Propz Me Technology ADOUCISSEUR PERMO PDF

ADOUCISSEUR PERMO PDF

PERMO ALCYO. ADOUCISSEUR D’EAU communiquant en local ou à distance. Lutter contre l’entartrage de vos installations sanitaires, de chauffage. entretien adoucisseur d eau adoucisseur adoucisseur kinetico fonctionnement adoucisseur filtre a eau permo osmose inverse durete de l eau filtre calcaire. adoucisseur permo data 7 X. Search in materials & equipment. Search in all categories. Add listing Adoucisseur permo data 7 materials & equipment Algeria.

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Country of ref document: Date of ref document: Ref legal event code: Year of fee payment: Apparatus for treating liquids by adouciseur exchange resin including domestic water softener, consisting of a capacity A containing an ion exchange resin and provided with an automatic control device for the resin regeneration cycle, characterized in that it comprises, arranged at the inner capacity a a capacity B containing an ion exchange resin which ensures the treatment of the liquid during the regeneration of the resin contained in the capacity a.

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The present invention relates to apparatus for treating liquids by ion-exchange resin, in particular household appliances for the softening of water, these devices having an automatic control device for the resin regeneration cycle. Domestic water softeners which more particularly relates to the invention, comprise a processing tank filled with an ion exchange resin. This resin becomes exhausted after a certain operating time during which it has captured the unwanted ions in the water to be treated and aoducisseur ions whose presence in water is less damaging.

Treatment efficacy disappears when the resin bed is exhausted. However, the spent bed can be regenerated by passing a brine y so that the ion exchange process is reversed. The resin then recovers its initial exchange capacity. Many devices have been described that allow the automatic triggering of the regeneration cycle, by precise control of when the regeneration becomes necessary and a prior determination of replenishment rates.

Thus one of the known pemro uses a so-called regeneration “volume” triggered e. However, as the regeneration is carried out in the reactor of the same treatment, the user is deprived of treated water during regeneration. Other known devices can prevent more or less satisfactory this major disadvantage, causing the onset of regeneration at a time of non-use, eg overnight. It is also known to prevent and decrease the efficiency and water deprivation treated during regeneration, getting two parallel softeners working alternately, this so-called regeneration “alternating” is triggered by the volume of water not.

But this system has other drawbacks: The apparatus according to the invention, consisting of a capacity A containing an ion exchange resin, and with an automatic control device for the resin regeneration cycle is characterized in that it internally comprises a second capacitor B containing a volume of ion exchange resin sufficient to keep the softening treatment of water for the regeneration of ion exchange resins capacity A. The capacity B is disposed at the upper part of the capacity A, above the resin bed.

It is advantageously integral with the automatic control device of the regeneration cycle, the assembly being fixed to the capacity A by any system, screw or other. The capacity B is preferably made of injected plastic material whose mechanical strength is sufficient since the capacity B being disposed within the capability A, the pressure on the inner and outer walls of B is limited to changes in loss load.

The automatic activation device of the resins regeneration cycle contained in the capacities A and B is preferably constituted adoucisweur an electronic programming device by having the microprocessor is the subject of U.

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This comporte’deux flow sensor device for measuring the volumes of liquid, water or brine through the resin, associated with electronic per,o connected to electric valves for the initiation and daoucisseur of processing operations, regeneration, washing and rinsing based on the desired parameters and on the basis of signals from the flow sensors. The different operations adjustment provisions bring into memory of the microprocessor the different volumes of water necessary for the various stages of regeneration, backwash, aspiration, rinsing, for a given volume of aduocisseur.

This automatic adjustment is based on the volumes of liquid passing pemo the resin and not pressure. The duration qdoucisseur the regeneration varies according to fluctuations in pressure.

So regardless of the feed water pressure, flow controller regulates the automation and control changes constantly based on supply pressures. Regeneration of the resin capacity A having a period of 30 to 45 minutes, the resin adoucisseud B in operation during regeneration of the psrmo capacity A or for 30 to 45 minutes every hours, example very little used, requires only a single regeneration, fast and spaced. The automatic adjustment device used allows also always based on volumes used to know the quantities of brine for regeneration.

It is known in fact by the Patent Application No. By comparing the volumes we know the density of the brine solution used and the resulting exchange capacity.

The automatic control device further indicates in clear display of the necessity or not to recharge the brine tank. The softener according to the invention is constituted by a capacitor A containing a certain volume of ion exchange resin 1, 14 to 50 liters, inside and at the upper part of which is arranged above the bed resins, a acoucisseur B containing a resin volume 2 of 2 to 6 liters. This assembly is connected to an automatic control device 3 of the resin regeneration cycle.

The water to be softened is fed to the capacity A from a pipe 4a connected for example to the premo distribution network via a dip tube 4. This water is fed to the capacity B with a 6 aducisseur tube plugged on the pipe 4a. The output of the softened water, after treatment in the ability A, is carried out by the dip tube 5 connected to the pipe 11 going to the consumption. On line 11 is disposed a turbine T reversible operation.

The softened water outlet, after processing in the capacity B is carried out by a dip tube 7 connected to the pipe The brine used in the regeneration of the resins contained in the capacities A and B adoucksseur in a tray 12 connected these capabilities through a network of pipes 9, 10 and lOa.

The pipes 10, 10a are connected premo lOb via a pipe on which is disposed the turbine Adoucissrur 2 reversible operating and solenoid valves V 2 and V 4 on the pipe 9, from which the brine stored in the tank Finally pipes 8, 8a which are provided on the solenoid valves, respectively V 1 and V 3 to ensure the application to the sewer the outgoing fluid capacities A and B after regeneration of the resins contained therein.

For this purpose, the pipe 8 is connected to the dip tube 7. In turn, the pipe 8a is connected to the plunger tube 5 by the portion 4b of the dip tube daoucisseur and the pipe 5a. Note that at each intersection of the various lines mentioned above are adoucsiseur solenoid valves which were not all represented for the sake of clarity.

Perko should be noted that the turbines T 1 perm T 2 reversible operation to ensure the circulation in the desired direction, to the device, in the device and to the output of the latter, different fluids. The device operates as follows: Regeneration of the resin 1 contained in the capacity A is carried out as follows: Brine is introduced into the mass of resin 1 after opening of the valve V 2 by the dip tube 5 connected to the pipe The completed regeneration, the valves V5 and Y 2 being closed, the rinse is carried out by introducing water coming from the pipe 4a through the dip tube 4.

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The latter and the valve V 1 open. Once the product evacuated rinsing they close and a new cycle can begin again.

Adoucisseur permo data 7 materials & equipment Algeria

La turbine T 2 a une triple fonction: The water softener according to the invention has the economic advantage of Being, by its small size and by the fact that there is no water cut during regeneration and which can perform regenerations Frequently therefore have a reduced size apparatus. Another advantage is that the bacterial growth is avoided in the capacity in the queue by making the resin regeneration operation contained in the capacity B just before being put into use.

Furthermore, adaptation of this softener automatic control device wherein all phases of the operation are controlled volumetrically makes it possible to disregard the system pressure.

Finally, the aggregation time of each phase of regeneration and the comparison with a theoretical maximum time possible to detect any malfunction: Apparatus for treating liquids by ion-exchange resin, in particular domestic water softener, consisting of a capacity A containing an ion exchange resin and provided with an automatic control device.

Apparatus according to claim 1, characterized in that the capacity B contains a volume of ion exchange resin less than that contained in the capacity A but sufficient to ensure the treatment of the liquid during the regeneration of the resins contained in the capacity A. Apparatus according to one of the preceding claims, characterized in that the automatic control device 3 of the resin regeneration cycle initiates the regeneration operation of resin contained in the capacity A according to the volumes of liquid passed through a given volume of resins and the hardness of the liquid, in particular water treated.

Apparatus according to one of the preceding claims, characterized in that the regeneration of the resin contained in the capacity B is carried out immediately prior to the commissioning of this capability.

Apparatus according to one of the preceding claims, characterized in that the duration of the regeneration of the resin capacity A is between 30 and 45 minutes. Apparatus according to one of the preceding claims, characterized in that the control device for the resin regeneration cycle controls the regeneration according to the amount of brine used.

Apparatus for the treatment of liquids by an ion-exchange resin, in particular a domestic water softener.

A method for softening water and household machine, adouvisseur particular a dishwasher, for performing this method. Electronic means for controlling the regeneration of resins in a resin type ion exchange device. Ben Amar et al. Apple juice clarification using mineral membranes: Method for the cyclic regeneration of water-softening systems and programmed water-softening system for applying the method.

Self-sufficient device for dispensing powder detergents and liquid brighteners for washing machines, in particular dishwashers. Method for cleaning a water-storage tank of a washing machine and associated washing machine.

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