Hematology Analyzer from V3.0.

Output Format for Host Connection

Ref: RAA085AEN
Output Format for Host Connection

Output Format for Host Connection

Ref: RAA085AEN
Contents

1. Foreword..................................................................................................1
1.1. Revisions.................................................................................................... 1

2. Connection..............................................................................................2
2.1. Serial Connection (RS232)............................................................................ 2
2.2. Ethernet Connection.....................................................................................3

3. ASTM Format......................................................................................... 5
3.1. Introduction.................................................................................................5
3.2. Connection Specifications (LIS01-A2)............................................................ 6
3.3. Records General Format Specifications (LIS2-A2)........................................... 8
3.4. Special Characteristics for HORIBA Medical Data......................................... 16
3.5. Curves and Matrix Transmission..................................................................21
3.6. Example of Data Frame.............................................................................. 24

4. HL7 Format........................................................................................... 46
4.1. Protocol Description...................................................................................46
4.2. Message Segments....................................................................................49
4.3. Special Characteristics for HORIBA Medical Data......................................... 60
4.4. Laboratory Testing Workflow Examples........................................................65
4.5. References................................................................................................ 67

5. Appendices........................................................................................... 68
5.1. Error Management..................................................................................... 68

Output Format for Host Connection i

Ref: RAA085AEN
Output Format for Host Connection ii
Ref: RAA085AEN
Foreword
Revisions

1. Foreword

1.1. Revisions

Software Version used for

Internal Reference Document Date Issued
Documentation
RAA085AEN 3.0.x 06/2022

Output Format for Host Connection 1

Ref: RAA085AEN
Connection
Serial Connection (RS232)

2. Connection
2.1.2. To Configure the RS232 Connection Mode

2.1. Serial Connection (RS232) Access: Home > Settings > System > General Communication > Host

2.1.1. RS232 Connection Overview

The RS232 connection mode is available only for the ASTM format on the
Yumizen H500 OT/CT.

Communications can use the RS232 communication protocol, based on the Electronics
Industries Association (EIA) standard RS232-C. As part of the conformance to this
standard, the Yumizen H500 OT/CT Data Management System is configured as Data
Terminal Equipment (DTE).
The Yumizen H500 OT/CT should be connected to the Host via the DB-9 connector of
the instrument computer connection.

Pin (DB-9) data management Host port configuration Host cable must provide
2 RXD TXD
3 TXD RXD
5 Ground Ground 1. Press Edit in the contextual toolbar.
2. Select the ASTM connection format and select the RS232 connection mode.
3. Configure the instrument communication port in the RS232 Settings area.

Option Function Default value

Speed Speed transmission selection 38400
Parity Parity selection None

Output Format for Host Connection 2

Ref: RAA085AEN
Connection
Ethernet Connection

Option Function Default value 2.2.2. To Configure the Network Connection Mode
Stop bit Stop bit selection 1
Protocol Protocol selection None Access: Home > Settings > System > General Communication > Host
4. Press Validate in the contextual toolbar.

2.2. Ethernet Connection

2.2.1. Ethernet Connection Overview

The network connection mode is available for the ASTM and HL7 formats on
the Yumizen H500 OT/CT.

The implementation of network-based communication is based on the Windows Socket

standard.
The data transmitted between the client and the server takes the form of ASTM or HL7
high level packets.
This connection is made through the RJ45 connector on the instrument.
The keepalive feature is activated on the Yumizen H500 OT/CT. The instrument sends a
1. Press Edit in the contextual toolbar.
keepalive signal to the Host every 15 minutes in order to preserve the connection.
2. Select the ASTM or HL7 connection format and select the Network connection
mode.
3. If the ASTM connection format is selected, configure the IP address and the port
number where the Host is awaiting connection in the Host Settings area.
4. If the HL7 connection format is selected, configure the IP address and the port
number to send results to the Host in the Host Interface 1 (Results) area and those
to receive orders from the Host in the Host Interface 2 (Orders) area.
5. If the HL7 connection format is selected, configure the receiving facility and the
receiving application in the Message Header area

Output Format for Host Connection 3

Ref: RAA085AEN
Connection
Ethernet Connection

6. From the Network tab, in the Analyzer Settings area, configure the instrument
network settings:
■ Connection Mode
■ Analyzer Name
■ IP address
■ Subnet mask
■ Default gateway
■ Primary DNS (optional)
■ Secondary DNS (optional)
7. Press Validate in the contextual toolbar.

Output Format for Host Connection 4

Ref: RAA085AEN
ASTM Format
Introduction

3. ASTM Format
Term Definition
The HORIBA Medical analyzers format corresponds to the ASTM specifications Communications All framing required for transmission of data. This framing includes:
LIS01-A2 & LIS2-A2: packet <STX>[frame number][DATA] [<ETB> or <ETX>][C1][C2] <LF>

■ LIS01-A2: Standard specification for low level protocol to transfer messages Component Field One of several related pieces of information within a field.
between clinical and laboratory instruments and computer systems. Field
A specific location within a record for a piece of information, indicated by
■ LIS2-A2: Standard specification for transferring information between clinical and a field delimiter and position.
laboratory instruments and computer systems. Frame A complete communications packet.
LIS Laboratory Information System
A collection of related information; a group of records that begins with a
"Header" record and ends with a "Terminator" record. A single record
Message
3.1. Introduction could theoretically constitute a message, but within this context, a
message always contains multiple records.
<EOT> End of transmission (ASCII decimal 4)
A connection between a computer (host) and a HORIBA Medical instrument can be <CR> Carriage return (ASCII decimal 13)
performed when the protocol, the format description and the connection mode have
In reference to the low level protocol, a record is the message data
been properly setup. (shown as [DATA]) as described within the communications packet. If the
data is longer than 240 characters, then it must be split in two (or more)
Term Definition parts and sent in two (or more) communications packets. The
<ACK> Acknowledgment (ASCII decimal 6) Record intermediate packet uses the <ETB> character, and the ending packet
uses the <ETX> character. No single communications packet contains
[C1] The most significant character of checksum more than one record. In reference to the message layer, a record can be
[C2] The least significant character of checksum one of the following codes: H (header), P (patient), O (order), R (result), L
(terminator), C (comment).
[DATA] The data contents of the record
A total unit of communication activity used in this standard to indicate the
<ENQ> Inquire (ASCII decimal 5)
Session events starting with the establishment phase and ending with the
End of transmission block (ASCII decimal 23). For use only when a single termination phase.
<ETB>
record is too large to fit into one frame.
A determination of a single analyte or a combination of values from other
<ETX> End of text (ASCII decimal 3). Required at the end of each record. Test determinations or observations from which a variable or gradable result is
[frame number] Single digit frame number "0" to "7", starts with "1". derived.

<LF> Line feed (ASCII decimal 10).

<NAK> Negative acknowledgment (ASCII Decimal 21).
<STX> Start of frame (ASCII decimal 2).

Output Format for Host Connection 5

Ref: RAA085AEN
ASTM Format
Connection Specifications (LIS01-A2)

3.2. Connection Specifications (LIS01-A2) Control String Hexadecimal value

<ETX> $03
<ETB> $17
<CR> $0D
<LF> $0A
3.2.1. Hardware and Software Characteristics <EOT> $04

The default format for emitted character is 1 bit start, 8 data bits, No parity, 1 bit stop. Typical discussion between the instrument and the host
The default communication speed is 38400 bauds.
Instrument <> Host
Hardware settings of the interface:
<ENQ> >
■ RS232 connection via a DB9 connector < <ACK>
■ Ethernet connection via an RJ45 cable
<STX>1...Data...<CR><ETX>xx
>
<CR><LF>
< <ACK>
<STX>2...Data...<CR><ETX>xx
>
3.2.2. Output Data Characteristics <CR><LF>
< <ACK>
■ Characters: ASCII <EOT> >
■ Maximum message length: 247 characters
■ Xon/Xoff protocol
Typical discussion between the host and the instrument

Instrument <> Host

< <ENQ>
3.2.3. Communication Protocol <ACK> >
<STX>1...Data...<CR><ETX>xx
<
Standard control characters <CR><LF>
<ACK> >
Control String Hexadecimal value <STX>2...Data...<CR><ETX>xx
<
<ENQ> $05 <CR><LF>
<ACK> $06 <ACK> >
<NAK> $15 < <EOT>
<STX> $02

Output Format for Host Connection 6

Ref: RAA085AEN
ASTM Format
Connection Specifications (LIS01-A2)

Discussion with conflict between the instrument and the host 3.2.4. ASTM Data Frame Format
No answer from Host for an <ENQ>
A sequential number located after the <STX> character is inserted into each data frame.
■ Timeout: 15 seconds
The frame number is set to 1 when the transfer phase is initialized and is incremented by
■ In case of conflict: 1 second before a new transmission, up to 3 transmissions. Host
1 for each frame up to 7 and then returns to 0.
timeout: 20 seconds
■ In case of negative answer <NAK>: No time before a new transmission, up to 6 The frame number allows the receiver to distinguish new and re-transmitted frames. In
transmissions case of re-transmitted frame (after a <NAK> response from the host), the frame number
is not incremented: <STX>1...Data...<CR><ETX>xx<CR><LF>.
Instrument <> Host
<ENQ> > Frame format
< <ENQ>
ASTM field Definition Transmitted data # of bytes Comments
Wait 1 second Wait 20 seconds
0 STX $02 1
<ENQ> >
Frame number is
<
set to 1,
... incremented by 1
1 Frame number 1 to 7, 0, ... 1
<EOT> > for each frame up
to 7, and then
returns to 0
Defect packet during discussion between instrument and host Header, Patient,
Order, Result and
2 Data message 240 max.
Instrument <> Host Comment
messages
<ENQ> >
End of data
< <ACK>
3 message 1
<STX>1...Data...<CR><ETX>xx ETX if end frame
>
<CR><LF>
4 Checksum 2
< <NAK>
5 CRLF $0D $0A 2
<STX>1...Data...<CR><ETX>xx
>
<CR><LF>
Frame checksum
< <ACK>
<STX>2...Data...<CR><ETX>xx According to LIS01-A2, the frame checksum (<STX>1...Data...<CR><ETX>xx<CR><LF>)
>
<CR><LF> is defined as modulo 256 of ASCII values sum between <STX> not included and <ETX>
< <ACK> included characters: 1...Data...<CR><ETX>.
<EOT> >

Output Format for Host Connection 7

Ref: RAA085AEN
ASTM Format
Records General Format Specifications (LIS2-A2)

3.3. Records General Format Specifications (LIS2-A2) Structure of records for result transmission
■ H (Header)
■ P (Patient)
Data frames encapsulate records defined by the LIS-A2 norm, records themselves ■ C (Patient Comments) optional
encapsulate ASTM fields. ■ .. O (Order)
■ .. C (Order Comments) optional
Record ID ASTM Definition ■ .. C (Run Alarms) optional
H Header ■ .. M (Curves and Matrix points)
P Patient ■ .. M (Curves and Matrix points)
■ ... .... R (Result)
O Order
■ ... .... C (Flag Result) optional
R Result ■ ... .... R (Result)
C Comment ■ ... .... C (Flag Result) optional
Q Query (Request information order)
■ ...............
■ ...............
M Manufacturer information ■ ... .... R (Result)
L Terminator record ■ ... .... C (Flag Result) optional
■ L (Terminator)

3.3.1. Structure of Records

Structure of records for order transmission 3.3.2. Description of Records

■ H (Header)
■ P (Patient) Only fields described with their specified length are used by HORIBA Medical
■ C (Patient Comments) optional instruments.
■ .. O (Order) The length of a field can be less than the maximum value but must not be more.
■ .. C (Order Comments) optional
■ L (Terminator) Delimiters must be used even if a field is empty.
Field inside records are separated by "|" (ASCII $7C).
The transmission of an order without patient record, even if not allowed in LIS2-A2, is
accepted and managed in the Yumizen H500 OT/CT. Component inside fields are separated by "^" (ASCII $5E).
Repeated fields inside records are separated by "\".
Instrument patient file modification by host
■ H (Header)
■ P (Patient) 3.3.2.1. Alphanumeric Data
■ C (Patient Comments) optional
■ L (Terminator) UTF-8 encoding is used for alphanumeric fields.

Output Format for Host Connection 8

Ref: RAA085AEN
ASTM Format
Records General Format Specifications (LIS2-A2)

When alphanumeric data is sent, all the characters below 0x20 are replaced by an 3.3.2.4. Header Record
escape sequence with the following format: &Xhhh&.
"hhhh" is the hexadecimal value of ASCII character completed with zero on 4 digits. ASTM Definition Transmitted Field Input type Repeat Mandatory
For example, <ETB> should be replaced by: <&X0017&>. field data max. delimiter
length
When alphanumeric data is received, the escape sequence &Xhhhh& is converted to the
6.1 Record Type H 1 Fixed No Yes
corresponding characters.
idem standard:
When alphanumeric data is transmitted, all delimiters characters they can contain must
be replaced by their corresponding escape sequence as below: ■ | field
delimiter
■ \ Repeat
Delimeter Escape sequence
6.2 Delimiters definition delimiter 4 Text No Yes
Field delimiter &F& ■ ^
Component delimiter &S& Component
delimiter
Repeat delimiter &R& ■ & Escape
Escape delimiter &E& delimiter
6.3 Message Control ID
6.4 Access Password

3.3.2.2. Records to Send H500^SerialNu 42

Sender Name (from Fixed^Alphanu
6.5 mber^Software (15^15^ No Yes
instrument to host) meric^Fixed
version 10)
Fields that are not used are sent empty. Sender Name (from
6.5 Host name 32 Alphanumeric No No
When sending records, the ASTM-CI sends only non-empty components, ie. without host to instrument)
component delimiters for the last empty components of the field. 6.6 Sender Address
6.7 Reserved
Sender Telephone
6.8
3.3.2.3. Received Records Nb
Characteristics of
6.9
If a field value, length, delimiter of a received record does not correspond to the required Sender
input type, the instrument generates an error log, and can ignore the record and its 6.10
Receiver ID (from
Host name 32 Alphanumeric No No
following ones (depending on the error and the message). instrument to host)

For more information about errors and messages, refer to the Appendices > Error InstrumentCod
42 Alphanumeric^
Receiver ID (from e^SerialNumbe
Management chapter. 6.10 (15^15^ Alphanumeric^ No No
host to instrument) r^Software
10) Alphanumeric
version
Comments or
6.11
Special Instructions

Output Format for Host Connection 9

Ref: RAA085AEN
ASTM Format
Records General Format Specifications (LIS2-A2)

ASTM Definition Transmitted Field Input type Repeat Mandatory ASTM Definition Transmitted Field Input type Repeat Mandatory
field data max. delimiter field data max. delimiter
length length
P: Patient Patient Name
message This field is not
Q: Quality transmitted if the
6.12 Processing ID 1 Fixed list No Yes
control Anonymous patient Name^First 41
7.6 Alphanumeric No No
message check box is name (20^20)
D: Technician selected in the
6.13 ASTM Version Nb LIS2-A2 9 Fixed No Yes General Communication
screen.
Date and Time of YYYYMMDDH
6.14 14 Date and time No No Mother's Maiden
message HMMSS 7.7
Name

There should not be the field delimiter between 6.1 and 6.2 fields (as it is in the 6.2 field YYYYMMDD^A
GE^U
value).
■ YYYYMMD
In case of a response to a request (query, ...), the field 6.5 should be an exact copy from
D: Date of
the 6.10 field sent in the request.
birth
■ AGE: 20 Date^Numeric^
7.8 Birth date Patient age (14^3^1) No No
Fixed List
3.3.2.5. Patient Record ■ U: Unit of
Age (Y, M,
D or H for
ASTM Definition Transmitted Field Input type Repeat Mandatory Year,
field data max. delimiter Month, Day
length or Hour)
7.1 Record Type P 1 Fixed No Yes M = Male
7.2 Sequence Nb 1, 2, ... 2 Numeric No Yes 7.9 Patient Sex F = Female 1 Fixed list No No
U = Unknown
Practice Assigned
7.3 Patient Race-Ethnic
Patient ID 7.10
Origin
Laboratory Assigned
7.4 Patient Id 25 Alphanumeric No No 7.11 Patient Address
Patient ID
7.5 Patient ID No 3 7.12 Reserved
Patient Telephone
7.13
Nb
Attending Physician PhysicianID^Ph Alphanumeric^
7.14 20^30 No No^No
ID ysicianName Alphanumeric
7.15 Special Field 1

Output Format for Host Connection 10

Ref: RAA085AEN
ASTM Format
Records General Format Specifications (LIS2-A2)

ASTM Definition Transmitted Field Input type Repeat Mandatory ASTM Definition Transmitted Field Input type Repeat Mandatory
field data max. delimiter field data max. delimiter
length length
7.16 Special Field 2 7.34 Hospital Institution
7.17 Patient Height CHILD1,
7.18 Patient Weight CHILD2,
CHILD3,
Patient's Known or 7.35 Dosage Category CHILD4, 20 Fixed list No No
7.19 Suspected CHILD5,
Diagnosis CHILD6,
Patient Active CHILD7
7.20
Medication
7.21 Patient's Diet
7.22 Practice Field 1 3.3.2.6. Order Record
7.23 Practice Field 2
Admission and ASTM Definition Transmitted Field Input type Repeat Mandatory
7.24 field data max. delimiter
Discharge Dates
length
7.25 Admission Status
8.1 Record Type O 1 Fixed No Yes
Alphanumeric
7.26 Location No No 8.2 Sequence Nb 1, 2, ... 2 Numeric No Yes
Max length: 20
Nature of Alternative 8.3 Sample ID SampleID 16 Alphanumeric No No
7.27 Diagnostic Code Instrument
8.4
and Classifiers Specimen ID
Nature of Alternative From
7.28 Diagnostic Code instrument
and Classifiers to Host: yes
^^^Testname 13
7.29 Patient Religion 8.5 Universal Test ID Fixed list Yes From Host
(CBC or DIF) (^^^10)
to
7.30 Martial status instrument:
7.31 Isolation Status no
7.32 Language R: routine
8.6 Priority 1 Fixed list No No
S: STAT
7.33 Hospital Service
Requested/Ordered YYYYMMDDH
8.7 14 Date and time No No
Date and Time HMMSS
Specimen Collection YYYYMMDDH
8.8 14 Date and time No No
Date and Time HMMSS

Output Format for Host Connection 11

Ref: RAA085AEN
ASTM Format
Records General Format Specifications (LIS2-A2)

ASTM Definition Transmitted Field Input type Repeat Mandatory ASTM Definition Transmitted Field Input type Repeat Mandatory
field data max. delimiter field data max. delimiter
length length
YYYYMMDDH 8.21 Laboratory Field 1
8.9 Collection End Time 14
HMMSS 8.22 Laboratory Field 2
8.10 Collection Volume Date and Time
8.11 Collector ID 8.23 Results reported or
last modified
From
instrument to From Instrument Charge
8.24
Host: not used instrument to Computer System
From Host to to Host: no Instrument Section
8.12 Action Code instrument: 1 Fixed list No From Host 8.25
ID
A: add on to
existing order instrument: From
N: new order yes instrument to
C: cancel order Host:
F: final
8.13 Danger Code X: order cannot
Relevant Clinical be done
8.14
Information From Host to
Date/Time YYYYMMDDH 8.26 Report Types instrument: 1 Fixed list No Yes
8.15 14 Date and time No No Q: response to
Specimen Received HMMSS
request
SpecimenType information
^^SpecimenLiq Z: no record for
uid this patient
SpecimenType: Y: no test for
■ this record
BLOOD
Specimen ■ CONTROL 42 Fixed 8.27 Reserved
8.16 No No^^No
Descriptor SpecimenLiqui (20^^20) list^^Fixed list Location or Ward of
8.28
d: Specimen Collection

■ CTRL LOW Nosocomial

8.29
■ CTRL Infection Flag
MEDIUM 8.30 Specimen Service
■ CTRL HIGH
8.31 Specimen institution
8.17 Ordering Physician
8.18 Physician Tel Nb
8.19 User Field 1
8.20 User Field 2

Output Format for Host Connection 12

Ref: RAA085AEN
ASTM Format
Records General Format Specifications (LIS2-A2)

The order must follow the following conditions, otherwise, the received order is ignored: ASTM Definition Transmitted data Field Input type Repeat Mandatory
field max. delimiter
■ Sample ID data of Specimen ID field (8.3) match the Sample ID data of the pending
length
query
■ At least one of Universal Test ID field (8.5) shall contain a TestName data From instrument to
Host:
■ In case of several Universal Test ID field (8.5), with at least one with a "DIF"
Ranges^RangeDe
TestName, and at least another one with a "CBC" TestName, the requested analysis scription
is set to DIF Ranges: lower limit
■ Action code field (8.12) is "N" (New order) to upper limit
■ Report Types field from Host (8.26) is one of the following values: Q, Z, Y RangeDescription:
Alphanumeric^
9.6 Reference Ranges 20^15 Yes No
If a received order contains a Universal Test ID (field 8.5) with a TestName different from ■ REFERENCE_ Fixed list
CBC or DIF, the Yumizen H500 OT/CT will send back the order with the record type field RANGE
■ CRITICAL_RA
set to "X" and the received order will be ignored.
NGE
From host to
instrument: not
3.3.2.7. Result Record used
From instrument to
ASTM Definition Transmitted data Field Input type Repeat Mandatory Host:
field max. delimiter L: below low
length normal
H: above high
9.1 Record Type R 1 Fixed No Yes normal
9.2 Sequence Nb 1, 2, ... 2 Numeric No Yes LL: below panic
normal
^^^English result HH: above panic
name^LOINC normal
LOINC: Result Abnormal <: below absolute
From instrument to 9.7 Fixed list No Yes
Flag low
Host: code 24 ^^^Open >: above absolute
^^^Yes^N
9.3 Universal Test ID associated with (^^^10^ list^Open No high
o^No
the result frame, if 10) list^Numeric A: rejected
available N: normal
From host to X: invalid value
instrument: not >>: above
used absolute visibility
Data or Test result or --- or From host to
9.4 16 Alphanumeric No No
Measurement Value +++ instrument: not
used
Yes but No
Unit text (ISO 2955
9.5 Unit or Set of units 10 Open list No if Nature of
or specific) 9.8
observation Abnormality Testing

Output Format for Host Connection 13

Ref: RAA085AEN
ASTM Format
Records General Format Specifications (LIS2-A2)

ASTM Definition Transmitted data Field Input type Repeat Mandatory 3.3.2.8. Comment Record
field max. delimiter
length
ASTM Definition Transmitted data Field Input type Repeat Mandatory
From instrument to field max. delimiter
Host: length
W: warning
(suspicion on 10.1 Record Type C 1 Fixed No Yes
validity) 10.2 Sequence Nb 1, 2, ... 2 Numeric No Yes
9.9 Result Status X: order cannot be 1 Fixed list No Yes
I: Clinical
done (result) 10.3 Comment Source 1 Fixed list No Yes
instrument system
F: final result
From host to From instrument to
instrument: not Host:
used For result 200 Alphanumeric Yes Yes
comment (after R
Date of Change in
frame): alarm
9.10 Normative Values
or Units For order
comment (after O Open
From instrument to 103
frame): list^Open Yes^No^Y
Host: Login^^User (20^20^ Yes
AlarmType^Measu list^Open es^No
profile or 30^30)
10.4 Comment Text rementType^Alarm list^Open list
LastName
Main^AlarmDetail
FirstName^^User
profile 63 Alphanumeric For patient
Operator
9.11 User profile: (41^^20 ^^ No Yes comment or
Identification
TECHNICIAN / ) Alphanumeric sample comment 200 Alphanumeric Yes Yes
LABMANAGER / (after P or O
USER frame): free text
From host to From Host to
instrument: not instrument: 200 Alphanumeric No Yes
used comments
Date/Time Test YYYYMMDDHHM I: Instrument flag
9.12 14 Date No Yes 10.5 Comment Type 1 Fixed list No Yes
Starting MSS comment
Date/Time Test YYYYMMDDHHM
9.13 14 Date No No
Completed MSS
From instrument to
Host:
Device 9380BDED579C
9.14 15 Alphanumeric No Yes
Identification From host to
instrument: not
used

Output Format for Host Connection 14

Ref: RAA085AEN
ASTM Format
Records General Format Specifications (LIS2-A2)

Alarms specifications ASTM Definition Transmitted Field Input type Repeat Mandatory
field data max. delimiter
The Comment Text (10.4) field can contain an alarm type data as follows: length
■ CONDITIONS for alarms linked to analysis conditions such as blank failed, reagent 11.6 Time limits
expired, … 11.7 Time Max limits
■ D or S for alarms linked to the calculation of data such as Unstable Count, High
11.8 Time Min limits
linearity. D (Device) indicates an alarm linked to an instrument technical problem. S
(Sample) indicates an alarm linked to the blood sample. 11.9 Physician Name
■ SUSPECTED_PATHOLOGY for suspected pathologies alarms such as Leukocytosis 11.10 Telephone Number
or Large Immature Cells. 11.11 Reserved for User
■ CONTROL_FAILED for alarms due to bad control result.
11.12 Reserved for User
The Comment Text (10.4) field can contain a measurement type data as follows: Request Information O: request for
11.13 1 Fixed No Yes
■ Status Codes test information
WBC if the alarm is linked to the white blood cells count.
■ DIFF if the alarm is linked to the white blood cells differential.
■ PLT if the alarm is linked to the platelets measurement.
■ RBC if the alarm is linked to the red blood cells measurement. 3.3.2.10. Traceability record
■ RBC_OTH if the alarm is linked to other measurements such as HGB and HCT.
The Comment Text (10.4) field can contain an alarm data as follows: ASTM Definition Transmitted Field Input type Repeat Mandatory
field data max. delimiter
■ One of the analytical alarms or suspected pathologies specified in Analytical Alarms length
in case of D, S or SUSPECTED_PATHOLOGY alarm type. 14.1 Record type M 1 Fixed No Yes
■ The default condition in case of CONDITIONS alarm type.
14.2 Sequence number 1..99 2 Numeric No Yes
■ The reason of the control failure in case of CONTROL_FAILED alarm type.
"REAGENT"
"QC"
14.3 Message type "XB" 10 Closed list No Yes
3.3.2.9. Request Information Record "STARTUP"
"SETTING"

ASTM Definition Transmitted Field Input type Repeat Mandatory

field data max. delimiter
length
11.1 Record type ID Q 1 Fixed No Yes
11.2 Sequence number 1..99 2 Numeric No Yes
Starting Range ID
11.3 ^SampleID 17 (^16) ^Alphanumeric No No
Number
11.4 End Of identifier List
11.5 Universal Test ID ALL 3 Fixed No Yes

Output Format for Host Connection 15

Ref: RAA085AEN
ASTM Format
Special Characteristics for HORIBA Medical Data

ASTM Definition Transmitted Field Input type Repeat Mandatory 3.3.2.11. Terminal record
field data max. delimiter
length
ASTM Definition Transmitted Field Input type Repeat Mandatory
"REAGENT": field data max. delimiter
reagent name length
(CLEANER,
DILUENT, 12.1 Record type L 1 Fixed No Yes
14.4 Traceability name LYSE) 20 Open list Yes Yes 12.2 Sequence number 1 1 Fixed No Yes
"SETTING":
12.3 Termination code N: Normal 1 From From From
setting name
instrument to instrument instrument
(RUO,
host: fixed to host: to host: Yes
WBCDIFF)
From host to No From host
"REAGENT": instrument: not From host to
ReagentID^Loa used to instrument:
ded date/ instrument not used
time^Expiration : not used
Date
120130H1*^20
120327151737
^20120727 39 Alphanumeric^
Yes^No^Ye
"QC", "XB", (15^14^ Date and Yes
Traceability s
14.5 "STARTUP": 8) Time^Date Yes
Information Yes
status 20 Open list Yes
"SETTING": 20 Alphanumeric
Yes
3.4. Special Characteristics for HORIBA Medical Data
setting value
■ RUO:
TRUE,
FALSE
■ WBCDIFF:
5, 6 3.4.1. Data Presentation

The CBC and DIF codes correspond to the Universal Test ID field 9.3 and the units
correspond to the Unit field 9.5.

3.4.1.1. Parameters

LOINC Code: Logical Observation Identifiers Names & Codes

Output Format for Host Connection 16

Ref: RAA085AEN
ASTM Format
Special Characteristics for HORIBA Medical Data

CBC Codes LOINC Code Definition DIF Codes LOINC Code Definition
RBC 789-8 Red Blood Cells BAS% 706-2 Basophils percentage
HGB 718-7 Hemoglobin Concentration IMG# 53115-2 Immature Granulocytic cells absolute value
HCT 4544-3 Hematocrit IMG% 71695-1 Immature Granulocytic cells percentage
MCV 787-2 Mean Corpuscular Volume IMM# X-IMM# Immature Cells Medium granulometry absolute
value
MCH 785-6 Mean Corpuscular Hemoglobin
IMM% X-IMM% Immature Cells Medium granulometry
MCHC 786-4 Mean Corpuscular Hemoglobin Concentration
percentage
RDW-SD 21000-5 Red Distribution Width Standard Deviation
IML# X-IML# Immature Cells Low granulometry absolute value
RDW-CV 788-0 Red Distribution Width
IML% X-IML% Immature Cells Low granulometry percentage
MIC X-MIC Microcytic Red Blood Cells percentage (versus
ALY# 43743-4 Atypical Lymphocytes absolute value
RBC)
ALY% 42250-1 Atypical Lymphocytes percentage
MAC X-MAC Macrocytic Red Blood Cells percentage (versus
RBC) LIC# 55432-9 Large Immature Cells absolute value
PLT 777-3 Platelets LIC% 55433-7 Large Immature Cells percentage
PCT 51637-7 Plateletcrit
PDW 51631-0 Platelets Distribution Width
MPV 32623-1 Mean Platelet Volume
3.4.1.2. Units
P-LCC 96354-6 Platelets - Large Cell Count
CBC Codes SI (international) Conventional mmol/L Japan China
P-LCR 48386-7 Platelets - Large Cell Ratio
RBC 1012/L 106/mm3 1012/L 104/µL 1012/L
WBC 6690-2 White Blood Cells
HGB g/L g/dL mmol/L g/dL g/L
DIF Codes LOINC Code Definition HCT L/L % L/L % %
LYM# 731-0 Lymphocytes absolute value MCV fL fL fL fL fL
LYM% 736-9 Lymphocytes percentage MCH pg pg fmol pg pg
MON# 742-7 Monocytes absolute value MCHC g/L g/dL mmol/L g/dL g/L
MON% 5905-5 Monocytes percentage RDW-SD fL fL fL fL fL
NEU# 751-8 Neutrophils absolute value RDW-CV % % % % %
NEU% 770-8 Neutrophils percentage MIC % % % % %
EOS# 711-2 Eosinophils absolute value MAC % % % % %
EOS% 713-8 Eosinophils percentage PLT 109/L 103/mm3 109/L 104/µL 109/L
BAS# 704-7 Basophils absolute value PCT % % % % %

Output Format for Host Connection 17

Ref: RAA085AEN
ASTM Format
Special Characteristics for HORIBA Medical Data

CBC Codes SI (international) Conventional mmol/L Japan China 3.4.2. Alarms and Pathologies
PDW fL fL fL fL fL
MPV fL fL fL fL fL
P-LCC 109/L 103/mm3 109/L 104/µL 109/L 3.4.2.1. Suspicion and Reject
P-LCR % % % % %
When a result is suspected of being abnormal or false, it is not reliable and the
WBC 109/L 103/mm3 109/L 102/µL 109/L instrument returns a flag in field 9.9.
Refer to Description of Records.
DIF Codes SI (international) Conventional mmol/L Japan China
LYM# 109/L 103/mm3 109/L 102/mm3 109/L
LYM% % % % % % 3.4.2.2. Normal and Panic Ranges
MON# 109/L 103/mm3 109/L 102/mm3 109/L
MON% % % % % % Flags when result exceeds normal or panic ranges are transmitted through field 9.7, they
NEU# should be compared, to obtain a full result information, to the ranges set by the user.
109/L 103/mm3 109/L 102/mm3 109/L
NEU% % % % % % Refer to Description of Records.
EOS# 109/L 103/mm3 109/L 102/mm3 109/L
EOS% % % % % % 3.4.2.3. Analytical Alarms
BAS# 109/L 103/mm3 109/L 102/mm3 109/L
BAS% % % % % % Analytical alarms and suspected pathologies are transmitted in field 10.4.
IMG# 109/L 103/mm3 109/L 102/mm3 109/L Transmitted analytical alarms list:
IMG% % % % % %
Measurement
IMM# 109/L 103/mm3 109/L 102/mm3 109/L Alarm type Transmitted data Description
type
IMM% % % % % %
D DIFF ANA_ERR^BUBBLE_DIFF Optical Noise
IML# 109/L 103/mm3 109/L 102/mm3 109/L S DIFF WBC_ABN_MAT^ABN_NEU Abnormal NEU
IML% % % % % % S DIFF WBC_ABN_MAT^BLAST Blasts?
ALY# 109/L 103/mm3 109/L 102/mm3 109/L Presence of a significant large
ALY% % % % % % population of cells located on
S DIFF WBC_ABN_MAT^NEU_NOISE
the left-hand side of the
LIC# 109/L 103/mm3 109/L 102/mm3 109/L neutrophil area
LIC% % % % % % S DIFF WBC_ABN_MAT^NRBC NRBC?
Separation threshold is not
S DIFF WBC_ABN_MAT^SEP_LYM_MON found between the lymphocytes
and monocytes areas

Output Format for Host Connection 18

Ref: RAA085AEN
ASTM Format
Special Characteristics for HORIBA Medical Data

Measurement Measurement
Alarm type Transmitted data Description Alarm type Transmitted data Description
type type
Presence of a significant large Presence of a significant large
population of cells located in WBC_ABN_MAT^SUSP_NB_IMM population of cells in the middle
S DIFF WBC_ABN_MAT^SEP_LYM_MON S DIFF
the separation area between WBC_ABN_MAT^SUSP_P_IMM part of the large immature cells
lymphocytes and monocytes area
WBC_ABN_MAT^SEP_LYM_MON WBC_ABN_MAT^SUSP_NB_LIC0
S DIFF MON Interference Presence of a significant large
WBC_ABN_MAT^SEP_MON_IMM WBC_ABN_MAT^SUSP_NB_LIC1
S DIFF population of cells in the large
Separation threshold is not WBC_ABN_MAT^SUSP_NB_LIC2
immature cells area
S DIFF WBC_ABN_MAT^SEP_LYM_NEU found between the lymphocytes WBC_ABN_MAT^SUSP_P_LIC
and neutrophils areas D PLT ANA_ERR^CLOG_PLT No count
Presence of a significant large D PLT ANA_ERR^CLOG_PLT Low Count
population of cells located in
S DIFF WBC_ABN_MAT^SEP_LYM_NEU D PLT ANA_ERR^UNST_PLT Unstable Count
the separation area between
lymphocytes and neutrophils D PLT ANA_ERR^UNST_PLT Background noise
Separation threshold is not Result out of LoQ (Limit of
S PLT OOR_PLT^LOQ
S DIFF WBC_ABN_MAT^SEP_MON_NEU found between the monocytes Quantitation)
and neutrophils areas S PLT PLT_INTERF^PLTAGR PLT aggregates?
Presence of a significant large S PLT PLT_ABN_HIST^ABN_PDW Abnormal PDW
population of cells located in
S DIFF WBC_ABN_MAT^SEP_MON_NEU S PLT PLT_ABN_HIST^SEP_RBC_PLT RBC PLT Interference
the separation area between
monocytes and neutrophils S PLT WBC_ABN_MAT^NRBC_PLTAGR PLT aggregates or NRBC?
Separation threshold is not D RBC ANA_ERR^BAL_RBC_HGB Abnormal MCH
S DIFF WBC_ABN_MAT^SEP_NEU_EOS found between the eosinophils
D RBC ANA_ERR^BAL_RBC_HGB Abnormal MCHC
and neutrophils areas
D RBC ANA_ERR^CLOG_RBC No count
Presence of a significant large
population of cells located in D RBC ANA_ERR^CLOG_RBC Low Count
S DIFF WBC_ABN_MAT^SEP_NEU_EOS
the separation area between D RBC ANA_ERR^UNST_RBC Unstable Count
neutrophils and eosinophils
S RBC OOR_PLT^LINEARITY High linearity
WBC_ABN_MAT^SUSP_NB_ALY0
WBC_ABN_MAT^SUSP_NB_ALY1 S RBC OOR_PLT^VISIBILITY High visibility
Presence of a significant large
WBC_ABN_MAT^SUSP_NB_ALY2 S RBC OOR_RBC^LINEARITY High linearity
S DIFF population of cells in the
WBC_ABN_MAT^SUSP_NB_ALY3
atypical lymphocytes area Result out of LoQ (Limit of
WBC_ABN_MAT^SUSP_NB_ALY4 S RBC OOR_RBC^LOQ
WBC_ABN_MAT^SUSP_P_ALY Quantitation)

Presence of a significant large S RBC OOR_RBC^VISIBILITY High visibility

WBC_ABN_MAT^SUSP_NB_IML population of cells in the lower S RBC PLT_CONCENT PLT Concentrate Mode
S DIFF
WBC_ABN_MAT^SUSP_P_IML part of the large immature cells
S RBC RBC_ABN_HIST^INTERF Interference?
area

Output Format for Host Connection 19

Ref: RAA085AEN
ASTM Format
Special Characteristics for HORIBA Medical Data

Measurement Measurement
Alarm type Transmitted data Description Alarm type Transmitted data Description
type type
RBC_ABN_HIST^INTERF_RBC_W S WBC OOR_WBC^VISIBILITY High visibility
S RBC Nucleated cells interference
BC S WBC WBC_ABN_MAT^INTERF_TNC Counted WBC abnormally low
HGB blank measurements out S WBC WBC_ABN_MAT^INTERF_WBC WBC Interference
D RBC_OTH ANA_ERR^UNST_HGB
of the intensity ranges
WBC_ABN_MAT^NEU_EOS_NOIS
Intensity instability during the S WBC Background noise
D RBC_OTH ANA_ERR^UNST_HGB E
three HGB blank measurements
Presence of a significant large
Intensity instability during the population of cells located in
D RBC_OTH ANA_ERR^UNST_HGB WBC_ABN_MAT^SEP_LYM_NRB
nine HGB measurements S WBC the separation area between
C
HGB_MEAS_BIAS^INTERF_HGB_ the background noise low and
S RBC_OTH HGB/WBC Interference
WBC lymphocytes areas
S RBC_OTH OOR_HCT^LINEARITY High linearity
Transmitted suspected pathologies list:
Result out of LoQ (Limit of
S RBC_OTH OOR_HCT^LOQ
Quantitation) ■ Leukocytosis
S RBC_OTH OOR_HCT^VISIBILITY High visibility ■ Leukopenia
S RBC_OTH OOR_HGB^LINEARITY High linearity
■ Lymphocytosis
■ Lymphopenia
Result out of LoQ (Limit of ■
S RBC_OTH OOR_HGB^LOQ Neutrophilia
Quantitation)
■ Neutropenia
S RBC_OTH OOR_HGB^VISIBILITY High visibility ■ Extrem Neutropenia
PLT_ABN_HIST^SCH_MACRO_PL ■ Eosinophilia
S RBC_OTH Schistocytes/Macro PLT?
T ■ Monocytosis
S RBC_OTH RBC_ABN_HIST^ABN_DISTRI Abnormal distribution ■ Basophilia
■ Large Immature Cells
S RBC_OTH RBC_ABN_HIST^DBL_POP RBC double population
■ Atypic Lymphocytes
D WBC ANA_ERR^CLOG_DIFF No count ■ Pancytopenia
D WBC ANA_ERR^LIGHT_BEAM_DIFF Optical bench light error ■ Aplasia
D WBC ANA_ERR^UNST_DIFF Unstable Count ■ Erythrocytosis
■ Anemia
Low correlation between the
D WBC ANA_ERR^UNST_DIFF resistive and optical
■ Macrocytosis
measurements on the matrix ■ Microcytosis
■ Hypochromia
D WBC ANA_ERR^UNST_DIFF No cells counted in the flowcell
■ Anisocytosis
S WBC OOR_WBC^LINEARITY High linearity ■ Poikilocytosis
Result out of LoQ (Limit of ■ Cold Agglutinins
S WBC OOR_WBC^LOQ
Quantitation) ■ Thrombocytosis
■ Thrombocytopenia

Output Format for Host Connection 20

Ref: RAA085AEN
ASTM Format
Curves and Matrix Transmission

■ Malaria P. falciparum? 3.5.2. General Decoding

■ Malaria P. vivax?
■ Dengue?
The image data must be uncompressed using first the base64 and secondly the deflate
algorithms.
The data must be converted from binary to text format.
3.5. Curves and Matrix Transmission

3.5.3. DIFF Matrix

3.5.1. Curves and Matrix Matrix manufacturer message record is as follows:

■ The Message type field (14.3) is set to "MATRIX".
Field ■ The Measurement type field (14.4) is set to "DIFF".
ASTM Transmitted Repeat ■
Definition max. Input type Mandatory The Name field (14.5) is set to LMNERESABS.
field data delimiter
length ■ The Thresholds field (14.6) contains the "Encode Type" data. The Threshold data of
14.1 Record type M 1 Fixed No Yes Thresholds field (14.6) contains the FLOATLE-stream/deflate:base64 coded value of
the DIFF matrix polygons.
14.2 Sequence number 1..99 2 Numeric No Yes
■ The Points field (14.7) contains the "Encode Type" data. The Graphic data of Points
"HISTOGRAMS" field (14.7) contains the FLOATLE-stream/deflate:base64 coded value of the DIFF
14.3 Message type 10 Closed list No Yes
"MATRIX"
matrix.
"RBC"
"PLT"
14.4 Measurement type 10 Open list No Yes Matrix thresholds
"WBC"
"DIFF"
DIFF matrix polygons thresholds data shall be in accordance with the following framing:
14.5 Name Graphic name 20 Alphanumeric No Yes
Encode Number of bytes Data Format Meaning
Type^Threshold FLOATLE
data Alphanumeric^ FLOATLE : IEEE 754
14.6 Thresholds Yes No^Yes
"FLOATLE- Alphanumeric floating point value
stream/ 4 X display min X min value for Matrix start
transmitted in Little
deflate:base64" Endian byte order
Encode (Intel)
Alphanumeric^
14.7 Points Type^Graphic Yes No^Yes 4 X display max FLOATLE X max value for Matrix end
Alphanumeric
data
4 Y display min FLOATLE Y min value for Matrix start
4 Y display max FLOATLE Y max value for Matrix end

Output Format for Host Connection 21

Ref: RAA085AEN
ASTM Format
Curves and Matrix Transmission

Number of bytes Data Format Meaning PopulationID shall be set to:

One list for X coordinates of ■ 0 for LYM box
polygons, one list for Y coordinates ■ 1 for MON box
4 NumberOfList = 3 FLOATLE
of polygons, one list for box ■ 2 for NEU box
identifiers
■ 3 for EOS box
4 ListLength FLOATLE Always 0 ■ 4 for IMG box
■ 5 for ALY box
As matrix thresholds are never displayed nor printed, matrix thresholds must not be sent ■ 6 for LL box
too (ListLength = 0). ■ 7 for RN box
■ 8 for RM box
Matrix points ■ 9 for IMM box
■ 10 for IML box
DIFF matrix shall be in accordance with the following framing: ■ 11 for LN box
■ 12 for BNL box
Number of bytes Data Format Meaning ■ 13 for BNH box
4 X display min FLOATLE X min value for Matrix start ■ 14 for BASO box
4 X display max FLOATLE X max value for Matrix end
■ 15 for LOC box
■ 16 for BNBUBBL box
4 Y display min FLOATLE Y min value for Matrix start ■ 100 for NOT_IDENT box
4 Y display max FLOATLE Y max value for Matrix start
Number of X ticks in the list to
4 X scale NB FLOATLE
display
4 x X scale NB X scale FLOATLE X tick values
3.5.4. Histograms
4 x X scale NB Y scale FLOATLE Y tick values
One list for X points, one list for Y Histogram manufacturer message record shall be in accordance with the following
points, one list for the number of
specifications:
4 NumberOfList = 4 FLOATLE points for this coordinate, one list for
the population to which the point ■ The Message type field (14.3) is set to "HISTOGRAM".
belongs (X, Y coordinates) ■ The "Measurement type" field (14.4) is set to one of the following values: RBC, PLT
4 ListLength FLOATLE Number of elements in the list or WBC.
4 x ListLength X FLOATLE X (Coordinate) ■ The Name field (14.5) is set to one of the following values: RBCALONGRES,
PLTALONGRES, WBCALONGRES.
4 x ListLength Y FLOATLE Y (Coordinate)
■ The Thresholds field (14.6) contains the "Encode Type" data. The Threshold data of
Quantity (number of points for the (X, Thresholds field (14.6) contains one of the following FLOATLE-stream/deflate:base64
4 x ListLength Qty FLOATLE
Y) coordinate)
Population to witch the point (X, Y
4 x ListLength Pop FLOATLE
coordinates) belongs

Output Format for Host Connection 22

Ref: RAA085AEN
ASTM Format
Curves and Matrix Transmission

coded value of: RBCALONGRES thresholds, PLTALONGRES thresholds or Histogram thresholds

WBCALONGRES thresholds.
■ The Points field (14.7) contains the "Encode Type" data. The Graphic data of Points PLT histogram, RBC histogram and WBC histogram data shall be in accordance with the
field (14.7) contains one of the following FLOATLE-stream/deflate:base64 coded following framing:
value of: RBCALONGRES data, PLTALONGRES data or WBCALONGRES data.
Number of bytes Data Format Meaning
4 X display min FLOATLE X min value for Histogram start
Histogram points
4 X display max FLOATLE X max value for Histogram end
PLT histogram, RBC histogram and WBC histogram data shall be in accordance with the
4 Y display min FLOATLE Y min value for Histogram start
following framing:
4 Y display max FLOATLE Y max value for Histogram end
Number of bytes Data Format Meaning Number of list of thresholds.
4 NumberOfList = 2 FLOATLE One list for X threshold positions and
4 X display min FLOATLE X min value for Histogram start
one list of threshold Identifiers.
4 X display max FLOATLE X max value for Histogram end
4 ListLength FLOATLE Number of thresholds in the list
4 Y display min FLOATLE Y min value for Histogram start
X value of the threshold for each
4 Y display max FLOATLE Y max value for Histogram end 4 x ListLength X FLOATLE
threshold
Number of X ticks in the list to 4 x ListLength ThrsID FLOATLE ID of each threshold (listed below)
4 X scale NB FLOATLE
display
4 x X scale NB X scale FLOATLE X tick values ThrsID for RBCALONGRES: None (so ListLength = 0)
Number of Y ticks in the list to ThrsID for PLTALONGRES: (ListLength = 3)
4 Y scale NB FLOATLE
display
4 x X scale NB Y scale FLOATLE Y tick values Threshold name ThrsId Value
Number of list of data. Pec 0 3
One list for X positions and one list
4 NumberOfList = 2 FLOATLE PltL 1 11
for the Y positions (quantity on each
X position) PltRbc 2 Mobile
4 ListLength FLOATLE Number of elements in the list
ThrsID for WBCALONGRES: None (so ListLength = 0)
4 x ListLength X FLOATLE X (Coordinate)
4 x ListLength Y FLOATLE Y (Coordinate)

Output Format for Host Connection 23

Ref: RAA085AEN
ASTM Format
Example of Data Frame

3.6. Example of Data Frame <- <ACK>

-> <STX>6L|1|N<CR><ETX>09<CR><LF>
<- <ACK>
-> <EOT>

3.6.1. Example of a Query With the Response

<- Instrument 3.6.2. Example of a Query Without Response

-> Host
<- <ENQ> <- Instrument
-> <ACK> -> Host
<- <STX>1H|\^&|||H500^112YADH47745^3.0.0.3a|||||||P|LIS2-A2| <- <ENQ>
20210709175737<CR><ETX>A6<CR><LF> -> <ACK>
-> <ACK> <- <STX>1H|\^&|||H500^112YADH47745^3.0.0.3a|||||||P|LIS2-A2|
<- <STX>2Q|1|^0124||ALL||||||||O<CR><ETX>E1<CR><LF> 20210709175737<CR><ETX>A6<CR><LF>
-> <ACK> -> <ACK>
<- <STX>3L|1|N<CR><ETX>06<CR><LF> <- <STX>2Q|1|^0124||ALL||||||||O<CR><ETX>E1<CR><LF>
-> <ACK> -> <ACK>
<- <EOT> <- <STX>3L|1|N<CR><ETX>06<CR><LF>
-> <ENQ> -> <ACK>
<- <ACK> <- <EOT>
-> <STX>1H|\^&||||||||||P|LIS2-A2|20210709175757<CR><ETX>94<CR><LF> -> <ENQ>
<- <ACK> <- <ACK>
-> <STX>2P|1||0123||NAME^FIRSTNAME||19900522|M|||||PHYSICIANNAME|||||||||||| -> <STX>1H|\^&||||||||||P|LIS2-A2|20210709175757<CR><ETX>94<CR><LF>
echotomogr<CR><ETX>20<CR><LF> <- <ACK>
<- <ACK> -> <STX>2P|1|<CR><ETX>BB<CR><LF>
-> <STX>3C|1|I|Patient Comment|G<CR><ETX>4E<CR><LF> <- <ACK>
<- <ACK> -> <STX>3O|1|0124||^^^|||||||N||||||||||||||Y<CR><ETX>67<CR><LF>
-> <STX>4O|1|0124||^^^DIF|R||19900522035000||||N||||BLOOD||||||||||Q<CR><ETX>B9<CR><LF> <- <ACK>
<- <ACK> -> <STX>4L|1|N<CR><ETX>07<CR><LF>
-> <STX>5C|1|I|Order Comment|G<CR><ETX>47<CR><LF>

Output Format for Host Connection 24

Ref: RAA085AEN
ASTM Format
Example of Data Frame

<- <ACK> <- <STX>7TwEAz/ucrnn87/nnpcIYXy6VbYR

+7xCaJoQO6QQaWI3xwVjJ1TA2V0TcNo0e9Kn0ddS00P0x7RgaJbvNr2nc6WemnbrM3U1OnN0ZT
-> <EOT>
+gB0Nten2wXWe
+HsqcYU5cT1SfY96Qnum7wNxLOrWYP6a7A1c4Zkr3p2c4blaPuBY49nrpT98k8WUwtFSGMnfIiOt
OSS0ZH3fIRPVamYyVS+rKtKyQmb4qOTG3SbIGOT+gpHEuNn+tZ<ETB>CB<CR><LF>
-> <ACK>
3.6.3. Example of Patient Result Sent by the Instrument <- <STX>0D3SaWuS7oBfelL7JWuT9cEW7MPYQew27KPYx3HC/
NaO1cHvEbwoc7ox32Peadwe5p7Bfp/5vfgfsp44NT5iTf3UOcu6zlErwdo+pt4nrG
+ImsPYSezz2BewR7AvYqewL2F/hn0Z+4vs/kdcX2J/hf0N9hj2t9jfY/+AfQX7J+xfsCewp7CvYv+K/
<- Instrument Rv2DPbv2H9g/4k9iz2P/Rf2NewF7H84Riib/zrFPquezhtUpq9I2ZM3K<ETB>A4<CR><LF>
-> Host -> <ACK>
<- <ENQ> <-
-> <ACK> <STX>1vZcxceL1cTczcppu5Vrb1OJ6kVqpm6xcgeWKK6FSsZK1PzAbcqTul1xXVRqulQZ94yyL1N
cI5WWy7Hvwl6BvRJ7Ffbd2PdgO7Cd2Kux12CvxS7DXoe9HrscewP2fdgubDf2/dgbsR/ArsB+ELsS
<- <STX>1H|\^&|||H500^112YADH47745^3.0.0.3a|||||||P|LIS2-A2| +yHsKuxqbA/2w9ibsLdgb8V+BLsGW8PWsSW2wvZib8Pejr0Deyf2o9i7sGux67DrsR/D9mE3YD
20210709175022<CR><ETX>99<CR><LF> +O3YjdhP0E9h7svdh+7<ETB>97<CR><LF>
-> <ACK> -> <ACK>
<- <STX>2P|1||||||^31^Y|M|||||||||||||||||echotomogr|||||||||MAN<CR><ETX>14<CR><LF> <- <STX>2H3YT2I/hb0f+2nsZ7CfxT6A/Rx2APt57Bbsg9gvYB/
-> <ACK> CPoz9IvYR7Jewg9it2C9jv4Ldhv0q9mvYr2MfxX4DO4R9DPs49pvYJ7BP0g+rma/DfD
+l3FdPMdaugtfaqfmWSpZ0ULdDzZd1UrtTebZGqB9RocYu1tClUoeirCOqRPht1vIONSZ5/
<- <STX>3O|1|0566||^^^DIF|R|20210707172907|||||||||BLOOD||||||||||<CR><ETX>2C<CR><LF>
pt5TodJEffPGrKF1Jox3hde4iGVZrvenOcgJUSQv7PPes7Jp5/0khhpJT6zt<ETB>B1<CR><LF>
-> <ACK>
-> <ACK>
<- <STX>4C|1|I|CONDITIONS^^REAGENT_EXPIRED\S^PLT^PLT_ABN_HIST^SEP_RBC_PLT
<- <STX>3cYYc5ASIv4no1ou/WbCBX3jnSYs0SytdW6hYx0XZv2NRNNz
\SUSPECTED_PATHOLOGY^^LARGE_IMMATURE_CELLS
+2GsedA8p0k9d46LLPuzmxwh75IBMkp+NPaCPV1MlpNyspk0kBZyjHSx9x/
\SUSPECTED_PATHOLOGY^^DENGUE|I<CR><ETX>B7<CR><LF>
QnqVNksvkOzLJ2Bztv7TFXqEt9YrRUt7ZK8hq+utoN5AKrwhX025mTKO/
-> <ACK> i76PfiP9Pd7se350L6Ef3s33Bvr1ZCf9bbQcF66iddGWMeagJWIVNZcxTt3wLWSBdUyTn8kYGWVt5
<- <STX>5C|2|I|This is a comment 567 ?|G<CR><ETX>52<CR><LF> <ETB>88<CR><LF>

-> <ACK> -> <ACK>

<- <STX>6M|1|HISTOGRAM|RBC|RBCALONGRES|FLOATLE-stream/ <- <STX>42kTufVz/whxkhwkTUSRSnIvMd4Vxcb5sB9T5v/

deflate:base64^Y2AAgW5nMMUQ5QIkHEAsAA==|FLOATLE-stream/ Np2SQxM09ayfNxGfuZ6V5P5WaKTLvKWPvx8iIeT8Z1yVqSa85br3XwpbELGPWe67ZMlY4z9rP18j
deflate:base64^bdUNaJtFHMfxU6tVs5eqJXNu08Rt3ToTnLW2cS/2ee6ysbm2pnZ1y3RaZ Xs64hXzc/J7+WwjZm6Q+az8ZIwbMybPmtv6B+q6WftwYtKTzvaEG9z9nLi2ScLMn
+zcHKZadZLNLattGq2ylIFUG6Qw1lSkUMIYZRhWmUIQlWIUmS9tKUNsEUTaooyifp/ +7/8H<CR><ETX>E3<CR><LF>
kC<ETB>3D<CR><LF> -> <ACK>
-> <ACK> <- <STX>5M|2|HISTOGRAM|PLT|PLTALONGRES|FLOATLE-stream/
deflate:base64^Y2AAAQ4nMMXQA6IdgMjhxW9P+1dqO+3f1Yg7QuQa7EFyAA==|FLOATLE-
stream/deflate:base64^rZV/TJVVGMevcGdQUTBpREYDh0jmiJgSCfE
+z3szxqChozF02DBZMhZOpkjGQERTAhKDVAwKEkI0qGui/
AgIDEUwSIiQoC4E8cOgI<ETB>91<CR><LF>

Output Format for Host Connection 25

Ref: RAA085AEN
ASTM Format
Example of Data Frame

-> <ACK> <- <STX>5M|3|MATRIX|DIFF|LMNERESABS|FLOATLE-stream/deflate:base64^Y2AAggf/

XRjgtIMDiAkA|FLOATLE-stream/deflate:base64^7ZwJtF1llee/
<- <STX>6DSEwur7cs9d1xvjnzrju+d9z3me83z3Oe89qFTKsJDngiodMYnwADmySpUPTbB
FkqZShDQAinkIpPFGBTRQiQH3kPmQcIgYPACxTxPxQyHOYEEEkiATHATMg8QghDCeAIREZFBE
+TZnbq4nWrfCdtT3uW7+221ejfUBy0bhLFp0bpNHIndJwQqoU6pcjNVmXSN7d1VJJQYvkEK2TMjz
BQbvNgyCaIlzlRh79//vx9x1erutbp62VW67lvrW+fec8/9<ETB>FC<CR><LF>
HJaW+MsKCYpqsaaWbPQ1kOlHO7cfpxTAPsqpfS5eWaygxNYCeHg
+m8eAwKq6IoC0O0WSfHEvtQwlY30/LQg8hJ426qzOQl0VZTtnIz<ETB>4A<CR><LF> -> <ACK>
-> <ACK> <- <STX>6hj3v/973lRJ/3T/2lz+96q+uSnejHUv30v5S3xzjjP7SGd5fmpviel28P6y/tKbG+/i8c3V/
qXaL7361v3TreH1w3N8pxkXxeljcj2s5Kb7DXPFMa2yMuN9Miffj47OD
<- <STX>7aXAg/nILyT1aDFqSqkm6CzqztPuskrU1pCb/UVKDbhMwwnNpNG2Ul5/
+kv78nj2iJjryngdo5wfn58V1xviGvM3O8fn58X7EbHGpHi/Ybw/J74/
O83aXqdQvx4q29NLNiUDFK0bpibrMXLRTFBy7C3SnZom7+5Z7K3i1/
Lb4zOea7Iu7F91uxt3Jh3GeeeLYda3djneb6eD72Xu0dn8c+Suy/2Suu<ETB>6C<CR><LF>
PMuLhCzZ1ti1k9asEe6vt4i4MVZ3g
+yDVBNjwauYTtkx9ivxw73l1mz4UtS7l9yIEVhjeXLOPBFc7c5e3CV4NcuXbrStbGreKCNDc -> <ACK>
+lufOKec8OL5xNW/v8eTwcS8ONvfm5<ETB>EC<CR><LF> <- <STX>7x8T1aK/RnRPXf4754gyty+J6Tbz/qvdQro3vbhLzfi0+uzFebx/
-> <ACK> Xy71edXGMU2KteKaJ73bifb17jIlxf3Z89/i4Bg3LJXHdLr4zOp4ZFe/
jHHXMXZ2VnwUN6+NNJ2gGjaqYp4l9dWI/
<- <STX>0+2e5WeekBh//Fiwhm22rWPzeD+eOuzPN04GcM
zedij7F2Nz7rdOL9BTFizVas0Qk6lFi3mR6fQ6/4bntc3AuatEeaZ524Nsd7z
+FF7i1OYjrdRu4bDKYixaH8IlHQjndbRMnymEcE/ISR0SFc0jiy+yfGcE+Ra/wk1WR7NQaxbb9r/
+1Yt94zng1edGfGvaBVdWK8jjN3ppoOzdnxzJfj<ETB>1B<CR><LF>
I9U9t5xjKGxxx2cu9Tsdy2Lo4bNu7h8uh4PrMvgXOP7uXGjiTsv4+rRpLRYz+Xzh5An4Ocb30IvVI40/
lN9EvlN7zS0DOdXwt8C30Pc1R4Bnof4c273kb/TF6fkgUP7<ETB>D2<CR><LF> -> <ACK>
-> <ACK> <- <STX>0/QzTrDPM67fjLJ34fjfmr8bEM7F+E7Row984W31u3L/
QNGyYE7q0Y46+uBfnroJX9Zlx76qYZ168Pt+0ZI4SctaK9TrxWR1nbAXfOsG3wuugQ0H24PXcuA/
<- <STX>17CcexQ+jvEa7XF4yWbXhhPw8y4v7cqBp1y2GnsPvt6f+
9rjGNCvQ+0edpwbegRQk61HGOerD51oz3/uF1tWY8Nyvunxz3Yp/VIXE/5kXem
+ZmLD8At5PwVwB2hfD4IfgVwecpMCyG19PgeAZ+PwLLEnguBc
+BRh7MgN7elbB9onlRBkxL3mjhne0KM2F+DPAyybLag/cH+vIKu7P0Ky3wb<ETB>D8<CR><LF>
+P4fsTMNVyxumz4PopJ9ecA9sy3tV2Hnwv8LbBcjCu4E0zleD8GQdaVYN1DUtOteD9OXusqQPzel
7ufxHcv2C7zQ1gf4nvjbkM/o1858AVnEETj2c34xyucn/ -> <ACK>
JlziLFv6mrhXn8RWYXQOzNjBrB<ETB>EA<CR><LF>
<- <STX>12uyW5w35rM+xbjUbxDX0o3WRadXhfGMs5+WLcYVe15pH9V6WZfhTgn/
-> <ACK> 1rnENOevMTBmK8zRV3D/EczaxRjf43uaMO/t+a4LlozrVNGoHTzqXW57qI6yj0JnvoI/
<- sRfQOenXiWuJ9BT2nWeY5M8+2kIdjLe+t4amv6M6stAPIZNwv/2Q9aXaz3nSQvVizPcM6ivy0a
<STX>27OvwawDzDrB7DqYdYHZt2DWDWY9YPYdmH0PZjow6wWzPjD7Acz6wWwAzH4Es0EwG +teO/jYRcaOS54EjZrjrEPYnhp5iLXrkLfmy6aV9hJz<ETB>4B<CR><LF>
wKzYTAbAbMbYPYTmI2C2RiY/ -> <ACK>
Qxmv8z9RmcsfwWzSTC7CWa3wOw3MJsCs9tgNg1mM2D2O5j9AWazYHYHzP4Es7+wrpIbO1Ry
<- <STX>2Nbt4TXQN2jZBh3Ka+VSg/R659smevxlq/kNj6IKesUfkpUaXbvS+tKe4FmQBu8K5Y
w8ZFcr1ukVy71UyuGjGTy6PN5bJJc1kbp5ZLZ9Xijvi/RhLuBMKdsgP
+56n7iGnHSCvlXwuM33gsbVJb4in+hevYPPVIKG5YB4Hv0Jua/O8PrQr4l52tNsp0p8r
+i6FsERXZKr2ElHlnxD7WS1nrQ<ETB>36<CR><LF>
+yXMhX7rI4x/6vB1tkqztSCL8g9urqt7Sef6R4yP9z2sQq9qi6wjDEn32XeGrrfYjrV51n26zhfF/
-> <ACK> t8gXnTHubR9Md1pvfBPNgwvteJZzvj<ETB>36<CR><LF>
<- <STX>3lyN+DBkDblDavHuCk2LvEeh+yEfUaO8O8r6tedErpesv+PUIt9HrE+IfGV -> <ACK>
+lejTJTyMQNdYf29eEe8VJtKK+zMFqoOOiBgu5taLHBJ52UIk5C5YKHGHiEpNHZj1kf7ZUeTW0T/
<- <STX>3zCf4yXvJwDXml9a
PyppKzBlyFc75RjLMGSKJ3CRRmy/+B8zNSfrnuTMT0VBnOMM+o2fTurlodN5Ed38DKro7zzjHsB
+0LpQnxBzTLEdqsIulLDLzSXmL3YPmURfRetb45lDrUvYBfS2GhLPHh7fi8/
+Z5BiG6V7GvUy/NeN145x5I/27xuB/v<ETB>95<CR><LF>
qkKHmMPuo5qC005+OsWO8D1mrj7bf0n5H+grvqhM8Vwl9LcGfLjZ5lPdehx2twy63g1/
-> <ACK> N17wnzsAaXfT
<- <STX>4j0WHLSwv/m8/tcx3x6m52Hqb+H9/gY=<CR><ETX>03<CR><LF> +GstwXScPRlhGoCV2DbvX3Gxb17nEA71D7zlTE3vv4FOuTtk7zfazi88ImSiXWyexdTX
+ZX3rZ7ksdePolIMd<ETB>E6<CR><LF>
-> <ACK>
-> <ACK>

Output Format for Host Connection 26

Ref: RAA085AEN
ASTM Format
Example of Data Frame

<- <STX>4TcMGep2b8nNbytxVlnFoWR1vG1eG2C+z7wbb -> <ACK>

+Y9x70r7Cvngr8QeJ6Z8jzRfsAfoFXtH1/EF+H7mrNNnNPhrbHms2451y6EZIwy3vWM/0L4+zfaK/ <- <STX>3v1Vsit+5ynEPPCQ/0p5Yj/iM9YkJrjf9FJ/CH2K7oxw/
dfB9+po76V1g20c/qAVzzb7pB0YZR1vz7bs4xOIM5q9ra 1RGHdCOHINZRrESucoNp0r3KOBE+Xfl78JXYUb7+XOfS+BKew7/
+yyYO8JnYKWajDBlU3WOb5PvqDnWIfnSmWyWor+yrsQ71+8v6ouB/f6V6S9iV42hCL7GKbK/uE/ Kj5KHQEdi7DPTN5zqOaC78AjirN1y/QMyxx6avuyyjCdHW9fJVZi/iT0Sq/
UKWLjPv<ETB>A0<CR><LF> Pd5nTvg5wEeSfGRS6IabrIA/HFhT5vs579OrlaZ7TlBh+MvIFdda+zTSN25qzkf80/
-> <ACK> WP7Ya0k8BJmULA4zjqJY<ETB>C4<CR><LF>
<- <STX>5xIfPOjbCXkC/5kzbpHKu14Wv2J0ucUG/z1Wvbl1oOt4zfON8vNfrr -> <ACK>
+XzB6ecj7IMVdBnpHUFv9S62H4RXmLvK/zMZPMN+16dnjYEe3+N5Qzdq861bpTYb <- <STX>4CTm70jLenZHYycXWHfAc9kGsjixhG5gHfcSW6EynO85Av+oJmdM/
+H94fbRkrUDPS9xWXOIdao+0DpQD3XchU6UU/7Ez5xsG4fNwo+zLraeeAOZYM76yPjOUN GPfRjymevwbvuKNfcbLy85Dr1jzTHplt3RnjUuNpxCZVx3LH/N25PkNN7rbIcW25r1/xMLwu2J3b4/
+TzTnHstUcmjbvtIwfTvaaso+c/6Cc/1D7dc1/smO3Oj/nOXwJ8Q5n<ETB>6B<CR><LF> v3GCeoFsR34h45ZXdq6mfQs465u5xzYu5rrHUaGVFudrufIS8vsf9WzNOJ9Zr5ccV2xP7b80zzVjxb5
-> <ACK> pg35EAl9tiO9SrsaDynPGWebQpnBa8o<ETB>E9<CR><LF>
<- <STX>6QUYUpx6bvj/PyNnro3L+4X6NHcA2Mhf7VEx4sG0KelqwtcQFp9oO4SPLIfZP -> <ACK>
+KImz1YN9b5E98vt52SDL0r7FM9VB+U+8B1XWVaw <- <STX>5C+P1LGNHnYWmNVgh8l3usa1so+/
+8xRjrWP4TzQpWqnnz3VvJFs4e9/31fqkPkm/EizkmNKYqs6YhpixKbE+3+NZ9aOa+h/WSVGPF// znZd3GufsnK3NWpOtS2Bg5IHEhTU6cbVzlBrcYbbPgX1lH8K5kI1bjUuQqzdxrvYY76l1W9rPabZB9f
XYyQ1aoV12XjHu/39bPVf4vXEdM223sNYpISstrw+YoxNorPl8m1N/ 2W2e5k27n2nda1Tny/
O9aq0Y7CHm<ETB>04<CR><LF> fXfMfYvXgict8vSrff7OAmOdrdh766EY1zqna8V85PdgA8ILb7Rsdx4xDtGemHo7yjhSM9NnaJb0C7u
-> <ACK> S/Qs+dWLO9mLTrLPYNKyYa1byLWjSAs+akPgi<ETB>21<CR><LF>
<- <STX>7LFulvY3XTfifet347DNxXT4+2zxeY49jXxW+iTN80vuuPxLXD8b7DWPEfhvs0RaOe/ -> <ACK>
Bj1XrxzJfi+vf+Xh3r1p+P97H3aq88d8Q15b3YV5yz3tJ0qD8Qn3887ocvaMJPNtvE+9hfvX <- <STX>6NmmS8ZA6aF2g2V3xbNieJs7WPGw9AN8jtwevrYLe3Xm2T
+ML3htaFW2jvdrxAiaVJ+K95/POVb2mSqe5xwRa5W/ +g99oF8CTyDmHkgXia36lzk+9hF5avktNiMq/oix4wxJcbdMR6N
jRF0aWIvTdiMahmfq3A29sxzMUcNXT7meaAFcZr2AA1jzWpz75czNXHOaou0<ETB>6D<CR><LF> +OfSGPP69Fk9N8YNcX9+XH8a1+ti3Bvjlng/
-> <ACK> LK6XxJgWY3iMhTEeivt3+7vlt3GNUb4f1yVxvcFz1WPj9YQYM
+P1WzHui9cvxHgmxi9ixPv64Rgz4vWFuc7UuE6PcWO8vj6usX55Je9dE2NM<ETB>FE<CR><LF>
<- <STX>07+wrYpjqi6ZV/Yc
+2akSZ6mXSz6vZ5qwV87YbG66NFv6fFXQtYn1qjhHCR7UQzyPnv2s5yrBsxK0qWI/ -> <ACK>
1fLeP7FT2clnKMtYruqVvC/4DH20xiB/ <- <STX>7DOaI12V8jNHeU70gxuXx
pwm6lcFJqy28XhX0aQ7wXusNfQadH95WSas4d7NOvP6c1xJd4HPYw7Jpysaulht8fFnVssJ6dchJx +mrvWeOyuDfJn5XnY9wZY4z3pX3e5TPWi2OMi9fM8XqM0Umj22L895ybc58X15Ex+M5s76P
TPx/fpjyR/8QMhNHXJTs9Zm3hexDXyuV4vXQecqzkbMX3b2uZm3<ETB>20<CR><LF> +ps9XXorXj8f4l3gd56lZ+80YT+TZ47l6hGlTuE6O94/EuCcG5/hJfj7Xe61v8j7YT/
-> <ACK> lVjMfyzKx9UYzYe93E++diQGfu3eY59N2Red4b88refhyDfULXK0xbzcXZR5l/
JfYTDlI8kXxcl8+yp07S<ETB>3D<CR><LF>
<- <STX>1JhdkH5+wvDbM9w8xPmE6EUdIH7bK/
cW5yjapG4McB5FblJW9FvpU7WddafYwvZHRZv/UCWi6iWPKErxE55q -> <ACK>
+lOPwBe2p9mnEdsRg5azMZQ6zT8I24KPgFfE0trLaMG0DZyVPx/ <-
5eZ58hm3Klc5TqsLTtlX1ZdZLto2z4CPtpYh1sO/Eh9ruJPZXwJ <STX>0+iWfr0CL7+V5kYfvWr4031lLz1e4H7ypZya9fpnnDrqXJfmdoGe5MsYPvU690OeG7vWjKQ8
+QK5Gvl8IxXjrWPUqw31jkdQ3Fz0Je8vU18Oca62Rzp+Ih4sHt9xj9X<ETB>D5<CR><LF> xZ4Ee98d7xnMp088mn19O/vH9t/298rPkwVMpo/
-> <ACK> +S9ODZ2ryov5XyNT7lNj6vg971K96fdGRh8iPOVv8q15+aMjDJ/IGukvegdZlkesAT6cU34nrtUjmoJ
+Qzj+b5r8j935Z8RdbRk9CJ+tqkFWvMSpm4MOXq5hgTPXdBjn+a<ETB>0F<CR><LF>
<- <STX>226aT4+Br8CfKXYgdRqSPZs6z7IM6N6bfie+TT5QJ9mnkF8SMBb8RclPtknn7xc4/
OTf5PD52IP4sR9uHKCYcZ7oQv5JHVxlP1PjYOGd7elxvddygOGqT9BOTzCdwDnhHDqnchJiBs1+ -> <ACK>
XfN0mc/WLl/pv7GRBV2ekzIR8dkc4XmnVpmvB353mM5IvKOcixjrGfoJ8QzEwOjLd
+Idsw0jLqzCHXSxfxEbEs/C8vtw+sBW8IP4i<ETB>5B<CR><LF>

Output Format for Host Connection 27

Ref: RAA085AEN
ASTM Format
Example of Data Frame

<- <STX>1fB6d8gufbo33X/d <- <STX>7v7UfVizG+YiBn8tz46de9ncUrwzPtWenb77ZPlcxG/u/Mf35BX2OUe

+4VX5XvLoTetQvSjlG37PifFL81b6gz1A709LWs1K3Xo1BnOcmfudZb2QfUGuxuRen7IslVNiPJ3PxT +zD1aMMi397ku5t8h5FLM+ks/dnXFM5BfEhDyjOOqs5A2fjcgzvZk+PWJW8iPFlhEzy/
qlY1mrJ6eMPGCbU/P922O8nbZiVu7j0dTdBbYf9YN9tll3p32ZaBmCj+URry ZROwjfQsxQr2PbKDuLT/iw7Z+w4z8m38M/V+DRq6VdW862sMJGL2ufImwfOx42RDlA+DcwW
+9nGD6cVbx4vwYbyUPRqZMjjOvRU908dtxfdLPif7PpaxDH/hyecrqpaZB/eu4sjbP/o/ +y65O8x7wlZr1a1jSqxh5qayEfT98Xrslo+z/fAn1dKe8V+<ETB>BE<CR><LF>
UhbFJg2kpJ7OWyojk<ETB>FB<CR><LF>
-> <ACK>
-> <ACK>
<- <STX>0gn/C3IMvqt0sZ5vAc/Xv
<- <STX>24mafp7DO6NzPAA8fSV18O+X10ZSxb5tO4u9v0kZNsSzKNmA/r7BsYMfLdNuG +mQvqlXSLq3ldTiX8ivOS91gDZ8Df6u9fTJ1YkXTRDgzur2C1y0DOveBtF/
+sp8jTzf7L2Vf066smfktdsneyWZeSnnHJdz3Zj6NTPpis0/vU82S37itNTfpy3fZVHy/dWcb3HKxHdi/ 45X3SJmyb9gY78iHbyZp60MqeC11UrYiYafn0NR8wjYn9VWvCTsOrtWyLwcO1l83z7MQcwSfZ82V
CLnm5s0DdnExkKDilgj/HIHHxv+vVrk+KOJa/d2xzydhx0/dMPn1xELtR9wzNO61/GQYovF8Xn4/ t42Rv8AErJA1WS9u8csYhK9qOlp/
Va87tzneAmcR/l55O7UJMj/<ETB>F2<CR><LF> 36fzcp14OBtLquKcFzABMi5onvUjdiKfKgqzZj4rrwn5hYSXiqC740Oz4<ETB>DC<CR><LF>
-> <ACK> -> <ACK>
<- <STX>3G7AJcltyc2pVYEQHZC5JrksO/WFjA9Q2qRWBPZBXgnkIB1ih37jsv/ <- <STX>1zrR4PmIlsBawp85010tVd5xu/AxsBExH/
Up91ZeTf6yp3ET4T0f7RfGDJZQ/ TfgnmBqU4wLlSbmHpf4y22eDzyxdZfjOTDr1q2Jr95pLKYNXj2xX/gP/
41z3Gpj4wSaC8wB3GDFzM83Mg5DHE0+U30psQEwk8r5uPKRLzhnpw5cb gGMFmyu9U3vv8yLexHjCSNAP8+2jSJ3kR4+lHEzsSV+Gr0hfv5dPoes/
+A5wCUaMJ6Ii8FbygrGCoTngGu0jJU05O77+Kw1uf76xk2EubD/ tTPyY7wOnIVYRro6pyMq2Mu1VTAQMjR0Pev25YVbBd69nDGshG/Cssnfgg9x2/
mKOJ75X9TR9wKHKjwjnBFd7tEz2aWB+sV/RYx/mKcInV+oV3NMs5<ETB>DE<CR><LF> IZj7g2Fhx1r22idrnxmlzJ3of8jlzHBsX<ETB>82<CR><LF>
-> <ACK> -> <ACK>
<- <STX>4n1MeRv37I/3CWZo1jX1wftbhfGA08KQBJ9rDc0JDYS9g7v3x3MrGEMASwIzq9ZInW/ <- <STX>2BnNGblT9Ps79o/js28QRce7vxPdeDnr8IOj5ZFxfQGfjmRid9+Kzx+OZuJbn4zXPx2i/
u8YBPCuAYZ/wCrE763hmnA98F2xIsN/ZzwNHAkcIhYr/lgv+qnYDfgajX75bk1M996N3lN3rtFv2upf 4ns8U70ez8Uc5Vsx3xu+147RxDyduNLT2DwR13imzXeei/s/jtc/ifvxPFg1/
+wTtiSMOWgKhsO XqqsR7ar3q46qzgwrwGo6bGS+3jKPdgUfsAP6VGDC4Nrg5eTm2burPqutTS6fkBRw6ZUWz/
+hQGCZ2xjXIX6OnPVlWnZbOY9lg8mjb9oetbkqWsYm6ihJ5jghyxvrAvuBkYG7sIzrCn5AW/ MDS0rNTE7Asdx/NZ9+tx5fXhQafjYvz9DqUcFNcj<ETB>A0<CR><LF>
axXJNnZoa<ETB>F2<CR><LF>
-> <ACK>
-> <ACK>
<- <STX>3Y5wYY2iMY/P9Cfl6lxjHxDg0xhFB22fiXJz7ezGe6hdWrlrOGYmP/
<- TDWi2daj8X12bgXPChB8/qd+N472JZ+YXhgnsRB9P2pfn181lI2t89XXLdrxp/YotCbZj/Hf
<STX>5sLAp8uXN8jlkHzxtlbgPBraS94Y8kjcK59rUtBeGB34T75s4XxOy0oSMFeR3TZ8FrAjMEVkVp +g9dKRGSp1N8fmQjM/BBqHPSY7F8dWKC9AJavm75uvBSc+zM
jPIa6BD4FLUssQLzgTNwKPAYj9hPEAYFPjPih7IkDAZ5GIz6yW4GTJEHg8uJawO3u5l/ +bqc2xBv41iGOKXeB7MXeuvbHorVqPHJWtxqueQS
RReFrLW7G55pl6tmu/ufi29BjMDZ6gSzwCjC91sNvW56lXTTjA3tcXEP8E1wV/ +zsuAccm9hOsfHqtpGqrx2cMd9e<ETB>22<CR><LF>
RSfhQ72fbwD34gXxJXtHxdc0H9Ktin9umzdnU<ETB>B1<CR><LF>
-> <ACK>
-> <ACK> <-
<- <STX>6clt92PoLVgfmAYaIjWk <STX>4juexTc2Kjqeo02DH1EdEbXMjx0nwWnUsYlpkARnZxzFPTS3lCtONM6lHalvHUsQ71JroAVB
+ZdlXLbzfexROGGcGrwYfLB927jyAaVYrptxsnPq3t88pbHSTtHPoJusGT+kPEU/Xtb4TM OsZxjRMU/GTOqL4MzfSXt+s62d/gz8HnVKokBb/aekFX6c
+JjFBcQHxCP/yj9F/6VOAhfjM8lTnw2ffYc+xF8qZ6/Ke14k/b/J35WsePFfY7piePe6HO8eIf9oPwz/ +gbos5F7UjfJ2YkHtzc9p86unozqWNTUzjSPFOfbvASbJWeD+UqxLDZtwKGqx4z
usSr1fO7XNsOTe/M8L+rL7D/kGx/ +psitqe3RXV8aEItZk9/n9fUXXhW9fND80q8eETmBfT8xTmpgXAW4lT5IXoi<ETB>85<CR><LF>
V3274pD7809sB6+57fph17K9zekH1tgf6349U77a8UT<ETB>E1<CR><LF>
-> <ACK>
-> <ACK>

Output Format for Host Connection 28

Ref: RAA085AEN
ASTM Format
Example of Data Frame

<- <STX>5ju1XvUm9F6dlL+YRlhlyTPITajTEvarpJS/ -> <ACK>

Vpzo6e332sKzQh0guqZzsRPNxgPf0N9HPKXuF3zvM5yL <- <STX>4+PGGzyC8aFTSDfztoeQLsgfuNz3n
+Jp99X0aZF19CnrNT9sYNtjyqhzN0lhyPvhRkUXXozbNuRp7KOQ+yzZesY1eI/ +7FlV7jZq3l9KvXg4pR9eEtujv6Ru4eMNKFXogu6Rb3pmTwz9e+RXku9tU/
Q82DVRfpwfjKMtItavjWNVHdnRMT85Ab6xyEHRgmP0t+Qt1IeSCOVRzJn75WPpm+iXg1QXpaz kunf7zOIN9cmUc9Fren4PuQTrG5+6xDleTf2an3RApn+Y+/i+9VR1RORqoB
+Ze6de/0/WV8nydqmnW1sn0Rft<ETB>7B<CR><LF> +CeuCivC7JM1CDnpBydk/K61zLpWSMuai3UiOblvTCxhxnuZX9aVLH0A+wpDdy/
-> <ACK> 9QPsWUDcvAN24j35fCRnC/uNdiyMd6L<ETB>AC<CR><LF>
<- <STX>6aZ9c/2LXfairUGdRDDDOfXjkW+QY6uXZwOdU3rG+8xrql8gm8ktNXj1Gn3AeoZoBvm -> <ACK>
+gJ4eaIrj+p1OGDki5xZbu5CtrwzPyCXoksMfQHL1XLTPkXfW1wT6jep/I8cixuG5suSjBM/p/1H/ <- <STX>5MJfHk6czTC/pPXXQF9MWXJ17ejllHHn7SdqRJ/MMv89zIp
Ksxtan7ElxBGq6W5pOURnyE/gN3tEV5VrkKPT5wWf17G9VO2afIeeof3NI/ +vpS1B98DFXsvzvZfzULt8O9fYwTEa+Yd884EZqw9Jn/f5jB3o09w9/dsO6WuoN4C3kS/gq/
UJXOR9EKPCe3Ir0eRk2wTlgptZZ6XvMW+X3iT0<ETB>5C<CR><LF> scCxGvqaf38ozlPpMD/x3PC/8kBjnXMV6bmOTjjlnAVYnd1Yv+VcdMxKDkY6xJzK9+njMd
-> <ACK> +9DzrvgcrHJNxwryt+RdRzm/VF57umPw8inHJ/p9xeccD9CnSs6k<ETB>9B<CR><LF>
<- <STX>7ZXXbOtnAtW0fyNfUa4FcjnZPHr12wkfAVEJHqj3M/2aI5UU82dL2Vn0/W9p -> <ACK>
+MXcTdKx3su9TPyu54YE+u3qEP+u11IdxWdo47p1gmUaPJYcXWKbVd84a9FRB48r2lBwSnZC <- <STX>6fI0Y9CzHm6qtZU2DOInfm0Av+hXVw09NZtOlcTN1LsXE59u3sw/5/2Mdn
+bGdbKMwjfIT6cpA/6Axv0Uvq9Of4LPSQYWclA +s3A3326frt1nZeQz2Hqzt2ZS/gHMp7pnrvxP74cWpA4CDcU3y6ifM8YWTE9NsYS1LthnjywIz/
+gCtPuc5ZgeCGroNXkiPWPrpM9e2XOSk9KTqnx1fOrWqKx5Ew/Ta8Bz5LxnWKfxJ6pJ/ VnEOoHrSRzKfI17LHnHiau1vd8c01PeEF+zsWJV+fegLvfWbh4NMV+XrO+d+P21aqQYCv7Yyf/
6Np<ETB>3D<CR><LF> U7WuIK+LWO96TfOhKrLu/cDr4qDhni9eu2<ETB>D8<CR><LF>
-> <ACK> -> <ACK>
<- <STX>0Rv8C9pnaMzVP6Rz9COjOue53qOjJpt/soJRf7O+I5Nd21k/ <- <STX>7Yxb15Z6TOMcQx3bK9dnrkJRJZBH6DHFOo9/orJz5x/4Z2+/u/
1xIIzDbKuqQdlcO6XWPhoy6VsW3/q0+6WI7CGaoOUg8rfo7dG/ Eq9peenjHwh48ShjgeVB9CvvG2eYePMk8AZtk5ZONd6ot8KjnB8r3xwdcdl
ovYeZjtozAS9IE68XqpW8QjW1vGsIvlyNQz+tA+6uf0TNgK+nUV/yMbn09dQx+2TPqETCo/ +o3eaqad8riNTQf0qDnJv5ui149+M8WCu1o2VAfY2rkjPd2Sv884xm+R063pPSJzZS/Hg
oR4M9gYdsYMbp51ifXrjDrF/lB6s5vfKkaDnpraVxF3EKeqBJGb +iGaqmxfne07xH/g4mpBjbIsqwa6/EZv2/qWJzfxeh3Hcs7jqW3G5qp9w87cIT1<ETB>77<CR><LF>
+uP0I9l72+PzUz33NY8kV<ETB>4F<CR><LF>
-> <ACK>
-> <ACK>
<- <STX>0WrVEcLYdnY
<- <STX>1n6Hf2KgtXGvHJqiGPVD/x0b/nfeELdDvTza2r9JvR/ZI3wGGAsb0ZcuYfhcCHT+Tz/
+AD5ATq7d9F8fTxIHUYRVXhv0VfkF8uG7qw4opH0OcA1LD0ffACpZxLqfflBD3oAN/
TZP6CLshfo3Mk+L3GGMMS1Ux/XtV8TX45LOm9mvuv7lXWUuEZ+eCXrgmJLbOma5oX6M
a7tK7Y34Ub85+HDKK3jCj1wLF0a/hs+peJ6cC59CrZq6JVj1bpZ51cTpG
+kNW9X2UbX/w5Mm6/tc+Bv6QNWjB/9GWl/oP1NPGLoWOte
+F3KMUxJnlys0rG4Ks6ppfNxG5T/836iWJ4cBV8BXH28tYt9E84Fv5gh9T/nS3j9B1I/
+xHSuwfCI08kvyIlf7FOtCPxPOD7YNrnjt42DUBNQfQJMYUnElpEzCs8Ym3kH<ETB>E3<CR><LF>
6il75XyFbZNMSw5UMRz+m0odZ4NHNdjl+hBF46x<ETB>AB<CR><LF>
-> <ACK> -> <ACK>
<- <STX>2NcYHnWvoeXJ36lg/6FMNSXj6FOMs6i0ES405qKsKZ/ <- <STX>1dup4K20WMdoKlkNiF+J91b2edTyjPHOQZRofLQxmX+dJ5KT4e/
hDn3Ax5SfPJAYyIzGWiYkXzEkcYZKxCOHy1KdeMc5APq96Fmd6o8856jec0wj/ GSmBaaEU8OTv6tZBvcfMl0YU3VUddM3XnNMRmxujC2XXNt5IzY6YGM2WJO/
eKfP9Q6wg0WJPbxojKX+WZ9y6TJQe3vO+ZHqdTN8X7kRedYrPh95UZ11WnAgYTvUOsCJIk9V/ fYg7innI4Zc235AWAzxKTzb0PGmfCGv87cP0Fq6TY5CvERMMtT8lo/FjxG3bpy8/nT/
k7ONd5no56kNRaZflprQZ7hDedFDdgDGOvkPtVHeC1ciFx8tnGbgdxN52D +7+JoYZG7CTM9FnHMpKhVZKP22Tuhr0GuyLuf6vPOC+2Yq2Uzb2dL6o+xB7YJ/
+ibnm<ETB>4C<CR><LF> 10<ETB>5A<CR><LF>
-> <ACK> -> <ACK>
<- <STX>3ONMXnikPvN84jGhPHeyFmH+Zftdlbk3cBnzi56aX6ERtD3mg3gG9wY+oGYK/
3Oxzip9gXuBd1BdDXlSr2rPPuNE400K42sykyZLcH7VGsKxRSdNu5plgPNR7vuu8lnqJsKs/
GO9RLa7uE94jWVuQNABnW5i0+Lfk842Zy87OfHmhn9F8QV/hHtCR3PV574mzSMbB/JC5b/
pcmuMB58SSN/h+ZfLn/tzDnbmnl5N+IfPU8TiP<ETB>E4<CR><LF>

Output Format for Host Connection 29

Ref: RAA085AEN
ASTM Format
Example of Data Frame

<- <STX>2v3B9Xfx7L+Md4g9kiX2Sg/wyY6177fPV84M8PpSx43cc4xFLKF95N337/ <- <STX>0wxoD9IMX+OB3UraJ/140b9WfPoBBMh/YHPboZtNAPP

PyM2OrSjKPmOc7RdaLjLnp7FL/clDHJW/ +6ZVQ2G7l9JeXpVdNEuo4vfSL3uqjvfSxTNuIHlpkB/yl
mdxblH5PPXGdsQs83MeHNaxlnTHH8Rnyr2OC9jQOLPRzL++Ib3oL64+zOOYT +P2kdkc48kHR5zOupR469gAOlDZUthhaPW5dEn9+kvkxOHbg99ell81q2g/7z5/
+3ZpyyKONFYmxinsmO0fQ94unhecbrM94iVqEHjXUOTrow9xWmk2i3xPuA3u/ OsxEwPpk6DoY5PXixrmRGP51oGZetuzzNB+29aLhVPXpt6xpoL7Z+ETxFDzU/dYr2xKffjUz8W
HtvuZRoqr6Jc6O88x1XOrn4uYr+24<ETB>BC<CR><LF> +KyKd+abh8Jpx+a9<ETB>26<CR><LF>
-> <ACK> -> <ACK>
<- <STX>3byA/U733tox9eP4O77lkn5Sefc5zvd8v+aTnVZ14vvesHktq2NSaI/ <- <STX>14ZYvyTZ+cEBmH7FOi+7oDvaBGAzfihyho3NTNn+e58e3DMRC
ZSr9jcjEfh3YTc125Leae68UTHWMiBcpI5GeOdkXs +Nsn3HMmDA9fe12e6xafR9+/1WtK95G1B1MfUqd1H5n4m4x5b7LMCTOdlDIDf05Ons1Jvj2Y/
+LPm1MHlNbnlS7vfEfJZ4eLxprLo3sSP1cmSJOvpi00g2jD2clWd9Iek1OWPDJy0LkpWjTHfFjuQ3x Ho89epbuS7ywVzo8IcyDro9aYKtnNH3/u83JMtTTNt6QE/HWG6EaR/T5xhqQsrDV/qW4tGzLY/
NqcnVjzl6aZ+szmWEbqgfh8qmVQ+S25APQ/NZ9lX8+k7hO/XmWaKv6GF S15Epax3rrfBz+oD2tr4id8isYg7WfSHvPZDzwid0DZs+<ETB>EC<CR><LF>
+Qn5ADZMyc6<ETB>19<CR><LF>
-> <ACK>
-> <ACK> <- <STX>28PsI5o34sn4n6fiMdVL3z05ejUod
<- +27q1L1JH57FXtbmh3Kgx1LWhlkOxC8+Y47pOSe0pq5yi2VQtJiftOr6OX2GPY3clP
<STX>4sR9yPWLkfzXtlc9OyDM3KTvIBvpJjH1V0uQO65Lk7XavL1lCFh91LqK4/0f57IWWLfErbZT6 +DBqap3krwFPoHtjPmIAzpMOfSwgSXMy6g3obd/f9LwEXoy1I9HDyDWhz1vK
A8bmXm9KuZyUOjEh5WtR8mdO8mVCzkVPdvZdSNfOzHWCt+qPmJl8QU/ +53tiAfxzsmprqe5sYc6BPXf9z5WhjPtQd1dtc+TP9L4NNEpPa03iafn9A7r2Xc2b+pwX1O/
Iz7EV85KH0OiW1K1pKU/Zk6lc7zbLovpIR+T9C1MOp6bufCBzi+wrlS7PSJlGRrF756bc3JnyyBrneL/ ok9b9BwLf2NTak<ETB>E0<CR><LF>
0bQgHAWe5LPl2j+muHg/6XrHrP08dQUfJ<ETB>D3<CR><LF>
-> <ACK>
-> <ACK>
<- <STX>3PoiPJdaxfeIVOxmnAZtSP8J5iYWNSbwDrGpY4gg7GgPU/y7Z1pgpGAj/e0C5/
<- <STX>5E8lxRvUt7Qu+wnJEvQ9+qV+WHG1W2onzkjbkI5O8huQLes43bbQ/ V6mj/6XW/6vM/2+INai/in8eC3jHerbHJxYCdjal41RiTYbGRdSHZbaJ3Vj+q+PSSyaejk16KxXK6/
aPurpOkpppPs0ou5t0UpE53k3YSk1ZdSjuEpee99ycP7TAvly3PTNtHPQt57x5/ICvx/ fyhgPe6DfQb/DaOU9+kJWS3zqJGPA9BMI8/yi79O/
KM93d9qHr3oO9Ew6PDV5sSDl8aC+pX2ufH5B8hjbdVPSg9e/83v1eS60/VB/ QG8GOIB0D15vZGxENf3XbFPIweCbYhbos8R9rPx+QnkXPOU3cugS/B+c
yKzUq3kpk52UvTtSFvg+tM1eF9kw9Ive08fye6eYVrI16O9ZOQff/3XK7Qzr<ETB>0E<CR><LF> +ddd<ETB>BD<CR><LF>
-> <ACK> -> <ACK>
<- <STX>6oPp7LrUuaI/oz8PmnzB3cHFqUof2+/8DjM1cid/NzczfWh3rXIT/X8Mz+g3QAcYX <- <STX>4tu3qVQ2br76g5RK/Ab+jD5GexFfdQ6j/k/h2XN9zj2HrN+AS/oxR3oz778b16X71MvJcl9/
+c0HuD99DtRY+O2Tfqv3cOr0bOudMJfbk5bZZywb/0PjTvLr0OU5yxB5MTSUHM1Iu0HO/ x0Pf4R8/VvBXf+4M/D8H2ecCaTjDGB3ai/5cE7naR+03BWfW/Dhb0u74Lv8Aj10is5ch
XTye3TKGbLObwXAB7+TvH496cW80AkaEZ88bfqX7D0u +9ycsnzjohu7ZYg56KfXbn5Utx/o9ArK4h/Euyd5mxsGqd30e+mS6DxvfVJ8//Urs/eNx7xXjf
+yQPBrAm7Bt2FGxhALvjPbqQPl73F5v22gc2a4TnlzzgdwbwG56911fhdtynfxhM<ETB>D1<CR><L +qxfD32t6RffUStuM//3KNfoOT/<ETB>91<CR><LF>
F>
-> <ACK>
-> <ACK> <- <STX>5U6G/RWemf+9C0wjcs5V9nvrfSC/2+3/9DDWNWL/1aFxH+XfY+n+L7/n/damXFxnl/
<- <STX>7CV0bk/udmbRANqekXZmdOolMgnGB+4S9FGZIHDHMcqy+Kj5/NPc1IXnPnOBr9FKjZ/ zFM8+/PVd/O3k+eU88a/wPhRI+S96mlg4XL72HDp9nvK1/idwDEtcTJ
d6bdkkvv+maSs/flnSb45lT99fkvxbnOd+POUXPOm6PBfy/m7OscR6rn2jP8/ +EB89i9sywf61uU7fpDvf5a26yH7C2EK2F7sZ8Qz+n9O+/p/Cuh/CQ41Xsv/
nnLemvr2Wn3Ee7PJw01cYzmLrk/QI//yblGXkHTuOTwvbJf97p3VJ9LvS LFSvE4MeQf6vx0DdcgArwi/hfw/sU01UPfmjc0/EDRekP5jhPF353TvGImXz<ETB>28<CR><LF>
+qB4PPmMHRD280jqTdc0k13L3z4Ip5uSfJ6Sc/3Uui4ZeCrXhG/gWBMs<ETB>62<CR><LF> -> <ACK>
-> <ACK> <- <STX>6P2QcVL6VHGwN45DyP8ShYIuPZTygGmS/
+2zrwb3RG73RG73RG73RG73RG73RG73RG73RG73RG73RG73RG73RG73RG73RG73RG73RG
73RG73RG73RG73RG73xlzDoQe6N3uiN3uiN3uiN3uiNv+zx6Pa98Zc6Or3RG73xVzfm90Zv9EZv/D
+Omb3RG38lY7kd/mPjqe17ozd6ozd6ozf+a47v/xlH76/31/vr/fX+lv41VW/8<ETB>61<CR><LF>
-> <ACK>

Output Format for Host Connection 30

Ref: RAA085AEN
ASTM Format
Example of Data Frame

<- <STX>7tYxld+iN/ypj7+3//43/7F64u7f/845BMar/wyg7/OWPuvpfj2b7/5zRqf78o/t/MX63/ -> <ACK>

X98dP/daP+7Uf434/U/GVXF+J8=<CR><ETX>91<CR><LF> <- <STX>1R|8|^^^RDW-CV^788-0|9.7|%|12.0 - 18.0^REFERENCE_RANGE|LL||F||
-> <ACK> LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>97<CR><LF>
<- <STX>0M|4|REAGENT|CLEANER\DILUENT\LYSE|
150206I1*^20200525000000^20260206\171108H1*^20180227000000^20220714\150520M11^20 -> <ACK>
200915000000^20160520<CR><ETX>F7<CR><LF> <- <STX>2R|9|^^^RDW-SD^21000-5|38.1|fL|37.0 - 56.0^REFERENCE_RANGE|N||F||
-> <ACK> LabMan_111^^LABMANAGER|20210707172907|20210707172907|
<- <STX>1M|5|SETTING|RUO\WBCDIFF|TRUE\5<CR><ETX>E9<CR><LF> 112YADH47745<CR><ETX>60<CR><LF>

-> <ACK> -> <ACK>

<- <STX>2R|1|^^^WBC^6690-2|9.45|1E03/mm3|3.50 - 10.00^REFERENCE_RANGE|N||F|| <- <STX>3R|10|^^^PLT^777-3|218|1E03/mm3|150 - 400^REFERENCE_RANGE|N||W||

LabMan_111^^LABMANAGER|20210707172907|20210707172907| LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>EF<CR><LF> 112YADH47745<CR><ETX>56<CR><LF>

-> <ACK> -> <ACK>

<- <STX>3R|2|^^^RBC^789-8|3.61|1E06/mm3|4.20 - 6.00^REFERENCE_RANGE|L||F|| <- <STX>4R|11|^^^PDW^51631-0|16.8|fL|11.0 - 20.0^REFERENCE_RANGE|N||W||

LabMan_111^^LABMANAGER|20210707172907|20210707172907| LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>91<CR><LF> 112YADH47745<CR><ETX>D0<CR><LF>

-> <ACK> -> <ACK>

<- <STX>4R|3|^^^HGB^718-7|10.9|g/dL|13.0 - 17.0^REFERENCE_RANGE|L||F|| <- <STX>5R|12|^^^PCT^51637-7|0.327|%|0.150 - 0.400^REFERENCE_RANGE|N||W||

LabMan_111^^LABMANAGER|20210707172907|20210707172907| LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>B2<CR><LF> 112YADH47745<CR><ETX>E1<CR><LF>

-> <ACK> -> <ACK>

<- <STX>5R|4|^^^HCT^4544-3|41.1|%|40.0 - 54.0^REFERENCE_RANGE|N||F|| <- <STX>6R|13|^^^MPV^32623-1|9.2|fL|7.4 - 12.0^REFERENCE_RANGE|N||W||

LabMan_111^^LABMANAGER|20210707172907|20210707172907| LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>CD<CR><LF> 112YADH47745<CR><ETX>83<CR><LF>
-> <ACK>
-> <ACK>
<- <STX>7R|14|^^^P-LCC^96354-6|0|1E03/mm3|44 - 140^REFERENCE_RANGE|L||W||
<- <STX>6R|5|^^^MCV^787-2|99.7|fL|80.0 - 100.0^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210707172907|20210707172907|
LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>8C<CR><LF>
112YADH47745<CR><ETX>76<CR><LF>
-> <ACK>
-> <ACK>
<- <STX>0R|15|^^^P-LCR^48386-7|0.1|%|18.0 - 50.0^REFERENCE_RANGE|L||W||
<- <STX>7R|6|^^^MCH^785-6|28.7|pg|27.0 - 34.0^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210707172907|20210707172907|
LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>94<CR><LF>
112YADH47745<CR><ETX>60<CR><LF>
-> <ACK>
-> <ACK>
<- <STX>1R|16|^^^LYM#^731-0|3.77|1E03/mm3|1.00 - 4.00^REFERENCE_RANGE|N||F||
<- <STX>0R|7|^^^MCHC^786-4|31.7|g/dL|32.0 - 35.0^REFERENCE_RANGE|L||F||
LabMan_111^^LABMANAGER|20210707172907|20210707172907|
LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>EC<CR><LF>
112YADH47745<CR><ETX>00<CR><LF>

Output Format for Host Connection 31

Ref: RAA085AEN
ASTM Format
Example of Data Frame

-> <ACK> -> <ACK>

<- <STX>2R|17|^^^LYM%^736-9|39.4|%|15.0 - 45.0^REFERENCE_RANGE|N||F|| <- <STX>3R|26|^^^LIC#^55432-9|0.30|1E03/mm3|0.00 - 0.20^REFERENCE_RANGE|H||F||
LabMan_111^^LABMANAGER|20210707172907|20210707172907| LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>17<CR><LF> 112YADH47745<CR><ETX>2F<CR><LF>
-> <ACK> -> <ACK>
<- <STX>3R|18|^^^MON#^742-7|0.27|1E03/mm3|0.20 - 0.80^REFERENCE_RANGE|N||F|| <- <STX>4R|27|^^^LIC%^55433-7|3.2|%|0.0 - 3.0^REFERENCE_RANGE|HH||F||
LabMan_111^^LABMANAGER|20210707172907|20210707172907| LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>EE<CR><LF> 112YADH47745<CR><ETX>FD<CR><LF>
-> <ACK> -> <ACK>
<- <STX>4R|19|^^^MON%^5905-5|2.8|%|4.0 - 13.0^REFERENCE_RANGE|L||F|| <- <STX>5R|28|^^^ALY#^43743-4|0.28|1E03/mm3|0.00 - 99999.00^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210707172907|20210707172907| LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>D3<CR><LF> 112YADH47745<CR><ETX>36<CR><LF>
-> <ACK> -> <ACK>
<- <STX>5R|20|^^^NEU#^751-8|5.14|1E03/mm3|1.50 - 7.00^REFERENCE_RANGE|N||F|| <- <STX>6R|29|^^^ALY%^42250-1|3.0|%|0.0 - 100.0^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210707172907|20210707172907| LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>EC<CR><LF> 112YADH47745<CR><ETX>1C<CR><LF>
-> <ACK> -> <ACK>
<- <STX>6R|21|^^^NEU%^770-8|55.0|%|40.0 - 75.0^REFERENCE_RANGE|N||F|| <- <STX>7R|30|^^^MIC^X-MIC|0.3|%|0.0 - 20.0^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210707172907|20210707172907| LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>04<CR><LF> 112YADH47745<CR><ETX>B7<CR><LF>
-> <ACK> -> <ACK>
<- <STX>7R|22|^^^EOS#^711-2|0.25|1E03/mm3|0.00 - 0.50^REFERENCE_RANGE|N||F|| <- <STX>0R|31|^^^MAC^X-MAC|0.2|%|2.0 - 10.0^REFERENCE_RANGE|L||F||
LabMan_111^^LABMANAGER|20210707172907|20210707172907| LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>DA<CR><LF> 112YADH47745<CR><ETX>9F<CR><LF>
-> <ACK> -> <ACK>
<- <STX>0R|23|^^^EOS%^713-8|2.6|%|0.5 - 7.0^REFERENCE_RANGE|N||F|| <- <STX>1R|32|^^^IMM#^X-IMM#|0.28|1E03/mm3|0.00 - 0.10^REFERENCE_RANGE|H||F||
LabMan_111^^LABMANAGER|20210707172907|20210707172907| LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>66<CR><LF> 112YADH47745<CR><ETX>5D<CR><LF>
-> <ACK> -> <ACK>
<- <STX>1R|24|^^^BAS#^704-7|0.02|1E03/mm3|0.00 - 0.20^REFERENCE_RANGE|N||F|| <- <STX>2R|33|^^^IML#^X-IML#|0.18|1E03/mm3|0.00 - 0.05^REFERENCE_RANGE|H||F||
LabMan_111^^LABMANAGER|20210707172907|20210707172907| LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>C4<CR><LF> 112YADH47745<CR><ETX>60<CR><LF>
-> <ACK> -> <ACK>
<- <STX>2R|25|^^^BAS%^706-2|0.2|%|0.0 - 2.0^REFERENCE_RANGE|N||F|| <- <STX>3R|34|^^^IMG#^53115-2|0.01|1E03/mm3|0.00 - 100.00^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210707172907|20210707172907| LabMan_111^^LABMANAGER|20210707172907|20210707172907|
112YADH47745<CR><ETX>45<CR><LF> 112YADH47745<CR><ETX>8B<CR><LF>

Output Format for Host Connection 32

Ref: RAA085AEN
ASTM Format
Example of Data Frame

-> <ACK> <- <STX>4C|1|I|CONDITIONS^^REAGENT_EXPIRED

\CONTROL_FAILED^^RBC_ABOVE_TOLERANCE
<- <STX>4R|35|^^^IMM%^X-IMM%|3.0|%|0.0 - 0.5^REFERENCE_RANGE|HH||F||
\CONTROL_FAILED^^HGB_ABOVE_TOLERANCE
LabMan_111^^LABMANAGER|20210707172907|20210707172907|
\CONTROL_FAILED^^HCT_ABOVE_TOLERANCE
112YADH47745<CR><ETX>2C<CR><LF>
\CONTROL_FAILED^^PLT_ABOVE_TOLERANCE
-> <ACK> \CONTROL_FAILED^^WBC_ABOVE_TOLERANCE
<- <STX>5R|36|^^^IML%^X-IML%|1.9|%|0.0 - 0.2^REFERENCE_RANGE|H||F|| \CONTROL_FAILED^^MCV_ABOVE_<ETB>62<CR><LF>
LabMan_111^^LABMANAGER|20210707172907|20210707172907| -> <ACK>
112YADH47745<CR><ETX>E8<CR><LF>
<- <STX>5TOLERANCE\CONTROL_FAILED^^MCH_ABOVE_TOLERANCE
-> <ACK> \CONTROL_FAILED^^MCHC_ABOVE_TOLERANCE\CONTROL_FAILED^^RDW-
<- <STX>6R|37|^^^IMG%^71695-1|0.1|%|0.0 - 2.0^REFERENCE_RANGE|N||F|| CV_ABOVE_TOLERAN\CONTROL_FAILED^^RDW-SD_ABOVE_TOLERAN
LabMan_111^^LABMANAGER|20210707172907|20210707172907| \CONTROL_FAILED^^MPV_ABOVE_TOLERANCE\CONTROL_FAILED^^NEU
112YADH47745<CR><ETX>C0<CR><LF> %_ABOVE_TOLERANCE\CONTROL_FA<ETB>B1<CR><LF>

-> <ACK> -> <ACK>

<- <STX>7L|1|N<CR><ETX>0A<CR><LF> <- <STX>6ILED^^LYM%_ABOVE_TOLERANCE\CONTROL_FAILED^^EOS

%_ABOVE_TOLERANCE\CONTROL_FAILED^^BAS%_ABOVE_TOLERANCE
-> <ACK> \CONTROL_FAILED^^NEU#_ABOVE_TOLERANCE
<- <EOT> \CONTROL_FAILED^^LYM#_ABOVE_TOLERANCE|I<CR><ETX>FF<CR><LF>
-> <ACK>
<- <STX>7C|2|I|Name_QCL4|G<CR><ETX>30<CR><LF>
-> <ACK>
<- <STX>0M|1|HISTOGRAM|RBC|RBCALONGRES|FLOATLE-stream/
3.6.4. Example of QC Result Sent by the Instrument deflate:base64^Y2AAgW5nMMUQ5QIkHEAsAA==|FLOATLE-stream/
deflate:base64^bdUNaJtFHMfxU6tVs5eqJXNu08Rt3ToTnLW2cS/2ee6ysbm2pnZ1y3RaZ
<- Instrument +zcHKZadZLNLattGq2ylIFUG6Qw1lSkUMIYZRhWmUIQlWIUmS9tKUNsEUTaooyifp/
kC<ETB>37<CR><LF>
-> Host
-> <ACK>
<- <ENQ>
<- <STX>1TwEAz/ucrnn87/nnpcIYXy6VbYR
-> <ACK> +7xCaJoQO6QQaWI3xwVjJ1TA2V0TcNo0e9Kn0ddS00P0x7RgaJbvNr2nc6WemnbrM3U1OnN0ZT
<- <STX>1H|\^&|||H500^112YADH47745^3.0.0.3a|||||||Q|LIS2-A2| +gB0Nten2wXWe
20210709175358<CR><ETX>A6<CR><LF> +HsqcYU5cT1SfY96Qnum7wNxLOrWYP6a7A1c4Zkr3p2c4blaPuBY49nrpT98k8WUwtFSGMnfIiOt
OSS0ZH3fIRPVamYyVS+rKtKyQmb4qOTG3SbIGOT+gpHEuNn+tZ<ETB>C5<CR><LF>
-> <ACK>
-> <ACK>
<- <STX>2P|1<CR><ETX>3F<CR><LF>
<- <STX>2D3SaWuS7oBfelL7JWuT9cEW7MPYQew27KPYx3HC/
-> <ACK>
NaO1cHvEbwoc7ox32Peadwe5p7Bfp/5vfgfsp44NT5iTf3UOcu6zlErwdo+pt4nrG
<- <STX>3O|1|QCL4||^^^DIF|R|20210706094947|||||||||CONTROL^^CTRL LOW|||||||||| +ImsPYSezz2BewR7AvYqewL2F/hn0Z+4vs/kdcX2J/hf0N9hj2t9jfY/+AfQX7J+xfsCewp7CvYv+K/
F<CR><ETX>6F<CR><LF> Rv2DPbv2H9g/4k9iz2P/Rf2NewF7H84Riib/zrFPquezhtUpq9I2ZM3K<ETB>A6<CR><LF>
-> <ACK> -> <ACK>

Output Format for Host Connection 33

Ref: RAA085AEN
ASTM Format
Example of Data Frame

<- -> <ACK>

<STX>3vZcxceL1cTczcppu5Vrb1OJ6kVqpm6xcgeWKK6FSsZK1PzAbcqTul1xXVRqulQZ94yyL1N <- <STX>2+2e5WeekBh//Fiwhm22rWPzeD+eOuzPN04GcM
cI5WWy7Hvwl6BvRJ7Ffbd2PdgO7Cd2Kux12CvxS7DXoe9HrscewP2fdgubDf2/dgbsR/ArsB+ELsS +FF7i1OYjrdRu4bDKYixaH8IlHQjndbRMnymEcE/ISR0SFc0jiy+yfGcE+Ra/wk1WR7NQaxbb9r/
+yHsKuxqbA/2w9ibsLdgb8V+BLsGW8PWsSW2wvZib8Pejr0Deyf2o9i7sGux67DrsR/D9mE3YD I9U9t5xjKGxxx2cu9Tsdy2Lo4bNu7h8uh4PrMvgXOP7uXGjiTsv4+rRpLRYz+Xzh5An4Ocb30IvVI40/
+O3YjdhP0E9h7svdh+7<ETB>99<CR><LF> lN9EvlN7zS0DOdXwt8C30Pc1R4Bnof4c273kb/TF6fkgUP7<ETB>D4<CR><LF>
-> <ACK>
-> <ACK>
<- <STX>4H3YT2I/hb0f+2nsZ7CfxT6A/Rx2APt57Bbsg9gvYB/ <- <STX>37CcexQ+jvEa7XF4yWbXhhPw8y4v7cqBp1y2GnsPvt6f+
CPoz9IvYR7Jewg9it2C9jv4Ldhv0q9mvYr2MfxX4DO4R9DPs49pvYJ7BP0g+rma/DfD +ZmLD8At5PwVwB2hfD4IfgVwecpMCyG19PgeAZ+PwLLEnguBc
+l3FdPMdaugtfaqfmWSpZ0ULdDzZd1UrtTebZGqB9RocYu1tClUoeirCOqRPht1vIONSZ5/ +P4fsTMNVyxumz4PopJ9ecA9sy3tV2Hnwv8LbBcjCu4E0zleD8GQdaVYN1DUtOteD9OXusqQPzel
pt5TodJEffPGrKF1Jox3hde4iGVZrvenOcgJUSQv7PPes7Jp5/0khhpJT6zt<ETB>B3<CR><LF> 7ufxHcv2C7zQ1gf4nvjbkM/o1858AVnEETj2c34xyucn/
-> <ACK> JlziLFv6mrhXn8RWYXQOzNjBrB<ETB>EC<CR><LF>
<- <STX>5cYYc5ASIv4no1ou/WbCBX3jnSYs0SytdW6hYx0XZv2NRNNz -> <ACK>
+2GsedA8p0k9d46LLPuzmxwh75IBMkp+NPaCPV1MlpNyspk0kBZyjHSx9x/ <-
QnqVNksvkOzLJ2Bztv7TFXqEt9YrRUt7ZK8hq+utoN5AKrwhX025mTKO/ <STX>47OvwawDzDrB7DqYdYHZt2DWDWY9YPYdmH0PZjow6wWzPjD7Acz6wWwAzH4Es0EwG
i76PfiP9Pd7se350L6Ef3s33Bvr1ZCf9bbQcF66iddGWMeagJWIVNZcxTt3wLWSBdUyTn8kYGWVt5 wKzYTAbAbMbYPYTmI2C2RiY/
<ETB>8A<CR><LF> Qxmv8z9RmcsfwWzSTC7CWa3wOw3MJsCs9tgNg1mM2D2O5j9AWazYHYHzP4Es7+wrpIbO1Ry
-> <ACK> w8ZFcr1ukVy71UyuGjGTy6PN5bJJc1kbp5ZLZ9Xijvi/RhLuBMKdsgP
+i6FsERXZKr2ElHlnxD7WS1nrQ<ETB>38<CR><LF>
<- <STX>62kTufVz/whxkhwkTUSRSnIvMd4Vxcb5sB9T5v/
Np2SQxM09ayfNxGfuZ6V5P5WaKTLvKWPvx8iIeT8Z1yVqSa85br3XwpbELGPWe67ZMlY4z9rP18j -> <ACK>
Xs64hXzc/J7+WwjZm6Q+az8ZIwbMybPmtv6B+q6WftwYtKTzvaEG9z9nLi2ScLMn <- <STX>5lyN+DBkDblDavHuCk2LvEeh+yEfUaO8O8r6tedErpesv+PUIt9HrE+IfGV
+7/8H<CR><ETX>E5<CR><LF> +lejTJTyMQNdYf29eEe8VJtKK+zMFqoOOiBgu5taLHBJ52UIk5C5YKHGHiEpNHZj1kf7ZUeTW0T/
-> <ACK> PyppKzBlyFc75RjLMGSKJ3CRRmy/+B8zNSfrnuTMT0VBnOMM+o2fTurlodN5Ed38DKro7zzjHsB
+Z5BiG6V7GvUy/NeN145x5I/27xuB/v<ETB>97<CR><LF>
<- <STX>7M|2|HISTOGRAM|PLT|PLTALONGRES|FLOATLE-stream/
deflate:base64^Y2AAAQ4nMMXQA6IdgMjhxe+Tdo+qahx02tc4QOQa7EFyAA==|FLOATLE- -> <ACK>
stream/deflate:base64^rZV/TJVVGMevcGdQUTBpREYDh0jmiJgSCfE <- <STX>6j0WHLSwv/m8/tcx3x6m52Hqb+H9/gY=<CR><ETX>05<CR><LF>
+z3szxqChozF02DBZMhZOpkjGQERTAhKDVAwKEkI0qGui/
AgIDEUwSIiQoC4E8cOgI<ETB>22<CR><LF> -> <ACK>
-> <ACK> <- <STX>7M|3|MATRIX|DIFF|LMNERESABS|FLOATLE-stream/deflate:base64^Y2AAggf/
XRjgtIMDiAkA|FLOATLE-stream/deflate:base64^7Zx5tF1Vle6XUioiTaFASQlyAJVOBEMrRbOTe
<- <STX>0DSEwur7cs9d1xvjnzrju+d9z3me83z3Oe89qFTKsJDngiodMYnwADmySpUPTbB +kpWpFO4NBIIygIoSlE2TEQEpIgoQtpgJOEkEASAgkhAYxumghIIzaICMhREEEUSywtVIT6fvObN
+TZnbq4nWrfCdtT3uW7+221ejfUBy0bhLFp0bpNHIndJwQqoU6pcjNVmXSN7d1VJJQYvkEK2TMjz +GPctR79Wpo8ca5Y8yx<ETB>AF<CR><LF>
HJaW+MsKCYpqsaaWbPQ1kOlHO7cfpxTAPsqpfS5eWaygxNYCeHg
+m8eAwKq6IoC0O0WSfHEvtQwlY30/LQg8hJ426qzOQl0VZTtnIz<ETB>44<CR><LF> -> <ACK>
-> <ACK> <- <STX>0z9l77bXmmt2a3bml6K/7Rn958zX+6qp0N9i5tM/vL51r+0tzVn+pdS2f7i/VUH0/
V9dz9OyC/tK9WM+O1L3DBP39pVVr3FG6DtezUYKrdP8UjddcjcbVl+vzSF0/o+v+uneoxozQ5+MEF
<- <STX>1aXAg/nILyT1aDFqSqkm6CzqztPuskrU1pCb/UVKDbhMwwnNpNG2Ul5/ +n+aF3P01VjGq3RHa/PrKE5m8mCf9L8H9GYawTXaZ1Lde+LAs1RH+zv9ZcFY/
O83aXqdQvx4q29NLNiUDFK0bpibrMXLRTFBy7C3SnZom7+5Z7K3i1/ QcnPfTHFq7HGNofUX3T9D4vv7SvlKfTxbonUpr<ETB>3B<CR><LF>
PMuLhCzZ1ti1k9asEe6vt4i4MVZ3g
+yDVBNjwauYTtkx9ivxw73l1mz4UtS7l9yIEVhjeXLOPBFc7c5e3CV4NcuXbrStbGreKCNDc -> <ACK>
+lufOKec8OL5xNW/v8eTwcS8ONvfm5<ETB>E6<CR><LF>

Output Format for Host Connection 34

Ref: RAA085AEN
ASTM Format
Example of Data Frame

<- <STX>1dG/UPeHPvpvTNZY5tH5L+6hZZxPBEdq39lQNMX71hRp/ <- <STX>7Um/

me5p3q6uldbuXqF7wr8rfMsswVDToCOc6896bLOjAPpdorFXaw2tU3bT+5/XGPCFbpcnPbV+s4/ lMwufqIy0DUCm4FFzmmUfOS2chV807erVbV8L9uJIyxi2qIjvnTHGp77I99GzTsd2sJxpO4J
eE37VOO+nM0H39Lk9TNeO3jnXODKm0Twd7aecrbHQUWPr4zWXcC1jdQ8egKs+t9n7P/ +gQN0gK9xvoquzSHJ56N8XtWHpI3StTrdtMKPCbofbpuJzkGn4DV8PyNtr/
tePVNjda8Wro3Gd7+q59eZ/9W/+N32RNO0Fu2a841bW7i2NLYWzbq6<ETB>8D<CR><LF> iNbxbn6mH29ZrD7XtxXmJjwrfU+xU6x/5Pt/
7Aq3KWZRH5wp6H3RmRNlt8LofZ7oFndaptYX20fR78zNI2jswBP2qNbY6xDQw/
-> <ACK>
Z6TxDHn8<ETB>53<CR><LF>
<- <STX>239J6lWhQoKdo0BGeRbSqNG+X9bTnrnDpiNfl3OTdmcn/
-> <ACK>
GXp2kWWgpfcq0bsRbdpT9Jl9aJ4CT2Z5P505ei76dSbmXqGjeNpmP
+AEfXYwreBdvYdgN49nvkZ0aiFfa3r/1Wl6V7JbjbB8twT19hrX1nWqnt3k9yvJexlmfMAX+oMP/ <- <STX>0TPqEn8m9HmabUB9qP4534DX8hCflaNsx7D72h7Wx05xf0AvbAuBPBD6nWI/qttfDJ2X/
Czib3t80qU2T8oWGiP6FeFUHZy8m2m96lzocY3GdMaaPs2elq 2KHwrYd6P2F/jrKvyftBkyMte+y1OTp5Il+kfqOvNOjAP2jM1nr
+ygcac7H0gX2WGZa5o<ETB>C6<CR><LF> +IV13so1riq56Vl7tK5X812oF3Vu7P8YX2ZCi86leTtdVdW
+QYA2NGWxZ5/1qPd17l66au5bvXX9YsLznK3/UunvZjpbVBJXPgHp3gXCo/
-> <ACK>
k5X1sfObaxnkuUG<ETB>9E<CR><LF>
<- <STX>3f81czSGcKu2v6J1qI9072PM1yKvkt3O1+dsSHyrtqzlV70t2i3SxoJeSkYKca71a
-> <ACK>
+l1P0vedrX/gWuCdeFGO1fpjrcMFfIVLLdo0ujbwa2/dg+ZzUr40V5HslO3Mu5BHjW
+jJ4Iywet30K3zrC9lF703ynysZQ <- <STX>126Q5mnfrO37IconDCj7/OG+LfLGykW0gNq18QvC+/vCPm63sE1XaX/WP
+aYZZR5kIu2ujP2f5cDtd6V3h8JZ1qatsY9LdzyTLc4GeHuaWXzQGmTXeG9TdkYaR5B13KPqZ/ +q53Gl2LcGvW1b0tvN9mJ++lES7N+rq3nu+Vv8/3tYdK45uWvq+jz8QVH+0Pv7zm/ND5U+l+Yb
0EjzN7IT<ETB>7F<CR><LF> +bCdjf+h6P7eR9dLMBvz+JFuCquSvh18CHvf0sfC09r1c1b/AzC3hDQ/CVPlfYUtGt+aTnwGdq3q/
rDt4v69Tr59zQaA0/Z18Rk8i/q0Wjejvz<ETB>3C<CR><LF>
-> <ACK>
-> <ACK>
<-
<STX>49V6aE9swzDRqj02ZmWAdjPv76rNo20IesEX7WUbrCX7WEk2b86xPFfbnen2Xnnfg52B91j5 <- <STX>2EtybFZOeW+Xzjwm2FByU8wwxHrXwLJvr+yq53w1ShqDpIPO25tmmlg/uVWta1uodTa
qyWbZxnJdnWEdR1/CHmhMWzQuyM10wVF+1kgumk/p +g0SY+EyrW1H6rd+j+isYT/zTm+1jOL7kpW1o2ysbeYy3a42fXyOnbTZvyHt/
+Um2adX2OV57boZYrhvJa0vrle1Nd2w3uNef0/rwFz0fbR4jVzW6KZnsiu91bXpX51qWyjTTl/ je6XxDfL8T8av0T4b5tsigfP8D5p3s5T9nS0vdStpOcTnW8M879V88P2d3ht0qSrLYemzn8fnBlz1Ti08
1Ul9uWxnvwRnwou1r/a+yreNIakfYAHUSmJyav0Sv073jTMs6EU6wn<ETB>BA<CR><LF> mhXy2a6WL+hRI7fgtnJetzadC2tuZn5W<ETB>03<CR><LF>
-> <ACK> -> <ACK>
<- <STX>5dZ/xx8Z0NG8zMuealPb6K7btyD462ZVMtIR/5yLbitYNPleqY7x+S <- <STX>36+f59IHkFTT9oGUDOxy+u+hfXtO+l7PuRbxCjLGZ34Fu6Hi1kq5r+
+Oqo23DsMEFeZhkmtbSt7berb+gZ7t4Hexz2MATdRWNypc05gbrO/ +xBvuAfuDbvSZ0UfsS1tXBjLmjIWvC7hnfSgRp/
a1nGobjHyAHzagkW2sxbNmW+tFOcJy2YaWk7zHUnu EXnYyTJQreZ3iBEq6WSznukTz9AbZEH6X9Ywj6AvODQ6dyrkXfsqmjNsywamC3tqNk26Im9rWV/
+luZuXWX5rfpNF3QAWxP8vDbt4Z6mbxdbNNH740ytjrJdrD9p210utpyyr7rSOGzyQbp3oedpZnue xVauPek7wR+eYA3kua+V6u6bMSK4q+AcPPpQyInmqJS/V6taXsr/
Gvv3Ze+rSF6anb12<ETB>EA<CR><LF> ls5KOE7Ngs0Kft7ROh23B<ETB>27<CR><LF>
-> <ACK> -> <ACK>
<- <STX>6kbzW8BEbto/tCHauuso2Al41Q73Pbm2Zwr4221nvsUPoQftC <- <STX>4hn3QOlVWMh2aDfV5R9sVbBO2C9ybvY0b9KkONL2gbdgNbODGHgffm41MS
+wD1ZO8VvYXX2Hn237nO5wpnQpwv6MIhlsfQyZGWs/YY48tZH2cse/ +wreGKvyoBtYp7zMm8w3T4hZxufmz1s//HbuBK/4Y/iV/As4mHxFx
usz0dsGutj88G5OdY8qT5uO4zsxphZfqeZkr7J/ml367SbX/B534gWFTo7KvV1VMqpdKhcavw5i +Us6HSO5XO7OpYx8uc0y29Q5xL3EmcGevJp6vP8rz4AbEmcdsZeX7gp3Ju7mVcwo9jzXPSx9zG
+tp5k3ZSnNDn2PsgzAWHwfc6qHeA/xC39Ap5AObX432WRm6MNz38QWwV/ diLWI068Pu24zsKW/Jb29fY/6ms8Hr+OeC5ig/PTTzjCOloJj9Ycn921<ETB>91<CR><LF>
g25Tjj<ETB>21<CR><LF>
-> <ACK>
-> <ACK>

Output Format for Host Connection 35

Ref: RAA085AEN
ASTM Format
Example of Data Frame

<- <STX>5zj3yBsSZdcexBfkW8gXVTOskNogYK3IzZ3peYtHwf2qf6eUE+/It3id2xCcmx/ -> <ACK>

DljF848/Us/E/tozPe/gf60Zlp2uBjk6PApyfnRJ4n/ <- <STX>46fr1pNEAX36XMntB2pmHTIPQY/g/Nt/RPsvklOM5SWvGzUmdvTJ178mkuz5j40L/
HL5Sl3GEMuCN76j5KJDLHODz5DwefCRJHv18DwziJvJBZ1kvwS8w/8mnhuIn8Y4bmb/xKnx/ vmL5gX7BP+lafXXK20uJzyjrZOgWe/lSn+1AbXkMe3hB8vvGpC20wwY9b50PXZuR
ITkL2c6752a/vP6Ho/sNfhne5oP4UPL72iPy9gLH2GO/W7iV2JDdKtAb/ +52dunxZ6vqslIFLkk/
mqFXKk<ETB>03<CR><LF> I1XjzJMY8kXp2b8rmEyl3k0zPWjyvv22aBD2eN79Cn5nvjJTlMbnf01OuOylTF6XOPZv6I1zKF63XYR
-> <ACK> +m5nfGdFMmf537<ETB>61<CR><LF>
<- <STX>6tcjZ4N91tYc2fMCnJ5bW/skxFPxSfcbfR/4qXcMPHu64Fn8aPoFf5NiAQ1MPjrfvBM25H -> <ACK>
+9DW3wYZJR4DBqQL7jaeRT2iO2Cr+Q7kKuKHBixHOctz0/JmIzv+O1H+Hsz2rIH/ <- <STX>5eCLX+ULqw1XmOXITYy5P2RpnmQG30Mezkm/QVe/XjWnDOVT/
fARkTvsBbwrw/08/NkLLd/ vs92aHTShjPkyaRhygs6GHgssh4hw7XsZ9jMa3NPnGuP59zjzJuYZ17K4lPmGbyA5nHm3WV5KDM
wnvvgEDQebB3gbEfvwv8c5PewXcTnxGHkoNC1eiBnhQ3C14WX8Av5lJx0iYske/jiNfKJrCIHB3t9/ tf6F32JnxuQbPfmz5DZnqmHesh02N9djPCK8bZ9Ho1AHZjvpnpmfYqldSjiakvH4jaQz9rkmcH0k6/
EL0GZ6h<ETB>C2<CR><LF> VJXbNRN1vcYc23S+d/N4zgXhiUdmQtd/2Hu+zHr<ETB>A2<CR><LF>
-> <ACK> -> <ACK>
<- <STX>7L81w61NnluNudCR85tMzthFfO1/PGJe4cmbGd/P03lznsyImmJv <- <STX>6esj/9Ynz2cnrn+QaV1m/A59LU0bZwy+STvCZeW/P/
+vvjfnuTYqV7g9espGSeSD8w8K/mKDp+JNxb1OyfyNfu85GeqO3RPa3Xna+x02yPWIs/ TMfeoIuTk7+yGYV6NU1rmGfxptHrTvsJxX5aC35Z+VO+6PlFn9v3S24S2Pw3TS2o+/
QnpC25yLnMrt6r77CekEci/y3brZ8t7+hd4Rr53Z9vtl7qvS9Ip7R9/astBm63xHPGslp67rUB dxbonf7Mj368l/7v6ht/Db6p0bfRuPc8+bXue/eTOYvu65HCIUcjN1OSA1nQOqHlbf
+2l3KbnkhPiuXqhdSjyhMKvaL2iOZq7jH99i+cj70k+LPIr<ETB>8C<CR><LF> +RFyWmUVfqdGyTncWDmlPbNXBE5D40ll0bcTP6OWgX5JXJr1bYeT86K/
-> <ACK> Ch53ch7kCMj<ETB>13<CR><LF>
<- -> <ACK>
<STX>05NHu0bOJzhmHfeEZOVNBd7pxJT6stdfOPOfTyCMEvdH7+aZVmWvcoEE1yzIETQv0XpC5 <- <STX>7D9OXz3bx+JqcKnmX4s/kX8nPkOOpd3Buon6/czKRFyK+XD7xZM7tvB7Pohfh45njIR/
kdtTb2bZDlVznAtnLuiDXLTmeQx4EU8Gr77mnAUxIPsjB0SekP2QUynYr2mpnzc494DMNPf2Oy x9n7ncMltUg/XXskhkzeibh154c37XdMip0YeZpDzRMR89baZUyG3937neSK/mDkVcmCR/9nH
+A3b/JfGg0b0O+l7ma1N3J5hVxA3ytbjY/iTeRl6DNhc45t6dlPle0L9f6ObFid7ZtHTlwgFgTmxGx3hk +ZbII5HXUJzdfMJzcwWib4T9/Fn8J4d2gHEipxewofNLhfoue31nv3Ob8IY80LtzDo2rX
+U4hJI2cpHSDnjU3l<ETB>A4<CR><LF> +uLHE7z0cwzLZc5nxU1hrwhseHmjk/J<ETB>1B<CR><LF>
-> <ACK> -> <ACK>
<- <STX>1fpxtX3Jeuh4pf+wq+b7DBA/q84WC2YLR <- <STX>0L0YeSzRpVhKsnHuHVqvkPtZ0ron5yJORbyI3F/0FW/U7F7Zd0mY7x
+n6TruN1Xajri7pe5muZps9f1bUWTNfn63W9RcC4ewSjBIt1/990fUXwlOAuwSWCK3X/ +3xHJnZPvNLlWUg8uvQERnZxryLXNRO5lvIGHmIHcx3cIucOfG/
Ul2v0XWWrr8WfEOfn9b1u4L78p3bBXd7rfIves6YMfo8VXCd3y/ 9h35sX7zKXKIWrsh38ec25gGQRd4Q359+by3nj6v4HfIlwcvV0laVMkT7u3ge9U+KRvkkCQf1XssM
Ms8Df64sEzwguzvujEqev6N51y96pb9b1Vl3Z1wLjxDXga/o+XPCoPoPHBM9fv +Tkgi7UGVayDBLXh3xuaRpGrYG6wnqWT3J70W/
+D12VPQ5qtep14kgHZzde9UvxN7<ETB>A5<CR><LF> BGPEizmjwJneJn7qmaYmM<ETB>FD<CR><LF>
-> <ACK> -> <ACK>
<- <STX>2+qGuPxJ8S6A56mnGozDPrwTaVw1+4wRj9bkjWCK4Q99/np9/IJiU+D0reCnxul/ <- <STX>1IYP1n21fyPWFbKxg/CtymO+y7MHXoCs+5fLGhVwnvjc55NjLyqYB76C/kUt+j
w9eQLe5tvmtW1eVhY/yKvW7TXerJA+y2PJG2e0/ +nMXDxHp8K/e7f1EZtFThYdRqaYJ+io94psQtA85ahZ1fwLf5/
UxXc9PEA71k8m7K5MGzLEk8Z7qdaBLLZ7UV6aMnKfP39F1hq5P5X6e0HVG4vNY0l30KWcJGsHj vg1JHJfPkz4P2y6XurJbPoONKSePlPAfyA90iF7uTxwStkCvyqazzqu0R98NX4xm04PzdPOkP7TgnV
uif61b8V3Jn3vpnr3Ohn5elcc4Zxqn+TvAW/pGfIzCLTCxxq6Dggx48lzRnzC10f<ETB>3D<CR><LF> 84cyTTX0aN/Y6ZjSuJ2eimITXlOTEvsTlxL7pE4lLiaPF5rvnOE<ETB>F4<CR><LF>
-> <ACK> -> <ACK>
<- <STX>3etP1leT9T02v8m1BJ3n8gK4/8fOQwfvM69CPW70GvI45vpzy
+UTiwzyXCyZ57vKQ6V6+b/zLHMsDuhGyvyTlR3Suf5z8mGgcg2aiby0+lRtyLPL2qHEJ
+qNjv0o5OFtwrXlc61ouS11D1q4QzBQg01N0ne6xoctjzIPAAzlAhy/OtReY/
iFbjLsx9fBfBezvAe8VmQ9c5pincW9x7n1a6hy68b3Uq6mJ7w+8txqafTf3zHu3<ETB>9A<CR><LF>

Output Format for Host Connection 36

Ref: RAA085AEN
ASTM Format
Example of Data Frame

<- <STX>2Td6v6XmRXaVPiF6MmGO042pi29bizGsQQ8vGdr4p0Pu17HP72swT6P1Ka9b3OO/ <- <STX>0H2+V861j2lAbh/fUc0LX4Ad+3x4+H5F1Plcftk3hHXLoof/oALJ5sNcKn/

HffIO5AGI+cti50cqjeuSE7hVQBzM+lc5X0jOlZwYOQVsfa1n1STjTF6qw/ W8lFV6gzY1X6AN+0Z/g5ZZW4peH3oUqMUOMx
chtvtd4UDPGPnCtvZZcXY0/T6Xth8iu63riYKDBMcJThKcLDhKsGt+/ +pzUeP1TbmGXXJ6lMpr1tbN6OOfbZ5gT7Sa4aOY1+pmQctsI+fsgyBA32F0dd5ZsqyaBt
rzghL6oOdLrErnUQwWfzlj68H7XBE/LXBE1vKP6o2+n0rgOOR9qiKIZ+UHq/ +AH0T2WtLfTT8y3VtF+kpixow9aujrRdRe2N/+B/js+eK7+fk512Mc9S8kZ/90tbgq
QD5<ETB>75<CR><LF> +6ddu9g6wdn<ETB>0F<CR><LF>
-> <ACK> -> <ACK>
<- <- <STX>1SMS16OyEPAM+Y/
<STX>3UHJWAYdkP0jOyZlG7wS5pmaBz67umJRRdEUySX0mzvj3WvaLbFNFPl1+Hd8j97+G7XvI 0aqHlH3R9ebJv8Zn180x1Tz9eybaauGT220IxYCzk8MvdGb9Mm2Td+WtrCD/
D/UqfHLs/zvSFupcoD4V9ULqf6vm+aHn5NWQS2o cvrfVHD5niIXwpvhM3RUy0su1r2K/1cv9b25Z0wRe/YZ3ECbmCv/Bm1ZxjK9sx+jSjp2Bn62esg
+ce6gIyv3+3xGXielj7YwfcqX0nfBZ1mcPgdj5qbvyRlPjIDfTh5wjH2nekrexw/ +6dY9tDPZZaCudO9Gh/2npBP2b0mX3K/j+xG7170Q+ELSOunGT7j3wTvxOTRjy7f/
A18RnJ87Dt97DehVzym8Lm0FszXP8mQ1tC4jh8XXD98M/VPxDrEnMyHlQhvaFzwu98I p3O1r3wo7ulj34u6b87ZX6v1ae<ETB>68<CR><LF>
+o<ETB>13<CR><LF> -> <ACK>
-> <ACK> <- <STX>2Ux
<- <STX>45TBfxCL4ivLfyR2yZvsP2usTgm+LDz/S+q/r+jr6r8/fEujaejjvPS4eveFn7Z/ +xvYvaPfaTmO5c9+lSt43zWOcJPQ5xtq6UtnSPPAeHmEdR00cO0aO2dTJ6jomDiG0/
pfd3rvogeCu7XZ33v8EzzVFxf97wdPW91Nddzur7QbxkckLXv6vmTev97urL+g3rv nnK4umkQMjrS95FHznLOy/BttzAN+U6/N3Fk9JAgK/TP0VNzumkM/vymoM6+vpA3ztDzrL/
+xqjtatHdO8x3fuOvv8YP0XvP4RNMD5t8Pmp1v2trq94TfLtnJnof/QIkVf8RNpx6tXr hv3wwbUGfdZ1+U3olyaFErR0bCw7jkk/sib2w5+NTfk82rhHfMi92B3+D9UYZz4gRD3BfJ/
+byjnkaui9pS2C7qG7Lz1OcafIvtbe/C11nd+bnoOTs9<ETB>55<CR><LF> 2o0dtOvY59DvJ5F3Mfb12KvArnzGnp<ETB>45<CR><LF>
-> <ACK> -> <ACK>
<- <STX>5z2adFVErpg5GHwa8oyZ5ic8JemroX6yodw2z/MbZRa6bWsfg9FM <- <STX>3g7zXY6LXdXfjH32QnE15Vkd8uF36CkNSZ1Y1HnE+/YP3T10c+xn3j/W
+kGeZ9C3qwPgI1O8+ahsVdpdzDF+Fs4l6Eb4Gfgd1ZfKEh9mPifNLPgr1eGpB1GajrqT3yQlTz4veU +2BO92+EzbWL7Qj8TehN2FFweyzzaG5kLfcS5QHIh9Tzn7MI/pj53n/1g6i1RcyMX+IDzgZGXX
+pum+R+yDHTo0TdjRrEke7v6Yzoj3px9BJQR1nX/UjUnahxU0OO3rGjjCv+TOSH6Yui35L60nH9rk/ +gcaOQNyXO/nj67nkeuS98bxQeRv9f9Qpz9mn3qcmfmQqfmXM84bxp5PvLAs51DJO8ecfjLfRH/
SD7BB+mbYP/ow3pc9Yut7Tnrjoi5LDZn6<ETB>B1<CR><LF> Rxw7UE/7vWOGePasY4OIY+58Uw6R/C4xB7Wk<ETB>33<CR><LF>
-> <ACK> -> <ACK>
<- <STX>68qmG0PHtzVN6GuALZ174Xyu67kK/B74RvV30PwQfhto+cV5EL8Ae6X8N9bz0FUaf3EY <- <STX>4W5zDjFwmcQ+5/1dyf7fkfIz9Zd+yOtbPct/Pe43Ii5LTvC3zp0tMK/
+w5GRwAcf5NjMkVJXPMK+FP0KzXEpH3u4FhPndNs9P/Q7VPTAYCvPTr+WupXeoWYVNdH9bP/ rgoo5C3nNg7tccm5AjjloIdZhfZQxCz9xrvh+1r9+aF9E/+JRzrOAW9aRbTP/IT9+XPCOeuSbzpYsSH
wr8g54ndE3Zbc+vG6IjOsi4/0j+krb5o+wUrpA9CDJL6i0/AXH6Ii53qI548+4fO8n6j7S76id4T +pcl3ptcr5R34KW8OAl86oiT0Du+X7ncsmBRK79DzmefC71ph8kjakZkNufYbqwbvPOfvMHGs1M/
+EvAi/yx/k/py9Gh80jhE3wB+<ETB>3B<CR><LF> Bdk3DU3ced6oK911ijK/Y7F4r3ncr2n<ETB>D4<CR><LF>
-> <ACK> -> <ACK>
<- <STX>7GXWJW00z+n6iJ+AY7x37GT4VtZ/drUdx1sOjQyzTUbPH7mM7VzdvoneEcwQ/ <- <STX>5LWPIXyFOI0dM7fIe8yLqUMSLYzx/0Hxm4nllyghy+xO/E+uQrwcHvt+esSTzfStp82qu86+
k37C6eZHtXOut6l5Hnjs7VoPNTl8iOg9W812r5bsRt0e33Wt1JXsaYj4YW3zO/RYYxveQSeA/ +F3NckvPeZjmJmuYt+X1Rrv9qyk+T+oDMEOfOtxyHzD1vGsAPdCL4BE
dNP3Np6SO9P+Irr5ro6x6MvFd +hGbkYZOzlxGuK6Rw6MFCnfjHjUeqkj3j9qDPAg2stb7HWvRnDQjfknX38NmUWmfya9ZEaTvCHe2
+HmtgB3kfU93Z2HQLfKOqcjF838aFv7r2WiZDTo4wHZzB95PTqRL82cjfCMgUNeZ96aNSzd3YNkL NTVhamDn0/ZR8Zn5WyzxX9/re+ZXU98FiS+jMl<ETB>EB<CR><LF>
4S6tTh<ETB>A2<CR><LF> -> <ACK>
-> <ACK> <- <STX>66ca4e1N3f2PaRd1/
RvKLWsZpfc7dj821FpiuQSf0hHrF8KQ780DbF3Leq3JN6lNP5drfTNzuznXISzD
+4aTlnOT745ZZ7ofez0/cmtRJaDMueclc3+6LumgZ1rc0DxH7XJDy9pBtRsj0bSmfD6dtmJ7Pn/
Ueop5xT8rE00mLGSk7sz02dOaPxiPqbQN0uyxlB7jCuerQwYm2HdS3g8/QGttwXdKKOvo1nj/
k589pJ9CfZ1MH<ETB>9B<CR><LF>

Output Format for Host Connection 37

Ref: RAA085AEN
ASTM Format
Example of Data Frame

-> <ACK> <- <STX>54gn6j4hZb07fBf/k/PQt53qemOPr6e/d6rli3VF5pWdloGdzpvGJOS

+2n1UOyXH4IyPSP8RHeiD9nINybnpSb0t/6LS+pbFy+HKXpM/Jvj6Xvgz44bfelHhN8fsRB7IedB/
<- <STX>7f5fy2DE/Y645qTPQ9ITc9x9zje8uk7GoqWW9OfbDWbHAclx
wQe9IPsxK2t/vtSOWgz6jve/ofRqIJ5jrGq8V/
+lDSjZo0tmZZ7vCn5PNfzhMxNTzvBvAO1Xej/jK
nOTPJucuL2WPhTr0794fPqg0PIp0zR0E348nT7eSd5D9KXy/Lg++774tcTGM/
+hd6NzHc6BO21rwkaI1uSv0NM4W1gDPaDvHNlC76ndUZ/K/pGo4bFX7Dm0uSv1HJmcl/
Nzx35n5CAy<ETB>66<CR><LF>
SlBjkhx3AeXZ+y9KD5gL2M3vbXk2/Tk4+Ss4hH+a3Ivo7LIpe+t+NM/Fd8BXrj4zcIB/jcjzrI4P7IEUQu/
yPp<ETB>4D<CR><LF> -> <ACK>
-> <ACK> <- <STX>6Xo/PDydtnkj/LH0zejfLMX2u1S1M+s7I7/CcOvjvkmb0so1M
<- <STX>0gx1v34seuPChbnQ8RiwRvUTUcuhd/ +binb2nuIfaBTHw234d30IcY8gemccSIoyxnNfgRR03z/
Zh9sMjjTXI8ULImwO9n4oxfyb5o9CniH1EnIHe3p31valPRt0kMt7x9E+Jp+vaoE4U/ eA5NOHzlemDXpWyMSnxvc80i366Fy234La0h/hu27WI3+9L+s/x3APxB30hRTEBvnDIy1C/
SXxzhP3Jitge3yzz1dE/vFvGOod67/ F3jdkXS8I2V6ZsrnWOMR/Z+TkzcTvO+4N87v0YMbslXn/XuTP/P9DFpEP
iM0SN9aPZa7uWcB78RIX9NbYqcZeRDTuxfWnsiTxNx74b2/+J3gFXG30McN8XvLzPPQzwVPaAb +D0lMfJlseQoRFJi8OT<ETB>D0<CR><LF>
O7aL38sOsm8deYvz7A8RGxBPkGch7sEHon+SPBG+<ETB>72<CR><LF> -> <ACK>
-> <ACK> <- <STX>7H3ckTW7PuUf2Le3piz1NSTyY65P+/R/4xO8AWeP6pOHU1O9Hcn349Kj3HTjMz
+edXOs53wuf/lLjFXmXJbnP8cYhejIA9PVXfh45E+rQV1vOoq/
<- <STX>1b/iOa9vHwj/jNwoRhw5ybBPxB/78Fhl/4G/vb78vftcgny1+q7K7/
xc0lfYrLfpF24IeXunL7oR4p4fKp1OHoI5/QtjZFjj7ekbCNfZ/
c7oKzwx1zzSMUDkpg4yvaPGs6d9t4i7s5c7fHxiojPtJ8dvtg6zb0peJWKMAxyzRF/
a5ZxY8nkzZXmiZIO4I2euk3BC3oQt9ucd5uUfoMzH5/K2k1Y2pl9AH/mG/
2oPRx97Ps1NQgiFUusP8ePaWr2BeMeHdwrnN0+p3IIb4mOYQDnVOg753cHj3EkR8nXyD5JE8Rv1
H025uCFpzh7o6Ua3iRVH<ETB>02<CR><LF>
Ui1pyYPvc2/t1kxGBD/YzffcfvcLY3jyJPkL8niDqXYq7W<ETB>57<CR><LF>
-> <ACK>
-> <ACK>
<- <STX>05BrU4Pk+0AvO2rwH/sjPrcm7IxOHcd5z9Kyy5jdTruZbpyLvNdFyF/
<- <STX>2SK8RdVH8+8/bx4180UmpC9RJT3F8QJ0zfp9C3MfvYshFb2w5IRcSuUTRoc7aIbUQeIJ
mq4davsMOn5R6fTTryzl1eK3SS7wtMo/BfxqecoX+zch3Ovm7fsnj7C6m/
+oH8Ri/yz6RRjtvD78RuWE/2Z3w1FfWifjBnXchwa
4HG29xQ2BJ4ushwt1as8CyIGvit5uDDfR9+avH9z0uxB4xnn1KjUK3I02adMj07YnAdSbq7ONdGbB
+MGHXRzHRa5pJfvbvBN1vYMyFts9Y5lDM9Za3TkucgnIShnojWesbHPUZ4k74Qm/
9JOcGY0loPIG97gfFsZbHmE1xHfTs45Jif9hiVdkB/6nV43n+Md<ETB>8C<CR><LF>
X1jB9iPyeOSr5RdFjKvzN3Tk7ZbHiDGx+eRXidHoUd/I9MOHgeeRB0GG6BHa3c
+o60Z8<ETB>77<CR><LF> -> <ACK>
-> <ACK> <- <STX>11jg1+XBXyja84/yGJ/smD2/
<- <STX>3xLm4j/kX/oV86vi9DPEcfVTkTrHrsocxL3Ww9xvv+F2EbDLxC3Ykfg yfoIei1IeJ6cczsz9vCvjeM7wGXm9LvUYnT49P09Mmg5P3SB3eZtpxJjYa5MySO4Sm5t5q1hnScrR4
+DHWBefH1i8X2tz9CPMwMdJh6PHMw7UobJXSADP/b60Ct4vJv3EjrD+PUz/ amHs5fRhX7TOGunJI1mpuwjI9g7fN6B34dwzvB7vM+nH36h//9S5PDPzt/
sRnWsHvYEfDf9S5FnVM/FPs+ObmHTIQPizP17BdDFvFXKI7toR9x28Y5KNFbnFn+8URf61n +XZ4xyyH20anL0XcUdQeN6wzze8Qu1MPrA52D7051nDHwf2T4fwT83jDyKvMTt8W2E/
+Y2cC7W7Z/MM6DMu1BWiRoBvsYF9rsgDcmY+n/fRGe0t6LKF7Vf4UZyT<ETB>AC<CR><LF> F9Ye739tS3N0zX<ETB>DF<CR><LF>

-> <ACK> -> <ACK>

<- <STX>4K2ZMj88GXdZOOcOu7OPYPHzg5+3vRbxJb8hLrjvGebpJ <- <STX>2yO/eblkNOXrU++MsHDgnIt9G3m9yytdsy13I5jX5GZm/

+nofStoP8r6jjogcZT2SOnz0fYnuUU/Pem/8ZucDlsOwZW+zTxo1Tc59aqa/t09ZwzN8lj/5XA0/k3ucx/ z7pZ9kj5mGcaRL6CPnHyJtimn1tO4pyYlu9PTfo/
ja9ATxHv7vHfZF4hxe4rM+zmrkjLrZLemrDfSSPJRn8QV97t mrybnbKDz3xRfsdfnuo9BR63ph6Sw1mY8j7gXy1KvqF3j6RuvGjZCHympP7Ptq0IXfuZcQhZQX6xu
+6/02+1Fz7edFjyJld27cp2YMS9Z0l6U/ir/ 9j2B83bOPewE79MGRmXPGc/PzctAm5KvUp6x3mKTSOGIKc6LeX85qQT/
4mfQV6pmb5nfBn8HOmpx8qH5gzPPwC<ETB>8A<CR><LF> PmO9xl6OceyHmftHbYnwYdX<ETB>5C<CR><LF>

-> <ACK> -> <ACK>

Output Format for Host Connection 38

Ref: RAA085AEN
ASTM Format
Example of Data Frame

<- <STX>3kr7M0cn9P9u3rG/54pRFcrrYyIfTVtxtWob8P5z4Z34//MTHLSvkxqK/nvdeTl29vG/ -> <ACK>

p727Cbs20biz9nQr+/2LrVMjaAylPmQcMe89ZBF3JS/ <- <STX>3R|1|^^^WBC^6690-2|9.68|1E03/mm3|0.00 - 2.00^REFERENCE_RANGE|N||F||
0w7cvU1KHbcu0XvdfYN74veVJ8+UvSHiwwHsGH6Sl3yCe0xe LabMan_111^^LABMANAGER|20210706094947|20210706094947|
+ZZJqHDC0wfcNWsN7Abzyey3HIJTlubDM+Gjnosb4fPssLlp3wPRrHYvw/lJK/ 112YADH47745<CR><ETX>CA<CR><LF>
K4/6NPXhY5wXizh9G8ey<ETB>FF<CR><LF>
-> <ACK>
-> <ACK>
<- <STX>4R|2|^^^RBC^789-8|4.27|1E06/mm3|0.00 - 2.00^REFERENCE_RANGE|N||F||
<- <STX>4kSNY2fmaqIGOcp4t/s8GMeG2js/JT0UtkbHbOf8Tv/3e0nrM/ LabMan_111^^LABMANAGER|20210706094947|20210706094947|
5CJXqATXN8jTxH16xWdq2Lt6EkmTlzLcTK5i4jVyCeQYzgu8xfYlZbrhfG/R9bK 112YADH47745<CR><ETX>99<CR><LF>
+O1A5yYijud3t1f4M/El//Mq/ifers5vBB47Oc6OWjN9GMRw2zve5l78tvtC5zXo46B2y/+Ri/9bRK/
3Hs5txP+WyP8fQf8V9f3oYd3BeavoFVgjcyrE0/SSkjtiDurG<ETB>79<CR><LF> -> <ACK>
-> <ACK> <- <STX>5R|3|^^^HGB^718-7|10.9|g/dL|0.0 - 2.0^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210706094947|20210706094947|
<- <STX>56zgODzlFB9bJnEFxviT2hByRGyCnRC4RWpM/w/YTf0oHyDcQc8e++Iw9QnbIj5Gn/ 112YADH47745<CR><ETX>57<CR><LF>
HPaJuwAsvO9PudS6InWs8gBsU/oTX82fTvUNvkfRvy2lN9Cn+yaP7127Z/rMz12L2scPXeC5t/
d70ZvXv1of/Td0YNHX3/0vNFn91O9+0udBX/y2A5j9h28zEfAZ/50n89d8tGX -> <ACK>
+zwLm3eWbVnYTc7B8Wkv7nStM/Ln6M8v0g4+kzZ7<ETB>79<CR><LF> <- <STX>6R|4|^^^HCT^4544-3|41.7|%|0.0 - 2.0^REFERENCE_RANGE|N||F||
-> <ACK> LabMan_111^^LABMANAGER|20210706094947|20210706094947|
112YADH47745<CR><ETX>75<CR><LF>
<- <STX>6IN/9tswZdNKWYQ+zZhJ2bHHaC3If+LDQXfaKXkL+byP77fxCe/
ij4JnUAfhMr8pJmS8hXwnt6DlZLXMC2zpPGjlA8in0uW9sXYj/BYUebu1cVOSft3R -> <ACK>
+If6PyI6ZO7jeebjoj9ow8478f5eP+Lex5Afjfw+QA+T/jdBnR17pcOcf4n8Mvc95EH4HG/834++ts/Al5F <- <STX>7R|5|^^^MCV^787-2|98.8|fL|0.0 - 2.0^REFERENCE_RANGE|N||F||
+yxP8Oon8qepLQzbVSPsl9/8l8JKdBb3F8/kDmJNdM<ETB>DB<CR><LF> LabMan_111^^LABMANAGER|20210706094947|20210706094947|
-> <ACK> 112YADH47745<CR><ETX>EC<CR><LF>
<- <STX>7uXjR88RvKOglyr3Stx3/22p+f/Rjxf8KOc72ptzj5+Qqq+c0Zon2pGv8LuP17OWkB -> <ACK>
+4p56OjL+91526b5Ev3/n73V9P/3Of34n+kbeZ14n8lbW15jJ5RrldnLhSfhnuHpJzPSx/ <- <STX>0R|6|^^^MCH^785-6|31.6|pg|0.0 - 2.0^REFERENCE_RANGE|N||F||
j1qzR4gfR88dZ9nLKya99D38LvKOn7wb/n6X4f2WnmD70mcY5N1BjwR7XO/ LabMan_111^^LABMANAGER|20210706094947|20210706094947|
WgBz3oQQ960IMe9KAHPehBD3rQgx70oAc96EEPetCDHvSg<ETB>4F<CR><LF> 112YADH47745<CR><ETX>F0<CR><LF>
-> <ACK> -> <ACK>
<- <STX>0Bz3oQQ960IMe9KAHPehBD3rQgx704K0ApepBD3rQgx70oAc96MH/z3D/ <- <STX>1R|7|^^^MCHC^786-4|31.7|g/dL|0.0 - 2.0^REFERENCE_RANGE|N||F||
4B681aD31/vr/fX+en//u/5uHtyDHvSgB/81zOxBD/6XwfJD/t/ LabMan_111^^LABMANAGER|20210706094947|20210706094947|
h0cE96EEPetCDHrw1oKl68FaFHw7+60KnBz3owf8o/N2QHvy14W/dZ/bfhW71n8Oiwf+z8Op/ 112YADH47745<CR><ETX>A4<CR><LF>
AzrVXw+qvwD7Dv7bQxny1oFq8P89NH8D2PxN0P0/hLr6y/
DC4GXQHvwf<CR><ETX>99<CR><LF> -> <ACK>

-> <ACK> <- <STX>2R|8|^^^RDW-CV^788-0|14.0|%|0.0 - 2.0^REFERENCE_RANGE|N||F||

LabMan_111^^LABMANAGER|20210706094947|20210706094947|
<- <STX>1M|4|REAGENT|CLEANER\DILUENT\LYSE| 112YADH47745<CR><ETX>15<CR><LF>
150206I1*^20200525000000^20260206\171108H1*^20180227000000^20220714\150520M11^20
200915000000^20160520<CR><ETX>F8<CR><LF> -> <ACK>

-> <ACK> <- <STX>3R|9|^^^RDW-SD^21000-5|38.9|fL|0.0 - 2.0^REFERENCE_RANGE|N||F||

LabMan_111^^LABMANAGER|20210706094947|20210706094947|
<- <STX>2M|5|SETTING|RUO\WBCDIFF|TRUE\5<CR><ETX>EA<CR><LF> 112YADH47745<CR><ETX>02<CR><LF>

Output Format for Host Connection 39

Ref: RAA085AEN
ASTM Format
Example of Data Frame

-> <ACK> -> <ACK>

<- <STX>4R|10|^^^PLT^777-3|260|1E03/mm3|0 - 2^REFERENCE_RANGE|N||F|| <- <STX>5R|19|^^^EOS%^713-8|3.7|%|0.0 - 2.0^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210706094947|20210706094947| LabMan_111^^LABMANAGER|20210706094947|20210706094947|
112YADH47745<CR><ETX>87<CR><LF> 112YADH47745<CR><ETX>74<CR><LF>
-> <ACK> -> <ACK>
<- <STX>5R|11|^^^MPV^32623-1|6.0|fL|0.0 - 2.0^REFERENCE_RANGE|N||F|| <- <STX>6R|20|^^^BAS#^704-7|0.24|1E03/mm3|0.00 - 2.00^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210706094947|20210706094947| LabMan_111^^LABMANAGER|20210706094947|20210706094947|
112YADH47745<CR><ETX>3A<CR><LF> 112YADH47745<CR><ETX>D5<CR><LF>
-> <ACK> -> <ACK>
<- <STX>6R|12|^^^LYM#^731-0|2.94|1E03/mm3|0.00 - 2.00^REFERENCE_RANGE|N||F|| <- <STX>7R|21|^^^BAS%^706-2|2.8|%|0.0 - 2.0^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210706094947|20210706094947| LabMan_111^^LABMANAGER|20210706094947|20210706094947|
112YADH47745<CR><ETX>F4<CR><LF> 112YADH47745<CR><ETX>5A<CR><LF>
-> <ACK> -> <ACK>
<- <STX>7R|13|^^^LYM%^736-9|33.8|%|0.0 - 2.0^REFERENCE_RANGE|N||F|| <- <STX>0R|22|^^^IMG#^53115-2|0.06|1E03/mm3|0.00 - 2.00^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210706094947|20210706094947| LabMan_111^^LABMANAGER|20210706094947|20210706094947|
112YADH47745<CR><ETX>B5<CR><LF> 112YADH47745<CR><ETX>37<CR><LF>
-> <ACK> -> <ACK>
<- <STX>0R|14|^^^MON#^742-7|0.05|1E03/mm3|0.00 - 2.00^REFERENCE_RANGE|N||F|| <- <STX>1R|23|^^^IMG%^71695-1|0.7|%|0.0 - 2.0^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210706094947|20210706094947| LabMan_111^^LABMANAGER|20210706094947|20210706094947|
112YADH47745<CR><ETX>E7<CR><LF> 112YADH47745<CR><ETX>C8<CR><LF>
-> <ACK> -> <ACK>
<- <STX>1R|15|^^^MON%^5905-5|0.6|%|0.0 - 2.0^REFERENCE_RANGE|N||F|| <- <STX>2L|1|N<CR><ETX>05<CR><LF>
LabMan_111^^LABMANAGER|20210706094947|20210706094947| -> <ACK>
112YADH47745<CR><ETX>A0<CR><LF>
<- <EOT>
-> <ACK>
<- <STX>2R|16|^^^NEU#^751-8|6.13|1E03/mm3|0.00 - 2.00^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210706094947|20210706094947|
112YADH47745<CR><ETX>EF<CR><LF>
-> <ACK>
<- <STX>3R|17|^^^NEU%^770-8|59.1|%|0.0 - 2.0^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210706094947|20210706094947|
112YADH47745<CR><ETX>A9<CR><LF>
-> <ACK>
<- <STX>4R|18|^^^EOS#^711-2|0.32|1E03/mm3|0.00 - 2.00^REFERENCE_RANGE|N||F||
LabMan_111^^LABMANAGER|20210706094947|20210706094947|
112YADH47745<CR><ETX>E3<CR><LF>

Output Format for Host Connection 40

Ref: RAA085AEN
ASTM Format
Example of Data Frame

3.6.5. Example of Data Frame for DIFF Matrix +hevYPPVIKG5YB4Hv0Jua/O8PrQr4l52tNsp0p8r+yXMhX7rI4x/

6vB1tkqztSCL8g9urqt7Sef6R4yP9z2sQq9qi6wjDEn32XeGrrfYjrV51n26zhfF/
t8gXnTHubR9Md1pvfBPNgwvteJZzvjzCf4yXvJwDXml9a
+0LpQnxBzTLEdqsIulLDLzSXmL3YPmURfRetb45lDrUvYBfS2GhLPHh7fi8/
qkKHmMPuo5qC005+OsWO8D1mrj7bf0n5H+grvqhM8Vwl9LcGfLjZ5lPdehx2twy63g1/
N17wnzsAaXfT
+GstwXScPRlhGoCV2DbvX3Gxb17nEA71D7zlTE3vv4FOuTtk7zfazi88ImSiXWyexdTX
+ZX3rZ7ksdePolIMdTcMGep2b8nNbytxVlnFoWR1vG1eG2C+z7wbb
+Y9x70r7Cvngr8QeJ6Z8jzRfsAfoFXtH1/EF+H7mrNNnNPhrbHms2451y6EZIwy3vWM/
0L4+zfaK/dfB9+po76V1g20c/qAVzzb7pB0YZR1vz7bs4xOIM5q9ra
+yyYO8JnYKWajDBlU3WOb5PvqDnWIfnSmWyWor+yrsQ71+8v6ouB/
f6V6S9iV42hCL7GKbK/uE/UKWLjPvxIfPOjbCXkC/5kzbpHKu14Wv2J0ucUG/
z1Wvbl1oOt4zfON8vNfrr+XzB6ecj7IMVdBnpHUFv9S62H4RXmLvK/zMZPMN
+16dnjYEe3+N5Qzdq861bpTYb+H94fbRkrUDPS9xWXOIdao+0DpQD3XchU6UU/
M|3|MATRIX|LMNE|LMNERESABS|FLOATLE-stream/deflate:base64^Y2AAggf/ 7Ez5xsG4fNwo+zLraeeAOZYM76yPjOUN+TzTnHstUcmjbvtIwfTvaaso+c/6Cc/1D7dc1/
XRjgtIMDiAkA|FLOATLE-stream/deflate:base64^7ZwJtF1llee/ smO3Oj/nOXwJ8Q5nQUYUpx6bvj/PyNnro3L
FkqZShDQAinkIpPFGBTRQiQH3kPmQcIgYPACxTxPxQyHOYEEEkiATHATMg8QghDCe +4X6NHcA2Mhf7VEx4sG0KelqwtcQFp9oO4SPLIfZP
AIREZFBEBQbvNgyCaIlzlRh79//vx9x1erutbp62VW67lvrW+fec8/9hj3v/973lRJ/3T/2lz +KImz1YN9b5E98vt52SDL0r7FM9VB+U+8B1XWVaw
+96q+uSnejHUv30v5S3xzjjP7SGd5fmpviel28P6y/tKbG+/i8c3V/ +8xRjrWP4TzQpWqnnz3VvJFs4e9/31fqkPkm/EizkmNKYqs6YhpixKbE+3+NZ9aOa+h/
qXaL7361v3TreH1w3N8pxkXxeljcj2s5Kb7DXPFMa2yMuN9Miffj47OD WSVGPF//XYyQ1aoV12XjHu/39bPVf4vXEdM223sNYpISstrw+YoxNorPl8m1N/
+kv78nj2iJjryngdo5wfn58V1xviGvM3O8fn58X7EbHGpHi/Ybw/J74/ O9aq0Y7CHmLFulvY3XTfifet347DNxXT4+2zxeY49jXxW
Lb4zOea7Iu7F91uxt3Jh3GeeeLYda3djneb6eD72Xu0dn8c+Suy/2Suux8T1aK/ +iTN80vuuPxLXD8b7DWPEfhvs0RaOe/Bj1XrxzJfi+vf+Xh3r1p
RnRPXf4754gyty+J6Tbz/qvdQro3vbhLzfi0+uzFebx/ +P97H3aq88d8Q15b3YV5yz3tJ0qD8Qn3887ocvaMJPNtvE+9hfvX
Xy71edXGMU2KteKaJ73bifb17jIlxf3Z89/i4Bg3LJXHdLr4zOp4ZFe/ +ML3htaFW2jvdrxAiaVJ+K95/POVb2mSqe5xwRa5W/
jHHXMXZ2VnwUN6+NNJ2gGjaqYp4l9dWI/ jRF0aWIvTdiMahmfq3A29sxzMUcNXT7meaAFcZr2AA1jzWpz75czNXHOaou07+wrYpjqi
zedij7F2Nz7rdOL9BTFizVas0Qk6lFi3mR6fQ6/4bntc3AuatEeaZ524Nsd7z 6ZV/Yc
+1Yt94zng1edGfGvaBVdWK8jjN3ppoOzdnxzJfj/QzTrDPM67fjLJ34fjfmr8bEM7F +2akSZ6mXSz6vZ5qwV87YbG66NFv6fFXQtYn1qjhHCR7UQzyPnv2s5yrBsxK0qWI/
+E7Row984W31u3L/QNGyYE7q0Y46+uBfnroJX9Zlx76qYZ168Pt 1fLeP7FT2clnKMtYruqVvC/4DH20xiB/
+0ZI4SctaK9TrxWR1nbAXfOsG3wuugQ0H24PXcuA/9rjGNCvQ pwm6lcFJqy28XhX0aQ7wXusNfQadH95WSas4d7NOvP6c1xJd4HPYw7Jpysaulht8fFnVs
+0edpwbegRQk61HGOerD51oz3/uF1tWY8Nyvunxz3Yp/VIXE/5kXem sJ6dchJxTPx/fpjyR/
+BRh7MgN7elbB9onlRBkxL3mjhne0KM2F+DPAyybLag/cH 8QMhNHXJTs9Zm3hexDXyuV4vXQecqzkbMX3b2uZm3JhdkH5+wvDbM9w8xPmE6EUd
+vIKu7P0Ky3wb2uyW5w35rM IH7bK/cW5yjapG4McB5FblJW9FvpU7WddafYwvZHRZv/UCWi6iWPKErxE55q
+xbjUbxDX0o3WRadXhfGMs5+WLcYVe15pH9V6WZfhTgn/1rnENOevMTBmK8zRV3D/ +lOPwBe2p9mnEdsRg5azMZQ6zT8I24KPgFfE0trLaMG0DZyVPx/
EczaxRjf43uaMO/t+a4LlozrVNGoHTzqXW57qI6yj0JnvoI/ 5eZ58hm3Klc5TqsLTtlX1ZdZLto2z4CPtpYh1sO/Eh9ruJPZXwJ
sRfQOenXiWuJ9BT2nWeY5M8+2kIdjLe+t4amv6M6stAPIZNwv/ +QK5Gvl8IxXjrWPUqw31jkdQ3Fz0Je8vU18Oca62Rzp
2Q9aXaz3nSQvVizPcM6ivy0a+teO/ +Ih4sHt9xj9X26aT4+Br8CfKXYgdRqSPZs6z7IM6N6bfie
jYRcaOS54EjZrjrEPYnhp5iLXrkLfmy6aV9hJzNbt4TXQN2jZBh3Ka+VSg/R659smevxlq/ +TT5QJ9mnkF8SMBb8RclPtknn7xc4/
kNj6IKesUfkpUaXbvS+tKe4FmQBu8K5Y+56n7iGnHSCvlXwuM33gsbVJb4in OTf5PD52IP4sR9uHKCYcZ7oQv5JHVxlP1PjYOGd7elxvddygOGqT9BOTzCdwDnhHDqn
chJiBs1+XfN0mc/WLl/

Output Format for Host Connection 41

Ref: RAA085AEN
ASTM Format
Example of Data Frame

pv7GRBV2ekzIR8dkc4XmnVpmvB353mM5IvKOcixjrGfoJ8QzEwOjLd +A5wCUaMJ6Ii8FbygrGCoTngGu0jJU05O77+Kw1uf76xk2EubD/
+Idsw0jLqzCHXSxfxEbEs/C8vtw+sBW8IP4iv1Vsit+5ynEPPCQ/0p5Yj/iM9YkJrjf9FJ/ mKOJ75X9TR9wKHKjwjnBFd7tEz2aWB+sV/RYx/mKcInV+oV3NMs5n1MeRv37I/
CH2K7oxw/1RGHdCOHINZRrESucoNp0r3KOBE+Xfl78JXYUb7+XOfS+BKew7/ 3CWZo1jX1wftbhfGA08KQBJ9rDc0JDYS9g7v3x3MrGEMASwIzq9ZInW/u8YBPCuAYZ/
Kj5KHQEdi7DPTN5zqOaC78AjirN1y/QMyxx6avuyyjCdHW9fJVZi/iT0Sq/ wCrE763hmnA98F2xIsN/ZzwNHAkcIhYr/lgv+qnYDfgajX75bk1M996N3lN3rtFv2upf
Pd5nTvg5wEeSfGRS6IabrIA/HFhT5vs579OrlaZ7TlBh+MvIFdda+zTSN25qzkf80/ +wTtiSMOWgKhsO
WP7Ya0k8BJmULA4zjqJYCTm70jLenZHYycXWHfAc9kGsjixhG5gHfcSW6EynO85Av +hQGCZ2xjXIX6OnPVlWnZbOY9lg8mjb9oetbkqWsYm6ihJ5jghyxvrAvuBkYG7sIzrCn5A
+oJmdM/GPfRjymevwbvuKNfcbLy85Dr1jzTHplt3RnjUuNpxCZVx3LH/ W/
N25PkNN7rbIcW25r1/xMLwu2J3b4/ axXJNnZoasLAp8uXN8jlkHzxtlbgPBraS94Y8kjcK59rUtBeGB34T75s4XxOy0oSMFeR3TZ
v3GCeoFsR34h45ZXdq6mfQs465u5xzYu5rrHUaGVFudrufIS8vsf9WzNOJ9Zr5ccV2xP7b 8FrAjMEVkVpjPIa6BD4FLUssQLzgTNwKPAYj9hPEAYFPjPih7IkDAZ5GIz6yW4GTJEHg8
80zzVjxb5pg35EAl9tiO9SrsaDynPGWebQpnBa8oC+P1LGNHnYWmNVgh8l3usa1so+/ uJawO3u5l/RReFrLW7G55pl6tmu/
znZd3GufsnK3NWpOtS2Bg5IHEhTU6cbVzlBrcYbbPgX1lH8K5kI1bjUuQqzdxrvYY76l1W ufi29BjMDZ6gSzwCjC91sNvW56lXTTjA3tcXEP8E1wV/
9rPabZB9f2W2e5k27n2nda1Tny/ RSfhQ72fbwD34gXxJXtHxdc0H9Ktin9umzdnUclt92PoLVgfmAYaIjWk
fXfMfYvXgict8vSrff7OAmOdrdh766EY1zqna8V85PdgA8ILb7Rsdx4xDtGemHo7yjhSM9N +ZdlXLbzfexROGGcGrwYfLB927jyAaVYrptxsnPq3t88pbHSTtHPoJusGT+kPEU/Xtb4TM
naJb0C7uS/Qs+dWLO9mLTrLPYNKyYa1byLWjSAs +JjFBcQHxCP/yj9F/6VOAhfjM8lTnw2ffYc+xF8qZ6/Ke14k/b/
+akPgiNmmS8ZA6aF2g2V3xbNieJs7WPGw9AN8jtwevrYLe3Xm2T J35WsePFfY7piePe6HO8eIf9oPwz/usSr1fO7XNsOTe/M8L+rL7D/kGx/
+g99oF8CTyDmHkgXia36lzk+9hF5avktNiMq/oix4wxJcbdMR6N V3274pD7809sB6+57fph17K9zekH1tgf6349U77a8UTv7UfVizG
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Output Format for Host Connection 42

Ref: RAA085AEN
ASTM Format
Example of Data Frame

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Output Format for Host Connection 43

Ref: RAA085AEN
ASTM Format
Example of Data Frame

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RG73RG73RG73RG73RG73RG73xlzDoQe6N3uiN3uiN3uiN3uiNv +NPaCPV1MlpNyspk0kBZyjHSx9x/QnqVNksvkOzLJ2Bztv7TFXqEt9YrRUt7ZK8hq
+zx6Pa98Zc6Or3RG73xVzfm90Zv9EZv/D+Omb3RG38lY7kd/mPjqe17ozd6ozd6ozf +utoN5AKrwhX025mTKO/
+a47v/xlH76/31/vr/fX+lv41VW/8tYxld+iN/ypj7+3//43/7F64u7f/845BMar/wyg7/ i76PfiP9Pd7se350L6Ef3s33Bvr1ZCf9bbQcF66iddGWMeagJWIVNZcxTt3wLWSBdUyTn8
OWPuvpfj2b7/5zRqf78o/t/MX63/X98dP/daP+7Uf434/U/GVXF+J8= kYGWVt52kTufVz/whxkhwkTUSRSnIvMd4Vxcb5sB9T5v/
Np2SQxM09ayfNxGfuZ6V5P5WaKTLvKWPvx8iIeT8Z1yVqSa85br3XwpbELGPWe67ZMl

Output Format for Host Connection 44

Ref: RAA085AEN
ASTM Format
Example of Data Frame

Y4z9rP18jXs64hXzc/J7+WwjZm6Q+az8ZIwbMybPmtv6B PyppKzBlyFc75RjLMGSKJ3CRRmy/+B8zNSfrnuTMT0VBnOMM
+q6WftwYtKTzvaEG9z9nLi2ScLMn+7/8H +o2fTurlodN5Ed38DKro7zzjHsB+Z5BiG6V7GvUy/NeN145x5I/27xuB/vj0WHLSwv/m8/
tcx3x6m52Hqb+H9/gY=

M|2|HISTOGRAM|PLT|PLTALONGRES|FLOATLE-stream/
deflate:base64^Y2AAAQ4nMMXQA6IdgMjhxW9P+1dqO+3f1Yg7QuQa7EFyAA==|
FLOATLE-stream/deflate:base64^rZV/TJVVGMevcGdQUTBpREYDh0jmiJgSCfE
+z3szxqChozF02DBZMhZOpkjGQERTAhKDVAwKEkI0qGui/
AgIDEUwSIiQoC4E8cOgIDSEwur7cs9d1xvjnzrju
+d9z3me83z3Oe89qFTKsJDngiodMYnwADmySpUPTbB M|3|HISTOGRAM|WBC|WBCALONGRES|FLOATLE-stream/
+TZnbq4nWrfCdtT3uW7+221ejfUBy0bhLFp0bpNHIndJwQqoU6pcjNVmXSN7d1VJJQYv deflate:base64^Y2AAgX9OYIohygVIOIBYAA==|FLOATLE-stream/
kEK2TMjzHJaW+MsKCYpqsaaWbPQ1kOlHO7cfpxTAPsqpfS5eWaygxNYCeHg deflate:base64^ddUBiN1zHADwH45tHDsc22zj2GxnDmfONu7Yu7s3NjvzZjc7MzzMDMN
+m8eAwKq6IoC0O0WSfHEvtQwlY30/LQg8hJ426qzOQl0VZTtnIzaXAg/ hGMZeEkeXLkkj6YW4JF1raUl6sXRJurS0tPSSNJKWLl1a+Ly937/+vebq0/
nILyT1aDFqSqkm6CzqztPuskrU1pCb/UVKDbhMwwnNpNG2Ul5/ d7v///vd/v/3+/7/
O83aXqdQvx4q29NLNiUDFK0bpibrMXLRTFBy7C3SnZom7+5Z7K3i1/ cXQuXvn64jIazPhlDIhDDaGcJyY68zGq8F4892u760mmcy1XuLlCgTfK6BJlrJkCNPPwUG
PMuLhCzZ1ti1k9asEe6vt4i4MVZ3g GGInRYYZYQ+lzurcY
+yDVBNjwauYTtkx9ivxw73l1mz4UtS7l9yIEVhjeXLOPBFc7c5e3CV4NcuXbrStbGreKCND +ynzEEOMUGwljomU08DjUxnFk3MpZkWWmljCR1kyHZVn62HHL30sYE8G9nMFvrZyja2
c+lufOKec8OL5xNW/v8eTwcS8ONvfm5+2e5WeekBh//Fiwhm22rWPzeD U+A5nucFBniZQV5hiFd5Lb67nbzJW7xNkXd4j/cZ5kM+4mNG2MVuPmEPn/IZn1PiC/
+eOuzPN04GcM+FF7i1OYjrdRu4bDKYixaH8IlHQjndbRMnymEcE/ISR0SFc0jiy+yfGcE byVfxtvuYbvmWM79jH9+znBw7wI2V+4md+4SC/8Tt/cIg/GecvJvibw11xj/j9j
+Ra/wk1WR7NQaxbb9r/ +FYjqOO4zmBSUxmCidyEvWczClMpYFTOY3TaeQMzmQa05nBWcxkFrM5m3No4lzOY
I9U9t5xjKGxxx2cu9Tsdy2Lo4bNu7h8uh4PrMvgXOP7uXGjiTsv4+rRpLRYz w5zOZ95zKeZC1jAhbRwERdzCa1cykIuo43LWcRilnAFV9JOB1dxNUvJ0EkX3WRZxjVcy
+Xzh5An4Ocb30IvVI40/lN9EvlN7zS0DOdXwt8C30Pc1R4Bnof4c273kb/ 3JWcB0r6eF6VnEDOVZzI2voZS03sY4+bmY9t7CBW7mN28lzB3dyFxu5m03cw2bu5T7u
TF6fkgUP77CcexQ+jvEa7XF4yWbXhhPw8y4v7cqBp1y2GnsPvt6f+ ZwsP8CAP0c/DPMKjbOUxHucJtvEkT/
+ZmLD8At5PwVwB2hfD4IfgVwecpMCyG19PgeAZ+PwLLEnguBc E023mmu1r3lfrOx1qti3XWEeuoJ9ZUNtZaUnPN8b6mWKuV
+P4fsTMNVyxumz4PopJ9ecA9sy3tV2Hnwv8LbBcjCu4E0zleD8GQdaVYN1DUtOteD9OX +p2INT6SUoz9YCj2iVyMabnYVyr9JRxFKfahYlSoySv9KqRkUjF9b+33pMeT/
usqQPzel7ufxHcv2C7zQ1gf4nvjbkM/o1858AVnEETj2c34xyucn/ pb0tnxc83B8pnLsUfWp99Mbe8lgrPlSrMkQa2NG3LPtcW9siu/+xe5QeEN8V9zFl
JlziLFv6mrhXn8RWYXQOzNjBrB7OvwawDzDrB7DqYdYHZt2DWDWY9YPYdmH0PZjow +yjbGxc/FeclA2ZqdlQatS3ZzJHPl9cwMJsKCwW241l5CvlOfka+brskV5f6kNe6PX/
6wWzPjD7Acz6wWwAzH4Es0EwGwKzYTAbAbMbYPYTmI2C2RiY/ avkqVsiXiT5XWCS2iPOMNYmE2eacZty8hSkcto5fOcAYJWvbLX5QXX/hJfmOuD/
Qxmv8z9RmcsfwWzSTC7CWa3wOw3MJsCs9tgNg1mM2D2O5j9AWazYHYHzP4Es7+w XxrppizVcqf9K3xiPfWk09rrh2DMHY7+t9OVcfJ9tcT81RnVxT5XjubEn7qeheNYkkvMmvdc
rpIbO1Ryw8ZFcr1ukVy71UyuGjGTy6PN5bJJc1kbp5ZLZ9Xijvi/RhLuBMKdsgP KKUOpsfSey6fGau9L58kcyXzpNSTzJvcka6mN/3cujtRIrhVr5j/
+i6FsERXZKr2ElHlnxD7WS1nrQlyN+DBkDblDavHuCk2LvEeh+yEfUaO8O8r6tedErpesv aGTucUvvcAzXz7Y3nTeWsqPTsEP4D
+PUIt9HrE+IfGV+lejTJTyMQNdYf29eEe8VJtKK
+zMFqoOOiBgu5taLHBJ52UIk5C5YKHGHiEpNHZj1kf7ZUeTW0T/

Output Format for Host Connection 45

Ref: RAA085AEN
HL7 Format
Protocol Description

4. HL7 Format
Each segment is identified by a unique three-character code known as the Segment ID.
HL7 content is enclosed by special characters to form a block. Two or more segments may be organized as a logical unit called a segment group. A
The block format is <SB> HL7 Message <EB> <CR>. segment group may be required or optional and might or might not repeat.
The characters below shall surround the HL7 TCP message: Each message is defined in special notation that lists the segment IDs in the order they
would appear in the message.
Element Description Value Comment ■ Braces { . . . }, indicate one or more repetitions of the enclosed group of segments.
<SB> Start Block character (1 byte) <0x0B> / <VT> Vertical Tab The group may contain only a single segment.
HL7 Message This is the HL7 data content of The data can contain any ■ Brackets [ . . . ], show that the enclosed group of segments is optional.
the block single-byte values greater than
If a group of segments is optional and may repeat it should be enclosed in brackets and
0x1F and the ASCII carriage
return character <CR> braces [{ . . . }].
<EB> End Block character (1 byte) <0x1C> / <FS> File Separator
Fields
<CR> Carriage Return (1 byte) <0x0D> / <CR> Carriage
Return A field is a string of characters.
HL7 does not take into account how systems store data within an application.
When fields are transmitted, they are sent as character strings.
4.1. Protocol Description
Separators
The HL7 messages must be created by using the separators below:

Separator Name
4.1.1. Overview \ Escape character
| Field separator
Messages ~ Repetition separator
A message is the atomic unit of data transferred between systems. It consists of a group ^ Component separator
of segments in a defined sequence. Each message has a message type that defines its & Sub-component separator
purpose.

Segments and segment groups

A segment is a logical grouping of data fields. Segments of a message may be required
or optional. They may appear only once in a message or they may be allowed to repeat.

Output Format for Host Connection 46

Ref: RAA085AEN
HL7 Format
Protocol Description

Escape sequences Received records

If producing HL7 messages that contain the separators in the fields content, the If a field value, length, delimiter of a received record does not correspond to the required
application should properly escape the data using the escape sequences below: input type, the instrument generates an error log, and can ignore the record and its
following ones (depending on the error and the message).
Special character Escape sequence For more information about errors and messages, refer to the Appendices > Error
\ \E\ Management chapter.
| \F\
~ \R\
^ \S\ Histograms, matrix and QC results are not sent.
& \T\

Date and time format

Date and time fields and components must contain a date and time formatted as
follows: YYYYMMDDhhmmss 4.1.2. Message Structure
Date fields and components must contain a date formatted as follows: YYYYMMDD
The following table lists the message types supported by Yumizen H500 OT/CT for the
Numerical values laboratory testing workflow transactions:

The numerical values must use the character "." as decimal separator. Message Description
Order information (related to a single patient and a single specimen) used
Low level protocol OML^O33 to send a request from an external system to Yumizen H500 OT/CT
(request downloading).
Two sockets are used. The first socket is dedicated to orders messages and their
acknowledgments. The second socket is dedicated to results messages and their Acknowledgment / Rejection of a request message sent from
ORL^O34
Yumizen H500 OT/CT to an external system.
acknowledgments.
Result information (related to a single order) used to send a test result
OUL^R22
from Yumizen H500 OT/CT to an external system (result uploading).
Records to send
Acknowledgment / Rejection of a test result message sent from an
ACK^R22
Fields that are not used are sent empty. external system to Yumizen H500 OT/CT.
When sending records, the HL7 sends only non-empty components, ie. without
component delimiters for the last empty components of the field.

Output Format for Host Connection 47

Ref: RAA085AEN
HL7 Format
Protocol Description

The application must respect the following attribute descriptions to create and process Segment Meaning Usage Card.
the HL7 messages: OBR Observation Request R [1..1]
■ Segment: the segment ID [{NTE}] Notes and comments O [0..1]
■ Meaning: the contain of this segment --- Observation Request end
■ Usage: whether the segment is required (R) or optional (O)
■ --- ORDER end
Card: whether the segment may repeat
--- SPECIMEN end
Card. Description
[0..1] Element may be omitted and it can have at most one occurrence
[1..1] Element must have exactly one occurrence 4.1.2.2. ORL^O34^ORL_O34 / ACK^R22^ACK_R22
[0..*] Element may be omitted or repeat for an unlimited number of times
Element must appear at least once and may repeat for an unlimited The following table lists the detailed structure for messages ORL^O34 and ACK^R22
[1..*]
number of times used to acknowledge a message reception by both Yumizen H500 OT/CT and an
external system:

4.1.2.1. OML^O33^OML_O33 Segment Meaning Usage Card.

MSH Message Header R [1..1]
The following table lists the detailed structure for message OML^O33 used to send a MSA Message Acknowledgment R [1..1]
request from an external system to Yumizen H500 OT/CT: [ERR] Error O [0..1]

Segment Meaning Usage Card.

MSH Message Header R [1..1]
4.1.2.3. OUL^R22^OUL_R22
--- PATIENT begin
PID Patient Identification O [0..1]
The following table lists the detailed structure for message OUL^R22 used to send a test
[{NTE}] Notes and comments O [0..1] result from Yumizen H500 OT/CT to an external system:
--- PATIENT end
--- SPECIMEN begin Segment Meaning Usage Card.
MSH Message Header R [1..1]
SPM Specimen R [1..1]
--- PATIENT begin
Observation Result (for
[OBX] O [0..1]
specimen) [PID] Patient Identification O [0..1]
--- ORDER begin [{NTE}] Notes and comments O [0..1]
ORC Order Common R [1..1] --- PATIENT end
TQ1 Timing Quantity O [0..1] --- SPECIMEN begin
--- Observation Request begin SPM Specimen R [1..1]

Output Format for Host Connection 48

Ref: RAA085AEN
HL7 Format
Message Segments

Segment Meaning Usage Card. Fields and components must contain a value that complies with the specified input type.
Observation Result (for The input types are listed in the table below:
[OBX] O [0..2]
specimen)
Input type Name Description
--- ORDER begin
The corresponding fields and components must contain only this
OBR Observation Request R [1..1] F Fixed
fixed value.
[ORC] Order Common O [0..1]
The corresponding fields and components must contain only the
CL Closed list
[NTE] Notes and comments O [0..n] predefined values.
{ --- RESULT begin The corresponding fields and components must contain only the
OL Open list
OBX Observation Result R [1..1] values specified in the Yumizen H500 OT/CT.

} --- RESULT end The corresponding fields and components must contain a free
AN Alphanumeric
text.
--- ORDER end
The corresponding fields and components must contain a
--- SPECIMEN end N Numeric
numerical positive data including 0 (zero).
The corresponding fields and components must contain a date
DT Date and time
and time formatted as follows: YYYYMMDDhhmmss
The corresponding fields and components must contain a date
D Date
formatted as follows: YYYYMMDD
4.2. Message Segments

Messages consist of segments of various types that are listed in the table below:
4.2.1. MSH - Message Header Segment
Segment Type Name
MSH Message Header The MSH segment defines the intent, source, destination, and some specifics of the
syntax of a message.
PID Patient Identification
The Message Header segment contains general information and identifies the sender.
NTE Notes and comments
The Message Header segment is always the first record in a transmission.
SPM Specimen
ORC Order Common
OBR Observation Request
4.2.1.1. From Host to Yumizen H500 OT/CT
OBX Observation Result
MSA Message Acknowledgment
Input
SEQ LEN OPT Element name Example
ERR Error type
0 3 R F Segment ID MSH
1 1 R F Field Separator | (Pipe)

Output Format for Host Connection 49

Ref: RAA085AEN
HL7 Format
Message Segments

Input Example of a message sent by Host:

SEQ LEN OPT Element name Example
type MSH|^~\&|Application|Facility|||20220414163210||OML^O33^OML_O33|
^~\& 20220414163210|P|2.5||||||UNICODE UTF-8<CR>
^: component separator
2 4 R F Encoding Characters ~: repetition separator
4.2.1.2. From Yumizen H500 OT/CT to Host
\: escape character
&: sub-component separator Input
SEQ LEN OPT Element name Example
3 O AN Sending Application Application setting type
4 O F Sending Facility Application setting 0 3 R F Segment ID MSH
5 42 AN Receiving Application 1 1 R F Field Separator | (Pipe)
6 14 AN Receiving Facility ^~\&
20161012144125 ^: component separator
7 14 R DT Date/Time of message YYYYMMDDhhmmss: date and time 2 4 R F Encoding Characters ~: repetition separator
of the message
\: escape character
OML^033^OML_033
&: sub-component separator
OML: message code ID
9 15 R CL Message Type 42 H500^123456A^1.0.0
033: trigger event ID
15 H500: instrument code
OML_033: message structure ID 3 R AN Sending Application
15 123456A: serial number
2016101214500200002
YYYYMMDDhhmmss: current date 10 1.0.0: version
10 20 R DT Message Control ID and time 4 14 R F Sending Facility HORIBA_MEDICAL
CCCCC: counter from 00001 to
99999 5 O AN Receiving Application Application setting

P 6 O AN Receiving Facility Application setting

P (Production) 20161012145002
D (Debugging) 7 14 R DT Date/Time of message YYYYMMDDhhmmss: date and time
11 1 R CL Processing ID Default setting depending on user of the message
profile:
15 OUL^R22^OUL_R22: results
■ Tech: D 3 OUL: message code ID
■ Others: P 9 R CL Message Type
3 R22: trigger event ID
12 3 R F Version ID 2.5
7 OUL_R22: message structure ID
18 16 O CL Character Set UNICODE UTF-8

Output Format for Host Connection 50

Ref: RAA085AEN
HL7 Format
Message Segments

SEQ LEN OPT

Input
Element name Example
4.2.2.1. From Host to Yumizen H500 OT/CT
type
16101214500200002 Input
YYMMDDhhmmss: current date and SEQ LEN OPT Element name Example
type
10 17 R DT Message Control ID time
CCCCC: counter from 00001 to 0 3 R F Segment ID PID
99999 1 1 O N Set ID - PID 1
P 31 PID0002^^^^PI
P (Production)
Q (QC) 3 25 R AN Patient Identifier List PID0002: ID number
D (Debugging) 2 CL PI: identifier type code
11 1 R CL Processing ID Default setting depending on user
41 Doe^John
profile:
5 20 O AN Patient Name Doe: family name
■ Tech: D
■ Others: P 20 John: given name

12 3 R F Version ID 2.5 19800926000000

7 14 O D Date/Time of Birth YYYYMMDDhhmmss: date and time
18 16 R F Character Set UNICODE UTF-8 of birth
M
Example of a message sent by Yumizen H500 OT/CT: 8 1 O CL Administrative Sex
M (Male)
MSH|^~\&|H500^111YODH00001^3.0.0.3f|HORIBA_MEDICAL|Application|Facility| F (Female)
20220414153220||OUL^R22^OUL_R22|22041415322100001|P|2.5||||||UNICODE UTF-8 U (Unknown)

Example of a patient identification segment sent by Host:

PID|1||PID0002^^^^PI||Doe^John||19800926000000|M
4.2.2. PID - Patient Identification Segment
4.2.2.2. From Yumizen H500 OT/CT to Host
The PID segment is used by all applications as the primary means of communicating
patient identification information. This segment contains permanent patient identifying
and demographic information. Input
SEQ LEN OPT Element name Example
type
0 3 R F Segment ID PID
1 1 R F Set ID - PID 1
31 PID0002^^^^PI
3 25 R AN Patient Identifier List PID0002: ID number
2 F PI: identifier type code

Output Format for Host Connection 51

Ref: RAA085AEN
HL7 Format
Message Segments

Input Input
SEQ LEN OPT Element name Example SEQ LEN OPT Element name Example
type type
41 Doe^John Patient Comment
Depends on the associated
5 20 O AN Patient Name Doe: family name
3 200 O AN Comment segment:
20 John: given name
■ PID: patient comment
19800926000000 ■ OBR: order comment
7 14 O D Date/Time of Birth YYYYMMDDhhmmss: date and time
of birth G
4 1 R CL Comment Type G (General): patient comment, order
M comment
M (Male)
8 1 O CL Administrative Sex
F (Female)
U (Unknown) Example of a message sent by Host:
NTE|1||the patient is afraid of needles|G
Example of a patient identification segment sent by Yumizen H500 OT/CT:
PID|1||PID0002^^^^PI||Doe^John||19800926000000|M
4.2.3.2. From Yumizen H500 OT/CT to Host

Input
SEQ LEN OPT Element name Example
type
4.2.3. NTE - Notes and Comments Segment
0 3 R F Segment ID NTE
1 1 R N Set ID - NTE 1
The NTE segment is defined here for inclusion in messages defined in other chapters. It
is commonly used for sending notes and comments. The NTE segment can be linked to L
2 1 R F Source of comment
a PID or an OBR segment. L (Filler)
Depends on the comment content
3 R Comment
(refer to the table below).
4.2.3.1. From Host to Yumizen H500 OT/CT G
G (General): patient comment, order
4 1 R CL Comment Type comment
Input I (Device Flag): analyzer and
SEQ LEN OPT Element name Example
type analytical alarms
0 3 R F Segment ID NTE
1 1 O N Set ID - NTE 1

Output Format for Host Connection 52

Ref: RAA085AEN
HL7 Format
Message Segments

Comment content 4.2.4. SPM - Specimen Segment

Associated Input
What? LEN OPT Example The intent of this segment is to describe the characteristics of a specimen.
Segment type
Patient comment PID 200 R AN Patient Comment It contains information about the sample.
Order comment OBR 200 R AN Order Comment
AlarmType^MeasurementType^Al
103 4.2.4.1. From Host to Yumizen H500 OT/CT
armMain^AlarmDetail~
Alarm type: P (processing alarm,
20 R OL analyzer alarm, suspected Input
SEQ LEN OPT Element name Example
Analyzer alarm OBR pathologies) type
20 O OL Measurement type: empty 0 3 R F Segment ID SPM
Alarm (main): name of the alarm or 1 1 O N Set ID - SPM 1
30 R OL
suspected pathology
2 16 O AN Specimen ID 0123456789
30 O OL Alarm (detail): empty
WB
AlarmType^MeasurementType^Al 4 20 R CL Specimen Type
103 WB (Whole Blood)
armMain^AlarmDetail~
P
Alarm type: D (device) if the 11 1 O CL Specimen Role
P (Patient)
analytical alarm is linked to an
20161012145110
20 R OL instrument technical problem or S Specimen Collection
17 14 O DT YYYYMMDDhhmmss: date and time
(sample) if the analytical alarm is Date/Time
of the specimen collection
linked to the blood sample
20161012181002
Measurement type: name of the Specimen Received
18 14 O DT YYYYMMDDhhmmss: date and time
alarm family Date/Time
Analytical alarm OBR of the specimen reception
■ WBC
20 O OL ■ DIFF
■ PLT Example of a specimen segment sent by Host:
■ RBC SPM|1|0123456789||WB||||||P||||||20161012145110|20161012181002
■ RBC_OTH
Alarm (main): name of the analytical
30 R OL
alarm (main)
4.2.4.2. From Yumizen H500 OT/CT to Host
Alarm (detail): name of the analytical
30 O OL
alarm (detail)
Input
SEQ LEN OPT Element name Example
type
Example of a message sent by Yumizen H500 OT/CT:
0 3 R F Segment ID SPM
NTE|1|L|D^PLT^ANA_ERR^CLOG_PLT|I
1 1 R F Set ID - SPM 1

Output Format for Host Connection 53

Ref: RAA085AEN
HL7 Format
Message Segments

Input Input
SEQ LEN OPT Element name Example SEQ LEN OPT Element name Example
type type
2 16 O AN Specimen ID 0123456789 21 ^Hematology_Department
WB 17 O AN Entering Organization Hematology_Department:
4 20 R CL Specimen Type 20
WB (Whole Blood) department name
P
11 1 R F Specimen Role
P (Patient) Example of a common order segment sent by Host:
20161012145110 ORC|NW|||||||||||||||||^Hematology_Department
Specimen Collection
17 14 O DT YYYYMMDDhhmmss: date and time
Date/Time
of the specimen collection

Specimen Received
20161012181002 4.2.5.2. From Yumizen H500 OT/CT to Host
18 14 O DT YYYYMMDDhhmmss: date and time
Date/Time
of the specimen reception
Input
SEQ LEN OPT Element name Example
type
Example of a specimen segment sent by Yumizen H500 OT/CT:
0 3 R F Segment ID ORC
SPM|1|0123456789||WB||||||P||||||20161012145110|20161012181002
SC
1 2 R F Order Control
SC (Status Change)
21 ^Hematology_Department
17 O AN Entering Organization Hematology_Department:
4.2.5. ORC - Common Order Segment 20
department name

The Common Order segment (ORC) is used to transmit fields that are common to all
Example of a common order segment sent by Yumizen H500 OT/CT:
orders.
ORC|SC|||||||||||||||||^Hematology_Department
However, the Yumizen H500 OT/CT manages only one order at a time.

4.2.5.1. From Host to Yumizen H500 OT/CT

4.2.6. OBR - Observation Request Segment
Input
SEQ LEN OPT Element name Example In the reporting of clinical data, the OBR serves as the report header. It identifies the
type
observation set represented by the following atomic observations. It includes the
0 3 R F Segment ID ORC
relevant ordering information when that applies. It contains many of the attributes that
NW usually apply to all of the included observations.
1 2 R CL Order Control
NW (New order)

Output Format for Host Connection 54

Ref: RAA085AEN
HL7 Format
Message Segments

The Universal Service Identifier field corresponds to any parameters or compatible Input
SEQ LEN OPT Element name Example
panels: type
DIF
CBC Test panel:
Universal Service
4 10 R OL
DIF Identifier ■ CBC
■ DIF
51 789456^JOHN DOE
4.2.6.1. From Host to Yumizen H500 OT/CT 16 20 O AN Ordering Provider 789456: physician ID
30 JOHN DOE: physician name
Input
SEQ LEN OPT Element name Example 20161012161021
type Results Rpt / Status
22 14 R DT YYYYMMDDhhmmss: date and time
0 3 R F Segment ID OBR Chng Date
of the result delivery
1 1 O N Set ID - OBR 1 F
25 1 R F Result Status
CBC F (Final)
Universal Service Test panel: LoginName
4 10 R OL 34 41 R AN Technician
Identifier ■ LoginName: user login name
CBC
■ DIF
51 789456^MISTER PHYSICIAN Example of an observation request segment sent by Yumizen H500 OT/CT:
20 789456: physician ID
OBR|1|||CBC|||||||||||789456^MISTER PHYSICIAN||||||20161012161552|||F|||||||||LoginName
16 O AN Ordering Provider
MISTER PHYSICIAN: physician
30
name

Example of an observation request segment sent by Host:

OBR|1|||CBC||||||||||||789456^MISTER PHYSICIAN

4.2.6.2. From Yumizen H500 OT/CT to Host

Input
SEQ LEN OPT Element name Example
type
0 3 R F Segment ID OBR
1 1 R F Set ID - OBR 1

Output Format for Host Connection 55

Ref: RAA085AEN
HL7 Format
Message Segments

4.2.7. OBX - Observation Result Segment 4.2.7.2. From Yumizen H500 OT/CT to Host with the SPM Segment

The OBX segment is used to transmit a single observation or observation fragment. It For the Patient Age
represents the smallest indivisible unit of a report. The OBX segment can be linked to a
SPM or an OBR segment. Input
SEQ LEN OPT Element name Example
type
4.2.7.1. From Host to Yumizen H500 OT/CT with the SPM Segment 0 3 R F Segment ID OBX
1 1 R F Set ID - OBX 1
Input NM
SEQ LEN OPT Element name Example 2 2 R F Value Type
type NM (Numeric)
0 3 R F Segment ID OBX 35659-2^Age at specimen
40
collection^LN
1 1 O N Set ID - OBX 1
10 35659-2: LOINC code
NM
2 2 O CL Value Type 3 R F Observation Identifier Age at specimen collection: name of
NM (Numeric) 26
the transmitted observation
35659-2^Age at specimen
24 LN: Logical Observation Identifiers
collection^LN 2
Names and Codes (LOINC)
10 35659-2: LOINC code
3 O F Observation Identifier 35
Age at specimen collection: name of 5 3 O N Observation Value
10 35: patient age
the transmitted observation
d
LN: Logical Observation Identifiers
2 Unit:
Names and Codes (LOINC)
6 2 O CL Units ■ a (Year)
35
5 3 O N Observation Value ■ m (Month)
35: patient age
■ d (Day)
d ■ h (Hour)
Unit:
Observation Result F
■ 11 1 R F
6 2 O CL Units a (Year) Status F (Final)
■ m (Month)
■ d (Day)
■ h (Hour) Example of an observation result segment sent by Yumizen H500 OT/CT:
OBX|1|NM|35659-2^Age at specimen collection^LN||36|a|||||F
Observation Result F
11 1 O F
Status F (Final)

Example of an observation result segment sent by Host:

OBX|1|NM|35659-2^Age at specimen collection^LN||36|a|||||F

Output Format for Host Connection 56

Ref: RAA085AEN
HL7 Format
Message Segments

For the Dosage Category SEQ LEN OPT

Input
Element name Example
type
Input 24 742-7^MON#^LN
SEQ LEN OPT Element name Example
type 10 O OL 742-7: LOINC code
0 3 R F Segment ID OBX 3 10 R OL Observation Identifier MON#: parameter English name
1 4 R F Set ID - OBX 1 LN: Logical Observation Identifiers
2 R F
ST Names and Codes (LOINC)
2 2 R F Value Type
ST (String) 2.4
5 16 O AN Observation Value
3 40 R F Observation Identifier ^Dosage category 2.4: parameter value
CHILD1 1E03/mm3
6 10 R OL Units
Patient profile: CHILD1, CHILD2, 1E03/mm3: parameter unit
5 20 O AN Observation Value
CHILD3, CHILD4, CHILD5, CHILD6, xx - yy^REFERENCE_RANGE&xx -
CHILD7 yy^CRITICAL_RANGE
Observation Result F One or more ranges (used to
11 1 R F 110
Status F (Final) evaluate the abnormal flags of the
parameter) are sent as follows:
range values1^range type1&range
Example of an observation result segment sent by Yumizen H500 OT/CT: 7 O References Range values2^range type2&...
OBX|1|ST|^Dosage category||CHILD1||||||F 20 AN xx - yy: range values
REFERENCE_RANGE: range type
15 CL
4.2.7.3. From Yumizen H500 OT/CT to Host with the OBR Segment ■ REFERENCE_RANGE
■ CRITICAL_RANGE
L~
For Parameter Values
L: abnormal flag
■ L (Low)
Input
SEQ LEN OPT Element name Example ■ H (High)
type
■ LL (Critically low)
0 3 R F Segment ID OBX 8 2 R CL Abnormal Flags ■ HH (Critically high)
3 ■ < (Off scale low)
Incremented by one at each OBX ■ > (Off scale high)
1 4 R N Set ID - OBX ■ A (Abnormal)
segment in the OBR segment,
starting with 1. ■ N (Normal)
■ X (Invalid value)
ST ■ >> (Above absolute visibility)
2 2 R CL Value Type NM (Numeric)
ST (String)

Output Format for Host Connection 57

Ref: RAA085AEN
HL7 Format
Message Segments

Input Input
SEQ LEN OPT Element name Example SEQ LEN OPT Element name Example
type type
F 150520M11^20200915000000^202
39
F: result status 01115
■ 15 R AN Traceability 150520M11: reagent ID
Z (Warning: suspicion on 5
Observation Result Information
11 1 R CL validity, reject or out of linearity 14 O DT 20200915000000: loaded date/time
Status range)
■ X (Order cannot be done: invalid 8 R D 20201115: expiration date
value or out of visibility range) REAGENT
■ F (Final) 6 7 R F Traceability type
REAGENT: traceability type
LoginName Observation Result F
16 41 R AN Responsible Observer 11 1 R F
LoginName: user login name Status F (Final)
17 30 O AN Observation Method Laboratory name

Date/Time of the
20210707172928 Example of an observation result segment sent by Yumizen H500 OT/CT:
19 14 R DT YYYYMMDDhhmms: date and time OBX|3|ED|LYSE||150520M11^20200915000000^20201115|REAGENT|||||F
Analysis
of the analysis

Example of an observation result segment sent by Yumizen H500 OT/CT:

OBX|5|NM|789-8^RBC^LN||3.92|1E06/mm3|4.20 - 6.00^REFERENCE_RANGE|>|||Z|||||
LabMan_111|||20210707172928 4.2.8. MSA - Message Acknowledgment Segment

For Reagent Traceability The MSA segment contains information sent while acknowledging another message.

Input
SEQ LEN OPT Element name Example
type 4.2.8.1. From Host to Yumizen H500 OT/CT
0 3 R F Segment ID OBX
3 Input
Incremented by one at each OBX SEQ LEN OPT Element name Example
1 4 R N Set ID - OBX type
segment in the OBR segment,
0 3 R F Segment ID MSA
starting with 1.
AA
ED
2 2 R CL Value Type Acknowledgment AA (Accept)
ED (Encapsulated Data) 1 2 R CL
Code AE (Error)
LYSE AR (Reject)
3 20 R OL Traceability Name
LYSE: reagent name
2016101214500200002
Message Control ID of the
2 20 R AN Message Control ID
corresponding message sent by the
Yumizen H500 OT/CT.

Output Format for Host Connection 58

Ref: RAA085AEN
HL7 Format
Message Segments

Example of a message sent by Host: Input

SEQ LEN OPT Element name Example
MSA|AA|2016101214500200002 type
E
4 1 R CL Severity
E (Error)
4.2.8.2. From Yumizen H500 OT/CT to Host 8 250 O AN User Message
The Version ID is not supported
Error message

Input
SEQ LEN OPT Element name Example
type Example of a message sent by Host:
0 3 R F Segment ID MSA ERR|||203|E||||The Version ID is not supported
AA
Acknowledgment AA (Accept)
1 2 R CL 4.2.9.2. From Yumizen H500 OT/CT to Host
Code AE (Error)
AR (Reject)
2016101214500200002 Input
Message Control ID of the SEQ LEN OPT Element name Example
2 20 R AN Message Control ID type
corresponding message sent by the
0 3 R F Segment ID ERR
Host.
101
3 20 R CL HL7 Error Code
Error code
Example of a message sent by Yumizen H500 OT/CT:
E
MSA|AA|2016101214500200002 4 1 R CL Severity
E (Error)
A required field is missing from a
8 250 O AN User Message segment
Error message

4.2.9. ERR - Error Segment

Error code
The ERR segment is used to add error comments to acknowledgment messages.
Error Concerned
When? Name Context
code Segment / Field
Message Unsupported
4.2.9.1. From Host to Yumizen H500 OT/CT rejected
200
message type
The Message Type is not supported. MSH-9

Message Unsupported
201 The Event Code is not supported. MSH-9
Input rejected event code
SEQ LEN OPT Element name Example
type
Message Unsupported
202 The Processing ID is not supported. MSH-11
0 3 R F Segment ID ERR rejected processing id
203
3 20 R CL HL7 Error Code
Error code

Output Format for Host Connection 59

Ref: RAA085AEN
HL7 Format
Special Characteristics for HORIBA Medical Data

When?
Error
Name Context
Concerned 4.3. Special Characteristics for HORIBA Medical Data
code Segment / Field
Message Unsupported
203 The Version ID is not supported. MSH-12
rejected version id
Message Unknown key
204 The order to delete does not exist. SPM
rejected identifier
Message Duplicate key The ID of the patient, order, etc., already 4.3.1. Data Presentation
205 SPM
rejected identifier exists.
The analyzer is not be able to manage The CBC and DIF codes correspond to the parameter English name in field OBX.3 and
Message Application
206 the message because of an error at the Not applicable the units correspond to the Units field OBX.6.
rejected record locked
application storage.
Message Application A catch-all for internal errors not
207 Not applicable
rejected internal error explicitly covered by other codes.
4.3.1.1. Parameters
The message segments were not in the
Message Segment
100 proper order, or required segments are Not applicable
error sequence error LOINC Code: Logical Observation Identifiers Names & Codes
missing.
A required field is missing from a
Message Required field CBC Codes LOINC Code Definition
101 segment or a required component is Not applicable
error missing RBC 789-8 Red Blood Cells
missing in the field.
Message The field contains data of the wrong HGB 718-7 Hemoglobin Concentration
102 Data type error Not applicable
error input type. HCT 4544-3 Hematocrit
A field (that must contain only MCV 787-2 Mean Corpuscular Volume
Message Table value not predefined value) was compared
103 Not applicable MCH 785-6 Mean Corpuscular Hemoglobin
error found against the corresponding table, and no
match was found. MCHC 786-4 Mean Corpuscular Hemoglobin Concentration
Message RDW-SD 21000-5 Red Distribution Width Standard Deviation
104 Value too long A value exceeded the normative length. Not applicable
error
RDW-CV 788-0 Red Distribution Width
MIC X-MIC Microcytic Red Blood Cells percentage (versus
Example of a message sent by Yumizen H500 OT/CT: RBC)
ERR|||101|E||||A required field is missing from a segment
MAC X-MAC Macrocytic Red Blood Cells percentage (versus
RBC)
PLT 777-3 Platelets
PCT 51637-7 Plateletcrit
PDW 51631-0 Platelets Distribution Width
MPV 32623-1 Mean Platelet Volume
P-LCC 96354-6 Platelets - Large Cell Count

Output Format for Host Connection 60

Ref: RAA085AEN
HL7 Format
Special Characteristics for HORIBA Medical Data

CBC Codes LOINC Code Definition 4.3.1.2. Units

P-LCR 48386-7 Platelets - Large Cell Ratio
WBC 6690-2 White Blood Cells CBC Codes SI (international) Conventional mmol/L Japan China
RBC 1012/L 106/mm3 1012/L 104/µL 1012/L
DIF Codes LOINC Code Definition HGB g/L g/dL mmol/L g/dL g/L
LYM# 731-0 Lymphocytes absolute value HCT L/L % L/L % %
LYM% 736-9 Lymphocytes percentage MCV fL fL fL fL fL
MON# 742-7 Monocytes absolute value MCH pg pg fmol pg pg
MON% 5905-5 Monocytes percentage MCHC g/L g/dL mmol/L g/dL g/L
NEU# 751-8 Neutrophils absolute value RDW-SD fL fL fL fL fL
NEU% 770-8 Neutrophils percentage RDW-CV % % % % %
EOS# 711-2 Eosinophils absolute value MIC % % % % %
EOS% 713-8 Eosinophils percentage MAC % % % % %
BAS# 704-7 Basophils absolute value PLT 109/L 103/mm3 109/L 104/µL 109/L
BAS% 706-2 Basophils percentage
PCT % % % % %
IMG# 53115-2 Immature Granulocytic cells absolute value
PDW fL fL fL fL fL
IMG% 71695-1 Immature Granulocytic cells percentage
MPV fL fL fL fL fL
IMM# X-IMM# Immature Cells Medium granulometry absolute
P-LCC 109/L 103/mm3 109/L 104/µL 109/L
value
P-LCR % % % % %
IMM% X-IMM% Immature Cells Medium granulometry
percentage WBC 109/L 103/mm3 109/L 102/µL 109/L
IML# X-IML# Immature Cells Low granulometry absolute value
IML% X-IML% Immature Cells Low granulometry percentage DIF Codes SI (international) Conventional mmol/L Japan China

ALY# 43743-4 Atypical Lymphocytes absolute value LYM# 109/L 103/mm3 109/L 102/mm3 109/L

ALY% 42250-1 Atypical Lymphocytes percentage LYM% % % % % %

LIC# 55432-9 Large Immature Cells absolute value MON# 109/L 103/mm3 109/L 102/mm3 109/L
LIC% 55433-7 Large Immature Cells percentage MON% % % % % %
NEU# 109/L 103/mm3 109/L 102/mm3 109/L
NEU% % % % % %
EOS# 109/L 103/mm3 109/L 102/mm3 109/L
EOS% % % % % %

Output Format for Host Connection 61

Ref: RAA085AEN
HL7 Format
Special Characteristics for HORIBA Medical Data

DIF Codes SI (international) Conventional mmol/L Japan China Measurement

Alarm type Transmitted data Description
type
BAS# 109/L 103/mm3 109/L 102/mm3 109/L
D DIFF ANA_ERR^BUBBLE_DIFF Optical Noise
BAS% % % % % %
S DIFF WBC_ABN_MAT^ABN_NEU Abnormal NEU
IMG# 109/L 103/mm3 109/L 102/mm3 109/L
S DIFF WBC_ABN_MAT^BLAST Blasts?
IMG% % % % % %
Presence of a significant large
IMM# 109/L 103/mm3 109/L 102/mm3 109/L population of cells located on
S DIFF WBC_ABN_MAT^NEU_NOISE
IMM% % % % % % the left-hand side of the
neutrophil area
IML# 109/L 103/mm3 109/L 102/mm3 109/L
S DIFF WBC_ABN_MAT^NRBC NRBC?
IML% % % % % %
Separation threshold is not
ALY# 109/L 103/mm3 109/L 102/mm3 109/L S DIFF WBC_ABN_MAT^SEP_LYM_MON found between the lymphocytes
ALY% % % % % % and monocytes areas
LIC# 109/L 103/mm3 109/L 102/mm3 109/L Presence of a significant large
population of cells located in
LIC% % % % % % S DIFF WBC_ABN_MAT^SEP_LYM_MON
the separation area between
lymphocytes and monocytes
WBC_ABN_MAT^SEP_LYM_MON
S DIFF MON Interference
WBC_ABN_MAT^SEP_MON_IMM
4.3.2. Alarms and Pathologies Separation threshold is not
S DIFF WBC_ABN_MAT^SEP_LYM_NEU found between the lymphocytes
and neutrophils areas
4.3.2.1. Suspicion and Reject Presence of a significant large
population of cells located in
S DIFF WBC_ABN_MAT^SEP_LYM_NEU
When a result is suspected of being abnormal or false, it is not reliable and the the separation area between
instrument returns a flag in field OBX.8. lymphocytes and neutrophils
Separation threshold is not
S DIFF WBC_ABN_MAT^SEP_MON_NEU found between the monocytes
4.3.2.2. Normal and Panic Ranges and neutrophils areas
Presence of a significant large
Flags when result exceeds normal or panic ranges are transmitted through field OBX.8, population of cells located in
S DIFF WBC_ABN_MAT^SEP_MON_NEU
they should be compared, to obtain a full result information, to the ranges set by the the separation area between
user. monocytes and neutrophils
Separation threshold is not
S DIFF WBC_ABN_MAT^SEP_NEU_EOS found between the eosinophils
4.3.2.3. Analytical Alarms and neutrophils areas

Analytical alarms and suspected pathologies are transmitted in field NTE.3.

Output Format for Host Connection 62

Ref: RAA085AEN
HL7 Format
Special Characteristics for HORIBA Medical Data

Measurement Measurement
Alarm type Transmitted data Description Alarm type Transmitted data Description
type type
Presence of a significant large D RBC ANA_ERR^CLOG_RBC No count
population of cells located in
S DIFF WBC_ABN_MAT^SEP_NEU_EOS D RBC ANA_ERR^CLOG_RBC Low Count
the separation area between
neutrophils and eosinophils D RBC ANA_ERR^UNST_RBC Unstable Count
WBC_ABN_MAT^SUSP_NB_ALY0 S RBC OOR_PLT^LINEARITY High linearity
WBC_ABN_MAT^SUSP_NB_ALY1 S RBC OOR_PLT^VISIBILITY High visibility
Presence of a significant large
WBC_ABN_MAT^SUSP_NB_ALY2
S DIFF population of cells in the S RBC OOR_RBC^LINEARITY High linearity
WBC_ABN_MAT^SUSP_NB_ALY3
atypical lymphocytes area
WBC_ABN_MAT^SUSP_NB_ALY4 Result out of LoQ (Limit of
S RBC OOR_RBC^LOQ
WBC_ABN_MAT^SUSP_P_ALY Quantitation)
Presence of a significant large S RBC OOR_RBC^VISIBILITY High visibility
WBC_ABN_MAT^SUSP_NB_IML population of cells in the lower
S DIFF S RBC PLT_CONCENT PLT Concentrate Mode
WBC_ABN_MAT^SUSP_P_IML part of the large immature cells
area S RBC RBC_ABN_HIST^INTERF Interference?
Presence of a significant large RBC_ABN_HIST^INTERF_RBC_W
S RBC Nucleated cells interference
WBC_ABN_MAT^SUSP_NB_IMM population of cells in the middle BC
S DIFF
WBC_ABN_MAT^SUSP_P_IMM part of the large immature cells HGB blank measurements out
area D RBC_OTH ANA_ERR^UNST_HGB
of the intensity ranges
WBC_ABN_MAT^SUSP_NB_LIC0 Intensity instability during the
Presence of a significant large D RBC_OTH ANA_ERR^UNST_HGB
WBC_ABN_MAT^SUSP_NB_LIC1 three HGB blank measurements
S DIFF population of cells in the large
WBC_ABN_MAT^SUSP_NB_LIC2
immature cells area Intensity instability during the
WBC_ABN_MAT^SUSP_P_LIC D RBC_OTH ANA_ERR^UNST_HGB
nine HGB measurements
D PLT ANA_ERR^CLOG_PLT No count
HGB_MEAS_BIAS^INTERF_HGB_
D PLT ANA_ERR^CLOG_PLT Low Count S RBC_OTH HGB/WBC Interference
WBC
D PLT ANA_ERR^UNST_PLT Unstable Count S RBC_OTH OOR_HCT^LINEARITY High linearity
D PLT ANA_ERR^UNST_PLT Background noise Result out of LoQ (Limit of
S RBC_OTH OOR_HCT^LOQ
Result out of LoQ (Limit of Quantitation)
S PLT OOR_PLT^LOQ
Quantitation) S RBC_OTH OOR_HCT^VISIBILITY High visibility
S PLT PLT_INTERF^PLTAGR PLT aggregates? S RBC_OTH OOR_HGB^LINEARITY High linearity
S PLT PLT_ABN_HIST^ABN_PDW Abnormal PDW Result out of LoQ (Limit of
S RBC_OTH OOR_HGB^LOQ
S PLT PLT_ABN_HIST^SEP_RBC_PLT RBC PLT Interference Quantitation)
S PLT WBC_ABN_MAT^NRBC_PLTAGR PLT aggregates or NRBC? S RBC_OTH OOR_HGB^VISIBILITY High visibility
D RBC ANA_ERR^BAL_RBC_HGB Abnormal MCH PLT_ABN_HIST^SCH_MACRO_PL
S RBC_OTH Schistocytes/Macro PLT?
T
D RBC ANA_ERR^BAL_RBC_HGB Abnormal MCHC
S RBC_OTH RBC_ABN_HIST^ABN_DISTRI Abnormal distribution

Output Format for Host Connection 63

Ref: RAA085AEN
HL7 Format
Special Characteristics for HORIBA Medical Data

Measurement ■ Macroplatelets
Alarm type Transmitted data Description
type ■ PLT aggregate?
S RBC_OTH RBC_ABN_HIST^DBL_POP RBC double population ■ NRBC?
■ PLT aggregate or NRBC?
D WBC ANA_ERR^CLOG_DIFF No count
■ Low PLT Count
D WBC ANA_ERR^LIGHT_BEAM_DIFF Optical bench light error ■ Leukocytosis
D WBC ANA_ERR^UNST_DIFF Unstable Count ■ Leukopenia
Low correlation between the ■ Lymphocytosis
D WBC ANA_ERR^UNST_DIFF resistive and optical ■ Lymphopenia
measurements on the matrix ■ Neutrophilia
D WBC ANA_ERR^UNST_DIFF No cells counted in the flowcell
■ Neutropenia
■ Eosinophilia
S WBC OOR_WBC^LINEARITY High linearity ■ Monocytosis
Result out of LoQ (Limit of ■ Basophilia
S WBC OOR_WBC^LOQ
Quantitation) ■ Large Immature Cells
S WBC OOR_WBC^VISIBILITY High visibility ■ Atypic Lymphocytes
S WBC WBC_ABN_MAT^INTERF_TNC Counted WBC abnormally low ■ Left Shift
■ Extrem Neutropenia
S WBC WBC_ABN_MAT^INTERF_WBC WBC Interference
■ Pancytopenia
WBC_ABN_MAT^NEU_EOS_NOIS ■ Blank Cycle
S WBC Background noise
E ■ Malaria P. falciparum?
Presence of a significant large ■ Malaria P. vivax?
population of cells located in ■ Dengue?
WBC_ABN_MAT^SEP_LYM_NRB
S WBC the separation area between
C
the background noise low and
lymphocytes areas

Transmitted suspected pathologies list:

■ Erythrocytosis
■ Anemia
■ Double RBC population?
■ Macrocytosis
■ Microcytosis
■ Hypochromia
■ Anisocytosis
■ Poikilocytosis
■ Cold Agglutinins
■ Thrombocytosis
■ Thrombocytopenia

Output Format for Host Connection 64

Ref: RAA085AEN
HL7 Format
Laboratory Testing Workflow Examples

4.4. Laboratory Testing Workflow Examples 4.4.2. Yumizen H500 OT/CT to Host acknowledgment

Message Accepted

-> <VT>
4.4.1. Host to Yumizen H500 OT/CT standard test request -> MSH|^~\&|H500^112YADH47745^3.0.0.3b|HORIBA_MEDICAL|Application|Facility|
20210726134529||ORL^O34^ORL_O34|MCID12345678|P|2.5||||||UNICODE UTF-8<CR>

Message Without Optional Segments -> MSA|AA|MCID12345678<CR>

-> <FS><CR>
-> <VT>
-> MSH|^~\&|Application|Facility|||20210726134529||OML^O33^OML_O33|MCID12345678|P| Message Rejected
2.5||||||UNICODE UTF-8<CR>
-> PID|1||PID_12345^^^^PI<CR> -> <VT>

-> SPM|1|SID_12345||WB<CR> -> MSH|^~\&|H500^112YADH47745^3.0.0.3b|HORIBA_MEDICAL|Application|Facility|

20210726134529||ORL^O34^ORL_O34|MCID12345678|P|2.5||||||UNICODE UTF-8<CR>
-> ORC|NW<CR>
-> MSA|AR|MCID12345678<CR>
-> OBR|1|||DIF<CR>
-> ERR|||201|E||||The Event Code is not supported.<CR>
-> <FS><CR>
-> <FS><CR>

Message With Optional Segments

Message Error
-> <VT>
-> <VT>
-> MSH|^~\&|Application|Facility|||20210726134529||OML^O33^OML_O33|MCID12345678|P|
2.5||||||UNICODE UTF-8<CR> -> MSH|^~\&|H500^112YADH47745^3.0.0.3b|HORIBA_MEDICAL|Application|Facility|
20210726134529||ORL^O34^ORL_O34|MCID12345678|P|2.5||||||UNICODE UTF-8<CR>
-> PID|1||PID2_111^^^^PI||Lname^Fname||19480827|M<CR>
-> MSA|AE|MCID12345678<CR>
-> NTE|1||Comment for Patient with PID2_111|G<CR>
-> ERR|||101|E||||A required field is missing from a segment<CR>
-> SPM|1|SID2_111||WB|||||||P||||||20210723161718|20210726161718<CR>
-> <FS><CR>
-> ORC|NW||||||||||||||||^HABX_Department<CR>
-> TQ1|||||||||S<CR>
-> OBR|1|||DIF|||20210522174812|||||||||PhysicianID^PhysicianName<CR>
-> NTE|1||Comment for Sample with SID2_111|G<CR>
-> <FS><CR>

Output Format for Host Connection 65

Ref: RAA085AEN
HL7 Format
Laboratory Testing Workflow Examples

4.4.3. Yumizen H500 OT/CT to Host standard result -> OBX|12|NM|21000-5^RDW-SD^LN||38.1|fL|37.0 - 56.0^REFERENCE_RANGE|N|||F|||||
LabMan_111|||20210707172907<CR>
-> OBX|13|NM|777-3^PLT^LN||218|1E03/mm3|150 - 400^REFERENCE_RANGE|N|||Z|||||
-> <VT>
LabMan_111|||20210707172907<CR>
-> MSH|^~\&|H500^112YADH47745^3.0.0.3a|HORIBA_MEDICAL|Application|Facility|
-> OBX|14|NM|51631-0^PDW^LN||16.8|fL|11.0 - 20.0^REFERENCE_RANGE|N|||Z|||||LabMan_111|||
20210707180555||OUL^R22^OUL_R22|21070718072400001|P|2.5||||||UNICODE UTF-8<CR>
20210707172907<CR>
-> PID|1||0565^^^^PI||NAME^FIRSTNAME||19900518000000|M<CR>
-> OBX|15|NM|51637-7^PCT^LN||0.327|%|0.150 - 0.400^REFERENCE_RANGE|N|||Z|||||
-> SPM|1|0566||WB<CR> LabMan_111|||20210707172907<CR>
-> OBX|1|NM|35659-2^Age at specimen collection^LN||31|a|||||F<CR> -> OBX|16|NM|32623-1^MPV^LN||9.2|fL|7.4 - 12.0^REFERENCE_RANGE|N|||Z|||||LabMan_111|||
-> OBX|2|ST|^Dosage category||MAN||||||F<CR> 20210707172907<CR>

-> OBR|1|||DIF||||||||||||||||||20210707172907|||F|||||||||LabMan_111<CR> -> OBX|17|NM|96354-6^P-LCC^LN||0|1E03/mm3|44 - 140^REFERENCE_RANGE|L|||Z|||||

LabMan_111|||20210707172907<CR>
-> ORC|UX||||||||||||||20210707172907||^echotomogr<CR>
-> OBX|18|NM|48386-7^P-LCR^LN||0.1|%|18.0 - 50.0^REFERENCE_RANGE|L|||Z|||||LabMan_111|||
-> NTE|1|L| 20210707172907<CR>
P^^REAGENT_EXPIRED~S^PLT^PLT_ABN_HIST^SEP_RBC_PLT~P^^LARGE_IMMATURE_CELL
S~P^^DENGUE|I<CR> -> OBX|19|NM|731-0^LYM#^LN||3.77|1E03/mm3|1.00 - 4.00^REFERENCE_RANGE|N|||F|||||
LabMan_111|||20210707172907<CR>
-> NTE|2|L|This is a comment 567 ?|G<CR>
-> OBX|20|NM|736-9^LYM%^LN||39.4|%|15.0 - 45.0^REFERENCE_RANGE|N|||F|||||LabMan_111|||
-> OBX|1|ED|CLEANER||150206I1*^20200525000000^20200725|REAGENT|||||F<CR> 20210707172907<CR>
-> OBX|2|ED|DILUENT||171108H1*^20180227000000^20180427|REAGENT|||||F<CR> -> OBX|21|NM|742-7^MON#^LN||0.27|1E03/mm3|0.20 - 0.80^REFERENCE_RANGE|N|||F|||||
-> OBX|3|ED|LYSE||150520M11^20200915000000^20201115|REAGENT|||||F<CR> LabMan_111|||20210707172907<CR>
-> OBX|4|NM|6690-2^WBC^LN||9.45|1E03/mm3|3.50 - 10.00^REFERENCE_RANGE|N|||F||||| -> OBX|22|NM|5905-5^MON%^LN||2.8|%|4.0 - 13.0^REFERENCE_RANGE|L|||F|||||LabMan_111|||
LabMan_111|||20210707172907<CR> 20210707172907<CR>
-> OBX|5|NM|789-8^RBC^LN||3.61|1E06/mm3|4.20 - 6.00^REFERENCE_RANGE|L|||F||||| -> OBX|23|NM|751-8^NEU#^LN||5.14|1E03/mm3|1.50 - 7.00^REFERENCE_RANGE|N|||F|||||
LabMan_111|||20210707172907<CR> LabMan_111|||20210707172907<CR>
-> OBX|6|NM|718-7^HGB^LN||10.9|g/dL|13.0 - 17.0^REFERENCE_RANGE|L|||F|||||LabMan_111||| -> OBX|24|NM|770-8^NEU%^LN||55.0|%|40.0 - 75.0^REFERENCE_RANGE|N|||F|||||LabMan_111|||
20210707172907<CR> 20210707172907<CR>
-> OBX|7|NM|4544-3^HCT^LN||41.1|%|40.0 - 54.0^REFERENCE_RANGE|N|||F|||||LabMan_111||| -> OBX|25|NM|711-2^EOS#^LN||0.25|1E03/mm3|0.00 - 0.50^REFERENCE_RANGE|N|||F|||||
20210707172907<CR> LabMan_111|||20210707172907<CR>
-> OBX|8|NM|787-2^MCV^LN||99.7|fL|80.0 - 100.0^REFERENCE_RANGE|N|||F|||||LabMan_111||| -> OBX|26|NM|713-8^EOS%^LN||2.6|%|0.5 - 7.0^REFERENCE_RANGE|N|||F|||||LabMan_111|||
20210707172907<CR> 20210707172907<CR>
-> OBX|9|NM|785-6^MCH^LN||28.7|pg|27.0 - 34.0^REFERENCE_RANGE|N|||F|||||LabMan_111||| -> OBX|27|NM|704-7^BAS#^LN||0.02|1E03/mm3|0.00 - 0.20^REFERENCE_RANGE|N|||F|||||
20210707172907<CR> LabMan_111|||20210707172907<CR>
-> OBX|10|NM|786-4^MCHC^LN||31.7|g/dL|32.0 - 35.0^REFERENCE_RANGE|L|||F||||| -> OBX|28|NM|706-2^BAS%^LN||0.2|%|0.0 - 2.0^REFERENCE_RANGE|N|||F|||||LabMan_111|||
LabMan_111|||20210707172907<CR> 20210707172907<CR>
-> OBX|11|NM|788-0^RDW-CV^LN||9.7|%|12.0 - 18.0^REFERENCE_RANGE|LL|||F||||| -> OBX|29|NM|55432-9^LIC#^LN||0.30|1E03/mm3|0.00 - 0.20^REFERENCE_RANGE|H|||F|||||
LabMan_111|||20210707172907<CR> LabMan_111|||20210707172907<CR>

Output Format for Host Connection 66

Ref: RAA085AEN
HL7 Format
References

-> OBX|30|NM|55433-7^LIC%^LN||3.2|%|0.0 - 3.0^REFERENCE_RANGE|HH|||F|||||LabMan_111||| 4.5. References

20210707172907<CR>
-> OBX|31|NM|43743-4^ALY#^LN||0.28|1E03/mm3|0.00 - 99999.00^REFERENCE_RANGE|N|||F|||||
LabMan_111|||20210707172907<CR>
-> OBX|32|NM|42250-1^ALY%^LN||3.0|%|0.0 - 100.0^REFERENCE_RANGE|N|||F|||||LabMan_111||| Title Version Date Author
20210707172907<CR>
HL7 Messaging Standard 2.5 2013 HL7 Int.
-> OBX|33|NM|X-MIC^MIC^LN||0.3|%|0.0 - 20.0^REFERENCE_RANGE|N|||F|||||LabMan_111|||
IHE Laboratory (LAB) Technical 5.0 2013 IHE Int.
20210707172907<CR>
Framework
-> OBX|34|NM|X-MAC^MAC^LN||0.2|%|2.0 - 10.0^REFERENCE_RANGE|L|||F|||||LabMan_111|||
20210707172907<CR>
-> OBX|35|NM|X-IMM#^IMM#^LN||0.28|1E03/mm3|0.00 - 0.10^REFERENCE_RANGE|H|||F|||||
LabMan_111|||20210707172907<CR>
-> OBX|36|NM|X-IML#^IML#^LN||0.18|1E03/mm3|0.00 - 0.05^REFERENCE_RANGE|H|||F|||||
LabMan_111|||20210707172907<CR>
-> OBX|37|NM|53115-2^IMG#^LN||0.01|1E03/mm3|0.00 - 100.00^REFERENCE_RANGE|N|||F|||||
LabMan_111|||20210707172907<CR>
-> OBX|38|NM|X-IMM%^IMM%^LN||3.0|%|0.0 - 0.5^REFERENCE_RANGE|HH|||F|||||LabMan_111|||
20210707172907<CR>
-> OBX|39|NM|X-IML%^IML%^LN||1.9|%|0.0 - 0.2^REFERENCE_RANGE|H|||F|||||LabMan_111|||
20210707172907<CR>
-> OBX|40|NM|71695-1^IMG%^LN||0.1|%|0.0 - 2.0^REFERENCE_RANGE|N|||F|||||LabMan_111|||
20210707172907<CR>

4.4.4. Host to Yumizen H500 OT/CT acknowledgment

-> <VT>
-> MSH|^~\&|Application|Facility|H500^112YADH47745^3.0.0.3b|HORIBA_MEDICAL|
20210726193805||ACK^R22^ACK_R22|21072618365400001|P|2.5<CR>
-> MSA|AA|21072618365400001<CR>

Output Format for Host Connection 67

Ref: RAA085AEN
Appendices
Error Management

5. Appendices
Message Definition
LL_RESPONSE_TIMEOUT_ERROR Timeout occurs while expecting a control character
from Host
5.1. Error Management LL_FRAME_TIMEOUT_ERROR Timeout occurs while expecting a data frame or a frame
control character (EOT) from Host

Error Messages Displayed on the Instrument High Level Protocol Errors

Message Definition Message Definition

H01 Invalid data at order reception HL_UNEXPECTED_RECORD_ERROR An unexpected (at wrong place in the frame) record has
been received and ignored
H02 Contextual error at order reception
HL_NOT_MANAGED_RECORD_ERROR A record not manageable has been received and
H03 Host connection error ignored
H04 Communication protocol error (low level) HL_IGNORED_RECORD_ERROR A record has been ignored (following a previous error)
Only for ASTM
HL_IGNORED_MESSAGE_ERROR A message has been ignored due to:
H05 Communication protocol error (high level)
■ an erroneous field value in a mandatory segment
H06 Communication protocol error at sending ■ a mandatory segment absent
H07 Host software error
Only for HL7

Low Level Protocol Errors (Only for ASTM) HL_BYPASSED_RECORD_ERROR A record of upper level has been ignored (following a
previous error)
Message Definition HL_TERMINATOR_MISSING_ERROR The Terminator record of a message is missing
Only for ASTM
LL_ENQ_ERROR Establishment phase conflict ENQ - ENQ
HL_INVALID_ORDER_RECORD_ERROR Order in response to a query is invalid, record ignored
LL_NAK_ERROR NAK control character received from Host
HL_INVALID_FIELD_ERROR Invalid field type or value, mandatory field absent,
LL_FRAME_STRUCT_ERROR Invalid frame structure record ignored
LL_LENGTH_ERROR Invalid frame length HL_FIELD_LENGTH_ERROR Invalid field length, field truncated or record ignored
LL_FRAME_NUMBER_ERROR Invalid frame number HL_FIELD_REPEAT_DELIMITER_ERROR Not allowed field repeat delimiter, record ignored
LL_CHECKSUM_ERROR Invalid frame checksum HL_FIELD_COMPONENT_DELIMITER_E Not allowed field component delimiter, field truncated
LL_UNEXPECTED_CTRL_ERROR Invalid control character received while expecting a RROR
specific one inside a set

Output Format for Host Connection 68

Ref: RAA085AEN