The Autochlor system is compact and can produce Sodium Hypochlorite continuously. Water inlet line is provided with a solenoid valve that opens when the process is switched on and closes when the hypo storage tank is full.     Smaller – easier to install in confined spaces   Requires less manpower and human intervention.   Uses less power. Unit more efficient than conventional chlorinators (switch mode power supply)   Better weather proofing, corrosion proof.   Lesser moving parts, so less wear and tear and longer life.

Application
1	Small to Medium water treatment facilities for disinfection of drinking water
2	Small Waste water, Effluent and Sewage treatment.
3	Medium sized Hotels, Hospitals, Educational institutions for Drinking water.
4	Disinfection in small Water parks, Cooling water circuits, Fire water storage tanks.

System Specification: Model No. PCP10 PCP15 PCP25 PCP 50        PCP100 Active Chlorine  Generated                               10Grams/hr 15Grams/hr 25Grams/hr 50Grams/hr     100Grams/hr Process Continuous Continuous Continuous Continuous Continuous Hypochlorite Strength 6 -8.0 Gpl 6 -8.0 Gpl 6 -8.0 Gpl 6 -8.0 Gpl 6 -8.0 Gpl Water Consumption 1.5liter/hr 2liter/hr 2.5liter/hr 7liter/hr 14liter/hr Salt Consumed   50grams/hr 70grams/hr 120grams/hr 200grams/hr 400grams/hr Power Consumed 0.500kwh/hr 0.700kwh/hr 0.900kwh/hr 1.600kwh/hr 2.800kwh/hr AC current Input 230V, 50 Hz 230V, 50 Hz 230V, 50 Hz 230V, 50 Hz 230V, 50 Hz
Operation
Water is to be filled through the float valve up upto the marked level. Put good clean salt and mix properly. Mix the salt properly. Only part of the salt will dissolve. The balance salt will remain in the bottom of the tank. The undisolved salt will slowly get dissolved in course of time as the Electro Chlorinator consumes the salt water and fresh water replaces the salt water. Switch on the power supply. The Solenoid valve provides before the mixing chamber will open allowing the water to flow in to the chamber. The brine metering pump will start and pump concentrated brine into the mixing chamber From the mixing chamber the diluted brine solution will flow through the Rotameter. Adjust the flow rate in the Rotameter to 2 liters per hour. The diluted brine solution will then flow into the Electrolyzer The DC current applied across the anode and cathode of the cell will start the Electrolysis reaction in the diluted brine solution. Now the cell converts the brine solution into Sodium Hypochlorite The Sodium Hypochlorite (NaOCl) will flow out through a tube into the NaOCl tank. The NaOCL tank is provided with a level controller Once the NaOCL reaches the upper limit the level controller will stop the Electro Chlorinator System. A NaOCL metering pump is independent of the system. The out let of the NaOCl pump is connected to the dosing point. As the level of NaOCl reduces due to the dosing, the level controller will restart the system The Amperage does not increase in the initial stages of the system operation but will stabilize soon after.