Colleague, could you tell me how you approach actuator performance testing before implementing them in a project? I'm interested in not just basic stroke and load testing, but also more in-depth actuator performance testing.
Colleague, could you tell me how you approach actuator performance testing before implementing them in a project? I'm interested in not just basic stroke and load testing, but also more in-depth actuator performance testing.
As someone who has integrated actuators into several automation projects, I’ve found that objectively evaluating their performance in real-world conditions is crucial. I rely on a combination of quantitative measurements and practical stress testing. First, I actuator performance testing. Next, I monitor speed, stroke accuracy, and repeatability over extended cycles—this often reveals subtle inconsistencies that lab specs alone can’t capture. Environmental factors, like temperature fluctuations and exposure to dust or moisture, are also tested to see how performance holds up in actual conditions. Using data logging tools helps me quantify efficiency, detect anomalies, and compare different actuator models fairly. For anyone looking to deepen their understanding,
