experiences with electric actuators

Hi! I'd love to hear your experiences with electric actuators. I'm currently choosing the right model to automate a home project—I plan to install an adjustable mechanism on a window and a lift-up hatch in my workshop. I've read that electric actuators come in different power, speed, and stroke types, but I'm still not entirely sure how to choose the best option for a specific task. For example, how important is traction force and travel speed for such applications? And should I get a feedback actuator or is a basic one sufficient? Please share your thoughts and advice if you've encountered similar problems.

I was faced with a similar problem—I was looking for an electric drive to automate windows and a lifting lid in my workshop. After a long search and comparing various options, I settled on this electric actuator. The key is to understand the load the drive must withstand and the required speed. For example, if you're working with casements or lids, it's best to choose a model with a moderate speed but sufficient traction for smooth and safe lifting. Feedback can also be useful—it ensures precise positioning and control, especially if you want to fully automate the system. I liked that the website provides detailed specifications, allowing you to choose the right option based on stroke, voltage, and load. The resulting mechanism operates quietly, smoothly, and without interruption—an ideal solution for DIY projects.

I recently faced the challenge of choosing electric drives for a home project, and I can share my experience. First, I defined the objectives: I had a window that I wanted to automate for ventilation, and a lifting lid in the workshop for easy access to tools. I researched various models and realized that traction force and speed really do play a key role. For the window, moderate traction and medium speed are sufficient for smooth and quiet movement, while for the lid, I chose a more powerful drive with a slightly higher speed to ensure quick but safe opening. Feedback turned out to be a nice bonus—it allows for precise control of the mechanism's position and protects against overload. Simple drives also work, but they require more careful monitoring of the rod's stroke. Ultimately, my choice was a success: the system operates reliably, smoothly, and requires virtually no intervention, and the correct model made the project convenient and safe.