Hitachi UX2 Series User manual

HITACHI Printer
Model UX2
Communication User’s Manual
(Serial Communication)
●Before using the printer, thoroughly read this communication user's manual for
optimum printer use.
●After reading this communication user's manual, properly keep it for future
reference.

1
To export the product, check the export control-related regulations,
such as the Foreign Exchange and Foreign Trade Law and the Export
Administration Regulations, and follow the necessary procedures.
If you have any questions, contact your Hitachi sales representative.
August 2022 (rev. C)
●No part of this manual may be copied or reproduced without permission.
●The contents of this manual are subject to change without notice for
improvement.
All Rights Reserved, Copyright © 2022, Hitachi Industrial Equipment Systems Co., Ltd

2
Contents
1.1 Overview...........................................................................................................................................................................4
1.2 Setting Communication Environment.........................................................................................................................6
1.2.1 Transmission Specifications.................................................................................................................................6
1.3 Transmission Sequences..............................................................................................................................................8
1.3.1 Common Transmission Sequences....................................................................................................................8
1.3.2 Printings Transmission...................................................................................................................................... 10
1.3.2-1 Text.................................................................................................................................................................. 10
1.3.2-2 Item number................................................................................................................................................... 11
1.3.2-3 Printings.......................................................................................................................................................... 11
1.3.2-4 Character codes........................................................................................................................................... 12
1.3.2-5 Example of print contents transmission.................................................................................................. 12
1.3.3 Print Data Recall Transmission......................................................................................................................... 13
1.3.3-1 Text.................................................................................................................................................................. 13
1.3.3-2 Print data message number....................................................................................................................... 13
1.3.3-3 Example of print contents transmission ........................................................................................ 13
1.3.4 Print data registration transmission.................................................................................................................. 14
1.3.4-1 Text.................................................................................................................................................................. 14
1.3.4-2 Message name............................................................................................................................................. 14
1.3.4-3 Supplement.................................................................................................................................................... 15
1.3.4-4 Example of print data registration transmission.................................................................................... 15
1.3.5 Print Condition Transmission ............................................................................................................................ 15
1.3.5-1 Text.................................................................................................................................................................. 15
1.3.5-2 Text setup rules............................................................................................................................................ 20
1.3.5-3 Caution for format type "Free layout"....................................................................................................... 21
1.3.5-4 Example of print conditions transmission............................................................................................... 22
1.3.6 Time Control.......................................................................................................................................................... 23
1.3.6-1 Text ................................................................................................................................................................ 23
1.3.6-2 Date/Time Setup........................................................................................................................................... 24
1.3.6-3 Example of Time Control Transmission ....................................................................................... 24
1.3.7 User Pattern Character Transmission............................................................................................................. 25
1.3.7-1 Text.................................................................................................................................................................. 25
1.3.7-2 Character Size.............................................................................................................................................. 25
1.3.7-3 Pattern Data................................................................................................................................................... 25
1.3.7-4 Character Codes.......................................................................................................................................... 30
1.3.7-5 Supplement.................................................................................................................................................... 30
1.3.7-6 Example of user registration character transmission........................................................................... 30
1.3.8 On-line / Off-line Transmission Procedure..................................................................................................... 31
1.3.8-1 Text.................................................................................................................................................................. 31
1.3.8-2 Example Transmission................................................................................................................................ 31

3
1.3.9 Remote Operation Transmission...................................................................................................................... 32
1.3.9-1 Text.................................................................................................................................................................. 32
1.3.9-2 Types of control............................................................................................................................................ 32
1.3.10 Free Layout Transmission............................................................................................................................... 33
1.3.10-1 Overview...................................................................................................................................................... 33
1.3.10-2 Text................................................................................................................................................................ 33
1.3.10-3 Example of Free layout transmission.................................................................................................... 35
1.3.11 Calendar Conditions Transmission, Count Conditions Transmission.................................................... 37
1.3.11-1 Text................................................................................................................................................................ 37
1.3.11-2 Example of calendar conditions transmission..................................................................................... 39
1.3.11-3 Example of count conditions transmission........................................................................................... 39
1.4 Code Table.................................................................................................................................................................... 40
1.4.1 Code Table............................................................................................................................................................ 40
1.4.2 Header Table......................................................................................................................................................... 47
1.5 Communication Timing............................................................................................................................................... 50
1.5.1 Signal Timing......................................................................................................................................................... 50
1.5.2 Response Time..................................................................................................................................................... 52
1.5.2-1 Time interval (T1) between external device communication and IJ printer response.................. 52
1.5.2-2 Time interval (T2) between IJ printer response and printing start..................................................... 55
1.5.2-3 On-line／Off-line Transmission................................................................................................................. 57
1.5.2-4 Current Time Output Transmission.......................................................................................................... 57
1.6 Communication Buffer................................................................................................................................................ 58
1.6.1 Overview............................................................................................................................................................ 58
1.6.2 Description of Functions................................................................................................................................. 59
1.6.3 External Communications.............................................................................................................................. 62
1.6.4 Errors.................................................................................................................................................................. 63
1.7 External communication error list............................................................................................................................. 64
2. Tunnel communication.............................................................................................................................................. 67
2.1 Overview................................................................................................................................................................... 67
2.2 Preparing Tunnel Communication ................................................................................................................ 67
2.3 Optional support................................................................................................................................................... 68

4
1. Serial Communication
1.1 Overview
The functions described in this document are used to transmit printings and their registration numbers
and enter them into the IJ printer with an external device connected to the IJ printer via an RS-232C
serial communication line. Please connect a USB serial converter to the USB port of the IJ printer and
use RS-232C serial communication via USB serial converter.
(1) Printings transmission
・An "item number" and "character string" are transmitted from the external device to the IJ printer.
・The IJ printer receives the "item number" and "character string" and then makes preparations for
making designated prints.
・The printings of print item for which bar codes or increased-width printings can also be transmitted by
the communication functions.
・When a number (alphabetical character) is transmitted via a communications link to a count setting
digit, the default value can be set.
(2) Print data recall transmission
・A print data "message number" is transmitted from the external device to the IJ Printer.
・The IJ printer recalls print data designated by a "message number" and makes preparations
for making prints.
(3) Print condition transmission
・The external device transmits "print specifications" and "print format" to the IJ printer.
・IJ printer receives the "print specifications" and "print format", and prepares for making prints
under the specified conditions.
(4) Print data registration transmission
・Transmits Print data's "message number" and "message name" from external unit to the IJ printer.
・The IJ printer provides a "message name" and registers data currently being printed as print data of
"registration No."
(5) User pattern character transmission
・This function is used to transmit a user pattern and enter it into the IJ printer.
・A transmitted user pattern can be edited using the "Create user pattern" function, which is
provided as an auxiliary function.
(6) On-line/Off-line transmission procedure
・Specifies switch of online state and offline state from external unit to the IJ printer.
(7) Time control
・Transmits and sets "current time", "calendar time", etc., from external unit to the IJ printer.
・Inquires current time from external unit to the IJ printer and the IJ printer returns "current time".
(8) Remote operation transmission
・Specifies ink ejection/stop, deflection voltage control (on/off) and error reset from external unit
to the IJ printer.

5
(9) Free layout transmission
・An ''item number'' and ''amount of move'' are transmitted from the external device to the IJ printer.
・The IJ printer receives the ''item number'' and ''amount of move'', and then moves the item specified to
the specified position.
(10) Communication buffer
・The print contents received through print content transmission will not be reflected in printing
immediately, but will be temporarily held in buffer.
・The print contents are fetched from the buffer one by one for each printing, and reflected in
subsequent printing.
(11) Calendar conditions transmission, count conditions transmission
・Transmits and sets "initial values", "range" of count conditions, and "Substitution rules No.", "offset",
"Substitution rules", "zero suppress" of calendar condition etc. from external unit to the IJ printer.
①The USB serial converter is compatible with the driver depending on the product,
so please test it beforehand and apply it.
②For the recommended USB serial converter for the IJ printer, please contact our
sales representative.
③Connect the USB serial converter to the USB port on the back of the IJ printer.
Do not connect to the USB port on the front of the IJ printer.
④Do not connect multiple USB serial converters using a USB hub or the like.
⑤Do not insert the USB serial converter during power-up of the IJ printer. Install the
USB serial converter While the power supply is disconnected.

6
1.2 Setting Communication Environment
1.2.1 Transmission Specifications
(1) Communication method ：Half duplex
(2) Startup method：Started up by host
(3) Synchronization method ：Asynchronous
(4) Transmission method ：Bit serial transmission
(5) Baud rate：150, 300, 600, 1,200, 2,400, 4,800, 9,600, 19,200, 38,400,
57,600, 115,200(bps)
(6) Codes transmitted : Alphabet, Numbers, Symbols, Special characters, Registered
characters, Half-width characters
(7) Data format : Formats A through J are selectable (see the table below).
No other formats can be chosen.
Data format table
Items
Format
Start Bit
(bits)
Data Length
(bits)
Parity Bit
(bits)
Stop Bit
(bits)
A
1
7
１（even）
2
B
1
7
１（odd）
2
C
1
7
１（even）
1
D
1
7
１（odd）
1
E
1
8
None
2
F(default)
1
8
None
1
G
1
8
１（even）
1
H
1
8
１（odd）
1
I
1
8
１（even）
2
J
1
8
１（odd）
2
Selecting a data length of 7 bits allows you to transmit alphanumerical characters and
symbols but inhibits you from transmitting punctuation characters and using 2-byte codes
to send dedicated characters and user pattern characters.

7
(8) Bit configurations
Format A and B
Format C and D
Format E
Format F
Format G and H
Format
I and J
Order of code transmission: Transmission occurs beginning with the least significant bit (b0).
(9) Error control
●
Vertical parity error (detection on an individual character basis)
●
Framing error
Start
b0
b1
b2
b3
b4
b5
b6
Parity
Stop
Stop
Start
b0
b1
b2
b3
b4
b5
b6
Parity
Stop
Start
b0
b1
b2
b3
b4
b5
b6
b7
Stop
Stop
Start
b0
b1
b2
b3
b4
b5
b6
b7
Stop
Start
b0
b1
b2
b3
b4
b5
b6
b7
Parity
Stop
Start
b0
b1
b2
b3
b4
b5
b6
b7
Parity
Stop
Stop

8
1.3 Transmission Sequences
1.3.1 Common Transmission Sequences
(1) Basic transmission operation.
①When ENQ and ACK are present:
External device
ENQ
STX
TEXT
ETX
IJ printer
ACK
ACK
②When ENQ is omitted:
External device
STX
TEXT
ETX
IJ printer
ACK
(2) When DC2 (retransmission) code is used
(When no response is received though ENQ has been issued and yet the contents of
print area switched)
External device
DC2
ENQ
STX
TEXT
ETX
IJ printer
ACK
ACK
ACK
(3) When the IJ printer is incapable of receiving data or is off-line
External device
ENQ
IJ printer
NAK
(4) Abnormal transmission operation
(when the text contains an erroneous message)
External device
ENQ
STX
TEXT
ETX
IJ printer
ACK
NAK
(5) When BCC code is included
External device
ENQ
STX
TEXT
ETX
BCC
IJ printer
ACK
ACK
(6) When the IJ printer power is OFF
No response will be returned for any code transmission from the external device.

9
(7) The printings, print specifications, print format, and user pattern data can be
consecutively transmitted in the following order in a single session.
①Print format
②Print specifications
③Printings
(Example)
Print
format
Print
format
Print
format
Print
specification
Print
specification
Print
Content
The user pattern can be positioned anywhere within the above data chain.
''Line count / print format uniformity'', ''Format setup change'' and ''Free layout transmission'' must be
transmitted independently. If an attempt is made to send it together with the other data, a
communication error (NAK response) occurs.
The print data recall must also be transmitted independently. Even if it is sent
together with the other data, no error occurs. However, the print data recall takes
precedence, rendering the other data invalid.
(8) Up to 3000 bytes of data can be transmitted at a time, including "STX" and
"ETX".If the 3000-byte limit is exceeded, a communication error (NAK response)
occurs.
(9) Any data transmitted by communication (print contents, print specifications,
print format, and user pattern) is not stored except in the following cases.
[Conditions for storing the data]
①When the ink is stopped after communication by the Shut down key or a stop signal.
(10) Transmit to the existing print item after creating a transmission objective
print item.

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1.3.2 Printings Transmission
1.3.2-1 Text
(1) When printings are to be changed
DLE
Item number
Printings
(2) If deleting character string within print item
DLE
Item number
(3) When multiple printings are to be designated
DLE
Item number
Printings
DLE
Item number
Printings change
Printings erasure
●
Multiple print items can be consecutively transmitted within one session.
●
Print items are to be designated by specifying the item numbers. The item numbers need not be
sorted.
●
Print items not transmitted are not changed.
●
If transmission is made to the item number(s) which does NOT exist, the new item number(s) of the
message will be added.
●
Both calendar characters and count characters can be transmitted.

11
1.3.2-2 Item number
Item number
1
2
3
4
5
6
7
8
9
10
Code
31H
32H
33H
34H
35H
36H
37H
38H
39H
3AH
Item number
11
12
13
14
15
16
17
18
19
20
Code
3BH
3CH
3DH
3EH
3FH
40H
41H
42H
43H
44H
Item number
21
22
23
24
25
26
27
28
29
30
Code
45H
46H
47H
48H
49H
4AH
4BH
4CH
4DH
4EH
Item number
31
32
33
34
35
36
37
38
39
40
Code
4FH
50H
51H
52H
53H
54H
55H
56H
57H
58H
Item number
41
42
43
44
45
46
47
48
49
50
Code
59H
5AH
5BH
5CH
5DH
5EH
5FH
60H
61H
62H
Item number
51
52
53
54
55
56
57
58
59
60
Code
63H
64H
65H
66H
67H
68H
69H
6AH
6BH
6CH
Item number
61
62
63
64
65
66
67
68
69
70
Code
6DH
6EH
6FH
70H
71H
72H
73H
74H
75H
76H
Item number
71
72
73
74
75
76
77
78
79
80
Code
77H
78H
79H
7AH
7BH
7CH
7DH
7EH
7FH
80H
Item number
81
82
83
84
85
86
87
88
89
90
Code
81H
82H
83H
84H
85H
86H
87H
88H
89H
8AH
Item number
91
92
93
94
95
96
97
98
99
100
Code
8BH
8CH
8DH
8EH
8FH
90H
91H
92H
93H
94H
●
The order of print items is indicated below.
(2-column example) Circled number: Item number
Row 1 Row 2
➀
③
②
④
1.3.2-3 Printings
●
An array of ''character codes''.
●
The coding system varies with the mode which is designated by the ''Number of communication bytes''
setting entered from the communication environment setup screen.
Number of
communication
bytes
Alphanumerical
characters and
symbols
Dedicated
characters
User pattern
Punctuation
mark
Katakana
Calendar
characters,
Count
characters
(00 to 47)
(48 to 199)
1-byte mode
ASCII
ASCII
ASCII
2-byte code
2-byte code
2-byte code
2-byte code
2-byte mode
ASCII
2-byte code
2-byte code
2-byte code
2-byte code
2-byte code
2-byte code
Not
support
Not
support

12
1.3.2-4 Character codes
(1) 2-byte code (number of communication bytes: 1-byte mode)
●
For 1-byte mode, 2-byte codes are sandwiched between "SI" and "SO".
●
One character
SI
High-order
byte
Low-order
byte
SO
●
Two or more characters
SI
High-order
byte
Low-order
byte
High-order
byte
Low-order
byte
High-order
byte
Low-order
byte
SO
(2) 2-byte code (number of communication bytes: 2-byte mode)
High-order
byte
Low-order
byte
(3) Mixture of ASCII and 2-byte codes
(number of communication bytes: 1-byte mode)
ASCII
ASCII
SI
High-order
byte
Low-order
byte
High-order
byte
Low-order
byte
SO
ASCII
(4) Mixture of ASCII and 2-byte codes
(number of communication bytes: 2-byte mode)
ASCII
ASCII
High-order
byte
Low-order
byte
High-order
byte
Low-order
byte
ASCII
1.3.2-5 Example of print contents transmission
(1) Example when No. of communication bytes: 1 byte mode
02H
10H
31H
41H
42H
43H
10H
32H
0FH
F1H
40H
F1H
41H
0EH
03H
STX
DLE
1
A
B
C
DLE
2
SI
User
pattern
User
pattern
SO
ETX
Print Item 1 Print Item 2
(2) Example when No. of communication bytes: 2-byte mode
02H
10H
31H
41H
42H
43H
10H
32H
F1H
40H
F1H
41H
03H
STX
DLE
1
A
B
C
DLE
2
User
pattern
User
pattern
ETX
Print Item 1 Print Item 2
[Transmission results]
Print Item 1 →
A
B
C
Print Item 2 →
U
U
UU：User pattern character

13
1.3.3 Print Data Recall Transmission
1.3.3-1 Text
ESC2
Header 20H
Classification
31H
1000s place
100s place
10s place
Unit place
1.3.3-2 Print data message number
●
An already saved print data number is to be designated as the print data message number.
●
The message number is expressed by a combination of three ASCII codes.
1.3.3-3
Example of print contents transmission
(1) Example of specifying 4-digit print data registration No.
02H
1FH
20H
31H
30H
30H
31H
32H
03H
STX
ESC2
1
0
0
1
2
ETX
[Transmission results]
Calls print data of print data message number 12.
Print data message number (0001 to 2000)
Header, classification
Print data message number

14
1.3.4 Print data registration transmission
1.3.4-1 Text
●Specifies message number
ESC2
Header 21H
Classification 31H
1000s place
100s place
10s place
Unit
place
● Specifies registration No. and message name.
ESC2
Header 21H
Classification 31H
1000s place
100s place
10s place
Unit
place
ESC2
Header 21H
Classification 32H
Message name (1 to 12 digits)
1.3.4-2 Message name
(1) Message number specified
●A message name is automatically attached when print data is registered.
●Based on the message name displayed in the upper left hand corner of the screen,
the last 4 digits are replaced with the message number and used as the new message name.
(Example) Registering for No. 123
Contents displayed in upper left hand corner of the screen: "ABCDEFGHIJKL"
Message name after registration : "ABCDEFG 0123"
(2) Message number and message name specified
●The specified message name attached when print data is registered.
(3) Same message name is used for other message number
●If a message name is in use for other message number, new message name will be created by
using original message name as a base and replacing its 7th and 8th digits with AA~ZZ.
(Example) Message name [ABC] is already registered on No.1. Register on No.2 using identical
message name.
Message name of No.1: [ABC]
Message name of No.2: [ABC AA]
(4) Characters available for message name
●Characters used for setting the message name transmission are different from characters used in manual
input on registration screen.
Function
Alphameric character/Symbols
Accent character/
Arabic character
Manual input
Available
Available
Message name transmission
Available
Unavailable
Print data message number (0001 to 2000)
(Contd.)
Print data message number (0001 to 2000)
Message name: ASCII code (20H to 5FH, 61H to 7AH)
Numbers/symbols (ASCII code): 20H to 5FH, 61H to 7AH

15
1.3.4-3 Supplement
● When transmitting print data together with the print contents, send the print contents last.
1.3.4-4 Example of print data registration transmission
(1) Example of registering by specifying message name 12
02H
1FH
21H
31H
30H
30H
31H
32H
03H
STX
ESC2
!
1
0
0
1
2
ETX
[Transmission Result]
Current print data is registered under message number 12.
(2) Example of registering by specifying message name
02H
1FH
21H
31H
30H
30H
31H
32H
1FH
21H
32H
41H
42H
43H
03H
STX
ESC2
!
1
0
0
1
2
ESC2
!
2
A
B
C
ETX
[Transmission Result]
Message name "ABC" is assigned to current print data and is registered under message number 12.
1.3.5 Print Condition Transmission
1.3.5-1 Text
(1) Line count / print format uniformity
ESC2
Header 22H
Classification 31H
●Line count and print format are made uniform for all print items.
●Line count of all rows are made uniform based on the first row.
●Space between stages, character size, space between characters, whether or not to use
bar code and double width size are made uniform based on the setting value of the first
print item.
●Send the message independently. The message cannot be sent together with print format,
print specs, and print contents.
● If transmission is made to the message which format setup is ''Free layout", a communication error
will occur.
(2) Format setup change
ESC2
Header 22H
Classification 33H
Format setup
● This transmission can change the format setup.
● The print data will be adjusted to match the "After-change" Format setup.
● Print condition transmission shall be made independently.
Print condition can not be transmitted with Print format or Print specification or Print description.
Header, classification
Print data message number
Header, classification
Print data message number
Header, classification
Message name
Format setup (30H or 32H)
Format setup
30H:Individual
32H:Free layout

16
(3) Configuration of print format text
● Print items is not specified
If item No. is not specified, it is set for all items.
To transmit print format and print specs. consecutively, transmit in the order of ① print format and
② print specs. If transmitted the other way round, an error will occur.
●Print item specified
ESC2
Header 70H
Item No.
Print format text
Print format text
Item No. specified (1 to 100)
Only specified print item is applicable for change.

17
(4) Print format text
● Line count and Line spacing
ESC2
Header 22H
Classification
32H
Line count
Line spacing
●Character size and Inter-character space
ESC2
Header 23H
Classification
31H
Character size
10s place
Units place
●Increased width
ESC2
Header 23H
Classification
32H
Increased width
● Bar code type (Type change, Bar code "not used" → "used")
ESC2
Header 23H
Classification
33H
Type
● Bar code "used “ →” not used"
ESC2
Header 23H
Classification
33H
30H
●Readable code（Bar code EAN-13）
ESC2
Header 23H
Classification
34H
Code
●Prefix code （Bar code EAN-13）
ESC2
Header 23H
Classification
35H
10s place
Units place
・ Two or more print format items can be
consecutively transmitted in a single chain.
Bar code Type
30H: not used
31H: code 39
32H: ITF
33H: NW-7
34H: EAN-13
35H: DM8 x 32
36H: DM16 x 16
37H: DM16 x 36
38H: DM16 x 48
39H: DM18 x 18
3AH: DM20 x 20
3BH: DM22 x 22
3CH: DM24 x 24
3DH: code128(code set B)
3EH: code128(code set C)
3FH: UPC-A
40H: UPC-E
41H: EAN-8
42H: QR21 x 21
43H: QR25 x 25
44H: QR29 x 29
45H: GS1 Data Bar (Limited)
46H: GS1 Data Bar
(Omnidirectional)
47H: GS1 Data Bar (Stacked)
49H: Micro QR15 x 15
4AH: DM14 x 14
4BH: Dot code (Vert. 7/8 dots)
4CH: Dot code (Vert. 10 dots)
4DH: Dot code (Vert. 12 dots)
4EH: Dot code (Vert. 14 dots)
4FH: Dot code (Vert. 16 dots)
Character size
30H: 4 x 5
31H: 5 x 5
32H: 5 x 8(5 x 7)
33H: 9 x 8(9 x 7)
34H: 7 x 10
35H: 10 x 12
36H: 12 x 16
37H: 18 x 24
38H: 24 x 32
39H: 11 x 11
3AH: 5 x 3(Chimney)
3BH: 5 x 5(Chimney)
3CH: 7 x 5(Chimney)
3DH: QR33
3EH: 30 x 40
3FH: 36 x 48
Line count
(1 to 6)
Line spacing
(0 to 4)
Inter-character space (0 to 28)
Width Increased width (1 to 9)
Bar code Type (30H to 4FH)
30H: Bar code not used
Readable code type (0: None ,1:5x5,2:5x7)
Prefix code (00 to 99)
Char size
(30H to 3FH)
(When line count is 5 or 6, line spacing is 0 to 2)

18
(5) Print specifications
●Character height
ESC2
Header 25H
Classification
31H
10s place
Units place
●Ink drop use
ESC2
Header 25H
Classification
32H
10s place
Units place
●High-speed print
ESC2
Header 25H
Classification
33H
Mode
●Character width
ESC2
Header 25H
Classification
34H
1000s place
100s place
10s place
Units place
●Character orientation
ESC2
Header 25H
Classification
35H
Character orientation
●Print start delay
ESC2
Header 25H
Classification
36H
1000s place
100s place
10s place
Units place
●Print start delay (reverse)
ESC2
Header 25H
Classification
37H
1000s place
100s place
10s place
Units place
●Product speed matching
ESC2
Header 25H
Classification
38H
Mode
●Pulse rate division factor
ESC2
Header 25H
Classification
39H
100s place
10s place
Units place
Ink drop use
（
01 to 16
）
High-speed print（0:HM, 1:NM, 2:QM, 3:SM, 4:D1, 5:Reserve, 6:D3）
Character width
（
0000 to 3999
）
Character orientation（0 to 3）
Print start delay（
0000 to 9999
）
Print start delay (reverse)（
0000 to 9999
）
Product speed matching（0:Time-based,1:Encoder-based, 2:Auto-encoder based）
Pulse rate division factor（001 to 999）
Character height (00 to 99)

19
●Repeat count
ESC2
Header 25H
Classification
3DH
1000s place
100s place
10s place
Units place
●Repeat intervals
ESC2
Header 25H
Classification
3EH
10000s
place
1000s
place
100s
place
10s
place
Units
place
●Target sensor timer
ESC2
Header 25H
Classification
3FH
100s place
10s place
Units place
●Target sensor filter
ESC2
Header 25H
Classification
40H
Division
●Target sensor filter setting value
ESC2
Header 25H
Classification
41H
1000s place
100s place
10s place
Units place
・Two or more print specification items can be consecutively transmitted in a single chain.
Repeat count（0000 to 9999）
Repeat intervals（00000 to 99999）
Target sensor timer
（
000 to 999
）
Division (1:Time setup,２:Until end of print）
Value(0000 to 9999）