Salt chlorinators Innowater

Salt Chlorinators Innowater: The Definitive Solution for a Crystal Clear and Safe Pool

Salt chlorinators Innowater have been offering an efficient, safe and sustainable solution for the disinfection of swimming pools for more than 20 years. Thanks to their technology, they provide the disinfectant needed to keep the water clean and free of microorganisms without using traditional chemicals.

Its salt electrolysis system generates chlorine automatically, reducing costs and simplifying pool water maintenance and, above all, substantially improving the bather's experience.

Benefits of Salt Chlorinators Innowater

• Full automation: Eliminates the need to add chlorine manually.
• Healthier and more natural water: Avoids irritation to skin, eyes and mucous membranes.
• Respect for the environment: Reduces the use of aggressive chemical products.
• Long-term economic savings: Minimizes the frequent purchase of disinfectant products.
• Reduced maintenance: Thanks to self-cleaning systems that extend the life of the equipment.
• Improved bathing experience: No unpleasant odors or chemical residues.

how do salt chlorinators work Innowater?

Salt chlorinators use a salt electrolysis process to transform the salt dissolved in the water into active chlorine (hypochlorous acid), ensuring constant and effective disinfection without the need for additional chemicals.

Phases of the Salt Electrolysis Process:

• Addition of salt: It is recommended to dose the salt in the shallowest part of the pool to facilitate its dissolution. High quality salt should be added at a concentration of 4 to 6 g/l and salt measurements should be taken every 30 days to ensure an optimum level of disinfection. It is important to remember that salt is not consumed in the chlorine production process, but is lost during filter washings, so it is necessary to replenish it periodically.
• Circulation of the saline water: It passes through the electrolytic cell of the chlorinator and performs the electrolysis of the SALT.
• Electrolysis: The purpose of the electrolysis process is to apply an electric current to the salt dissolved in water (NaCl). As a result, sodium (Na) and chlorine (Cl) are obtained. When chlorine comes into contact with water, it is converted into hypochlorous acid, the ideal pool disinfectant. As a negative part , sodium is the product that causes the ph to increase.
• Disinfection: This process allows the elimination of organic matter contributed by both bathers and environmental waste, ensuring optimal water quality.
• The closed salt cycle: Chlorine is transformed back into salt due to the action of ultraviolet rays, closing the disinfection cycle in a natural and efficient way. When choosing a salt chlorinator, it is important to consider whether the pool has a louvered or louvered cover, as in these cases the chlorinator should include a cover sensor to adjust chlorine production and avoid overchlorination.

Buying Guide: Which is the Best Salt Chlorinator Innowater for You?

Before choosing an innowater salt chlorinator, the first thing the customer should do is determine the power and production capacity of the equipment. Below are the recommended production capacities depending on the size of the pool:

• Up to 30 m³: A chlorinator with a production of 10-15 g/h is recommended (example: SMC10 or SALT15).
• Between 30 and 50 m³: A chlorinator with a production of 15-20 g/h is recommended (example: SMC15 or SALT20).
• Between 50 and 70 m³: A chlorinator with a production of 20 g/h is recommended (example: SMC20 or SALT20).
• Between 70 and 120 m³: A chlorinator with a production of **30 ** (example: SMC30 or SALT30) is recommended
• More than 150 m³: A chlorinator with a production higher than 50 g/h is recommended (example: SMC50 or industrial models such as SMC-M or SMC-H).

Once we have chosen the equipment by production, we have to decide between the different configuration options available. In domestic equipment, we have mainly two alternatives:

• Basic chlorinators: As the standard models of the SMC and SALT ranges. These are simple units that allow manual adjustment of chlorine production from 0 to 100%, without integration of advanced control systems.
• Advanced chlorinators: As the models of the SMC Plus and SALT Plus ranges, which include the possibility of integrating pH and ORP control. These units allow automating the adjustment of chlorine production according to water needs, improving efficiency and reducing the need for manual intervention.

ORP control is increasingly in demand, as it makes it possible to forget about manually adjusting chlorine production. This system automatically regulates the amount of disinfectant needed, providing a double advantage:

• Greater convenience, by avoiding the need for constant adjustments.
• Safety and stability, by always maintaining an optimal level of chlorine in the water, avoiding both sub-disinfection and excess of chlorine.

Internet Connection Option - LOXONE

LOXONE is an intelligent automation system that offers solutions for the control and management of devices. It uses a control center (Miniserver Go) to communicate with a variety of devices via radio frequency. This external service is easily controlled through a dedicated application, offering simple management and effective monitoring. Compatible for installation on salt chlorinators and control equipment. There are 3 models

• Miniserver Go
• Modbus Air
• Modbus Extension

Semi-Industrial and Industrial Chlorinators

For larger installations, such as community pools, water parks, hotels or sports centers, Innowater offers semi-industrial and industrial salt chlorinators, designed to ensure efficient disinfection of large volumes of water.

Semi-industrial range (SMC-M)

This line is intended for medium-sized public pools or facilities that require stable chlorine production with a high level of automation. Main characteristics:

• Chlorine production between 75 and 250 g/h, depending on the model.
• Compatible with pH and ORP control systems.
• Long life cells with self-cleaning technology by polarity inversion.
• Ideal for communities, hotels and public swimming pools.

Industrial Range (SMC-H)

For large installations, Innowater offers high performance industrial chlorinators with production capacity from 300 to 1000 g/h of chlorine, adapted to large pools and water treatment systems in recreational and sports centers. Outstanding features:

• Advanced control panels with touch screens.
• Remote connectivity for remote monitoring and adjustment.
• Modular design to adapt to different water volumes and specific needs.
• Maximum energy efficiency and automatic disinfection optimization.