Machineering Store: Drives and Sensor Simulations
In the world of industrial automation, precise and reliable simulations are essential. At machineering, we offer models for drives and sensors to make iPhysics simulation more efficient. In this blog article, we give you an insight into what you can expect from our Machineering models and how you can optimally integrate them into your projects. And why it makes sense for component manufacturers to be involved in iPhysics with their own comprehensive models.
drives
Machineering component model: What's behind itReal drives consist of two main components: the axle and the motor. In our simulations, these components are combined in a single model, the machineering Component Model . This includes the
- kinematic model :
- It is a simplified model as a basis for the simulation
- It determines the position of the axis and the speed
- Crucial for the PLC and material flow
- Currently, the axis always has a sufficiently high performance to precisely follow position curves. This should be individually adjustable in the medium term
- Future enhancements: The ability to read forces from physics calculations will be available in future versions, further increasing functionality and application possibilities.
- communication model :
- Used to communicate with the controller to enable validation of the controller code.
Our ProfiDrive drive models are already standardized and ready for immediate use. This applies to models from renowned manufacturers such as Siemens and Festo.
Note : When axes are highly configurable, it is advisable to consult with customer projects to ensure that models are adapted to specific requirements. Simply contact us at support@machineering.com .
Component models from drive manufacturers
Drive models from manufacturers such as SEW or Rexroth have a high level of detail. These models offer high performance and are ideal for direct use in your projects.
Example SEW drive:
- Comprehensive communication model : The model is almost seamless and offers a complete communication interface.
- Real parameter files : These are created in the engineering tool of the respective manufacturer and loaded into the real drive.
Advantages for manufacturers and end customers with manufacturer models
These manufacturer models offer numerous advantages for end customers:
- Higher level of detail of the drives : The detailed reproduction of the drives allows simulations to be carried out even more precisely.
- Better results in feasibility studies and validations : The accuracy of the simulations enables informed decisions to be made and potential problems to be identified at an early stage.
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Realistic simulation : Customers have the assurance that the virtual axis behaves exactly like the real axis, making it easier to plan and implement projects.
Sensor technology: Individual solutions for complex requirements
In the area of sensors, we offer a communication model that must be individually adapted to the different requirements. This can make the modeling more complex, but we are at your side with our support team. Contact us if the Machineering sensor model does not meet your requirements.
Our goal is for manufacturers to provide their own sensor simulations in the store to further increase availability and flexibility.
availability and licensing
The Machineering Component Model is a licensing model that can be used immediately in the simulation. With iPhysics we deliver a series of components that are only activated with the Machineering Component Model. If you choose the iPhysics Component Library, these licenses are already available.
Conclusion
With the component models from Machineering, you can already achieve good results in simulation in order to implement your projects efficiently and successfully. Above all, take advantage of the benefits of our standardized ProfiDrive models or let us clarify your specific requirements together - free of charge and individually.
The aim should be for manufacturers to also make their complete components available in the machineering store. This gives customers the opportunity to test them in the iPhysics simulation in order to later install them in the real system.