4. OPERATING INSTRUCTIONS
6 PROFICALK
2–
It is the key element in the formation of lime (calcium carbonate CaCO3).
Calcium is a silvery-white, soft metal that reacts strongly with water.
Circular amorphous CaCO3 complexes are then created , which are
electrically neutral and can therefore no longer adhere to the pipe walls.
Lime chemistry of the water cycle
In order to enable a reaction, this cage must now be broken open.
The greater the flow rate or the degree of hardness of the water, the
higher the output frequency should be selected.
But they need a so-called crystallization point to react. There are enough
of these in tap water in the form of floating bodies, but they are
surrounded by a “water cage” made up of 100 – 200 water molecules.
The device does not require any maintenance!
In principle, the CaCO3 salt ions are very bonding and reactive.
Release of CaCO3 molecules
Particularly in the initial phase of operation, it can happen that lime
particles dissolve in pipes and block the flow of aerators and shower
heads. Therefore, clean them more often in the beginning.
This device physically influences the salts dissolved in the water. The
water is not chemically affected and the water quality is maintained.
Limescale deposits already present in pipes can slowly be dissolved.
heating, turbulence) the calcium carbonate precipitates. When excreted,
the individual CaCO3 molecules bind layer by layer to the vessel wall
according to their polarity (ionic bond or metallic bond). However, if the
CaCO3 molecules can be isolated in the water, amorphous lime
complexes are formed, which can no longer form ionic bonds (electrically
charged particles) with each other. The lime complexes manifest
themselves (in high concentration) in the form of a white, easy-flowing,
non-stick, chalk-like “dust sludge”.
available. With the slightest physical changes in the water (e.g
In water the CaCO3 is in dissolved form, ie as ions Ca2+ and CO3
Machine Translated by Google
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