MODE screen.
X is 0 or 1. 1 is “change possible.”
The sequence is STANDARD mode, VARIANT mode,
BETA-THALASSEMIA mode, and reserved mode.
RESETTxx..x The TEST INJ counter is initialized with the value xx..x ( if xx.x is
omitted, 0)
RESETLxx..x The LIFE INJ counter is initialized with the value xx..x. (if xx.x is
omitted, 0)
LOGCLR Clears log information
MAINTE Operation permission for the maintenance screens; applicable to all
parameters in the PARAMETER screen and PARAM PRINT
MAINTEP Same functions as MAINTE with recorder output switched to pressure
MAINTET Same functions as MAINTE with recorder output switched to
temperature
MAINTED Same functions as MAINTE and the recorder output detector
sensitivity is magnified tenfold
MAINTEX2 Same functions as MAINTE with X1 operation of MECHA ADJUST
screen switched to X2
MAINTEX3 Same functions as MAINTE with X1 operation of MECHA ADJUST
screen switched to X3
MAINTESS Same functions as MAINTE with X1 operation of MECHA ADJUST
screen switched to SYS
MAINTESL Same functions as MAINTE with X1 operation of MECHA ADJUST
screen switched to SYL
AS Displays auto sampler parameters on the PARAMETER screen
IDT Displays IDT (peak identification) file on the PARAMETER screen
TBD Displays TBD (peak detection) file on the PARAMETER screen
CTL0 Displays CTL0 (Warming up control) file on the PARAMETER screen
CTL1 Displays CTL1 (Stand-by control) file on the PARAMETER screen
CTL2 Displays CTL2 (Condition control) file on the PARAMETER screen
CTL3 Displays CTL3 (Analysis control) file on the PARAMETER screen
CTL4 Displays CTL4 (Wash control) file on the PARAMETER screen
CTL5 Displays CTL5 (S-Wash control) file on the PARAMETER screen
CTL6 Displays CTL6 (Prime3 control) file on the PARAMETER screen
CTL9 Displays CTL9 (Prime Wash control) file on the PARAMETER screen
CTL10 Displays CTL10 (D-Flush control) file on the PARAMETER screen
CTL11 Displays CTL11 (Pump Clean control) file on the PARAMETER screen
4 - 12
4 Software
4.6 Parameter Settings for Engineers

When the MAINTE password is input, the engineer parameters (hidden) can be displayed
and edited on the PARAMETER screen. The main hidden parameters are shown below.
Absolutely do not change parameters other than those shown below.
Parameters Content Default

value
PERCENT DECIMAL The number of decimal fraction digits of a percentage 1
value referenced during printing and transmission (1 or
2)
TIME DECIMAL The number of decimal fraction digits of the retention 2
time value referenced during printing (2 or 3)
PRES-LOW Pump pressure observed lower limit (MPa). 0.5
PRES-HIGH Pump pressure observed upper limit (MPa) 15.0
AREA ERR COUNT When ERROR AREA for the total peak area occurs 3
sequentially for the number of times set here, the AREA
LOW ERROR occurs
ERROR AREA This is the minimum value for the total peak area. At this 50
value and below, an error occurs. This parameter is set
in conjunction with AREA ERR COUNT.
COLUMN COUNT This is the number of injections executed on the column. 0
The count is displayed on the STATUS screen.
COLUMN ALARM When the COLUMN COUNT exceeds the value set 0
here, the COLUMN COUNT OVER error occurs (the
check is not made when 0 is set)
TRANS G5/7 MODE This is the GHbV-compatible mode for measurement 8
results transfer.
5: Model V compatible format (Standard use)
6: Model V compatible format (Sample number special
conversion (Refer to Host Connection Specifications
for details))
7:G7 format, 8:G8 format
ONLINE MODE This is the online mode. 0
0: Normal operation
1: OFF-TIMER operation prohibited
SET SOLVENT 1 Initial volume of Elution Buffer No. 1 (mL). 800
This value is set after a REAGENT CHANGE.
SET SOLVENT W Initial volume of HW solution (mL). 2000
SOLVENT VOL.1 Remaining volume of Elution Buffer No. 1 (mL). 800
Displayed as a bar graph on the STATUS screen.
SOLVENT VOL.W Remaining volume of Hemolysis and Waash Solution 2000
(mL).
PURGING TIME Execution time of elution buffer priming from STAND-BY 90
(minutes)
4 - 13
4. Software
Parameters Content Default

value
LOADING TIME Execution time of INJ valve LOAD switch from INJ 0.7
(minutes)
#LAMP INIT REF Detector initial lamp strength (mV) 0
#DAILY RACK NO Rack number assignment method 0
0: On assay start, initialized to #1 (serial number in
batch units)
1: On daily assay start, initialized to #1 (serial number in
day units)
#FILTER COUNT This is the number of injections executed using the filter. 0
The count is displayed on the STATUS screen.
#FILTER ALARM When the FILTER COUNT exceeds the value set here, 0
the FILTER COUNT OVER error occurs (the check is
not made when 0 is set)
#OPTION M Special action mode
99999999 (9=0/1) 00000000
76543210 bit
bit0: Reserved, fixed as 0
bit1: Reserved, fixed as 0
bit2: Not used, fixed as 0
bit6:1=Bar code reading error alarm
bit7:1= 0 is used in place of a blank as the % value
when communication occurs during the
occurrence of an error level 1
#BUZZER MUTE Buzzer mute mode 0
0: No buzzer, 1: Only end buzzer sounds,
2:Sounds only during error, 3:All muted
#RTS-CTS CTRL Communication RTS-CTS flow control (software control) 0
0:No control, 1: Control
(RTS-CTS flow control is also done through hardware,
but if the operation is not instinctive, use this setting)
#RACK-SAMPLE NO Sample number assignment synchronized with rack 0
number
0:No, 1: Yes
(invalid during Belt line operation)
#GHbF EXCLUSION HbF % exclusion calculation 0
0:No exclusion, 1: Exclusion
#UNCOUNT DUMMY Dummy sample injection sample exclusion 0
0: Counted, 1: Count excluded
#DUMMY SAMPLE N Sets the number of dummy sample injections to use 0
before measurement
#PAUSE CYCLE N Sets the number of empty cycles to use before 10
automatic release of the pause cycle
#WAIT CYCLE N After processing of the final sample, this sets the 0
number of empty cycles to wait for more samples before
starting the wash process
#BUFFER ALARM Remaining elution buffer alarm (%) 0
When the remaining volume of one of the elution buffers
(SOLVENT VOL. 1 ~ 3, W) falls below the percentage
set here, the BUFFER EMPTY error message is
displayed (the check is not made when 0 is set)
4 - 14
4 Software
4.7 Maintenance Screens for Engineers
(1) LOADER MECHA Screen

This screen is used to execute operations related to the sampler loader mechanism
(these operations can only be executed when the instrument is in STAND-BY state).
Current position
(Number of pulses
from home)
Bar code read value
The distance of the current position from the X1 axis home position is displayed below
the screen title. When the HOME SET function has been executed, the values will be
reset to 0. The values will be inaccurate when the X1 axis has been moved by
hand or when an operation error occurs. Therefore, be sure to execute the
HOME SET function.
The X1 axis moves 100 pulses (10 mm) to the right.

(When the MAINTEX2 password is used, the X2 axis is moved. When the
MAINTEX3 password is used, the X3 axis is moved.)
The X1 axis moves 10 pulses (1 mm) to the right.
The X1 axis moves 1 pulse (0.1 mm) to the right.
The X1 axis moves 1 pulse (0.1 mm) to the left.
The X1 axis moves 10 pulses (1 mm) to the left.
The X1 axis moves 100 pulses (10 mm) to the left.
Executes the HOME SET function for the X1 axis. The value for the
current position will be reset to 0.
Moves the first sample in the rack to the sampling position with the X1
axis. A forced stop is executed when the key is pressed again.
4 - 15
4. Software
Moves the rack to the Y2 axis (left side) with the X1 axis. A forced stop is
executed when the key is pressed again.
Advances the locations with samples to the sampling position for the X1
axis. When the key is pressed again, the next sample is advanced to the
sampling position. When there are no more samples the axis moves to
the Y2 axis. If bar codes are being used, the bar codes are read and
displayed at the bottom of the screen.
Turns on the bar code reader and reads the bar code. There is no X1 axis
movement. The bar code data is displayed at the bottom of the screen. If
the bar code cannot be read, [BC READ ERROR!] will be displayed. If no
bar code is used (or if the ASM board 8P -DIP-SW-No.1 is set to OFF),
[NO BC READER!] is displayed.
Executes the HOME SET function for the X2 axis.
(When the MAINTEX2 password is used, the current position is reset to
0.)
With the X2 axis of the 290SL, the rack is moved to the 1 rack position
before the transfer position to the Y4 axis. This is the position where 2
racks can be arranged vertically.
A forced stop is executed when the key is pressed again.
(This function does not operate with the 90SL.)
The rack is moved to the Y3 axis (Y4 axis for the 290SL) with the X2 axis.
Executes the HOME SET function for the X3 axis.

(When the MAINTEX3 password is used, the current position is reset to
0.)
With the X3 axis of the 290SL, the rack is moved to the 1 rack position
before the transfer position to the Y5 axis. This is the position where 2
racks can be arranged vertically (During actual analysis operations, this
kind of transfer operation does not occur. )
The rack is moved to the Y5 axis (left side) with the X3 axis of the 290SL.
Moves the Y2 axis to the front. A forced stop is executed when the key is
pressed again.
Moves the Y2 axis to the back. A forced stop is executed when the key is
pressed again.
The 90SL Y3 axis moves to the back. A forced stop is executed when the
key is pressed again.
The 90SL Y3 axis moves to the front. A forced stop is executed when the
The 290SL Y4 axis moves to the back. A forced stop is executed when
the key is pressed again.
4 - 16
4 Software
The 290SL Y5 axis moves to the back. A forced stop is executed when
Repeatedly executes rack rotation.

If there is no rack on the Y3 axis (Y5 at the 290 SL) at the start of the
operation, a SAMPLE NOT FOUND error occurs and the operation stops.
Other methods for stopping operations include pressing the key again,
recognition of an end marker, and passage of an empty rack.
Displays SAMPLER MECHA screen.
4 - 17
4. Software
(2) SAMPLER MECHA Screen

This screen is used to execute operations related to the sampling mechanism.
(These operations can only be executed when the instrument is in STAND-BY state.)
Switches the rotary valve (MV2) to the hemolysis and wash solution.
Switches the rotary valve (MV2) to the dilution port.
Switches the rotary valve (MV2) to the sampling needle.
Switches the rotary valve (MV2) to the wash block.
Switches the rotary valve (MV2) to the eluent suction line.
Switches the rotary valve (MV2) to the pump seal wash line.
Executes the HOME SET function for the Y1 axis.
Moves the Y1 axis to the normal uptake position for loader samples. A
forced stop is executed when the key is pressed again.
Moves the Y1 axis to the uptake position for STAT samples. A forced stop
is executed when the key is pressed again.
Moves the Y1 axis to the dilution port position. A forced stop is executed
when the key is pressed again.
Switches to the injection valve (MV1). This key toggles between LOAD
and INJ.
Executes the HOME SET function for the Z1 axis.
4 - 18
4 Software
Lowers the Z1 axis to the uptake position for the loader or STAT samples
in sample cups (vials). A forced stop is executed when the key is pressed
again.
Lowers the Z1 axis to the primary tube uptake position for the loader or
STAT samples. A forced stop is executed when the key is pressed again.
Executes auto sampler washing and initialization operations.
Forces a stop in auto sampler washing and initialization operations.
Executes the HOME SET function for the syringe SMALL (SY-S)
The syringe SMALL (SY-S) will purge until the home sensor (U) turns on
(accompanied by SYRINGE-S ERROR). A forced stop is executed when
The syringe SMALL (SY-S) intake purge until the limit sensor (D) turns on
(accompanied by SYRINGE-S ERROR). A forced stop is executed when
Executes auto sampler power-on processing (mechanism initialization
and washing operations).
Executes auto sampler power-off processing (Z1 axis home set;

movement of needle to the upper limit).
Executes the HOME SET function for the syringe LARGE (SY-L).
The syringe LARGE (SY-L) will purge until the home sensor (U) turns on
(accompanied by SYRINGE-L ERROR). A forced stop is executed when
The syringe LARGE (SY-L) intake purge until the limit sensor (D) turns on
(accompanied by SYRINGE-L ERROR). A forced stop is executed when
Displays MECHA ADJUST screen.
Displays LOADER MECHA screen.
4 - 19
4. Software
(3) MECHA ADJUST Screen

This screen is used to execute operations of the Y1 and Z1 axes of the sampling
mechanism (these operations can only be executed when the instrument is in
STAND-BY state).
Y axis current Z1 axis current

position position
(Number of (Number of
pulses from pulses from
home) home)
The distance of the current position from the Y1, Z1 axis home position is displayed
below the screen title. When the HOME SET functions have been executed, the values
will be reset to 0. The values will be inaccurate when the Y1 or Z1 axis has been
moved by hand or when an operation error occurs. Therefore, be sure to execute
the HOME SET function.
Moves the Y1 axis 100 pulses (3.75 mm) back.
Moves the Y1 axis 10 pulses (0.375 mm) back.
Moves the Y1 axis 1 pulse (0.0375 mm) back.
Moves the Y1 axis 1 pulse (0.0375 mm) forward.
Moves the Y1 axis 10 pulses (0.375 mm) forward.
Moves the Y1 axis 100 pulses (3.75 mm) forward.
Executes the HOME SET function for the Y1 axis. The value for the
Moves the Y1 axis to the conveyed sample uptake position. A forced stop
is executed when the key is pressed again. (Only for the LA model.)
Moves the Y1 axis to the uptake position for loader samples. A forced
stop is executed when the key is pressed again.
Moves the Z1 axis up 10 pulses (about 0.41 mm).
Moves the Z1 axis up 1 pulse (about 0.041 mm).
4 - 20
4 Software
Moves the Z1 axis down 1 pulse (about 0.041 mm).
Moves the Z1 axis down 10 pulses (about 0.41 mm).
Moves the Z1 axis down 100 pulses (about 4.1 mm).
Executes the HOME SET function for the Z1 axis. The value for the
Moves the Z1 axis to the uptake position for a transported sample in a
sample cup (vial). A forced stop is executed when the key is pressed
again.
Moves the Z1 axis to the primary tube uptake position for a transported
sample. A forced stop is executed when the key is pressed again.
Moves the Z1 axis to the uptake position for a loader sample in a sample
cup (vial). A forced stop is executed when the key is pressed again.
Moves the Z1 axis to the primary tube uptake position for a loader
sample. A forced stop is executed when the key is pressed again.
4.8 AS (Auto Sampler) Parameter Settings
The auto sampler position adjustment can be changed via parameter settings (please
make mechanical adjustments where possible). These parameters are contained in the
System.prm file. In addition, when the AS password is used, the settings can be edited
in the PARAMETER screen. Use the MECHA ADJUST screen to find the number of
pulses required for each part, and input the numbers at the relevant locations. After
editing is complete, in order for the changes to take effect, turn the power off
using the POWER key, then turn the power on again. The main parameters related
to control are shown below. Absolutely do not change parameters other than those
shown below.
- Object: 90=90SL 100=100SL-GA, 290=290SL, ALL=All models

Parameters Content Default Object
value
Y1-HD Drain position of the sampling Y1 axis (0.0375 mm/pulse) 800 ALL
Y1-HK Dilution position of the sampling Y1 axis (0.0375 mm/pulse) 426 ALL
Y1-SMP Loader normal sample position of the sampling Y1 axis (0.0375 3200 ALL
mm/pulse)
Y1-STAT STAT sample position of the sampling Y1 axis (0.0375 4550 ALL
mm/pulse)
Z1-HD Drain position of the sampling Z1 axis (0.041 mm/pulse) 1885 ALL
Z1-HK Dilution position of the sampling Z1 axis (0.041 mm/pulse) 1365 ALL
Z1-SNS Needle lowered confirmation position of the sampling Z1 axis 2710 ALL
(for primary tubes) (0.041 mm/pulse)
Z1-SMP Primary tube uptake position of sampling Z1 axis for loader and 2900 ALL
STAT samples (0.041 mm/pulse)
Z1-SMPD Sample cup uptake position of sample Z1 axis for loader and 2200 ALL
STAT samples (0.041 mm/pulse)
4 - 21
4. Software
Parameters Content Default Object

value
Z1-15 100-mm primary tube push-down amount sampling Z1 axis 488 ALL
(0.041 mm/pulse) (for 75-mm primary tubes, automatically
incremented to 610 pulses)
X1-90F Initial step distance of X1 axis for 90SL, 100SL-GA 245 90,100
(0.1mm/pulse)
X1-90L Final step distance of X1 axis for 90SL, 100SL-GA 200 90,100
(0.1mm/pulse)
X1-290F Initial step distance of X1 axis for 290SL (0.1 mm/pulse) 3040 290
X1-290L Final step distance (to transport location) of X1 axis for 290SL 200 290
(0.1 mm/pulse)
X2-90OV Movement distance to carry out position of X2 axis for 90SL, 2840 90,100
100SL-GA (0.1 mm/pulse)
X2-290OV1 Movement distance to carry out position, one rack space in 6660 290
front of X2 axis for 290SL (0.1 mm/pulse)
X2-290OV2 Movement distance to transport position of X2 axis for 290SL 8660 290
(0.1 mm/pulse)
X3-290OV2 Movement distance to transport position of X3 axis for 290SL 3040 290
(0.1 mm/pulse)
SYS-IN1 Uptake amount for standard whole blood sample (0.0263 110 ALL
µL/puLse)
SYS-IN3 Uptake amount for whole blood sample during assay of 200 ALL
ß-Thalassemia (0.0263 µL/ puLse)
SYL-OUT2 Dilution amount when whole blood diluted (0.526 µL/ puLse) 1000 ALL
SYL-IN7 Sample uptake amount after whole blood dilution (0.526 500 ALL
µL/puLse)
SYL-IN9 Air uptake amount prior to sample uptake after dilution (0.526 250 ALL
µL/puLse)
SYL-IN10 Air uptake amount after sample uptake after dilution (0.526 110 ALL
µL/puLse)
SYL-IN11 Sample uptake amount after dilution (0.526 µL/ puLse) 200 ALL
BC TURN Bar code turn mode AABCD (For 100SL-GA: only for Japan) 10103 100
MODE AA: One direction turn time (00~ 31: unit 100 ms)
When 00, does not turn
B: Time to wait for turn direction to change
(0-9: unit 100 ms)
C: Turn direction (0=back and forth turn, 1 = single
direction turn)
For a single direction, the number of turns is doubled
D: Number of turns (0~9: no turn when 0)
A reciprocal turn is a set, counted as one time
MIXING MODE Mixing mode AABCC (For 100SL-GA) 05120 100
AA: One direction turn time (00~ 31: unit 100 ms)
When 00, no mixing
B: Time to wait for turn direction to change (0~9: unit
100 ms)
CC: Number of mixes (00~99:When 00, no mixing)
A reciprocal turn is a set, counted as one time
B X-RA1 Bar code turn motor initial speed (pps) (For 100SL-GA) 40 100
B X-RA2 Bar code turn motor terminal speed (pps) (For 100SL-GA) 600 100
B X-RA Bar code turn motor acceleration and deceleration pulse (For 200 100
100SL-GA)
MX-RA1 Mix motor turn initial velocity (pps) (For 100SL-GA) 40 100
MX-RA2 Mix motor turn terminal velocity (pps) (For 100SL-GA) 2000 100
MX-RA Mix motor acceleration and deceleration pulse (For 100SL-GA) 200 100
4 - 22
4 Software
4.9 Bar Code Reader Settings
A bar code reader comes as a standard attachment on the 90SL and the 290SL.
However, if you are to use the bar code reader, you must turn the DIP-SW (SW2) - 1
on the ASM board ON (factory setting is ON).
In addition, bar code reader settings are set under the following conditions if the MODE
SET parameter in the BCR screen is set to 1. Settings are made for the RAM portion
of the bar code reader (deleted when the main power is turned OFF). The settings are
determined by the parameters designated in the BCR screen. Bar code reader settings
are set when
· -the main power is turned on

· -system.prm file is loaded
- the SET key is pressed in the BCR screen
When changing the mode content at other times, press the MODE SET key after
changing individual parameters in order to configure the bar code reader. The
designated parameters will automatically be set when the main power is turned on.
When using other methods (PC, specialized setting software, etc.) to register special
settings and parameters not shown on the BCR screen in the bar code reader ROM,
set the MODE SET parameter to 0 and turn the main power off and then on again.
With this setting, the instrument does not configure the bar code reader. As a result,
the bar code reader will maintain the settings (ROM) present immediately after startup.
4 - 23
4. Software
4.10 Save and Recovery of System.prm File
If the parameters are changed from the factory default settings, the manufacturer
recommends that the new settings be saved on a new smart media card as a
System.prm file. To save the file to card, select PRM SAVE on the CARD screen.
When version upgrades are installed or data is initialized in unexpected situations, this
file can be loaded on the CARD screen after startup to return all parameters to their
previous settings.
Time of delivery
G8 Parameter change
Startup complete
Saved on CARD screen

G8
System
.prm
Version upgrade
G8
(If not initialized, previous parameters are kept)
Initialization for version upgrade or when problems experienced
Read by CARD screen

G8
4 - 24
4 Software
4.11 Read the Log
The following information is displayed in the LOG VIEW screen.

The detailed content of each screen can be displayed, printed, and saved to a smart
media card.
Information Summary Display content

ERROR Error history YY/MM/DD HH:MM:SS XXXXXXXXXX
YY/..:SS: Date and time of occurrence
XXX..XX: Error message
The following detailed information will be present after a
pulse motor error:
999 AA:B,C,DDDD,EEEE
AA: Mechanism name (e.g., Z1, X1, SS, SL)
B, C: Process number (content omitted)
DDDD: Operation mode (content omitted)
EEEE: Error content
NHOM:Home cannot detected (axis cannot
reach home position)
NLMT: Limit cannot be detected (axis cannot
reach limit position)
HOVR: Home was detected (moved too far in
the home direction)
LOVR: Limit was detected (moved too far in
the limit direction)
TOUT: Timeout error of Z1 sensor
ERR: X1 axis pitch sensor error
PERR: Rack detected at position 11 or higher
on X1 axis
REQ: Request for movement of next sample
was made during movement to uptake
position
HOST Host DD HH:MM:SSX YYYYYYYYYYYY
communication DD HH:MM:SS: Date and time of occurrence
history X: S = Send, R = Receive
(abbreviated) YYY..YY: Abbreviated communication string
Request query: Sample ID
Request order: Sample type, container
type, A1c item only
Measurement result transmission: 20
characters from start of string
(only the second record with
RAW labels)
BCR Bar code and DD HH:MM:SS XX = YYYYYYYYYYYY
sample ID DD HH:MM:SS: Date and time of occurrence
history XX: SL: Bar code read at sample loader
ST: Sample ID given by STAT operations
LC: Sample ID from Belt line
BL: Bar code read from transport BCR
YYY..YY: Bar code or sample ID
Note: When different sampling positions are mixed, the
recorded sequence and the actual measurement
sequence may not always be the same.
4 - 25
4. Software
Information Summary Display content

LC Belt line DD HH:MM:SS XX = YYYYYYYYYYYY
history X: S: Send, R: Receive
YYY..YY: Abbreviated message (details are omitted)
Note: No record is made when the communication is
the same as the previous communication.
(AS DD HH:MM:SS XX = YYYYYYYYYYYY
is logged X: S: Send to AS, R: Receive from AS
except for Belt YYY..YY: Abbreviated message (details are omitted)
line operation)
DIO DIO for Belt line DD HH:MM:SS XX = YYYYYYYYYYYY
history DD HH:MM:SS: Date and time of occurrence
XX: DI: Input, DO: Output
YYY..YY: Signal level expressed as H or L
For DI: The sequence is SMPOK, HCNECT,
CANCEL, SDR, open, open, open, open
For DO: The sequence is
READY,SACK,SDRACK,SCNECT, RSTSMP,
ERROR,CANACK, open
Note: No record is made when all signals are the same
as the previous record.
(Host DD HH:MM:SS XX = YYYYYYYYYYYY

is logged X: S: Send, R: Receive
except for Belt YYY..YY: Info character content
line operation) BCC and non-alphanumerical characters are displayed
with the following signals
<SX> ? Hexadecimal 02 <EX> ? Hexadecimal 03
<ET> ? Hexadecimal 04 <AK> ? Hexadecimal 06
<LF> ? Hexadecimal 0A <CR> ? Hexadecimal 0D
<NK> ? Hexadecimal 15 0x99 ? Hexadecimal 99
(00~FF)
All of these logs (5 files) can be saved to a smart media card (about 1 MB) by pressing the
SAVE EXEC key. The stored files can be viewed on a PC using a text editor or similar
program.
4 - 26
4 Software
4.12 Error Messages
[Error code] : [Error type]

000~099 : Operation errors
100~199 : Status monitoring errors
200~299 : Data processing errors
300~399 : Communication errors
400~499 : Printer errors
500~599 : Disk errors
600~699 : Control and monitoring errors
700~799 : Auto sampler errors
800~899 : Belt line control errors
Error levels
0: Warning
1: To STAND-BY
2: To WASH
AlarmLevels
0: Buzzer for 1 s
1: Buzzer for 30 s, error lamp and patrol light (optional) turned on
Printing
0: None
1: Yes
Error Messages Error Alarm

Printing
1) Content 2) Monitoring method 3) Cause 4) Countermeasure Level Level
001 STOP ACCEPTED 0 0 0
1) STOP was executed
2) Monitors for one instance of pressing the STOP key during
measurement or accompanying operations
3) STOP key was pressed once
4) None
002 EMERGENCY STOP 0 0 0
1) EMERGENCY STOP was executed
2) Monitors for two instances of pressing the STOP key during
measurement or accompanying operations
3) STOP key was pressed twice in succession
4) None
010 SYSTEM RUNNING 0 0 0
1) Designated operation cannot be executed during measurement
2) Check whether measurement or accompanying operations are in
progress when operations are attempted on the screen
3) Prohibited operation was attempted
4) Attempt the operation again when measurement is complete
4 - 27
4. Software

Printing
011 MIS OPERATION 0 0 0
1) Incorrect operation was attempted
2) Check whether operations on the screen are correct
3) Incorrect operation was entered on the screen
4) Use correct operations
020 #9999 PARAM ERROR 0 0 1
1) The parameter with this number (defined in the System.prm file) is
incorrect
2) Check whether parameters are within correct ranges when read from
the System.prm file
3) The System.prm file contains parameters with values outside the
correct ranges
4) Insert a disk with a correct System.prm file and re-execute operations
030 UNMATCH MODE DATA 0 0 0
1) Incompatible data provided for current operating mode
2) Check measurement mode of data when data is read from card
3) The instrument attempted to read a data disk containing a data for a
different mode of operation
4) Insert a disk containing data for the present mode and re-execute
operations
040 SAMPLING BUSY 0 0 0
1) ERROR RESET operation is not possible due to sample processing
through Belt line
2) Check for processing of conveyed samples when the ERROR RESET
key in the BELT LINE screen is pressed
3) The ERROR RESET key was used during processing of a
transported sample
4) Execute the ERROR RESET operation after sampling of conveyed
samples is complete
050 EXCEEDED 4 KINDS 0 0 0
1) More than 4 types of bar codes were designated in the BCR screen
2) Check for more than 4 designations when bar code types are
selected in the BCR screen
3) More than 4 types of bar codes were selected
4) Designate up to 4 bar code types
4 - 28
4 Software

Printing
100 PRESSURE HIGH 1 1 1
1) Pump pressure exceeds the PRES-HIGH parameter (default setting:
15 MPa, or 20 MPa for ß-thalassemia mode)
2) The AD conversion value for pressure is monitored every 3 s and
compared to the PRES-HIGH parameter (monitoring begins 21 s after
ERROR RESET)
3) a) Filter contamination b) Flow line occlusion
c) Pressure sensor fault d) I/O-board fault e) MAIN board fault
4) a) Inspect for occlusions at the filter and other locations
b) Inspect the pressure sensor c) Inspect boards
101 PRESSURE LOW 1 1 1
1) Pump pressure fell below the PRES-LOW parameter (default setting:
0.5 MPa)
2) 21 s after pump start-up, the AD conversion value for pressure is
monitored every 3 s and compared to the PRES-LOW parameter
3) a) Insufficient elution buffer b) Air bubbles in the pump c) Flow
line leaks d) Pressure sensor fault e) I/O-board fault f) MAIN
board fault
4) a) Add elution buffer b) Execute air removal operations
c) Inspect pressure sensor d) Inspect boards
102 PRES LIMIT OVER 1 1 1
1) Pump pressure abnormality (30 MPa) was detected
2) The pressure sensor circuit is monitored every 3 s. Recovery from
this error requires the main power to be turned off and on.
3) a) Filter contamination b) Flow line occlusion c) Pressure sensor
fault d) I/O-board fault e) MAIN board fault
4) a) Inspect for occlusions at the filter and other locations
b) Inspect the pressure sensor c) Inspect boards d) Turn the main
power off and on
110 TEMP UNSTABLE 2 1 1
1) Column temperature exceeded or fell below the COL.T-RANGE
parameter (default setting: 10°C) using the COLUMN TEMP
parameter (default setting: 25°C) as the center value
2) The AD conversion value of column temperature is monitored and
compared with the COLUMN TEMP and COL.T-RANGE parameters
every 3 s
3) a) Fluid leak in the column oven b) Thermomodule fault
c) Temperature sensor fault d) I/O-board fault e)MAIN board fault
4) a) Inspect for column oven fluid leaks b) Inspect the thermomodule
c) Inspect the temperature sensor d) Inspect boards
4 - 29
4. Software

Printing
111 TEMP LIMIT OVER 2 1 1
1) Temperature abnormality (50°C) was detected
2) Temperature sensor circuit is monitored every 3 s. Recovery from this
error requires the main power to be turned off and on.
3) a)Thermo module abnormality b) Temperature sensor abnormality
c) I/O-board fault d) MAIN board fault
4) Inspect the thermo module b) Inspect the temperature sensor c)
Inspect boards d) Turn the main power off and on
120 STAT DOOR OPEN 0 1 1
1) The STAT door is open
2) During stat measurement the STAT door sensor is monitored
3) a) STAT door is open b) STAT door sensor fault c) CB1 board fault
d) ASM board fault
4) a) Close the door b) Inspect the STAT sensor c) Inspect boards
130 FILTER COUNT OVER 0 1 1
1) The number of samples processed has exceeded the number set in
the FILTER ALARM parameter used for filter management (default
setting: 0 (no check))
2) The number of samples processed is incremented by 1 each time a
sample is measured. The number is monitored and compared to the
FILTER ALARM setting at each increment.
3) The injection limit of the filter has been reached
4) Replace the filter and press the FILTER RESET key in the REAGENT
CHANGE screen (the filter counter will be cleared)
131 COLUMN COUNT OVER 0 1 1
1) The number of samples processed has exceeded the number set in
the COLUMN ALARM parameter used for column management
(default setting: 0 (no check))
2) The number of samples processed is incremented by 1 each time a
sample is measured. The number is monitored and compared to the
COLUMN ALARM setting at each increment.
3) The injection limit of the column has been reached
4) Replace the column and press the COLUMN RESET key in the
REAGENT CHANGE screen (the column counter will be cleared)
140 BUFFER EMPTY 0 1 1
1) Elution Buffer No. 1, 2,3 or HWS has dropped below the % value set
in the BUFFER ALARM parameter (default setting: 0 (no check))
2) Each time a sample is measured, the remaining elution buffer and
HWS quantities are monitored and compared to the BUFFER ALARM
parameter (units: %)
3) Insufficient elution buffer or HWS
4) Replace the elution buffer or HWS and press the elution buffer
number or H/W and CHANGE key in the REAGENT CHANGE screen
(remaining elution buffer quantity will be reset)
4 - 30
4 Software

Printing
150 GRAD SENSOR ERROR STD : 1 1
1) The GRAD sensor of pump is out of order. 0
2) In flow condition, the GRAD sens or is checked whether signal value EXCEPT
changes within 2 seconds STD :
3) a) GRAD sensor fault b) I/O-board fault c)MAIN board fault 2
4) a) Inspect the GRAD sensor b) Inspect boards
200 AREA LOW ERROR 2 1 1

(1)1) Total peak area fell below the value set in the ERROR AREA
parameter (default setting: 50) sequentially for the number of times
set in the AREA ERR COUNT parameter (default setting: 3)
2) When results are processed for each sample, the total peak area is
compared against the ERROR AREA parameter. When the value falls
below the ERROR AREA parameter for the number of times set in the
AREA ERROR COUNT parameter, this error appears.
3) a) Insufficient sample b) Insufficient elution buffers
c) Insufficient Hemolysis & Wash solution d) Sampling needle
occlusion c) Blockage or leak in flow line d) Air in syringe
e) Detector abnormality f) MAIN board fault
4) a) Check the sample quantity b) Check the elution buffers and
Hemolysis & Wash solution quantities c) Inspect for occlusions in
the flow line d) Inspect for air in the syringe
e) Inspect the detector f) Inspect the boards
4 - 31
4. Software

Printing
201 CALIB ERROR 2 0 1
1) One of the following statuses occurred during calibration
• Peak SA1c was not detected
• A difference of 0.3 % or more occurred between the second and
third measurement values for SA1c when the low-concentration
calibrator was used
• A difference of 0.3% or more occurred between the first and second
measurement when the high concentration calibrator was used
• When using the low-concentration calibrator, the average value of
the second and third measurements of SA1c was outside the range
given by multiplying CALIB_1 by the SA1C RANGE (default value:
0.2 % (0.3 % for variant mode)) with CALIB_1 (default value: 5.5) as
the center value
• When using the high-concentration calibrator, the average value of the
first and second measurements of SA1c was outside the range given
by multiplying CALIB_2 by the SA1C RANGE (default value: 0.2 %
(0.3 % for variant mode)) with CALIB_2 (default value: 10.5) as the
center value
2) The above conditions are checked when calibration measurement
results are processed
3) a) Insufficient or deteriorated calibrator b) Insufficient or deteriorated
elution buffers c) Insufficient or deteriorated Hemolysis & Wash
solution d) Sampling needle occlusion e) Flow line occlusion f)
Air in the syringe g) Flow line fluid leak h) Uneven flow rate i)
Cell contamination
4) a) Check or replace the calibrator b) Check or replace elution
buffers c) Check or replace Hemolysis & Wash solution d) Inspect
for occlusions in the sampling needle and flow line e) Inspect for air
in the syringe f) Inspect the flow line g) Inspect the pump h)
Inspect the cell
211 PEAK PATTERN ERR 0 0 1
1) Peaks were not separated well
2) The measurement results are checked for the existence of a main
peak
3) a) Insufficient or deteriorated sample b) Insufficient or deteriorated
solution solution d) Sampling needle occlusion e) Flow line
occlusion f) Air in the syringe
g) Flow line fluid leak h) Uneven flow rate i) Cell contamination
4) a) Check the sample quantity or replace the sample
b) Check or replace elution buffers c) Check or replace Hemolysis &
Wash solution d) Inspect for occlusions in the sampling needle and
flow line e) Inspect for air in the syringe f) Inspect the flow line
g) Inspect the pump h) Inspect the cell
4 - 32
4 Software

Printing
220 NO PEAK DETECT 0 0 1
1) No peaks were detected
2) The measurement results are checked for the existence of at least 1
peak
3) a) Insufficient sample b) Insufficient elution buffers
c) Insufficient Hemolysis & Wash solution d) Sampling needle
occlusion e) Blockage or leak in flow line f) Air in syringe g)
Detector abnormality h) MAIN board fault
4) a) Check the sample quantity b) Check the elution buffer and
Hemolysis & Wash solution quantities c) Inspect for occlusions or
leaks in the sampling needle and flow line
d) Inspect for air in the syringe e) Inspect the detector
f) Inspect the boards
221 #####NOT DETECT 0 0 1
1) The peak shown by ##### could not be detected
2) The peak shown by ##### is checked in the measurement results
processing
3) a) Insufficient or deteriorated sample b) Insufficient or deteriorated
solution d) Sampling needle occlusion e) Flow line occlusion f)
Air in the syringe g) Flow line fluid leak h) Uneven flow rate i)
Cell contamination
4) a) Check the sample quantity or replace the sample
b) Check or replace elution buffers c) Check or replace Hemolysis &
Wash solution d) Inspect for occlusions in the sampling needle and
flow line e) Inspect for air in the syringe f) Inspect the flow line
g) Inspect the pump h) Inspect the cell
230 RAW DATA FULL 0 0 1
1) There is insufficient space for recording data
2) The space required for recording data is checked when data is
collected
3) System error
4) Turn the main power off, then on
231 NO RAW DATA 0 0 1
1) No chromatograph data has been stored
2) The existence of chromatograph data is checked when re-calculation
is executed
3) There is no chromatograph data
4) Execute re-calculation for stored chromatograph data
4 - 33
4. Software

Printing
300 MJ COMM ERROR (PE) 0 1 1
1) Parity error occurred in display device screen data communication
2) Parity errors generated by the communication controller are
monitored during display device screen data communication
3) a) Display device defect b) Improper connection with display device
MJ connector c) MAIN board fault
4) a) Inspect display device and related connections
b) Inspect boards
301 MJ COMM ERROR (FE) 0 1 1
1) Framing error occurred in display device screen data communication
2) Framing errors generated by the communication controller are
b) Inspect boards
302 MJ COMM ERROR (OR) 0 1 1
1) Overrun error occurred in display device screen data communication
2) Overrun errors generated by the communication controller are
b) Inspect boards
303 MJ COMM ERROR (BF) 0 1 1
1) Buffer full error occurred in display device screen data communication
2) Reception buffer shortfall is monitored during display device screen
data communication
4) a) Inspect display device and related connections b) Inspect boards
304 MJ COMM ERROR (OL) 0 1 1
1) Overly long data error occurred in displayed device screen data
communication
2) Reception of overlong data with 256 characters or more is monitored
during display device screen data communication
b) Inspect boards
4 - 34
4 Software

Printing
305 MJ COMM ERROR (RE) 0 1 1
1) Retry error occurred in display device screen data communication
2) Data re-transmissions exceeding 5 times are monitored during
display device screen data communication
b) Inspect boards
306 MJ COMM ERROR (ST) 0 1 1
1) Sending timeout error occurred in display device screen data
communication
2) Reception of counter signal transmission is monitored using a 3-s
timer during display device screen data communication
3) a) Dis play device defect b) Improper connection with display device
b) Inspect boards
307 MJ COMM ERROR (RT) 0 1 1
1) Receiving timeout error occurred in display device screen data
communication
2) Continuous data reception is monitored using a 3-s timer during
display device screen data communication
b) Inspect boards
308 MJ COMM ERROR (NR) 0 1 1
1) A no response error occurred in display device screen data
communication
2) Responses are monitored using a 3-s timer during display device
screen data communication
b) Inspect boards
310 EXB COM ERROR (PE) 0 1 1
1) Parity error occurred in BCR communication for Belt line
monitored during communication with the Belt line BCR
3) a) Belt line BCR fault b) Poor connection with Belt line BCR c) OPT
board fault d) MAIN board fault
4) a) Inspect the Belt line BCR and related connections
b) Inspect boards
4 - 35
4. Software

Printing
311 EXB COM ERROR (FE) 0 1 1
1) Framing error occurred in BCR communication for Belt line
b) Inspect boards
312 EXB COM ERROR (OR) 0 1 1
1) Overrun error occurred in BCR communication for Belt line
b) Inspect boards
313 EXB COM ERROR (BF) 0 1 1
1) Buffer full error occurred in BCR communication for Belt line
2) Reception buffer shortfalls are monitored during communication with
the Belt line BCR
b) Inspect boards
314 EXB COM ERROR (OL) 0 1 1
1) Overly long data error occurred in BCR communication for Belt line
during communication with the Belt line BCR
b) Inspect boards
315 EXB COM ERROR (RE) 0 1 1
1) Retry error occurred in BCR communication for Belt line
communication with the Belt line BCR
b) Inspect boards
4 - 36
4 Software

Printing
316 EXB COM ERROR (ST) 0 1 1
1) Sending timeout error occurred in BCR communication for Belt line
2) Reception of controller signal transmission is monitored using a 3-s
timer during communication with the Belt line BCR
b) Inspect boards
317 EXB COM ERROR (RT) 0 1 1
1) Receiving timeout error occurred in BCR communication for Belt line
communication with the Belt line BCR
b) Inspect boards
318 EXB COM ERROR (NR) 0 1 1
1) No response error occurred in BCR communication for Belt line
2) Responses are monitored using a 3-s timer during communication
with the Belt line BCR
4) a)Inspect the Belt line BCR and related connections b) Inspect boards
320 LCD COM ERROR (PE) 0 1 1
1) Parity error occurred in in display communication
monitored during display communication
3) a) Poor connection with display b) MAIN board fault
c) Display fault
4) a) Inspect related connections b) Inspect the board
c) Inspect the display
321 LCD COM ERROR (FE) 0 1 1
1) Framing error occurred in display communication
monitored during communication with the display
c) Display fault
4 - 37
4. Software

Printing
322 LCD COM ERROR (OR) 0 1 1
1) Overrun error occurred in display communication
monitored during display communication
c) Display fault
323 LCD COM ERROR (BF) 0 1 1
1) Buffer full error occurred in display communication
2) Reception buffer shortfall is monitored during communication with the
display
c) Display fault
324 LCD COM ERROR (OL) 0 1 1
1) Overly long data error occurred in display communication
during communication with the display
c) Display fault
325 LCD COM ERROR (RE) 0 1 1
1) Retry error occurred in display communication
communication with the display
c) Display fault
326 LCD COM ERROR (ST) 0 1 1
1) Sending timeout error occurred in display communication 2)
Reception of counter signal transmission is monitored using a 3-s
timer during communication with the display
c) Display fault
4 - 38
4 Software

Printing
327 LCD COM ERROR (RT) 0 1 1
1) Receiving timeout error occurred in display communication
communication with the display
c) Display fault
328 LCD COM ERROR (NR) 0 1 1
1) No response error occurred in display communication
with the display
c) Display fault
330 AS COMM ERROR (PE) 0 1 1
1) Parity error occurred in auto sampler communication
monitored during communication with the auto sampler
3) a) Poor connection with the ASM board b) MAIN board fault c)
ASM board fault
4) a) Inspect related connections b) Inspect boards
331 AS COMM ERROR (FE) 0 1 1
1) A framing error occurred in auto sampler communication
ASM board fault
332 AS COMM ERROR (OR) 0 1 1
1) An overrun error occurred in auto sampler communication
ASM board fault
333 AS COMM ERROR (BF) 0 1 1
1) A buffer full error occurred in auto sampler communication
2) Reception buffer shortage is monitored during communication with
the auto sampler
ASM board fault
4 - 39
4. Software

Printing
334 AS COMM ERROR (OL) 0 1 1
1) Overlong data error occurred in auto sampler communication
during communication with the auto sampler
ASM board fault
335 AS COMM ERROR (RE) 0 1 1
1) A retry error occurred in auto sampler communication
communication with the auto sampler
ASM board fault
336 AS COMM ERROR (ST) 0 1 1
1) A sending transmission timeout error occurred in auto sampler
communication
2) Reception of counter signal transmission is monitored using a 3-s
timer during communication with the auto sampler
ASM board fault
337 AS COMM ERROR (RT) 0 1 1
1) A receiving timeout error occurred in auto sampler communication
communication with the auto sampler
c) Display fault
338 AS COMM ERROR (NR) 0 1 1
1) A no response error occurred in auto sampler communication
with the auto sampler
c) Display fault
340 HOST COMM EPR (PE) 0 1 1
1) Parity error occurred in HOST communication
monitored during communication with the host
3) a) Error in communications settings b) Poor connection with host
c) MAIN board fault
4) a) Inspect communication settings in RS232C screen
b) Inspect connection cable c) Inspect MAIN board
4 - 40
4 Software

Printing
341 HOST COMM ERR (FE) 0 1 1
1) Framing error occurred in HOST communication
c) MAIN board fault
342 HOST COMM ERR (OR) 0 1 1
1) Overrun error occurred in HOST communication
c) MAIN board fault
343 HOST COMM ERR (BF) 0 1 1
1) Buffer full error occurred in HOST communication
host
c) MAIN board fault
344 HOST COMM ERR (OL) 0 1 1
1) Overly long data error occurred in HOST communication
during communication with the host
c) MAIN board fault
345 HOST COMM ERR (RE) 0 1 1
1) Retry error occurred in HOST communication
communication with the host
c) MAIN board fault
4 - 41
4. Software

Printing
346 HOST COMM ERR (ST) 0 1 1
1) Sending timeout error occurred in HOST communication
timer during communication with the host
c) MAIN board fault
347 HOST COMM ERR (RT) 0 1 1
1) Receiving timeout error occurred in HOST communication
communication with the host
c) MAIN board fault
348 HOST COMM ERR (NR) 0 1 1
1) No response error occurred in HOST communication
with the host
c) MAIN board fault
350 LC COMM ERROR (PE) 0 1 1
1) Parity error occurred in Belt communication
monitored during communication with the Belt line
3) a) Error in Belt line communication settings b) Poor cable
connection with Belt line c) OPT board fault d) MAIN board fault
4) a) Inspect communication settings in LINE SETTING screen b)
Inspect connection cable c) Inspect boards
351 LC COMM ERROR (FE) 0 1 1
1) Framing error occurred in Belt line communication
4 - 42
4 Software

Printing
352 LC COMM ERROR (OR) 0 1 1
1) Overrun error occurred in Belt line communication
353 LC COMM ERROR (BF) 0 1 1
1) Buffer full error occurred in Belt line communication
Belt line
354 LC COMM ERROR (OL) 0 1 1
1) Overly long data error occurred in Belt line communication
during communication with the Belt line
355 LC COMM ERROR (RE) 0 1 1
1) Retry error occurred in Belt line communication
communication with the Belt line
356 LC COMM ERROR (ST) 0 1 1
1) Sending timeout error occurred in Belt line communication
timer during communication with the Belt line
4 - 43
4. Software

Printing
357 LC COMM ERROR (RT) 0 1 1
1) Receiving timeout error occurred in Belt line communication
communication with the Belt line
358 LC COMM ERROR (NR) 0 1 1
1) No response error occurred in Belt line communication
with the Belt line
360 LCD COMM ERROR (??) 0 1 1
1) An unknown error occurred in display communication
2) Errors generated by the communication controller are monitored
during display communication
c) Display fault
361 LCD COM ERROR (01) 0 1 1
1) A 01 error (display processing) occurred in display communication
c) Display fault
362 LCD COM ERROR (02) 0 1 1
1) A 02 error (overrun/framing error) occurred in display communication
c) Display fault
4 - 44
4 Software

Printing
363 LCD COM ERROR (03) 0 1 1
1) A 03 error (parity error) occurred in display communication
c) Display fault
364 LCD COM ERROR (04) 0 1 1
1) A 04 error (sum check error) occurred in display communication
c) Display fault
365 LCD COM ERROR (05) 0 1 1
1) A 05 error (address error) occurred in display communication
c) Display fault
366 LCD COM ERROR (06) 0 1 1
1) A 06 error (count error) occurred in display communication
c) Display fault
367 LCD COM ERROR (07) 0 1 1
1) A 07 error (screen error) occurred in display communication 2) Errors
generated by the communication controller are monitored during
display communication
c) Display fault
4 - 45
4. Software

Printing
368 LCD COM ERROR (08) 0 1 1
1) A 08 error (format error) occurred in display communication 2) Errors
generated by the communication controller are monitored during
display communication
c) Display fault
369 LCD COM ERROR (09) 0 1 1
1) A 09 error (received data over) occurred in display communication
3) a) Poor connection with dis play b) MAIN board fault
c) Display fault
370 LCD COM ERROR (0B) 0 1 1
1) A 0B error (retry command error) occurred in display communication
c) Display fault
371 LCD COM ERROR (0F) 0 1 1
1) An error (ETX error) occurred in display communication
c) Display fault
372 LCD COM ERROR (10) 0 1 1
1) A 10 error (DLE error) occurred in display communication
c) Display fault
4 - 46
4 Software

Printing
373 LCD COM ERROR (11) 0 1 1
1) An 11 error (character error) occurred in display communication
c) Display fault
374 LCD COM ERROR (12) 0 1 1
1) A 12 error (command error) occurred in display communication
c) Display fault
400 PAPER EMPTY 0 0 0
1) Printer is out of paper
2) The paper-out signal from the printer is constantly monitored during
printing
3) a) No paper b) Printer fault c) Printer I/F board fault
d) MAIN board fault
4) a) Add paper b) Inspect printer c) Inspect boards
401 PRINTER OFF LINE 0 0 0
1) Printer lever is not set
2) The printer lever release signal is constantly monitored during printing
3) a) Printer fault b) Printer I/F board fault c) MAIN board fault
4) a) Set the printer lever b) Inspect boards
420 PRINTER ERROR 0 0 0
1) The printer has malfunctioned
2) The fault signal is constantly monitored during printing
3) a) Printer fault b) Printer I/F board fault c) MAIN board fault
4) a) Inspect the printer b) Inspect the boards
500 CARD NOT READY 0 0 0

1) A smart media card is not inserted
2) When reading or writing smart media card, the CARD NOT READY
signal from the smart media card is monitored
3) a) No smart media card is inserted b) SMD board fault
c) MAIN board fault
4) a) Insert a smart media card b) Inspect the SMD board
c) Inspect the MAIN board
4 - 47
4. Software

Printing
501 WRITE PROTECT 0 0 0
1) The smart media card is write-protected
2) When a card is to be written to, the WRITE PROTECT signal from the
card is monitored
3) a) The smart media card is write-protected b) SMD board fault c)
MAIN board fault
4) a) Peel the smart media card write protection seal
b) Inspect the SMD board c) Inspect the MAIN board
510 CARD FULL 0 0 0
1) The card is full
2) When a card is to be written to, the space required to store the data is
checked
3) There is insufficient space on the card
4) Insert another formatted card
511 FILE NOT FOUND 0 0 0
1) The file could not be found
2) When a file is to be read from a card, a search is conducted and the
existence of the file is confirmed
3) The target file does not exist on the card
4) Insert the proper card
520 CARD DATA ERROR 0 0 0
1) Card data is corrupted
2) When a card is to be read or written to, the integrity of data is
constantly monitored via the FAT
3) Card defect
4) Format the card
530 CARD HARD ERROR 0 0 0
1) Card could not be accessed
2) When a card is to be read or written to, the access error signal from
the card is constantly monitored
3) a) The smart media card is corrupted b) SMD board fault c) MAIN
board fault
4) a) Format the smart media card b) Inspect SMD board
c) Inspect MAIN board
600 AS NO RESPONSE 2 1 1
1) The auto sampler does not respond
2) Auto sampler responses to queries are monitored
3) a) ASM board fault b) MAIN board fault
4) a) Inspect boards b) Turn the main power off, then on
4 - 48
4 Software

Printing
610 SAMPLER BUSY 2 1 1
1) The auto sampler was operating and could not receive the command
2) The auto sampler is checked for operation when a command is
issued to the auto sampler
3) The auto sampler is operating
4) Wait for operations to finish, then re-issue the command
620 SAMPLE NOT INJECT 0 0 1
1) Assay of previous sample is not yet complete, so sample was not
processed
2) When a sample inject command is issued to the auto sampler, a
response signal from the auto sampler with regard to the status of
processing the previous sample is monitored
3) The auto sampler is still processing the previous sample
630 BELT BCR NO RESP 0 0 1
1) The Belt line BCR did not respond
2) After the mode setting is transmitted to the Belt line BCR, the
response from the BCR is monitored with a 5-s timer
3) a) Poor Belt line BCR connection b) Belt line BCR fault
c) OPT board fault d) MAIN board fault
4) a) Inspect the Belt line BCR connection b) Inspect the Belt line BCR
c) Inspect boards
631 BELT BCR SET ERR 0 0 1
1) Mode setting for the Belt line BCR was not successful
2) A response from the BCR with the correct settings is checked for after
mode settings are transmitted to the Belt line BCR
3) a) Belt line BCR fault b) OPT board fault c) MAIN board fault
4) a) Inspect the Belt line BCR b) Inspect boards
632 BCR SET ERROR 0 0 1
1) BCR mode setting was not successful
2) A response from the BCR with the correct settings is checked for after
mode settings are transmitted to the BCR
3) a) BCR fault b) ASM board fault
4) a) Inspect the BCR b) Inspect the ASM board
640 QUERY NO RESPONSE 0 1 1
1) There was no response to an order query issued to the host
2) The response is monitored using a 30-s timer after an order query is
issued to the host
3) a) Communication specification error b) Defective host
c) Defective connection cable d) MAIN board fault
4) a) Check the communication settings in the RS232C screen b)
Inspect the host c) Inspect the connection cable
d) Inspect the board
4 - 49
4. Software

Printing
650 BELT ID UNMATCH 0 1 1
1) The ID of a sample arriving on the Belt line did not match the
anticipated sampling ID and measurement was cancelled
2) When a transported sample reaches the sampling position, the ID
previously transmitted from the Belt line is compared against the ID in
the sampling schedule
3) System error
660 BELT LINE ABORT 0 1 1
1) An error occurred on the belt line or instrument side during line
connection, and access to samples on the belt line was stopped
2) During measurement, error signals from the Belt line and instrument
are constantly monitored
3) Cause of the corresponding error
4) Eliminate the cause of the error and press the ERROR RESET key on
the BELT LINE screen
670 SKIP:############ 0 0 1
1) Assay was not done for the sample indicated by ############
because the bar code could not be read or some other problem
occurred (The upper digit of the ID that exceeds 12 digits is shortened
to _ (underscore))
2) The readability of the bar code, host response and possible transport
faults are checked when a sample arrives on the Belt line (QUERY
mode)
3) a) Defective bar code label b) No response from host
c) Error in the transport system
4) a) Inspect the bar code label b) Inspect the host
c) Inspect the transport system
671 BC ERR: 9999 - 99 0 1 1
1) A bar code could not be read
2) Check the readability of the bar code
3) a) Defective bar code label b) Poor positioning of the BCR
4) a) Inspect the bar code label b) Adjust the BCR
680 CALIB POS ERROR 2 1 1
1) The calibrator position is wrong
2) Check the assignment numbers of the calibrator registered bar code
and the actually read bar code
3) a) Calibrator placement error b) Bar code could not be read c)
Calibrator bar code registration error
4) a) Correct calibrator placement b) Register calibrator bar code again
4 - 50
4 Software

Printing
701 PULSE ERROR 2 1 1
1) Abnormality in data for pulse motor control
2) A pulse motor protection check is performed on instrument startup
3) There is an errant setting in the auto sampler parameters
4) a) Reset auto sampler parameters b) Turn the main power off, then
on
702 BC COMM ERROR 2 1 1
1) An error occurred in communication between the auto sampler and
the BCR
2) During communication with the BCR, error signals generated by the
communication controller are monitored
3) a) BCR fault b) ASM board fault
4) a) Inspect the BCR b) Inspect the board c) Turn the main power
off, then on
703 AS COMMAND ERROR 2 1 1
1) The auto sampler received an invalid command from the MAIN board
2) The auto sampler always discards non-standard data contained in
communication from the MAIN board
3) a) ASM board fault b) MAIN board fault
4) a) Inspect boards b) Turn the main power off, then on
704 SAMPLE NOT FOUND 2 1 1
1) A rack was not detected when measurement was started
2) For 90SL: When measurement is started, the Y3 belt is driven for 5 s
and the RK1 sensor is monitored to confirm that it turns on
For 290SL: When measurement is started, the Y5 belt is driven for 8 s
and the RK13 sensor is monitored to confirm that it turns on
3) For 90SL: a) No rack loaded b) RK1 sensor fault
c) ASM board fault
For 290SL: a) No rack loaded b) RK13 sensor fault
c) ASM board fault
4) a) Start operations after setting a rack b) Inspect the sensor c)
Inspect the board
705 RACK POS ERROR 2 1 1
1) The presence of a subsequent rack is preventing the rack transfer
lever from returning
2) For 90SL: When X1 is returned, the RK1 sensor is confirmed to be
off; when X2 is returned, the RK3 sensor is confirmed to be off
For 290SL: When X1 is returned, the RK13 sensor is confirmed to be
off; when X2 is returned, the RK3 sensor is confirmed to be off; when
X3 is returned, the RK8 sensor is confirmed to be off
3) For 90SL: a) rack is present b) RK1, RK3 sensor fault c) ASM
board fault
For 290SL: a) rack is present b) RK3, RK8, RK 13 sensor fault c)
ASM board fault
4) a) Remove the problem rack b) Inspect the sensors
c) Inspect the board
4 - 51
4. Software

Printing
706 SYRINGE-L ERROR 2 1 1
1) Operation error in syringe-L
2) Unexpected home sensor and limiter sensor signals are monitored
during syringe L operation (refer to ERROR log in “4.10 How to read
the log”)
3) a) Incorrect syringe L operation b) SYL motor fault
c) SYL-U sensor fault d) SYL-D sensor fault e) DRV2 board fault
f) ASM board fault
4) (4)a) Inspect syringe L b) Inspect the SYL motor
c) Inspect sensors d) Inspect boards
707 SYRINGE-S ERROR 2 1 1
1) Operation error in syringe-S
2) Unexpected home sensor and limiter sensors signals are monitored
during syringe S operation (refer to ERROR log in “4.10 How to read
the log”)
3) a) Incorrect syringe S operation b) SYS motor fault
c) SYS-U sensor fault d) SYS-D sensor fault e) DRV2 board fault
f) ASM board fault
4) a) Inspect syringe S b) Inspect the SYS motor c) Inspect sensors
d) Inspect boards
708 X1-AXIS ERROR 2 1 1
1) Operation error in X1-axis
during X1-axis operation (refer to ERROR log in “4.10 How to read
the log”)
3) a) Incorrect X1 mechanism operation b) X1 motor fault
c) X1-HM1 sensor fault d) X1-OV sensor fault e) DRV2 board fault
f) CB1 board fault g) ASM board fault
4) a) Inspect the X1mechanism b) Inspect the X1 motor
709 Y1-AXIS ERROR 2 1 1
1) Operation error in Y1-axis
during Y1-axis operation (refer to ERROR log in “4.10 How to read
the log”)
3) a) Incorrect Y1 mechanism operation b) Y1 motor fault
c) DRV2 board fault d) CB1 board fault e) ASM board fault
4) a) Inspect the Y1mechanism b) Inspect the Y1 motor
4 - 52
4 Software

Printing
710 Z1-AXIS ERROR 2 1 1
1) Operation error in Z1-axis
during Z1-axis operation (Refer to ERROR log in “4.10 How to read
the log”)
3) a) Incorrect Z1 mechanism operation b) Z1 motor fault
c) Z1-U sensor fault d) Z1-S sensor fault e) Z1-D sensor fault f)
DRV2 board fault g) ASM board fault
4) a) Inspect the Z1 mechanism b) Inspect the Z1 motor
711 LINE VALVE ERROR 2 1 1
1) Flow route switching valve (MV2) operation error
during MV2 operation (refer to ERROR log in “4.10 How to read the
log”)
3) a) Incorrect MV2 mechanism operation b) MV2 motor fault c)
RV-HM sensor fault d) DRV2 board fault e) ASM board fault
4) a) Inspect the MV2 mechanism b) Inspect the MV2 motor c) Inspect
sensors d) Inspect boards
during X2-axis operation (Refer to ERROR log in “4.10 How to read
the log”)
c) X2-HM sensor fault d) X2-OV2 sensor fault e) DRV2 board fault
f) CB1 board fault g) ASM board fault
4) a) Inspect the X2mechanism b) Inspect the X2 motor
during X3-axis operation (Refer to ERROR log in “4.10 How to read
the log”)
c) X3-HM sensor fault d) X3-OV3 sensor fault e) DRV3 board fault
f) ASM board fault
4) a) Inspect the X3 mechanism b) Inspect the X3 motor
4 - 53
4. Software

Printing
the log”)
4) a) Inspect the Y2 mechanism b) Inspect the Y2 motor
c) Inspect boards
the log”)
c) Inspect boards
the log”)
c) DRV3 board fault d) ASM board fault
c) Inspect boards
during Y5-axis operation (Refer to ERROR log in “4.10 How to read
the log”)
c) DRV3 board fault d) ASM board fault
c) Inspect boards
718 INJ VALVE ERROR 1 1 1
1) Injection valve (MV1) operation error
during MV1 operation (Refer to ERROR log in “4.10 How to read the
log”)
3) a) Incorrect MV1 mechanism operation b) MV1 motor fault c) INJ
sensor fault d) LOAD sensor fault e) DRV2 board fault f) ASM
board fault
4) a) Inspect the MV1 mechanism b) Inspect the MV1 motor c) Inspect
sensors d) Inspect boards
4 - 54
4 Software

Printing
722 SOFT ERROR 2 1 1
1) An auto sampler control error occurred
2) System errors at the auto sampler are monitored
3) System error
723 SAMPLE MISMATCH M 2 1 1
1) Measurement was not completed because the sample position
communicated from the auto sampler does not match that of the main
unit
2) When a sample reaches the sampling position, the sample position
previously read from the bar code and transmitted by the auto
sampler is compared to the sample position in the schedule
3) System error
724 SAMPLE MISMATCH A 2 1 1
1) Measurement was not completed because the sample position
communicated from the main unit does not match that of the auto
sampler
2) The sample position for which the sampling command was received is
checked by the auto sampler to ensure that it matches the sample
position controlled by the auto sampler
3) System error
725 SAMPLE RACK FULL 0 1 0
1) The sample rack is full on the transport side
2) Check whether the RK2 and RK3 rack sensors are both on during
rack transport
3) a) Rack is full b) RK2, RK3 sensor fault
4) a) Remove rack b) Inspect RK2, RK3 sensor
730 TUBE MIXING ERROR 2 1 1
1) The rack was moved at mixing or bar code reading
2) Check the rack moving during tube mixing and bar code reding when
DIP SW.6 of AS is ON (100SL-GA only)
3) a) Bar code label condition b) Rack fixing pin sensor fault
4) a) Fix the bar code label b) Inspect the rack fixing pin sensor
4 - 55
4. Software

Printing
800 BL BC UNMATCH 0 1 1
1) Measurement was not completed because the sample ID transmitted
from the Belt line does not match the ID read by the Belt line BCR
2) When the instrument reads the bar code of a sample at the sampling
position of the Belt line, the result is compared against the ID
transmitted from the Belt line
3) a) Defective bar code label b) Belt line BCR fault c) Belt line
system fault
4) a) Inspect the bar code label b) Inspect the Belt line BCR
c) Inspect the Belt line system
801 BL BC READ ERROR 0 1 1
1) Measurement was not completed because the bar code could not be
read by the Belt line BCR
2) The instrument checks the readability of the sample bar code at the
sampling position of the Belt line
3) a) Defective bar code label b) Poor positioning of Belt line BCR c)
Setting error for bar code type d) Belt line BCR fault e) Belt line
system fault
4) a) Inspect the bar code label b) Adjust the Belt line BCR position
c) Set the bar code type in the BCR screen
d) Inspect the Belt line BCR e) Inspect the Belt line system
802 BELT LINE ERROR 0 1 1
1) Measurement was not completed because an abnormal signal was
received from the Belt line
2) CANCEL and error communication signals from the Belt line are
constantly monitored
3) a) Belt line system fault b) Connection cable problem
4) a) Inspect the Belt line system b) Inspect the connection cable c)
Inspect the boards
803 BL ID TRANS ERROR 0 1 1
1) Measurement was not completed because an ID was transmitted
when the Belt line was not in a measurement-ready status
2) When the SDR signal is turned on, the line is checked for error and
local status
Inspect the boards
4 - 56
4 Software

Printing
804 BL ID NOT ACCEPT 0 1 1
1) Measurement was not completed because a sample arrived when no
ID transmission had been received at the Belt line
2) When the SMPOK signal is turned on, previous reception of an ID
transmission from the Belt line is confirmed
Inspect the boards
805 BELT LINE DOWN 0 1 1
1) Measurement was not completed because the Belt line connection
signal is off or communication from the Belt line was cut off
2) The HCNECT signal of the Belt line is monitored to check whether it
is turned off. In addition, the polling signal from the Belt line is
monitored to check whether or not it is still being received periodically.
Inspect the boards
806 BL COMM ERROR 0 1 1
1) Measurement was not completed because an Belt line
communication error occurred
2) Reception of the NAK signal from the Belt line is monitored
3) a) Error in Belt line communication specifications b) Belt line system
fault c) Connection cable problem d) OPT board fault e) MAIN
board fault
4) a) Set the communication settings in the LINE SETTING screen b)
Inspect the Belt line system c) Inspect the connection d) Inspect
boards
807 BL ANAL START 0 0 1
1) The measurement start command was received from the Belt line
2) Measurement start information received from the Belt line is reported
3) Measurement start information was received
4) None
808 BL ANAL STOP 0 0 1
1) The measurement stop command was received from the Belt line
2) Measurement stop information received from the Belt line is reported
3) Measurement stop information was received
4) None
4 - 57
4. Software

Printing
809 BL MODE CHG ERR 0 0 1
1) An error occurred in the mode setting change command from the Belt
line
2) When LOCAL or ONLINE is received from the Belt line, the SDR
signal is checked to confirm it is off
3) a) Error in Belt line communication specifications b) Belt line system
fault c) Connection cable problem d) OPT board fault e) MAIN board
fault
4) a) Set the communication settings in the LINE SETTING screen b)
Inspect the Belt line system c) Inspect the connection d) Inspect
boards
810 BL SAMP SIG ERR 2 1 1
1) The SMPOK signal from the transport during sampling is off
2) SMPOK signal is observed during sampling of transport sample
4) a) Inspect the Belt line system b) Inspect the connection
c) Inspect the boards
4 - 58
4 Software
4.13 Multiple Languages

As explained in “4.1 Software Installation at Delivery Time”, the creation of a
SysLabel.ini file saved to the system card allows multiple languages to be displayed.
In addition, this file can also be read by loading it for the CARD screen. In the
SysLabel.ini file, the items to be changed are defined to SysLabel.ini in the following
format.
Name code 1 = “definition character 1”

: :
Name code n = “definition character n”
Name code i: Keys, titles, messages are defined by code. (See the code definition
table below (Table 4).)
The code structure is an English character followed by 4 digits. The
codes are roughly divided for display and for printing.
K0000 ~ K9999 : Key names
T0000 ~ T9999 : Screen titles
D0000 ~ D9999 : Screen messages
L0000 ~ L9999 : Print messages
Definition character i:
The set character string is surrounded by quotation marks (“”). The
section of the character string that exceeds the character limit
determined for each name code is ignored. European characters that
cannot be expressed in alphanumeric characters are expressed as a
“¥” sign followed by a two-digit hexadecimal (for example: ¥D2).
Definitions for European characters differ depending on their use. For
display purposes, characters are defined as K/T/D0000~K/T/D9999,
and L0000 ~ L9999 for printing. Refer to the relevant table (Table 1:
European character table for display, Table 2: European character table
for printing) below for specific information. Since printing is also
simultaneously performed when an error message is displayed,
automatic conversion is performed to printing. Because the kinds of
characters used for printing are less than the types used for display,
alternative characters are used (see the display-print conversion table
(display? print), Table 3).
Ex. 1: Changing the PAUSE key name into small caps

K1000=“pause”
Ex. 2: Changing the PAUSE key to converted European text content
K1000=“ P¥C4¥D9S¥CA ” (text to left is defined as: PÄÙSÊ.)
Ex. 3: Justifying only the top screen keys to the left in small caps
(Only the 5 items below are defined)
K1000="pause"
4 - 59
4. Software
K1001="mainte"
K1002="menu"
K1003="stat"
K1004="calib"
Table1. European character table for display purposes

Code upper Cx Dx Ex Fx
digits?
Code lower
digits?
x0 À Ð à ð
x1 Á Ñ á ñ
x2 Â Ò â ò
x3 Ã Ó ã ó
x4 Ä Ô ä ô
x5 Å Õ å õ
x6 Æ Ö æ ö
x7 Ç × ç ÷
x8 È Ø è ø
x9 É Ù é ù
xA Ê Ú ê ú
xB Ë Û ë û
xC Ì Ü ì ü
xD Í Ý í ý
xE Î Þ î þ
xF Ï ß ï ÿ
Table2. European character table for print purposes

Code upper 8x 9x Ax
digits?
Code lower
digits?
x0 Ç È à
x1 ü æ í
x2 é Æ ó
x3 â ô ú
x4 ä ö ñ
x5 à ò Ñ
x6 å û
x7 ç ù
x8 ê ÿ
x9 ë Ö
xA è Ü
xB ï
xC î
xD ì
xE Ä
xF Å
4 - 60
4 Software
Table3. Display to Print Conversion Table (Display? Print)

À? A Ð? D à ð? o
Á? A Ñ á? a ñ
Â? A Ò? O â ò
Ã? A Ó? O ã? a ó
Ä Ô? O ä ô
Å Õ? O å õ? o
Æ Ö æ ö
Ç ×? x ç ÷
È? E Ø? O è ø? o
É Ù? U é ù
Ê? E Ú? U ê ú
Ë? E Û? U ë û? u
Ì? I Ü ì ü? u
Í? I Ý? Y í ý? y
Î? I Þ? P î þ? p
Ï? I ß? B ï ÿ
Gray Text is not converted
Table 4. Code Definition Table

Code Definition character (standard) Character Main application location
count
K1000 " PAUSE " 9 home screen
K1001 " MAINTE " 9 home screen
K1002 " MENU " 9 home screen
K1003 " STAT " 9 home screen
K1004 " CALIB " 9 home screen
K1005 "PUMP" 4 home screen
K1010 " CARD " 9 MENU
K1011 " UTILITY " 9 MENU
K1012 " LIST " 9 MENU
K1013 " RESULT " 9 MENU
K1014 "PARAMETER" 9 MENU
K1015 " TIMER " 9 MENU
K1016 " RECALC " 9 MENU
K1017 "BELT LINE" 9 MENU
K1018 " EXIT " 9 MENU
K1030 “ REAGENT “ 9 MAINTE
K1031 “ LOADER “ 9 MAINTE
K1032 “ SAMPLER “ 9 MAINTE
K1033 “ENG.MENU “ 9 MAINTE
K1034 “SL.ROTATE” 9 MAINTE
K1035 "SMP.RESET" 9 MAINTE
K1040 "FIL.RESET" 9 REAGENT
K1041 "COL.RESET" 9 REAGENT
K1042 “ PRIME “ 9 REAGENT
K1043 “ CHANGE “ 9 REAGENT
K1044 “ D.FLUSH “ 9 REAGENT
K1050 "TODAY " 6 LIST
K1051 " COMMAND " 9 LIST
K1052 "RANG" 4 LIST
K1053 "EXEC" 4 LIST
K1054 "EXIT" 4 CARD:FOLDER
4 - 61
4. Software

count
K1060 " RS232C " 9 UTILITY
K1061 “PASSWORD “ 9 UTILITY
K1062 " COMMENT " 9 UTILITY
K1063 "LOG VIEW " 9 UTILITY
K1064 " MODE " 9 UTILITY
K1065 " FLAG " 9 UTILITY
K1066 " BCR " 9 UTILITY
K1067 "PARAMETER" 9 UTILITY
K1070 "ERR.SKIP " 9 BCR
K1071 "SET " 4 BCR
K1072 "SCAN" 4 BCR
K1073 “MON” 4 WEEKLY TIMER
K1074 “TUE” 4 WEEKLY TIMER
K1075 “WED” 4 WEEKLY TIMER
K1076 “THU” 4 WEEKLY TIMER
K1077 “FRI” 4 WEEKLY TIMER
K1078 “SAT” 4 WEEKLY TIMER
K1079 “SUN” 4 WEEKLY TIMER
K1100 "SMP3" 4 RS232C
K1101 "SMP5" 4 RS232C
K1102 "SMP8" 4 RS232C
K1103 "BC13" 4 RS232C
K1104 "BC18" 4 RS232C
K1105 "BC20" 4 RS232C
K1106 "BCNO" 4 RS232C
K1107 " BM " 4 RS232C
K1108 " HM " 4 RS232C
K1109 "RAW " 4 RS232C
K1110 "8BIT" 4 RS232C
K1111 "7BIT" 4 RS232C
K1112 "X-ON" 4 RS232C
K1113 "X-OF" 4 RS232C
K1114 "1BIT" 4 RS232C
K1115 "2BIT" 4 RS232C
K1116 "NONE" 4 RS232C
K1117 "ODD " 4 RS232C
K1118 "EVEN" 4 RS232C
K1119 "1200" 4 RS232C
K1120 "2400" 4 RS232C
K1121 "4800" 4 RS232C
K1122 "9600" 4 RS232C
K1123 " QUERY " 9 RS232C
K1124 "AT TRANS " 9 RS232C
K1130 "EDIT MSG " 9 FLAG
K1131 "PAGE" 4 RESULT:FOLDER
K1132 " CUP " 9 STAT
K1133 " DILUTED " 9 STAT
K1134 " START " 9 STAT
K1140 "RSLT/CARD" 9 RECALC
K1141 "LOCK " 5 RECALC
K1142 "SAVE " 5 RECALC
K1143 "TRANS" 5 RECALC
K1144 "EXECUTE" 7 RECALC
K1145 "FOLDER " 7 RECALC
K1150 " ONLINE " 9 BELT LINE
K1151 "ERR.RESET" 9 BELT LINE
K1152 "PATIENT" 8 BELT LINE
K1153 "FIX" 4 BELT LINE
4 - 62
4 Software

count
K1154 "CUP" 4 BELT LINE
K1155 "DIL" 4 BELT LINE
K1156 " SETTING " 9 BELT LINE
K1157 " DIO " 9 BELT LINE
K1160 " ADJUST " 9 LINE SETTING
K1170 " BACK " 9 MECHA ADJUST
K1171 " FRONT " 9 MECHA ADJUST
K1172 " SET " 9 MECHA ADJUST
K1173 " MOVE " 9 MECHA ADJUST
K1174 " UP " 9 MECHA ADJUST
K1175 " DOWN " 9 MECHA ADJUST
K1176 " DESCEND " 9 MECHAADJUST
K1190 " ERROR " 9 LOG VIEW
K1191 " HOST " 9 LOG VIEW
K1192 " LC " 9 LOG VIEW
K1193 "SAVE EXEC" 9 LOG VIEW
K1194 "PRT EXEC " 9 LOG VIEW
K1195 " BCR " 9 LOG VIEW
K1196 " DIO " 9 LOG VIEW
K1200 " FEED " 9 LOADER MECHA
K1201 " STEP " 9 LOADER MECHA
K1210 " WASH " 9 SAMPLER MECHA
K1211 " DILUTE " 9 SAMPLER MECHA
K1212 " NEEDLE " 9 SAMPLER MECHA
K1213 " BLOCK " 9 SAMPLER MECHA
K1214 " PRESUCT " 9 SAMPLER MECHA
K1215 " SEAL " 9 SAMPLER MECHA
K1216 "INJ VALVE" 9 SAMPLER MECHA
K1217 " RESET " 9 SAMPLER MECHA
K1218 " STOP " 9 SAMPLER MECHA
K1219 " POWER " 9 SAMPLER MECHA
K1230 " RECORD " 9 ENG. MENU
K1300 " ENTER " 9 ten key
K1310 " ERASE " 9 ERROR MESSAGE
K1320 " CANCEL " 9 ok/cancel
K1321 " OK " 9 ok/cancel
T0010 " HbA1c/STD ANALYSIS " 20 home screen

T0020 " HbA1c/VAR ANALYSIS " 20 home screen
T0030 " B-THALA ANALYSIS " 20 home screen
T0040 " DUAL ANALYSIS " 20 home screen
T0050 " MENU " 20 MENU
T0060 " MAINTE " 20 MAINTE
T0070 " REAGENT CHANGE " 20 REAGENT CHANGE
T0080 " LIST " 20 LIST
T0090 " UTILITY " 20 UTILITY
T0100 " BCR " 20 BCR
T0110 " PARAMETER " 20 PARAMETER
T0120 " WEEKLY TIMER " 20 WEEKLY TIMER
T0130 " RS232C " 20 RS232C
T0140 " FLAG " 20 FALG
T0150 " CARD:FOLDER " 20 CARD:FOLDER
T0160 " CARD:FILE " 20 CARD:FILE
T0170 " RESULT:FOLDER " 20 RESULT:FOLDER
T0180 " RESULT:FILE " 20 RESULT:FILE
T0190 " STAT " 20 STAT
T0200 " RECALC " 20 RECALC
T0210 " BELT LINE " 20 BELT LINE
4 - 63
4. Software

count
T0220 " LINE SETTING " 20 LINE SETTING
T0230 " MECHA ADJUST " 20 MECHA ADJUST
T0240 " DIO " 20 DIO
T0250 " MODE CHANGE " 20 MODE CHANGE
T0260 " LOG VIEW " 20 LOG VIEW
T0270 " ERROR LOG VIEW " 20 ERROR LOG VIEW
T0280 " HOST LOG VIEW " 20 HOST LOG VIEW
T0290 " LC LOG VIEW " 20 LC LOG VIEW
T0300 " DIO LOG VIEW " 20 DIO LOG VIEW
T0310 " BC LOG VIEW " 20 BC LOG VIEW
T0320 " LOADER MECHA " 20 LOADER MECHA
T0330 " SAMPLER MECHA " 20 SAMPLER MECHA
T0340 " ENG. MENU " 20 ENG.MENU
T0350 " HELP " 8 HELP
T0360 " ERROR MESSAGE " 20 ERROR MESSAGE
T0370 " CALIB SET " 20 CALIB SET
D0010 "Checking Data ...... " 21 SystemLoader

D0020 "Loading Data ....... " 21 SystemLoader
D0030 "Initialized " 13 SystemLoader
D0040 "Alive " 13 SystemLoader
D0050 "Complete " 13 SystemLoader
D0060 "Not Found " 13 SystemLoader
D0070 "Error " 13 SystemLoader
D0080 "Launching System..." 19 SystemLoader
D0090 "SAVING..." 9 CARD:FOLDER
D0100 "LOADING..." 10 CARD:FOLDER
D0110 "EXECUTING..." 12 CARD:FOLDER
D0120 "WARMING-UP" 10 home screen
D0130 "STAND-BY " 10 home screen
D0140 "ANALYSIS " 10 home screen
D0150 "WASH " 10 home screen
D0160 "BUFF PRIME" 10 home screen
D0170 "P-PRESUCT " 10 home screen
D0180 "PUMP CLEAN" 10 home screen
D0190 "PAUSE " 10 home screen
D0200 "STOP" 4 home screen
D0210 "FLOW" 4 home screen
D0220 " CLOSE DRAIN VALVE ! " 30 REAGENT CHANGE
D0230 "AUTO SAVE : YES " 16 home screen
D0240 "AUTO SAVE : NO " 16 home screen
D0250 "AUTO TRANS: YES " 16 home screen
D0260 "AUTO TRANS: NO " 16 home screen
D0270 "CALIB : YES " 18 home screen
D0280 "CALIB : NO " 18 home screen
D0290 "CALIB : COMPLETED " 18 home screen
D0400 "PRINT " 8 CARD:FOLDER
D0410 “LST SAVE” 8 CARD:FOLDER
D0420 “PRM SAVE” 8 CARD:FOLDER
D0430 “LOAD “ 8 CARD:FOLDER
D0440 “FORMAT “ 8 CARD:FOLDER
D0450 “DELETE “ 8 CARD:FOLDER
D0460 “TRANS “ 8 CARD:FOLDER
D0500 " END" 4 LIST
D0510 "FILTER" 6 REAGENT CHANGE
D0520 "COLUMN" 6 REAGENT CHANGE
D0530 "TEST" 4 ENG.MENU
D0540 "LIFE" 4 ENG.MENU
4 - 64
4 Software

count
D0550 "PRIME --- EXECUTE ? " 20 REAGENT CHANGE
D0560 "CHANGE --- EXECUTE ?" 20 REAGENT CHANGE
D0570 "FLUSH --- EXECUTE ? " 20 REAGENT CHANGE
D0580 " OPEN DRAIN VALVE ! " 20 REAGENT CHANGE
D0581 " " (2nd line of D0580) 20 REAGENT CHANGE
D0590 " PRIMING... " 30 REAGENT CHANGE
D0600 " CHANGING... " 30 REAGENT CHANGE
D0610 " FLUSHING... " 30 REAGENT CHANGE
D0620 "FILTER COUNT RESET ?" 20 REAGENT CHANGE
D0630 "COLUMN COUNT RESET ?" 20 REAGENT CHANGE
D0640 "ARE YOU SURE ? " 20 CARD:FOLDER
D0650 "SYSTEM RUNNING ! " 20 CARD:FOLDER
D0660 "CURRENT MODE ! " 20 MODE CHANGE
D0670 "NO SELECTION ! " 20 MODE CHANGE
D0680 "INVALID SELECTION ! " 20 MODE CHANGE
D0700 "POWER OFF ! " 20 all screens
D0710 "ANALYSIS STOP ! " 20 all screens
D0720 "CALIBRATION ! " 20 (unused)
D1000 "SET SAMPLE ON STAT " 25 STAT
D1010 " POSITION THEN PUSH START" 25 STAT
D1020 "LAST STAT NOT COMPLETED !" 25 STAT
D1030 " NEW STAT IS IMPOSSIBLE" 25 STAT
D1040 " STAT DOOR IS OPEN ! " 25 STAT
D1050 " SET STAT SAMPLE " 25 STAT
D1060 " NOT ANALYSIS CONDITION !" 25 STAT
D1070 " STAT IS UNAVAILABLE " 25 STAT
D1080 " PROCESSING NOW ! " 25 STAT
D1090 "STAT CAN NOT BE CANCELED " 25 STAT
D1100 " CANCELED ! " 25 STAT
D1110 " " 25 STAT
D1120 " SCHEDULED ! " 25 STAT
D1130 " " 25 STAT
D1140 " STAT CANNOT BE USED ! " 25 STAT
D1150 " " 25 STAT
D1160 "Searching... " 34 CARD:FOLDER
D1200 "BARCODE EDIT " 14 (unused)
D1210 "PEAK NAME " 14 (unused)
D1220 "FLAG MSG " 14 (unused)
D1230 "STAT SAMPLE ID" 14 (unused)
D1240 "LINE SAMPLE ID" 14 (unused)
D1250 "PASSWORD " 14 (unused)
D1260 "COMMENT " 14 (unused)
D1270 "YEAR : " 24 WEEKLY TIMER
D1280 "DATE : " 24 WEEKLY TIMER
D1290 "TIME : " 24 WEEKLY TIMER
D1300 "START UP : " 24 WEEKLY TIMER
D1310 "ID NO. " 12 RECALC
D1320 “FIRST NO. “ 12 RECALC
D1330 “LAST NO. “ 12 RECALC
D1340 “FACTOR_A1C A” 12 RECALC
D1350 “FACTOR_A1C B” 12 RECALC
D1360 "FACTOR_F A " 12 RECALC
D1370 "FACTOR_F B " 12 RECALC
D1380 "FACTOR_A2 A " 12 RECALC
D1390 "FACTOR_A2 B " 12 RECALC
D1400 "A1C STD MODE " 20 MODE CHANGE
D1410 "VARIANT MODE " 20 MODE CHANGE
D1420 "THALASSEMIA MODE " 20 MODE CHANGE
4 - 65
4. Software

count
D1430 "DUAL MODE " 20 MODE CHANGE
D1440 "SAMPLE-ID " 10 STAT
D1450 "SAMPLE NO." 10 STAT
D1500 "ANALYZER " 9 BELT LINE
D1510 “OFFLINE “ 18 BELT LINE
D1520 “ERROR “ 18 BELT LINE
D1530 “ONLINE(CALIB) “ 18 BELT LINE
D1540 “ONLINE “ 18 BELT LINE
D1550 “BELT LINE” 9 BELT LINE
D1560 “NO LINE “ 18 BELT LINE
D1570 “CONNECT “ 18 BELT LINE
D1580 “DOWN “ 18 BELT LINE
D1590 “LAST ID “ 9 BELT LINE
D1600 “ARRIVED “ 9 BELT LINE
D1610 “SAMPLING “ 9 BELT LINE
D1620 “IDLE “ 8 BELT LINE
D1630 “REQUEST “ 8 BELT LINE
D1640 “EXECUTE “ 8 BELT LINE
D1650 “PASS “ 8 BELT LINE
D1660 "COMPLETE" 8 BELT LINE
D1670 "ID-QUE " 7 BELT LINE
D2010 "SAMPLE NO. " 16 PARAMETER
D2020 "CALIB_1(HbA1c) " 16 PARAMETER
D2030 "CALIB_2(HbA1c) " 16 PARAMETER
D2040 "CALIB_1(F) " 16 PARAMETER
D2050 "CALIB_2(F) " 16 PARAMETER
D2060 "CALIB_1(A2) " 16 PARAMETER
D2070 "CALIB_2(A2) " 16 PARAMETER
D2080 "FACTOR_A1C A " 16 PARAMETER
D2090 "FACTOR_A1C B " 16 PARAMETER
D2100 "FACTOR_F A " 16 PARAMETER
D2110 "FACTOR_F B " 16 PARAMETER
D2120 "FACTOR_A2 A " 16 PARAMETER
D2130 "FACTOR_A2 B " 16 PARAMETER
D2140 "FORMAT " 16 PARAMETER
D2150 "RAW AUTO SAVE " 16 PARAMETER
D2160 "LST AUTO SAVE " 16 PARAMETER
D2170 "LIST AUTO CLEAR " 16 PARAMETER
D2180 "OFF TIMER " 16 PARAMETER
D2190 "COPY " 16 PARAMETER
D2200 "LOADER SMP MODE " 16 PARAMETER
D2210 "WASH MODE " 16 PARAMETER
D2220 "FLOW FACTOR " 16 PARAMETER
D2230 "#100mm TUBE " 16 PARAMETER
D2240 "PERCENT DECIMAL " 16 PARAMETER
D2250 "TIME DECIMAL " 16 PARAMETER
D2260 "MIN-AREA " 16 PARAMETER
D2270 "SENSE " 16 PARAMETER
D2280 "SLOPE " 16 PARAMETER
D2290 "PRES-LOW[MPa] " 16 PARAMETER
D2300 "PRES-HIGH[MPa] " 16 PARAMETER
D2310 "COLUMN TEMP. " 16 PARAMETER
D2320 "STOP TIME " 16 PARAMETER
D2330 "START TIME " 16 PARAMETER
D2340 "COLUMN-P " 16 PARAMETER
D2350 "COLUMN-I " 16 PARAMETER
D2360 "COLUMN-D " 16 PARAMETER
D2370 "COL.I-RANGE " 16 PARAMETER
4 - 66
4 Software

count
D2380 "COL.D-RANGE " 16 PARAMETER
D2390 "COL.T-RANGE " 16 PARAMETER
D2400 "AREA ERR COUNT " 16 PARAMETER
D2410 "ERROR AREA " 16 PARAMETER
D2420 "COLUMN COUNT " 16 PARAMETER
D2430 "COLUMN ALARM " 16 PARAMETER
D2440 "SMOOTH POINT " 16 PARAMETER
D2450 "SMOOTH COUNT " 16 PARAMETER
D2460 "TRANS G5/7 MODE " 16 PARAMETER
D2470 "ONLINE MODE " 16 PARAMETER
D2480 "SET SOLVENT 1 " 16 PARAMETER
D2510 "SET SOLVENT W " 16 PARAMETER
D2520 "SOLVENT VOL 1 " 16 PARAMETER
D2550 "SOLVENT VOL W " 16 PARAMETER
D2560 "PURGING TIME " 16 PARAMETER
D2570 "LOADING TIME " 16 PARAMETER
D2580 "#LAMP INIT REF " 16 PARAMETER
D2590 "#DAILY RACK NO " 16 PARAMETER
D2600 "#FILTER COUNT " 16 PARAMETER
D2610 "#FILTER ALARM " 16 PARAMETER
D2620 "#PRINT MODE " 16 PARAMETER
D2630 "#OPTION M " 16 PARAMETER
D2640 "#BUZZER MUTE " 16 PARAMETER
D2650 "#RTS-CTS CTRL " 16 PARAMETER
D2660 "#RACK-SAMPLE NO " 16 PARAMETER
D2670 "#GHbF EXCLUSION " 16 PARAMETER
D2680 "#UNCOUNT DUMMY " 16 PARAMETER
D2690 "#DUMMY SAMPLE N " 16 PARAMETER
D2700 "#PAUSE CYCLE N " 16 PARAMETER
D2710 "#WAIT CYCLE N " 16 PARAMETER
D2720 "#BUFFER ALARM " 16 PARAMETER
D2730 "#PUMP VOLUME " 16 PARAMETER
D2740 "#PRIME REC NO " 16 PARAMETER
D2750 "#WS PRIME REC NO" 16 PARAMETER
D2760 "FP-FACTOR K " 16 PARAMETER
D2770 "F PS START " 16 PARAMETER
D2780 "A1A-FACTOR K " 16 PARAMETER
D2790 "F PS END " 16 PARAMETER
D2800 "A1B-FACTOR K " 16 PARAMETER
D2810 "F PT ADD-T " 16 PARAMETER
D2820 "F-FACTOR K " 16 PARAMETER
D2830 "BASE START " 16 PARAMETER
D2840 "LA1C-FACTOR K " 16 PARAMETER
D2850 "HbF RANGE " 16 PARAMETER
D2860 "SA1C RANGE " 16 PARAMETER
D2870 "SA1C-FACTOR K " 16 PARAMETER
D2880 "HbA2 RANGE " 16 PARAMETER
D2890 "A0-FACTOR K " 16 PARAMETER
D2900 "SA1C RANGE1 " 16 PARAMETER
D2910 "SA1C RANGE2 " 16 PARAMETER
D2920 "FP END TIME " 16 PARAMETER
D2930 "A1A END TIME " 16 PARAMETER
D2940 "A1B END TIME " 16 PARAMETER
D2950 "F END TIME " 16 PARAMETER
4 - 67
4. Software

count
D3010 "MODE SET " 16 BCR
D3020 "CODE39 " 16 BCR
D3030 "ITF " 16 BCR
D3040 "NW7 " 16 BCR
D3050 "CODE128 " 16 BCR
D3060 "JAN " 16 BCR
D3070 "INDUST-2OF5 " 16 BCR
D3080 "COOP-2OF5 " 16 BCR
D3090 "CODE39 STR&STP " 16 BCR
D3100 "CODE39 CHK-DIG " 16 BCR
D3110 "CODE39 CD OUT " 16 BCR
D3120 "CODE39 MIN " 16 BCR
D3130 "CODE39 MAX " 16 BCR
D3140 "ITF CHK-DIG " 16 BCR
D3150 "ITF CD OUT " 16 BCR
D3160 "ITF MIN " 16 BCR
D3170 "ITF MAX " 16 BCR
D3180 "NW7 STR&STP " 16 BCR
D3190 "NW7 S/L CHAR " 16 BCR
D3200 "NW7 CHK-DIG " 16 BCR
D3210 "NW7 CD TYPE " 16 BCR
D3220 "NW7 CD OUT " 16 BCR
D3230 "NW7 MIN " 16 BCR
D3240 "NW7 MAX " 16 BCR
D3250 "CODE128 DBL CHAR" 16 BCR
D3260 "CODE128 MIN " 16 BCR
D3270 "CODE128 MAX " 16 BCR
D3280 "JAN UPC-E " 16 BCR
D3290 "JAN JAN8 " 16 BCR
D3300 "JAN JAN13 " 16 BCR
D3310 "JAN UPC-A OUT " 16 BCR
D3320 "JAN UPC-E ZERO " 16 BCR
D3330 "INDUST-2OF5 MIN " 16 BCR
D3340 "INDUST-2OF5 MAX " 16 BCR
D3350 "COOP-2OF5 MIN " 16 BCR
D3360 "COOP-2OF5 MAX " 16 BCR
D3370 "----------------" 16 BCR
D3410 "LINE MAKER " 16 LINE SETTING
D3420 “SAMPLING MODE “ 16 LINE SETTING
D3430 “SAMPLE Y-POS “ 16 LINE SETTING
D3440 “SAMPLE Z-CUP “ 16 LINE SETTING
D3450 “SAMPLE Z-TUBE “ 16 LINE SETTING
D3460 “LINE QUERY “ 16 LINE SETTING
D3470 “ANAL-ID “ 16 LINE SETTING
D3480 “CAL-L-ID “ 9 LINE SETTING
D3490 “CAL-L D-POS “ 16 LINE SETTING
D3500 “CAL-H-ID “ 9 LINE SETTING
D3510 “CAL-H D-POS “ 16 LINE SETTING
D3520 “QC-L1-ID “ 9 LINE SETTING
D3530 “QC-L1_D_POS “ 16 LINE SETTING
D3580 “QC-H1-ID “ 9 LINE SETTING
D3590 “QC-H1_D_POS “ 16 LINE SETTING
4 - 68
4 Software

count
D3640 “ID-LENGTH “ 16 LINE SETTING
D3650 “RS232C BPS “ 16 LINE SETTING
D3660 “RS232C DATA “ 16 LINE SETTING
D3670 “RS232C STOP “ 16 LINE SETTING
D3680 “RS232C PARITY “ 16 LINE SETTING
D3690 “HIT QUERY “ 16 LINE SETTING
D3700 “HIT REPORT “ 16 LINE SETTING
D3710 “HIT BCR ERROR “ 16 LINE SETTING
D3720 “AUTO REMEAS “ 16 LINE SETTING
D3730 “SMX FLAG-0 1 “ 16 LINE SETTING
D3830 “BCR MATCH “ 16 LINE SETTING
D3840 “LINE_CHECK “ 16 LINE SETTING
D3850 “BCR TIME OUT “ 16 LINE SETTING
D3860 “DELAY TIME “ 16 LINE SETTING
D3870 “CHANGE INTERVAL “ 16 LINE SETTING
D3880 “COMM TIME OUT “ 16 LINE SETTING
D3890 "ONLINE DO BIT" 13 LINE SETTING
D3900 "ONLINE DI BIT" 13 LINE SETTING
D7001 "001 STOP ACCEPTED " 21 error message

D7002 "002 EMERGENCY STOP " 21 error message
D7010 "010 SYSTEM RUNNING " 21 error message
D7011 "011 MIS OPERATION " 21 error message
D7020 "020 #9999 PARAM ERROR" 21 error message
D7030 "030 UNMATCH MODE DATA" 21 error message
D7040 "040 SAMPLING BUSY " 21 error message
D7050 "050 EXCEEDED 4 KINDS " 21 error message
D7100 "100 PRESSURE HIGH " 21 error message
D7101 "101 PRESSURE LOW " 21 error message
D7102 "102 PRES LIMIT OVER " 21 error message
D7110 "110 TEMP UNSTABLE " 21 error message
D7111 "111 TEMP LIMIT OVER " 21 error message
D7120 "120 STAT DOOR OPEN " 21 error message
D7130 "130 FILTER COUNT OVER" 21 error message
D7131 "131 COLUMN COUNT OVER" 21 error message
D7140 "140 BUFFER EMPTY " 21 error message
D7150 "150 GRAD SENSOR ERROR" 21 error message
D7200 "200 AREA LOW ERROR " 21 error message
D7201 "201 CALIB ERROR " 21 error message
D7211 "211 PEAK PATTERN ERR " 21 error message
D7220 "220 NO PEAK DETECT " 21 error message
D7221 "221 xxxxx NOT DETECT " 21 error message
D7230 "230 RAW DATA FULL " 21 error message
D7231 "231 NO RAW DATA " 21 error message
D7300 "300 MJ COMM ERROR(PE)" 21 error message
D7301 "301 MJ COMM ERROR(FE)" 21 error message
D7302 "302 MJ COMM ERROR(OR)" 21 error message
4 - 69
4. Software

count
D7303 "303 MJ COMM ERROR(BF)" 21 error message
D7304 "304 MJ COMM ERROR(OL)" 21 error message
D7305 "305 MJ COMM ERROR(RE)" 21 error message
D7306 "306 MJ COMM ERROR(ST)" 21 error message
D7307 "307 MJ COMM ERROR(RT)" 21 error message
D7308 "308 MJ COMM ERROR(NR)" 21 error message
D7310 "310 EXB COM ERROR(PE)" 21 error message
D7311 "311 EXB COM ERROR(FE)" 21 error message
D7312 "312 EXB COM ERROR(OR)" 21 error message
D7313 "313 EXB COM ERROR(BF)" 21 error message
D7314 "314 EXB COM ERROR(OL)" 21 error message
D7315 "315 EXB COM ERROR(RE)" 21 error message
D7316 "316 EXB COM ERROR(ST)" 21 error message
D7317 "317 EXB COM ERROR(RT)" 21 error message
D7318 "318 EXB COM ERROR(NR)" 21 error message
D7320 "320 LCD COM ERROR(PE)" 21 error message
D7321 "321 LCD COM ERROR(FE)" 21 error message
D7322 "322 LCD COM ERROR(OR)" 21 error message
D7323 "323 LCD COM ERROR(BF)" 21 error message
D7324 "324 LCD COM ERROR(OL)" 21 error message
D7325 "325 LCD COM ERROR(RE)" 21 error message
D7326 "326 LCD COM ERROR(ST)" 21 error message
D7327 "327 LCD COM ERROR(RT)" 21 error message
D7328 "328 LCD COM ERROR(NR)" 21 error message
D7330 "330 AS COMM ERROR(PE)" 21 error message
D7331 "331 AS COMM ERROR(FE)" 21 error message
D7332 "332 AS COMM ERROR(OR)" 21 error message
D7333 "333 AS COMM ERROR(BF)" 21 error message
D7334 "334 AS COMM ERROR(OL)" 21 error message
D7335 "335 AS COMM ERROR(RE)" 21 error message
D7336 "336 AS COMM ERROR(ST)" 21 error message
D7337 "337 AS COMM ERROR(RT)" 21 error message
D7338 "338 AS COMM ERROR(NR)" 21 error message
D7340 "340 HOST COMM ERR(PE)" 21 error message
D7341 "341 HOST COMM ERR(FE)" 21 error message
D7342 "342 HOST COMM ERR(OR)" 21 error message
D7343 "343 HOST COMM ERR(BF)" 21 error message
D7344 "344 HOST COMM ERR(OL)" 21 error message
D7345 "345 HOST COMM ERR(RE)" 21 error message
D7346 "346 HOST COMM ERR(ST)" 21 error message
D7347 "347 HOST COMM ERR(RT)" 21 error message
D7348 "348 HOST COMM ERR(NR)" 21 error message
D7350 "350 LC COMM ERROR(PE)" 21 error message
D7351 "351 LC COMM ERROR(FE)" 21 error message
D7352 "352 LC COMM ERROR(OR)" 21 error message
D7353 "353 LC COMM ERROR(BF)" 21 error message
D7354 "354 LC COMM ERROR(OL)" 21 error message
D7355 "355 LC COMM ERROR(RE)" 21 error message
D7356 "356 LC COMM ERROR(ST)" 21 error message
D7357 "357 LC COMM ERROR(RT)" 21 error message
D7358 "358 LC COMM ERROR(NR)" 21 error message
D7360 "360 LCD COM ERROR(??)" 21 error message
D7361 "361 LCD COM ERROR(01)" 21 error message
4 - 70
4 Software

count
D7370 "370 LCD COM ERROR(0B)" 21 error message
D7371 "371 LCD COM ERROR(0F)" 21 error message
D7400 "400 PAPER EMPTY " 21 error message
D7401 "401 PRINTER OFF LINE " 21 error message
D7410 "410 PRT&SAVE NOT EXEC" 21 error message
D7420 "420 PRINTER ERROR " 21 error message
D7500 "500 CARD NOT READY " 21 error message
D7501 "501 WRITE PROTECT " 21 error message
D7510 "510 CARD FULL " 21 error message
D7511 "511 FILE NOT FOUND " 21 error message
D7520 "520 CARD DATA ERROR " 21 error message
D7530 "530 CARD HARD ERROR " 21 error message
D7600 "600 AS NO RESPONSE " 21 error message
D7610 "610 SAMPLER BUSY " 21 error message
D7620 "620 SAMPLE NOT INJECT" 21 error message
D7630 "630 BELT BCR NO RESP " 21 error message
D7631 "631 BELT BCR SET ERR " 21 error message
D7632 "632 BCR SET ERROR " 21 error message
D7640 "640 QUERY NO RESPONSE" 21 error message
D7650 "650 BELT ID UNMATCH " 21 error message
D7660 "660 BELT LINE ABORT " 21 error message
D7670 "670 SKIP:xxxxxxxxxxxx" 21 error message
D7671 "671 BC ERR: 9999 – 99" 21 error message
D7680 "680 CALIB POS ERROR " 21 error message
D7701 "701 PULSE ERROR " 21 error message
D7702 "702 BC COMM ERROR " 21 error message
D7703 "703 AS COMMAND ERROR " 21 error message
D7704 "704 SAMPLE NOT FOUND " 21 error message
D7705 "705 RACK POS ERROR " 21 error message
D7706 "706 SYRINGE-L ERROR " 21 error message
D7707 "707 SYRINGE-S ERROR " 21 error message
D7708 "708 X1-AXIS ERROR " 21 error message
D7709 "709 Y1-AXIS ERROR " 21 error message
D7710 "710 Z1-AXIS ERROR " 21 error message
D7711 "711 LINE VALVE ERROR " 21 error message
D7718 "718 INJ VALVE ERROR " 21 error message
D7719 "719 ONLINE_V ERROR " 21 error message
D7720 "720 RACK LEVER OFF " 21 error message
D7721 "721 ONLINE ERROR " 21 error message
D7722 "722 SOFT ERROR " 21 error message
D7723 "723 SAMPLE MISMATCH M" 21 error message
D7724 "724 SAMPLE MISMATCH A" 21 error message
D7725 "725 SAMPLE RACK FULL " 21 error message
D7726 "730 TUBE MIXING ERROR" 21 error message
D7800 "800 BL BC UNMATCH " 21 error message
D7801 "801 BL BC READ ERROR " 21 error message
4 - 71
4. Software

count
D7802 "802 BELT LINE ERROR " 21 error message
D7803 "803 BL ID TRANS ERROR" 21 error message
D7804 "804 BL ID NOT ACCEPT " 21 error message
D7805 "805 BELT LINE DOWN " 21 error message
D7806 "806 BL COMM ERROR " 21 error message
D7807 "807 BL ANAL START " 21 error message
D7808 "808 BL ANAL STOP " 21 error message
D7809 "809 BL MODE CHG ERR " 21 error message
D7810 "810 BL SAMPLE SIG ERR" 21 error message
L0010 " NO. FILE ATR" 16 card print

L0020 " SAVE DATE" 21 card print
L0030 " NO. FILE NO. FILE " 25 result print
L0040 " ***** DIRECTORY *****" 26 card print
L0050 " ***** RESULT LIST *****" 26 result print
L0060 " ***** PARAMETER *****" 26 parameter print
L0070 “PARAMETER “ 18 parameter print
L0080 “AS PULSE PARAMETER” 18 parameter print
L0090 “BCR PARAMETER “ 18 parameter print
L0100 “BELTLINE PARAMETER” 18 parameter print
L0110 “*** FLG PARAMETER ***” 21 parameter print
L0120 “ CODE FLAG DATA LEVEL” 23 parameter print
L0130 “ COMMENT “ 18 parameter print
L0140 “*** CTL PARAMETER ***” 21 parameter print
L0150 “ CTL FILE No.” 13 parameter print
L0160 “ TIME FUNC PARA” 21 parameter print
L0170 “ CALIBRATION “ 13 parameter print
L0180 “YES” 3 parameter print
L0190 “NO “ 3 param eter print
L1010 “SAMP NO.” 8 parameter print
L1020 “CALIB-1 “ 8 parameter print
L1030 “CALIB-2 “ 8 parameter print
L1040 “FACTOR A” 8 parameter print
L1050 “FACTOR B” 8 parameter print
L1060 “CAL.1-F “ 8 parameter print
L1070 “CAL.2-F “ 8 parameter print
L1080 “CAL.1-A2” 8 parameter print
L1090 “CAL.2-A2” 8 parameter print
L1100 “FAC.F A” 8 parameter print
L1110 “FAC.F B” 8 parameter print
L1120 “FAC.A2 A” 8 parameter print
L1130 “FAC.A2 B” 8 parameter print
L1140 “FORMAT “ 8 parameter print
L1150 “RAW-SAVE” 8 parameter print
L1160 “LST-SAVE” 8 parameter print
L1170 “LIST CLR” 8 parameter print
L1180 “OFF TIME” 8 parameter print
L1190 “COPY “ 8 parameter print
L1200 “LS MODE “ 8 parameter print
L1210 “WASHMODE” 8 parameter print
L1220 “FLOW “ 8 parameter print
L1230 “TUBE100 “ 8 parameter print
L1240 "P-DECIMA" 8 parameter print
L1250 "T-DECIMA" 8 parameter print
L1260 "MIN-AREA" 8 parameter print
L1270 "SENSE " 8 parameter print
L1280 "SLOPE " 8 parameter print
L1290 "PRESS-L " 8 parameter print
4 - 72
4 Software

count
L1300 "PRESS-H " 8 parameter print
L1310 "C-TEMP. " 8 parameter print
L1320 "STOP-T " 8 parameter print
L1330 "START-T " 8 parameter print
L1340 "COLUMN-P" 8 parameter print
L1350 "COLUMN-I" 8 parameter print
L1360 "COLUMN-D" 8 parameter print
L1370 "I-RANGE " 8 parameter print
L1380 "D-RANGE " 8 parameter print
L1390 "T-RANGE " 8 parameter print
L1400 "AREA CNT" 8 parameter print
L1410 "ERR AREA" 8 parameter print
L1420 "COLUMN C" 8 parameter print
L1430 "COLUMN A" 8 parameter print
L1440 "SMOOTH-P" 8 parameter print
L1450 "SMOOTH-C" 8 parameter print
L1460 "TRANS5/7" 8 parameter print
L1470 "ONLIN-M " 8 parameter print
L1480 "SET SOL1" 8 parameter print
L1510 "SET SOLW" 8 parameter print
L1520 "SOL1 VOL" 8 parameter print
L1550 "SOLW VOL" 8 parameter print
L1560 "PURGING " 8 parameter print
L1570 "LOADING " 8 parameter print
L1580 "LAMP INI" 8 parameter print
L1590 "DAILY RK" 8 parameter print
L1600 "FILTER C" 8 parameter print
L1610 "FILTER A" 8 parameter print
L1620 "PRINT-M " 8 parameter print
L1630 "OPTION M" 8 parameter print
L1640 "BUZ MUTE" 8 param eter print
L1650 "RTS-CTS " 8 parameter print
L1660 "R-SMP NO" 8 parameter print
L1670 "EXCLS-F " 8 parameter print
L1680 "UNCNT DM" 8 parameter print
L1690 "DUMMY N " 8 parameter print
L1700 "PAUSE N " 8 parameter print
L1710 "WAIT N " 8 parameter print
L1720 "BUFFER A" 8 parameter print
L1730 "PUMP VOL" 8 parameter print
L1740 "PRIME R " 8 parameter print
L1750 "PRIME WS" 8 parameter print
L1760 "FP K " 8 parameter print
L1770 "A1A K " 8 parameter print
L1780 "A1B K " 8 parameter print
L1790 "F K " 8 parameter print
L1800 "LA1C K " 8 parameter print
L1810 "SA1C K " 8 parameter print
L1820 "A0 K " 8 parameter print
L1830 "SA1C R1 " 8 parameter print
L1840 "SA1C R2 " 8 parameter print
L1850 "FP END " 8 parameter print
L1860 "A1A END " 8 parameter print
L1870 "A1B END " 8 parameter print
4 - 73
4. Software

count
L1880 "F END " 8 parameter print
L1890 "BASE STR" 8 parameter print
L1900 "F PS STR" 8 parameter print
L1910 "F PS END" 8 parameter print
L1920 "F PT ADD" 8 parameter print
L1930 "HbF RNG" 8 parameter print
L1940 "HbA2 RNG" 8 parameter print
L1950 "SA1C RNG" 8 parameter print
L3010 "QUERY " 8 parameter print
L3020 "AT TRANS" 8 parameter print
L4010 "LINE MAKER " 8 parameter print
L4020 "SAMPLING M " 8 parameter print
L4030 "SMP Y-POS " 8 parameter print
L4040 "SMP Z-CUP " 8 parameter print
L4050 "SMP Z-TUBE " 8 parameter print
L4060 "LINE QUERY " 8 parameter print
L4070 "ANAL-ID " 8 parameter print
L4080 "CAL-L ID " 8 parameter print
L4090 "CAL-L D-POS" 8 parameter print
L4100 "CAL-H ID " 8 parameter print
L4110 "CAL-H D-POS" 8 parameter print
L4120 "QC-L1 ID " 8 parameter print
L4130 "QC-L1 D-POS" 8 parameter print
L4180 "QC-H1 ID " 8 parameter print
L4190 "QC-H1 D-POS" 8 parameter print
L4240 "ID-LENGTH " 8 parameter print
L4250 "LINE BPS " 8 parameter print
L4260 "LINE DATA-L" 8 parameter print
L4270 "LINE STOP-B" 8 parameter print
L4280 "LINE PARITY" 8 parameter print
L4290 "HIT QUERY " 8 parameter print
L4300 "HIT REPORT " 8 parameter print
L4310 "HIT BCR ERR" 8 parameter print
L4320 "AUTO REMEAS" 8 parameter print
L4330 "SMX FLAG-01" 8 parameter print
L4430 "BCR MATCH " 8 parameter print
L4440 "LINE CHECK " 8 parameter print
L4450 "BCR TIMEOUT" 8 parameter print
L4460 "DELAY TIME " 8 parameter print
L4470 "CHG INTVAL " 8 parameter print
L4480 "COM TIMEOUT" 8 parameter print
4 - 74
4 Software

count
L4490 "DO BIT-0 " 8 parameter print
L4570 "DI BIT-0 " 8 parameter print
L5010 " * GLYCOHEMOGLOBIN REPORT *" 27 report
L5020 " ** THALASSEMIA REPORT **" 27 report
L5030 " TOSOH CORPORATION " 20 report
L5040 "CALIB" 5 report
L5050 "NAME % TIME AREA" 26 report
L5060 " TOTAL AREA" 18 report
L5070 " *** CALIBRATION REPORT ***" 27 calibration report
L5080 "CALIB DATE" 10 calibration report
L5090 " OLD" 4 calibration report
L5100 " NEW" 4 calibration report
L5110 " FILTER COUNT " 15 calibration report
L5120 " COLUMN COUNT " 15 calibration report
L5130 " SPEED " 14 recorder
L5140 " 0 LEVEL" 13 recorder
4 - 75

05 - SM-Chap4-1 - 060517

Uploaded by

Copyright:

Available Formats

05 - SM-Chap4-1 - 060517

Uploaded by

Document Information

Original Title

Copyright

Available Formats

Share this document

Share or Embed Document

Sharing Options

Did you find this document useful?

Is this content inappropriate?

Copyright:

Available Formats

05 - SM-Chap4-1 - 060517

Uploaded by

Copyright:

Available Formats

HLC-723G8 Service Manual

4.1 Software Installation at Delivery Time

System card configuration example

Basic form, Ex. 2 (when parameter file is attached)

Multiple languages, Ex. 1 (when language differs by country)

(*) The all-caps text is the folder name.

Multiple languages, Ex. 2 (when language and parameters differs by country)

4.2 Version Upgrade

4.3 SYSTEMLOADER Screen

1. Installing a program or upgrading a version

Further details are provided below.

1. Installing a Program or Upgrading a Version

(1) Status of the program installed on the ASM board

(3) Version number of the AS program (As.mot) on the system card

(4) AS program (As.mot) read status

(7) SYSTEM program (System.mot) read status

(8) Backup status of the parameters on the board

(9) Parameter (System.prm) read status

The following screen is displayed to indicate the processing progress.

[When a system card is inserted]

- If the X key is pressed

· - If the INSTALL key is pressed with the default (English) selected

· - If the INSTALL key is pressed with a by-country folder name selected

[When parameters are initialized]

· - When a system card is inserted

· - If a card with only a previously saved System.prm file is inserted

· - When a card is not inserted

Insert System Card!!

3. Upgrading the Screen Data Version

Screen Data Transfer Completed!

4. Writing Special Specification Screen Data

Screen Data Transfer Completed!

[Display.ini and *.bin file configuration]

Example of the system card content in the case above:

5. Writing Initial Screen Data

4.4 Data Initialization

< SYSTEMLOADER Screen >

Data backed up is separated into the following categories

Input of "CLRL" password Save Save Save English

Language version number change Save Save Save English

A parameter initialization message is displayed beneath the SYSTEMLOADER screen.

4.6 Parameter Settings for Engineers

Parameters Content Default

Parameters Content Default

4.7 Maintenance Screens for Engineers

(1) LOADER MECHA Screen

Bar code read value

The X1 axis moves 100 pulses (10 mm) to the right.

Executes the HOME SET function for the X3 axis.

Repeatedly executes rack rotation.

Displays SAMPLER MECHA screen.

(2) SAMPLER MECHA Screen

Switches the rotary valve (MV2) to the dilution port.

Switches the rotary valve (MV2) to the sampling needle.

Switches the rotary valve (MV2) to the wash block.

Switches the rotary valve (MV2) to the eluent suction line.

Executes the HOME SET function for the Y1 axis.

Executes the HOME SET function for the Z1 axis.

Executes auto sampler washing and initialization operations.