A cracked gauge glass on the main condenser could lead to what issue?

A cracked gauge glass on the main condenser could lead to what issue?

• A. Pressure build-up
• B. Vacuum loss
• C. Water overflow
• D. Steam leakage

Answer: (B)

A cracked gauge glass on the main condenser could indeed lead to vacuum loss. The gauge glass serves an important function in displaying the water level in the condenser. If the glass is cracked, it compromises the integrity of the system, potentially allowing air to enter the system. This intrusion of air disrupts the vacuum that the condenser relies on to operate efficiently. Maintaining a proper vacuum in the condenser is crucial for effective heat exchange and system performance. If the vacuum is lost, it can lead to reduced efficiency in the condensation process, impacting the overall steam cycle and potentially leading to overheating and other mechanical issues. Although other options might suggest problems in different contexts, the direct effect of a cracked gauge glass specifically relates to the introduction of air and subsequent vacuum loss in the system.

A cracked gauge glass on the main condenser could indeed lead to vacuum loss. The gauge glass serves an important function in displaying the water level in the condenser. If the glass is cracked, it compromises the integrity of the system, potentially allowing air to enter the system. This intrusion of air disrupts the vacuum that the condenser relies on to operate efficiently. Maintaining a proper vacuum in the condenser is crucial for effective heat exchange and system performance.

If the vacuum is lost, it can lead to reduced efficiency in the condensation process, impacting the overall steam cycle and potentially leading to overheating and other mechanical issues. Although other options might suggest problems in different contexts, the direct effect of a cracked gauge glass specifically relates to the introduction of air and subsequent vacuum loss in the system.