What do pressure boundaries determine in a Diver Life Support System?

Pressure boundaries in a Diver Life Support System play a critical role in ensuring the integrity and safety of the system under various conditions. They define the limits within which the system can operate safely without risk of failure due to pressure variations. These boundaries are typically established based on thorough pressure testing, which validates that the system can withstand specified pressure levels during operation underwater.

When pressure tests are conducted, they help identify the maximum and minimum pressures that the components can endure without compromising their functionality or risking catastrophic failure. As a result, these tested limits form the baseline for assessing the safe operational parameters of the dive equipment.

In this context, the determined pressure boundaries serve as a key element for maintaining diver safety and ensuring that all operational procedures align with these established limits. Therefore, connecting pressure boundaries directly to the specific limits that were pressure tested is essential for understanding their importance in the overall safety and reliability of a Diver Life Support System.