In normal operation, how do the free float pistons interact with each other?

The interaction of free float pistons in normal operation is characterized by the fact that they rest against each other. This design allows for effective pressure distribution and the ability to accommodate movement due to expansion, vibration, and other forces experienced during operation. When the pistons are in contact, they can equally transfer loads, contributing to the overall efficiency and performance of the system.

The concept of free float implies that while the pistons are not rigidly fixed in place, they are designed to maximize their function when they are in contact with each other. This provides flexibility while still allowing them to work harmoniously within the engine or system, as they can shift slightly in response to pressure changes or mechanical dynamics without becoming disengaged.

Understanding the interaction between free float pistons is important for diagnosing engine behavior, performance issues, or wear patterns, as their condition directly impacts the functioning of the engine or machinery.