Krystal Clear sand filter unit & saltwater system QX2100
- Filter pump with pre-filter
- 6 way valve with solid adjustment lever
- Pressure gauge with pressure display
- Fully automatic salt water electrolysis system
- Digital display
- Flow sensor
The selected product is currently not available. As soon as the product is on stock, we will send you an E-mail.
Sand filter units have been long regarded as one of the best ways to achieve clear, shimmering swimming pool water by swimming pool owners. Completely natural, low-cost sand performs very well when filtering dirt particles out of the water. Salt water systems have also been successfully used for a long time to get clean and safe swimming pool water, without having to turn to other methods such as traditional chlorine treatment, for example. Intex has combined these 2 excellent systems in one product, which now makes it possible for above ground pool owners to obtain a low-cost, easy to care for system to get clean, clear, safe swimming pool water. Both systems are automatically controlled by a timer switch, guaranteeing hassle-free, simple use. This unit, model ECO15220-2/ECO15230-2, has a circulation capacity of 6.000 l/h or a pump capacity of 7.900 l/h, the connection is 220-240V~ / 50Hz/300 W. This sand filter system can be used for pools with approx. 32.200 l water capacity and can be connected to all commercially available above-ground pools with a Ø 38 mm hose connection. The sand filter system can be used up to a maximum water temperature of 35 °C.
Intex Hydro Aeration Technology
- Hydro Aeration Set for your Intex pool
- Easy installation
- Can be retrofitted any time
Improved circulation and Filtration
Fine particles in the water clump together and settle to the bottom of the pool during the aeration process, making it easier to filter and remove sediments through the filtration system. The improved filtration and circulation make the pool water healthier and more comfortable.
Improved water clarity
By mixing air with water, the aeration process includes oxidation of iron and manganese, eliminating staining in water. The result is sparkling pool water that looks and feels great!
Increased negative ions at the water surface
Increased negative ions have been proven to improve the air freshness around the pool as it removes air pollutants and neutralizes free radicals that affects air quality.
Pure, natural salt or sea salt (sodium chloride) consists of two elements, Sodium (Na) and Chlorine (Cl). During installation of your salt water system, a precisely measured amount of salt is added to the pool water. After this has dissolved (min. 24 hours), the pool water is pumped though the salt water system using a filter unit. Once the system is turned on, a current flows through the titanium electrode, and this splits the sodium chloride into its components sodium and chlorine. The chlorine starts to destroy any bacteria, algae and other organic material immediately.
Integrated copper ionisation
Direct current is applied to the copper electrode. This produces copper ions which are released into the water. Copper is an effective algaecide, which inhibits the growth of algae in the pool.
Salt water suitable: yes
Water capacity: 32.200 l
Circulation capacity: 6.000 l/h
Boiler size: 360 mm
Connection size: Ø 38 mm
Valve type: 6-way valve with pressure gauge
Sound pressure level: 85 dB(A)
Water temperature: 10°C - 35°C
Usable filter medium 1: filter sand
Quantity of filter medium 1 used: 35 kg
Sand grain size: 0,70 - 1,20 mm
Usable filter medium 2: Filter Balls
Quantity of usable filter medium 2: 980 g
Power supply: 220-240V~ / 50Hz
Input power maximum: 300 W
Internal operating voltage: ≤ 12 V
Pump capacity: 7.900 l/h
Operating principle: non-self-priming
Timer present: yes
Protection class: IPX4
Cable length to unit: 3,00 m
FAQs from category Salt systems:
Check that all connection lines are open (gate valve, by-pass set). Remove dirt from the housing of the storage cell. Bleed the air from the filter pump. Check the water connection lines for correct installation according to the operating instructions and clean and check the flow sensor for dirt or deposits.
Check the titanium and eco-electrodes for dirt and deposits (lime, salt). Clean them by soaking the cells in vinegar water. The storage cells are a wearing part that can be replaced regularly. To do this, disconnect and unscrew the cell. First soak the complete plastic part including the cells inside in vinegar for several hours. Rinse it with clear water and reinstall it. Check the flow sensor for dirt or deposits and clean it. Plug the sensor firmly into the socket provided. Use salt content test strips to check the value of the water. Add sufficient salt to the pool according to the instructions. The salt generators of the last few years required approx. 3 kg/m³ of water salt, which corresponds to 3000 ppm. The salt water system requires a uniform salt concentration in the entire pool water. Therefore, there must be sufficient circulation and dissolution of the salt before the unit is switched on.
If the salt content is too high, drain off part of the pool water and fill it up with fresh water. Check the titanium and eco electrodes for dirt and deposits (lime, salt), clean them by soaking the cells in vinegar water. The storage cells are wearing parts that can be replaced regularly. To do this, you need to unplug and unscrew the cell. Soak the entire plastic part including the internal cells in vinegar for several hours. Then rinse with clean water and put it back in. Use salinity test strips to check the value of the water. The salt water system requires an even salt concentration throughout the pool water. Therefore, sufficient circulation and dissolution of the salt must be given before the device is switched on.
Check the power supply in your socket, if necessary try another socket. Check the power plug or connection cable for damage.
Clean the electrode of your pool's salt water system with vinegar or with a mild descaling agent that you dilute with water, depending on the product used. Important: Do not use hard objects (knives, etc.) to remove limescale from the electrode, as this could damage it.