Hidrolisis/Electrolisis de baja salinidad Oxilije OX 0 de Sugar.Valley
Hidrolisis/Electrolisis de baja salinidad Oxilije OX 0 de Sugar.Valley is backordered and will ship as soon as it is back in stock.
Transit time 1 - 3 days
Description
Description
The Oxilife OX 0 model low salinity hydrolysis/electrolysis equipment for private or public pools has two types of disinfection methods in order to obtain perfect water sterilization.
Hydrolysis breaks the water molecules thus generating disinfection agents based on oxygen (O3, O2, OH) and low salinity salt electrolysis (> 1.5 gr/l) to thus generate residual chlorine in the pool.
In the case of private pools it will be much more rewarding and for public pools it will be much more profitable
It has a removable touch screen with connection via cable or via Wi-Fi to be able to control the parameters of the water without having to leave home.
The Oxilife OX 0 equipment has two advantages:
It will provide your pool with completely pure water with a minimum dose of necessary salt.
It will guarantee maximum cleanliness in the water of your pool.
You can consult more complete documentation in the "ATTACHMENTS" tab
Characteristic
- Removable display.
- Access menus with security password.
- Temperature.
- Security: lack of flow, lack of salt, cover detection.
- Disinfection based on hydrogen and oxygen and/or salt.
- Automatic control of pH (+/-), redox, CL2 and conductivity.
- Setpoints, waiting time and dosage configurable with patterns or at one point.
- The operation can be both automatic and manual as you wish.
- Optional by cable or via Wi-Fi.
- You will be able to operate the equipment through a VistaPool remote control.
- It has an electronic box and a titanium cell with a Ø 63 mm transparent PVC support.
OXILIFE range technical characteristics
DESCRIPTION | OX 0 | OX 1 | OX 2 | OX 3 |
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ELECTRONIC UNIT | ||||
Intensity | 0 - 100% | |||
Salinity | from 1.5 g to 100 g. NaCl/L | |||
M³ pool ( | 20 m³ | 60 m³ | 120 m³ | 150 m³ |
M³ swimming pool (> 28ºC) | 10 m³ | 40 m³ | 80 m³ | 125 m³ |
Display | 2.8" removable full color TFT for remote installation (12 languages) | |||
Feeding | 220V 50/60Hz | |||
Departure | 8-8A | 8-15A | 8-20A | 10-15A |
Maximum consumption | 80W | 120W | 160W | 250W |
Dimensions | 270 x 220 x 115mm | |||
Electronic unit | Black ABS flame retardant plastic | |||
Protection cover | Green ABS plastic | |||
Control | 32 bit microprocessor | |||
Intensity regulation | Amperage + Voltage | |||
Ventilation | Heatsink | |||
Self-cleaning | Programmable from 1 to 24 hours | |||
Flow control | Gas sensor | Flow sensor | ||
Hour meter | Yes, accessible by client | |||
Production control | from 0 to 100% | |||
Alarms | Low conductivity / Lack of flow / pH dosing / excessive pH out of range / maximum pH dosing time | |||
Salinity test | Detects g/l of salt (accuracy of +- 10% | |||
Cover production control | Configurable production level 0-100% depending on whether the pool cover is open or closed | |||
Production by external signal | Configurable production level 0-100% depending on any external signal (second analog input) | |||
Communications | MODBUS RS485 / WIFI / ETHERNET | |||
Main control outputs | Filtration control / Lighting control / Heating control | |||
Additional control outputs | 4 additional user configurable relay outputs | |||
SALINE ELECTROLYSIS CELL | ||||
Salt electrolysis cell | 4 titanium plates | 5 titanium plates | 7 titanium plates | 10 titanium plates |
Minimum flow | 3m³/h | 5m³/h | 7m³/h | 9m³/h |
Plate measurements | 100x45mm | 200x45mm | 200x45mm | 400x45mm |
Cell support material | Transparent PVC plastic | |||
Cell closure | Threaded for easy cell mounting | |||
Pipe connection diameter | 63mm | |||
Cell cable | (3x4)x1.5m | |||
Gas sensor | Embedded in cell | Nope | ||
Maximum pressure | 4Kg/cm² | |||
Maximum temperature | 45ºC |
Functioning
For a perfect operation on the "Oxilife" low salinity Hydrolysis/Electrolysis equipment, we indicate the operating principles.
Water is made up of 2 parts hydrogen and 1 part oxygen (H2O).
Hydrolysis etymologically means decomposition by water. Hydrolysis is a process to generate hydrogen and oxygen by means of electricity and water.
Once the electrical current passes through the water the chemical bond will be broken, the negative charges or oxygen ions migrate to the positive electrode (anode).
Hydrogen ions are positively charged and are attracted to the negative electrode (cathode). The decomposition that will occur will be the following:
Electrical energy +2 H2O + O2
This results in an extra negative element, since in the combination of the number of electrons exceeds the number of protons by 1. It is now a single negatively charged hydroxide, or hydroxyl ion (OH -).
In Hydrolysis there are numerous secondary chemical reactions, which also produce ionic species with an oxidizing and disinfectant power, as well as ozone (O3). monatomic oxygen (O1) and hydrogen peroxide (H2O2).
The electronic circuit of our electronic box transforms current (220 V, 50Hz) into direct current of low voltage and high amperage. This current will be supplied to titanium electrodes activated with noble metals placed in the water recirculation on a support specially designed for this purpose.
In the non-soluble electrodes, a combination of the most powerful existing oxidants is created for the disinfection of water, thus avoiding the use of chemical products.
If with this treatment we incorporate a small amount of salt between 1 and 2 gr of salt per liter of water, either due to lack of conductivity or for wanting to generate a tangible residual, we will thus achieve that the same system in addition to generating a chlorine residual by electrolysis saline at low concentration. The products will break down, act and regenerate again. The residual disinfectant generated by electrolysis will not harm the eyes, skin or health of bathers.
You will not have to worry if your pool runs out of salt as the system will continue to sanitize in Hydrolysis mode.
The chlorine generated destroys the organic matter and pathogens present in the water, transforming itself again into sodium chloride (common salt).
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