Self Synchronized Lifting Actuator to Simplify the Automation of Large Loads
(Work in paris to keep the balance)
Self Synchronized Lifting Actuator are essential for various industries. Among them, actuator synchronization are indispensable for automation lifting solutions. In addition, multi-actuators work in paris can simplify the heavy load of automation.
These paris move synchronously. Placed in sides or corners, they are vital for keeping balance of the loads. They work at the same speed to remain precise control and equal load distribution. What’s more, UNI Self Synchronize Lifting Actuator are easy to install and control. Also, they are well designed to make a syschroning motion.
How UNI Self synchronized Lifting Actuator works?
As for the control part, it is simple as well. There are two ways of multi-actuator control. For example, Parallel control and Synchronous control. Parallel way dominates a continuously voltage output to single actuator. However, synchronous way command variable voltage output to single actuator. They all feedback the positon and speed by hall sensors or potentiometers.
Hall sensors
Hall sensors output a wave pulse signal. It enables user to survey and evaluate the speed and motor spinning direction. Comparing pulse outputs/counts among multi-actuators keep actuator speed and position in the alignment.
Potentiometer
A potentiometer offers an analog signal output voltage/resistance. Comparing by a controller across all connected actuators to measure the stroke.
Commutator with Transmission shaft
Last but not least, we can use commutator with transmission shaft. Commutator connects two transmission shafts separately on left and right. The commutator will make actuators move in the same direction. Motor mounted to one end of commutator. The power will pass through transmission shaft to the actuators. As a result, these pairs of actuators will have a synchronous movement.
Furthermore, you can simpy wire a control box. After that, you are able to actuate these pairs by remote control. All of the ways mentioned above can ensure actuator synchronously move. Your project are supposed to function smoothly and efficiently. Also, it reduces the risk of actuator lapse from uneven load distribution and torque.
