The steam produced by an electrode type boiler is primarily dependent on what factor?

The steam produced by an electrode type boiler is primarily dependent on the level of water in the chamber because this directly influences the boiler's ability to generate steam. In an electrode boiler, electrical current passes through the water, and the water level must be maintained within the optimal range to ensure efficient heating.

If the water level is too low, the electrodes may become exposed, potentially leading to overheating and damage. Conversely, a water level that is too high can prevent proper steam formation and affect the boiler's efficiency. Hence, maintaining the correct water level is crucial for the safe and effective operation of an electrode boiler and the generation of steam.

The other factors, such as electric current frequency or the type of material used in construction, have secondary effects on operation but do not fundamentally determine the volume of steam produced. The temperature of the surrounding environment can influence the system's overall efficiency but does not impact the direct steam generation mechanism as the water level does.