Mitsubishi GOT1000 Series User guide

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Note: This document is for reference only. For detailed settings and safety information refer to the respective product manual.
GT1020/GT1030-to-FR-E 700 Inverter
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Note: This document is for reference only. For detailed settings and safety information refer to the respective product manual.
GOT1000 Startup Guide Ver. A
GT1020/GT1030-to-FR-E 700 Inverter
Overview:
This document provides a simple guide to setting up the GT1020 or GT1030
Graphic Operation Terminal (GOT) hardware and firmware for use with an
FR-E 700 Inverter.
Hardware Introduction:
The GT1020 and GT1030 are monochrome, 3-color backlight, two
communication channel GOT1000 Series touch panel interfaces used for
capturing user input to a system.
It should be noted that not all products from the GT1020 or GT1030 range are
compatible with a FREQROL inverter connection. Compatible products are
identified in the table below:
Model Size Extension Backlight Colors Comm. IF Power
LBD Green/Orange/Red RS-422
GT1020 3.7”
160 x 64 dot LBDW White/Pink/Red RS-422 24V DC
LBD Green/Orange/Red RS-422
GT1030 4.5”
288 x 96 dot LBDW White/Pink/Red RS-422 24V DC
For new GT1020 and GT1030 units, included in the box should be the
GT1020/GT1030 (A), 1 PLC Communication Connector (B), 1 rubber Panel
Mounting Packing (C), and 4 Panel Mounting Brackets (D).
Cabling:
Power
The applicable GT1020/GT1030 GOTs, require an external
24V DC power supply to be connected to the Power Terminal
on the back of the GOT.
A
B C
D

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Note: This document is for reference only. For detailed settings and safety information refer to the respective product manual.
Communication
For the GT1020/GT1030 to communicate with the inverter, a communication
cable is required. The type of cable used is dependent on the number of
inverters used within the system, examples of which are illustrated below.
One inverter:
Multi-drop connection:
*1 Connect to the PU port of the inverter.
Key:
* Cables to be made by user
** For direct wiring to RS-485 terminal blocks refer to respective product
manual.
(A)
(B)
(B)
(
B)
(B)
(C)
(A)
(B)
(D)
(D)
(D)
Distributor
RS-422
Between distributor
and inverter or
between distributors
RS-422
Mounting a
terminating
resistor
RS-422
• Between inverter
and GOT
(A)
(B)
(C)
(D)

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Note: This document is for reference only. For detailed settings and safety information refer to the respective product manual.
GOT 

Inverter Wiring Diagrams
(A)
(B)
(C)
*1 The connector figure shows the engagement face.

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Note: This document is for reference only. For detailed settings and safety information refer to the respective product manual.
GOT Terminals
The GT1020/GT1030 is fitted with screw terminals, use a small flathead
screwdriver to secure the wires within the PLC Communication Connector.
Terminal points are illustrated below:
Programming Cables:
The GT1020 and GT1030 come pre-installed with an OS and FX
communication driver, but without any project data. To download a project
from a PC running GT Designer2 to the GOT, a programming cable is
required that connects to the RS-232C 6-pin Mini-DIN port on the back of the
GOT. It is recommended to use a shielded USB A-type to Mini-B type cable
with a ferrite core paired with the GT10-RS2TUSB-5S, but any RS-232C
programming cable for the Q-Series will also work fine. A diagram of both is
shown below.
Note that using the GT10-RS2TUSB-5S will require a virtual USB COM port
driver to be installed on the PC. The COM port number can be automatically
or manually assigned so that it does not overlap with the existing COM port
numbers assigned on that PC. When using a Q-Series programming cable,
the COM port number already assigned to the RS-232C interface of the PC
will have to be checked.
QC30R2 (RS-232C)
OR
USB + GT10-RS2TUSB-5S
PC GOT

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Note: This document is for reference only. For detailed settings and safety information refer to the respective product manual.
GT Designer 2
(Version 2.73 or later)
To make sure the GT1020/GT1030 GOT is able to use
the latest functions and features, it is the responsibility
of the user to check and update the firmware (Standard
monitor OS) of the GOT.
Launch the latest copy of GT Designer2 and start a new project for the
corresponding GOT model (GT1020 or GT1030) with the “FREQROL500/700”
Inverter Type. Select “Yes” to set the Communication Setting and make sure
the Standard I/F-1 CH No. is set to 1 before selecting “OK”. The “Screen
Property” window that pops up for making a new screen can be either
canceled or accepted for the following steps.
Go to the “Communication” menu and select “To/From GOT” to bring up the
“Communicate with GOT” window. Go to the “Communication configuration”
tab and select “RS232” and the corresponding “Port No.” that connects the
PC to the GOT. With the GOT power ON, use the “Test” button to verify that
the PC and GOT can communicate properly then turn the GOT power OFF.
Installing OS and Communication Drivers
To access the OS installation mode of the GT1020/GT1030, switch the GOT
power from OFF to ON, while holding the bottom right corner of the touch
screen (in Horizontal layout), illustrated below:

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Note: This document is for reference only. For detailed settings and safety information refer to the respective product manual.
While the “Please install the OS” screen is displayed, go to the “OS Install ->
GOT” tab in the “Communicate with GOT” window of GT Designer2 and select
“Standard monitor OS” and select ‘FREQROL 500/700’ from the
‘Communication Driver’ menu. Use the “Install” button to initiate the data
transfer and update the firmware. Once the firmware update has been
completed the GOT will automatically reboot and all features will be up to date.
Note that new project data will need to be downloaded to the GOT.
Select the following under communication driver

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Note: This document is for reference only. For detailed settings and safety information refer to the respective product manual.
Inverter Settings
When setting the inverter communication parameters it is important to reset
the power afterwards so that the settings are saved to the inverter.
The parameters shown in the following table must be set using the PU
(Parameter Unit).
Note: Do not change these parameters, even though it is possible to monitor
them through the GOT. If they are changed, communication with the GOT is
disabled.
Setting item Parameter Set Value Setting Contents
Communication Station
number Pr.117 0-31 See following section
Communication Speed Pr.118 192 19200bps
Stop bit length Pr.119 10 Data length: 7bit
Stop bit length: 1bit
Parity check presence/
absence Pr.120 1 Odd
Number of
Communication retries Pr.121 9999 The inverter will not come to an alarm stop.
Communication check
time interval Pr.122 9999 Communication check Suspension
Wait time setting Pr.123 0 0ms
CR/LF selection Pr.124 1 With CR, without LF
Protocol selection Pr.549 0 Mitsubishi inverter
protocol
Operation mode
selection Pr.79 0 PU operation mode
Communication startup
mode selection Pr.340 1 Network operation mode
EEPROM write
selection Pr.342 0 Written to RAM and EEPROM
Station Setting
Set each station number while making sure that each station number is used
only once. The station number can be set regardless of the cable connection
order. Station numbers do not have to be consecutive. The setting of the
Station number has to be between 0-31.
Indirect specification

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Note: This document is for reference only. For detailed settings and safety information refer to the respective product manual.
When setting the station number indirectly, the station number of the inverter
can be changed using the 16-bit GOT internal data register (GD10 to GD25).
When specifying the station No. from 100 to 155 on GT Designer 2, the value
within GD10 to GD25 is equal to the station No.
Specification
station no. Compatible Device Setting range
100 GD10
101 GD11
102 GD12
103 GD13
104 GD14
105 GD15
106 GD16
107 GD17
108 GD18
109 GD19
110 GD20
111 GD21
112 GD22
113 GD23
114 GD24
115 GD25
0 to 31
If the associated device contains
a value outside this range an
error (dedicated device is out of
range) will occur.
Confirm Communication
The communication monitoring is a function that checks whether the GOT can
communicate with the Inverter. If no error is shown, communication has been
set up correctly.

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Note: This document is for reference only. For detailed settings and safety information refer to the respective product manual.
Manual References:
Refer to the following manuals for more detailed explanations. For any further
questions, please contact your local Mitsubishi Product Provider.
GOT1000 Series Connection Manual 3/3 (SH(NA)-080532ENG)
- Sections 32.1, 32.2, 32.3, 32.4, 32.5 & 32.6
FR-E700 Instruction Manual Inverter (IB(NA)-0600336ENG-B)