Figura 1 OSMOSIS MEMBRANE USER’S MEMBRANE MANUAL CONTAMINATION WATER INLET BACTERIA PRESSURE ON MEMBRANE FOR REVERSE OSMOSIS EQUIPMENTS CHEMICAL COMPOUNDS REJECTION FLOW MINERAL SALTS MEMBRANE WATER PURIFIED WATER FLOW 3. PRIOR WARNINGS Warning: Carefully read all warnings included in the corresponding section of the Technical Manual.
or a multi-use cloth for the kitchen be used. 5. USER INTERFACE 3.2. RECOMMENDATIONS ON HOW TO PROPERLY USE RE- This equipment does not include an electronic interface. VERSE OSMOSIS WATER 6. MAINTENANCE If you wish to feed any other consumption point with os- mosis water (such as a fridge with an ice-cube dispenser, With the aim of guaranteeing the quality of the water supplied another tap, etc.), the piping should not be done with a...
7. TROUBLESHOOTING SYMPTOM CAUSE SOLUTION 1. Leak outside the system Multiple causes Call the Technical Service Wait until water supply is re-estab- 2. No production. There is no water supply lished There is no power supply Check the power supply of the house.
EQUIPO EQUIPO 1. CARACTERÍSTICAS PRINCIPALES SO / PUMP/ SIN BOMBA CON BOMBA EQUIPMENT EQUIPMENT 1. MAIN SPECIFICATIONS WITHOUT PUMP WITH PUMP ENCAPSULATED MEMBRANE Maximum hygiene and easy installation EXCLUSIVE FILTERS Exclusive filters QUICK CONNECTOR Easy maintenance DIRECT ACCESS Easy maintenance HIGH PERFORMANCE PUMP Higher performance and production SOLENOID VALVE...
1. TECHNICAL CHARACTERISTICS Application Water treatment • Reverse osmosis • Improves the drinking water’s characteristics (meeting all European Directive on Water for Human Consumption 98/83 requirements and its national transpositions in the various EU member states). Modifications due to reduction or contribution •...
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Pre-filters 1 x Sediments 1 x Sediments 2 x BLOCK 2 x BLOCK OUT/OUTLET IN/INLET Technical Information PUMP Membrane 1812 x 50 GPD ENCAPSULATED 1812 x 50 GPD ENCAPSULATED IN: STEM 3/8” OUT / R IN/INLET OUT/R: STEM 1/4” OUT / RO OUT/RO: STEM 1/4”...
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Technical Information Hydraulic diagram PUMP PUMP Electrical diagram R - PJK 260 100/110/220/240 Vac 100/110/220/240 Vac 24 Vdc 24 Vdc 50 / 60 Hz 50 / 60 Hz * For salinity levels above 2000 ppm, please check with your distributor. Warning: a high salinity rate and/or low entry pressure may cause the machine to operate outside of its working limits thus substantially limiting or preventing the reverse osmosis process.
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Hydraulic connections diagram Drain Side view Tank Drain Inlet Only for the pump model (980176). 2. HOW THE EQUIPMENT WORKS • Tap water to be treated enters the system going through the pre-filtering stage that incorporates a turbidity and a carbon filter.
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1. TECHNICAL CHARACTERISTICS (*) For salinity levels above 2000 ppm, please check with your distributor. Warning: A high salinity rate and/or low inlet pressure may cause the unit to operate outside of its working limits thus substantially limiting or preventing the reverse osmosis process.
• We recommend that the water to be treated should be sof- • The environment where the equipment and tap is to be tened or with a maximum hardness level of 15 ºHF in order installed should adhere to any appropriate hygiene and sa- for your equipment to achieve maximum performance.
at a local recycling centre, indicating that said equipment contains electric and electronic components (PUMP mod- el). The correct collection and treatment of products, which no longer are to be used, contributes to the preservation of natural resources and avoids any potential public health risks.
7. MAINTENANCE 6.4. SYSTEM STOP, START AND WATERTIGHT CHECK Warning: Some of your equipment’s components, such as the membrane pre and post filters are con- Turn off the equipment’s tap on the work surface with the sumable items which have limited lifetime. hydraulic and electric power on (according to model), and carry out a visual inspection of the equipment ensuring no Their duration will depend on the quality of the local...
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Change the filters properly, according to the model and type of filter. Ensure unions are watertight and the original hydraulic settings as recommended by the manufacturer. Sanitize the equipment following the instructions in the Sanitizing Procedure. For further information consult the equipment’s Technical Sheet.
SANITIZING Warning: Maintain a high standard of hygiene when handling the membrane and the components of the appliance in contact with water. Use disposable PROCEDURE gloves or wash your hands as often as necessary to avoid risk of contamination in the appliance. PRE-FILTER, STORAGE TANK, POST-FILTER AND TAP TREATMENT 1.
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2. PRE-FILTER TREATMENT • Open the inlet valve and let the appliance start working so it Place the dosage housing in between the equipment's inlet will absorb the hydrogen peroxide. Keep the inlet valve in this tube. On this purpose: position and let the appliance work for 10 minutes.
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INLET DRAIN SEDIMENTS CARBON MEMBRANE CARBON Dosage PRODUCTION housing POST-FILTER OUTLET TANK DRAIN INLET SEDIMENTS CARBON CARBON MEMBRANE PRODUCTION Dosage POST-FILTER housing OUTLET TANK • Unplug the inlet tube from the appliance marked as 4. RINSING "feed-entrada" ( ), connect it to the free connection of the T-connector mentioned above (see 1 in sketch 11) and Rinse the tank with tap water proceeding as follows: place the dosage housing in between.
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tap. Use a sanitizing spray (or hydrogen peroxide, by ap- plying it in such a way that it goes inside the faucet) and disposable kitchen paper towel. Apply the sanitizing spray on the tap nozzle (13), rub the spout and the nozzle with disposable paper towel and do not touch it with bare hands (14).
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