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SIATA AQUA IONIC - Starting Operations and Volume Management

SIATA AQUA IONIC
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Aqua Ionic - 15 di 24
IMPORTANT !!
The programming which is set according to the tab. 3 steps becomes operational only when
the user presses the Reset key or performs a regeneration using the Manual Regen key.
Neglecting this simple procedure will result in a behavior compliant with the previous
programming, not with the new one.
6.5 – Starting operations
Aqua Ionic, as well as all SIATA controllers, is considered as operational when able to perform
resins regeneration. This is possible ONLY when the controller “senses” that the cam is correctly
positioned at the stop.
In order to perform a few tests before installation, it is necessary to connect Aqua Ionic to its case
in order that the limit switch input be correctly closed.
Aqua Ionic does not allow to perform any operations until the limit switch input is closed.
With reference to what already stated in par. 6.3, once the Aqua Ionic programming has been
modified, it is necessary to press the Reset key or to perform a regeneration in order to load the new
parameters into the memory.
6.6 – Managing the volume
Steps 3 and 4 of tab. 3 describe how to program the treatable volume.
Using the SIATA Hall effect liter counter, the value of the divider (AA14, step 5 tab. 3) must be set
to 14, which means that the available volume is reduced in a not adjustable way by one liter every
14 impulses issued by the sensor. In this way the maximum treatable volume that can be
programmed is 10.000 liters. If you need to use a larger volume, it is possible to do a simple
arithmetical operation, that is to multiply by two, by three, by four, etc. the divider and at the same
time divide by two, by three, by four, etc. the treatable volume. Examples:
You have to treat 15.000 liters water.
Volume / 2
15.000 / 2
7500 in steps 4 and 5 of tab. 3
Divider x 2
AA14 x 2
AA28 in step 8 of tab. 3
When starting operations the treatable volume will be 7500 liters.
You have to treat 50.000 liters water.
Volume / 5
50.000 / 5
0000 in steps 4 and 5 of tab. 3
Divider x 5
AA14 x 5
AA70 in step 8 of tab. 3
When starting operations the treatable volume will be 0000 liters (10000).

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