What types of conditions are traps designed to withstand?

Traps in water and fuel systems are designed primarily to handle both pressure and vacuum conditions effectively. They must be able to maintain functionality in varying pressures to ensure that systems can operate without risk of failure or leakage, particularly under fluctuating pressures that occur during normal operation or in the event of a malfunction.

Additionally, traps must be equipped to handle vacuum conditions, which can arise in systems when liquids are being drawn out or when there is a need to maintain a negative pressure to prevent backflow or contamination. The ability of traps to withstand these conditions is crucial as it ensures the safe and efficient operation of the entire system, preventing any potential hazards related to pressure fluctuations or vacuum creation.

Understanding the design and purpose of traps in relation to pressure and vacuum is essential for maintaining system integrity and supporting effective troubleshooting and maintenance procedures in water and fuel systems.