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Hayward Aquarite Plus Salt Chlorinator

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New Hayward brand salt chlorinator that makes it possible to control pool equipment, such as filter pump, lighting, water temperature (if we have a heat pump). 2.8" TFT control screen for greater comfort in handling.
Optionally, the wi-fi module can be installed to be able to control, from anywhere with internet access, in real time, the information on the quality of the water, being able to control all the pool equipment through an APP, regardless of its brand.
Salt treatment included with T-CELL® cells.
The Aquarite Plus AQRPSV16ST salt chlorinator is especially suitable for private pools up to 65 m3.
It has a chlorine production capacity of 16 g/hour, with a salt concentration in the water of 3.0 g/l.
It has a built-in salt detector to constantly indicate its levels in the water.
Production adjustment is made on a scale from 0% to 100%.
Its electrolysis cell is self-cleaning due to the polarity inversion system.
It has a closed cover detection system, to instantly reduce chlorine production.
Equipped with a safety system for flow/gas detection in the cell itself, to avoid operations with insufficient flow.
Optionally, the wi-fi module can be installed to be able to control, from anywhere with internet access, in real time, the information on the quality of the water, being able to control all the pool equipment through an APP, regardless of its brand.
Salt treatment included with T-CELL® cells.
The Aquarite Plus AQRPSV16ST salt chlorinator is especially suitable for private pools up to 65 m3.
It has a chlorine production capacity of 16 g/hour, with a salt concentration in the water of 3.0 g/l.
It has a built-in salt detector to constantly indicate its levels in the water.
Production adjustment is made on a scale from 0% to 100%.
Its electrolysis cell is self-cleaning due to the polarity inversion system.
It has a closed cover detection system, to instantly reduce chlorine production.
Equipped with a safety system for flow/gas detection in the cell itself, to avoid operations with insufficient flow.