Saltwater chlorine generator for a 200-liter water tank.

Abstract

OCR 10KL (02 / 05 / 2568) A saltwater chlorine generator for a 200-liter water tank consists of four parts: the first part is... The structure consists of a 200-liter water tank placed on top of a steel frame, serving to store the product's water content. The second component is an electrical control unit that manages the power supply. The third is the water circulation system, which is responsible for circulating the water within the system. The system is designed to dissipate heat generated during the production process and maintain the appropriate temperature. The fourth part is... The electrolytic cell is located in the water pump, beneath the pump cover, where holes have been drilled in the cover to allow the electrodes to protrude. These electrodes function as terminals. The cathode and anode operate on the principle that when the electrical control unit supplies current to the water pump and electrolyte cell, the saltwater will... Flowing from the tank, through the outlet pipe into the water pump, and through the spaces between cells, it changes from saline solution to chlorine. The water flows out through the inlet side to return to the tank.

Claims

OCR 10KL (02 / 05 / 2568) 1. This invention, a chlorine generator from saltwater for a 200-liter water tank, consists of: The structure of the machine, which is a 200-liter water tank (1) placed on top of a stainless steel frame (2) which has the function of To support the weight of the body, around the stainless steel frame (2) there will be aluminum plates (3, 4, 5, 6) covering all four sides. There is an electrical control unit (7) attached to the aluminum plate (6) which is responsible for converting the alternating current from The external power supply is DC electricity to power the water circulation system, i.e., the water pump (8) in The process of opening, closing and circulating water and supplying power to the electrical cells (10) It has a special feature: the water pump (8) functions to circulate water in the system, and the side of the water pump (8) is connected to A 1-inch PVC pipe (11) is connected from the hole of the aluminum plate (5) and fitted with a ball valve connected to another pipe. The other end of the PVC pipe was inserted into a pre-drilled hole in the bottom of the 200-liter water tank. A 1-inch PVC pipe (11) has a branch pipe connected to a ball valve that acts as a water tap (12) for turning water on and off. The product is used in which a 1-inch (11) PVC pipe serves as a passageway for water and draws the brine from the water tank into it. Inside the water pump (8) which has an electric cell (9) inside, the salt water passes through the electric cell (9) and a chemical reaction occurs, changing from The saline solution is chlorinated by an electrochemical cell (10) located in the area beneath the pump cover (9) of the water pump (8), where the pump cover (9) is located. Drill a hole to secure the cell (10) underneath to the lid, and to allow the electrodes of the cell (10) to protrude from the lid. Water pumps, which are located in the upper and lower areas of the electrochemical cell and consist of titanium plates (18), (21), (19), (22), (20) PVC plastic (23), (24) is used to control the spacing between the plates in order to hold and support the titanium alloy plates. The five oxide plates are placed together.

Images