Hi! I'm working on a project with multiple electric actuators, and it's important to properly organize the wiring to minimize noise, power loss, and the risk of short circuits. I have several motors with different voltages, all controlled by a single controller with a PWM signal. I'm curious to know how you typically plan the wiring for a group of actuators to ensure stable operation and easy maintenance, especially when space is limited.

I recently faced the challenge of optimizing the wiring of multiple linear actuators in a single project, and I'd like to share my experience. The first thing I realized was that proper wiring directly impacts the reliability, response speed, and longevity of the actuators. Initially, I tried connecting them "by eye," but this quickly led to unstable operation and false alarms. After studying the actuator wiring guidehttps://www.progressiveautomations.com/en-eu/pages/control-system-for-actutor-guide I completely changed my approach. The guide explains in great detail how to properly connect the power supply, controllers, and safety lines, and also provides tips for minimizing interference and overheating. The wiring diagrams and recommendations for series or parallel circuits for multiple actuators are particularly helpful.

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I particularly appreciated how thoroughly and clearly all aspects of actuator control were explained&mdash;from basic principles to practical recommendations for choosing the right control system. This guide really helps you understand which controllers and interfaces are best suited for a given task, whether it's simple on/off switching or synchronized control of multiple actuators.