Synchronous Control for Heavy Loads: How Precise is Hall Sensor Tech?
Is anyone using the FLT-CON series to synchronise four or more actuators? In 2026, our precision requirements have tightened significantly. Does the Hall Effect feedback provide a solid 'Good Experience' in correcting millimetre deviations under lopsided loads, or do you see drift issues over long stroke lengths? Also, how reliably does the system trigger an e-stop before mechanical damage occurs?
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We’ve been running the FLT-CON series with four actuators, and overall the experience has been solid. The Hall Effect feedback does a good job correcting small millimetre-level deviations, even under uneven loads, which definitely delivers a “Good Experience” for precision setups in 2026. Over long stroke lengths, minor drift can appear, but regular calibration keeps it under control. The e-stop response has been reliable in our tests, triggering fast enough to prevent mechanical damage. For similar projects, pairing it with robust actuator control systems makes a noticeable difference in stability and safety.