whether the effluent could be done kranowego crystal?
In the pursuit of daily affairs elude us so obvious issues like water. We use it for everything: - cooking; - cleaning; - washing technology; - washing terrace - Sanitary affairs - etc. is that without number, but for drinking, when tired of us desire to buy water at the store thinking that is healthy ... nothing more deceptive. Only a few brands of water in our market is healthy, most of the cost of mineral waters are only slightly better performance than our tap water, so why delude ourselves and to overpay for something that runs in our tap!. Even tap water after boiling is not super healthy, as in the cooking process czyściutka water in the form of water vapor escapes from the vessel / kettle, pot, etc. / in the middle are cooked us a bacteria, pollution, etc. Which among other things create a horrible stone heaters, which is a dish bottoms warm up and drink it repeatedly. known to all and sundry that the human body is composed of 70% water, and to prosper should be a day to provide approximately 2 liters of liquids / soups, tea, coffee, drinks etc.. It is estimated that eight out of ten diseases known today is directly related to the quality of water. Heavy metals entering the body in the form of salts, penetrate into the body fluids and tissues, so the internal organs and, in the case of pregnant women - and to the fetus. Accumulate in the body compounds of nickel, zinc and cobalt damaging the liver, compounds of copper, lead and mercury-wreak havoc kidney damage among other things, mercury, thallium, copper and cadmium bad influence on the myocardium. Radioactive elements and arsenic cause cancer, and bismuth, arsenic and antimony dishes pile damage the circulatory system. Direct effects human health and have different industrial toxins and bacteria. In view of such threats it is worth asking where to get clean water with small amount of money ... and here we begin to wonder what will be the economic ... to buy designer water, about 1.5 liters a day - it costs too expensive, and in the carrying bottles, storage inventories in the house - very convenient solution. And here comes a simple solution to the problem,''the family or irrigation water purification system Working reverse osmosis Such systems on the market is a lot, outdo a variety of technical innovations, but the principle is the same in each. All are based on the purification of an osmotic membrane that has holes in a row is 0.0001 micron which squeezes the water and some simple mineral salts, while the smallest bacterium is 0.2 to 1 micron and viruses in the micron range 0,02-0,4 . By nature, there is no chance to squeeze an elephant through a keyhole.
PRINCIPLE SYSTEMS REVERSE OSMOSIS RO / Reverse Osmosis /
treatment capacity: Up to 99%
CHART BELOW POSTÓW
first valve connecting the water power system, installed in the supply always COLD WATER / 3.8'', 1 / 2''or''¾;
second JACO Elbow type or JG;
third elbow or Spacer JACO or JG;
4th spout;
5th elbow or Spacer JACO or JG;
6th ball valve tank;
7th JACO tee or JG;
8th weir valve, flow restrictor;
9th drain connection;
10th valve, elbow JACO type or JG;
11th elbow or Spacer JACO or JG;
12th two-way diverter valve; 13th elbow or Spacer JACO or JG;
14th elbow or Spacer JACO or JG; 15th JACO tee or JG;
A housing 10''transparent, white or colored in the sediment cartridge inserted 20 micron, 10 micron or 5
B housing 10''transparent, white or colored and loaded it carbon block,
C housing 10''transparent, white or color and in it put sediment cartridge 5 micron or 1mikron,
D Housing osmotic membrane and the osmotic membrane 50, 75 or 100 GPD / gallon / day / efficiency membrane for 100 GPD FOR day (360LITRÓW /
E treated water storage tank with a capacity of 12 liters working (3.2 gallons)
F line carbon filter, so called. Sanding carbon filter G Mineralizator dolomite with the separation of water abstraction demineralized or resonator MAGNETIC - Contribution BioCeramics bioceramic U.S. production using ultra-band infrared radiation.
standard is mounted in a cabinet under the sink, but for the proper functioning of the filter should be noted that the water pressure was within the parameters: 2 - 7 atmospheres and water supply temperature: 5 - 40 ° C, if it is lower you should buy a filter pump. feedwater enters the system and is pre-cleaned of sand and impurities by the first contribution of sediment, then moves to the block where the coal is mainly precipitated in 98% of chlorine, another contribution of sediment 1.2 or 5 micron filter catches more mechanical contamination, pre-purified water enters the osmotic membrane where it is cleansed by squeezing the order of 0.0001 micron holes, impurities that are stuck on the membrane to be pushed through the valve outlet weir, clean water roam deposit into the tank from which it gets to spout. lifetime contributions to the initial 6-8 months, 4-6 years, membranes, filters, line 1 year.
cost of living for a year of such a system at the time of self-exchange year should not exceed 100 PLN / prices for 2010 /
Dimensions: 537 x 460 x 160 mm Shipping weight: 12.7 kg
For self-assembly RO system will need the following tools:
first Drill second Drill Ø 4, Ø 6 Ø 10, Ø 13 third Teflon tape 4th Screwdriver, Phillips, 5th Pliers 6th Scissors or a knife 7th for wallpapers Wrenches 17, 24, 32 or key główkowy extending straight,
to connect the power supply RO system, make sure where it is fed into the cold water tap water, and here we have two possibilities: first coming out from the wall faucet - must turn off the main water supply valve, unscrew the taps in the tap to drain the water, when I unscrew the batteries no longer fly on the wall / flat key 32 / and screw in extensions / should be noted that the Extension of the pinhole was screwed onto the water outlet COLD, then screw in the battery. For the pinhole in przedłużce screw in ball valve which is being equipped with the system it will be deduced bakelite tube through which the system will be supplied with cold water. second Faucet mounted on the sink - the sink locates the tubing through which water is fed to the tap, check that is with cold water. If you have localized the valve in the wall to which it is connected to cold water, turn it off so we cut off the cold water tap in the tap open the valve to drain the trapped water. Once the cold water tap not fly, we proceed to unscrewed the hose from the valve protruding from the wall / COLD WATER. Perhaps it will be ½''or 3 / 8''in its place came the screw in the extension system with a hole for the screw in the ball valve which is being equipped with the system it will be deduced bakelite tube through which the system will be supplied with cold water. looking for a place on the faucet / section 4 / schema drill two holes next to each other at a distance corresponding to two threaded pipe and mount the faucet spout. If the item is over it while under the sink cabinet bracket assume the sink drain pipe and a threaded hole drill hole drill Ø4. Then put contributions to the housing 10''according to the scheme / Operating principles / hose and connect the cold water supply system in the entrance of No. 2 1dokolanka connect the hose to vent the pre-treatment / cartridges A, B, C. When you disconnect the hose odpowietrzymy which water flowed from the air and return to its original condition. the valve weir / Item 8 / schema connect the hose and the other end of the mount bracket in the sink drain / Item 9 / schema - that way will be rejected in the dirty water that contains contaminants that are not passed through the osmotic membrane. Connect the hose again to the tee with a linear filter / Item 7 / schema, the other end put the ball at the tank zaworku / Item 6 / schema; the tee, the filter line / paragraph 15 of schedule / conduct the hose to the water spout which is passed only through a linear filter, while mineralized water is carried from the elbow / Item 14 / schema to the spout.