Mitsubishi Electric LDT32IV Specifications

TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 1/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
Thank you for your continued support of Mitsubishi Graphic Operation Terminal (GOT).
The peripheral devices listed in this bulletin have been concluded by Mitsubishi to be applicable for the
GOT1000 series.
For how to use each product, refer to the respective product’s manual.
Regarding the production status of each product, confirm with the manufacturer.
Recommended Product
A product that complies with our standard.
Make sure that you use the product compliant with the specification (standard).
Compatible Product
A product that satisfies the requirements to be interfaced with Mitsubishi products.
(Note that satisfaction of Mitsubishi specifications is not guaranteed.)
Therefore, make sure to comply with the specifications for that product when using it together with Mitsubishi products.
Even when Compatible Products are used, some products may not be compatible with the GOT 1000 series. Because the
specifications of the products are changed according to the date of manufacture. When using Compatible Products, examine the
products fully and decide whether to use or not.
Discontinued Product
A product that has been introduced as Recommended Product or Compatible Product in the bulletin before. We think that you will
have difficulty to obtain the product because of production discontinuation and others.
Incompatible Product
A product that does not satisfy the requirements to be interfaced with Mitsubishi products.
Use Compatible Product.
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 2/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
Contents
1. Memory Card (CF card and SD card) ······························································ 3
2. USB Memory ······························································································ 3
3. Barcode Reader ·························································································· 4
3.1 Compatible Products ·············································································· 4
3.2 System equipment of barcode readers······················································· 5
3.2.1 System equipment (1) ····································································· 5
3.2.2 System equipment (2) ····································································· 7
3.2.3 System equipment (3) ····································································· 8
3.2.4 System equipment (4) ····································································· 9
3.2.5 System equipment (5) ··································································· 10
3.2.6 System equipment (6) ··································································· 11
3.2.7 System equipment (7) ··································································· 12
3.3 Compatible barcode types ····································································· 13
3.4 How to read data by a barcode reader ····················································· 14
4. 2D Code Reader ······················································································· 15
4.1 Compatible Products ············································································ 15
4.2 System equipment of 2D code reader ······················································ 16
4.2.1 System equipment (1) ··································································· 16
4.2.2 System equipment (2) ··································································· 18
4.2.3 System equipment (3) ··································································· 19
4.2.4 System equipment (4) ··································································· 20
4.2.5 System equipment (5) ··································································· 21
4.2.6 System equipment (6) ··································································· 22
4.3 Compatible 2D code type ······································································ 22
4.4 How to read data by a 2D code reader ····················································· 22
5. Hubs for Ethernet Connection and Gateway Function ······································· 23
6. Printer ····································································································· 24
6.1 PictBridge compatible printer ································································· 24
6.2 Serial printer ······················································································· 26
7. Video Camera ··························································································· 28
8. Display ···································································································· 29
9. Display Related Equipment: Image Transmitter and Receiver ····························· 29
10. Speaker ································································································· 29
11. RFID Controller ······················································································· 30
11.1 Compatible Products ·········································································· 30
11.2 System equipment of RFID controllers ··················································· 30
11.3 How to read data by an RFID controller ·················································· 34
11.4 The following RFID controllers are available for the external authentication. ··· 34
12. Modem ·································································································· 35
12.1 AT command list················································································ 35
12.2 Connection cable ··············································································· 36
12.2.1 Connection cable between a personal computer and a modem ············ 36
12.2.2 Connection cable between a modem and the GOT ···························· 37
13. USB Keyboard ························································································ 39
14. USB Mouse ···························································································· 39
15. USB Hub ································································································ 39
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 3/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
1. Memory Card (CF card and SD card)
Supported memory card
GT16
CF card (MITSUBISHI GT05-MEM-□C)
SD card (MITSUBISHI L1MEM-□GBSD)
GOT
GT14
GT15
○ *1
○
Max. 32GB
×
Max. 2GB
×
×
○
GT11
○
Max. 2GB
×
GT10
×
×
*1: The CF card has a capacity of 32GB.
When the GOT has the BootOS with version [05.09.00.AE] or earlier and the standard monitor OS with version [05.08.99]
or earlier, the USB memory has a capacity of 2GB.
For the applicable non-Mitsubishi memory cards (CF cards and SD cards), refer to the following Technical
Bulletins.
➟ Non-Mitsubishi CF card: No. GOT-A-0025 "Operation Check Results of Third Party CF Cards on
GOT1000 Series Units"
Non-Mitsubishi SD card: No.姫テ-シ-0089 "Applicable Non-Mitsubishi SD Cards for the GT14"
2. USB Memory
A USB memory is available only for the GT16 and GT14.
Item
USB memory
Specification
USB memory compliant with USB1.1 (including forward-compatible with USB2.0 and
others) *1*2
*1: For the GT16, the USB memory has a capacity of 2GB.
When the GOT has the BootOS with [05.09.00.AF] or later and the standard monitor OS with [05.09.00] or later, the
maximum USB memory is 32GB.
*2: A USB memory with a particular function and others may not be available depending on the USB memory type.
Particular function examples:
- A composite device (including a hub function and a card reader function)
- A USB memory with an authentication function, an encryption function, or a security function including an anti-virus
function and others
- A USB memory whose functions are added by dedicated driver software.
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 4/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
3. Barcode Reader
3.1 Compatible Products
Manufacturer
AIMEX Corporation
IDEC AUTO-ID SOLUTIONS
Corporation
NEC Platforms, Ltd.
OMRON Corporation
OPTOELECTRONICS CO.,LTD.
KEYENCE CORPORATION
DENSO WAVE Incorporated
MARS TOHKEN SOLUTION
CO.,LTD
○: Operation validated, -: Operation not checked
Operation validation
Refer to
GT SoftGOT1000
Model
GOT1000
*3
BR-530RS-B1
○
3.2.1
BW-880RS-B1 *4
○
DS2200-1100 *1
○
DS2100-1114 *2
○
3.2.1
GRYPHON D100
○
GRYPHON D130
○
DS2400N-□□□□
○
○
3.2.6
DS4800-1□00
○
○
QD2130-□□
○
○
3.2.4
QD4130-□□
○
○
GBT4130-BK-BT
○
○
3.2.5
MG1100i-1D
○
○
3.2.4
PD7130-YB-PTR
○
○
BCH5542-STA
○
3.2.1
BCR5342H-STZ
○
V520-RH21-6
○
3.2.2
OPT-5125-RS232C(H)
○
○
OPL-6735-RS232C(X04)
○
3.2.1
NFT-7175-RS-1
○
OPL-6845R-RS232
○
○
3.2.4
BL-210R
○
BL-210RK *2
○
BL-601
○
3.2.1
BL-N70R
○
SR-510
○
GT10B-SB
○
○
3.2.7
TLMS-3500RV
○
THLS-6712 *1
○
3.2.1
THLS-6800 *2
○
AC-812-000-D1
○
3.2.3
PDC-812-400-00+PDC-812-300-D1
○
○
LS2208
○
3.2.2
3800G-04E
○
3.2.4
Nippon Systems Development
Co.,Ltd.
Motorola Solutions, Inc.
Honeywell International Inc.
*1: GT11 is available only.
*2: GT16 or GT15 is available only. (Configure the settings in the utility of the GOT to supply 5VDC.)
*3: GT SoftGOT1000 Version 3.28E or later is required.
*4: For the GT16 and GT15, turn on the barcode reader after any of the following conditions.
- More than two seconds have elapsed since the GOT is turned on.
- The logo [GOT1000] is displayed on the screen after the GOT is turned on.
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 5/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
3.2 System equipment of barcode readers
The following shows the equipment to configure with different types of barcode readers.
3.2.1 System equipment (1)
Manufacturer
Barcode reader
BR-530RS-B1
AIMEX Corporation
BW-880RS-B1
DS2200-1100
DS2100-1114
IDEC AUTO-ID
SOLUTIONS Corporation
NEC Platforms, Ltd.
OPTOELECTRONICS
CO.,LTD.
GRYPHON D100
Power supply unit
Included with a barcode
reader (An adapter (BB-60)
must be purchased
separately.)
Included with a barcode
reader
DSPW-2102
DSPW-2102
PG5 MAIN POWER
BLOCK
RS-232 cable
Included with a barcode reader
Included with a barcode reader
GT01-C30R2-25P*1
GT01-C30R2-25P*1
Included with a barcode reader
Sold separately:
CAB-327/CAB-350/CAB-362
GT01-C30R2-9S *1
GT01-C30R2-9S *1
Included with a barcode reader
*2
GRYPHON D130
UL310-0515
BCH5542-STA
BCR5342H-STZ
BCV5070 or CA1071
BCV5070 or BCA1071
OPT-5125-RS232C(H)
Not necessary
OPL-6735-RS232C(X04)
DC-5300T
Included with a barcode reader
NFT-7175-RS-1
GT16/GT15: Not necessary
GT11: DC-5300T
GT16/GT15: Included with a
barcode reader
GT11: A cable with jack for the
power supply is required.
BL-210R
Included with a barcode
reader
Included with a barcode reader
BL-210RK
Not necessary
KEYENCE
CORPORATION
BL-U1
BL-601
BL-U2
BL-N70R
SR-510
TLMS-3500RV
THLS-6712
Produced by the user
Refer to 1) below.
(5VDC is required.)
Produced by the user
Refer to 2) below. *3
Produced by the user
Refer to 3) below. *4
Included with a barcode reader
GT01-C30R2-9S
GT01-C30R2-25P *1
Included with a barcode reader
R3W005-025J
BL-U2
Not necessary *5
MARS TOHKEN
AD-6712
SOLUTION CO.,LTD
An adapter must be
THLS-6800
Included with a barcode reader
purchased separately.
*1: This is a Mitsubishi Electric product. Please contact your local Mitsubishi Electric or representative for purchasing the
cable.
*2: When purchasing OPT-5125-RS232C(H), select one with the same connector shape as OPL-6735-RS232C(X04).
*3: The OP-22149(1.5m) and the OP-25057 (conversion connector) manufactured by KEYENCE CORPORATION are
available.
*4: The OP-27937(2m) manufactured by KEYENCE CORPORATION is available.
*5: It is necessary to supply 24VDC to the barcode reader separately. For details, please refer to the manual of the barcode
reader to be used.
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 6/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
1) Cable connection diagram for a barcode reader manufactured by KEYENCE CORPORATION (BL-210RK)
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the barcode reader manufacturer.
Barcode reader
Signal name
Pin No.
SG
1
RD(RXD)
Cable connection and signal direction
2
Pin No.
1
2
GOT
Signal name
CD
RD(RXD)
SD(TXD)
3
3
SD(TXD)
ER(DTR)
4
4
ER(DTR)
SG
5
5
SG
DR(DSR)
6
6
DR(DSR)
RS(RTS)
7
7
RS(RTS)
CS(CTS)
8
8
CS(CTS)
5V
9
9
5V
2) RS-232 cable connection diagram for a barcode reader manufactured by KEYENCE CORPORATION (BL-601,
BL-U1)
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the barcode reader manufacturer.
Barcode reader
Signal name
Pin No.
FG
1
SD
Cable connection and signal direction
2
Pin No.
GOT
Signal name
Connector case
2
RD(RXD)
RD
3
3
SD(TXD)
RS
4
4
ER(DTR)
CS
5
5
SG
DR
6
6
DR(DSR)
SG
7
7
RS(RTS)
8
8
CS(CTS)
20
9
―
ER
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[Issue No.] GOT-A-0010-AB
[Page] 7/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
3) Cable connection diagram for a barcode reader manufactured by KEYENCE CORPORATION (BL-601, BL-U2)
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the barcode reader manufacturer.
Barcode reader
Signal name
Pin No.
Cable connection and signal direction
Pin No.
Connector case
GOT
Signal name
Connector case
RD
2
2
RD(RXD)
SD
3
3
SD(TXD)
ER
4
4
ER(DTR)
SG
5
5
SG
DR
6
6
DR(DSR)
RS
7
7
RS(RTS)
CS
8
8
CS(CTS)
―
9
9
―
3.2.2 System equipment (2)
Manufacturer
OMRON
Corporation
Motorola Solutions,
Inc.
Barcode reader
V520-RH21-6
(With dedicated
cable)
LS2208
Dedicated cable
V509-W012
CBA-R01-S07PAR
Power supply unit
S8VS-03005(A 100VAC
plug cable must be
purchased separately.)
symbol 50-14000-101R
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RS-232 cable
Produced by the user
Refer to 1) below.
Not necessary
TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 8/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
1) Cable connection diagram for a barcode reader manufactured by OMRON Corporation
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the barcode reader manufacturer.
Signal
direction
Internal
connection
Barcode reader
Signal
name
FG
GOT
Pin No.
1
1
CD *1
SD(TXD) *2
2
2
RD(RXD)
Cable connection and signal direction
Pin No.
Signal name
RD(RXD) *2
3
3
SD(TXD)
RS(RTS)
4
4
ER(DTR)
CS(CTS)
5
5
SG
─
6
6
DR(DSR)
─
7
7
RS(RTS)
─
8
8
CS(CTS)
SG
9
9
─
*1: NC for GT11
*2: A dedicated cable, V509-W012 (cross cable), is used between the barcode reader and the cables mentioned
above. Even if the signal name for cable connection is SD-SD or RD-RD, the communication can be performed
with no problem.
3.2.3 System equipment (3)
Manufacturer
Wireless
barcode reader
Barcode reader
dedicated
communication
unit
Attached
cable
RS-232 cable
GT16
AC-812-000-D1
Nippon Systems
Development
Co.,Ltd.
PDC-812-400-00
+
PDC-812-300-D1
Included with a
barcode reader
Included with a
barcode reader
GT15
GT11
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Not required with the
extended function OS,
Barcode [04.00.**] or later
Not required with the
extended function OS,
Barcode [03.00.00] or later
Produced by the user with
the extended function OS,
Barcode [02.04.**] or earlier
Refer to 1) below.
Not required
By using Attached cable,
a barcode reader can be
connected to the GOT.
TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 9/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
1) RS-232 cable connection diagram for a barcode reader manufactured by Nippon Systems Development Co.,
Ltd.
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the barcode reader manufacturer.
Barcode reader
Signal name
Pin No.
─
1
Cable connection and signal direction
Pin No.
1
GOT
Signal name
CD
SD(TXD)
2
2
RD(RXD)
RD(RXD)
3
3
SD(TXD)
─
4
4
ER(DTR)
SG
5
5
SG
DTR(ER)
6
6
DR(DSR)
CS(CTS)
7
7
RS(RTS)
RS(RTS)
8
8
CS(CTS)
SG
9
9
─
3.2.4 System equipment (4)
Manufacturer
Barcode reader
QD2130-□□
QD4130-□□
MG1100i-1D
PD7130-YB-PTR
UL310-0515
CAB-350 *1
HK-CP13-A05
SET8-0935
8-0736-80 *1
CAB-433 *1
OPTOELECTRONI
CS CO.,LTD.
OPL-6845R-RS232
Included with a barcode reader
Included with a barcode reader *1
Honeywell
International Inc
3800G-04E
An adapter must be purchased
separately.
Included with a barcode reader
IDEC AUTO-ID
SOLUTIONS
Corporation
Power supply unit
RS-232 cable
*1: To connect the barcode reader to GT SoftGOT1000, connect the following USB/RS-232 conversion cables to a USB port
on the personal computer.
For the USB/RS-232 conversion cables, refer to Technical Bulletin FA-D-0036.
- DIFC-U2 (Diatrend Corporation)
- DAC01R2VD (Diatrend Corporation)
<Connection example>
[Barcode reader (RS-232)] + [ RS-232 cable] + [DAC01R2VD] + [DIFC-U2] + [Personal computer (USB)]
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 10/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
3.2.5 System equipment (5)
Manufacturer
IDEC AUTO-ID
SOLUTIONS
Corporation
Barcode reader
GBT4130-BK-BT
Power supply unit
PSAA18U-120
RS-232 cable
CAB-350 *1
*1: To connect the barcode reader to GT SoftGOT1000, connect the following USB/RS-232 conversion cables to a USB port
on the personal computer.
For the USB/RS-232 conversion cables, refer to Technical Bulletin FA-D-0036.
- DIFC-U2 (Diatrend Corporation)
- DAC01R2VD (Diatrend Corporation)
<Connection example>
[Barcode reader (RS-232)] + [ RS-232 cable] + [DAC01R2VD] + [DIFC-U2] + [Personal computer (USB)]
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 11/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
3.2.6 System equipment (6)
Manufacturer
IDEC AUTO-ID
SOLUTIONS
Corporation
Barcode reader
DS2400N-□□□□
DS4800-1□00
Dedicated
cable
Included with a
barcode reader
Terminal
box
CBX100
Power
supply
unit
RS-232 cable
PS5R-B24
Produced by the
user
Refer to 1) below.
1) RS-232 cable connection diagram for a barcode reader manufactured by IDEC AUTO-ID SOLUTIONS
Corporation.
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the barcode reader manufacturer.
Barcode reader
Signal name
Pin No.
SGND
──
Cable connection and signal direction
Pin No.
1
GOT
Signal name
CD
TX
──
2
RD(RXD)
RTS
──
3
SD(TXD)
RX
──
4
ER(DTR)
CTS
──
5
SG
──
──
6
DR(DSR)
──
──
7
RS(RTS)
──
──
8
CS(CTS)
──
──
9
NC
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 12/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
3.2.7 System equipment (7)
2
1 Barcode reader
3
Manufacturer
DENSO WAVE
INCORPORATED
Barcode reader
GT10B-SB
Power supply unit
Included with a barcode reader
(A Bluetooth adapter
(BA-10RKU) must be purchased
separately.)
RS-232 cable
CBBA-RS2000/9 *1
*1: To connect the barcode reader to GT SoftGOT1000, connect the following USB/RS-232 conversion cables to a USB port
on the personal computer.
For the USB/RS-232 conversion cables, refer to Technical Bulletin FA-D-0036.
- DIFC-U2 (Diatrend Corporation)
- DAC01R2VD (Diatrend Corporation)
<Connection example>
[Barcode reader (RS-232)] + [ RS-232 cable] + [DAC01R2VD] + [DIFC-U2] + [Personal computer (USB)]
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 13/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
3.3 Compatible barcode types
The following barcode reader communication settings are supported by the GOT.
○: Can be read in the GOT, △: Partly restricted, -: Unreadable in GOT
Barcode type
Nippon Systems Development Co.,Ltd.
Motorola Solutions, Inc.
Honeywell International Inc.
*1: Only JAN is supported.
THLS-6712
THLS-6800
AC-812-000-D1
LS2208
3800G-04E
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△
*1
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-
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HEAD OFFICE : TOKYO BUILDING, 2-7-3 MARUNOUCHI, CHIYODA-KU, TOKYO 100-8310, JAPAN
NAGOYA WORKS : 1-14, YADA-MINAMI 5-CHOME, HIGASHI-KU, NAGOYA, JAPAN
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-
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-
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IATA 2of5
TLMS-3500RV
MARS TOHKEN SOLUTION CO.LTD.
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MSI/Plessy
DENSO WAVE INCORPORATED
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ITF
(2of5Interleaved)
KEYENCE CORPORATION
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2of5 (industrial)
OPTOELECTRONICS CO.,LTD.
NW-7
(CODABAR)
OMRON Corporation
CODE-128
NEC Platforms, Ltd.
CODE-93
IDEC AUTO-ID SOLUTIONS
Corporation
BR-530RS-B1
BW-880RS-B1
DS2200-1100
DS2100-1114
GRYPHON D100
GRYPHON D130
DS2400N-□□□□
DS4800-1□00
QD2130-□□
DQ4130-□□
GBT4130-BK-BT
MG1100i-1D
PD7130-YB-PTR
BCH5542-STA
BCR5342H-STZ
V520-RH21-6
OPT-5125-RS232C(H)
OPL-6735-RS232C(X04)
NFT-7175-RS-1
OPL-6845R-RS232
BL-210R
BL-210RK
BL-601
BL-N70R
SR-510
HR-50R
GT10B-SB
CODE-39
AIMEX Corporation
Barcode reader
WPC (JAN, EAN,
UPC)
Manufacturer
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-
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 14/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
3.4 How to read data by a barcode reader
Please refer to the followings for the data transfer format (header/terminator settings and others) that can be
used in the GOT or the setting method to read data by a barcode reader.
(a) Data transfer format (header/terminator settings and others) that can be used in the GOT.
(b) Setting to connect a barcode reader to the GOT. ([Peripheral Setting] on GT Designer3 or [Communication
Settings] on GT Designer2)
(c) Setting to write the data, read by a barcode reader, to the PLC CPU. ([Detail Setting] in the [Bar Code]
dialog box on GT Designer3 or [Detail Setting] in the [Bar Code] dialog box on GT Designer2)
Refer to the following.
- GT Designer3 Version□ Screen Design Manual (Functions) (SH-080867ENG)
- GT Designer2 Version□ Screen Design Manual (SH-080530ENG)
(d) Setting procedure from connecting a barcode reader to the GOT until reading a barcode.
Refer to the following.
- GOT1000 Series Connection Manual (Microcomputer, MODBUS Products, Peripherals) for GT
Works3 (SH-080871ENG)
- GOT1000 Series Connection Manual (SH-080532ENG)
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 15/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
4. 2D Code Reader
4.1 Compatible Products
○: Operation validated, -: Operation not checked
Manufacturer
AIMEX Corporation
Model
Operation validation
GOT1000
GT SoftGOT1000 *4
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IT4600SR-RS
MATRIX210-21□-□□□
MATRIX410-□□□-0□0
GD4430-□□
IDEC AUTO-ID SOLUTIONS
GD4430-□□-HD
Corporation
GBT4430-□□
MG1100i-2D
M3200i Series
OMRON Corporation
V400-F250
OPD-7435
OPTOELECTRONICS CO.,LTD.
NFD1267 *1
OPI-3601-V
TL-30
TL-40
KEYENCE CORPORATION
SR-510
HR-100
GT10Q-SB
GT10Q-SR
GT11Q-SR
QB20/20-HD *2
DENSO WAVE INCORPORATED
QB20K *1
QD20
AT10Q-SM
THIR-3000N
TFIR-3102 *2
THIR-6000
MARS TOHKEN SOLUTION
CO.LTD.
TFIR-31
THIR-6200DDM
THIR-6780R
DataMan 100
DataMan 7500/7500LR
DataMan 7550/7550LR
Cognex K.K.
DataMan 750/750S
DataMan 200 *3
DataMan 8100/8500
Motorola Solutions, Inc.
DS6608-RS-DOS/V
1900GSR-2
Honeywell International Inc.
*1: GT16 or GT15 is available only. (5VDC is required.)
*2: GT11 is available only.
*3: Configure the communication settings of the DataMan 200 and the GOT as shown below.
Setting item
Set value
Baud rate
115200 bps
Data length
8 bits or 7 bits
Stop bit
None, Even number or odd number
Parity
1 bit or 2 bits
*4: GT SoftGOT1000 Version 3.28E or later is required.
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Reference
4.2.1
4.2.4
4.2.3
4.2.1
4.2.1
4.2.1
4.2.2
4.2.1
4.2.3
4.2.1
4.2.1
4.2.3
4.2.1
4.2.3
TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 16/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
4.2 System equipment of 2D code reader
The following shows the equipment to configure with different types of 2D code readers.
4.2.1 System equipment (1)
Manufacturer
AIMEX Corporation
OMRON
Corporation
OPTOELECTRON
ICS CO.,LTD.
KEYENCE
CORPORATION
DENSO WAVE
INCORPORATED
MARS TOHKEN
SOLUTION
CO.LTD.
2D code
reader
IT4600SR-RS
Power supply unit
RS-232 cable
Included with a 2D code reader
V400-F250
Not necessary *1*2
OPD-7435
Included with a 2D code reader
NFD1267
Not necessary *3
OPI-3601-V
Included with a 2D code reader
TL-30
TL-U1
TL-40
SR-510
HR-100
TL-U1
BL-U2
OP-87530
GT10Q-SR
AD1005/3600
GT11Q-SR
AD1005/3600
CBG11-RS2000/9
QB20/20-HD
QB20K
2000639
Included with a 2D code reader
QD20
Not necessary *1*2
THIR-3000N
S-8440
TFIR-3102
Not necessary *1
496800-0040
Included with a 2D code reader
Produced by the user
Refer to 3) below.
Included with a 2D code reader *5 *6
Produced by the user
Refer to 4) below.
Included with a 2D code reader
Included with a 2D code reader
Included with a 2D code reader
Included with a 2D code reader
DM100-RS232-000
DM42206139-04
DM42203758-03S
Included with a 2D code reader
Purchased by the user (V400-W24)
Including a 24VDC power cable
Included with a 2D code reader
Produced by the user
Refer to 1) below.
(5VDC is required.)
Included with a 2D code reader
For GT11, included with a 2D code reader
For GT16 or GT15, refer to 2) below.
Included with a 2D code reader
GT01-C30R2-9S *4
HR-1C3RC
GT27, GT25, GT21:
・CBG1-RS2000/9
・CBG1-RS5000/9-1
・GT10Q RS232C/2mCurl
SoftGOT2000:*5
THIR-6000
Included with a 2D code reader
TFIR-31
Included with a 2D code reader
THIR-6200DDM Included with a 2D code reader
THIR-6780R
Included with a 2D code reader
DataMan 100
DM100-RWR-000
Cognex K.K.
DataMan 7500
Included with a 2D code reader
DataMan 7550
Included with a 2D code reader
Motorola Solutions, DS6608-RS-DO
Included with a 2D code reader
Included with a 2D code reader *5
Inc.
S/V
*1: It is necessary to supply 24VDC to the 2D code reader separately. For details, please refer to the manual of the 2D code
reader to be used.
*2: For adjusting settings of the 2D code reader by using the monitor, please refer to the manual of the 2D code reader to be
used.
*3: It is necessary to supply 5VDC to the 2D code reader separately. For details, please refer to the manual of the 2D code
reader to be used.
*4: This is a Mitsubishi Electric product. Please contact your local Mitsubishi Electric or representative for purchasing the
cable.
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 17/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
*5: To connect the 2D code reader to GT SoftGOT1000, connect the following USB/RS-232 conversion cables to a USB port
on the personal computer.
For the USB/RS-232 conversion cables, refer to Technical Bulletin FA-D-0036.
- DIFC-U2 (Diatrend Corporation)
- DAC01R2VD (Diatrend Corporation)
<Connection example>
[2D code reader (RS-232)] + [ RS-232 cable] + [DAC01R2VD] + [DIFC-U2] + [Personal computer (USB)]
*6: With the USB/RS-232 conversion cables (DIFC-U2 and DAC01R2VD), configure the 2D code reader setting so that the
RS/CS control is not performed.
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 18/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
1) RS-232 cable connection diagram for a 2D code reader manufactured by OPTOELECTRONICS CO., LTD.
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the 2D code reader manufacturer.
2D code reader
Signal name
Pin No.
Trigger
Green
OK-
Cable connection and signal direction
Pin No.
1
GOT
Signal name
CD
Yellow
2
RD(RXD)
NG
Blue
3
SD(TXD)
SD
Purple
4
DTR(ER)
RD
Orange
5
SG
RS
Brown
6
DSR(DR)
CS
Gray
7
RS(RTS)
+5V
Red
8
CS(CTS)
GND
White
9
5V
2) RS-232 cable connection diagram for a 2D code reader manufactured by KEYENCE CORPORATION
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the 2D code reader manufacturer.
2D code reader
Signal name
Pin No.
N.C
1
Cable connection and signal direction
Pin No.
1
GOT
Signal name
CD
SD(TXD)
2
2
RD(RXD)
RD(RXD)
3
3
SD(TXD)
N.C
4
4
DTR(ER)
SG
5
5
SG
N.C
6
6
DSR(DR)
CS(CTS)
7
7
RS(RTS)
RS(RTS)
8
8
CS(CTS)
N.C
9
9
──
3) RS-232 cable connection diagram for a 2D code reader manufactured by DENSO WAVE INCORPORATED
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the 2D code reader manufacturer.
2D code reader
Signal name
Pin No.
──
──
/TXD
Cable connection and signal direction
Pin No.
1
2
2
GOT
Signal name
CD
RD(RXD)
/RXD
3
3
SD(TXD)
──
──
4
DTR(ER)
GND
5
5
SG
──
──
6
DSR(DR)
CTS
7
7
RS(RTS)
RTS
8
8
CS(CTS)
──
──
9
NC
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 19/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
4) RS-232 cable connection diagram for a 2D code reader manufactured by MARS TOHKEN SOLUTION
CO.LTD.
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the 2D code reader manufacturer.
2D code reader
Signal name
Pin No.
──
──
Cable connection and signal direction
Pin No.
1
GOT
Signal name
CD *1
RXD /RD-
2
2
RD(RXD)
TXD /TD+
3
3
SD(TXD)
──
──
4
DTR(ER)
GND
5
5
SG
──
──
6
DSR(DR)
──
──
7
RS(RTS)
RTS
11
8
CS(CTS)
CTS
12
9
──
4.2.2 System equipment (2)
Manufacturer
DENSO WAVE
INCORPORATED
2D code
reader
GT10Q-SB
Power supply unit
Included with a 2D code reader
(A Bluetooth adapter
(BA-10RKU) must be purchased
separately.)
RS-232 cable
CBBA-RS2000/9
HEAD OFFICE : TOKYO BUILDING, 2-7-3 MARUNOUCHI, CHIYODA-KU, TOKYO 100-8310, JAPAN
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 20/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
4.2.3 System equipment (3)
2D code
reader
GD4430-□□
GD4430-□□-HD
GBT4430-□□
MG1100i-2D
M3200i Series
UL310-0515, or 5V power supply from
the GOT standard interface *2
CAB-350 *3
11-0387 or HK-CP13-A05
PSAA18U-120
8-0736-80 *3
8-0730-54 *3
DENSO WAVE
INCORPORATED
AT10Q-SM
Included with a 2D code reader
Included with a 2D code reader
DMA-24KIT-00, DM100-PWR-000
DM700-RS232-00
Cognex K.K.
DataMan 750
DataMan 750S
DataMan 8100 *1
DataMan 8500 *1
DM100-PWR-00
DM8000-RS232-00
Manufacturer
IDEC AUTO-ID
SOLUTIONS
Corporation
Power supply unit
RS-232 cable
Honeywell
International
1900GSR-2
Included with a 2D code reader
Included with a 2D code reader
Inc.
*1: DataMan 8100/8500 requires the communication module DMCM-SERIALM-00.
*2: It is necessary to supply 5VDC to the 2D code reader separately. For details, please refer to the manual of the 2D code
reader to be used.
*3: To connect the 2D code reader to GT SoftGOT1000, connect the following USB/RS-232 conversion cables to a USB port
on the personal computer.
For the USB/RS-232 conversion cables, refer to Technical Bulletin FA-D-0036.
- DIFC-U2 (Diatrend Corporation)
- DAC01R2VD (Diatrend Corporation)
<Connection example>
[2D code reader (RS-232)] + [ RS-232 cable] + [DAC01R2VD] + [DIFC-U2] + [Personal computer (USB)]
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[Issue No.] GOT-A-0010-AB
[Page] 21/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
4.2.4 System equipment (4)
Trigger switch
1 2D code reader
3 Terminal box
5 RS-232 cable
GOT
2 Dedicated cable
4 Power supply unit
Manufacturer
IDEC AUTO-ID
SOLUTIONS
Corporation
Barcode reader
MATRIX210-21□-□□□
MATRIX410-□□□-0□0
Dedicated
cable
Included with a
2D code reader
CAB-MS01
Terminal
box
CBX100
Power
supply unit
PS5R-B24
RS-232 cable
Produced by the
user
Refer to 1) below.
1) RS-232 cable connection diagram for a 2D code reader manufactured by IDEC AUTO-ID SOLUTIONS
Corporation.
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the barcode reader manufacturer.
Barcode reader
Signal name
Pin No.
SGND
──
Cable connection and signal direction
Pin No.
1
GOT
Signal name
CD
TX
──
2
RD(RXD)
RTS
──
3
SD(TXD)
RX
──
4
ER(DTR)
CTS
──
5
SG
──
──
6
DR(DSR)
──
──
7
RS(RTS)
──
──
8
CTS
──
──
9
NC
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[Issue No.] GOT-A-0010-AB
[Page] 22/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
4.2.5 System equipment (5)
Manufacturer
KEYENCE
CORPORATION
2D code
reader
Dedicated cable
Included with a 2D
code reader
TL-30
Power supply
unit
TL-U1
RS-232 cable
Not required with the
GT16 extended function OS,
Barcode [04.00.**] or later
Not required with the
extended function OS,
Barcode [03.00.00] or later
Produced by the user with
GT15 the extended function OS,
Barcode [02.04.**] or
earlier
Refer to 1) below.
Not required
By using Dedicated
GT11 cable, a 2D code reader
can be connected to the
GOT.
1) RS-232 cable connection diagram for a 2D code reader manufactured by KEYENCE CORPORATION.
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the barcode reader manufacturer.
2D code reader
Signal name
Pin No.
N.C
1
Cable connection and signal direction
Pin No.
1
GOT
Signal name
CD
SD(TXD)
2
2
RD(RXD)
RD(RXD)
3
3
SD(TXD)
N.C
4
4
DTR(ER)
SG
5
5
SG
N.C
6
6
DSR(DR)
CS(CTS)
7
7
RS(RTS)
RS(RTS)
8
8
CS(CTS)
N.C
9
9
NC
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[Issue No.] GOT-A-0010-AB
[Page] 23/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
4.2.6 System equipment (6)
Manufacturer
Cognex K.K.
2D code
reader
DataMan 200
Dedicated cable
CCB-84901-1003-△
△
Power supply
unit
CPS-AC-POE1A-△
△
RS-232 cable
CCB-M8X4-△△
4.3 Compatible 2D code type
Only “QR code” is supported by the GOT.
4.4 How to read data by a 2D code reader
Please refer to the followings for the data transfer format (header/terminator settings and others) that can be
used in the GOT or the setting method to read data by a 2D code reader.
(a) Data transfer format (header/terminator settings and others) that can be used in the GOT.
(b) Setting to connect a 2D code reader to the GOT. ([Peripheral Setting] on GT Designer3 or [Communication
Settings] on GT Designer2)
(c) Setting to write the data, read by a 2D code reader, to the PLC CPU. ([Detail Setting] in the [Bar Code]
dialog box on GT Designer3 or [Detail Setting] in the [Bar Code] dialog box on GT Designer2)
Refer to the following.
- GT Designer3 Version□ Screen Design Manual (Fundamentals) (SH-080866ENG)
- GT Designer2 Version□ Screen Design Manual (SH-080530ENG)
(d) Setting the procedure from connecting a 2D code reader to the GOT until reading 2D code data.
Refer to the following.
- GOT1000 Series Connection Manual (Microcomputer, MODBUS Products, Peripherals) for GT
Works3 (SH-080871ENG)
- GOT1000 Series Connection Manual (SH-080532ENG)
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[Issue No.] GOT-A-0010-AB
[Page] 24/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
5. Hubs for Ethernet Connection and Gateway Function
(Compatible Product)
Manufacturer
Allied Telesis K.K.
I-O DATA DEVICE, INC.
KEYENCE CORPORATION
PHOENIX CONTACT
Mitsubishi Electric Corporation
Mitsubishi Cable Industries,Ltd.
CentreCOM FS708XL
CentreCOM FS705TX
ETX-ESH5
NE-V08
FL SWITCH SF 8TX
NZ2EHG-T8
ET10618
Model
CentreCOM MR815TL
CentreCOM FS705TX V2
ETX-SH5
FL SWITCH 5TX (Hardware version 13 or later)
ST12904-AC
(Discontinued Product *1)
Manufacturer
Allied Telesis K.K.
CentreCOM MR820TR
Mitsubishi Cable Industries,Ltd.
ST12608
*1: Discontinued Products are not checked with GT16.
Model
CentreCOM 3012TR V2
(Incompatible Product *2)
Manufacturer
BUFFALO INC.
LSW-TX-5EP
*2: Incompatible Products are not checked with GT16.
CentreCOM RH505EL
Model
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[Issue No.] GOT-A-0010-AB
[Page] 25/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
6. Printer
PictBridge compatible printers and serial printers are available for the GOT1000 series.
The following shows the correspondence of the GOTs, printers and software.
GOT
GT16
Available printer
PictBridge compatible printer
Available software
GT Designer2/GT Works2 Versin2.27D or later
GT Works3 Version1.01B or later
GT Works3 Version1.17T or later
GT Designer2/GT Works2 Versin2.27D or later
GT Works3 Version1.01B or later
Serial printer
Serial printer
Serial printer
GT Works3 Version1.17T or later
GT Works3 Version1.54G or later
GT Works3 Version1.54G or later
PictBridge compatible printer
Serial printer
GT15
GT14
GT11
GT10
Reference
6.1
6.2
6.1
6.2
6.2
6.2
6.1 PictBridge compatible printer
By mounting the printer unit (GT15-PRN) on the GT16 or the GT15, a PictBridge compatible printer is available.
For the GT15-PRN printer unit, only PictBridge compatible printers are connectable. (Serial printers cannot be
connected.)
To use a PictBridge compatible printer, install the extended function OS (Printer (PictBridge)) to the GOT with the
following screen design software.
- GT Designer2/GT Works2 Version 2.27D or later
- GT Works3 Version 1.01B or later
Precautions
PictBridge compatible printers are available, however the paper size, print area, or corrective actions for errors
vary according to the type of the model. For details, follow the printer manual.
(1) Paper size
Regardless of the paper size set on the GOT, an image on the GOT may be printed at the size set on the
printer.
When the paper size of the hard copy is specified other than the A4 size, an error may occur and the hard copy
cannot be printed. Set the paper size to A4.
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[Issue No.] GOT-A-0010-AB
[Page] 26/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
(2) Printable area
When using the report function of the GOT, the printable area varies according to the printer.
By the printer specifications, the trimming process is performed and some specified lines may not be printed.
(The trimming process adjusts image dimensions to a full printable area specified for the paper size, and does
not print the unprintable areas.)
When some areas are not printed, adjust margins and lines by using the report function of the GOT in
accordance with the printer specifications. (Refer to the figure below.)
Example) When the number of lines is set to 70, and the first line and 70th line are unprintable
1
Upper margin
2
3
The printable
area of
the printer
68
69
Because areas are
unprintable, both lines
are not printed.
1
2
3
The printable
area of
66 the printer
67
68
Number of lines
Bottom margin
70
Some specified areas
are not printed.
By the GOT (Report function),
adjust margins and the number
of lines so that the specified
area is within the printable area.
When some of lines are not printed for the report function of the GOT, configure the printer setting with no
trimming. Doing so may print the lines correctly.
(3) Paper jam
For the paper jam, remove the paper, and then execute the printing process again by using the GOT.
When the printing process does not start after the above actions, execute any of the following methods.
(a) Press the cancel button on the printer to stop the printing process, and then execute the printing process
again by using the GOT.
(b) Disconnect and connect the cable of the printer, and then turn on the printer again. (The printing process
starts again automatically.)
(d) Press the OK button on the printer to stop the printing process. Then execute the printing process again by
using the GOT.
(e) Press the cancel button on the printer. (The printing process starts again automatically.)
(4) Others
For some printers, the print enable/disable status notification signal (GS258.b3) may turn on before the
preparations for printing are not completed.
Check the preparations for printing and then execute the printing process.
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[Page] 27/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
6.2 Serial printer
You can use a serial printer by connecting to the built-in RS-232 interface of the GT16, GT15, GT14, or GT10,
or by mounting the GT15-RS2-9P on the GT16 or GT15.
To use a serial printer, install the extended function OS (Printer (serial)) to the GOT with the following screen
design software.
- GT Works3 Version 1.17T or later for the GT16 and GT15
- GT Works3 Version 1.54G or later for the G14
For the GT10 and GT14, install the standard monitor OS to the GOT with GT Works3 Version 1.54G or later.
The GOTs support printer control code ESC/P24-J84.
(Compatible Product)
Manufacturer
NADA ELECTRONICS, LTD.
SEIKO EPSON CORPORATION
Model
TP-642EG *2
TP-1728G *2
VP-700U
Available hard copy size
QVGA, VGA *1
QVGA, VGA, SVGA, XGA
QVGA, VGA, SVGA
Reference
Refer to (1) below.
Refer to (2) below.
*1: Since the printing width of the data is larger than the paper width, set the printer to “Do not print unprintable area.” or “Reduce and print
data.”
*2: TP-642EG or TP-1728G only supports the hard copy function.
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[Issue No.] GOT-A-0010-AB
[Page] 28/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
(1) Cable connection diagram and precautions for a printer manufactured by NADA ELECTRONICS, LTD.
(a) Connection cable diagram
The following shows connection cables that must be produced by the user.
(Maximum cable length: confirm with a printer manufacturer.)
Printer
Signal name
Pin No.
──
──
Cable connection and signal direction
Pin No.
GOT
Signal name
1
CD
RXD
2
2
RD(RXD)
TXD
3
3
SD(TXD)
──
──
4
DTR(ER)
GND
5
5
SG
──
──
6
DSR(DR)
RTS
7
7
RS(RTS)
CTS
8
8
CS(CTS)
──
──
9
NC
(b) Precautions
- Monochrome printing
- If printing is interrupted due to a turned-off printer, cable disconnection, and others, turn off and then on
the printer power, and perform the printing again.
- For printing with the report function, one-byte characters are printed as two-byte characters.
- For printing with the report function, the left margin setting of the print format is disabled.
- Since the printing paper is roll paper, the page break function is disabled.
(2) Cable connection diagram and precautions for a printer manufactured by SEIKO EPSON
CORPORATION
(a) Connection cable diagram
The following shows connection cables that must be produced by the user.
(Maximum cable length: confirm with a printer manufacturer.)
Printer
Signal name
Pin No.
──
──
TXD
Cable connection and signal direction
2
Pin No.
GOT
Signal name
1
CD
2
RD(RXD)
RXD
3
3
SD(TXD)
──
──
4
DTR(ER)
SIGNAL GND
7
5
SG
──
──
6
DSR(DR)
──
──
7
RS(RTS)
DTR
20
8
CS(CTS)
──
──
9
NC
(b) Precautions
- Monochrome printing
- If printing is interrupted due to a turned-off printer, cable disconnection, and others, turn off and then on
the printer power, and perform the printing again.
- For printing with the report function, the available left margin setting of the print format ranges from 0 to 67.
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[Page] 29/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
7. Video Camera
Precautions
Some video cameras may require a separate power supply unit.
Regarding a required power supply unit for a video camera, confirm with the manufacturer.
(Compatible Product)
Manufacturer
Model
XC-ST70 *1
XC-ST50 *1
XC-ST51 *1
XC-ES50 *1
XC-ES50L *1
XC-ES51 *1
Sony Corporation
XC-ES30 *1
XC-EI50 *1
XC-EI30 *1
XC-ST70CE *2
XC-ST30CE *2
XC-ES30CE *2
CS8310Bi *1
CS8311Bi *2
CS8550i-51 *1*4
TOSHIBA TELI CORPORATION
CS8630i *1
CIT-8000 *3*5
CIT-8510M *3*5
CIT-8800M *3*5
CIT-9510M *3*5
Mitsubishi Electric Corporation
C-4010 *3*5
C-2600 *3*5
C-2670 *3*5
C-2915 *3*5
*1: EIA format (Monochrome) Set NTSC for the video input signal of the communication settings.
*2: CCIR format (Monochrome) Set PAL for the video input signal of the communication settings.
*3: NTSC format (Color)
*4: Set the 1/60s interlace mode for the video output mode (VIDEO) of the dipswitch on the camera rear panel.
*5: Some video cameras may require a separate power supply unit or the equipment for converting the specifications to
Mitsubishi specifications. For details, check the manual of the video camera to be used.
(Discontinued Products *3)
Manufacturer
Model
CS5260BD *2*3*4*6
CS5270B *2
CS8420i *1
TOSHIBA TELI CORPORATION
CS8430i *1
CIT-722 *2*5*6
CIT-743 *2*5
CIT-772 *2*5
CIT-7300 *2*5
CIT-7500 *2*5*6
CIT-7550 *2*5
Mitsubishi Electric Corporation
CIT-8510 *2*5*6
CIT-8800 *2*5*6
CIT-9510 *2*5*6
C-2860 *2*5
C-2910 *2*5
*1: EIA format (Monochrome) Set NTSC for the video input signal of the communication settings.
*2: NTSC format (Color)
*3: PAL format (Color)
*4: The type of the model is different from NTSC format and PAL format.
*5: Some video cameras may require a separate power supply unit or the equipment for converting the specifications to
Mitsubishi specifications. For details, check the manual of the video camera to be used.
*6: Discontinued Products are not checked with GT16.
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[Page] 30/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
8. Display
(Compatible Product)
Manufacturer
Mitsubishi Electric Corporation
RDT242WH
Model
RDT241WEX
RDT234WX
(Discontinued Products)
Manufacturer
Dell Inc.
BUFFALO INC.
Model
Mitsubishi Electric Corporation
2007FP
FTD-G722AS/F *1
RDT261WH
RDT221WLM
RDT193WM
RDT195LM
RDT178LM
RDT158LM
RDT196S *1
RDT1712S *1
RDT1713VM *1
MDT461S *1
MDT242WG
LDT461V
RDT241W
RDT203WM
RDT191WLM
RDT194LM
RDT177LM
RDT196V *1
RDT1712V *1
RDT159V *1
MDT401S *1
MDT221WG
LDT421V
RDT222WM
RDT201WLM
RDT179LM
RDT1714VM
RDT176LM *1
RDT155LM *1
MDT321S *1
MDT201WS *1
LDT321V
*1: Not checked with GT16.
9. Display Related Equipment: Image Transmitter and Receiver
(Compatible Product)
Manufacturer
Model
CONTEC CO., LTD
Transmitter: RP-VL-S-01 *1*2
Receiver: RP-VL-R-01 *2
*1: This product can convert the analog RGB signals to the digital signals via Ethernet to transmit the screen images. For the
RGB output from the GOT, the transmission distance can be extended. A dedicated receiver and others are required
separately. For details, please refer to the manual of the manufacturer.
*2: The operation check is in progress with GT15.
10. Speaker
For a sound output unit of the GOT, use a speaker with amplifier.
Use a speaker compatible with the following specifications.
Item
Specification
Sound output terminal
For connecting external L/R speakers, 1 channel for each speaker (2Vp-p,
0.4mW (for rated load 10kΩ)
Applicable jack
Φ3.5 stereo mini jack, straight type
Playable file
Windows WAV format 8.000kHz, 16 bits, mono (8 seconds/sound file)
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[Page] 31/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
11. RFID Controller
11.1 Compatible Products
Manufacturer
Model
LS Industrial Systems Co., Ltd.
OMRON Corporation
LSRF-C
V600/V620
ICU-60S
MARS TECHNO SCIENCE Corp.
ICU-215
PONGEE INDUSTRIES CO., LTD
PUA-310
*1: GT SoftGOT1000 Version 3.28E or later is required.
○: Operation validated, -: Operation not checked
Operation validation
GT SoftGOT1000
GOT1000
*1
○
○
○
○
○
○
○
○
○
11.2 System equipment of RFID controllers
The following shows the equipment to configure with different types of RFID controllers.
1 IC tag
2 RFID reader/writer
3 RFID controller
4 RS-232 cable
Manufacturer
LS Industrial Systems
Co., Ltd.
IC tag
RS-232 cable
Produced by the user
LSRT125
LSRF-L
LSRF-C
Refer to (1) below *1
Produced by the user
V600-D□
V600-H□
V600-CA5D□
Refer to (2) below *1
OMRON Corporation
Produced by the user
V620-D8KR01
V620-H□
V620-CA1A
Refer to (3) below *1
Produced by the user
ICU-60S (built-in a controller)
Refer to (4) below *1
MARS TECHNO
Mifare(ISO14443
SCIENCE Corp.
TypeA) card
Produced by the user
ICU-215 (built-in a controller)
Refer to (5) below *1
PONGEE INDUSTRIES PUA-310Produced by the user
PUA-310 (built-in a controller)
CO., LTD
compatible tag
Refer to (6) below *1
*1: To connect the RFID controller to GT SoftGOT1000, connect the following USB/RS-232 conversion cables to a USB port
on the personal computer.
For the USB/RS-232 conversion cables, refer to Technical Bulletin FA-D-0036.
- DIFC-U2 (Diatrend Corporation)
- DAC01R2VD (Diatrend Corporation)
<Connection example>
[RFID controller (RS-232)] + [
RFID reader/writer
RFID controller
RS-232 cable] + [DAC01R2VD] + [DIFC-U2] + [Personal computer (USB)]
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[Page] 32/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
(1) RS-232 cable connection diagram for an RFID controller manufactured by LS Industrial Systems Co.,
Ltd.
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the RFID controller manufacturer.
RFID controller
Signal name
Pin No.
NC
1
2
RD(RXD)
Cable connection and signal direction
Pin No.
1
2
GOT
Signal name
CD *1
RD(RXD)
SD(TXD)
3
3
SD(TXD)
NC
4
4
DTR(ER)
SG
5
5
SG
NC
6
6
DSR(DR)
NC
7
7
RS(RTS)
NC
8
8
CS(CTS)
9
NC
NC
9
*1: NC for GT11
* For the cables between
and
, refer to the manual created by LS Industrial Systems Co., Ltd.
(2) RS-232 cable connection diagram for a V600 RFID controller manufactured by OMRON Corporation
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the RFID controller manufacturer.
RFID controller
Signal name
Pin No.
Cable connection and signal direction
Pin No.
GOT
Signal name
-
1
1
CD*1
SD
2
2
RD(RXD)
RD
3
3
SD(TXD)
RS
4
4
DTR(ER)
CS
5
5
SG
-
6
6
DSR(DR)
-
7
7
RS(RTS)
-
8
8
CS(CTS)
SG
9
*1: NC for GT11
*For the cables between
9
-
and
, refer to the manual created by OMRON Corporation
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[Issue No.] GOT-A-0010-AB
[Page] 33/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
(3) RS-232 cable connection diagram for a V620 RFID controller manufactured by OMRON Corporation
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the RFID controller manufacturer.
RFID controller
Signal name
Pin No.
FG
1
SD
Cable connection and signal direction
Pin No.
1
2
2
GOT
Signal name
CD *1
RD(RXD)
RD
3
3
SD(TXD)
RS
4
4
DTR(ER)
CS
5
5
SG
-
6
6
DSR(DR)
SG
7
7
RS(RTS)
-
8
8
CS(CTS)
ER
20
*1: NC for GT11
*For the cables between
9
NC
and
, refer to the manual created by OMRON Corporation
(4) RS-232 cable connection diagram for an ICU-60S RFID controller manufactured by MARS TOHKEN
SOLUTION CO.LTD.
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the RFID controller manufacturer.
RFID controller (ICU-60S)
Signal name
Pin No.
+24V
1
Cable connection and signal direction
Pin No.
1
GOT
Signal name
CD *1
GND
2
2
RD(RXD)
TXD
3
3
SD(TXD)
RXD
4
4
DTR(ER)
CTS
5
5
SG
RTS
6
6
DSR(DR)
/RST
7
7
RS(RTS)
GND
8
8
CS(CTS)
9
-
*1: NC for GT11
*For the cables between
9
NC
and
, refer to the manual created by MARS TECHNO SCIENCE Corp.
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[Issue No.] GOT-A-0010-AB
[Page] 34/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
(5) RS-232 cable connection diagram for an ICU-215 RFID controller manufactured by MARS TOHKEN
SOLUTION CO.LTD.
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the RFID controller manufacturer.
RFID controller (ICU-215)
Signal name
Pin No.
/RXD
Cable connection and signal direction
Pin No.
1
GOT
Signal name
1
CD *1
/TXD
2
2
RD(RXD)
+5V
3
3
SD(TXD)
GND
4
4
DTR(ER)
GND
5
5
SG
-
-
6
DSR(DR)
-
-
7
RS(RTS)
-
-
8
CS(CTS)
9
5V *2
-
-
*1: NC for GT11
*2: Supply 5VDC to the RFID controller.
*For the cables between and , refer to the manual created by MARS TECHNO SCIENCE Corp.
(6) RS-232 cable connection diagram for an ICU-215 RFID controller manufactured by PONGEE
INDUSTRIES CO., LTD.
The following shows connection cables that must be produced by the user.
Maximum cable length: confirm with the RFID controller manufacturer.
RFID controller
Signal name
Color
+12VDC
Cable connection and signal direction
Pin No.
GOT
Signal name
Red
1
CD *1
Ground
Black
2
RD(RXD)
TX+
White
3
SD(TXD)
Shield/Ground
Yellow
4
DTR(ER)
-
-
5
SG
-
-
6
DSR(DR)
-
-
7
RS(RTS)
-
-
8
CS(CTS)
-
-
*1: NC for GT11
*For the cables between
9
-
and
, refer to the manual created by PONGEE INDUSTRIES CO., LTD
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TECHNICAL BULLETIN
[Issue No.] GOT-A-0010-AB
[Page] 35/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
11.3 How to read data by an RFID controller
Please refer to the followings for the data transfer format (header/terminator settings and others) that can be
used in the GOT or the setting method to read data by an RFID controller.
(a) Data transfer format (header/terminator settings and others) that can be used in the GOT.
(b) Setting to connect an RFID controller to the GOT. ([Peripheral Setting] on GT Designer3 or
[Communication Settings] on GT Designer2)
(c) Setting to write the data, read by an RFID controller, to the PLC CPU. ([Detail Setting] in the [Bar Code]
dialog box on GT Designer3 or [Detail Setting] in the [Bar Code] dialog box on GT Designer2)
Refer to the following.
- GT Designer3 Version□ Screen Design Manual (Fundamentals) (SH-080866ENG)
- GT Designer2 Version□ Screen Design Manual (SH-080530ENG)
(d) Setting procedure from connecting an RFID controller to the GOT until reading IC tag data.
Refer to the following.
- GOT1000 Series Connection Manual (Microcomputer, MODBUS Products, Peripherals) for GT
Works3 (SH-080871ENG)
- GOT1000 Series Connection Manual (SH-080532ENG)
(e) The send data and receive data for an RFID controller manufactured by MARS TECHNO SCIENCE Corp
1) ICU-60S
Send data: Set the data except STX and ETX to LF.
Receive data: The data except STX and ETX to LF are stored.
2) ICU-215
Send data: Set the data except STX and BCC to ETX.
Receive data: The data except STX and BCC to ETX are stored.
11.4 The following RFID controllers are available for the external authentication.
Manufacturer
LS Industrial Systems Co., Ltd.
OMRON Corporation
PONGEE INDUSTRIES CO., LTD
Model
LSRF-C
V600/V620
PUA-310
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[Issue No.] GOT-A-0010-AB
[Page] 36/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
12. Modem
To use a modem, GT Designer3 Version1.01B or later is required.
(Compatible Product)
Manufacturer
I-O DATA DEVICE, INC. *1
Yokogawa Electric Corporation *1
MITSUBISHI ELECTRIC *2
MITSUBISHI ELECTRIC *2
SIXNET *3
*1: For Japan
*2: For overseas (Europe)
*3: For overseas (North America)
Model
DFML-560ER
TN30
MIM-A01
MIM-G01
VT-MODEM
12.1 AT command list
Set AT commands according to a modem to be used.
AT commands to be used differ depending on whether the modem is connected to the GOT or the modem is
connected to a personal computer.
For details of the AT commands, refer to the manual for each modem.
Model
DFML-560ER
TN30
MIM-A01 *3
MIM-G01 *4
VT-MODEM
Initialization command
Personal computer side *1
GOT side *2
AT&F0V1E0Q0%C0&K0&D0W2
AT&F0V1E0Q0%C0&K0&D0W2S0=1
AT&FV1E0Q0%C0&K0&D0W2
AT&FV1E0Q0%C0&K0&D0W2S0=1
AT&FV1E0Q0%C0&K0&D0W2+TFORMAT= AT&FV1E0Q0%C0&K0&D0W2S0=1+TFOR
"8N1";+TBAUD="9600"
MAT="8N1";+TBAUD="9600"
AT&FE0%C0&K0&D0+CICB=0;+IPR=9600;
AT&FE0%C0&K0&D0S0=1+CICB=0;+IPR=9
+ICF=3,4;+IFC=0,0
600;+ICF=3,4;+IFC=0,0
AT&FQ0E0V1%C0&K0&D0W2
AT&FQ0E0V1%C0&K0&D0W2S0=1
RS-232
cable
Personal
computer
Modem
Telephone
circuit
RS-232
cable
Modem
GOT1000
series
*1: Enter a command in the initialization command field for GOT Modem Connection Tool.
*2: Enter a command in the initialization command field of [Detail Setting] in the [I/F Communication Setting] dialog box
on GT Designer3.
*3: Configure a communication setting of the MIM-A01 by using AT commands. To configure the setting, use AT
commands (+TBAUD and +TFORMAT). The example shows the case when the baud rate is 9600bps, the data
length is 8 bits, the parity is none, and the stop bit is 1 bit.
*4: Configure a communication setting of the MIM-G01 by using AT commands. To configure the setting, use AT
commands (+IPR and +ICF). The example shows the case when the baud rate is 9600bps, the data length is 8 bits,
the parity is none, and the stop bit is 1 bit.
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[Issue No.] GOT-A-0010-AB
[Page] 37/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
12.2 Connection cable
12.2.1 Connection cable between a personal computer and a modem
Model
Connection cable
Between personal computer and modem
DFML-560ER
TN30
MIM-A01
MIM-G01
VT-MODEM
Personal
computer
(1) Cable 1)
(2) Cable 2)
(1) Cable 1)
Cable 1) or cable 2)
Modem
(1) Cable 1)
A cable included with a modem is available. To create a cable by the user, refer to the following cable
connection diagram.
The cable length must be up to 15m.
Personal
computer
Pin No.
1
Cable connection
Modem
Pin No.
1
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
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[Issue No.] GOT-A-0010-AB
[Page] 38/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
(2) Cable 2)
Create a cable by referring to the following cable connection diagram. The cable length must be up to
15m.
Personal
computer
Pin No.
1
Cable connection
Modem
Pin No.
1
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
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[Issue No.] GOT-A-0010-AB
[Page] 39/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
12.2.2 Connection cable between a modem and the GOT
- GT16, GT15, GT11, GT105□, GT104□
Connection cable
Between modem and GOT
Model
DFML-560ER
TN30
MIM-A01
MIM-G01
VT-MODEM
Modem
(1) Cable 3)
Cable <3>
GOT1000 series
- GT1020, GT1030
For the connection between a modem and the GOT, a cable included with the modem and the
GT10-C02H-6PT9P are required.
Connection cable
Between modem and GOT
Model
DFML-560ER
TN30
MIM-A01
MIM-G01
VT-MODEM
Modem
(1) Cable 3)+GT10-C02H-6PT9P
Cable <3>
GT10-C02H-6PT9P
GOT1000 series
(1) Cable 3)
A cable included with a modem is available. To create a cable by the user, refer to the following cable
connection diagram.
The cable length must be up to 15m.
Modem
Pin No.
1
Cable connection
GOT
Pin No.
1
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
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[Issue No.] GOT-A-0010-AB
[Page] 40/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
13. USB Keyboard
A USB keyboard is available for the GT16 and GT14.
To use a USB keyboard, the GT16 requires GT Works3 Version 1.10L or later, and the GT14 requires GT
Works3 Version 1.37P or later.
Item
Specification
Japanese 106 keyboard, English 101 keyboard, and
forward-compatible keyboards (Japanese 109 keyboard and
others) *1*2
*1: Only keys compatible with Japanese 106 keyboards and English 101 keyboards are available.
(Keys other than on Japanese 106 keyboards or on an English 101 keyboards are invalid.)
*2: A keyboard with a particular function and others may not be available depending on the keyboard type.
USB keyboard
14. USB Mouse
A USB keyboard is available for the GT16 and GT14.
To use a USB keyboard, the GT16 requires GT Works3 Version 1.10L or later, and the GT14 requires GT
Works3 Version 1.37P or later.
Item
Specification
USB mouse
2 or 3-button USB mouse *1
*1: A particular USB mouse and others may not be available depending on the USB mouse type.
Particular function examples:
A composite device (a device with a USB hub function, a card reader, a numeric keypad, or others), a 4-button mouse,
and a mouse whose functions are added by dedicated driver software
15. USB Hub
A USB keyboard is available for the GT16 and GT14.
To use a USB keyboard, the GT16 requires GT Works3 Version 1.10L or later, and the GT14 requires GT
Works3 Version 1.37P or later.
Item
Specification
USB hub compatible with USB1.1 (including
forward-compatible USB hubs)*1
*1: A particular hub and others may not be available depending on the USB hub type.
Particular function examples:
A hub with 5 or more ports, a hub with multiple hubs, and a composite device with functions other than a hub function
USB hub
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[Issue No.] GOT-A-0010-AB
[Page] 41/41
[Title] List of Valid Devices Applicable for GOT1000 Series
[Date of Issue] Ver. AB: December 2014 (First Edition: September 2005)
[Relevant Models] GOT1000 Series
Version
N
Print date
February 2010
P
-
Q
R
S
October 2010
December 2010
T
April 2011
U
V
May 2011
-
W
X
Y
-
Z
-
AA
AB
January 2014
December 2014
Revision
- Revised the contents of ” 2.USB Memory”
- Added models to ”11.RFID Controller”
- Revised the contents of “2. USB Memory”
- Added the models to “6. Printer”
- Added the models to “12. Modem”
- Revised the contents of “2. USB Memory”
- Added "5. Hubs for Ethernet Connection and Gateway Function"
- Added the models to "3. Barcode Reader"
- Added the models to "4. 2D Code Reader"
- Added the models to "5. Hubs for Ethernet Connection and Gateway
Function"
- Added the operation validation with GT SoftGOT1000 to “3. Barcode
Reader”, “4. 2D Code Reader”, and “11. RFID Controller”.
- Corrected the cable connection diagram for a barcode reader
manufactured by OMRON Corporation
- Added the models to "4. 2D Code Reader"
- Added the models to "3. Barcode Reader"
- Added the models to "4. 2D Code Reader"
- Revised the whole composition
- Added the models to "3. Barcode Reader"
- Corrected the writing in "3. Barcode Reader"
- Corrected the cable connection diagram for OMRON barcode
readers
- Revised the contents in "7. Video Camera"
- Revised the contents in "8. Display"
- Added the models to "3. Barcode Reader"
- Added the models to "4. 2D Code Reader"
QR Code is a trademark or a registered trademark of DENSO WAVE INCORPORATED in JAPAN, the
United States and/or other countries.
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