Welcome to the Industrial Automation website!

NameDescriptionContent
XING-Automation
E-mail  
Password  
  
Forgot password?
  Register
当前位置:

Mitsubishi GOT2000 Utility Troubleshooting and System Maintenance Complete Guide

F: | Au:FANS | DA:2026-05-21 | 913 Br: | 🔊 点击朗读正文 ❚❚ ▶ | Share:

Common problem: Time synchronization or low battery voltage causing clock data loss.

Solution steps:

Install the built-in battery of GOT (GT11-50BAT or GT15-BAT), otherwise the time will not be maintained after power failure.

In [GOT Setup] → [Time], enable "Adjust" or "Broadcast" as needed.

Adjust: GOT retrieves time from PLC or SNTP server. Reference channel number or SNTP server IP needs to be set.

Broadcast: GOT writes its own time to the PLC. Broadcast channels and triggering conditions (rising edge/falling edge/timed sampling) need to be set.

If you need to display the local time zone, set "Local time" and select the time zone (such as GMT+8:00).

System maintenance and self inspection

3.1 Batch Self Check

Batch self-test can collect GOT startup information, system status, communication settings, operation history, screen switching history, clock change history, system alarm history, CPU error history, etc., and can export system status logs to SD card.

Operation: Go to [Maintenance] → [Batch self check], select the export destination drive (A: SD card), and click [Start]. After completion, detailed results can be viewed.

Application scenario: Export logs for Mitsubishi technical support analysis when GOT frequently restarts or encounters anomalies.

3.2 Touch Panel Calibration

Due to long-term use or temperature changes, the touch position may shift.

Calibration steps:

[Maintenance] → [Touch panel calibration].

Touch the center of the four "+" symbols (top left, top right, bottom left, bottom right) displayed on the screen in order.

Automatically return after calibration is completed.

Troubleshooting: If the calibration is still inaccurate, the calibration can be repeated. If a 'Touch panel calibration error' occurs, the touch panel may have a hardware malfunction and needs to be replaced.

3.3 System Alarm Viewing and Clearing

System Alarm displays error messages such as GOT, controller, network, etc.

Viewing method:

View the current alarm list in [Maintenance] → [System alarm].

The error code format is "G01-402" (G is GOT error, 01 is classification, 402 is specific error).

Controller errors (such as PLC) will display "M0128-1000" and so on.

Clearing method:

GOT self error: After eliminating the cause, click the [Reset] button on the system alarm screen.

CPU error or network error: Automatically reset after eliminating the cause.

If it cannot be cleared, restart GOT.

3.4 Touch Panel Check

Used to detect whether there is a dead zone in the touch area.

Operation:

[Maintenance] → [Touch panel check], the screen turns completely black.

Touch various areas of the screen with your fingers, and the touched points will turn yellow (or white/gray depending on the model).

If there is no color change after touching a certain area, the touch screen may be damaged.

3.5 I/O check and Ethernet check

I/O check: Used to test RS-232 interface hardware. Self loop connectors (short circuits 2-3, 4-6, 7-8) need to be made, and then Self loop back testing should be performed.

Ethernet status check: Enter the destination IP address and click [Ping transmission] to test network connectivity.


Data Management and Backup

4.1 Alarm Log Management (Alarm Information)

The alarm log is stored in G2A format on an SD card, USB, or network drive.

Common operations:

Convert format: Select G2A file, click [G2A → CSV] or [G2A → TXT], and export as a readable file.

Delete/Copy: Select the file and click [Del] or [Copy].

Troubleshooting: If the alarm log cannot be read, it may be due to a format mismatch caused by a change in project data (error code 525). At this point, old logs need to be deleted or recreated.

4.2 Recipe Information Management

The recipe file (G2P) can read and write device values from the controller, and can also be converted to CSV or Unicode text for editing.

Common problem: Recipe writing failed (error code 583/584).

Solution:

Check if the SD card is write protected.

Confirm that the recipe file is not damaged and regenerate it if necessary.

If the SRAM user area space is insufficient, initialize or backup data through [Data Management] → [SRAM Management].

4.3 Backup/Restoration

GOT2000 can backup the sequence program, parameters, file registers, etc. of PLC to SD card, and supports triggering backup (automatic backup according to conditions).

Backup settings:

[Extended function setting] → [Backup/reset] Set the backup destination drive (A: SD card).

The maximum backup data quantity can be set (0-50, 0 is unlimited).

Trigger backup: The trigger type (Rise/Time) and corresponding device or time can be set in [Trigger backup].

Recovery precautions:

The target PLC must be in STOP state before recovery (FX series needs to be manually stopped).

If a backup/recovery password is set, you need to enter the password first.

Common error: Backup data not found (error code 634) - Check if the SD card is inserted or if the drive in the backup settings is correct.

4.4 SD Card Format and Memory Check

SD Card Format: In [Data Management] → [Memory Card Format], enter the password "1111" and format the SD card. Note: GOT cannot format an unformatted SD card, it needs to be formatted as FAT16/FAT32 on a PC first.

  • Lust LTi Drives CDA34.010 W3.0 Frequency Inverter
  • LTi SO22.003.0010.0000.0 ServoOne Junior Drive
  • LUST LTi Drives CDA32.008 Servo Drive
  • LUST LTi DRIVES LSH-074 Servo Motor
  • Lti CDB32.004.C2.4.SH AC Servo Drive
  • Lust LTi Drives VF1202S Frequency Inverter
  • Lust LTI Drives CDB32.004.C3.0.SH Servo Controller
  • LUST SO84.012.0030.1700.2 Servo Drive
  • Lust LTi CDB32.004 Servo Drive
  • LUST LTI Drives CDA34.006 Servo Drive
  • LTi DRiVES BR-090.03.540-UR Braking Resistor
  • Lust LTI Drives CDA34.017 Servo Controller
  • Lust LTi Drives CDE34.010.D2.4 Positioning Controller 10A
  • LTi Drives LSH-050-3-30-48/T1 PM Servo Motor
  • LTI CDD34.005.C2.1 Servo Drive Controller
  • LUST LTI Drives CDB32.003.C2.4 Servo Drive
  • LTI D-35633 Drive Servo Drive Controller
  • LTI Drives GmbH SO22.003.0042.0000.0 Servo Controller
  • LTi Drives SO84.006.1030.0000.2 Servo Controller
  • LUST LTi Drives CDA32.008 C1.4 HF V180.15 1.5 kW
  • LTI Drives Servo One SO84.045.0010.0001.2-W 22 kW
  • Lust LTI CDE32.003.C2.4 Servo Drive Controller
  • LUST LTI Drives CDA34.003 Servo Controller
  • LUST LTI Drives CDA32.006 Servo Controller
  • Lust LTi Drives CDE32.004 Servo Drive
  • LUST LTi Drives SO84.012 Servo Controller
  • LTI DRIVES LSH-060 Servo Motor
  • LUST LTI Drives CDE32.004 with CM-DPV1
  • LTi DRiVES SO84.016 Servo Drive
  • LTI Drive CM-DPV1 Communication Module
  • LTi DRiVES DSM4-05.4-20R82-400 Servo Motor
  • LUST LTI Drives CDA34.003 Servo Controller
  • LTI Drives Servo One SO84.045.0010.0001.2-W 22 kW
  • LUST LTI Drives CDB32.008 W2.4 BR PC1 Servo Drive
  • LTi Drives SO84.006.1030.0000.2 Servo Controller
  • LTI DRIVES CDE34.010D2.4 Servo Drive Controller
  • Hettich Rotanta 46 RSC Control Board VF1204S
  • Lust LTI Drives CDA34.017.C2.CP Servo Controller 7.5 kW
  • LUST LTI Drives CDA34.003.C3.0 Servo Controller 0.75 kW
  • Lust LTI Drives CDA34.008.C1.3 Servo Controller 3 kW
  • Lust LTi Drives CDB22.004.0111.00.0 Servo Drive
  • LTi Drives SO84.032.0030.1000.2 Servo Controller
  • LUST LTi CDA32.004 C1.4 H08 B0 Servo Controller
  • LTI DRIVES CDB34.010 C2.4 Servo Drive
  • LUST LTi Drives CDA32.008 C1.4 Servo Controller
  • LTI Motion CDE32.003.C3.0 Servo Positioning Controller
  • LTI DRIVES CDE34.010 D2.4 Servo Drive Unit
  • LUST LTi Drives CDD34.005.C2.1 Servo Drive
  • LTi Drives SO84.012.0002.0100.2 Servo Controller
  • LUST LTi Drives CDE34.010.D2.4 Servo Drive
  • LUST LTI Drives CDF30.008 Servo Drive
  • LTi Drives SO CM-P.0010.11.00.0 Power Module
  • LTi DRiVES SO84.008.0002.0100.2 Servo Controller
  • LTI MOTION Servo Drive SO22.006.0040.1000.1
  • LTi DRiVES SO24.007.0030.1000.0 ServoOne Junior
  • LTi DRiVES LUST BC1300 Braking Module
  • LUST LTI DRIVES CDE34.010 Variable Frequency Drive
  • LUST LTI DRIVES CDA32.004 Servo Drive
  • LTi DRiVES LST-074-2-30-560/T1 Servo Motor
  • LUST LTI DRIVES CDB32.008 Servo Drive Module
  • Lust Antriebstechnik LTI Drives VF1204S Inverter
  • Lust LTI Drives CDE32.008 C3.0 Positioning Controller
  • LTI Drives LUST Servo One C-5633 D-35633
  • Lust LTI Drives CDA34.008.C1.3 Servo Controller 3kW
  • LTI CDF30.008 C2.6 Servo Drive 10962161
  • LUST LTi Drives CDB32.004 C2.3 SH Servo Drive
  • Lust LTi Drives CDE34.010 D2.0 Servo Drive
  • LTi Motion CDA32.006 Servo Drive with CM-CAN1
  • Lust LTI Drives CDB32.008 C2.3 Servo Controller
  • LTi CDE34.017.W3.0 Servo Drive
  • LUST LTI LST-074-2-30-320/T1 Servomotor
  • Lust LTi CDF30.002 C3.0 Positioning Controller
  • LTi DRIVES CDF30.008.C2.4 Drive
  • LUST LTI CDB32.008 W2.4 BR PC1 Drive
  • LTi SO84.004.0002.0100.2 Servo Controller
  • LTi SO84.012.0030.0011.2 ServoOne Drive
  • LTI Drives LUST Servo One C-5633 D-35633
  • LTi DRiVES c-line Smart Card A028.V01.1
  • LUST LTI CD A34.008 W1.4 BR Drive
  • LUST LTI LSH-097-2-30-560/T1 Servomotor
  • LUST LTI LST-074-2-30-320/T1 Servomotor
  • LUST LTi CDB32.004 C2.4.SH Servo Drive
  • LTI Drives PM-E40.2DRA054P Pitch Inverter
  • Lust LTI Drives CDF30.008 Servo Drive 8673548
  • LTI Drives CDF30.002.C0.7 Servo Controller
  • Lust LTI Drives CDB32.008.W2.4 Servo Drive
  • Lust LTI Drives CDB34.003 Servo Motor Driver
  • Lust LTI Drives CDA32.004 Servo Drive 3084456
  • Lust LTI Drives CDE34.005.W2.2 Servo Drive
  • Lust LTI Drives CDA34.006.W3.0 Servo Drive
  • LTI Drives CDF30.008.C2.4 Servo Controller
  • LTI Drives Lust CDB32.004.C2.4.SH Servo Drive
  • Delta Design 1666339-501 Micro Stepper PCB 114970
  • APEXEL 100X Microscope Mobile LED Pocket Lens
  • Micro Innovation XV-152-D4-10TVR-10 Touch Screen
  • Micro Innovation XVH330-57MPI-1-10 Touch Screen Glass
  • Delta Design 1666339-501 Micro Stepper PCB 114967
  • Micro Design MC100-MA V3 Board
  • Delta Design 1666339-501 Micro Stepper PCB 114968
  • Delta Design 1666339 PCB Micro Stepper ITR 116487
  • Micro Innovation XV-440-10TVB-1-10 Panel
  • Sterling 9B21-3 Micro Switch Durable Design
  • ATTINY104-XNANO Microchip AVR Prototype Board
  • Delta Design 1666339 Micro Stepper PCB ITR 116539
  • Super Micro X7SBJ Industrial Main Board
  • Delta Design NMS BD 1698437-501 Stepper Board
  • Micro Innovations Turbo Track Keyboard KB420BL
  • Micro Design PC-1 PC-1-H-DU010 Operator Panel
  • TCI MICRO MD 250mA 7W Dimmable LED Driver
  • Delta Design 1666339 Micro Stepper PCB ITR 116485
  • Delta Design NMS BD 1698437-501 Stepper Board
  • Life Instruments 714-1120-1U Micro Curette
  • Delta Design 1657925-501 Micro Processor PCB
  • Micro 100 RTC-125-2 Carbide Engraving Tool
  • Micro Design Inc. 2106022 Liquid Level Sensor PCB
  • Periodontal Micro Surgical Full Kit 20pc Blue Titanium K1004
  • Micro Innovation XN-2DO-24VDC-0.5A Module
  • Wide Innovative Technology PS-01 Micro Positioner Set
  • HU FRIEDY NH5020 Castroviejo Needle Holder Set
  • Moeller Micro Innovation XV-232-57BAS-1-10 Touch Screen
  • Micro Design System MCVP-300VR Control Module 24VDC
  • Scanlan 3003-234-1 Titanium Jacobson Needle Holder
  • Micro Innovation XV-102-B0-35TQR-10-PLC Panel
  • Promot Micro Design 3x8 Output 2187F
  • Micro Innovation LIC-SW-Galileo 91 30 000600 License Certificate
  • Micro Design AI0486.A4-50 Control Module Board
  • Micro Innovation XN-2DO-24VDC-0.5A Output Module
  • Micro Design Not-Aus Relais AE 8.96 AE 896