Oilers/Plant Tenders (HHC) Civil Service Practice Exam

Which components are major parts of a typical pressure oiling system in an engine room?

1. Valves, hoses, and filters

2. Drain tanks, pumps, coolers, and strainers

3. Pipes, gauges, and monitors

4. Compressors, tanks, and mixers

The correct answer is: Drain tanks, pumps, coolers, and strainers

A typical pressure oiling system in an engine room is designed to ensure that lubricating oil is adequately delivered to engine components at the right pressure and temperature. The correct option identifies critical elements that perform essential functions in maintaining the reliability and efficiency of the system. Drain tanks are important for collecting used oil, allowing for proper management of oil circulation within the system. Pumps are vital as they create the necessary pressure to move oil throughout the system, ensuring that all engine parts receive adequate lubrication. Coolers play a crucial role in managing the oil temperature, which is essential because oils can break down or lose effectiveness if they become too hot. Strainers are also significant in filtering out debris and contaminants from the oil before it reaches critical components, protecting against wear and damage. While the other choices contain components that have roles in other systems, they do not encompass the full suite of parts critical for the functionality of a pressure oiling system in an engine room. For instance, valves and filters are helpful in various capacities but lack the comprehensive nature of the combination found in the correct answer. Similarly, pipes, gauges, monitors, compressors, and mixers pertain to different systems or processes unrelated to oil pressure regulation and management specifically.