What is a characteristic of splash lubrication in compressors?

In splash lubrication systems, the primary mechanism of oil distribution involves the use of a rotating component, such as a crankshaft, that dips into a reservoir of oil. As this component moves, it splashes oil onto other moving parts within the compressor, ensuring that these parts are adequately lubricated. This method is particularly useful in applications where a continuous oil supply isn't practical or possible, allowing for effective lubrication through the splashing action.

The characteristic of relying on oil drips and splashes makes this method simpler and often more economical for certain applications. This way of lubrication is typically found in smaller compressors or those operating at lower speeds, which means high pressure or continuous oil supply systems are not necessary.

On the contrary, high-pressure systems or those requiring continuous oil supply are characteristic of more advanced lubrication systems, such as pressurized lubrication systems that ensure a steady flow of oil to critical components. Similarly, splash lubrication would not be considered suitable for high-speed operations where the rapid movement of parts may not allow for adequate oil coverage or might lead to foaming and ineffective lubrication.