How to set up two linear actuators to share loading?

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To set up two linear actuators to share loading effectively, synchronization is crucial to ensure they operate at the same speed with minimal differences. Both hydraulic and electric drives can be used, but specific devices like shaft connectors or flow dividers are necessary for hydraulic systems. For electric drives, implementing short and stiff springs can help couple the actuators to the load, allowing for dynamic load sharing. Providing additional details and diagrams can enhance understanding and facilitate better solutions. Proper design and synchronization techniques are essential for optimal performance in shared loading applications.
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I have a structure that needs to be pushed by a set of actuators. It is because 1 actuator's loading may not be sufficient and changing it to a more powerful model will just sacrifice my space which is not favorable.
Can anyone tell me if it is a common way of doing it? If so, how do I manage to do it? Assuming I can sync them as closely as possible?
 
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Hydraulic or Electric drive are you talking about? Whatever way you chose, it is common design which people use today. However, in both ways, you need to install device to make sure that all the actuators are synchronized at same speed(if not very minimum difference), such as using shaft connector(hyd & ele) or flow divider(hyd).
 
Hi Richard,

It would be electric drive. I just wonder if anything can be used to make sure they share load equally. They are supposed to push in the same direction.

thanks
 
More details and a drawing would help, but it sounds like you could use short/stiff springs to couple the multiple drives to the load. That will help them to share the load dynamically...
 
My idea is that I want to use immerse Whitetail Antlers in a fishtank to measure their volumetric displacement (the Boone and Crockett system is the current record measurement standard to place in a juxtaposition with) I would use some sight glass plumbed into the side of the tank to get the change in height so that I can multiply by the tank cross-section. Simple Idea. But... Is there a simple mechanical way to amplify the height in the sight glass to increase measurement precision...

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