π Key Concepts
β’ Heat effects on sensitive electronic components (moisture, corrosion, thermal shock)
β’ Differences between steam, hot water, electric resistance, and thermal oil as heat sources
β’ Risk of condensation, arcing, or rapid temperature swings around electronics
π Think About
β’ Which heating method provides the most stable, gentle, and controllable temperature in a space with electronics?
β’ Which methods might introduce moisture, high surface temperatures, or rapid changes that could harm electronic equipment?
β’ Think about which system is commonly used in computer rooms, control rooms, or electronics spaces on ships.
β
Before You Answer
β’ Eliminate any option that could introduce water vapor or condensate near electronics
β’ Consider which system typically has lower surface temperatures and smoother temperature control
β’ Ask: Which system is often chosen in practice to protect sensitive navigation and communication electronics?