Chlorine Dosing Pump For Swimming Pool
A chlorine dosing pump is used to inject liquid chlorine into the water of a swimming pool. These pumps are also used in water treatment facilities and car washing.
There are many different types of dosing pumps for this purpose. Some pumps use a control system to ensure accuracy and automation. Others use sensors for pH, chlorine and similar substances.
Peristaltic dosing pump
Peristaltic pumps are a popular choice for water treatment applications. These pumps are easy to use and offer accurate metered flow of chemicals while avoiding the risk of cross-contamination. They are also durable and easy to maintain.
Many water companies have switched to peristaltic pump technology after learning how beneficial they are for their operations. They are used in a variety of ways, including wastewater treatment, chemical dosing and continuous emissions monitoring.
These pumps are simple to use and do not require valves. This allows the user to change the tubing or pump head quickly and easily. They are also very durable and resistant to abrasion, making them ideal for harsh environments.
They have a very low maintenance requirement and are often much cheaper to replace than other types of metering pumps. They can also be repaired easily by a technician and are not affected by chlorine dosing pump for swimming pool weather conditions or chemical corrosion like other types of pumps.
One of the main benefits of a peristaltic pump is that it transfers liquids inside tubes without any contact with the pump itself. This makes it ideal for moving chemicals and liquids without the risk of cross-contamination, which is important in medical and analytical processes.
For example, a peristaltic pump can transfer sodium hypochlorite for disinfecting drinking water or treating waste water. It is a very effective method that can be used for a wide range of chemical applications and does not vapor lock.
Moreover, these pumps are designed to work in very hard conditions and are able to handle high pressures, as well. They are suitable for a large number of industries, such as food and beverage, pharmaceutical and cosmetics, laboratory and aquarium.
In addition, peristaltic pumps are ideal for applications that need to move abrasive or shear-sensitive materials. They can be found in a wide range of sizes and are made by professional manufacturers.
A number of water companies in the UK have changed to peristaltic pumps after realizing the advantages that these machines offer. This was made possible through a revision of the WIMES specifications, which has opened the way for more companies to benefit from this type of pump technology.
The Hanna BL101-10 is an automatic pool chlorine dosing pump that uses a redox sensor to monitor and control the pH of a swimming pool. It is available in line and panel mounted models. It has a multi-colored LCD that allows you to see the status of the dosing pump quickly.
It is designed to be a safe and simple way to dose liquid chlorine in your pool. The dosing pump will run slower and faster based on the value of the redox measurement (probe). You can also set an alarm that prevents overdosing.
In addition to the redox sensor, the BL101-10 has an adjustable flow rate from 0.5 to 3.5 L/h. This feature can be used for larger bodies of water which require more chemicals to be dosed in a given amount of time.
You can also use the Hanna BL101-10 to disable the dosing pump when it detects there is no chemical in the reservoir tank or when there is no flow due to the pump being turned off. This can be an important safety feature for people who have sensitive skin or eyes.
The Hanna BL101-10 also comes with an optional input that can be connected to an optional level controller or flow switch. This can be used to disable the dosing pump when it is not receiving a signal from the level controller or flow switch, and this can be a helpful feature for people with sensitive skin and eyes. It can also be a good way to protect the dosing pump from overdosing when the set point is not reached within a pre-set time.
Redoxmatic dosing pump
Dosing pumps are used in a wide range of industries and applications, from water treatment to food processing. They are particularly useful in chemically intensive processes, where the chemistry of the fluids must be carefully monitored and controlled.
The Redoxmatic dosing pump is a highly accurate and reliable dosing pump. Its unique combination of a Venturi injector and an electro valve means that it can accurately measure the correct dose of product. This allows it to deliver the correct amount of product without any problems and without needing to manually prime the system which can be an issue with some process pumps.
As the Redoxmatic dosing pump uses a Venturi injector to dose it has a much higher flow rate than other dosing pumps and can handle liquids of very high viscosity. It is also very efficient, which helps it to be a cost effective solution for many applications.
It has a very low energy consumption and does not require an external control unit to monitor and manage the dosing process. This helps to save on both power and maintenance costs.
This dosing pump is ideal for a range of different applications and is available in different models and capacities depending on the application. It can be a great addition to any swimming pool, as it is extremely efficient and easy to use.
To get the best out of this dosing pump, it is important to make sure that you have everything connected correctly and that the dosing point is located in a position that will not affect any other pipe work. This will ensure that the dosing point doesn’t siphon off the liquid, which can cause damage and a build up of scale or sludge in the pipework.
It’s also a good idea to make sure that the pump is not exposed to water, dust or sunlight as this can cause damage and reduce its longevity. This is especially true for more corrosive products such as sodium hypochlorite and chlorine. In this case, it is usually a good idea to protect the pump in a cabinet or housing.
Orenda enzymes are a powerful, yet natural, approach to pool water care. They help pool professionals manage the demand for chlorine by cleaning up non-living organics like bather waste and body chlorine dosing pump for swimming pool products, while also preventing algae growth and reducing chemical demand throughout the swimming season.
Enzymes eat up the carbon structures in the non-living organics, breaking them down into CO2 and H2O. They then metabolize the rest of it, digesting it and removing the unwanted byproducts from the process. This is the “chew the steak” method of getting rid of the non-living waste, which helps prevent many of the issues that come from relying solely on oxidation to handle it.
Another important reason to use enzymes is that they’re temperature-sensitive, so the warmer the water, the better they’ll perform. They need oxygen to function, and circulation helps with that as well.
This is a big deal for commercial pools, where the more agitation and circulation a system can provide, the more effective it will be. This means that enzymes can be a great addition to a metered pump, according to Koch.
Orenda’s CV-600 and CV-700 products combine enzymes with surfactants to break down the carbon structures of non-living organics and make them more soluble, increasing their effectiveness as a pool cleaner. These products also contain a chelating agent, which helps to regulate metals and calcium (alkali earth minerals) in the water that could otherwise cause stains and oxidation issues.
A final benefit of using enzymes is that they’re extremely versatile, allowing you to use them in all sorts of situations. For example, they’re perfect for cleaning up a pool that’s suffered vandalism or an excessive oil spill.
They also work wonders in hot tubs, where a regular sanitizer level is necessary. They’ll increase the effectiveness of any sanitizer by staying in the water longer to do its job, so swimmers will have a cleaner and more comfortable experience in the hot tub.
Orenda also offers PR-10,000, a phosphate remover for wipeout of high levels of phosphates or as a maintenance product to keep phosphate levels below 500 ppb. In addition to reducing non-living organics and phosphate contamination, it also reduces the overall oxidant demand for chlorine by helping to balance a pool’s LSI.