Calibrar SONDA Cloro 👉 analizador de cloro en continuo Blautec Process

Calibrate chlorine probe in Blautec Process brand chlorine analyzer. In this video we are going to proceed to calibrate our chlorinator or continuous chlorine analyzer. The first step is to analyze the amount of free chlorine in the installation. In this video I show you how I use the Hanna digital chlorine analyzer to see the real value of free chlorine and with this value to be able to perform our calibration in our chlorinator. We enter Programming of input sensors, we enter channel 1 and look for calibration... there we enter the value actual chlorine that I have measured before. The order is confirmed and then once it stabilizes, cal is pressed and exits with the exit key. We will see how the reading of the chlorinator probe adjusts to the new value entered. How does an automatic drinking water chlorinator work? A drinking water chlorinator is a device that uses chlorine to disinfect water and make it safe for human consumption. Chlorine is a highly effective disinfectant that is readily used in the drinking water industry due to its ability to kill bacteria, viruses, and other microorganisms that can cause disease. The chlorinator works by adding chlorine to the source water to be treated. Chlorine mixes with the water and is distributed through the plumbing system. Chlorine acts as an oxidizing agent, which means that it destroys the ability of microorganisms to reproduce and grow. There are two main types of drinking water chlorinators: those that use gaseous chlorine and those that use liquid sodium hypochlorite. Gas chlorinators have a gas chamber that stores compressed gaseous chlorine. The gas is injected into the water through a specialized nozzle. Chlorine gas can be dangerous to handle and store, so specialized equipment is required to handle it safely. On the other hand, liquid sodium hypochlorite chlorinators have a tank that stores sodium hypochlorite, which is an aqueous solution that contains chlorine. The sodium hypochlorite is injected into the water through a metering pump, which doses a precise amount of sodium hypochlorite into the water source. This type of chlorinator is easier to handle and store than gaseous chlorine. In both types of chlorinators, chlorine is dosed into the water source in a controlled amount to ensure that the proper amount of chlorine is present at all times. The amount of chlorine required depends on the quality of the incoming water and the amount of water being treated. Once the chlorine has been dosed, the water is mixed and allowed to sit for a set amount of time to allow the chlorine to do its job sanitizing the water source. The water is then filtered and distributed through the piped system to homes and businesses. It is important to note that chlorine can affect the taste and odor of your water, so additional water treatment techniques, such as activated carbon filtration, can be used to remove any unwanted odors or tastes. In conclusion, drinking water chlorinators are an essential tool in the drinking water industry to ensure that the water that reaches our homes and businesses is safe to drink. Whether using chlorine gas or liquid sodium hypochlorite, chlorinators dispense a controlled amount of chlorine into source water to disinfect and make it safe to drink.