What happens if the orifice of an inverted bucket trap becomes clogged?

When the orifice of an inverted bucket trap becomes clogged, the primary consequence is that it will remain closed continuously, preventing condensate, or the steam that has already condensed back into water, from exiting the system. This blockage means that the trapped condensate can accumulate, leading to a hydraulic lock or water hammer situation, where the condensate cannot flow and steam pressure continues to increase.

In contrast, if the orifice were clear, the trap would function to allow the condensate to escape while keeping steam in the system. A clog in the orifice disrupts this crucial function, causing inefficiencies and potential damage from excessive pressure build-up. Proper operation relies on the ability of the trap to open and vent condensate regularly, thus ensuring an efficient and safe steam system.

Understanding this mechanism is essential for technicians dealing with steam traps, as addressing clogs promptly can help maintain proper system operation and prevent downtime or damage.