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Human-Machine Interfaces(HMIs)-GOT
Serie GOT2000
- Feature
- Especificación
- Normas
- Discontinued
- Feature
- Línea
- GOT Solutions
- Drive Control Interactive Solutions
- Lista de funciones
- Applicable Devices
- Concept Movie
- ÍNDICE
- Soluciones remotas basadas en la red GOT
- Video Interactive Solutions
- GOT Drive Control (Servo) Interactive Solutions
- GOT Drive Control (Inverter) Interactive Solutions
- GOT Drive Control (Robot) Interactive Solutions
- Sophisticated Programmable Controller Interactive Features
- Maintenance, Troubleshooting and Diagnostics Features
- Hardware Features
- Security and Additional System Features
- Data Handling Features
- Interactive Features with Other Industrial Devices
- Search by Function Name
- Descripción general
- Drive recorder function
- Servo amplifier graph function
- Función de diagnóstico de la máquina
- MR-J5 sample screens
- Servo amplifier life diagnosis function
- One-touch tuning function/Tuning function
- System launcher (servo network) function
- Power monitor
- Alarm display function
- Servo amplifier monitor function
- Intelligent module monitor function
- R motion monitor function/Q motion monitor function
- R motion SFC monitor function/Q motion SFC monitor function
- Motion program editor function
- GOT Drive Plus (paid template screens)
GOT Drive Control (Servo) Interactive Solutions
Support startup and maintenance of servo systems
Servo amplifier graph function 
Having problems?
Can I adjust gains while checking the waveform data at the shop floor?
GOT will solve your problems!
The servo amplifier graph function visualizes changes in operation of the equipment due to gain adjustment. Without using a personal computer, you can adjust gains and check parameter information efficiently.
Function features
Since gain adjustment and parameters check can be performed without using a personal computer, servo systems can be started up efficiently. Superimposing normal and abnormal waveform data and analyzing them helps in equipment maintenance.
Displaying waveform data item names
By checking item names of waveform data while viewing the graph waveform screen, problems can be identified quickly.
Analyze the waveform data of a servo amplifier
In the servo amplifier graph function, a specific period of time can be set in the collection and trigger setting window. Then the waveform data that occurred within the set period and the parameter information can be buffered in a servo amplifier, and can be read out and displayed on the GOT. By saving a normal waveform data as a history, you can compare it with the data measured in the same conditions by superimposing them; therefore it is useful for equipment maintenance.
Specification details and restrictions
*For the necessary option devices, please refer to the "Function list"
●Target models
MELSERVO-J5 Series (MR-J5-□G(-RJ), MR-J5W2-□G, MR-J5W3-□G), MELSERVO-J4 Series (MR-J4-□B(-RJ), MR-J4W2-□B, MR-J4W3-□B), MELSERVO-JE Series (MR-JE-□B), MELSERVO-JET Series (MR-JET-□G)
●Supported connection types*1
Connection via Motion CPU/Simple Motion module*2*3, connection via Motion module
- *1For details on the connectable models for each connection type, please refer to the "Connectable model list" in the GOT2000 Series/GOT SIMPLE Series catalog.
- *2When a programmable controller is connected to a servo amplifier through a Simple Motion module (SSCNET III/H), GOT and a Motion CPU (Q Series) or GOT and CR800-Q (Q172DSRCPU) cannot be directly connected via Ethernet.
- *3When a servo amplifier is connected to the GOT through a Motion CPU (Q Series), use a connection type other than the CC-Link IE Field Network connection between the CPU and the GOT. When the Motion CPU and the GOT are connected by CC-Link connection (intelligent device station), set [MELSEC (compatible)] to the transmission path.
Recommended industries
Supported GOT types
- *Supported by GT SoftGOT2000 (Multiple channels) only.
