As soon as the electrodes come in contact with the water, current begins to flow between the electrodes, generating heat. As the water level continues to rise, more surfaces of the electrodes come in contact with the water. This results in a more current draw. Once the water has heated to the boiling point, steam will be produced. (Note: On first startup when the conductivity level of the water is low, it may take 30-60 minutes for the water to heat sufficiently to produce steam).When the steam output reaches the requested level, the fill valve closes. As water is evaporated, the water level and current drop. When the current falls below a certain percentage of the requested level, the fill valve opens to raise the water level and the current and maintain the required steam output level.When the actual output is higher than the requested steam output, the fill valve remains closed until the desired output level is achieved through a gradual lowering of the water level due to evaporation.
As soon as the electrodes come in contact with the water, current begins to flow between the electrodes, generating heat. As the water level continues to rise, more surfaces of the electrodes come in contact with the water. This results in a more current draw. Once the water has heated to the boiling point, steam will be produced. (Note: On first startup when the conductivity level of the water is low, it may take 30-60 minutes for the water to heat sufficiently to produce steam).When the steam output reaches the requested level, the fill valve closes. As water is evaporated, the water level and current drop. When the current falls below a certain percentage of the requested level, the fill valve opens to raise the water level and the current and maintain the required steam output level.When the actual output is higher than the requested steam output, the fill valve remains closed until the desired output level is achieved through a gradual lowering of the water level due to evaporation.
As soon as the electrodes come in contact with the water, current begins to flow between the electrodes, generating heat. As the water level continues to rise, more surfaces of the electrodes come in contact with the water. This results in a more current draw. Once the water has heated to the boiling point, steam will be produced. (Note: On first startup when the conductivity level of the water is low, it may take 30-60 minutes for the water to heat sufficiently to produce steam).When the steam output reaches the requested level, the fill valve closes. As water is evaporated, the water level and current drop. When the current falls below a certain percentage of the requested level, the fill valve opens to raise the water level and the current and maintain the required steam output level.When the actual output is higher than the requested steam output, the fill valve remains closed until the desired output level is achieved through a gradual lowering of the water level due to evaporation.
As soon as the electrodes come in contact with the water, current begins to flow between the electrodes, generating heat. As the water level continues to rise, more surfaces of the electrodes come in contact with the water. This results in a more current draw. Once the water has heated to the boiling point, steam will be produced. (Note: On first startup when the conductivity level of the water is low, it may take 30-60 minutes for the water to heat sufficiently to produce steam).When the steam output reaches the requested level, the fill valve closes. As water is evaporated, the water level and current drop. When the current falls below a certain percentage of the requested level, the fill valve opens to raise the water level and the current and maintain the required steam output level.When the actual output is higher than the requested steam output, the fill valve remains closed until the desired output level is achieved through a gradual lowering of the water level due to evaporation.
As soon as the electrodes come in contact with the water, current begins to flow between the electrodes, generating heat. As the water level continues to rise, more surfaces of the electrodes come in contact with the water. This results in a more current draw. Once the water has heated to the boiling point, steam will be produced. (Note: On first startup when the conductivity level of the water is low, it may take 30-60 minutes for the water to heat sufficiently to produce steam).When the steam output reaches the requested level, the fill valve closes. As water is evaporated, the water level and current drop. When the current falls below a certain percentage of the requested level, the fill valve opens to raise the water level and the current and maintain the required steam output level.When the actual output is higher than the requested steam output, the fill valve remains closed until the desired output level is achieved through a gradual lowering of the water level due to evaporation.
As soon as the electrodes come in contact with the water, current begins to flow between the electrodes, generating heat. As the water level continues to rise, more surfaces of the electrodes come in contact with the water. This results in a more current draw. Once the water has heated to the boiling point, steam will be produced. (Note: On first startup when the conductivity level of the water is low, it may take 30-60 minutes for the water to heat sufficiently to produce steam).When the steam output reaches the requested level, the fill valve closes. As water is evaporated, the water level and current drop. When the current falls below a certain percentage of the requested level, the fill valve opens to raise the water level and the current and maintain the required steam output level.When the actual output is higher than the requested steam output, the fill valve remains closed until the desired output level is achieved through a gradual lowering of the water level due to evaporation.