Come to our booths to discover a selection of our products, get information but also inspiration and exchange ideas with our experts. We will be happy to complement your individual needs with our customized solutions!
When: 12 to 14 November 2024
Where: SPS Nuremberg, Hall 4, Booth 381
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Highlights at our booth
Industrial Actuators and Controls
In the field of control technology, Kendrion benefits from years of know-how and offers a broad product portfolio based on internationally recognised industry standards. Discover our latest I/O systems such as the FIO Controller 111 and 116 and the Controller 328 with Raspberry Pi.
Find out how you can improve your industrial heating processes with our precise and efficient inductive heating systems.
3T Electronics & Embedded Systems
3T Electronics & Embedded Systems is an electronics design company based in the Netherlands and part of Kendrion since 2021. Learn more about our development platform “VIPER” for sensorless motor controls and Model Driven Development as one of our core competencies using the example of our Letter Wheel Demonstrator at the Kendrion booth.
Also attend the presentation by Sjoerd Rozendal, Software Engineer at 3T, in the PLC Forum on “How to use Model-Driven Development for Sensorless Motor Control”.
Industrial Brakes
Kendrion INTORQ are offering a market-leading portfolio of spring-applied and permanent magnet brakes and provide them fully according to your requirements – either as standard brakes or individually tailored to your specific needs.
Discover our complete product portfolio of electromagnetic brakes and clutches. Our proven spring-applied brakes BFK552, BFK458, BFK457, BFK470, Servo Line and Servo Slim Line and our permanent magnet brakes High Torque Line and PM Line.
Want to learn more about our brakes?
INDUSTRIAL BRAKES
Don’t miss our presentation at the SPS forum
How to use Model-Driven Development for Sensorless Motor Control
Our high-tech industry clients have requirements that can be difficult to capture in words and numbers. Especially with a sensorless motor control solution you can have such difficult to capture functional behavior requirements. In that case it really helps to iteratively design this functional behavior. Furthermore, a lot of insight is gained during the creation of a model. It not only prevents issues later on when integrating the system, but it also helps in the development of complex sensorless motor control algorithms.
These algorithms are extensively tested with all sort of corner cases in simulation. Some of these corner cases may not have been thought of beforehand but only became visible while working with the model. Then, when we engineers are satisfied with the results of the tests, code is generated, and you start with integration tests on the actual hardware. Using MDD not only streamlines the development process but it enhances the overall quality and reliability of the end product, providing a systematic and efficient path from conceptualization to implementation.