西门子一级授权代理商|电缆代理商
非住宅和工业建筑中的配电系统电气规划从未像在这样复杂。为了确保规划人员对 SINAMICS 变频器进行佳电气规划，西门子通过以下高效软件工具提供支持：SIMARIS design 用于进行选型计算，SIMARIS project 用于计算配电柜的空间要求。
支持的 SINAMICS 变频器：
SINAMICS G120、SINAMICS G120D、SINAMICS G120X
SINAMICS G115D
SINAMICS G130、SINAMICS G150
SINAMICS ASSISTANT app 的错误代码功能有助于识别和纠正错误。只需输入变频器的错误代码，该 app 就会显示错误的种类及纠正方法。
该 app 还可将变频器的频率 (Hz) 换算为需要在电机上设置的转速 (rpm) 或相反。
另外，该 app 还提供了一个支持页面，当因有问题时，可在该页面上直接与您所在地区的正确联系人进行联系。而且，还免费提供有视频信息，例如，SINAMICS G120 变频器的安装与调试说明。
该应用有安卓和 iOS 版本，可从以下链接免费下载：
概述西门子一级授权代理商|电缆代理商
SINAMICS DriveSim Basic provides easy-to-use models for PROFIdrive-enabled SINAMICS converters, so you can create a digital twin of your drive.
The models are validated and tested against real SINAMICS converters and are available in the form of a standardized FMU (Functional Mockup Unit). Therefore, they are compatible with various standard time-based simulation programs such as SIMIT, Simcenter Amesim, ANSYS Twin Builder, MATLAB Simulink or Hopsan.
SINAMICS DriveSim Basic is another element in your engineering toolbox. Together with other virtual Siemens solutions, e.g. SIMATIC S7-PLCSIM Advanced or NX Mechatronics Concept Designer, a consistent model-based development process can be implemented.
西门子一级授权代理商|电缆代理商
Speed up time-to-market for OEMs
Test validated SINAMICS models under real conditions already at the design or planning stage and make needed adjustments
Identify issues and improvement capabilities early in the design stage and reduce testing effort to save time and cost
Download is free of charge. The ideal entry point for drive system simulation
Valid for the most commonly used Siemens drives
Advantages of SINAMICS DriveSim Basic compared to SIMIT PROFIdrive blocks:
Increased level of detail due to speed controller, current setpoint filters and internal load model
Identical parameter values and meaning as in the real SINAMICS device
Direct reference to SINAMICS documentation
Validated against the real SINAMICS drive
No wiring effort to represent functional configurations
Significant reduction of SIMIT simulation tags (even more is possible if unused in-/ outputs are deselected within the Component Type Editor (CTE)西门子一级授权代理商|电缆代理商
Enables simulation of an (internal) two-mass oscillator as application with realistic SINAMICS parameter settings, besides the known limitations by the minimum sample time in SIMIT
Compatible with every FMU Co-Simulation 2.0 compatible simulation too
With SINAMICS DriveSim Basic, you can implement three major use cases:
Providing load characteristics for drive selection and dimensioning
Virtual commission your PLC already in the design phase
Test and improve interaction between PLC, drives and application virtually
Use case 1: Providing load profiles for drive sizing西门子一级授权代理商|电缆代理商
If you are designing a machine, you want to make sure that you select the SINAMICS converter and SIMOTICS motor most suitable for you drive application. As SINAMICS DriveSim Basic is control-unit-agnostic and thus represents a generic drive, you can parametrize it according to the functionality of your application. Running the simulation results in load characteristics, i.e. torque or speed curves over time. You can import these load profiles into TIA Selection Tool to select the suitable Control Unit and dimension the drive to best fit to the demand. So as a result you have well selected SINAMICS converters and SIMOTICS motors with the help of the digital twin.
Use case 2: Virtual commission your PLC already in the design phase西门子一级授权代理商|电缆代理商
If you are designing a machine, you want to make sure the PLC code works with your SINAMICS drive. After writing the PLC code in TIA Portal, you can connect it via PLCSIM Advanced to any time-based simulation tool (e.g. SIMIT). Integrated into the simulation tool, SINAMICS DriveSim Basic acts as a realistic communication partner for the PLC. Next, you can commission the virtual PLC in TIA Portal as you would do with a real PLC connected to a real drive. Without simulation, you would need to do that on-site. With simulation, you not only save time, but also have the freedom to try out various configurations and optimize your PLC code early in the process.西门子一级授权代理商|电缆代理商
Use case 3: Test and improve interaction between PLC, drives and application virtually
With the third Use case, you can connect a simulation tool such as NX Mechatronic Concept Designer to visualize the mechanical movements of your application. This way, you ensure that the drive behaves according to the desired machine performance. You can test several fault scenarios and optimize the interaction between PLC, application and drive virtually so overall, you can avoid unplanned machine behavior and increase the performance of your setup.西门子一级授权代理商|电缆代理商
