Working principle
Controlmatik water disinfection systems can operate on 2 principles. First, and most important is vacuum principle. Second is pressure principle. In basic none of system needs electricity for its operation. But this is only theory, because other devices needed for system to work, require electric power.
Vacuum principle
Gas pressure (Cl2) builds up only at the back adapter massive part of the regulator. The inlet valve prevents gas from entering the system without control. When the ejector has generated enough vacuum to overcome the force of the non-return valve, gas chlorine travels along the vacuum line through the flow meter and the dosing valve to the ejector, where it thoroughly mixes with water.
Vacuum regulator systems
Pressure principle
Chlorine gas under pressure (pressure of chlorine cylinder) goes into the regulator. In the inlet valve the pressure is reduced to 1,2 bar. Through the inlet valve the chlorine gas goes through the dosing valve, where the desired amount is set, into the measuring tube. The desired amount of chlorine gas then goes through the chlorine pipe into the diffuser, where it is mixed with water. The diffuser is equipped with non-return valve to prevent the water enter into the system.
Pressure regulator systems
Controlmatik water disinfection systems can operate on 2 principles. First, and most important is vacuum principle. Second is pressure principle. In basic none of system needs electricity for its operation. But this is only theory, because other devices needed for system to work, require electric power.
Vacuum principle
Gas pressure (Cl2) builds up only at the back adapter massive part of the regulator. The inlet valve prevents gas from entering the system without control. When the ejector has generated enough vacuum to overcome the force of the non-return valve, gas chlorine travels along the vacuum line through the flow meter and the dosing valve to the ejector, where it thoroughly mixes with water.
Vacuum regulator systems
Pressure principle
Chlorine gas under pressure (pressure of chlorine cylinder) goes into the regulator. In the inlet valve the pressure is reduced to 1,2 bar. Through the inlet valve the chlorine gas goes through the dosing valve, where the desired amount is set, into the measuring tube. The desired amount of chlorine gas then goes through the chlorine pipe into the diffuser, where it is mixed with water. The diffuser is equipped with non-return valve to prevent the water enter into the system.
Pressure regulator systems
