Olympus AU2700 User Manual

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OLYMPUS
DIAGNOSTIC SYSTEMS GROUP
AU2700 & AU5400
ON-LINE SPECIFICATIONS
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AU2700/5400
Online Specifications
Issued: 2000.3.16 Revised: 2000.6.8
Olympus Optical Co., Ltd.
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Table of contents
page
1. Outline..............................................................................................................................................................................................4
2. Basic Specification...........................................................................................................................................................................5
2.1 Format of Transmission....................................................................................................................................................5
2.2 Transmission code............................................................................................................................................................5
2.3 Text format.......................................................................................................................................................................6
3.Transmission Text Format.................................................................................................................................................................9
3.1 Common and changeable item..........................................................................................................................................9
3.2 T.R.I. inquiry text.............................................................................................................................................................9
3.3 T.R.I. text .......................................................................................................................................................................11
3.4 Test result transmission text ...........................................................................................................................................12
3.5 Relation between real-time/batch and Transmission text................................................................................................21
3.6 Others .............................................................................................................................................................................22
4. Transmission Protocols ..................................................................................................................................................................30
4.1 Protocols at AU2700/5400 .............................................................................................................................................30
4.2 Timing/time-out..............................................................................................................................................................33
4.3 Rule of class B................................................................................................................................................................35
5.Application Protocol .......................................................................................................................................................................37
5.1 Receiving T.R.I. .............................................................................................................................................................37
5.2 Sending test result protocol ............................................................................................................................................40
5.3 Others .............................................................................................................................................................................42
6. Specification of Connection ...........................................................................................................................................................43
6.1 In/Output signals and Terminals.....................................................................................................................................43
6.2 Signal Level....................................................................................................................................................................43
6.3 Applicable Connector.....................................................................................................................................................43
6.4 others ..............................................................................................................................................................................43
A. Appendix…………………………………………………………………………………………………………………..44
1. Flags list ...............................................................................................................................................................................44
2. Online parameters list...........................................................................................................................................................46
3. Character table......................................................................................................................................................................49
4. Online parameter sheet ........................................................................................................................................................50
5. Online alarm list ...................................................................................................................................................................52
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1. Outline

1) The following data is exchanged between the AU2700/5400 and the host computer system.
(1) Test Requisition Information (T.R.I.) (2) Test Results
2) The data transmission is conducted in either of the following mode:
(1) Class A Transmission is without synchronizing with analysis. This mode does not utilize the ACK/NAK protocol. (2) Class B Transmission is synchronizing with analysis. This mode does utilize the ACK/NAK protocol.
3) The Following format and protocol can be selected by [PARAMETER] [ONLINE] menu.
(1) Setup (2) Communication protocol
A. T.R.I. Inquiry Text Format B. Test Result Text Format
(3) Test Number Assignment
2. Basic Specification
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(2.1) Format of Transmission
Item Contents Transmission
line Synchronization Synchronization
RS-232C
Data transmission mode Bit/sec 4800bps, 9600bps Configuration
Form of Class A Transmission are conducted from the sender to Transmission the receiver in a certain time of interval.
Use channel 1 channel Retry Class A: None
Half-Duplex
start bit 1 bit data bit 7 or 8 bit parity bit none, odd or even stop bit 1 or 2 bit total 9-12 bit
These can be selected by [PARAMETER] [ONLINE] [PROTOCOL]
menu.
Class B Transmission are conducted by confirming with ACK (receipt acknowledged)or NAK (not acknowledged) between the sender and the receiver.
Class B: 0-3 This can be selected by [PARAMETER] [ONLINE]
[PROTOCOL]menu.
(2.2) Transmission code
Item Contents Limit of value Data code 7 bit code ASCII CODE 20H-7EH
These can be selected by [PARAMETER] [ONLINE] [PROTOCOL] menu.
Control code Start code/terminate code 01H-1FH
8 bit code
1 byte code 20H-7EH
A1H-DFH
ACK 06H NAK 15H BCC 00H-FFH
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(2.3) Text format
(1) Basic configuration as follows:
1) 2) 3) 4) 5) 6)
Name Digit Contents Remarks
1) Text start code 1,2 01h-1Fh Data start code Normally 02h
2) Text 2 R# T.R.I. inquiry AU2700/5400 Classification RB Start of T.R.I. inquiry Host
R_ * T.R.I. inquiry of
normal sample
RH T.R.I. inquiry of
rerun sample
RE End of T.R.I. inquiry
S# T.R.I. Host
S_ * T.R.I. of normal sample AU2700/5400 SH T.R.I. of rerun sample SE Stop of T.R.I. inquiry
D# Test result AU2700/5400
DB Start of transfer result Host D_ * Normal sample result DH Rerun sample result DR Reagent blank sample
Result DA Calibration result d_ * Stat fast result(AU2700 Only)
Emergency fast result
(AU5400 Only) dH Stat fast rerun result
(AU2700 Only)
Emergency fast rerun result
(AU5400 Only) DQ QC sample result DE End of result transfer
3) Unit No.
(Optional)
4) Text code Contents of Text
5) text end code 1,2 01h-1Fh End of text code
6) BCC (Block Check Character)
0,2
Data No. is added behind text of Header parts.
1 00h-FFh The sum with the Exclusive
or logic between 2-5 and including
5.
[PARAMETER] [ONLINE] [PROTOCOL] menu.
[PARAMETER] [ONLINE] [PROTOCOL] menu.
[PARAMETER] [ONLINE] [PROTOCOL] menu.
[PARAMETER] [ONLINE] [PROTOCOL] menu.
(Optional)
remarks * _ is space.
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(2) Blocking
A. Definition of Term
1) 2) 3) 4) 5) 6)
Term Definition Text length Is the total number of bytes from 1) to 6).
[PARAMETER] [ONLINE] [PROTOCOL] menu.
Max block length
[PARAMETER] [ONLINE] [PROTOCOL] menu.
It is the Max length of text in one record.
The length of block can be selected in online parameter menu. (256, 512, 1024)
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B. Kind of text and blocking
Kind Kind of text Method of Blocking Fixed length
Text
Variable length text
Start of T.R.I. inquiry
T.R.I. inquiry text
End of T.R.I.
transmission text.
Stop of T.R.I. inquiry
Start of transfer result
transmission text.
End of result transfer
transmission text.
T.R.I. text
Rerun T.R.I. text
Test result text
Rerun result text
QC result text
Acal result text
Reagent blank result
text
STAT(fast) result text
(AU2700 only) (see page 9) Identification No. =1
Emergency(fast) result
text
(AU5400 only)
Non-blocking
Using blocking
Block first block Identification Block No. Identification No. =0 (0-9,E) second block
Max block length < text length
Block
last block Block Identification No. =E
Text end code
Remark *1:When Block Identification No. is numeric(0,1,....), Only “End of Block” is used.
When Block Identification No. is “E”, Only “End of Text” is used.
Text end code = ETX(03H) and using ETB = yes *1 End of block = ETB End of text = ETX
Text end code <>ETX(03H) or ETB(17h)is no-use *1 End of block is designated in menu. End of text is designated in menu.
Using ETB can be selected in online parameters.
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3. Transmission Text Format

(3.1) Common and changeable item
The following can be selected by [PARAMETER] [ONLINE] [PROTOCOL] menu. Text start code 1) Unit No. 3) Text end code 5) BCC 6)
Sample Type Dummy(in Test Result transmission Text) Block Identification No. Rack No./Cup Position Unit No. on the T.R.I. text (with out Rerun) ANL unit No. and Cuvette side on Test Result transmission Text (without RB,ACAL,QC) Space Code before the Text Classification (S,R,D text) Reagent Lot No. and bottle No.
The order of the Sample number and Sample ID on the text can be changed, the sample type, the Dummy spaces and the Block Identification Number can be changed in the [PARAMETER] [ONLINE] [PROTOCOL] menu. There is a function at the bottom of the page called “Special”. These features may be altered under the “Special” menu. Making changes in the “Special” menu only affects the T.R.I. Text and Test Result Transmission Text.
(3.2) T.R.I. inquiry text
Common Item
(1) Start text to inquiry test requisition.
1)R B 3)5)6)
(2) Normal run inquiry test requisition.
Cup
1) R _ 3) Rack no.
Sample type
Posi­tion
Sample no. Sample ID 5) 6)
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(3) Repeat run inquiry test requisition.
Cup
1) R H 3) Rack No.
Sample type
(4) End text to inquiry test requisition.
1) R E3)5)6)
Posi­tion
Sample no. Sample ID 5) 6)
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(3.3) T.R.I. text
(1) Normal sample test requisition information text.
cup
1) S _ Rack No.
Sample type Block Identification No.
posi­tion
Sample no. Sample ID Dummy
_ _ _ _
s ex age month
Patient Information 4
Test code
(2) Repeat run sample test requisition information text.
1) S H Rack no.
Test code
Test code
Patient Information 1
Patient Information 5
Test code
Test code
Cup Posi­tion
Patient Information 2
Patient Information 6
Test code
Sample no. Sample ID
Test code
Patient Information 3
Test code 5) 6)
Original Sample no.
Sample type Block Identification No.
Blocking
Test codeMeth
od
Test codeMeth
od
Test codeMeth
od
Test
codeMeth
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Test codeMethod5) 6)
od
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(3) End of T.R.I. Text transmission.
1) S E 5) 6)
(3.4) Test result transmission text
(1) Start of test result transmission text.
1) D B3)5)6)
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(2) Normal sample test result text.
Cup
1) D _ 3) Rack no.
Sample type Block Identification No.
Posi­tion
Sample no. Sample ID Dummy
_ _ _ _
S ex Age Month
Patient Information 4
Blocking
Test code
Cuvette side ANL unit No.
Blocking
Patient Information 1
Patient Information 5
R1 Lot No.
Patient Information 2
Patient Information 6
R1 Bottle No. R2 Lot No.
Patient Information 3
R2 Bottle No.
 Test Result
Flags
5) 6)
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(3) Stat(fast) test result text (AU2700 only).
Cup
1) d _ 3) Rack no. _ _ _ _
1-22 Sample type Block Identification No.
S ex Age Month
Patient Information 4
Blocking
Test
R1 Lot No.
code
Posi­tion
Patient Information 1
Patient Information 5
R1 Bottle No. R2 Lot No.
P n n n Sample no. Sample ID Dummy
_ _ _ _
Patient Information 2
Patient Information 6
R2 Bottle No.
Patient Information 3
Cuvette side ANL unit No.
Blocking
 Test Result
Flags
5) 6)
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(4) Emergency(fast) test result text (AU2700 only).
Cup
1) d _ 3) Rack no. _ _ _ _
1-22 Sample type Block Identification No.
S ex Age Month
Patient Information 4
Blocking
Test
R1 Lot No.
code
Posi­tion
Patient Information 1
Patient Information 5
R1 Bottle No. R2 Lot No.
E n n n Sample no. Sample ID Dummy
_ _ _ _
Patient Information 2
Patient Information 6
R2 Bottle No.
Patient Information 3
Cuvette side ANL unit No.
Blocking
 Test result
Flags
5) 6)
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(5) Repeat run result text -1 .
Cup
1) D H 3) Rack no.
Sample type Block Identification No.
Blocking
Test
R1 Lot No.
code
Cuvette side ANL unit No.
Blocking
 Test result
Flags
Posi­tion
R1 Bottle No. R2 Lot No.
Sample no. Sample ID
R2 Bottle No.
5) 6)
Original Sample no.
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(6) Repeat run result text -2 Stat fast sample (AU2700 Only) .
Cup
1) d H 3) Rack no. _ _ _ _
1-22 Sample type Block Identification No.
Blocking
Test
R1 Lot No.
code
Cuvette side ANL unit No.
Blocking
 Test result
Flags
Posi­tion
R1 Bottle No. R2 Lot No.
P n n n Sample no. Sample ID
R2 Bottle No.
5) 6)
Original Sample No.
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(7) Reagent blank result text.
Dummy
1) D R 3) _ _ _ _ _ _ Sample no. _ _ _ _ _
Sample type This dummy is same ID digits Block Identification No. and assigned area is decided associated with the rack No. ANL unit No. Cuvette side
Test code R1 Lot No. R1 Bottle No. R2 Lot No. R2 Bottle No.
1:First data 2:Second data
_ _ _ _
Test Result Flags 5) 6)
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(8) Acal (Calibration) result text.
Dum
1) D A 3) _ _ _ _ _ _ Sample no. Calibrator ID
This dummy spaces is assigned in case rack No. exists Calibrator No. (1-80) and assigned area is decided associated with the rack No. Block Identification No.
Blocking
my _ _
ANL unit No. Cuvette side
Test
R1 Lot No.
Code
Blocking
 Test result
R1 Bottle No. R2 Lot No.
Flags
R2 Bottle No.
5) 6)
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(9) QC (Quality Control) result text.
Dum
1) D Q 3) _ _ _ _ _ _ Sample no. Control ID
This dummy No. is assigned in case rack No. exists Control No. and assigned area is decided associated with the rack No. Block Identification No. ANL unit No.
Blocking
my _ _
Cuvette side
Test
R1 Lot No.
code
Blocking
 Test result
(10) End of test result transfer text.
1)D E 3)5)6)
R1 Bottle No. R2 Lot No.
Flags
R2 Bottle No.
5) 6)
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(3.5) Relation between real-time/batch and Transmission text
T.R.I. inquiry of Routine, Emergency, Stat and Repeat run can be selected as real-time or batch.
Test results of all samples can be selected as real-time or batch.
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(3.6) Others
(1) Contents and formats of text.
Item Digit Contents Remarks
1. Rack No.
(Optional)
2. Cup position
(Optional)
3. Sample type 1 space : serum
4. Sample No. 4 '0001'-'9999' : Routine sample
5. Sample ID 4-26 Number or character
6. Original Sample No.
7. Reserved 4 Space
8. Block 1 '0'-'9' Last text is 'E' Identification No.
4 or 5 '0001'-'9999' or
'00001'-'99999' STAT sample is space
When Rack no. is no setting, Rack No. is '00000'.
2 rack : '01'-'10'
STAT : '01'-'22'
U : urine X : other
'E001'-'E999' : Emergency sample 'P001'-'P999' : Stat sample 'R001'-'R999' : Reagent blank 'A001'-'A999' : Calibration sample 'Q001'-'Q999' : QC sample
4 '0001'-'9999' : normal sample
'E001'-'E999' : emergency sample 'P001'-'P999' : stat sample
The digit of rack no.
and cup pos. and these using is changeable in [PARAMETER]
[ONLINE] [PROTOCOL] menu.
In case ,receive
T.R.I.
in batch.
This is automatically
assigned when rack No. is in use.
Number of digits can
be changed in the [PARAMETER]
[FORMAT] [FORMAT REQUISITION] menu.
For Repeat Run Results.
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9.ANL unit No.
(Optional)
10.Cuvette side
(Optional)
11. Sex
(Optional)
12. Age (Optional)
13. Month (Optional)
14. Patient Information (Optional)
15. Online Test No.
16. Method 1 '0':normal
1 ‘1’: AU5400 ISE
‘1’: AU5400 unit 1 ‘2’: AU5400 unit 2 ‘3’: AU5400 unit 3
‘1’: AU2700
1 AU5400
‘0’ : inner cuvette (ISE Cell 1) ‘1’ : outer cuvette (ISE Cell 2) AU2700 ‘0’ : inner cuvette(ISE) ‘1’ : outer cuvette
1 M : male
F : female SP : none sex 0 : no-set
3 '000'-'150'
space : no-set *1
2 '00'-'11'
space : no-set *1
20 number or character
2 '01'-'99'
'1':dilution ‘2’:condense
ANL unit No. is added to the header portion of RB, ACAL, and QC result data. Normal sample and rerun sample, it is added to each item. However, in the case of an calculate item, a space is added. In a normal sample and repeat run, it can be prevented from adding a unit number by the setup of an on-line condition menu. This option can be selected in the
[PARAMETER][ONLINE] [PROTOCOL][SPECIAL] menu.
Cuvette side is added to the header portion of RB, ACAL, and QC result data. Normal sample and rerun sample, it is added to each item. However, in the case of an calculate item, a space is added. In a normal sample and rerun, it can be prevented from adding a unit number by the setup of an on-line condition menu. This option can be selected in the
[PARAMETER][ONLINE] [PROTOCOL][SPECIAL] menu.
These items can be
selected/canceled in the [PARAMETER]
[FORMAT] [FORMAT REQUISITION] menu.
This number can be
changed in the
[PARAMETER] [ONLINE] [TEST NO.]
For Repeat Run Results.
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17. Test result 8 or 11 Test Result digits can be 6 or 9. Flags digits is 2.
Refer to Appendix 1 (Flags List)
18. Lot No. and
Bottle No. (Optional)
Remark *1: If only age is the space in the text from a host, AU2700/AU5400 will output an error. The combination of Age
and Month is as follows.
Host -> AU2700/5400
Pattern Age Month Result 1 Spaces Spaces OK 2 XXX Spaces OK 3 Spaces XX Error 4 XXX XX OK
4*4 Number or character
0 suppress can be
selected/canceled in online parameter menu
Number of digits can
be changed to
6 or 9 in online parameter menu.
This option can be
selected in the
[PARAMETER] [ONLINE] [PROTOCOL] [SPECIAL] menu.
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(2) Test result format.
A. Test result
Data digit is 6 and 0 suppress is not used.
0 1 2 3 . 4
Data digit is 9 and 0 suppress is not used.
- 0 1 2 3 . 4 5 6
Data digit is 6 and 0 suppress is used.
- _ 1 2 3 4
Data digit is 9 and 0 suppress is used.
- _ 1 2 3 . 4 5 6
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B. LIH result
Data digit is 6 and 0 suppress is not used.
LIP ICT HEM
0
0 NORMAL FLAG 1 + 2 ++ 3 +++ 4 ++++ 5 +++++ 6 ABN 9 Test not performed.
LIP ICT HEM
0 0 0 0 0 0
0 NORMAL FLAG 1 + 2 ++ 3 +++ 4 ++++ 5 +++++ 6 ABN 9 Test not performed.
0 0
Data digit is 9 and 0 suppress is not used.
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Data digit is 6 and 0 suppress is used.
LIP ICT HEM
___
0 NORMAL FLAG 1 + 2 ++ 3 +++
4 ++++ 5 +++++ 6 ABN 9 Test not performed.
Data digit is 6 and 0 suppress is used.
LIP ICT HEM
_ _ _ _ _ _
0 NORMAL FLAG 1 +
2 ++
3 +++ 4 ++++ 5 +++++
6 ABN
9 Test not performed.
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(3) T.R.I. of calculated tests.
Note: Calculated Test No. in T.R.I. from Host is ignored. The tests that create the calculated tests can only be ordered from the Host.
(4) Data format that Test result data is digit over.
a. Data digit is 6.
9 9 9 9 9 9
Data digit is 9.
9 9 9 9 9 9 9 9 9
(5) Data format that Test result data is OD-value.
Data digit is 6.
0 . 1 2 3 4
When the data is negative OD-value, it is same as digit over.
Data digit is 9.
- 0 . 1 2 3 4
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(6) T.R.I of LIH.
In any case, LIH test no. in T.R.I from Host is necessary for LIH analysis.
LIH Reagent Test Name LIH Measure LIH
Other
Note 1) These can be selected by the following menus.
LIH Reagent Test Name : [PARAMETER] – [COMMON TEST PARAMETERS] – [TEST NAME] LIH Measure : [PARAMETER] – [COMMON TEST PARAMETERS] – [ROUND]
All Even if AU2700/AU5400 does not have the request from
a host, it performs LIH analysis.
Select AU2700/AU5400 performs LIH analysis according to the
request from a host.
All Even if AU2700/AU5400 does not have the request from
a host, it performs LIH analysis.
No LIH analysis is not performed even if AU2700/AU5400
has the request from a host.
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4. Transmission Protocols

(4.1) Protocols at AU2700/5400

(1) Class A: without ACK/NAK exchange.
A. Sending
Text to be sent:
T.R.I. Inquiry text
Repeat Run T.R.I. Inquiry text
Start of Test Result Transmission text Test Result text Repeat Run Result text End of Test Result Transmission text
Start Block end (BCC) Initial of Transmission text Condition Text Text end (BCC)
B. Receiving
Text to be received:
T.R.I. text
Repeat Run T.R.I. text End of T.R.I. Transmission text
Start Block end (BCC) Initial of Transmission text Condition Text Text end (BCC)
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(2) Class B: with ACK/NAK protocol.
A. Sending
Text to be sent:
T.R.I. Inquiry text Repeat Run T.R.I. Inquiry text Start of Test Result Transmission text Test Result text Repeat Run Result text End of Test Result Transmission text
ACK ACK Received Received
Block end (BCC) Initial Start Condition of Transmission text Text Text end (BCC)
NAK NAK Received Received
1
2
st
time: resending the same block or or
nd
time: sending the next block Time-out Time-out
1    2
st
time: resending the same text
nd
time: return to initial condition
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B. Receiving
Test to be sent:
T.R.I. text Repeat Run T.R.I. text End of T.R.I. Transmission text
ACK ACK
Send Send
Block end (BCC) Initial Start Condition of Transmission text Text Text end (BCC)
NAK NAK
Send Send 1 2
st
time: receiving the same block
nd
time: receiving the next block
1 2
st
time: receiving the same text
nd
time: return to initial condition
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(4.2) Timing/time-out
(1) Time-out/timing list .
Kind Description Default Remarks T1 Limit time from end of transfer/receive to start
of text receive. 2 s 0.1 x n sec
T2 Limit time from start of text receive to end of
text receive. (Note 1)
T3 Limit time from start of text transfer to end of
text transfer. n=1-99
T4 Limit time from end of text transfer to response of
receive. 2 s T5 Interval time of transmission 2 s T6 Min. time from receive 1 s T7 Limit time from NAK response to start receive
of retry text. t1 Min. time from end of transfer text to receivable 0.5 s Not Changeable
text. t2 Min. time from end of transfer text to next receivable
text. 0.5 s
Min. time from end of transfer text to receivable t3
Response. 0.5 s
Min. time from end of receiving text to transfer t4
Response. 0.5 s
2 s
(Note 2)
note 1) ((Max text length x Character length)/Bit/sec)+ 0.5 s note 2) These time-outs can be changed in the online parameters menu.
(2) Rule of class A
A. Case 1
AU2700/5400 Host B
t1<<T1 T5<
B. Case 2
AU2700/5400 Host
T5< T5<
A C
<T3 <T2 <T3
A B C
<T3 <T3 <T3
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C. Case 3
AU2700/5400 Host A B C
<T2 <T2 <T2
t2<<T1 t2<<T1
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(4.3) Rule of class B
(1) Case 1
A A
C
AU2700/5400 Host A
C K
<T3 <T2 <T3
t3<<T4 t1<<T1 t4< T5<
(2) Case 2
A B
AU2700/5400 Host A
C K
<T3 <T3
t3<<T4 T5<
B
K
C
(3) Case 3
A C
AU2700/5400 Host A C
<T2 <T2
t4< t2<<T1
(4) Case 4 (Abnormal Case 1)
A A B
AU2700/5400 Host N
<T3 <T3 <T3
t3<<T4 T6< t3<<T4 T5<
K
A K
N A K
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(5) Case 5 (Abnormal Case 2)
A A
AU2700/5400 Host N
<T3 <T3 <T2
t3<<T4 T6< t3<<T4 t1<
(6) Case 6 (Abnormal Case 3)
N A K
A
K
B
N A
AU2700/5400 Host A A B
<T2 <T2 <T2
t4< t2<<T7 t4< t1<<T1
(7) Case 7 (Abnormal Case 4)
AU2700/5400 Host A A
<T2 <T2 <T3
t4< t2<<T7 t4< T5<
K
N A K
N
A
K
N
A
K
B
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5. Application Protocol

(5.1) Receiving T.R.I.
(1) Trans./receive sequence in one session.
General sequence :
A. Example 1
Shift next Rx-transfer when Online Error occurred.
RB Rx Rx
AU2700/5400
Host
In case 2 blocks
B. Example 2
Stop the session when Online Error occurred.
RB Rx Rx
AU2700/5400
Host
(2) Detail
T.R.I. Receive Kind of text Timing/condition
Real-time RB(request This text is transferred when it is shifted from stand-by
Start) mode to start measure and then the first Rx is transmitted.
0
Sx
0
Sx
E
Sx
E
Sx
・・・
0
Sx
・・・
0
Sx
Rx
E
Sx SE
RE
E
Sx
R_ * (request normal) (Note 2)
Request of When detecting cup, this Sample No. is transferred if this sample no. sample has not T.R.I.. Request of When reading ID is normally, this Sample ID is transferred
sample id if this sample has not T.R.I.. RH (request rerun) (Note 2)
Request of When detecting cup, this Sample No. is always transmitted
sample no.
Request of When reading ID is normally, this Sample ID is always
sample ID transmitted.
remarks * _ is space. Note 1) The number of times a T.R.I. inquiry can be sent when an online error is generated can be selected in [PARAMETER] [ONLINE] [PROTOCOL]. Note 2) It is possible that the R_-text and RH-text are mixed in one session.
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Receive Kind of text Timing/condition
This text can be received after end of Rx-transfer within
Real-time Sx
SE RE (request This text is transferred when shifting to the modes below. end) 1) measure mode to standby mode
Batch RB (request This text is transmitted when receiving T.R.I. is sent in the test
start) requisition.
R_ * (request Normal) (Note 3)
Request of This text is transmitted at the designated time intervals. sample no. The texts are the samples that are selected in the test
RH (request rerun) (Note 3)
Request of This text is transmitted at the designated time intervals. sample no. The texts are the samples that are selected in the test
Sx This text can be received after end of Rx-transfer within
SE
the designated time.
2) measure mode to stop mode
This text is transmitted when the communication is canceled by the online alarm.
requisition menu.
requisition menu.
the designated time.
RE (request end) This text is transmitted when it was receiving the last sample No.
in test requisition menu and SE text isn't received. This text is transmitted when the communication is canceled in the test requisition menu. This text is transmitted when the communication is canceled by the online alarm.
remarks * _ is space. Note 3) R_-text and RH-text is transferred in separate sessions.
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Page 39
(3) Kind of T.R.I. transfer/receive.
A. T.R.I. of normal sample
Setting of parameters Method of T.R.I. inquiry & T.R.I. Receive T.R.I.. inquiry Method of
T.R.I. inquiry
Real-time Sequential
Rack no.
Sample ID Request
Batch Sequential
Rack no.
Sample ID Sample ID *1
Kind of T.R.I.
Request of sample no
of sample ID Request of sample no
T.R.I. inquiry T.R.I. Sample no Sample no *1
Sample no (Calculated rack No. and cup pos. No.) Sample ID Sample no *1 Sample no. Sample no *1
Sample ID *1 Sample no *1
Sample no *1
Selectable setting of receiving T.R.I. in online parameter menu and requisition format menu.
Selectable method of T.R.I. in system menu.
Remark *1: Sample no. and Sample ID of T.R.I. must be same to the Sample no. and Sample ID of T.R.I inquiry.
(4) T.R.I. of Repeat sample
Setting of parameters Method of T.R.I. inquiry & T.R.I. Repeat sample Receive of T.R.I. Repeat rack Real-time Using Sequential
Batch - Sequential
Remark *1: Repeat sample no. and sample ID of T.R.I. must be same as the Repeat sample no. and sample ID of T.R.I
inquiry.
Method of T.R.I. inquiry
rack no.
Sample ID Request
rack no.
Sample ID Sample ID *1
Kind of T.R.I.
Request of Sample no.
of sample ID
Request of sample no.
T.R.I. inquiry T.R.I.
Original
Repeat sample no.
Sample ID Repeat sample no. *1 Repeat sample no. Original
sample no. *1 Repeat sample no.*1 Sample ID *1 Repeat sample no.*1
sample no. *1
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Page 40

(5.2) Sending test result protocol

(1) Transfer sequence for one session.
General sequence :
A. Example 1
Shift next Dx-transfer when Online Error occurred.
AU2700/5400
2 blocks Host
B. Example 2
AU2700/5400
Host
(2) Detail
Data Trans. Kind of text Timing/condition Normal end Online error
Real DB (START) This text is transmitted when It is shifting the It is output the
-time it is shifted from stand-by transfer of the alarm and it is
Dx (result data) It is transmitted one by one It is shifting next stop.
DB Dx
0
Stop session when Online Error occurred.
DB Dx
0
mode to measure mode and just test results. executed the below behind the first Dx is transmitted.
the samples that are finished The transfer of It is canceled the measuring. Dx/DE. transfer of Dx/DE
Dx
E
Dx
E
Dx
0
Dx
0
Dx
E
Dx
E
Dx
E
Dx
E
DE
DE
Error protocol is
Error protocol is
continue It is shifting next the transfer of Dx/DE.
DE (end) This text is transmitted after It is ended the It is output the
the last transfer of Dx text session of transfer of alarm and ended and the below shifting mode. The text of test the session of the
results. transfer of the
1) measure mode to standby text of test results.
2) measure mode to stop This text is transmitted when the communication is canceled by the online alarm.
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Page 41
Data Trans. Kind of text Timing/condition Normal end Online error
Batch DB (start) This text is transmitted when it It is shifting the It is output the
selected the start of transmission transfer of the test alarm and it is in the online menu. Results. executed the below
Error protocol is
This text is transmitted at It is shifting next stop. Dx the designate time intervals. The transfer of It is canceled the (result data) The text are the samples that Dx/DE. transfer of Dx/DE
is selected in the online menu
DE (end) This text is transmitted when It is ended the It is output the
it was transmitting the session of transfer alarm and ended
sample No. that is selected in of the text of test The session of the
online menu and it was after results. transfer of the
the designated time. text of test results.
This text is transmitted when
the communication is canceled
in the online menu.
This text is transmitted when
the communication is canceled
by the online alarm.
Error protocol is continue. It is shifting next the transfer of Dx/DE.
Note 1) The number of times a TRI Inquiry can be sent when an online error is generated can be selected in the
[PARAMETER] [ONLINE] [PROTOCOL] menu.
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Page 42
(5.3) Others
(1) Mixing the session of the TRT inquiry and the session of the test results.
AU2700/5400
Host
(2) Detail
Section Definition of section Limitation (a) The start of the transmission of the text
A. General sequence
Rx Dx Dx Rx
・・・
Sx Sx Sx Sx
(a) (b)
Don't transmit the Test result text.
of T.R.I. inquiry
-- The end of the receiving of all T.R.I. for one samples
(b) The start of the transmission of the text
of the test results
-- The end of the receiving of all result for one samples
Don't transmit the T.R.I. text.
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Page 43

6. Specification of Connection

(6.1) In/Output signals and Terminals

PC Terminal Terminal
at AU2700/5400 at host
Signal Name Abbrv. Direction computer
(25 Pin Configuration)
------------------------------------------------------------------------------------------------------------------­ Ground FG - 1 Data sent TxDATA 3 3 (Rx DATA) Data receive RxDATA 2 2 (Tx DATA) Signal Ground SG 5 7 (SG)
Request to send RTS 7 Clear to send CTS 8
Caution: RTS and CTS must be connected directly.
(6.2) Signal Level
Signal/Signal Format Signal Level
-----------------------------------------------------------------------------------­SPACE (ON) +3V and higher ("H")
MARK (OFF) -3V and lower ("L")
Note: "H" stands for "HIGH LEVEL" and "L" for "LOW LEVEL".
(6.3) Applicable Connector
Style of connector : Confirm the standard of IBM PC (RS232 DB9 Male) Provide a RS232 DB9 Female connector. Style of connector Cover : ditto
(6.4) Others
A. When powering ON or OFF the host computer system, ensure that the AU2700/5400 is in
Standy mode. Powering ON or OFF the host computer system while the AU2700/5400 is being operated may result in abnormality function of the AU2700/5400.
B. The cable for host communication is not included in the AU2700/5400 standard accessories. A shielded cable must be used for host connection.
C. Do not use the terminals on the AU2700/5400 other than No. 2,3,5,7, or 8 for any purpose.
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Page 44
A.
Appendix
(1) Flags list
Flag Contents ( Failed to evade the contamination since the detergent for evading the contamination is not enough. % The sample probe is clogged with sample. ? Calculation unable due to abnormal photometric data
# Sample level detection error R Reagent level detection error ! Calculation unable due to abnormal data
Reagent absorbance value at P-START of Reagent Blank run, is smaller than the
U
u
Y
y @ Abnormally high result; absorbance of every wavelength is more than 2.5. $ No linearity validation conducted because less than 3 data obtained in the
D Too quick reaction slope in increasing kinetics, absorbance at P-START is
B Too quick reaction slope in increasing kinetics, or absorbance at P-END is
* Linearity error in kinetics. & Prozone data error (prozone check point data error) Z Prozone error F Result higher than the dynamic range specified in the Parameters G Result lower than the dynamic range specified in the Parameters x Other QC data error 1 QC result beyond the QC value range specified in the Parameters 2 Multi-rule QC data error 3 Multi-rule QC data error 4 Multi-rule QC data error 5 Multi-rule QC data error 6 Multi-rule QC data error 7 Multi-rule QC data error p Result beyond the panic value specified in the Parameters T Abnormality found in the Inter-Item Check P Result higher than DECIDE RANGE designated in parameters. N Result lower than DECIDE RANGE designated in parameters. H Higher than the result value range specified in the Parameters L Lower than the result value range specified in the Parameters J Result higher than the repeat run range specified in the Parameters K Result lower than the repeat run range specified in the Parameters S Result extracted for repeat run
Lower limit of the Parameter. Reagent absorbance value at P-START is lower than the lower limit specified In the Parameters in routine run. Reagent absorbance value at P-END of Reagent Blank run, is greater than the Upper limit of the Parameter. Reagent absorbance value at P-END is higher than the upper limit specified In the Parameters in routine run.
Kinetics.
Higher than MAX. OD in increasing FIXED assay, or too slow reaction slope In decreasing kinetics (= no reaction observed)
Lower than MIN. OD in increasing FIXED assay. Linearity error in kinetics.
- 44 -
Page 45
/ Test not performed: test has been requisitioned but not performed due
To any reason. r transferred data to host e edited data c correct data by manual correction a On-board stability over b Calibration stability over or Calibration does not exist. ) Current reagent lot number was different from reagent lot No. when ACAL analysis
- 45 -
Page 46
(2) Online parameters list
Transmission information Contents menu T.R.I. receive
Normal sample Emergency sample Stat sample Normal Repeat sample Emergency Repeat sample Stat Repeat sample
Test result transfer
Normal sample Emergency sample Stat sample Stat Fast sample Normal Repeat sample Emergency Repeat sample Stat Repeat sample QC sample Calibration sample
Reagent blank sample Protocol 2 Contents menu Error control
Receive
Transfer Protocol –1 Contents menu Data format
character length
parity bit
stop bit
Real-time/batch/none Real-time/batch/none Real-time/batch/none Real-time/batch/none Real-time/batch/none Real-time/batch/none
Real-time/batch/none Real-time/batch/none Real-time/batch/none Real-time/none Real-time/batch/none Real-time/batch/none Real-time/batch/none Real-time/batch/none Real-time/batch/none Real-time/batch/none
Continue/stop Continue/stop
7/8 ODD/EVEN/none 1/2
[PARAMETER] [ONLINE] [SETUP] menu.
[PARAMETER] [ONLINE] [PROTOCOL] menu.
[PARAMETER] [ONLINE] [PROTOCOL] menu.
Basic text format
start code 1
start code 2
end code 1
end code 2
Max text length
unit no.
use ETB
Sequence control
bit/sec
protocol
BCC check
retry times
time out T1
T2
T3
T4
T5
T6
T7
Text Format
00H-FFH 00H-FFH 00H-FFH 00H-FFH 256/512/1024 00-99 space use/none
4800/9600 class A/class B use/none (0-3) nn nn nn nn nn nn nn
[PARAMETER] [ONLINE] [PROTOCOL] menu.
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Page 47
Text information Contents menu rack no. /cup position
rack no. digit
use/none 4/5
[PARAMETER] [ONLINE] [PROTOCOL] menu.
Sex age/month
patient information 1 patient information 2 patient information 3 patient information 4 patient information 5 patient information 6 sample ID digits 4-26 digits [PARAMETER] [FORMAT]
data format 6 /9 digits [PARAMETER] [ONLINE]
data zero suppress used/none [PARAMETER] [ONLINE]
Sample Type used/none [PARAMETER] [ONLINE]
Dummy (Test Result Transmission Text) Block Identification No. used/none [PARAMETER] [ONLINE]
ANL Unit No. used/none Note 3 [PARAMETER] [ONLINE]
Cuvette Side used/none Note 3 [PARAMETER] [ONLINE]
Sequence of S.No. and S.ID in T.R.I text Sequence of S.No. and S.ID in Test result text Lot No. and Bottle No. used/none [PARAMETER] [ONLINE]
Note 1)When you send the “Block Identification No.” field as none, the program will change the parameters automatically as
following. End Code = ETX
ETB Control = used
Note 3) Only a Normal sample and repeat sample can be changed.
use/none use/none
use/none digits use/none digits use/none digits use/none digits use/none digits use/none digits
used/none [PARAMETER] [ONLINE]
S.No. / S.ID [PARAMETER] [ONLINE]
S.No. / S.ID [PARAMETER] [ONLINE]
[PARAMETER] [FORMAT] [REQUISITION FORMAT] menu. [PARAMETER] [FORMAT] [REQUISITION FORMAT] menu.
[REQUISITION FORMAT] menu.
[PROTOCOL] menu.
[PROTOCOL] menu.
[PROTOCOL] [SPECIAL] menu.
[PROTOCOL] [SPECIAL] menu.
[PROTOCOL] [SPECIAL] menu.
[PROTOCOL] [SPECIAL] menu.
[PROTOCOL] [SPECIAL] menu.
[PROTOCOL] [SPECIAL] menu.
[PROTOCOL] [SPECIAL] menu.
[PROTOCOL] [SPECIAL] menu.
- 47 -
Page 48
Each of the following parameters are influenced as shown below.
RB R_ RH RE S_ SH SE DB D_ d_ DH dH DR DA DQ DE Sample Type ­Dummy (Test Result Transmission Text) Block Identification No. Sequence of S.No. and S.ID in T.R.I text Sequence of S.No. and S.ID in Test result text ANL Unit No. -------­Cuvette Side -------­Lot No. and Bottle No.
: influenced × : not influenced
- : not apply
○×
--
-
○×
--
--------
--------
×
×
-
○×
-
○×
-
××
--
--
--
--
----
×
○○ЧЧЧЧЧ ○○ЧЧЧЧЧ
○○ЧЧЧЧЧ
ЧЧЧЧЧ
○○ЧЧЧЧЧ
○○○○××× ○○○○××× ○○○○○○○
-
-
-
-
-
-
-
-
- 48 -
Page 49

(3) Character Table

HIGH LOW 0123456789ABCDEF
0 DE SP 0 @ P p 1 SH D1 ! 1 A Q a q 2 SX D2 " 2 B R b r 3 EX D3 # 3 C S c s 4 ET D4 $ 4 D T d t 5 EQ NK % 5 E U e u 6 AK SN & 6 F V f v 7 BL EB ' 7 G W g w 8 BS CN ( 8 H X h x 9 HT EM ) 9 I Y i y A LF SB * : J Z j z B HMEC + ; K [ k {
C CL FS , < L \ l | D CR GS - = M ] m } E SO RS . > N ^ n ~ F SI US / ? O _ o DL
From 20H to 7EH: These characters can be used for the Sample ID code. From 30H to 39H: These characters can be used for Test numbers. A1 - DC is Japanese character set.
- 49 -
Page 50
(4) AU2700/5400 Online Parameter Sheet
Set up Setting T.R.I. Receive
Routine Normal real time batch none Routine Emergency real time batch none Routine Repeat real time batch none Emergency Repeat real time batch none Stat Normal real time batch none Stat Repeat real time batch none
Results Transfer
Routine Normal real time batch none Routine Emergency real time batch none
Routine Repeat real time batch none Emergency Repeat real time batch none Stat Normal real time batch none Stat Repeat real time batch none Stat Fast real time none QC real time batch none Calibration real time batch none Reagent blank real time batch none
Upper protocol Setting Error control
T.R.I. Receive continue stop Results Transfer continue stop
Lower protocol Setting Character format
Character length. 7  8 Parity bit odd even none Stop bit 1  2
Data format
Start code 1 [ ] (01-1F) Start code 2 [ ] (00-1F) End code 1 [ ] (01-1F) End code 2 [ ] (00-1F) Text length 256 512 1024 Unit No. [ ] (00-99 space) ETB control  yes  no
SEQ. Control
Bit/sec 4800 9600 Class Class A Class B BCC check  yes  no Retry [ ] (0-3) Time out T1 [ ] (0-99) T2 [ ] (0-99) T3 [ ] (0-99) T4 [ ] (0-99) T5 [ ] (0-99) T6 [ ] (0-99) T7 [ ] (0-99)
Text format Setting
- 50 -
Page 51
Rack No.  none  4  5 Sex  yes  no AGE/MONTH  yes  no patient inf. 1 yes[ ]digits no patient inf. 2 yes[ ]digits no patient inf. 3 yes[ ]digits no patient inf. 4 yes[ ]digits no patient inf. 5 yes[ ]digits no patient inf. 6 yes[ ]digits no ID digits [ ]digits (4-26) Data format 6  9 ZERO Suppress yes no Sample Type  yes  no Dummy yes no Block Identification yes no ANL unit No. yes no Cuvette side yes no Sequence of S.No. and S.ID in T.R.I text Sequence of S.No. and S.ID in Test result text Lot No. and Bottle No. yes no
No. S.ID
yes no
- 51 -
Page 52

(5) ONLINE ALARM LIST

1)ONLINE ERROR [ aa ] [ bbbbbbbbb ] <Operation> (1). In the Online Parameter menu, submenu Error Control, if the T.R.I. receive has been designated as "STOP", then the following will occur:
1) Text following the alarm will not be received.
2) In a case when the text requisition is received real-time,the "STOP" status is ignored at the start of the next analysis and the text requisition will be received real-time again. (2). In the Online Parameter menu, submenu Error Control, if the T.R.I. receive has been designated to "CONTINUE", the test requisition for the next sample will be received real-time. <Description> (1).Communication error occurs when transmittng the text for test requisition or when receiving the test requisition format. (2).The display in the [ ] and its meaning are as follows. aa : type of the errors
---------------------------------------------------------------­ 01 : Device name error 02 : Framing error 03 : Over run error 04 : Parity error 05 : Time out error 06 : Receive NAK when transmitting a text 07 : BCC error when receiving a text 08 : Other communication errors 09 : Function error (Full Duplex instead of Half Duplex) 10 : Unit name error 11 : Parameter error 12 : Request cancel
---------------------------------------------------------------­ bbbbbbbbb : Text having error
---------------------------------------------------------------­ RB : Start text for receiving the test requisition information. RE : End text for receiving the test requisition information. R_ __ nnnn : normal run, normal sample, sample No. R_ _E nnnn : normal run, emergency sample, sample No. R_ _P nnnn : normal run, STAT sample, sample No. R_ U_ nnnn : normal run, urine sample, sample No. R_ UE nnnn : normal run, urine emergency sample, sample No. R_ UP nnnn : normal run, urine STAT sample, sample No. R_ X_ nnnn : normal run, urine sample, sample No. R_ XE nnnn : normal run, urine emergency sample, sample No. R_ XP nnnn : normal run, urine STAT sample, sample No. RH __ nnnn : repeat run, normal sample, sample No. RH _E nnnn : repeat run, emergency sample, sample No. RH _P nnnn : repeat run, STAT sample, sample No. RH U_ nnnn : repeat run, urine sample, sample No. RH UE nnnn : repeat run, urine emergency sample, sample No. RH UP nnnn : repeat run, urine STAT sample, sample No. R_ __ xxxxxxxxxxx: normal run, normal sample, sample ID R_ _E xxxxxxxxxxx: normal run, emergency sample, sample ID R_ _P xxxxxxxxxxx: normal run, STAT sample, sample ID R_ U_ xxxxxxxxxxx: normal run, urine sample, sample ID R_ UE xxxxxxxxxxx: normal run, urine emergency sample,sample ID R_ UP xxxxxxxxxxx: normal run, urine STAT sample, sample ID R_ X_ xxxxxxxxxxx: normal run, urine sample, sample ID R_ XE xxxxxxxxxxx: normal run, urine emergency sample,sample ID R_ XP xxxxxxxxxxx: normal run, urine STAT sample, sample ID RH __ xxxxxxxxxxx: repeat run, emergency sample, sample ID RH _E xxxxxxxxxxx: repeat run, emergency sample, sample ID RH _P xxxxxxxxxxx: repeat run, STAT sample, sample ID
- 52 -
Page 53
RH U_ xxxxxxxxxxx: repeat run, urine sample, sample ID RH UE xxxxxxxxxxx: repeat run, urine emergency sample, sample ID RH UP xxxxxxxxxxx: repeat run, urine STAT sample, sample ID RH X_ xxxxxxxxxxx: repeat run, emergency sample, sample ID RH XE xxxxxxxxxxx: repeat run, emergency sample, sample ID RH XP xxxxxxxxxxx: repeat run, STAT sample, sample ID
----------------------------------------------------------------
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Page 54
2)ONLINE ERROR [ aa ] [ bbbbbbbbb ] <Operation> (1). In the Online Parameter menu, submenu Error Control, if the T.R.I. receive is designated as "STOP", the following events can occur:
1). The text following the alarm will not be received.
2). In a case when the text requisition is received real-time,the "STOP" designation is ignored and the text requisition will be received in real-time at the start of the next analysis. (2). In the Online Parameter menu, submenu Error Control, if the T.R.I. receive is designated as "Continue", the test requisition for the next sample will be received. <Description> (1). Communication error occurs when transmitting the text for test requisition or receiving the test requisition format. (2). The display in the [ ] and its meaning are as follows. aa : type of the errors
---------------------------------------------------------------­ 01 : Device name error 02 : Framing error 03 : Over run error 04 : Parity error 05 : Time out error 06 : Receive NAK when transmitting a text 07 : BCC error when receiving a text 08 : Other communication errors 09 : Function error (Full Duplex instead of Half Duplex) 10 : Unit name error 11 : Parameter error 12 : Request cancel
---------------------------------------------------------------­ bbbbbbbbb : Text having error
---------------------------------------------------------------­ RB : Start text for receiving the test requisition information. RE : End text for receiving the test requisition information. R_ __ nnnn : normal run, normal sample, sample No. R_ _E nnnn : normal run, emergency sample, sample No. R_ _P nnnn : normal run, STAT sample, sample No. R_ U_ nnnn : normal run, urine sample, sample No. R_ UE nnnn : normal run, urine emergency sample, sample No. R_ UP nnnn : normal run, urine STAT sample, sample No. R_ X_ nnnn : normal run, Other normal sample, sample No. R_ XE nnnn : normal run, Other emergency sample, sample No. R_ XP nnnn : normal run, Other STAT sample, sample No. RH __ nnnn : repeat run, normal sample, sample No. RH _E nnnn : repeat run, emergency sample, sample No. RH _P nnnn : repeat run, STAT sample, sample No. RH U_ nnnn : repeat run, urine sample, sample No. RH UE nnnn : repeat run, urine emergency sample, sample No. RH UP nnnn : repeat run, urine STAT sample, sample No. RH X_ nnnn : repeat run, Other normal sample, sample No. RH XE nnnn : repeat run, Other emergency sample, sample No. RH XP nnnn : repeat run, Other STAT sample, sample No. R_ __ xxxxxxxxxxx: normal run, normal sample, sample ID R_ _E xxxxxxxxxxx: normal run, emergency sample, sample ID R_ _P xxxxxxxxxxx: normal run, STAT sample, sample ID R_ U_ xxxxxxxxxxx: normal run, urine sample, sample ID R_ UE xxxxxxxxxxx: normal run, urine emergency sample, sample ID R_ UP xxxxxxxxxxx: normal run, urine STAT sample, sample ID R_ X_ xxxxxxxxxxx: normal run, Other normal sample, sample ID R_ XE xxxxxxxxxxx: normal run, Other emergency sample, sample ID R_ XP xxxxxxxxxxx: normal run, Other STAT sample, sample ID RH __ xxxxxxxxxxx: repeat run, normal sample, sample ID RH _E xxxxxxxxxxx: repeat run, emergency sample, sample ID
- 54 -
Page 55
RH _P xxxxxxxxxxx: repeat run, STAT sample, sample ID RH U_ xxxxxxxxxxx: repeat run, urine sample, sample ID RH UE xxxxxxxxxxx: repeat run, urine emergency sample, sample ID RH UP xxxxxxxxxxx: repeat run, urine STAT sample, sample ID RH X_ xxxxxxxxxxx: repeat run, Other normal sample, sample ID RH XE xxxxxxxxxxx: repeat run, Other emergency sample, sample ID RH XP xxxxxxxxxxx: repeat run, Other STAT sample, sample ID
----------------------------------------------------------------
- 55 -
Page 56
3)ONLINE FORMAT ERROR <<Operation>> (1).Disregard the test requisition information text for the sample generating the alarm. (2).Continue to receive the test requisition information text for samples following the alarm. <<Description>> (1).In the Online Parameter menu, submenu Set Up, the T.R.I. receive is not designated asn "YES" for the necessary parameter. (2).The display in the [ ] and its meaning are as follows. aaaa : Type of error
---------------------------------------------------------------­ R_ __ : normal run, a normal sample R_ _E : normal run, an emergency sample R_ _P : normal run, a STAT sample R_ U_ : normal run, a urine normal sample R_ UE : normal run, a urine emergency sample R_ UP : normal run, a urine STAT sample R_ X_ : normal run, a Other normal sample R_ XE : normal run, an Other emergency sample R_ XP : normal run, a Other STAT sample
---------------------------------------------------------------­ RH __ : repeat run, a normal sample RH _E : repeat run, an emergency sample RH _P : repeat run, a STAT sample RH U_ : repeat run, a urine normal sample RH UE : repeat run, a urine emergency sample RH UP : repeat run, a urine STAT sample RH X_ : repeat run, a Other normal sample RH XE : repeat run, an Other emergency sample RH XP : repeat run, a Other STAT sample
---------------------------------------------------------------­ bbbbbbbbbb : Information type that is not designated No sample No. No ID No.
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Page 57
4)ONLINE ILLEGAL TEXT CODE [ aa ] <Operation> (1).Disregard the test requisition information text for the sample generating the alarm. (2).Continue to receive the test requisition information text for samples following the alarm. <Description> (1).When receiving the test requisition information text using online, the text classification code is out of specification. (2).The display of [ ] and its meaning are as follows. aa :
---------------------------------------------------------------­ R_ : Normal sample RH : Repeat run sample
----------------------------------------------------------------
5)ONLINE ILLEGAL TEXT BLOCK No. [ aa -> bb ] <Operation> (1). In the Online Parameter menu, submenu Error Control, if the T.R.I. receive is designated as "STOP", the following events occur:
1).Disregard the test requisition information text for the sample generating the alarm.
2).System will not receive text for samples following the sample generating the alarm.
3).In a case when the text requisition is received in real-time, the "STOP" is ignored and the text requisition text will be received with real-time again during the next analysis. (2). In the Online Parameter menu, submenu Error Control, if the T.R.I. receive is designated as "Continue", the following events occur:
1).Disregard the test requisition information text for the sample generating the alarm.
2).The test requisition information text for the next sample will be received. <Description> (1).When receiving the requisition information text using online, the block identification No. is out of specification. (2).The display of [ ] and its meaning are as follows. aa : Previously received block identification No. bb : Last received block identification No.
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Page 58
6)ONLINE ILLEGAL SAMPLE No. [ aa: bbbbb ] <Operation> (1).Disregard the test requisition information text for the sample generating the alarm. (2).Continue to receive the test requisition information text for other samples within the run. <Description> (1).When receiving the test requisition information text using online, sample No. of the sample generating the alarm does not meet the specification. (2).The display of [ ] and its meaning are as follows. aa : Sample type
---------------------------------------------------------------­ __ : Normal sample _E : Emergency sample _P : Stat sample U_ : Urine normal sample UE : Urine emergency sample UP : Urine stat sample X_ : Other Normal sample XE : Other Emergency sample XP : Other Stat sample
---------------------------------------------------------------­ bbbb : Sample No.
---------------------------------------------------------------­ 0001-9999 : Normal sample E001-E999 : Emergency P001-P999 : Stat sample
----------------------------------------------------------------
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Page 59
7)ONLINE ILLEGAL RACK No. [ aaaaaaa: b: cccccccc ] <Operation> (1). In the Online Parameter menu, submenu Error Control, if the T.R.I. receive is designated as "STOP", the following events occur:
1).Disregard the test requisition information text for the sample generating the alarm.
2).System will not receive text for samples following the sample generating the alarm.
3).In a case when the text requisition is received in real-time, the "STOP" is ignored and the text requisition text will be received with real-time again during the next analysis. (2). In the Online Parameter menu, submenu Error Control, if the T.R.I. receive is designated as "Continue", the following events occur:
1).Disregard the test requisition information text for the sample generating the alarm.
2).The test requisition information text for the next sample will be received. <Description> (1).When receiving the requisition information text using online, the rack No. is out of specification. (2).The display of [ ] and its meaning are as follows. aaa : Transferred sample type and sample No.
--------------------------------------------------------------­ __ nnnn : Normal sample _E nnnn : Emergency sample _P nnnn : Stat sample U_ nnnn : Urine normal sample UE nnnn : Urine emergency sample UP nnnn : Urine stat sample X_ nnnn : Other normal sample XE nnnn : Other emergency sample XP nnnn : Other Stat sample bbb : Received sample type and sample No.
--------------------------------------------------------------­ __ nnnn : Normal sample _E nnnn : Emergency sample _P nnnn : Stat sample U_ nnnn : Urine normal sample UE nnnn : Urine emergency sample UP nnnn : Urine stat sample X_ nnnn : Other normal sample XE nnnn : Other emergency sample XP nnnn : Other Stat sample
--------------------------------------------------------------­ b : Received the kind of rack
---------------------------------------------------------------­ N : Normal sample rack E : Emergency rack R : Repeat run rack
---------------------------------------------------------------­ ccccccc : Received rack No. and position in rack
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8)ONLINE ILLEGAL SAMPLE KIND No. [ aa ] <Operation> (1).Disregard the test requisition information text for the sample generating the alarm. (2).Continue to receive the test requisition information text for the other samples within the run. <Operation> (1).When receiving the test requisition information text using online, sample kind No. of the sample generating the alarm does not meet the specification. (2).The display of [ ] and its meaning are as follows. aa : Sample type
---------------------------------------------------------------­ __ : Normal sample _E : Emergency sample _P : Stat sample U_ : Urine normal sample UE : Urine emergency sample UP : Urine stat sample X_ : Other normal sample XE : Other emergency sample XP : Other stat sample
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9)ONLINE ILLEGAL GENDER TEXT [ a ] <Operation> (1).Disregard the test requisition information text for the sample generating the alarm. (2).Continue to receive the test requisition information text for other samples within the run. <Description> (1).When receiving the requisition information text using online, the sex of this text is not within the specification. (2).The display of [ ] and its meaning are as follows. a : Received sex
10)ONLINE ILLEGAL AGE/MONTH [ aaa bb ] <Operation> (1).Disregard the test requisition information text for the sample generating the alarm. (2).Continue to receive the test requisition information text for other samples within the run. <Description> (1).When receiving the requisition information text using online, age or month age (age for baby before one year old) of this text is out of the specification. (2).The display of [ ] and its meaning are as follows. aaa : Received age bb : Received month age
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11)ONLINE ANALYSIS METHOD MISMATCH [ aa <> bb ] <Operation> (1).Disregard the test requisition information text for the sample generating the alarm. (2).Continue to receive the test requisition information text for other samples within the run. <Description> (1).When receiving the test requisition information text using online, sample type of this text does not match the required sample type. (2).The display of [ ] and its meaning are as follows. aa : Sample type
---------------------------------------------------------------­ __ : Normal sample _E : Emergency sample _P : Stat sample U_ : Urine normal sample UE : Urine emergency sample UP : Urine stat sample X_ : Other normal sample XE : Other emergency sample XP : Other Stat sample
---------------------------------------------------------------­ bb : Received sample type
---------------------------------------------------------------­ __ : Normal sample _E : Emergency sample _P : Stat sample U_ : Urine normal sample UE : Urine emergency sample UP : Urine stat sample X_ : Other normal sample XE : Other emergency sample XP : Other Stat sample
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12)ONLINE SAMPLE No. MISMATCH [ aaaaaa <> bbbbbb ]
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<Operation> (1).Disregard the test requisition information text for the sample generating the alarm. (2).Continue to receive the test requisition information text for the other samples within the run. <Description> (1).When receiving the test requisition information text using online, sample type of this does not match the required sample. (2).The display of [ ] and its meaning are as follows. aaaaaaa : Transferred sample type and sample No.
--------------------------------------------------------------­ __ nnnn : Normal sample _E nnnn : Emergency sample _P nnnn : Stat sample U_ nnnn : Urine normal sample UE nnnn : Urine emergency sample UP nnnn : Urine stat sample X_ nnnn : Other normal sample XE nnnn : Other emergency sample XP nnnn : Other Stat sample
--------------------------------------------------------------­ bbbbbb : Received sample type and sample No.
--------------------------------------------------------------­ __ nnnn : Normal sample _E nnnn : Emergency sample _P nnnn : Stat sample U_ nnnn : Urine normal sample UE nnnn : Urine emergency sample UP nnnn : Urine stat sample X_ nnnn : Other normal sample XE nnnn : Other emergency sample XP nnnn : Other Stat sample
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13)ONLINE RACK No. MISMATCH [ aaaaaa : bbbb <> cccc ] <Operation> (1). In the Online Parameter menu, submenu Error Control, if the T.R.I. receive is designated as "STOP", the following events occur:
1).Disregard the test requisition information text for the sample generating the alarm.
2).System will not receive text for samples following the sample generating the alarm.
3).In a case when the text requisition is received in real-time, the "STOP" is ignored and the text requisition text will be received with real-time again during the next analysis. (2). In the Online Parameter menu, submenu Error Control, if the T.R.I. receive is designated as "Continue", the following events occur:
1).Disregard the test requisition information text for the sample generating the alarm.
2).The test requisition information text for the next sample will be received. <Description> (1).When receiving the test requisition information text using online, rack No. of this does not match the required sample. (2).The display of [ ] and its meaning are as follows. aaaaaaaaa : Transferred sample type and sample No.
--------------------------------------------------------------­ __ nnnn : Normal sample _E nnnn : Emergency sample _P nnnn : Stat sample U_ nnnn : Urine normal sample UE nnnn : Urine emergency sample UP nnnn : Urine stat sample X_ nnnn : Other normal sample XE nnnn : Other emergency sample XP nnnn : Other Stat sample
--------------------------------------------------------------­ bbbb : Transferred rack No.
--------------------------------------------------------------­ cccc : Received rack No.
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14)ONLINE MISMATCH [ aaaaaaaaaa <> bbbbbbbbbbb ] <Operation> (1).Disregard the test requisition information text for the sample generating the alarm. (2).Continue to receive the test requisition information text for the other samples within the run. <Description> (1).When receiving the test requisition information text using online, sample ID of this text does not match the required ones. (2).The display of [ ] and its meaning as follows. aaaaaaaaa : Transferred sample ID bbbbbbbbb : Received sample ID
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15)ONLINE ITEM ERROR [ aaaaaaaa ] <Operation> (1).Disregard the test requisition information text for the sample generating the alarm. (2).Continue to receive the test requisition information text for the other samples within the run. <Description> (1).When receiving the test requisition information text using online, the test requisition cannot be stored. (2).The display of [ ] and its meaning are as follows. aaaaaa : Sample type and sample No.
--------------------------------------------------------------­ __nnnn : Normal sample __Ennn : Emergency sample __Pnnn : Stat sample _U_nnn : Urine normal sample _UEnnn : Urine emergency sample _UPnnn : Urine stat sample _Xnnnn : Other normal sample _XEnnn : Other emergency sample _XPnnn : Other Stat sample H_nnnn : repeat run normal sample H_Ennn : repeat run emergency sample H_Pnnn : repeat run stat sample HUnnnn : repeat run urine normal sample HUEnnn : repeat run urine emergency sample HUPnnn : repeat run urine stat sample HXnnnn : repeat run other normal sample HXEnnn : repeat run other emergency sample HXPnnn : repeat run other stat sample
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16)ONLINE RERUN ITEM ERROR [ aaaaaaaa ] <Operation> (1).Disregard the repeat run test requisition information for the sample generating the alarm. (2).Continue to receive the test requisition information text for the other samples within the run. <Description> (1).When receiving the test requisition information text for repeat run using online, repeat run test requisition cannot be stored with for the following reasons.
1).Original sample that is designated in the repeat run text is not stored in the normal run/sample test requisition information.
2).Sample No. is not set to the original sample that is designated in the repeat run text.
3).Original sample that is designated in the repeat run text has already been stored as a repeat run sample for another sample. (2).The display of [ ] and its meaning are as follows.
---------------------------------------------------------------­ aaaaaa : sample type and original sample No. __nnnn : Normal sample __Ennn : Emergency sample __Pnnn : Stat sample _Unnnn : Urine normal sample _UEnnn : Urine emergency sample _UPnnn : Urine stat sample _Xnnnn : Other normal sample _XEnnn : Other emergency sample _XPnnn : Other Stat sample
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