To provide an ionized water apparatus wherein a same voltage outputting means is uses for supplying both of an electrolytic voltage and a drive voltage of an electromagnetic valve, and power consumption during electrolysis is reduced.
This ionized water apparatus comprises two electrolytic chambers 7a, 7b which are dividedly formed in an electrolytic tank 7 and have two electrode plates 9, 10 respectively disposed therein, a drain pipe 11 for discharging water in the electrolytic chamber 7b, a discharge pipe 13 which discharges the water in the electrolytic chamber 7b via the drain pipe 11 and discharges the water in the electrolytic tank 7, a delivery pipe 12 which delivers the water in the electrolytic chamber 7a and the electromagnetic valve 21 which is attached to the discharge pipe 13, turned to an open position to open a flow path at a normal time, and turned to a close position to close the flow path at a water cleaning mode time.
Tomoyasu Sakaguchi
Hiroki Naito