How to debug Siemens G120 inverter on TIA Portal

Publisher:alpha11Latest update time:2024-05-07 Source: elecfans Reading articles on mobile phones Scan QR code
Read articles on your mobile phone anytime, anywhere

As industrial automation moves closer to intelligence, scientific and technological workers continue to make breakthroughs. In recent years, the use of Industrial Ethernet (Profinet) and inverter communication has been very widespread in the transmission field. Today we will briefly introduce the debugging of Siemens G120 inverter on the TIA Portal platform.

We have TIA V16 installed on our computer (this debugging case is based on TIA V16, but other versions are also possible). This requires the installation of a motor driver file named "Startdrive", which needs to correspond to the corresponding TIA version, as shown in the following figure:

41b4ffa2-4d39-11ee-a25d-92fbcf53809c.jpg

After installing Startdrive, we restart the TIA Portal and get the following interface:

41cb167a-4d39-11ee-a25d-92fbcf53809c.jpg

41e634be-4d39-11ee-a25d-92fbcf53809c.jpg

If you cannot find the G120 inverter IP, you can open the project tree and pull down "Online Access" to find the network card connected to the TIA Portal (in this case, it is Killer E2400 Gigabit Ethernet Connector"). You need to select the right computer network card here, otherwise the connection

41fce22c-4d39-11ee-a25d-92fbcf53809c.jpg

If you need to change the IP address of the G120 inverter, but you don't know the actual IP address, you can click "Online and Diagnose". The premise is that the G120 inverter needs to be powered on and the communication cable plugged in.

421f9e02-4d39-11ee-a25d-92fbcf53809c.jpg

After setting the IP address in the figure above, you also need to assign a Profinet device name to the G120 inverter:

422d2504-4d39-11ee-a25d-92fbcf53809c.jpg

After assigning the device name, we disconnect the diagnostic network above and add a G120 driver in the "Add New Device" column in the project tree on the left:

424b448a-4d39-11ee-a25d-92fbcf53809c.jpg

Add method:

First add the control unit (G120 CU240E-2PN). Note that the firmware version must be selected correctly, otherwise it cannot be downloaded. Add the power unit again:

4275589c-4d39-11ee-a25d-92fbcf53809c.jpg

The added power unit also needs to be consistent with the actual power unit parameters, otherwise it cannot be downloaded into the inverter. After adding, the compilation is error-free and can be downloaded to the G120 inverter. Here you can view the inverter parameters in "Parameters":

42a2d6be-4d39-11ee-a25d-92fbcf53809c.jpg

What we are talking about now is also the most critical step of this course - debugging, which is in the "Parameters" under "Online and Diagnosis" of the G120 inverter:

42bdce10-4d39-11ee-a25d-92fbcf53809c.jpg

If you are not familiar with debugging software, you can select "Debug Wizard" to debug, which is simpler, faster and less prone to errors:

42d30302-4d39-11ee-a25d-92fbcf53809c.jpg

42e6ad80-4d39-11ee-a25d-92fbcf53809c.jpg

4309a574-4d39-11ee-a25d-92fbcf53809c.jpg

43214bf2-4d39-11ee-a25d-92fbcf53809c.jpg

4348ca2e-4d39-11ee-a25d-92fbcf53809c.jpg

435a7198-4d39-11ee-a25d-92fbcf53809c.jpg

4374cfd4-4d39-11ee-a25d-92fbcf53809c.jpg

438d1c92-4d39-11ee-a25d-92fbcf53809c.jpg

43af87be-4d39-11ee-a25d-92fbcf53809c.jpg

43d97ace-4d39-11ee-a25d-92fbcf53809c.jpg

After the above steps, the inverter parameters are set and we can download them to the G120 inverter:

43ea64d8-4d39-11ee-a25d-92fbcf53809c.jpg

After the parameters are downloaded, disconnect the power supply to the inverter. After 1-2 minutes, power it on again. The inverter parameter settings will take effect. Now we test the inverter:

43fcc8da-4d39-11ee-a25d-92fbcf53809c.jpg

Find "Control Panel" under "Debug", activate debugging, and in the pop-up dialog box, set the debugging time you need in "Monitoring Time". Note that the unit is MS. Finally, click "Apply" to activate the control panel.

4425e760-4d39-11ee-a25d-92fbcf53809c.jpg

444e1924-4d39-11ee-a25d-92fbcf53809c.jpg

Since there is no towing motor in this debugging, there is no current display. If you have the conditions, you can also find a motor to tow the G120 inverter.

44770528-4d39-11ee-a25d-92fbcf53809c.jpg

The above is a brief introduction to using TIA Portal software motor driver to debug the inverter. Friends who have the conditions can also try it. Thank you for reading.


Reference address:How to debug Siemens G120 inverter on TIA Portal

Previous article:PLC Automation Solutions - Advantages and Selection of ABB Programmable Logic Controllers
Next article:Can servo motors be repaired? Common servo motor fault analysis

Recommended ReadingLatest update time:2024-11-16 09:34

Siemens expands ODB data exchange format to enable fast and reliable introduction of new products
Siemens recently announced the expansion of its industry-leading ODB++™ language intelligent single data structure, which can transfer PCB design to manufacturing, assembly and test with a unified electronic manufacturing solution for open data formats across the digital thread. With more than 50,000 ODB++ users world
[Internet of Things]
Siemens expands ODB data exchange format to enable fast and reliable introduction of new products
Siemens standardized programming and virtual commissioning applications
Siemens standardized programming, simulation and virtual commissioning application training PPT. There are many pictures, it is recommended to browse with WIFI!
[Embedded]
Siemens standardized programming and virtual commissioning applications
Siemens S7-200SMART MODBUS communication example
1. Siemens S7-200 SMART as modbus slave Detailed structure diagram of Siemens smart200PLC 1. Check the Micro/WIN SMART Modbus RTU slave instruction library (Figure 1). The library should include two subroutines: MBUS_INIT and MBUS_SLAVE. Siemens smart200 modbus slave library file Fi
[Embedded]
Siemens S7-200SMART MODBUS communication example
Universal Robots and Siemens PLC join hands to create a new era of seamless automation
Shanghai, China, April 25, 2024 Universal Robots has been working tirelessly to automate global enterprises and accelerate its vision of "automation for anyone, anywhere." Universal Robots (UR), a global collaborative robot manufacturer, announced that its software platform has successful
[robot]
Universal Robots and Siemens PLC join hands to create a new era of seamless automation
Siemens and AWS deepen cooperation to jointly promote cloud computing industrial digital transformation
Siemens and AWS deepen cooperation to jointly promote cloud computing industrial digital transformation Siemens and AWS Collaborate to Increase Accessibility, Scalability, and Flexibility of Siemens Xcelerator Solution Portfolio Helping companies reduce the complexity of product design and
[Industrial Control]
Siemens and AWS deepen cooperation to jointly promote cloud computing industrial digital transformation
How to read 485 module data from Siemens PLC
Siemens PLC (Programmable Logic Controller) is a programmable logic controller widely used in the field of industrial automation. In practical applications, PLC often needs to communicate with various external devices to achieve data collection, processing and control. Among them, RS-485 communication module is a co
[Embedded]
Profibus-DP communication example between Siemens and ABB robots
1. Configuration of TIA Portal Create a new project in the TIA Portal software. In this case, Siemens S7-300 PLC is selected, and its model is CPU 313C-2DP. This PLC is an integrated PLC with its own PROFIBUS-DP port. It can be used as a master station or a slave station. In this case, the PLC acts as the maste
[Embedded]
Profibus-DP communication example between Siemens and ABB robots
Latest Embedded Articles
Change More Related Popular Components

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

About Us Customer Service Contact Information Datasheet Sitemap LatestNews


Room 1530, 15th Floor, Building B, No.18 Zhongguancun Street, Haidian District, Beijing, Postal Code: 100190 China Telephone: 008610 8235 0740

Copyright © 2005-2024 EEWORLD.com.cn, Inc. All rights reserved 京ICP证060456号 京ICP备10001474号-1 电信业务审批[2006]字第258号函 京公网安备 11010802033920号