The steam produced by an electrode type boiler primarily depends on which factor?

The steam produced by an electrode type boiler primarily depends on the level of water in the basket. In these systems, the electrodes are immersed in water, and the heating process relies on passing an electric current through the water between the electrodes.

When the water level is adequate, the electric current can effectively heat the water, converting it into steam. If the water level is too low, it can lead to inadequate heating and potential damage to the boiler due to overheating or dry firing. Conversely, an optimal water level ensures that the electrodes operate within their intended design, maintaining efficiency and effectiveness in steam generation.

While the number of electrodes energized and the voltage can influence the overall function of the boiler, it is the water level that is crucial for the direct production of steam. The system requires sufficient water to ensure there is enough medium to absorb the energy produced by the electrodes. Thus, maintaining the correct water level in the basket is fundamental for the reliable operation of an electrode type boiler.