The new Sinamics DriveSim Basic software solution from Siemens allows drive constellations and their behaviour in machines and plants to be simulated, adapted and optimised. With the new solution, Siemens offers a quick and easy entry into the simulation of drive technology and enables machine and plant manufacturers to accelerate their own development phase.
Sinamics DriveSim Basic bridges the gap between the logical and mechanical simulation worlds. The application focuses on simulation support of the customer application, i.e. the components that interact with the drive. The simulation provides answers to drive questions, even before a concrete product selection has been made. For the virtual commissioning of the PLC control with known Profidrive telegrams or complex mechanics on the virtual drive shaft, the model provides a reliable representation of the drive system in the required level of detail.
One possible application scenario is the coupling of PLC and mechanical model via Sinamics DriveSim Basic. The calculated load profiles can then be loaded into the TIA Selection Tool or the Sizer and a drive selection can be made. The necessary drive parameters and the interfaces known from reality are available for the simulation. The user configures only the part of the drive needed for the simulation purpose. A time-consuming complete virtual commissioning of the drive is not required. The models in Sinamics DriveSim Basic link seamlessly to the existing drive documentation.
Next-generation oil-free motor systems with active magnetic bearings
Electrical switching & drive systems & components
WEG and SpinDrive are collaborating to integrate SpinDrive’s AMBs and built-in IoT condition monitoring into WEG’s market-leading electric motor offering, creating an oil-free, maintenance-free drive solution.
Read more...Direct drive with integrated control Vepac Electronics
Electrical switching & drive systems & components
The PSD 40 direct drive is a mechatronic system with integrated control, bus interface and absolute measuring system, with no battery required.
Read more...AI-powered on-premises analytics for industrial drives Siemens South Africa
Electrical switching & drive systems & components
Siemens is introducing a new on-premises analytics solution for industrial drive systems. The software enables users to evaluate drive data entirely within their own infrastructure and meet stringent data-sovereignty requirements.
Read more...Hydrostatic machine base for ultra-precision grinding centre
Electrical switching & drive systems & components
Hyprostatik Schönfeld has developed a high-precision hydrostatic machine base for a new ultra-precision grinding centre for Optotech. The machine platform enables a previously unattainable combination of dimensional accuracy, dynamics and surface quality in the ultra-precision grinding of optical surfaces.
Read more...Innovative drive system for smart logistics Horne Technologies
Electrical switching & drive systems & components
With its new DualGear, Faulhaber presents a high-performance drive system with high dynamics, robustness and precision in a compact, diameter-compliant design.
Read more...Proportionate specification for hazardous locations
Electrical switching & drive systems & components
As automation spreads deeper into processing, handling and transport operations, motors are increasingly required to operate in spaces that sit on the edge of hazardous zones.
Read more...Redefining compact motorsport driving simulators
Electrical switching & drive systems & components
Leading driver-in-the-loop simulator manufacturer, Ansible Motion has introduced the Delta T1 Sport, the first in a new class of motorsport simulators that offers high-fidelity dynamics, ultra-low latency and a fully immersive experience, all within a compact footprint and accessible price point.
Read more...The shopping cart that knows the way Horne Technologies
Electrical switching & drive systems & components
How can visually impaired and blind people shop independently in a supermarket? VIRAS supplies the answer: an autonomous shopping cart developed at the Eastern Switzerland University of Applied Sciences.
While every effort has been made to ensure the accuracy of the information contained herein, the publisher and its agents cannot be held responsible for any errors contained, or any loss incurred as a result. Articles published do not necessarily reflect the views of the publishers. The editor reserves the right to alter or cut copy. Articles submitted are deemed to have been cleared for publication. Advertisements and company contact details are published as provided by the advertiser. Technews Publishing (Pty) Ltd cannot be held responsible for the accuracy or veracity of supplied material.
printer friendly version