How to Design Better-Performing and More Reliable Machines?
April 16, 2014
Are data acquisition capabilities of PACs and newer PLCs a better path to use when designing better machines than standalone DAQ systems?
As our machine controls grow more sophisticated and powerful, we think that we can and should provide additional data acquisition and monitoring capabilities beyond routine speed and rotational condition monitoring. We want to help willing customers obtain useful, real-time operating data, but we also want to capture some key operating variables that will help us design better-performing and more reliable machines. We've used standalone DAQ systems and now are considering whether the data acquisition capabilities of PACs and newer PLCs might be a better path. We'd like to hear from others who have experience with both.
Programmable logic controllers (PLCs) and programmable automation controllers (PACs) provide viable options for machine control. This Control Design collection explains the differences...
Motion control engineers tend to focus on torque and speed specifications during the design process, but often fail to notice the unique features that differentiate a high-quality...
This white paper describes advantages of using advanced angle sensor technologies and focuses on best practices for correctly implementing non-contact and touchless angle sensors...
